Cell ID,Cell type
S1 0h:CCTCTCCTCCATACTT,Naive pluripotency
S1 0h:CGGGCATCACCAGACC,Naive pluripotency
S1 0h:AACCTGAAGTCCCTAA,Naive pluripotency
S1 0h:CCTAACCGTGACAGCA,Naive pluripotency
S1 0h:TATCTGTAGTATCCTG,Naive pluripotency
S1 0h:CAGGCCACATCTAACG,Naive pluripotency
S1 0h:GTACAACTCCCAGTGG,Naive pluripotency
S1 0h:TTGGGATTCACTGCTC,Naive pluripotency
S1 0h:AACAAAGTCCTTGGAA,Naive pluripotency
S1 0h:CAGGCCAGTACATTGC,Naive pluripotency
S1 0h:TTACGTTTCCCGTGAG,Naive pluripotency
S1 0h:AAGATAGCATGCCGCA,Naive pluripotency
S1 0h:AATGCCAGTGACGCCT,Naive pluripotency
S1 0h:GACGTTAGTCCTGTTC,Naive pluripotency
S1 0h:TCAGTCCCACCAGACC,Naive pluripotency
S1 0h:AGTTCGATCAAGGACG,Naive pluripotency
S1 0h:CGATGCGCACTCTCGT,Naive pluripotency
S1 0h:CGATCGGCATGTTACG,Naive pluripotency
S1 0h:TCCTAATAGTGATCGG,Naive pluripotency
S1 0h:GCATTAGCATCGTTCC,Naive pluripotency
S1 0h:AATTCCTGTCCTGTCT,Naive pluripotency
S1 0h:CATTCATCACACTGGC,Naive pluripotency
S1 0h:GCTGGGTCAACCCTAA,Naive pluripotency
S1 0h:AGAAATGCATCATCCC,Naive pluripotency
S1 0h:GTTACGACAAACGTGG,Naive pluripotency
S1 0h:TCCACGTCACAAGTGG,Naive pluripotency
S1 0h:TTACGTTTCACTTCTA,Naive pluripotency
S1 0h:ACAAAGAAGGCACTAG,Naive pluripotency
S1 0h:TACTGCCGTAGACACG,Naive pluripotency
S1 0h:ATCGTCCTCTTTCCAA,Naive pluripotency
S1 0h:CTATCTAGTCTTCATT,Naive pluripotency
S1 0h:ATGGGTTTCGCGCCAA,Naive pluripotency
S1 0h:GTCATTTGTCATCCCT,Naive pluripotency
S1 0h:CCTCCAACAATGACCT,Naive pluripotency
S1 0h:GCAGTTACAGTTAAAG,Naive pluripotency
S1 0h:GACCCAGCAAGTGGCA,Naive pluripotency
S1 0h:TCATTGTGTATGCTAC,Naive pluripotency
S1 0h:ATCACTTCAGACCAAG,Naive pluripotency
S1 0h:AACCTTTGTTCCATTT,Naive pluripotency
S1 0h:TGCAGGCCAGGCGAAT,Naive pluripotency
S1 0h:GGAATCTTCGACCTAA,Naive pluripotency
S1 0h:CGAGAAGTCGGTTCAA,Naive pluripotency
S1 0h:TACCGGGCAAGAGGCT,Naive pluripotency
S1 0h:CATGAGTCACGGCACT,Naive pluripotency
S1 0h:GCAGTTATCCCGTTCA,Naive pluripotency
S1 0h:TGATTCTGTACCCGCA,Naive pluripotency
S1 0h:ACCAAACAGCTCGACC,Naive pluripotency
S1 0h:TTGTGTTTCGCACTCT,Naive pluripotency
S1 0h:TGTCCCAGTTCCGCAG,Naive pluripotency
S1 0h:CTGAATGAGGCTCAAG,Naive pluripotency
S1 0h:AGCCAGCCATCGGCCA,Naive pluripotency
S1 0h:TTCTCTCCAGGCAATG,Naive pluripotency
S1 0h:ATCCACCAGATGAACT,Naive pluripotency
S1 0h:AAAGGTACATGCACTA,Naive pluripotency
S1 0h:TTCTAACCACTCAGAT,Naive pluripotency
S1 0h:ACTTAGGAGTTGGGAC,Naive pluripotency
S1 0h:TCCATGCCAGTCTCTC,Naive pluripotency
S1 0h:ACCCTCAAGAGCATTA,Naive pluripotency
S1 0h:GGGTAGACAATTGTGC,Naive pluripotency
S1 0h:TTCAATCTCAAGTAAG,Naive pluripotency
S1 0h:TTCCTAATCTAGTGTG,Naive pluripotency
S1 0h:CCTCCTCTCCACGTAA,Naive pluripotency
S1 0h:AGTAGTCGTGAGTGAC,Naive pluripotency
S1 0h:ACACCAATCACGGGCT,Naive pluripotency
S1 0h:AGCTTCCAGATTACCC,Naive pluripotency
S1 0h:TCTCTGGTCAGATTGC,Naive pluripotency
S1 0h:GATCGTATCCATCTCG,Naive pluripotency
S1 0h:TCGGGACGTAGAGATT,Naive pluripotency
S1 0h:CCACCATGTACTAGCT,Naive pluripotency
S1 0h:TCGCACTCAGCTGCCA,Naive pluripotency
S1 0h:TCCCACATCCACGAAT,Naive pluripotency
S1 0h:TCAAGACGTTAAACCC,Naive pluripotency
S1 0h:TTTACGTGTTCGAGCC,Naive pluripotency
S1 0h:GTAATGCCAGTCAGTT,Naive pluripotency
S1 0h:GAAGAATCATCAACCA,Naive pluripotency
S1 0h:CGTAGTAAGCACACCC,Naive pluripotency
S1 0h:ACGTAACCAAAGGGTC,Naive pluripotency
S1 0h:ACCTGAATCCTAACAG,Naive pluripotency
S1 0h:TTCGATTGTCTCAGGC,Naive pluripotency
S1 0h:CTTCCTTCACACGGAA,Naive pluripotency
S1 0h:ATCGTAGAGATAGTCA,Naive pluripotency
S1 0h:GAGTGTTCACTGAGTT,Naive pluripotency
S1 0h:TAATTCCTCGTCTAAG,Naive pluripotency
S1 0h:GATCATGGTCTACAAC,Naive pluripotency
S1 0h:TAGGTTGCAGTTAAAG,Naive pluripotency
S1 0h:CTCCTCCGTTCCAAAC,Naive pluripotency
S1 0h:CAAAGAATCTACACAG,Naive pluripotency
S1 0h:CCCTTAGTCAAAGGTA,Naive pluripotency
S1 0h:TGGAGGACAGTCAACT,Naive pluripotency
S1 0h:TCAGTCCCACTCTAGA,Naive pluripotency
S1 0h:GGAACCCAGTGGACTG,Naive pluripotency
S1 0h:GCAGCCAGTCAGACTT,Naive pluripotency
S1 0h:TGCAGTAAGACGTCCC,Naive pluripotency
S1 0h:CGGGTGTAGCCGTTAT,Naive pluripotency
S1 0h:TTCCTAACACGTACAT,Naive pluripotency
S1 0h:CGAAGGAAGCACACCC,Naive pluripotency
S1 0h:ACACCAACACATGACT,Naive pluripotency
S1 0h:TGACCCTGTGATTAGA,Naive pluripotency
S1 0h:TCAGGGCGTATCCTCC,Naive pluripotency
S1 0h:GGGTATTTCGCATAGT,Naive pluripotency
S1 0h:AGAAGTACACGACGTC,Naive pluripotency
S1 0h:GTCACTCTCGTGCTCT,Naive pluripotency
S1 0h:ATCCCTGCATACCAGT,Naive pluripotency
S1 0h:TATTCCACAGAGGTAC,Naive pluripotency
S1 0h:ATACCTTTCCAGTTCC,Naive pluripotency
S1 0h:CCATAAGGTAGGTCAG,Naive pluripotency
S1 0h:CCCTTAGTCGATAACC,Naive pluripotency
S1 0h:CTGAATGAGATAGCAT,Naive pluripotency
S1 0h:ACATCCCTCATCACTT,Naive pluripotency
S1 0h:CATTTCAGTCTACAGT,Naive pluripotency
S1 0h:CGATGGCTCTTTCTAG,Naive pluripotency
S1 0h:TGACTCCTCCGGCAGT,Naive pluripotency
S1 0h:AAGCAGTGGTATCAAC,Naive pluripotency
S1 0h:CGGGACTAGGCTAAAT,Naive pluripotency
S1 0h:CAAGCTATCTCGACGG,Naive pluripotency
S1 0h:CCCTAACTCATACAGC,Naive pluripotency
S1 0h:TTCTTCCTCCATCACC,Naive pluripotency
S1 0h:CGACAGCTCAGACAAA,Naive pluripotency
S1 0h:GTAATGCCACATCCCT,Naive pluripotency
S1 0h:ATGGGAGCAACCGCCA,Naive pluripotency
S1 0h:TTCCTAAAGGTGCGAT,Naive pluripotency
S1 0h:CCATCACGTGCCTTTC,Naive pluripotency
S1 0h:ATCGGCGCACCAGGTC,Naive pluripotency
S1 0h:TACCCGTGTCTACATG,Naive pluripotency
S1 0h:GAGGGTATCTCGTGGG,Naive pluripotency
S1 0h:GTGGCGTTCTCAACCC,Naive pluripotency
S1 0h:ATTCTACCACCCAAGC,Naive pluripotency
S1 0h:CTCCATGCAAAGGGTC,Naive pluripotency
S1 0h:CTTTCGGTCATCTGTT,Naive pluripotency
S1 0h:GTAACCATCCTAGCTC,Naive pluripotency
S1 0h:AGGAATATCCTACTGC,Naive pluripotency
S1 0h:GCTTTCGCATAGATCC,Naive pluripotency
S1 0h:GGAACCCCACAATTCG,Naive pluripotency
S1 0h:AACAAAGCATTCTTCA,Naive pluripotency
S1 0h:CTGTAGAGTACCCACG,Naive pluripotency
S1 0h:CAACGATGTACAGTAA,Naive pluripotency
S1 0h:GACCTTCCAAGGCCTC,Naive pluripotency
S1 0h:GGGACTCTCAAGAATG,Naive pluripotency
S1 0h:CAGCAATGTGTCTTGA,Naive pluripotency
S1 0h:GCTCAAAGTTCTTGTT,Naive pluripotency
S1 0h:CGATGCGCAACACAGG,Naive pluripotency
S1 0h:CCCTCAACACAAGCAG,Naive pluripotency
S1 0h:CGCATAATCATGTCTT,Naive pluripotency
S1 0h:GAAGCCCTCCGGCTTT,Naive pluripotency
S1 0h:GTTAGACCACGACAAG,Naive pluripotency
S1 0h:GTGTAACAGTTCTACG,Naive pluripotency
S1 0h:ACACTGATCTCCGCAT,Naive pluripotency
S1 0h:CTTACCGCATACAGAA,Naive pluripotency
S1 0h:CACAACACAAGGCCTC,Naive pluripotency
S1 0h:GGGTGAATCGCTCTCA,Naive pluripotency
S1 0h:AAGACTCTCAACACGT,Naive pluripotency
S1 0h:CCTATCGCAAATTGCC,Naive pluripotency
S1 0h:TGATCAGAGCGGCTCT,Naive pluripotency
S1 0h:GGGAGATAGTGTTCCA,Naive pluripotency
S1 0h:AGCGCTGAGATTGAGT,Naive pluripotency
S1 0h:TCGACGGCATCCTCAC,Naive pluripotency
S1 0h:TGTTTGTTCGGACAAG,Naive pluripotency
S1 0h:GGGTCACCAGGCATTT,Naive pluripotency
S1 0h:ATTCCCGTCCAGCCTT,Naive pluripotency
S1 0h:AGGGTGATCAATGCAC,Naive pluripotency
S1 0h:TCCTTTCCAACGGCTC,Naive pluripotency
S1 0h:CTCCACAAGTCACTAC,Naive pluripotency
S1 0h:AACAACCTCTTAGCCC,Naive pluripotency
S1 0h:CATACAGAGTGAGCCA,Naive pluripotency
S1 0h:TCTATCATCACGAACT,Naive pluripotency
S1 0h:GCGAGAAAGAGGGTCT,Naive pluripotency
S1 0h:AAGCCATTCTAGCATG,Naive pluripotency
S1 0h:TGGGTTATCCTGCTAC,Naive pluripotency
S1 0h:TCTCCGACACCGTACG,Naive pluripotency
S1 0h:ATTACTCGTCACTACA,Naive pluripotency
S1 0h:ATGACCACAGATTAAG,Naive pluripotency
S1 0h:TCCCAGTTCATTGCCC,Naive pluripotency
S1 0h:TATTCCACATGTGACT,Naive pluripotency
S1 0h:ATTCATCCACAGCCTG,Naive pluripotency
S1 0h:AGTTCCCCAACACGAG,Naive pluripotency
S1 0h:TGGAACTAGTAGAGTT,Naive pluripotency
S1 0h:CTCAGTCCATGCACTA,Naive pluripotency
S1 0h:GATGACTGTACGATTC,Naive pluripotency
S1 0h:ACTTTCATCAGCACCG,Naive pluripotency
S1 0h:TTACCATTCGGAATTC,Naive pluripotency
S1 0h:AGGACGAAGAACTGAT,Naive pluripotency
S1 0h:CTCAATTGTTGACTAC,Naive pluripotency
S1 0h:AGTCTCCGTGTGAATA,Naive pluripotency
S1 0h:CAGATACCAGGTTCGC,Naive pluripotency
S1 0h:ATCTTCACATCCTTCG,Naive pluripotency
S1 0h:TATCTTGCACCAGTAT,Naive pluripotency
S1 0h:TTGAGTGCAATAGAGT,Naive pluripotency
S1 0h:GAAATGAGTTTCCCAC,Naive pluripotency
S1 0h:GTTACGATCATGGATC,Naive pluripotency
S1 0h:AGATAGATCCGATAGT,Naive pluripotency
S1 0h:TCTCACGTCTTGCAAG,Naive pluripotency
S1 0h:CGGAATTCAATACGAA,Naive pluripotency
S1 0h:GAATCACAGGAGGGTG,Naive pluripotency
S1 0h:CATACAGGTGTCCTAA,Naive pluripotency
S1 0h:CATGGTAAGCGATCGA,Naive pluripotency
S1 0h:GGGTGAAAGACATATG,Naive pluripotency
S1 0h:ACGTTCCTCGCTCATC,Naive pluripotency
S1 0h:GAGTTACAGAGGACTC,Naive pluripotency
S1 0h:AACAAGACAGACCAGA,Naive pluripotency
S1 0h:CGTTAGAAGCAATAAC,Naive pluripotency
S1 0h:CGAGTGCGTAAGCAAT,Naive pluripotency
S1 0h:TGGTGATTCCTCTCTT,Naive pluripotency
S1 0h:GCATCGGCAACCGACC,Naive pluripotency
S1 0h:TTCTAGTGTGGTATGG,Naive pluripotency
S1 0h:CAGATACAGTGCCAGA,Naive pluripotency
S1 0h:ACCCAAAAGAACTTCC,Naive pluripotency
S1 0h:GGTGATTGTGACGTCC,Naive pluripotency
S1 0h:TGGTACACATACTTTC,Naive pluripotency
S1 0h:ATTTCTGAGTAGCATA,Naive pluripotency
S1 0h:CATGCCTCAAGCGATG,Naive pluripotency
S1 0h:AGACCATCATAACGGG,Naive pluripotency
S1 0h:ATGCCTCCACGTATAC,Naive pluripotency
S1 0h:CAGCACGGTAAGCTCT,Naive pluripotency
S1 0h:TCCTCCCCAAGATTGA,Naive pluripotency
S1 0h:ACATGCAAGGGTGAAA,Naive pluripotency
S1 0h:TACTTCAGTAACAGGC,Naive pluripotency
S1 0h:GATGCTACAACCAACT,Naive pluripotency
S1 0h:AAGACTCAGAGACAAG,Naive pluripotency
S1 0h:TTTCACATCCACGTAA,Naive pluripotency
S1 0h:GTTCCGTTCGACCACG,Naive pluripotency
S1 0h:AAAGTCCTCAGACAAA,Naive pluripotency
S1 0h:AAAGGTACAGTAACCT,Naive pluripotency
S1 0h:AACCAACTCAAGAAAC,Naive pluripotency
S1 0h:CCACAAATCCGGTAGC,Naive pluripotency
S1 0h:TCCTCCCTCTGCCTCA,Naive pluripotency
S1 0h:TGAGTCACATTCTCTA,Naive pluripotency
S1 0h:TGAGTCACACTGGCCA,Naive pluripotency
S1 0h:TGGGAAGTCCTTATAC,Naive pluripotency
S1 0h:AGAACCTTCCTGGGAC,Naive pluripotency
S1 0h:TACTTACAGCTATCCA,Naive pluripotency
S1 0h:GTTACCCTCATTGCTT,Naive pluripotency
S1 0h:ATCCGTCTCCTCATAT,Naive pluripotency
S1 0h:CTTTCGGCAACGCCCA,Naive pluripotency
S1 0h:TCACAAGGTAATGCTC,Naive pluripotency
S1 0h:GTTACGACACCAACAT,Naive pluripotency
S1 0h:TGCATCCCACGTCGGT,Naive pluripotency
S1 0h:GCACTAAGTGGCTACC,Naive pluripotency
S1 0h:TCAGGGCTCTCATAGG,Naive pluripotency
S1 0h:TCATTGTAGGGCGAGA,Naive pluripotency
S1 0h:TGCGGCATCGCAGATT,Naive pluripotency
S1 0h:CAGCGTGTCTGAGATC,Naive pluripotency
S1 0h:CAACAACCACCATAAC,Naive pluripotency
S1 0h:CCCTCAATCGATTTCT,Naive pluripotency
S1 0h:TGACCCTAGGCTAAAT,Naive pluripotency
S1 0h:AGTCTCCGTCACTGAT,Naive pluripotency
S1 0h:TTTGGAGGTCCTCCAT,Naive pluripotency
S1 0h:ATTATCCTCAATCGGT,Naive pluripotency
S1 0h:TCTCACGCAATAACGA,Naive pluripotency
S1 0h:CAATACGCAGAGTAAT,Naive pluripotency
S1 0h:AACTTCTAGACACACG,Naive pluripotency
S1 0h:CACGGGTGTGATAGAT,Naive pluripotency
S1 0h:CAATTTCCACTTCAAG,Naive pluripotency
S1 0h:CAAGACTTCCCATTCG,Naive pluripotency
S1 0h:CCCTAACTCCTAGCCT,Naive pluripotency
S1 0h:CCCTCAACAACTACGT,Naive pluripotency
S1 0h:ATGGGTTGTCGTATGT,Naive pluripotency
S1 0h:ACATCCCGTTAGTTCG,Naive pluripotency
S1 0h:TCAGCAATCCATCGTC,Naive pluripotency
S1 0h:CGGCAGTCACCGGCTA,Naive pluripotency
S1 0h:TTGACCCAGGATATAC,Naive pluripotency
S1 0h:GTGTGGCTCGACGACC,Naive pluripotency
S1 0h:TAACGACCATACTTTC,Naive pluripotency
S1 0h:CTGATCCAGCTCCATA,Naive pluripotency
S1 0h:GTAGCTACAGTCGGAA,Naive pluripotency
S1 0h:TAAGCACCATTATGCG,Naive pluripotency
S1 0h:TAGACCAGTTCCACAA,Naive pluripotency
S1 0h:TGCATGAGTACTTCCC,Naive pluripotency
S1 0h:ACACAGTAGGTCTGGA,Naive pluripotency
S1 0h:TACTTCACACTATCCC,Naive pluripotency
S1 0h:CGGAGAAGTGCCTTCT,Naive pluripotency
S1 0h:TGACCCTAGGCTAACG,Naive pluripotency
S1 0h:CGAAGTTGTCCAGTTA,Naive pluripotency
S1 0h:GAACTGTGTCTCGACG,Naive pluripotency
S1 0h:CATAAGCAGGTCGTGA,Naive pluripotency
S1 0h:GTTGCTCAGTTGCGAG,Naive pluripotency
S1 0h:TGATCAGGTCAACCTA,Naive pluripotency
S1 0h:CACATGATCATCCTAT,Naive pluripotency
S1 0h:TAACTTCAGTGGGAAA,Naive pluripotency
S1 0h:CTTCCTTTCGGTCATA,Naive pluripotency
S1 0h:GCTTCACGTCTTCCGT,Naive pluripotency
S1 0h:GGGCTACTCCACATAG,Naive pluripotency
S1 0h:TCATTCAGTGTAACGG,Naive pluripotency
S1 0h:TACCGAACAGGACAGT,Naive pluripotency
S1 0h:GGGCGTTGTAGCACGA,Naive pluripotency
S1 0h:CAGTTCCGTCATCCCT,Naive pluripotency
S1 0h:ACTTCCGTCTCCGAAA,Naive pluripotency
S1 0h:TTCCAATGTATGAGCG,Naive pluripotency
S1 0h:TATCCTACAAGAGATT,Naive pluripotency
S1 0h:GCATCTCCACACTGGC,Naive pluripotency
S1 0h:TTTCCTCAGAGCTGCA,Naive pluripotency
S1 0h:TCCTAATTCGGAATGG,Naive pluripotency
S1 0h:TCCTAATGTACACTCA,Naive pluripotency
S1 0h:CCTTGTGGTATTCCTT,Naive pluripotency
S1 0h:CTCCGATGTCCAGTTA,Naive pluripotency
S1 0h:CACTGGGTCATTACGG,Naive pluripotency
S1 0h:AAGAACAGTGCCGGTT,Naive pluripotency
S1 0h:GGAACCCCAGCGGATA,Naive pluripotency
S1 0h:GAGAAATCACGACCTG,Naive pluripotency
S1 0h:CTGCCATCAGATGCGA,Naive pluripotency
S1 0h:GGGCTCAGTTAAGACA,Naive pluripotency
S1 0h:TAGTGCAAGCAGATAT,Naive pluripotency
S1 0h:ATCACGACAACAGAGC,Naive pluripotency
S1 0h:AGAGAGCAGAAGGATG,Naive pluripotency
S1 0h:GAAGAATGTCATAACC,Naive pluripotency
S1 0h:TCAGCCTGTCACTCTC,Naive pluripotency
S1 0h:CTACTATTCTTCCGTG,Naive pluripotency
S1 0h:CTTCAATAGCAGCCCT,Naive pluripotency
S1 0h:ATTGTTCGTACTCAAC,Naive pluripotency
S1 0h:TACAGGTTCGGTCATA,Naive pluripotency
S1 0h:CTCAAGAGTGAATTAG,Naive pluripotency
S1 0h:CCTCTCCAGTTAGAAC,Naive pluripotency
S1 0h:TTCACCGAGGTACATA,Naive pluripotency
S1 0h:CTCTCAGTCTATCGGA,Naive pluripotency
S1 0h:TTACGCCTCCATCAGA,Naive pluripotency
S1 0h:CACGTTCGTCTTTCAT,Naive pluripotency
S1 0h:CTTTCAAGTACCAGAG,Naive pluripotency
S1 0h:TGGGATTGTGAGCGAT,Naive pluripotency
S1 0h:GACGTTAAGAGCGACT,Naive pluripotency
S1 0h:TACTGCCCACTGGATT,Naive pluripotency
S1 0h:ATAGGCTCACAAGTGG,Naive pluripotency
S1 0h:TCATCCGAGGTAGCCA,Naive pluripotency
S1 0h:GAAACCTAGGCAGTCA,Naive pluripotency
S1 0h:TTTGACTGTACTGAGG,Naive pluripotency
S1 0h:ATCACAGCACCCTAAA,Naive pluripotency
S1 0h:CCCTCTCGTGCCCTTT,Naive pluripotency
S1 0h:ATGAAAGCACTACACA,Naive pluripotency
S1 0h:TCGTAGAAGCAATAGT,Naive pluripotency
S1 0h:CGGAACCGTGACGTCC,Naive pluripotency
S1 0h:GCCTGTTAGCAACCAG,Naive pluripotency
S1 0h:CGAGTGCAGCACTAGG,Naive pluripotency
S1 0h:AAAGGGCTCCATCTCG,Naive pluripotency
S1 0h:TACCTGCCACGCTGAC,Naive pluripotency
S1 0h:TGTAAGCCACTGAGGA,Naive pluripotency
S1 0h:ATAGGCTCACTCACTC,Naive pluripotency
S1 0h:GATGTTGGTATGTCTG,Naive pluripotency
S1 0h:ACTTCGCCATCCGGCA,Naive pluripotency
S1 0h:GGAATCTAGCACTAGG,Naive pluripotency
S1 0h:CATGGTAGTACATTGC,Naive pluripotency
S1 0h:GGGTGTCTCGCGTGCA,Naive pluripotency
S1 0h:TCTACATGTCGTACTA,Naive pluripotency
S1 0h:TGCATGAGTCTCAGGC,Naive pluripotency
S1 0h:ATTCCCGCACAGCATT,Naive pluripotency
S1 0h:AATTTCCTCGACATCA,Naive pluripotency
S1 0h:CTTCCGATCCCGATCT,Naive pluripotency
S1 0h:TGTAACGAGACATACA,Naive pluripotency
S1 0h:AGATGCTAGAGAGCAA,Naive pluripotency
S1 0h:GGAGGTAGTGGTCCCA,Naive pluripotency
S1 0h:AACAAGATCTAGAGCT,Naive pluripotency
S1 0h:TTGAGTGCAACTGATC,Naive pluripotency
S1 0h:AAACCCAAGCATCAAA,Naive pluripotency
S1 0h:CACGTGGAGCACTGGA,Naive pluripotency
S1 0h:AACAAGAAGAATACAC,Naive pluripotency
S1 0h:TCTAACTGTTTGAACC,Naive pluripotency
S1 0h:TCTCCGATCCTTGACC,Naive pluripotency
S1 0h:TAACTTCTCGCCAATA,Naive pluripotency
S1 0h:TAACACGCAGCAGTTT,Naive pluripotency
S1 0h:CCCTTAGCAAGTCATC,Naive pluripotency
S1 0h:AGGGAGTTCCTCGATC,Naive pluripotency
S1 0h:TTGCATTCAATACGAA,Naive pluripotency
S1 0h:ACCTGAATCGTTCTGC,Naive pluripotency
S1 0h:CCCTTAGGTGACTAAA,Naive pluripotency
S1 0h:TACATTCAGAAGTATC,Naive pluripotency
S1 0h:ACCACAATCGAAGGAC,Naive pluripotency
S1 0h:CTGATCCTCCAACTGA,Naive pluripotency
S1 0h:TTCAGGATCCCACAGG,Naive pluripotency
S1 0h:GTCTCACGTACCACGC,Naive pluripotency
S1 0h:TGGTTAGTCACACGAT,Naive pluripotency
S1 0h:CTATAGGTCATAGACC,Naive pluripotency
S1 0h:TGAATGCGTCAAGCGA,Naive pluripotency
S1 0h:GCTTCACAGGTCACCC,Naive pluripotency
S1 0h:GGGAGATGTGTGCTTA,Naive pluripotency
S1 0h:CTTCAATTCGCGCCAA,Naive pluripotency
S1 0h:AACTTCTCACCGTCGA,Naive pluripotency
S1 0h:CCATAAGCAGGTAGTG,Naive pluripotency
S1 0h:AGTACTGCAAGCCCAC,Naive pluripotency
S1 0h:AAACCCATCGAAGCCC,Naive pluripotency
S1 0h:TCGGATAGTCGTGGTC,Naive pluripotency
S1 0h:CTCCTTTCAGCTCTGG,Naive pluripotency
S1 0h:TTGGGATGTGTACATC,Naive pluripotency
S1 0h:CACAACATCCAGGACC,Naive pluripotency
S1 0h:CTACTATGTTAGGGAC,Naive pluripotency
S1 0h:ACTGATGAGCAATTAG,Naive pluripotency
S1 0h:GAAGGACGTAGACGGT,Naive pluripotency
S1 0h:CACATGACACTCCTGT,Naive pluripotency
S1 0h:AATCGACCAACCCTAA,Naive pluripotency
S1 0h:CCCTCAACATCCGAAT,Naive pluripotency
S1 0h:CGCCATTTCCTCCACA,Naive pluripotency
S1 0h:TTTAGTCTCCAAGGGA,Naive pluripotency
S1 0h:GTACAGTAGCTCATAC,Naive pluripotency
S1 0h:TCCTAATAGGAAGAAC,Naive pluripotency
S1 0h:CATGCGGCAAAGACGC,Naive pluripotency
S1 0h:GTCTACCAGACAACAT,Naive pluripotency
S1 0h:TTGTTTGAGTGAGGTC,Naive pluripotency
S1 0h:CCGTAGGCAAGGCAAC,Naive pluripotency
S1 0h:GGTGATTTCAGGAACG,Naive pluripotency
S1 0h:CATCGTCCAAGAAACT,Naive pluripotency
S1 0h:GGTAACTGTGTGCCTG,Naive pluripotency
S1 0h:ACTTCCGTCCTGGGAC,Naive pluripotency
S1 0h:GTAGCTACAACACACT,Naive pluripotency
S1 0h:GCCTGTTGTTGTTGTG,Naive pluripotency
S1 0h:CACAACACATTATGCG,Naive pluripotency
S1 0h:AAGACTCTCAAACCCA,Naive pluripotency
S1 0h:AAAGAACCAAGAGTAT,Naive pluripotency
S1 0h:CGTAAGTCAAGGCCTC,Naive pluripotency
S1 0h:ACTTTCACAAACTGCT,Naive pluripotency
S1 0h:TTCTAGTCAACCAGAG,Naive pluripotency
S1 0h:GTATTTCTCTGAACGT,Naive pluripotency
S1 0h:TAGGTTGCATTGCTGA,Naive pluripotency
S1 0h:CTTAGGATCTTAGTTC,Naive pluripotency
S1 0h:AGTCAACCATTCCTCG,Naive pluripotency
S1 0h:TCATATCAGTCTTCGA,Naive pluripotency
S1 0h:CTCAACCGTTAGTCGT,Naive pluripotency
S1 0h:TCATGTTTCACATCAG,Naive pluripotency
S1 0h:CCGTGAGTCATGGGAG,Naive pluripotency
S1 0h:CTTAGGACAATCCTTT,Naive pluripotency
S1 0h:TTCACCGGTACTTGTG,Naive pluripotency
S1 0h:TGAGGAGGTTTACACG,Naive pluripotency
S1 0h:TAGACTGGTGGCTGAA,Naive pluripotency
S1 0h:TCTCACGAGGAATTAC,Naive pluripotency
S1 0h:AACAGGGGTAGTCGGA,Naive pluripotency
S1 0h:GACCCTTAGAGTCTTC,Naive pluripotency
S1 0h:ACTGCAACATAATGAG,Naive pluripotency
S1 0h:TTCCACGGTCACTACA,Naive pluripotency
S1 0h:GTAACCAGTGTTACAC,Naive pluripotency
S1 0h:GGGCCATAGATACAGT,Naive pluripotency
S1 0h:GAGAGGTTCCTTACCG,Naive pluripotency
S1 0h:TGCAGTACACCAAATC,Naive pluripotency
S1 0h:CATAGACTCGACCACG,Naive pluripotency
S1 0h:CTGCCTACAAGTGTCT,Naive pluripotency
S1 0h:TATTGCTTCCGATAAC,Naive pluripotency
S1 0h:ATGGGTTTCGCTCCTA,Naive pluripotency
S1 0h:CATCGCTCAGGACGAT,Naive pluripotency
S1 0h:AGGAATATCACCGCTT,Naive pluripotency
S1 0h:AACAGGGTCACGATAC,Naive pluripotency
S1 0h:CCTGCATTCGCCTTTG,Naive pluripotency
S1 0h:TTCTAACAGTGGGAAA,Naive pluripotency
S1 0h:AGACAAATCACGATAC,Naive pluripotency
S1 0h:ACCCAAACACGAGGTA,Naive pluripotency
S1 0h:GGCACGTCAGCAATTC,Naive pluripotency
S1 0h:GAGGCCTTCCTACGAA,Naive pluripotency
S1 0h:CTGGTCTAGTCACGAG,Naive pluripotency
S1 0h:AAGCGAGGTCAATCTG,Naive pluripotency
S1 0h:GTTGCTCTCGAGCACC,Naive pluripotency
S1 0h:AGGTCATAGTATAACG,Naive pluripotency
S1 0h:CTAACCCCACGCCACA,Naive pluripotency
S1 0h:CTTGATTTCTAAGAAG,Naive pluripotency
S1 0h:TATACCTGTTGCGTAT,Naive pluripotency
S1 0h:CTGCAGGGTGAATGAT,Naive pluripotency
S1 0h:TCAAGCAGTTCATCGA,Naive pluripotency
S1 0h:TTACCGCAGAATTGCA,Naive pluripotency
S1 0h:ATTCAGGCATGACAGG,Naive pluripotency
S1 0h:TTGGTTTGTTCAAACC,Naive pluripotency
S1 0h:ACTTAGGGTGTCCTAA,Naive pluripotency
S1 0h:CTTCCGACATGATGCT,Naive pluripotency
S1 0h:TATCGCCTCGCCTAGG,Naive pluripotency
S1 0h:TCATTGTTCACTTATC,Naive pluripotency
S1 0h:ATCGCCTTCACTACGA,Naive pluripotency
S1 0h:ATCCGTCTCTCCTGAC,Naive pluripotency
S1 0h:AAAGGGCCAGAAGTGC,Naive pluripotency
S1 0h:AATAGAGGTTTGGCTA,Naive pluripotency
S1 0h:GTCATTTTCTCCAAGA,Naive pluripotency
S1 0h:AAGCCATGTTAGAAGT,Naive pluripotency
S1 0h:TCACGCTCAGTAGTGG,Naive pluripotency
S1 0h:TAGTGCACACCAGTAT,Naive pluripotency
S1 0h:AAGACTCTCTGCTTAT,Naive pluripotency
S1 0h:GCAGCTGCAAACTAGA,Naive pluripotency
S1 0h:ACACGCGCAGGTTTAC,Naive pluripotency
S1 0h:TCATGCCTCATGCGGC,Naive pluripotency
S1 0h:ACTATCTTCACTACTT,Naive pluripotency
S1 0h:TGAGACTTCTGTCCCA,Naive pluripotency
S1 0h:AGGTTACTCGAACGCC,Naive pluripotency
S1 0h:ATGTCCCTCTAGATCG,Naive pluripotency
S1 0h:TGTAAGCAGTTTGCTG,Naive pluripotency
S1 0h:AGGACGATCTAGTTCT,Naive pluripotency
S1 0h:ACATCCCAGCAATAGT,Naive pluripotency
S1 0h:AGACAGGGTTGTATGC,Naive pluripotency
S1 0h:GGGATCCCAGAAGCTG,Naive pluripotency
S1 0h:CGCATAATCCTACACC,Naive pluripotency
S1 0h:CTCCATGGTGAGTAGC,Naive pluripotency
S1 0h:TATGTTCTCCTCTAGC,Naive pluripotency
S1 0h:TAAGCCAGTGGCGCTT,Naive pluripotency
S1 0h:TTGCCTGTCATGCCCT,Naive pluripotency
S1 0h:GCCAGCAAGTTGGAAT,Naive pluripotency
S1 0h:TTTGTTGCAACTGAAA,Naive pluripotency
S1 0h:GACATCACAACGCATT,Naive pluripotency
S1 0h:CACACAATCGTTGCCT,Naive pluripotency
S1 0h:CACGGGTAGAAATTGC,Naive pluripotency
S1 0h:TTACCGCGTGTCTTCC,Naive pluripotency
S1 0h:AGTTCGATCTTCCCGA,Naive pluripotency
S1 0h:AGTCAACCATGGCACC,Naive pluripotency
S1 0h:ATGAGGGTCTGCGATA,Naive pluripotency
S1 0h:ATCCACCCAACAAGAT,Naive pluripotency
S1 0h:GTGTAACAGATGGGCT,Naive pluripotency
S1 0h:GCTTTCGTCACCCTTG,Naive pluripotency
S1 0h:TATTGGGGTACAATAG,Naive pluripotency
S1 0h:AGAGAATCATCCGTGG,Naive pluripotency
S1 0h:GGTTGTAAGACCGCCT,Naive pluripotency
S1 0h:TATACCTTCTGTGCTC,Naive pluripotency
S1 0h:TTTACTGAGGGAGGAC,Naive pluripotency
S1 0h:CGGGCATCACTTGTCC,Naive pluripotency
S1 0h:GCGGATCTCGCTAGCG,Naive pluripotency
S1 0h:AGTTCCCCAGTGAGCA,Naive pluripotency
S1 0h:GCACATACAATTGCGT,Naive pluripotency
S1 0h:ATAGAGAGTACCCACG,Naive pluripotency
S1 0h:ACTTTCAGTGCCCAGT,Naive pluripotency
S1 0h:CTCTCAGTCACGATAC,Naive pluripotency
S1 0h:CATTCATGTACTAGCT,Naive pluripotency
S1 0h:TATCCTACATTGAGCT,Naive pluripotency
S1 0h:CTGCGAGCAGTAGATA,Naive pluripotency
S1 0h:CAGAGCCCATTACGGT,Naive pluripotency
S1 0h:TGACCCTTCCTTTAGT,Naive pluripotency
S1 0h:CGCATGGGTTTACACG,Naive pluripotency
S1 0h:AGAGCCCCAGAGATGC,Naive pluripotency
S1 0h:AGGCCACAGCACTTTG,Naive pluripotency
S1 0h:GCGAGAAAGACTCTTG,Naive pluripotency
S1 0h:ATAGGCTGTCTACTGA,Naive pluripotency
S1 0h:TTACGCCAGGGTACAC,Naive pluripotency
S1 0h:GGGTCACGTACCGGAA,Naive pluripotency
S1 0h:TGGTACATCCCTTTGG,Naive pluripotency
S1 0h:TCTTCCTGTGGTTTAC,Naive pluripotency
S1 0h:GCAACCGCACTACTTT,Naive pluripotency
S1 0h:ACGATCATCCTCAGAA,Naive pluripotency
S1 0h:ATTATCCCACCCTTGT,Naive pluripotency
S1 0h:CATGGATTCATTGCGA,Naive pluripotency
S1 0h:TCCCATGAGCACCCAC,Naive pluripotency
S1 0h:CTGCTCAAGGGTCTTT,Naive pluripotency
S1 0h:TATTTCGTCGACCTAA,Naive pluripotency
S1 0h:TTGGGATCATCGCTCT,Naive pluripotency
S1 0h:CCAATGATCGTTCTAT,Naive pluripotency
S1 0h:ACGGTTATCCCTTCCC,Naive pluripotency
S1 0h:GATCCCTCACATACTG,Naive pluripotency
S1 0h:AGGTTGTCATACAGGG,Naive pluripotency
S1 0h:GCACTAAAGATGGGCT,Naive pluripotency
S1 0h:TGGATCAGTATCGCTA,Naive pluripotency
S1 0h:TCATTGTAGCTGGCCT,Naive pluripotency
S1 0h:GAAGCCCGTAGGTTTC,Naive pluripotency
S1 0h:GGAGATGGTCTTGAGT,Naive pluripotency
S1 0h:TGTGAGTCAGTATTCG,Naive pluripotency
S1 0h:TGTGCGGAGACCATAA,Naive pluripotency
S1 0h:AATCGTGTCAGAACCT,Naive pluripotency
S1 0h:AGATGCTGTATAATGG,Naive pluripotency
S1 0h:GGTGGCTCAGTGCCTG,Naive pluripotency
S1 0h:CGGGTCACATAACTCG,Naive pluripotency
S1 0h:TGATCAGAGTTGCCTA,Naive pluripotency
S1 0h:TGTTGAGAGGTTCCGC,Naive pluripotency
S1 0h:TGTTGAGAGGGTTAAT,Naive pluripotency
S1 0h:AGCCACGCACTGCACG,Naive pluripotency
S1 0h:TCACTCGAGACGGATC,Naive pluripotency
S1 0h:TCTATACCATCTTAGG,Naive pluripotency
S1 0h:CGCATAAGTCCTCCTA,Naive pluripotency
S1 0h:TACACCCCAGAGAGGG,Naive pluripotency
S1 0h:TCCTGCAAGACTTAAG,Naive pluripotency
S1 0h:CATGCCTAGCACTCTA,Naive pluripotency
S1 0h:GGTTAACAGGCATCGA,Naive pluripotency
S1 0h:AGGTAGGCAGAAATCA,Naive pluripotency
S1 0h:CCACGAGAGAATCGAT,Naive pluripotency
S1 0h:CGCAGGTTCCGTATAG,Naive pluripotency
S1 0h:ATTCCCGGTTGGTACT,Naive pluripotency
S1 0h:GCCGTGATCACCTCAC,Naive pluripotency
S1 0h:CCGCAAGTCCCTCATG,Naive pluripotency
S1 0h:ACCCAAAAGCATCCCG,Naive pluripotency
S1 0h:GAAGCCCAGGCCCAAA,Naive pluripotency
S1 0h:ATCGGCGGTGCATACT,Naive pluripotency
S1 0h:AAACGAATCAGCTGTA,Naive pluripotency
S1 0h:CTAACTTCACCCTCTA,Naive pluripotency
S1 0h:CAATGACAGACTACGG,Naive pluripotency
S1 0h:AAGTTCGCAGAGCTAG,Naive pluripotency
S1 0h:AGCCACGCAGCGGTCT,Naive pluripotency
S1 0h:TTGTTCAGTGTGATGG,Naive pluripotency
S1 0h:GACATCATCTACTGCC,Naive pluripotency
S1 0h:GGGATCCAGACGCATG,Naive pluripotency
S1 0h:CCACCATCAAGACGAC,Naive pluripotency
S1 0h:AAGTACCTCATTTGCT,Naive pluripotency
S1 0h:ATAGAGATCACTGCTC,Naive pluripotency
S1 0h:ATTGTTCGTTTCCCAC,Naive pluripotency
S1 0h:CTCCATGGTCCATCTC,Naive pluripotency
S1 0h:AGACCCGTCGAAATCC,Naive pluripotency
S1 0h:AGTAGCTTCATACAGC,Naive pluripotency
S1 0h:CCAATTTGTGAAAGTT,Naive pluripotency
S1 0h:TACGGTAGTACGTTCA,Naive pluripotency
S1 0h:GAGAGGTAGTTGCTGT,Naive pluripotency
S1 0h:GGCTTGGCATAACGGG,Naive pluripotency
S1 0h:CACTGTCCAGACCTAT,Naive pluripotency
S1 0h:CACTGAAGTCTCCCTA,Naive pluripotency
S1 0h:ATACTTCAGGGATCGT,Naive pluripotency
S1 0h:CATCAAGCATCGTGCG,Naive pluripotency
S1 0h:TTGTGGAGTCTTGAGT,Naive pluripotency
S1 0h:CTACGGGCAATTCACG,Naive pluripotency
S1 0h:TTCGATTGTCCGGATC,Naive pluripotency
S1 0h:AACGGGATCTTCACAT,Naive pluripotency
S1 0h:CACGTTCCACTGTTCC,Naive pluripotency
S1 0h:ATTCCTACATGGGTCC,Naive pluripotency
S1 0h:CAATCGACAATTGCAC,Naive pluripotency
S1 0h:ACCTACCAGTCGCCCA,Naive pluripotency
S1 0h:AAGTTCGGTACTAACC,Naive pluripotency
S1 0h:AAATGGATCCTCACCA,Naive pluripotency
S1 0h:ATGAGGGGTGTCATCA,Naive pluripotency
S1 0h:ACGGTCGCAGACCAAG,Naive pluripotency
S1 0h:TTTATGCCACATGACT,Naive pluripotency
S1 0h:GTTGAACGTTGCTCCT,Naive pluripotency
S1 0h:AGACAGGCATGCGTGC,Naive pluripotency
S1 0h:CAATTTCGTCACTGAT,Naive pluripotency
S1 0h:CGCAGGTGTACAGAAT,Naive pluripotency
S1 0h:CACTGAACAGGCCCTA,Naive pluripotency
S1 0h:CCACGTTCATTAAGCC,Naive pluripotency
S1 0h:ATTCGTTGTACTCAAC,Naive pluripotency
S1 0h:TATCTGTTCGGTCTGG,Naive pluripotency
S1 0h:TATTGGGTCACCCTGT,Naive pluripotency
S1 0h:GGGACCTAGACCATTC,Naive pluripotency
S1 0h:CGACAGCAGCCTCAGC,Naive pluripotency
S1 0h:AGACACTTCTTCTAAC,Naive pluripotency
S1 0h:AGGTGTTGTAACAAGT,Naive pluripotency
S1 0h:TGCGGGTGTTCCGCAG,Naive pluripotency
S1 0h:ACATGCATCCATTTAC,Naive pluripotency
S1 0h:ATGATCGAGACTCCGC,Naive pluripotency
S1 0h:AAGCATCCACTCACTC,Naive pluripotency
S1 0h:CTATCCGCAATATCCG,Naive pluripotency
S1 0h:TTGACCCAGTTCTCTT,Naive pluripotency
S1 0h:CAGGTATAGTCACAGG,Naive pluripotency
S1 0h:ATCCCTGCACCGTGCA,Naive pluripotency
S1 0h:GCGGAAATCGCTGATA,Naive pluripotency
S1 0h:GAAGGGTTCTCCTGAC,Naive pluripotency
S1 0h:GATGCTACAGACCGCT,Naive pluripotency
S1 0h:CCTATCGCAGCTGTGC,Naive pluripotency
S1 0h:AAGAACACATTCACAG,Naive pluripotency
S1 0h:TTGTTTGCACACCTAA,Naive pluripotency
S1 0h:TGATCTTAGGTAGTAT,Naive pluripotency
S1 0h:TAACACGCACTTGACA,Naive pluripotency
S1 0h:TGATGCAAGATGCCGA,Naive pluripotency
S1 0h:TCAGTCCTCCCGTAAA,Naive pluripotency
S1 0h:CCCTCTCTCATCGACA,Naive pluripotency
S1 0h:TCGACCTGTCCACATA,Naive pluripotency
S1 0h:TCAGTTTTCTTCACGC,Naive pluripotency
S1 0h:GATCCCTTCATTCATC,Naive pluripotency
S1 0h:TTACTGTTCCGATGCG,Naive pluripotency
S1 0h:ATCCGTCCAACCTAAC,Naive pluripotency
S1 0h:AGACTCATCATTACGG,Naive pluripotency
S1 0h:ATCGATGGTATCGCAT,Naive pluripotency
S1 0h:AAGACTCAGATTAGCA,Naive pluripotency
S1 0h:ATGAAAGTCAAAGCCT,Naive pluripotency
S1 0h:CATCGCTTCCACAGCG,Naive pluripotency
S1 0h:TTACCATCAGCACACC,Naive pluripotency
S1 0h:ACTCTCGAGAATTGCA,Naive pluripotency
S1 0h:CCGTTCAAGGAACATT,Naive pluripotency
S1 0h:TTCCTCTGTTGCGAAG,Naive pluripotency
S1 0h:ATTCACTAGCAGTACG,Naive pluripotency
S1 0h:TTCAATCTCTTACTGT,Naive pluripotency
S1 0h:TACACCCCACAAGTTC,Naive pluripotency
S1 0h:CGGACACTCTTAGCTT,Naive pluripotency
S1 0h:AGGCTGCGTTATCTTC,Naive pluripotency
S1 0h:GAGTCATCAGCTTCGG,Naive pluripotency
S1 0h:AGATGCTGTCATCGGC,Naive pluripotency
S1 0h:ACTTTGTTCTTTGCAT,Naive pluripotency
S1 0h:AGGCCACTCTCTAAGG,Naive pluripotency
S1 0h:CAACCAATCGGCTGTG,Naive pluripotency
S1 0h:AGCCACGAGGTCACAG,Naive pluripotency
S1 0h:GGAACCCCATCCCGTT,Naive pluripotency
S1 0h:ATCCATTTCAGTGTCA,Naive pluripotency
S1 0h:CATCAAGTCTCTAAGG,Naive pluripotency
S1 0h:TTGCCTGGTGAGACCA,Naive pluripotency
S1 0h:AATGACCCATACGCAT,Naive pluripotency
S1 0h:CTCCTTTTCAGTCACA,Naive pluripotency
S1 0h:AAGTACCGTCGGATTT,Naive pluripotency
S1 0h:CATGCTCCAGCACCCA,Naive pluripotency
S1 0h:AATGACCTCTCAACGA,Naive pluripotency
S1 0h:TACTGCCAGGTCATCT,Naive pluripotency
S1 0h:AGACTCAGTTATTCCT,Naive pluripotency
S1 0h:GTTAGACGTGACCGTC,Naive pluripotency
S1 0h:CAACAGTTCGAACCAT,Naive pluripotency
S1 0h:GTGAGGACACAGTCCG,Naive pluripotency
S1 0h:GTTGCTCGTCATTGCA,Naive pluripotency
S1 0h:TCTTGCGAGCGGTAAC,Naive pluripotency
S1 0h:TAAGTCGTCTCGCTTG,Naive pluripotency
S1 0h:ACCTGTCAGGGCTGAT,Naive pluripotency
S1 0h:GAAACCTTCACTGGTA,Naive pluripotency
S1 0h:ACGTACATCTGAGAAA,Naive pluripotency
S1 0h:ACGGTTAAGCTTCTAG,Naive pluripotency
S1 0h:CCGATGGCACTAACCA,Naive pluripotency
S1 0h:AAAGGATTCCCTCGAT,Naive pluripotency
S1 0h:GATTCTTAGGACAAGA,Naive pluripotency
S1 0h:CTGGACGTCCCGAGAC,Naive pluripotency
S1 0h:AAGCGAGTCGATACGT,Naive pluripotency
S1 0h:CGGGCATAGTATCCTG,Naive pluripotency
S1 0h:GTTGCTCAGTCATGAA,Naive pluripotency
S1 0h:GTGTTCCAGGTAAGTT,Naive pluripotency
S1 0h:ATATCCTTCTTTACAC,Naive pluripotency
S1 0h:CACGGGTCACTGTGAT,Naive pluripotency
S1 0h:AAGCCATTCTCAACCC,Naive pluripotency
S1 0h:AACGGGAGTGTAAATG,Naive pluripotency
S1 0h:ATGGATCGTCCTGTCT,Naive pluripotency
S1 0h:CCCTAACTCTCCCATG,Naive pluripotency
S1 0h:TTGAACGAGTGATAAC,Naive pluripotency
S1 0h:AATCACGCATTCTTCA,Naive pluripotency
S1 0h:CTAACTTTCCCTCTAG,Naive pluripotency
S1 0h:ATCCATTAGGCAATGC,Naive pluripotency
S1 0h:TGGGATTAGTAGAATC,Naive pluripotency
S1 0h:TACTTCAAGCTCCACG,Naive pluripotency
S1 0h:TACTTCATCAAGTCTG,Naive pluripotency
S1 0h:ATCCTATTCATCTACT,Naive pluripotency
S1 0h:AGATGAAAGAGCAGAA,Naive pluripotency
S1 0h:AGAACAATCCATTCGC,Naive pluripotency
S1 0h:TTTATGCAGAGTCACG,Naive pluripotency
S1 0h:AGACTCATCTCCACTG,Naive pluripotency
S1 0h:GTGCACGCAATAAGGT,Naive pluripotency
S1 0h:TCGACCTGTCCGGCAT,Naive pluripotency
S1 0h:GCGTGCAAGTGCACAG,Naive pluripotency
S1 0h:GTCTACCCACCGTCTT,Naive pluripotency
S1 0h:CTACAGAAGCCTTTCC,Naive pluripotency
S1 0h:TCATACTAGGTACAGC,Naive pluripotency
S1 0h:GAAGAATAGTATAACG,Naive pluripotency
S1 0h:GCAACCGGTGTTCCTC,Naive pluripotency
S1 0h:ACCATTTTCGCGAAGA,Naive pluripotency
S1 0h:TCACTATGTGGTACAG,Naive pluripotency
S1 0h:TGCTTGCTCTTTCAGT,Naive pluripotency
S1 0h:CATCGCTCAAATCAGA,Naive pluripotency
S1 0h:ACGTAACCAGGTAGTG,Naive pluripotency
S1 0h:CTGCCTACAGCACCCA,Naive pluripotency
S1 0h:ACACCAATCATGCCCT,Naive pluripotency
S1 0h:AGTACCACAGATTAAG,Naive pluripotency
S1 0h:GGGCCATCAAGATGGC,Naive pluripotency
S1 0h:ATTATCCTCTGGGATT,Naive pluripotency
S1 0h:GGGAGTATCCTCACCA,Naive pluripotency
S1 0h:ATTTCTGTCGACATCA,Naive pluripotency
S1 0h:TTGTTTGAGCTCCATA,Naive pluripotency
S1 0h:TAGACCAAGAACTGAT,Naive pluripotency
S1 0h:GTAATGCGTGGAACCA,Naive pluripotency
S1 0h:AGACCCGAGTTCATGC,Naive pluripotency
S1 0h:TCACTCGAGCCTAACT,Naive pluripotency
S1 0h:TTTACGTAGTATGAAC,Naive pluripotency
S1 0h:GAAGTAAAGGCTCCCA,Naive pluripotency
S1 0h:TCAGTCCAGGTTGACG,Naive pluripotency
S1 0h:TTTCCTCCATTGACCA,Naive pluripotency
S1 0h:TCACTATGTGAGACCA,Naive pluripotency
S1 0h:GTCCTCATCTCCGAGG,Naive pluripotency
S1 0h:TCCAGAAAGCCATTGT,Naive pluripotency
S1 0h:CGAGTGCAGATTCGAA,Naive pluripotency
S1 0h:ATCGCCTTCTATGTGG,Naive pluripotency
S1 0h:TCTTGCGGTGCAATAA,Naive pluripotency
S1 0h:AAGATAGCACTTGACA,Naive pluripotency
S1 0h:GGAACCCAGGGATCAC,Naive pluripotency
S1 0h:CGGAGAATCGCTTGAA,Naive pluripotency
S1 0h:GTAGTACAGCAAGTGC,Naive pluripotency
S1 0h:TTAGTCTAGGCTGGAT,Naive pluripotency
S1 0h:CACAGGCAGGCCTAGA,Naive pluripotency
S1 0h:CATTGAGCATTAGGAA,Naive pluripotency
S1 0h:ATCGTAGCATGTCGTA,Naive pluripotency
S1 0h:TATATCCCAATAACGA,Naive pluripotency
S1 0h:AATTTCCAGGTGTGAC,Naive pluripotency
S1 0h:CTCCTCCCATACAGGG,Naive pluripotency
S1 0h:AAAGGATCAGTTACCA,Naive pluripotency
S1 0h:GTGTTAGGTTATCTTC,Naive pluripotency
S1 0h:TTCACGCAGATCCCGC,Naive pluripotency
S1 0h:GGTCTGGGTAAGATAC,Naive pluripotency
S1 0h:TATATCCTCATTGCCC,Naive pluripotency
S1 0h:TCAGCCTCATCCTGTC,Naive pluripotency
S1 0h:CTCATGCAGACTTAAG,Naive pluripotency
S1 0h:GTTGCTCTCATTCCTA,Naive pluripotency
S1 0h:GATGTTGTCTCAGTCC,Naive pluripotency
S1 0h:TGAATCGCAGGTGTTT,Naive pluripotency
S1 0h:ACAGCCGGTTACTCAG,Naive pluripotency
S1 0h:TTACTGTTCTCAGAAC,Naive pluripotency
S1 0h:ATCGTCCAGATGGCAC,Naive pluripotency
S1 0h:TCCCACACAGCTCCTT,Naive pluripotency
S1 0h:GATTTCTCAAACCACT,Naive pluripotency
S1 0h:CCCTGATCAAGGCAAC,Naive pluripotency
S1 0h:TTTACCAGTCACAATC,Naive pluripotency
S1 0h:CTATCCGCACTTCAGA,Naive pluripotency
S1 0h:AACCTTTGTCGATTTG,Naive pluripotency
S1 0h:AAAGGGCAGACCAAAT,Exiting naive pluripotency
S1 0h:TACTTACTCGACTCCT,Naive pluripotency
S1 0h:GCATGATTCGACCACG,Naive pluripotency
S1 0h:ATGAGTCAGGTCGACA,Naive pluripotency
S1 0h:TCGAACAGTTGCAAGG,Naive pluripotency
S1 0h:ACGGGTCGTATCGCGC,Naive pluripotency
S1 0h:CATCCGTTCAGCGCGT,Naive pluripotency
S1 0h:CTTCCTTCAGCATGCC,Naive pluripotency
S1 0h:GTTTACTTCCATTGCC,Naive pluripotency
S1 0h:CAACGATAGACGCCAA,Naive pluripotency
S1 0h:TTCAATCCATCCGATA,Naive pluripotency
S1 0h:GCCCGAATCATGAGGG,Naive pluripotency
S1 0h:AACTTCTCATTGACTG,Naive pluripotency
S1 0h:ACCTGTCAGTAGAATC,Naive pluripotency
S1 0h:ATTCCTAAGGTTACCT,Naive pluripotency
S1 0h:TCCTTCTAGGATTTCC,Naive pluripotency
S1 0h:GCGAGAATCGAACACT,Naive pluripotency
S1 0h:AGGTGTTTCAAGATAG,Naive pluripotency
S1 0h:CATGCTCGTTTGTGGT,Naive pluripotency
S1 0h:TCAGTGACATTCGGGC,Naive pluripotency
S1 0h:CTTACCGTCAAGATAG,Naive pluripotency
S1 0h:TTGACCCCAGATACCT,Naive pluripotency
S1 0h:ACGCACGTCTAGAACC,Naive pluripotency
S1 0h:TCCAGAACAGGTATGG,Naive pluripotency
S1 0h:ATTCCTAAGATGACAT,Naive pluripotency
S1 0h:ACAAAGAAGTAACCGG,Naive pluripotency
S1 0h:CAAAGAATCTCATGGA,Naive pluripotency
S1 0h:ACACAGTTCATCGACA,Naive pluripotency
S1 0h:GCATGATTCGCACGAC,Naive pluripotency
S1 0h:TGCAGATCAGCTGTCG,Naive pluripotency
S1 0h:TCCGAAATCCGTCCTA,Naive pluripotency
S1 0h:CAAGCTAAGACTTGTC,Naive pluripotency
S1 0h:GTACAACTCCCAACTC,Naive pluripotency
S1 0h:TAGACCAAGTGAGGCT,Naive pluripotency
S1 0h:GTAATCGCATGACGTT,Naive pluripotency
S1 0h:CATTCATTCTGGCTGG,Naive pluripotency
S1 0h:TCAATTCCACGACAAG,Naive pluripotency
S1 0h:AAACGCTAGAGCAGCT,Naive pluripotency
S1 0h:TTTACCAGTCTGATCA,Naive pluripotency
S1 0h:CCCATTGCAAGCCATT,Naive pluripotency
S1 0h:CTCCATGTCCTCTGCA,Naive pluripotency
S1 0h:GTAAGTCCATTAAGCC,Naive pluripotency
S1 0h:GAGGCCTCACCCGTAG,Naive pluripotency
S1 0h:TGATGCAGTCAAGGCA,Naive pluripotency
S1 0h:CAATCGAAGTGGTTCT,Naive pluripotency
S1 0h:TTTACCAAGCCGCACT,Naive pluripotency
S1 0h:CTTCCGATCCACGTGG,Naive pluripotency
S1 0h:TCCTCTTAGCCTATCA,Naive pluripotency
S1 0h:TATTGCTTCTAGACAC,Naive pluripotency
S1 0h:GTGGTTAAGGGTCAAC,Naive pluripotency
S1 0h:ACACCAATCTACCCAC,Naive pluripotency
S1 0h:TTGCTGCCAGCTCCTT,Naive pluripotency
S1 0h:CATAAGCGTGAGCTCC,Naive pluripotency
S1 0h:CACAGGCTCACTTCTA,Naive pluripotency
S1 0h:ACTATCTAGCCTAGGA,Naive pluripotency
S1 0h:TATATCCGTTCTCCCA,Naive pluripotency
S1 0h:TTTGTTGTCCGCACTT,Naive pluripotency
S1 0h:CCACTTGGTCAACCAT,Naive pluripotency
S1 0h:TAACTTCTCTTACCGC,Naive pluripotency
S1 0h:GTCTTTAGTTCCTAGA,Naive pluripotency
S1 0h:GGGATCCCAGACCATT,Naive pluripotency
S1 0h:CGACAGCGTACAAACA,Naive pluripotency
S1 0h:CCCAACTGTTGTGCAT,Naive pluripotency
S1 0h:GTAACACGTCACTCAA,Naive pluripotency
S1 0h:CAATACGTCTCAACCC,Naive pluripotency
S1 0h:GTGGTTAAGTTCTACG,Naive pluripotency
S1 0h:GGAGGATTCTTCTGTA,Naive pluripotency
S1 0h:GAGGGTACACTAGGTT,Naive pluripotency
S1 0h:GACAGCCTCTCTCTTC,Naive pluripotency
S1 0h:TTCACCGAGGATTCCT,Naive pluripotency
S1 0h:ATTACTCGTCCTGTCT,Naive pluripotency
S1 0h:TCACATTTCTTCTCAA,Naive pluripotency
S1 0h:CCACGTTTCCCTAGGG,Naive pluripotency
S1 0h:TTGCCTGGTACAGTTC,Naive pluripotency
S1 0h:TATTTCGGTGGATACG,Naive pluripotency
S1 0h:TCAGGGCTCTATCACT,Naive pluripotency
S1 0h:TAGACCAGTGTCATTG,Naive pluripotency
S1 0h:GCATTAGTCGGTAACT,Naive pluripotency
S1 0h:GGGCTCATCGTTTACT,Naive pluripotency
S1 0h:TCATGGAAGGACAAGA,Naive pluripotency
S1 0h:CGATGGCGTTGTGCAT,Naive pluripotency
S1 0h:GTAGTACCACTTTATC,Naive pluripotency
S1 0h:CACTGGGGTTAGAAGT,Naive pluripotency
S1 0h:TGCACGGAGTAGCATA,Naive pluripotency
S1 0h:CATCCGTCAGTTTGGT,Naive pluripotency
S1 0h:ACTTATCTCATCTATC,Naive pluripotency
S1 0h:CACTGAAAGCATCGAG,Naive pluripotency
S1 0h:GTCTAGACAAGACTGG,Naive pluripotency
S1 0h:AGAACAAGTGTGACCC,Naive pluripotency
S1 0h:TTATTGCTCACCTGTC,Naive pluripotency
S1 0h:GACCCAGCATAGACTC,Naive pluripotency
S1 0h:GCCATGGCATGGTGGA,Naive pluripotency
S1 0h:TAGACTGGTTATAGCC,Naive pluripotency
S1 0h:AGGAATACAAACTGCT,Naive pluripotency
S1 0h:GCAGCCAAGAAGTATC,Naive pluripotency
S1 0h:TCGGGACAGCTAGAAT,Naive pluripotency
S1 0h:CAGCAATTCCAAATGC,Naive pluripotency
S1 0h:TCACAAGGTCGAGATG,Naive pluripotency
S1 0h:GGTAATCCAGCGGTCT,Naive pluripotency
S1 0h:TCAAGACCATGGAACG,Naive pluripotency
S1 0h:GCATCTCCATGAAGGC,Naive pluripotency
S1 0h:CCTCCAAGTAATCAAG,Naive pluripotency
S1 0h:GCAACATAGATCCAAA,Naive pluripotency
S1 0h:GTTATGGTCCCTATTA,Naive pluripotency
S1 0h:TGTTCCGTCATGACAC,Naive pluripotency
S1 0h:ACCAAACTCTCGTCGT,Naive pluripotency
S1 0h:AGACTCATCTGCTCTG,Naive pluripotency
S1 0h:TATATCCGTATCGTAC,Naive pluripotency
S1 0h:GATTGGTTCTGTGTGA,Naive pluripotency
S1 0h:TTGAGTGTCTGTCCCA,Naive pluripotency
S1 0h:GTGGGAAGTCACTGAT,Naive pluripotency
S1 0h:CTGCGAGGTAGAGCTG,Naive pluripotency
S1 0h:CAACAACCACGGTGTC,Naive pluripotency
S1 0h:ACAGAAATCCCGAGTG,Naive pluripotency
S1 0h:TCATCCGTCGGAAACG,Naive pluripotency
S1 0h:GCCCAGACATTGCAAC,Naive pluripotency
S1 0h:AGGATAAGTCTTAGTG,Naive pluripotency
S1 0h:AGATCGTGTTGCATGT,Naive pluripotency
S1 0h:ACGTACAGTACATACC,Naive pluripotency
S1 0h:CTGCCTAAGTTGTAGA,Naive pluripotency
S1 0h:AGATGAATCGAATGCT,Naive pluripotency
S1 0h:ACCATTTTCGATTGGT,Naive pluripotency
S1 0h:CCTCATGCAACTCCAA,Naive pluripotency
S1 0h:AACACACAGGGTGGGA,Naive pluripotency
S1 0h:GAGTTACGTTAGGGAC,Naive pluripotency
S1 0h:CAAAGAAAGCTCCATA,Naive pluripotency
S1 0h:ATACCGAAGCAATTCC,Naive pluripotency
S1 0h:AACAGGGAGGACACTG,Naive pluripotency
S1 0h:TGGGATTTCTGTTCAT,Naive pluripotency
S1 0h:GTTAGACCATCCTTCG,Naive pluripotency
S1 0h:CTCCAACAGTCACACT,Naive pluripotency
S1 0h:GCCTGTTTCAGTCATG,Naive pluripotency
S1 0h:CTATCCGCACAACCGC,Naive pluripotency
S1 0h:TACTTACCAAGGATGC,Naive pluripotency
S1 0h:GCAACATTCGACGATT,Naive pluripotency
S1 0h:AGGTCTATCGCCGAAC,Naive pluripotency
S1 0h:CCTACGTAGCCAGACA,Naive pluripotency
S1 0h:GTTGCGGTCCCGGTAG,Naive pluripotency
S1 0h:AAAGAACTCACCATAG,Naive pluripotency
S1 0h:TTATTGCAGATCGACG,Naive pluripotency
S1 0h:TCAGCAAGTTCGGACC,Naive pluripotency
S1 0h:ATTCAGGAGACAACTA,Naive pluripotency
S1 0h:TACAGGTTCATCACTT,Naive pluripotency
S1 0h:GATGAGGTCCATCCGT,Naive pluripotency
S1 0h:CATCCCATCCTTCTAA,Naive pluripotency
S1 0h:CCGATCTTCACCATCC,Naive pluripotency
S1 0h:CTCCGATCATCTCCCA,Naive pluripotency
S1 0h:ACGGTCGGTAGGGAGG,Naive pluripotency
S1 0h:TGTCCACAGTTAGAAC,Naive pluripotency
S1 0h:GTCCTCATCGCACTCT,Naive pluripotency
S1 0h:CGGAGAACAGTGAGCA,Naive pluripotency
S1 0h:TTACCGCGTCACTCAA,Naive pluripotency
S1 0h:TCATCATTCCTACCAC,Naive pluripotency
S1 0h:TCGACGGCACTTCCTG,Naive pluripotency
S1 0h:AATGACCAGTATAACG,Naive pluripotency
S1 0h:TCCTAATAGGCTTAAA,Naive pluripotency
S1 0h:TATATCCGTCTTTCTA,Naive pluripotency
S1 0h:CTCTCAGCAGCGAACA,Naive pluripotency
S1 0h:GACCCAGAGAAATTCG,Naive pluripotency
S1 0h:GGGAGATCACCCTTGT,Naive pluripotency
S1 0h:ATCCTATGTGAAGCGT,Naive pluripotency
S1 0h:CCGGGTACAGCCTATA,Naive pluripotency
S1 0h:CTCCTCCGTATTGCCA,Naive pluripotency
S1 0h:CCTATCGGTACTCCGG,Naive pluripotency
S1 0h:CATCCCAAGGCAGTCA,Naive pluripotency
S1 0h:CACCAAATCGTTTACT,Naive pluripotency
S1 0h:AAGCCATGTCTGTGCG,Naive pluripotency
S1 0h:GACCAATAGTTTGCTG,Naive pluripotency
S1 0h:CTAAGTGGTACTTCCC,Naive pluripotency
S1 0h:CACAGGCTCTGCATAG,Naive pluripotency
S1 0h:CAACAGTTCAAGTTGC,Naive pluripotency
S1 0h:ACTATTCTCATTGAGC,Naive pluripotency
S1 0h:ATTACCTAGCGATGAC,Naive pluripotency
S1 0h:CTAACTTGTTTCCCAC,Naive pluripotency
S1 0h:TAAGCACCATGACTGT,Naive pluripotency
S1 0h:AGCGCTGTCCAATCCC,Naive pluripotency
S1 0h:AATCACGTCCTCGCAT,Naive pluripotency
S1 0h:ACAACCACATGTGGCC,Naive pluripotency
S1 0h:AGAAATGAGGTACAGC,Naive pluripotency
S1 0h:TGGTACACAACACACT,Naive pluripotency
S1 0h:CGGTCAGCACATTGTG,Naive pluripotency
S1 0h:TCGCTCACAACAGATA,Naive pluripotency
S1 0h:AATGGAAAGTCAACAA,Naive pluripotency
S1 0h:TTTACCAAGTAACAGT,Naive pluripotency
S1 0h:TGACAGTCAGACGATG,Naive pluripotency
S1 0h:GATCCCTTCGCATTGA,Naive pluripotency
S1 0h:AGTAACCGTAGGGTAC,Naive pluripotency
S1 0h:ATCACTTTCATAGGCT,Naive pluripotency
S1 0h:TAATTCCAGGAATGTT,Naive pluripotency
S1 0h:GCTTCACTCGAAGAAT,Naive pluripotency
S1 0h:TCACTCGGTTGTAGCT,Naive pluripotency
S1 0h:GTGGAGACATCTGTTT,Naive pluripotency
S1 0h:GTAGGAGGTTACTCAG,Naive pluripotency
S1 0h:CGCATAATCGTTAGAC,Naive pluripotency
S1 0h:TCGCACTCATTACTCT,Naive pluripotency
S1 0h:CCACTTGCAGACATCT,Naive pluripotency
S1 0h:CTTCAATTCGACCCAG,Naive pluripotency
S1 0h:CTGCCATCATGACCCG,Naive pluripotency
S1 0h:ACGTCCTTCCGCGAGT,Naive pluripotency
S1 0h:CAGGCCAAGCCTCAGC,Naive pluripotency
S1 0h:AATCGTGAGTACGAGC,Naive pluripotency
S1 0h:GTCAAACGTGGTCCGT,Naive pluripotency
S1 0h:CCGCAAGTCCGTATAG,Naive pluripotency
S1 0h:GAGGGATTCGGAGCAA,Naive pluripotency
S1 0h:CCAATGACATCCAACA,Naive pluripotency
S1 0h:TCAAGTGCAAGCCTGC,Naive pluripotency
S1 0h:TATTTCGAGAGCCGTA,Naive pluripotency
S1 0h:CACTAAGGTGCCCACA,Exiting naive pluripotency
S1 0h:GCCTGTTCAGAATCGG,Naive pluripotency
S1 0h:TGGGATTAGAAGAACG,Naive pluripotency
S1 0h:GATCAGTAGAATACAC,Naive pluripotency
S1 0h:CTGGTCTAGCCTTTGA,Naive pluripotency
S1 0h:CCTCTAGGTGGCATCC,Naive pluripotency
S1 0h:GTTGTCCAGTAGGGTC,Naive pluripotency
S1 0h:TAAGCCATCATTCGGA,Naive pluripotency
S1 0h:TCCTCCCGTTTCGCTC,Naive pluripotency
S1 0h:CATTTCAGTACGCTTA,Naive pluripotency
S1 0h:GAACGTTAGCAGTAAT,Naive pluripotency
S1 0h:TACCCACTCAGTCCGG,Naive pluripotency
S1 0h:GTTGTGACAAATCAAG,Naive pluripotency
S1 0h:GTTCGCTAGGTGATAT,Naive pluripotency
S1 0h:CTCCTTTGTATAATGG,Naive pluripotency
S1 0h:TGGGTTAAGGCTCCCA,Naive pluripotency
S1 0h:TCCTCCCTCCGTAGGC,Naive pluripotency
S1 0h:GATGACTGTTAAGCAA,Naive pluripotency
S1 0h:GCGTTTCCACAACGTT,Naive pluripotency
S1 0h:CTACATTTCTTTGGAG,Naive pluripotency
S1 0h:GGGTGAATCATGCAGT,Naive pluripotency
S1 0h:AGTGATCCATCAGTGT,Naive pluripotency
S1 0h:ATCAGGTGTGGCTGAA,Naive pluripotency
S1 0h:GGGTATTTCGCAGAGA,Naive pluripotency
S1 0h:TCGCTTGGTTGCCATA,Naive pluripotency
S1 0h:GTATTGGGTAGATTAG,Naive pluripotency
S1 0h:ATTCTTGCAGTGACCC,Naive pluripotency
S1 0h:TCTACATTCGCATGAT,Naive pluripotency
S1 0h:GAGTCATCACACCAGC,Naive pluripotency
S1 0h:TAGGGTTAGGTTCATC,Naive pluripotency
S1 0h:TCCGAAACATCTCATT,Naive pluripotency
S1 0h:CTGAATGTCGCTTGAA,Naive pluripotency
S1 0h:CATACAGGTTGTGCCG,Naive pluripotency
S1 0h:CAACAGTCATGTGACT,Naive pluripotency
S1 0h:CATACCCGTTTATGCG,Naive pluripotency
S1 0h:ACTATGGCAACAGAGC,Naive pluripotency
S1 0h:ACAGAAAAGGTTAGTA,Naive pluripotency
S1 0h:ATTCCTAAGCCGTAAG,Naive pluripotency
S1 0h:CATTCATAGCTAATCC,Naive pluripotency
S1 0h:CTACATTAGCCATGCC,Naive pluripotency
S1 0h:TGGGCGTAGGTTCATC,Naive pluripotency
S1 0h:ACACTGACATCGAAGG,Naive pluripotency
S1 0h:CTCCGATTCTCGGTAA,Naive pluripotency
S1 0h:ATTCGTTAGTTGCTCA,Naive pluripotency
S1 0h:TTTACTGCAGTAGTTC,Naive pluripotency
S1 0h:TTTGATCTCTACTGAG,Naive pluripotency
S1 0h:TCAGTTTTCTTGTGCC,Naive pluripotency
S1 0h:GAAGAATGTGAGGATC,Naive pluripotency
S1 0h:ATTGTTCGTACTAAGA,Naive pluripotency
S1 0h:ACAGCCGAGAAGTCAT,Naive pluripotency
S1 0h:AAAGTGATCCCGAGGT,Naive pluripotency
S1 0h:AACCTTTAGGCCTAAG,Naive pluripotency
S1 0h:AGGTTACAGCGATTCT,Naive pluripotency
S1 0h:GAACACTAGAGATCGC,Naive pluripotency
S1 0h:AGCCACGCACTATCCC,Naive pluripotency
S1 0h:TTGCCTGAGCGAAACC,Naive pluripotency
S1 0h:ACCATTTAGCCGGAAT,Naive pluripotency
S1 0h:TGCGGCACAGAGGGTT,Naive pluripotency
S1 0h:CTCTGGTGTTCAGCTA,Naive pluripotency
S1 0h:GTCTGTCAGGCTATCT,Naive pluripotency
S1 0h:GTGAGCCCATCTTTCA,Naive pluripotency
S1 0h:GTCCACTAGCCAAGTG,Naive pluripotency
S1 0h:TGCATGAAGGCTCACC,Naive pluripotency
S1 0h:TTTGTTGGTTACGCCG,Naive pluripotency
S1 0h:ATAGACCCAATAGGGC,Naive pluripotency
S1 0h:GACACGCCAGTATGAA,Naive pluripotency
S1 0h:GACCCAGTCGGCTGGT,Naive pluripotency
S1 0h:TTCGCTGTCTCGTGGG,Naive pluripotency
S1 0h:TGAGCATGTAGCGTTT,Naive pluripotency
S1 0h:CTACCCAGTTCGGGTC,Naive pluripotency
S1 0h:GACCAATGTGTTCGTA,Naive pluripotency
S1 0h:TACTGCCCAATCCTAG,Naive pluripotency
S1 0h:ATAGACCAGCCATTCA,Naive pluripotency
S1 0h:TCCTTTCAGGAGTCTG,Naive pluripotency
S1 0h:GGGAAGTGTCTGCCTT,Exiting naive pluripotency
S1 0h:AGGTTGTCATGCAGGA,Naive pluripotency
S1 0h:CTCATGCGTTGCTCGG,Naive pluripotency
S1 0h:CTCCACAAGCCTAGGA,Naive pluripotency
S1 0h:AGTACCAAGATGATTG,Naive pluripotency
S1 0h:TCGACCTTCCATCTAT,Naive pluripotency
S1 0h:TCCATGCTCAAAGGAT,Naive pluripotency
S1 0h:TTCCACGTCTTCTTCC,Naive pluripotency
S1 0h:ATCCTATCATGAGAAT,Naive pluripotency
S1 0h:GAAGGACTCGCGTGCA,Naive pluripotency
S1 0h:ATCGGATTCAAGTCGT,Naive pluripotency
S1 0h:GACTGATCATGCGGTC,Naive pluripotency
S1 0h:AGTCATGAGGCATGCA,Naive pluripotency
S1 0h:ATCGTCCTCATGCCAA,Naive pluripotency
S1 0h:GCCTGTTTCCATATGG,Naive pluripotency
S1 0h:CCTTGTGGTTCCTACC,Naive pluripotency
S1 0h:ACTCTCGTCATTTACC,Naive pluripotency
S1 0h:CTACAGACAAGCGCAA,Naive pluripotency
S1 0h:CCCTGATAGACCAAGC,Naive pluripotency
S1 0h:AACCTTTCACAGAGCA,Naive pluripotency
S1 0h:CACTAAGTCTAAACGC,Naive pluripotency
S1 0h:TAATTCCCACAGTCAT,Naive pluripotency
S1 0h:TGACGCGCATACATCG,Naive pluripotency
S1 0h:CCAATTTAGTAAACAC,Naive pluripotency
S1 0h:TGTCCCAAGAGTGTGC,Naive pluripotency
S1 0h:AATCGTGGTTCTCGTC,Naive pluripotency
S1 0h:AGCCAATCACCCAATA,Naive pluripotency
S1 0h:GTGTTAGCATGCCGAC,Naive pluripotency
S1 0h:ATCATTCCAGCAGTGA,Naive pluripotency
S1 0h:AATGCCATCTTCGGTC,Naive pluripotency
S1 0h:GAGTCTACATCTGCGG,Naive pluripotency
S1 0h:TTGTTTGTCGTACCTC,Naive pluripotency
S1 0h:CTGAGCGCAAATGGTA,Naive pluripotency
S1 0h:CCTGTTGCAGTATTCG,Naive pluripotency
S1 0h:TTACCGCAGGTGGCTA,Naive pluripotency
S1 0h:ATTCTACAGCTGCCTG,Naive pluripotency
S1 0h:CTGGACGGTCATCAGT,Naive pluripotency
S1 0h:TCGGGACTCCACACCT,Naive pluripotency
S1 0h:CCAATTTTCAATCTTC,Naive pluripotency
S1 0h:TGTTCCGTCCTCATAT,Naive pluripotency
S1 0h:ACACTGATCCTCCACA,Naive pluripotency
S1 0h:CCACCATTCGACATAC,Naive pluripotency
S1 0h:GTGAGGAAGGGTATAT,Naive pluripotency
S1 0h:CACTAAGCAAGGCTTT,Naive pluripotency
S1 0h:GTGCTTCCACCCTAGG,Naive pluripotency
S1 0h:GACCCTTGTATCTTCT,Naive pluripotency
S1 0h:AGAACCTCAGTAGATA,Naive pluripotency
S1 0h:AATGACCAGCATGGGT,Naive pluripotency
S1 0h:CGTTCTGTCTACACTT,Naive pluripotency
S1 0h:ACTATCTTCGCCGATG,Naive pluripotency
S1 0h:CTGTCGTAGACTCAAA,Naive pluripotency
S1 0h:TACTGCCGTAGGACTG,Naive pluripotency
S1 0h:CGGCAGTCAACGTTAC,Naive pluripotency
S1 0h:GTTCTATCAGCACCCA,Naive pluripotency
S1 0h:CTCTGGTCAGAACCGA,Naive pluripotency
S1 0h:ACCTGAACATCCTATT,Naive pluripotency
S1 0h:TTCTTCCGTACCTAAC,Naive pluripotency
S1 0h:GAGTTACCAGCACACC,Naive pluripotency
S1 0h:GACTTCCCACCTATCC,Naive pluripotency
S1 0h:GAGTGAGGTCACTGAT,Naive pluripotency
S1 0h:TTGCTGCTCAGTCACA,Naive pluripotency
S1 0h:TCTCAGCCACAACGCC,Naive pluripotency
S1 0h:TCTTAGTCATAAGCGG,Naive pluripotency
S1 0h:ATAGAGATCTCGCTTG,Naive pluripotency
S1 0h:TCATCATGTCCTGGGT,Naive pluripotency
S1 0h:GTTACAGTCTGCGGCA,Naive pluripotency
S1 0h:TCGGTCTAGGATACAT,Naive pluripotency
S1 0h:AGATGCTAGGGTTAAT,Naive pluripotency
S1 0h:ACGCACGCACGAAGAC,Naive pluripotency
S1 0h:GCCAGGTGTATAATGG,Naive pluripotency
S1 0h:CTCAATTAGAGTGAAG,Naive pluripotency
S1 0h:AGGTAGGCATGGGTCC,Naive pluripotency
S1 0h:ACTTAGGAGTGACACG,Naive pluripotency
S1 0h:CATGAGTAGCCTATTG,Naive pluripotency
S1 0h:GACCTTCCACGTTGGC,Naive pluripotency
S1 0h:TACAGGTTCTCGCGTT,Naive pluripotency
S1 0h:AACGAAACATAGCACT,Naive pluripotency
S1 0h:GCCGTGAGTTTACGAC,Naive pluripotency
S1 0h:ATGGGAGCAAGTGGCA,Naive pluripotency
S1 0h:ATACTTCCACATTCGA,Naive pluripotency
S1 0h:AACAGGGGTGAGGAAA,Naive pluripotency
S1 0h:ATTCTTGGTGTACGCC,Naive pluripotency
S1 0h:ACCATTTCATAGTCAC,Naive pluripotency
S1 0h:GCCAACGAGACTACGG,Naive pluripotency
S1 0h:GCACGGTAGGTTGCCC,Naive pluripotency
S1 0h:ACGTTCCCAATGCAAA,Naive pluripotency
S1 0h:ACTTCGCAGACATGCG,Naive pluripotency
S1 0h:GTAATGCCACGACCTG,Naive pluripotency
S1 0h:AGTACCACATGTCAGT,Naive pluripotency
S1 0h:TGAGACTCATACGCAT,Naive pluripotency
S1 0h:CCATAAGAGAGAGGGC,Naive pluripotency
S1 0h:TGAGTCATCGTAGGAG,Naive pluripotency
S1 0h:GAGTTTGTCTGGACTA,Naive pluripotency
S1 0h:AACGTCAGTTTAGAGA,Naive pluripotency
S1 0h:TCAGTGAGTTGACGGA,Naive pluripotency
S1 0h:TAGGGTTAGCACTCTA,Naive pluripotency
S1 0h:TCGGATAAGATACTGA,Naive pluripotency
S1 0h:ATCACTTCAAAGCTAA,Naive pluripotency
S1 0h:CCACGTTAGTCATCCA,Naive pluripotency
S1 0h:TAGCACATCTTCGACC,Naive pluripotency
S1 0h:ATAGAGAAGTACAGCG,Naive pluripotency
S1 0h:TGAGACTTCTCTTGCG,Naive pluripotency
S1 0h:ACTCCCAAGCATTTGC,Naive pluripotency
S1 0h:CATCCACAGACGACTG,Naive pluripotency
S1 0h:TTCCTAAGTCCATACA,Naive pluripotency
S1 0h:TACTTCACACATGACT,Naive pluripotency
S1 0h:TAGGAGGAGCCAGACA,Naive pluripotency
S1 0h:CCAAGCGGTTTCTTAC,Naive pluripotency
S1 0h:TCCGAAAGTATCAAGA,Naive pluripotency
S1 0h:TGTCCCAGTACCTAAC,Naive pluripotency
S1 0h:GAAACCTTCCCGTGTT,Naive pluripotency
S1 0h:CAATACGTCCCGAACG,Naive pluripotency
S1 0h:CAGATTGCAAGCGAGT,Naive pluripotency
S1 0h:AATTCCTCATCTTTCA,Naive pluripotency
S1 0h:TCCATGCGTAGGTACG,Naive pluripotency
S1 0h:CCCATTGAGTAGCAAT,Naive pluripotency
S1 0h:TTTCATGTCCGATAGT,Naive pluripotency
S1 0h:AAGCGAGTCTCAGGCG,Naive pluripotency
S1 0h:AAACGCTGTGCAACAG,Naive pluripotency
S1 0h:GGGTCACCATCATTTC,Naive pluripotency
S1 0h:GCACATACACAATGCT,Naive pluripotency
S1 0h:CGAGGAATCAACGAGG,Naive pluripotency
S1 0h:TTCCACGGTCTCACAA,Naive pluripotency
S1 0h:TTACCGCAGTGCGACA,Naive pluripotency
S1 0h:ACATCCCGTACAATAG,Naive pluripotency
S1 0h:GATTCTTAGTAATACG,Naive pluripotency
S1 0h:CTGAGGCTCTTTCCGG,Naive pluripotency
S1 0h:TGAGCGCGTTCAGCGC,Naive pluripotency
S1 0h:TCGACCTTCTGTCGCT,Naive pluripotency
S1 0h:GGGACAATCAAGAATG,Naive pluripotency
S1 0h:TGTTCATGTTAAGAAC,Naive pluripotency
S1 0h:GTGTGGCAGGTAGTCG,Naive pluripotency
S1 0h:CATGCAACATGTTTGG,Naive pluripotency
S1 0h:TCATCATCACTGCACG,Naive pluripotency
S1 0h:GTATTTCAGTAACCTC,Exiting naive pluripotency
S1 0h:AACCTTTTCCGTCCTA,Naive pluripotency
S1 0h:GAGACCCCAACCGGAA,Naive pluripotency
S1 0h:GAATCACAGCCTCTCT,Naive pluripotency
S1 0h:CCGGTGAGTGGAAATT,Naive pluripotency
S1 0h:TCAGGTACATGACTCA,Naive pluripotency
S1 0h:CAGCCAGGTCAGACTT,Naive pluripotency
S1 0h:GTTAGACCAATGGCAG,Naive pluripotency
S1 0h:GTCGCGAGTCCGGACT,Naive pluripotency
S1 0h:TTTATGCAGTCCCAAT,Naive pluripotency
S1 0h:GTTATGGCAGCTCATA,Naive pluripotency
S1 0h:AACCCAATCTAGTGAC,Naive pluripotency
S1 0h:CATGCAAAGTTTGGCT,Naive pluripotency
S1 0h:ACGTTCCTCAGACATC,Naive pluripotency
S1 0h:CTCCCAAAGTAAACAC,Naive pluripotency
S1 0h:AGGTGTTTCATTGTTC,Naive pluripotency
S1 0h:CTAAGTGTCATCGCCT,Naive pluripotency
S1 0h:GTGGTTATCAATCCGA,Naive pluripotency
S1 0h:TACAGGTCAAAGGAGA,Naive pluripotency
S1 0h:GAGTTTGCAAATGCTC,Naive pluripotency
S1 0h:TGCACGGAGTTTGCTG,Naive pluripotency
S1 0h:TACCTCGTCATCACCC,Naive pluripotency
S1 0h:TTGGTTTGTGAGCCAA,Naive pluripotency
S1 0h:AACGTCAAGGATGTTA,Naive pluripotency
S1 0h:TTCACCGAGCATCGAG,Naive pluripotency
S1 0h:AGAGCCCCACCTCGTT,Naive pluripotency
S1 0h:TCCACGTTCAAGTGTC,Naive pluripotency
S1 0h:GTCTTTAAGTATGACA,Naive pluripotency
S1 0h:TTGGTTTCAAGGCCTC,Naive pluripotency
S1 0h:AAGTTCGCAACTGCCG,Naive pluripotency
S1 0h:GAATCGTTCTAACGCA,Naive pluripotency
S1 0h:CGATGGCTCTCCAAGA,Naive pluripotency
S1 0h:CACCAAAAGCTGAGTG,Naive pluripotency
S1 0h:ATGGGAGAGCGGTAAC,Naive pluripotency
S1 0h:TTTAGTCGTCATAAAG,Naive pluripotency
S1 0h:ATAGAGATCAAGCCAT,Naive pluripotency
S1 0h:ATCATTCTCGTTATCT,Naive pluripotency
S1 0h:TTGACCCGTGCTGCAC,Naive pluripotency
S1 0h:ATCACTTCAGTTTGGT,Naive pluripotency
S1 0h:CAATGACCAGTATTCG,Naive pluripotency
S1 0h:ACTATCTCAGCGCTTG,Naive pluripotency
S1 0h:TCAGGTATCTGCGGGT,Naive pluripotency
S1 0h:CCACGAGTCTCCGAGG,Naive pluripotency
S1 0h:AAGTACCCACTTGAAC,Naive pluripotency
S1 0h:CCTCACAGTTGCTTGA,Naive pluripotency
S1 0h:TCCAGAAGTGCAAGAC,Naive pluripotency
S1 0h:TCATTGTCACATTCGA,Naive pluripotency
S1 0h:CCTAACCGTCGATTCA,Naive pluripotency
S1 0h:CCTTTGGCACTATGTG,Naive pluripotency
S1 0h:CGCGTGAAGCATCCTA,Naive pluripotency
S1 0h:CCACAAACAGTAGATA,Naive pluripotency
S1 0h:TACATTCGTAAGTAGT,Naive pluripotency
S1 0h:ACAGCCGCAGTTAGAA,Naive pluripotency
S1 0h:AGCTACAAGCAACAAT,Naive pluripotency
S1 0h:AGGGAGTTCACCGCTT,Naive pluripotency
S1 0h:CTCAATTTCCATCAGA,Naive pluripotency
S1 0h:ACCTACCGTTCACCGG,Naive pluripotency
S1 0h:TATTTCGGTTCGGACC,Naive pluripotency
S1 0h:TGATGGTCACGGTAGA,Naive pluripotency
S1 0h:TAAGTCGAGGTTCTTG,Naive pluripotency
S1 0h:GGATCTATCTGGACCG,Naive pluripotency
S1 0h:TTTGGTTCAATAGTGA,Naive pluripotency
S1 0h:CCCTCAAAGCACTCTA,Naive pluripotency
S1 0h:ATTCTACTCGAACGCC,Naive pluripotency
S1 0h:GAGCTGCTCAGCTCTC,Naive pluripotency
S1 0h:TTACTGTAGGCACTAG,Naive pluripotency
S1 0h:TTTATGCGTTGCCTAA,Naive pluripotency
S1 0h:CATTCATAGCTATCTG,Naive pluripotency
S1 0h:CTCAACCTCCGAGCTG,Naive pluripotency
S1 0h:GGGTCACGTTACACAC,Naive pluripotency
S1 0h:GGTTAACGTCGAAGCA,Naive pluripotency
S1 0h:GCACTAATCGGTGTTA,Naive pluripotency
S1 0h:TCGGGACTCCTCACCA,Naive pluripotency
S1 0h:TAGGTTGCAAACTAAG,Naive pluripotency
S1 0h:GAAATGACAGTCTTCC,Naive pluripotency
S1 0h:ACACTGACACAATTCG,Naive pluripotency
S1 0h:GTGTTCCTCTTCGGAA,Naive pluripotency
S1 0h:CTCGAGGCAATGCAGG,Naive pluripotency
S1 0h:GTAGTACAGGTTCTTG,Naive pluripotency
S1 0h:CTCGAGGTCTGCGAGC,Naive pluripotency
S1 0h:TAGGTTGCAGAGCCCT,Naive pluripotency
S1 0h:CTGCAGGAGCTGAAAT,Naive pluripotency
S1 0h:CTCCGATAGTAGGCCA,Naive pluripotency
S1 0h:GCAGGCTAGCAACTCT,Naive pluripotency
S1 0h:GTCTGTCTCTTCTAAC,Naive pluripotency
S1 0h:TGAGTCACAGCCTACG,Naive pluripotency
S1 0h:CCATCACAGCACTCGC,Naive pluripotency
S1 0h:CTGTATTGTGATACCT,Naive pluripotency
S1 0h:ATTCCATCAATAGGGC,Naive pluripotency
S1 0h:GTAGGTTAGGTGCATG,Naive pluripotency
S1 0h:ACGTTCCCAACGTATC,Naive pluripotency
S1 0h:TCACTATTCCTAGAGT,Naive pluripotency
S1 0h:CAGGTATCAATATCCG,Naive pluripotency
S1 0h:AACCTTTCAGTCACGC,Naive pluripotency
S1 0h:CCTTTGGCAGGTGTTT,Naive pluripotency
S1 0h:TAGACCATCACTGTTT,Naive pluripotency
S1 0h:CCGTAGGCAGTGAGCA,Naive pluripotency
S1 0h:CATACCCTCCTGGGTG,Naive pluripotency
S1 0h:ACCATTTCAAATTGCC,Naive pluripotency
S1 0h:TCACACCTCGCCTTTG,Naive pluripotency
S1 0h:GTTACAGCACGAAAGC,Naive pluripotency
S1 0h:GATCATGAGTACCGGA,Naive pluripotency
S1 0h:TCGACCTGTAGAGATT,Naive pluripotency
S1 0h:TACCGAAGTAGCCAGA,Naive pluripotency
S1 0h:CAGCGTGGTCTGTTAG,Naive pluripotency
S1 0h:TTGTTGTGTTGCATGT,Naive pluripotency
S1 0h:CACCAAAGTAAGATTG,Naive pluripotency
S1 0h:AGACACTAGCCGTAAG,Naive pluripotency
S1 0h:GCTGAATCAAACCATC,Naive pluripotency
S1 0h:TCTTAGTCACCTCGTT,Naive pluripotency
S1 0h:ACTTAGGTCGTTACCC,Naive pluripotency
S1 0h:CAACGATTCCTCTGCA,Naive pluripotency
S1 0h:TCCACGTAGACTAAGT,Naive pluripotency
S1 0h:CTAGGTAGTTTCAGAC,Naive pluripotency
S1 0h:TCTCTGGAGAATAGTC,Naive pluripotency
S1 0h:TCATGCCCAGTTCTAG,Naive pluripotency
S1 0h:TCCGAAAAGTTACGTC,Naive pluripotency
S1 0h:AGCATCAGTGGACCTC,Naive pluripotency
S1 0h:TCTTCCTCACTGTCCT,Naive pluripotency
S1 0h:CACTTCGAGCTGGCCT,Naive pluripotency
S1 0h:GGGCTACGTTCGTACA,Naive pluripotency
S1 0h:ATGACCATCCTAGAGT,Naive pluripotency
S1 0h:GGCTGTGGTCGAGATG,Naive pluripotency
S1 0h:AGAACAAGTTGACTAC,Naive pluripotency
S1 0h:CTTCCTTTCCAGTACA,Naive pluripotency
S1 0h:CCTCATGAGAGACAAG,Naive pluripotency
S1 0h:GTAAGTCTCTTCCCGA,Naive pluripotency
S1 0h:AGATCGTCAGACAAGC,Naive pluripotency
S1 0h:GATTGGTCAGGATTCT,Naive pluripotency
S1 0h:ATCCACCTCTCATTAC,Naive pluripotency
S1 0h:CGAGGCTCATTGACCA,Naive pluripotency
S1 0h:CACTAAGTCGCGGTAC,Naive pluripotency
S1 0h:TTGGTTTCAAGACAAT,Naive pluripotency
S1 0h:CCGTGAGAGCCGATAG,Naive pluripotency
S1 0h:CAGTGCGAGTTGAAGT,Naive pluripotency
S1 0h:CACGTTCCACATATCG,Naive pluripotency
S1 0h:CCTATCGTCATGCGGC,Naive pluripotency
S1 0h:ATGGATCTCATGCGGC,Naive pluripotency
S1 0h:ACGTAACAGATGGTAT,Naive pluripotency
S1 0h:TGTTCCGAGCGTGAAC,Naive pluripotency
S1 0h:AAAGTCCGTCACTCTC,Naive pluripotency
S1 0h:TGGGTTATCATCAGTG,Naive pluripotency
S1 0h:CATACCCAGCTGACAG,Naive pluripotency
S1 0h:AGAGAATGTGCTGATT,Naive pluripotency
S1 0h:GAAGAATTCAAAGCCT,Naive pluripotency
S1 0h:ACTTAGGGTGACAACG,Naive pluripotency
S1 0h:TTTACGTGTGTGAATA,Naive pluripotency
S1 0h:AATCACGTCTGCTAGA,Naive pluripotency
S1 0h:AAACCCACAGGTCCCA,Naive pluripotency
S1 0h:TGCCGAGAGCTGTCCG,Naive pluripotency
S1 0h:GACGCTGGTCCACTTC,Naive pluripotency
S1 0h:ATGACCAAGACATAGT,Naive pluripotency
S1 0h:TGTCCTGGTGGTATGG,Naive pluripotency
S1 0h:ATCGATGAGACTTAAG,Naive pluripotency
S1 0h:CGAGGAACATCGCTAA,Naive pluripotency
S1 0h:CTTCCGATCCCTTTGG,Naive pluripotency
S1 0h:TCGATTTCAGCCTACG,Naive pluripotency
S1 0h:TACGGGCTCGGATACT,Naive pluripotency
S1 0h:GAGGCCTTCGACACCG,Naive pluripotency
S1 0h:TGATTTCGTCGCCACA,Exiting naive pluripotency
S1 0h:TTACAGGGTCAAACGG,Naive pluripotency
S1 0h:GAATAGAAGAACAAGG,Naive pluripotency
S1 0h:TTAGGGTGTAGCTTGT,Naive pluripotency
S1 0h:TACCGGGCATTAAGCC,Naive pluripotency
S1 0h:AGCGTATTCAAACCTG,Naive pluripotency
S1 0h:CTCAGGGGTCTTCCGT,Naive pluripotency
S1 0h:GATGTTGCACTTGGGC,Naive pluripotency
S1 0h:AAGAACATCCTGGTCT,Naive pluripotency
S1 0h:AACAGGGTCAAGAGTA,Naive pluripotency
S1 0h:ACATTTCGTATGTCCA,Naive pluripotency
S1 0h:ATGAAAGGTACGGATG,Naive pluripotency
S1 0h:ATTCAGGCAGACTCTA,Naive pluripotency
S1 0h:ACGTCCTTCATTCTTG,Naive pluripotency
S1 0h:TGCGATACAGGATCTT,Naive pluripotency
S1 0h:GTCCACTAGCACACCC,Naive pluripotency
S1 0h:AGGAAATAGCCTCTCT,Naive pluripotency
S1 0h:GGCTTTCCAGTACTAC,Naive pluripotency
S1 0h:GGGTATTCATTGAGGG,Naive pluripotency
S1 0h:CCTCCTCAGCCAAGGT,Naive pluripotency
S1 0h:AGGCTGCTCCGAGATT,Naive pluripotency
S1 0h:CTAAGTGAGTGCTACT,Naive pluripotency
S1 0h:ATTTACCGTCCGGACT,Naive pluripotency
S1 0h:GAGGGATTCACTGGTA,Naive pluripotency
S1 0h:TAGACCAAGCTACTGT,Naive pluripotency
S1 0h:TGTTCTAGTATACAGA,Naive pluripotency
S1 0h:CGTAAGTCAGGCTTGC,Naive pluripotency
S1 0h:CCTCAGTCAGTTAAAG,Naive pluripotency
S1 0h:ACCGTTCGTTGAGTCT,Naive pluripotency
S1 0h:AATGGAACATAGATGA,Naive pluripotency
S1 0h:TCGGGCAAGACCGTTT,Naive pluripotency
S1 0h:GTGTCCTGTGTGGTCC,Naive pluripotency
S1 0h:GTGTCCTTCCAACTAG,Naive pluripotency
S1 0h:CAACAGTGTTATTCTC,Naive pluripotency
S1 0h:GTCGCGATCGCGTGAC,Naive pluripotency
S1 0h:ATCATTCAGCCTTGAT,Naive pluripotency
S1 0h:GTCTCACTCTTTGCGC,Naive pluripotency
S1 0h:ACAACCATCTGCTCTG,Naive pluripotency
S1 0h:GCCCGAACATGTTCAG,Naive pluripotency
S1 0h:CGTAGTAAGCCTGAGA,Naive pluripotency
S1 0h:GTCTTTATCCTGCCAT,Naive pluripotency
S1 0h:CCACAAACAACCGTAT,Naive pluripotency
S1 0h:ATCTCTACATCAACCA,Naive pluripotency
S1 0h:CTTTCGGCATTGGATC,Naive pluripotency
S1 0h:CTCTGGTGTTATAGCC,Naive pluripotency
S1 0h:CACGAATGTATCCTCC,Naive pluripotency
S1 0h:CTACTATAGTGAGGTC,Naive pluripotency
S1 0h:AAGGAATGTATCAAGA,Naive pluripotency
S1 0h:TCCGAAAGTGTGTGGA,Naive pluripotency
S1 0h:CAAGACTAGCGTTCCG,Naive pluripotency
S1 0h:GGGTTTAGTATTGAGA,Naive pluripotency
S1 0h:GCTTCACTCCTGCTAC,Naive pluripotency
S1 0h:TCGAACAGTACTCCGG,Naive pluripotency
S1 0h:ACATTTCAGCGCAATG,Naive pluripotency
S1 0h:TCTGGCTCATGTCGTA,Naive pluripotency
S1 0h:CTAGACATCAGCTCTC,Naive pluripotency
S1 0h:TGACAGTCACTACACA,Naive pluripotency
S1 0h:TTGGTTTGTATCCCAA,Naive pluripotency
S1 0h:TGTGATGAGTACCATC,Naive pluripotency
S1 0h:GTTAGACGTCCCGGTA,Naive pluripotency
S1 0h:GTGTAACAGCCGCACT,Naive pluripotency
S1 0h:GCATTAGAGATGTTGA,Naive pluripotency
S1 0h:TAACCAGTCCGAGAAG,Naive pluripotency
S1 0h:CGCCATTCAGGATGAC,Naive pluripotency
S1 0h:TCCTCCCCATGAGAAT,Naive pluripotency
S1 0h:ACGATCAGTCCTCCTA,Naive pluripotency
S1 0h:TCCGAAAGTCGGTGTC,Naive pluripotency
S1 0h:TCATTGTCAATGTGGG,Naive pluripotency
S1 0h:TCCTTTCTCTGAATCG,Naive pluripotency
S1 0h:GGGATCCGTCAAGCCC,Naive pluripotency
S1 0h:TGATCAGTCAAATGCC,Naive pluripotency
S1 0h:CTCAGGGTCCTACGAA,Naive pluripotency
S1 0h:CTGCCATTCGTTATCT,Naive pluripotency
S1 0h:TGATCAGAGCAACAAT,Naive pluripotency
S1 0h:ACAACCAGTTCACGAT,Naive pluripotency
S1 0h:CCGATGGCACAGCCAC,Naive pluripotency
S1 0h:AGGGAGTAGAGACAAG,Naive pluripotency
S1 0h:CTCTCGAAGACCCGCT,Naive pluripotency
S1 0h:ATCACGAAGTTTGGCT,Naive pluripotency
S1 0h:CATTGTTTCAAGTGTC,Naive pluripotency
S1 0h:CTGGTCTCATATTCGG,Naive pluripotency
S1 0h:CTCGAGGCAGGGCTTC,Naive pluripotency
S1 0h:AGCTTCCCAGCTTTGA,Naive pluripotency
S1 0h:TACATTCCATTGAAAG,Naive pluripotency
S1 0h:GATGCTATCTATCCAT,Naive pluripotency
S1 0h:CTAACTTGTGAGCCAA,Naive pluripotency
S1 0h:TCCCATGCAATACAGA,Naive pluripotency
S1 0h:GATTCTTTCAATCTTC,Naive pluripotency
S1 0h:ACCACAATCGCGTGCA,Naive pluripotency
S1 0h:GGTGATTAGGGCTTCC,Naive pluripotency
S1 0h:ATTCATCTCCTGTAGA,Naive pluripotency
S1 0h:TGTCCACAGACGCCCT,Naive pluripotency
S1 0h:TGCCGAGGTATACGGG,Naive pluripotency
S1 0h:ACTACGACATGACTGT,Naive pluripotency
S1 0h:AGAGCAGCACCCTGAG,Naive pluripotency
S1 0h:CTACCTGTCCCACAGG,Naive pluripotency
S1 0h:AACGGGAAGGATACAT,Naive pluripotency
S1 0h:TTCCTCTCACGCTTAA,Naive pluripotency
S1 0h:CACCGTTAGTCATTGC,Naive pluripotency
S1 0h:CCTGCATAGAGAGGGC,Naive pluripotency
S1 0h:TCCACGTAGTGGATTA,Naive pluripotency
S1 0h:GTTGCTCCACAATGCT,Naive pluripotency
S1 0h:AGTGCCGGTTCATCTT,Naive pluripotency
S1 0h:CACCGTTCAGCGTGCT,Naive pluripotency
S1 0h:ATTCACTTCCGGTAGC,Naive pluripotency
S1 0h:AGGGCCTCATTCTCTA,Naive pluripotency
S1 0h:TACCTGCCAACAGTGG,Naive pluripotency
S1 0h:TCAGTCCAGAGCAGTC,Naive pluripotency
S1 0h:TACCTCGGTACCTAGT,Naive pluripotency
S1 0h:GTTACGATCGATCCCT,Naive pluripotency
S1 0h:ACACGCGCACTCCGGA,Naive pluripotency
S1 0h:CGCATAATCATTGAGC,Naive pluripotency
S1 0h:TCTAACTTCAACGTGT,Naive pluripotency
S1 0h:TTTGATCGTGCAGATG,Naive pluripotency
S1 0h:GAGTCATTCATGACAC,Naive pluripotency
S1 0h:CAGCAATTCCATACAG,Naive pluripotency
S1 0h:GCACGGTTCACACGAT,Naive pluripotency
S1 0h:ACTATCTCACGACAAG,Naive pluripotency
S1 0h:ATGAGTCGTGAAAGTT,Naive pluripotency
S1 0h:CGAGGCTAGTACTGGG,Naive pluripotency
S1 0h:CTAGACAGTAGGCTCC,Naive pluripotency
S1 0h:GGGTCACAGATCCCAT,Naive pluripotency
S1 0h:CCAATTTAGAGGGTCT,Naive pluripotency
S1 0h:TCTCACGCACCTCAGG,Naive pluripotency
S1 0h:ATTCACTGTTCGATTG,Naive pluripotency
S1 0h:ATCGGATTCGTTCTCG,Naive pluripotency
S1 0h:AGTAGCTCATAGAAAC,Naive pluripotency
S1 0h:GTGACGCTCAGTGATC,Naive pluripotency
S1 0h:ATGGTTGAGTATTGCC,Naive pluripotency
S1 0h:CAGGGCTAGCCGTTAT,Naive pluripotency
S1 0h:TTCATTGCAGTCACGC,Naive pluripotency
S1 0h:GCACGGTTCAGTCCGG,Naive pluripotency
S1 0h:GTAGGAGTCCGCGGAT,Naive pluripotency
S1 0h:GCAACATTCCACACCT,Naive pluripotency
S1 0h:CTTAGGACATCACAGT,Naive pluripotency
S1 0h:TCTCAGCTCCGCAACG,Naive pluripotency
S1 0h:TACCGGGTCCAGCTCT,Naive pluripotency
S1 0h:GGGTCACCACGCTGTG,Naive pluripotency
S1 0h:AACCAACCAGTCTCTC,Naive pluripotency
S1 0h:CAGGCCACAACGTTAC,Naive pluripotency
S1 0h:CAAGCTATCCTCAGGG,Naive pluripotency
S1 0h:ATTTCACAGACTCTTG,Naive pluripotency
S1 0h:TCTACCGTCCCGAATA,Naive pluripotency
S1 0h:TTCCAATTCATTGTTC,Naive pluripotency
S1 0h:TTCCACGTCTCAATCT,Naive pluripotency
S1 0h:TTTACCAAGACGGAAA,Naive pluripotency
S1 0h:TCAATCTAGAGGCGTT,Naive pluripotency
S1 0h:AGGTCATAGCTAAATG,Naive pluripotency
S1 0h:AAGACTCGTGAGACGT,Naive pluripotency
S1 0h:GCTTGGGAGCACGGAT,Naive pluripotency
S1 0h:GTGAGCCAGGTTACAA,Naive pluripotency
S1 0h:GTAGGAGGTGGCATCC,Naive pluripotency
S1 0h:GACTTCCAGTACTGTC,Naive pluripotency
S1 0h:TTACAGGCAAGCACAG,Naive pluripotency
S1 0h:TTACAGGAGAACGTGC,Naive pluripotency
S1 0h:CATCCCACATCTTAGG,Naive pluripotency
S1 0h:TATCGCCAGTGTAGTA,Naive pluripotency
S1 0h:CACTGAAAGCCAAGTG,Naive pluripotency
S1 0h:GTATTTCGTCAAAGCG,Naive pluripotency
S1 0h:CCCTAACAGGACAACC,Naive pluripotency
S1 0h:CAAAGAACATACTGAC,Naive pluripotency
S1 0h:CCCTAACCACATAACC,Naive pluripotency
S1 0h:ATCGCCTGTTAAACAG,Naive pluripotency
S1 0h:ATGTCCCAGCGACAGT,Naive pluripotency
S1 0h:GGATGTTTCCTCTTTC,Naive pluripotency
S1 0h:GAACTGTCATTGCCGG,Naive pluripotency
S1 0h:CATTGAGCAAATCGGG,Naive pluripotency
S1 0h:TTCTGTACACTATCGA,Naive pluripotency
S1 0h:AGCGCCATCACTTCTA,Naive pluripotency
S1 0h:TAATCTCCATCTCAAG,Naive pluripotency
S1 0h:AAAGTGAGTACACGCC,Naive pluripotency
S1 0h:TGCTGAACACGCCAGT,Naive pluripotency
S1 0h:CCGTGAGTCTCACGAA,Naive pluripotency
S1 0h:TAGAGTCAGCGTGCCT,Naive pluripotency
S1 0h:ATCGGCGTCTCTGCTG,Naive pluripotency
S1 0h:AGACTCATCTACGCGG,Naive pluripotency
S1 0h:GCCATTCTCTTCTGGC,Naive pluripotency
S1 0h:ACAAGCTCACTTCCTG,Naive pluripotency
S1 0h:ATGCGATGTGGATGAC,Naive pluripotency
S1 0h:GCATTAGCAAGTTCGT,Naive pluripotency
S1 0h:TCTCACGTCTGTCAGA,Naive pluripotency
S1 0h:GCATCTCGTATGAAGT,Naive pluripotency
S1 0h:CTCACTGGTCGAGATG,Naive pluripotency
S1 0h:TTCCGTGCAGAGAATT,Naive pluripotency
S1 0h:AGAGAGCAGTGGACTG,Naive pluripotency
S1 0h:CGCGTGACATCGTTCC,Naive pluripotency
S1 0h:CATTCTATCTTGAACG,Naive pluripotency
S1 0h:TTTATGCCACTGAGTT,Naive pluripotency
S1 0h:CCACGAGGTCGTATTG,Naive pluripotency
S1 0h:GTTTACTAGACTCTAC,Naive pluripotency
S1 0h:TGTAAGCTCTCAACCC,Naive pluripotency
S1 0h:TGCTTCGCAACACAGG,Naive pluripotency
S1 0h:GCAACATAGTCACGAG,Naive pluripotency
S1 0h:CTTTCGGCACCACTGG,Naive pluripotency
S1 0h:AGAGCCCAGTCATGGG,Naive pluripotency
S1 0h:ACCTGTCCAGTCGGTC,Naive pluripotency
S1 0h:GGGTGAAAGTAGCTCT,Naive pluripotency
S1 0h:ATTCACTAGTTGGGAC,Naive pluripotency
S1 0h:TAACGACCATGGAAGC,Naive pluripotency
S1 0h:TGCTGAAGTTTGTTGG,Naive pluripotency
S1 0h:CACAGGCGTTGCAACT,Naive pluripotency
S1 0h:TCAGCAATCTCAGTCC,Naive pluripotency
S1 0h:GTGGTTAGTGCCCGTA,Naive pluripotency
S1 0h:TCGCAGGCACAATGCT,Naive pluripotency
S1 0h:CAGCAATGTAGACAAT,Naive pluripotency
S1 0h:GGCGTCAGTCAGTCGC,Naive pluripotency
S1 0h:AGTTCGAAGACTGGGT,Naive pluripotency
S1 0h:GAAACCTAGCGCCTAC,Naive pluripotency
S1 0h:AATGCCATCTCGTGGG,Naive pluripotency
S1 0h:TCGATTTAGTTCCAGT,Naive pluripotency
S1 0h:TCAATTCGTATACAGA,Naive pluripotency
S1 0h:ACTATTCAGTGGAAGA,Naive pluripotency
S1 0h:TCAATTCAGCGCCGTT,Naive pluripotency
S1 0h:CCGAACGCATGCCGCA,Naive pluripotency
S1 0h:CCACCATCACCTGCAG,Naive pluripotency
S1 0h:ACCGTTCTCTCCGATC,Naive pluripotency
S1 0h:AACGAAAGTTGCATTG,Naive pluripotency
S1 0h:TTAATCCGTCGCAGTC,Naive pluripotency
S1 0h:GCTGGGTGTGATTAGA,Naive pluripotency
S1 0h:TATTGCTCAAATACAG,Naive pluripotency
S1 0h:GTCTAGAGTTCTTAGG,Naive pluripotency
S1 0h:GGTAATCAGCATCAGG,Naive pluripotency
S1 0h:CCTCAGTAGTGAGGTC,Naive pluripotency
S1 0h:ACATGCAAGCACTCCG,Naive pluripotency
S1 0h:ACCTACCCACCAGTAT,Naive pluripotency
S1 0h:GACAGCCTCGCGTTTC,Naive pluripotency
S1 0h:AGCGATTCAGACACAG,Naive pluripotency
S1 0h:CGTAGTAAGAAGCTCG,Naive pluripotency
S1 0h:ATCGATGCACAAGCCC,Naive pluripotency
S1 0h:GAAACCTCATTCCTCG,Naive pluripotency
S1 0h:TGAGTCATCCGTGGTG,Naive pluripotency
S1 0h:TCATGGAAGACCAAGC,Naive pluripotency
S1 0h:TGGTAGTGTAGAAACT,Naive pluripotency
S1 0h:GACCTTCCAGACCCGT,Naive pluripotency
S1 0h:TCAGCAAGTCAAATCC,Naive pluripotency
S1 0h:CATTGTTCATGGCCCA,Naive pluripotency
S1 0h:TTCTTCCCAAACACCT,Naive pluripotency
S1 0h:TCGGTCTAGATTCGAA,Naive pluripotency
S1 0h:CGGAATTAGGCCTAGA,Naive pluripotency
S1 0h:CACTGGGGTGGGTCAA,Naive pluripotency
S1 0h:CTCTCAGGTACTCGTA,Naive pluripotency
S1 0h:TGGTTAGGTGCTATTG,Naive pluripotency
S1 0h:ATTACTCTCATTGTGG,Naive pluripotency
S1 0h:TAGACCACACGGTAGA,Naive pluripotency
S1 0h:CATGAGTGTTTATGCG,Naive pluripotency
S1 0h:TTCGATTAGTCGTTAC,Naive pluripotency
S1 0h:GAAGCCCCAGCTCGGT,Naive pluripotency
S1 0h:CTTCCTTTCCCGTTGT,Naive pluripotency
S1 0h:GTGAGGATCGTACCTC,Naive pluripotency
S1 0h:TTCCTAAAGGTTCATC,Naive pluripotency
S1 0h:CTCGAGGTCCTGATAG,Naive pluripotency
S1 0h:TCCCACACATATAGCC,Naive pluripotency
S1 0h:TCGCTCAGTTCCGCTT,Naive pluripotency
S1 0h:TGAACGTGTACGTGAG,Naive pluripotency
S1 0h:AGGATCTCAAGAGGTC,Naive pluripotency
S1 0h:ACGGTTACAATATCCG,Naive pluripotency
S1 0h:TTCGCTGAGTTCTCTT,Naive pluripotency
S1 0h:TTCCTCTCAAGGAGTC,Naive pluripotency
S1 0h:CAACGATGTGCCTACG,Naive pluripotency
S1 0h:GAAGTAACATGCCGAC,Naive pluripotency
S1 0h:TCATTCAGTAGCGCCT,Naive pluripotency
S1 0h:AGATCCACAGTTGTTG,Naive pluripotency
S1 0h:TCCTCTTAGCGACTAG,Naive pluripotency
S1 0h:CGGGTCATCCGAGTGC,Naive pluripotency
S1 0h:CAGGCCAAGATGGCGT,Naive pluripotency
S1 0h:TGACTCCAGCAGTACG,Naive pluripotency
S1 0h:TGGAGAGCAATTTCCT,Naive pluripotency
S1 0h:TCCCATGCATGAAAGT,Naive pluripotency
S1 0h:CTCAATTCAGTTCCAA,Naive pluripotency
S1 0h:TACACCCCAGGTCCCA,Naive pluripotency
S1 0h:GTTCATTCAACCACAT,Naive pluripotency
S1 0h:CTAACTTGTGTCATTG,Naive pluripotency
S1 0h:CTTGAGAGTTCTCACC,Naive pluripotency
S1 0h:AGCGATTAGTACCGGA,Naive pluripotency
S1 0h:GCGATCGTCTTCGACC,Naive pluripotency
S1 0h:CCGTGAGCATTCGATG,Naive pluripotency
S1 0h:GACATCAAGTGGTTCT,Naive pluripotency
S1 0h:CAACCTCAGATACGAT,Naive pluripotency
S1 0h:TAACACGCAGTCGGAA,Naive pluripotency
S1 0h:AGGGCCTTCCAACTGA,Naive pluripotency
S1 0h:GAGGCCTAGGGATCGT,Naive pluripotency
S1 0h:GTGAGGAGTGGCTGCT,Naive pluripotency
S1 0h:TTGTTCAAGCTTCTAG,Naive pluripotency
S1 0h:TACGGGCAGAGGTTAT,Naive pluripotency
S1 0h:GGGTCACGTGAGAACC,Naive pluripotency
S1 0h:TTACTGTAGCAACAAT,Naive pluripotency
S1 0h:CGATGCGGTCTCGGGT,Naive pluripotency
S1 0h:GGTGTTAGTAGCGATG,Naive pluripotency
S1 0h:TATCTGTGTGAGACGT,Naive pluripotency
S1 0h:CGAGTTAAGTTTAGGA,Naive pluripotency
S1 0h:ACTATTCCAAGACTGG,Naive pluripotency
S1 0h:ATTCATCAGCTGACAG,Naive pluripotency
S1 0h:TCCTAATCACAAGCTT,Naive pluripotency
S1 0h:TGCATCCCATGCGGTC,Naive pluripotency
S1 0h:CGAGAAGCAATTTCTC,Naive pluripotency
S1 0h:GTGTTCCTCTTGGTGA,Naive pluripotency
S1 0h:CACGTTCAGTAGACAT,Naive pluripotency
S1 0h:TCAAGCAGTCCAGAAG,Naive pluripotency
S1 0h:CCACAAATCCATATGG,Naive pluripotency
S1 0h:ACTCCCACAACCAATC,Naive pluripotency
S1 0h:GATAGAAAGGCTCAAG,Naive pluripotency
S1 0h:GAGATGGGTATCGCAT,Naive pluripotency
S1 0h:GCTTTCGCAAGCGAGT,Naive pluripotency
S1 0h:GTCACTCAGATCGCTT,Naive pluripotency
S1 0h:GGTGTTATCTGATGGT,Naive pluripotency
S1 0h:ATTTCTGGTATCCCTC,Naive pluripotency
S1 0h:TTCATTGGTATCGTTG,Naive pluripotency
S1 0h:CCCTCTCTCAATGCAC,Naive pluripotency
S1 0h:ATTTCACCAAGAATGT,Naive pluripotency
S1 0h:GCTGGGTTCTGTGTGA,Naive pluripotency
S1 0h:GTCTGTCTCTGTCCCA,Naive pluripotency
S1 0h:AAAGGATGTCAGGTAG,Naive pluripotency
S1 0h:AGATGCTAGCAATAGT,Naive pluripotency
S1 0h:ATTCCTAAGACTTCCA,Naive pluripotency
S1 0h:CCACCATGTTGGCCTG,Naive pluripotency
S1 0h:AGATGAAGTACAAACA,Naive pluripotency
S1 0h:TTGTGTTGTGGTGATG,Naive pluripotency
S1 0h:GCCATTCGTAGGAAAG,Naive pluripotency
S1 0h:CGTTAGAAGTCTAGAA,Naive pluripotency
S1 0h:CTCTGGTTCGACGACC,Naive pluripotency
S1 0h:GGGCCATAGACAGCGT,Naive pluripotency
S1 0h:ACCAAACGTATTGGCT,Naive pluripotency
S1 0h:TTACGCCGTGGCTGAA,Naive pluripotency
S1 0h:AGAGCCCCACTACCGG,Naive pluripotency
S1 0h:CTGCGAGCAACGTATC,Naive pluripotency
S1 0h:GTAGCTAGTCCGAAGA,Naive pluripotency
S1 0h:TGTGATGTCGTGGGTC,Naive pluripotency
S1 0h:CTGAGCGAGAGTACCG,Naive pluripotency
S1 0h:ATAGACCCAAATGGCG,Naive pluripotency
S1 0h:CAAGACTAGGTACCTT,Naive pluripotency
S1 0h:CTACAGAGTCTCACAA,Naive pluripotency
S1 0h:GTTCTATCAAGAAACT,Naive pluripotency
S1 0h:GATCGTATCATAGGCT,Naive pluripotency
S1 0h:GCCGATGCAGAGGACT,Naive pluripotency
S1 0h:CATTCTAAGGCCTAAG,Naive pluripotency
S1 0h:CCTCAGTCAGCACAAG,Naive pluripotency
S1 0h:TCACGGGTCCTGTAAG,Naive pluripotency
S1 0h:CTGTACCTCAACGTGT,Naive pluripotency
S1 0h:GGCTGTGTCTGAGCAT,Naive pluripotency
S1 0h:GACTCTCTCGAAGCCC,Naive pluripotency
S1 0h:GACCCAGTCAGGAAGC,Naive pluripotency
S1 0h:TTCGATTTCTACTATC,Naive pluripotency
S1 0h:CCCATTGGTGTTGATC,Naive pluripotency
S1 0h:GTTTGGACAAATTGCC,Naive pluripotency
S1 0h:CGAGGCTAGTACCCTA,Naive pluripotency
S1 0h:TGTAAGCCAGAAGTGC,Naive pluripotency
S1 0h:ATTTCTGGTCAAGTTC,Naive pluripotency
S1 0h:AGCGCTGCAATTGCAC,Naive pluripotency
S1 0h:GCGGAAAAGATTGATG,Naive pluripotency
S1 0h:CTAACCCAGGCATGCA,Naive pluripotency
S1 0h:GTCATGAAGAAAGCGA,Naive pluripotency
S1 0h:GGAATGGCATCCGGCA,Naive pluripotency
S1 0h:TCTACCGGTAACTTCG,Naive pluripotency
S1 0h:GTTGAACGTATTTCTC,Naive pluripotency
S1 0h:TGCGGCATCGCCTTTG,Naive pluripotency
S1 0h:ATCCGTCCAGACCAAG,Naive pluripotency
S1 0h:TTGACCCGTAGCGTAG,Naive pluripotency
S1 0h:ATACCTTGTACGGCAA,Naive pluripotency
S1 0h:TCATGCCCAGTAGAGC,Naive pluripotency
S1 0h:ATGTCCCAGATGCAGC,Naive pluripotency
S1 0h:TTGCATTCACTGTGTA,Naive pluripotency
S1 0h:TGATCAGCAATAACCC,Naive pluripotency
S1 0h:TTGCGTCAGCAATAGT,Naive pluripotency
S1 0h:GGTGATTCAAAGGCGT,Naive pluripotency
S1 0h:GGAATCTCACTCCTTG,Naive pluripotency
S1 0h:GCAGTGGTATCAACGC,Naive pluripotency
S1 0h:TGATGGTTCGATTGGT,Naive pluripotency
S1 0h:CCTCAACCATAGAGGC,Naive pluripotency
S1 0h:GGCACGTAGGTCGTGA,Naive pluripotency
S1 0h:CCTATCGTCTAGCAAC,Naive pluripotency
S1 0h:TGAGTCAAGCCTTTCC,Naive pluripotency
S1 0h:CGTTGGGCAATATCCG,Naive pluripotency
S1 0h:ATGAGTCAGCATTGAA,Naive pluripotency
S1 0h:TCAAGACGTATCAGGG,Naive pluripotency
S1 0h:TTTACGTGTATCGAGG,Naive pluripotency
S1 0h:TGTGGCGTCATTTCGT,Naive pluripotency
S1 0h:ACACAGTGTTTCGGCG,Naive pluripotency
S1 0h:TCATGGAAGCCTCTCT,Naive pluripotency
S1 0h:GACCGTGTCCGTAATG,Naive pluripotency
S1 0h:TCTCCGACAAGTAGTA,Naive pluripotency
S1 0h:GGTAACTAGAGAACCC,Naive pluripotency
S1 0h:CTATCCGGTTCCCAAA,Naive pluripotency
S1 0h:TCTACCGCACGCGTCA,Naive pluripotency
S1 0h:ATCGATGCACCGTGGT,Naive pluripotency
S1 0h:GGAGAACAGAGTCGAC,Naive pluripotency
S1 0h:AGTGCCGCATACATCG,Naive pluripotency
S1 0h:GGGTCTGGTTGCTTGA,Naive pluripotency
S1 0h:CCCTCTCGTACAGCGA,Naive pluripotency
S1 0h:TGAGGGATCCACTAGA,Naive pluripotency
S1 0h:ATCGGATAGTATTGCC,Naive pluripotency
S1 0h:GCCCGAACAGTTCACA,Naive pluripotency
S1 0h:CCCTGATAGCTCCACG,Naive pluripotency
S1 0h:AGGACTTCACATGACT,Naive pluripotency
S1 0h:TACACCCCATTCTGTT,Naive pluripotency
S1 0h:CGGAGAATCCGTGTGG,Naive pluripotency
S1 0h:CTCAAGACACAAATAG,Naive pluripotency
S1 0h:TTACTGTGTACCTAAC,Naive pluripotency
S1 0h:TAAGCCACATGAGTAA,Naive pluripotency
S1 0h:GCCAGTGTCAGCAATC,Naive pluripotency
S1 0h:TTAGTCTAGAGATGCC,Naive pluripotency
S1 0h:TCACGGGAGCTCACTA,Naive pluripotency
S1 0h:GTGTTCCAGGGCAATC,Naive pluripotency
S1 0h:AACCAACAGGGCAGTT,Naive pluripotency
S1 0h:AAGTACCAGCATTGAA,Naive pluripotency
S1 0h:TCAATTCTCCCAGGCA,Naive pluripotency
S1 0h:TGAGGGAAGTCAGGGT,Naive pluripotency
S1 0h:AAACCCAAGGGACACT,Naive pluripotency
S1 0h:GAATCACCAGAAATTG,Naive pluripotency
S1 0h:TACACCCAGGGCCCTT,Naive pluripotency
S1 0h:CATACAGCAGTAGAGC,Naive pluripotency
S1 0h:ACTGATGTCTGCTAGA,Naive pluripotency
S1 0h:TCAATTCAGAGTCCGA,Naive pluripotency
S1 0h:CCTAAGAGTAGACAAT,Naive pluripotency
S1 0h:CTTCCTTAGAACCCGA,Naive pluripotency
S1 0h:TGATTCTCACTGTGAT,Naive pluripotency
S1 0h:ACACAGTTCGGCTATA,Naive pluripotency
S1 0h:GTGTGATAGCAACCAG,Naive pluripotency
S1 0h:GTCCCATGTAGCGTAG,Naive pluripotency
S1 0h:TGGGAAGAGTTCAACC,Naive pluripotency
S1 0h:ACGGTTAAGTTTGAGA,Naive pluripotency
S1 0h:AAAGTGACATTGAGCT,Naive pluripotency
S1 0h:GTTACCCTCAAGAAAC,Naive pluripotency
S1 0h:CAAGCTAAGGTTGGTG,Naive pluripotency
S1 0h:CATCAAGGTAACCCGC,Naive pluripotency
S1 0h:CATCAAGCACAGAAGC,Naive pluripotency
S1 0h:GTCACTCGTCTCCTGT,Naive pluripotency
S1 0h:GTAGAAATCAGTCAGT,Naive pluripotency
S1 0h:ACTATTCCAGGTGTGA,Naive pluripotency
S1 0h:CTGCGAGCAAACACCT,Naive pluripotency
S1 0h:TTTATGCCAGTAGGAC,Naive pluripotency
S1 0h:GACTGATAGCACACAG,Naive pluripotency
S1 0h:GTGTTCCCAAGTATAG,Naive pluripotency
S1 0h:TCAAGACGTTTGCCGG,Naive pluripotency
S1 0h:GTTCATTTCCCTCTTT,Naive pluripotency
S1 0h:CTGAGCGCATATCTCT,Naive pluripotency
S1 0h:TGACAGTGTCTGTTAG,Naive pluripotency
S1 0h:CAGATTGGTAGCTGAG,Naive pluripotency
S1 0h:TGAGGTTCAGGCGTTC,Naive pluripotency
S1 0h:AACCAACAGGAATCGC,Naive pluripotency
S1 0h:CCTTTGGGTATACCCA,Naive pluripotency
S1 0h:GTCATTTCAGAAATCA,Naive pluripotency
S1 0h:CCATAAGAGAGAAGGT,Naive pluripotency
S1 0h:CATCGGGGTCGCACAC,Naive pluripotency
S1 0h:CAATTTCTCAGGAAAT,Naive pluripotency
S1 0h:TGGATGTTCGAATCCA,Naive pluripotency
S1 0h:GTCATGAAGTGGTTGG,Naive pluripotency
S1 0h:ATTATCCGTGTCATCA,Naive pluripotency
S1 0h:TAAGCACAGCAATAGT,Naive pluripotency
S1 0h:TAGACCAGTTCAACGT,Naive pluripotency
S1 0h:AGATCGTCACTGGCGT,Naive pluripotency
S1 0h:ACCAAACCAGATAAAC,Naive pluripotency
S1 0h:ATTCTTGTCCTTATCA,Naive pluripotency
S1 0h:ATCCCTGTCCAACACA,Naive pluripotency
S1 0h:CTCAGAACATGGACAG,Naive pluripotency
S1 0h:GAGCTGCGTGCTCTCT,Naive pluripotency
S1 0h:TCGGTCTCATAACGGG,Naive pluripotency
S1 0h:CTCACTGTCTACACAG,Naive pluripotency
S1 0h:ATAGAGATCAGGAACG,Naive pluripotency
S1 0h:AACCTGAGTGCCTGCA,Naive pluripotency
S1 0h:TGGGCTGGTGTTGACT,Naive pluripotency
S1 0h:ACAAGCTCAGGCCTGT,Naive pluripotency
S1 0h:CTCATCGTCGCTAGCG,Naive pluripotency
S1 0h:CCGATGGAGGGCAGTT,Naive pluripotency
S1 0h:TCGGGCACAACTTGGT,Naive pluripotency
S1 0h:GTTGTCCAGATCCTAC,Naive pluripotency
S1 0h:TTTACCATCGATCCAA,Naive pluripotency
S1 0h:ATTCACTGTTCGAGCC,Naive pluripotency
S1 0h:ACGTTCCCATGCCGAC,Exiting naive pluripotency
S1 0h:ACTGTCCAGTGGTGGT,Naive pluripotency
S1 0h:TTGCGTCAGGGTTAAT,Naive pluripotency
S1 0h:CAGCAATGTGGGAGAG,Naive pluripotency
S1 0h:CACATGATCTTGGCTC,Naive pluripotency
S1 0h:TACCGAAGTATCACGT,Naive pluripotency
S1 0h:GAGACTTAGAGAATCT,Naive pluripotency
S1 0h:TTGGGTATCACGGAGA,Naive pluripotency
S1 0h:TGGATGTCAACAACAA,Naive pluripotency
S1 0h:TGGAACTCACTTTAGG,Naive pluripotency
S1 0h:ATTCCATTCGATTGAC,Naive pluripotency
S1 0h:TGATTTCGTATGTCCA,Naive pluripotency
S1 0h:ACCCTCAGTTTAAGGA,Naive pluripotency
S1 0h:CAGTTCCTCAGCTTCC,Naive pluripotency
S1 0h:CACATGAGTGGCGTAA,Naive pluripotency
S1 0h:CCCTGATAGGTAAGGA,Naive pluripotency
S1 0h:TGCTTGCAGATAACAC,Naive pluripotency
S1 0h:AATAGAGTCGACGAGA,Naive pluripotency
S1 0h:GCTACAATCTTACTGT,Naive pluripotency
S1 0h:CATAAGCTCCAGCAAT,Naive pluripotency
S1 0h:CAGCAATCAAATACAG,Naive pluripotency
S1 0h:CCTATCGAGGGTGGGA,Naive pluripotency
S1 0h:TGCTGAACACACGTGC,Naive pluripotency
S1 0h:AAGAACACAAATGGAT,Naive pluripotency
S1 0h:TGCAGGCCATCTAACG,Naive pluripotency
S1 0h:TCCACGTAGCACTCTA,Naive pluripotency
S1 0h:TGAATGCTCGACGTCG,Naive pluripotency
S1 0h:ACACGCGAGACTAAGT,Naive pluripotency
S1 0h:CGTCAAAAGCGACTTT,Naive pluripotency
S1 0h:CGGAACCCAGGGTCTC,Naive pluripotency
S1 0h:ACAGAAAGTAGACAGC,Naive pluripotency
S1 0h:GCTCAAAGTGTGTACT,Naive pluripotency
S1 0h:ATCGATGGTCGACGCT,Naive pluripotency
S1 0h:AGATCCAAGCCGTAAG,Naive pluripotency
S1 0h:CTGGACGCATATGCGT,Naive pluripotency
S1 0h:GCGTGCAGTCACAATC,Naive pluripotency
S1 0h:TATTTCGGTATGGTAA,Naive pluripotency
S1 0h:AGATCGTAGAGGTATT,Naive pluripotency
S1 0h:ATCCTATAGTTCCGTA,Naive pluripotency
S1 0h:GCTTGGGAGTGCAACG,Naive pluripotency
S1 0h:CACCGTTAGCGCCGTT,Naive pluripotency
S1 0h:GGGCTCACATCATCCC,Naive pluripotency
S1 0h:GATAGCTGTACAAGCG,Naive pluripotency
S1 0h:CGAAGGATCAAGGCTT,Naive pluripotency
S1 0h:TACCCGTTCGCCTATC,Naive pluripotency
S1 0h:GCCAACGGTAACAGGC,Naive pluripotency
S1 0h:CTTACCGTCGACGATT,Naive pluripotency
S1 0h:AGTGTTGTCACGGGAA,Naive pluripotency
S1 0h:TCCGTGTTCTTACGGA,Naive pluripotency
S1 0h:TTGGGTAGTACTCAAC,Naive pluripotency
S1 0h:CATACAGCAAGCCTGC,Naive pluripotency
S1 0h:TTGTTCAGTCAGACGA,Naive pluripotency
S1 0h:TTCCTTCAGACCATAA,Naive pluripotency
S1 0h:ATGGTTGCACCGCTAG,Naive pluripotency
S1 0h:CTCAAGAAGACTTCCA,Naive pluripotency
S1 0h:TCGCACTTCATCGCTC,Naive pluripotency
S1 0h:ATCTTCAGTTAGTCGT,Naive pluripotency
S1 0h:CTCTGGTTCCTGGGAC,Naive pluripotency
S1 0h:TACCCGTGTCTCTCCA,Naive pluripotency
S1 0h:AATGCCAGTATCGCTA,Naive pluripotency
S1 0h:CTCAATTAGTGGTTGG,Naive pluripotency
S1 0h:TTTCACATCCGAGGCT,Naive pluripotency
S1 0h:TCTTTGATCTCCGTGT,Naive pluripotency
S1 0h:CCACGAGTCCGTGGCA,Naive pluripotency
S1 0h:ACTGCAAGTAATGTGA,Naive pluripotency
S1 0h:ATCGGATTCAAGCCAT,Naive pluripotency
S1 0h:GCACGTGGTAAGGCCA,Naive pluripotency
S1 0h:GTGTTAGTCACCGGGT,Naive pluripotency
S1 0h:TCCTCTTAGGTAAAGG,Naive pluripotency
S1 0h:ACATCCCCAGGGAATC,Naive pluripotency
S1 0h:TGTACAGTCTGCTCTG,Naive pluripotency
S1 0h:TGTTTGTCAAGCACAG,Naive pluripotency
S1 0h:CTGCTCAAGACGCCAA,Naive pluripotency
S1 0h:TCTTAGTTCCCTAGGG,Naive pluripotency
S1 0h:GGTCACGAGCTCCACG,Naive pluripotency
S1 0h:AAGATAGTCTCGCTTG,Naive pluripotency
S1 0h:TCTTGCGGTATTGAGA,Naive pluripotency
S1 0h:GTAGAGGTCAAACGTC,Naive pluripotency
S1 0h:AGATCCAAGGTAAACT,Naive pluripotency
S1 0h:TGTTGGATCGTCGATA,Naive pluripotency
S1 0h:ACTGATGCACCGTGGT,Naive pluripotency
S1 0h:TCCTAATAGCTGACCC,Naive pluripotency
S1 0h:ATTCCCGTCAAGAGGC,Naive pluripotency
S1 0h:TCATTACAGCGTGTTT,Naive pluripotency
S1 0h:TTGGTTTAGATTACCC,Naive pluripotency
S1 0h:GGAAGTGTCCGAACGC,Naive pluripotency
S1 0h:AGCCAGCCACTGCGAC,Naive pluripotency
S1 0h:ATGGGTTAGACAGTCG,Naive pluripotency
S1 0h:TTACCGCCACTAGGTT,Naive pluripotency
S1 0h:GTAGGAGTCCCGTTGT,Naive pluripotency
S1 0h:TGGGAAGTCTATGCCC,Naive pluripotency
S1 0h:ACTTATCGTACAGTAA,Naive pluripotency
S1 0h:CTGTGGGTCTGGTGGC,Naive pluripotency
S1 0h:CTGAGCGAGCAATAAC,Naive pluripotency
S1 0h:CGTCCATTCACGGAGA,Naive pluripotency
S1 0h:TTGTTCACACCTAAAC,Naive pluripotency
S1 0h:AGATGAAAGCTTGTGT,Naive pluripotency
S1 0h:GTTATGGCATTCTCCG,Naive pluripotency
S1 0h:TGTCAGACAGCTGTAT,Naive pluripotency
S1 0h:TCCACCACATCTTCGC,Naive pluripotency
S1 0h:CCTTTGGGTACTGTTG,Naive pluripotency
S1 0h:TGTTGGATCTGCTTAT,Naive pluripotency
S1 0h:TGCTTCGAGTGTTCAC,Naive pluripotency
S1 0h:AGACTCAAGCACACCC,Naive pluripotency
S1 0h:TGGAACTTCCAATGCA,Naive pluripotency
S1 0h:CGTAAGTAGTCGTTAC,Naive pluripotency
S1 0h:TCATTTGTCTTCACAT,Naive pluripotency
S1 0h:GAGACCCTCTCTCGAC,Naive pluripotency
S1 0h:AACCACAAGGTAAACT,Naive pluripotency
S1 0h:AGGTAGGAGTATGATG,Naive pluripotency
S1 0h:TGCATCCCATTCACAG,Naive pluripotency
S1 0h:ACAGCCGCACAACCGC,Naive pluripotency
S1 0h:GGGACCTAGGGCAATC,Naive pluripotency
S1 0h:ACATCCCCAGTTACCA,Naive pluripotency
S1 0h:CCGTGAGCATAAGATG,Naive pluripotency
S1 0h:CCTCAACGTACATTGC,Naive pluripotency
S1 0h:TCATTACAGTATGGAT,Naive pluripotency
S1 0h:TGAGGTTGTGAGTAAT,Naive pluripotency
S1 0h:GGTGTCGTCTACCCAC,Naive pluripotency
S1 0h:TAACACGTCTACTCAT,Naive pluripotency
S1 0h:GGAATGGAGGCAGTCA,Naive pluripotency
S1 0h:GTTAGACCATTCACCC,Naive pluripotency
S1 0h:GATCACAGTGTCTTAG,Naive pluripotency
S1 0h:GAGAAATAGGATACAT,Naive pluripotency
S1 0h:CATCGGGCAGGTACGA,Naive pluripotency
S1 0h:TAAGCCAGTCAACATC,Naive pluripotency
S1 0h:AGGTTACCAGCGTGAA,Naive pluripotency
S1 0h:CCACACTAGGTAGTCG,Naive pluripotency
S1 0h:TCCTGCATCTAGTACG,Naive pluripotency
S1 0h:GAGTCATGTCGAGCAA,Naive pluripotency
S1 0h:AAGCATCTCCCATAGA,Naive pluripotency
S1 0h:AGATCGTTCACCATCC,Naive pluripotency
S1 0h:TGCAGGCTCATGAAAG,Naive pluripotency
S1 0h:CATCCGTTCTGAGCAT,Naive pluripotency
S1 0h:CATAGACTCCTCGATC,Naive pluripotency
S1 0h:ATTCGTTAGCATGCAG,Naive pluripotency
S1 0h:AGGTTGTTCAACACGT,Naive pluripotency
S1 0h:AAGTGAATCACTTGTT,Naive pluripotency
S1 0h:TAATCTCAGGCATCGA,Naive pluripotency
S1 0h:CGTGAATCACTGCACG,Naive pluripotency
S1 0h:CTCAATTTCCCGTGTT,Naive pluripotency
S1 0h:GACTCAAAGTCACGAG,Naive pluripotency
S1 0h:GAACTGTAGCAATAAC,Naive pluripotency
S1 0h:GGTCTGGCAGCTACTA,Naive pluripotency
S1 0h:TATCGCCGTGGGTCAA,Naive pluripotency
S1 0h:TGCGGCAAGCTAGAGC,Naive pluripotency
S1 0h:TGAATGCTCCACGGAC,Naive pluripotency
S1 0h:CAAGGGAGTATGCTAC,Naive pluripotency
S1 0h:TCTGGCTTCCGCTGTT,Naive pluripotency
S1 0h:CACTAAGGTCCTCCAT,Naive pluripotency
S1 0h:AGAGCCCTCCAATCTT,Naive pluripotency
S1 0h:CCAATGACAACTCGTA,Naive pluripotency
S1 0h:CATGCGGGTCAACACT,Naive pluripotency
S1 0h:AGGAAATCATCGATCA,Naive pluripotency
S1 0h:TGATCAGAGGAGGGTG,Naive pluripotency
S1 0h:CACAGATTCATTCATC,Naive pluripotency
S1 0h:GCTGAATTCACTGGTA,Naive pluripotency
S1 0h:GACCTTCGTTTACGTG,Naive pluripotency
S1 0h:CCACACTAGGTTCAGG,Naive pluripotency
S1 0h:GTTGCGGAGACCATGG,Naive pluripotency
S1 0h:CATCCGTCATCGATAC,Naive pluripotency
S1 0h:CAGTTAGGTCCACATA,Naive pluripotency
S1 0h:CATTGTTAGGCTCAAG,Naive pluripotency
S1 0h:AGGAAATGTCCTATAG,Naive pluripotency
S1 0h:AACACACAGAAGGGAT,Naive pluripotency
S1 0h:GTTACGATCGTCCTTG,Naive pluripotency
S1 0h:CACAACAAGTAAGCAT,Naive pluripotency
S1 0h:AACCACAAGCGACTAG,Naive pluripotency
S1 0h:TCTATACCACACGGTC,Naive pluripotency
S1 0h:AACTTCTCAACGGGTA,Naive pluripotency
S1 0h:GGAATGGTCCCGTTCA,Naive pluripotency
S1 0h:GCCATGGGTCTACGTA,Naive pluripotency
S1 0h:TATCGCCCAGACAAGC,Naive pluripotency
S1 0h:AGGTCATCATGAAAGT,Naive pluripotency
S1 0h:CCGGTGACAAGTATCC,Naive pluripotency
S1 0h:CATTCCGAGTACCCTA,Naive pluripotency
S1 0h:CTCATGCAGGATCACG,Naive pluripotency
S1 0h:TATATCCGTAGTCTGT,Naive pluripotency
S1 0h:AGTAGCTAGATTGCGG,Naive pluripotency
S1 0h:AAATGGATCAATCCAG,Naive pluripotency
S1 0h:CACCGTTCATAGCTGT,Naive pluripotency
S1 0h:AGAGAATCAACGCATT,Naive pluripotency
S1 0h:ATCGTCCAGTCATGCT,Naive pluripotency
S1 0h:GAGTCATGTCTTGCTC,Naive pluripotency
S1 0h:CTCCTTTAGGGATCAC,Naive pluripotency
S1 0h:CACCAAATCCGAGCTG,Naive pluripotency
S1 0h:ACCACAATCTGTGCGG,Naive pluripotency
S1 0h:AAACGCTTCAAACGAA,Naive pluripotency
S1 0h:CTCGAGGTCGGAAACG,Naive pluripotency
S1 0h:GTAGATCTCTCCGATC,Naive pluripotency
S1 0h:CACTGAAGTTCCTTGC,Naive pluripotency
S1 0h:CGCATAATCCTATTTG,Naive pluripotency
S1 0h:GTAGAAATCCGCAAAT,Naive pluripotency
S1 0h:TAGTGCAGTCAACCTA,Naive pluripotency
S1 0h:AATGACCTCTTCGCTG,Naive pluripotency
S1 0h:TATTTCGCACCCTTAC,Naive pluripotency
S1 0h:TATTGGGCAGTCAGTT,Naive pluripotency
S1 0h:ATGCGATAGGTTCATC,Naive pluripotency
S1 0h:AGCGCCACAGAAGCGT,Naive pluripotency
S1 0h:ACGGTTAGTAAGAACT,Naive pluripotency
S1 0h:GCCCGAACAGATCCTA,Naive pluripotency
S1 0h:TTGACCCAGGGCAATC,Naive pluripotency
S1 0h:CTGTAGACACAACGTT,Naive pluripotency
S1 0h:TGGTACAGTTTCGTAG,Naive pluripotency
S1 0h:TACCCGTAGGGTTAGC,Naive pluripotency
S1 0h:GGGCCATAGCGTTCCG,Naive pluripotency
S1 0h:TCGGGCACAAGTCGTT,Naive pluripotency
S1 0h:AAACGCTAGCTCCACG,Naive pluripotency
S1 0h:GTTACCCTCAGGAAGC,Naive pluripotency
S1 0h:AACGTCATCCATGAGT,Naive pluripotency
S1 0h:TTTCCTCGTGATATAG,Naive pluripotency
S1 0h:TTGGGTATCCCATACC,Naive pluripotency
S1 0h:AATGGAAAGCCTGTCG,Naive pluripotency
S1 0h:AAGCGAGGTACTCCCT,Naive pluripotency
S1 0h:TCAAGACTCATTGAGC,Naive pluripotency
S1 0h:ATTACCTCACCACATA,Naive pluripotency
S1 0h:TAACTTCTCAGGACAG,Naive pluripotency
S1 0h:CCTGCATTCCCGAACG,Naive pluripotency
S1 0h:CTTGATTTCTCGACCT,Naive pluripotency
S1 0h:TCGGGACAGCCGCTTG,Naive pluripotency
S1 0h:GCTTCACGTACTCAAC,Naive pluripotency
S1 0h:TTGTGGATCGTCCTCA,Naive pluripotency
S1 0h:CACACAACAATACGCT,Naive pluripotency
S1 0h:GCGAGAATCGTTCCCA,Naive pluripotency
S1 0h:TCATTCATCATCGTAG,Naive pluripotency
S1 0h:GTCTACCCAGTCTCTC,Naive pluripotency
S1 0h:GTGAGGAAGCCTAACT,Naive pluripotency
S1 0h:GCAGCCATCTGTCCGT,Naive pluripotency
S1 0h:ACGTAGTCAGCTTCCT,Naive pluripotency
S1 0h:TTAGTCTAGACAACTA,Naive pluripotency
S1 0h:TGGAGGACACCGTCTT,Naive pluripotency
S1 0h:TGGATCACAAGCCTGC,Naive pluripotency
S1 0h:ATGACCAAGGCCTAGA,Naive pluripotency
S1 0h:TCCCATGAGAGCAGTC,Naive pluripotency
S1 0h:CTAGGTAAGAGTGAAG,Naive pluripotency
S1 0h:CGGACACAGTCTTCGA,Naive pluripotency
S1 0h:CATCCCAAGCTCGAAG,Naive pluripotency
S1 0h:CCGTTCACACACAGAG,Naive pluripotency
S1 0h:TTCCGGTTCATACGAC,Naive pluripotency
S1 0h:TGCATGACAGAGGAAA,Naive pluripotency
S1 0h:AGATCCACAAATAAGC,Naive pluripotency
S1 0h:TGGTTAGGTTCTCGTC,Naive pluripotency
S1 0h:AGGAATACAACGGCTC,Naive pluripotency
S1 0h:TAGAGTCCATTCTCTA,Naive pluripotency
S1 0h:ATGTCTTTCAGTCTTT,Naive pluripotency
S1 0h:TCTCTGGCACCTCAGG,Naive pluripotency
S1 0h:TGACTCCAGCGTCAAG,Naive pluripotency
S1 0h:GCCCAGATCCCATAGA,Naive pluripotency
S1 0h:TGATCAGTCCAGTGTA,Naive pluripotency
S1 0h:GTTCTATTCTTGCGCT,Naive pluripotency
S1 0h:TAGACCAAGGCAGGGA,Naive pluripotency
S1 0h:CAGTTAGAGGTAGATT,Naive pluripotency
S1 0h:TGTTACTGTTAAGGGC,Naive pluripotency
S1 0h:TGCAGATAGAGGCTGT,Naive pluripotency
S1 0h:CATGCGGGTAACATGA,Naive pluripotency
S1 0h:GTCTAGACACTCATAG,Naive pluripotency
S1 0h:GAAGTAACAATTTCCT,Naive pluripotency
S1 0h:TGATTCTTCCATCTCG,Naive pluripotency
S1 0h:GAACGTTCAAAGGAGA,Naive pluripotency
S1 0h:CCACACTCAAACACGG,Naive pluripotency
S1 0h:AAAGAACAGCTAATGA,Naive pluripotency
S1 0h:GCGATCGAGAAACTCA,Naive pluripotency
S1 0h:GTCGAATCAAATACGA,Naive pluripotency
S1 0h:CAGGTATTCCGTATAG,Naive pluripotency
S1 0h:CCACGTTCAAGACAAT,Naive pluripotency
S1 0h:TCACTCGAGCACTCGC,Naive pluripotency
S1 0h:TCTTCCTAGGGAACAA,Naive pluripotency
S1 0h:TTCCGGTGTTAAACCC,Naive pluripotency
S1 0h:TAAGTCGTCACTGATG,Naive pluripotency
S1 0h:ATACCGACATCCGCGA,Naive pluripotency
S1 0h:TCACTATCACAGTCCG,Naive pluripotency
S1 0h:AGGGTGAAGACTCCGC,Naive pluripotency
S1 0h:TGAGACTGTTAGAAGT,Naive pluripotency
S1 0h:TCATCATCAGCGTGAA,Naive pluripotency
S1 0h:ACCTACCAGCTAGCCC,Naive pluripotency
S1 0h:GCGTTTCGTGCACAAG,Naive pluripotency
S1 0h:ATTCCCGCACAATGAA,Naive pluripotency
S1 0h:ACGGTTAGTGTCATGT,Naive pluripotency
S1 0h:AAAGTCCCAAATGAGT,Naive pluripotency
S1 0h:GTAGCTATCTTGATTC,Naive pluripotency
S1 0h:CACATGAGTTTCGGCG,Naive pluripotency
S1 0h:TCTACCGTCTGCACCT,Naive pluripotency
S1 0h:TGATCAGGTGCCTACG,Naive pluripotency
S1 0h:TATCTGTTCAGACCGC,Naive pluripotency
S1 0h:AATCGTGAGGTTCACT,Naive pluripotency
S1 0h:TGTCCACGTCTATGAC,Naive pluripotency
S1 0h:CGCCATTAGTTGTAAG,Naive pluripotency
S1 0h:AAGTACCTCTGGGAGA,Naive pluripotency
S1 0h:AGAAGCGAGGTCACTT,Naive pluripotency
S1 0h:CTAACTTTCGGAATGG,Naive pluripotency
S1 0h:GTTAGTGCATGACTAC,Naive pluripotency
S1 0h:CGATCGGCATACCGTA,Naive pluripotency
S1 0h:TGCATGACAGGCTCTG,Naive pluripotency
S1 0h:AACCATGTCGAAACAA,Naive pluripotency
S1 0h:TGATCAGCACTCTGCT,Naive pluripotency
S1 0h:GACTATGCAAGCTGCC,Naive pluripotency
S1 0h:AGTCACACATCGCCTT,Naive pluripotency
S1 0h:CACTAAGGTGGGTATG,Naive pluripotency
S1 0h:GATCATGCAAATCAGA,Naive pluripotency
S1 0h:GACAGCCAGATGGTAT,Naive pluripotency
S1 0h:CTCCTCCAGTCTCTGA,Naive pluripotency
S1 0h:TCATTCAAGCGCTGAA,Naive pluripotency
S1 0h:GTCTCACGTGATTCTG,Naive pluripotency
S1 0h:TTACAGGAGGCTTCCG,Naive pluripotency
S1 0h:GACCGTGCACAATTCG,Naive pluripotency
S1 0h:AGATGCTTCTCATGGA,Naive pluripotency
S1 0h:CGAGGAATCTAATTCC,Naive pluripotency
S1 0h:TCACGGGCAGCAATTC,Naive pluripotency
S1 0h:AGATCGTTCTAACGCA,Naive pluripotency
S1 0h:CAATACGAGGTCGCCT,Naive pluripotency
S1 0h:ATCGCCTAGGCGATAC,Naive pluripotency
S1 0h:CGAGGCTCAAGCCATT,Naive pluripotency
S1 0h:TCAGTTTAGTCTCCTC,Naive pluripotency
S1 0h:AGTGACTTCAACTACG,Naive pluripotency
S1 0h:TGACTCCTCGCGCCAA,Naive pluripotency
S1 0h:GGGAGATAGAGTCAAT,Naive pluripotency
S1 0h:TGTAGACCAGACAAAT,Naive pluripotency
S1 0h:CTGCCATCAGCGGATA,Naive pluripotency
S1 0h:TTCATTGAGTCGAATA,Naive pluripotency
S1 0h:TTCAGGACAACGGTAG,Naive pluripotency
S1 0h:CCGCAAGTCCAACCGG,Naive pluripotency
S1 0h:TCAATTCGTCGATGCC,Naive pluripotency
S1 0h:GAGCCTGTCTGAACGT,Naive pluripotency
S1 0h:CCTGCATCATCCCACT,Naive pluripotency
S1 0h:TCACGCTCAAGCACAG,Naive pluripotency
S1 0h:TCATGCCAGACCAGAC,Naive pluripotency
S1 0h:ACGTCCTCAAGTTCGT,Naive pluripotency
S1 0h:AGGTTACGTGTGATGG,Naive pluripotency
S1 0h:CAATGACAGTAGACAT,Naive pluripotency
S1 0h:GATCACACAATCGTCA,Naive pluripotency
S1 0h:GTGTAACCATACATCG,Naive pluripotency
S1 0h:CTCCCTCGTGCCCAGT,Naive pluripotency
S1 0h:GCGATCGCAATACAGA,Naive pluripotency
S1 0h:TTTCCTCAGTAGGCCA,Naive pluripotency
S1 0h:GAACTGTAGTTTCGAC,Naive pluripotency
S1 0h:TACTGCCTCTTAGCCC,Naive pluripotency
S1 0h:GTCTGTCTCGCTGCGA,Naive pluripotency
S1 0h:TTACCATGTAAGTAGT,Naive pluripotency
S1 0h:TCCTTCTTCGTTAGTG,Naive pluripotency
S1 0h:TGAACGTAGCTCGACC,Naive pluripotency
S1 0h:TAGACTGGTGTATCCA,Naive pluripotency
S1 0h:TATTTCGGTTACGCCG,Naive pluripotency
S1 0h:CTGAATGTCCTAAACG,Naive pluripotency
S1 0h:AGATCCATCGGCATCG,Naive pluripotency
S1 0h:AAGTGAAGTCGCATGC,Naive pluripotency
S1 0h:CCTCTAGTCGGAATTC,Naive pluripotency
S1 0h:ACTATGGTCAGCAATC,Naive pluripotency
S1 0h:TCCACCAAGGTACAGC,Naive pluripotency
S1 0h:AGACTCAGTCCAGGTC,Naive pluripotency
S1 0h:CTGAGGCAGGTAGTAT,Naive pluripotency
S1 0h:GATGAGGCAGTTCTAG,Naive pluripotency
S1 0h:CTTCAATGTCCAAGAG,Naive pluripotency
S1 0h:ATTACCTAGTGCACAG,Naive pluripotency
S1 0h:GAGGGTACATCAGCAT,Naive pluripotency
S1 0h:TGTAACGCATAGAAAC,Naive pluripotency
S1 0h:TATCTGTGTTGGTACT,Naive pluripotency
S1 0h:TTGGTTTTCAGGCGAA,Naive pluripotency
S1 0h:GCCAGGTAGACGTCGA,Naive pluripotency
S1 0h:GACTCAACAGCTACCG,Naive pluripotency
S1 0h:TACCCGTAGACATCCT,Naive pluripotency
S1 0h:TTTCACAGTAAGCTCT,Naive pluripotency
S1 0h:ATTCACTCATGTCGTA,Naive pluripotency
S1 0h:TGCGACGAGAGTAACT,Naive pluripotency
S1 0h:TATATCCAGTCACTCA,Naive pluripotency
S1 0h:ATGGTTGTCCTGGGTG,Naive pluripotency
S1 0h:AAGTACCAGTGATAAC,Naive pluripotency
S1 0h:CCACACTTCTTGGAAC,Naive pluripotency
S1 0h:TCCATGCTCGCATGAT,Naive pluripotency
S1 0h:TGATCAGTCCATTTCA,Naive pluripotency
S1 0h:ATCTCTACATCCTTCG,Naive pluripotency
S1 0h:CGGAACCTCAAGAGTA,Naive pluripotency
S1 0h:CGACAGCTCCACGTAA,Naive pluripotency
S1 0h:AGGTCATCAAAGGATT,Naive pluripotency
S1 0h:GACGCTGCATGACGTT,Naive pluripotency
S1 0h:GTCGAATCAGGTTCAT,Naive pluripotency
S1 0h:TATCTTGGTAACACGG,Naive pluripotency
S1 0h:ATCTCTAGTAAGTCAA,Naive pluripotency
S1 0h:TTCCTTCAGATGTTAG,Naive pluripotency
S1 0h:ACGTCCTTCCATCTAT,Naive pluripotency
S1 0h:CTCATGCAGGTTCCAT,Naive pluripotency
S1 0h:TTTCATGTCTTAGTTC,Naive pluripotency
S1 0h:ATCGGCGAGGTTAAAC,Naive pluripotency
S1 0h:ACGTAACTCTTAATCC,Naive pluripotency
S1 0h:GGGCTACTCGTAGTCA,Naive pluripotency
S1 0h:AATCACGAGAGCCGAT,Naive pluripotency
S1 0h:GTGATGTAGATTAGAC,Naive pluripotency
S1 0h:ATGCGATGTGCCTATA,Naive pluripotency
S1 0h:GTCCCATGTTACCCAA,Naive pluripotency
S1 0h:TATCGCCTCACGGGCT,Naive pluripotency
S1 0h:GAGGCCTTCTGCATGA,Naive pluripotency
S1 0h:AAGTGAATCTACACTT,Naive pluripotency
S1 0h:TGAGGGAGTCAGCTTA,Naive pluripotency
S1 0h:GTCACTCCAAGTTCCA,Naive pluripotency
S1 0h:GCTGAATGTGCCTGCA,Naive pluripotency
S1 0h:TGTAACGTCGAGAAGC,Naive pluripotency
S1 0h:TACGGTATCCACATAG,Naive pluripotency
S1 0h:CATACCCAGAGCCATG,Naive pluripotency
S1 0h:CTCCACAAGTAGGATT,Naive pluripotency
S1 0h:GTCCCATCACTTCCTG,Naive pluripotency
S1 0h:CCTTGTGAGGCGCTCT,Naive pluripotency
S1 0h:GCAGGCTTCTTGGAAC,Naive pluripotency
S1 0h:GACCCAGGTAGCACGA,Naive pluripotency
S1 0h:CATTGCCAGTGCCGAA,Naive pluripotency
S1 0h:TCCATGCTCAGCTAGT,Naive pluripotency
S1 0h:TTCACCGGTCGCATTA,Naive pluripotency
S1 0h:AGAACAAAGTCACGCC,Naive pluripotency
S1 0h:GCCATGGAGACACACG,Naive pluripotency
S1 0h:TCCTTTCGTCGTGGTC,Naive pluripotency
S1 0h:GAAGTAACATCTGCGG,Naive pluripotency
S1 0h:AGCTCAAGTCCGACGT,Naive pluripotency
S1 0h:GCCCGAACAACGACTT,Naive pluripotency
S1 0h:AGACCCGTCGGCTGTG,Naive pluripotency
S1 0h:ACATCCCTCAACGAGG,Naive pluripotency
S1 0h:CCCTCAAAGGCTAGCA,Naive pluripotency
S1 0h:TCATCCGTCGCCTATC,Naive pluripotency
S1 0h:GATCACAAGGACAGCT,Naive pluripotency
S1 0h:TGCAGGCGTGCACAAG,Naive pluripotency
S1 0h:ATCGTAGCAACCGTAT,Naive pluripotency
S1 0h:GAGTCTATCCATTCAT,Naive pluripotency
S1 0h:CATTGTTGTTCAAGGG,Naive pluripotency
S1 0h:CTAGGTATCTTCTGTA,Naive pluripotency
S1 0h:GTTGTGAAGATCGCCC,Naive pluripotency
S1 0h:CGGAATTTCTCTCTTC,Naive pluripotency
S1 0h:CCGGACAAGACTGAGC,Naive pluripotency
S1 0h:TACGTCCTCAACCTCC,Naive pluripotency
S1 0h:GGTCACGAGTATGATG,Naive pluripotency
S1 0h:ACAGAAACAGAGGTAC,Naive pluripotency
S1 0h:ACGTTCCAGGCGAACT,Naive pluripotency
S1 0h:ACTTATCTCACCTTAT,Naive pluripotency
S1 0h:TTGTGGACAACCAACT,Naive pluripotency
S1 0h:AGGATAAAGACCCGCT,Naive pluripotency
S1 0h:ATCTTCACAGGTGTGA,Naive pluripotency
S1 0h:TGATGGTCAAATGCGG,Naive pluripotency
S1 0h:GTCATTTTCCTCACTG,Naive pluripotency
S1 0h:ACTATGGTCATTATCC,Naive pluripotency
S1 0h:TGGGTTAAGTAATACG,Naive pluripotency
S1 0h:ATTCCCGGTTCAAAGA,Naive pluripotency
S1 0h:TGGTTAGCAAGACGGT,Naive pluripotency
S1 0h:TCACGGGAGGGAGTGG,Naive pluripotency
S1 0h:TAGGTTGGTCCTGTTC,Naive pluripotency
S1 0h:TGCGGCACAGGTCCGT,Naive pluripotency
S1 0h:CCCGGAATCTTACTGT,Naive pluripotency
S1 0h:GTTACCCTCTACGCGG,Naive pluripotency
S1 0h:CATTGTTGTGAAGCGT,Naive pluripotency
S1 0h:TTAGGGTCAGTAACGG,Naive pluripotency
S1 0h:ATGCATGGTAACAAGT,Naive pluripotency
S1 0h:CGAGTTACAGTTTCGA,Naive pluripotency
S1 0h:TCAGTCCCATGTCAGT,Naive pluripotency
S1 0h:TCTCAGCCAAGGATGC,Naive pluripotency
S1 0h:AACCACAGTTACGATC,Naive pluripotency
S1 0h:TCCCAGTCAGCAGACA,Naive pluripotency
S1 0h:ACGTAGTGTTACGTAC,Naive pluripotency
S1 0h:TGATTCTGTTAAGGAT,Naive pluripotency
S1 0h:CCCTTAGTCTACACAG,Naive pluripotency
S1 0h:CGGAGAAGTCGAATGG,Naive pluripotency
S1 0h:TTTGGAGGTCGAGCTC,Naive pluripotency
S1 0h:AAGTCGTCATGCCGAC,Naive pluripotency
S1 0h:TCATGCCCAGGTACGA,Naive pluripotency
S1 0h:AGGACTTGTTGTAGCT,Naive pluripotency
S1 0h:GGGTAGACACCAGACC,Naive pluripotency
S1 0h:AGGGCTCAGCTACAAA,Naive pluripotency
S1 0h:TCTTGCGCAGCCATTA,Naive pluripotency
S1 0h:GCAGTTAAGTAACGAT,Naive pluripotency
S1 0h:TCACGCTGTGTATTCG,Naive pluripotency
S1 0h:GATCATGCACACCGAC,Naive pluripotency
S1 0h:CGAGTGCGTTCTCGCT,Naive pluripotency
S1 0h:CTTGAGACATGGGCAA,Naive pluripotency
S1 0h:TGATGGTAGCTACTGT,Naive pluripotency
S1 0h:CTGCGAGCACCTATCC,Naive pluripotency
S1 0h:TGGAGGATCCGGGACT,Naive pluripotency
S1 0h:TTGACCCTCATCACAG,Naive pluripotency
S1 0h:GACCAATTCATGAAAG,Naive pluripotency
S1 0h:CCACCATTCGTGTGGC,Naive pluripotency
S1 0h:TGGGAAGTCCCATACC,Naive pluripotency
S1 0h:CGTTCTGTCTTAGCAG,Naive pluripotency
S1 0h:TACGGGCAGGAAACGA,Naive pluripotency
S1 0h:AATAGAGTCTCGACCT,Naive pluripotency
S1 0h:CACCGTTAGATTAGCA,Naive pluripotency
S1 0h:GTTCTATCACATAGCT,Naive pluripotency
S1 0h:AAGCCATAGATAGCAT,Naive pluripotency
S1 0h:ATTACCTCACCTCGTT,Naive pluripotency
S1 0h:TTTACTGGTGGCGCTT,Naive pluripotency
S1 0h:TTTACGTCAATTGAGA,Naive pluripotency
S1 0h:TGATCAGCAACCGGAA,Naive pluripotency
S1 0h:TCAAGTGAGCGATGGT,Naive pluripotency
S1 0h:GGTAACTAGGTTAAAC,Naive pluripotency
S1 0h:CTCAGAAAGTGAATAC,Naive pluripotency
S1 0h:AAGGAATCACATTACG,Naive pluripotency
S1 0h:GAGGGTAAGTACAACA,Naive pluripotency
S1 0h:GCTGAATTCAACTTTC,Naive pluripotency
S1 0h:GTTCGCTAGATCCAAA,Naive pluripotency
S1 0h:GTCAAGTAGGGTGGGA,Naive pluripotency
S1 0h:ATCGGCGTCCGGTAAT,Naive pluripotency
S1 0h:CATAAGCAGCGTTACT,Naive pluripotency
S1 0h:GCCAACGAGAGCAGTC,Naive pluripotency
S1 0h:TCGCTCAAGCTACTGT,Naive pluripotency
S1 0h:TGTTCTAGTAGCGTCC,Naive pluripotency
S1 0h:GTAGGTTCACAGCATT,Naive pluripotency
S1 0h:CTGTAGAAGCCTGAAG,Naive pluripotency
S1 0h:AACGAAACAAAGGCTG,Naive pluripotency
S1 0h:GTTTACTTCGGCCAAC,Naive pluripotency
S1 0h:AGGGAGTTCTCGCGTT,Naive pluripotency
S1 0h:ATCACAGTCTAAACGC,Naive pluripotency
S1 0h:GTCTTTAAGCACTAAA,Naive pluripotency
S1 0h:TGAGGAGGTCGAACGA,Naive pluripotency
S1 0h:AACAACCCACGTAGTT,Naive pluripotency
S1 0h:ATCGTCCAGCGGATCA,Naive pluripotency
S1 0h:TCATGCCTCCGATAAC,Naive pluripotency
S1 0h:GAGTTGTAGGCTAAAT,Naive pluripotency
S1 0h:GCAACATAGAAGCGAA,Naive pluripotency
S1 0h:GTGCACGAGATTGCGG,Naive pluripotency
S1 0h:CATGGATGTGTACGCC,Naive pluripotency
S1 0h:CCAATTTGTTCGGCCA,Naive pluripotency
S1 0h:TTACAGGGTCAAGCCC,Naive pluripotency
S1 0h:GGTGTTATCACTGTCC,Naive pluripotency
S1 0h:TACAACGCACTAACCA,Naive pluripotency
S1 0h:ACAAGCTAGTTGCTGT,Naive pluripotency
S1 0h:GAATAGACATCCTTCG,Naive pluripotency
S1 0h:GGATCTAGTCGTCAGC,Naive pluripotency
S1 0h:CCGGACATCCCTCAAC,Naive pluripotency
S1 0h:CACTGAAAGAATCGTA,Naive pluripotency
S1 0h:CGTGAATCACACCGCA,Naive pluripotency
S1 0h:ACTCCCAAGGGCAACT,Naive pluripotency
S1 0h:CTGGCAGTCCTTTGAT,Naive pluripotency
S1 0h:GTGCTGGTCCGTGTCT,Naive pluripotency
S1 0h:CTTTCAACACGTTCGG,Naive pluripotency
S1 0h:GTAATGCTCGCTCCTA,Naive pluripotency
S1 0h:TCTATCACAAGTGGAC,Naive pluripotency
S1 0h:AACCTTTAGAACCGCA,Naive pluripotency
S1 0h:TCATTACAGCCTTTCC,Naive pluripotency
S1 0h:CGTGATATCGCTACGG,Naive pluripotency
S1 0h:TAACACGGTAACTTCG,Naive pluripotency
S1 0h:CCCTAACTCCGATGCG,Naive pluripotency
S1 0h:TGTGAGTAGTGGTGGT,Naive pluripotency
S1 0h:ATGATCGTCCTGTAAG,Naive pluripotency
S1 0h:CATGGTAGTCAGTCCG,Naive pluripotency
S1 0h:TAGAGTCCAACAACAA,Naive pluripotency
S1 0h:GAAGCCCGTGTCCTAA,Naive pluripotency
S1 0h:CTGGCAGCAGCAGTCC,Naive pluripotency
S1 0h:CCACAAAAGGCGACAT,Naive pluripotency
S1 0h:GCCAGCACACGCAGTC,Naive pluripotency
S1 0h:TTTGACTGTTTCGTTT,Naive pluripotency
S1 0h:TAGGAGGTCGTTAGTG,Naive pluripotency
S1 0h:TGAGTCAAGTTCAACC,Naive pluripotency
S1 0h:TCGCAGGTCGCCCAGA,Naive pluripotency
S1 0h:GCAGGCTGTCGCTGCA,Naive pluripotency
S1 0h:GTCTTTAAGGCCTTCG,Naive pluripotency
S1 0h:CTGTCGTCAGTTTCAG,Naive pluripotency
S1 0h:TCATTGTCAGGAAGTC,Naive pluripotency
S1 0h:CGTAATGCAGGAATAT,Naive pluripotency
S1 0h:CATTCCGTCGCAATTG,Naive pluripotency
S1 0h:TATTTCGTCGACATAC,Naive pluripotency
S1 0h:TGATCTTCAAATGGAT,Naive pluripotency
S1 0h:GAGTGAGGTGTGCTTA,Naive pluripotency
S1 0h:GGCTTGGTCATGCCAA,Naive pluripotency
S1 0h:GCTGGGTAGACTTGTC,Naive pluripotency
S1 0h:ATCGTCCGTTTCGACA,Naive pluripotency
S1 0h:GAAGCGACACCGTACG,Naive pluripotency
S1 0h:TTGGATGCAACATCGT,Naive pluripotency
S1 0h:CGGCAGTCAAGTTCGT,Naive pluripotency
S1 0h:TGGTAGTGTCCACGCA,Naive pluripotency
S1 0h:CTCTGGTAGCAGCCCT,Naive pluripotency
S1 0h:CCCGAAGAGTAAATGC,Naive pluripotency
S1 0h:CTAACTTTCGACGCGT,Naive pluripotency
S1 0h:AAGTGAAAGAACTTCC,Naive pluripotency
S1 0h:GATCGTAGTTGCATGT,Naive pluripotency
S1 0h:GCCATTCCAACGACTT,Naive pluripotency
S1 0h:CAAGGGACACGATAGG,Naive pluripotency
S1 0h:TTCCACGCAAGTTTGC,Naive pluripotency
S1 0h:AGTTCGATCTGCGATA,Naive pluripotency
S1 0h:ATGGTTGAGAAAGTCT,Naive pluripotency
S1 0h:AGCGTATAGCGTTAGG,Naive pluripotency
S1 0h:GGGCGTTAGAGCTTTC,Naive pluripotency
S1 0h:CCTCCAAAGTTGCATC,Naive pluripotency
S1 0h:ATTTCACAGTGTCATC,Naive pluripotency
S1 0h:GCCCAGATCAAATGAG,Naive pluripotency
S1 0h:AGTTAGCTCCAGCCTT,Naive pluripotency
S1 0h:GATTGGTCAGGCTTGC,Naive pluripotency
S1 0h:CAGCCAGTCCATCCGT,Naive pluripotency
S1 0h:AAAGGATAGAGGATGA,Naive pluripotency
S1 0h:ATCTCTAGTGGATGAC,Naive pluripotency
S1 0h:GACATCACACCGTCGA,Naive pluripotency
S1 0h:TAGAGTCGTCGGTGTC,Naive pluripotency
S1 0h:AATGCCAGTTTACTTC,Naive pluripotency
S1 0h:TGATTCTAGGTGGTTG,Naive pluripotency
S1 0h:TGATGGTAGTTAACGA,Naive pluripotency
S1 0h:ACGTTCCTCACCCTGT,Naive pluripotency
S1 0h:GGCTTGGGTGCCCACA,Naive pluripotency
S1 0h:CACTGGGGTCACAGAG,Naive pluripotency
S1 0h:CACTGGGGTATGCGGA,Naive pluripotency
S1 0h:ATGGGTTCAACACTAC,Naive pluripotency
S1 0h:CTAGACAGTAGTACGG,Naive pluripotency
S1 0h:GGTTAACTCGTTCCTG,Naive pluripotency
S1 0h:ATGGATCTCATGGATC,Naive pluripotency
S1 0h:TTATTGCCACGTATAC,Naive pluripotency
S1 0h:CACATGACAAGGACAC,Naive pluripotency
S1 0h:AGGCTGCTCACTTCTA,Naive pluripotency
S1 0h:GTTTGGAGTGACCGTC,Naive pluripotency
S1 0h:TATCCTATCCATCCGT,Naive pluripotency
S1 0h:GGGTGAAAGCAGGTCA,Naive pluripotency
S1 0h:TGAATCGGTATACGGG,Naive pluripotency
S1 0h:GAGCTGCTCCAAACCA,Naive pluripotency
S1 0h:CAGTTAGCAGACCTAT,Naive pluripotency
S1 0h:AGCTCAAGTACGTAGG,Naive pluripotency
S1 0h:CATTGTTCATGGCCAC,Naive pluripotency
S1 0h:ATTCAGGTCCCATACC,Naive pluripotency
S1 0h:TTGCGTCTCATCGCAA,Naive pluripotency
S1 0h:TGCTCGTTCAGCATTG,Naive pluripotency
S1 0h:TCGCTTGCAACCTAAC,Naive pluripotency
S1 0h:CAGCCAGCAAAGGAGA,Naive pluripotency
S1 0h:GATTCGAGTGCCCGTA,Naive pluripotency
S1 0h:AAACCCAGTCTCGACG,Exiting naive pluripotency
S1 0h:GAGACTTAGGCACTCC,Naive pluripotency
S1 0h:AGGTAGGGTACAGTAA,Naive pluripotency
S1 0h:AACAAAGTCGAACTCA,Naive pluripotency
S1 0h:ATGGGTTAGACGACTG,Naive pluripotency
S1 0h:GCTACAATCAACTTTC,Naive pluripotency
S1 0h:CGTCAAACAGAACTAA,Naive pluripotency
S1 0h:TCCCATGGTCGAGCAA,Naive pluripotency
S1 0h:GAAGTAAGTACGAGCA,Naive pluripotency
S1 0h:GTGGCGTAGTAAGAGG,Naive pluripotency
S1 0h:CAGTTAGGTCAAGCCC,Naive pluripotency
S1 0h:CCACAAACACCGGCTA,Naive pluripotency
S1 0h:TTTACTGCAGGCTTGC,Naive pluripotency
S1 0h:TGGGCTGCAGTTGTTG,Naive pluripotency
S1 0h:ACTGTGACAGTGTGCC,Naive pluripotency
S1 0h:ATGCATGAGGTAATCA,Naive pluripotency
S1 0h:TTTGACTTCTTGATTC,Naive pluripotency
S1 0h:AGTAGTCGTGGTCTTA,Naive pluripotency
S1 0h:CTTCTCTTCTTGGAAC,Naive pluripotency
S1 0h:GGGAAGTCACATCATG,Naive pluripotency
S1 0h:ATCGGATAGTGCCTCG,Naive pluripotency
S1 0h:TCCATCGTCGGAGTAG,Naive pluripotency
S1 0h:GCAACATTCATTGAGC,Naive pluripotency
S1 0h:GGGTTTACACAAATAG,Naive pluripotency
S1 0h:CAAGACTCACTCAGAT,Naive pluripotency
S1 0h:CCGGGTACACAACGAG,Naive pluripotency
S1 0h:TTACAGGAGTGTTGTC,Naive pluripotency
S1 0h:GGGTCTGTCGTTCTGC,Naive pluripotency
S1 0h:TGAGACTCACCGTGGT,Naive pluripotency
S1 0h:CAACAACAGCATTGAA,Naive pluripotency
S1 0h:AGTCTCCAGCGACAGT,Naive pluripotency
S1 0h:GTTGCGGGTGCGGCTT,Naive pluripotency
S1 0h:ATGTCTTTCACCACAA,Naive pluripotency
S1 0h:TTCCGTGAGGCTTAGG,Naive pluripotency
S1 0h:CATGCAACACCAGACC,Naive pluripotency
S1 0h:CCTTGTGAGCGACATG,Naive pluripotency
S1 0h:GTTGAACGTGTACAGG,Naive pluripotency
S1 0h:CAGCAATCATCCGGCA,Naive pluripotency
S1 0h:TGTCCTGAGTATGTAG,Naive pluripotency
S1 0h:TGCTTGCCATGGCTGC,Naive pluripotency
S1 0h:CCTCATGCATCGATCA,Naive pluripotency
S1 0h:CATCGGGAGATGATTG,Naive pluripotency
S1 0h:CATCCACGTAACACCT,Naive pluripotency
S1 0h:CATCGCTCAGAGACTG,Naive pluripotency
S1 0h:TATACCTTCAGGCGAA,Naive pluripotency
S1 0h:TAGGTACTCCGCAAAT,Naive pluripotency
S1 0h:TAAGCCATCAGATGCT,Naive pluripotency
S1 0h:GTCTACCAGTCAAGCG,Naive pluripotency
S1 0h:GAGTGAGGTATGCGTT,Naive pluripotency
S1 0h:GTCATTTCAACGATCT,Naive pluripotency
S1 0h:TACTTCAAGCCAGAGT,Naive pluripotency
S1 0h:TATTTCGTCCCTGGTT,Naive pluripotency
S1 0h:CTCTCGATCGAGTGAG,Naive pluripotency
S1 0h:TCGATTTAGACCATAA,Naive pluripotency
S1 0h:TGTCCACAGTCCTGCG,Naive pluripotency
S1 0h:GATGAGGCATAGGAGC,Naive pluripotency
S1 0h:AGAAATGCAGCGAACA,Naive pluripotency
S1 0h:ACACCAAAGTAACGAT,Naive pluripotency
S1 0h:GATGACTTCTGGGCGT,Naive pluripotency
S1 0h:CAGTGCGTCACCTCAC,Naive pluripotency
S1 0h:GTAGTACCAAGATGGC,Naive pluripotency
S1 0h:TGATCTTGTGGGTATG,Naive pluripotency
S1 0h:GTTCCGTGTTTACCTT,Naive pluripotency
S1 0h:TAGGTTGTCTCAATCT,Naive pluripotency
S1 0h:AATCACGAGCATCGAG,Naive pluripotency
S1 0h:ACGATGTGTCTTTCTA,Naive pluripotency
S1 0h:ACGGGTCAGGGAGAAT,Naive pluripotency
S1 0h:CTCCTTTGTCCCTAAA,Naive pluripotency
S1 0h:AGAACCTGTTACACAC,Naive pluripotency
S1 0h:GAGAGGTAGTTGAAGT,Naive pluripotency
S1 0h:CACTGTCCAATTGAGA,Naive pluripotency
S1 0h:CCGCAAGGTAGATCCT,Naive pluripotency
S1 0h:GTGCTTCTCGAGTCCG,Exiting naive pluripotency
S1 0h:TTTCAGTAGATAACAC,Naive pluripotency
S1 0h:TGAGGGACAAAGGGCT,Naive pluripotency
S1 0h:GAGAGGTAGTATTAGG,Naive pluripotency
S1 0h:GGCTTTCTCATTTGGG,Naive pluripotency
S1 0h:GCGTGCACAACAAGTA,Naive pluripotency
S1 0h:TGCGGGTGTAGCGCTC,Naive pluripotency
S1 0h:TGTTCTATCCACAGCG,Naive pluripotency
S1 0h:TCATTCAAGCCTTGAT,Naive pluripotency
S1 0h:CCACCATAGTATCTGC,Naive pluripotency
S1 0h:GTCTCACGTCCGAAAG,Naive pluripotency
S1 0h:GGAGGTAAGGTTCTAC,Naive pluripotency
S1 0h:ATTACTCAGCACTGGA,Naive pluripotency
S1 0h:AGTCATGTCGACGAGA,Naive pluripotency
S1 0h:TAGACCATCGAACGCC,Naive pluripotency
S1 0h:GCTTCACAGTGTCATC,Naive pluripotency
S1 0h:CCTTGTGCAGCGTGAA,Naive pluripotency
S1 0h:CATCAAGAGTTTAGGA,Naive pluripotency
S1 0h:TCTCTGGTCTGCGTCT,Naive pluripotency
S1 0h:GCACGTGGTATTCTCT,Naive pluripotency
S1 0h:CTAACTTCACAGTCGC,Naive pluripotency
S1 0h:GACCCAGGTTCGCGTG,Naive pluripotency
S1 0h:GTGGTTAAGTTTGAGA,Naive pluripotency
S1 0h:CGTCCATGTCCTTGTC,Naive pluripotency
S1 0h:AGGCTGCTCTCTGGTC,Naive pluripotency
S1 0h:GTTGAACAGCCGAACA,Naive pluripotency
S1 0h:GATGAGGGTAGGTAGC,Naive pluripotency
S1 0h:AATCGACAGAATCCCT,Naive pluripotency
S1 0h:AGTGACTTCGCTAAAC,Naive pluripotency
S1 0h:GGTAGAGAGACTACGG,Naive pluripotency
S1 0h:TGCAGTAAGCGACTGA,Naive pluripotency
S1 0h:CGCAGGTTCGGCATCG,Naive pluripotency
S1 0h:ACATCCCAGACCAAAT,Naive pluripotency
S1 0h:GTCGAATAGAAGCCTG,Naive pluripotency
S1 0h:AACCTTTAGAAGTGTT,Naive pluripotency
S1 0h:CGAGTTAAGAGGTTTA,Naive pluripotency
S1 0h:GTTGCGGCACTTGAAC,Naive pluripotency
S1 0h:TGGGCTGAGTAAACTG,Naive pluripotency
S1 0h:AGGGTGATCATGTCAG,Naive pluripotency
S1 0h:TTGCGTCCAGAAGTTA,Naive pluripotency
S1 0h:CAGGCCACACCGGCTA,Naive pluripotency
S1 0h:TACCTGCTCCGTAGGC,Naive pluripotency
S1 0h:CCGTGAGTCACGGACC,Naive pluripotency
S1 0h:CACAACATCACCCTGT,Naive pluripotency
S1 0h:TACCGAAAGTCTACCA,Naive pluripotency
S1 0h:GCCGTGACACAAGCTT,Naive pluripotency
S1 0h:CTTCCGAGTACTGCGC,Naive pluripotency
S1 0h:TTGGGCGGTTGGCCTG,Naive pluripotency
S1 0h:CGAGTTATCAGGAACG,Naive pluripotency
S1 0h:TGAGTCACACTCTGCT,Naive pluripotency
S1 0h:ACCAACAGTTATGTCG,Naive pluripotency
S1 0h:TAGACCAGTGGCTTAT,Naive pluripotency
S1 0h:TCCGATCTCTATGTGG,Naive pluripotency
S1 0h:TTTCGATAGTAAACGT,Naive pluripotency
S1 0h:ATTTACCCAGTAACAA,Naive pluripotency
S1 0h:TAGCACAGTGGAGAAA,Naive pluripotency
S1 0h:GACCCAGGTTAAGACA,Naive pluripotency
S1 0h:TGCCGAGGTGTGTTTG,Naive pluripotency
S1 0h:TCAGTCCTCTAAGAAG,Naive pluripotency
S1 0h:GTGTGGCTCCAGTACA,Naive pluripotency
S1 0h:GCAACCGCAAGAGAGA,Naive pluripotency
S1 0h:CTCAATTCAGGCGAAT,Naive pluripotency
S1 0h:AGTCTCCGTTGCATGT,Naive pluripotency
S1 0h:TGAGCATTCTGCGATA,Naive pluripotency
S1 0h:CTGTAGACAGAAATCA,Naive pluripotency
S1 0h:TTTACCATCATTGCTT,Naive pluripotency
S1 0h:CTGCAGGAGAAGAGCA,Naive pluripotency
S1 0h:AGATGAACAAGTTGGG,Naive pluripotency
S1 0h:TTGAGTGCATTAAAGG,Naive pluripotency
S1 0h:GACTCAATCATCACAG,Naive pluripotency
S1 0h:GTGGGAAAGATGGTAT,Naive pluripotency
S1 0h:CGATGGCTCAGCCTTC,Naive pluripotency
S1 0h:AGGTGTTTCCCTCAAC,Naive pluripotency
S1 0h:CGATGCGCACTAGAGG,Naive pluripotency
S1 0h:GGCTTTCGTAGCTTGT,Naive pluripotency
S1 0h:CTTTCAAAGAATCTAG,Naive pluripotency
S1 0h:CACAACAGTAGCTGTT,Naive pluripotency
S1 0h:GTGTAACTCGACGATT,Naive pluripotency
S1 0h:GTGCAGCGTGAGTAGC,Naive pluripotency
S1 0h:TTTACCATCGAGATGG,Naive pluripotency
S1 0h:TGGGAGACACCTCAGG,Naive pluripotency
S1 0h:TCCTTCTAGAGAGCCT,Naive pluripotency
S1 0h:GCAGTTAGTAGTGCGA,Naive pluripotency
S1 0h:TGACGCGAGTGTTCCA,Naive pluripotency
S1 0h:CCTCCAATCGCCTTGT,Naive pluripotency
S1 0h:AGGTTGTCACATGGTT,Naive pluripotency
S1 0h:GCAGCCATCCGGCAGT,Naive pluripotency
S1 0h:ATTTCTGGTTGTCATG,Naive pluripotency
S1 0h:ACCAAACAGATCCTAC,Naive pluripotency
S1 0h:TCTATACGTTTGCAGT,Naive pluripotency
S1 0h:AGAACAAGTCGTACAT,Naive pluripotency
S1 0h:CCCTCAATCGATTGGT,Naive pluripotency
S1 0h:CCGAACGAGTGCACTT,Naive pluripotency
S1 0h:GAGTTACCAGAACTTC,Naive pluripotency
S1 0h:GGAATGGCAGAACATA,Naive pluripotency
S1 0h:TTTCAGTCACAATTCG,Naive pluripotency
S1 0h:TATCGCCGTTGACTAC,Naive pluripotency
S1 0h:GGTGTCGAGAAGGTAG,Naive pluripotency
S1 0h:TCCCATGAGTTGGACG,Naive pluripotency
S1 0h:CGGAACCGTGAACTAA,Naive pluripotency
S1 0h:GTGGCGTAGACCCTTA,Naive pluripotency
S1 0h:GTGTCCTTCAACGAGG,Naive pluripotency
S1 0h:TTACCGCTCTTGGCTC,Naive pluripotency
S1 0h:AACCATGAGGTACAGC,Naive pluripotency
S1 0h:TGCAGGCCATCGCTGG,Naive pluripotency
S1 0h:GTCATTTGTCCTCATC,Naive pluripotency
S1 0h:CTAACCCGTGTACAGG,Naive pluripotency
S1 0h:CAAGGGAAGCGTATGG,Naive pluripotency
S1 0h:ACGGTCGAGGTTTACC,Naive pluripotency
S1 0h:AGAAGTACACACCTTC,Naive pluripotency
S1 0h:GCGAGAAAGTCACTAC,Naive pluripotency
S1 0h:CAGCAATCAACTACGT,Naive pluripotency
S1 0h:TAGATCGCATGACACT,Naive pluripotency
S1 0h:CAAGCTATCCGTTTCG,Naive pluripotency
S1 0h:ATGACCAGTACACGTT,Naive pluripotency
S1 0h:CGAAGTTGTCAACCAT,Naive pluripotency
S1 0h:CATTTCATCGTCTAAG,Naive pluripotency
S1 0h:TCTGCCAGTACCTATG,Naive pluripotency
S1 0h:GTCAAGTTCACTTTGT,Naive pluripotency
S1 0h:GCACGGTAGATTGAGT,Naive pluripotency
S1 0h:TACAACGCACACACGC,Naive pluripotency
S1 0h:CACGAATAGGTCATAA,Naive pluripotency
S1 0h:TGCAGTAAGTTGTAGA,Naive pluripotency
S1 0h:GACTCTCGTTGGCCGT,Naive pluripotency
S1 0h:TTGACCCCATGCGGTC,Naive pluripotency
S1 0h:GTGAGTTAGGTTACAA,Naive pluripotency
S1 0h:CGCCAGAGTCTGCCTT,Naive pluripotency
S1 0h:GCTTCACAGCGTCAAG,Naive pluripotency
S1 0h:ATTTACCAGAACCCGA,Naive pluripotency
S1 0h:GAGACCCAGCGATGAC,Naive pluripotency
S1 0h:CCTCTAGTCTTTGCTA,Naive pluripotency
S1 0h:TAATCTCCAGGATTCT,Naive pluripotency
S1 0h:GCATTAGAGCGATCGA,Naive pluripotency
S1 0h:TCGGATATCTCATTTG,Naive pluripotency
S1 0h:CAGCAGCAGTGCTCAT,Naive pluripotency
S1 0h:ATGCGATGTATCGCGC,Naive pluripotency
S1 0h:AGGGAGTGTCATAGTC,Naive pluripotency
S1 0h:CAATACGAGAATAGTC,Naive pluripotency
S1 0h:CACGGGTAGTTGGACG,Naive pluripotency
S1 0h:TCAGTTTGTTGCTAGT,Naive pluripotency
S1 0h:CATGCCTGTCCAACGC,Naive pluripotency
S1 0h:AGTACCATCACAGTGT,Naive pluripotency
S1 0h:ACCACAACAAATGCGG,Naive pluripotency
S1 0h:CAGGTATCAGTTTGGT,Naive pluripotency
S1 0h:ATACCTTTCGGTCGAC,Naive pluripotency
S1 0h:GGGTTTATCAGACTGT,Naive pluripotency
S1 0h:CTCAGTCAGGACACTG,Naive pluripotency
S1 0h:ACATCCCCATGTGGTT,Naive pluripotency
S1 0h:TAATTCCCAGTGAGCA,Naive pluripotency
S1 0h:ACCGTTCGTCGAATTC,Naive pluripotency
S1 0h:CGCATAATCCCTTGGT,Naive pluripotency
S1 0h:ATCGGATTCCGAACGC,Naive pluripotency
S1 0h:AAGTTCGGTATGAGGC,Naive pluripotency
S1 0h:CTCCTTTCAGTCGTTA,Naive pluripotency
S1 0h:GATGATCTCGCTTAAG,Naive pluripotency
S1 0h:TTCAATCTCGCGAAGA,Naive pluripotency
S1 0h:CACGAATCATCGCTAA,Naive pluripotency
S1 0h:GTGATGTCATCTTTCA,Naive pluripotency
S1 0h:GAAATGATCTACCTTA,Naive pluripotency
S1 0h:GGGTCACTCGCGTGAC,Naive pluripotency
S1 0h:AGGAGGTCAATACCCA,Naive pluripotency
S1 0h:CTGTATTGTGAGTAAT,Naive pluripotency
S1 0h:AACCTTTCATCGAAGG,Naive pluripotency
S1 0h:CCACGAGAGTGAGCCA,Naive pluripotency
S1 0h:TGTACAGTCGAGAACG,Naive pluripotency
S1 0h:ACCGTTCGTACTGCCG,Naive pluripotency
S1 0h:TGCTCGTCAATGGGTG,Naive pluripotency
S1 0h:GTGGCGTTCTTAAGGC,Naive pluripotency
S1 0h:GTGTGATTCTTGGATG,Naive pluripotency
S1 0h:TGCTTGCGTGTGTACT,Naive pluripotency
S1 0h:TTGGATGAGGGCCTCT,Naive pluripotency
S1 0h:GGCTTGGCATCCGGTG,Naive pluripotency
S1 0h:ACTTTCATCGCAGATT,Naive pluripotency
S1 0h:GATGAGGGTGTAGCAG,Naive pluripotency
S1 0h:GACAGCCCATGGATCT,Naive pluripotency
S1 0h:CCGATGGGTTAAGGAT,Naive pluripotency
S1 0h:TATTTCGAGATTCGCT,Naive pluripotency
S1 0h:AACGTCAGTGACAGCA,Naive pluripotency
S1 0h:CGTCAAATCATTTGGG,Naive pluripotency
S1 0h:TGTTCATAGATCGCTT,Naive pluripotency
S1 0h:CGAGAAGTCCATTGGA,Naive pluripotency
S1 0h:TCTCACGTCCAAGCCG,Naive pluripotency
S1 0h:CCTTGTGAGACCGCCT,Naive pluripotency
S1 0h:GGGATCCGTGAGTGAC,Naive pluripotency
S1 0h:GGAATGGGTGCTATTG,Naive pluripotency
S1 0h:TAAGCCAAGGTTGAGC,Naive pluripotency
S1 0h:GTAACCATCTCGCTTG,Naive pluripotency
S1 0h:ATGAGGGAGTCTTGGT,Naive pluripotency
S1 0h:GCAACCGCACAAGCCC,Naive pluripotency
S1 0h:CCCTCAAAGCTTTCCC,Naive pluripotency
S1 0h:CTCCGATGTGTGCTTA,Naive pluripotency
S1 0h:GCGGATCGTTCTTAGG,Naive pluripotency
S1 0h:GGGATCCCATCCGTGG,Naive pluripotency
S1 0h:TCGGGTGCAATTCTTC,Naive pluripotency
S1 0h:CTTCCTTAGATAACGT,Naive pluripotency
S1 0h:GTAATCGAGCATGTTC,Naive pluripotency
S1 0h:GTGAGTTTCGAGTGGA,Naive pluripotency
S1 0h:CAGATACCATTGGATC,Naive pluripotency
S1 0h:TTGCGTCTCCGCACTT,Exiting naive pluripotency
S1 0h:TGAGTCAAGTAGCCAG,Naive pluripotency
S1 0h:GGGATCCGTCACTTAG,Naive pluripotency
S1 0h:AAAGTCCAGTGGTTGG,Naive pluripotency
S1 0h:CTGAGGCAGTCTGGTT,Naive pluripotency
S1 0h:ACTTTCATCAATCTTC,Naive pluripotency
S1 0h:CTCTCAGAGGATAATC,Naive pluripotency
S1 0h:ACTCCCAGTCACGTGC,Naive pluripotency
S1 0h:GGAGGATTCTTACTGT,Naive pluripotency
S1 0h:CCGGTGAGTAGGTAGC,Naive pluripotency
S1 0h:GAGAGGTCAGTTACCA,Naive pluripotency
S1 0h:GATGTTGTCTTGGAAC,Naive pluripotency
S1 0h:CGGCAGTGTGCTCTTC,Naive pluripotency
S1 0h:CATGGATAGCCATTTG,Naive pluripotency
S1 0h:TGTGCGGCACCTCAGG,Naive pluripotency
S1 0h:CCTATCGCACCCTTGT,Naive pluripotency
S1 0h:TCTATCAAGCTATCCA,Naive pluripotency
S1 0h:TGCGATACACTAGAGG,Naive pluripotency
S1 0h:GCGTTTCAGCGTCTCG,Naive pluripotency
S1 0h:GTGGAAGAGTTAGTAG,Naive pluripotency
S1 0h:TGAATCGTCGCCTAGG,Naive pluripotency
S1 0h:GGGAAGTGTTCCGCGA,Naive pluripotency
S1 0h:GTGCAGCAGCGCCGTT,Naive pluripotency
S1 0h:AGGGTGATCTAGACAC,Naive pluripotency
S1 0h:GAACACTCATTGGGAG,Naive pluripotency
S1 0h:CCGGGTAAGATTACCC,Naive pluripotency
S1 0h:GTGCTGGTCCTCTAAT,Naive pluripotency
S1 0h:TCGTCCAGTTCGGCTG,Naive pluripotency
S1 0h:ATTCTACGTTAAGAAC,Naive pluripotency
S1 0h:ATTCTACGTCATGGCC,Naive pluripotency
S1 0h:CCGCAAGGTGAATAAC,Naive pluripotency
S1 0h:ATTCAGGAGCACACAG,Naive pluripotency
S1 0h:GGCGTCACATTCCTCG,Naive pluripotency
S1 0h:ACTACGATCGGATTAC,Naive pluripotency
S1 0h:ATCGCCTCACTGCGAC,Naive pluripotency
S1 0h:ATGGGAGTCTGTAAGC,Naive pluripotency
S1 0h:GGGTAGATCTCTGGTC,Naive pluripotency
S1 0h:TGATTCTAGAGAACCC,Naive pluripotency
S1 0h:CACCGTTAGAACGTGC,Naive pluripotency
S1 0h:CTCATGCGTTGTTGCA,Naive pluripotency
S1 0h:GTTGCGGAGTGGGAAA,Naive pluripotency
S1 0h:TTGGGCGAGTTAACGA,Naive pluripotency
S1 0h:TTGGGTAGTAAGTAGT,Naive pluripotency
S1 0h:AGATCCACAATTCGTG,Naive pluripotency
S1 0h:ATCTTCATCAAGCGTT,Naive pluripotency
S1 0h:GTCTACCCAGAGAATT,Naive pluripotency
S1 0h:GGATCTAGTCTCTCAC,Naive pluripotency
S1 0h:AAGATAGGTCGAACGA,Naive pluripotency
S1 0h:GGACGTCAGGGAGTGG,Naive pluripotency
S1 0h:TCCGAAAGTTCTGACA,Naive pluripotency
S1 0h:GGTAACTCATAGATCC,Naive pluripotency
S1 0h:CAATGACTCAGCTGAT,Naive pluripotency
S1 0h:CGCATGGTCTCGCTTG,Naive pluripotency
S1 0h:TCCTCCCGTCAATCTG,Naive pluripotency
S1 0h:ATGATCGAGTGGTGAC,Naive pluripotency
S1 0h:CCGTTCAGTAGGTCAG,Naive pluripotency
S1 0h:CCTCATGCACCAAAGG,Naive pluripotency
S1 0h:CAACCTCAGCACGGAT,Naive pluripotency
S1 0h:CGCCATTTCCCAGTGG,Naive pluripotency
S1 0h:GATGATCAGCGTACAG,Naive pluripotency
S1 0h:TGCAGGCCAGGACTAG,Naive pluripotency
S1 0h:CAAGCTATCGTCTCAC,Naive pluripotency
S1 0h:CACACAAGTAGGAAAG,Naive pluripotency
S1 0h:TGCATCCGTTGCTCCT,Naive pluripotency
S1 0h:GGTCACGAGATCCTAC,Naive pluripotency
S1 0h:CGTGTCTTCCAATGCA,Naive pluripotency
S1 0h:AAGCCATTCCGTGTCT,Naive pluripotency
S1 0h:GTAGAGGAGGTTGGTG,Naive pluripotency
S1 0h:TTCCTAATCGTTTACT,Naive pluripotency
S1 0h:TACGTCCCACACCTTC,Naive pluripotency
S1 0h:CCTACGTTCACGTAGT,Naive pluripotency
S1 0h:CAGCGTGCAAGTGGCA,Naive pluripotency
S1 0h:AGATGAACAAATCAGA,Naive pluripotency
S1 0h:TCGCACTCATCGCCTT,Naive pluripotency
S1 0h:CGAGGCTCATGGGTTT,Naive pluripotency
S1 0h:CGTTAGATCTGATTCT,Naive pluripotency
S1 0h:CACTGGGCACACAGCC,Naive pluripotency
S1 0h:ACAGCCGTCAAGGACG,Naive pluripotency
S1 0h:AAGTGAATCGAGTGAG,Naive pluripotency
S1 0h:CCGATCTGTGTTCGAT,Naive pluripotency
S1 0h:GGTAGAGTCTTGGTCC,Naive pluripotency
S1 0h:ACTTTCACATAATCCG,Naive pluripotency
S1 0h:GTTGCGGGTTTCTATC,Naive pluripotency
S1 0h:CCCGGAAAGCACCCAC,Naive pluripotency
S1 0h:TTTCGATTCGCGTGCA,Naive pluripotency
S1 0h:TACTTACCACTGATTG,Naive pluripotency
S1 0h:AGGGCTCCACTTCATT,Naive pluripotency
S1 0h:CCAATGAAGCTCCCTT,Naive pluripotency
S1 0h:ACTTTGTTCCTGTTAT,Naive pluripotency
S1 0h:AGAGCCCCAACGACTT,Naive pluripotency
S1 0h:ACACAGTTCTTCTCAA,Naive pluripotency
S1 0h:TAGAGTCCAGTCGCTG,Naive pluripotency
S1 0h:CTTCCGAAGCGACAGT,Naive pluripotency
S1 0h:GTTACAGAGACACACG,Naive pluripotency
S1 0h:GGTCACGCATACGCAT,Naive pluripotency
S1 0h:ATCCATTAGTTGCATC,Naive pluripotency
S1 0h:TGTACAGAGGGCCAAT,Naive pluripotency
S1 0h:GGGACTCAGGAGCAAA,Naive pluripotency
S1 0h:CTCTCAGCAGCTGTAT,Naive pluripotency
S1 0h:CTGCTCACATATGCGT,Naive pluripotency
S1 0h:TCAGCAATCTCCCTAG,Naive pluripotency
S1 0h:CTTCTCTGTAGCTTGT,Naive pluripotency
S1 0h:CACAGGCTCGGCATAT,Naive pluripotency
S1 0h:TTCTTCCCATTAAGCC,Naive pluripotency
S1 0h:AACACACAGTAAACGT,Naive pluripotency
S1 0h:CGTAATGAGTATCTGC,Naive pluripotency
S1 0h:GTAATCGAGTGCCTCG,Naive pluripotency
S1 0h:GTAGAAAGTTCCCAAA,Naive pluripotency
S1 0h:TCATGAGAGCCGAACA,Naive pluripotency
S1 0h:GTAGCTAAGCATGTTC,Naive pluripotency
S1 0h:CTCAAGACAACTCGTA,Naive pluripotency
S1 0h:TGTCCCAAGGTTGAGC,Naive pluripotency
S1 0h:TCCCAGTGTATTCCTT,Naive pluripotency
S1 0h:TGTCCACGTGCTCTTC,Naive pluripotency
S1 0h:GTTCCGTGTACGAGTG,Naive pluripotency
S1 0h:CATGCGGCATACCATG,Naive pluripotency
S1 0h:CATTCCGAGGCAGCTA,Naive pluripotency
S1 0h:TCCTTTCAGTTGCTGT,Naive pluripotency
S1 0h:GGGTCACTCATTACCT,Naive pluripotency
S1 0h:CCTACGTAGGTAACTA,Naive pluripotency
S1 0h:GTAGGTTTCCGATTAG,Naive pluripotency
S1 0h:TTTCACAAGTTGCATC,Naive pluripotency
S1 0h:CGGAGAAAGTGTCATC,Naive pluripotency
S1 0h:CACATGAAGACCTTTG,Naive pluripotency
S1 0h:CAACGGCAGGTTGCCC,Naive pluripotency
S1 0h:ATGGAGGCAGCTGGTC,Naive pluripotency
S1 0h:GGGTTTAGTAGTAAGT,Naive pluripotency
S1 0h:TGTTGAGTCTGGTGGC,Naive pluripotency
S1 0h:TTACTGTAGAAGCTGC,Naive pluripotency
S1 0h:ATACCTTCAACCACGC,Naive pluripotency
S1 0h:CTGAGCGAGCACTAGG,Naive pluripotency
S1 0h:GAAGTAAGTGTTAAAG,Naive pluripotency
S1 0h:TGCTGAACATCGGAGA,Naive pluripotency
S1 0h:GATTCGAGTATCGCTA,Naive pluripotency
S1 0h:CCTCCAAGTCGATTCA,Naive pluripotency
S1 0h:TGCGGCACAGCCATTA,Naive pluripotency
S1 0h:TGAGGTTTCCACGGGT,Naive pluripotency
S1 0h:TCTTAGTCAGTTTCAG,Naive pluripotency
S1 0h:CCCGAAGGTAGCGAGT,Naive pluripotency
S1 0h:TAGGGTTAGGAGGCAG,Naive pluripotency
S1 0h:TTGAACGCAGGAGACT,Naive pluripotency
S1 0h:TACCCACGTATAGGGC,Naive pluripotency
S1 0h:TTGTTGTCACATGTTG,Naive pluripotency
S1 0h:ACTCTCGCATCGAACT,Naive pluripotency
S1 0h:CGAGGCTCATCTAACG,Naive pluripotency
S1 0h:TGGTACATCCATCGTC,Naive pluripotency
S1 0h:CCGGTAGCAAGCCTGC,Naive pluripotency
S1 0h:TATTGGGAGTCTTCGA,Naive pluripotency
S1 0h:GGGTCACGTCCATCTC,Naive pluripotency
S1 0h:CCGGGTAGTCTACAAC,Naive pluripotency
S1 0h:TTGTTTGTCGGTTCAA,Naive pluripotency
S1 0h:CCGGTAGTCCTTTAGT,Naive pluripotency
S1 0h:CTAACTTAGGGTTAGC,Naive pluripotency
S1 0h:ACAAAGAAGAAGTCTA,Naive pluripotency
S1 0h:GGTGATTTCGTGCAGC,Naive pluripotency
S1 0h:ATCCCTGCAACAAGAT,Naive pluripotency
S1 0h:GCCAACGCACTCGATA,Naive pluripotency
S1 0h:CATAAGCCAGTGTGCC,Naive pluripotency
S1 0h:TGAGACTGTCGGTGTC,Naive pluripotency
S1 0h:GGTGGCTCACACCTGG,Naive pluripotency
S1 0h:CCATAAGTCTAAACGC,Naive pluripotency
S1 0h:TGAGGGAAGCTTAAGA,Naive pluripotency
S1 0h:GTGTAACAGCCGCTTG,Naive pluripotency
S1 0h:TAACGACCAGGTGGAT,Naive pluripotency
S1 0h:CGGGTGTGTGTTCGTA,Naive pluripotency
S1 0h:GTTCGCTTCCCTCTTT,Naive pluripotency
S1 0h:GCATTAGAGTTCCTGA,Naive pluripotency
S1 0h:TTCCTCTCAGTGTACT,Naive pluripotency
S1 0h:GTGGTTAAGTGCAAAT,Naive pluripotency
S1 0h:ATGGAGGTCTGGGAGA,Naive pluripotency
S1 0h:GCCAACGGTTTACCTT,Naive pluripotency
S1 0h:TCCTCGAAGCCTATCA,Naive pluripotency
S1 0h:ATTCCTACAGTCGGTC,Naive pluripotency
S1 0h:CAGATTGGTGTTAGCT,Naive pluripotency
S1 0h:TCAGGTAAGCGTCTCG,Naive pluripotency
S1 0h:GGAGAACTCAAGCTTG,Naive pluripotency
S1 0h:ATTCTTGAGAAGCGGG,Naive pluripotency
S1 0h:GAGATGGAGTTGTAAG,Naive pluripotency
S1 0h:CCGAACGAGAGCAAGA,Naive pluripotency
S1 0h:CACTAAGCAGTAGGAC,Naive pluripotency
S1 0h:TGTCCCAAGTCCCGGT,Naive pluripotency
S1 0h:CAGTGCGGTCGCATTA,Naive pluripotency
S1 0h:TCAATTCTCCTCGATC,Naive pluripotency
S1 0h:CTACCTGCAAACTAAG,Naive pluripotency
S1 0h:AGTAGCTAGAGAACCC,Naive pluripotency
S1 0h:TTGGGATGTTGGGTTT,Naive pluripotency
S1 0h:CTCAATTAGGGTTAGC,Naive pluripotency
S1 0h:ATGAGGGAGAGGCGTT,Naive pluripotency
S1 0h:ATAGAGAGTTGCCGAC,Naive pluripotency
S1 0h:TGACCCTTCCGAAGGA,Naive pluripotency
S1 0h:GTAACACGTTCTGACA,Naive pluripotency
S1 0h:CTTCCTTAGTGGCGAT,Naive pluripotency
S1 0h:CCGGGTAGTACAGAGC,Naive pluripotency
S1 0h:ATGAAAGGTAGGACTG,Naive pluripotency
S1 0h:CGTAAGTAGCTTGTTG,Naive pluripotency
S1 0h:CGAGTTACAGCGTGCT,Naive pluripotency
S1 0h:TCACGCTAGCATGGGT,Naive pluripotency
S1 0h:GGGATCCCATTCTTCA,Naive pluripotency
S1 0h:CTCAAGATCAAGAGTA,Naive pluripotency
S1 0h:TCTGCCATCAGACTGT,Naive pluripotency
S1 0h:GAAGGGTAGATGCAGC,Naive pluripotency
S1 0h:CGCCATTCAGTATACC,Naive pluripotency
S1 0h:TTGGGCGAGTATGGAT,Naive pluripotency
S1 0h:TTTACCACATGACCCG,Naive pluripotency
S1 0h:CAAGCTATCGTTGTTT,Naive pluripotency
S1 0h:TAACACGTCCCTCTCC,Naive pluripotency
S1 0h:AAAGTCCGTACGTGTT,Naive pluripotency
S1 0h:GCTCAAAGTGACAGCA,Naive pluripotency
S1 0h:GTCATGACAAATAGCA,Naive pluripotency
S1 0h:ATGAAAGAGCACTAGG,Naive pluripotency
S1 0h:GTCCTCAAGTGGGAAA,Naive pluripotency
S1 0h:CCACGAGCAGTCAGCC,Naive pluripotency
S1 0h:AGTTAGCGTCTTGCTC,Naive pluripotency
S1 0h:TCGTGGGTCTGGCCGA,Naive pluripotency
S1 0h:AGTTCGAAGACCTCAT,Naive pluripotency
S1 0h:TACACCCAGGTATCTC,Naive pluripotency
S1 0h:CTGCATCAGCATCGAG,Naive pluripotency
S1 0h:CCTGTTGAGCAAGGAA,Naive pluripotency
S1 0h:ATTATCCCAGCAAGAC,Naive pluripotency
S1 0h:TGGGAGAGTCCACTCT,Naive pluripotency
S1 0h:AAAGGTACAAGGTTGG,Naive pluripotency
S1 0h:CTTCAATCAGAACGCA,Naive pluripotency
S1 0h:CCCAACTAGTTACGGG,Naive pluripotency
S1 0h:GGGATGACACCTGCGA,Naive pluripotency
S1 0h:GTGATGTTCGTCTAAG,Naive pluripotency
S1 0h:TTGGTTTTCTCGACCT,Naive pluripotency
S1 0h:AAGATAGAGCTTCGTA,Naive pluripotency
S1 0h:GACTTCCGTCGAGCTC,Naive pluripotency
S1 0h:TGCGGCATCGAAGGAC,Naive pluripotency
S1 0h:TGGGAGATCTAGACAC,Naive pluripotency
S1 0h:CATTGTTAGTTGGAAT,Naive pluripotency
S1 0h:TCATGTTGTGAGGATC,Naive pluripotency
S1 0h:CCTTTGGTCAGCTTCC,Naive pluripotency
S1 0h:CCTCCTCCAATTTCTC,Naive pluripotency
S1 0h:CCTTCAGCATGGGTCC,Naive pluripotency
S1 0h:AGGTTGTAGCCAAGTG,Naive pluripotency
S1 0h:CAGCCAGAGGGATCGT,Naive pluripotency
S1 0h:CTACAGACACTTGACA,Naive pluripotency
S1 0h:AAAGGGCAGGTACTGG,Naive pluripotency
S1 0h:AACACACAGTCACACT,Naive pluripotency
S1 0h:CCATAAGGTACGATCT,Naive pluripotency
S1 0h:TGTTGGATCAAAGAAC,Naive pluripotency
S1 0h:ACACAGTCAAGAATGT,Naive pluripotency
S1 0h:TTAGGGTTCTTCGATT,Naive pluripotency
S1 0h:TAGACCACACCTAAAC,Naive pluripotency
S1 0h:ACTTATCCAGTCGCTG,Naive pluripotency
S1 0h:ACAAAGAGTGTGAGCA,Naive pluripotency
S1 0h:CTCATGCAGTATGGAT,Naive pluripotency
S1 0h:ACAAAGACAGGGAGAG,Naive pluripotency
S1 0h:ATTGTTCGTCCAGCCA,Naive pluripotency
S1 0h:TTGGATGAGACTCGAG,Naive pluripotency
S1 0h:ATGCCTCCAAATGGAT,Naive pluripotency
S1 0h:GAGGGATCATGTTCGA,Naive pluripotency
S1 0h:TAATCTCAGGAGTATT,Naive pluripotency
S1 0h:TGTTCTATCTTGCAAG,Naive pluripotency
S1 0h:TACCTGCTCGGTGTAT,Naive pluripotency
S1 0h:GTCTCACAGGACAACC,Naive pluripotency
S1 0h:ACACGCGTCAAGTCTG,Naive pluripotency
S1 0h:AAAGGATTCCTGATAG,Naive pluripotency
S1 0h:TGAGTCAGTCAGGTAG,Naive pluripotency
S1 0h:GCAGTTATCTAACACG,Naive pluripotency
S1 0h:TACCTGCTCGGTGCAC,Naive pluripotency
S1 0h:CATACTTCAGTTCTAG,Naive pluripotency
S1 0h:ATACTTCCAAGAAATC,Naive pluripotency
S1 0h:AGCGCTGTCTTTCCGG,Naive pluripotency
S1 0h:GGGTCTGCAGGCTTGC,Naive pluripotency
S1 0h:CAACGGCAGCAATTAG,Naive pluripotency
S1 0h:AGAGCCCTCGAAATCC,Naive pluripotency
S1 0h:CTATCTACAGCTTTGA,Naive pluripotency
S1 0h:AGAACCTCACTGTGAT,Naive pluripotency
S1 0h:TGTAGACGTATGGTTC,Exiting naive pluripotency
S1 0h:CTCTCAGCAACGTATC,Naive pluripotency
S1 0h:TACAGGTTCCATCTCG,Naive pluripotency
S1 0h:TGCAGGCCATGACTAC,Naive pluripotency
S1 0h:GCCTGTTCACTGATTG,Naive pluripotency
S1 0h:CACAGGCGTATTGAGA,Naive pluripotency
S1 0h:GACACGCCAATGCAGG,Naive pluripotency
S1 0h:CATCCGTTCGTCGGGT,Naive pluripotency
S1 0h:TGCTCGTCAGCGATTT,Naive pluripotency
S1 0h:AGAAGCGTCCATTTAC,Naive pluripotency
S1 0h:ATAGAGATCCAGGACC,Naive pluripotency
S1 0h:GTAAGTCCACGGCACT,Naive pluripotency
S1 0h:CTTCCGAGTCAATCTG,Naive pluripotency
S1 0h:TACGCTCGTCGCCACA,Naive pluripotency
S1 0h:AGTCAACTCCTCACTG,Naive pluripotency
S1 0h:GGAGCAACATGTGCCG,Naive pluripotency
S1 0h:GGAGATGGTGTGCCTG,Naive pluripotency
S1 0h:AGTACCAAGTCTACCA,Naive pluripotency
S1 0h:AGTACTGAGCATCGAG,Naive pluripotency
S1 0h:CATAAGCTCAGACTGT,Naive pluripotency
S1 0h:ATTATCCGTACCCGCA,Naive pluripotency
S1 0h:TTTCGATCACCCATAA,Naive pluripotency
S1 0h:TTATTGCAGGGAGTTC,Naive pluripotency
S1 0h:GGTTGTAGTACCCGAC,Naive pluripotency
S1 0h:GATCGTACACAGGATG,Naive pluripotency
S1 0h:CAGATTGCAGGTGTTT,Naive pluripotency
S1 0h:TGCCGAGAGTGGAAAG,Naive pluripotency
S1 0h:CTCCACACAGCTGAAG,Naive pluripotency
S1 0h:TACTTGTGTAGGCTCC,Naive pluripotency
S1 0h:TGCATGAAGAGTCCGA,Naive pluripotency
S1 0h:GTCCCATTCAACTTTC,Naive pluripotency
S1 0h:CCTACGTCAGGACATG,Naive pluripotency
S1 0h:GTCTTTATCCCACAGG,Naive pluripotency
S1 0h:AAACGAATCGGAGATG,Naive pluripotency
S1 0h:TCAGCCTTCATCTACT,Zscan4+ Artefact
S1 0h:GTCGAATCAATGCAAA,Naive pluripotency
S1 0h:AGACCATAGGTGGGTT,Naive pluripotency
S1 0h:GATAGCTTCTTTCCAA,Naive pluripotency
S1 0h:CATGAGTCATCATGAC,Naive pluripotency
S1 0h:ATCTCTACAGGTCCGT,Naive pluripotency
S1 0h:CGGAGAATCCCGTGAG,Naive pluripotency
S1 0h:TAGGAGGTCAGTCCGG,Naive pluripotency
S1 0h:CTGTGGGAGAGGACTC,Naive pluripotency
S1 0h:ATGGTTGCAGAGCTAG,Naive pluripotency
S1 0h:TCAGTCCAGCGTTGTT,Naive pluripotency
S1 0h:CGAAGGAGTTACAGCT,Naive pluripotency
S1 0h:AGATCGTCACTGTTCC,Naive pluripotency
S1 0h:TGGAGGACAGCTGCCA,Naive pluripotency
S1 0h:AGCCACGCATGGAGAC,Naive pluripotency
S1 0h:GCCGATGGTCTTCTAT,Naive pluripotency
S1 0h:TATACCTAGGCACTAG,Naive pluripotency
S1 0h:CTAACTTAGGTCACCC,Naive pluripotency
S1 0h:CCGGGTATCCTTCGAC,Naive pluripotency
S1 0h:TAGGAGGCATCCGATA,Naive pluripotency
S1 0h:AGTACCACACCAATTG,Naive pluripotency
S1 0h:TCTTAGTCAGGCGAAT,Naive pluripotency
S1 0h:CTCCACATCGGACCAC,Naive pluripotency
S1 0h:TACCCACGTGTCCATA,Naive pluripotency
S1 0h:CACAACAGTCACTTAG,Naive pluripotency
S1 0h:TTACCGCTCAAGGACG,Naive pluripotency
S1 0h:AGACAAAGTGGACCAA,Naive pluripotency
S1 0h:TTACAGGAGTAGTCTC,Exiting naive pluripotency
S1 0h:CGGCAGTGTATCGAAA,Naive pluripotency
S1 0h:TGCGACGAGGACAGTC,Naive pluripotency
S1 0h:AATGCCACACAACCGC,Naive pluripotency
S1 0h:TCGGTCTAGTAACGTA,Naive pluripotency
S1 0h:TGCGATACAAATGGCG,Naive pluripotency
S1 0h:GCTGAATAGCTTGTGT,Naive pluripotency
S1 0h:AGGTCATCAAACTCGT,Naive pluripotency
S1 0h:GCTCAAATCACACGAT,Naive pluripotency
S1 0h:GGTGATTAGCCATTCA,Naive pluripotency
S1 0h:GACGTTAAGACCAACG,Naive pluripotency
S1 0h:TGTGTGAGTGGCATCC,Naive pluripotency
S1 0h:GCTGCAGAGTTAACAG,Exiting naive pluripotency
S1 0h:TCCATGCAGAGATTCA,Naive pluripotency
S1 0h:GGAACCCCAGGGAGAG,Naive pluripotency
S1 0h:CATGGATAGCCTAACT,Naive pluripotency
S1 0h:GAGTCTAGTGTTGACT,Naive pluripotency
S1 0h:CATTCTAAGTCATACC,Naive pluripotency
S1 0h:TGAGACTTCTCGTGAA,Naive pluripotency
S1 0h:TCATATCTCTATCGTT,Naive pluripotency
S1 0h:TCCATCGGTGCATTTG,Naive pluripotency
S1 0h:CCAATGAAGGAACGAA,Naive pluripotency
S1 0h:AGTGCCGAGCCTAACT,Naive pluripotency
S1 0h:AGTAGCTTCGGCACTG,Naive pluripotency
S1 0h:TTCAGGAGTTCCGCAG,Naive pluripotency
S1 0h:CCTCTAGAGCAACAAT,Naive pluripotency
S1 0h:CACGGGTAGGAAGTGA,Naive pluripotency
S1 0h:TGGAGAGTCTCAACGA,Naive pluripotency
S1 0h:CTCATCGTCCCTCAAC,Naive pluripotency
S1 0h:GGAGCAAAGGTGAGAA,Naive pluripotency
S1 0h:TGTAACGAGCCTGAAG,Naive pluripotency
S1 0h:ATGGGTTAGAAATTCG,Naive pluripotency
S1 0h:TCCTCCCTCGGAAACG,Naive pluripotency
S1 0h:CTGTACCTCGCTGTTC,Naive pluripotency
S1 0h:CATTCCGTCAAACGTC,Naive pluripotency
S1 0h:TTGATGGGTTATTCCT,Naive pluripotency
S1 0h:CTCCCAAAGAAGTCAT,Naive pluripotency
S1 0h:CATGCTCAGGATGAGA,Naive pluripotency
S1 0h:GACAGCCGTATCTCGA,Naive pluripotency
S1 0h:ACATCCCAGTGGAAAG,Naive pluripotency
S1 0h:GATAGAACATGTTTGG,Naive pluripotency
S1 0h:TCGTAGATCCAAGCTA,Naive pluripotency
S1 0h:CATACAGTCGGAAGGT,Naive pluripotency
S1 0h:AGGTTACTCGGCCCAA,Naive pluripotency
S1 0h:GCGGATCGTGATGTAA,Naive pluripotency
S1 0h:CACTAAGAGATTGATG,Naive pluripotency
S1 0h:CATTCCGTCAACCTTT,Naive pluripotency
S1 0h:GGGACCTCACATGTTG,Naive pluripotency
S1 0h:TCGAAGTCATCCCGTT,Naive pluripotency
S1 0h:ATACTTCAGGCATCTT,Naive pluripotency
S1 0h:AGCGCTGTCTGTTCAT,Naive pluripotency
S1 0h:TTTCATGAGAGCTGCA,Naive pluripotency
S1 0h:CGAGGCTTCCCTGGTT,Naive pluripotency
S1 0h:GGAAGTGCACGTACAT,Naive pluripotency
S1 0h:CTACTATGTATTTCGG,Naive pluripotency
S1 0h:AGGAGGTCAGACGCTC,Naive pluripotency
S1 0h:ATCCTATCACTAACCA,Naive pluripotency
S1 0h:GACTGATAGTCGTCTA,Naive pluripotency
S1 0h:GCATCGGTCGCCTCTA,Exiting naive pluripotency
S1 0h:TCCTTCTTCCGACATA,Naive pluripotency
S1 0h:TAACGACGTTGTTGAC,Naive pluripotency
S1 0h:TCAATCTGTCCAGCAC,Naive pluripotency
S1 0h:ATCGCCTCATCTTAGG,Naive pluripotency
S1 0h:TGATGGTGTATTCCTT,Naive pluripotency
S1 0h:AACCTTTTCTTCTGGC,Naive pluripotency
S1 0h:TTCATTGGTGGTATGG,Naive pluripotency
S1 0h:CTTAGGAAGTCAAGCG,Naive pluripotency
S1 0h:ATCACAGTCGGCTCTT,Naive pluripotency
S1 0h:CTGTCGTTCGGTCTAA,Naive pluripotency
S1 0h:CTGGACGCAACTACGT,Naive pluripotency
S1 0h:TGTTGGAGTAAGATCA,Naive pluripotency
S1 0h:AGAGAGCAGACATCAA,Naive pluripotency
S1 0h:ATCAGGTTCCACGTGG,Naive pluripotency
S1 0h:GAGTCATAGATAACGT,Naive pluripotency
S1 0h:ACATTTCAGACCTTTG,Naive pluripotency
S1 0h:TCGCAGGAGACTGAGC,Naive pluripotency
S1 0h:AAGGAATGTCGGTGTC,Naive pluripotency
S1 0h:GGGATCCCACCCTAGG,Naive pluripotency
S1 0h:ACTATCTGTTAGGAGC,Naive pluripotency
S1 0h:CGTTGGGCACCTGCAG,Naive pluripotency
S1 0h:AATTTCCAGAAGTCCG,Naive pluripotency
S1 0h:TGTTTGTTCTCCAAGA,Naive pluripotency
S1 0h:AGTAACCCATCAGCAT,Naive pluripotency
S1 0h:CTGCTCACATACATCG,Naive pluripotency
S1 0h:AAAGGTAAGCCAGTAG,Naive pluripotency
S1 0h:CAACCAAGTCTAGTGT,Naive pluripotency
S1 0h:ACAGAAACACTTGGGC,Naive pluripotency
S1 0h:TGTTTGTAGGCCATAG,Naive pluripotency
S1 0h:GCACTAACACAAGTTC,Naive pluripotency
S1 0h:GAAGGGTCATCCGTTC,Naive pluripotency
S1 0h:TCACACCAGATGATTG,Naive pluripotency
S1 0h:CTCCCTCCAGTCGGTC,Naive pluripotency
S1 0h:TTGAGTGTCAGGAAGC,Naive pluripotency
S1 0h:TTTGACTCAGAGTCTT,Naive pluripotency
S1 0h:GAGGGTACACACCAGC,Naive pluripotency
S1 0h:GGTAATCCATAAGCAA,Naive pluripotency
S1 0h:ACTATTCCAGTCTACA,Naive pluripotency
S1 0h:GCGTTTCGTAAGTTAG,Naive pluripotency
S1 0h:AGCCAGCGTCCAAAGG,Naive pluripotency
S1 0h:CTATCCGCATCCGAGC,Naive pluripotency
S1 0h:TGGGATTAGGTCATAA,Naive pluripotency
S1 0h:CATCGGGTCGGTGCAC,Naive pluripotency
S1 0h:GCCAGTGCATTCCTCG,Naive pluripotency
S1 0h:GGGTATTGTCTTTCAT,Naive pluripotency
S1 0h:CACTGTCGTGGACTAG,Naive pluripotency
S1 0h:ACTTCCGGTAGAGGAA,Naive pluripotency
S1 0h:CACGTTCGTGACACAG,Naive pluripotency
S1 0h:GTAATCGGTCGAAGCA,Naive pluripotency
S1 0h:AAGCCATTCCACACCT,Naive pluripotency
S1 0h:AGCGATTTCCTACGGG,Naive pluripotency
S1 0h:AACGGGATCCGTGTAA,Naive pluripotency
S1 0h:GTGAGCCCATAATCGC,Naive pluripotency
S1 0h:AACAAGATCAGGCGAA,Naive pluripotency
S1 0h:AAGGAATTCGCCGAGT,Naive pluripotency
S1 0h:TGACAGTGTGGCATCC,Naive pluripotency
S1 0h:ACTATGGCACCACATA,Naive pluripotency
S1 0h:GTGTAACCAACAAGTA,Naive pluripotency
S1 0h:CAGCAGCTCCCGAATA,Naive pluripotency
S1 0h:CCTTGTGAGCTAAATG,Naive pluripotency
S1 0h:TGGTTAGAGGTCATTC,Naive pluripotency
S1 0h:CTCAGAAAGACCAACG,Naive pluripotency
S1 0h:GTCTACCTCCTACGGG,Naive pluripotency
S1 0h:CTGAGGCCAATGTTGC,Naive pluripotency
S1 0h:TGCTTCGGTAGGTAGC,Naive pluripotency
S1 0h:TTGGATGGTCGAGTTT,Naive pluripotency
S1 0h:CACATGAAGCAGAAAG,Naive pluripotency
S1 0h:TGTACAGAGTCCCTAA,Naive pluripotency
S1 0h:AAAGAACGTTGCATCA,Naive pluripotency
S1 0h:ATTGGGTTCGCAGATT,Naive pluripotency
S1 0h:GCTTGGGCATTGTGCA,Naive pluripotency
S1 0h:ATTGTTCGTCTCACGG,Naive pluripotency
S1 0h:CGTTGGGCAGGTGGAT,Naive pluripotency
S1 0h:GAGTTGTTCTTTCAGT,Naive pluripotency
S1 0h:ATGATCGAGCAACTCT,Naive pluripotency
S1 0h:AAGCGAGCAAATGAGT,Naive pluripotency
S1 0h:AGATGCTGTAGAGTTA,Naive pluripotency
S1 0h:GGGCTCAAGAAGCGAA,Naive pluripotency
S1 0h:CTGAATGAGCACCGAA,Naive pluripotency
S1 0h:AGCCAGCAGAGCATTA,Naive pluripotency
S1 0h:TTCTAACAGTATAGAC,Naive pluripotency
S1 0h:GTTGCTCGTCGCGGTT,Naive pluripotency
S1 0h:CAGGGCTTCACGGTCG,Naive pluripotency
S1 0h:TCACTCGTCAACACGT,Naive pluripotency
S1 0h:TATCTGTTCATGGATC,Naive pluripotency
S1 0h:GGGATGAAGGACAACC,Naive pluripotency
S1 0h:ATGGATCGTACAAGTA,Naive pluripotency
S1 0h:AGCGCTGAGCTGTCCG,Naive pluripotency
S1 0h:TACTGCCCAAGATTGA,Naive pluripotency
S1 0h:CACTGGGCATCGGAGA,Naive pluripotency
S1 0h:GAAGTAAGTCACTTAG,Naive pluripotency
S1 0h:CTGTGGGTCACTAGCA,Naive pluripotency
S1 0h:GATTGGTCAGTCTGGC,Naive pluripotency
S1 0h:AACGGGAGTTATAGCC,Naive pluripotency
S1 0h:CATTGAGTCACTCACC,Naive pluripotency
S1 0h:CCTCAACTCGAGTGAG,Naive pluripotency
S1 0h:ACCTGAAGTGTTACAC,Naive pluripotency
S1 0h:CCTATCGGTTCCTTGC,Naive pluripotency
S1 0h:ACTTATCCAATCCTTT,Naive pluripotency
S1 0h:TGACGCGGTCGACTGC,Naive pluripotency
S1 0h:TGGGCGTCAATACCCA,Naive pluripotency
S1 0h:GTCATTTAGAGCCTGA,Naive pluripotency
S1 0h:GCATTAGAGCAGGCTA,Naive pluripotency
S1 0h:TATTTCGGTAATTAGG,Naive pluripotency
S1 0h:CTGGACGTCCGTTTCG,Naive pluripotency
S1 0h:ACCATTTCACACTGGC,Naive pluripotency
S1 0h:TACACCCAGCTACGTT,Naive pluripotency
S1 0h:AGACCATAGGGCAAGG,Naive pluripotency
S1 0h:GATAGCTAGCGGTATG,Naive pluripotency
S1 0h:GCACTAATCATACGAC,Naive pluripotency
S1 0h:AGCGCTGAGTATGAAC,Naive pluripotency
S1 0h:TGGCGTGTCTGTCGTC,Naive pluripotency
S1 0h:AGGGTGAGTGGCTACC,Naive pluripotency
S1 0h:TTCAGGATCCAGCACG,Naive pluripotency
S1 0h:CTTCCGACAAAGCGTG,Naive pluripotency
S1 0h:GGTGAAGCATTGCAAC,Naive pluripotency
S1 0h:TGTTCTAGTTGGATCT,Naive pluripotency
S1 0h:GTAGAGGTCACCATAG,Naive pluripotency
S1 0h:ATTATCCCACAGTCGC,Naive pluripotency
S1 0h:TCCTTTCCAGCTCTGG,Naive pluripotency
S1 0h:GAGTCATCAATTGGTC,Naive pluripotency
S1 0h:AGAAGTAAGTGCACAG,Naive pluripotency
S1 0h:CCTCATGAGCCTGTCG,Naive pluripotency
S1 0h:TCATATCAGTAGGAAG,Naive pluripotency
S1 0h:TCACATTGTAATGCGG,Naive pluripotency
S1 0h:GATTCTTCACGGGTAA,Naive pluripotency
S1 0h:AGCCAATGTCGTGTTA,Naive pluripotency
S1 0h:TTTAGTCAGGAGCTGT,Naive pluripotency
S1 0h:ATTCCATGTAGGGTAC,Naive pluripotency
S1 0h:TGCCGAGAGAATTGTG,Naive pluripotency
S1 0h:TTCCGGTGTCGACTTA,Naive pluripotency
S1 0h:CGAGAAGCATGTGGCC,Naive pluripotency
S1 0h:GACCCTTGTAAGTTGA,Naive pluripotency
S1 0h:ACTACGAGTTTAGTCG,Naive pluripotency
S1 0h:GGGTTATCAGCGTACC,Naive pluripotency
S1 0h:TCGTAGAGTAACCAGG,Naive pluripotency
S1 0h:TCGCAGGTCCAATCTT,Naive pluripotency
S1 0h:CAACGGCAGAGAAGGT,Naive pluripotency
S1 0h:CAGCACGAGTCACTAC,Naive pluripotency
S1 0h:ACTATCTGTGGCAGAT,Naive pluripotency
S1 0h:TGTTTGTGTGCGTTTA,Naive pluripotency
S1 0h:GCTGCAGTCCGTGTCT,Naive pluripotency
S1 0h:CAACCTCTCGAGTGGA,Naive pluripotency
S1 0h:CTGAATGTCAGTGTCA,Naive pluripotency
S1 0h:AGGCTGCAGCATCGAG,Naive pluripotency
S1 0h:TGCAGATGTCTTGCTC,Naive pluripotency
S1 0h:ATTTCTGGTGGGCTTC,Naive pluripotency
S1 0h:TCTTGCGCAACACAGG,Naive pluripotency
S1 0h:CCCTTAGCAGCGTAGA,Naive pluripotency
S1 0h:AACCTTTGTATGAGAT,Naive pluripotency
S1 0h:CCGCAAGAGTCTACCA,Naive pluripotency
S1 0h:GATGTTGCATGACAAA,Naive pluripotency
S1 0h:GATGGAGAGTTTCGAC,Naive pluripotency
S1 0h:AAAGTGAAGCGAAACC,Naive pluripotency
S1 0h:TGCGATAGTAATCAAG,Naive pluripotency
S1 0h:AGGCCACCAATGTCAC,Naive pluripotency
S1 0h:TTCAGGAGTAATGCGG,Naive pluripotency
S1 0h:TTACGTTGTCCTCATC,Naive pluripotency
S1 0h:GCCCGAATCTTCCGTG,Zscan4+ Artefact
S1 0h:TGAATGCTCGCTATTT,Naive pluripotency
S1 0h:CAGTGCGGTAGGCTCC,Naive pluripotency
S1 0h:AGACCCGAGATACAGT,Naive pluripotency
S1 0h:GCTTTCGCATGGGAAC,Naive pluripotency
S1 0h:CGATGGCCACGGCTAC,Naive pluripotency
S1 0h:ACGTAACAGACATATG,Naive pluripotency
S1 0h:CTTCGGTAGCACGTCC,Naive pluripotency
S1 0h:TCATACTCAACTACGT,Naive pluripotency
S1 0h:CTCGAGGAGCTGACCC,Naive pluripotency
S1 0h:ATTCACTAGGTAAGTT,Naive pluripotency
S1 0h:AAAGGATGTAACGATA,Naive pluripotency
S1 0h:GGCTTTCGTACGAGTG,Naive pluripotency
S1 0h:CAACCAAAGCATCGAG,Naive pluripotency
S1 0h:ATCTCTAGTTGAGTCT,Naive pluripotency
S1 0h:CCTCACAAGGGTGAAA,Naive pluripotency
S1 0h:GATGACTGTGAAGCTG,Naive pluripotency
S1 0h:GAAGCGACAACGCCCA,Naive pluripotency
S1 0h:GATTCTTGTGTTATCG,Naive pluripotency
S1 0h:CCTTCAGTCCAAGGGA,Naive pluripotency
S1 0h:ATCCACCCAATCTCGA,Naive pluripotency
S1 0h:ACCCTCAAGTAAATGC,Naive pluripotency
S1 0h:CGAGGCTCACGTGTGC,Naive pluripotency
S1 0h:TCAGTTTAGACATATG,Naive pluripotency
S1 0h:AACGTCATCTATTTCG,Naive pluripotency
S1 0h:GATGATCGTACTAGCT,Naive pluripotency
S1 0h:GATGACTGTATGCAAA,Naive pluripotency
S1 0h:GCGTTTCGTGGCACTC,Naive pluripotency
S1 0h:ACTTAGGTCCGACATA,Naive pluripotency
S1 0h:CCGATCTTCCTACACC,Naive pluripotency
S1 0h:CGATGGCGTCTTGGTA,Naive pluripotency
S1 0h:CACGTTCTCTATCACT,Naive pluripotency
S1 0h:TTTCATGAGGCACTAG,Naive pluripotency
S1 0h:AACAGGGCAAGACCTT,Naive pluripotency
S1 0h:TTTGATCCAGTTGAAA,Naive pluripotency
S1 0h:GGGTATTCAACTCGTA,Naive pluripotency
S1 0h:CCTCCAAGTGGATGAC,Naive pluripotency
S1 0h:TCGGGCAAGATGCTTC,Naive pluripotency
S1 0h:TTGACCCAGACTCTAC,Naive pluripotency
S1 0h:CTTGAGAGTATCGATC,Naive pluripotency
S1 0h:TGAGCGCAGGATGCGT,Naive pluripotency
S1 0h:CTCCTCCGTGGTCCCA,Naive pluripotency
S1 0h:TCATACTCATCAGCTA,Naive pluripotency
S1 0h:ATATCCTAGGATTTAG,Naive pluripotency
S1 0h:TCTGTCGTCCGTATAG,Naive pluripotency
S1 0h:ACGGGTCTCTCGAACA,Naive pluripotency
S1 0h:GTAGAGGTCGCGAAGA,Naive pluripotency
S1 0h:TTTCAGTGTCTTGAGT,Naive pluripotency
S1 0h:GAAGCGACAAGGGTCA,Naive pluripotency
S1 0h:GCCGATGGTAGGTAGC,Naive pluripotency
S1 0h:TGCGGGTTCAGCTGTA,Naive pluripotency
S1 0h:ATTCTTGAGACGATAT,Naive pluripotency
S1 0h:ATTCTACTCGCGAAGA,Naive pluripotency
S1 0h:TCAAGTGTCGTTATCT,Naive pluripotency
S1 0h:AGAAGTATCCGTCCTA,Naive pluripotency
S1 0h:CTTTCGGCAAGGATGC,Naive pluripotency
S1 0h:TTTGGAGCAAGACGGT,Naive pluripotency
S1 0h:TGGGAAGTCGCGATCG,Naive pluripotency
S1 0h:TGGAGGAAGTCTAACC,Naive pluripotency
S1 0h:GGCACGTCACCTGTCT,Naive pluripotency
S1 0h:ACTTCCGTCCCAAGCG,Naive pluripotency
S1 0h:AAGGAATCAATTGCCA,Naive pluripotency
S1 0h:GATGCTAAGCTGACCC,Naive pluripotency
S1 0h:AGTCAACTCCGTAATG,Naive pluripotency
S1 0h:TCAGTGAGTGAATGTA,Naive pluripotency
S1 0h:GCAGGCTGTCATCTAG,Naive pluripotency
S1 0h:CCAAGCGGTTGGTAGG,Naive pluripotency
S1 0h:TGTCCACGTAACGATA,Naive pluripotency
S1 0h:GGGACAATCAAGTTGC,Naive pluripotency
S1 0h:TGTAAGCCACATGTTG,Naive pluripotency
S1 0h:AATGGAAAGGTACAAT,Naive pluripotency
S1 0h:AACCATGCATGTACGT,Naive pluripotency
S1 0h:CACTGAAGTCGGAACA,Naive pluripotency
S1 0h:GGCTTGGAGGGTCACA,Naive pluripotency
S1 0h:AGTCACACAGGCGAAT,Naive pluripotency
S1 0h:CACAACATCGCGATCG,Naive pluripotency
S1 0h:TCACGCTCACAATGAA,Naive pluripotency
S1 0h:GTCCACTTCAACCCGG,Naive pluripotency
S1 0h:TTTATGCTCCATGCAA,Naive pluripotency
S1 0h:CTGAATGTCTCATTGT,Naive pluripotency
S1 0h:TGATGGTCAACGGTAG,Naive pluripotency
S1 0h:TTCTAACGTATGGTAA,Naive pluripotency
S1 0h:CTGCGAGGTTTGAAAG,Naive pluripotency
S1 0h:GACTTCCTCAGCGCGT,Naive pluripotency
S1 0h:TAACACGGTTTCCAAG,Naive pluripotency
S1 0h:CTTTCAATCCACAAGT,Naive pluripotency
S1 0h:TGGGTTAGTGTGTACT,Naive pluripotency
S1 0h:GACCCAGGTGGTCCGT,Naive pluripotency
S1 0h:CCGTGAGAGAGCTGCA,Naive pluripotency
S1 0h:TCATATCGTCAGGTAG,Naive pluripotency
S1 0h:GCAGTTACAGACATCT,Naive pluripotency
S1 0h:GGGAAGTTCTGGACTA,Naive pluripotency
S1 0h:TCGACGGCACTCTAGA,Naive pluripotency
S1 0h:GCACATAAGTCGCGAA,Naive pluripotency
S1 0h:TGCTTCGGTAAGGTCG,Naive pluripotency
S1 0h:AACAAGAAGCCTTCTC,Naive pluripotency
S1 0h:TGTTCATGTAACACGG,Naive pluripotency
S1 0h:GCAGCTGTCGACGTCG,Naive pluripotency
S1 0h:AGCTACAGTATGAGGC,Naive pluripotency
S1 0h:TCGCACTAGCACCCAC,Naive pluripotency
S1 0h:CTCAGTCTCTGTTGGA,Naive pluripotency
S1 0h:ACGTTCCCAAGTACCT,Naive pluripotency
S1 0h:TCCTTCTTCCTTGACC,Naive pluripotency
S1 0h:TGAACGTCATTGGCAT,Naive pluripotency
S1 0h:CGAGGCTCAGGTGACA,Naive pluripotency
S1 0h:ATCACGATCTCTATGT,Naive pluripotency
S1 0h:GGAACCCCAGATCATC,Naive pluripotency
S1 0h:ATCGTCCGTTCAGCGC,Naive pluripotency
S1 0h:CGTGATACAACACAAA,Naive pluripotency
S1 0h:ACGTAGTCACGAAGAC,Naive pluripotency
S1 0h:CCGCAAGCAGTCCCGA,Naive pluripotency
S1 0h:CTACAGATCATGCATG,Naive pluripotency
S1 0h:CCGATGGTCTCACTCG,Naive pluripotency
S1 0h:GTCTTTATCAGACCGC,Naive pluripotency
S1 0h:CCCTGATTCTGTCAGA,Naive pluripotency
S1 0h:TATCAGGAGACGATAT,Naive pluripotency
S1 0h:ATCGTAGAGCTCGAAG,Naive pluripotency
S1 0h:AGATGAACAGTGCGCT,Naive pluripotency
S1 0h:CCCTAACGTCTAGATC,Naive pluripotency
S1 0h:CTTGATTAGTCACGAG,Naive pluripotency
S1 0h:TAATCTCAGGGTACAC,Naive pluripotency
S1 0h:GTGAGTTCACTTGGGC,Naive pluripotency
S1 0h:AGAAGCGAGTAAACTG,Naive pluripotency
S1 0h:GGTGATTGTCCCTAAA,Naive pluripotency
S1 0h:TACTTCATCGAGCCAC,Naive pluripotency
S1 0h:TAACGACTCACCCATC,Naive pluripotency
S1 0h:TACAACGCATAGAGGC,Naive pluripotency
S1 0h:GTGAGCCAGATTGTGA,Naive pluripotency
S1 0h:GCATTAGAGCCGTAAG,Naive pluripotency
S1 0h:GCTGAATTCCATTCGC,Naive pluripotency
S1 0h:AGATGAACATCGATCA,Naive pluripotency
S1 0h:GTGGAGAAGAGCATTA,Naive pluripotency
S1 0h:TCATGAGTCGAGTGAG,Naive pluripotency
S1 0h:CCTATCGCAAACTGCT,Naive pluripotency
S1 0h:ACGGGTCGTACCTTCC,Naive pluripotency
S1 0h:CAATGACCAATGCAGG,Naive pluripotency
S1 0h:CGAGAAGGTAGGGTAC,Naive pluripotency
S1 0h:ATGATCGAGCCTCACG,Naive pluripotency
S1 0h:CAGGTATGTTCCACAA,Naive pluripotency
S1 0h:TCTAACTTCACTACGA,Naive pluripotency
S1 0h:CGTGAATCAAGCGAGT,Naive pluripotency
S1 0h:AGTGATCAGCATGATA,Naive pluripotency
S1 0h:CTTAGGACAGACGATG,Naive pluripotency
S1 0h:GTCAGCGCACCCTAAA,Naive pluripotency
S1 0h:ACTCCCATCCAACCGG,Naive pluripotency
S1 0h:GAGGGATGTGCGAACA,Naive pluripotency
S1 0h:AGTGTTGTCGCTGTTC,Naive pluripotency
S1 0h:AAGAACAGTAACGATA,Naive pluripotency
S1 0h:AACCAACGTCCCGGTA,Naive pluripotency
S1 0h:TTACTGTTCAGGAACG,Naive pluripotency
S1 0h:GCATGATTCGATAACC,Naive pluripotency
S1 0h:GTGGAGAGTGAGGAAA,Naive pluripotency
S1 0h:CAACGGCGTGGATTTC,Naive pluripotency
S1 0h:ACATGCAGTGGATACG,Naive pluripotency
S1 0h:TCATGGATCGAAGCAG,Naive pluripotency
S1 0h:TACCGAATCGCCGTGA,Naive pluripotency
S1 0h:AAGTCGTAGATGGCGT,Naive pluripotency
S1 0h:TTTACTGGTATTTCGG,Naive pluripotency
S1 0h:TCACTATAGCGTTCCG,Naive pluripotency
S1 0h:GACCTTCCACCGTCTT,Naive pluripotency
S1 0h:ACAGGGAGTTGCTGAT,Naive pluripotency
S1 0h:AGGGTGATCTCCTGCA,Naive pluripotency
S1 0h:TTCATTGAGAGCCATG,Naive pluripotency
S1 0h:CATACTTTCGTCAGAT,Naive pluripotency
S1 0h:TTGTTGTTCCCTTGTG,Naive pluripotency
S1 0h:TCACGCTCAAAGAACT,Naive pluripotency
S1 0h:ACTTAGGAGTGATCGG,Naive pluripotency
S1 0h:TGGTTAGCAATTGCCA,Naive pluripotency
S1 0h:AATCACGAGTGTTCAC,Naive pluripotency
S1 0h:CGCATAAGTCTAGGCC,Naive pluripotency
S1 0h:TGTACAGTCATTTCGT,Naive pluripotency
S1 0h:GCGAGAAAGTCGGCAA,Naive pluripotency
S1 0h:TATCCTAAGTTGGAAT,Naive pluripotency
S1 0h:ACTGCAATCCAACACA,Naive pluripotency
S1 0h:ATGAAAGGTGTGATGG,Naive pluripotency
S1 0h:CTCCCAATCACCTGTC,Naive pluripotency
S1 0h:AGACAAAAGACCACGA,Naive pluripotency
S1 0h:GCAACCGGTCGGATTT,Naive pluripotency
S1 0h:GCGGAAAGTACTGGGA,Naive pluripotency
S1 0h:GGCTTGGTCCGCTGTT,Naive pluripotency
S1 0h:GGTAATCCAGGACTAG,Naive pluripotency
S1 0h:TGTAAGCCACATGAAA,Naive pluripotency
S1 0h:GCTCAAAAGTGTTGTC,Naive pluripotency
S1 0h:ATGGGAGCAGCAGAAC,Naive pluripotency
S1 0h:AAGACTCTCAGGGTAG,Naive pluripotency
S1 0h:AGGCATTCAAGCCTGC,Naive pluripotency
S1 0h:CAACGGCGTGATTCTG,Naive pluripotency
S1 0h:AGTGACTAGCCAAGCA,Naive pluripotency
S1 0h:GACTCTCAGTCATGCT,Naive pluripotency
S1 0h:ATACCTTGTAAGTTGA,Naive pluripotency
S1 0h:GATGGAGAGACCTCAT,Naive pluripotency
S1 0h:GTGTGATAGAGTATAC,Naive pluripotency
S1 0h:TTCCAATCAGTTCTAG,Naive pluripotency
S1 0h:ATGCGATAGCTAGTTC,Exiting naive pluripotency
S1 0h:ACATGCATCGGACTGC,Naive pluripotency
S1 0h:CCTGTTGCAAGGTCAG,Naive pluripotency
S1 0h:TCATTTGCACACGCCA,Naive pluripotency
S1 0h:GATTCGATCATTTGGG,Naive pluripotency
S1 0h:TGTAACGCATGATGCT,Naive pluripotency
S1 0h:GATCACACACTTCATT,Naive pluripotency
S1 0h:ACTATCTAGGTACATA,Naive pluripotency
S1 0h:CGTTGGGGTGTTTACG,Naive pluripotency
S1 0h:ATCGTGATCGTAGAGG,Naive pluripotency
S1 0h:GTGTGATTCCTGATAG,Naive pluripotency
S1 0h:TTGTTTGCATCGGCCA,Naive pluripotency
S1 0h:ATTCCATAGGGTGAAA,Naive pluripotency
S1 0h:TAACACGGTAGATGTA,Naive pluripotency
S1 0h:CCATAAGAGTTGCTGT,Naive pluripotency
S1 0h:ATTCATCTCGTCGGGT,Naive pluripotency
S1 0h:GTAGTACTCACATCAG,Naive pluripotency
S1 0h:ACGATCAGTAATGATG,Naive pluripotency
S1 0h:ATCCGTCTCCCGTGAG,Naive pluripotency
S1 0h:AGTTAGCGTCTTCGAA,Naive pluripotency
S1 0h:GGTTAACCAGTCGGAA,Naive pluripotency
S1 0h:TCGATTTAGAGCAGAA,Naive pluripotency
S1 0h:AACAAAGTCTGGACTA,Naive pluripotency
S1 0h:ACTTAGGGTAGGTGCA,Naive pluripotency
S1 0h:TGTGGCGTCCCAAGTA,Naive pluripotency
S1 0h:TAGACCAGTGACTCGC,Naive pluripotency
S1 0h:GGTAGAGGTAGTTACC,Naive pluripotency
S1 0h:TGTAAGCAGGACGGAG,Naive pluripotency
S1 0h:AGCTCAAAGTAGGAAG,Exiting naive pluripotency
S1 0h:GATCATGAGTAAACGT,Naive pluripotency
S1 0h:CAGTGCGGTTCAAGTC,Naive pluripotency
S1 0h:TGACTCCTCCTTCAGC,Naive pluripotency
S1 0h:TCTACATAGGATACGC,Naive pluripotency
S1 0h:GAGTCTAGTGGTGATG,Naive pluripotency
S1 0h:CAATGACAGTGCGCTC,Naive pluripotency
S1 0h:CGACAGCTCGACGTCG,Naive pluripotency
S1 0h:GAGTCATAGTTACGAA,Naive pluripotency
S1 0h:GGGAGATCAATTGAAG,Naive pluripotency
S1 0h:GAAGAATCATGTTCGA,Naive pluripotency
S1 0h:TCATGTTCAATACGCT,Naive pluripotency
S1 0h:GTTAGACGTTGGAGGT,Naive pluripotency
S1 0h:ATCGGATTCTTGTTAC,Naive pluripotency
S1 0h:TACATTCGTACGATTC,Naive pluripotency
S1 0h:GGGATCCAGAATCGTA,Naive pluripotency
S1 0h:GGGTAGATCATATGGC,Naive pluripotency
S1 0h:ACCTGTCGTGATCGTT,Naive pluripotency
S1 0h:GGTTGTACAATTAGGA,Naive pluripotency
S1 0h:ACGTAACTCCAAACCA,Naive pluripotency
S1 0h:ACGCACGCATCCTCAC,Naive pluripotency
S1 0h:CCGTGAGGTGATGGCA,Naive pluripotency
S1 0h:AGTCACAAGTGCAGGT,Naive pluripotency
S1 0h:AACACACAGTAAACTG,Naive pluripotency
S1 0h:AGGTGTTAGTAGCTCT,Naive pluripotency
S1 0h:GTGGAGACAATCCTAG,Naive pluripotency
S1 0h:GAAGCCCAGGATATAC,Naive pluripotency
S1 0h:GGTGTCGGTTAACCTG,Naive pluripotency
S1 0h:AATGGCTAGGGAACAA,Naive pluripotency
S1 0h:CACTAAGTCAAGTCTG,Naive pluripotency
S1 0h:AGGGTGATCATTCGTT,Naive pluripotency
S1 0h:GGGTGTCTCTTCCGTG,Naive pluripotency
S1 0h:ATTTACCTCGAGATAA,Naive pluripotency
S1 0h:TATCTGTTCCATAAGC,Naive pluripotency
S1 0h:GACTTCCTCGAGAACG,Naive pluripotency
S1 0h:GGCACGTGTGCTGTCG,Naive pluripotency
S1 0h:GTTGCTCAGAGTGGCT,Naive pluripotency
S1 0h:CGGGTGTAGTTACGGG,Naive pluripotency
S1 0h:TCTCCGATCAAAGAAC,Naive pluripotency
S1 0h:GTTAGACTCATACGGT,Naive pluripotency
S1 0h:AATCGTGAGTGGTGAC,Naive pluripotency
S1 0h:GTAGGTTGTGTTAAAG,Naive pluripotency
S1 0h:TACATTCGTTGCGGAA,Naive pluripotency
S1 0h:AGTCATGAGCGGTATG,Naive pluripotency
S1 0h:CACTAAGCATCGAACT,Naive pluripotency
S1 0h:AACAAGACAACGGTAG,Exiting naive pluripotency
S1 0h:CATGCGGTCGTCGATA,Naive pluripotency
S1 0h:GTCGAATGTCACAGTT,Naive pluripotency
S1 0h:CCAATGAAGACCTCCG,Naive pluripotency
S1 0h:CTCACTGCAGACCTGC,Exiting naive pluripotency
S1 0h:CTGCCATTCGCTGATA,Naive pluripotency
S1 0h:TCCCAGTGTGGCTGAA,Naive pluripotency
S1 0h:TTGGGTATCTTTCCAA,Naive pluripotency
S1 0h:GACGCTGGTTTGATCG,Naive pluripotency
S1 0h:TATTGGGAGGGCTTCC,Naive pluripotency
S1 0h:ATTGGGTGTAGCGTAG,Naive pluripotency
S1 0h:TACGTCCGTTGCTCAA,Naive pluripotency
S1 0h:CCTCCTCAGCAAATGT,Naive pluripotency
S1 0h:CTTGATTGTCAAGCGA,Naive pluripotency
S1 0h:CACATGACAGAGATTA,Naive pluripotency
S1 0h:AACCCAAAGAAAGTCT,Naive pluripotency
S1 0h:GTTGAACTCGCGGACT,Naive pluripotency
S1 0h:TAACACGCAAATCGTC,Naive pluripotency
S1 0h:ACTCCCATCTCCTGAC,Naive pluripotency
S1 0h:CCGTAGGCAGAACTTC,Naive pluripotency
S1 0h:ATATCCTGTTCTCCCA,Naive pluripotency
S1 0h:ACCAACAAGACTTCAC,Naive pluripotency
S1 0h:TCCGTGTGTACGAGTG,Naive pluripotency
S1 0h:CTTTCGGTCGACACCG,Naive pluripotency
S1 0h:GAGGCAAAGGGATGTC,Naive pluripotency
S1 0h:GCACGTGTCGAGAAAT,Naive pluripotency
S1 0h:CGAGTGCCACGGAAGT,Naive pluripotency
S1 0h:TTAGTCTAGATCGACG,Naive pluripotency
S1 0h:GACCCTTGTGCGTTTA,Naive pluripotency
S1 0h:TCAGTGAGTCTGTCCT,Naive pluripotency
S1 0h:GATGTTGGTTGAGAGC,Naive pluripotency
S1 0h:CATGAGTGTACGACAG,Naive pluripotency
S1 0h:TTGAACGGTGGGTTGA,Naive pluripotency
S1 0h:GGTGTCGGTGGAAGTC,Naive pluripotency
S1 0h:GATTCGAGTGTCACAT,Naive pluripotency
S1 0h:GTTTGGATCGTGTCAA,Naive pluripotency
S1 0h:AGGTCATTCCTGGGAC,Naive pluripotency
S1 0h:TGAGCATGTTATTCCT,Naive pluripotency
S1 0h:ATGGAGGCAGCACAGA,Naive pluripotency
S1 0h:GGGACTCGTTCTCTAT,Naive pluripotency
S1 0h:CGGGCATTCACTAGCA,Naive pluripotency
S1 0h:TTACGTTAGAGCCTGA,Naive pluripotency
S1 0h:GTTGTCCCAGCGTGCT,Naive pluripotency
S1 0h:TCCGATCAGACCTTTG,Naive pluripotency
S1 0h:CTACAGACATAGTCAC,Naive pluripotency
S1 0h:ATCCCTGGTCTCTCAC,Naive pluripotency
S1 0h:ATCACAGAGCCAAGGT,Naive pluripotency
S1 0h:CTCAATTAGCGTACAG,Naive pluripotency
S1 0h:GCCATTCAGGACCCAA,Naive pluripotency
S1 0h:ACGATCATCTGAGTCA,Naive pluripotency
S1 0h:ACGCACGGTTTCTATC,Naive pluripotency
S1 0h:TGTGATGCAGTATACC,Naive pluripotency
S1 0h:CCCTCAAAGGCGAACT,Naive pluripotency
S1 0h:TAGGGTTGTGGTTTGT,Exiting naive pluripotency
S1 0h:ATTACCTAGAATAGTC,Naive pluripotency
S1 0h:ACTACGATCTAGTGTG,Naive pluripotency
S1 0h:GAGGGTACAAGCCTGC,Naive pluripotency
S1 0h:GAGTCTAGTTCCTAGA,Naive pluripotency
S1 0h:TCATGAGCATATGGCT,Naive pluripotency
S1 0h:GAGGGATGTAGGTGCA,Naive pluripotency
S1 0h:AAACGAACACTACACA,Naive pluripotency
S1 0h:GGCTTGGCAGGGTTGA,Naive pluripotency
S1 0h:GTCTTTAGTGCAAGAC,Naive pluripotency
S1 0h:TACCGGGCATACCACA,Naive pluripotency
S1 0h:TGATGGTTCTGCTGAA,Naive pluripotency
S1 0h:CAAAGAAAGTCCTACA,Naive pluripotency
S1 0h:GTGGAAGTCTCCTGCA,Naive pluripotency
S1 0h:ATTGGGTGTACGGCAA,Naive pluripotency
S1 0h:GCCATGGAGAGCAGCT,Naive pluripotency
S1 0h:AGACAAAGTAGACGGT,Naive pluripotency
S1 0h:AGGACTTTCGGACCAC,Naive pluripotency
S1 0h:GTTGTGAAGCTAGAAT,Naive pluripotency
S1 0h:GGGAGTACATGGTGGA,Naive pluripotency
S1 0h:AGTGATCCACTCATAG,Naive pluripotency
S1 0h:GGAGATGCAAACTGCT,Naive pluripotency
S1 0h:ACCGTTCGTGGATACG,Naive pluripotency
S1 0h:GTTTGGAAGTTCGGTT,Naive pluripotency
S1 0h:TCATTTGCAAATGCTC,Naive pluripotency
S1 0h:GGAGGATTCTTTACAC,Naive pluripotency
S1 0h:TTAATCCAGGGCAGGA,Naive pluripotency
S1 0h:TCACTATAGCGAGTAC,Naive pluripotency
S1 0h:CTGTGAAAGAGGCGTT,Naive pluripotency
S1 0h:ACGTACAAGATGACAT,Naive pluripotency
S1 0h:CTGCCTAAGGTCCGAA,Naive pluripotency
S1 0h:ACTATCTAGTCTGTAC,Naive pluripotency
S1 0h:GTGTTCCAGTGACACG,Naive pluripotency
S1 0h:TGGGCTGAGAATTGTG,Naive pluripotency
S1 0h:AGACTCAAGAGGATGA,Naive pluripotency
S1 0h:AACCAACTCCGAGAAG,Naive pluripotency
S1 0h:TACCCGTGTTCCACAA,Naive pluripotency
S1 0h:ACTTAGGAGTGGCAGT,Naive pluripotency
S1 0h:GATTGGTGTTGACGGA,Naive pluripotency
S1 0h:GACTCTCGTAGGCAAC,Naive pluripotency
S1 0h:CCCTTAGAGTTGAAGT,Naive pluripotency
S1 0h:GGGTAGAGTCCGATCG,Naive pluripotency
S1 0h:AACAACCGTGTTACAC,Naive pluripotency
S1 0h:TCAAGTGTCGATTGAC,Naive pluripotency
S1 0h:GGGTCACCATCGTGGC,Naive pluripotency
S1 0h:GAGAGGTTCATTGTGG,Naive pluripotency
S1 0h:AGAACCTGTACTTCCC,Naive pluripotency
S1 0h:TCAGCCTAGAAGGTAG,Naive pluripotency
S1 0h:CGCATGGCAGTAGTTC,Naive pluripotency
S1 0h:GGTTAACCAAGCTGCC,Naive pluripotency
S1 0h:CGTGAATGTCGCTTAA,Naive pluripotency
S1 0h:CACGTGGGTTCCTACC,Naive pluripotency
S1 0h:CGAGTTACATTCAGCA,Naive pluripotency
S1 0h:GAGTCTACATGTGCCG,Naive pluripotency
S1 0h:GTTACAGAGAGTGACC,Naive pluripotency
S1 0h:TTCCGGTCACTTGGGC,Naive pluripotency
S1 0h:GGGACAAAGCTAGCCC,Naive pluripotency
S1 0h:CCTGCATTCCTTTAGT,Naive pluripotency
S1 0h:TTAATCCCAAGCAGGT,Naive pluripotency
S1 0h:AGCCACGAGAATTGTG,Naive pluripotency
S1 0h:CGATGCGTCAAGATAG,Naive pluripotency
S1 0h:AAATGGAGTTTCGTAG,Naive pluripotency
S1 0h:GAACACTGTCTTCTAT,Naive pluripotency
S1 0h:CTGCGAGGTGATGTAA,Naive pluripotency
S1 0h:GTTGTGATCCGTGGCA,Naive pluripotency
S1 0h:CGGTCAGTCCTTATGT,Naive pluripotency
S1 0h:CATTGCCTCTATCGCC,Naive pluripotency
S1 0h:GTCGAATCATATACCG,Naive pluripotency
S1 0h:CATTTCATCGGAACTT,Naive pluripotency
S1 0h:ATCACGAGTTCTCACC,Naive pluripotency
S1 0h:CCACGAGTCTCGTCAC,Naive pluripotency
S1 0h:TAACACGGTTCAAACC,Naive pluripotency
S1 0h:GTTGTGAAGTAGACCG,Naive pluripotency
S1 0h:TCGCTCAAGAAGCGAA,Naive pluripotency
S1 0h:CGTTGGGCATCTATCT,Naive pluripotency
S1 0h:TCAGGTAAGAAATGGG,Naive pluripotency
S1 0h:AGCGCTGAGATGAAGG,Naive pluripotency
S1 0h:AAGATAGAGGCCTTGC,Naive pluripotency
S1 0h:TAAGTCGCATACACCA,Naive pluripotency
S1 0h:ATGGGTTTCGCTCTCA,Naive pluripotency
S1 0h:TCGGTCTCATGAGTAA,Naive pluripotency
S1 0h:TGAACGTAGTTTGGCT,Naive pluripotency
S1 0h:CCACCATTCGATGCAT,Naive pluripotency
S1 0h:AGTGTTGCACAGCCAC,Naive pluripotency
S1 0h:TTGGATGCACCATTCC,Naive pluripotency
S1 0h:CAAGACTGTACACTCA,Naive pluripotency
S1 0h:ACACCAACACGTTGGC,Naive pluripotency
S1 0h:CAGAGCCAGAGTTCGG,Naive pluripotency
S1 0h:GGGTGTCGTCACAATC,Exiting naive pluripotency
S1 0h:TGTTGGACAGTCTTCC,Naive pluripotency
S1 0h:GAAGTAACACTTCAAG,Naive pluripotency
S1 0h:CAGCACGAGCACGATG,Naive pluripotency
S1 0h:AACGTCATCACAGAGG,Naive pluripotency
S1 0h:CACCGTTAGAATTCAG,Naive pluripotency
S1 0h:ATCATTCAGCGTACAG,Naive pluripotency
S1 0h:TTCAGGAAGCTTTCCC,Naive pluripotency
S1 0h:GAGACTTAGCATTGTC,Naive pluripotency
S1 0h:CGTCCATAGAGGTCGT,Naive pluripotency
S1 0h:CCCATTGCATCTGTTT,Naive pluripotency
S1 0h:GGCTTGGAGTTACGTC,Naive pluripotency
S1 0h:ATCGGCGCATCATCCC,Naive pluripotency
S1 0h:GTCTCACAGACTCATC,Naive pluripotency
S1 0h:AAGCATCCACCGTGAC,Naive pluripotency
S1 0h:TTCATTGGTTGGAGAC,Naive pluripotency
S1 0h:GTTCGCTCAGAACTCT,Naive pluripotency
S1 0h:CGGAACCTCCACTTCG,Naive pluripotency
S1 0h:GTGCTTCTCCGATTAG,Naive pluripotency
S1 0h:CTGTCGTAGTGGTCAG,Naive pluripotency
S1 0h:TCCTTCTAGGGCGAGA,Naive pluripotency
S1 0h:TACGTCCTCAGCATTG,Naive pluripotency
S1 0h:TCTAACTAGTGCCGAA,Naive pluripotency
S1 0h:CTAAGTGCACTAGAGG,Naive pluripotency
S1 0h:TTGGGCGGTTACCTTT,Naive pluripotency
S1 0h:TACATTCTCGTTAGAC,Naive pluripotency
S1 0h:GAGTCTAAGTGCGACA,Naive pluripotency
S1 0h:TGATCTTAGAGTGGCT,Naive pluripotency
S1 0h:TGAGCATTCCTCTCTT,Naive pluripotency
S1 0h:CCTTGTGTCTGGACTA,Naive pluripotency
S1 0h:TCTTAGTCAACATCGT,Naive pluripotency
S1 0h:TATTGGGTCGGTCAGC,Naive pluripotency
S1 0h:CCCGAAGTCACCTCTG,Naive pluripotency
S1 0h:GTAGATCTCCCTCTAG,Naive pluripotency
S1 0h:AGGGCTCAGTGGATAT,Naive pluripotency
S1 0h:CCGGTGATCGCGTAGC,Naive pluripotency
S1 0h:TTCATTGTCTGCACCT,Naive pluripotency
S1 0h:TACCCGTAGGCTCACC,Naive pluripotency
S1 0h:TCGCAGGAGGGTACAC,Naive pluripotency
S1 0h:TCACACCGTGTAAACA,Naive pluripotency
S1 0h:TACTTCAAGGATGTTA,Naive pluripotency
S1 0h:TCCTCTTAGTGAGGCT,Naive pluripotency
S1 0h:CTGGTCTAGCGCCATC,Naive pluripotency
S1 0h:AATAGAGTCTCACCCA,Naive pluripotency
S1 0h:TGTTCATTCAGCCTCT,Naive pluripotency
S1 0h:TAAGCGTCATGGAACG,Naive pluripotency
S1 0h:TAACTTCAGAGAGCAA,Naive pluripotency
S1 0h:CTATCCGGTTGGCCTG,Naive pluripotency
S1 0h:TTGTTTGGTACAGCGA,Naive pluripotency
S1 0h:CGTGCTTTCGACCATA,Naive pluripotency
S1 0h:TAGGGTTCAGCTCTGG,Naive pluripotency
S1 0h:GCTACCTAGCTGGTGA,Naive pluripotency
S1 0h:GAGATGGAGGCATCGA,Naive pluripotency
S1 0h:CTGCATCAGGGCTTCC,Naive pluripotency
S1 0h:ATTCCATAGTCCCTAA,Naive pluripotency
S1 0h:TTCTTCCTCCTCAGAA,Naive pluripotency
S1 0h:ATTTACCAGTGCAGGT,Naive pluripotency
S1 0h:TCAAGTGCAGTCTCTC,Naive pluripotency
S1 0h:GGATCTAGTACAGCGA,Naive pluripotency
S1 0h:AGACAGGTCGCCTCTA,Naive pluripotency
S1 0h:TGACCCTAGCCTTCTC,Naive pluripotency
S1 0h:CTGCCTACACGATTCA,Naive pluripotency
S1 0h:AAGTGAACAATTTCGG,Naive pluripotency
S1 0h:CAGTGCGAGCAGTACG,Naive pluripotency
S1 0h:GCCAGGTTCGTGAGAG,Naive pluripotency
S1 0h:CCTAAGATCCTTACCG,Naive pluripotency
S1 0h:TGTAACGTCCTTTGAT,Naive pluripotency
S1 0h:GGGTGTCAGCCTCTCT,Naive pluripotency
S1 0h:TGTGTGAAGCTCCCTT,Naive pluripotency
S1 0h:TGAGCGCGTGACAGCA,Naive pluripotency
S1 0h:TAGGGTTAGAAGCTGC,Naive pluripotency
S1 0h:TGTTCTAGTGGGACAT,Naive pluripotency
S1 0h:TGTTGGATCATGCTAG,Naive pluripotency
S1 0h:CTCCATGAGTGTTGAA,Exiting naive pluripotency
S1 0h:CATACCCTCGGAGATG,Naive pluripotency
S1 0h:CGTAGTAGTAGTATAG,Naive pluripotency
S1 0h:TCGGGTGCATATACCG,Naive pluripotency
S1 0h:ATTCGTTAGTCAGCCC,Naive pluripotency
S1 0h:TCGAAGTCAGAACTTC,Naive pluripotency
S1 0h:CGGTCAGTCAGATTGC,Naive pluripotency
S1 0h:TTCTTGATCAGAGCGA,Naive pluripotency
S1 0h:GAAACCTGTCGCACGT,Naive pluripotency
S1 0h:TAAGCGTTCATGGCCG,Naive pluripotency
S1 0h:TATCAGGTCTGGAGAG,Naive pluripotency
S1 0h:AAGTGAATCCGTTTCG,Naive pluripotency
S1 0h:GCATCGGTCTTACTGT,Naive pluripotency
S1 0h:TGAGTCAAGCCATATC,Naive pluripotency
S1 0h:CTGCGAGCAAGCAATA,Naive pluripotency
S1 0h:GCGTGCATCTATCGCC,Naive pluripotency
S1 0h:CATTTCATCATGCGGC,Naive pluripotency
S1 0h:GCCAGGTCATTAGGAA,Naive pluripotency
S1 0h:AAGATAGAGATGATTG,Naive pluripotency
S1 0h:CTACAGAGTTTACTGG,Naive pluripotency
S1 0h:TGTTACTAGAGTGTGC,Naive pluripotency
S1 0h:CAGCAGCAGTCACGCC,Naive pluripotency
S1 0h:GAGACTTGTAGCACAG,Naive pluripotency
S1 0h:ATGATCGCAAGTATAG,Naive pluripotency
S1 0h:ACAAAGATCACTAGCA,Naive pluripotency
S1 0h:CGCAGGTAGTGCCCGT,Naive pluripotency
S1 0h:AGGGTTTAGACGCAGT,Naive pluripotency
S1 0h:TTCCTAAAGATCCCGC,Naive pluripotency
S1 0h:ACTCTCGAGTCCTACA,Naive pluripotency
S1 0h:TCAGCCTGTAGGATAT,Naive pluripotency
S1 0h:AGATCCAAGTTCATGC,Naive pluripotency
S1 0h:ATTCTACGTCCGGTGT,Naive pluripotency
S1 0h:CTCTGGTAGGTAGGCT,Naive pluripotency
S1 0h:CGAAGGAGTCACTTCC,Naive pluripotency
S1 0h:TCGCAGGTCAGATGCT,Naive pluripotency
S1 0h:GTCAGCGGTCTCACAA,Naive pluripotency
S1 0h:GACCCTTAGCTGTTCA,Naive pluripotency
S1 0h:GGAGGATCAGCAGTCC,Naive pluripotency
S1 0h:GCACGGTGTACGACTT,Naive pluripotency
S1 0h:CTATAGGTCAAGCCGC,Naive pluripotency
S1 0h:CCTCCAAGTTGCAACT,Naive pluripotency
S1 0h:GGTTAACCAGGTTCCG,Naive pluripotency
S1 0h:GCTGCAGCAAAGGAGA,Naive pluripotency
S1 0h:CCGGTGAGTGCACATT,Naive pluripotency
S1 0h:CAAGGGAAGAGCTGAC,Naive pluripotency
S1 0h:GATTCTTTCTCGAGTA,Naive pluripotency
S1 0h:GTGTTAGAGTCAACAA,Naive pluripotency
S1 0h:TTGTGGACAAGAGTAT,Naive pluripotency
S1 0h:ACGGGTCTCTGGGAGA,Naive pluripotency
S1 0h:CGAGTTACAGATTCGT,Naive pluripotency
S1 0h:CTGGCAGTCGTAACCA,Naive pluripotency
S1 0h:TACGTCCAGCGTCTCG,Naive pluripotency
S1 0h:GCTTTCGAGATGGGCT,Naive pluripotency
S1 0h:GAGTTACCACTTGGCG,Naive pluripotency
S1 0h:AAGTCGTCATACCACA,Naive pluripotency
S1 0h:AAAGGGCTCCGTGTCT,Naive pluripotency
S1 0h:CACATGACAACGCATT,Naive pluripotency
S1 0h:AGAAGTATCATCACCC,Naive pluripotency
S1 0h:CCTAACCAGCCAGTAG,Naive pluripotency
S1 0h:GTCAGCGGTCACATTG,Naive pluripotency
S1 0h:AACCTGAGTTGCCAAT,Naive pluripotency
S1 0h:TACTTGTCACGCCAGT,Naive pluripotency
S1 0h:CAGAGCCAGTGAGTTA,Naive pluripotency
S1 0h:TCTAACTGTAGTCGTT,Naive pluripotency
S1 0h:CGCATGGTCAGCTTGA,Naive pluripotency
S1 0h:TGACAGTCACAAATGA,Naive pluripotency
S1 0h:CTCAACCGTCGAGATG,Naive pluripotency
S1 0h:GGTCTGGTCGGTGTTA,Naive pluripotency
S1 0h:GTAGGAGTCCGTAGGC,Naive pluripotency
S1 0h:CGTAGTACAACTGGTT,Naive pluripotency
S1 0h:AACTTCTGTTCTTAGG,Naive pluripotency
S1 0h:ATAGGCTTCGGCTCTT,Exiting naive pluripotency
S1 0h:TGCTGAATCCGCTTAC,Naive pluripotency
S1 0h:AGGAATAAGTCTTCCC,Naive pluripotency
S1 0h:CGCCAGAGTATCTCTT,Naive pluripotency
S1 0h:TCTTTGACAACAGAGC,Naive pluripotency
S1 0h:CCTGTTGCAGATTCGT,Naive pluripotency
S1 0h:CTACGGGTCTCAAAGC,Naive pluripotency
S1 0h:TGTGGCGGTACCGGAA,Naive pluripotency
S1 0h:TATATCCGTATATGGA,Naive pluripotency
S1 0h:TGTAGACCATTGCCTC,Naive pluripotency
S1 0h:GTCTGTCGTGTCCAAT,Naive pluripotency
S1 0h:TTGCTGCCAGTGACCC,Naive pluripotency
S1 0h:GAGTTGTGTATCCTCC,Naive pluripotency
S1 0h:CCTCTAGAGCTAATGA,Naive pluripotency
S1 0h:CGGGACTTCCGTGCGA,Naive pluripotency
S1 0h:TGAGGGAAGTCAACAA,Naive pluripotency
S1 0h:TGTTTGTGTGGATCGA,Naive pluripotency
S1 0h:CCTCCAAGTGATACTC,Naive pluripotency
S1 0h:TATCTTGAGTACCCTA,Naive pluripotency
S1 0h:ATTGTTCGTTCTTCAT,Naive pluripotency
S1 0h:AACCACACAGCGTAGA,Naive pluripotency
S1 0h:CAGCACGGTCGGTAAG,Naive pluripotency
S1 0h:GTTTGGATCTGGAGAG,Naive pluripotency
S1 0h:TGTCAGAAGACAGCGT,Naive pluripotency
S1 0h:CTACTATAGACCAAAT,Naive pluripotency
S1 0h:TTAGTCTGTAGCTTTG,Naive pluripotency
S1 0h:CCGCAAGGTGGCACTC,Naive pluripotency
S1 0h:TTTGTTGTCCGATTAG,Naive pluripotency
S1 0h:GTGTTAGGTCTCAGAT,Naive pluripotency
S1 0h:AGTACCACAACTACGT,Naive pluripotency
S1 0h:GCACGGTCAATTTCTC,Naive pluripotency
S1 0h:TGCTCGTCATAGGCGA,Naive pluripotency
S1 0h:TTCCAATAGCACGGAT,Naive pluripotency
S1 0h:AGCCAATAGAGCATCG,Naive pluripotency
S1 0h:GCGGATCGTGTACGCC,Naive pluripotency
S1 0h:GTCATGACAAAGGAGA,Naive pluripotency
S1 0h:TACTGCCTCCGCGGAT,Exiting naive pluripotency
S1 0h:ATGGATCAGCTGAAAT,Naive pluripotency
S1 0h:TGAATCGTCCTGCTAC,Naive pluripotency
S1 0h:CTACCTGTCCAACCAA,Naive pluripotency
S1 0h:AATCGTGAGTTGCTCA,Naive pluripotency
S1 0h:GTCGTTCTCTTCGACC,Naive pluripotency
S1 0h:TCTACATTCATTCATC,Naive pluripotency
S1 0h:ATCGTCCCACCAGGTC,Naive pluripotency
S1 0h:TTGTTCACAATAGTGA,Naive pluripotency
S1 0h:AGCTCAAAGTGAGTGC,Naive pluripotency
S1 0h:TTGATGGCACGAGAAC,Naive pluripotency
S1 0h:CAATTTCAGTTCTACG,Naive pluripotency
S1 0h:ATGGGAGGTATCTCGA,Naive pluripotency
S1 0h:ATACCGACAGCACAAG,Naive pluripotency
S1 0h:ACTCCCATCGTAACTG,Naive pluripotency
S1 0h:CACAGATGTGCGCTCA,Naive pluripotency
S1 0h:CACAGGCAGGCCCAAA,Naive pluripotency
S1 0h:ACGGAAGGTGCATCTA,Naive pluripotency
S1 0h:GAGACTTCAATGAGCG,Naive pluripotency
S1 0h:TAACTTCAGAGGATGA,Naive pluripotency
S1 0h:GATGACTTCTACCTTA,Naive pluripotency
S1 0h:AGTCAACAGTCACAGG,Naive pluripotency
S1 0h:CTGCCTAAGCGAGGAG,Naive pluripotency
S1 0h:TCTCCGATCTCTTGCG,Naive pluripotency
S1 0h:TGGATGTTCTGCAGCG,Naive pluripotency
S1 0h:CCAATTTGTGGAACAC,Naive pluripotency
S1 0h:CCTTTGGGTAGTCCTA,Naive pluripotency
S1 0h:AGATGAATCTGGGCGT,Naive pluripotency
S1 0h:GTGCACGTCTCGAGTA,Naive pluripotency
S1 0h:TAGAGTCAGAAGTGTT,Naive pluripotency
S1 0h:GCGGATCAGCATGGGT,Naive pluripotency
S1 0h:TTGTTGTTCTGGCCAG,Naive pluripotency
S1 0h:GTGTCCTAGATTGAGT,Naive pluripotency
S1 0h:TCAGCAATCGAATCCA,Naive pluripotency
S1 0h:CGTGATAGTTTCCAAG,Naive pluripotency
S1 0h:ATGGTTGGTAGACAAT,Naive pluripotency
S1 0h:AGACACTTCCGCGATG,Naive pluripotency
S1 0h:CAGTTAGGTACGGATG,Naive pluripotency
S1 0h:AGAAGCGGTCGTATGT,Naive pluripotency
S1 0h:GTCTCACGTGTCCAAT,Naive pluripotency
S1 0h:GTGTTCCAGAGGATCC,Naive pluripotency
S1 0h:GAGGCCTCACATACTG,Naive pluripotency
S1 0h:CTCATTACAGGCTATT,Naive pluripotency
S1 0h:TCATCATAGTGCTCAT,Naive pluripotency
S1 0h:TTTGATCTCCAAAGGG,Naive pluripotency
S1 0h:GTGGTATCAACGCAGA,Naive pluripotency
S1 0h:ATTTACCTCTGGTGCG,Naive pluripotency
S1 0h:TAATTCCTCTTTGCGC,Naive pluripotency
S1 0h:CCTCCTCCATAGGTAA,Zscan4+ Artefact
S1 0h:CGCATGGGTAGTCGGA,Naive pluripotency
S1 0h:CGCGTGACAGCGACCT,Naive pluripotency
S1 0h:GGCGTCAAGGCAGCTA,Naive pluripotency
S1 0h:ACACGCGTCCGTTGGG,Naive pluripotency
S1 0h:GTCTTTACAGATACCT,Naive pluripotency
S1 0h:TGAATCGTCGAGTCCG,Naive pluripotency
S1 0h:AGTGACTGTTCAACGT,Naive pluripotency
S1 0h:TCGAAGTTCATCTGTT,Naive pluripotency
S1 0h:TGAATCGTCATAGAGA,Naive pluripotency
S1 0h:TGTGCGGAGGGCAGTT,Naive pluripotency
S1 0h:TTGCATTCATCGTCCT,Naive pluripotency
S1 0h:TGTAAGCTCACCGCTT,Naive pluripotency
S1 0h:TCGCACTAGCTTAAGA,Naive pluripotency
S1 0h:CTTTCGGCAACACAGG,Naive pluripotency
S1 0h:GCGAGAACACTACGGC,Naive pluripotency
S1 0h:TGCTTCGTCAGGAGAC,Naive pluripotency
S1 0h:CAAGAGGTCCGCGATG,Naive pluripotency
S1 0h:CCGATCTTCTTAAGGC,Naive pluripotency
S1 0h:CACTGTCAGCCTCTTC,Naive pluripotency
S1 0h:CAAGAGGAGGATTCCT,Naive pluripotency
S1 0h:TTGCTGCGTGTGTGTT,Naive pluripotency
S1 0h:GCTTCACGTGGAACAC,Naive pluripotency
S1 0h:GATGTTGAGTTATGGA,Naive pluripotency
S1 0h:TGAGGGACACTGTTCC,Naive pluripotency
S1 0h:AGGTAGGTCGCTGCGA,Naive pluripotency
S1 0h:AGGACGATCTAGAGCT,Naive pluripotency
S1 0h:GGGTATTAGAGCCCAA,Naive pluripotency
S1 0h:TAAGTCGTCCATACTT,Naive pluripotency
S1 0h:ATTGTTCGTAACGGTG,Naive pluripotency
S1 0h:TAGGTACAGGTCATCT,Naive pluripotency
S1 0h:TTCCGTGCAGTCCCGA,Naive pluripotency
S1 0h:TCAAGCAAGCTAATGA,Naive pluripotency
S1 0h:CAGCAATGTACTCAAC,Naive pluripotency
S1 0h:GCATCTCAGGTCCGAA,Naive pluripotency
S1 0h:AACGTCAAGTATCTGC,Naive pluripotency
S1 0h:TTTACCATCAGAACCT,Naive pluripotency
S1 0h:TTGTTGTCAGCAGAAC,Naive pluripotency
S1 0h:TGCGGGTAGAGCAAGA,Naive pluripotency
S1 0h:CATTGCCTCACCTTAT,Naive pluripotency
S1 0h:TAGAGTCAGCTCACTA,Naive pluripotency
S1 0h:CTGTATTTCGTTAGAC,Naive pluripotency
S1 0h:GACAGCCGTCCCTCAT,Naive pluripotency
S1 0h:CTAACTTCAATCAGCT,Naive pluripotency
S1 0h:ACTGTGACAACAAGAT,Naive pluripotency
S1 0h:GTGAGCCCAAGCTACT,Naive pluripotency
S1 0h:TTTGTTGGTACCACGC,Naive pluripotency
S1 0h:AATCACGGTCGAACGA,Naive pluripotency
S1 0h:CATGCAAAGAGGATCC,Naive pluripotency
S1 0h:TCACGCTAGATGTTGA,Naive pluripotency
S1 0h:TTCTTCCAGATCGGTG,Naive pluripotency
S1 0h:CCTCTAGGTCGTCTCT,Naive pluripotency
S1 0h:AGGGTTTAGAGTTCGG,Naive pluripotency
S1 0h:TTCCGGTGTGGGTTGA,Naive pluripotency
S1 0h:GGCAGTCGTGGTAACG,Naive pluripotency
S1 0h:TCAGTGAAGTGAATAC,Naive pluripotency
S1 0h:CGCAGGTTCTTCCGTG,Naive pluripotency
S1 0h:TTTACCATCATGAGTC,Naive pluripotency
S1 0h:AGGAAATTCCAGGACC,Naive pluripotency
S1 0h:CAGTTAGGTCAATCTG,Naive pluripotency
S1 0h:CTGTGAAAGGGAGGCA,Naive pluripotency
S1 0h:CTACGGGGTGCACGCT,Naive pluripotency
S1 0h:GTCCCATAGTCTGCGC,Naive pluripotency
S1 0h:ATGGGTTCAAATGGAT,Naive pluripotency
S1 0h:ATCGTGACAGCGGATA,Naive pluripotency
S1 0h:AACAAGAGTGTTACAC,Naive pluripotency
S1 0h:GAAGCGAAGCGTGTTT,Naive pluripotency
S1 0h:TTACTGTCACAGTCAT,Naive pluripotency
S1 0h:TGTACAGCATTGCCGG,Naive pluripotency
S1 0h:GCACGGTGTGAGCTCC,Naive pluripotency
S1 0h:GTCGTTCAGATGTTAG,Naive pluripotency
S1 0h:AACAAAGAGCGTGTTT,Naive pluripotency
S1 0h:ACAGAAAAGTAAAGCT,Naive pluripotency
S1 0h:TGGGCGTTCGTCACCT,Naive pluripotency
S1 0h:GTCTACCAGTTCCATG,Naive pluripotency
S1 0h:TGCCGAGGTCGTACTA,Naive pluripotency
S1 0h:TCGACCTTCCTGTAAG,Naive pluripotency
S1 0h:TGGGCGTAGAAGTCTA,Naive pluripotency
S1 0h:CAATGACCACGCTATA,Naive pluripotency
S1 0h:TGGAGGATCCCGTTCA,Naive pluripotency
S1 0h:ATTTCTGAGAGGGCGA,Naive pluripotency
S1 0h:GGAGATGTCCTACACC,Naive pluripotency
S1 0h:GTCTGTCCAGCGACAA,Naive pluripotency
S1 0h:CGTGCTTTCGGCCCAA,Naive pluripotency
S1 0h:CTAGACAAGTCACTAC,Naive pluripotency
S1 0h:TTTCATGAGAAGGGAT,Naive pluripotency
S1 0h:AGTCTCCAGCAGGTCA,Naive pluripotency
S1 0h:AGGATAAAGAGCATCG,Naive pluripotency
S1 0h:ACGATGTGTTAACCTG,Naive pluripotency
S1 0h:CATCGTCAGTCTGGAG,Naive pluripotency
S1 0h:TTAGGCATCATCTCTA,Naive pluripotency
S1 0h:TCATTGTCACTGGCGT,Naive pluripotency
S1 0h:ACTATTCGTCATTCCC,Naive pluripotency
S1 0h:TCCAGAAAGAAGTCAT,Naive pluripotency
S1 0h:GCAGTTAGTAGAATGT,Naive pluripotency
S1 0h:TCATCCGGTTTCGTTT,Naive pluripotency
S1 0h:GAAGTAATCTGCGAGC,Naive pluripotency
S1 0h:TTGTTCATCATTCACT,Naive pluripotency
S1 0h:ATCGCCTCAATCGCAT,Naive pluripotency
S1 0h:TGTAGACAGTGGCGAT,Naive pluripotency
S1 0h:GCCTGTTCAGAGTTGG,Naive pluripotency
S1 0h:TATGTTCTCAGATTGC,Naive pluripotency
S1 0h:ATCCCTGAGAAGCTGC,Naive pluripotency
S1 0h:AGCGATTCATCCGAGC,Naive pluripotency
S1 0h:CCATAAGGTTTCGCTC,Naive pluripotency
S1 0h:AAAGGGCTCTCGTGGG,Naive pluripotency
S1 0h:TTCCTAAAGACTACCT,Naive pluripotency
S1 0h:GGAGAACCATTCTGTT,Naive pluripotency
S1 0h:GTCTGTCAGGGTCAAC,Naive pluripotency
S1 0h:TTCCACGAGGTGATCG,Exiting naive pluripotency
S1 0h:GTGTAACAGTGAGTGC,Naive pluripotency
S1 0h:GTGCACGGTCGAGTGA,Naive pluripotency
S1 0h:ACGGGTCGTCCCGTGA,Naive pluripotency
S1 0h:ATGGGAGGTATCAAGA,Naive pluripotency
S1 0h:GCTGAATAGCACCTGC,Naive pluripotency
S1 0h:TACACCCAGGTCATAA,Naive pluripotency
S1 0h:GCGGAAAAGGCGATAC,Naive pluripotency
S1 0h:TAGATCGCAGCGACCT,Naive pluripotency
S1 0h:TCACTCGTCCAGTGCG,Naive pluripotency
S1 0h:GAGTGTTAGAAGCCAC,Naive pluripotency
S1 0h:AGCGCTGGTAGAGACC,Naive pluripotency
S1 0h:GTCATCCCAAAGGCGT,Naive pluripotency
S1 0h:AACAACCTCAGGTGTT,Naive pluripotency
S1 0h:TAGTGCAAGGTGAGCT,Naive pluripotency
S1 0h:TCGGGACAGGTACTGG,Naive pluripotency
S1 0h:CATAGACAGGGACACT,Naive pluripotency
S1 0h:GTCTGTCTCAGACCGC,Naive pluripotency
S1 0h:CAGCAGCAGTACCCTA,Naive pluripotency
S1 0h:CACGTTCAGAAGATCT,Naive pluripotency
S1 0h:TGTTGGATCAAGTGTC,Naive pluripotency
S1 0h:AGATGCTTCGTGCATA,Naive pluripotency
S1 0h:CGTTGGGAGCTGTTCA,Naive pluripotency
S1 0h:CGAGAAGCACGTTCGG,Naive pluripotency
S1 0h:GGGATCCTCTCTAGGA,Naive pluripotency
S1 0h:ACGTAACCAGGCTATT,Naive pluripotency
S1 0h:GAAGGACAGCTAGAGC,Naive pluripotency
S1 0h:GTCATCCGTCAAAGAT,Naive pluripotency
S1 0h:TGATTCTAGGACGCTA,Naive pluripotency
S1 0h:CATGCTCCACCCAACG,Naive pluripotency
S1 0h:AAGCGAGCACCCAATA,Naive pluripotency
S1 0h:CTTGAGAGTAATTGGA,Naive pluripotency
S1 0h:ACTACGACAAATAAGC,Naive pluripotency
S1 0h:GTTTGGAGTCTTCAAG,Naive pluripotency
S1 0h:CGTAAGTGTTGAATCC,Naive pluripotency
S1 0h:TCCGGGAGTTTCGTTT,Naive pluripotency
S1 0h:CAGAGCCGTGTCCACG,Naive pluripotency
S1 0h:ACGTACAAGTAGGTTA,Naive pluripotency
S1 0h:TGACAGTCATAGAATG,Naive pluripotency
S1 0h:CAGCAGCTCAGTGTTG,Naive pluripotency
S1 0h:TCGCAGGCAGGTCTCG,Naive pluripotency
S1 0h:GAGAAATAGCGTGAAC,Naive pluripotency
S1 0h:CGAGTGCGTCCTGGGT,Naive pluripotency
S1 0h:CGCGTGAGTTGCCAAT,Naive pluripotency
S1 0h:TCTCAGCTCAAGGACG,Naive pluripotency
S1 0h:GCCATGGAGATCGACG,Naive pluripotency
S1 0h:AGAGCCCTCTCAATCT,Naive pluripotency
S1 0h:GGTGTTATCACAGTGT,Naive pluripotency
S1 0h:TGAGGTTAGGAGGCAG,Naive pluripotency
S1 0h:AGTAGCTCAATTCTTC,Naive pluripotency
S1 0h:TTTACTGCATACCACA,Naive pluripotency
S1 0h:CCCTCAAAGGGCATGT,Naive pluripotency
S1 0h:GTTAGACTCCATGAGT,Naive pluripotency
S1 0h:GCTCAAATCCCGAACG,Naive pluripotency
S1 0h:AGTTCCCGTCAAAGCG,Naive pluripotency
S1 0h:GTGATGTGTGAATGAT,Naive pluripotency
S1 0h:CAGTGCGTCAACTGGT,Naive pluripotency
S1 0h:TCGCAGGGTTCCCAAA,Naive pluripotency
S1 0h:GTGGTTACAAAGAGTT,Naive pluripotency
S1 0h:GTAGGTTTCGACCTAA,Naive pluripotency
S1 0h:TACCCACGTTCGAGCC,Naive pluripotency
S1 0h:GGCTGTGTCCGTTGGG,Naive pluripotency
S1 0h:TCGGGACCACTTTATC,Naive pluripotency
S1 0h:TCTGCCAGTTCCCACT,Naive pluripotency
S1 0h:AACCTGAAGGCGTTAG,Naive pluripotency
S1 0h:TGTGTGATCATGCAGT,Naive pluripotency
S1 0h:AGAAATGGTATTTCTC,Naive pluripotency
S1 0h:TCCTCTTTCATGCCGG,Naive pluripotency
S1 0h:ACTCCCAAGTCATCGT,Naive pluripotency
S1 0h:ACTATCTAGATGGCGT,Naive pluripotency
S1 0h:ATCATTCCAAGCGAAC,Naive pluripotency
S1 0h:TCGAACAAGCGATGGT,Naive pluripotency
S1 0h:TCCACCATCTTCCTAA,Naive pluripotency
S1 0h:GATGTTGGTATCACCA,Naive pluripotency
S1 0h:GCGTTTCCAGCAGTCC,Naive pluripotency
S1 0h:CAACCAAAGGTCTGGA,Naive pluripotency
S1 0h:CAGAGCCGTATGCGGA,Naive pluripotency
S1 0h:GTGGAGAGTAGATCCT,Naive pluripotency
S1 0h:CATTTCAAGCGTTAGG,Naive pluripotency
S1 0h:ACGTACAGTGTTCGAT,Naive pluripotency
S1 0h:GTCATGACAGCAGTAG,Naive pluripotency
S1 0h:ACGTAGTGTAACATCC,Naive pluripotency
S1 0h:TTCCTCTTCAGCACCG,Naive pluripotency
S1 0h:GGGACAAGTCAAATCC,Naive pluripotency
S1 0h:ACGGTTACATTCCTAT,Naive pluripotency
S1 0h:GAAGCGATCGTTCCCA,Naive pluripotency
S1 0h:GGCTTGGAGCTGTTCA,Naive pluripotency
S1 0h:GTGCGTGCATCTGGGC,Naive pluripotency
S1 0h:ACTTATCAGACTGGGT,Exiting naive pluripotency
S1 0h:TCTTCCTAGCCTGACC,Naive pluripotency
S1 0h:AGCCAATCATGCCGCA,Naive pluripotency
S1 0h:TGAGCGCTCTCCGCAT,Naive pluripotency
S1 0h:AGAGAGCAGTAAACTG,Naive pluripotency
S1 0h:CCAATGATCGGAACTT,Naive pluripotency
S1 0h:TCATTACAGCGGTAGT,Naive pluripotency
S1 0h:CGTTCTGTCGAAATCC,Naive pluripotency
S1 0h:GATCAGTCAATACGCT,Naive pluripotency
S1 0h:GTTCGCTCACTGATTG,Naive pluripotency
S1 0h:CATGCCTTCCCAAGCG,Naive pluripotency
S1 0h:ATTGGGTAGGCATTTC,Naive pluripotency
S1 0h:CGTGCTTTCTCTCGCA,Naive pluripotency
S1 0h:GCGTGCACAAAGGCGT,Naive pluripotency
S1 0h:ACATGCATCGGTGTAT,Naive pluripotency
S1 0h:GGGACTCAGGCATCTT,Naive pluripotency
S1 0h:GATAGCTAGTGGCAGT,Naive pluripotency
S1 0h:CAGTTCCCAGCCATTA,Naive pluripotency
S1 0h:AGTCATGAGCCGTCGT,Naive pluripotency
S1 0h:TATCTGTCACCTCTAC,Naive pluripotency
S1 0h:GTTGCGGCATCTGTTT,Naive pluripotency
S1 0h:CAGTTAGAGGGTAATT,Naive pluripotency
S1 0h:ACGGTTAGTGTCTTAG,Naive pluripotency
S1 0h:CATGCTCCAAACCGGA,Naive pluripotency
S1 0h:AGACAAATCGTGTCAA,Exiting naive pluripotency
S1 0h:GTCGCGACACGAAGAC,Naive pluripotency
S1 0h:CACTAAGAGCCAGAGT,Naive pluripotency
S1 0h:GAGGCAACAACAAAGT,Naive pluripotency
S1 0h:CACAACAAGGTCCTGC,Naive pluripotency
S1 0h:ATCGTGAGTCGCATCG,Naive pluripotency
S1 0h:CTGCGAGCAAGTGACG,Naive pluripotency
S1 0h:AGGGCCTGTCTGTCAA,Naive pluripotency
S1 0h:GTCACTCGTTGCGAAG,Naive pluripotency
S1 0h:AAGGAATCAGTAACGG,Naive pluripotency
S1 0h:GAGACTTCACCGTCTT,Naive pluripotency
S1 0h:ACTTAGGTCTGGGCCA,Naive pluripotency
S1 0h:AGGCCACCACCCTAGG,Naive pluripotency
S1 0h:GTCTAGATCAAGAATG,Naive pluripotency
S1 0h:GCCAGTGCATTCACCC,Naive pluripotency
S1 0h:ACGCACGCAATCGCGC,Naive pluripotency
S1 0h:CATACCCCAGCTCATA,Naive pluripotency
S1 0h:CACTTCGCAAGATCCT,Naive pluripotency
S1 0h:CACGGGTAGGGATCGT,Naive pluripotency
S1 0h:TATATCCCAGGTCCCA,Naive pluripotency
S1 0h:CGCGTGATCCGAGGCT,Naive pluripotency
S1 0h:TGTTGGACAACGGGTA,Naive pluripotency
S1 0h:TGACGCGAGGTCGACA,Naive pluripotency
S1 0h:GGTGTCGGTGGGCTTC,Naive pluripotency
S1 0h:GACGCTGTCGACGATT,Naive pluripotency
S1 0h:TGTGAGTGTGGGACAT,Naive pluripotency
S1 0h:AAGCGTTAGAAGGGAT,Naive pluripotency
S1 0h:TCCATCGTCTGTGCGG,Naive pluripotency
S1 0h:GTCATCCTCAAGAGTA,Naive pluripotency
S1 0h:CAGATACTCATCACAG,Naive pluripotency
S1 0h:GTCCACTCATGGGTCC,Naive pluripotency
S1 0h:GGAGGTATCTGTCGCT,Naive pluripotency
S1 0h:GATGCTATCTCGTCGT,Naive pluripotency
S1 0h:AGGGTTTAGTGAGCCA,Naive pluripotency
S1 0h:CCGTGAGCATCATTGG,Naive pluripotency
S1 0h:AGAAGTAAGCACTGGA,Naive pluripotency
S1 0h:TTGGGCGTCAAACGTC,Naive pluripotency
S1 0h:ACGGTCGTCCAAGCCG,Exiting naive pluripotency
S1 0h:TTAGGGTAGACCAGCA,Naive pluripotency
S1 0h:AACCATGAGCGTTACT,Naive pluripotency
S1 0h:TGGATCAGTGTTTGCA,Naive pluripotency
S1 0h:CATTCCGAGGGCAACT,Naive pluripotency
S1 0h:ATTACTCTCGAGTGAG,Naive pluripotency
S1 0h:TAGACCAAGGTGAGAA,Naive pluripotency
S1 0h:CTGCAGGAGCATGATA,Naive pluripotency
S1 0h:CCGCAAGTCTGCATAG,Naive pluripotency
S1 0h:ATCGTGAGTGATTCTG,Naive pluripotency
S1 0h:GAGACCCAGCTTGTTG,Exiting naive pluripotency
S1 0h:CTTGAGAGTCAGTCGC,Naive pluripotency
S1 0h:TGTTGGAGTGATAGTA,Naive pluripotency
S1 0h:AAGCCATTCATTGCCC,Naive pluripotency
S1 0h:GACCGTGAGTCATCCA,Naive pluripotency
S1 0h:TCAAGTGAGCGGCTCT,Naive pluripotency
S1 0h:CTCCACATCCATTGGA,Naive pluripotency
S1 0h:TGGGTTAAGACAGTCG,Naive pluripotency
S1 0h:TCAGCCTCATCATGAC,Naive pluripotency
S1 0h:TCAGCAAAGCTACTGT,Naive pluripotency
S1 0h:ACCTGTCGTTGCTTGA,Naive pluripotency
S1 0h:TCCACGTGTGCATCTA,Naive pluripotency
S1 0h:TGCAGGCCATCAGCAT,Naive pluripotency
S1 0h:GAGTGAGGTTACACAC,Naive pluripotency
S1 0h:GGTTCTCAGTCATCCA,Naive pluripotency
S1 0h:CGTTCTGCAATGTCTG,Naive pluripotency
S1 0h:GAGTGAGCAGCATACT,Naive pluripotency
S1 0h:CTCCTTTCAGCTGTTA,Naive pluripotency
S1 0h:CACTTCGGTTCGTTCC,Naive pluripotency
S1 0h:CTTCTAAAGGGCAGAG,Naive pluripotency
S1 0h:GGAAGTGCAATCGTCA,Naive pluripotency
S1 0h:CACCGTTTCACCATCC,Naive pluripotency
S1 0h:GTCAGCGCAGAATTCC,Naive pluripotency
S1 0h:ATCGTAGAGCCTCTTC,Naive pluripotency
S1 0h:GTGAGGATCGAGATAA,Naive pluripotency
S1 0h:TGACTCCTCTGGCCAG,Naive pluripotency
S1 0h:GGTGTCGGTTGGCCGT,Naive pluripotency
S1 0h:CGATCGGTCCACGTCT,Naive pluripotency
S1 0h:TTGTGGACAGCCGTTG,Naive pluripotency
S1 0h:CACCGTTCAGCTGCCA,Naive pluripotency
S1 0h:TTTACTGCACAGTCCG,Naive pluripotency
S1 0h:TTACCATGTATCCCAA,Naive pluripotency
S1 0h:TTGGGTAAGCAGCCCT,Naive pluripotency
S1 0h:TCAGGGCCACCTGCAG,Naive pluripotency
S1 0h:GTTACGAAGGTCACAG,Naive pluripotency
S1 0h:TCGGGACGTATCTCGA,Naive pluripotency
S1 0h:TAGGTACCAGAGCGTA,Naive pluripotency
S1 0h:GCCCAGACAGAGTCAG,Naive pluripotency
S1 0h:AAAGGTATCTATGTGG,Naive pluripotency
S1 0h:TGACAGTGTGTGTCGC,Naive pluripotency
S1 0h:TCAGCAAAGCCAGACA,Naive pluripotency
S1 0h:AGGATCTGTACGCGTC,Naive pluripotency
S1 0h:CTGGCAGAGATTAGTG,Naive pluripotency
S1 0h:GCCAGTGAGGAACATT,Naive pluripotency
S1 0h:CTGTGGGTCTGAGTCA,Naive pluripotency
S1 0h:GAGACCCCAGCGTATT,Naive pluripotency
S1 0h:TGACCCTCAGTTAAAG,Naive pluripotency
S1 0h:TGAGACTTCCCTAGGG,Naive pluripotency
S1 0h:TCGGATATCAGCATTG,Naive pluripotency
S1 0h:TGCGATAAGGCGTCCT,Naive pluripotency
S1 0h:CGAGTTAAGGTGTGAC,Naive pluripotency
S1 0h:GTAGTACAGGCCCGTT,Naive pluripotency
S1 0h:ACTGCAAGTATTTCCT,Naive pluripotency
S1 0h:GTATTGGTCCGTAGGC,Naive pluripotency
S1 0h:TTGATGGGTGATAGAT,Naive pluripotency
S1 0h:AGTCTCCTCCGCACTT,Naive pluripotency
S1 0h:TCACATTCAGAGCTAG,Naive pluripotency
S1 0h:CCGTTCAGTTGCATTG,Naive pluripotency
S1 0h:AGGCTGCTCCCATACC,Naive pluripotency
S1 0h:GCCATTCAGCGTTAGG,Naive pluripotency
S1 0h:AGGGTTTCATAGAAAC,Naive pluripotency
S1 0h:TCTATACCATATAGCC,Naive pluripotency
S1 0h:GTTACCCAGCCTCTGG,Naive pluripotency
S1 0h:GTAGAGGTCGCCACTT,Naive pluripotency
S1 0h:GGTGATTTCGCCACTT,Naive pluripotency
S1 0h:AGAGCAGCAAAGAGTT,Naive pluripotency
S1 0h:GAACTGTGTAGATCCT,Naive pluripotency
S1 0h:TTTGTTGCAGAACATA,Naive pluripotency
S1 0h:TCCTAATAGAAGTCTA,Naive pluripotency
S1 0h:GTTACAGGTGCACAAG,Naive pluripotency
S1 0h:CCTGTTGTCTCAGAAC,Naive pluripotency
S1 0h:ACGGGTCCAATCTCGA,Naive pluripotency
S1 0h:AAGCCATTCATGAAAG,Naive pluripotency
S1 0h:TCGCACTAGCTACAAA,Naive pluripotency
S1 0h:CGACAGCAGTGGACGT,Naive pluripotency
S1 0h:ACTTATCGTCGTTGGC,Naive pluripotency
S1 0h:TCTACATCAGTCGAGA,Naive pluripotency
S1 0h:ACCTGTCTCTCCGAAA,Naive pluripotency
S1 0h:TCATACTTCACTTATC,Naive pluripotency
S1 0h:AGGGTGAGTTAGGCTT,Naive pluripotency
S1 0h:ACTATGGCACGCTTAA,Naive pluripotency
S1 0h:CACCAAAAGGTGCAGT,Naive pluripotency
S1 0h:ACTACGAGTTTCGTAG,Naive pluripotency
S1 0h:CGGTCAGTCACGGGCT,Naive pluripotency
S1 0h:TGACCCTCAGAAGTTA,Naive pluripotency
S1 0h:CGAGGAACACAAAGTA,Naive pluripotency
S1 0h:ACGTACAAGTTGTCGT,Naive pluripotency
S1 0h:TGAGGAGAGTCGTTAC,Naive pluripotency
S1 0h:CCTTGTGTCTTACTGT,Naive pluripotency
S1 0h:ACCACAAAGTCTTCCC,Naive pluripotency
S1 0h:TTCGATTGTTAAACAG,Naive pluripotency
S1 0h:CGCATGGGTACAGGTG,Naive pluripotency
S1 0h:GTCTGTCTCGTTAGTG,Naive pluripotency
S1 0h:AATTCCTTCTCGTTTA,Naive pluripotency
S1 0h:TACCTCGAGCGACTTT,Naive pluripotency
S1 0h:GCGTGCAGTCCCGGTA,Naive pluripotency
S1 0h:GACCGTGAGAAGAGCA,Exiting naive pluripotency
S1 0h:CTACTATTCTCGGTCT,Naive pluripotency
S1 0h:CTAAGTGCAACCGTAT,Naive pluripotency
S1 0h:GAGCTGCAGATTAGCA,Naive pluripotency
S1 0h:CATAAGCAGACATGCG,Naive pluripotency
S1 0h:CTTCCTTAGTAGGAAG,Naive pluripotency
S1 0h:CAGGTATGTCCGTACG,Naive pluripotency
S1 0h:GTAGAGGTCAGCGTCG,Naive pluripotency
S1 0h:TTCCGTGCAGTCAGTT,Naive pluripotency
S1 0h:ACTTCGCAGCTACTAC,Naive pluripotency
S1 0h:CAATTTCAGATGACAT,Naive pluripotency
S1 0h:GTGGTTACACTCTAGA,Naive pluripotency
S1 0h:TTGTTCAGTTCGCGTG,Naive pluripotency
S1 0h:CATGCGGCAGTGTGGA,Naive pluripotency
S1 0h:ATCCATTTCGCAAGAG,Naive pluripotency
S1 0h:TTCTAACTCTCATAGG,Naive pluripotency
S1 0h:AAGCGAGGTTGGTGTT,Naive pluripotency
S1 0h:AAAGGGCTCTCTCCGA,Naive pluripotency
S1 0h:AGTGTTGAGTATAACG,Naive pluripotency
S1 0h:TGTAACGAGGGCGAGA,Naive pluripotency
S1 0h:CAACGATTCGCTTGCT,Exiting naive pluripotency
S1 0h:AACGTCATCTCGGTCT,Naive pluripotency
S1 0h:CTGAGCGGTGGTCCGT,Naive pluripotency
S1 0h:GCATCGGTCCAGTGCG,Naive pluripotency
S1 0h:AAAGTGAAGAGCCCAA,Naive pluripotency
S1 0h:TTGCCTGCAATCGCGC,Naive pluripotency
S1 0h:AAGAACACATTCATCT,Naive pluripotency
S1 0h:GTGAGTTTCATACGGT,Naive pluripotency
S1 0h:GTCATCCCATGACAGG,Naive pluripotency
S1 0h:AGGTCATGTTGTGGCC,Naive pluripotency
S1 0h:AGAGAGCTCCCTCTTT,Naive pluripotency
S1 0h:GTGATGTAGGCAATGC,Naive pluripotency
S1 0h:TTGAGTGGTCACAGTT,Naive pluripotency
S1 0h:TCACTCGCATCGTTCC,Naive pluripotency
S1 0h:CCAATGAAGAGAGCGG,Naive pluripotency
S1 0h:CCGATCTCAATGTGGG,Naive pluripotency
S1 0h:ACGTCCTGTTCAACGT,Naive pluripotency
S1 0h:TGATCTTGTTGTCAGT,Exiting naive pluripotency
S1 0h:TCTCAGCCAGGACAGT,Naive pluripotency
S1 0h:TGTGGCGCAGGTGGAT,Naive pluripotency
S1 0h:TGCGATATCCTCTAAT,Naive pluripotency
S1 0h:CATTGCCGTGGCTCTG,Exiting naive pluripotency
S1 0h:ACTTCCGAGGACACTG,Naive pluripotency
S1 0h:CACAGGCGTAGTGGCA,Naive pluripotency
S1 0h:CAACGATCACTGGATT,Naive pluripotency
S1 0h:ATCGGATTCTAGCATG,Naive pluripotency
S1 0h:CCATCACAGTGGTGGT,Naive pluripotency
S1 0h:GTCAAACCAAATCGGG,Naive pluripotency
S1 0h:TAGCACAAGCATGAAT,Naive pluripotency
S1 0h:ATTCGTTAGTCTACCA,Naive pluripotency
S1 0h:CAGGTATTCGGAATTC,Naive pluripotency
S1 0h:AGGTTACCATTCGATG,Naive pluripotency
S1 0h:CTTTCGGGTTCCTACC,Naive pluripotency
S1 0h:CTGTATTTCTTTCGAT,Naive pluripotency
S1 0h:GCTTTCGAGGATGAGA,Naive pluripotency
S1 0h:AGTCTCCAGCGCCTCA,Naive pluripotency
S1 0h:CCGATGGGTGGCTGCT,Naive pluripotency
S1 0h:AATTTCCCAATAAGGT,Naive pluripotency
S1 0h:ATCACAGGTGCTGTCG,Naive pluripotency
S1 0h:TGGGCGTGTTACCTTT,Naive pluripotency
S1 0h:TCCGAAAAGTTGGGAC,Naive pluripotency
S1 0h:TAGCACAGTTGTTTGG,Naive pluripotency
S1 0h:AAGCATCGTAGCGTAG,Naive pluripotency
S1 0h:AACGAAACAGCGTAGA,Naive pluripotency
S1 0h:ATGCCTCTCTGAGAGG,Naive pluripotency
S1 0h:CGTAGTAGTCTACACA,Naive pluripotency
S1 0h:TGACTCCGTCGTCAGC,Naive pluripotency
S1 0h:GCGTTTCAGCTAAGTA,Naive pluripotency
S1 0h:CAGTTCCTCGGTAAGG,Naive pluripotency
S1 0h:TGCTCGTGTCGGCCTA,Naive pluripotency
S1 0h:CCTCATGCACGCACCA,Naive pluripotency
S1 0h:AGGGAGTGTGAACCGA,Naive pluripotency
S1 0h:GATTCTTAGGCTTAAA,Naive pluripotency
S1 0h:TCATGCCTCTAGCATG,Naive pluripotency
S1 0h:CGTGAATGTCAGGAGT,Naive pluripotency
S1 0h:CTATCTAGTAACATAG,Naive pluripotency
S1 0h:CCTGCATAGCACTCCG,Naive pluripotency
S1 0h:CATCAAGAGAGTGACC,Naive pluripotency
S1 0h:AGATAGAAGACCAGAC,Naive pluripotency
S1 0h:GGCAGTCTCACCCATC,Naive pluripotency
S1 0h:TGAGCGCGTATGGGAC,Naive pluripotency
S1 0h:GGGTAGACAAACCATC,Naive pluripotency
S1 0h:GTGTAACCAGCGACCT,Naive pluripotency
S1 0h:ATTCATCGTCTGTTAG,Naive pluripotency
S1 0h:AAGATAGAGTGCCAGA,Naive pluripotency
S1 0h:CCGGGTAAGGATGCGT,Naive pluripotency
S1 0h:AACAGGGTCTTCACAT,Naive pluripotency
S1 0h:CAGAGCCGTCCTGTCT,Naive pluripotency
S1 0h:GTCCACTCAGGAAGTC,Naive pluripotency
S1 0h:TCACTCGGTCATCACA,Naive pluripotency
S1 0h:CATGCAAGTCTCGGGT,Naive pluripotency
S1 0h:ATAGGCTAGCACTAGG,Naive pluripotency
S1 0h:TGTTTGTCATACATCG,Naive pluripotency
S1 0h:CTCAAGAGTGTTCGAT,Naive pluripotency
S1 0h:TCGGGCAGTGTAACGG,Naive pluripotency
S1 0h:CTGTCGTTCATTCATC,Naive pluripotency
S1 0h:CAATACGAGCAGGCTA,Naive pluripotency
S1 0h:GTATTTCTCATGGGAG,Naive pluripotency
S1 0h:CTCAGTCAGTCTTCCC,Naive pluripotency
S1 0h:GTTAGACTCGTGTGGC,Naive pluripotency
S1 0h:CTCAATTGTGAACGGT,Exiting naive pluripotency
S1 0h:TTGCGTCAGAGCCATG,Naive pluripotency
S1 0h:TACCCACCAAAGCGTG,Naive pluripotency
S1 0h:GTTACCCAGGTGCTAG,Naive pluripotency
S1 0h:AGGTTACCACTCCCTA,Naive pluripotency
S1 0h:CTCAATTGTGCTGATT,Naive pluripotency
S1 0h:GCGTTTCTCGCCGAGT,Naive pluripotency
S1 0h:GTACAACAGGTGCTTT,Naive pluripotency
S1 0h:CTTTCGGAGCGGGTTA,Naive pluripotency
S1 0h:GAGGGTATCGTAGCTA,Naive pluripotency
S1 0h:TCCTTCTGTCTAGGCC,Naive pluripotency
S1 0h:CATTTCACAGGATGAC,Naive pluripotency
S1 0h:CTTCAATGTCTCTCCA,Naive pluripotency
S1 0h:ACGTCCTCAGTGTGGA,Naive pluripotency
S1 0h:TGACCCTAGACTCAAA,Naive pluripotency
S1 0h:TGAACGTAGTTATGGA,Naive pluripotency
S1 0h:TCATGAGGTGAATTAG,Naive pluripotency
S1 0h:CTGCGAGTCAGCGCGT,Naive pluripotency
S1 0h:TGAACGTCACCACTGG,Naive pluripotency
S1 0h:GTTGTAGAGGGAGGTG,Naive pluripotency
S1 0h:CGAAGGAAGTTAACAG,Naive pluripotency
S1 0h:CTTGATTCAGCAATTC,Naive pluripotency
S1 0h:TGCTCGTAGCACCGAA,Naive pluripotency
S1 0h:GATCCCTCATGTACGT,Naive pluripotency
S1 0h:ATAGAGAGTTATAGAG,Naive pluripotency
S1 0h:GCGGATCAGCTGGAGT,Naive pluripotency
S1 0h:AAAGTGACAAGATTGA,Naive pluripotency
S1 0h:AGAGCCCTCCACCTGT,Naive pluripotency
S1 0h:TGAGGGAAGCTTTGTG,Naive pluripotency
S1 0h:ACTTATCAGGCTAAAT,Naive pluripotency
S1 0h:TCCTCGATCGCCAGTG,Naive pluripotency
S1 0h:CCTCAGTAGCTCGAAG,Naive pluripotency
S1 0h:CTCAAGACAAGGGTCA,Naive pluripotency
S1 0h:TGTTCATTCCCGTTCA,Naive pluripotency
S1 0h:CACGTTCTCTGGGTCG,Naive pluripotency
S1 0h:AATCGACTCAGACCGC,Naive pluripotency
S1 0h:CACGTTCCACCAGGTC,Naive pluripotency
S1 0h:TCCGGGAGTTCAGCGC,Naive pluripotency
S1 0h:TGTCAGAAGGCAGGTT,Naive pluripotency
S1 0h:GCATTAGGTAGTCGGA,Naive pluripotency
S1 0h:CGAAGGATCCAATCTT,Naive pluripotency
S1 0h:TCTTTGAAGGAGAATG,Naive pluripotency
S1 0h:CAACCAAAGCTGACAG,Naive pluripotency
S1 0h:TCTTGCGGTCTTACAG,Naive pluripotency
S1 0h:GTGAGCCCAACCACGC,Naive pluripotency
S1 0h:GGAGATGCAGAGCGTA,Naive pluripotency
S1 0h:TTCTGTACAGTATGAA,Naive pluripotency
S1 0h:TCAGGGCCACCCAACG,Naive pluripotency
S1 0h:GCGGATCAGACCTTTG,Naive pluripotency
S1 0h:TTCTGTATCCGTAGTA,Naive pluripotency
S1 0h:GTGCGTGCAGGTACGA,Naive pluripotency
S1 0h:GGAGCAATCGATACTG,Naive pluripotency
S1 0h:TTCATGTCAGGACTAG,Naive pluripotency
S1 0h:TGGGAGATCTCGAGTA,Naive pluripotency
S1 0h:TCTTAGTAGACCGTTT,Naive pluripotency
S1 0h:CTTCTAATCTAGCAAC,Naive pluripotency
S1 0h:TTCAGGATCAGTCATG,Naive pluripotency
S1 0h:ACGTTCCCAACGAGGT,Naive pluripotency
S1 0h:AATGCCAAGAGGTTTA,Naive pluripotency
S1 0h:CTCGAGGGTGTTAAAG,Naive pluripotency
S1 0h:GATGAGGGTCTCTCAC,Naive pluripotency
S1 0h:ATCCCTGAGCCGAACA,Naive pluripotency
S1 0h:CCTCTAGAGCTGGCTC,Naive pluripotency
S1 0h:AACCCAAAGGAGATAG,Naive pluripotency
S1 0h:TACTTCAGTATACCCA,Naive pluripotency
S1 0h:GCGTGCACAATTCGTG,Naive pluripotency
S1 0h:ACGGTCGAGCATAGGC,Exiting naive pluripotency
S1 0h:GCATCTCGTCAATGGG,Naive pluripotency
S1 0h:TACCCGTAGTGTACCT,Naive pluripotency
S1 0h:TATCAGGCAGCTTTGA,Naive pluripotency
S1 0h:GGCTTGGAGACCACGA,Naive pluripotency
S1 0h:CCGTAGGTCACTGTCC,Naive pluripotency
S1 0h:GAACGTTTCAAGCCAT,Naive pluripotency
S1 0h:CTCCATGTCACTCGAA,Naive pluripotency
S1 0h:GAAGGACAGCCTCACG,Naive pluripotency
S1 0h:TACCCACAGAAGCTCG,Naive pluripotency
S1 0h:ACGATCAGTTCCGTTC,Naive pluripotency
S1 0h:GCAACATAGAGCACTG,Naive pluripotency
S1 0h:TCTTAGTCAACAGTGG,Naive pluripotency
S1 0h:TCTCTGGGTTGTTGAC,Naive pluripotency
S1 0h:TGTCAGATCACGGGCT,Naive pluripotency
S1 0h:CTTGATTAGTCAGAGC,Naive pluripotency
S1 0h:TAAGCGTTCCCAAGCG,Naive pluripotency
S1 0h:TAAGCCATCGCCACTT,Naive pluripotency
S1 0h:CCTCTAGAGGCGTTGA,Naive pluripotency
S1 0h:TCTTCCTAGAGCAACC,Exiting naive pluripotency
S1 0h:TCATGGATCGTCCTCA,Naive pluripotency
S1 0h:GAGGCAAGTTCTTGCC,Naive pluripotency
S1 0h:GTTATGGCATGGGATG,Naive pluripotency
S1 0h:GTAACCAAGTGTTGTC,Naive pluripotency
S1 0h:AGAGCCCAGCGTCAGA,Naive pluripotency
S1 0h:TGTACAGGTGGCACTC,Naive pluripotency
S1 0h:CCGATGGCATTGCAAC,Naive pluripotency
S1 0h:AGGAAATAGCAAGTGC,Naive pluripotency
S1 0h:GCCCGAACAGGTTCCG,Naive pluripotency
S1 0h:ATCTTCAAGGTGAGAA,Naive pluripotency
S1 0h:GCACGTGTCGAGAATA,Naive pluripotency
S1 0h:TGCGGGTGTACAAGCG,Naive pluripotency
S1 0h:TAAGCCAAGATAGTCA,Naive pluripotency
S1 0h:GTAGGAGAGGGACAGG,Naive pluripotency
S1 0h:AGGTCTACACGATAGG,Naive pluripotency
S1 0h:GAGAGGTTCATTTGCT,Naive pluripotency
S1 0h:GTCTAGAAGTAGGATT,Naive pluripotency
S1 0h:TTTGATCTCGGCGATC,Naive pluripotency
S1 0h:TGGGAGAGTACAGTAA,Naive pluripotency
S1 0h:CTCCTTTAGTCGAATA,Naive pluripotency
S1 0h:TGTTTGTGTGCTAGCC,Naive pluripotency
S1 0h:ACCAACAAGGGTGAGG,Naive pluripotency
S1 0h:CGAAGTTAGAGGATCC,Naive pluripotency
S1 0h:CTGAGGCCAACACAAA,Naive pluripotency
S1 0h:ACTTTGTAGTTAGAAC,Naive pluripotency
S1 0h:TCTTAGTCATCGGATT,Naive pluripotency
S1 0h:TTTGTTGAGTCCCTAA,Naive pluripotency
S1 0h:TATCGCCGTAGTCTTG,Naive pluripotency
S1 0h:CCAAGCGCACCATTCC,Naive pluripotency
S1 0h:GAGTTTGGTCGGTGTC,Naive pluripotency
S1 0h:TCGGGACAGTCGCCCA,Naive pluripotency
S1 0h:TCTATCAGTCATCGCG,Naive pluripotency
S1 0h:GAATCACAGAAGAGCA,Naive pluripotency
S1 0h:TTGCATTAGGGATGTC,Naive pluripotency
S1 0h:CCTAAGATCTGTCCGT,Naive pluripotency
S1 0h:TTTACGTAGGGATGTC,Naive pluripotency
S1 0h:CGTTCTGAGCGCCTAC,Naive pluripotency
S1 0h:GCAGCCAGTACAGTAA,Naive pluripotency
S1 0h:AGGGAGTGTTAGGCTT,Naive pluripotency
S1 0h:GACTTCCGTGTCATGT,Naive pluripotency
S1 0h:TTAATCCTCTCACGAA,Naive pluripotency
S1 0h:TTCAGGAAGTTGGAAT,Naive pluripotency
S1 0h:TGTAACGGTGTGCTTA,Naive pluripotency
S1 0h:TCACACCAGACGTCGA,Naive pluripotency
S1 0h:TCCATCGAGAGCCGTA,Naive pluripotency
S1 0h:GTGTGGCAGATACGAT,Naive pluripotency
S1 0h:AGGAGGTTCGTTAGTG,Naive pluripotency
S1 0h:TCCTCCCAGCGTCTGC,Naive pluripotency
S1 0h:AGGATAATCCTTATCA,Naive pluripotency
S1 0h:CGTGTCTAGTTGTAAG,Naive pluripotency
S1 0h:CATGCCTCACCCTCTA,Naive pluripotency
S1 0h:TTAGTCTTCAGAATAG,Naive pluripotency
S1 0h:GGTAATCTCCCTCTTT,Naive pluripotency
S1 0h:GGGAGATGTCACTCTC,Naive pluripotency
S1 0h:CTCACTGAGAAGCGCT,Naive pluripotency
S1 0h:AACAGGGGTCGAAGCA,Naive pluripotency
S1 0h:CACAGATTCCTCTAGC,Naive pluripotency
S1 0h:ACTATTCGTAGATGTA,Naive pluripotency
S1 0h:AGGGCTCGTGGACTAG,Naive pluripotency
S1 0h:TCGTCCAAGGACTATA,Naive pluripotency
S1 0h:TTACTGTAGGTTATAG,Naive pluripotency
S1 0h:CTCCGATTCAACGCTA,Naive pluripotency
S1 0h:TGTCCACCAGGGATAC,Naive pluripotency
S1 0h:ACGCACGGTTAGTCGT,Naive pluripotency
S1 0h:TGCATCCGTGTTACTG,Naive pluripotency
S1 0h:CTGCCATCAGGTGTTT,Naive pluripotency
S1 0h:GAAGGGTAGGCCTTCG,Naive pluripotency
S1 0h:CTAAGTGTCCAGCAAT,Naive pluripotency
S1 0h:GCTACAAAGTCGCCCA,Naive pluripotency
S1 0h:TTTCACAAGTTACGGG,Naive pluripotency
S1 0h:AGTCACATCTTTGATC,Naive pluripotency
S1 0h:ATCTTCACATGGTACT,Naive pluripotency
S1 0h:GAAATGAAGACACACG,Naive pluripotency
S1 0h:TGTGGCGAGATCCTAC,Naive pluripotency
S1 0h:GTGCTGGAGTGCCAGA,Naive pluripotency
S1 0h:TGTTACTCAAGTCATC,Naive pluripotency
S1 0h:GGCGTCACAGCGCTTG,Naive pluripotency
S1 0h:GGGCTCAAGCTGCCTG,Naive pluripotency
S1 0h:TGTAAGCTCGGAGATG,Naive pluripotency
S1 0h:CACAGGCGTCCCGTGA,Naive pluripotency
S1 0h:AGGGTGAAGCTAAGTA,Naive pluripotency
S1 0h:ACTTATCGTTGCAACT,Naive pluripotency
S1 0h:CGATCGGAGAGAATCT,Naive pluripotency
S1 0h:CAGCACGGTCGCTGCA,Naive pluripotency
S1 0h:GGTTGTAAGGACTGGT,Naive pluripotency
S1 0h:TTTGGAGGTGTCATTG,Naive pluripotency
S1 0h:CGTGAATAGAATCGTA,Naive pluripotency
S1 0h:TCGTGGGTCTGACAGT,Naive pluripotency
S1 0h:GAGTGTTTCATCACCC,Naive pluripotency
S1 0h:CTCCGATAGCAGGGAG,Naive pluripotency
S1 0h:TTGCCTGGTGGCTACC,Exiting naive pluripotency
S1 0h:GAGTGAGAGGTCACAG,Exiting naive pluripotency
S1 0h:GCATCTCGTTGGTGTT,Naive pluripotency
S1 0h:GTTGCTCGTTAGGACG,Naive pluripotency
S1 0h:CAGTGCGTCTGTACAG,Naive pluripotency
S1 0h:AGGTCATAGTCCTGTA,Naive pluripotency
S1 0h:GAGACCCCAAAGGCGT,Naive pluripotency
S1 0h:GGGCTCATCTAACGGT,Naive pluripotency
S1 0h:ATTGGGTAGTGCTAGG,Exiting naive pluripotency
S1 0h:GTAGCTACATAATGAG,Naive pluripotency
S1 0h:CAACCTCAGGCTGTAG,Naive pluripotency
S1 0h:TCACGCTGTAGAGCTG,Naive pluripotency
S1 0h:GAGTGTTAGGTCGACA,Naive pluripotency
S1 0h:TACGGGCGTGGCAACA,Naive pluripotency
S1 0h:CTGGTCTAGCAGCCCT,Naive pluripotency
S1 0h:CAGGGCTAGGTGAGAA,Naive pluripotency
S1 0h:TCTTAGTGTGAGACGT,Naive pluripotency
S1 0h:AATGGAAAGTCACTGT,Naive pluripotency
S1 0h:AGTGTTGGTTGCAACT,Naive pluripotency
S1 0h:ACAGCCGTCGAGCCTG,Naive pluripotency
S1 0h:GCGTGCATCTCTCAAT,Exiting naive pluripotency
S1 0h:TGAATGCAGACTGAGC,Exiting naive pluripotency
S1 0h:GACGCTGGTTCTTAGG,Naive pluripotency
S1 0h:TTTACGTCAATCGCCG,Naive pluripotency
S1 0h:CAGTTAGCACGTCGTG,Naive pluripotency
S1 0h:TCCTTTCTCCGATAGT,Naive pluripotency
S1 0h:AACCCAAAGATAGGGA,Naive pluripotency
S1 0h:GTCGAATTCCATTCGC,Naive pluripotency
S1 0h:CTGAGCGAGACCACGA,Naive pluripotency
S1 0h:CACGGGTGTCGCATCG,Naive pluripotency
S1 0h:TATCTGTCATGCAGCC,Naive pluripotency
S1 0h:CCCTCTCCAAGTGCAG,Naive pluripotency
S1 0h:GCTGGGTAGCCTCTTC,Naive pluripotency
S1 0h:AAGAACAAGCCAAGCA,Naive pluripotency
S1 0h:CAGTGCGCAAGGAGTC,Naive pluripotency
S1 0h:AGCGTATAGAGGTTAT,Naive pluripotency
S1 0h:CCGTGAGCAGCTCTGG,Naive pluripotency
S1 0h:ATCACTTAGGAATGTT,Naive pluripotency
S1 0h:TGGAACTCAAGCTGTT,Naive pluripotency
S1 0h:CAATCGAGTGCCGTTG,Naive pluripotency
S1 0h:TGTCCACCAAAGGATT,Naive pluripotency
S1 0h:AGAGAGCTCGGATACT,Naive pluripotency
S1 0h:GTAGGAGGTCGTATGT,Naive pluripotency
S1 0h:AGAGAGCTCTGTGTGA,Naive pluripotency
S1 0h:GGTAGAGTCCAAGCTA,Naive pluripotency
S1 0h:CACGTGGAGCGATTCT,Naive pluripotency
S1 0h:TGCATGAAGAGCCGTA,Naive pluripotency
S1 0h:GGCACGTTCCGCGAGT,Naive pluripotency
S1 0h:TGCTTCGCAAGCGAGT,Naive pluripotency
S1 0h:AGCGATTCAAGAGTAT,Naive pluripotency
S1 0h:TGGAGAGAGGTATTGA,Naive pluripotency
S1 0h:AATTCCTGTCCGTACG,Exiting naive pluripotency
S1 0h:ACTGATGAGGACTGGT,Naive pluripotency
S1 0h:TAACGACCAAGAGTGC,Naive pluripotency
S1 0h:ATCTCTAGTGCGTTTA,Naive pluripotency
S1 0h:AAAGGTAGTAGTCTTG,Naive pluripotency
S1 0h:CCGGTGAAGAGCCGTA,Naive pluripotency
S1 0h:CAAGCTATCCATACTT,Exiting naive pluripotency
S1 0h:AAATGGATCACCCTGT,Naive pluripotency
S1 0h:TAAGCACGTAGCGCCT,Naive pluripotency
S1 0h:TATCCTATCAGGAAGC,Naive pluripotency
S1 0h:CGGGTGTAGACGGAAA,Zscan4+ Artefact
S1 0h:TTGCCTGTCCTTCACG,Naive pluripotency
S1 0h:TCAAGCATCAAGGACG,Naive pluripotency
S1 0h:GGATGTTGTATCGAAA,Naive pluripotency
S1 0h:GTAGATCCATCGGAGA,Naive pluripotency
S1 0h:GTAACCATCGATCCCT,Naive pluripotency
S1 0h:CACTAAGTCTGCTCTG,Naive pluripotency
S1 0h:CTCGAGGTCAGTCTTT,Naive pluripotency
S1 0h:CACGTGGGTAACCCGC,Naive pluripotency
S1 0h:TGCAGATTCTTCGGTC,Naive pluripotency
S1 0h:ATTCTTGGTAGACGTG,Naive pluripotency
S1 0h:GCGTGCATCACTTTGT,Naive pluripotency
S1 0h:CTGCTCAGTTAGCGGA,Naive pluripotency
S1 0h:AGTGACTCACAGTATC,Naive pluripotency
S1 0h:CGATGCGGTCGCTGCA,Naive pluripotency
S1 0h:TTGTTCACACTCCGAG,Exiting naive pluripotency
S1 0h:CTATAGGGTATAGCTC,Naive pluripotency
S1 0h:TCGATTTGTAAGGCTG,Naive pluripotency
S1 0h:TGGATCAGTGTTCCAA,Naive pluripotency
S1 0h:AGTCAACCATGGCCAC,Naive pluripotency
S1 0h:GCACGGTTCACAGAGG,Naive pluripotency
S1 0h:GATGCTATCATAGCAC,Naive pluripotency
S1 0h:GTCGAATCACTCAAGT,Naive pluripotency
S1 0h:AGGACTTAGTGCGACA,Naive pluripotency
S1 0h:TTCAGGATCACCTTAT,Naive pluripotency
S1 0h:AGGCATTCAAATGCGG,Naive pluripotency
S1 0h:AACAAAGAGGTTCTTG,Naive pluripotency
S1 0h:ATGGGTTAGGTAAGTT,Naive pluripotency
S1 0h:TCATGTTAGGGCCCTT,Naive pluripotency
S1 0h:TGATCAGTCGCATTGA,Naive pluripotency
S1 0h:TTCATGTGTCGTATGT,Naive pluripotency
S1 0h:GTAGGAGGTTGCAACT,Naive pluripotency
S1 0h:CACTGTCGTGCTTCAA,Naive pluripotency
S1 0h:ACCAAACAGAAGCGAA,Naive pluripotency
S1 0h:TGTCCTGAGTAGATCA,Naive pluripotency
S1 0h:TGGAGAGAGGACAAGA,Naive pluripotency
S1 0h:GTAATCGCAGCTTCCT,Naive pluripotency
S1 0h:TTACAGGGTATCGTGT,Naive pluripotency
S1 0h:ACGTTCCGTGATAGAT,Naive pluripotency
S1 0h:TCCTCTTCAGATTAAG,Naive pluripotency
S1 0h:TCGTGGGAGGCTTAGG,Naive pluripotency
S1 0h:CCCGAAGTCCTCTCTT,Naive pluripotency
S1 0h:AGACAGGTCGACATAC,Naive pluripotency
S1 0h:GTTGAACGTCTAACTG,Naive pluripotency
S1 0h:TGGCGTGTCTGCAGCG,Naive pluripotency
S1 0h:TTCACCGTCTACCACC,Naive pluripotency
S1 0h:CATGAGTGTCTTGAAC,Naive pluripotency
S1 0h:TTGTGTTTCGGAAACG,Naive pluripotency
S1 0h:GATGCTATCTTACACT,Naive pluripotency
S1 0h:GTAGGAGGTAGTTACC,Naive pluripotency
S1 0h:TCCACGTGTTGAGGAC,Naive pluripotency
S1 0h:GAGAGGTCATGTCTAG,Naive pluripotency
S1 0h:AACACACTCGAAACAA,Naive pluripotency
S1 0h:TGTAAGCCAGACCGCT,Naive pluripotency
S1 0h:ATCACGATCTTGAGCA,Naive pluripotency
S1 0h:TTCTTGAAGTTGAAGT,Naive pluripotency
S1 0h:AGGTTGTCAGGAGGAG,Naive pluripotency
S1 0h:TCCGGGAGTAAGATTG,Naive pluripotency
S1 0h:CAAGCTAGTCCTTGTC,Naive pluripotency
S1 0h:TTAGGCATCGCCAATA,Naive pluripotency
S1 0h:GGAGGTAAGTGGATAT,Naive pluripotency
S1 0h:TACCTGCTCGGAATGG,Naive pluripotency
S1 0h:TGCCGAGTCTCGTCAC,Naive pluripotency
S1 0h:GTGGCGTTCGGTAACT,Naive pluripotency
S1 0h:AAGTCGTGTTACGTAC,Naive pluripotency
S1 0h:TTCATTGCAGAGGTTG,Naive pluripotency
S1 0h:GCTACCTAGAGCATAT,Exiting naive pluripotency
S1 0h:GCAGGCTTCGACACCG,Naive pluripotency
S1 0h:GGGTATTAGGGTATAT,Naive pluripotency
S1 0h:CGTTCTGCATTCACCC,Naive pluripotency
S1 0h:TTGTTGTCAACGGCTC,Naive pluripotency
S1 0h:GTAGGAGCATGATAGA,Naive pluripotency
S1 0h:AGTGACTCAAACTGCT,Naive pluripotency
S1 0h:GTCACGGCATACATCG,Naive pluripotency
S1 0h:TTCTGTATCGTTAGAC,Naive pluripotency
S1 0h:GGGTTTACATGATGCT,Naive pluripotency
S1 0h:CGTAAGTTCTGTCCGT,Naive pluripotency
S1 0h:ATGGGTTGTTTCGTAG,Naive pluripotency
S1 0h:CCGTGAGCACACAGAG,Naive pluripotency
S1 0h:TGTTCTAGTCCTACGG,Naive pluripotency
S1 0h:TCAATTCAGTCCCGAC,Exiting naive pluripotency
S1 0h:CTGGTCTAGGGTGGGA,Naive pluripotency
S1 0h:TCGACGGAGGGTTTCT,Exiting naive pluripotency
S1 0h:AAGTCGTCATGTTCGA,Naive pluripotency
S1 0h:ATGAAAGTCCGGTTCT,Naive pluripotency
S1 0h:TTTGGTTAGCGTTCCG,Naive pluripotency
S1 0h:GGTAATCCAGGCGAAT,Naive pluripotency
S1 0h:GCGGATCCATACTGTG,Naive pluripotency
S1 0h:TTCGCTGGTACTGGGA,Naive pluripotency
S1 0h:GCGTTTCTCAAGAGTA,Naive pluripotency
S1 0h:CGATCGGAGGGCAGTT,Naive pluripotency
S1 0h:TGTTCTAGTCTCACAA,Naive pluripotency
S1 0h:CATTGAGTCCACCCTA,Naive pluripotency
S1 0h:TAACGACAGGAACGTC,Naive pluripotency
S1 0h:CCGATCTGTGATTCTG,Naive pluripotency
S1 0h:GATGATCCATTCTCCG,Naive pluripotency
S1 0h:CTGCGAGGTTGGTACT,Naive pluripotency
S1 0h:GCATCGGAGTCTTGGT,Naive pluripotency
S1 0h:GCTTTCGAGTCTGCAT,Naive pluripotency
S1 0h:AGAAGTAAGGAAGTGA,Naive pluripotency
S1 0h:GTAGATCGTCAACGCC,Naive pluripotency
S1 0h:TCATACTGTGAGACGT,Naive pluripotency
S1 0h:CCACGTTAGGAAAGTG,Naive pluripotency
S1 0h:GATGGAGAGTGGTTCT,Naive pluripotency
S1 0h:TGTCCCACACAAGGTG,Naive pluripotency
S1 0h:GCACGTGAGCGATCGA,Naive pluripotency
S1 0h:ATCGGCGAGTTGTACC,Naive pluripotency
S1 0h:TAACGACCACGTAGAG,Naive pluripotency
S1 0h:GGAGGATTCTCGCAGG,Naive pluripotency
S1 0h:TCGTGGGCAGCGTACC,Naive pluripotency
S1 0h:CGTTAGAAGTCCGTCG,Naive pluripotency
S1 0h:ACAGCCGAGCTCGCAC,Naive pluripotency
S1 0h:CGCGTGACATGCGGTC,Naive pluripotency
S1 0h:CATTGAGCAGCAGTAG,Naive pluripotency
S1 0h:CCCTAACAGTTCCGTA,Naive pluripotency
S1 0h:TCAGGGCGTCTGCGCA,Naive pluripotency
S1 0h:CACAGGCAGTGCACTT,Naive pluripotency
S1 0h:TTGGATGCAGCGGTCT,Naive pluripotency
S1 0h:TGCGGGTCAGTGGCTC,Naive pluripotency
S1 0h:CGTGATATCCTCACTG,Naive pluripotency
S1 0h:CCACAAAGTGGATGAC,Naive pluripotency
S1 0h:TTGTGGACAAGCTGCC,Naive pluripotency
S1 0h:TTCGATTAGCTCGAAG,Naive pluripotency
S1 0h:GTCGAATAGGTAAGGA,Naive pluripotency
S1 0h:GGGTGTCTCCTCTGCA,Naive pluripotency
S1 0h:AGTGTTGGTAGCGCCT,Naive pluripotency
S1 0h:TAGGAGGCACGATAGG,Naive pluripotency
S1 0h:ATCGTGAAGACCAAAT,Naive pluripotency
S1 0h:TTTGATCTCGGAAACG,Naive pluripotency
S1 0h:TGCAGATCATCCAATG,Naive pluripotency
S1 0h:CCTCTCCGTGGGCTCT,Naive pluripotency
S1 0h:GATGATCGTGCATGAG,Naive pluripotency
S1 0h:ACACTGAGTCACTTAG,Naive pluripotency
S1 0h:TTGGGTATCTGTCCCA,Exiting naive pluripotency
S1 0h:AGACCCGTCGGTCGGT,Naive pluripotency
S1 0h:AGCGCCATCGGTAGGA,Naive pluripotency
S1 0h:TCTAACTCATTAGGAA,Naive pluripotency
S1 0h:GCATCTCTCATCGGGC,Naive pluripotency
S1 0h:AAGCGAGTCTGCATGA,Naive pluripotency
S1 0h:ATGTCCCTCCTTGGAA,Naive pluripotency
S1 0h:GTCGTAACAGTGCCTG,Naive pluripotency
S1 0h:CGATGGCGTCTGTGAT,Naive pluripotency
S1 0h:TAAGTCGTCGTCCATC,Naive pluripotency
S1 0h:TCGTAGACAGCCGTTG,Naive pluripotency
S1 0h:CCGGGTAAGGAACGCT,Naive pluripotency
S1 0h:TTAGGGTTCACCGCTT,Naive pluripotency
S1 0h:ATCGTAGGTACCAATC,Naive pluripotency
S1 0h:AAGCGTTCAAACCACT,Naive pluripotency
S1 0h:TTACCGCTCGCACGGT,Naive pluripotency
S1 0h:CAGGCCAGTAGTCGTT,Naive pluripotency
S1 0h:AGTAGTCTCGAAGTGG,Naive pluripotency
S1 0h:CTGAGCGGTCTGCATA,Naive pluripotency
S1 0h:ATCTCTACATCGAGCC,Naive pluripotency
S1 0h:TTACAGGCAGGTCCGT,Naive pluripotency
S1 0h:CTCAATTTCTTCGATT,Naive pluripotency
S1 0h:AGGAAATAGGGAGGAC,Naive pluripotency
S1 0h:TGGAACTAGTCTCCTC,Naive pluripotency
S1 0h:CGATGGCAGCATGGGT,Naive pluripotency
S1 0h:AACTTCTCAAAGGGTC,Naive pluripotency
S1 0h:GTCGCGAAGGTCACTT,Naive pluripotency
S1 0h:AGTGATCTCAATCTTC,Naive pluripotency
S1 0h:TGAGGGAAGAGGTTTA,Naive pluripotency
S1 0h:TTTGTTGCACTTCTCG,Naive pluripotency
S1 0h:TAACTTCGTAGGAGTC,Naive pluripotency
S1 0h:GGAGGATTCGATGCAT,Naive pluripotency
S1 0h:CCTATCGTCGCTGATA,Naive pluripotency
S1 0h:TATGTTCAGAGGATCC,Naive pluripotency
S1 0h:AGTCACATCCTCTCGA,Naive pluripotency
S1 0h:CGCCAGAAGGCGAAGG,Naive pluripotency
S1 0h:AGTCTCCTCCAGTGTA,Naive pluripotency
S1 0h:CGCAGGTGTGCGTGCT,Naive pluripotency
S1 0h:TCGCAGGAGGAAAGTG,Naive pluripotency
S1 0h:AGCGTATTCAAGAATG,Naive pluripotency
S1 0h:CGCGTGAGTGGTCTCG,Naive pluripotency
S1 0h:CGGCAGTCATGGCTAT,Naive pluripotency
S1 0h:TAGATCGTCACTCACC,Naive pluripotency
S1 0h:AAGACAAAGAGTTCGG,Naive pluripotency
S1 0h:AGCTTCCTCTGCTTAT,Naive pluripotency
S1 0h:GTCGTTCAGTCCCTAA,Naive pluripotency
S1 0h:GCTCAAATCGATTGGT,Naive pluripotency
S1 0h:TCGTGGGCAAGGTTGG,Naive pluripotency
S1 0h:GCTGCAGAGGTGCATG,Naive pluripotency
S1 0h:CGAGGAACAGTGCGCT,Naive pluripotency
S1 0h:TGTCCACGTCATGACT,Naive pluripotency
S1 0h:CCGGTAGAGCCAAGGT,Naive pluripotency
S1 0h:ATGATCGGTCACTTCC,Naive pluripotency
S1 0h:ACACTGACAGGACGAT,Naive pluripotency
S1 0h:GAGCTGCCAATGGGTG,Naive pluripotency
S1 0h:TTGGATGCACGCTGCA,Naive pluripotency
S1 0h:TTGCCTGGTTCGGTCG,Naive pluripotency
S1 0h:TCGGGTGCAAGTGATA,Naive pluripotency
S1 0h:CGTTGGGCAGGCGAAT,Naive pluripotency
S1 0h:CCGATCTAGATGATTG,Naive pluripotency
S1 0h:TCGGGACCAGTAGGAC,Naive pluripotency
S1 0h:GCAGCCATCTTGTGCC,Naive pluripotency
S1 0h:GATTCTTGTATGGAGC,Naive pluripotency
S1 0h:TGCTCGTCATCGGAAG,Naive pluripotency
S1 0h:GTCGTTCCAGGTAGTG,Naive pluripotency
S1 0h:TGAGACTTCTTACCGC,Naive pluripotency
S1 0h:TTACCATGTCACGTGC,Naive pluripotency
S1 0h:GTCTGTCGTAGATTGA,Naive pluripotency
S1 0h:GTATTTCGTACATACC,Naive pluripotency
S1 0h:GTCGCGAAGGAAACGA,Naive pluripotency
S1 0h:CTGCAGGAGACGGTTG,Naive pluripotency
S1 0h:TTTCGATCACTACACA,Naive pluripotency
S1 0h:ACCATTTCACTGTTCC,Naive pluripotency
S1 0h:CATACTTTCTGGACTA,Naive pluripotency
S1 0h:GTGAGGAAGCTAATGA,Naive pluripotency
S1 0h:GTCTTTATCTGAGCAT,Naive pluripotency
S1 0h:AGGTGTTAGTGGCCTC,Naive pluripotency
S1 0h:TTTACCAAGTTAGTAG,Exiting naive pluripotency
S1 0h:GTGGTTAAGTAGGGTC,Naive pluripotency
S1 0h:CGTAATGGTCTTAGTG,Naive pluripotency
S1 0h:CGCAGGTGTAACCCGC,Naive pluripotency
S1 0h:TCAATTCAGCTCGTGC,Naive pluripotency
S1 0h:CACGTGGAGGTTCTAC,Naive pluripotency
S1 0h:GTGGGAAGTTAATCGC,Naive pluripotency
S1 0h:CAAGAGGTCTCTCTTC,Naive pluripotency
S1 0h:TACCCACAGCGTCAGA,Naive pluripotency
S1 0h:TTCTTGAAGTATGTAG,Naive pluripotency
S1 0h:TCAGTCCTCTGGCTGG,Naive pluripotency
S1 0h:TCTATACGTTCTGACA,Naive pluripotency
S1 0h:TCATACTTCGTGGAAG,Naive pluripotency
S1 0h:CAAGAGGTCTGCTCTG,Naive pluripotency
S1 0h:GTTCATTCAGTCGAGA,Naive pluripotency
S1 0h:GGTGTCGAGATCACCT,Naive pluripotency
S1 0h:GGAGCAACAGTGTGGA,Naive pluripotency
S1 0h:ATCACAGTCCATACAG,Naive pluripotency
S1 0h:GCGATCGAGCTGAGTG,Naive pluripotency
S1 0h:ACCCAAATCAGAGCGA,Naive pluripotency
S1 0h:GTCACTCCAAATGGCG,Naive pluripotency
S1 0h:CGATGCGTCCATTTAC,Naive pluripotency
S1 0h:CCCTCAAAGATCGACG,Naive pluripotency
S1 0h:CAACCTCTCACTGTCC,Naive pluripotency
S1 0h:ACAAAGAAGCAACTCT,Naive pluripotency
S1 0h:GTTGTAGGTTACGATC,Naive pluripotency
S1 0h:GAGACTTCAGGCCCTA,Naive pluripotency
S1 0h:TGGAGGATCCAGTACA,Exiting naive pluripotency
S1 0h:AACAAGAGTCCCTGAG,Naive pluripotency
S1 0h:CGCGTGAAGTGGCCTC,Naive pluripotency
S1 0h:GGCTTTCGTGAACGGT,Exiting naive pluripotency
S1 0h:TCACGGGAGAAACTAC,Naive pluripotency
S1 0h:ACGTAGTAGATGGTCG,Naive pluripotency
S1 0h:CTTCTCTTCAGTGCGC,Naive pluripotency
S1 0h:GAGTTACTCAAGAAAC,Naive pluripotency
S1 0h:GAGTCATAGCATATGA,Naive pluripotency
S1 0h:CATGCAACAGCAGACA,Naive pluripotency
S1 0h:CGAAGGAAGGTGGTTG,Naive pluripotency
S1 0h:TTCCACGTCCTAAACG,Naive pluripotency
S1 0h:ACCTACCCAAGTCGTT,Naive pluripotency
S1 0h:CTAAGTGGTATGAGCG,Naive pluripotency
S1 0h:TTAGGGTAGCGGATCA,Naive pluripotency
S1 0h:CGAGTGCCAGCGACCT,Naive pluripotency
S1 0h:AACGTCAGTCGGCCTA,Naive pluripotency
S1 0h:GGTCACGAGCCTGGAA,Zscan4+ Artefact
S1 0h:TCCCACATCTCGACGG,Naive pluripotency
S1 0h:TTCTTGAAGAAGGCTC,Naive pluripotency
S1 0h:TACAGGTGTCGTGTTA,Naive pluripotency
S1 0h:TTTAGTCGTTAGAGTA,Naive pluripotency
S1 0h:CACTGAAGTTTACGAC,Naive pluripotency
S1 0h:TTCATTGGTGCACAAG,Exiting naive pluripotency
S1 0h:AGAAATGTCTCAATCT,Naive pluripotency
S1 0h:TTGGGATAGTTCGCAT,Naive pluripotency
S1 0h:GAAGGGTGTTGGTGTT,Naive pluripotency
S1 0h:GGAGCAACAAGCTACT,Naive pluripotency
S1 0h:CTCCTTTGTCGTATGT,Naive pluripotency
S1 0h:CCGGTAGTCACGGGCT,Naive pluripotency
S1 0h:GTCGCGATCACGGGAA,Naive pluripotency
S1 0h:AGGTGTTGTAGGTCAG,Naive pluripotency
S1 0h:CGGGCATCAGGCAATG,Naive pluripotency
S1 0h:GGATCTAAGCCAGTAG,Naive pluripotency
S1 0h:ATGCGATGTCCAGGTC,Naive pluripotency
S1 0h:TAAGCCACAGTCGCTG,Naive pluripotency
S1 0h:CCACAAAGTCGAGTTT,Naive pluripotency
S1 0h:TCGTGCTCACGCTGAC,Naive pluripotency
S1 0h:GGAGGTATCTCCAATT,Naive pluripotency
S1 0h:TGACGCGTCTCTATGT,Naive pluripotency
S1 0h:TCGTCCAAGGTTAGTA,Naive pluripotency
S1 0h:GCTGGGTGTGTATTGC,Naive pluripotency
S1 0h:CTTTCAATCTGGTCAA,Naive pluripotency
S1 0h:GTCGCGAAGGTCTACT,Naive pluripotency
S1 0h:TGCAGATTCAGACCCG,Naive pluripotency
S1 0h:TGAGCGCTCTCTGACC,Naive pluripotency
S1 0h:ATAGACCAGCTTACGT,Naive pluripotency
S1 0h:CGAAGTTTCTCTGGTC,Naive pluripotency
S1 0h:TTCAGGAAGATCACCT,Naive pluripotency
S1 0h:CCGTGAGTCGGCTTCT,Exiting naive pluripotency
S1 0h:CCGGACAGTAGATCGG,Naive pluripotency
S1 0h:AGGGCTCGTCACCGAC,Naive pluripotency
S1 0h:GTGGCGTGTACTCGAT,Exiting naive pluripotency
S1 0h:TGCGACGTCCATTTAC,Naive pluripotency
S1 0h:CATAAGCGTTCGGCCA,Naive pluripotency
S1 0h:TGAGCGCGTTGAATCC,Naive pluripotency
S1 0h:ACATGCAGTACGTAGG,Naive pluripotency
S1 0h:TTCGGTCGTTGCCTAA,Naive pluripotency
S1 0h:GCCAGCAGTAGACGGT,Naive pluripotency
S1 0h:GGTGTCGTCTAGCATG,Naive pluripotency
S1 0h:CGGGCATGTCGAATGG,Naive pluripotency
S1 0h:CGTAGTAAGGAAAGTG,Naive pluripotency
S1 0h:TTACTGTAGTGTACCT,Naive pluripotency
S1 0h:GTTGTCCGTCGGTAAG,Naive pluripotency
S1 0h:AGACCCGTCGTCGCTT,Naive pluripotency
S1 0h:ATCCATTTCAAAGGTA,Naive pluripotency
S1 0h:AGCCACGCATGACGGA,Naive pluripotency
S1 0h:TTTACTGGTCGCTTGG,Naive pluripotency
S1 0h:TCGAACAAGCGTACAG,Naive pluripotency
S1 0h:TCTGCCATCCGATCTC,Naive pluripotency
S1 0h:ACACGCGGTCGATTTG,Exiting naive pluripotency
S1 0h:GCCATGGCAGCTGTAT,Naive pluripotency
S1 0h:TCCCAGTGTTTACCTT,Exiting naive pluripotency
S1 0h:GAACGTTGTGCATCTA,Naive pluripotency
S1 0h:GTAGGAGTCAAGGAGC,Naive pluripotency
S1 0h:TTCGCTGAGACATATG,Naive pluripotency
S1 0h:AGTCACAAGAGAGAAC,Naive pluripotency
S1 0h:ACACGCGTCCTGCCAT,Naive pluripotency
S1 0h:GTGTTCCCATCCGTTC,Naive pluripotency
S1 0h:TGGGCTGCACTATGTG,Naive pluripotency
S1 0h:ATGAGTCGTTGACTGT,Naive pluripotency
S1 0h:CTGTGAAGTCGAGCTC,Naive pluripotency
S1 0h:TTGTTGTGTCTGCATA,Naive pluripotency
S1 0h:GTGCTTCGTCGTATTG,Naive pluripotency
S1 0h:CACGTGGCATCGGAAG,Naive pluripotency
S1 0h:TGCTTCGGTCTCTCTG,Naive pluripotency
S1 0h:GATTGGTTCGAAGCCC,Naive pluripotency
S1 0h:CGAGAAGAGCCTCACG,Naive pluripotency
S1 0h:AGGTTGTTCAGTAGGG,Naive pluripotency
S1 0h:CGCCAGACACGTAACT,Naive pluripotency
S1 0h:AACCACAGTAGGAAAG,Naive pluripotency
S1 0h:ATTTCACTCTGGTGGC,Naive pluripotency
S1 0h:TTTCGATGTCAGACGA,Naive pluripotency
S1 0h:CAATGACAGCGTATGG,Naive pluripotency
S1 0h:GCGGAAAGTCATAGTC,Naive pluripotency
S1 0h:TGGAGGACAAGAAATC,Naive pluripotency
S1 0h:TTGGTTTGTCTTGTCC,Naive pluripotency
S1 0h:AAGTTCGGTACGCGTC,Naive pluripotency
S1 0h:TCGTGCTAGAATCGCG,Naive pluripotency
S1 0h:CTGTCGTCATGACTAC,Naive pluripotency
S1 0h:GAACTGTCAGATCCAT,Naive pluripotency
S1 0h:GAAGGACTCAGGAACG,Naive pluripotency
S1 0h:TTACAGGGTCCTATAG,Naive pluripotency
S1 0h:AGCGCTGTCGCGTGAC,Naive pluripotency
S1 0h:TCAGGGCGTCGGTAAG,Naive pluripotency
S1 0h:GAGTGAGCACTTCCTG,Naive pluripotency
S1 0h:TTCATGTAGGATTCCT,Naive pluripotency
S1 0h:TGTAACGAGTCGTTAC,Naive pluripotency
S1 0h:CAGCGTGAGACCGTTT,Naive pluripotency
S1 0h:AGCGCCAGTAACCCTA,Naive pluripotency
S1 0h:CAAAGAAAGACCATTC,Zscan4+ Artefact
S1 0h:TCGTGCTGTAAGTTAG,Naive pluripotency
S1 0h:GAGTGAGGTCGTGATT,Naive pluripotency
S1 0h:CAGTGGTATCAACGCA,Naive pluripotency
S1 0h:GGACGTCGTATGCGGA,Naive pluripotency
S1 0h:AGAGCCCGTCGTCATA,Naive pluripotency
S1 0h:GTAGCTACAGCTACCG,Naive pluripotency
S1 0h:AGAACAAAGATGCTGG,Naive pluripotency
S1 0h:AGAGCAGTCGCTGACG,Exiting naive pluripotency
S1 0h:CTTGAGATCGCCGATG,Naive pluripotency
S1 0h:ACGGAAGTCTGTACAG,Naive pluripotency
S1 0h:TGTCAGAGTCCCTAAA,Naive pluripotency
S1 0h:ACATGCACAACACTAC,Naive pluripotency
S1 0h:GGGCGTTTCCTCTTTC,Naive pluripotency
S1 0h:CGTTGGGCATTGAGCT,Naive pluripotency
S1 0h:GGCGTCAAGCGCATCC,Naive pluripotency
S1 0h:ACGGTTAAGCGTCAAG,Naive pluripotency
S1 0h:AGTACCAAGTCTCCTC,Naive pluripotency
S1 0h:ATCACGATCTATGCCC,Naive pluripotency
S1 0h:TAACCAGCACGACGTC,Naive pluripotency
S1 0h:TTTGATCAGTGCCTCG,Naive pluripotency
S1 0h:TTGCGTCGTTGCTAGT,Naive pluripotency
S1 0h:TGTTGGAAGGAACGAA,Naive pluripotency
S1 0h:ACGTAACTCCGCGGAT,Naive pluripotency
S1 0h:TGCTCGTTCGCGCCAA,Naive pluripotency
S1 0h:CTACATTAGCTTTGTG,Naive pluripotency
S1 0h:CGGGTGTAGCTTCTAG,Naive pluripotency
S1 0h:CGTGTCTAGTCATGGG,Naive pluripotency
S1 0h:CCTATCGTCCGATCGG,Naive pluripotency
S1 0h:TCGTGGGTCGCGGTAC,Naive pluripotency
S1 0h:CATCGGGAGAGCAGCT,Naive pluripotency
S1 0h:CTACTATAGTTGGCGA,Naive pluripotency
S1 0h:CGTGTCTCACGAGAAC,Naive pluripotency
S1 0h:AATCACGCAGCAGTGA,Naive pluripotency
S1 0h:AAAGTGACAGGGAGAG,Naive pluripotency
S1 0h:TCGTGCTGTCAGTCGC,Naive pluripotency
S1 0h:TCCGATCCAATGAACA,Naive pluripotency
S1 0h:CTACATTCAGAGAATT,Naive pluripotency
S1 0h:AGTACTGCAACCGTGC,Naive pluripotency
S1 0h:CCTATCGAGAAGCGCT,Naive pluripotency
S1 0h:GATGTTGCACGTCGTG,Naive pluripotency
S1 0h:GGGTAGAGTTAGGGTG,Naive pluripotency
S1 0h:GCCATTCAGAGGTCGT,Naive pluripotency
S1 0h:CACTGTCGTTATGTCG,Naive pluripotency
S1 0h:GTGGAAGAGCTATCTG,Naive pluripotency
S1 0h:TCGAACATCTAGTGTG,Naive pluripotency
S1 0h:AGCGCCACAGCGACCT,Exiting naive pluripotency
S1 0h:AGCGTCGCACGCGCTA,Naive pluripotency
S1 0h:ACGGAAGGTCAAGTTC,Naive pluripotency
S1 0h:TTTGGAGGTTTGAAAG,Naive pluripotency
S1 0h:AAACGCTAGCAAACAT,Naive pluripotency
S1 0h:CAGATCATCTGACCCT,Naive pluripotency
S1 0h:TTTGGAGGTCTCCTGT,Naive pluripotency
S1 0h:AGCAGTGGTATCAACG,Naive pluripotency
S1 0h:TGATGCACATAATCCG,Naive pluripotency
S1 0h:CCGGTAGAGCCTCAAT,Naive pluripotency
S1 0h:CCTATCGCACCACTGG,Naive pluripotency
S1 0h:ACGATCACAGACCGCT,Naive pluripotency
S1 0h:GTGCAGCTCGGTCACG,Naive pluripotency
S1 0h:TACGCTCGTGTATACC,Exiting naive pluripotency
S1 0h:CGTGTCTGTTACCTGA,Naive pluripotency
S1 0h:CTCCCAATCATTGAGC,Naive pluripotency
S1 0h:CCCTGATAGGTAAGTT,Naive pluripotency
S1 0h:ATCGTGAAGTGGTGAC,Naive pluripotency
S1 0h:TTTACCAGTGCTGTCG,Naive pluripotency
S1 0h:TGAGCATTCAAGCTGT,Zscan4+ Artefact
S1 0h:ACTTATCGTAGCGATG,Naive pluripotency
S1 0h:CTGCTCACAAGCCTGC,Naive pluripotency
S1 0h:CGTGTCTGTCGATGCC,Naive pluripotency
S1 0h:TTGGGCGTCGTTGTTT,Naive pluripotency
S1 0h:GTCTGTCTCCAAACCA,Naive pluripotency
S1 0h:TCGACGGTCGTGGACC,Exiting naive pluripotency
S1 0h:TGTTGAGCATGCAGCC,Naive pluripotency
S1 0h:CATCGCTGTTAATGAG,Exiting naive pluripotency
S1 0h:GGGAGTACAGCGATTT,Naive pluripotency
S1 0h:AGTTAGCCACCCTTAC,Exiting naive pluripotency
S1 0h:AGGTAGGGTCACCTTC,Naive pluripotency
S1 0h:TTCATGTAGGCGATAC,Naive pluripotency
S1 0h:GAGAAATGTGTGTCGC,Naive pluripotency
S1 0h:AGCGTCGCATACTGAC,Exiting naive pluripotency
S1 0h:CACTTCGAGCGTCAAG,Naive pluripotency
S1 0h:GTGCTTCAGAGCAGTC,Naive pluripotency
S1 0h:GAAGGGTAGCATCTTG,Naive pluripotency
S1 0h:CGTAGTAAGAGTATAC,Naive pluripotency
S1 0h:GCTGGGTTCGCGGTAC,Naive pluripotency
S1 0h:TATTTCGGTATCGAGG,Naive pluripotency
S1 0h:TTTGGAGTCGGTTAGT,Naive pluripotency
S1 0h:CAGTTAGGTGTTGCCG,Exiting naive pluripotency
S1 0h:ATAGAGAGTCGTTATG,Naive pluripotency
S1 0h:TTTGACTGTCCTACAA,Naive pluripotency
S1 0h:CCCGAAGCAAATGAGT,Exiting naive pluripotency
S1 0h:AGCGTATAGGTGATCG,Naive pluripotency
S1 0h:CCCGGAAAGCCTCGTG,Exiting naive pluripotency
S1 0h:TGAGGAGCACGGTAGA,Naive pluripotency
S1 0h:GTCGCGAAGGCCTAAG,Naive pluripotency
S1 0h:TCCACGTGTAGCTAAA,Naive pluripotency
S1 0h:GTGGAAGTCGCAATGT,Naive pluripotency
S1 0h:TCGTGGGAGCCTAGGA,Exiting naive pluripotency
S1 0h:AGAAGTAAGGACTAAT,Naive pluripotency
S1 0h:ACACGCGCATGATGCT,Exiting naive pluripotency
S1 0h:TCCTCGATCGGTAGGA,Naive pluripotency
S1 0h:CGACGCTCTTCCGATC,Exiting naive pluripotency
S1 0h:CAGAGCCTCGTTGTTT,Naive pluripotency
S1 0h:CACGACGCTCTTCCGA,Exiting naive pluripotency
S1 0h:TTTGATCGTTTAGAGA,Naive pluripotency
S1 0h:CGGGTGTCAAGCTGTT,Naive pluripotency
S1 0h:ATCGGCGTCGAGTTGT,Exiting naive pluripotency
S1 0h:ACACGACGCTCTTCCG,Exiting naive pluripotency
S1 0h:GGGTGAACAAATGAGT,Exiting naive pluripotency
S1 0h:CACAACAAGGCACAAC,Exiting naive pluripotency
S1 0h:CTCTCAGAGTCGTTAC,Exiting naive pluripotency
S1 0h:GTCAGCGTCGTAACAC,Exiting naive pluripotency
S1 0h:GCCGTGAAGAGCTTTC,Exiting naive pluripotency
S1 0h:GACACGCGTCGAGTTT,Exiting naive pluripotency
S1 0h:CATAAGCGTCGTATGT,Exiting naive pluripotency
S1 0h:GTGGCGTGTAGCTCGC,Exiting naive pluripotency
SBR-24h:CATTCCGCAGTTACCA,Naive pluripotency
SBR-24h:ATCCTATTCCGAGCTG,Exiting naive pluripotency
SBR-24h:TCCACCACATCCTGTC,Naive pluripotency
SBR-24h:GGCAGTCAGAGCAGAA,Naive pluripotency
SBR-24h:TAGGAGGCAAATACGA,Naive pluripotency
SBR-24h:CTAACTTAGTCACTCA,Naive pluripotency
SBR-24h:AGACCCGCATTCTCTA,Naive pluripotency
SBR-24h:TTAGGCAAGGATTTAG,Exiting naive pluripotency
SBR-24h:TGATTTCCAAGTGGTG,Naive pluripotency
SBR-24h:TTTCACAGTGTTGACT,Naive pluripotency
SBR-24h:CCCTCAACAGTTGAAA,Exiting naive pluripotency
SBR-24h:CATTCTACAACACTAC,Exiting naive pluripotency
SBR-24h:ATTCCCGTCCAATGCA,Naive pluripotency
SBR-24h:TAAGCACCAGCTGTCG,Exiting naive pluripotency
SBR-24h:ATGAGGGCATCCTGTC,Naive pluripotency
SBR-24h:GACCGTGAGTCACTGT,Exiting naive pluripotency
SBR-24h:CGTTCTGTCCTGGTCT,Naive pluripotency
SBR-24h:TAGACTGCATTGTCGA,Naive pluripotency
SBR-24h:TACAACGGTGTCGATT,Naive pluripotency
SBR-24h:TCTCAGCTCACTCGAA,Naive pluripotency
SBR-24h:TGCTGAAAGTGGATTA,Naive pluripotency
SBR-24h:TCCTGCAAGACATGCG,Naive pluripotency
SBR-24h:ACGTACAAGAATCCCT,Naive pluripotency
SBR-24h:TATGTTCCACGTCGGT,Naive pluripotency
SBR-24h:GGAGCAACAGTAACGG,Naive pluripotency
SBR-24h:TACACCCAGAGTCCGA,Naive pluripotency
SBR-24h:AACCTTTTCGCAATGT,Exiting naive pluripotency
SBR-24h:ACACAGTTCAGTGCGC,Naive pluripotency
SBR-24h:TTTACTGTCTCAATCT,Exiting naive pluripotency
SBR-24h:ACCACAAGTGGTACAG,Naive pluripotency
SBR-24h:GAAACCTGTAACCCGC,Naive pluripotency
SBR-24h:TCTTCCTCAAGTGCTT,Naive pluripotency
SBR-24h:TTGCCTGTCTGGCCTT,Naive pluripotency
SBR-24h:GACCCAGGTTGGTACT,Naive pluripotency
SBR-24h:TCCTAATAGACCATGG,Naive pluripotency
SBR-24h:TGGATCATCTTCACAT,Naive pluripotency
SBR-24h:CAACGGCTCCCTCTAG,Naive pluripotency
SBR-24h:ACCCTTGTCCATTGTT,Naive pluripotency
SBR-24h:TGAATCGGTTAAACCC,Naive pluripotency
SBR-24h:TAAGCCATCTGCAGCG,Naive pluripotency
SBR-24h:CAATTTCAGTGCAGGT,Exiting naive pluripotency
SBR-24h:AGGTTGTTCAGGCGAA,Naive pluripotency
SBR-24h:TTCTAACCACAACATC,Naive pluripotency
SBR-24h:CATCGGGGTTCTTGCC,Naive pluripotency
SBR-24h:TTACAGGGTATAGGAT,Exiting naive pluripotency
SBR-24h:GAACACTCATCTTTCA,Naive pluripotency
SBR-24h:ATCGTAGGTCAGGCAA,Naive pluripotency
SBR-24h:GAGTGTTCAGAGTCAG,Naive pluripotency
SBR-24h:TTGCATTAGTACTGTC,Exiting naive pluripotency
SBR-24h:AAAGTCCCACGCAGTC,Exiting naive pluripotency
SBR-24h:AGTAACCGTTCGCGTG,Naive pluripotency
SBR-24h:AAGGTAAGTATCCTTT,Naive pluripotency
SBR-24h:ACGCACGTCCGTTGAA,Naive pluripotency
SBR-24h:ATTCATCCAACTGGTT,Naive pluripotency
SBR-24h:AAACCCAGTGTACAGG,Naive pluripotency
SBR-24h:ACAACCATCTGCATAG,Naive pluripotency
SBR-24h:AGTTCCCGTAACACGG,Naive pluripotency
SBR-24h:GAGTTGTCAATGTCTG,Naive pluripotency
SBR-24h:CATTGCCCAGGTGTGA,Naive pluripotency
SBR-24h:TCAATCTTCGATACAC,Naive pluripotency
SBR-24h:TGAGGAGCAGCACAGA,Naive pluripotency
SBR-24h:GATAGAAGTGAGTAAT,Naive pluripotency
SBR-24h:ACAGCCGAGTCTACCA,Naive pluripotency
SBR-24h:CCGATCTAGAAGCCAC,Naive pluripotency
SBR-24h:GACCCAGGTTGCATTG,Exiting naive pluripotency
SBR-24h:TTCCAATCAATGCTCA,Naive pluripotency
SBR-24h:TTTAGTCTCTGACAGT,Naive pluripotency
SBR-24h:TTTACCATCAGTCACA,Exiting naive pluripotency
SBR-24h:ATGAAAGCAGAGCTAG,Naive pluripotency
SBR-24h:GCCAGTGCACATGTTG,Naive pluripotency
SBR-24h:GAAGTAACAATAACGA,Naive pluripotency
SBR-24h:ACATCGAAGAATAACC,Naive pluripotency
SBR-24h:CATGAGTGTGGATCAG,Naive pluripotency
SBR-24h:CATCCACGTAATCAAG,Exiting naive pluripotency
SBR-24h:GTAGGAGAGTTTCAGC,Naive pluripotency
SBR-24h:AAGTGAATCCAACACA,Naive pluripotency
SBR-24h:TTCCAATTCTACCCAC,Exiting naive pluripotency
SBR-24h:GACCCAGGTAGTGCGA,Exiting naive pluripotency
SBR-24h:GATCGTACAAGCAGGT,Exiting naive pluripotency
SBR-24h:CTAACTTTCTTAGCAG,Exiting naive pluripotency
SBR-24h:CACAGATGTTGCCATA,Exiting naive pluripotency
SBR-24h:ACATCGACAAGCTACT,Exiting naive pluripotency
SBR-24h:GTAATGCTCGCTTGAA,Naive pluripotency
SBR-24h:AGAGAATGTCCTACAA,Exiting naive pluripotency
SBR-24h:AGGAATACAGCATGCC,Naive pluripotency
SBR-24h:TAGCACACAAGAGTAT,Naive pluripotency
SBR-24h:ATACCTTGTTCCGGTG,Exiting naive pluripotency
SBR-24h:AACGGGACACCTTCCA,Naive pluripotency
SBR-24h:CTATCCGCAGAACCGA,Naive pluripotency
SBR-24h:CTCAAGACAAATCAAG,Naive pluripotency
SBR-24h:CCGGACACACTACAGT,Naive pluripotency
SBR-24h:TTCTAACAGTATAGAC,Naive pluripotency
SBR-24h:CCGAACGTCTTCTTCC,Naive pluripotency
SBR-24h:CAGGGCTTCATCCTGC,Naive pluripotency
SBR-24h:AATGGCTCAAACTAAG,Naive pluripotency
SBR-24h:GCTGCAGCAGCGAACA,Exiting naive pluripotency
SBR-24h:ACCCTTGTCTATTCGT,Naive pluripotency
SBR-24h:AGCTACATCATGCTAG,Naive pluripotency
SBR-24h:GTAGGAGAGACCAACG,Naive pluripotency
SBR-24h:CTCCGATAGTAATACG,Naive pluripotency
SBR-24h:AAAGAACAGCAATTCC,Naive pluripotency
SBR-24h:AACGAAATCTGAGGCC,Naive pluripotency
SBR-24h:AGTAGCTCACACGTGC,Naive pluripotency
SBR-24h:ACGTACAGTTTCTATC,Naive pluripotency
SBR-24h:TGTTTGTCAGCCGTTG,Naive pluripotency
SBR-24h:ACGCACGTCTCAATCT,Exiting naive pluripotency
SBR-24h:TAACTTCAGCAGCACA,Naive pluripotency
SBR-24h:TCACATTCAAGAATAC,Naive pluripotency
SBR-24h:TATGTTCAGCGATGGT,Naive pluripotency
SBR-24h:GAGTTACGTCTCAGGC,Exiting naive pluripotency
SBR-24h:GAAGCCCCACCAGCCA,Naive pluripotency
SBR-24h:ACAGGGATCGCCTTTG,Naive pluripotency
SBR-24h:ACCGTTCTCGCCAACG,Naive pluripotency
SBR-24h:CACATGACAACACAAA,Exiting naive pluripotency
SBR-24h:ACAAGCTTCAACTACG,Exiting naive pluripotency
SBR-24h:TCGAACAGTCACGTGC,Naive pluripotency
SBR-24h:TAGGGTTAGGTCTTTG,Naive pluripotency
SBR-24h:ATACCTTAGAACAAGG,Naive pluripotency
SBR-24h:TCAGCAAGTATAGGAT,Naive pluripotency
SBR-24h:TCATGAGCACTTCTCG,Exiting naive pluripotency
SBR-24h:TCATTGTGTAGAAACT,Exiting naive pluripotency
SBR-24h:AACGTCAAGACTCTAC,Exiting naive pluripotency
SBR-24h:GAGTCATTCTCATGCC,Naive pluripotency
SBR-24h:CAACAACAGGGTCAAC,Naive pluripotency
SBR-24h:CACGTTCTCAATCAGC,Naive pluripotency
SBR-24h:AATCGACGTCTGCGCA,Naive pluripotency
SBR-24h:CAATGACTCTTCTGGC,Naive pluripotency
SBR-24h:TACACCCTCCCTCTTT,Naive pluripotency
SBR-24h:ATACCTTAGCCTTCTC,Exiting naive pluripotency
SBR-24h:TATTGGGAGCAAGCCA,Exiting naive pluripotency
SBR-24h:GCCCAGACACGCAGTC,Exiting naive pluripotency
SBR-24h:ATCACGACAAGCCCAC,Exiting naive pluripotency
SBR-24h:TGGAACTGTGTCCGGT,Naive pluripotency
SBR-24h:AACCAACAGGGCTTCC,Exiting naive pluripotency
SBR-24h:TTCTTCCAGCAGTACG,Exiting naive pluripotency
SBR-24h:ACGTTCCAGAGTATAC,Naive pluripotency
SBR-24h:CTTGATTTCCACCCTA,Naive pluripotency
SBR-24h:CAGATTGCAAACAGGC,Naive pluripotency
SBR-24h:TTAGGCATCACGGAGA,Exiting naive pluripotency
SBR-24h:CCTCCTCCACTGGCGT,Naive pluripotency
SBR-24h:ACCCAAAAGGACAGTC,Naive pluripotency
SBR-24h:CTCCCTCGTCTTGAGT,Exiting naive pluripotency
SBR-24h:CTACCTGGTTTCGTGA,Naive pluripotency
SBR-24h:ACGGTTATCAGCCTCT,Naive pluripotency
SBR-24h:CATACCCAGAGCAGAA,Naive pluripotency
SBR-24h:AAAGGTAGTCTACAAC,Naive pluripotency
SBR-24h:ATCACAGCACCCTCTA,Exiting naive pluripotency
SBR-24h:GAAGCCCAGACATGCG,Naive pluripotency
SBR-24h:GACCCAGTCCTTGGAA,Exiting naive pluripotency
SBR-24h:CCACAAACACGCTGAC,Exiting naive pluripotency
SBR-24h:CAACCAACACTACGGC,Naive pluripotency
SBR-24h:GTTATGGGTCCGACGT,Exiting naive pluripotency
SBR-24h:TTACGTTAGCCTGGAA,Naive pluripotency
SBR-24h:GCATCTCAGTACCATC,Naive pluripotency
SBR-24h:AATGCCATCGACACCG,Naive pluripotency
SBR-24h:GACCTTCTCAACACGT,Naive pluripotency
SBR-24h:AGTCAACCACAGACGA,Naive pluripotency
SBR-24h:TCGCTCACAGCTGCCA,Naive pluripotency
SBR-24h:CTCACTGGTATGCTAC,Exiting naive pluripotency
SBR-24h:AATGAAGTCTATTTCG,Naive pluripotency
SBR-24h:AAAGAACCAGACCTGC,Naive pluripotency
SBR-24h:TCATATCCACTTCCTG,Naive pluripotency
SBR-24h:CAGCCAGGTGGTCCCA,Exiting naive pluripotency
SBR-24h:TCAGTGAGTAACTAAG,Naive pluripotency
SBR-24h:ACAAGCTTCTCGGTAA,Exiting naive pluripotency
SBR-24h:TTCCACGAGACATACA,Naive pluripotency
SBR-24h:AATGGCTAGATGTTCC,Naive pluripotency
SBR-24h:ATGCGATCAGGCATGA,Naive pluripotency
SBR-24h:ATTACCTGTGCCTTCT,Naive pluripotency
SBR-24h:TACTTGTTCTTCCCGA,Exiting naive pluripotency
SBR-24h:CTTCTCTAGGGCAGTT,Naive pluripotency
SBR-24h:GTTCTATGTAGCGCCT,Exiting naive pluripotency
SBR-24h:TACATTCTCACGGGAA,Naive pluripotency
SBR-24h:CAATCGAGTTCGGTAT,Naive pluripotency
SBR-24h:TATACCTCAGTTGTCA,Naive pluripotency
SBR-24h:CTCAGAACAGCTTCCT,Exiting naive pluripotency
SBR-24h:TAAGTCGCAGCTACTA,Naive pluripotency
SBR-24h:ATCCCTGCACAGTCAT,Naive pluripotency
SBR-24h:AAGACAACATTGTGCA,Naive pluripotency
SBR-24h:ACTTTGTTCAAGTTGC,Naive pluripotency
SBR-24h:TCTTAGTCAATGCAAA,Exiting naive pluripotency
SBR-24h:CCTGCATAGCAGGCAT,Naive pluripotency
SBR-24h:GAGGCCTTCCCTTCCC,Exiting naive pluripotency
SBR-24h:CTCCTTTTCTAGTGAC,Naive pluripotency
SBR-24h:CCAATTTGTTCGAACT,Naive pluripotency
SBR-24h:TAACTTCGTCACCGCA,Naive pluripotency
SBR-24h:ATTGTTCCAACTCGTA,Exiting naive pluripotency
SBR-24h:CGCAGGTCATCCTATT,Naive pluripotency
SBR-24h:CATGAGTTCCATAAGC,Naive pluripotency
SBR-24h:ACAAGCTAGCACACCC,Naive pluripotency
SBR-24h:CATGCAACACAGCCAC,Exiting naive pluripotency
SBR-24h:AATGCCACAGACCAAG,Naive pluripotency
SBR-24h:AGTACCACACTTCCTG,Naive pluripotency
SBR-24h:CAACAACGTACCCAGC,Exiting naive pluripotency
SBR-24h:TTCAATCGTATCCCTC,Naive pluripotency
SBR-24h:CATTCATAGTAAACTG,Naive pluripotency
SBR-24h:CCTCATGTCGCCGATG,Naive pluripotency
SBR-24h:ACTCCCAAGAAGTGTT,Naive pluripotency
SBR-24h:ATACCTTTCGTTAGTG,Naive pluripotency
SBR-24h:CATAGACCAGTGTACT,Naive pluripotency
SBR-24h:AGAAGTAAGTATGTAG,Exiting naive pluripotency
SBR-24h:TGTAACGCAAGCCATT,Naive pluripotency
SBR-24h:TGCTTGCGTTAGGCCC,Exiting naive pluripotency
SBR-24h:CATTGAGTCTCATGCC,Naive pluripotency
SBR-24h:TGACCCTCAACACGTT,Naive pluripotency
SBR-24h:GAATAGAGTGGCTACC,Exiting naive pluripotency
SBR-24h:AAAGGTAAGATAGGGA,Naive pluripotency
SBR-24h:CACTTCGCATTCACAG,Naive pluripotency
SBR-24h:GATGTTGGTTGCCGAC,Naive pluripotency
SBR-24h:TCTCTGGTCTCACTCG,Naive pluripotency
SBR-24h:GTACAGTAGCAGGCTA,Exiting naive pluripotency
SBR-24h:CGTTAGACAGTCGGTC,Naive pluripotency
SBR-24h:AAGATAGGTCGGTGAA,Naive pluripotency
SBR-24h:CGACAGCTCACGACTA,Naive pluripotency
SBR-24h:CATTCTAGTTTGGCTA,Naive pluripotency
SBR-24h:CAATCGAGTACTCGAT,Exiting naive pluripotency
SBR-24h:TGCTTGCCACGCAGTC,Naive pluripotency
SBR-24h:AACACACGTTACCTGA,Naive pluripotency
SBR-24h:GAATAGAAGTATAGAC,Naive pluripotency
SBR-24h:TAGGTACCATACTGAC,Naive pluripotency
SBR-24h:TATCGCCCAACTCGTA,Naive pluripotency
SBR-24h:ACATGCAGTGGCACTC,Naive pluripotency
SBR-24h:CGAAGTTCAATGGCCC,Exiting naive pluripotency
SBR-24h:TATCTTGAGGGTTGCA,Naive pluripotency
SBR-24h:CTCCACACATAGGTAA,Naive pluripotency
SBR-24h:ACTATGGGTCGCTGCA,Naive pluripotency
SBR-24h:AAGTACCCAGTAACGG,Exiting naive pluripotency
SBR-24h:TTCCTAACACGCGGTT,Naive pluripotency
SBR-24h:TGCATCCCATCGCTGG,Exiting naive pluripotency
SBR-24h:GTCATTTTCGAGCCTG,Naive pluripotency
SBR-24h:GACCGTGAGAGTTGAT,Naive pluripotency
SBR-24h:TCACTCGGTTGCCGCA,Naive pluripotency
SBR-24h:GAAGTAAAGGAAGTGA,Naive pluripotency
SBR-24h:ACACTGAGTACGCTAT,Naive pluripotency
SBR-24h:TGCAGTAGTTGGTGTT,Naive pluripotency
SBR-24h:GCTACAAAGCACTCAT,Exiting naive pluripotency
SBR-24h:TTGCTGCCAGTCGCAC,Naive pluripotency
SBR-24h:ACTTTGTAGATGATTG,Exiting naive pluripotency
SBR-24h:AGGAATAGTCAGGAGT,Naive pluripotency
SBR-24h:TTACGTTTCTGAACGT,Naive pluripotency
SBR-24h:CCTGTTGGTGGTCCGT,Naive pluripotency
SBR-24h:CCTAAGACAGTCGAGA,Exiting naive pluripotency
SBR-24h:GATGATCCATCAGCAT,Exiting naive pluripotency
SBR-24h:ACACGCGCACTAAACC,Naive pluripotency
SBR-24h:GTAGAAACACGCACCA,Naive pluripotency
SBR-24h:CCACGTTCACCTCGTT,Exiting naive pluripotency
SBR-24h:TACCGAACAACCGACC,Naive pluripotency
SBR-24h:TTTCCTCGTCTCAGAT,Naive pluripotency
SBR-24h:CGAAGGAAGCAATTAG,Exiting naive pluripotency
SBR-24h:CCAATGACAATTGCCA,Naive pluripotency
SBR-24h:AATGACCCAAATTGGA,Naive pluripotency
SBR-24h:ATCACAGTCCGGTAAT,Naive pluripotency
SBR-24h:AAGACTCAGCGGTATG,Exiting naive pluripotency
SBR-24h:ATGCATGCACTGTCCT,Naive pluripotency
SBR-24h:TGATCTTCAACTGATC,Naive pluripotency
SBR-24h:CGGAGAATCCTTGGAA,Exiting naive pluripotency
SBR-24h:GAATCACTCCCAGGCA,Naive pluripotency
SBR-24h:CCGTTCAGTTGCTTGA,Naive pluripotency
SBR-24h:GATCAGTTCTGTCCCA,Naive pluripotency
SBR-24h:GAAGCCCAGAGAGCAA,Naive pluripotency
SBR-24h:TGGTAGTGTCTCGGGT,Exiting naive pluripotency
SBR-24h:TAAGCCACACCAAAGG,Naive pluripotency
SBR-24h:AACAGGGTCCACATAG,Naive pluripotency
SBR-24h:TTTCCTCAGCATCCCG,Naive pluripotency
SBR-24h:TCACTATCACGCGGTT,Exiting naive pluripotency
SBR-24h:GGAGAACTCCCTTTGG,Naive pluripotency
SBR-24h:TAACCAGCAAGGACAC,Naive pluripotency
SBR-24h:GCCGTGACATGCCGGT,Naive pluripotency
SBR-24h:GTACAGTTCCGGTAGC,Naive pluripotency
SBR-24h:ATCGTCCAGCGTTCAT,Exiting naive pluripotency
SBR-24h:ACGGGTCCAACAAGAT,Naive pluripotency
SBR-24h:AGGCCACCATACCACA,Naive pluripotency
SBR-24h:CATGGATAGGTGCAGT,Naive pluripotency
SBR-24h:TGACCCTTCGAGAACG,Naive pluripotency
SBR-24h:CCTAACCGTAGAATGT,Exiting naive pluripotency
SBR-24h:CACAACACAACCTATG,Naive pluripotency
SBR-24h:GAAATGAGTGCAACGA,Naive pluripotency
SBR-24h:AATCGACGTCTCCTGT,Exiting naive pluripotency
SBR-24h:TACCCACAGACAAGCC,Naive pluripotency
SBR-24h:ACGCACGAGGCTAAAT,Naive pluripotency
SBR-24h:ATCACAGGTACGTAGG,Exiting naive pluripotency
SBR-24h:TCAATTCCAATCCTTT,Naive pluripotency
SBR-24h:ATGGGAGTCTCACGAA,Exiting naive pluripotency
SBR-24h:GGTTCTCTCTAAGCCA,Naive pluripotency
SBR-24h:TTTCAGTCAAACCACT,Naive pluripotency
SBR-24h:TCACACCAGTTGGCGA,Naive pluripotency
SBR-24h:GAGTCTACATACACCA,Exiting naive pluripotency
SBR-24h:GAGCTGCTCCCTCGTA,Naive pluripotency
SBR-24h:TTCATTGCATTCCTCG,Naive pluripotency
SBR-24h:TGGTAGTCATAACTCG,Naive pluripotency
SBR-24h:ATTTCACGTCTCCCTA,Exiting naive pluripotency
SBR-24h:CACAACATCCTTCGAC,Naive pluripotency
SBR-24h:AGCCAATCATGGCTGC,Exiting naive pluripotency
SBR-24h:TCCGATCCAGTGACCC,Exiting naive pluripotency
SBR-24h:TACTGCCCAGTTAGGG,Naive pluripotency
SBR-24h:ATCGGCGAGGACGGAG,Naive pluripotency
SBR-24h:ACATGCAAGTTGCTGT,Naive pluripotency
SBR-24h:AGACCCGAGAACAAGG,Naive pluripotency
SBR-24h:AACCATGCAGACCGCT,Naive pluripotency
SBR-24h:ATGACCAGTCTTCAAG,Naive pluripotency
SBR-24h:CCTTGTGCACTCTAGA,Naive pluripotency
SBR-24h:CACATGATCCTGCCAT,Naive pluripotency
SBR-24h:CATACCCTCTGGTGCG,Naive pluripotency
SBR-24h:CATGCCTCATGTGGTT,Naive pluripotency
SBR-24h:TCATTGTAGATGTTGA,Naive pluripotency
SBR-24h:AGCATCAGTCCTCCAT,Exiting naive pluripotency
SBR-24h:GAGGGTACATTCAGGT,Naive pluripotency
SBR-24h:CTAACCCGTAACCCTA,Naive pluripotency
SBR-24h:ACGGTCGAGTAAGGGA,Naive pluripotency
SBR-24h:TAACTTCCATGACTCA,Naive pluripotency
SBR-24h:ACCCTCAAGACAGCGT,Naive pluripotency
SBR-24h:CGCATGGAGCTGTACT,Naive pluripotency
SBR-24h:TCCACCATCATGGATC,Exiting naive pluripotency
SBR-24h:CTACATTAGCTTCTAG,Naive pluripotency
SBR-24h:TTCTGTAGTATCCCAA,Exiting naive pluripotency
SBR-24h:AACCATGGTTCACGAT,Exiting naive pluripotency
SBR-24h:AGGAAATCAATGAACA,Exiting naive pluripotency
SBR-24h:GTGAGCCTCACCGGGT,Naive pluripotency
SBR-24h:AGCTTCCGTCATAAAG,Naive pluripotency
SBR-24h:GCATCTCCATGACGAG,Exiting naive pluripotency
SBR-24h:CATTGAGGTAAGTTGA,Exiting naive pluripotency
SBR-24h:GCCAGCATCTAGAACC,Naive pluripotency
SBR-24h:TACAGGTAGGAGACCT,Exiting naive pluripotency
SBR-24h:TGACTCCAGGTCCAGA,Exiting naive pluripotency
SBR-24h:TGTAACGTCTAGGCAT,Naive pluripotency
SBR-24h:TATCTGTGTTGGAGAC,Exiting naive pluripotency
SBR-24h:TTCTAACCAGACTGCC,Exiting naive pluripotency
SBR-24h:AGGTGTTAGCCTGAGA,Exiting naive pluripotency
SBR-24h:AGACCATTCATGGATC,Naive pluripotency
SBR-24h:CCAATTTGTTGCCAAT,Naive pluripotency
SBR-24h:ACAGCCGCACAAGCAG,Exiting naive pluripotency
SBR-24h:GCAGCCATCTTGCGCT,Naive pluripotency
SBR-24h:TCACATTTCTGGGTCG,Exiting naive pluripotency
SBR-24h:GGGTCACAGTAGAGTT,Naive pluripotency
SBR-24h:CAGTTCCCACCGCTGA,Naive pluripotency
SBR-24h:TTGCATTAGCAGGTCA,Naive pluripotency
SBR-24h:GTCTGTCCACTAGGTT,Exiting naive pluripotency
SBR-24h:AAATGGACAGACGATG,Naive pluripotency
SBR-24h:ACTATTCTCGCATAGT,Naive pluripotency
SBR-24h:GTTTGGAAGGTACAAT,Exiting naive pluripotency
SBR-24h:GGGATCCCATCTCCCA,Naive pluripotency
SBR-24h:AATGCCATCGTCGACG,Naive pluripotency
SBR-24h:GCTTTCGGTCGGTGTC,Exiting naive pluripotency
SBR-24h:AAGCGTTTCGCCAACG,Naive pluripotency
SBR-24h:TCATTGTCAGCGGTTC,Naive pluripotency
SBR-24h:TGTAAGCTCTACCTTA,Exiting naive pluripotency
SBR-24h:GATCATGGTTAAGGGC,Naive pluripotency
SBR-24h:AAGCGTTAGCTTAAGA,Naive pluripotency
SBR-24h:ATTCTTGAGGTTCACT,Naive pluripotency
SBR-24h:CAATACGCAGCTTTCC,Naive pluripotency
SBR-24h:TCCTCTTCATCACGGC,Naive pluripotency
SBR-24h:TATTTCGCAGTGCCTG,Exiting naive pluripotency
SBR-24h:AAGCCATGTGAGCGAT,Naive pluripotency
SBR-24h:ACGTAGTAGAGCAGTC,Naive pluripotency
SBR-24h:TAACACGGTTATCCAG,Naive pluripotency
SBR-24h:GTAAGTCTCACCTCAC,Exiting naive pluripotency
SBR-24h:TCCTTCTTCTTCGTAT,Naive pluripotency
SBR-24h:TGCAGATGTTGCTCAA,Naive pluripotency
SBR-24h:CTTGATTCAAGACGGT,Exiting naive pluripotency
SBR-24h:GTTGTGAGTCATTCCC,Exiting naive pluripotency
SBR-24h:TTGACCCTCAGAGCAG,Naive pluripotency
SBR-24h:AGGATCTTCATCAGTG,Naive pluripotency
SBR-24h:ATCCATTAGACACACG,Naive pluripotency
SBR-24h:CACAGATTCAGACCTA,Naive pluripotency
SBR-24h:TAGGAGGAGACGCATG,Naive pluripotency
SBR-24h:TATGTTCCAATTCTTC,Naive pluripotency
SBR-24h:CTATAGGAGAAGATCT,Exiting naive pluripotency
SBR-24h:AGTACTGTCACCTTGC,Naive pluripotency
SBR-24h:GGACGTCCATGGCCCA,Naive pluripotency
SBR-24h:AGGACGAGTTCAGCGC,Naive pluripotency
SBR-24h:TGGGCTGGTTCCTAAG,Exiting naive pluripotency
SBR-24h:TCAATCTTCTGGACCG,Naive pluripotency
SBR-24h:TCCCAGTCAGACTGCC,Naive pluripotency
SBR-24h:CTGTATTTCGGAGCAA,Exiting naive pluripotency
SBR-24h:GATAGAAGTCCGGCAT,Naive pluripotency
SBR-24h:TACCGAATCATCTACT,Exiting naive pluripotency
SBR-24h:AAGCCATCAGTTAGAA,Naive pluripotency
SBR-24h:TGTCCCAGTAACTGCT,Exiting naive pluripotency
SBR-24h:GCTACCTGTCGAGCAA,Naive pluripotency
SBR-24h:TAGGTACTCCTTCTAA,Naive pluripotency
SBR-24h:TCAGCAACACCAAATC,Naive pluripotency
SBR-24h:CTCACTGTCCTACGGG,Exiting naive pluripotency
SBR-24h:CATACTTTCGTGGACC,Exiting naive pluripotency
SBR-24h:TTCACCGTCTATTCGT,Naive pluripotency
SBR-24h:AATCGACAGCGCCTCA,Naive pluripotency
SBR-24h:CATCAAGGTCGAACGA,Exiting naive pluripotency
SBR-24h:GCATCTCCATCCAATG,Naive pluripotency
SBR-24h:AACAAAGAGTAGAGTT,Naive pluripotency
SBR-24h:ACGATCATCTCCACTG,Exiting naive pluripotency
SBR-24h:CATTCATCAGGTGAGT,Naive pluripotency
SBR-24h:CCTCCTCCACCAGGTC,Naive pluripotency
SBR-24h:CCGTAGGCACGGATCC,Naive pluripotency
SBR-24h:GACCGTGCACTGGCCA,Exiting naive pluripotency
SBR-24h:CATCGCTGTGCCTTCT,Naive pluripotency
SBR-24h:GACATCAGTTCCGCTT,Exiting naive pluripotency
SBR-24h:AGTAGTCGTAGAGATT,Naive pluripotency
SBR-24h:CCTCACAAGACCATGG,Naive pluripotency
SBR-24h:ATTACCTCATGAAGCG,Naive pluripotency
SBR-24h:TAACTTCGTAGTAAGT,Naive pluripotency
SBR-24h:TGGTTAGGTGTGGACA,Naive pluripotency
SBR-24h:CCTATCGTCCTCAGAA,Exiting naive pluripotency
SBR-24h:AATGGAAGTATCACCA,Naive pluripotency
SBR-24h:CTCAGGGCACATATGC,Naive pluripotency
SBR-24h:CACTGAACACAGCATT,Exiting naive pluripotency
SBR-24h:TCTTGCGAGCCTTGAT,Naive pluripotency
SBR-24h:CCGGTGAAGCAATTAG,Exiting naive pluripotency
SBR-24h:GAGACTTTCCAAGCCG,Naive pluripotency
SBR-24h:GGGAAGTAGTTATGGA,Naive pluripotency
SBR-24h:TATTGCTTCTCTCCGA,Exiting naive pluripotency
SBR-24h:CAATGACAGATCGGTG,Naive pluripotency
SBR-24h:TGTGAGTAGAGCCTGA,Naive pluripotency
SBR-24h:GTTATGGCAGGTTTAC,Exiting naive pluripotency
SBR-24h:GAACTGTAGCAGTCTT,Exiting naive pluripotency
SBR-24h:TCGCTTGTCTAAGGAA,Naive pluripotency
SBR-24h:GTTCGCTGTAGTAAGT,Exiting naive pluripotency
SBR-24h:CTTGATTCACAGCGCT,Exiting naive pluripotency
SBR-24h:GTTGAACTCAGTGGGA,Exiting naive pluripotency
SBR-24h:AATGCCACAACCTAAC,Naive pluripotency
SBR-24h:AACCAACAGGTCACTT,Exiting naive pluripotency
SBR-24h:TTTGATCTCTGGCCGA,Naive pluripotency
SBR-24h:ACTCCCAAGTCCTGTA,Exiting naive pluripotency
SBR-24h:GTAACCAGTAAGGAGA,Exiting naive pluripotency
SBR-24h:CGTAATGCAGGTAGTG,Exiting naive pluripotency
SBR-24h:TCGGGCAAGCACAAAT,Naive pluripotency
SBR-24h:CTGTACCGTGCCTAAT,Naive pluripotency
SBR-24h:CTACTATGTATCTCTT,Naive pluripotency
SBR-24h:ACGATGTGTCATGGCC,Exiting naive pluripotency
SBR-24h:CAGGGCTTCCGAAGGA,Naive pluripotency
SBR-24h:CGCCATTTCGAGAAAT,Naive pluripotency
SBR-24h:AGAACCTCACCCAACG,Naive pluripotency
SBR-24h:AGCGATTTCGATTTCT,Naive pluripotency
SBR-24h:ATTACTCTCAACGCTA,Naive pluripotency
SBR-24h:AGTACCACATCTCCCA,Naive pluripotency
SBR-24h:GTATTGGTCATCTACT,Naive pluripotency
SBR-24h:CTTCTCTTCCAATCTT,Naive pluripotency
SBR-24h:TGATTCTGTCGGAAAC,Naive pluripotency
SBR-24h:CATCCCAGTGCCTATA,Naive pluripotency
SBR-24h:ACAACCAGTTGTGTTG,Naive pluripotency
SBR-24h:AGGTTGTTCTGAATCG,Exiting naive pluripotency
SBR-24h:ATTACTCAGGGAGAAT,Exiting naive pluripotency
SBR-24h:CTTCGGTAGAATCGCG,Exiting naive pluripotency
SBR-24h:CCACGTTCATTAGGAA,Naive pluripotency
SBR-24h:TGCTCCATCATCTCTA,Naive pluripotency
SBR-24h:ATTCATCAGACATACA,Exiting naive pluripotency
SBR-24h:GATGAGGTCACTTGGA,Naive pluripotency
SBR-24h:TCTTAGTAGCTGGCCT,Naive pluripotency
SBR-24h:TAAGCCACACATGACT,Naive pluripotency
SBR-24h:ATGAGGGAGGCTATCT,Exiting naive pluripotency
SBR-24h:ACGTCCTTCCGCGGAT,Exiting naive pluripotency
SBR-24h:GCTTCACTCATCACTT,Exiting naive pluripotency
SBR-24h:ATGAAAGTCAGGAAAT,Exiting naive pluripotency
SBR-24h:ACAAGCTTCCGAGAAG,Naive pluripotency
SBR-24h:CTAACTTAGCTCCACG,Naive pluripotency
SBR-24h:TCACTCGAGGTTCATC,Exiting naive pluripotency
SBR-24h:CCTAAGACATAGAGGC,Exiting naive pluripotency
SBR-24h:CTTTCAAGTACAGTAA,Exiting naive pluripotency
SBR-24h:AACTTCTAGGATTCCT,Naive pluripotency
SBR-24h:AATCACGAGAAAGTCT,Exiting naive pluripotency
SBR-24h:AAGCCATAGGAACTCG,Exiting naive pluripotency
SBR-24h:GAACACTGTTGGCCGT,Exiting naive pluripotency
SBR-24h:GGTCTGGCATATGCGT,Exiting naive pluripotency
SBR-24h:TACTGCCCAAGACGAC,Exiting naive pluripotency
SBR-24h:ACTTCCGTCAACACCA,Exiting naive pluripotency
SBR-24h:GGTCTGGCAGGATCTT,Exiting naive pluripotency
SBR-24h:CAACGGCCAAAGGGTC,Naive pluripotency
SBR-24h:TGTAACGTCCTTGAAG,Exiting naive pluripotency
SBR-24h:CTGTATTCAGGCCCTA,Exiting naive pluripotency
SBR-24h:TAACACGAGGATTCAA,Exiting naive pluripotency
SBR-24h:TCAAGCAGTCCTGTTC,Exiting naive pluripotency
SBR-24h:AGTAACCCAGAGTGTG,Naive pluripotency
SBR-24h:CCAATTTGTCATGGCC,Exiting naive pluripotency
SBR-24h:GGAGCAATCCATGCAA,Exiting naive pluripotency
SBR-24h:CCTCTAGCATGGGCAA,Naive pluripotency
SBR-24h:CGAGGCTTCTGCCCTA,Exiting naive pluripotency
SBR-24h:CAGGTATTCGCTCTCA,Naive pluripotency
SBR-24h:ACTATGGCAAGGACAC,Naive pluripotency
SBR-24h:TCCATCGTCTTCCACG,Exiting naive pluripotency
SBR-24h:AGATGCTAGCAGTAAT,Exiting naive pluripotency
SBR-24h:CAACGGCTCAACACGT,Naive pluripotency
SBR-24h:ATCGGCGAGGATGTTA,Naive pluripotency
SBR-24h:GGAGATGCAAGCCCAC,Exiting naive pluripotency
SBR-24h:CCGATCTCAGCCGGTT,Naive pluripotency
SBR-24h:ATGAGGGCACGCTGCA,Exiting naive pluripotency
SBR-24h:ATAGACCTCGAGAAGC,Exiting naive pluripotency
SBR-24h:CATTTCATCACATTGG,Naive pluripotency
SBR-24h:ATTCATCCAGGCACAA,Naive pluripotency
SBR-24h:TCACATTTCATTATCC,Naive pluripotency
SBR-24h:TTCGCTGAGCCGGATA,Naive pluripotency
SBR-24h:GTAACACCAGGCACTC,Exiting naive pluripotency
SBR-24h:TGTGATGGTCCAGTTA,Naive pluripotency
SBR-24h:AGTCATGCAATAGAGT,Exiting naive pluripotency
SBR-24h:TTGGGATCACCTGCAG,Exiting naive pluripotency
SBR-24h:AGGGAGTGTATGGAAT,Naive pluripotency
SBR-24h:AAGCATCAGTGCTCAT,Naive pluripotency
SBR-24h:TGATTCTTCTATACGG,Naive pluripotency
SBR-24h:GTAATGCGTCTACGTA,Naive pluripotency
SBR-24h:ACAGAAACAGCGTGCT,Naive pluripotency
SBR-24h:TCACAAGCACCCTGAG,Naive pluripotency
SBR-24h:CAGCAGCTCCAGCAAT,Naive pluripotency
SBR-24h:TCAGCCTTCTTCTAAC,Exiting naive pluripotency
SBR-24h:GAGAAATGTCCACACG,Naive pluripotency
SBR-24h:TGACAGTAGCTAGATA,Exiting naive pluripotency
SBR-24h:AGATCCAAGCCAGTAG,Naive pluripotency
SBR-24h:GTAAGTCAGGCATTTC,Naive pluripotency
SBR-24h:TACCCGTAGCTGAAAT,Naive pluripotency
SBR-24h:CATTTCAAGTCGGCAA,Exiting naive pluripotency
SBR-24h:TCACAAGGTTTACGTG,Naive pluripotency
SBR-24h:TAACGACGTAGATGTA,Exiting naive pluripotency
SBR-24h:TCAGCCTCAGCAGACA,Exiting naive pluripotency
SBR-24h:TCTCCGAGTACTAACC,Exiting naive pluripotency
SBR-24h:ATGTCCCAGAGGTTAT,Naive pluripotency
SBR-24h:TCAAGCATCCATCCGT,Naive pluripotency
SBR-24h:GCATGATGTCGACTTA,Exiting naive pluripotency
SBR-24h:AGATCCACAATCAAGA,Naive pluripotency
SBR-24h:ACCGTTCAGATTCGCT,Naive pluripotency
SBR-24h:GGCACGTGTTCCAAAC,Exiting naive pluripotency
SBR-24h:GGTAGAGGTATGAGGC,Naive pluripotency
SBR-24h:CCATCACTCGCACTCT,Naive pluripotency
SBR-24h:CGCCAGAGTCTTCGAA,Naive pluripotency
SBR-24h:TATACCTGTATCGCAT,Naive pluripotency
SBR-24h:CAATCGATCACGATCA,Exiting naive pluripotency
SBR-24h:AGACCCGCAAGGCGTA,Naive pluripotency
SBR-24h:ATCGGATTCTGAATCG,Exiting naive pluripotency
SBR-24h:CTGAATGGTCGACTGC,Naive pluripotency
SBR-24h:CGGGACTTCTTAGCAG,Naive pluripotency
SBR-24h:CGCCATTTCTAACACG,Naive pluripotency
SBR-24h:TCTGTCGGTCATCACA,Naive pluripotency
SBR-24h:CAGCACGGTCGCTGCA,Exiting naive pluripotency
SBR-24h:GTGAGGATCCGTACGG,Naive pluripotency
SBR-24h:GGCTTTCAGGAACGCT,Naive pluripotency
SBR-24h:TTGAACGTCTCATAGG,Exiting naive pluripotency
SBR-24h:GATCAGTGTACACGTT,Exiting naive pluripotency
SBR-24h:TCAGTGAGTGATTCTG,Naive pluripotency
SBR-24h:AAGGTAATCCGGTAAT,Exiting naive pluripotency
SBR-24h:CGTAAGTTCCTGGCTT,Exiting naive pluripotency
SBR-24h:TTTCAGTGTGCTCCGA,Exiting naive pluripotency
SBR-24h:CATGGTACACTATCGA,Naive pluripotency
SBR-24h:TAAGCGTAGATGATTG,Exiting naive pluripotency
SBR-24h:AGGAGGTTCGACGAGA,Naive pluripotency
SBR-24h:AGCTACAAGGTAGATT,Exiting naive pluripotency
SBR-24h:TCCGTGTTCTAGTGAC,Exiting naive pluripotency
SBR-24h:AGTGACTGTTAACAGA,Exiting naive pluripotency
SBR-24h:GACTCAACAACCGCCA,Exiting naive pluripotency
SBR-24h:TGGGCTGCAATGAAAC,Naive pluripotency
SBR-24h:AAGCCATGTACGACTT,Exiting naive pluripotency
SBR-24h:GACCTTCTCCACAGGC,Naive pluripotency
SBR-24h:ATTCATCAGTCATGGG,Exiting naive pluripotency
SBR-24h:GTAATCGAGTAAGACT,Naive pluripotency
SBR-24h:CATGCCTCAAATCGTC,Naive pluripotency
SBR-24h:GTGGTTACATGTTCGA,Naive pluripotency
SBR-24h:TCCAGAATCGAAGTGG,Exiting naive pluripotency
SBR-24h:ATCAGGTCAAATCCCA,Naive pluripotency
SBR-24h:TTACGCCAGCAATAGT,Naive pluripotency
SBR-24h:TATTTCGCAAGACCGA,Naive pluripotency
SBR-24h:GATGAGGCACTGTCCT,Exiting naive pluripotency
SBR-24h:CCAAGCGAGAGCAGCT,Exiting naive pluripotency
SBR-24h:GCTTGGGGTCCAGTTA,Exiting naive pluripotency
SBR-24h:TATTCCACACAGCCTG,Naive pluripotency
SBR-24h:CAGTGCGCATGTGACT,Naive pluripotency
SBR-24h:CTCCCTCCACATATCG,Naive pluripotency
SBR-24h:ACAGAAAGTGCAATAA,Naive pluripotency
SBR-24h:AATGGCTTCATTGCGA,Exiting naive pluripotency
SBR-24h:TCAGCCTCAGGACAGT,Naive pluripotency
SBR-24h:CTTGAGACAACCGTAT,Naive pluripotency
SBR-24h:TTGCATTCAGACAATA,Naive pluripotency
SBR-24h:AACAGGGCAATACCCA,Exiting naive pluripotency
SBR-24h:TAACTTCTCACTGGTA,Naive pluripotency
SBR-24h:ACGGAAGGTCTTTCAT,Exiting naive pluripotency
SBR-24h:ATCGATGTCATTGTGG,Exiting naive pluripotency
SBR-24h:GGAGCAATCTCTTGCG,Naive pluripotency
SBR-24h:CACCGTTAGCCGCACT,Naive pluripotency
SBR-24h:AGGATAAGTCCAGCAC,Exiting naive pluripotency
SBR-24h:ATCACGATCATTATCC,Exiting naive pluripotency
SBR-24h:TCTACATAGTTCTCTT,Exiting naive pluripotency
SBR-24h:CTCAACCCACTAAACC,Exiting naive pluripotency
SBR-24h:ACCAAACGTAATCAAG,Naive pluripotency
SBR-24h:TGGGAGAGTTAATGAG,Naive pluripotency
SBR-24h:AGTACTGAGGATTCCT,Exiting naive pluripotency
SBR-24h:CTATCCGAGGCTTCCG,Exiting naive pluripotency
SBR-24h:ATTATCCGTCCGAAGA,Naive pluripotency
SBR-24h:TGTCCTGTCCGATAAC,Naive pluripotency
SBR-24h:TATATCCCACCAAATC,Naive pluripotency
SBR-24h:TTGCCTGCAGAACTTC,Naive pluripotency
SBR-24h:GCTACAATCGACACCG,Exiting naive pluripotency
SBR-24h:ACATTTCAGATGCGAC,Naive pluripotency
SBR-24h:GTAGCTATCGCGCTGA,Exiting naive pluripotency
SBR-24h:TGCAGGCTCCATCAGA,Naive pluripotency
SBR-24h:GCATTAGGTTAAGGGC,Exiting naive pluripotency
SBR-24h:CTATCCGCACGACGCT,Naive pluripotency
SBR-24h:GACCTTCTCCGTCAAA,Naive pluripotency
SBR-24h:CCTCAGTTCCACTTTA,Exiting naive pluripotency
SBR-24h:ACACTGACATGAGAAT,Naive pluripotency
SBR-24h:CATCAAGGTGCCGGTT,Naive pluripotency
SBR-24h:AGTGCCGCATTCACAG,Exiting naive pluripotency
SBR-24h:CACTGAAAGTACGTCT,Exiting naive pluripotency
SBR-24h:TCTAACTTCTTGGTGA,Naive pluripotency
SBR-24h:TGCAGATAGCGGATCA,Exiting naive pluripotency
SBR-24h:TCGCAGGGTTACACAC,Naive pluripotency
SBR-24h:CAGTGCGGTACTGGGA,Naive pluripotency
SBR-24h:ACGGTCGAGCCTGAGA,Naive pluripotency
SBR-24h:GTAGAAAGTGTTAGCT,Exiting naive pluripotency
SBR-24h:TTCAATCCAAGCCTGC,Exiting naive pluripotency
SBR-24h:ATCCGTCTCTCTCGCA,Naive pluripotency
SBR-24h:CATAGACTCAGCCTCT,Naive pluripotency
SBR-24h:TGCAGGCTCTGCTGAA,Naive pluripotency
SBR-24h:GTTACCCGTACTCCCT,Exiting naive pluripotency
SBR-24h:CACAACAAGAAGGTAG,Exiting naive pluripotency
SBR-24h:CACCAAAGTTGAAGTA,Exiting naive pluripotency
SBR-24h:AGGCTGCAGACTCATC,Naive pluripotency
SBR-24h:TCACGCTTCATACGAC,Naive pluripotency
SBR-24h:TCGCACTCAGGTTCGC,Naive pluripotency
SBR-24h:TCTATACCACGCGCTA,Exiting naive pluripotency
SBR-24h:GAGGCCTCATGCAGCC,Exiting naive pluripotency
SBR-24h:CACGAATCACCGCTGA,Naive pluripotency
SBR-24h:ACATTTCGTTTCTATC,Exiting naive pluripotency
SBR-24h:TACCTGCAGAATCGAT,Exiting naive pluripotency
SBR-24h:GAAACCTAGCCGTTAT,Naive pluripotency
SBR-24h:CATAGACGTGATTCTG,Exiting naive pluripotency
SBR-24h:AGGATAACACATATCG,Naive pluripotency
SBR-24h:GCCAACGAGACAACTA,Exiting naive pluripotency
SBR-24h:GAGTCTACAAGAAACT,Naive pluripotency
SBR-24h:TTAGTCTAGGATTTGA,Naive pluripotency
SBR-24h:AATTTCCTCGTAATGC,Exiting naive pluripotency
SBR-24h:GGGTCACTCATCGACA,Exiting naive pluripotency
SBR-24h:GAGGCCTGTCACGTGC,Naive pluripotency
SBR-24h:CACGTGGGTCTGCGCA,Naive pluripotency
SBR-24h:AGCCAATTCAGACAAA,Exiting naive pluripotency
SBR-24h:ACATCGACAGAGGCAT,Exiting naive pluripotency
SBR-24h:GTAACCATCGCAGTTA,Exiting naive pluripotency
SBR-24h:TTCAGGACACCTCTAC,Exiting naive pluripotency
SBR-24h:GATCCCTCAGAGGGTT,Naive pluripotency
SBR-24h:GAATAGATCTTCTCAA,Exiting naive pluripotency
SBR-24h:CCAATGAGTACTGCGC,Naive pluripotency
SBR-24h:ATGCGATAGGGAGGTG,Naive pluripotency
SBR-24h:AGCTCAAGTGCCTAAT,Exiting naive pluripotency
SBR-24h:AGTACTGTCGATAACC,Naive pluripotency
SBR-24h:CCCGGAATCCGGGACT,Naive pluripotency
SBR-24h:TGTTACTAGGAGATAG,Exiting naive pluripotency
SBR-24h:GCCATGGGTTGAGAGC,Naive pluripotency
SBR-24h:CTATAGGAGACATCAA,Exiting naive pluripotency
SBR-24h:GTGGAAGGTCGATGCC,Naive pluripotency
SBR-24h:CATACTTTCACTTGGA,Naive pluripotency
SBR-24h:TTTACGTTCATTCGGA,Exiting naive pluripotency
SBR-24h:CGTCAAAAGCGCATCC,Exiting naive pluripotency
SBR-24h:ATAGAGACAGCTCATA,Exiting naive pluripotency
SBR-24h:TATTGGGAGGACACTG,Exiting naive pluripotency
SBR-24h:TGACTCCAGTGACACG,Naive pluripotency
SBR-24h:CCGGGTATCGCTCTAC,Naive pluripotency
SBR-24h:CTTCCTTGTGATTCTG,Exiting naive pluripotency
SBR-24h:TCTATACCAGTGAGCA,Naive pluripotency
SBR-24h:CAGCAATCAGTCTTCC,Exiting naive pluripotency
SBR-24h:TGAGTCAAGGTCACTT,Naive pluripotency
SBR-24h:GACCAATAGTAAGGGA,Naive pluripotency
SBR-24h:AGGACGAAGTATAGGT,Exiting naive pluripotency
SBR-24h:AAGTCGTAGTGATAGT,Exiting naive pluripotency
SBR-24h:TGTTCTAGTGCGAACA,Naive pluripotency
SBR-24h:CTATCTAAGTGGTTAA,Exiting naive pluripotency
SBR-24h:TTGTTCAGTAGACGTG,Exiting naive pluripotency
SBR-24h:TAGCACACAGCCGGTT,Naive pluripotency
SBR-24h:CTCAGAAAGCCTTCTC,Naive pluripotency
SBR-24h:AAGTGAACAAATCGGG,Naive pluripotency
SBR-24h:ACAGAAAAGACTACCT,Naive pluripotency
SBR-24h:AGTAGCTAGACCTCAT,Exiting naive pluripotency
SBR-24h:AGGTGTTAGGATGTTA,Exiting naive pluripotency
SBR-24h:CATTCTACAGCTTCCT,Naive pluripotency
SBR-24h:TAACTTCTCCTGGGTG,Naive pluripotency
SBR-24h:GTCCTCATCAGACAAA,Naive pluripotency
SBR-24h:GCCAGTGTCCTTACCG,Naive pluripotency
SBR-24h:GAACTGTCAATTGGTC,Naive pluripotency
SBR-24h:TCGAACAAGCGTGCTC,Naive pluripotency
SBR-24h:TATACCTAGCACCAGA,Naive pluripotency
SBR-24h:GTCCCATTCTTTGATC,Naive pluripotency
SBR-24h:CAACAGTGTATCGCGC,Exiting naive pluripotency
SBR-24h:GTGCACGTCCAGGACC,Exiting naive pluripotency
SBR-24h:TTCTAGTGTACTAAGA,Exiting naive pluripotency
SBR-24h:AATTTCCAGGGTATAT,Naive pluripotency
SBR-24h:GACCGTGGTGCATTTG,Naive pluripotency
SBR-24h:GGGACCTAGTAACGAT,Exiting naive pluripotency
SBR-24h:GTAGCTAAGGGACTGT,Exiting naive pluripotency
SBR-24h:GTAGTACCAGTTGTCA,Exiting naive pluripotency
SBR-24h:GGCTTTCAGTGCTCAT,Naive pluripotency
SBR-24h:AACGAAATCAGAACCT,Naive pluripotency
SBR-24h:CCCAACTAGGGAGGCA,Naive pluripotency
SBR-24h:GTAATGCAGTTAACAG,Naive pluripotency
SBR-24h:AGGTAGGGTGCGGATA,Exiting naive pluripotency
SBR-24h:AGCTCAACACCTGATA,Naive pluripotency
SBR-24h:ACGATGTAGGAGGCAG,Naive pluripotency
SBR-24h:AAGAACACAACTCGTA,Naive pluripotency
SBR-24h:CTCTCGACACGGCCAT,Exiting naive pluripotency
SBR-24h:GGGCTCACACTCCACT,Naive pluripotency
SBR-24h:CCCTGATCACGACGTC,Exiting naive pluripotency
SBR-24h:TCGAAGTTCCATTTAC,Exiting naive pluripotency
SBR-24h:TCTTGCGGTCTTACTT,Naive pluripotency
SBR-24h:AAAGGTAAGGTAATCA,Naive pluripotency
SBR-24h:CATGCGGAGATGCAGC,Naive pluripotency
SBR-24h:GAAACCTTCGTTTACT,Naive pluripotency
SBR-24h:CATTGTTAGTCTCCTC,Exiting naive pluripotency
SBR-24h:CAACGGCCAATTCTTC,Exiting naive pluripotency
SBR-24h:ACTATGGAGGATAATC,Exiting naive pluripotency
SBR-24h:GTTGTCCGTTGATGTC,Naive pluripotency
SBR-24h:GGGCTCAGTATGCAAA,Exiting naive pluripotency
SBR-24h:AATTTCCCAGTGTGCC,Naive pluripotency
SBR-24h:GTGGTTAAGAGTCCGA,Naive pluripotency
SBR-24h:GACCCAGCATAACCCA,Naive pluripotency
SBR-24h:AGAACCTTCCCTGTTG,Naive pluripotency
SBR-24h:CTCATCGTCCCATTTA,Exiting naive pluripotency
SBR-24h:CTTGAGACAATAACGA,Naive pluripotency
SBR-24h:CACCAAACAAATGAGT,Naive pluripotency
SBR-24h:CCTGCATGTGTCTTGA,Naive pluripotency
SBR-24h:CCTCAACGTTCAACGT,Naive pluripotency
SBR-24h:TGCGATACAACGCCCA,Exiting naive pluripotency
SBR-24h:CCGATCTCATTCTCTA,Naive pluripotency
SBR-24h:ACGATGTGTGTGGACA,Exiting naive pluripotency
SBR-24h:GTAGGTTGTCTCGGAC,Naive pluripotency
SBR-24h:AGTGATCAGGTGCCAA,Naive pluripotency
SBR-24h:GAACTGTAGGTGCCAA,Exiting naive pluripotency
SBR-24h:CATGCGGCATCATTGG,Naive pluripotency
SBR-24h:GATCGTAAGGTCATTC,Naive pluripotency
SBR-24h:AACGTCACACACAGCC,Naive pluripotency
SBR-24h:AGAACCTCATATGCGT,Naive pluripotency
SBR-24h:AATGGAAGTAGATCCT,Naive pluripotency
SBR-24h:GTATTTCGTAGATTAG,Exiting naive pluripotency
SBR-24h:GCAGTTACAGCTGGTC,Naive pluripotency
SBR-24h:GTTGCGGAGGCGTCCT,Naive pluripotency
SBR-24h:CACACAAAGTGGCGAT,Naive pluripotency
SBR-24h:TGGGTTACAGAACTAA,Naive pluripotency
SBR-24h:CTTCCTTCATATCGGT,Naive pluripotency
SBR-24h:TCAATTCAGTGGTTAA,Naive pluripotency
SBR-24h:CTCTCAGGTGTCCTAA,Exiting naive pluripotency
SBR-24h:CCCTAACTCATAGCAC,Naive pluripotency
SBR-24h:TGCGACGGTTATGGTC,Naive pluripotency
SBR-24h:TGCGATAAGCTGTCCG,Naive pluripotency
SBR-24h:GATTGGTTCTAACACG,Naive pluripotency
SBR-24h:CTGGCAGGTATCGTTG,Naive pluripotency
SBR-24h:TGGTGATGTAAGTTGA,Naive pluripotency
SBR-24h:AGAACAACACATGACT,Naive pluripotency
SBR-24h:GCCAGGTCAGGAGACT,Exiting naive pluripotency
SBR-24h:TCAAGTGGTTGTCATG,Exiting naive pluripotency
SBR-24h:TTGCTGCGTCCAAAGG,Naive pluripotency
SBR-24h:GTAGATCCAGACAAAT,Naive pluripotency
SBR-24h:TGTCAGACAAGCAGGT,Naive pluripotency
SBR-24h:CCGTTCATCACATTGG,Naive pluripotency
SBR-24h:CGAATTGGTTCCACGG,Exiting naive pluripotency
SBR-24h:ACGTCCTCAGAGGTTG,Exiting naive pluripotency
SBR-24h:TTTGGAGGTCGAGCAA,Naive pluripotency
SBR-24h:CCGCAAGTCTTCGGTC,Exiting naive pluripotency
SBR-24h:GTGTGGCTCGTTGTTT,Exiting naive pluripotency
SBR-24h:AAGCAGTGGTATCAAC,Exiting naive pluripotency
SBR-24h:TAACACGAGCAGGTCA,Exiting naive pluripotency
SBR-24h:TAGGTTGGTATGCGGA,Exiting naive pluripotency
SBR-24h:GTTGTGAAGGTCGCCT,Naive pluripotency
SBR-24h:CTTCGGTGTTGGCTAT,Exiting naive pluripotency
SBR-24h:TACCGAAAGCGAGAAA,Naive pluripotency
SBR-24h:TCAAGTGAGACAACTA,Exiting naive pluripotency
SBR-24h:TTCTAGTTCGCCTCTA,Naive pluripotency
SBR-24h:GCCATGGCAATCAAGA,Naive pluripotency
SBR-24h:CTGTACCTCTTGTGCC,Naive pluripotency
SBR-24h:CCGAACGGTATCTTCT,Naive pluripotency
SBR-24h:GCCAGTGAGTAAGGGA,Exiting naive pluripotency
SBR-24h:ATGGAGGTCGACACCG,Exiting naive pluripotency
SBR-24h:ATATCCTAGGAGCTGT,Naive pluripotency
SBR-24h:AGGACGAAGCTCCGAC,Exiting naive pluripotency
SBR-24h:TCTAACTAGATAGGGA,Naive pluripotency
SBR-24h:GTTCTATGTTGAGGAC,Exiting naive pluripotency
SBR-24h:CATTGAGCACCATATG,Naive pluripotency
SBR-24h:GAAGGGTAGCATCAGG,Naive pluripotency
SBR-24h:TGCACGGGTACAATAG,Exiting naive pluripotency
SBR-24h:TACCTCGTCGATTGGT,Naive pluripotency
SBR-24h:TCACAAGGTAGTTCCA,Naive pluripotency
SBR-24h:CCCTCAATCCATGAGT,Naive pluripotency
SBR-24h:CCATCACTCCCTCATG,Naive pluripotency
SBR-24h:TTCCTCTGTTATAGAG,Naive pluripotency
SBR-24h:GTTCCGTTCACCGGGT,Naive pluripotency
SBR-24h:ATTCCTATCGCTTACC,Naive pluripotency
SBR-24h:CATACCCGTGGCCTCA,Naive pluripotency
SBR-24h:CAATCGAAGGCTCACC,Exiting naive pluripotency
SBR-24h:GGTAACTAGAAACACT,Exiting naive pluripotency
SBR-24h:TTGAACGTCACCTGGG,Naive pluripotency
SBR-24h:GTGGTTAAGCCGTTGC,Naive pluripotency
SBR-24h:TGATCTTAGGGAGAAT,Exiting naive pluripotency
SBR-24h:TTCAGGAAGCTCCCTT,Naive pluripotency
SBR-24h:ACGGGTCTCATGGGAG,Exiting naive pluripotency
SBR-24h:TCGCACTTCCGTACGG,Naive pluripotency
SBR-24h:AAGCGTTGTGGTTCTA,Exiting naive pluripotency
SBR-24h:TAGGTTGCAGCAATTC,Naive pluripotency
SBR-24h:TCACGCTGTACCCAGC,Naive pluripotency
SBR-24h:CAACGGCGTTCGTTCC,Exiting naive pluripotency
SBR-24h:AGATGCTCAAGTCGTT,Naive pluripotency
SBR-24h:TCTCACGTCAGTGGGA,Exiting naive pluripotency
SBR-24h:TCCACCATCATGAGAA,Naive pluripotency
SBR-24h:TGGATGTTCCACGTGG,Naive pluripotency
SBR-24h:GAGGCAACATTGAGGG,Exiting naive pluripotency
SBR-24h:AGAACAAAGAAGATCT,Naive pluripotency
SBR-24h:GACAGCCTCTACTATC,Exiting naive pluripotency
SBR-24h:ACATGCATCTCGCTTG,Naive pluripotency
SBR-24h:AACCCAACAGCAGGAT,Exiting naive pluripotency
SBR-24h:TTACCATGTAGATGTA,Naive pluripotency
SBR-24h:GCATGATCATCGGCCA,Exiting naive pluripotency
SBR-24h:CTTGATTTCGAGTGGA,Exiting naive pluripotency
SBR-24h:CTATCCGCATTCAGGT,Naive pluripotency
SBR-24h:CAATACGGTGTGTGTT,Naive pluripotency
SBR-24h:CGTAATGTCTGCTTAT,Exiting naive pluripotency
SBR-24h:AAAGTCCTCACAAGAA,Naive pluripotency
SBR-24h:GACCAATGTAGACTGG,Exiting naive pluripotency
SBR-24h:CTGTGAACATATCTCT,Naive pluripotency
SBR-24h:CATACAGTCCATCACC,Naive pluripotency
SBR-24h:AGGCCACTCTGTACAG,Exiting naive pluripotency
SBR-24h:AATGGCTAGTCATCCA,Naive pluripotency
SBR-24h:ACACTGATCTACGCGG,Naive pluripotency
SBR-24h:GGTCTGGCAACCCTAA,Naive pluripotency
SBR-24h:TTCGATTGTGCTCCGA,Exiting naive pluripotency
SBR-24h:CCAATGAAGGTAGCAC,Naive pluripotency
SBR-24h:TGTGGCGTCCGAGGCT,Naive pluripotency
SBR-24h:ATGCCTCCACATAGCT,Naive pluripotency
SBR-24h:TAACGACGTGAATATG,Exiting naive pluripotency
SBR-24h:CTAAGTGGTGGGAGAG,Naive pluripotency
SBR-24h:CCAATGACATCGCTAA,Exiting naive pluripotency
SBR-24h:GTTCCGTCAGATACCT,Exiting naive pluripotency
SBR-24h:CAAGAGGGTGACCTGC,Naive pluripotency
SBR-24h:AGATCCAAGATGTAGT,Naive pluripotency
SBR-24h:CCCATTGTCCCACAGG,Naive pluripotency
SBR-24h:TTCACGCTCGACCATA,Naive pluripotency
SBR-24h:AAAGGGCCACCTGCGA,Exiting naive pluripotency
SBR-24h:GAGAGGTTCCAACACA,Naive pluripotency
SBR-24h:CAAGAGGTCGTTCTAT,Naive pluripotency
SBR-24h:AGACCCGCATCTGGGC,Naive pluripotency
SBR-24h:TACTGCCGTGCACATT,Exiting naive pluripotency
SBR-24h:TTTCACAAGCCATTTG,Naive pluripotency
SBR-24h:GGAGATGGTCCAAGAG,Naive pluripotency
SBR-24h:GACACGCCAGGCACAA,Naive pluripotency
SBR-24h:GGGCCATTCGTCGGGT,Naive pluripotency
SBR-24h:GGGTCTGTCGTTCTAT,Naive pluripotency
SBR-24h:TAGAGTCAGAAACTCA,Naive pluripotency
SBR-24h:TTCCGGTGTCCCAAAT,Naive pluripotency
SBR-24h:CATCCACTCGTGCAGC,Naive pluripotency
SBR-24h:TGCTCGTTCTGTCGTC,Naive pluripotency
SBR-24h:TACGGTACATGGGTCC,Naive pluripotency
SBR-24h:ATAGAGAGTCCAACGC,Exiting naive pluripotency
SBR-24h:AAAGGTATCTTAGTTC,Exiting naive pluripotency
SBR-24h:CGTTCTGTCCCTTGTG,Naive pluripotency
SBR-24h:CCACAAAGTCTTGTCC,Exiting naive pluripotency
SBR-24h:GCTACCTCAGCAGGAT,Naive pluripotency
SBR-24h:ACCCAAACATTGGATC,Exiting naive pluripotency
SBR-24h:AAGCATCCAATAGTAG,Naive pluripotency
SBR-24h:CAGCGTGTCGCCACTT,Naive pluripotency
SBR-24h:CCCATTGAGGGATGTC,Naive pluripotency
SBR-24h:CATTCTACATCTTAGG,Naive pluripotency
SBR-24h:TTGCATTGTTCGAACT,Exiting naive pluripotency
SBR-24h:GTAGCTAAGGAAACGA,Naive pluripotency
SBR-24h:GCACGTGTCACTGATG,Naive pluripotency
SBR-24h:AGGATCTGTGGCTGCT,Exiting naive pluripotency
SBR-24h:TTACAGGGTGGACTAG,Exiting naive pluripotency
SBR-24h:GATCGTACACGACAAG,Naive pluripotency
SBR-24h:CTACCTGCAGGGATAC,Exiting naive pluripotency
SBR-24h:AGTAGCTTCTCCTACG,Exiting naive pluripotency
SBR-24h:CAACAACTCTCAATCT,Exiting naive pluripotency
SBR-24h:GATGAGGTCCTAGCGG,Naive pluripotency
SBR-24h:TATGTTCGTATTTCGG,Naive pluripotency
SBR-24h:TTTACGTCAGCAAGAC,Naive pluripotency
SBR-24h:GAGGGTAGTGTGGACA,Naive pluripotency
SBR-24h:AGGGTGAGTTGGAGGT,Naive pluripotency
SBR-24h:CTGTGGGAGTTTCGAC,Naive pluripotency
SBR-24h:TAATCTCCAGGATGAC,Exiting naive pluripotency
SBR-24h:TCTACATTCCGTGGGT,Naive pluripotency
SBR-24h:CCGGTAGTCTGACCCT,Naive pluripotency
SBR-24h:GGTCACGGTCCCTGTT,Naive pluripotency
SBR-24h:CCCTAACGTAAGAACT,Exiting naive pluripotency
SBR-24h:AATGGAAAGAGGTTAT,Naive pluripotency
SBR-24h:GCCAGTGTCACTCACC,Naive pluripotency
SBR-24h:TATTTCGAGTTGGCTT,Exiting naive pluripotency
SBR-24h:AAGCGTTCAAGTCCAT,Exiting naive pluripotency
SBR-24h:CGTAAGTCACCGTGAC,Exiting naive pluripotency
SBR-24h:GACACGCGTCCTTTGC,Exiting naive pluripotency
SBR-24h:TTTATGCTCTTCGTAT,Naive pluripotency
SBR-24h:GAGTTGTTCTGTGTGA,Exiting naive pluripotency
SBR-24h:CAGCACGGTTGCGGAA,Naive pluripotency
SBR-24h:TTCATGTTCAACCTCC,Naive pluripotency
SBR-24h:GAACTGTTCCCGGTAG,Naive pluripotency
SBR-24h:CATAAGCTCCCAGGAC,Naive pluripotency
SBR-24h:ACCAACACAAGGGCAT,Exiting naive pluripotency
SBR-24h:ACGGGTCGTCCAATCA,Naive pluripotency
SBR-24h:GTAACCACACATATGC,Naive pluripotency
SBR-24h:GCGATCGTCAATCCAG,Naive pluripotency
SBR-24h:GAAACCTGTTTACGAC,Naive pluripotency
SBR-24h:TCACGCTCACTGCGTG,Naive pluripotency
SBR-24h:ATACCTTTCTTTGATC,Naive pluripotency
SBR-24h:TAGGGTTCAGAGGCAT,Exiting naive pluripotency
SBR-24h:AACAAAGCACGGTAGA,Naive pluripotency
SBR-24h:AATGACCTCTACTTCA,Naive pluripotency
SBR-24h:TGCTTGCTCTCTCCGA,Exiting naive pluripotency
SBR-24h:ACGGGTCTCGACATCA,Exiting naive pluripotency
SBR-24h:TGAACGTAGACATGCG,Exiting naive pluripotency
SBR-24h:GCAGCCATCAGCACCG,Exiting naive pluripotency
SBR-24h:GTTTACTAGTGCCGAA,Exiting naive pluripotency
SBR-24h:AAGCCATCACATACTG,Exiting naive pluripotency
SBR-24h:CATTCTACAGACGCTC,Naive pluripotency
SBR-24h:TGGTGATCACCAGCCA,Naive pluripotency
SBR-24h:TGCAGTAGTTTGTTCT,Exiting naive pluripotency
SBR-24h:AGCTACACACCGAATT,Naive pluripotency
SBR-24h:TTAGTCTCAACCCTAA,Exiting naive pluripotency
SBR-24h:AGCGTATGTGCATACT,Naive pluripotency
SBR-24h:AATGCCACACGTTGGC,Naive pluripotency
SBR-24h:CTCACTGTCATAGCAC,Exiting naive pluripotency
SBR-24h:AGTTCGACATTGCTTT,Exiting naive pluripotency
SBR-24h:AGATAGATCGTTGTAG,Naive pluripotency
SBR-24h:CTCAGGGAGTCGAATA,Naive pluripotency
SBR-24h:GTCTCACGTACTAACC,Exiting naive pluripotency
SBR-24h:CTACATTAGGTTCTAC,Naive pluripotency
SBR-24h:GATTCTTGTTACGGAG,Naive pluripotency
SBR-24h:AACCTTTCATAATGAG,Exiting naive pluripotency
SBR-24h:CACTGGGAGGAATGTT,Exiting naive pluripotency
SBR-24h:CCAATGAGTCCAAATC,Exiting naive pluripotency
SBR-24h:ATCCTATAGCAAGTCG,Naive pluripotency
SBR-24h:TTATTGCCACAGAAGC,Exiting naive pluripotency
SBR-24h:CCCAACTGTTTACCTT,Exiting naive pluripotency
SBR-24h:GCGGATCTCCTTATAC,Exiting naive pluripotency
SBR-24h:GGGAGTAAGTCGAGGT,Naive pluripotency
SBR-24h:CCCGAAGCATAGGAGC,Naive pluripotency
SBR-24h:TACCCACTCGAGTACT,Naive pluripotency
SBR-24h:GAAGCCCAGTTCATGC,Naive pluripotency
SBR-24h:GATAGAACATCCTGTC,Exiting naive pluripotency
SBR-24h:ACATCGAAGGGAGAAT,Naive pluripotency
SBR-24h:AAACCCATCGGACTGC,Naive pluripotency
SBR-24h:GAGTCATAGAAGCCTG,Exiting naive pluripotency
SBR-24h:TCTTTGAAGATGACAT,Naive pluripotency
SBR-24h:ACCCAAAAGACCTCCG,Naive pluripotency
SBR-24h:CATCGGGTCTAGTCAG,Naive pluripotency
SBR-24h:TGATGCACAAACTCTG,Exiting naive pluripotency
SBR-24h:ACTTATCAGTAGCCAG,Exiting naive pluripotency
SBR-24h:CATCCCATCACCATGA,Naive pluripotency
SBR-24h:TTCTTGACATTCGATG,Naive pluripotency
SBR-24h:CTCGAGGGTTAATCGC,Exiting naive pluripotency
SBR-24h:TGCGACGCATTCTGTT,Naive pluripotency
SBR-24h:CCGGTGATCGACACCG,Naive pluripotency
SBR-24h:TAAGCGTTCCTTCAGC,Naive pluripotency
SBR-24h:GGTCTGGGTTCTTAGG,Exiting naive pluripotency
SBR-24h:GCCATTCTCCGTCCTA,Naive pluripotency
SBR-24h:ATCGCCTCAAGTTGGG,Naive pluripotency
SBR-24h:ATGTCCCCAAGGACAC,Exiting naive pluripotency
SBR-24h:ATCCACCTCTAACGGT,Exiting naive pluripotency
SBR-24h:AGTGTTGTCCATCACC,Exiting naive pluripotency
SBR-24h:ATACCGACATCACCAA,Naive pluripotency
SBR-24h:CCACACTCAGCTGTTA,Naive pluripotency
SBR-24h:AGGAAATAGCCTCTGG,Naive pluripotency
SBR-24h:ACACTGATCGTTACCC,Naive pluripotency
SBR-24h:CTCAGGGCAGTAACGG,Naive pluripotency
SBR-24h:ACCGTTCAGAGTGTTA,Exiting naive pluripotency
SBR-24h:ATCACTTCAGGGTCTC,Naive pluripotency
SBR-24h:GGTCTGGTCTGGGCCA,Naive pluripotency
SBR-24h:TAGAGTCTCTAATTCC,Naive pluripotency
SBR-24h:TAGGAGGTCTATCCAT,Naive pluripotency
SBR-24h:CCAATGATCTCTAGGA,Naive pluripotency
SBR-24h:AACTTCTAGGGCGAGA,Naive pluripotency
SBR-24h:AGGAATAAGGTGCGAT,Exiting naive pluripotency
SBR-24h:CATGGTATCAACGAGG,Naive pluripotency
SBR-24h:CTGATCCGTATGGAGC,Naive pluripotency
SBR-24h:GTGGTTACAATTGCGT,Naive pluripotency
SBR-24h:CTCCAACTCTACGGTA,Naive pluripotency
SBR-24h:TCTCACGAGCTCGAAG,Exiting naive pluripotency
SBR-24h:CCGGTGATCTCCCTAG,Naive pluripotency
SBR-24h:CCATAAGTCTCCTGTG,Exiting naive pluripotency
SBR-24h:TACCGAAAGCAGCCCT,Exiting naive pluripotency
SBR-24h:CATCGCTGTCGAGTGA,Naive pluripotency
SBR-24h:CGTCCATTCCACGAAT,Exiting naive pluripotency
SBR-24h:TCATTCACAATAGTAG,Exiting naive pluripotency
SBR-24h:AAAGTGAGTTGTGTTG,Naive pluripotency
SBR-24h:CTCCAACGTAGCACGA,Naive pluripotency
SBR-24h:CGAAGGACATAGGTAA,Exiting naive pluripotency
SBR-24h:CCTTGTGAGGCTCACC,Naive pluripotency
SBR-24h:CTGTATTCAACGTAAA,Naive pluripotency
SBR-24h:TAAGTCGAGACCACGA,Exiting naive pluripotency
SBR-24h:TTAATCCAGCGTCTGC,Exiting naive pluripotency
SBR-24h:TATACCTGTACCATAC,Naive pluripotency
SBR-24h:AGTTCCCGTCACGTGC,Exiting naive pluripotency
SBR-24h:TTACCGCAGTACCCTA,Naive pluripotency
SBR-24h:ATGATCGCATGACTGT,Exiting naive pluripotency
SBR-24h:CTTAGGAAGCCTGACC,Exiting naive pluripotency
SBR-24h:GTAGAGGAGTGTACAA,Naive pluripotency
SBR-24h:TTCTCTCAGCGGGTAT,Naive pluripotency
SBR-24h:TGCACGGCAGACCCGT,Naive pluripotency
SBR-24h:GCAACCGGTGTCATTG,Naive pluripotency
SBR-24h:CCTCCAACATTGCCGG,Naive pluripotency
SBR-24h:TCCTTTCCAAGACCGA,Exiting naive pluripotency
SBR-24h:TCAGGGCCAACTCCAA,Exiting naive pluripotency
SBR-24h:CTCATGCCAGCTCATA,Exiting naive pluripotency
SBR-24h:GCAGCCATCATCACCC,Exiting naive pluripotency
SBR-24h:CACTGGGGTATTGCCA,Naive pluripotency
SBR-24h:ATGAGTCTCGATGCAT,Naive pluripotency
SBR-24h:CTAGACAGTATTAAGG,Exiting naive pluripotency
SBR-24h:ATCCCTGTCTCGGCTT,Exiting naive pluripotency
SBR-24h:CAATCGATCTCAACCC,Naive pluripotency
SBR-24h:TCATGTTTCTATCGGA,Exiting naive pluripotency
SBR-24h:ACTTTCAGTTCCACAA,Exiting naive pluripotency
SBR-24h:CAAGCTAAGAATAACC,Naive pluripotency
SBR-24h:TGGAACTGTAAGTCAA,Naive pluripotency
SBR-24h:TTACTGTCATCGGAGA,Exiting naive pluripotency
SBR-24h:GCACATAAGAGTCGAC,Exiting naive pluripotency
SBR-24h:CCCTGATCACAAATAG,Exiting naive pluripotency
SBR-24h:ACCAACAGTTTGCAGT,Exiting naive pluripotency
SBR-24h:CACTGTCTCACCGCTT,Naive pluripotency
SBR-24h:CATCCACAGGTAAACT,Naive pluripotency
SBR-24h:GAGTTACCACGACGCT,Naive pluripotency
SBR-24h:TTTCCTCGTCGATTAC,Naive pluripotency
SBR-24h:AGGATAAGTTCCTAGA,Exiting naive pluripotency
SBR-24h:TCACAAGGTGAGGATC,Naive pluripotency
SBR-24h:AACAGGGGTCAACATC,Naive pluripotency
SBR-24h:TTGCCTGAGAGAGGTA,Naive pluripotency
SBR-24h:CGATGGCCAGTAGTGG,Exiting naive pluripotency
SBR-24h:CCTCTCCTCGTAGCTA,Naive pluripotency
SBR-24h:ATTTACCCAGGAATCG,Naive pluripotency
SBR-24h:GTGCAGCAGGCTTTCA,Naive pluripotency
SBR-24h:TTAGGCATCATAGGCT,Naive pluripotency
SBR-24h:TCCTCGAAGATTCGCT,Exiting naive pluripotency
SBR-24h:GTCAAACCAAATCGGG,Exiting naive pluripotency
SBR-24h:CAAAGAAGTTGACGGA,Naive pluripotency
SBR-24h:GATAGAAGTAGACACG,Naive pluripotency
SBR-24h:ATGGGTTCAGGAGACT,Naive pluripotency
SBR-24h:ATATCCTTCGAGTGAG,Naive pluripotency
SBR-24h:TGGATCAAGACGGTCA,Naive pluripotency
SBR-24h:AAGTACCTCATCACTT,Exiting naive pluripotency
SBR-24h:TTCCACGGTGATCGTT,Exiting naive pluripotency
SBR-24h:AACCATGAGAGAGCCT,Naive pluripotency
SBR-24h:TTGGTTTAGAAATTCG,Naive pluripotency
SBR-24h:TCTTAGTCATATACCG,Naive pluripotency
SBR-24h:CACAGATTCCGCTGTT,Naive pluripotency
SBR-24h:CAACGGCCAGTCTCTC,Exiting naive pluripotency
SBR-24h:GTTACCCGTACTGAGG,Exiting naive pluripotency
SBR-24h:CTTCAATCACATAACC,Naive pluripotency
SBR-24h:CGGTCAGAGTCTGGTT,Naive pluripotency
SBR-24h:ATGAAAGGTGGTGATG,Exiting naive pluripotency
SBR-24h:TGTGGCGGTCACTCAA,Naive pluripotency
SBR-24h:CTCCCTCTCCATACTT,Naive pluripotency
SBR-24h:ACAGGGATCCGTTTCG,Naive pluripotency
SBR-24h:ATGGGTTCAGGCCTGT,Naive pluripotency
SBR-24h:TAGATCGTCGCCTCTA,Naive pluripotency
SBR-24h:TCCTGCACAACCCGCA,Exiting naive pluripotency
SBR-24h:CAGCCAGAGCACTCTA,Naive pluripotency
SBR-24h:TATTGCTAGACTAGAT,Naive pluripotency
SBR-24h:TGATTCTCACTATCGA,Naive pluripotency
SBR-24h:CATGCAAAGAATTGCA,Naive pluripotency
SBR-24h:GTTAGTGCACACACTA,Naive pluripotency
SBR-24h:TTGGTTTCACTCTGCT,Naive pluripotency
SBR-24h:TAACGACAGAGACAAG,Exiting naive pluripotency
SBR-24h:GCACGGTAGCGTTAGG,Naive pluripotency
SBR-24h:GTTGAACTCTAAGAAG,Exiting naive pluripotency
SBR-24h:TAGACTGAGCGCCTAC,Naive pluripotency
SBR-24h:GAAGTAAGTTGCATCA,Naive pluripotency
SBR-24h:TCATGGACATAACGGG,Naive pluripotency
SBR-24h:TACTTACAGTGGTGAC,Naive pluripotency
SBR-24h:TGAGTCAAGCACCCAC,Naive pluripotency
SBR-24h:CAGTTCCAGTTACGAA,Exiting naive pluripotency
SBR-24h:CATCAAGTCAGCTTGA,Naive pluripotency
SBR-24h:CAGATTGGTTTGAACC,Naive pluripotency
SBR-24h:AAGGTAAAGGACACTG,Naive pluripotency
SBR-24h:TCATGGAGTAGGTACG,Exiting naive pluripotency
SBR-24h:CTCAGGGTCCGAAATC,Naive pluripotency
SBR-24h:ACGGTTATCGAACCTA,Naive pluripotency
SBR-24h:TAACTTCAGAGAGAAC,Naive pluripotency
SBR-24h:GTGACGCAGATGAATC,Naive pluripotency
SBR-24h:CTGTAGATCCGTGTCT,Naive pluripotency
SBR-24h:CTGGCAGTCCAAAGGG,Naive pluripotency
SBR-24h:CTTCTAAGTGTAGGAC,Naive pluripotency
SBR-24h:GCAGTTATCCATAAGC,Exiting naive pluripotency
SBR-24h:GTGACGCTCCATGAGT,Exiting naive pluripotency
SBR-24h:ACACGCGGTCGCTTGG,Naive pluripotency
SBR-24h:TTGTTTGTCTCGGCTT,Naive pluripotency
SBR-24h:TTGAGTGCAGAGGAAA,Naive pluripotency
SBR-24h:CCTAACCTCCGCAAAT,Exiting naive pluripotency
SBR-24h:GAGTCATGTCTCAGGC,Naive pluripotency
SBR-24h:CTAGACACAGAATTCC,Naive pluripotency
SBR-24h:TCCTCCCTCCTTATGT,Naive pluripotency
SBR-24h:AATAGAGAGAATCCCT,Naive pluripotency
SBR-24h:CGAAGGACACTAGTAC,Naive pluripotency
SBR-24h:TGTGAGTGTTTCGATG,Naive pluripotency
SBR-24h:AAGCGAGTCTCGACGG,Naive pluripotency
SBR-24h:CGTAATGGTCCAGTTA,Exiting naive pluripotency
SBR-24h:CGAGGAACACACAGAG,Naive pluripotency
SBR-24h:GGTTCTCAGATTAGTG,Exiting naive pluripotency
SBR-24h:GAATAGAGTCACTCAA,Naive pluripotency
SBR-24h:GGAACCCTCGTGTGGC,Naive pluripotency
SBR-24h:ACGATGTGTAAGTCAA,Exiting naive pluripotency
SBR-24h:ACCTGTCGTTGCTTGA,Exiting naive pluripotency
SBR-24h:ATGAGGGAGAGTGTTA,Naive pluripotency
SBR-24h:TCATACTTCGCTGCGA,Exiting naive pluripotency
SBR-24h:TAGACCACATCGAACT,Exiting naive pluripotency
SBR-24h:TTTCGATTCTGCATGA,Naive pluripotency
SBR-24h:AGTGATCCACCTGATA,Naive pluripotency
SBR-24h:TACGGGCAGGTTAAAC,Naive pluripotency
SBR-24h:ACCCTCAGTGCATGTT,Exiting naive pluripotency
SBR-24h:GTTGTCCAGTATTCCG,Exiting naive pluripotency
SBR-24h:GTCATTTTCATACGAC,Naive pluripotency
SBR-24h:TACCCGTAGCCGAATG,Naive pluripotency
SBR-24h:CCTTTGGGTCTCTCAC,Naive pluripotency
SBR-24h:CTCAGGGAGGCTTCCG,Exiting naive pluripotency
SBR-24h:GGGTATTTCCAAAGGG,Exiting naive pluripotency
SBR-24h:GGAGAACTCACTTTGT,Naive pluripotency
SBR-24h:AGAACCTAGGCGTCCT,Naive pluripotency
SBR-24h:CATAAGCGTTGAATCC,Naive pluripotency
SBR-24h:CCTGCATAGACTCCGC,Exiting naive pluripotency
SBR-24h:GTCACGGAGATGATTG,Exiting naive pluripotency
SBR-24h:AGTACTGTCTGGACCG,Exiting naive pluripotency
SBR-24h:AGAACAATCCAATCTT,Naive pluripotency
SBR-24h:GTAGGTTAGTACAACA,Exiting naive pluripotency
SBR-24h:CACGGGTTCTTACGGA,Exiting naive pluripotency
SBR-24h:GACGCTGAGGACAGCT,Naive pluripotency
SBR-24h:CTCCATGAGTAAACTG,Naive pluripotency
SBR-24h:ACATCCCAGGTTGGTG,Exiting naive pluripotency
SBR-24h:TTAATCCTCGAAGCCC,Naive pluripotency
SBR-24h:ACTTAGGAGCCAAGTG,Exiting naive pluripotency
SBR-24h:TCATGGACACTCCCTA,Exiting naive pluripotency
SBR-24h:TGGTTAGTCACTCCGT,Exiting naive pluripotency
SBR-24h:AGACCCGCAACGACTT,Exiting naive pluripotency
SBR-24h:CTTCCGACAACGATTC,Exiting naive pluripotency
SBR-24h:ACCCTCATCCAAGGGA,Exiting naive pluripotency
SBR-24h:TTCGGTCAGTGCACCC,Naive pluripotency
SBR-24h:CAGTTAGGTAGCTTGT,Exiting naive pluripotency
SBR-24h:CACACAAAGCTGAAAT,Exiting naive pluripotency
SBR-24h:TACAGGTTCCGAGAAG,Naive pluripotency
SBR-24h:GACCCAGGTGGAAGTC,Exiting naive pluripotency
SBR-24h:ATTACTCGTTATCTTC,Naive pluripotency
SBR-24h:GAACACTTCACCCATC,Exiting naive pluripotency
SBR-24h:TAACACGGTTACCGTA,Exiting naive pluripotency
SBR-24h:GTCTGTCCACTGCGAC,Naive pluripotency
SBR-24h:CTTCAATCACATTCGA,Naive pluripotency
SBR-24h:AAGTTCGGTCATCCCT,Exiting naive pluripotency
SBR-24h:CAGATACTCAGGAGAC,Naive pluripotency
SBR-24h:TCAATTCAGCTAAATG,Exiting naive pluripotency
SBR-24h:GCTTTCGAGCGACCCT,Naive pluripotency
SBR-24h:TCATTCACATACTGTG,Exiting naive pluripotency
SBR-24h:ATGGAGGTCACTGTTT,Naive pluripotency
SBR-24h:GAAGCGATCAGGGATG,Exiting naive pluripotency
SBR-24h:CCAAGCGAGGATGCGT,Naive pluripotency
SBR-24h:GGTTGTAGTATGAGAT,Naive pluripotency
SBR-24h:AAGTACCAGCAGCGAT,Naive pluripotency
SBR-24h:GGGTGAATCTCTGAGA,Naive pluripotency
SBR-24h:GACAGCCCAGTTGTCA,Exiting naive pluripotency
SBR-24h:GTGCAGCTCGAAGTGG,Naive pluripotency
SBR-24h:GGTGTTAGTCGCATTA,Exiting naive pluripotency
SBR-24h:AGAACAAGTTAGGAGC,Naive pluripotency
SBR-24h:TCTCAGCGTATAGCTC,Exiting naive pluripotency
SBR-24h:ATACTTCAGCGGACAT,Naive pluripotency
SBR-24h:GCTTCACGTCGAACGA,Naive pluripotency
SBR-24h:TTTGGAGCAGGACTTT,Naive pluripotency
SBR-24h:CATGCCTGTATACCTG,Naive pluripotency
SBR-24h:GTTACCCTCAAATGAG,Naive pluripotency
SBR-24h:CAAGGGAGTAGCGTTT,Naive pluripotency
SBR-24h:GTCTTTACAGCACGAA,Naive pluripotency
SBR-24h:AGTCAACAGCAAATGT,Exiting naive pluripotency
SBR-24h:CTTACCGCAGGCACAA,Naive pluripotency
SBR-24h:GATGTTGCAACATACC,Naive pluripotency
SBR-24h:AGGGTGAGTGTCTTGA,Naive pluripotency
SBR-24h:ACTGATGCAATGTCTG,Exiting naive pluripotency
SBR-24h:AGTCTCCCATGAAGGC,Exiting naive pluripotency
SBR-24h:CATCGCTGTTGACTAC,Naive pluripotency
SBR-24h:ATTCAGGGTAGGTAGC,Naive pluripotency
SBR-24h:TATCGCCAGCACTCCG,Naive pluripotency
SBR-24h:GACGTTAGTCGCTCGA,Exiting naive pluripotency
SBR-24h:TATACCTGTGCTCGTG,Naive pluripotency
SBR-24h:TGCATCCGTCGAATGG,Naive pluripotency
SBR-24h:TGTCCTGAGAGGGTGG,Exiting naive pluripotency
SBR-24h:TCAGTCCTCATCGTAG,Naive pluripotency
SBR-24h:TAATCTCCAGCTACTA,Naive pluripotency
SBR-24h:GTCGCGATCCAAAGGG,Naive pluripotency
SBR-24h:GCCGATGAGGTTCATC,Exiting naive pluripotency
SBR-24h:GAGCCTGTCGGAATTC,Naive pluripotency
SBR-24h:GAAGTAATCTCTGAGA,Exiting naive pluripotency
SBR-24h:GAGAAATTCCTGGGTG,Exiting naive pluripotency
SBR-24h:CCGGTGACACGGATCC,Naive pluripotency
SBR-24h:CGTAATGTCGCCACTT,Naive pluripotency
SBR-24h:TCCTTCTAGATAGCAT,Naive pluripotency
SBR-24h:ATCTTCACAGCTCATA,Exiting naive pluripotency
SBR-24h:AGTACTGCAGCACGAA,Naive pluripotency
SBR-24h:ACATTTCCACACGGAA,Exiting naive pluripotency
SBR-24h:ATTCCTATCGAAATCC,Exiting naive pluripotency
SBR-24h:CATACTTCAGAAGCGT,Exiting naive pluripotency
SBR-24h:CGAAGGAAGACATATG,Exiting naive pluripotency
SBR-24h:ATCATTCCATGACTGT,Exiting naive pluripotency
SBR-24h:CCCTTAGAGCAAGTCG,Naive pluripotency
SBR-24h:TCATCCGCACGACGCT,Naive pluripotency
SBR-24h:CCACTTGGTACCTAAC,Exiting naive pluripotency
SBR-24h:ATTCAGGCAGGTCAAG,Naive pluripotency
SBR-24h:GTGCTTCAGCCTAGGA,Exiting naive pluripotency
SBR-24h:CCCAACTGTAGGCTGA,Naive pluripotency
SBR-24h:TAATTCCCAGCAGGAT,Naive pluripotency
SBR-24h:GTATTGGTCGTAACTG,Naive pluripotency
SBR-24h:GTAGAAAAGTAGTCCT,Naive pluripotency
SBR-24h:TCACTCGAGTGACCTT,Exiting naive pluripotency
SBR-24h:TCCTCGACATATGAAG,Naive pluripotency
SBR-24h:TAGCACAGTCTGGTTA,Naive pluripotency
SBR-24h:AACCTGACAACACAGG,Exiting naive pluripotency
SBR-24h:GGGTTTACAACCGTAT,Naive pluripotency
SBR-24h:ACCTGAAGTTATCCAG,Naive pluripotency
SBR-24h:TCTCCGACATTGTAGC,Naive pluripotency
SBR-24h:GACGCTGGTTCTGAGT,Naive pluripotency
SBR-24h:ACATCCCCAGACAAAT,Naive pluripotency
SBR-24h:CGCCAGAGTTCGTAAC,Exiting naive pluripotency
SBR-24h:CATTGAGGTCAAGCCC,Exiting naive pluripotency
SBR-24h:AAAGGATCACACTTAG,Naive pluripotency
SBR-24h:TCGCACTGTATGAAGT,Naive pluripotency
SBR-24h:GATTCTTAGGTTGCCC,Exiting naive pluripotency
SBR-24h:TCCATGCTCGTAGCTA,Naive pluripotency
SBR-24h:GATTCTTCAGAAGTGC,Naive pluripotency
SBR-24h:AGGACTTTCAAGTCTG,Naive pluripotency
SBR-24h:GAATAGAAGTCTTGGT,Exiting naive pluripotency
SBR-24h:AGTGACTAGGGCTTCC,Naive pluripotency
SBR-24h:TCCACGTCAAAGGATT,Exiting naive pluripotency
SBR-24h:CTACCCATCATGCATG,Exiting naive pluripotency
SBR-24h:GACTCTCGTTGTTGCA,Naive pluripotency
SBR-24h:TGCTCGTAGCCTGGAA,Naive pluripotency
SBR-24h:CGGAACCTCGAGAAAT,Exiting naive pluripotency
SBR-24h:TGATGCAAGAATCGCG,Exiting naive pluripotency
SBR-24h:AACGTCACATTGACAC,Naive pluripotency
SBR-24h:TGTGCGGAGAGGGTCT,Naive pluripotency
SBR-24h:AGTGCCGAGCAGTCTT,Naive pluripotency
SBR-24h:ACTTCGCCAATACCTG,Exiting naive pluripotency
SBR-24h:AACAACCCAGTCACGC,Naive pluripotency
SBR-24h:ACTTTCATCTTCGACC,Naive pluripotency
SBR-24h:AAGCGAGAGACGCTCC,Exiting naive pluripotency
SBR-24h:GAGTTGTGTATACAGA,Naive pluripotency
SBR-24h:TAGGTACTCGACGAGA,Naive pluripotency
SBR-24h:CAGATTGTCCTGGCTT,Naive pluripotency
SBR-24h:GATCATGGTGATCGTT,Exiting naive pluripotency
SBR-24h:CATTCCGTCACCCTTG,Naive pluripotency
SBR-24h:GTAATGCAGTAGAGTT,Naive pluripotency
SBR-24h:AGGTCTAAGGTCACTT,Exiting naive pluripotency
SBR-24h:GGTTGTACAAATCAAG,Exiting naive pluripotency
SBR-24h:GTTGTCCAGTCGTTAC,Naive pluripotency
SBR-24h:ATCGTGATCGAACCTA,Naive pluripotency
SBR-24h:AGTACTGCAGCGTATT,Naive pluripotency
SBR-24h:GATTGGTCATGACTGT,Exiting naive pluripotency
SBR-24h:ATCGGCGCAACAGCTT,Exiting naive pluripotency
SBR-24h:CATTCCGCATATTCGG,Naive pluripotency
SBR-24h:CAGATTGAGTGTCATC,Naive pluripotency
SBR-24h:TCCTTCTCAATCGCGC,Naive pluripotency
SBR-24h:CTGCAGGTCAGTAGGG,Naive pluripotency
SBR-24h:ACAGCCGAGAACAAGG,Naive pluripotency
SBR-24h:GATGTTGCACCTGAAT,Naive pluripotency
SBR-24h:TCGCAGGTCTCTATAC,Exiting naive pluripotency
SBR-24h:ACTGATGTCTCGGGAC,Naive pluripotency
SBR-24h:TCCTAATCAGACCGCT,Naive pluripotency
SBR-24h:AGGATAATCCGTCAAA,Exiting naive pluripotency
SBR-24h:GAAGGACAGTGGTTGG,Naive pluripotency
SBR-24h:AAGTACCTCCAACACA,Exiting naive pluripotency
SBR-24h:AGGAATATCAAGTTGC,Exiting naive pluripotency
SBR-24h:GACACGCTCATCACAG,Exiting naive pluripotency
SBR-24h:GAGCCTGTCACTCACC,Naive pluripotency
SBR-24h:CACCGTTGTTGTACGT,Exiting naive pluripotency
SBR-24h:TGGGAGAGTCGGATTT,Exiting naive pluripotency
SBR-24h:AATGAAGTCTCAGGCG,Naive pluripotency
SBR-24h:CAGATACTCCTAGCTC,Naive pluripotency
SBR-24h:GCTTGGGAGGTCTTTG,Exiting naive pluripotency
SBR-24h:GACTATGGTCACTTAG,Naive pluripotency
SBR-24h:ACTCCCAAGTGGCGAT,Naive pluripotency
SBR-24h:TATCAGGTCAAGCCAT,Naive pluripotency
SBR-24h:GACGTTAAGCCTATTG,Exiting naive pluripotency
SBR-24h:CAAGCTATCATTGTGG,Exiting naive pluripotency
SBR-24h:GAGCCTGCATCACCAA,Exiting naive pluripotency
SBR-24h:TTCAATCCATACAGCT,Exiting naive pluripotency
SBR-24h:ATTCGTTTCAAGCCGC,Naive pluripotency
SBR-24h:TACCGAATCATTTCCA,Naive pluripotency
SBR-24h:ACAGCCGCAGTTACCA,Exiting naive pluripotency
SBR-24h:GTAATGCCACATTACG,Naive pluripotency
SBR-24h:ATGTCTTCAGTGTGGA,Exiting naive pluripotency
SBR-24h:GATTTCTGTACTGAGG,Naive pluripotency
SBR-24h:GACTCAAGTTTGGGTT,Naive pluripotency
SBR-24h:GACGTTAAGCCATTGT,Naive pluripotency
SBR-24h:AACCATGCAATCGTCA,Exiting naive pluripotency
SBR-24h:GAATCGTTCACTTTGT,Naive pluripotency
SBR-24h:TTGATGGAGCATGCAG,Naive pluripotency
SBR-24h:CAGCAATCAAAGCTCT,Naive pluripotency
SBR-24h:CGAGAAGAGATTGACA,Exiting naive pluripotency
SBR-24h:TAACACGAGTGTTCCA,Exiting naive pluripotency
SBR-24h:AGGACGAAGTTCCATG,Naive pluripotency
SBR-24h:TTTCAGTTCTCCATAT,Naive pluripotency
SBR-24h:CATCCGTCATACAGGG,Naive pluripotency
SBR-24h:GCAGCCATCATTACCT,Exiting naive pluripotency
SBR-24h:TCATATCAGGTAAGAG,Naive pluripotency
SBR-24h:TGTTACTTCACAAGAA,Exiting naive pluripotency
SBR-24h:ATACCGAAGTAGGGTC,Exiting naive pluripotency
SBR-24h:AACGAAACATTGCTTT,Exiting naive pluripotency
SBR-24h:ATCATTCGTGACAACG,Exiting naive pluripotency
SBR-24h:TTTGACTTCTGCATGA,Exiting naive pluripotency
SBR-24h:CACTGAACACAACATC,Exiting naive pluripotency
SBR-24h:AACCTGACAGCAGTGA,Naive pluripotency
SBR-24h:CAGTTCCGTCGATGCC,Exiting naive pluripotency
SBR-24h:ATCACGAGTACGGATG,Exiting naive pluripotency
SBR-24h:TACATTCTCATTGGTG,Naive pluripotency
SBR-24h:CAAGGGATCCGTAGGC,Exiting naive pluripotency
SBR-24h:TTTACGTCACCCTTGT,Naive pluripotency
SBR-24h:CTCAACCCATACAGAA,Exiting naive pluripotency
SBR-24h:CTGATCCCAACCGCTG,Exiting naive pluripotency
SBR-24h:AGAACCTAGCGCTGCT,Naive pluripotency
SBR-24h:AGTCTCCTCGGTAGAG,Exiting naive pluripotency
SBR-24h:AGGTGTTAGTTTCTTC,Naive pluripotency
SBR-24h:GACTCTCAGCGGTAAC,Naive pluripotency
SBR-24h:TACACCCAGATGCAGC,Exiting naive pluripotency
SBR-24h:TCTCAGCGTGGCCACT,Exiting naive pluripotency
SBR-24h:CAATTTCCACTCTCGT,Exiting naive pluripotency
SBR-24h:TAACGACTCGCCGATG,Exiting naive pluripotency
SBR-24h:TTGTGGAGTACTGGGA,Naive pluripotency
SBR-24h:TGACCCTGTACCAATC,Exiting naive pluripotency
SBR-24h:GCAACATTCTCCTGAC,Naive pluripotency
SBR-24h:GCTTGGGGTCAATCTG,Exiting naive pluripotency
SBR-24h:CGCCATTCAGTAACAA,Naive pluripotency
SBR-24h:TGCATCCAGTACCCTA,Naive pluripotency
SBR-24h:AGGACGACAGACTGCC,Exiting naive pluripotency
SBR-24h:GCTGAATTCGCCTTTG,Naive pluripotency
SBR-24h:CACTAAGGTTCATCTT,Naive pluripotency
SBR-24h:GAACACTAGCGACCCT,Exiting naive pluripotency
SBR-24h:ACAGAAAGTGAAGCGT,Naive pluripotency
SBR-24h:ATAGAGAAGGCGCTTC,Naive pluripotency
SBR-24h:CATCCCAGTGCGGCTT,Exiting naive pluripotency
SBR-24h:TGGAGAGAGTTGCATC,Naive pluripotency
SBR-24h:TGAATCGGTCGAGATG,Naive pluripotency
SBR-24h:TATCTGTGTACCTGTA,Exiting naive pluripotency
SBR-24h:GTTCATTGTGGCCTCA,Exiting naive pluripotency
SBR-24h:GTAATGCAGAGCCCAA,Exiting naive pluripotency
SBR-24h:GTGCACGGTCGGTGTC,Exiting naive pluripotency
SBR-24h:ACGTACAAGAGTAACT,Naive pluripotency
SBR-24h:CTCAGTCTCGGAATTC,Naive pluripotency
SBR-24h:TCGGTCTTCGAGAGAC,Exiting naive pluripotency
SBR-24h:AAGCGAGAGTGCCTCG,Naive pluripotency
SBR-24h:ATCATTCGTGCAAGAC,Naive pluripotency
SBR-24h:TTGACCCCATGAAGGC,Exiting naive pluripotency
SBR-24h:GTCACGGAGACTCTAC,Naive pluripotency
SBR-24h:AGACTCATCGGACGTC,Exiting naive pluripotency
SBR-24h:GGTTGTACAGCAGTAG,Naive pluripotency
SBR-24h:AGCCAGCGTTGCGAAG,Exiting naive pluripotency
SBR-24h:AGTAACCTCGGTTAGT,Exiting naive pluripotency
SBR-24h:ATCGGCGGTACGGCAA,Exiting naive pluripotency
SBR-24h:CAACGGCCACTCAGAT,Exiting naive pluripotency
SBR-24h:ATGGGTTCATTGAGCT,Naive pluripotency
SBR-24h:CGTTAGACAAATTAGG,Exiting naive pluripotency
SBR-24h:AAGGTAAAGACGACTG,Naive pluripotency
SBR-24h:CCTGCATTCTCAACCC,Exiting naive pluripotency
SBR-24h:AAGCATCTCAAACGAA,Naive pluripotency
SBR-24h:CACTAAGAGAATAACC,Exiting naive pluripotency
SBR-24h:TCCCAGTCACTGTGTA,Exiting naive pluripotency
SBR-24h:TTTGGAGTCTCCATAT,Naive pluripotency
SBR-24h:TTCACGCTCGTGTTCC,Exiting naive pluripotency
SBR-24h:AGGTAGGAGTGAACAT,Exiting naive pluripotency
SBR-24h:AATTTCCTCCCGAGAC,Exiting naive pluripotency
SBR-24h:ATCCACCGTTAGCTAC,Naive pluripotency
SBR-24h:TAACACGAGGGACACT,Naive pluripotency
SBR-24h:AAGTGAATCGAGTACT,Naive pluripotency
SBR-24h:ACCATTTAGAGCCGAT,Exiting naive pluripotency
SBR-24h:TCCAGAAGTCCAGCAC,Naive pluripotency
SBR-24h:TTACCATCAGGACATG,Naive pluripotency
SBR-24h:TACGCTCAGAACAGGA,Naive pluripotency
SBR-24h:CGATGCGGTAACAGTA,Exiting naive pluripotency
SBR-24h:GTAACCATCCGTCAAA,Naive pluripotency
SBR-24h:CAAAGAATCCTGTAAG,Exiting naive pluripotency
SBR-24h:AGGATAACAACTGTGT,Naive pluripotency
SBR-24h:AAACGAACAGTGGCTC,Exiting naive pluripotency
SBR-24h:AGGATCTAGGAGATAG,Naive pluripotency
SBR-24h:GACCGTGTCACCGGGT,Naive pluripotency
SBR-24h:GAAGAATAGCGCCTCA,Exiting naive pluripotency
SBR-24h:ACTGATGCAGCATCTA,Naive pluripotency
SBR-24h:GGGATGATCGCTGATA,Exiting naive pluripotency
SBR-24h:CAGATCAGTGCCTTCT,Exiting naive pluripotency
SBR-24h:TAGGAGGAGGATACGC,Exiting naive pluripotency
SBR-24h:TTACGCCCACACGCCA,Exiting naive pluripotency
SBR-24h:GCATTAGCATTGCAAC,Exiting naive pluripotency
SBR-24h:CTGCATCTCAGCAGAG,Exiting naive pluripotency
SBR-24h:CCGTAGGGTAAGGCTG,Naive pluripotency
SBR-24h:GCAGCCAGTAGACAGC,Exiting naive pluripotency
SBR-24h:TTGGGTACACCGTGGT,Exiting naive pluripotency
SBR-24h:CCTTCAGAGGCTTTCA,Exiting naive pluripotency
SBR-24h:TGTGTGATCCCGAACG,Naive pluripotency
SBR-24h:CTCCTTTCATCCTTCG,Naive pluripotency
SBR-24h:CTCCCAATCATCCCGT,Naive pluripotency
SBR-24h:CCTTGTGTCTGAGATC,Naive pluripotency
SBR-24h:CAAGAGGGTATAGCTC,Naive pluripotency
SBR-24h:ATTGGGTTCATAAGGA,Naive pluripotency
SBR-24h:AATCGTGAGTATGATG,Exiting naive pluripotency
SBR-24h:AACCACATCCTAGAGT,Naive pluripotency
SBR-24h:AGGCATTCAGTAGAGC,Naive pluripotency
SBR-24h:GTCATTTTCTTGGGCG,Exiting naive pluripotency
SBR-24h:GGTTAACGTGGCTCTG,Exiting naive pluripotency
SBR-24h:TCATTACGTGCAACGA,Exiting naive pluripotency
SBR-24h:ACTGATGTCCTTGACC,Naive pluripotency
SBR-24h:GTCTAGACAAGTCGTT,Naive pluripotency
SBR-24h:TACCCGTCAGATCATC,Naive pluripotency
SBR-24h:AGAACAATCATACGGT,Naive pluripotency
SBR-24h:TTTGATCAGCAGGCAT,Exiting naive pluripotency
SBR-24h:AGTCACATCTCTAGGA,Naive pluripotency
SBR-24h:CTGCCTAAGGTGGGTT,Exiting naive pluripotency
SBR-24h:CCCATTGAGATGTTAG,Exiting naive pluripotency
SBR-24h:GGAATGGTCACCCTGT,Naive pluripotency
SBR-24h:CACATGAAGGAGAGGC,Exiting naive pluripotency
SBR-24h:ATGATCGGTCTCTCAC,Exiting naive pluripotency
SBR-24h:CCTTGTGAGACGGTCA,Exiting naive pluripotency
SBR-24h:AGTGATCGTGCGTTTA,Naive pluripotency
SBR-24h:GTAGTACGTAGAAACT,Naive pluripotency
SBR-24h:GCATCGGTCTATCCAT,Naive pluripotency
SBR-24h:TTCCAATTCACGATCA,Exiting naive pluripotency
SBR-24h:CTGCATCCAAACACCT,Naive pluripotency
SBR-24h:ACAACCAAGGGCAAGG,Naive pluripotency
SBR-24h:AGGAATAAGTAGACAT,Exiting naive pluripotency
SBR-24h:GTACAGTTCATCACCC,Naive pluripotency
SBR-24h:GTACAACCAGGTTACT,Exiting naive pluripotency
SBR-24h:CCTAACCAGCGGGTAT,Exiting naive pluripotency
SBR-24h:GTTCTATCAAAGCGTG,Naive pluripotency
SBR-24h:CCTCAACAGCACCCAC,Naive pluripotency
SBR-24h:TCATACTCAGGTCAAG,Naive pluripotency
SBR-24h:CCAATGACATACATCG,Exiting naive pluripotency
SBR-24h:GACTCTCCAACGCATT,Exiting naive pluripotency
SBR-24h:AGTTCGAAGTGCACAG,Naive pluripotency
SBR-24h:ACGTAGTCAAATCCCA,Exiting naive pluripotency
SBR-24h:AGAGAGCAGATTAGAC,Naive pluripotency
SBR-24h:CTCATTACATACTGAC,Exiting naive pluripotency
SBR-24h:CTAACTTGTGTCCGTG,Exiting naive pluripotency
SBR-24h:CGAGTGCCACGCGCAT,Exiting naive pluripotency
SBR-24h:TTCATTGTCCATCGTC,Exiting naive pluripotency
SBR-24h:CATGAGTAGTTACGTC,Naive pluripotency
SBR-24h:CTCCCTCGTCATCGGC,Naive pluripotency
SBR-24h:TGCATCCTCGTTGTGA,Exiting naive pluripotency
SBR-24h:TTACAGGTCGCACGAC,Naive pluripotency
SBR-24h:ACGATGTCAACTGGTT,Naive pluripotency
SBR-24h:AAGTCGTAGTAAGAGG,Exiting naive pluripotency
SBR-24h:CATCCACCATACTGAC,Naive pluripotency
SBR-24h:CGAGGCTTCTCAGAAC,Naive pluripotency
SBR-24h:AACAAAGGTGAGGATC,Naive pluripotency
SBR-24h:CTTCTAAAGACATAAC,Naive pluripotency
SBR-24h:TTTCAGTGTATACGGG,Exiting naive pluripotency
SBR-24h:GGTTGTAGTCGCACAC,Exiting naive pluripotency
SBR-24h:GACCCAGCAAGTGGTG,Naive pluripotency
SBR-24h:ATCTCTACACAGAAGC,Exiting naive pluripotency
SBR-24h:AGGTCTAAGATAACGT,Exiting naive pluripotency
SBR-24h:GGGATGATCTCCCATG,Naive pluripotency
SBR-24h:CCTTTGGTCAATGTCG,Naive pluripotency
SBR-24h:ATGTCTTTCTCGCGTT,Exiting naive pluripotency
SBR-24h:CGGAATTCACGGATCC,Naive pluripotency
SBR-24h:CCACCATTCCCTGTTG,Naive pluripotency
SBR-24h:CGTAAGTAGATTGACA,Exiting naive pluripotency
SBR-24h:GGGCCATAGTCGGCAA,Exiting naive pluripotency
SBR-24h:CCCATTGCAAAGCAAT,Naive pluripotency
SBR-24h:CGAGGAATCTTCACGC,Exiting naive pluripotency
SBR-24h:TACCTCGAGCAGCCTC,Exiting naive pluripotency
SBR-24h:ACAGAAAGTCTCGCGA,Exiting naive pluripotency
SBR-24h:TCATTCACATAGGTTC,Naive pluripotency
SBR-24h:ATTCCCGAGTGATGGC,Exiting naive pluripotency
SBR-24h:AGGACTTTCGGAATTC,Naive pluripotency
SBR-24h:GTTGCGGAGCTGCGAA,Naive pluripotency
SBR-24h:ACAGAAACAAGTCCCG,Naive pluripotency
SBR-24h:ACGGTTAAGAGGCGGA,Exiting naive pluripotency
SBR-24h:TTTCAGTTCCGCATAA,Naive pluripotency
SBR-24h:TACCGAAGTAGGCAGT,Naive pluripotency
SBR-24h:TTCCGGTTCATGCCCT,Exiting naive pluripotency
SBR-24h:AATGGCTTCACTACTT,Naive pluripotency
SBR-24h:TCATTCATCCTGGCTT,Naive pluripotency
SBR-24h:ATCGCCTGTCAGTCCG,Exiting naive pluripotency
SBR-24h:CTGATCCTCAGCAATC,Exiting naive pluripotency
SBR-24h:GCCAACGCAGTTCACA,Naive pluripotency
SBR-24h:TCCACCAGTAACAGGC,Exiting naive pluripotency
SBR-24h:TGCCGAGCACAGTCCG,Exiting naive pluripotency
SBR-24h:TCTCACGCAAACCGGA,Naive pluripotency
SBR-24h:CAACAACAGTGGAATT,Naive pluripotency
SBR-24h:GTAACACTCTCGACGG,Naive pluripotency
SBR-24h:TGTTCATTCAGGGTAG,Exiting naive pluripotency
SBR-24h:TTAGTCTGTGATTGGG,Naive pluripotency
SBR-24h:GGCTGTGGTGGAGGTT,Naive pluripotency
SBR-24h:AAGACAAAGCCATATC,Naive pluripotency
SBR-24h:TCTCACGTCGCAGATT,Naive pluripotency
SBR-24h:ACTATGGAGGTTCAGG,Naive pluripotency
SBR-24h:GTAGATCTCGAAGGAC,Exiting naive pluripotency
SBR-24h:GCTGCAGTCGGTCGGT,Exiting naive pluripotency
SBR-24h:CTCAAGAAGTAAATGC,Naive pluripotency
SBR-24h:GATGCTAGTGAGTGAC,Exiting naive pluripotency
SBR-24h:GAAGGACCACTTCAAG,Naive pluripotency
SBR-24h:ATTCACTAGCCTATTG,Exiting naive pluripotency
SBR-24h:TTTGTTGTCTCTTAAC,Naive pluripotency
SBR-24h:ATTACTCTCCGGACGT,Naive pluripotency
SBR-24h:GCGTGCACACGCGGTT,Naive pluripotency
SBR-24h:GAAGCGACATACAGAA,Naive pluripotency
SBR-24h:CTGTACCTCTAGACAC,Naive pluripotency
SBR-24h:ATTATCCAGGTTCAGG,Naive pluripotency
SBR-24h:AGATCCACACATATCG,Naive pluripotency
SBR-24h:AAAGGATGTAAGATCA,Naive pluripotency
SBR-24h:CATCCCAAGCTAATCC,Naive pluripotency
SBR-24h:TACTTCACAAATTGGA,Naive pluripotency
SBR-24h:GCCATGGTCTATCACT,Naive pluripotency
SBR-24h:GGTCTGGTCGTAACTG,Naive pluripotency
SBR-24h:CATGAGTGTTTCGATG,Naive pluripotency
SBR-24h:TCTCCGAGTATCGAAA,Naive pluripotency
SBR-24h:GTCAAACCAAACACGG,Naive pluripotency
SBR-24h:TCCACGTGTGCAGGAT,Naive pluripotency
SBR-24h:GAAGAATGTGCAGGAT,Exiting naive pluripotency
SBR-24h:ACGGAAGGTTTCGTTT,Exiting naive pluripotency
SBR-24h:CGTGAATGTGTTAACC,Exiting naive pluripotency
SBR-24h:AAGATAGCACGTGAGA,Exiting naive pluripotency
SBR-24h:TTTCATGGTTGTATGC,Naive pluripotency
SBR-24h:TGTAGACCATGACACT,Naive pluripotency
SBR-24h:TGATGGTGTAATACCC,Exiting naive pluripotency
SBR-24h:TCCATGCGTGCCTTTC,Exiting naive pluripotency
SBR-24h:TCCTAATGTACGATCT,Naive pluripotency
SBR-24h:TCTACATGTTTACGTG,Naive pluripotency
SBR-24h:GCTACAACACCAGTTA,Naive pluripotency
SBR-24h:CTGTCGTCATTGAGGG,Naive pluripotency
SBR-24h:TGTCAGAGTCCTTTGC,Exiting naive pluripotency
SBR-24h:ATGGGAGAGAGCATTA,Naive pluripotency
SBR-24h:ATCACAGAGTTACGTC,Naive pluripotency
SBR-24h:AAAGGTACAGGTTACT,Naive pluripotency
SBR-24h:GATTCGACACATAGCT,Naive pluripotency
SBR-24h:TTGCCTGCACGTAGTT,Exiting naive pluripotency
SBR-24h:GGCACGTTCCAAGAGG,Naive pluripotency
SBR-24h:AGGTCTAAGTACAGCG,Naive pluripotency
SBR-24h:AGTCACAGTGAACTAA,Exiting naive pluripotency
SBR-24h:TGTTACTCAGCTGTTA,Naive pluripotency
SBR-24h:GTCATGAAGTGGTTGG,Naive pluripotency
SBR-24h:TCATGAGCACCGTGAC,Naive pluripotency
SBR-24h:GAGACTTGTTACAGCT,Naive pluripotency
SBR-24h:ATCCTATCAATGTGGG,Exiting naive pluripotency
SBR-24h:CAGATCAAGGTGCCTC,Exiting naive pluripotency
SBR-24h:AGAAATGAGCTGTTCA,Naive pluripotency
SBR-24h:ATGGAGGCAGCGACCT,Naive pluripotency
SBR-24h:AGCCAGCTCGGCAGTC,Naive pluripotency
SBR-24h:CTTCTAACACAAAGTA,Exiting naive pluripotency
SBR-24h:ATTCACTTCGAGTGAG,Naive pluripotency
SBR-24h:CTGTGGGAGTTGTCAC,Naive pluripotency
SBR-24h:CTTCCTTGTGGTCAAG,Naive pluripotency
SBR-24h:AGCTACAAGGTAAAGG,Exiting naive pluripotency
SBR-24h:CAGTTAGGTACATTGC,Exiting naive pluripotency
SBR-24h:ATCTTCAGTACTTGTG,Exiting naive pluripotency
SBR-24h:GGCTTGGAGCTACTGT,Naive pluripotency
SBR-24h:ACCATTTCATGGAATA,Exiting naive pluripotency
SBR-24h:AGGAGGTGTGAGCAGT,Exiting naive pluripotency
SBR-24h:GTGATGTGTGTCTTAG,Naive pluripotency
SBR-24h:GAGGCCTCAACCAATC,Naive pluripotency
SBR-24h:CACCGTTGTCGTTTCC,Naive pluripotency
SBR-24h:TTCGATTCACCTGCGA,Naive pluripotency
SBR-24h:GTCAGCGCATCATTGG,Exiting naive pluripotency
SBR-24h:TTTCATGCAGACCAAG,Naive pluripotency
SBR-24h:GTCCTCATCTGCACCT,Exiting naive pluripotency
SBR-24h:GGGTAGAGTTCGGCTG,Naive pluripotency
SBR-24h:TATCTGTGTTCAAAGA,Exiting naive pluripotency
SBR-24h:GTTGCTCAGAGGCGTT,Exiting naive pluripotency
SBR-24h:TGGAGAGGTATCACCA,Naive pluripotency
SBR-24h:TATACCTTCCGAGTGC,Exiting naive pluripotency
SBR-24h:GTCCCATAGCGTCTCG,Naive pluripotency
SBR-24h:CCTTTGGAGACTTAAG,Naive pluripotency
SBR-24h:TTTATGCCAGTAGTTC,Naive pluripotency
SBR-24h:TAAGTCGAGGTAGATT,Exiting naive pluripotency
SBR-24h:CCAATTTGTGATGAAT,Naive pluripotency
SBR-24h:AACCACATCCTAAGTG,Exiting naive pluripotency
SBR-24h:CTCAGAACAACGTATC,Exiting naive pluripotency
SBR-24h:CCACGAGAGTGCAAAT,Exiting naive pluripotency
SBR-24h:CGAGGCTGTTACTCAG,Exiting naive pluripotency
SBR-24h:GAAGCCCTCCAGCTCT,Naive pluripotency
SBR-24h:CTGTATTAGCCTAACT,Exiting naive pluripotency
SBR-24h:ACCTGTCAGTCAGCGA,Naive pluripotency
SBR-24h:TCAGTCCAGTAGACAT,Exiting naive pluripotency
SBR-24h:AGACACTGTCCGCAGT,Naive pluripotency
SBR-24h:CCTCCAATCAGCTCTC,Naive pluripotency
SBR-24h:ATCCATTCAGCAAGAC,Naive pluripotency
SBR-24h:CATTCCGGTGGCTGAA,Exiting naive pluripotency
SBR-24h:TAATCTCGTCGTGGTC,Naive pluripotency
SBR-24h:TCGAAGTCAAGAGTTA,Naive pluripotency
SBR-24h:TACAACGCAGCTTTCC,Naive pluripotency
SBR-24h:CATAAGCCAGACTGCC,Naive pluripotency
SBR-24h:TCGTCCATCGACTCCT,Naive pluripotency
SBR-24h:GGATGTTCATTCAGCA,Exiting naive pluripotency
SBR-24h:CCATAAGTCATAGCAC,Exiting naive pluripotency
SBR-24h:AAGAACACAAGATGTA,Exiting naive pluripotency
SBR-24h:TGTCAGAGTGCTCCGA,Naive pluripotency
SBR-24h:ATTCTTGAGGCTGTAG,Exiting naive pluripotency
SBR-24h:CTCACTGGTATCCCTC,Exiting naive pluripotency
SBR-24h:CGAGTTAAGGTGCCTC,Exiting naive pluripotency
SBR-24h:TGTGTGAGTCCTCCAT,Exiting naive pluripotency
SBR-24h:CGTAATGTCGAACGGA,Naive pluripotency
SBR-24h:CAACGATAGTTGGAGC,Naive pluripotency
SBR-24h:GTTCCGTAGATCCTAC,Naive pluripotency
SBR-24h:ACGTAGTAGTTGCGAG,Naive pluripotency
SBR-24h:CGGGTGTAGTTTGGCT,Naive pluripotency
SBR-24h:CAACAGTCATGCTGCG,Exiting naive pluripotency
SBR-24h:CCTCAACTCGAGTGGA,Exiting naive pluripotency
SBR-24h:CACTGAATCTCGAACA,Exiting naive pluripotency
SBR-24h:GTAGATCGTGGAAATT,Exiting naive pluripotency
SBR-24h:GGGAGTAAGTCTACCA,Exiting naive pluripotency
SBR-24h:GACTTCCGTAGAGACC,Naive pluripotency
SBR-24h:AACCTGAAGTATTGCC,Naive pluripotency
SBR-24h:CCTCAGTGTCTGTCAA,Naive pluripotency
SBR-24h:AGTAGTCCAGCTGTGC,Naive pluripotency
SBR-24h:TAAGCACCAAAGGCAC,Naive pluripotency
SBR-24h:CGAATTGCAAATTGCC,Exiting naive pluripotency
SBR-24h:TATACCTTCCCATGGG,Naive pluripotency
SBR-24h:TTTGACTCAGGGAGAG,Exiting naive pluripotency
SBR-24h:TTACGTTTCAAGAAAC,Naive pluripotency
SBR-24h:TGCATCCAGAAAGCGA,Naive pluripotency
SBR-24h:TAGAGTCAGCCGAATG,Naive pluripotency
SBR-24h:TAGCACACACTCCACT,Naive pluripotency
SBR-24h:GGTTGTACACAAAGCG,Naive pluripotency
SBR-24h:TTCGCTGAGCGAAACC,Naive pluripotency
SBR-24h:GACCAATCATCCTCAC,Naive pluripotency
SBR-24h:CTCTGGTTCCGGCTTT,Exiting naive pluripotency
SBR-24h:AGACACTAGTGCACAG,Exiting naive pluripotency
SBR-24h:AAACGCTGTCGAAGCA,Exiting naive pluripotency
SBR-24h:GACGCTGTCTTCGATT,Exiting naive pluripotency
SBR-24h:TCAGGTAAGAATCCCT,Naive pluripotency
SBR-24h:TTGTTCACAGCTTTGA,Naive pluripotency
SBR-24h:TGGTGATGTCCTCATC,Naive pluripotency
SBR-24h:GAGTGAGAGAGTGACC,Exiting naive pluripotency
SBR-24h:CTTAGGAGTTCCTAGA,Exiting naive pluripotency
SBR-24h:CAGGGCTTCCAAACCA,Naive pluripotency
SBR-24h:ATCGATGGTATCGGTT,Exiting naive pluripotency
SBR-24h:TGGAGAGAGCGACTAG,Exiting naive pluripotency
SBR-24h:GTTGTAGGTGTAGGAC,Naive pluripotency
SBR-24h:GACTGATGTACGATTC,Naive pluripotency
SBR-24h:TAGATCGAGATAGCTA,Naive pluripotency
SBR-24h:TCGACGGCATACTGTG,Exiting naive pluripotency
SBR-24h:TTAATCCTCATAGACC,Exiting naive pluripotency
SBR-24h:CGGGTCACATAATGCC,Naive pluripotency
SBR-24h:CCTGCATTCGATAACC,Naive pluripotency
SBR-24h:AGTCAACAGTTTCTTC,Exiting naive pluripotency
SBR-24h:AAGTTCGCACTGTCGG,Naive pluripotency
SBR-24h:CTTCGGTCACCCTCTA,Naive pluripotency
SBR-24h:ATCCATTGTCTGTGCG,Naive pluripotency
SBR-24h:ATAGGCTTCTCGCAGG,Exiting naive pluripotency
SBR-24h:TTGAACGAGTGTCATC,Naive pluripotency
SBR-24h:CATTCTAGTGTCCGTG,Naive pluripotency
SBR-24h:TCATTTGAGTTAGTGA,Naive pluripotency
SBR-24h:CTGCAGGGTGGTACAG,Exiting naive pluripotency
SBR-24h:TCCGAAACAGATCCTA,Naive pluripotency
SBR-24h:CTCTCAGAGGACAACC,Exiting naive pluripotency
SBR-24h:TGCTCCAAGCACTCAT,Exiting naive pluripotency
SBR-24h:ATAGACCGTTGGGTTT,Exiting naive pluripotency
SBR-24h:GCACGTGCAGCAATTC,Naive pluripotency
SBR-24h:AAGCATCAGGTATCTC,Naive pluripotency
SBR-24h:ACCGTTCCAGTCTTCC,Naive pluripotency
SBR-24h:GTCAAACAGCACTAAA,Naive pluripotency
SBR-24h:ATTCCCGTCTTCCGTG,Naive pluripotency
SBR-24h:GTGCACGCAGCTTCGG,Exiting naive pluripotency
SBR-24h:GTAGGAGGTTAACCTG,Naive pluripotency
SBR-24h:TTCCTTCGTTGCTCAA,Exiting naive pluripotency
SBR-24h:TGTTCATTCTATCACT,Naive pluripotency
SBR-24h:CCATCACCATGTGGCC,Exiting naive pluripotency
SBR-24h:TATCCTATCTTGAACG,Naive pluripotency
SBR-24h:ATTACCTTCGAAGCAG,Naive pluripotency
SBR-24h:AGTAGCTAGCACTCGC,Naive pluripotency
SBR-24h:AACCTGAGTCTTCATT,Exiting naive pluripotency
SBR-24h:AACAGGGGTTAAAGTG,Exiting naive pluripotency
SBR-24h:AAGCGAGTCCCTCGAT,Exiting naive pluripotency
SBR-24h:CTCAAGAAGCTGTTCA,Naive pluripotency
SBR-24h:GCAGCCAGTGTTTACG,Naive pluripotency
SBR-24h:CCTTTGGGTATACCCA,Naive pluripotency
SBR-24h:TCCCACACATGTCAGT,Exiting naive pluripotency
SBR-24h:CGGTCAGTCAGCTGAT,Naive pluripotency
SBR-24h:CATGAGTCACACGCCA,Exiting naive pluripotency
SBR-24h:CTCCGATTCATGCCGG,Naive pluripotency
SBR-24h:ACAAAGACATTCTGTT,Naive pluripotency
SBR-24h:TTCAATCTCGTGCGAC,Naive pluripotency
SBR-24h:TACACCCGTTGCTAGT,Exiting naive pluripotency
SBR-24h:ATACCGAAGCCAGACA,Exiting naive pluripotency
SBR-24h:TGATCAGTCCATAGGT,Naive pluripotency
SBR-24h:CATCAAGGTCTTTCAT,Naive pluripotency
SBR-24h:GATCGTATCTTCGATT,Exiting naive pluripotency
SBR-24h:TTCCACGAGCCGAACA,Exiting naive pluripotency
SBR-24h:AACTTCTCAGCATTGT,Naive pluripotency
SBR-24h:AAGCGAGTCAAGGTGG,Exiting naive pluripotency
SBR-24h:CAGGCCATCATTACTC,Naive pluripotency
SBR-24h:AGATAGAGTGTTCAGT,Naive pluripotency
SBR-24h:GTAGGTTAGAGCTGCA,Naive pluripotency
SBR-24h:AGAGCAGAGGAAGTGA,Naive pluripotency
SBR-24h:ATTCCCGTCTCCTACG,Naive pluripotency
SBR-24h:TTCGATTGTCTTTCAT,Naive pluripotency
SBR-24h:AAATGGATCTGTGTGA,Exiting naive pluripotency
SBR-24h:TGATCTTCAATCTGCA,Naive pluripotency
SBR-24h:CACTTCGCAAGCTGCC,Naive pluripotency
SBR-24h:CACTGGGAGTGTTCCA,Exiting naive pluripotency
SBR-24h:AAGATAGGTGCCTTCT,Naive pluripotency
SBR-24h:GTTCATTCAGCGAACA,Naive pluripotency
SBR-24h:ATTCTACCACAAGCCC,Naive pluripotency
SBR-24h:ATTCTACGTCTAATCG,Naive pluripotency
SBR-24h:TCTTTGAGTTCGGTCG,Exiting naive pluripotency
SBR-24h:GACAGCCGTGCCTACG,Naive pluripotency
SBR-24h:AGTCACATCTTGTTAC,Naive pluripotency
SBR-24h:TGCATCCGTAGTAAGT,Exiting naive pluripotency
SBR-24h:CAGGGCTCAAGCTGCC,Exiting naive pluripotency
SBR-24h:CTATCCGCAAATACAG,Naive pluripotency
SBR-24h:AGGGTTTTCATCCTGC,Exiting naive pluripotency
SBR-24h:GACTGATGTAGGGAGG,Naive pluripotency
SBR-24h:GACCTTCAGGATTTCC,Naive pluripotency
SBR-24h:AACAGGGTCGGTCAGC,Naive pluripotency
SBR-24h:AAGATAGGTTAACAGA,Naive pluripotency
SBR-24h:CATCCCAGTCTACGAT,Naive pluripotency
SBR-24h:ATTTCTGGTAACAAGT,Exiting naive pluripotency
SBR-24h:TCTATACCACTTCTCG,Exiting naive pluripotency
SBR-24h:CCACGAGCATATGCGT,Exiting naive pluripotency
SBR-24h:AGGGTCCGTGTTCCTC,Exiting naive pluripotency
SBR-24h:ACGCACGAGATGATTG,Naive pluripotency
SBR-24h:ACCTGAAGTATGAGAT,Exiting naive pluripotency
SBR-24h:ATTCCTAGTGATAGAT,Naive pluripotency
SBR-24h:CCTCTCCCATAGGTTC,Exiting naive pluripotency
SBR-24h:AGGATCTAGTTCAACC,Naive pluripotency
SBR-24h:TGTAACGTCGGATACT,Naive pluripotency
SBR-24h:ATTCATCTCCGGTTCT,Naive pluripotency
SBR-24h:CACTTCGAGGCTCCCA,Naive pluripotency
SBR-24h:TTGCATTAGTGGCAGT,Naive pluripotency
SBR-24h:CCCTTAGGTAGCGTTT,Naive pluripotency
SBR-24h:TTGCTGCAGTTGCGCC,Naive pluripotency
SBR-24h:CTCAAGACATGAAGGC,Naive pluripotency
SBR-24h:GCCAGGTAGCCTCCAG,Exiting naive pluripotency
SBR-24h:GAGGGATCATCTTAGG,Exiting naive pluripotency
SBR-24h:GTATTTCTCTAGGCAT,Exiting naive pluripotency
SBR-24h:GTAACCAAGACGAAGA,Exiting naive pluripotency
SBR-24h:ATCGTCCGTCCACGCA,Exiting naive pluripotency
SBR-24h:AACGGGAGTCGTTCAA,Naive pluripotency
SBR-24h:CAGCGTGCATCGGCCA,Naive pluripotency
SBR-24h:CAATACGTCTCGCTTG,Naive pluripotency
SBR-24h:ACCTACCGTAGGGTAC,Naive pluripotency
SBR-24h:CTGTAGACACGCCAGT,Naive pluripotency
SBR-24h:AGACCATAGGTAGTCG,Exiting naive pluripotency
SBR-24h:TGTACAGGTTTGACAC,Naive pluripotency
SBR-24h:TTGTTTGAGCCACCGT,Naive pluripotency
SBR-24h:AGACCCGCACAGTATC,Naive pluripotency
SBR-24h:CAAGAGGTCTCAACGA,Exiting naive pluripotency
SBR-24h:TCGACGGTCCTCACGT,Naive pluripotency
SBR-24h:GCATCGGGTCTAGATC,Naive pluripotency
SBR-24h:AGGACGAGTATTTCCT,Exiting naive pluripotency
SBR-24h:AACGAAATCAAGCCCG,Exiting naive pluripotency
SBR-24h:TTCTAGTAGCACTCCG,Exiting naive pluripotency
SBR-24h:TACCCACCATCATTTC,Naive pluripotency
SBR-24h:CATCCCAAGCGAATGC,Exiting naive pluripotency
SBR-24h:CGTTCTGAGTCTGTAC,Exiting naive pluripotency
SBR-24h:ATTCTTGAGAGCAGTC,Exiting naive pluripotency
SBR-24h:TCCGGGACAACGATCT,Exiting naive pluripotency
SBR-24h:TGCATCCAGTCGAATA,Naive pluripotency
SBR-24h:GATAGCTAGGATCATA,Naive pluripotency
SBR-24h:ACAGGGAAGTATTAGG,Exiting naive pluripotency
SBR-24h:ATCGTCCTCGGCTGTG,Exiting naive pluripotency
SBR-24h:AGACCATGTCCTTGTC,Naive pluripotency
SBR-24h:TCATACTAGGCTAGCA,Exiting naive pluripotency
SBR-24h:GACCAATCATATTCGG,Naive pluripotency
SBR-24h:CTGTATTAGATGAAGG,Naive pluripotency
SBR-24h:TTCGATTGTCATTCCC,Exiting naive pluripotency
SBR-24h:CAAGACTAGCTACTGT,Exiting naive pluripotency
SBR-24h:CATTGTTGTCCCACGA,Exiting naive pluripotency
SBR-24h:ACGCACGGTGTAGCAG,Naive pluripotency
SBR-24h:ATTCCCGCAAGAGTAT,Exiting naive pluripotency
SBR-24h:AAACGAAGTCTGGTTA,Exiting naive pluripotency
SBR-24h:TGATGCAAGGTTGACG,Naive pluripotency
SBR-24h:TCGAAGTGTTGTGCAT,Naive pluripotency
SBR-24h:GACCTTCTCCTTATAC,Naive pluripotency
SBR-24h:GGGATGATCCGATCGG,Naive pluripotency
SBR-24h:TTCCAATCATACCACA,Naive pluripotency
SBR-24h:CTCAGTCTCTAATTCC,Exiting naive pluripotency
SBR-24h:ACTGTCCCATGTTACG,Exiting naive pluripotency
SBR-24h:GTGAGGACATGTTTGG,Exiting naive pluripotency
SBR-24h:GATCCCTAGGTTGTTC,Exiting naive pluripotency
SBR-24h:GAGTTTGGTACCTTCC,Naive pluripotency
SBR-24h:TCGGTCTAGCGTGAGT,Exiting naive pluripotency
SBR-24h:ATGCATGAGCTGACCC,Naive pluripotency
SBR-24h:AGCCAGCAGAGTGAAG,Exiting naive pluripotency
SBR-24h:TTGAGTGAGTCATGGG,Naive pluripotency
SBR-24h:AGAGCAGAGTAAACAC,Naive pluripotency
SBR-24h:TCTACCGCACTTGAAC,Exiting naive pluripotency
SBR-24h:CTGTAGAAGACGCCCT,Naive pluripotency
SBR-24h:GAGACTTTCACCCATC,Naive pluripotency
SBR-24h:CATTGAGTCCTCACGT,Exiting naive pluripotency
SBR-24h:GCCATGGTCTCTCGAC,Naive pluripotency
SBR-24h:GGTTGTAGTGAGATCG,Exiting naive pluripotency
SBR-24h:TCGGATAAGCAAGGAA,Naive pluripotency
SBR-24h:GATTTCTAGTTACTCG,Naive pluripotency
SBR-24h:CCAAGCGCATCGCCTT,Naive pluripotency
SBR-24h:TGGTTAGGTTGGCCTG,Naive pluripotency
SBR-24h:TGTACAGGTACCTAAC,Naive pluripotency
SBR-24h:TCCACGTTCGTGGAAG,Exiting naive pluripotency
SBR-24h:AACGGGACAGAGTGTG,Exiting naive pluripotency
SBR-24h:GCAGTTAAGGGAGGTG,Naive pluripotency
SBR-24h:AGTTAGCAGGCCTGCT,Naive pluripotency
SBR-24h:TGGTACACACTCCGAG,Exiting naive pluripotency
SBR-24h:GCCAACGTCGACACTA,Naive pluripotency
SBR-24h:GACTTCCTCTACGCGG,Exiting naive pluripotency
SBR-24h:AATGGAAGTTGCAAGG,Exiting naive pluripotency
SBR-24h:TGCGGGTGTTCTAACG,Exiting naive pluripotency
SBR-24h:TCTTAGTGTGCCCTTT,Exiting naive pluripotency
SBR-24h:TATTTCGAGAATTGTG,Exiting naive pluripotency
SBR-24h:TTCCTCTAGCTCCACG,Exiting naive pluripotency
SBR-24h:CATACTTAGTAGACAT,Naive pluripotency
SBR-24h:TCTTTGACACCCAAGC,Exiting naive pluripotency
SBR-24h:GTCTAGACACGTAGAG,Exiting naive pluripotency
SBR-24h:TAAGCGTTCGTTATCT,Exiting naive pluripotency
SBR-24h:GGGAAGTCAGCGAACA,Naive pluripotency
SBR-24h:CCTGCATCAGCGTTTA,Naive pluripotency
SBR-24h:GACTCAATCTCACCCA,Naive pluripotency
SBR-24h:AATGACCAGATTGACA,Exiting naive pluripotency
SBR-24h:AACCTTTAGTCATTGC,Naive pluripotency
SBR-24h:ACACAGTCAATCCTTT,Naive pluripotency
SBR-24h:GTGCACGGTGACAACG,Naive pluripotency
SBR-24h:TTCTAACAGCACGTCC,Naive pluripotency
SBR-24h:ACTCTCGGTTCATCGA,Naive pluripotency
SBR-24h:CATACAGGTGATTCAC,Naive pluripotency
SBR-24h:AACAACCCACTCCGGA,Exiting naive pluripotency
SBR-24h:CACTGTCTCATCAGTG,Naive pluripotency
SBR-24h:ATCGGATAGTGCCGAA,Exiting naive pluripotency
SBR-24h:GTACAGTCATGGGAAC,Exiting naive pluripotency
SBR-24h:TAGACTGAGTCATCCA,Exiting naive pluripotency
SBR-24h:TTTCGATCATTGAGCT,Exiting naive pluripotency
SBR-24h:GTAGCTACACGGCGTT,Exiting naive pluripotency
SBR-24h:TCTCTGGTCAACTACG,Naive pluripotency
SBR-24h:AACAACCAGGTCCGAA,Naive pluripotency
SBR-24h:GACTTCCGTTACGATC,Naive pluripotency
SBR-24h:TATCAGGGTTGCTCCT,Exiting naive pluripotency
SBR-24h:ACTTAGGTCACCTCAC,Naive pluripotency
SBR-24h:ACCACAAAGTGCAAAT,Naive pluripotency
SBR-24h:CTACGGGAGGTCGACA,Exiting naive pluripotency
SBR-24h:AAAGGATAGAGTGTTA,Exiting naive pluripotency
SBR-24h:CATACAGTCATACGGT,Exiting naive pluripotency
SBR-24h:GCAGCCATCGTACACA,Exiting naive pluripotency
SBR-24h:ATTTCACAGAGGCCAT,Naive pluripotency
SBR-24h:GTCACGGAGCCTCAGC,Naive pluripotency
SBR-24h:ACGATCAAGAAGCGGG,Exiting naive pluripotency
SBR-24h:AGTAGTCTCGCTAAAC,Naive pluripotency
SBR-24h:CATCAAGCACTTCCTG,Naive pluripotency
SBR-24h:CCACGTTGTCAGTTTG,Naive pluripotency
SBR-24h:AGCTCAACACTCACTC,Exiting naive pluripotency
SBR-24h:TAGGTTGTCGATCCAA,Exiting naive pluripotency
SBR-24h:CTTTCAAGTGATATAG,Exiting naive pluripotency
SBR-24h:ACGGTCGAGATGCAGC,Exiting naive pluripotency
SBR-24h:GTAGAAAAGAAGGTAG,Naive pluripotency
SBR-24h:GAAGGGTAGTCCGCCA,Naive pluripotency
SBR-24h:TCCACGTGTTGCATTG,Naive pluripotency
SBR-24h:CCTCCAATCTCACTCG,Naive pluripotency
SBR-24h:CGTTGGGCAGTTGCGC,Naive pluripotency
SBR-24h:GATCCCTAGACGATAT,Naive pluripotency
SBR-24h:CCTCCAAAGACTCAAA,Exiting naive pluripotency
SBR-24h:GACCCAGGTCGTCAGC,Exiting naive pluripotency
SBR-24h:ATCAGGTAGCAAACAT,Exiting naive pluripotency
SBR-24h:CTGCCTATCCTATGGA,Naive pluripotency
SBR-24h:CACCGTTAGTCCCGGT,Naive pluripotency
SBR-24h:AAGACAAGTAACAGTA,Exiting naive pluripotency
SBR-24h:TGAGACTGTAGGTTTC,Exiting naive pluripotency
SBR-24h:ACTCCCACAAGCAGGT,Naive pluripotency
SBR-24h:GGGTTATCAAACTAGA,Naive pluripotency
SBR-24h:CCTCACAGTTTCGTAG,Exiting naive pluripotency
SBR-24h:CAAAGAAGTATGTCAC,Exiting naive pluripotency
SBR-24h:GATAGAACACTATGTG,Naive pluripotency
SBR-24h:GGCAGTCGTCAGGCAA,Naive pluripotency
SBR-24h:CCTTCAGAGCAAGCCA,Naive pluripotency
SBR-24h:ACCTACCGTCGAGCAA,Naive pluripotency
SBR-24h:GTCTTTATCAGTGGGA,Naive pluripotency
SBR-24h:CACGGGTAGGGTCTTT,Exiting naive pluripotency
SBR-24h:GAGGCCTTCGCTGTTC,Naive pluripotency
SBR-24h:TGAGGAGCAATTGAAG,Naive pluripotency
SBR-24h:TTGTTCATCTGCAGCG,Naive pluripotency
SBR-24h:ATAGGCTCATATTCGG,Exiting naive pluripotency
SBR-24h:GCCTGTTTCTGTTGGA,Naive pluripotency
SBR-24h:TCATGCCTCTGCTCTG,Exiting naive pluripotency
SBR-24h:GTCACTCGTGAATTAG,Naive pluripotency
SBR-24h:CTCAGGGCACTACACA,Naive pluripotency
SBR-24h:GATTTCTTCGCAAGAG,Naive pluripotency
SBR-24h:CCTCACAAGGTCGTCC,Exiting naive pluripotency
SBR-24h:AGTACCAAGATAGCAT,Exiting naive pluripotency
SBR-24h:ACTCCCAAGCCAGTAG,Naive pluripotency
SBR-24h:ATTTCTGGTAGAGCTG,Exiting naive pluripotency
SBR-24h:TAGGTTGGTGACAGGT,Naive pluripotency
SBR-24h:AACAGGGCAGTCTGGC,Naive pluripotency
SBR-24h:CTAACTTCAATCTCGA,Naive pluripotency
SBR-24h:AGACACTAGTGGGAAA,Naive pluripotency
SBR-24h:CTTAGGAGTATGAAGT,Exiting naive pluripotency
SBR-24h:TGAGCGCCACAATGCT,Naive pluripotency
SBR-24h:GACGTTACACTTGTCC,Naive pluripotency
SBR-24h:ACAAAGAGTTTGTTCT,Naive pluripotency
SBR-24h:CGTAGTATCCGGCAAC,Naive pluripotency
SBR-24h:ATGAAAGTCCATCTGC,Naive pluripotency
SBR-24h:CCTCTCCCAAGGTCGA,Naive pluripotency
SBR-24h:TTCCGGTAGTCAGCGA,Naive pluripotency
SBR-24h:ATCCTATAGGGAACAA,Exiting naive pluripotency
SBR-24h:GCATCGGCATCGATCA,Exiting naive pluripotency
SBR-24h:AGACAGGTCCCGAGTG,Exiting naive pluripotency
SBR-24h:AAGGAATCACAATGTC,Exiting naive pluripotency
SBR-24h:TCAATTCGTTCTATCT,Exiting naive pluripotency
SBR-24h:GAGTCTAGTGAACCGA,Naive pluripotency
SBR-24h:CCAAGCGGTTGCGGCT,Naive pluripotency
SBR-24h:TTTGATCGTTCCAGGC,Naive pluripotency
SBR-24h:ATAGGCTGTGGTCTAT,Exiting naive pluripotency
SBR-24h:CCAATTTCACGACTAT,Naive pluripotency
SBR-24h:GTTGTCCCAAGGAGTC,Naive pluripotency
SBR-24h:ATTCATCAGACGGTCA,Naive pluripotency
SBR-24h:GCTTTCGAGATGTAGT,Naive pluripotency
SBR-24h:CTTTCAATCGAGCCAC,Exiting naive pluripotency
SBR-24h:CCCTGATGTATCGTAC,Exiting naive pluripotency
SBR-24h:CATACTTTCGGTGTTA,Exiting naive pluripotency
SBR-24h:TACGGTAGTGTGTGTT,Naive pluripotency
SBR-24h:AGAAATGCAACCAGAG,Exiting naive pluripotency
SBR-24h:TACTTACCATGCGGTC,Exiting naive pluripotency
SBR-24h:TGTAAGCCAGTAACCT,Exiting naive pluripotency
SBR-24h:CCATCACCACTGATTG,Exiting naive pluripotency
SBR-24h:CTCCCAAGTCTTGCTC,Naive pluripotency
SBR-24h:TTGCGTCTCTTTGGAG,Naive pluripotency
SBR-24h:CGTAGTAAGCACACCC,Exiting naive pluripotency
SBR-24h:ACGTCCTAGTGGTGAC,Exiting naive pluripotency
SBR-24h:AGCGATTAGTTCCTGA,Exiting naive pluripotency
SBR-24h:GATCATGTCCTGGGTG,Exiting naive pluripotency
SBR-24h:ATGCGATTCCCGTTCA,Naive pluripotency
SBR-24h:TCCTTCTGTATCGCAT,Exiting naive pluripotency
SBR-24h:CTGAGGCTCGCCGTGA,Naive pluripotency
SBR-24h:GGGACCTTCGCCGAAC,Exiting naive pluripotency
SBR-24h:GACTTCCTCTCGTCGT,Exiting naive pluripotency
SBR-24h:TCGGATAGTACAGCGA,Naive pluripotency
SBR-24h:CCGTTCAAGCTAGTTC,Exiting naive pluripotency
SBR-24h:GTATTGGTCGAGAGAC,Naive pluripotency
SBR-24h:AAGACTCCACTGTTCC,Exiting naive pluripotency
SBR-24h:GAGGCCTGTACACGCC,Naive pluripotency
SBR-24h:CCAAGCGCACAGCCAC,Naive pluripotency
SBR-24h:TGATGGTTCTTAGCTT,Naive pluripotency
SBR-24h:ATTACCTAGTATGATG,Exiting naive pluripotency
SBR-24h:CCACACTCATACGCAT,Exiting naive pluripotency
SBR-24h:GGGACAAGTTTGGAAA,Exiting naive pluripotency
SBR-24h:TCTGGCTCAGCGTAGA,Exiting naive pluripotency
SBR-24h:GAATCGTCAAGACTGG,Exiting naive pluripotency
SBR-24h:AATGACCGTATTCCGA,Naive pluripotency
SBR-24h:TTAATCCAGACATACA,Exiting naive pluripotency
SBR-24h:GTTCGCTAGAATCTAG,Exiting naive pluripotency
SBR-24h:GTCAGCGAGAGCAACC,Exiting naive pluripotency
SBR-24h:TTAATCCTCCTACCAC,Naive pluripotency
SBR-24h:CATACAGGTATTTCCT,Naive pluripotency
SBR-24h:ACACAGTCAAGAATAC,Exiting naive pluripotency
SBR-24h:GTCATCCAGACTAGAT,Naive pluripotency
SBR-24h:AAGATAGAGTCGGGAT,Naive pluripotency
SBR-24h:TGGTTAGCAATTGAGA,Naive pluripotency
SBR-24h:ACCCAAATCGAATGCT,Naive pluripotency
SBR-24h:CGTGCTTTCAACTGGT,Exiting naive pluripotency
SBR-24h:TTTACTGAGTCTACCA,Naive pluripotency
SBR-24h:TTTCCTCTCGATCCCT,Naive pluripotency
SBR-24h:TGTGAGTAGACGCTCC,Naive pluripotency
SBR-24h:CTGCGAGCATTCTTCA,Naive pluripotency
SBR-24h:GGGTAGAAGATTAGCA,Exiting naive pluripotency
SBR-24h:TTCTTCCGTAGGAAAG,Naive pluripotency
SBR-24h:GTGCACGCAGTGTGCC,Exiting naive pluripotency
SBR-24h:GGAACCCCACTTGTGA,Naive pluripotency
SBR-24h:TGCCGAGAGCTGCCAC,Exiting naive pluripotency
SBR-24h:CATGCGGTCCGAGATT,Naive pluripotency
SBR-24h:CTACTATAGGTGCTGA,Naive pluripotency
SBR-24h:GCATCGGGTACAGCGA,Naive pluripotency
SBR-24h:ATCACAGGTGTCATCA,Exiting naive pluripotency
SBR-24h:CTGAATGTCCCTCTCC,Naive pluripotency
SBR-24h:AAGGTAAGTAGGGAGG,Exiting naive pluripotency
SBR-24h:AGGACTTAGTCACGCC,Exiting naive pluripotency
SBR-24h:GGGACCTCAGACCAGA,Naive pluripotency
SBR-24h:ATCGGATCAAATGCGG,Exiting naive pluripotency
SBR-24h:CGTTAGACACAGCGCT,Naive pluripotency
SBR-24h:CATACCCTCCAAGCAT,Naive pluripotency
SBR-24h:CACGGGTAGGCTCTCG,Exiting naive pluripotency
SBR-24h:TCAAGTGCACATTCTT,Naive pluripotency
SBR-24h:GTTAGACGTGCAACAG,Naive pluripotency
SBR-24h:TGCTTCGTCATTCGGA,Naive pluripotency
SBR-24h:TCAGGTAGTCCCTGAG,Exiting naive pluripotency
SBR-24h:CCACGAGCACGCGCTA,Exiting naive pluripotency
SBR-24h:TCACATTGTGAGTCAG,Exiting naive pluripotency
SBR-24h:TCATTCAAGCCTGACC,Exiting naive pluripotency
SBR-24h:CTTCAATTCAGGAGAC,Naive pluripotency
SBR-24h:ACGGTCGGTGCATTAC,Naive pluripotency
SBR-24h:TTCATTGAGAATTTGG,Naive pluripotency
SBR-24h:GCATTAGTCCACGTGG,Naive pluripotency
SBR-24h:ATCCACCGTTACCCTC,Naive pluripotency
SBR-24h:TACCTGCTCAAGGAGC,Exiting naive pluripotency
SBR-24h:AATGGAATCTCTTCAA,Exiting naive pluripotency
SBR-24h:TTCTAGTCACCAGACC,Naive pluripotency
SBR-24h:ACCTGTCAGCGCACAA,Exiting naive pluripotency
SBR-24h:ATTCCCGGTTGTTGAC,Exiting naive pluripotency
SBR-24h:TTTCACAAGAAGAACG,Naive pluripotency
SBR-24h:TTCCTCTTCTTGGCTC,Exiting naive pluripotency
SBR-24h:TCCGATCCAAACAGGC,Naive pluripotency
SBR-24h:CCGGACAGTGCTCCGA,Naive pluripotency
SBR-24h:TAGTGCATCAAGAGGC,Exiting naive pluripotency
SBR-24h:CTAGGTAGTCAAGGCA,Naive pluripotency
SBR-24h:GTATTGGTCCACTTCG,Naive pluripotency
SBR-24h:CCGTGAGTCAGGAAGC,Exiting naive pluripotency
SBR-24h:GCCCAGATCATACAGC,Exiting naive pluripotency
SBR-24h:CTGCCTACAGTTACCA,Exiting naive pluripotency
SBR-24h:CTATCTACACTTGACA,Naive pluripotency
SBR-24h:CAGTTCCGTCACAATC,Naive pluripotency
SBR-24h:CACAGGCTCGAAGAAT,Naive pluripotency
SBR-24h:GCATCGGCATGATGCT,Exiting naive pluripotency
SBR-24h:GCAACCGAGTCATGAA,Naive pluripotency
SBR-24h:TCACTATCACGCGCTA,Exiting naive pluripotency
SBR-24h:ATCGTAGGTTGGGAAC,Naive pluripotency
SBR-24h:ACGGTCGTCCGTCCTA,Naive pluripotency
SBR-24h:GTGTGGCGTTCTCAGA,Naive pluripotency
SBR-24h:GGTCTGGGTCAGATTC,Exiting naive pluripotency
SBR-24h:GTGCTGGAGTTTCGAC,Exiting naive pluripotency
SBR-24h:TCCTGCATCGTCTAAG,Naive pluripotency
SBR-24h:AGAGAGCTCACAGTGT,Naive pluripotency
SBR-24h:ACTTTCACAAGATCCT,Exiting naive pluripotency
SBR-24h:GAGCTGCAGCCTATTG,Naive pluripotency
SBR-24h:ACTATGGAGAGATCGC,Naive pluripotency
SBR-24h:GACATCAAGTCTCGTA,Exiting naive pluripotency
SBR-24h:TTGTTGTCAGTTAAAG,Naive pluripotency
SBR-24h:ACATTTCAGCTCGGCT,Naive pluripotency
SBR-24h:ATGAGGGCATGGATCT,Exiting naive pluripotency
SBR-24h:CATTCTAAGCAAACAT,Naive pluripotency
SBR-24h:AGAAGCGGTTTCGTTT,Naive pluripotency
SBR-24h:TCAGGGCAGACTAGAT,Exiting naive pluripotency
SBR-24h:CTACCTGGTCGCTCGA,Exiting naive pluripotency
SBR-24h:AGTGACTCAAGATGTA,Naive pluripotency
SBR-24h:GTTACGAAGCCACAAG,Exiting naive pluripotency
SBR-24h:TCAGTCCTCGGAGCAA,Naive pluripotency
SBR-24h:GGTTCTCTCACATACG,Naive pluripotency
SBR-24h:GCCAACGAGTTTGCTG,Naive pluripotency
SBR-24h:CTTCCGAGTCAAGTTC,Exiting naive pluripotency
SBR-24h:CGAGGAAGTATCATGC,Exiting naive pluripotency
SBR-24h:CTCAAGAAGTGCAGCA,Exiting naive pluripotency
SBR-24h:GACACGCCAGCTCGGT,Naive pluripotency
SBR-24h:TTGTTCATCATTGAGC,Exiting naive pluripotency
SBR-24h:CCAATTTGTATCGTGT,Naive pluripotency
SBR-24h:CTGCGAGAGAAATTGC,Naive pluripotency
SBR-24h:GAGTTGTGTCCGACGT,Naive pluripotency
SBR-24h:TTCGCTGGTCAACACT,Exiting naive pluripotency
SBR-24h:CGAGTTACAGTCCCGA,Naive pluripotency
SBR-24h:CCGCAAGGTGTCCCTT,Exiting naive pluripotency
SBR-24h:CTTTCAATCTAACGGT,Exiting naive pluripotency
SBR-24h:CACTTCGCACATGGTT,Exiting naive pluripotency
SBR-24h:TCGTCCACACCGTGGT,Exiting naive pluripotency
SBR-24h:CATCGGGGTATAGCTC,Naive pluripotency
SBR-24h:GGGACCTGTCTCAGGC,Naive pluripotency
SBR-24h:TGACAGTGTTGACGGA,Exiting naive pluripotency
SBR-24h:GAGCCTGCAAATCGGG,Naive pluripotency
SBR-24h:TACTTCAGTATGGAAT,Exiting naive pluripotency
SBR-24h:CAGCGTGGTTGCAACT,Exiting naive pluripotency
SBR-24h:GCACGGTAGTTCACTG,Exiting naive pluripotency
SBR-24h:AACGGGAGTTATCTTC,Naive pluripotency
SBR-24h:TGTTTGTAGAGCATAT,Naive pluripotency
SBR-24h:TCGTAGATCATTTGCT,Exiting naive pluripotency
SBR-24h:TCAATCTAGGAACGTC,Naive pluripotency
SBR-24h:ATACCGAAGCTCGACC,Naive pluripotency
SBR-24h:GTACAACTCACTAGCA,Naive pluripotency
SBR-24h:CTCATGCAGCTCTTCC,Naive pluripotency
SBR-24h:AACCATGTCGCCTTTG,Naive pluripotency
SBR-24h:TCGTCCATCTGTGTGA,Exiting naive pluripotency
SBR-24h:TCCGATCTCTACTGCC,Exiting naive pluripotency
SBR-24h:TACTTCACAGGCGTTC,Naive pluripotency
SBR-24h:GACCCAGAGCATCAAA,Exiting naive pluripotency
SBR-24h:GGAGGATAGCACGGAT,Naive pluripotency
SBR-24h:GTTACGATCCGACATA,Exiting naive pluripotency
SBR-24h:CCCTAACAGAAGCTCG,Exiting naive pluripotency
SBR-24h:AAGACTCCAGACAAAT,Naive pluripotency
SBR-24h:CATACCCAGTCTACCA,Naive pluripotency
SBR-24h:CTGCGAGAGCAGCACA,Naive pluripotency
SBR-24h:TATCAGGGTCTCCTGT,Naive pluripotency
SBR-24h:GTTCTATTCTCAGAAC,Naive pluripotency
SBR-24h:TAACACGCATACGCAT,Naive pluripotency
SBR-24h:ACATTTCAGCATGATA,Naive pluripotency
SBR-24h:ATCCGTCAGTCGCCCA,Naive pluripotency
SBR-24h:TTCTCTCCAAGCGAAC,Naive pluripotency
SBR-24h:GACTTCCTCAGCCTCT,Exiting naive pluripotency
SBR-24h:GCTTGGGGTCATGGCC,Naive pluripotency
SBR-24h:TCAGTGAAGACATGCG,Exiting naive pluripotency
SBR-24h:ATCGTCCCACAAGTGG,Naive pluripotency
SBR-24h:GTCGAATGTTTGGCTA,Exiting naive pluripotency
SBR-24h:ATCACTTTCCCTGTTG,Naive pluripotency
SBR-24h:GTAACCATCCCAGTGG,Exiting naive pluripotency
SBR-24h:TAGGAGGGTGCTGTCG,Exiting naive pluripotency
SBR-24h:CCGGTAGCAACGTATC,Exiting naive pluripotency
SBR-24h:AACGAAACACAACGTT,Naive pluripotency
SBR-24h:AGTGCCGTCCATCACC,Exiting naive pluripotency
SBR-24h:GATGAGGGTGACAGGT,Exiting naive pluripotency
SBR-24h:TCACGCTAGGGAGGAC,Exiting naive pluripotency
SBR-24h:CTGTAGACAGTAACGG,Exiting naive pluripotency
SBR-24h:ATCGCCTCAATAGTAG,Naive pluripotency
SBR-24h:CTAAGTGAGATGGTAT,Naive pluripotency
SBR-24h:CATCGTCGTAAGATTG,Exiting naive pluripotency
SBR-24h:GCCAACGAGCATCGAG,Naive pluripotency
SBR-24h:CGAGGAACATCATCTT,Exiting naive pluripotency
SBR-24h:TGCAGTAAGTTGCCCG,Naive pluripotency
SBR-24h:CTTCCGAAGATACGAT,Naive pluripotency
SBR-24h:TGTAAGCAGTTTCGAC,Exiting naive pluripotency
SBR-24h:TAGTGCAAGTGCAGCA,Exiting naive pluripotency
SBR-24h:CCCTGATAGACCACGA,Exiting naive pluripotency
SBR-24h:CAGATTGAGCAATAGT,Exiting naive pluripotency
SBR-24h:AGCGTATTCTATTTCG,Naive pluripotency
SBR-24h:GTCATGATCATGGTAC,Naive pluripotency
SBR-24h:TTCTAACGTTCTCGTC,Exiting naive pluripotency
SBR-24h:TGATCTTCAGCCGGTT,Exiting naive pluripotency
SBR-24h:ATACTTCCACTTGTCC,Exiting naive pluripotency
SBR-24h:AGATGAACACAATGCT,Naive pluripotency
SBR-24h:GAGTCATTCCACGGGT,Naive pluripotency
SBR-24h:TCGCAGGTCGATCCCT,Naive pluripotency
SBR-24h:ACGCACGGTGCCTGAC,Naive pluripotency
SBR-24h:AGTCACATCTCGGGAC,Exiting naive pluripotency
SBR-24h:GTTTACTAGTTCAACC,Exiting naive pluripotency
SBR-24h:CATCAAGCAGCGTAGA,Exiting naive pluripotency
SBR-24h:GCAACCGGTTTACTGG,Naive pluripotency
SBR-24h:AGTCAACTCATGGTAC,Naive pluripotency
SBR-24h:GAGGCAAGTAGGTAGC,Naive pluripotency
SBR-24h:CTCCTTTGTGTAGCAG,Naive pluripotency
SBR-24h:ACTGTCCAGCAACAGC,Naive pluripotency
SBR-24h:CTGCGAGCACAAGTTC,Naive pluripotency
SBR-24h:ACTTCGCTCACCGGGT,Exiting naive pluripotency
SBR-24h:GAACACTCAGCGTAGA,Naive pluripotency
SBR-24h:GGGCTCAAGGATTCAA,Exiting naive pluripotency
SBR-24h:ACCTGAATCTTTGATC,Naive pluripotency
SBR-24h:AACGTCAAGCGAGGAG,Exiting naive pluripotency
SBR-24h:TCTCAGCAGGTCTTTG,Naive pluripotency
SBR-24h:CATTCTAAGGAACGTC,Exiting naive pluripotency
SBR-24h:CAGCACGAGGTGCTGA,Naive pluripotency
SBR-24h:TCAATTCTCGTCGATA,Exiting naive pluripotency
SBR-24h:CTTCGGTAGTAGAGTT,Naive pluripotency
SBR-24h:GGAGGATGTGCCGTTG,Naive pluripotency
SBR-24h:CCTCTAGTCCTCAGGG,Naive pluripotency
SBR-24h:TAGATCGCAATCGTCA,Exiting naive pluripotency
SBR-24h:GTAAGTCCAAATGCGG,Naive pluripotency
SBR-24h:AGAAGTAGTTACGGAG,Naive pluripotency
SBR-24h:CAATCGACAGCTACTA,Naive pluripotency
SBR-24h:TGACCCTGTATGCTTG,Naive pluripotency
SBR-24h:GAAACCTCACTGTGAT,Naive pluripotency
SBR-24h:CAGTGCGGTAAGACCG,Naive pluripotency
SBR-24h:TCTTTGACAGGTCAAG,Exiting naive pluripotency
SBR-24h:CCGGTGATCTGCGGCA,Naive pluripotency
SBR-24h:GTGCAGCCAGGGACTA,Naive pluripotency
SBR-24h:CACACAAAGCCTCGTG,Exiting naive pluripotency
SBR-24h:GTAATCGCACGGTAGA,Naive pluripotency
SBR-24h:CCACACTGTCTTCCGT,Exiting naive pluripotency
SBR-24h:TCCGGGATCGACCACG,Exiting naive pluripotency
SBR-24h:TCTCTGGCATAATCCG,Exiting naive pluripotency
SBR-24h:AGCCAATCAGTTTCGA,Naive pluripotency
SBR-24h:CAACCTCAGTGATAGT,Naive pluripotency
SBR-24h:CACGTGGCATAGCACT,Naive pluripotency
SBR-24h:CTAGACACACTGTTCC,Exiting naive pluripotency
SBR-24h:AATCACGAGTAAAGCT,Exiting naive pluripotency
SBR-24h:TGTCCTGCAGGCTACC,Naive pluripotency
SBR-24h:CGAGTGCAGTAACCGG,Exiting naive pluripotency
SBR-24h:GGGTTATGTCGTCTCT,Exiting naive pluripotency
SBR-24h:TGCACGGGTCATCAGT,Exiting naive pluripotency
SBR-24h:AAACGCTGTCCGGTGT,Naive pluripotency
SBR-24h:ATCACGAAGACTCGAG,Exiting naive pluripotency
SBR-24h:AAGTACCAGTTCTCTT,Exiting naive pluripotency
SBR-24h:AGACAAATCGAGCCAC,Naive pluripotency
SBR-24h:AAAGTGACAGTATACC,Exiting naive pluripotency
SBR-24h:GAACACTAGAGCATTA,Naive pluripotency
SBR-24h:CCACGTTCATGGGCAA,Naive pluripotency
SBR-24h:GATGATCAGAAGCGGG,Naive pluripotency
SBR-24h:CATCAAGTCTGTTCAT,Naive pluripotency
SBR-24h:ACATGCACAACAGATA,Naive pluripotency
SBR-24h:CGTTAGAAGTATTAGG,Naive pluripotency
SBR-24h:TCATACTGTTCGGTTA,Naive pluripotency
SBR-24h:GAACGTTTCTCACCCA,Naive pluripotency
SBR-24h:GTTCTATGTAGCCCTG,Naive pluripotency
SBR-24h:GGACGTCCAAGTACCT,Exiting naive pluripotency
SBR-24h:TATCGCCGTGCCTTTC,Naive pluripotency
SBR-24h:ACCCTTGAGTCAGCGA,Exiting naive pluripotency
SBR-24h:TGCATCCAGATAGTGT,Exiting naive pluripotency
SBR-24h:CCTAACCTCGAAGTGG,Naive pluripotency
SBR-24h:ATTCCCGGTTTCTATC,Naive pluripotency
SBR-24h:TGGAGAGGTATACGGG,Exiting naive pluripotency
SBR-24h:ATCAGGTCAATAAGGT,Naive pluripotency
SBR-24h:ATGTCCCGTCCATCTC,Exiting naive pluripotency
SBR-24h:TCTTTGAGTATCGAAA,Naive pluripotency
SBR-24h:GCGGATCGTTCCGCAG,Naive pluripotency
SBR-24h:CTCATGCTCCCGTTGT,Naive pluripotency
SBR-24h:TGAGGTTAGCAGCCTC,Exiting naive pluripotency
SBR-24h:GGGTGTCGTCTTTCTA,Exiting naive pluripotency
SBR-24h:GCGAGAAGTGTAGTGG,Exiting naive pluripotency
SBR-24h:GTAACACTCTTGGATG,Exiting naive pluripotency
SBR-24h:AAGAACAGTATGGTAA,Exiting naive pluripotency
SBR-24h:TAACGACAGGGCGAGA,Naive pluripotency
SBR-24h:GTACAACCAAAGTATG,Exiting naive pluripotency
SBR-24h:CGAGGAAAGTTGAAAC,Naive pluripotency
SBR-24h:CAATCGATCCATTGTT,Exiting naive pluripotency
SBR-24h:AGGATAACATACACCA,Naive pluripotency
SBR-24h:ACAAAGACACTCCACT,Exiting naive pluripotency
SBR-24h:AGTGTTGAGCACACAG,Exiting naive pluripotency
SBR-24h:AACCATGCACAGCCTG,Exiting naive pluripotency
SBR-24h:GGGTCACCATCATTTC,Naive pluripotency
SBR-24h:GTCAGCGAGTGCCTCG,Exiting naive pluripotency
SBR-24h:GACTTCCTCAGAGTTC,Exiting naive pluripotency
SBR-24h:CTCAAGAGTATCAAGA,Exiting naive pluripotency
SBR-24h:ATACTTCGTTCACCGG,Exiting naive pluripotency
SBR-24h:TGTTCTAAGGGATGTC,Naive pluripotency
SBR-24h:TTGCCTGCACAACATC,Exiting naive pluripotency
SBR-24h:TCCGAAATCCGATGCG,Naive pluripotency
SBR-24h:GGGACCTGTACAAGCG,Exiting naive pluripotency
SBR-24h:CACGTGGGTTTGATCG,Exiting naive pluripotency
SBR-24h:CTTGATTGTCGACTTA,Naive pluripotency
SBR-24h:AGGACTTAGGTAGCAC,Naive pluripotency
SBR-24h:TTGAACGTCGAGAGCA,Exiting naive pluripotency
SBR-24h:CACGAATAGAGTGGCT,Exiting naive pluripotency
SBR-24h:TTCCAATCATTGAAGA,Exiting naive pluripotency
SBR-24h:TCTGCCAGTATGGGAC,Exiting naive pluripotency
SBR-24h:GAATCACTCTGGAGAG,Exiting naive pluripotency
SBR-24h:GATAGCTGTAGGTCAG,Exiting naive pluripotency
SBR-24h:CACAACACACGCAAAG,Naive pluripotency
SBR-24h:CGCATAACAAGGAGTC,Naive pluripotency
SBR-24h:CAAGGGAGTTGAGTCT,Naive pluripotency
SBR-24h:GGTTAACCAGAGTCTT,Naive pluripotency
SBR-24h:GAGTGAGGTTGGAGAC,Naive pluripotency
SBR-24h:ATTGGGTGTCTGTAAC,Exiting naive pluripotency
SBR-24h:GTCCACTTCGGATACT,Exiting naive pluripotency
SBR-24h:GTGTCCTAGCACTCTA,Exiting naive pluripotency
SBR-24h:CTCCACAAGCCGAACA,Exiting naive pluripotency
SBR-24h:AGGAAATGTTCTTGCC,Naive pluripotency
SBR-24h:TTGGATGCAACCGACC,Exiting naive pluripotency
SBR-24h:TGTGTGAAGACCCGCT,Exiting naive pluripotency
SBR-24h:TACATTCCAACCAATC,Exiting naive pluripotency
SBR-24h:CTCAAGATCGTGGACC,Naive pluripotency
SBR-24h:AACCAACCAGTTGAAA,Exiting naive pluripotency
SBR-24h:AATCGACGTCCCTAAA,Naive pluripotency
SBR-24h:GCAGCTGCACCTGTCT,Exiting naive pluripotency
SBR-24h:TGATGGTAGCACACAG,Exiting naive pluripotency
SBR-24h:CTGGTCTCAATGCAGG,Exiting naive pluripotency
SBR-24h:GTAGATCGTGGGCTTC,Naive pluripotency
SBR-24h:CCGGGTATCTGACAGT,Exiting naive pluripotency
SBR-24h:CCGTAGGAGATGTTGA,Exiting naive pluripotency
SBR-24h:TGAGGTTTCACCTGTC,Exiting naive pluripotency
SBR-24h:TTAGGGTGTAAGTTGA,Exiting naive pluripotency
SBR-24h:AGTAGTCGTGTCCATA,Naive pluripotency
SBR-24h:CTTCTCTTCAACCTTT,Naive pluripotency
SBR-24h:TCAGGGCGTTTCCCAC,Naive pluripotency
SBR-24h:TTGGGCGCATTGAGGG,Naive pluripotency
SBR-24h:CCGTAGGAGACCAGAC,Exiting naive pluripotency
SBR-24h:CATACAGAGCGAGTCA,Naive pluripotency
SBR-24h:CCTCTAGTCTTTCAGT,Exiting naive pluripotency
SBR-24h:TTAATCCGTCATATGC,Naive pluripotency
SBR-24h:TCAGTCCAGTAAAGCT,Naive pluripotency
SBR-24h:GATGATCGTCATCAGT,Naive pluripotency
SBR-24h:TTCGATTTCGCCTCTA,Naive pluripotency
SBR-24h:GACACGCAGAGGCCAT,Exiting naive pluripotency
SBR-24h:TCGAAGTTCCGAACGC,Exiting naive pluripotency
SBR-24h:CGATCGGCACCAGCCA,Naive pluripotency
SBR-24h:TGAGTCAAGCTGAAAT,Exiting naive pluripotency
SBR-24h:AAGAACATCTTTGCGC,Exiting naive pluripotency
SBR-24h:CGTTGGGCACTTCAGA,Exiting naive pluripotency
SBR-24h:AGCCAATAGCTCGGCT,Exiting naive pluripotency
SBR-24h:TGATCAGTCGCTCATC,Naive pluripotency
SBR-24h:GTAACCAAGCACGTCC,Naive pluripotency
SBR-24h:TACCTCGTCATCCTAT,Exiting naive pluripotency
SBR-24h:AGTAGTCCAAACTCGT,Naive pluripotency
SBR-24h:GACCCAGAGGTTCATC,Naive pluripotency
SBR-24h:ACGTCCTCATGTTCAG,Exiting naive pluripotency
SBR-24h:TATCCTAAGTCAGAGC,Naive pluripotency
SBR-24h:TCTAACTGTCGTGGAA,Exiting naive pluripotency
SBR-24h:TCTATACGTCCCGCAA,Naive pluripotency
SBR-24h:CTCCGATAGATCCGAG,Exiting naive pluripotency
SBR-24h:CGGGACTCACTGATTG,Exiting naive pluripotency
SBR-24h:TCGTAGAAGCACCCAC,Exiting naive pluripotency
SBR-24h:ATTCCATCACCTCTAC,Naive pluripotency
SBR-24h:CAGGCCAGTGAAAGTT,Naive pluripotency
SBR-24h:CGCATAATCGACACCG,Exiting naive pluripotency
SBR-24h:GAACTGTAGAGGCGGA,Naive pluripotency
SBR-24h:ATTACTCTCAGCTGTA,Exiting naive pluripotency
SBR-24h:GCTGGGTGTAACCAGG,Exiting naive pluripotency
SBR-24h:CAACGATAGCCTCTTC,Naive pluripotency
SBR-24h:CTTGAGACAGAGTTCT,Naive pluripotency
SBR-24h:CTTGAGAAGTGAGTGC,Exiting naive pluripotency
SBR-24h:ACTTTGTCATTGACCA,Naive pluripotency
SBR-24h:CACACAAAGGGCAATC,Naive pluripotency
SBR-24h:GGGTAGATCCGAGATT,Exiting naive pluripotency
SBR-24h:GACCCAGGTTGCCTAA,Exiting naive pluripotency
SBR-24h:TCCTGCAGTAGTGGCA,Exiting naive pluripotency
SBR-24h:ACTTCCGAGAAACACT,Naive pluripotency
SBR-24h:GTTCTATGTACTGCCG,Naive pluripotency
SBR-24h:ATGATCGGTGACCTGC,Naive pluripotency
SBR-24h:TGCGATACAGGGCTTC,Exiting naive pluripotency
SBR-24h:TGATTTCCAGGTCCCA,Naive pluripotency
SBR-24h:CCCGGAACACCCTCTA,Exiting naive pluripotency
SBR-24h:AGGGTTTTCTCCGAGG,Naive pluripotency
SBR-24h:TGTTCATGTAGACGGT,Exiting naive pluripotency
SBR-24h:TGTGTGACACATACGT,Exiting naive pluripotency
SBR-24h:CTGGTCTAGGCACAAC,Exiting naive pluripotency
SBR-24h:TAGGTACTCCGACAGC,Naive pluripotency
SBR-24h:TGCTTCGTCGAATGCT,Exiting naive pluripotency
SBR-24h:CAGATACTCTTACTGT,Exiting naive pluripotency
SBR-24h:ACTTAGGAGAACAAGG,Naive pluripotency
SBR-24h:GTCTTTATCCACACCT,Exiting naive pluripotency
SBR-24h:ACCTGAACAACCAACT,Naive pluripotency
SBR-24h:TCTGCCATCTCAGGCG,Exiting naive pluripotency
SBR-24h:ATACCGAAGTATAACG,Exiting naive pluripotency
SBR-24h:TGCTGAATCATCTACT,Exiting naive pluripotency
SBR-24h:GTAATCGAGATGCAGC,Naive pluripotency
SBR-24h:CCGGTAGGTCGCATTA,Exiting naive pluripotency
SBR-24h:TAAGCCATCTGAACGT,Exiting naive pluripotency
SBR-24h:GAGCTGCTCGCTCCTA,Exiting naive pluripotency
SBR-24h:TACGGGCTCAACCCGG,Naive pluripotency
SBR-24h:GCTGGGTAGCTGAGCA,Exiting naive pluripotency
SBR-24h:ACGTCCTGTCCTTGTC,Exiting naive pluripotency
SBR-24h:CATCGGGAGAAAGCGA,Naive pluripotency
SBR-24h:CCACGTTTCTTCGTAT,Exiting naive pluripotency
SBR-24h:AAATGGAGTCTAGGTT,Exiting naive pluripotency
SBR-24h:AGGTGTTCAGCTGTGC,Naive pluripotency
SBR-24h:ATGGAGGTCTCTTGCG,Naive pluripotency
SBR-24h:TGGATGTTCTCCTGAC,Naive pluripotency
SBR-24h:GTCGTAACAGCCCACA,Exiting naive pluripotency
SBR-24h:TATTGGGCAGGCGAAT,Exiting naive pluripotency
SBR-24h:TCTATACTCACGGGAA,Naive pluripotency
SBR-24h:TACCTGCTCTCCACTG,Exiting naive pluripotency
SBR-24h:GGTAATCCACTGGATT,Exiting naive pluripotency
SBR-24h:CGCGTGAGTGGAACCA,Exiting naive pluripotency
SBR-24h:TTCGCTGGTGCTGCAC,Exiting naive pluripotency
SBR-24h:TGTAGACTCAGTAGGG,Exiting naive pluripotency
SBR-24h:CATCGTCAGCCTAGGA,Exiting naive pluripotency
SBR-24h:GTAAGTCCACGTTGGC,Naive pluripotency
SBR-24h:ATTCATCAGTCTCCTC,Naive pluripotency
SBR-24h:GAAATGATCCGGTAGC,Exiting naive pluripotency
SBR-24h:GGAACCCTCGTGGCTG,Naive pluripotency
SBR-24h:CTTCTCTCAGATCACT,Exiting naive pluripotency
SBR-24h:TTCTCTCGTCAACCTA,Naive pluripotency
SBR-24h:TTTACGTCAAACTAAG,Naive pluripotency
SBR-24h:GTTACAGGTAAGAACT,Exiting naive pluripotency
SBR-24h:ACTACGACAGTCGGAA,Exiting naive pluripotency
SBR-24h:GGCTTTCGTCAAGTTC,Exiting naive pluripotency
SBR-24h:GATTTCTTCGGCTTCT,Exiting naive pluripotency
SBR-24h:CAACGATCATCGAGCC,Exiting naive pluripotency
SBR-24h:AGGGTGATCTCTTGCG,Naive pluripotency
SBR-24h:CACTAAGAGTCGGCAA,Naive pluripotency
SBR-24h:GTAGCTATCCCGAGAC,Naive pluripotency
SBR-24h:ATGTCTTGTCATGACT,Exiting naive pluripotency
SBR-24h:CATGCTCTCAACTACG,Exiting naive pluripotency
SBR-24h:TATTGGGTCTGCAGCG,Exiting naive pluripotency
SBR-24h:CTAAGTGCAATAGTGA,Exiting naive pluripotency
SBR-24h:CATCAAGTCGAGAGCA,Naive pluripotency
SBR-24h:ACGGTCGAGAAGGTAG,Exiting naive pluripotency
SBR-24h:CTGAGGCAGTAGGAAG,Exiting naive pluripotency
SBR-24h:TCTGGCTAGACAACTA,Exiting naive pluripotency
SBR-24h:GATCACAGTGTACATC,Exiting naive pluripotency
SBR-24h:GCAGCCACACAAGCAG,Exiting naive pluripotency
SBR-24h:TATACCTGTTGTAGCT,Naive pluripotency
SBR-24h:AGGGCTCCAATTCGTG,Naive pluripotency
SBR-24h:CTCAGAAAGAATCTAG,Naive pluripotency
SBR-24h:GGGACTCCAATGTTGC,Exiting naive pluripotency
SBR-24h:AGGACGATCCCTCATG,Naive pluripotency
SBR-24h:AACAACCTCTTTCCAA,Exiting naive pluripotency
SBR-24h:TCATTCACAGACTGCC,Exiting naive pluripotency
SBR-24h:TAGGGTTAGCCTCAGC,Naive pluripotency
SBR-24h:CAGATTGTCCCGAACG,Naive pluripotency
SBR-24h:AGGCTGCCACCCTATC,Naive pluripotency
SBR-24h:GAAGCGATCGCCAATA,Exiting naive pluripotency
SBR-24h:ACAACCATCGACCCAG,Naive pluripotency
SBR-24h:AGTCTCCAGTATTAGG,Exiting naive pluripotency
SBR-24h:TGCTTGCCATTGGCAT,Exiting naive pluripotency
SBR-24h:CGAAGTTCATGGGAAC,Exiting naive pluripotency
SBR-24h:CTACCCAGTAACAGTA,Naive pluripotency
SBR-24h:TAGGGTTTCTGAATGC,Naive pluripotency
SBR-24h:ACTGTGATCTGCACCT,Naive pluripotency
SBR-24h:GAATAGAGTAGCCCTG,Exiting naive pluripotency
SBR-24h:CACGTGGCAATCAGCT,Naive pluripotency
SBR-24h:AATTCCTAGACCAACG,Naive pluripotency
SBR-24h:AGGGTTTTCAGGAAGC,Exiting naive pluripotency
SBR-24h:CTGCATCAGTGGTTAA,Exiting naive pluripotency
SBR-24h:AGGAATAAGCTATCCA,Naive pluripotency
SBR-24h:TTGTTGTCATTGTACG,Exiting naive pluripotency
SBR-24h:CGAAGTTAGGTAGACC,Exiting naive pluripotency
SBR-24h:TGGAACTTCCATTGTT,Exiting naive pluripotency
SBR-24h:TGCACGGGTGGTCAAG,Naive pluripotency
SBR-24h:TAAGTCGGTGGTATGG,Exiting naive pluripotency
SBR-24h:TACTTCATCGTTCTGC,Naive pluripotency
SBR-24h:TCTATACCAGAACTCT,Exiting naive pluripotency
SBR-24h:ACGCACGAGGCACTCC,Naive pluripotency
SBR-24h:GTCATGAGTACGACTT,Exiting naive pluripotency
SBR-24h:TCTCAGCTCCGCAAAT,Exiting naive pluripotency
SBR-24h:GACACGCTCTTACGGA,Naive pluripotency
SBR-24h:CGTTAGAGTCATACCA,Naive pluripotency
SBR-24h:AATTTCCAGCATGCAG,Exiting naive pluripotency
SBR-24h:CCTGTTGGTTCGATTG,Naive pluripotency
SBR-24h:CATGCAAGTATTGGCT,Exiting naive pluripotency
SBR-24h:GTAGAAAAGATGTTCC,Exiting naive pluripotency
SBR-24h:TAACTTCAGAGGCGGA,Naive pluripotency
SBR-24h:TGAATCGTCAAGTAAG,Naive pluripotency
SBR-24h:TTTCACAGTGATGGCA,Naive pluripotency
SBR-24h:TGAACGTCAGTGGTGA,Exiting naive pluripotency
SBR-24h:AGGAAATTCGTGAGAG,Exiting naive pluripotency
SBR-24h:ATGGAGGTCATCGCCT,Naive pluripotency
SBR-24h:ATCCATTGTGGGACAT,Naive pluripotency
SBR-24h:GTCTACCAGATAGTCA,Exiting naive pluripotency
SBR-24h:TAAGTCGGTACGATTC,Exiting naive pluripotency
SBR-24h:CGAATTGCATAAGCGG,Exiting naive pluripotency
SBR-24h:AGTAGTCTCACGACTA,Naive pluripotency
SBR-24h:ATCACTTCACGACGCT,Naive pluripotency
SBR-24h:TTCCGTGAGCTTTCTT,Exiting naive pluripotency
SBR-24h:TGCACGGGTAGCTTGT,Exiting naive pluripotency
SBR-24h:TGTGTGAGTTCCTACC,Exiting naive pluripotency
SBR-24h:CGAGGAACACGACAAG,Exiting naive pluripotency
SBR-24h:CACAGGCAGTGTACCT,Exiting naive pluripotency
SBR-24h:ATGTCCCCATGGGAAC,Exiting naive pluripotency
SBR-24h:TGAACGTAGAACGTGC,Naive pluripotency
SBR-24h:GCATGATAGTCTGCAT,Naive pluripotency
SBR-24h:ACTATGGAGCATTTCG,Naive pluripotency
SBR-24h:CGCCAGAAGAGGCTGT,Exiting naive pluripotency
SBR-24h:TATCAGGAGAAGAACG,Naive pluripotency
SBR-24h:TCTTGCGCAAATCCCA,Exiting naive pluripotency
SBR-24h:GTTCTATGTTTAGACC,Naive pluripotency
SBR-24h:CCTGCATCACCTATCC,Naive pluripotency
SBR-24h:TAGGTACAGCTATCCA,Exiting naive pluripotency
SBR-24h:CTGGACGCAGGACATG,Naive pluripotency
SBR-24h:GTTATGGCAAAGCAAT,Naive pluripotency
SBR-24h:GGGTTATCACGTAGAG,Naive pluripotency
SBR-24h:ATCACGACACAGCTGC,Exiting naive pluripotency
SBR-24h:TATTCCAGTCTGTGAT,Naive pluripotency
SBR-24h:ATGCATGTCGGATTAC,Naive pluripotency
SBR-24h:ACACGCGAGAATTCAG,Exiting naive pluripotency
SBR-24h:CCCTCAACATGGAGAC,Naive pluripotency
SBR-24h:AGTACTGTCCTAGCGG,Exiting naive pluripotency
SBR-24h:AGACAGGGTAACGCGA,Naive pluripotency
SBR-24h:GATGGAGCAGAGACTG,Exiting naive pluripotency
SBR-24h:CGAGGCTAGGACGCAT,Naive pluripotency
SBR-24h:AACGTCAGTCCGATCG,Naive pluripotency
SBR-24h:CACACAATCTGCATAG,Naive pluripotency
SBR-24h:GGGCTCAGTAGTCTGT,Exiting naive pluripotency
SBR-24h:TGTCCCACAGGAGGAG,Exiting naive pluripotency
SBR-24h:TAGTGCAGTTGTGCCG,Naive pluripotency
SBR-24h:TGTCCCATCGGTTCAA,Naive pluripotency
SBR-24h:ATCAGGTGTCGAAACG,Exiting naive pluripotency
SBR-24h:GGGTTTACAAGACGGT,Naive pluripotency
SBR-24h:ATACTTCCAAGAGTAT,Naive pluripotency
SBR-24h:GTTACGAGTTGTAGCT,Naive pluripotency
SBR-24h:TGGGCGTCATTGTACG,Exiting naive pluripotency
SBR-24h:CGAGGAATCAGCGTCG,Exiting naive pluripotency
SBR-24h:TCAGCCTAGTCCGTCG,Naive pluripotency
SBR-24h:ACAGCCGAGCTATCCA,Naive pluripotency
SBR-24h:GAAGTAAAGATGCAGC,Naive pluripotency
SBR-24h:GATCCCTTCAACACCA,Exiting naive pluripotency
SBR-24h:AAGTACCAGTGATTCC,Exiting naive pluripotency
SBR-24h:TATACCTGTAGTAAGT,Exiting naive pluripotency
SBR-24h:CAGGTATGTTAGAGAT,Exiting naive pluripotency
SBR-24h:GAGTTACGTTCACCGG,Exiting naive pluripotency
SBR-24h:AGTAGTCCACGGATCC,Exiting naive pluripotency
SBR-24h:AAAGTGAGTGATAGAT,Naive pluripotency
SBR-24h:ACTTCGCGTCTCTCCA,Naive pluripotency
SBR-24h:GCAGCTGTCTCCGCAT,Exiting naive pluripotency
SBR-24h:CAGATTGAGTACTGGG,Naive pluripotency
SBR-24h:GGGTGAACAAGTGCAG,Exiting naive pluripotency
SBR-24h:GCGTTTCTCGGACCAC,Naive pluripotency
SBR-24h:ATGATCGTCCAACACA,Exiting naive pluripotency
SBR-24h:GGGCCATTCTATTGTC,Naive pluripotency
SBR-24h:ACATCCCGTGACCGAA,Naive pluripotency
SBR-24h:CGTAGTACAGAGAGGG,Exiting naive pluripotency
SBR-24h:GTTCCGTCAGAGTTCT,Exiting naive pluripotency
SBR-24h:CATACTTGTATCCTTT,Exiting naive pluripotency
SBR-24h:TTCTAACGTCATCCGG,Exiting naive pluripotency
SBR-24h:TTACCATCAACCGACC,Naive pluripotency
SBR-24h:AGACCATGTAGGAGTC,Naive pluripotency
SBR-24h:ACTATCTGTTATAGCC,Naive pluripotency
SBR-24h:CTCCCTCAGTGGACTG,Exiting naive pluripotency
SBR-24h:TACCGAATCACTTATC,Exiting naive pluripotency
SBR-24h:TTGCTGCCAACTCCAA,Naive pluripotency
SBR-24h:ATGAGGGGTGATTAGA,Exiting naive pluripotency
SBR-24h:TCGGGTGGTCATAGTC,Naive pluripotency
SBR-24h:CTGTAGAGTAGTCCTA,Exiting naive pluripotency
SBR-24h:GATAGAACAATTGGTC,Exiting naive pluripotency
SBR-24h:GTCCCATGTTAGGCTT,Exiting naive pluripotency
SBR-24h:GTGGAAGCACTACACA,Exiting naive pluripotency
SBR-24h:TAATTCCGTGAGAACC,Exiting naive pluripotency
SBR-24h:CGATGGCTCCAGTACA,Naive pluripotency
SBR-24h:AATGAAGCAGTCTCTC,Exiting naive pluripotency
SBR-24h:TGGAACTGTATGAAAC,Naive pluripotency
SBR-24h:TACCGAAGTAGTTCCA,Exiting naive pluripotency
SBR-24h:TCAGTCCGTAGTCTTG,Exiting naive pluripotency
SBR-24h:CATCGTCAGCGGACAT,Naive pluripotency
SBR-24h:AGTCATGTCTTTCGAT,Naive pluripotency
SBR-24h:TTCCAATCATAACTCG,Exiting naive pluripotency
SBR-24h:ACATCCCCAGAGCCCT,Naive pluripotency
SBR-24h:ATCATTCAGAGTTGAT,Naive pluripotency
SBR-24h:TGGGCTGCAACCAGAG,Naive pluripotency
SBR-24h:AGGGCTCAGGGTGGGA,Exiting naive pluripotency
SBR-24h:AGCGCCATCCGCACGA,Exiting naive pluripotency
SBR-24h:ACTACGAAGAAGCTGC,Exiting naive pluripotency
SBR-24h:ACTTCCGTCCGATAGT,Exiting naive pluripotency
SBR-24h:CCCTTAGAGGTTTACC,Naive pluripotency
SBR-24h:TATTGGGTCATAGGCT,Naive pluripotency
SBR-24h:TGAGGAGGTGATGAAT,Naive pluripotency
SBR-24h:GGAGATGCACCAGTTA,Naive pluripotency
SBR-24h:TTAGTCTAGGGATCAC,Exiting naive pluripotency
SBR-24h:CTGTCGTAGTAACGAT,Exiting naive pluripotency
SBR-24h:TGGAACTGTGACTGAG,Exiting naive pluripotency
SBR-24h:TGTTCTAAGGGAGGCA,Naive pluripotency
SBR-24h:GCTTTCGCATAGACTC,Exiting naive pluripotency
SBR-24h:AGACACTTCTTTCCAA,Naive pluripotency
SBR-24h:TTAGGGTGTCACTCGG,Exiting naive pluripotency
SBR-24h:CATTGAGAGGGCAGGA,Naive pluripotency
SBR-24h:CACCGTTCATGACGTT,Exiting naive pluripotency
SBR-24h:GCCATGGTCCGGACTG,Naive pluripotency
SBR-24h:ATGGATCGTAGAGATT,Exiting naive pluripotency
SBR-24h:TGCATGAAGTTGCGAG,Exiting naive pluripotency
SBR-24h:ATGACCAGTAGAATGT,Exiting naive pluripotency
SBR-24h:CTGCCTAAGAAGTGTT,Naive pluripotency
SBR-24h:CTAACTTAGTGGACGT,Naive pluripotency
SBR-24h:CTATCCGTCGCCAGAC,Naive pluripotency
SBR-24h:TCCTCGAGTGAAGCTG,Exiting naive pluripotency
SBR-24h:CTCCAACGTCATAGTC,Naive pluripotency
SBR-24h:AGCGCTGTCGGTGCAC,Exiting naive pluripotency
SBR-24h:TTTACGTTCCAATCCC,Naive pluripotency
SBR-24h:GGGACTCCACGTCGGT,Exiting naive pluripotency
SBR-24h:GCCAGCATCGACGATT,Naive pluripotency
SBR-24h:GGGTCTGTCCAGTACA,Exiting naive pluripotency
SBR-24h:CTCAATTGTCTTGCGG,Naive pluripotency
SBR-24h:CTCTCAGTCGCATAGT,Naive pluripotency
SBR-24h:GTGGGAACAGAGACTG,Naive pluripotency
SBR-24h:AGACCATTCGTCGACG,Exiting naive pluripotency
SBR-24h:GCGAGAAGTAGGCTGA,Naive pluripotency
SBR-24h:TGTGAGTTCTGACGCG,Naive pluripotency
SBR-24h:AACGGGACACAACGTT,Exiting naive pluripotency
SBR-24h:ACTACGATCAAATGAG,Naive pluripotency
SBR-24h:ACATGCATCTTGAGCA,Naive pluripotency
SBR-24h:CTACATTCATGCGGTC,Naive pluripotency
SBR-24h:AGACACTGTAGTTACC,Exiting naive pluripotency
SBR-24h:CGAGAAGAGACACACG,Naive pluripotency
SBR-24h:TACAGGTGTGTATACC,Exiting naive pluripotency
SBR-24h:AAGATAGTCCAATCTT,Naive pluripotency
SBR-24h:CTTCTAAGTGGTTTGT,Naive pluripotency
SBR-24h:GGATCTAGTGATTCAC,Exiting naive pluripotency
SBR-24h:CTCATCGAGTGTCATC,Naive pluripotency
SBR-24h:GGTGATTTCAAGCTGT,Exiting naive pluripotency
SBR-24h:CGGGTCAGTGAACTAA,Naive pluripotency
SBR-24h:TTACCGCCATATGAAG,Exiting naive pluripotency
SBR-24h:CCTTCAGAGGCTCTCG,Exiting naive pluripotency
SBR-24h:GTTGTCCTCCACGGGT,Exiting naive pluripotency
SBR-24h:AAAGGTATCCACACAA,Exiting naive pluripotency
SBR-24h:ACCATTTCAACCCTCT,Exiting naive pluripotency
SBR-24h:AGGTAGGGTTGCGGCT,Exiting naive pluripotency
SBR-24h:TTGAACGTCAAGTAAG,Exiting naive pluripotency
SBR-24h:CCCTAACTCTCAACGA,Exiting naive pluripotency
SBR-24h:TGTGGCGTCCACGAAT,Exiting naive pluripotency
SBR-24h:GTCGAATTCCGATAAC,Naive pluripotency
SBR-24h:CTTCCGACAATTAGGA,Exiting naive pluripotency
SBR-24h:CGGGCATGTCATAGTC,Naive pluripotency
SBR-24h:TTGGGATAGGGAGTGG,Exiting naive pluripotency
SBR-24h:AGAGCCCTCTTAATCC,Naive pluripotency
SBR-24h:ATTCATCGTAGTGCGA,Naive pluripotency
SBR-24h:ACGATGTTCAGTGATC,Naive pluripotency
SBR-24h:TCCTTTCGTAGGAGTC,Exiting naive pluripotency
SBR-24h:TTTCACACACTGCATA,Naive pluripotency
SBR-24h:GGCTGTGAGACTTGTC,Exiting naive pluripotency
SBR-24h:AGATCGTGTACCAGAG,Naive pluripotency
SBR-24h:CTTCAATCAATCGCGC,Naive pluripotency
SBR-24h:CTGTATTGTCCGGTGT,Exiting naive pluripotency
SBR-24h:TAGGTTGAGTAAGACT,Naive pluripotency
SBR-24h:AAAGGTAAGCCTGAGA,Naive pluripotency
SBR-24h:GTAGAAATCAAAGCCT,Naive pluripotency
SBR-24h:TGATCTTTCAGCTCTC,Exiting naive pluripotency
SBR-24h:TAACACGGTATGAGAT,Exiting naive pluripotency
SBR-24h:GTCCACTGTAACAGGC,Exiting naive pluripotency
SBR-24h:TACCTGCTCTCCTGTG,Naive pluripotency
SBR-24h:CTCCCAACAGCTACCG,Exiting naive pluripotency
SBR-24h:CGGGTGTGTCTGTGGC,Naive pluripotency
SBR-24h:CGCATAACACCCTATC,Exiting naive pluripotency
SBR-24h:ACACCAATCGGTCTAA,Exiting naive pluripotency
SBR-24h:CCGATCTGTTTGTTCT,Exiting naive pluripotency
SBR-24h:TCTCAGCCATGCACTA,Naive pluripotency
SBR-24h:CTACAGAGTTATCTGG,Exiting naive pluripotency
SBR-24h:TAATTCCTCATAGGCT,Exiting naive pluripotency
SBR-24h:GTCAGCGGTCTTGTCC,Exiting naive pluripotency
SBR-24h:TGTAACGAGCTTAAGA,Exiting naive pluripotency
SBR-24h:AGTAGTCAGAATTCAG,Exiting naive pluripotency
SBR-24h:TTCCTTCAGCCAGTAG,Naive pluripotency
SBR-24h:GGATCTATCCATCTGC,Naive pluripotency
SBR-24h:CGGGACTCATGACTGT,Exiting naive pluripotency
SBR-24h:TCCTCTTGTACTCGAT,Naive pluripotency
SBR-24h:ATACCTTAGAGCCTGA,Exiting naive pluripotency
SBR-24h:GATCGTATCTAAGCGT,Exiting naive pluripotency
SBR-24h:GAGGCAAAGGCATCAG,Naive pluripotency
SBR-24h:ACGTTCCCAGAGAGGG,Exiting naive pluripotency
SBR-24h:TACAGGTAGCTAGAGC,Naive pluripotency
SBR-24h:TGACGCGAGCTTAGTC,Exiting naive pluripotency
SBR-24h:AACCTGATCAGCGGAA,Naive pluripotency
SBR-24h:TATGTTCGTAGATCCT,Naive pluripotency
SBR-24h:TGTGTGACAAATGCTC,Exiting naive pluripotency
SBR-24h:TAGCACAAGGTTTGAA,Exiting naive pluripotency
SBR-24h:AATCGTGGTCAAAGCG,Exiting naive pluripotency
SBR-24h:GTTCATTTCGCTTACC,Exiting naive pluripotency
SBR-24h:GCACTAACATCGATCA,Naive pluripotency
SBR-24h:CCTAAGACACTAAACC,Exiting naive pluripotency
SBR-24h:CCCTCAATCAGTCTTT,Exiting naive pluripotency
SBR-24h:ATCACGACATGATCTG,Naive pluripotency
SBR-24h:CTTCCGACAACGTAAA,Naive pluripotency
SBR-24h:AAAGTGAAGAGTAACT,Naive pluripotency
SBR-24h:TTTCACAAGATGCTTC,Naive pluripotency
SBR-24h:GACCGTGAGTCCCAGC,Exiting naive pluripotency
SBR-24h:GCCCGAAGTGGCTGCT,Naive pluripotency
SBR-24h:GGAGATGGTAGTGTGG,Naive pluripotency
SBR-24h:GGGTCTGGTTTATGCG,Naive pluripotency
SBR-24h:ATCGATGTCCGCAAAT,Exiting naive pluripotency
SBR-24h:CCTAACCGTACGCTAT,Naive pluripotency
SBR-24h:ACACTGATCACGGGAA,Naive pluripotency
SBR-24h:TTGGGCGCAATACAGA,Exiting naive pluripotency
SBR-24h:GATCGTAAGATGTTGA,Naive pluripotency
SBR-24h:TCCTCCCCAAACGTGG,Naive pluripotency
SBR-24h:ATGGGAGGTAAGGCTG,Exiting naive pluripotency
SBR-24h:TGTTCCGTCGATGGAG,Exiting naive pluripotency
SBR-24h:TCTGCCATCGTCCATC,Exiting naive pluripotency
SBR-24h:GCGGAAACATACCAGT,Naive pluripotency
SBR-24h:CACCGTTCAGGTCTCG,Exiting naive pluripotency
SBR-24h:TACTGCCTCACCCTGT,Naive pluripotency
SBR-24h:AGGTCTAAGCTGTCCG,Naive pluripotency
SBR-24h:AGGGTGAAGGATCATA,Naive pluripotency
SBR-24h:TCTTTGAGTGTAACGG,Exiting naive pluripotency
SBR-24h:AGGTCATGTTCCTAAG,Naive pluripotency
SBR-24h:GCGGAAATCGACCACG,Exiting naive pluripotency
SBR-24h:CTGCCTACACAAGCCC,Naive pluripotency
SBR-24h:ATGGGAGAGCACTCGC,Exiting naive pluripotency
SBR-24h:TGGGAGAAGCGAGGAG,Exiting naive pluripotency
SBR-24h:TTTCGATGTCTCAGAT,Exiting naive pluripotency
SBR-24h:AAGGTAAAGTTGTAGA,Exiting naive pluripotency
SBR-24h:TGAGGAGCACGCGGTT,Exiting naive pluripotency
SBR-24h:GTTACAGAGCTACAAA,Exiting naive pluripotency
SBR-24h:ATCGTAGGTGTTTCTT,Naive pluripotency
SBR-24h:TGGGCTGGTAAGTAGT,Exiting naive pluripotency
SBR-24h:AGTCACAAGGAAGTGA,Exiting naive pluripotency
SBR-24h:TAACACGTCAGAATAG,Exiting naive pluripotency
SBR-24h:ATGGAGGAGGCATCAG,Naive pluripotency
SBR-24h:GTAAGTCGTCTAGATC,Naive pluripotency
SBR-24h:AGTGATCTCAGTCTTT,Naive pluripotency
SBR-24h:GTGTGGCAGCACCGAA,Exiting naive pluripotency
SBR-24h:ACACCAATCCTGTACC,Naive pluripotency
SBR-24h:AGAAGTAAGTAGGGTC,Naive pluripotency
SBR-24h:GCTTGGGAGGTGATAT,Exiting naive pluripotency
SBR-24h:TCAGGGCTCCACTGAA,Exiting naive pluripotency
SBR-24h:CCGATCTCACGGATCC,Exiting naive pluripotency
SBR-24h:TGCTGAATCCTTGGAA,Naive pluripotency
SBR-24h:CTTCTCTGTGTACATC,Exiting naive pluripotency
SBR-24h:AGAAGTAGTCTCGGGT,Naive pluripotency
SBR-24h:GTAACCAGTTCTGACA,Naive pluripotency
SBR-24h:GATAGAACATGGCACC,Naive pluripotency
SBR-24h:TGGGATTTCATTTACC,Naive pluripotency
SBR-24h:ACCTACCTCGGAAGGT,Naive pluripotency
SBR-24h:TGATCAGTCCGATCTC,Naive pluripotency
SBR-24h:CGTCCATCATCGCCTT,Naive pluripotency
SBR-24h:ATTCTTGCAGAGACTG,Exiting naive pluripotency
SBR-24h:CCTAAGAGTATGAAAC,Naive pluripotency
SBR-24h:TACCCGTGTATTTCCT,Naive pluripotency
SBR-24h:GGATGTTGTGACTGAG,Exiting naive pluripotency
SBR-24h:TTCACCGTCCGTAATG,Exiting naive pluripotency
SBR-24h:GTTCCGTAGATGCAGC,Exiting naive pluripotency
SBR-24h:CGACAGCGTGCCTTCT,Naive pluripotency
SBR-24h:GAAACCTCAACGCATT,Naive pluripotency
SBR-24h:CTATCCGAGGGAGGGT,Exiting naive pluripotency
SBR-24h:AGGGCTCCAACCGTAT,Naive pluripotency
SBR-24h:TCATACTGTTTGTGGT,Naive pluripotency
SBR-24h:AGAAATGCACGTATAC,Exiting naive pluripotency
SBR-24h:GATTGGTGTGGGTATG,Naive pluripotency
SBR-24h:GTGGGAATCCGTGGCA,Exiting naive pluripotency
SBR-24h:GTCACTCAGTTGCGAG,Naive pluripotency
SBR-24h:CACTGAAGTCAAAGCG,Exiting naive pluripotency
SBR-24h:AAGCGAGCAGCCTTCT,Naive pluripotency
SBR-24h:GCCAGTGCACGATTCA,Exiting naive pluripotency
SBR-24h:AGGGTTTAGATGTTCC,Exiting naive pluripotency
SBR-24h:TCAGGGCAGTTGTAAG,Naive pluripotency
SBR-24h:CTGAATGTCTCCTACG,Naive pluripotency
SBR-24h:TATTCCATCGAATCCA,Exiting naive pluripotency
SBR-24h:GGAAGTGGTTGTTTGG,Naive pluripotency
SBR-24h:CTCAGTCGTATCAGCT,Naive pluripotency
SBR-24h:AAACGCTCACCTATCC,Naive pluripotency
SBR-24h:CAGCAGCTCACCTCGT,Naive pluripotency
SBR-24h:GTGCGTGAGGCAGGGA,Exiting naive pluripotency
SBR-24h:GGGCGTTGTCTGCGCA,Exiting naive pluripotency
SBR-24h:GCTGCAGAGACTAAGT,Exiting naive pluripotency
SBR-24h:AGCGCTGGTGATAGTA,Exiting naive pluripotency
SBR-24h:AATTCCTGTCTGATAC,Exiting naive pluripotency
SBR-24h:AATCGTGGTTGGGACA,Exiting naive pluripotency
SBR-24h:AATCGACAGGGCCTCT,Naive pluripotency
SBR-24h:CTCATCGTCTCACTCG,Naive pluripotency
SBR-24h:ACCTGTCAGAGAGGGC,Exiting naive pluripotency
SBR-24h:AGGATCTAGCGCTGCT,Naive pluripotency
SBR-24h:TTCACGCCAACGGCCT,Naive pluripotency
SBR-24h:CTCTGGTGTATGCTTG,Exiting naive pluripotency
SBR-24h:GTGTTAGCAAGCGCAA,Exiting naive pluripotency
SBR-24h:GGTGTCGGTTTCGTAG,Exiting naive pluripotency
SBR-24h:CATTTCAAGAGCTGCA,Exiting naive pluripotency
SBR-24h:CCCTAACGTGGGAGAG,Exiting naive pluripotency
SBR-24h:AGAAGTAAGAGCACTG,Naive pluripotency
SBR-24h:GGTGAAGCAAGCACAG,Naive pluripotency
SBR-24h:CTTGATTAGTTCGCAT,Naive pluripotency
SBR-24h:CTGTACCTCAAACGTC,Exiting naive pluripotency
SBR-24h:TGGGCGTAGACCCGCT,Naive pluripotency
SBR-24h:ATCGATGCACGTAACT,Exiting naive pluripotency
SBR-24h:CATCGCTAGGTATAGT,Naive pluripotency
SBR-24h:CTCATCGGTTAGGGTG,Naive pluripotency
SBR-24h:CGTTGGGCACGCGGTT,Exiting naive pluripotency
SBR-24h:ATGGTTGCACCCGTAG,Exiting naive pluripotency
SBR-24h:TCTGTCGGTTGAGAGC,Naive pluripotency
SBR-24h:GGGTGAATCTCTGACC,Naive pluripotency
SBR-24h:TACTTCATCTGCCTGT,Naive pluripotency
SBR-24h:TGAATCGAGCAGATAT,Exiting naive pluripotency
SBR-24h:ACTTCCGCATACGCAT,Exiting naive pluripotency
SBR-24h:GATGAGGTCTTCTTCC,Exiting naive pluripotency
SBR-24h:ATGGGTTTCAAGTAAG,Naive pluripotency
SBR-24h:ACGTAACGTACTCGAT,Naive pluripotency
SBR-24h:CACCGTTGTAAGCAAT,Exiting naive pluripotency
SBR-24h:TGGAACTCATAAGCGG,Exiting naive pluripotency
SBR-24h:CAGATACAGTGCCAGA,Naive pluripotency
SBR-24h:AGCTTCCAGTTAACAG,Naive pluripotency
SBR-24h:TGTAAGCAGAGTCACG,Exiting naive pluripotency
SBR-24h:TACTGCCAGATTGATG,Exiting naive pluripotency
SBR-24h:TGGGTTACACCCAACG,Naive pluripotency
SBR-24h:AGATGCTCAGTTGTCA,Exiting naive pluripotency
SBR-24h:ATGGAGGCAACAAGTA,Exiting naive pluripotency
SBR-24h:GAGACTTTCGTGACTA,Exiting naive pluripotency
SBR-24h:GACCCAGGTTTCGTAG,Exiting naive pluripotency
SBR-24h:CTTTCGGGTTGTACGT,Exiting naive pluripotency
SBR-24h:TCCCAGTGTGTATACC,Exiting naive pluripotency
SBR-24h:TACTTGTAGTCCCGAC,Naive pluripotency
SBR-24h:TGATCAGGTTACCTTT,Exiting naive pluripotency
SBR-24h:GTAACACAGTGAGGCT,Naive pluripotency
SBR-24h:GGCTTGGGTTAAACCC,Naive pluripotency
SBR-24h:TTACAGGAGTCGGGAT,Naive pluripotency
SBR-24h:CAAAGAAGTTTACCAG,Exiting naive pluripotency
SBR-24h:CTGCCATAGTAAAGCT,Naive pluripotency
SBR-24h:TTCTAACTCAATGTCG,Naive pluripotency
SBR-24h:TGGTTAGAGGATACAT,Exiting naive pluripotency
SBR-24h:GCGGAAAGTTGTGCAT,Naive pluripotency
SBR-24h:ATCGGATGTACTAAGA,Naive pluripotency
SBR-24h:GTGCTTCGTCTCAGGC,Exiting naive pluripotency
SBR-24h:ATCACTTAGGTGCTTT,Exiting naive pluripotency
SBR-24h:TACGGTATCACTCTTA,Naive pluripotency
SBR-24h:GGGTTTAAGAAGGATG,Exiting naive pluripotency
SBR-24h:CGTGTCTAGCGCCTCA,Naive pluripotency
SBR-24h:TCTCCGAAGCTGCCTG,Naive pluripotency
SBR-24h:GTTCATTGTGGCTACC,Naive pluripotency
SBR-24h:GAGTCTAAGACCATGG,Exiting naive pluripotency
SBR-24h:AATCACGCAGTCAGTT,Naive pluripotency
SBR-24h:GTCACTCGTCCGTTTC,Exiting naive pluripotency
SBR-24h:TCTTGCGCAACACGAG,Exiting naive pluripotency
SBR-24h:GCTGGGTGTCAGTCGC,Naive pluripotency
SBR-24h:CCTTTGGTCGCTCCTA,Exiting naive pluripotency
SBR-24h:GCGATCGTCTCAAAGC,Naive pluripotency
SBR-24h:TGGATGTGTTTGATCG,Exiting naive pluripotency
SBR-24h:AAACGAAGTAGAGGAA,Naive pluripotency
SBR-24h:GTGCAGCCACCCTGTT,Exiting naive pluripotency
SBR-24h:CAATGACAGAGGTATT,Naive pluripotency
SBR-24h:AGTAGTCAGTGCAGGT,Exiting naive pluripotency
SBR-24h:ATTTACCTCCGCTGTT,Naive pluripotency
SBR-24h:ATGGGTTGTGCCTACG,Naive pluripotency
SBR-24h:CAATACGGTGTCCACG,Naive pluripotency
SBR-24h:TGATGCACATGACGAG,Naive pluripotency
SBR-24h:GTATTGGGTATACAGA,Naive pluripotency
SBR-24h:TCTCACGTCCGTTTCG,Naive pluripotency
SBR-24h:CAAGCTATCGTAACAC,Exiting naive pluripotency
SBR-24h:CAACGATCAGTTCCAA,Naive pluripotency
SBR-24h:TATTTCGGTGGCTGAA,Naive pluripotency
SBR-24h:CCTCTAGAGAGCAGCT,Exiting naive pluripotency
SBR-24h:CATGGTAAGATGAAGG,Exiting naive pluripotency
SBR-24h:AGGGCTCGTAGAATAC,Naive pluripotency
SBR-24h:TCCATCGGTAGTGTGG,Naive pluripotency
SBR-24h:GCTTCACTCTTTCCAA,Exiting naive pluripotency
SBR-24h:ACTCTCGGTACTAAGA,Exiting naive pluripotency
SBR-24h:ATTGTTCTCACATACG,Naive pluripotency
SBR-24h:CGCCAGAGTGTGTGTT,Naive pluripotency
SBR-24h:CCTTGTGTCAGGAGAC,Exiting naive pluripotency
SBR-24h:ATCATTCGTATGTCCA,Naive pluripotency
SBR-24h:TGATTCTAGGCTCTCG,Naive pluripotency
SBR-24h:GTGTGGCTCTCATGGA,Exiting naive pluripotency
SBR-24h:GTCATGAGTTGACTGT,Naive pluripotency
SBR-24h:GTACAACGTTGTGTAC,Exiting naive pluripotency
SBR-24h:GTCAGCGGTGGGTTGA,Naive pluripotency
SBR-24h:CAACCTCGTTTACGTG,Exiting naive pluripotency
SBR-24h:TCATTCACAGAACGCA,Exiting naive pluripotency
SBR-24h:AGTCAACCAAACCGGA,Naive pluripotency
SBR-24h:CAGGTATTCGGTAGGA,Naive pluripotency
SBR-24h:CAAGAGGGTGGGTTGA,Exiting naive pluripotency
SBR-24h:CGCGTGAGTTTCGTTT,Naive pluripotency
SBR-24h:AATGAAGAGCTAGCCC,Naive pluripotency
SBR-24h:TCATGGACACGTAACT,Exiting naive pluripotency
SBR-24h:GGCTTGGAGGACAGCT,Naive pluripotency
SBR-24h:CAGCAGCAGGCCATAG,Exiting naive pluripotency
SBR-24h:CGTTGGGAGTGCTCAT,Exiting naive pluripotency
SBR-24h:AGGGCTCGTTCAAACC,Exiting naive pluripotency
SBR-24h:AACAAGAGTATTAAGG,Exiting naive pluripotency
SBR-24h:TGAGACTCACAAGTGG,Exiting naive pluripotency
SBR-24h:ATCATTCTCAGAATAG,Exiting naive pluripotency
SBR-24h:GTTACGATCTCCAAGA,Naive pluripotency
SBR-24h:CGTGAATTCACGTAGT,Naive pluripotency
SBR-24h:ATACCGATCTAAGAAG,Exiting naive pluripotency
SBR-24h:CCAAGCGCACGGTAGA,Naive pluripotency
SBR-24h:GGACGTCGTCGCTTAA,Naive pluripotency
SBR-24h:CATTCCGCATTGCCTC,Exiting naive pluripotency
SBR-24h:TAGGTACGTAGCGTAG,Naive pluripotency
SBR-24h:AAGCCATTCTCTGACC,Naive pluripotency
SBR-24h:TGTGTGAAGGGAGGGT,Exiting naive pluripotency
SBR-24h:GCGAGAATCAGCACCG,Exiting naive pluripotency
SBR-24h:GTCCCATGTCAAGTTC,Naive pluripotency
SBR-24h:TCAGCCTCAACTTCTT,Exiting naive pluripotency
SBR-24h:TGTTCATAGCACAAAT,Exiting naive pluripotency
SBR-24h:TGATGCATCTTAGCAG,Naive pluripotency
SBR-24h:AAGACTCAGGGAGGCA,Naive pluripotency
SBR-24h:GAAGCGATCTGTCGCT,Exiting naive pluripotency
SBR-24h:GGGAGATAGCGCGTTC,Naive pluripotency
SBR-24h:CTACAGACACTACGGC,Naive pluripotency
SBR-24h:ATGATCGGTGCTCTTC,Naive pluripotency
SBR-24h:GGGAAGTCAGCCTTCT,Exiting naive pluripotency
SBR-24h:CAGCAATTCTTCGGTC,Exiting naive pluripotency
SBR-24h:TATTGCTCATCTTCGC,Exiting naive pluripotency
SBR-24h:GTGTTCCAGCCGATTT,Exiting naive pluripotency
SBR-24h:GATGATCAGAAGGGAT,Naive pluripotency
SBR-24h:TGTCCACCAAGTATAG,Naive pluripotency
SBR-24h:GTCATTTAGTAGGAAG,Exiting naive pluripotency
SBR-24h:CATACAGGTCTACTGA,Naive pluripotency
SBR-24h:AAAGAACCAGTTGCGC,Naive pluripotency
SBR-24h:TGGAGGAAGGCTTAGG,Exiting naive pluripotency
SBR-24h:TGTGATGTCTCTATGT,Exiting naive pluripotency
SBR-24h:GTCGCGAGTAAGTCAA,Exiting naive pluripotency
SBR-24h:AACAACCCAAATTGCC,Naive pluripotency
SBR-24h:CACTGAAGTTGTCTAG,Exiting naive pluripotency
SBR-24h:TCGGTCTGTGGTTTGT,Exiting naive pluripotency
SBR-24h:TCATTTGGTGAACGGT,Naive pluripotency
SBR-24h:TATTGGGAGGCACGAT,Exiting naive pluripotency
SBR-24h:ATTGGGTTCGCTGCGA,Exiting naive pluripotency
SBR-24h:GGAATCTCATATGCGT,Naive pluripotency
SBR-24h:TTACAGGCATGACGGA,Naive pluripotency
SBR-24h:GTAGATCGTACAGGTG,Exiting naive pluripotency
SBR-24h:GTTCATTGTTACCCAA,Naive pluripotency
SBR-24h:GGATCTATCTATGTGG,Naive pluripotency
SBR-24h:AAACGCTGTTATCTGG,Exiting naive pluripotency
SBR-24h:ACATGCATCTTTGCTA,Exiting naive pluripotency
SBR-24h:CATTCTAGTCAGGTGA,Exiting naive pluripotency
SBR-24h:ATGAGTCCATCTCAAG,Naive pluripotency
SBR-24h:CACAGATGTCTTGAGT,Exiting naive pluripotency
SBR-24h:GGACGTCAGCTGTCCG,Naive pluripotency
SBR-24h:TCTTAGTGTCGTTATG,Exiting naive pluripotency
SBR-24h:GAGTCATGTCGGCCTA,Naive pluripotency
SBR-24h:AGATGCTCAATCTCTT,Exiting naive pluripotency
SBR-24h:TTACAGGAGTCCCAAT,Exiting naive pluripotency
SBR-24h:GCCTGTTTCGCAATTG,Naive pluripotency
SBR-24h:CCGTAGGGTATGAAAC,Exiting naive pluripotency
SBR-24h:TATACCTCAGGAGACT,Naive pluripotency
SBR-24h:GTGTCCTTCTTCTCAA,Naive pluripotency
SBR-24h:AATGCCACAATACGCT,Exiting naive pluripotency
SBR-24h:GGAACCCGTTCAATCG,Naive pluripotency
SBR-24h:TGTACAGCACGTCTCT,Naive pluripotency
SBR-24h:AGGGTGAAGATTGATG,Exiting naive pluripotency
SBR-24h:AGAACAACATGACGGA,Naive pluripotency
SBR-24h:ACATCGAAGGTGCTAG,Naive pluripotency
SBR-24h:TGTTCATCAATTGCAC,Naive pluripotency
SBR-24h:AGCTCAAAGCTTCGTA,Naive pluripotency
SBR-24h:TCCACGTCAGGCACAA,Exiting naive pluripotency
SBR-24h:CGAAGTTCATCTTTCA,Naive pluripotency
SBR-24h:AAGACAAGTACCTAGT,Naive pluripotency
SBR-24h:TAAGTCGCACGGAAGT,Exiting naive pluripotency
SBR-24h:AATGGCTGTACTAGCT,Naive pluripotency
SBR-24h:ATCGCCTTCTGAGGCC,Naive pluripotency
SBR-24h:TTGGGTAAGATTGGGC,Exiting naive pluripotency
SBR-24h:TCACATTCATAACGGG,Naive pluripotency
SBR-24h:ATTCAGGAGTTGCATC,Exiting naive pluripotency
SBR-24h:CGTCAAAGTATTGAGA,Exiting naive pluripotency
SBR-24h:TGAGGTTCATCCTGTC,Exiting naive pluripotency
SBR-24h:ATGGTTGAGCTTGTTG,Naive pluripotency
SBR-24h:TTGGGCGTCTCGCTTG,Naive pluripotency
SBR-24h:CATCAAGAGGTTACCT,Naive pluripotency
SBR-24h:TATTGCTCAATAGTGA,Exiting naive pluripotency
SBR-24h:AGGTTGTAGTGCACAG,Naive pluripotency
SBR-24h:CGTCAAACAAATGGCG,Naive pluripotency
SBR-24h:CAGGTATCAAAGCACG,Exiting naive pluripotency
SBR-24h:GTTATGGAGGAATGTT,Exiting naive pluripotency
SBR-24h:TACCTGCTCGGACGTC,Naive pluripotency
SBR-24h:GTTAGTGAGAAACTCA,Exiting naive pluripotency
SBR-24h:GCGATCGCACTTACAG,Exiting naive pluripotency
SBR-24h:ACAGAAATCTCCTGCA,Naive pluripotency
SBR-24h:CGATGGCTCCCTCATG,Exiting naive pluripotency
SBR-24h:CTCCCTCCAATTGCAC,Exiting naive pluripotency
SBR-24h:TACCGGGTCATTCACT,Exiting naive pluripotency
SBR-24h:TGAGGTTCATTCTCTA,Exiting naive pluripotency
SBR-24h:GAGTCTACACTATCGA,Naive pluripotency
SBR-24h:AAGTACCCAAGAGTTA,Naive pluripotency
SBR-24h:TGTTCATGTTGTGTTG,Naive pluripotency
SBR-24h:GACGTTATCAGACATC,Naive pluripotency
SBR-24h:GCCATTCGTGCAATAA,Naive pluripotency
SBR-24h:AACCATGGTTTCGTGA,Exiting naive pluripotency
SBR-24h:CATGCGGAGCCTGACC,Exiting naive pluripotency
SBR-24h:GCAACCGAGGCACTCC,Naive pluripotency
SBR-24h:GAACGTTAGGTTGAGC,Naive pluripotency
SBR-24h:ATCGGATAGTCAGGGT,Exiting naive pluripotency
SBR-24h:TCTGTCGCAGCGTTGC,Naive pluripotency
SBR-24h:AGTTAGCCATGGGCAA,Naive pluripotency
SBR-24h:TGGGTTAGTCGGCTAC,Naive pluripotency
SBR-24h:GCCAGGTGTGTTCAGT,Naive pluripotency
SBR-24h:TTGGGCGCAATGCTCA,Naive pluripotency
SBR-24h:TCCAGAATCCACACAA,Exiting naive pluripotency
SBR-24h:TGAGCATAGCTTTCTT,Naive pluripotency
SBR-24h:TTCTTCCCAGGTATGG,Exiting naive pluripotency
SBR-24h:CGAGTTACAGAGTGAC,Naive pluripotency
SBR-24h:AAGTTCGTCATGAGGG,Naive pluripotency
SBR-24h:CCGTGAGCAGACCAAG,Naive pluripotency
SBR-24h:AGGTTGTGTACGTAGG,Exiting naive pluripotency
SBR-24h:CGCCAGAGTATTGACC,Naive pluripotency
SBR-24h:TTCATGTCAACCGTAT,Exiting naive pluripotency
SBR-24h:CTACCTGGTGTTGACT,Naive pluripotency
SBR-24h:CATCCCAAGGTACTGG,Naive pluripotency
SBR-24h:AGACCCGTCGCGTGAC,Naive pluripotency
SBR-24h:CATCGTCGTCGTAATC,Naive pluripotency
SBR-24h:CGCATAACAATAGTGA,Naive pluripotency
SBR-24h:GGTCTGGGTCAGACGA,Naive pluripotency
SBR-24h:GAGGCAAAGGGCCAAT,Naive pluripotency
SBR-24h:TGAATGCAGCAACAAT,Naive pluripotency
SBR-24h:GGGTGTCCACCGTGGT,Naive pluripotency
SBR-24h:TTGTGTTGTGGTCCGT,Naive pluripotency
SBR-24h:GACTCTCCAGTGCGCT,Naive pluripotency
SBR-24h:TTGTGGACATATACCG,Exiting naive pluripotency
SBR-24h:AGAGAGCCACGCAAAG,Exiting naive pluripotency
SBR-24h:TGAGTCAAGTACTGTC,Exiting naive pluripotency
SBR-24h:TCTTGCGGTCGCCACA,Naive pluripotency
SBR-24h:GTAGTACAGGGCAACT,Naive pluripotency
SBR-24h:CTTCCTTTCCTGTAGA,Naive pluripotency
SBR-24h:TAAGCGTGTTGGTACT,Exiting naive pluripotency
SBR-24h:TAGTGCACAGAAGCGT,Naive pluripotency
SBR-24h:TATGTTCGTCCATACA,Naive pluripotency
SBR-24h:TACCGAAAGATCCGAG,Exiting naive pluripotency
SBR-24h:GTGAGCCCATCATCCC,Naive pluripotency
SBR-24h:CGGAATTCATGACTCA,Naive pluripotency
SBR-24h:TGAGCGCGTGGCCACT,Exiting naive pluripotency
SBR-24h:AATCACGCATTCTTCA,Naive pluripotency
SBR-24h:AGGGTCCTCGACCAAT,Naive pluripotency
SBR-24h:TCGCTTGGTGCTAGCC,Naive pluripotency
SBR-24h:GACCCAGTCCCAAGCG,Naive pluripotency
SBR-24h:CGGCAGTGTATCAAGA,Naive pluripotency
SBR-24h:TGGGCTGCACGTGAGA,Exiting naive pluripotency
SBR-24h:TCGATTTCAACGCATT,Exiting naive pluripotency
SBR-24h:CTACATTCACTAGGTT,Exiting naive pluripotency
SBR-24h:GGGAAGTAGCCAAGTG,Naive pluripotency
SBR-24h:TACCCGTCAGATTAAG,Naive pluripotency
SBR-24h:CTGCATCAGTCATACC,Naive pluripotency
SBR-24h:ATCGTCCTCATGAAAG,Exiting naive pluripotency
SBR-24h:CTCCAACAGTGTTGTC,Naive pluripotency
SBR-24h:CAACAACAGAACCCGA,Exiting naive pluripotency
SBR-24h:CTGATCCCACACACGC,Naive pluripotency
SBR-24h:CTGGTCTGTGTAACGG,Exiting naive pluripotency
SBR-24h:TCCCATGCAGTCTCTC,Naive pluripotency
SBR-24h:TCAAGACAGGTTAGTA,Naive pluripotency
SBR-24h:GTGAGGATCGTGGGTC,Exiting naive pluripotency
SBR-24h:TTACAGGTCATTGAGC,Naive pluripotency
SBR-24h:TGCGACGGTCCGATCG,Naive pluripotency
SBR-24h:GACTCTCAGTTGAAAC,Exiting naive pluripotency
SBR-24h:TCTTCCTGTCGTCAGC,Naive pluripotency
SBR-24h:GAGAGGTTCAGAACCT,Naive pluripotency
SBR-24h:CCATAAGGTATTGACC,Naive pluripotency
SBR-24h:TTCGGTCTCTCGCCTA,Exiting naive pluripotency
SBR-24h:GATAGCTTCGCAGTTA,Exiting naive pluripotency
SBR-24h:CTTCTAAAGCGGACAT,Exiting naive pluripotency
SBR-24h:GAAGCGACAATCAGCT,Exiting naive pluripotency
SBR-24h:ATTCGTTTCTAACGGT,Exiting naive pluripotency
SBR-24h:GTCCACTAGTGGAAGA,Exiting naive pluripotency
SBR-24h:CATCGTCGTATGAAGT,Naive pluripotency
SBR-24h:TTCCGGTCAATCTCTT,Naive pluripotency
SBR-24h:TGTGGCGAGTGCTCGC,Naive pluripotency
SBR-24h:CATCCCATCGTAGGAG,Exiting naive pluripotency
SBR-24h:GGTGGCTAGCCTTTCC,Exiting naive pluripotency
SBR-24h:CATCCACCAGTTGAAA,Exiting naive pluripotency
SBR-24h:CACAACACACTGTGAT,Naive pluripotency
SBR-24h:CGTGCTTTCGAGTCCG,Exiting naive pluripotency
SBR-24h:TCTCTGGCATCGGAAG,Exiting naive pluripotency
SBR-24h:TGTAACGTCATCGCAA,Exiting naive pluripotency
SBR-24h:TGGAGAGTCACTACGA,Exiting naive pluripotency
SBR-24h:CTCCCTCTCGCAGTTA,Naive pluripotency
SBR-24h:GTGTTAGAGTGCGACA,Exiting naive pluripotency
SBR-24h:CTGAGGCTCCGGCAAC,Exiting naive pluripotency
SBR-24h:TCCATCGAGCTGTGCC,Naive pluripotency
SBR-24h:TGCTGAAGTTATAGCC,Naive pluripotency
SBR-24h:CTGTGGGAGCTGGAGT,Exiting naive pluripotency
SBR-24h:TTTCATGCACGTCGTG,Naive pluripotency
SBR-24h:ATTCTTGGTATCTTCT,Naive pluripotency
SBR-24h:AGTTCCCAGAAACTCA,Naive pluripotency
SBR-24h:AGGTCATGTCAACATC,Naive pluripotency
SBR-24h:GTTACGAGTAGGCAGT,Exiting naive pluripotency
SBR-24h:CAGGCCAAGTAAGACT,Exiting naive pluripotency
SBR-24h:TCAGTCCCAGGTCTCG,Exiting naive pluripotency
SBR-24h:GTCCTCAGTCGCTGCA,Naive pluripotency
SBR-24h:ACAAGCTTCTCGACCT,Naive pluripotency
SBR-24h:CTGGTCTGTAGTCACT,Exiting naive pluripotency
SBR-24h:TAATCTCCAATAGGGC,Exiting naive pluripotency
SBR-24h:GCTTCACTCCAATCTT,Naive pluripotency
SBR-24h:ATTTCTGCAGTCGGTC,Naive pluripotency
SBR-24h:CTGTACCTCGGTGAAG,Naive pluripotency
SBR-24h:TAACCAGCACGGTAGA,Exiting naive pluripotency
SBR-24h:TATATCCTCAAGTGTC,Naive pluripotency
SBR-24h:GACGCTGAGGTTGCCC,Naive pluripotency
SBR-24h:GTGAGCCCACATTCTT,Exiting naive pluripotency
SBR-24h:GTGATGTCAACACAAA,Exiting naive pluripotency
SBR-24h:TGTGTGATCATTACTC,Naive pluripotency
SBR-24h:TCTACCGTCTCGTTTA,Naive pluripotency
SBR-24h:AGACTCAAGGGATCTG,Exiting naive pluripotency
SBR-24h:TATCAGGAGGATACAT,Exiting naive pluripotency
SBR-24h:CTGATCCCATGTTTGG,Naive pluripotency
SBR-24h:CCGCAAGTCACAGTGT,Zscan4+ Artefact
SBR-24h:TTTCATGGTAGTCTTG,Exiting naive pluripotency
SBR-24h:GTCTACCCACGACGCT,Exiting naive pluripotency
SBR-24h:CTGCAGGAGAGAGCAA,Naive pluripotency
SBR-24h:GTAGAGGTCAGTGCGC,Exiting naive pluripotency
SBR-24h:GTCTCACCACTCCGGA,Naive pluripotency
SBR-24h:AACGAAATCAAACGTC,Exiting naive pluripotency
SBR-24h:TCATGCCTCCTGCCAT,Exiting naive pluripotency
SBR-24h:CTACGGGCAGACGATG,Exiting naive pluripotency
SBR-24h:GACCTTCGTGGGTCAA,Exiting naive pluripotency
SBR-24h:TACGTCCCAGGTGGAT,Exiting naive pluripotency
SBR-24h:TGGAGAGCAAGATGGC,Exiting naive pluripotency
SBR-24h:CTGTAGACACATTCTT,Exiting naive pluripotency
SBR-24h:GATGATCAGGTCGTGA,Exiting naive pluripotency
SBR-24h:TCCACGTTCCACGTCT,Exiting naive pluripotency
SBR-24h:AGTCATGGTTGTGGAG,Exiting naive pluripotency
SBR-24h:TGTCCACGTATCGCTA,Naive pluripotency
SBR-24h:CGAAGGAAGTACTCGT,Naive pluripotency
SBR-24h:GGGTCTGCAGAGTGAC,Naive pluripotency
SBR-24h:CTGCCATGTGGTGATG,Exiting naive pluripotency
SBR-24h:ATAGGCTGTCGCATGC,Exiting naive pluripotency
SBR-24h:AACGGGAGTGAGCCAA,Exiting naive pluripotency
SBR-24h:GGTTCTCCACAGTGTT,Naive pluripotency
SBR-24h:GTCTGTCAGACTCCGC,Exiting naive pluripotency
SBR-24h:GAGGCAATCTTCCAGC,Naive pluripotency
SBR-24h:GCGGATCAGCCATATC,Exiting naive pluripotency
SBR-24h:GTTGTAGGTTAGGCCC,Exiting naive pluripotency
SBR-24h:GGGAAGTAGCGACATG,Naive pluripotency
SBR-24h:CATCCCAAGTTAACGA,Naive pluripotency
SBR-24h:GTGCGTGTCATGAGTC,Naive pluripotency
SBR-24h:AGGGTGATCGGAGTGA,Exiting naive pluripotency
SBR-24h:GGGTGTCTCCCATAGA,Exiting naive pluripotency
SBR-24h:CCAATTTAGCGACTAG,Naive pluripotency
SBR-24h:GCCAGTGAGCACCTGC,Naive pluripotency
SBR-24h:TGGGCGTGTCGGCCTA,Exiting naive pluripotency
SBR-24h:ACCCTTGAGTTGCGAG,Exiting naive pluripotency
SBR-24h:GACAGCCAGAGTGTGC,Naive pluripotency
SBR-24h:GCATTAGCAGGCAATG,Exiting naive pluripotency
SBR-24h:GTAGTACCAGTTACCA,Exiting naive pluripotency
SBR-24h:GCTTGGGAGCCGAATG,Exiting naive pluripotency
SBR-24h:AGACTCATCGAATGCT,Exiting naive pluripotency
SBR-24h:TGGGTTACAACGGTAG,Naive pluripotency
SBR-24h:AAAGGATGTTGTTGTG,Exiting naive pluripotency
SBR-24h:TGCATGAGTGAATATG,Naive pluripotency
SBR-24h:CAGATCAGTAGACGTG,Exiting naive pluripotency
SBR-24h:CCTTGTGGTAATTGGA,Naive pluripotency
SBR-24h:GTTGCGGAGTGTACCT,Naive pluripotency
SBR-24h:GGCTTGGGTAACCCGC,Naive pluripotency
SBR-24h:GCTTGGGGTCTCGGAC,Naive pluripotency
SBR-24h:CTGTATTTCCGCTTAC,Naive pluripotency
SBR-24h:AGACCCGAGACGCTCC,Exiting naive pluripotency
SBR-24h:TGACCCTTCCGTATGA,Naive pluripotency
SBR-24h:GCTGAATGTTCCACAA,Naive pluripotency
SBR-24h:AACGAAATCTGGACCG,Exiting naive pluripotency
SBR-24h:TTCGATTCAGAGGTTG,Naive pluripotency
SBR-24h:AGCGCCACACATGGTT,Exiting naive pluripotency
SBR-24h:ATCGGATAGGTAAGAG,Naive pluripotency
SBR-24h:TCACGGGAGGAACTCG,Naive pluripotency
SBR-24h:TTACAGGTCGCTTTAT,Naive pluripotency
SBR-24h:TACAGGTCAGCAAGAC,Naive pluripotency
SBR-24h:CATTGCCAGGCCACCT,Exiting naive pluripotency
SBR-24h:TATCCTAGTGGCTACC,Naive pluripotency
SBR-24h:GGATGTTTCTTCACAT,Naive pluripotency
SBR-24h:GCAGGCTTCAAGTAAG,Exiting naive pluripotency
SBR-24h:CCTCCTCGTGATTCAC,Exiting naive pluripotency
SBR-24h:AGGGCTCAGTAGGAAG,Exiting naive pluripotency
SBR-24h:TACTTACCAAAGGGCT,Exiting naive pluripotency
SBR-24h:TACCCGTGTACGACTT,Naive pluripotency
SBR-24h:TCATGTTTCGTGGAAG,Exiting naive pluripotency
SBR-24h:AGTAACCCACGTATAC,Naive pluripotency
SBR-24h:AGATCGTTCCGTACGG,Naive pluripotency
SBR-24h:CTATCCGCATGACCCG,Exiting naive pluripotency
SBR-24h:CATGGTAGTGTAGTGG,Exiting naive pluripotency
SBR-24h:CCCGGAACAGACTGCC,Naive pluripotency
SBR-24h:CTGTGGGAGCCTAACT,Naive pluripotency
SBR-24h:AAGCCATTCCGATAGT,Naive pluripotency
SBR-24h:CTCCTTTAGAGGGCGA,Exiting naive pluripotency
SBR-24h:CCTGTTGAGGTGATAT,Naive pluripotency
SBR-24h:AGTAGTCCAGGGACTA,Naive pluripotency
SBR-24h:GCTGCAGTCATTCGGA,Naive pluripotency
SBR-24h:CCGGGTAAGAGTCACG,Exiting naive pluripotency
SBR-24h:GGGCTCAAGACTCAAA,Exiting naive pluripotency
SBR-24h:GCGGAAATCAAAGGTA,Exiting naive pluripotency
SBR-24h:TTTCATGGTCAAGCGA,Exiting naive pluripotency
SBR-24h:GACTCTCAGGACGCAT,Exiting naive pluripotency
SBR-24h:GTGTGATTCTAGAGCT,Naive pluripotency
SBR-24h:CGGCAGTAGAGTGAAG,Naive pluripotency
SBR-24h:CTGCAGGTCCGGGACT,Exiting naive pluripotency
SBR-24h:ATTCCATAGTGCAACG,Naive pluripotency
SBR-24h:ATGCCTCAGGTTATAG,Exiting naive pluripotency
SBR-24h:ACCATTTAGAAAGTCT,Exiting naive pluripotency
SBR-24h:CGAATTGGTCGAAACG,Naive pluripotency
SBR-24h:CTTTCAACATGTTACG,Naive pluripotency
SBR-24h:TTTCAGTCAGTAGGAC,Exiting naive pluripotency
SBR-24h:TGATGGTAGGTCGAGT,Naive pluripotency
SBR-24h:CTCAACCCACAAGTTC,Naive pluripotency
SBR-24h:CCACTTGGTTGCTGAT,Naive pluripotency
SBR-24h:CAGAGCCGTTGAGTCT,Naive pluripotency
SBR-24h:AGGAAATTCCAGCCTT,Exiting naive pluripotency
SBR-24h:AGTGATCGTGGTATGG,Exiting naive pluripotency
SBR-24h:ATCGTGAGTCTGTGAT,Naive pluripotency
SBR-24h:ATGCATGGTGAGTCAG,Naive pluripotency
SBR-24h:GTTCTATAGAAGGTAG,Naive pluripotency
SBR-24h:CGTTGGGTCTTGAACG,Naive pluripotency
SBR-24h:TGTGAGTGTGCGACAA,Naive pluripotency
SBR-24h:GAACTGTTCATTACGG,Naive pluripotency
SBR-24h:TTTCCTCTCTTAGCTT,Exiting naive pluripotency
SBR-24h:ACCCTTGGTCATAGTC,Naive pluripotency
SBR-24h:TACCCGTGTACATACC,Exiting naive pluripotency
SBR-24h:AGGAAATGTGCCGGTT,Exiting naive pluripotency
SBR-24h:AAAGGGCAGGGCAATC,Exiting naive pluripotency
SBR-24h:ATGAGGGAGGTTACAA,Naive pluripotency
SBR-24h:CTCTGGTCAGAAGCGT,Naive pluripotency
SBR-24h:TCACTATGTTAGGGTG,Naive pluripotency
SBR-24h:TGACCCTCACTGCGAC,Exiting naive pluripotency
SBR-24h:CCGTGAGTCTACGCGG,Exiting naive pluripotency
SBR-24h:GTGTTAGAGGTAATCA,Exiting naive pluripotency
SBR-24h:TCTTAGTCACTGAATC,Exiting naive pluripotency
SBR-24h:CATTTCAAGTACGTCT,Naive pluripotency
SBR-24h:CGCCAGATCCCTCATG,Exiting naive pluripotency
SBR-24h:CAGGTATGTTAGCGGA,Exiting naive pluripotency
SBR-24h:ATCTTCACAACGTTAC,Naive pluripotency
SBR-24h:TTTACTGGTTACCTTT,Naive pluripotency
SBR-24h:TGCACGGAGCTTCGTA,Exiting naive pluripotency
SBR-24h:GGGAGATAGGACAAGA,Exiting naive pluripotency
SBR-24h:AACAAGAGTACGATCT,Naive pluripotency
SBR-24h:GATCAGTCAGCGAGTA,Exiting naive pluripotency
SBR-24h:GGAATCTCAGCGTGCT,Naive pluripotency
SBR-24h:TCGCACTGTCTCGCGA,Exiting naive pluripotency
SBR-24h:CATGCAAGTTGTTGCA,Exiting naive pluripotency
SBR-24h:ACGTAACGTCTCCCTA,Exiting naive pluripotency
SBR-24h:CTTTCAATCCGTGTAA,Exiting naive pluripotency
SBR-24h:AACAAAGCAAGTACCT,Exiting naive pluripotency
SBR-24h:TTCCAATTCTTCCGTG,Naive pluripotency
SBR-24h:TAGGAGGGTTTGGAGG,Naive pluripotency
SBR-24h:TCAGGTAAGCGGACAT,Exiting naive pluripotency
SBR-24h:GCAGGCTAGGCCTAGA,Exiting naive pluripotency
SBR-24h:GTTGTAGAGGTGCTTT,Naive pluripotency
SBR-24h:TCCCAGTAGACTGTTC,Exiting naive pluripotency
SBR-24h:CCTGCATTCAGTCTTT,Exiting naive pluripotency
SBR-24h:CTACCCAAGTTACGGG,Naive pluripotency
SBR-24h:GGTGAAGTCGCCGTGA,Naive pluripotency
SBR-24h:TCTGTCGGTGATCGTT,Naive pluripotency
SBR-24h:GAGGCAAAGCCGCACT,Naive pluripotency
SBR-24h:GCCAGCACACGCGGTT,Exiting naive pluripotency
SBR-24h:AGAGCCCAGAGCAGAA,Naive pluripotency
SBR-24h:ACGATGTCAGAGGTAC,Exiting naive pluripotency
SBR-24h:TGCGATAGTCGAGCTC,Naive pluripotency
SBR-24h:CGATGGCGTGCTCGTG,Exiting naive pluripotency
SBR-24h:ACTTCGCGTATGAGAT,Naive pluripotency
SBR-24h:TGGATGTAGGGCCAAT,Exiting naive pluripotency
SBR-24h:AACGAAATCGGACTGC,Naive pluripotency
SBR-24h:TCTTCCTGTAGGCTGA,Exiting naive pluripotency
SBR-24h:TCATGAGGTCGTTGCG,Exiting naive pluripotency
SBR-24h:GCGGATCTCCGTTTCG,Naive pluripotency
SBR-24h:CCAATTTAGCGACCCT,Naive pluripotency
SBR-24h:TTAGGGTCACTTGAAC,Exiting naive pluripotency
SBR-24h:CCCGAAGAGCTCCCTT,Exiting naive pluripotency
SBR-24h:TCTGCCACATAACCCA,Exiting naive pluripotency
SBR-24h:CATTCCGCACTTACAG,Naive pluripotency
SBR-24h:GGTGTTAAGGACTGGT,Exiting naive pluripotency
SBR-24h:CTACACGACGCTCTTC,Naive pluripotency
SBR-24h:CAGCACGAGCCTTGAT,Exiting naive pluripotency
SBR-24h:GAAATGAAGCTGGCTC,Naive pluripotency
SBR-24h:CACATGAAGGCAGTCA,Naive pluripotency
SBR-24h:GGGTTATCATCTCGTC,Exiting naive pluripotency
SBR-24h:TGGGTTATCAGGTGTT,Naive pluripotency
SBR-24h:GTCTGTCGTCTTGCTC,Exiting naive pluripotency
SBR-24h:CTGGACGCATTGTACG,Exiting naive pluripotency
SBR-24h:ACAGGGACAAAGGGTC,Exiting naive pluripotency
SBR-24h:AGGTAGGAGGGTAATT,Naive pluripotency
SBR-24h:GAGGCCTAGAAGTGTT,Exiting naive pluripotency
SBR-24h:TTCATGTCAAGTGGAC,Naive pluripotency
SBR-24h:CCGATCTTCGACATTG,Naive pluripotency
SBR-24h:GTGTGGCCATCGGAAG,Naive pluripotency
SBR-24h:ATCAGGTGTGCCGTTG,Naive pluripotency
SBR-24h:CCTCATGAGCGATCGA,Exiting naive pluripotency
SBR-24h:GCGGATCCAGGGATAC,Exiting naive pluripotency
SBR-24h:ATAGGCTTCTGAGATC,Exiting naive pluripotency
SBR-24h:GCCAGGTGTAGGAGGG,Exiting naive pluripotency
SBR-24h:TCTGGCTAGAGAGCCT,Exiting naive pluripotency
SBR-24h:GTAATGCTCCCTTGTG,Exiting naive pluripotency
SBR-24h:CTGCCTAGTGCGGCTT,Naive pluripotency
SBR-24h:ATCACGAAGATTGAGT,Naive pluripotency
SBR-24h:TGATCTTCATGGACAG,Naive pluripotency
SBR-24h:TAAGTCGGTCCTTAAG,Exiting naive pluripotency
SBR-24h:GTTACAGCACTCATAG,Naive pluripotency
SBR-24h:TTCTTCCAGTTTGTCG,Exiting naive pluripotency
SBR-24h:CGGACACTCCATCGTC,Exiting naive pluripotency
SBR-24h:TGCAGATTCAGAGCGA,Naive pluripotency
SBR-24h:GGGTGAAGTGAGTTTC,Exiting naive pluripotency
SBR-24h:CGTTGGGCACTGGCCA,Exiting naive pluripotency
SBR-24h:CCTTTGGGTTGCATTG,Naive pluripotency
SBR-24h:GGAGGATTCACCTCTG,Exiting naive pluripotency
SBR-24h:AACGTCAAGATCCCGC,Naive pluripotency
SBR-24h:GTCCTCAGTAGTGATA,Naive pluripotency
SBR-24h:GGGAGTAAGGCTAGCA,Exiting naive pluripotency
SBR-24h:TTGCCTGTCGTGTTCC,Naive pluripotency
SBR-24h:GGATGTTGTTGAAGTA,Naive pluripotency
SBR-24h:TATCCTAGTTACGCCG,Exiting naive pluripotency
SBR-24h:TCTGTCGCATCGAAGG,Exiting naive pluripotency
SBR-24h:CAGCAGCAGTGCTCAT,Exiting naive pluripotency
SBR-24h:ATCCCTGTCTACCTTA,Exiting naive pluripotency
SBR-24h:ACTGATGCACGCTGAC,Naive pluripotency
SBR-24h:TTTCATGCACACTGGC,Exiting naive pluripotency
SBR-24h:GCGTGCAAGGTAGACC,Naive pluripotency
SBR-24h:GCTCAAAAGTTACGGG,Exiting naive pluripotency
SBR-24h:AGGGCTCAGCGTCTCG,Exiting naive pluripotency
SBR-24h:TGAGCGCGTGGCTACC,Naive pluripotency
SBR-24h:TCCTTTCCAGACAAGC,Exiting naive pluripotency
SBR-24h:TCCTGCAGTGTTTCTT,Exiting naive pluripotency
SBR-24h:TCCCAGTGTTCAGTAC,Naive pluripotency
SBR-24h:ACACCAACACCAACAT,Naive pluripotency
SBR-24h:TTGTGGAGTGAGAGGG,Exiting naive pluripotency
SBR-24h:TTCTTCCAGCGATGGT,Exiting naive pluripotency
SBR-24h:ACTATCTAGGGTGAAA,Exiting naive pluripotency
SBR-24h:TCATTACTCACCTTAT,Naive pluripotency
SBR-24h:ACAGAAAAGCATCCTA,Exiting naive pluripotency
SBR-24h:AAAGAACTCCTTATAC,Naive pluripotency
SBR-24h:ACTCTCGGTACCTTCC,Exiting naive pluripotency
SBR-24h:GTAGCTACACAGCATT,Exiting naive pluripotency
SBR-24h:ATAGGCTAGGATAATC,Naive pluripotency
SBR-24h:AACAAGAGTAGATCGG,Naive pluripotency
SBR-24h:AGGTTACAGCACCCAC,Exiting naive pluripotency
SBR-24h:AGGGTCCCATCGCTGG,Exiting naive pluripotency
SBR-24h:TCCCAGTTCATCTACT,Exiting naive pluripotency
SBR-24h:AGGATAATCAGACAAA,Naive pluripotency
SBR-24h:CAGGGCTAGTCAGGGT,Naive pluripotency
SBR-24h:TGTGGCGCAGCGTGAA,Exiting naive pluripotency
SBR-24h:CATGGTACAAATTGCC,Naive pluripotency
SBR-24h:GTGGAGATCCCTTCCC,Naive pluripotency
SBR-24h:ATTGGGTTCGAGTCTA,Exiting naive pluripotency
SBR-24h:TCTGGCTAGAAATGGG,Exiting naive pluripotency
SBR-24h:CTTTCGGGTCGCACGT,Exiting naive pluripotency
SBR-24h:GAGCTGCCACGCAGTC,Naive pluripotency
SBR-24h:GTGCGTGGTGAGGATC,Naive pluripotency
SBR-24h:ATTCCCGCACGGTCTG,Exiting naive pluripotency
SBR-24h:TACATTCGTATCGCTA,Naive pluripotency
SBR-24h:TCTACATAGACGATAT,Naive pluripotency
SBR-24h:CAGATACGTTTGGCTA,Naive pluripotency
SBR-24h:AGTCATGGTCGACTTA,Naive pluripotency
SBR-24h:TTGGATGTCGCCGATG,Naive pluripotency
SBR-24h:ATCCACCGTATGGAGC,Exiting naive pluripotency
SBR-24h:AACCCAATCGTTGTGA,Exiting naive pluripotency
SBR-24h:TATTTCGGTTATAGCC,Naive pluripotency
SBR-24h:TTGTGGATCCATCTAT,Exiting naive pluripotency
SBR-24h:TGATCAGGTTTCGGCG,Naive pluripotency
SBR-24h:CGGGACTGTCTGATAC,Naive pluripotency
SBR-24h:CAGGCCATCGGTAAGG,Naive pluripotency
SBR-24h:CTGCAGGGTCGCACAC,Exiting naive pluripotency
SBR-24h:CCTCCAAAGATAGCTA,Exiting naive pluripotency
SBR-24h:AGTTCGAGTTTACGTG,Naive pluripotency
SBR-24h:GGGTATTCATAGACTC,Naive pluripotency
SBR-24h:ACCATTTTCAGCACCG,Exiting naive pluripotency
SBR-24h:TTTGGTTAGATTTGCC,Naive pluripotency
SBR-24h:TCTGGCTAGTAGAGTT,Naive pluripotency
SBR-24h:GAACACTAGGTAAACT,Exiting naive pluripotency
SBR-24h:CGCCATTCAGGTCAAG,Exiting naive pluripotency
SBR-24h:GGGTTTAAGGTCCGAA,Naive pluripotency
SBR-24h:AGTTCGAAGCAGATAT,Naive pluripotency
SBR-24h:GTTGCGGAGGATATAC,Naive pluripotency
SBR-24h:CCGGTGAGTGTTCCAA,Exiting naive pluripotency
SBR-24h:GAGTGTTAGGTCTTTG,Naive pluripotency
SBR-24h:ATTTACCGTGGACCAA,Exiting naive pluripotency
SBR-24h:CACCGTTGTGTGTCGC,Exiting naive pluripotency
SBR-24h:TTTCAGTAGCCATTTG,Naive pluripotency
SBR-24h:TGGGTTAAGAAGAGCA,Naive pluripotency
SBR-24h:TGTAAGCTCCATACTT,Naive pluripotency
SBR-24h:TTTATGCGTAGCTTAC,Naive pluripotency
SBR-24h:GGTGTCGAGCGGTAGT,Exiting naive pluripotency
SBR-24h:GGGTTATTCCCGAACG,Exiting naive pluripotency
SBR-24h:GAGGGTAGTTCGGCCA,Exiting naive pluripotency
SBR-24h:CTCATCGAGCATCAAA,Exiting naive pluripotency
SBR-24h:GTGCAGCCACCGCTGA,Naive pluripotency
SBR-24h:AGACCATCATTCACCC,Naive pluripotency
SBR-24h:GAGGGATCAGGCAATG,Exiting naive pluripotency
SBR-24h:GAGAAATTCGTGCGAC,Naive pluripotency
SBR-24h:TCAGTGAGTGACGCCT,Naive pluripotency
SBR-24h:TCGGTCTGTGTAAACA,Exiting naive pluripotency
SBR-24h:ACAGGGAGTAGTGCGA,Exiting naive pluripotency
SBR-24h:AGTACTGCACTGAGTT,Exiting naive pluripotency
SBR-24h:ATTATCCGTAAGCTCT,Naive pluripotency
SBR-24h:ACAGGGAAGACTCTAC,Naive pluripotency
SBR-24h:CTCATTAGTTGTGCCG,Exiting naive pluripotency
SBR-24h:GTGGTTATCAACCTCC,Exiting naive pluripotency
SBR-24h:TGCATGAGTATCGTTG,Naive pluripotency
SBR-24h:TGAATCGTCTAGGAAA,Naive pluripotency
SBR-24h:GAAGGGTGTACCACGC,Exiting naive pluripotency
SBR-24h:TGTTGGACAATCCTTT,Naive pluripotency
SBR-24h:CTTCCGATCCGAACGC,Exiting naive pluripotency
SBR-24h:GTGCACGTCTTGAACG,Naive pluripotency
SBR-24h:CCACTTGCACACAGCC,Naive pluripotency
SBR-24h:TCGGGTGTCGAAACAA,Naive pluripotency
SBR-24h:TGTGGCGGTCGAACAG,Exiting naive pluripotency
SBR-24h:AATGACCTCTCGTCAC,Naive pluripotency
SBR-24h:CTCTCGATCTACGGGC,Naive pluripotency
SBR-24h:TATATCCGTGGTCTCG,Exiting naive pluripotency
SBR-24h:AACGGGAAGCCAAGTG,Naive pluripotency
SBR-24h:CGACAGCGTCACTTAG,Naive pluripotency
SBR-24h:CACATGATCAGGCGAA,Naive pluripotency
SBR-24h:TTAGGGTAGTATTAGG,Exiting naive pluripotency
SBR-24h:GGGCTACAGCAGTACG,Naive pluripotency
SBR-24h:AATCACGCACGACCTG,Naive pluripotency
SBR-24h:TTCTTGAAGGTCGCCT,Naive pluripotency
SBR-24h:GCTTTCGTCTCGAACA,Exiting naive pluripotency
SBR-24h:TCCGATCAGGGCCCTT,Naive pluripotency
SBR-24h:GGGTATTAGACTGGGT,Naive pluripotency
SBR-24h:GCGAGAAGTGTCGATT,Naive pluripotency
SBR-24h:TCGGGTGAGTGCCGAA,Exiting naive pluripotency
SBR-24h:CGTTAGAGTTCTGAGT,Exiting naive pluripotency
SBR-24h:AGACACTGTATGAGCG,Exiting naive pluripotency
SBR-24h:GGAGGTATCGGTCTAA,Naive pluripotency
SBR-24h:ACTCTCGGTCAAAGCG,Naive pluripotency
SBR-24h:GTAGAAAGTTGCATAC,Naive pluripotency
SBR-24h:GTTCCGTCACGCGTCA,Exiting naive pluripotency
SBR-24h:GGGTGTCGTGCTATTG,Naive pluripotency
SBR-24h:GTGGTTAGTCTTCGAA,Naive pluripotency
SBR-24h:CCTTCAGGTAGCGCCT,Naive pluripotency
SBR-24h:CTTGATTTCGCTACGG,Exiting naive pluripotency
SBR-24h:TTCTGTAGTCGCCTAG,Exiting naive pluripotency
SBR-24h:CGATGCGGTTATTCTC,Naive pluripotency
SBR-24h:AGGGTTTAGGCTGTAG,Exiting naive pluripotency
SBR-24h:TCCCATGAGAAACACT,Naive pluripotency
SBR-24h:GTGCACGAGTGTTGTC,Exiting naive pluripotency
SBR-24h:TACTTACGTCTGATAC,Naive pluripotency
SBR-24h:TTAATCCTCGCCGAGT,Exiting naive pluripotency
SBR-24h:CGTAGTACAGCTGTTA,Naive pluripotency
SBR-24h:TTCCAATCACAGCCAC,Exiting naive pluripotency
SBR-24h:TTCGGTCTCCGCGGAT,Naive pluripotency
SBR-24h:GAGAGGTCACCCTAAA,Naive pluripotency
SBR-24h:ACTCTCGAGGCAGCTA,Naive pluripotency
SBR-24h:TTGTGTTAGCGGATCA,Exiting naive pluripotency
SBR-24h:GAATCGTGTTCTGACA,Naive pluripotency
SBR-24h:AGCCACGTCTAGACCA,Naive pluripotency
SBR-24h:AACAAGAGTGGCTCTG,Naive pluripotency
SBR-24h:TTCTAGTTCGTTCATT,Naive pluripotency
SBR-24h:CATGGTAGTTCTCACC,Exiting naive pluripotency
SBR-24h:GGGTTATAGCTTAGTC,Naive pluripotency
SBR-24h:CATCGCTCAATCCTAG,Exiting naive pluripotency
SBR-24h:GTCATCCGTGGGTCAA,Exiting naive pluripotency
SBR-24h:CTGCCATAGTATAGGT,Naive pluripotency
SBR-24h:GTACAACAGTGGCCTC,Exiting naive pluripotency
SBR-24h:CCGATGGAGCCACAAG,Naive pluripotency
SBR-24h:ACTCCCAGTTCTGAGT,Naive pluripotency
SBR-24h:CTGAATGTCTCTGGTC,Naive pluripotency
SBR-24h:ATCGTGATCTACCAGA,Exiting naive pluripotency
SBR-24h:CTGAGGCCACTTCAAG,Naive pluripotency
SBR-24h:AGCGCTGTCGCCTATC,Naive pluripotency
SBR-24h:GGCTTTCGTAACGGTG,Naive pluripotency
SBR-24h:TACCTCGAGTATCTGC,Naive pluripotency
SBR-24h:CCTAAGATCCTCTCGA,Naive pluripotency
SBR-24h:TCCTGCACAGGAATAT,Naive pluripotency
SBR-24h:GTGCTGGAGGCACTAG,Exiting naive pluripotency
SBR-24h:GCCGTGACATCACGGC,Naive pluripotency
SBR-24h:GAAGCCCGTGGTTTGT,Naive pluripotency
SBR-24h:GACGTTACACTAGAGG,Exiting naive pluripotency
SBR-24h:ACACAGTAGATCACTC,Naive pluripotency
SBR-24h:CTATCTAAGGCATGCA,Naive pluripotency
SBR-24h:CCTCCAAGTGTCGCTG,Exiting naive pluripotency
SBR-24h:CATGCAACACTGCATA,Naive pluripotency
SBR-24h:CCGGTAGCAGTCGGTC,Exiting naive pluripotency
SBR-24h:GGAGGATCACCACTGG,Exiting naive pluripotency
SBR-24h:GATGTTGAGTCGAATA,Naive pluripotency
SBR-24h:TGTAGACTCCGTGCGA,Naive pluripotency
SBR-24h:TCATGGACAGGTATGG,Exiting naive pluripotency
SBR-24h:AATCGTGGTAATGATG,Exiting naive pluripotency
SBR-24h:GCCGTGAGTATGTGTC,Naive pluripotency
SBR-24h:AGATCGTAGCTCACTA,Naive pluripotency
SBR-24h:GTTGTGAAGGCACTCC,Exiting naive pluripotency
SBR-24h:TGCTGAATCATCGTAG,Naive pluripotency
SBR-24h:ACGATGTGTAGCGCCT,Naive pluripotency
SBR-24h:GGTGGCTAGTTCTACG,Naive pluripotency
SBR-24h:TTGGATGAGCCTGTCG,Exiting naive pluripotency
SBR-24h:TACATTCCACGAGGAT,Naive pluripotency
SBR-24h:GGATGTTTCTTAATCC,Exiting naive pluripotency
SBR-24h:CGTGATATCGTAGCTA,Naive pluripotency
SBR-24h:AATCGACCATGACTCA,Naive pluripotency
SBR-24h:GTTTGGATCGTCAACA,Naive pluripotency
SBR-24h:GCCGATGTCATGTCAG,Naive pluripotency
SBR-24h:CATACCCAGCGTGAAC,Naive pluripotency
SBR-24h:TCGAACATCGGTCGGT,Exiting naive pluripotency
SBR-24h:GCGTTTCTCTATTGTC,Exiting naive pluripotency
SBR-24h:GCCAGGTTCTAGCAAC,Exiting naive pluripotency
SBR-24h:AGTCACAAGTATAGGT,Exiting naive pluripotency
SBR-24h:TTAGTCTAGCGAACTG,Naive pluripotency
SBR-24h:TTCACGCGTCCTCAGG,Exiting naive pluripotency
SBR-24h:AAGTACCAGCGTCAGA,Exiting naive pluripotency
SBR-24h:TAGAGTCAGTAGATCA,Exiting naive pluripotency
SBR-24h:CCCGGAAAGCACCGTC,Naive pluripotency
SBR-24h:CAGCGTGCAATTTCCT,Exiting naive pluripotency
SBR-24h:AGCTTCCGTGACCGTC,Exiting naive pluripotency
SBR-24h:AGGTTGTAGGCACTCC,Naive pluripotency
SBR-24h:TTGTTGTAGCGAGAAA,Exiting naive pluripotency
SBR-24h:CCACACTCACAACCGC,Naive pluripotency
SBR-24h:TTTCAGTCAGCCGTTG,Naive pluripotency
SBR-24h:TTGCATTGTTGGTGTT,Naive pluripotency
SBR-24h:TCTATCAGTCGATTCA,Exiting naive pluripotency
SBR-24h:GGCTTTCGTGCCTGAC,Naive pluripotency
SBR-24h:CTGTACCTCGCGTGAC,Exiting naive pluripotency
SBR-24h:TGGGATTGTCAGGTAG,Exiting naive pluripotency
SBR-24h:GATGGAGGTAACGATA,Exiting naive pluripotency
SBR-24h:CCGAACGCACGAGGTA,Exiting naive pluripotency
SBR-24h:GCAGGCTCAATCCTAG,Exiting naive pluripotency
SBR-24h:TGACGCGAGCCAGAGT,Naive pluripotency
SBR-24h:GAGGGATGTCACTCAA,Naive pluripotency
SBR-24h:CTTAGGAAGCACCGAA,Naive pluripotency
SBR-24h:GTGTGATGTGAGTAAT,Exiting naive pluripotency
SBR-24h:GTCTACCGTGATATAG,Exiting naive pluripotency
SBR-24h:GGGTTATTCTAGAGCT,Exiting naive pluripotency
SBR-24h:TGTTGAGAGTGATAGT,Exiting naive pluripotency
SBR-24h:TTGATGGAGGGCAACT,Naive pluripotency
SBR-24h:TCGACCTTCGAGATGG,Naive pluripotency
SBR-24h:TCAATTCGTTCCTAAG,Naive pluripotency
SBR-24h:TGGGCTGAGGAGTATT,Naive pluripotency
SBR-24h:CGCAGGTGTGTGAGCA,Naive pluripotency
SBR-24h:TAGACCATCATTGCGA,Naive pluripotency
SBR-24h:ACTATTCAGAGTCACG,Exiting naive pluripotency
SBR-24h:TAGGAGGAGCTCTTCC,Exiting naive pluripotency
SBR-24h:ACTCCCAGTTCGGTAT,Naive pluripotency
SBR-24h:GATGCTATCCCTGGTT,Naive pluripotency
SBR-24h:TAGAGTCGTCTTGGTA,Exiting naive pluripotency
SBR-24h:TTTCACAAGAGAGCCT,Naive pluripotency
SBR-24h:ACACCAAAGGACTATA,Exiting naive pluripotency
SBR-24h:AATCACGAGAGTCCGA,Exiting naive pluripotency
SBR-24h:TACAGGTCAATTGAAG,Exiting naive pluripotency
SBR-24h:TTCTTCCGTGTATTGC,Naive pluripotency
SBR-24h:CCGATGGTCGTACCTC,Naive pluripotency
SBR-24h:TATCGCCTCTGGGCAC,Naive pluripotency
SBR-24h:GCTGGGTAGTTGCATC,Naive pluripotency
SBR-24h:TTGCCTGTCGGCATTA,Exiting naive pluripotency
SBR-24h:TTGTTCAAGTCTGCGC,Naive pluripotency
SBR-24h:TTGGGCGTCATACAGC,Exiting naive pluripotency
SBR-24h:TACCCGTCAGCTCATA,Naive pluripotency
SBR-24h:AGTGTTGCATTCCTCG,Naive pluripotency
SBR-24h:TGTGAGTCAATAACCC,Naive pluripotency
SBR-24h:CATGAGTAGAGCTGAC,Naive pluripotency
SBR-24h:TGTGTGAAGATTGGGC,Exiting naive pluripotency
SBR-24h:TGTTCTACATGAATAG,Exiting naive pluripotency
SBR-24h:ACTCTCGCAGTAGAAT,Naive pluripotency
SBR-24h:GGGTCTGCACGAAGAC,Naive pluripotency
SBR-24h:AAAGAACTCGACCATA,Naive pluripotency
SBR-24h:CCGATCTTCGATAACC,Naive pluripotency
SBR-24h:AACACACCAGGTTACT,Naive pluripotency
SBR-24h:TCTATCAGTTTACTTC,Naive pluripotency
SBR-24h:TCACTATCATCCTGTC,Naive pluripotency
SBR-24h:GAACTGTGTTCAAGTC,Naive pluripotency
SBR-24h:ATGGAGGGTCTTAGTG,Exiting naive pluripotency
SBR-24h:GTGCGTGGTCGGTACC,Exiting naive pluripotency
SBR-24h:GAGATGGGTCCAGCCA,Naive pluripotency
SBR-24h:AGAAGTATCTTCCACG,Exiting naive pluripotency
SBR-24h:TCACGCTTCCATGCAA,Exiting naive pluripotency
SBR-24h:TACTGCCAGCCATCCG,Exiting naive pluripotency
SBR-24h:CATAAGCCACGGTGAA,Naive pluripotency
SBR-24h:GCTTCACTCGGTAGAG,Exiting naive pluripotency
SBR-24h:AAGGAATCAGTCGCAC,Naive pluripotency
SBR-24h:TCGCTTGCACCGTGGT,Naive pluripotency
SBR-24h:TTTGGTTTCAGTCTTT,Exiting naive pluripotency
SBR-24h:TTCAGGACAAGCCATT,Naive pluripotency
SBR-24h:GCTGAATCATCGCTAA,Naive pluripotency
SBR-24h:ACGGGTCTCGCGCTGA,Naive pluripotency
SBR-24h:AAGTTCGGTGCCTACG,Exiting naive pluripotency
SBR-24h:CTCTCAGAGGCACAAC,Naive pluripotency
SBR-24h:TTGTGTTAGACTTCGT,Exiting naive pluripotency
SBR-24h:ATGGATCGTGTATTCG,Exiting naive pluripotency
SBR-24h:GACCCTTTCTCGTTTA,Naive pluripotency
SBR-24h:ACGGGTCCACTTGAGT,Exiting naive pluripotency
SBR-24h:GGAAGTGCACTAACGT,Exiting naive pluripotency
SBR-24h:CAACAACAGTGGCCTC,Exiting naive pluripotency
SBR-24h:AGGGCTCTCAGCCTTC,Exiting naive pluripotency
SBR-24h:TCCGGGAGTACGCGTC,Exiting naive pluripotency
SBR-24h:CTGAGCGGTACAAGTA,Exiting naive pluripotency
SBR-24h:CGGGCATAGCGCTGAA,Naive pluripotency
SBR-24h:ACATGCAGTCGATTTG,Naive pluripotency
SBR-24h:TGTGATGCATTCAGCA,Naive pluripotency
SBR-24h:CGGGTCAGTTCCACGG,Naive pluripotency
SBR-24h:GCACTAATCGGTCGGT,Naive pluripotency
SBR-24h:TTACGTTAGGATACGC,Exiting naive pluripotency
SBR-24h:GCAGCTGTCCGTTGAA,Exiting naive pluripotency
SBR-24h:CGTTAGACAAATAAGC,Naive pluripotency
SBR-24h:CGGGTGTGTGTCTAAC,Naive pluripotency
SBR-24h:CTGCTCAAGTTTGGCT,Naive pluripotency
SBR-24h:GGGCGTTTCATTTCCA,Naive pluripotency
SBR-24h:CCTGCATAGGATATGT,Naive pluripotency
SBR-24h:TGTTGGAAGGGTCTTT,Naive pluripotency
SBR-24h:CTCAAGAGTGAATTGA,Naive pluripotency
SBR-24h:TACAACGTCCGTAATG,Exiting naive pluripotency
SBR-24h:CCTCCTCGTGATGGCA,Exiting naive pluripotency
SBR-24h:TAGAGTCGTCCGGTGT,Naive pluripotency
SBR-24h:GTGTTAGCATCTCATT,Exiting naive pluripotency
SBR-24h:CACTGAAGTTGGTGTT,Naive pluripotency
SBR-24h:CAGGCCAAGTGTTCCA,Naive pluripotency
SBR-24h:TGGAGGAAGCCTCTTC,Naive pluripotency
SBR-24h:GTAGGTTTCTAACACG,Naive pluripotency
SBR-24h:GTTCATTCACCAGTAT,Naive pluripotency
SBR-24h:CAGCGTGGTGTAAATG,Naive pluripotency
SBR-24h:CTTAGGATCTTTGCGC,Naive pluripotency
SBR-24h:GGCTTGGAGCCATTGT,Naive pluripotency
SBR-24h:TCGGTCTGTGTCGCTG,Exiting naive pluripotency
SBR-24h:CGGTCAGTCGGCTGGT,Exiting naive pluripotency
SBR-24h:TGTGGCGAGACTGGGT,Exiting naive pluripotency
SBR-24h:GTCATTTCAATGCTCA,Naive pluripotency
SBR-24h:AGTACCACAACTGCTA,Exiting naive pluripotency
SBR-24h:AAGTGAACATCTAGAC,Exiting naive pluripotency
SBR-24h:TCATACTCAGGATTCT,Exiting naive pluripotency
SBR-24h:CCGTGAGAGGTCGTCC,Naive pluripotency
SBR-24h:GGTTAACGTACTGGGA,Naive pluripotency
SBR-24h:CCTGCATGTCTTCTAT,Naive pluripotency
SBR-24h:CATTCATGTTCAATCG,Naive pluripotency
SBR-24h:TCATCCGGTCGTAATC,Exiting naive pluripotency
SBR-24h:CCCTAACAGTTGGAGC,Naive pluripotency
SBR-24h:GTGGGAACAATACCTG,Exiting naive pluripotency
SBR-24h:ATCACAGGTTGAGTCT,Naive pluripotency
SBR-24h:TCTACATGTACGATTC,Exiting naive pluripotency
SBR-24h:GGGTTATTCGGCATCG,Naive pluripotency
SBR-24h:TCGGGTGTCAAACCCA,Exiting naive pluripotency
SBR-24h:AAACGAACAGGTCCCA,Naive pluripotency
SBR-24h:TAAGCCACATTGAAGA,Exiting naive pluripotency
SBR-24h:GAGACTTCAGGTTACT,Naive pluripotency
SBR-24h:AAACGAATCGGTTGTA,Exiting naive pluripotency
SBR-24h:TTCACCGAGCGATCGA,Exiting naive pluripotency
SBR-24h:AGGGCTCTCTGTTGGA,Exiting naive pluripotency
SBR-24h:CTGTGGGCAATTTCCT,Naive pluripotency
SBR-24h:TCATGGAGTATGTCAC,Exiting naive pluripotency
SBR-24h:TGCTCCAGTCAAGTTC,Naive pluripotency
SBR-24h:TAACCAGAGTGCAGGT,Naive pluripotency
SBR-24h:GACCAATCAACTCATG,Naive pluripotency
SBR-24h:TTCCAATGTGCATCTA,Exiting naive pluripotency
SBR-24h:GTGCGTGGTACGAAAT,Naive pluripotency
SBR-24h:TATATCCGTCTGATAC,Naive pluripotency
SBR-24h:ACACCAACAGAATCGG,Naive pluripotency
SBR-24h:TGAGCGCCAACCACAT,Naive pluripotency
SBR-24h:GTCTAGAGTTCGTTCC,Exiting naive pluripotency
SBR-24h:TTTGGTTCATGACTTG,Naive pluripotency
SBR-24h:GGTTGTAAGCTGGCCT,Naive pluripotency
SBR-24h:GTAAGTCCACCCAATA,Naive pluripotency
SBR-24h:TGTTCTATCTATGCCC,Exiting naive pluripotency
SBR-24h:TGCATGAAGGTCCCGT,Naive pluripotency
SBR-24h:GGGCGTTCAGAAACCG,Exiting naive pluripotency
SBR-24h:CGGCAGTTCGCTTTAT,Exiting naive pluripotency
SBR-24h:GGTGTTAAGCTCACTA,Naive pluripotency
SBR-24h:TGAGCGCCATGGGAAC,Naive pluripotency
SBR-24h:TGTCCCAGTACGATCT,Naive pluripotency
SBR-24h:ACTCTCGTCAAGCGTT,Naive pluripotency
SBR-24h:TTCGATTAGCGATCGA,Naive pluripotency
SBR-24h:ATCACTTCACTACAGT,Naive pluripotency
SBR-24h:TTGCATTTCCGTTGAA,Exiting naive pluripotency
SBR-24h:TGCAGTATCCCTCGTA,Exiting naive pluripotency
SBR-24h:AGAGCAGCACGATTCA,Exiting naive pluripotency
SBR-24h:AAAGGGCCAGCCTTCT,Naive pluripotency
SBR-24h:TATTGCTAGATGCCGA,Exiting naive pluripotency
SBR-24h:AAGCGAGTCGCGTTTC,Naive pluripotency
SBR-24h:ATTCCCGGTGCAGTGA,Naive pluripotency
SBR-24h:GGGCGTTTCGGAGATG,Naive pluripotency
SBR-24h:ATGAGTCTCAGCGTCG,Exiting naive pluripotency
SBR-24h:AAGACAACAGCTGAGA,Exiting naive pluripotency
SBR-24h:GGGTTTAAGAGCTTTC,Naive pluripotency
SBR-24h:CGGCAGTGTGCCTAAT,Naive pluripotency
SBR-24h:AATGGCTAGTTGCCCG,Exiting naive pluripotency
SBR-24h:CACGGGTAGCTGACCC,Exiting naive pluripotency
SBR-24h:AGACCATTCGCTAGCG,Exiting naive pluripotency
SBR-24h:TTGTTGTCATAGTCAC,Naive pluripotency
SBR-24h:CGGGTCATCCGACATA,Naive pluripotency
SBR-24h:CGGTCAGGTAGGACCA,Naive pluripotency
SBR-24h:GCTTCACCAATCTAGC,Exiting naive pluripotency
SBR-24h:GACCTTCTCCTCTAAT,Exiting naive pluripotency
SBR-24h:TTGCATTAGGGTTTCT,Naive pluripotency
SBR-24h:AAAGTGATCAGTAGGG,Naive pluripotency
SBR-24h:TCACAAGTCTAGTGTG,Naive pluripotency
SBR-24h:CTCCTCCGTTGAAGTA,Exiting naive pluripotency
SBR-24h:CACAGGCGTTCAGCTA,Naive pluripotency
SBR-24h:CAACAGTGTTCTTGTT,Exiting naive pluripotency
SBR-24h:ACACAGTGTATCACCA,Naive pluripotency
SBR-24h:GATGAGGGTTGCATTG,Naive pluripotency
SBR-24h:TCGCAGGAGCTAAATG,Naive pluripotency
SBR-24h:GGGTGTCGTGCTCCGA,Exiting naive pluripotency
SBR-24h:GAGTTTGTCACAAGAA,Naive pluripotency
SBR-24h:GTCATGAGTGATCGTT,Exiting naive pluripotency
SBR-24h:TGTGATGTCCTTCTTC,Naive pluripotency
SBR-24h:GTGTTCCCAGAAGTGC,Exiting naive pluripotency
SBR-24h:ATTCATCAGAAGAACG,Exiting naive pluripotency
SBR-24h:GGGTTATGTCCAGCAC,Exiting naive pluripotency
SBR-24h:TTTGGTTAGGTATAGT,Naive pluripotency
SBR-24h:TGACGCGCACATATGC,Naive pluripotency
SBR-24h:GCCAGCAGTCACTGAT,Naive pluripotency
SBR-24h:TCGAACATCTATGTGG,Naive pluripotency
SBR-24h:GTCTAGATCATGCCGG,Exiting naive pluripotency
SBR-24h:ATCTTCAGTCCAGAAG,Naive pluripotency
SBR-24h:TGTCCCAGTAGTGGCA,Exiting naive pluripotency
SBR-24h:CCATAAGGTCACCACG,Naive pluripotency
SBR-24h:AACGGGACAAGCGCTC,Naive pluripotency
SBR-24h:TTCGCTGAGTGGACTG,Naive pluripotency
SBR-24h:GAGTCATCACAGTCGC,Naive pluripotency
SBR-24h:AGGTCATAGCTTGTTG,Exiting naive pluripotency
SBR-24h:AGAGCCCAGGACAAGA,Naive pluripotency
SBR-24h:TTCCAATAGGGCAGAG,Naive pluripotency
SBR-24h:TCCATCGGTATCAGCT,Exiting naive pluripotency
SBR-24h:TCCATGCTCGTTCAGA,Exiting naive pluripotency
SBR-24h:CATCCGTTCTCTGAGA,Naive pluripotency
SBR-24h:TGGGAAGTCGCAGTGC,Exiting naive pluripotency
SBR-24h:CCCTCTCTCAGATGCT,Exiting naive pluripotency
SBR-24h:TCGGGACGTGGAAGTC,Naive pluripotency
SBR-24h:TTCCTTCCAAGGTCAG,Exiting naive pluripotency
SBR-24h:TCGCTCATCGGAATGG,Naive pluripotency
SBR-24h:CTGCGAGAGAGCAGCT,Naive pluripotency
SBR-24h:GACCGTGTCTTCGATT,Exiting naive pluripotency
SBR-24h:GCAGGCTGTCATGGCC,Exiting naive pluripotency
SBR-24h:CGGGCATGTCGACGCT,Naive pluripotency
SBR-24h:CAAGGGAAGTAAACAC,Naive pluripotency
SBR-24h:CGGAGAACAAGGAGTC,Exiting naive pluripotency
SBR-24h:GGTAATCGTTGTGTTG,Exiting naive pluripotency
SBR-24h:CTCCTTTTCTATGCCC,Exiting naive pluripotency
SBR-24h:GTGACGCAGAATCGCG,Naive pluripotency
SBR-24h:TACCTCGGTTCGTAAC,Naive pluripotency
SBR-24h:GACTCTCCACCCTATC,Naive pluripotency
SBR-24h:GGAAGTGTCTTGGAAC,Naive pluripotency
SBR-24h:CATGCGGTCAGAGCGA,Exiting naive pluripotency
SBR-24h:TCGAACATCGTCCTTG,Naive pluripotency
SBR-24h:TTCCAATAGGATTCCT,Naive pluripotency
SBR-24h:AGAGCCCGTAGGTACG,Naive pluripotency
SBR-24h:CTCAGGGCAGGGCTTC,Exiting naive pluripotency
SBR-24h:GTGGGAAAGTTCGCAT,Naive pluripotency
SBR-24h:CGTCAAAAGTAACGTA,Naive pluripotency
SBR-24h:GCCATTCAGGGACTGT,Naive pluripotency
SBR-24h:TGCTCCACATCATCCC,Naive pluripotency
SBR-24h:GTGACGCAGCCTCACG,Exiting naive pluripotency
SBR-24h:AGTTAGCCAGTGTGGA,Exiting naive pluripotency
SBR-24h:AACCACAAGGATTCCT,Naive pluripotency
SBR-24h:GGTCTGGCAAGAGGTC,Exiting naive pluripotency
SBR-24h:AGTTCCCCAGTCAACT,Naive pluripotency
SBR-24h:AGTAACCGTAACGTTC,Naive pluripotency
SBR-24h:ACCACAATCGGTCACG,Exiting naive pluripotency
SBR-24h:GACTCTCGTACGAGCA,Exiting naive pluripotency
SBR-24h:ACACTGATCGGAGTAG,Naive pluripotency
SBR-24h:CATCCGTTCACCATGA,Naive pluripotency
SBR-24h:GCTGAATCAGCTCATA,Naive pluripotency
SBR-24h:GCCCGAATCAGCAGAG,Exiting naive pluripotency
SBR-24h:GTTCTATCAAGACTGG,Exiting naive pluripotency
SBR-24h:TTATTGCCAGATAAAC,Exiting naive pluripotency
SBR-24h:GATGGAGGTCTAGATC,Exiting naive pluripotency
SBR-24h:CCAAGCGCATGCGTGC,Exiting naive pluripotency
SBR-24h:TTCCGGTTCTGTCCCA,Exiting naive pluripotency
SBR-24h:TCGGGACAGTTTCGGT,Naive pluripotency
SBR-24h:CTTCAATAGAAGCCTG,Exiting naive pluripotency
SBR-24h:TTGTGGAAGTACGTCT,Exiting naive pluripotency
SBR-24h:CATCCACAGCGTCGAA,Exiting naive pluripotency
SBR-24h:CTAGACATCGTTATCT,Naive pluripotency
SBR-24h:CACCGTTAGTGAACAT,Exiting naive pluripotency
SBR-24h:TGTGCGGGTCGAGCAA,Naive pluripotency
SBR-24h:CCTAAGATCAGACCTA,Exiting naive pluripotency
SBR-24h:CCGCAAGTCGATTGAC,Exiting naive pluripotency
SBR-24h:GGGAGATTCAGACTGT,Naive pluripotency
SBR-24h:CGAAGGATCGGAATTC,Naive pluripotency
SBR-24h:GTCTTTAAGGAAACGA,Naive pluripotency
SBR-24h:AGCGCCAGTACGCTAT,Exiting naive pluripotency
SBR-24h:GCAGCTGGTTTCACTT,Exiting naive pluripotency
SBR-24h:TGAGACTGTCTTCCGT,Exiting naive pluripotency
SBR-24h:TCTCACGTCAGTGTCA,Naive pluripotency
SBR-24h:TCCCATGCAGTCGGTC,Naive pluripotency
SBR-24h:ACGTAGTGTTACCGTA,Naive pluripotency
SBR-24h:GACTATGAGACGAGCT,Exiting naive pluripotency
SBR-24h:CAACAGTAGAAGTGTT,Exiting naive pluripotency
SBR-24h:TCAGTGAAGATTGTGA,Naive pluripotency
SBR-24h:ATTGTTCGTGTATTGC,Naive pluripotency
SBR-24h:TTCTAGTAGTAGCTCT,Exiting naive pluripotency
SBR-24h:GAAGAATGTGTGTACT,Naive pluripotency
SBR-24h:TTCACCGCATGTCTAG,Naive pluripotency
SBR-24h:CTTGAGAGTAATGATG,Exiting naive pluripotency
SBR-24h:TCGGATAGTTCGGGTC,Exiting naive pluripotency
SBR-24h:ACGATGTAGTTGGACG,Naive pluripotency
SBR-24h:AACGTCAGTAGGTGCA,Naive pluripotency
SBR-24h:GGTTAACGTCTGCATA,Exiting naive pluripotency
SBR-24h:TAGTGCATCTAGTACG,Exiting naive pluripotency
SBR-24h:TCATGGACATACATCG,Exiting naive pluripotency
SBR-24h:GCCCGAACACGTCTCT,Naive pluripotency
SBR-24h:GGGTGAAGTTGGGTAG,Exiting naive pluripotency
SBR-24h:GTTGTGAGTTGTCTAG,Naive pluripotency
SBR-24h:GGAGGTACATTGGCAT,Naive pluripotency
SBR-24h:TACTGCCGTGGCTTAT,Exiting naive pluripotency
SBR-24h:CTGCGAGCAGCGGTCT,Exiting naive pluripotency
SBR-24h:CAACCTCTCAGCGTCG,Exiting naive pluripotency
SBR-24h:CTGATCCAGATGAAGG,Exiting naive pluripotency
SBR-24h:TTGAGTGAGTGCGTCC,Naive pluripotency
SBR-24h:TCCGTGTTCACCGGGT,Naive pluripotency
SBR-24h:TCGTCCACACGTAGAG,Exiting naive pluripotency
SBR-24h:GCCATGGGTGTATACC,Exiting naive pluripotency
SBR-24h:GCACGTGAGTAGATCA,Naive pluripotency
SBR-24h:GATTCTTCAACCGACC,Exiting naive pluripotency
SBR-24h:CGCATGGTCTCTGCCA,Naive pluripotency
SBR-24h:AGACTCAGTCATCCGG,Exiting naive pluripotency
SBR-24h:TGTCAGAAGTTCCTGA,Naive pluripotency
SBR-24h:GGGTTATGTGGGACAT,Naive pluripotency
SBR-24h:GAGTGAGAGCTTCTAG,Exiting naive pluripotency
SBR-24h:GTCGCGATCGCTACGG,Exiting naive pluripotency
SBR-24h:TAATCTCGTCGGATTT,Exiting naive pluripotency
SBR-24h:TACGGGCGTGTCCCTT,Naive pluripotency
SBR-24h:CGGAACCGTGTGACCC,Naive pluripotency
SBR-24h:CGCAGGTTCCCTCGTA,Exiting naive pluripotency
SBR-24h:CCTCTAGAGATGCTTC,Exiting naive pluripotency
SBR-24h:CGGAATTAGGATATGT,Naive pluripotency
SBR-24h:ATCCCTGTCATGCATG,Exiting naive pluripotency
SBR-24h:GCAGGCTTCTTAGCAG,Exiting naive pluripotency
SBR-24h:CATTGTTAGCAGGGAG,Naive pluripotency
SBR-24h:AGTAGCTTCCTACGAA,Naive pluripotency
SBR-24h:GGGTCTGAGGTGGCTA,Naive pluripotency
SBR-24h:CCGTAGGCAGCTCGGT,Naive pluripotency
SBR-24h:TGAGGAGGTGAGAACC,Exiting naive pluripotency
SBR-24h:ACGGAAGAGGAACTAT,Naive pluripotency
SBR-24h:TCAAGTGTCTCTATGT,Exiting naive pluripotency
SBR-24h:TCTCCGAGTCCATAGT,Naive pluripotency
SBR-24h:ATTCGTTAGACTGGGT,Naive pluripotency
SBR-24h:CGATGCGGTTTACCTT,Naive pluripotency
SBR-24h:GTCATTTGTCGCAGTC,Naive pluripotency
SBR-24h:TTTACCAAGTCGAAGC,Exiting naive pluripotency
SBR-24h:CTGCTCAAGATGCTGG,Exiting naive pluripotency
SBR-24h:TTCCGGTTCAACCGAT,Exiting naive pluripotency
SBR-24h:TCCTCCCTCAAGAGTA,Naive pluripotency
SBR-24h:TGTTACTTCCATTTAC,Exiting naive pluripotency
SBR-24h:GGTTCTCGTCACTTAG,Exiting naive pluripotency
SBR-24h:CGTAATGTCGTCAAAC,Exiting naive pluripotency
SBR-24h:TAACGACAGTAGTCAA,Naive pluripotency
SBR-24h:AGGATCTAGACCGTTT,Exiting naive pluripotency
SBR-24h:ATTCCCGCAGGCATTT,Exiting naive pluripotency
SBR-24h:CTGTATTGTGCGGATA,Naive pluripotency
SBR-24h:CTATCCGCACCCGTAG,Naive pluripotency
SBR-24h:TTCTGTAGTTCTTGCC,Exiting naive pluripotency
SBR-24h:TCGCTCAAGGGAGATA,Naive pluripotency
SBR-24h:CCGTGAGCAATGTGGG,Exiting naive pluripotency
SBR-24h:ATCGTGAGTCAGGAGT,Exiting naive pluripotency
SBR-24h:TCATGTTCACCCTATC,Exiting naive pluripotency
SBR-24h:TTGCCTGTCCGGTAGC,Exiting naive pluripotency
SBR-24h:CGTAGTACAAAGGCAC,Naive pluripotency
SBR-24h:AGAGCCCGTTTGTTGG,Naive pluripotency
SBR-24h:CGTGTCTGTCATGACT,Exiting naive pluripotency
SBR-24h:GTCGAATAGCAAGTGC,Exiting naive pluripotency
SBR-24h:TACGCTCCATAGGAGC,Naive pluripotency
SBR-24h:AGTTCCCTCAAACCCA,Naive pluripotency
SBR-24h:CCTTTGGGTCTAACGT,Exiting naive pluripotency
SBR-24h:TTTGGTTAGTATGAAC,Naive pluripotency
SBR-24h:TTGGGTAAGTATGAGT,Exiting naive pluripotency
SBR-24h:CTGTGAAGTGTCCATA,Naive pluripotency
SBR-24h:TACTTGTAGAGTTCGG,Exiting naive pluripotency
SBR-24h:CAGCCAGTCCGTGGTG,Naive pluripotency
SBR-24h:TGTTTGTAGATGGTCG,Naive pluripotency
SBR-24h:CGTAATGTCGGAATGG,Exiting naive pluripotency
SBR-24h:GTCGAATTCGTAGTCA,Exiting naive pluripotency
SBR-24h:CATGGTAGTTAAGAAC,Naive pluripotency
SBR-24h:TGTTGGACACGGAAGT,Naive pluripotency
SBR-24h:CAGATCAGTCGTCTCT,Naive pluripotency
SBR-24h:AGAAGCGAGGGACAGG,Naive pluripotency
SBR-24h:TCGGGTGGTGCCCACA,Exiting naive pluripotency
SBR-24h:CGAGAAGAGAAGAGCA,Exiting naive pluripotency
SBR-24h:CGGTCAGGTTGCCGAC,Exiting naive pluripotency
SBR-24h:CTAACCCGTTGGATCT,Naive pluripotency
SBR-24h:TCTCTGGTCATTGCGA,Exiting naive pluripotency
SBR-24h:CCGGTAGTCCCAAGCG,Exiting naive pluripotency
SBR-24h:CCGGTAGTCTGGGCCA,Exiting naive pluripotency
SBR-24h:AGGTTGTAGCCTCTTC,Naive pluripotency
SBR-24h:TTCTTGAAGTTATGGA,Exiting naive pluripotency
SBR-24h:TCCAGAAAGGCCTAGA,Exiting naive pluripotency
SBR-24h:GATTCTTCATTGTGCA,Naive pluripotency
SBR-24h:CTACAGATCTCCCTAG,Exiting naive pluripotency
SBR-24h:CGAGGAAGTACTGCGC,Naive pluripotency
SBR-24h:GTAGCTAAGGGTGAGG,Naive pluripotency
SBR-24h:CACATGAAGGTAGCCA,Naive pluripotency
SBR-24h:AGAAATGGTAGACACG,Exiting naive pluripotency
SBR-24h:GTCTAGAGTTCTCCCA,Exiting naive pluripotency
SBR-24h:GGGTCACGTGTCGATT,Naive pluripotency
SBR-24h:TAGTGCAAGTCTGCAT,Exiting naive pluripotency
SBR-24h:GGTCTGGAGGTCATAA,Exiting naive pluripotency
SBR-24h:GGGAAGTGTGCTAGCC,Naive pluripotency
SBR-24h:CGTGAATAGCCTAACT,Naive pluripotency
SBR-24h:TTGATGGGTGTAACGG,Naive pluripotency
SBR-24h:TCGAACAGTGTTAAAG,Naive pluripotency
SBR-24h:AAGACAATCGAGCACC,Exiting naive pluripotency
SBR-24h:GACGCTGGTCTTACAG,Exiting naive pluripotency
SBR-24h:CCTCCAAAGGTTGGTG,Exiting naive pluripotency
SBR-24h:TCAGGTACAATGTTGC,Naive pluripotency
SBR-24h:CTGCCATGTAGAATGT,Exiting naive pluripotency
SBR-24h:TACTGCCGTGCTTATG,Exiting naive pluripotency
SBR-24h:CTCCGATCAAATGGTA,Exiting naive pluripotency
SBR-24h:TTCGCTGTCGCAGTCG,Naive pluripotency
SBR-24h:TGCGGGTGTAGTCTTG,Exiting naive pluripotency
SBR-24h:CATCAAGAGCATTTCG,Naive pluripotency
SBR-24h:GGGAGTAGTGGCTTAT,Exiting naive pluripotency
SBR-24h:AGAAATGGTTGTGTTG,Naive pluripotency
SBR-24h:TTTACCATCCTAGCGG,Naive pluripotency
SBR-24h:GAAATGAGTCGCAGTC,Exiting naive pluripotency
SBR-24h:CGAAGTTAGGTTTACC,Exiting naive pluripotency
SBR-24h:TACCCGTAGGTACAGC,Naive pluripotency
SBR-24h:GTGGAGATCGGCCTTT,Naive pluripotency
SBR-24h:GTGGTTAAGTTGAATG,Naive pluripotency
SBR-24h:GTGTGATCAGTATTCG,Naive pluripotency
SBR-24h:AGGTCTAGTCGTATGT,Naive pluripotency
SBR-24h:TCCGTGTCATCGCCTT,Naive pluripotency
SBR-24h:CATACCCAGCTAGCCC,Exiting naive pluripotency
SBR-24h:GTTGCGGAGGAGGCAG,Naive pluripotency
SBR-24h:ACACAGTGTTTCGTGA,Naive pluripotency
SBR-24h:AAAGTGATCTCCCATG,Exiting naive pluripotency
SBR-24h:GTTGTGACATTACTCT,Exiting naive pluripotency
SBR-24h:AGGACTTCAGTCTCTC,Naive pluripotency
SBR-24h:AGAGAATAGTTGTAGA,Naive pluripotency
SBR-24h:GTGGCGTCAATCTAGC,Naive pluripotency
SBR-24h:TCCTCGAGTCATACCA,Exiting naive pluripotency
SBR-24h:ACTTCCGAGCGCCTCA,Naive pluripotency
SBR-24h:GTGCTGGTCTCCATAT,Exiting naive pluripotency
SBR-24h:GTGGTTACACCCTAAA,Naive pluripotency
SBR-24h:TGATGCATCACGAACT,Naive pluripotency
SBR-24h:TCAGGTAGTACGGATG,Exiting naive pluripotency
SBR-24h:CTCTCAGAGCCGGATA,Naive pluripotency
SBR-24h:ACAGCCGAGATGAATC,Naive pluripotency
SBR-24h:GTCGTAACAATCTGCA,Naive pluripotency
SBR-24h:GTGTGATCAAAGCAAT,Naive pluripotency
SBR-24h:CATTCATGTCTGCATA,Exiting naive pluripotency
SBR-24h:TCAGGGCGTGAACGGT,Exiting naive pluripotency
SBR-24h:TTCTCTCGTGAATTGA,Naive pluripotency
SBR-24h:TACCGGGAGTGCAAAT,Naive pluripotency
SBR-24h:TCCGGGATCCCTCATG,Naive pluripotency
SBR-24h:TCATGAGAGCGATCGA,Naive pluripotency
SBR-24h:CGTGTCTAGAATCGAT,Exiting naive pluripotency
SBR-24h:AGGTCTAAGTATGTAG,Naive pluripotency
SBR-24h:TGGAGGATCAAGGTGG,Exiting naive pluripotency
SBR-24h:CTCAATTCAACTCGAT,Naive pluripotency
SBR-24h:TCTTTGACATGCCGGT,Exiting naive pluripotency
SBR-24h:ATCCACCCAAATGCGG,Naive pluripotency
SBR-24h:CTTCCTTGTGGACAGT,Exiting naive pluripotency
SBR-24h:CTGCAGGTCACTTTGT,Exiting naive pluripotency
SBR-24h:AGGCATTTCAAGCCAT,Exiting naive pluripotency
SBR-24h:TCGGGCACAAAGACGC,Naive pluripotency
SBR-24h:AGGGTCCTCCGAGTGC,Naive pluripotency
SBR-24h:CTTCTCTCAGAGAGGG,Naive pluripotency
SBR-24h:GGTCTGGCACTCACTC,Exiting naive pluripotency
SBR-24h:CCGTAGGAGTCGAGGT,Exiting naive pluripotency
SBR-24h:GGCTTGGCATTGTGCA,Naive pluripotency
SBR-24h:GCAGCCATCGGAGATG,Exiting naive pluripotency
SBR-24h:CGCAGGTCAAAGGAGA,Naive pluripotency
SBR-24h:ACATCGATCCTAGCGG,Naive pluripotency
SBR-24h:ACGGTCGAGGTTCTTG,Naive pluripotency
SBR-24h:GTTAGACTCCCTCGTA,Exiting naive pluripotency
SBR-24h:ATCGGATGTCCTCCAT,Naive pluripotency
SBR-24h:AGGTTGTTCACACCGG,Naive pluripotency
SBR-24h:TCCGTGTCATTCAGGT,Naive pluripotency
SBR-24h:ATCCATTGTCATCCGG,Exiting naive pluripotency
SBR-24h:CTCTGGTTCTCCGCAT,Naive pluripotency
SBR-24h:TCCCATGAGAGTCGAC,Naive pluripotency
SBR-24h:ACTGTGAGTTAGTCGT,Exiting naive pluripotency
SBR-24h:CGCGTGAAGGTGCCAA,Exiting naive pluripotency
SBR-24h:CAAAGAAGTTATCTTC,Exiting naive pluripotency
SBR-24h:CGTGCTTAGCTAGATA,Exiting naive pluripotency
SBR-24h:ATCGCCTGTTTGATCG,Naive pluripotency
SBR-24h:TGAGGGACACAAATAG,Naive pluripotency
SBR-24h:TAGATCGTCGTCTCAC,Naive pluripotency
SBR-24h:TCCGAAACATTGGGAG,Naive pluripotency
SBR-24h:GGCGTCATCGTCGATA,Exiting naive pluripotency
SBR-24h:CTTCTCTTCATGAGAA,Exiting naive pluripotency
SBR-24h:ACACGCGTCAGTCAGT,Naive pluripotency
SBR-24h:ATTCCCGCACCGTCTT,Naive pluripotency
SBR-24h:TTTGATCAGCGAGTCA,Exiting naive pluripotency
SBR-24h:GCTACAAGTAGCTTTG,Exiting naive pluripotency
SBR-24h:CATTCATTCTGGTGGC,Exiting naive pluripotency
SBR-24h:CTGGACGAGCAGATAT,Naive pluripotency
SBR-24h:TGGGCTGAGATTGGGC,Naive pluripotency
SBR-24h:CACCAAACAGTAGGAC,Exiting naive pluripotency
SBR-24h:GGAAGTGGTGCTAGCC,Naive pluripotency
SBR-24h:AGTAACCGTCCGGTGT,Naive pluripotency
SBR-24h:TGTAAGCTCACCTCAC,Exiting naive pluripotency
SBR-24h:AACCTTTCATGGTACT,Naive pluripotency
SBR-24h:GACGCTGTCCTCGATC,Exiting naive pluripotency
SBR-24h:GTGTTAGGTTAGGCCC,Exiting naive pluripotency
SBR-24h:CATGCTCAGGTACAGC,Exiting naive pluripotency
SBR-24h:CCTCTCCTCTTGGTGA,Exiting naive pluripotency
SBR-24h:CATGGATGTGCTTATG,Naive pluripotency
SBR-24h:TCATGAGCAAGACCGA,Naive pluripotency
SBR-24h:AAGGAATGTGAGAACC,Exiting naive pluripotency
SBR-24h:GTAGAAAAGTTCGCAT,Naive pluripotency
SBR-24h:TTGCCTGTCGGCTGTG,Naive pluripotency
SBR-24h:GCCAGGTAGGTCCAGA,Naive pluripotency
SBR-24h:ATCCGTCGTCGGAAAC,Naive pluripotency
SBR-24h:AGCCAGCTCCCAAGTA,Naive pluripotency
SBR-24h:GGTCACGTCGTAACCA,Exiting naive pluripotency
SBR-24h:CCAAGCGTCAGACTGT,Exiting naive pluripotency
SBR-24h:TGCTTGCTCTTTGGAG,Exiting naive pluripotency
SBR-24h:GGGAGATCACAATCTG,Exiting naive pluripotency
SBR-24h:CGTTGGGTCACACCCT,Naive pluripotency
SBR-24h:CCCTCTCAGTTAGTGA,Naive pluripotency
SBR-24h:TGGAGAGGTTGAGAGC,Exiting naive pluripotency
SBR-24h:TGTGGCGTCCCGAGTG,Naive pluripotency
SBR-24h:CAGTGCGTCCGTGTCT,Naive pluripotency
SBR-24h:CGAGGCTAGATTGCGG,Naive pluripotency
SBR-24h:AGTTCGATCTGGTTGA,Exiting naive pluripotency
SBR-24h:TGTGAGTGTCTCTCTG,Exiting naive pluripotency
SBR-24h:CAGTTCCGTGTCCCTT,Exiting naive pluripotency
SBR-24h:CTGTGGGGTCAGCTTA,Naive pluripotency
SBR-24h:TGCCGAGGTATGCTTG,Exiting naive pluripotency
SBR-24h:TCCGTGTGTTCGTGCG,Naive pluripotency
SBR-24h:ACATGCATCGATGGAG,Naive pluripotency
SBR-24h:CCGGGTAGTAACAAGT,Exiting naive pluripotency
SBR-24h:TTGATGGAGCCAAGGT,Naive pluripotency
SBR-24h:TCTCACGAGAGATTCA,Exiting naive pluripotency
SBR-24h:GTTGCTCGTGTAAACA,Naive pluripotency
SBR-24h:ACCCTTGCAGGTTCAT,Exiting naive pluripotency
SBR-24h:CGTTAGATCCATCTAT,Exiting naive pluripotency
SBR-24h:ATGATCGCAGTAACCT,Naive pluripotency
SBR-24h:AGGCTGCCACAGCTGC,Exiting naive pluripotency
SBR-24h:GTAGCTAAGGTAGGCT,Naive pluripotency
SBR-24h:AGTCTCCCAGTCCGTG,Exiting naive pluripotency
SBR-24h:TGTTGAGAGATACCAA,Exiting naive pluripotency
SBR-24h:TCGCAGGCAAGTACCT,Naive pluripotency
SBR-24h:CCAATGACAATTGAGA,Naive pluripotency
SBR-24h:GACTCAAAGGCACAAC,Naive pluripotency
SBR-24h:GTGTCCTAGCGAGTCA,Naive pluripotency
SBR-24h:TTGTTTGTCACATTGG,Exiting naive pluripotency
SBR-24h:GCCAGTGCAAGCGAAC,Naive pluripotency
SBR-24h:TCTCACGGTAAGTTGA,Naive pluripotency
SBR-24h:TCCTCGAGTTGCCAAT,Exiting naive pluripotency
SBR-24h:ATCCATTCAGCGCGTT,Naive pluripotency
SBR-24h:CTTCCTTCAGCATTGT,Naive pluripotency
SBR-24h:GAAATGATCCAGCAAT,Exiting naive pluripotency
SBR-24h:TCTCAGCAGAAATTGC,Naive pluripotency
SBR-24h:GGAGGTAGTCTGTGCG,Naive pluripotency
SBR-24h:TCTGGCTCAATGAGCG,Naive pluripotency
SBR-24h:TCGGTCTTCCTAGCTC,Exiting naive pluripotency
SBR-24h:GTGGAGAAGCTGAGCA,Naive pluripotency
SBR-24h:CACATGAGTCGGTGAA,Exiting naive pluripotency
SBR-24h:GCTGGGTCAGGTGTGA,Naive pluripotency
SBR-24h:GATGAGGTCACCTCAC,Naive pluripotency
SBR-24h:GTAAGTCTCACATCAG,Naive pluripotency
SBR-24h:GTCCCATCAACTTGCA,Naive pluripotency
SBR-24h:CTGTCGTGTGGCTAGA,Naive pluripotency
SBR-24h:TTTCATGCATTAAGCC,Exiting naive pluripotency
SBR-24h:TGATGGTGTACTGCGC,Naive pluripotency
SBR-24h:TACAGGTAGGGAGAAT,Naive pluripotency
SBR-24h:GCCGTGACAATCTAGC,Naive pluripotency
SBR-24h:CGTTCTGAGCCGTCGT,Naive pluripotency
SBR-24h:GTGGCGTAGTTGGAAT,Exiting naive pluripotency
SBR-24h:TCAGGGCAGCTTGTGT,Naive pluripotency
SBR-24h:GACTATGCAAGTCCAT,Exiting naive pluripotency
SBR-24h:AGCGTCGCAGTCCCGA,Exiting naive pluripotency
SBR-24h:CCGCAAGTCGAGCTGC,Naive pluripotency
SBR-24h:TGTGAGTAGCATATGA,Exiting naive pluripotency
SBR-24h:TGGAGGACAAGACAAT,Exiting naive pluripotency
SBR-24h:ATTACTCCACCAGCCA,Exiting naive pluripotency
SBR-24h:GTGTGATGTAGCTGCC,Naive pluripotency
SBR-24h:TGCTTGCCATCACGGC,Exiting naive pluripotency
SBR-24h:AGACACTTCTCCAATT,Exiting naive pluripotency
SBR-24h:TCATGTTGTCTGCCTT,Exiting naive pluripotency
SBR-24h:GTGTGGCTCGAAGAAT,Naive pluripotency
SBR-24h:ACGGTTATCCATCCGT,Naive pluripotency
SBR-24h:GGCACGTTCGCGGTAC,Exiting naive pluripotency
SBR-24h:GCCATTCCACTCTAGA,Naive pluripotency
SBR-24h:GAACTGTGTTATTCTC,Naive pluripotency
SBR-24h:TCTATACGTGGTACAG,Exiting naive pluripotency
SBR-24h:TCCCATGCAAATAAGC,Naive pluripotency
SBR-24h:CTACCCACATGGAAGC,Naive pluripotency
SBR-24h:TCTGTCGCATCAACCA,Naive pluripotency
SBR-24h:CGTGAATTCATACGGT,Naive pluripotency
SBR-24h:TCACGCTGTGTAGGAC,Naive pluripotency
SBR-24h:TCCTTTCTCCTTCTAA,Exiting naive pluripotency
SBR-24h:GTGTAACTCCCTAGGG,Naive pluripotency
SBR-24h:CAGATCAGTATGGAGC,Naive pluripotency
SBR-24h:ACCCTCACACCAGCTG,Exiting naive pluripotency
SBR-24h:CACTGTCGTACGGATG,Exiting naive pluripotency
SBR-24h:TCATGAGCAGGAGGTT,Exiting naive pluripotency
SBR-24h:AGTTCCCGTGGATGAC,Exiting naive pluripotency
SBR-24h:ACATGCACACCCTCTA,Naive pluripotency
SBR-24h:GGGAGTAGTCCTGGTG,Exiting naive pluripotency
SBR-24h:GACTTCCTCGTTCATT,Naive pluripotency
SBR-24h:CATGCTCAGCCTGTCG,Naive pluripotency
SBR-24h:CTCAACCGTTGGCCGT,Naive pluripotency
SBR-24h:ATCCGTCGTGCCCTTT,Exiting naive pluripotency
SBR-24h:TGTCCTGTCGATCCAA,Exiting naive pluripotency
SBR-24h:TTACAGGTCGCAGATT,Naive pluripotency
SBR-24h:TCTCCGAAGGCCTGAA,Naive pluripotency
SBR-24h:ACATCGAAGGCCACTC,Naive pluripotency
SBR-24h:AGCGCCATCGCATAGT,Exiting naive pluripotency
SBR-24h:CCGTAGGTCCCGAAAT,Naive pluripotency
SBR-24h:CGAGTTACACGTCGTG,Naive pluripotency
SBR-24h:CCGATGGAGCCAAGGT,Naive pluripotency
SBR-24h:TCCCATGTCGCCTTTG,Naive pluripotency
SBR-24h:CGGGACTGTTCTTAGG,Exiting naive pluripotency
SBR-24h:GTATTTCCAACGACTT,Exiting naive pluripotency
SBR-24h:CTATAGGGTCAGCGTC,Naive pluripotency
SBR-24h:TTCGGTCTCGGCCTTT,Naive pluripotency
SBR-24h:GTCGTTCGTCAGTTTG,Naive pluripotency
SBR-24h:GGGTGTCAGGGTGAAA,Exiting naive pluripotency
SBR-24h:AAAGGGCTCCGTTGGG,Exiting naive pluripotency
SBR-24h:CAGGTATAGTTCACTG,Exiting naive pluripotency
SBR-24h:CACTGAACAGGTGGAT,Naive pluripotency
SBR-24h:CGGGACTCAATTCTTC,Naive pluripotency
SBR-24h:CACGTGGGTTATAGCC,Naive pluripotency
SBR-24h:CAGGGCTGTCATTCCC,Exiting naive pluripotency
SBR-24h:TTCCGGTCACATGTTG,Naive pluripotency
SBR-24h:TTGAACGCAGATTAAG,Naive pluripotency
SBR-24h:CTCCAACTCGCCGAGT,Exiting naive pluripotency
SBR-24h:AAGACAATCGAGATAA,Exiting naive pluripotency
SBR-24h:CGTTAGACAATTTCCT,Naive pluripotency
SBR-24h:CCTCATGCATGGAACG,Exiting naive pluripotency
SBR-24h:CCAAGCGTCGATCCCT,Exiting naive pluripotency
SBR-24h:CTACGGGTCCCATGGG,Exiting naive pluripotency
SBR-24h:GAAGGGTTCATCGCTC,Naive pluripotency
SBR-24h:TGTCCCACAGGATGAC,Naive pluripotency
SBR-24h:CGACAGCAGTGGAAGA,Exiting naive pluripotency
SBR-24h:CCGGGTAGTACGGTTT,Naive pluripotency
SBR-24h:GGTTGTAAGCGATTCT,Exiting naive pluripotency
SBR-24h:TGGTGATTCTTAAGGC,Exiting naive pluripotency
SBR-24h:TGATTCTGTAGATTGA,Naive pluripotency
SBR-24h:TAAGCGTTCCATTCAT,Naive pluripotency
SBR-24h:GGGTGTCTCATTTCCA,Naive pluripotency
SBR-24h:AGACAGGTCCGGGACT,Naive pluripotency
SBR-24h:CTCATTATCTCTCTAA,Exiting naive pluripotency
SBR-24h:ACAACCAAGAAGCCAC,Exiting naive pluripotency
SBR-24h:GTCGTTCCAGGGTTGA,Exiting naive pluripotency
SBR-24h:TGCGGGTAGCTGACAG,Naive pluripotency
SBR-24h:TCAATCTCAGCTGTAT,Exiting naive pluripotency
SBR-24h:AGCGCTGGTGGTTTAC,Exiting naive pluripotency
SBR-24h:GCGTTTCAGTTGGAAT,Exiting naive pluripotency
SBR-24h:GGGCTCATCTCAGGCG,Exiting naive pluripotency
SBR-24h:AGGCCACTCTCGAACA,Exiting naive pluripotency
SBR-24h:ACTGTCCAGCACCGTC,Naive pluripotency
SBR-24h:GTGGGAACACGTAGTT,Naive pluripotency
SBR-24h:TCGGATACATGGGATG,Exiting naive pluripotency
SBR-24h:GTAATGCAGAGAGTTT,Naive pluripotency
SBR-24h:GTCTGTCAGAGTTGAT,Naive pluripotency
SBR-24h:ATTCTTGAGCATCGAG,Exiting naive pluripotency
SBR-24h:CCCTCAACACTACGGC,Naive pluripotency
SBR-24h:AAGTACCCAGATACTC,Naive pluripotency
SBR-24h:TCATCCGTCTAAGGAA,Naive pluripotency
SBR-24h:TTACGTTCAATAAGGT,Exiting naive pluripotency
SBR-24h:TAAGCCAGTTGAGGAC,Exiting naive pluripotency
SBR-24h:TTGCTGCAGGACAGTC,Naive pluripotency
SBR-24h:ACATCCCGTCCTACGG,Naive pluripotency
SBR-24h:TATGTTCCACATATCG,Naive pluripotency
SBR-24h:TGGTAGTGTTGCCAAT,Exiting naive pluripotency
SBR-24h:ATTCAGGGTTGCATCA,Exiting naive pluripotency
SBR-24h:CTGCTCAGTCATCAGT,Exiting naive pluripotency
SBR-24h:ATCACAGCAATTCACG,Exiting naive pluripotency
SBR-24h:TTCGGTCGTCTAACGT,Exiting naive pluripotency
SBR-24h:GTTACCCGTTGTCTAG,Exiting naive pluripotency
SBR-24h:CCCTGATAGACCTTTG,Naive pluripotency
SBR-24h:AGGATCTTCGGTCAGC,Exiting naive pluripotency
SBR-24h:AGATCCAGTACAGAAT,Naive pluripotency
SBR-24h:CCAATTTGTGTCCGGT,Naive pluripotency
SBR-24h:CGTGCTTTCACAGAGG,Exiting naive pluripotency
SBR-24h:TGGTAGTCAGCACACC,Exiting naive pluripotency
SBR-24h:TTCCTCTGTCATCTAG,Exiting naive pluripotency
SBR-24h:GAAACCTAGTATGATG,Naive pluripotency
SBR-24h:GTGGGAAAGGAGAGGC,Exiting naive pluripotency
SBR-24h:TGGAGGATCTGGCCGA,Naive pluripotency
SBR-24h:GGGAGATGTATCGTGT,Naive pluripotency
SBR-24h:GAGGGATGTACACTCA,Naive pluripotency
SBR-24h:AAGCCATCATTCTGTT,Exiting naive pluripotency
SBR-24h:GTATTGGCATCCGAGC,Exiting naive pluripotency
SBR-24h:TCACACCTCCGTGGCA,Naive pluripotency
SBR-24h:CCTCCAAGTTCTCCAC,Exiting naive pluripotency
SBR-24h:GTGTGGCCAGAAGCTG,Exiting naive pluripotency
SBR-24h:GTTCATTCAACAAGTA,Exiting naive pluripotency
SBR-24h:GTCGCGACAGCGCGTT,Exiting naive pluripotency
SBR-24h:ACGTCCTCAGCTGTGC,Naive pluripotency
SBR-24h:AGCTCAAAGTGGACTG,Exiting naive pluripotency
SBR-24h:AATGGAATCGAGCACC,Exiting naive pluripotency
SBR-24h:GGTGGCTAGCATGCGA,Exiting naive pluripotency
SBR-24h:CATCCGTCACACGGAA,Naive pluripotency
SBR-24h:CGTCCATGTGTTTCTT,Naive pluripotency
SBR-24h:TTACGTTCATAGAATG,Exiting naive pluripotency
SBR-24h:GTTAGACGTAGCGAGT,Naive pluripotency
SBR-24h:ATCACTTTCTGTGCGG,Exiting naive pluripotency
SBR-24h:GTGTTAGGTTACCCAA,Exiting naive pluripotency
SBR-24h:GCGTGCAGTCTAGTGT,Exiting naive pluripotency
SBR-24h:CGACAGCAGTTTCGGT,Exiting naive pluripotency
SBR-24h:GGGATCCAGTTCATGC,Exiting naive pluripotency
SBR-24h:TCATGTTCATGTGGTT,Exiting naive pluripotency
SBR-24h:GTGGAGAGTCGGTGTC,Exiting naive pluripotency
SBR-24h:GACTATGCACGTCGGT,Naive pluripotency
SBR-24h:GTTGCGGCAAAGAACT,Exiting naive pluripotency
SBR-24h:TGCGACGCACGCTGAC,Exiting naive pluripotency
SBR-24h:ATTACTCTCACAAGAA,Naive pluripotency
SBR-24h:CGTGATATCGTTTACT,Naive pluripotency
SBR-24h:TCGCTTGAGAGGTATT,Exiting naive pluripotency
SBR-24h:CTCCCTCCAACGATCT,Exiting naive pluripotency
SBR-24h:CATGCCTAGCTCGTGC,Exiting naive pluripotency
SBR-24h:ATTCAGGAGTTGCCTA,Naive pluripotency
SBR-24h:TCCTAATTCCTCTAAT,Exiting naive pluripotency
SBR-24h:ACGCACGAGCCGAATG,Exiting naive pluripotency
SBR-24h:CGTGAATTCGGTTAGT,Exiting naive pluripotency
SBR-24h:CGTAAGTGTATAATGG,Exiting naive pluripotency
SBR-24h:GGAACCCAGGAATCGC,Naive pluripotency
SBR-24h:GAATCGTTCTTCTCAA,Naive pluripotency
SBR-24h:CTCTCAGTCCCTCGAT,Exiting naive pluripotency
SBR-24h:TCATTGTAGGATCACG,Naive pluripotency
SBR-24h:TCACGGGAGGAGTATT,Exiting naive pluripotency
SBR-24h:GTGCGTGTCTAGGAAA,Naive pluripotency
SBR-24h:TGCTGAACAATACAGA,Exiting naive pluripotency
SBR-24h:GTGTGATCACAGTGTT,Naive pluripotency
SBR-24h:GGAGATGGTGGTTTGT,Exiting naive pluripotency
SBR-24h:GGGTCACGTTGTCAGT,Exiting naive pluripotency
SBR-24h:CATCCCATCACTGTCC,Naive pluripotency
SBR-24h:AGACTCATCATCGGGC,Naive pluripotency
SBR-24h:TCGTCCAGTTGGCTAT,Exiting naive pluripotency
SBR-24h:TATTGCTGTCTCACAA,Exiting naive pluripotency
SBR-24h:GTAGTACGTCAGGAGT,Naive pluripotency
SBR-24h:GCCCAGAGTACTCCCT,Exiting naive pluripotency
SBR-24h:GTCATGAAGTATGCAA,Naive pluripotency
SBR-24h:TCCACCATCACTGGTA,Exiting naive pluripotency
SBR-24h:TCGGGACGTTCTTGCC,Naive pluripotency
SBR-24h:GTAATGCGTTGGCCTG,Exiting naive pluripotency
SBR-24h:GGGACCTTCGATACGT,Naive pluripotency
SBR-24h:GCATCGGAGCACCAGA,Exiting naive pluripotency
SBR-24h:CTCCTCCAGTTGCCTA,Naive pluripotency
SBR-24h:GTGCGTGTCATTGCCC,Naive pluripotency
SBR-24h:TATTGGGCATCCGATA,Naive pluripotency
SBR-24h:CAACCTCGTACTTCCC,Exiting naive pluripotency
SBR-24h:TTTGTTGAGTCGTTAC,Exiting naive pluripotency
SBR-24h:GGGTGTCCATCAACCA,Naive pluripotency
SBR-24h:CATGGATGTCAAGGCA,Exiting naive pluripotency
SBR-24h:GCAGTTAAGGGCAACT,Exiting naive pluripotency
SBR-24h:CGTGTCTGTACAGAGC,Exiting naive pluripotency
SBR-24h:CCCTCTCTCCGAGAAG,Exiting naive pluripotency
SBR-24h:CTCACTGAGACTCTTG,Exiting naive pluripotency
SBR-24h:AACGGGACAATCAAGA,Naive pluripotency
SBR-24h:GCGTGCACACCAGTAT,Exiting naive pluripotency
SBR-24h:ATACCGAGTGCCCGTA,Exiting naive pluripotency
SBR-24h:AACCACAAGTGCTCGC,Exiting naive pluripotency
SBR-24h:TAGGTTGCATTCATCT,Exiting naive pluripotency
SBR-24h:TGCAGATTCGACCTAA,Naive pluripotency
SBR-24h:GTTCTATAGGGCCAAT,Exiting naive pluripotency
SBR-24h:TGAGGAGTCTCTCGCA,Naive pluripotency
SBR-24h:GTTATGGCAACTGATC,Exiting naive pluripotency
SBR-24h:TGGAACTGTGGACTGA,Naive pluripotency
SBR-24h:GGGTAGATCCGAACGC,Naive pluripotency
SBR-24h:GGGACTCTCGTAGGAG,Exiting naive pluripotency
SBR-24h:GATGCTATCATCACCC,Naive pluripotency
SBR-24h:AACTTCTAGATTGACA,Naive pluripotency
SBR-24h:GTGAGGAAGCAAGCCA,Naive pluripotency
SBR-24h:CCTACGTAGAGCTTTC,Exiting naive pluripotency
SBR-24h:GGAATGGTCAATGCAC,Exiting naive pluripotency
SBR-24h:TATCGCCGTGAGCGAT,Naive pluripotency
SBR-24h:CTGAGCGTCACCATGA,Naive pluripotency
SBR-24h:AGAAGCGGTGGAGGTT,Exiting naive pluripotency
SBR-24h:CGGAACCCAGAGGCTA,Exiting naive pluripotency
SBR-24h:AGGGCTCAGCGTATGG,Exiting naive pluripotency
SBR-24h:ATTCCATGTTACCTTT,Exiting naive pluripotency
SBR-24h:CTGAGCGAGTTCAACC,Exiting naive pluripotency
SBR-24h:ATCGCCTGTTGCGGAA,Exiting naive pluripotency
SBR-24h:GGTTGTACAGGACTTT,Exiting naive pluripotency
SBR-24h:TATCAGGGTATCACCA,Naive pluripotency
SBR-24h:GGAGGATCAAACCATC,Naive pluripotency
SBR-24h:GCCGATGCATATCTGG,Naive pluripotency
SBR-24h:ATGGATCCAGCGACCT,Exiting naive pluripotency
SBR-24h:GGTGTTATCTTCTAAC,Exiting naive pluripotency
SBR-24h:GGTAGAGGTAATCAGA,Exiting naive pluripotency
SBR-24h:TTATTGCAGAGTCCGA,Exiting naive pluripotency
SBR-24h:ATGGATCAGGTCATCT,Exiting naive pluripotency
SBR-24h:TACTTGTCAGTTGCGC,Exiting naive pluripotency
SBR-24h:CAGGCCACAGAACTAA,Naive pluripotency
SBR-24h:GAGACCCGTGCAATGG,Naive pluripotency
SBR-24h:ACAGGGACAATCTCTT,Exiting naive pluripotency
SBR-24h:GGGTGTCGTCCGTTTC,Exiting naive pluripotency
SBR-24h:TGGATCAAGTATGCAA,Exiting naive pluripotency
SBR-24h:GTTGTAGTCAGCAATC,Exiting naive pluripotency
SBR-24h:TCCCAGTGTGAACGGT,Exiting naive pluripotency
SBR-24h:ACGATCAGTAACGGTG,Exiting naive pluripotency
SBR-24h:TGATCTTCACCGCTGA,Exiting naive pluripotency
SBR-24h:TGATGCATCGCCTTGT,Exiting naive pluripotency
SBR-24h:ATCACTTAGGTGAGCT,Naive pluripotency
SBR-24h:CACGTTCAGCAATTAG,Naive pluripotency
SBR-24h:ACGTAGTCAAGGTCAG,Naive pluripotency
SBR-24h:TACCGGGTCTGTCAGA,Naive pluripotency
SBR-24h:AAGCCATGTTATAGCC,Exiting naive pluripotency
SBR-24h:ACGTCCTCACAAATAG,Exiting naive pluripotency
SBR-24h:GGATGTTGTGCTAGCC,Exiting naive pluripotency
SBR-24h:CGAGTGCCACAAATAG,Exiting naive pluripotency
SBR-24h:CCTAACCGTCGTAATC,Naive pluripotency
SBR-24h:CAAGGGAGTAGGGTAC,Naive pluripotency
SBR-24h:ATTCGTTGTTGTGTAC,Exiting naive pluripotency
SBR-24h:CTCAGAAAGGATATGT,Naive pluripotency
SBR-24h:TCGTAGAGTCCCTCAT,Naive pluripotency
SBR-24h:CGGTCAGCATTGACAC,Naive pluripotency
SBR-24h:CGTTAGAGTACTTCCC,Exiting naive pluripotency
SBR-24h:TAGATCGGTTCTCCCA,Exiting naive pluripotency
SBR-24h:TCGGGTGGTCCTATAG,Exiting naive pluripotency
SBR-24h:ACCATTTGTTAATCGC,Naive pluripotency
SBR-24h:TAGATCGTCCCATAGA,Exiting naive pluripotency
SBR-24h:CCGGTAGTCGACCCAG,Naive pluripotency
SBR-24h:CATCCGTTCGAACACT,Exiting naive pluripotency
SBR-24h:GTGACGCGTCTCACGG,Naive pluripotency
SBR-24h:GTGATGTGTACTAACC,Exiting naive pluripotency
SBR-24h:CTCCGATAGGATGTTA,Exiting naive pluripotency
SBR-24h:AGTGTTGGTTGACGGA,Naive pluripotency
SBR-24h:TGAGGGACAAATAAGC,Naive pluripotency
SBR-24h:CTTCGGTCATCTGGGC,Naive pluripotency
SBR-24h:CGTGATATCCATCTGC,Naive pluripotency
SBR-24h:CATTGAGTCGTAATGC,Naive pluripotency
SBR-24h:ATCTCTAGTCGGCTAC,Exiting naive pluripotency
SBR-24h:GAAGGGTGTCATAGTC,Exiting naive pluripotency
SBR-24h:GCATTAGTCGCGGTAC,Naive pluripotency
SBR-24h:CTTAGGAGTAACGCGA,Naive pluripotency
SBR-24h:TTCAATCAGCCTGTCG,Exiting naive pluripotency
SBR-24h:AACGTCAGTAACTGCT,Exiting naive pluripotency
SBR-24h:AGGACGACAAGGATGC,Naive pluripotency
SBR-24h:GCCGTGATCTTACTGT,Exiting naive pluripotency
SBR-24h:CCGTAGGAGTTGTCGT,Exiting naive pluripotency
SBR-24h:CGAGTGCGTCATCTAG,Exiting naive pluripotency
SBR-24h:CCAATTTCAGTTGTCA,Exiting naive pluripotency
SBR-24h:TCGGGTGCATCACAGT,Exiting naive pluripotency
SBR-24h:ACGGGTCCAGCTTCCT,Exiting naive pluripotency
SBR-24h:CGGGTGTGTCCTTAAG,Naive pluripotency
SBR-24h:ACGGGTCCAGGCGAAT,Exiting naive pluripotency
SBR-24h:CATCGCTGTCGTATTG,Exiting naive pluripotency
SBR-24h:TCGAAGTAGCGACTGA,Naive pluripotency
SBR-24h:GTCGTTCTCACTGCTC,Exiting naive pluripotency
SBR-24h:CCATCACAGTGTCATC,Naive pluripotency
SBR-24h:GACTATGCAGTTGTCA,Naive pluripotency
SBR-24h:CACGGGTGTTGTAGCT,Exiting naive pluripotency
SBR-24h:ATCACGAGTTGGACCC,Exiting naive pluripotency
SBR-24h:CCCTGATAGGCGCTTC,Exiting naive pluripotency
SBR-24h:CAGCACGGTATGCGGA,Exiting naive pluripotency
SBR-24h:CTATAGGGTCCGACGT,Exiting naive pluripotency
SBR-24h:CCGATGGGTGAGGATC,Exiting naive pluripotency
SBR-24h:GGGTGTCTCTTGTGCC,Naive pluripotency
SBR-24h:CTGTGGGCACCTCAGG,Exiting naive pluripotency
SBR-24h:AGCGCCACATAGATGA,Exiting naive pluripotency
SBR-24h:AGGGCCTAGGAAGTCC,Exiting naive pluripotency
SBR-24h:TTTCACAAGTCAGGGT,Exiting naive pluripotency
SBR-24h:TGAGGTTGTATCGGTT,Naive pluripotency
SBR-24h:TGGAGAGGTCCCAAAT,Exiting naive pluripotency
SBR-24h:TCGGTCTCATAGTCGT,Exiting naive pluripotency
SBR-24h:GCATCTCAGTCTGGAG,Naive pluripotency
SBR-24h:AGATAGACAACTTGCA,Exiting naive pluripotency
SBR-24h:ACGGAAGAGGCTGTAG,Naive pluripotency
SBR-24h:TCCGGGATCCGGGACT,Exiting naive pluripotency
SBR-24h:TAGATCGGTCGCGTTG,Naive pluripotency
SBR-24h:TGGAACTTCTGGACTA,Exiting naive pluripotency
SBR-24h:CGTGTCTCAATTGCCA,Naive pluripotency
SBR-24h:ATTCCCGGTAGCTTAC,Exiting naive pluripotency
SBR-24h:TCCTCGACACAGTCGC,Exiting naive pluripotency
SBR-24h:GAGTGTTGTATTGGCT,Naive pluripotency
SBR-24h:GTGGTTAGTGGGATTG,Naive pluripotency
SBR-24h:CAGCAATAGGCAGGTT,Exiting naive pluripotency
SBR-24h:GTCCCATGTGCCAAGA,Naive pluripotency
SBR-24h:ATGAGTCTCTTAGTTC,Naive pluripotency
SBR-24h:GTGCTGGTCTTGGGCG,Exiting naive pluripotency
SBR-24h:GCGTGCAAGTAAAGCT,Naive pluripotency
SBR-24h:TATTCCAGTTGACGGA,Exiting naive pluripotency
SBR-24h:GAGTGAGCAATTCACG,Naive pluripotency
SBR-24h:CAAGGGACATCGGATT,Exiting naive pluripotency
SBR-24h:GTGGGAAGTACAAGTA,Exiting naive pluripotency
SBR-24h:TGGTTAGGTCGAGTGA,Exiting naive pluripotency
SBR-24h:GTCATGAGTAGCTTAC,Naive pluripotency
SBR-24h:GAGTTTGCAACTGAAA,Exiting naive pluripotency
SBR-24h:AGGCTGCAGGTTGGTG,Naive pluripotency
SBR-24h:GTCATTTAGGGCTTCC,Exiting naive pluripotency
SBR-24h:AAGCCATTCTGGTCAA,Naive pluripotency
SBR-24h:GGAGAACTCCCGTGAG,Naive pluripotency
SBR-24h:GCAGGCTCAGATTCGT,Naive pluripotency
SBR-24h:TGTAACGCAGACCATT,Naive pluripotency
SBR-24h:CTGCAGGCAGACAAGC,Exiting naive pluripotency
SBR-24h:AAACGAAGTAACATCC,Exiting naive pluripotency
SBR-24h:TGAGTCAGTATATGGA,Naive pluripotency
SBR-24h:GGGTTATTCGTCGGGT,Exiting naive pluripotency
SBR-24h:CGGGTGTAGCCGTAAG,Zscan4+ Artefact
SBR-24h:CCACCATGTATGCGTT,Exiting naive pluripotency
SBR-24h:ACTGATGAGTCCGTCG,Exiting naive pluripotency
SBR-24h:AATGGCTCAGGTAGTG,Exiting naive pluripotency
SBR-24h:GCACATAAGAATCTAG,Exiting naive pluripotency
SBR-24h:TGGATGTAGAGCGACT,Exiting naive pluripotency
SBR-24h:CGTCAAAGTAGTTACC,Exiting naive pluripotency
SBR-24h:CCTCACAAGATGGCGT,Exiting naive pluripotency
SBR-24h:AGGATCTGTTTGATCG,Exiting naive pluripotency
SBR-24h:CGCATAAAGGATACCG,Exiting naive pluripotency
SBR-24h:CTGAGCGAGTCATGAA,Exiting naive pluripotency
SBR-24h:TGGGCTGGTTGCAAGG,Exiting naive pluripotency
SBR-24h:GATGAGGTCGGATAAA,Naive pluripotency
SBR-24h:GTCTGTCAGCAGATAT,Exiting naive pluripotency
SBR-24h:TGGGCGTTCAATGCAC,Naive pluripotency
SBR-24h:GCCCGAAGTGCAATGG,Naive pluripotency
SBR-24h:TTGTGGACACAATGCT,Exiting naive pluripotency
SBR-24h:CCGTAGGCACGTAACT,Exiting naive pluripotency
SBR-24h:TAATCTCAGGTAGTAT,Exiting naive pluripotency
SBR-24h:TAAGCACGTACGAGTG,Naive pluripotency
SBR-24h:GCTGAATCACCGCTAG,Exiting naive pluripotency
SBR-24h:ATTCCCGCACGTGTGC,Exiting naive pluripotency
SBR-24h:GAGACCCTCTTACTGT,Exiting naive pluripotency
SBR-24h:GGAGATGGTGTTAGCT,Exiting naive pluripotency
SBR-24h:GGTTGTACACTCAGAT,Exiting naive pluripotency
SBR-24h:TCGGGCAAGGATTACA,Exiting naive pluripotency
SBR-24h:AACCATGAGTGGTGAC,Exiting naive pluripotency
SBR-24h:GGTAGAGCAATGTCTG,Exiting naive pluripotency
SBR-24h:CTGTATTAGTGGAAAG,Exiting naive pluripotency
SBR-24h:ATCACAGAGGTTCAGG,Exiting naive pluripotency
SBR-24h:TCGTGCTGTCCTGTTC,Exiting naive pluripotency
SBR-24h:GGTCACGTCGCCTAGG,Exiting naive pluripotency
SBR-24h:AAAGGGCGTGGTAACG,Exiting naive pluripotency
SBR-24h:GTAACACGTCGGAACA,Exiting naive pluripotency
SBR-24h:CAGCACGCAAGATGGC,Naive pluripotency
SBR-24h:GTCGTAACAAAGTGTA,Naive pluripotency
SBR-24h:TCAGTTTCACAGAGAC,Exiting naive pluripotency
SBR-24h:TCCATCGTCCGAGGCT,Exiting naive pluripotency
SBR-24h:TACCGAATCCTACTGC,Exiting naive pluripotency
SBR-24h:CTCATGCGTGTAGTGG,Naive pluripotency
SBR-24h:AATAGAGTCGCAGTCG,Exiting naive pluripotency
SBR-24h:GCCAGCATCATAGGCT,Naive pluripotency
SBR-24h:TACACCCAGTAGCCAG,Exiting naive pluripotency
SBR-24h:GTCGTTCCATGGTGGA,Exiting naive pluripotency
SBR-24h:TGAGGAGAGTCGCGAA,Exiting naive pluripotency
SBR-24h:TCTGCCAGTTCGTTCC,Naive pluripotency
SBR-24h:CATCGGGCAGAGAGGG,Naive pluripotency
SBR-24h:TGGGAGAAGTCTAACC,Naive pluripotency
SBR-24h:GGCTTTCAGAAGAGCA,Naive pluripotency
SBR-24h:CTTCGGTCATTGCTGA,Naive pluripotency
SBR-24h:CTGTCGTGTTAGGCCC,Exiting naive pluripotency
SBR-24h:GGGATCCCACGTCGGT,Exiting naive pluripotency
SBR-24h:CTCCACAGTATAGCTC,Exiting naive pluripotency
SBR-24h:GTTGTAGCAGCAGATG,Exiting naive pluripotency
SBR-24h:AGACCATGTGAACCGA,Exiting naive pluripotency
SBR-24h:GGGACCTCACGGAAGT,Exiting naive pluripotency
SBR-24h:GTTAGACAGGGTCTTT,Exiting naive pluripotency
SBR-24h:GAGCTGCTCGACCTAA,Exiting naive pluripotency
SBR-24h:GCACGTGGTCTTTCAT,Exiting naive pluripotency
SBR-24h:GATTCGATCAGGAAGC,Exiting naive pluripotency
SBR-24h:ATTTACCCACAGTACT,Exiting naive pluripotency
SBR-24h:GGGTGAAGTGGTAATA,Exiting naive pluripotency
SBR-24h:TCTCCGACACAAGTTC,Exiting naive pluripotency
SBR-24h:CATTGTTGTTGGGACA,Exiting naive pluripotency
SBR-24h:TACCCGTTCCGCGGAT,Exiting naive pluripotency
SBR-24h:TAAGCACTCTATACGG,Naive pluripotency
SBR-24h:GGGCGTTGTCTCAGGC,Naive pluripotency
SBR-24h:GTGGAAGAGCTAATGA,Exiting naive pluripotency
SBR-24h:TGTAGACTCTTGGTCC,Exiting naive pluripotency
SBR-24h:TGAGGGATCCAGCTCT,Naive pluripotency
SBR-24h:TCCTGCAAGCAATTAG,Naive pluripotency
SBR-24h:TTACGTTGTTGTCAGT,Exiting naive pluripotency
SBR-24h:AGGAGGTTCGAGTCTA,Exiting naive pluripotency
SBR-24h:AGGTGTTTCCAAGAGG,Exiting naive pluripotency
SBR-24h:GGGTTTAGTCATCAGT,Exiting naive pluripotency
SBR-24h:GGATGTTAGAGAGCGG,Exiting naive pluripotency
SBR-24h:AGCGCTGCAGTCTACA,Exiting naive pluripotency
SBR-24h:CGAAGGAAGTCCGTCG,Exiting naive pluripotency
SBR-24h:TCATTACCATCGTTCC,Exiting naive pluripotency
SBR-24h:CATGAGTTCACTGTCC,Exiting naive pluripotency
SBR-24h:AAACGCTGTGAGGAAA,Exiting naive pluripotency
SBR-24h:TGTCAGACAACCGTAT,Naive pluripotency
SBR-24h:GCTACCTGTTCAACGT,Exiting naive pluripotency
SBR-24h:CCGTGAGAGGACTGGT,Naive pluripotency
SBR-24h:TAGTGCAAGGTAAAGG,Naive pluripotency
SBR-24h:TGGGAAGCAGCGTGAA,Naive pluripotency
SBR-24h:CTTCCTTAGCCTGAGA,Naive pluripotency
SBR-24h:GCTTGGGTCGTAACCA,Exiting naive pluripotency
SBR-24h:ACAGCCGAGTGGACGT,Exiting naive pluripotency
SBR-24h:TCGCTCAAGAAGAACG,Exiting naive pluripotency
SBR-24h:ATCACGAAGGAAGTGA,Exiting naive pluripotency
SBR-24h:GAACACTCACAACATC,Naive pluripotency
SBR-24h:TAAGCGTCACCGTCGA,Exiting naive pluripotency
SBR-24h:TAACACGTCGTGCATA,Exiting naive pluripotency
SBR-24h:TTAGGCAGTTGTGTAC,Exiting naive pluripotency
SBR-24h:TCCACGTAGTTTCAGC,Naive pluripotency
SBR-24h:TCTTTGACAAAGAGTT,Naive pluripotency
SBR-24h:TCGGGACAGCCTCTCT,Naive pluripotency
SBR-24h:AGGTCATGTTAGTTCG,Naive pluripotency
SBR-24h:TCGTGCTAGAAGAGCA,Exiting naive pluripotency
SBR-24h:CTGTATTTCTCGACCT,Naive pluripotency
SBR-24h:TCTTTGAAGCAACTCT,Exiting naive pluripotency
SBR-24h:GTTGTGAAGTTGGGAC,Exiting naive pluripotency
SBR-24h:GTGCAGCGTTGAGTCT,Naive pluripotency
SBR-24h:GTGCTGGTCATCACAG,Exiting naive pluripotency
SBR-24h:TTTCAGTAGGCCATAG,Exiting naive pluripotency
SBR-24h:GTTACGAGTCTTAGTG,Exiting naive pluripotency
SBR-24h:TTAGGCATCCACTTTA,Exiting naive pluripotency
SBR-24h:TCTACCGAGGAAGTCC,Naive pluripotency
SBR-24h:CATGCTCCAGTTGAAA,Exiting naive pluripotency
SBR-24h:GTTAGTGCAACAGCCC,Naive pluripotency
SBR-24h:TGGGAGACATTCCTAT,Exiting naive pluripotency
SBR-24h:TTTGATCTCGACATCA,Naive pluripotency
SBR-24h:TGCAGTAAGAGTCTGG,Exiting naive pluripotency
SBR-24h:TCGTGCTAGACTTCGT,Naive pluripotency
SBR-24h:AGCCAATTCTGGGATT,Exiting naive pluripotency
SBR-24h:CTGTCGTGTATCCCTC,Exiting naive pluripotency
SBR-24h:CCCTCAAAGTTCCTGA,Exiting naive pluripotency
SBR-24h:GTGCAGCAGCTTCGTA,Exiting naive pluripotency
SBR-24h:GGTAACTGTGTCTTGA,Exiting naive pluripotency
SBR-24h:CATCCACCAGCGTGCT,Exiting naive pluripotency
SBR-24h:TGTGTGATCACTGATG,Exiting naive pluripotency
SBR-24h:ACTATTCTCAAGGAGC,Exiting naive pluripotency
SBR-24h:ATCGTGAGTGGCTGAA,Naive pluripotency
SBR-24h:GAGTTGTGTGAGGCAT,Exiting naive pluripotency
SBR-24h:TCGTGCTCATCAGTCA,Naive pluripotency
SBR-24h:TTCCAATAGGTAGTAT,Exiting naive pluripotency
SBR-24h:CGTCCATGTTGGGTTT,Exiting naive pluripotency
SBR-24h:CTCAATTCAAAGTGTA,Exiting naive pluripotency
SBR-24h:TAGATCGAGCCTCGTG,Naive pluripotency
SBR-24h:CACAGGCGTACTCCGG,Exiting naive pluripotency
SBR-24h:AACAGGGCAACGACAG,Naive pluripotency
SBR-24h:TGGATCATCATCTCTA,Naive pluripotency
SBR-24h:GCAACATAGGGATCGT,Exiting naive pluripotency
SBR-24h:AGAGAGCTCTCTCAAT,Exiting naive pluripotency
SBR-24h:AAGCGAGGTAGCGCTC,Exiting naive pluripotency
SBR-24h:TAACTTCGTATGGTTC,Naive pluripotency
SBR-24h:GATGCTACAGAGCTAG,Exiting naive pluripotency
SBR-24h:GATTTCTCATAGGTTC,Exiting naive pluripotency
SBR-24h:GCACGGTCAAGTGGTG,Exiting naive pluripotency
SBR-24h:TTGTTGTTCGTTCGCT,Naive pluripotency
SBR-24h:TACGGGCAGTACAGAT,Exiting naive pluripotency
SBR-24h:CTATAGGTCTGGGAGA,Exiting naive pluripotency
SBR-24h:TGCTTGCTCGGCATTA,Naive pluripotency
SBR-24h:AATCACGTCGACCACG,Exiting naive pluripotency
SBR-24h:CGTGCTTAGACCATTC,Exiting naive pluripotency
SBR-24h:AGAGAATAGCGTCAAG,Exiting naive pluripotency
SBR-24h:GGGAGATCATACAGGG,Exiting naive pluripotency
SBR-24h:AGAGCAGCATCTGGGC,Exiting naive pluripotency
SBR-24h:AGTGTTGCATCGTGCG,Naive pluripotency
SBR-24h:GCGGATCCAGCTCTGG,Exiting naive pluripotency
SBR-24h:ATGTCTTTCATGGATC,Exiting naive pluripotency
SBR-24h:TACAGGTCACCAGCTG,Exiting naive pluripotency
SBR-24h:TCTTAGTAGGACAGTC,Exiting naive pluripotency
SBR-24h:TCCGTGTCACGAAGAC,Exiting naive pluripotency
SBR-24h:TTGCGTCGTCTCGGAC,Exiting naive pluripotency
SBR-24h:GCCGTGACAAAGACGC,Exiting naive pluripotency
SBR-24h:TTGCGTCGTAGCACGA,Naive pluripotency
SBR-24h:ATCGATGAGTTCGCAT,Exiting naive pluripotency
SBR-24h:GAGTTGTGTTTACCAG,Exiting naive pluripotency
SBR-24h:CGTTCTGTCGCGTAGC,Exiting naive pluripotency
SBR-24h:CGGGTCAGTTGAGAGC,Exiting naive pluripotency
SBR-24h:CATCCCACAACATCGT,Exiting naive pluripotency
SBR-24h:TGCCGAGAGTAGCCAG,Naive pluripotency
SBR-24h:GTGCACGCAGAGTGTG,Exiting naive pluripotency
SBR-24h:GTGGCGTCATGCAGCC,Exiting naive pluripotency
SBR-36h:CACAGATAGTAGCTCT,Epiblast
SBR-36h:CCAATGATCCACGAAT,Epiblast
SBR-36h:GATAGCTAGTCATCCA,Epiblast
SBR-36h:TTCTAGTTCGCGGTAC,Epiblast
SBR-36h:CAGTTCCTCTGCATAG,Epiblast
SBR-36h:GGTAATCGTTAACAGA,Epiblast
SBR-36h:GGATGTTCACCCTATC,Epiblast
SBR-36h:CACGAATCACTTTATC,Epiblast
SBR-36h:AACCTTTGTACTAGCT,Epiblast
SBR-36h:GGTGAAGGTGAGCGAT,Epiblast
SBR-36h:ACTCTCGGTACAGAAT,Epiblast
SBR-36h:TTGAACGTCGTCACCT,Epiblast
SBR-36h:GCCATTCAGTGCCCGT,Epiblast
SBR-36h:TCAGTTTTCATACGAC,Epiblast
SBR-36h:CTACCCACAAGGAGTC,Epiblast
SBR-36h:CATGGTAAGCTAATGA,Epiblast
SBR-36h:CTCTCAGCACACCGAC,Epiblast
SBR-36h:TTCTAGTTCCAGCTCT,Epiblast
SBR-36h:TTGAACGAGCACTCAT,Epiblast
SBR-36h:CAGGTATTCATAGGCT,Epiblast
SBR-36h:CATGCAATCTGCTTTA,Epiblast
SBR-36h:TTGCCTGGTCCTATAG,Epiblast
SBR-36h:TCGCTCACATCTATCT,Epiblast
SBR-36h:AACCACATCGACCACG,Exiting naive pluripotency
SBR-36h:CCTCCTCCAAGCTACT,Epiblast
SBR-36h:TAGACTGGTGCAACAG,Epiblast
SBR-36h:CACCAAATCGAATCCA,Epiblast
SBR-36h:CTGGCAGCATGGAACG,Epiblast
SBR-36h:GCACTAACAAACAGGC,Epiblast
SBR-36h:CAACCTCAGTTTCAGC,Epiblast
SBR-36h:ACGGTTATCGAACACT,Epiblast
SBR-36h:GGAGAACTCGCTACGG,Epiblast
SBR-36h:CAATTTCTCATGTCTT,Epiblast
SBR-36h:CTGCTCAAGCTGACTT,Epiblast
SBR-36h:CAACGATTCGTTCCTG,Epiblast
SBR-36h:AGACACTTCAGCATTG,Epiblast
SBR-36h:AAAGTCCCACGACGAA,Epiblast
SBR-36h:ACCCTCAGTGGTCAAG,Epiblast
SBR-36h:GACATCACAGAATTCC,Epiblast
SBR-36h:ATCCCTGCAACACTAC,Epiblast
SBR-36h:AACCTTTGTGACAGCA,Epiblast
SBR-36h:GGTTAACCAGCTATAC,Epiblast
SBR-36h:TTTGTTGAGGGATGTC,Epiblast
SBR-36h:GAAGCGAGTCTATGAC,Epiblast
SBR-36h:GTAGCTACACGGCCAT,Epiblast
SBR-36h:GCCAGCACACGGAAGT,Epiblast
SBR-36h:GACTTCCCATTCTCCG,Epiblast
SBR-36h:ATCGGATTCATGGATC,Epiblast
SBR-36h:AGCTCAAAGGTAGCAC,Epiblast
SBR-36h:AAAGAACTCGCACGGT,Epiblast
SBR-36h:CAACCAATCATTCCTA,Epiblast
SBR-36h:GGGAAGTGTTTGCCGG,Exiting naive pluripotency
SBR-36h:ACAGCCGTCTACGCGG,Epiblast
SBR-36h:CATGAGTCACTCCCTA,Epiblast
SBR-36h:TTGGGATAGATTACCC,Epiblast
SBR-36h:GACACGCTCGAGAAAT,Epiblast
SBR-36h:TTCAATCCAGGTTACT,Epiblast
SBR-36h:AGGTCTACACGAGAAC,Epiblast
SBR-36h:TTTCACATCTAGTACG,Epiblast
SBR-36h:CAACCTCCATCCTATT,Epiblast
SBR-36h:ATCGTCCGTGACGTCC,Epiblast
SBR-36h:ATTCCCGGTCAAGTTC,Epiblast
SBR-36h:CAACAGTCAACTGATC,Epiblast
SBR-36h:TACCGGGAGGTAAAGG,Epiblast
SBR-36h:GTACAACTCGTAGGGA,Epiblast
SBR-36h:CAGCCAGCAAACAGGC,Epiblast
SBR-36h:CATAAGCGTGAGCGAT,Epiblast
SBR-36h:GAGAAATGTGAATGAT,Epiblast
SBR-36h:ACCAAACGTGTGAGCA,Exiting naive pluripotency
SBR-36h:GTCAGCGCAATGTTGC,Epiblast
SBR-36h:CAGGCCATCGCAGATT,Epiblast
SBR-36h:ATTCCTAAGCGGGTTA,Epiblast
SBR-36h:TACCCACCATCACCAA,Epiblast
SBR-36h:CTACCCATCTCTTCAA,Epiblast
SBR-36h:CAAGAGGGTACAGAGC,Epiblast
SBR-36h:GGAGATGTCGACCAAT,Epiblast
SBR-36h:CTGAATGCAATTGGTC,Epiblast
SBR-36h:TTACAGGCACACACTA,Epiblast
SBR-36h:CCATCACCACCTGTCT,Epiblast
SBR-36h:TAACTTCAGAAGTATC,Exiting naive pluripotency
SBR-36h:GACCAATGTACTCCGG,Epiblast
SBR-36h:CTTAGGAGTTCCAGGC,Epiblast
SBR-36h:AAGACTCAGAAAGTCT,Epiblast
SBR-36h:GGTGTTACATAACAGA,Epiblast
SBR-36h:GCCATGGAGGAACGCT,Epiblast
SBR-36h:AATCGACGTTTGAAAG,Epiblast
SBR-36h:ATCGTAGTCTCACTCG,Epiblast
SBR-36h:TGATCTTAGAGCCCAA,Epiblast
SBR-36h:ATTCCCGAGTTGTCGT,Epiblast
SBR-36h:CAACGGCGTTGTTGAC,Epiblast
SBR-36h:GTAATCGAGTACTCGT,Epiblast
SBR-36h:CGGACACAGTGTTGTC,Naive pluripotency
SBR-36h:TCTTCCTCAGGGAGAG,Epiblast
SBR-36h:ACCACAAAGGGCCAAT,Epiblast
SBR-36h:ACGTAACAGTTGCATC,Epiblast
SBR-36h:CGTCAAAGTCACCACG,Epiblast
SBR-36h:CTACCTGCACCACATA,Epiblast
SBR-36h:CGGGACTCATATCGGT,Epiblast
SBR-36h:ACGGTCGGTCCACATA,Epiblast
SBR-36h:AGGGTCCAGTGGTTCT,Epiblast
SBR-36h:TTGGGATCAGATACTC,Epiblast
SBR-36h:TCCCAGTTCTCTCGCA,Epiblast
SBR-36h:GATTGGTCACTGCGAC,Epiblast
SBR-36h:AAACCCATCATCTCTA,Epiblast
SBR-36h:TTCGATTCAGGTTTAC,Epiblast
SBR-36h:TTGTTCAAGAGACAAG,Epiblast
SBR-36h:GTTATGGCAGACTCTA,Epiblast
SBR-36h:CTGCGAGAGCGCCTAC,Epiblast
SBR-36h:GGGACTCTCGCAGTCG,Epiblast
SBR-36h:TGAGCGCTCATGTCAG,Epiblast
SBR-36h:ACCCAAATCCTCACGT,Exiting naive pluripotency
SBR-36h:CGGGTGTCAATCTCTT,Exiting naive pluripotency
SBR-36h:TGCGGGTCATGTCTAG,Epiblast
SBR-36h:CAGCCAGAGGGCGAAG,Epiblast
SBR-36h:CATACCCGTCTACGTA,Epiblast
SBR-36h:AGGGTGATCCCTCTAG,Epiblast
SBR-36h:CCGCAAGGTTCAGCTA,Epiblast
SBR-36h:TCATATCAGCAAATGT,Epiblast
SBR-36h:AACACACCAAGCACCC,Epiblast
SBR-36h:GTTGTCCTCCCGTTGT,Epiblast
SBR-36h:CAAGCTAAGTAAGGGA,Epiblast
SBR-36h:TTTGTTGTCGAGAAGC,Epiblast
SBR-36h:GAGTTTGCATGACAAA,Epiblast
SBR-36h:CCGATCTTCGTTCGCT,Epiblast
SBR-36h:CGAAGTTGTTTCACTT,Epiblast
SBR-36h:GGTTCTCCATCATTGG,Epiblast
SBR-36h:TTAGGGTAGTATGGCG,Exiting naive pluripotency
SBR-36h:TGAGTCAAGTCTCCTC,Epiblast
SBR-36h:AATCGACAGGCTTAAA,Epiblast
SBR-36h:CACAACAGTTTGGGAG,Epiblast
SBR-36h:ATGAGGGTCTTGTTAC,Epiblast
SBR-36h:TGGATGTCACCACATA,Epiblast
SBR-36h:TTCCGGTTCGCCGAGT,Epiblast
SBR-36h:CAACCTCTCATCTACT,Epiblast
SBR-36h:TGGGCTGCAATACAGA,Exiting naive pluripotency
SBR-36h:ACCCTCACAGGTGGAT,Epiblast
SBR-36h:AGGTTGTTCTAGTGAC,Epiblast
SBR-36h:CACACAAGTTCTCAGA,Exiting naive pluripotency
SBR-36h:TCCTGCAGTACTCCGG,Epiblast
SBR-36h:CCCATTGCATCACGGC,Epiblast
SBR-36h:TACTTGTAGAAGCTGC,Epiblast
SBR-36h:CCACCATGTATCAAGA,Epiblast
SBR-36h:TGAATCGTCGAGAACG,Exiting naive pluripotency
SBR-36h:TCATATCCAGTGGTGA,Epiblast
SBR-36h:TGTGGCGTCTACGGGC,Epiblast
SBR-36h:TTACCGCTCCCTCTTT,Epiblast
SBR-36h:GATTTCTTCCAAGCAT,Epiblast
SBR-36h:GTTAGACAGGCGTTAG,Epiblast
SBR-36h:GAGGCAAGTAGACTGG,Epiblast
SBR-36h:GTCCCATGTACTGTTG,Epiblast
SBR-36h:GTTACGAAGCTCGCAC,Epiblast
SBR-36h:GTAGTACAGGTGATAT,Epiblast
SBR-36h:AGAGAATAGTCTTGGT,Epiblast
SBR-36h:GTAATGCAGGCACAAC,Exiting naive pluripotency
SBR-36h:CAGGCCAAGCCTGAAG,Epiblast
SBR-36h:CCCTAACAGGGTCAAC,Epiblast
SBR-36h:CATGGATCACTACGGC,Epiblast
SBR-36h:CCATAAGTCTGCTCTG,Exiting naive pluripotency
SBR-36h:AAGTCGTCACACCTTC,Epiblast
SBR-36h:ACAAGCTTCAATCTCT,Epiblast
SBR-36h:TTACCGCCACACCTTC,Epiblast
SBR-36h:AAGCAGTGGTATCAAC,Epiblast
SBR-36h:GAAATGAAGAACTCCT,Epiblast
SBR-36h:AGCGTATCATCATCTT,Epiblast
SBR-36h:GTGGTTATCATCCTAT,Epiblast
SBR-36h:CACTTCGCATAGCACT,Epiblast
SBR-36h:CTCCACAAGGAGGGTG,Epiblast
SBR-36h:ACCTACCGTGACTCTA,Epiblast
SBR-36h:CGTCAAATCGAAGCAG,Epiblast
SBR-36h:ATTCACTTCTGGACTA,Epiblast
SBR-36h:CTAACCCCACTAGGCC,Epiblast
SBR-36h:ATGACCATCTAACGCA,Epiblast
SBR-36h:GTCATCCTCTAACGCA,Epiblast
SBR-36h:CCACACTAGACAACTA,Epiblast
SBR-36h:CGTGATAAGCAGGTCA,Epiblast
SBR-36h:CAGGTATTCAGTCAGT,Epiblast
SBR-36h:GGCTTGGCACCGTACG,Exiting naive pluripotency
SBR-36h:TATACCTTCGCAATTG,Exiting naive pluripotency
SBR-36h:GATCCCTCAGTATACC,Epiblast
SBR-36h:CTTCTAAAGTATTAGG,Epiblast
SBR-36h:TAGGGTTAGCTCGACC,Epiblast
SBR-36h:TCCATGCAGGCTATCT,Epiblast
SBR-36h:AGTCTCCTCGTGGTAT,Epiblast
SBR-36h:GGTGTTAAGCCTGAAG,Epiblast
SBR-36h:TGCATCCCACTCCTTG,Epiblast
SBR-36h:TCATGTTAGGATTCCT,Epiblast
SBR-36h:CCCTCAATCACCCTGT,Epiblast
SBR-36h:AATGGAAGTTGTAGCT,Epiblast
SBR-36h:ACGTAACTCGTACACA,Epiblast
SBR-36h:GGGACCTCATGACAAA,Epiblast
SBR-36h:GCACATAGTGCAAGAC,Epiblast
SBR-36h:TCTAACTAGAGTAACT,Epiblast
SBR-36h:AGTAACCAGTGAGGTC,Epiblast
SBR-36h:GAATCACAGCAGCCTC,Epiblast
SBR-36h:CTTAGGACAAGGTACG,Epiblast
SBR-36h:ATCCCTGTCTTCACAT,Epiblast
SBR-36h:CCGGGTACAATTCTCT,Epiblast
SBR-36h:GAGACTTCAGCTGTAT,Epiblast
SBR-36h:TCCGATCCAGGTTCGC,Epiblast
SBR-36h:AAAGGGCCAAGCGAGT,Epiblast
SBR-36h:CTGAATGTCACCTTGC,Epiblast
SBR-36h:TTAGGGTCACAGTATC,Epiblast
SBR-36h:TCACTCGCAACTGGTT,Epiblast
SBR-36h:TTGCATTGTGACAGCA,Epiblast
SBR-36h:AACCTGATCCCGGTAG,Epiblast
SBR-36h:CTCAACCGTCTATGAC,Epiblast
SBR-36h:GGAATGGTCGTTGTTT,Epiblast
SBR-36h:GACTTCCAGCCTTTCC,Epiblast
SBR-36h:CGCATAACATACGCAT,Epiblast
SBR-36h:GAGTCTATCTAGTGAC,Epiblast
SBR-36h:CCGGACAAGGCTATCT,Epiblast
SBR-36h:CTTGAGAGTCTCAGAT,Epiblast
SBR-36h:CAACAGTGTATGCGGA,Epiblast
SBR-36h:TCTCAGCAGACTAAGT,Epiblast
SBR-36h:AAGTCGTTCGGCTGTG,Exiting naive pluripotency
SBR-36h:TCATCCGTCCATACAG,Epiblast
SBR-36h:TCTCACGAGAAATCCA,Exiting naive pluripotency
SBR-36h:TACCTCGAGGCTTCCG,Naive pluripotency
SBR-36h:CCTCTCCCAGGTGTTT,Epiblast
SBR-36h:TGCTTGCTCGAAACAA,Epiblast
SBR-36h:ATGGTTGCAATAGGAT,Epiblast
SBR-36h:CAGATCAGTCCACATA,Epiblast
SBR-36h:AATGGAAAGTTACGTC,Epiblast
SBR-36h:TTGGTTTTCACTGAAC,Epiblast
SBR-36h:ATGATCGGTGTTAAAG,Exiting naive pluripotency
SBR-36h:ACATTTCTCGTTTACT,Epiblast
SBR-36h:CACACAATCATTGAGC,Epiblast
SBR-36h:ACCTGTCCACTGTGAT,Epiblast
SBR-36h:CATACCCTCCATAGAC,Epiblast
SBR-36h:TCATACTGTTGAAGTA,Epiblast
SBR-36h:CCAATTTGTCGGTACC,Epiblast
SBR-36h:CTTCAATCATCATTGG,Epiblast
SBR-36h:ATGATCGTCATTGTGG,Epiblast
SBR-36h:TCACGCTAGCGCACAA,Epiblast
SBR-36h:GGATGTTAGGTGCTGA,Epiblast
SBR-36h:GATGGAGGTCCGAAAG,Epiblast
SBR-36h:CTCGAGGGTTCTTAGG,Epiblast
SBR-36h:GGTTAACAGCCTTTCC,Epiblast
SBR-36h:AAAGGGCGTAAGACCG,Epiblast
SBR-36h:CTGAATGCAATGGCCC,Epiblast
SBR-36h:GTTTGGACAAGCACCC,Epiblast
SBR-36h:GAGATGGAGTTCTACG,Epiblast
SBR-36h:TAACCAGGTCCTGGTG,Epiblast
SBR-36h:CACCAAACAAATGATG,Epiblast
SBR-36h:GAACGTTCAGAACCGA,Epiblast
SBR-36h:ATTCACTCAGACTGCC,Epiblast
SBR-36h:CCACCATAGCGTTCCG,Epiblast
SBR-36h:GACAGCCGTAATGATG,Epiblast
SBR-36h:ATTTCTGCAGAGCTAG,Exiting naive pluripotency
SBR-36h:ACTGCAATCGAACTCA,Epiblast
SBR-36h:AGCCAATGTTGCGAAG,Epiblast
SBR-36h:CATCCGTAGAACAAGG,Epiblast
SBR-36h:CACCAAACAGCCGGTT,Epiblast
SBR-36h:ACAAAGATCATTTGTC,Epiblast
SBR-36h:CTGCTCATCGACTCCT,Epiblast
SBR-36h:GGAGAACCAATGTTGC,Epiblast
SBR-36h:AGATCCATCGCACGGT,Epiblast
SBR-36h:TGAATCGCAATCTAGC,Epiblast
SBR-36h:GGCTTTCTCCCTCTCC,Epiblast
SBR-36h:CTTCTCTTCGGCTGAC,Epiblast
SBR-36h:CCTTGTGAGAATAACC,Naive pluripotency
SBR-36h:CATACCCTCCTTGGAA,Epiblast
SBR-36h:AGATGCTGTTCCTACC,Epiblast
SBR-36h:AGAAGTAGTGCCTATA,Epiblast
SBR-36h:AACGTCATCCTACAAG,Exiting naive pluripotency
SBR-36h:GTGTGATCACATGGTT,Epiblast
SBR-36h:TCAGTTTTCAAACCCA,Epiblast
SBR-36h:AACACACTCCTGCTAC,Epiblast
SBR-36h:TCCTTTCAGGTGAGAA,Epiblast
SBR-36h:GCTACAACAAAGAACT,Epiblast
SBR-36h:GCACATATCGACTCCT,Epiblast
SBR-36h:GTGCACGCAAGCCCAC,Naive pluripotency
SBR-36h:TTACCATCAGCTCCTT,Epiblast
SBR-36h:CCACGAGTCAAGCGTT,Epiblast
SBR-36h:TTACGCCTCTTCTAAC,Epiblast
SBR-36h:TCACACCAGACAACTA,Naive pluripotency
SBR-36h:AAGTACCAGAGGTCAC,Epiblast
SBR-36h:AAGTGAAAGCCACTCG,Exiting naive pluripotency
SBR-36h:TTTGTTGCATCAGTCA,Epiblast
SBR-36h:TATACCTCAAACGTGG,Epiblast
SBR-36h:ATGAAAGTCAGTGTTG,Epiblast
SBR-36h:TCACGGGGTGAGCTCC,Epiblast
SBR-36h:GAGTCATGTCCGTTTC,Epiblast
SBR-36h:TATTGCTCAAATGCTC,Epiblast
SBR-36h:GTGATGTTCCCTCATG,Exiting naive pluripotency
SBR-36h:AACGAAACACCCAATA,Epiblast
SBR-36h:ATGCATGCAGTTAAAG,Epiblast
SBR-36h:ACAAGCTTCTCATTAC,Epiblast
SBR-36h:CTACATTGTCCCGGTA,Epiblast
SBR-36h:TCGCTCAAGGTAAGTT,Epiblast
SBR-36h:GATCAGTCAATCGCAT,Epiblast
SBR-36h:TACCTGCTCTTTGCGC,Epiblast
SBR-36h:AAGATAGGTACAGAGC,Epiblast
SBR-36h:TAAGCACTCAACGAGG,Epiblast
SBR-36h:GGGATGAAGGATTTGA,Epiblast
SBR-36h:GATCACACAGGTTTAC,Epiblast
SBR-36h:ACTATTCAGTAGCATA,Epiblast
SBR-36h:TAACGACCAGTCAGTT,Epiblast
SBR-36h:CAACAGTGTTATAGAG,Epiblast
SBR-36h:CACCGTTCATGTGTCA,Epiblast
SBR-36h:ACAACCACAACGTATC,Epiblast
SBR-36h:CACACAAGTGCTGCAC,Epiblast
SBR-36h:GTGCTTCGTTGGCTAT,Epiblast
SBR-36h:TCGCACTCAATGGCCC,Epiblast
SBR-36h:AAGCATCCAGCCTATA,Epiblast
SBR-36h:TGATGCACATGACGTT,Epiblast
SBR-36h:GTGGCGTAGCTATCCA,Epiblast
SBR-36h:AACCCAAAGGAAGTCC,Epiblast
SBR-36h:CCTCTCCAGATGCTTC,Epiblast
SBR-36h:AAGCGTTCAAGTAGTA,Epiblast
SBR-36h:TGTGTGAGTTGCTTGA,Epiblast
SBR-36h:TACCGAACAAGACGAC,Exiting naive pluripotency
SBR-36h:TCAAGCACATGTGGTT,Epiblast
SBR-36h:CTCGAGGGTCCAGCCA,Epiblast
SBR-36h:CTTCTCTGTTAAAGTG,Epiblast
SBR-36h:TCCTAATCATGGCACC,Epiblast
SBR-36h:CATTCCGCAAATCGGG,Epiblast
SBR-36h:TTCATTGAGTAGAATC,Epiblast
SBR-36h:CAACAGTGTGGTACAG,Epiblast
SBR-36h:TCCTCCCAGCCTCATA,Epiblast
SBR-36h:CCTATCGAGGTTCCAT,Epiblast
SBR-36h:ACTATTCCAACCCTCT,Epiblast
SBR-36h:TCACATTTCCTAAGTG,Epiblast
SBR-36h:GTAGAAAGTACAAGCG,Epiblast
SBR-36h:TCACTCGCATCATCCC,Epiblast
SBR-36h:GATCATGTCTTTCGAT,Epiblast
SBR-36h:AGAAATGGTAGCGTAG,Epiblast
SBR-36h:ACATCCCTCCATACTT,Epiblast
SBR-36h:GTAGGTTTCGCCGAGT,Naive pluripotency
SBR-36h:ACACCAATCTACTGCC,Epiblast
SBR-36h:CCTGCATAGCAACTTC,Epiblast
SBR-36h:CTTCCGATCATTCATC,Epiblast
SBR-36h:TAGAGTCCAAAGCGTG,Epiblast
SBR-36h:GACTTCCGTTTCCAAG,Epiblast
SBR-36h:TCAGTTTCACCGCTGA,Epiblast
SBR-36h:GACCCAGTCCAGCCTT,Epiblast
SBR-36h:AGCCAGCTCCTGCCAT,Epiblast
SBR-36h:CTCATTAAGAGAGTTT,Epiblast
SBR-36h:CCACACTTCCCGAAAT,Epiblast
SBR-36h:ACATTTCTCGGTAACT,Epiblast
SBR-36h:ACTATGGCACTTCATT,Epiblast
SBR-36h:CCGATGGCACACACTA,Epiblast
SBR-36h:CCGATGGCAGTTTCAG,Epiblast
SBR-36h:CTCCAACCAGGTACGA,Epiblast
SBR-36h:CGGAATTGTCCTTTGC,Exiting naive pluripotency
SBR-36h:TACCCGTTCAATCAGC,Epiblast
SBR-36h:TGTGATGGTAAGGCCA,Epiblast
SBR-36h:GGCTTTCAGCCGGATA,Epiblast
SBR-36h:GATGCTAGTAGGATAT,Epiblast
SBR-36h:GCGAGAAAGCACACCC,Epiblast
SBR-36h:AACCACAGTAGTTACC,Epiblast
SBR-36h:TCATTACTCTGTCCGT,Epiblast
SBR-36h:ACTTTCAGTATGCTAC,Epiblast
SBR-36h:TCACACCGTACGACAG,Epiblast
SBR-36h:TTTGGTTGTACGAGCA,Epiblast
SBR-36h:CCTCAGTTCTATACGG,Epiblast
SBR-36h:GTAAGTCAGGCATGCA,Epiblast
SBR-36h:ACGTCCTCAGTTAGAA,Epiblast
SBR-36h:CCCTCTCTCCTCTTTC,Epiblast
SBR-36h:GGAGCAAGTCTTGAGT,Epiblast
SBR-36h:CCCTCTCTCTTAGCTT,Epiblast
SBR-36h:GATCCCTCATGACAGG,Epiblast
SBR-36h:CACTTCGAGATAGCAT,Epiblast
SBR-36h:TGCGGGTCAGTGTATC,Epiblast
SBR-36h:TTCATGTGTACCCAGC,Epiblast
SBR-36h:TTGACCCTCAATGTCG,Epiblast
SBR-36h:GACATCACACGCTTAA,Epiblast
SBR-36h:CCTTTGGTCGGCCTTT,Epiblast
SBR-36h:CAGCCAGTCCGGCAAC,Epiblast
SBR-36h:AACAACCAGCTCCATA,Epiblast
SBR-36h:TGAGCGCTCCGCGGAT,Epiblast
SBR-36h:GACCTTCCACGAAGAC,Exiting naive pluripotency
SBR-36h:ATTACTCCACCAGTAT,Epiblast
SBR-36h:GACATCAGTCGCTTAA,Epiblast
SBR-36h:GTGTAACTCAAGAGGC,Epiblast
SBR-36h:AGATAGAAGCATTGTC,Naive pluripotency
SBR-36h:AGAACCTGTTCAACGT,Epiblast
SBR-36h:GGCACGTTCAGGAAAT,Epiblast
SBR-36h:TGACAGTCATGAATCC,Exiting naive pluripotency
SBR-36h:CGACAGCTCTAGCCAA,Epiblast
SBR-36h:CTCATTAAGAGCCGTA,Epiblast
SBR-36h:CTAACCCGTTTCACAG,Epiblast
SBR-36h:GTTCATTAGTGATAGT,Epiblast
SBR-36h:CTATCTACAGAGTCTT,Epiblast
SBR-36h:TCATTACAGTTGAAGT,Epiblast
SBR-36h:TTGAACGAGTTCAACC,Epiblast
SBR-36h:ACGGTCGAGGTGCCTC,Epiblast
SBR-36h:TTGATGGAGTCGCCCA,Epiblast
SBR-36h:AGTTCGATCGCAACAT,Epiblast
SBR-36h:AGTAGTCTCATACGGT,Epiblast
SBR-36h:CTACAGAAGGTTGCCC,Epiblast
SBR-36h:TGAATGCCATGTTACG,Epiblast
SBR-36h:CATTTCAAGCGAATGC,Epiblast
SBR-36h:CTAACCCCAGGTTCCG,Exiting naive pluripotency
SBR-36h:AAAGGATTCGGAGCAA,Epiblast
SBR-36h:ACGTACACAGCTGTCG,Epiblast
SBR-36h:AGCGCCATCACGGACC,Epiblast
SBR-36h:AGAACCTTCCCTTTGG,Epiblast
SBR-36h:AGTCAACGTCGGTACC,Epiblast
SBR-36h:CTCATGCGTGACAGCA,Epiblast
SBR-36h:CCCATTGAGAAACCAT,Epiblast
SBR-36h:CAGCGTGCATAGTCAC,Epiblast
SBR-36h:TCCTGCAAGCCTTGAT,Epiblast
SBR-36h:ACAACCAGTTATGTGC,Epiblast
SBR-36h:ACACAGTCATCCTCAC,Epiblast
SBR-36h:GATTCGAGTCAGATTC,Epiblast
SBR-36h:TGCAGATTCCTCTTTC,Exiting naive pluripotency
SBR-36h:ACAAGCTAGACACACG,Epiblast
SBR-36h:AGAAATGCATGTGGTT,Epiblast
SBR-36h:GCGAGAATCCTTCTAA,Epiblast
SBR-36h:TAGGAGGGTTGGACTT,Epiblast
SBR-36h:AGTAACCTCATTTACC,Epiblast
SBR-36h:TATCAGGTCTGGACCG,Epiblast
SBR-36h:TTTGATCGTATCGATC,Epiblast
SBR-36h:GACTCAACAAGTGATA,Epiblast
SBR-36h:TCAATCTTCCAAATGC,Epiblast
SBR-36h:AAGAACACAAGCGCTC,Epiblast
SBR-36h:TTGATGGCAGGACATG,Epiblast
SBR-36h:TGAGCGCAGCGGTAAC,Epiblast
SBR-36h:CAACGGCCAATAGGGC,Epiblast
SBR-36h:GCACTAATCATTCGGA,Epiblast
SBR-36h:GACTCAAGTAGAATGT,Epiblast
SBR-36h:ATGAGTCCAGGATTCT,Epiblast
SBR-36h:AAGACAACAAGTGGGT,Epiblast
SBR-36h:ACATCGATCTATCCAT,Epiblast
SBR-36h:CCCTGATCATCCTTGC,Epiblast
SBR-36h:GATCCCTGTTGCCTAA,Epiblast
SBR-36h:GGAGGATCAAATCAAG,Exiting naive pluripotency
SBR-36h:ATGTCCCCATGTGACT,Epiblast
SBR-36h:AGACCCGCATTGTGCA,Epiblast
SBR-36h:CCTCTCCCATCCGTTC,Epiblast
SBR-36h:ACAGGGAAGCCTGCCA,Epiblast
SBR-36h:TCAGGTACACGTATAC,Epiblast
SBR-36h:GTAGTACCATATGGCT,Epiblast
SBR-36h:AGGGTTTAGCCATATC,Epiblast
SBR-36h:TCCATGCGTACCACGC,Epiblast
SBR-36h:CCTTGTGAGTTGAAAC,Epiblast
SBR-36h:AGAAATGCAACCACAT,Epiblast
SBR-36h:AGACCCGAGTAGATCA,Epiblast
SBR-36h:CACTGAAAGGAAAGAC,Epiblast
SBR-36h:CAATTTCGTATTGACC,Epiblast
SBR-36h:TGAGGTTCAAAGGGTC,Epiblast
SBR-36h:ATTCACTTCCTCTAGC,Epiblast
SBR-36h:ATTCTTGAGAGGTTTA,Epiblast
SBR-36h:CTGTACCCACGCGCTA,Epiblast
SBR-36h:CTATAGGTCGCTCTAC,Epiblast
SBR-36h:CCTCTAGCAAGTGACG,Epiblast
SBR-36h:TCATTCAGTAAGGCTG,Epiblast
SBR-36h:CCCGAAGTCGCCGAAC,Epiblast
SBR-36h:TTCTCTCCATACAGAA,Epiblast
SBR-36h:GTGCACGGTAACACCT,Epiblast
SBR-36h:GCCCGAAGTACGAGTG,Epiblast
SBR-36h:CAAGACTTCCGTTTCG,Epiblast
SBR-36h:CCTTTGGTCTTGTGCC,Epiblast
SBR-36h:AAGCGTTGTTTACTGG,Epiblast
SBR-36h:AGATCCATCGGAAGGT,Exiting naive pluripotency
SBR-36h:AGCATCATCGCGATCG,Epiblast
SBR-36h:CGAGTGCAGCAATTCC,Epiblast
SBR-36h:TTCTAACAGTATGGCG,Epiblast
SBR-36h:TCTGTCGAGGGCTAAC,Epiblast
SBR-36h:AGAAATGCATCCGTTC,Epiblast
SBR-36h:AAGTACCTCAAGAATG,Epiblast
SBR-36h:AATCACGCATGAAGCG,Epiblast
SBR-36h:CCTAAGAGTCTCGACG,Epiblast
SBR-36h:GGGACCTAGGTACCTT,Epiblast
SBR-36h:ATCACGATCATAGACC,Epiblast
SBR-36h:CAGCAGCCATCCTCAC,Epiblast
SBR-36h:ACTATGGTCTCATTGT,Epiblast
SBR-36h:GTTGCTCCAGTCAACT,Epiblast
SBR-36h:TCAGCAACAATGACCT,Epiblast
SBR-36h:CAACCTCTCCTTCGAC,Epiblast
SBR-36h:TAAGTCGTCATTCGTT,Epiblast
SBR-36h:TCACACCCAAGCTCTA,Epiblast
SBR-36h:ATGGAGGTCGACCATA,Epiblast
SBR-36h:GGTCACGTCTAGAACC,Epiblast
SBR-36h:CAAGCTAAGGTTCCGC,Epiblast
SBR-36h:AGGTCATTCCATGATG,Epiblast
SBR-36h:TAAGCGTCAGATCACT,Epiblast
SBR-36h:CAATACGGTTAATCGC,Epiblast
SBR-36h:ATTCTACAGACCGCCT,Epiblast
SBR-36h:TGAATGCCACTTGAAC,Epiblast
SBR-36h:CTCCACACACGCCACA,Epiblast
SBR-36h:GTCCACTTCAGGTAAA,Epiblast
SBR-36h:CACTGAATCAGCAATC,Epiblast
SBR-36h:ACGGGTCCATGTGCTA,Epiblast
SBR-36h:ACTTTGTAGTCGGCCT,Epiblast
SBR-36h:TCCGAAATCTACGCAA,Epiblast
SBR-36h:GAACGTTCAAAGGAGA,Epiblast
SBR-36h:AGAACCTAGCCGTAAG,Epiblast
SBR-36h:TAGGGTTGTTACTCAG,Epiblast
SBR-36h:TAACGACCAATTTCTC,Epiblast
SBR-36h:AAACGAAAGAGGTTAT,Epiblast
SBR-36h:AGAGAATGTCGGAACA,Epiblast
SBR-36h:TCTATACCATTGACTG,Epiblast
SBR-36h:TCGAACAAGATCCAAA,Epiblast
SBR-36h:TGAGGTTGTATCTCTT,Epiblast
SBR-36h:AAAGAACCAAACGAGC,Exiting naive pluripotency
SBR-36h:TCATCATTCGGTCACG,Exiting naive pluripotency
SBR-36h:AGACAAATCCATAAGC,Epiblast
SBR-36h:TTAGGCATCTCTGACC,Epiblast
SBR-36h:ACAGCCGTCCATAAGC,Epiblast
SBR-36h:CACAACATCCGTACGG,Epiblast
SBR-36h:AGGTCATTCTGAGAGG,Epiblast
SBR-36h:GCCAGGTAGGGCTTCC,Exiting naive pluripotency
SBR-36h:AGAGAATAGTTCAACC,Epiblast
SBR-36h:TCACGCTGTCACTTCC,Epiblast
SBR-36h:GGATCTAAGTATAGAC,Epiblast
SBR-36h:TTATTGCTCATGAGAA,Epiblast
SBR-36h:AGCGATTAGGTCCGAA,Epiblast
SBR-36h:ATTACCTCATGGACAG,Epiblast
SBR-36h:ACAAAGACATTGACCA,Naive pluripotency
SBR-36h:CTCAACCTCCATTTAC,Epiblast
SBR-36h:ACAAGCTCATAAGCGG,Epiblast
SBR-36h:TTCCACGGTTCTATCT,Epiblast
SBR-36h:AACCATGTCAGACTGT,Epiblast
SBR-36h:AGGAATAAGCGATGAC,Epiblast
SBR-36h:TACCGAAAGCAGAAAG,Exiting naive pluripotency
SBR-36h:AAATGGATCTAGCCTC,Epiblast
SBR-36h:AGCGATTTCGAATCCA,Epiblast
SBR-36h:TACTTCATCATTCACT,Epiblast
SBR-36h:GATCGTACATCTGGGC,Naive pluripotency
SBR-36h:CACTGGGTCCTCATAT,Epiblast
SBR-36h:ACCAAACTCAGACTGT,Epiblast
SBR-36h:TCCTAATTCTATTGTC,Epiblast
SBR-36h:GATCAGTCAACTCATG,Epiblast
SBR-36h:AATGACCTCACCCTTG,Epiblast
SBR-36h:CTAGGTAGTATCTCGA,Epiblast
SBR-36h:CAGATACTCCCTTCCC,Epiblast
SBR-36h:AATGGAAGTAGATTAG,Epiblast
SBR-36h:CATGGATCATCCAATG,Naive pluripotency
SBR-36h:TGCATGATCGCAGAGA,Epiblast
SBR-36h:AGACACTAGTGGCCTC,Epiblast
SBR-36h:TGCTCCATCGCCAGTG,Exiting naive pluripotency
SBR-36h:GAAGAATCATTCGATG,Epiblast
SBR-36h:AGACAAAGTATGAAAC,Epiblast
SBR-36h:TGGCGTGAGAAGCCAC,Epiblast
SBR-36h:AGTAACCCATAGATCC,Epiblast
SBR-36h:GTTTGGAGTCGCAGTC,Epiblast
SBR-36h:AGGGAGTCAAATCAGA,Epiblast
SBR-36h:TATGTTCAGCAAGTCG,Epiblast
SBR-36h:CACACAATCGGCCAAC,Epiblast
SBR-36h:TATATCCTCACAATGC,Epiblast
SBR-36h:AGTTCCCGTGCCTAAT,Epiblast
SBR-36h:AACCAACAGTTGCCTA,Epiblast
SBR-36h:ACTATCTAGGCTGAAC,Epiblast
SBR-36h:TCCATCGCACACCTTC,Epiblast
SBR-36h:ACAAGCTTCCTTATCA,Epiblast
SBR-36h:GTATTGGAGCCTTCTC,Epiblast
SBR-36h:AACCACAGTCTGATAC,Epiblast
SBR-36h:TTCAATCTCTACACTT,Epiblast
SBR-36h:TGAATCGCATTCACCC,Epiblast
SBR-36h:TACCTGCTCGTTAGTG,Epiblast
SBR-36h:ACGGTTACATAGGTAA,Epiblast
SBR-36h:CTTCCTTAGCTTTCCC,Epiblast
SBR-36h:CAGCAATTCTAGACCA,Epiblast
SBR-36h:CAACCAAAGATGTTCC,Epiblast
SBR-36h:AGGCCACCAACCACGC,Epiblast
SBR-36h:TGGATCACAGTCTTCC,Epiblast
SBR-36h:ATGAAAGAGCCATGCC,Epiblast
SBR-36h:TCAAGTGCACTCTAGA,Epiblast
SBR-36h:AGACAAAAGCCGAATG,Epiblast
SBR-36h:ATACCTTCACCGGAAA,Epiblast
SBR-36h:AAGTACCTCAAGGTGG,Epiblast
SBR-36h:AGCGCCAGTTTGCAGT,Epiblast
SBR-36h:ACTTCCGAGGTTAAAC,Epiblast
SBR-36h:CTGCATCAGGAGCAAA,Epiblast
SBR-36h:ACCGTTCTCCCTTGGT,Epiblast
SBR-36h:AACAAAGGTGCTCCGA,Epiblast
SBR-36h:CACTGTCAGCACTCCG,Epiblast
SBR-36h:GAACGTTAGCTGTTCA,Epiblast
SBR-36h:AAAGGGCGTTTCCCAC,Epiblast
SBR-36h:TCATTACTCCGTACGG,Epiblast
SBR-36h:CCCTCTCTCATGTCTT,Naive pluripotency
SBR-36h:GTCATCCTCAAACCTG,Epiblast
SBR-36h:GTGCACGGTTCGTTCC,Epiblast
SBR-36h:GTCAAGTTCCATAGGT,Exiting naive pluripotency
SBR-36h:AGCCAGCTCCTATGGA,Epiblast
SBR-36h:CTTTCAAAGATACAGT,Epiblast
SBR-36h:CCACCATGTGGACCTC,Epiblast
SBR-36h:CTCCCAATCGCTGACG,Epiblast
SBR-36h:CCGTTCATCTATTTCG,Epiblast
SBR-36h:ATTTACCTCATCCTGC,Epiblast
SBR-36h:CTACTATAGACCTTTG,Epiblast
SBR-36h:TTGTTCATCCATGCAA,Epiblast
SBR-36h:TTACTGTGTTAGTCGT,Epiblast
SBR-36h:CTGTCGTCATATCGGT,Epiblast
SBR-36h:ACAAAGACAGCGTACC,Epiblast
SBR-36h:ATTCTTGCAATAACCC,Epiblast
SBR-36h:CGAGAAGCAAGCAATA,Epiblast
SBR-36h:GTCCTCAAGTGGTGGT,Epiblast
SBR-36h:GAATCGTTCGCATTAG,Epiblast
SBR-36h:AGTAACCCATTCACAG,Epiblast
SBR-36h:GGGACTCTCTTTCCGG,Epiblast
SBR-36h:CAGTTCCTCTAGTTCT,Epiblast
SBR-36h:TTCCTCTAGGGTTAGC,Epiblast
SBR-36h:GAGAAATAGGGCGAGA,Epiblast
SBR-36h:TGAGCATAGCGACAGT,Epiblast
SBR-36h:AAAGTCCTCGAAGCAG,Epiblast
SBR-36h:TTACCATAGAGGTGCT,Epiblast
SBR-36h:TTCAATCAGCGGATCA,Epiblast
SBR-36h:CATTGTTAGCGGACAT,Epiblast
SBR-36h:GTCTACCAGAAGCCTG,Epiblast
SBR-36h:GTGCACGAGCACCGTC,Epiblast
SBR-36h:AACACACGTGTCGATT,Epiblast
SBR-36h:TCAGGTAGTATTGGCT,Epiblast
SBR-36h:CCGGGTATCGTTCCTG,Epiblast
SBR-36h:CAGCGTGAGGGTCAAC,Epiblast
SBR-36h:CCAATGATCGGATACT,Epiblast
SBR-36h:GTACAGTGTCTCTCCA,Epiblast
SBR-36h:CATACCCTCACCACAA,Exiting naive pluripotency
SBR-36h:TCACACCCACGCTGAC,Epiblast
SBR-36h:TACCCGTTCGTGGGAA,Epiblast
SBR-36h:ACCCTCATCCCTCGTA,Epiblast
SBR-36h:AGATAGATCCACTAGA,Epiblast
SBR-36h:TCCTCCCTCGCCTATC,Epiblast
SBR-36h:TTACCGCAGTGTAGTA,Naive pluripotency
SBR-36h:TGTTGGATCCTACCAC,Exiting naive pluripotency
SBR-36h:CGCCATTTCTCGGTCT,Epiblast
SBR-36h:TGAGGTTGTTCAAGGG,Epiblast
SBR-36h:CCCTCTCAGCACCAGA,Epiblast
SBR-36h:GACACGCAGTATTAGG,Epiblast
SBR-36h:ATCCATTAGGTAGTAT,Epiblast
SBR-36h:AGACCATGTCCTACGG,Epiblast
SBR-36h:AAGATAGTCCCTTTGG,Epiblast
SBR-36h:TCCGAAATCCGCACGA,Epiblast
SBR-36h:GTTACGACACCAGCTG,Exiting naive pluripotency
SBR-36h:AACGAAAGTACAGCGA,Epiblast
SBR-36h:TACTTGTCACACCAGC,Epiblast
SBR-36h:GAGTGAGTCCACGGAC,Epiblast
SBR-36h:TATCAGGTCCATACAG,Epiblast
SBR-36h:ACGTTCCCAGGCAATG,Naive pluripotency
SBR-36h:AGTAACCAGGAACATT,Epiblast
SBR-36h:TACCTGCGTCACTCAA,Exiting naive pluripotency
SBR-36h:ATCCCTGGTCCAAATC,Epiblast
SBR-36h:AACCACAGTTAAGAAC,Epiblast
SBR-36h:AACACACTCCTTGGAA,Epiblast
SBR-36h:CATACTTTCAAGAGGC,Epiblast
SBR-36h:CGGGTCAGTGACTATC,Epiblast
SBR-36h:GTTGAACCATGGTACT,Epiblast
SBR-36h:GTCAAACCATGAGAAT,Epiblast
SBR-36h:GACTGATGTGAAGCGT,Epiblast
SBR-36h:CCTACGTTCTGTCAGA,Epiblast
SBR-36h:GTTACCCCACCAGGTC,Epiblast
SBR-36h:GGTTAACCATTACTCT,Epiblast
SBR-36h:CAAGACTGTGGTCCCA,Epiblast
SBR-36h:ACATGCAGTCCTGTCT,Epiblast
SBR-36h:AGAACAACATGCCATA,Epiblast
SBR-36h:ATCTCTAGTGAATTAG,Epiblast
SBR-36h:ACTTTGTTCAAGGCTT,Epiblast
SBR-36h:TCCTCCCGTGATGTAA,Epiblast
SBR-36h:AACCATGCAGCTATAC,Epiblast
SBR-36h:AAAGGGCAGCTCTTCC,Epiblast
SBR-36h:ATTCACTGTAGGATAT,Epiblast
SBR-36h:AGTACTGGTATCGAAA,Epiblast
SBR-36h:CTGCTCAAGTTCACTG,Exiting naive pluripotency
SBR-36h:AACCCAACACTATCCC,Epiblast
SBR-36h:TAGGTTGTCGAGTCTA,Exiting naive pluripotency
SBR-36h:CATACCCAGTAACGAT,Epiblast
SBR-36h:ACTCCCAGTACGTACT,Epiblast
SBR-36h:TCGAACACAACGGGTA,Epiblast
SBR-36h:TCTGCCAGTTGGCCGT,Epiblast
SBR-36h:GCTGGGTAGTCCGTCG,Epiblast
SBR-36h:TGCAGATTCTACGCGG,Epiblast
SBR-36h:CATCCCATCCCTAGGG,Epiblast
SBR-36h:TGGGAGACATAGAGGC,Epiblast
SBR-36h:AACAACCAGCCTCCAG,Epiblast
SBR-36h:GCATTAGGTGCCCGTA,Epiblast
SBR-36h:TGGAACTGTAACTAAG,Epiblast
SBR-36h:CTCATGCGTTAGGCCC,Epiblast
SBR-36h:ACTCTCGGTCTACGTA,Epiblast
SBR-36h:CCCTAACAGAATCGTA,Epiblast
SBR-36h:TACCTCGCATCATCCC,Epiblast
SBR-36h:CTCCCTCCAACTCGTA,Epiblast
SBR-36h:GTAATGCGTCAGACGA,Epiblast
SBR-36h:GAGACCCTCTCAATCT,Epiblast
SBR-36h:AAGACTCTCGAAATCC,Epiblast
SBR-36h:GGCAGTCTCAGTGCGC,Epiblast
SBR-36h:TCAATCTCACACCTTC,Epiblast
SBR-36h:CCTAACCCACACGGTC,Epiblast
SBR-36h:ACTTTGTTCGACTCCT,Epiblast
SBR-36h:TCATGCCTCATGCCAA,Epiblast
SBR-36h:AACCACAAGCGGCTCT,Epiblast
SBR-36h:GTCATCCTCCTAGCTC,Epiblast
SBR-36h:CCGAACGGTACCTGTA,Epiblast
SBR-36h:AACAACCTCTTGCGCT,Epiblast
SBR-36h:GTTCCGTTCCAAAGGG,Epiblast
SBR-36h:CCACGAGCATAGAGGC,Epiblast
SBR-36h:AAGGAATTCAAACCCA,Epiblast
SBR-36h:TCGTAGAGTTCAGCTA,Epiblast
SBR-36h:CAAGGGATCTGGGCCA,Epiblast
SBR-36h:TTCTGTATCGTTCCTG,Exiting naive pluripotency
SBR-36h:AACTTCTTCCGTGCGA,Epiblast
SBR-36h:AAAGAACAGAAAGTCT,Epiblast
SBR-36h:CATGCAAAGCTTCGTA,Epiblast
SBR-36h:TCATGAGGTGGGAGAG,Epiblast
SBR-36h:ACATGCAAGACGAGCT,Epiblast
SBR-36h:TGAACGTTCCGGACTG,Epiblast
SBR-36h:AACCTGACAAGCGATG,Exiting naive pluripotency
SBR-36h:TTGCTGCCAAGTGGGT,Epiblast
SBR-36h:GCAACATGTCTTCATT,Epiblast
SBR-36h:CTAGACAAGGACGGAG,Epiblast
SBR-36h:GACGTTATCCTGATAG,Epiblast
SBR-36h:GTCCCATAGTCACTAC,Epiblast
SBR-36h:AACAACCTCTTGGATG,Epiblast
SBR-36h:CTATAGGTCGAGAATA,Epiblast
SBR-36h:TTCCTAAGTGCCTGCA,Exiting naive pluripotency
SBR-36h:TCATTCACAATCTCTT,Epiblast
SBR-36h:AACCTTTAGTCTCCTC,Epiblast
SBR-36h:CCCTAACAGCCGAATG,Epiblast
SBR-36h:ATGAGGGAGCTCACTA,Epiblast
SBR-36h:AGGCATTGTCAGCTTA,Epiblast
SBR-36h:AAGCGAGTCCGTCACT,Naive pluripotency
SBR-36h:TTCAATCAGGACTGGT,Epiblast
SBR-36h:GATCGTACATGGGTCC,Epiblast
SBR-36h:AGTCATGGTTATGTCG,Epiblast
SBR-36h:CAGATTGGTCCGACGT,Epiblast
SBR-36h:GATTTCTCACTGAGGA,Epiblast
SBR-36h:GCTACAAAGACATGCG,Epiblast
SBR-36h:TTACCGCAGCAACAAT,Epiblast
SBR-36h:AAAGTCCGTATGTGTC,Epiblast
SBR-36h:AGATGCTGTAGTCACT,Epiblast
SBR-36h:AATGAAGTCTGGCCTT,Epiblast
SBR-36h:AAGCGTTTCAAGGACG,Epiblast
SBR-36h:GGTTAACTCCTAGAGT,Epiblast
SBR-36h:ATCCACCCATAATGCC,Epiblast
SBR-36h:TCATACTCAGTCGTTA,Epiblast
SBR-36h:TTCTTCCGTCGCAACC,Epiblast
SBR-36h:ACGTAACCATCCGAAT,Epiblast
SBR-36h:AGTACCATCGCCAATA,Epiblast
SBR-36h:AACCCAAGTCACGCTG,Epiblast
SBR-36h:TTGCATTAGTCCCAAT,Epiblast
SBR-36h:ATATCCTCACCATAAC,Exiting naive pluripotency
SBR-36h:ACTATGGAGATGAAGG,Epiblast
SBR-36h:CCTGTTGTCCGCAGTG,Epiblast
SBR-36h:GCTACCTAGCTGAGCA,Epiblast
SBR-36h:GGAGATGAGTAACGTA,Epiblast
SBR-36h:GGAATGGCAAAGCTCT,Exiting naive pluripotency
SBR-36h:GGACGTCCACATGGTT,Epiblast
SBR-36h:CTCCCAAAGGCCCAAA,Epiblast
SBR-36h:TTACAGGTCGGCATAT,Epiblast
SBR-36h:TGTTCCGAGGATACAT,Epiblast
SBR-36h:CCGAACGCAGAATCGG,Epiblast
SBR-36h:CGGAATTTCACTGCTC,Epiblast
SBR-36h:TCACATTTCATAAGGA,Epiblast
SBR-36h:GTTGTGACACGCTTAA,Epiblast
SBR-36h:AGACTCAGTGAACTAA,Epiblast
SBR-36h:GGAGAACGTCAACCAT,Epiblast
SBR-36h:CCTAAGAGTCACTTAG,Epiblast
SBR-36h:TCACAAGTCCTCTTTC,Exiting naive pluripotency
SBR-36h:TCATTCATCACAAGAA,Epiblast
SBR-36h:AGCCAATTCTGGTGCG,Epiblast
SBR-36h:TATTGGGGTTGATGTC,Epiblast
SBR-36h:ATTTCACTCAGCAGAG,Epiblast
SBR-36h:CACTGAAAGTGAGGCT,Epiblast
SBR-36h:TCACGCTCACTACTTT,Epiblast
SBR-36h:CTTTCAATCGTTGTAG,Epiblast
SBR-36h:TATCTTGTCGAAGAAT,Epiblast
SBR-36h:GCCAGCACACTACTTT,Epiblast
SBR-36h:CAACAGTTCCTTATAC,Epiblast
SBR-36h:CTCAACCCATGGCACC,Epiblast
SBR-36h:CCTCCAAAGCACCGTC,Epiblast
SBR-36h:TCACAAGAGCCTCAAT,Epiblast
SBR-36h:TGATTTCAGTTCCGTA,Epiblast
SBR-36h:GGAACCCAGATTAGCA,Epiblast
SBR-36h:AGGGTCCAGCTCAGAG,Exiting naive pluripotency
SBR-36h:AAACGAAGTTGTAAAG,Epiblast
SBR-36h:AAAGTGACACTCTCGT,Epiblast
SBR-36h:GAACGTTCAAATAAGC,Epiblast
SBR-36h:CGAATTGCAGGGCTTC,Epiblast
SBR-36h:GAACACTTCCATCAGA,Epiblast
SBR-36h:GCAGCTGCAGGCCTGT,Epiblast
SBR-36h:TAAGCGTTCACCTACC,Epiblast
SBR-36h:ATTGGGTTCAAGAGGC,Epiblast
SBR-36h:AGTAGCTCAAAGTATG,Epiblast
SBR-36h:CATGAGTCATACAGGG,Epiblast
SBR-36h:TAACTTCAGGAACGTC,Epiblast
SBR-36h:ACTCCCACAAGACGGT,Epiblast
SBR-36h:CACAGATTCCCATTCG,Epiblast
SBR-36h:CACAACAGTGTCTTAG,Epiblast
SBR-36h:TAATTCCCACCAAAGG,Epiblast
SBR-36h:CTCATTACAAATGGTA,Epiblast
SBR-36h:AATGGAACAGCACCCA,Epiblast
SBR-36h:CGAATTGAGTGAACAT,Epiblast
SBR-36h:ATTCCTACAGCTACCG,Epiblast
SBR-36h:AGGGTTTGTCGAAACG,Epiblast
SBR-36h:TTGAGTGAGAAGTATC,Epiblast
SBR-36h:CAGATCAAGCCTCACG,Epiblast
SBR-36h:AGACAGGTCAAGTGTC,Epiblast
SBR-36h:TCAATCTGTGTCTAAC,Epiblast
SBR-36h:AAGGAATCACTTCAAG,Epiblast
SBR-36h:GCCGATGGTCCTCCAT,Epiblast
SBR-36h:TTTCCTCTCGTGGACC,Epiblast
SBR-36h:GTTACGAAGGTGAGAA,Epiblast
SBR-36h:GACTCAATCTCATGCC,Epiblast
SBR-36h:AGTCAACCATAGGAGC,Epiblast
SBR-36h:GATCCCTCATTAAGCC,Epiblast
SBR-36h:ACGTCCTCACGACGCT,Epiblast
SBR-36h:GACCCTTGTCACTCAA,Exiting naive pluripotency
SBR-36h:CGTCAAAGTCACGCTG,Epiblast
SBR-36h:GATTTCTCAAAGACGC,Epiblast
SBR-36h:GCGGAAAAGTTGCGAG,Epiblast
SBR-36h:GGTGAAGTCCCTCGAT,Epiblast
SBR-36h:AGGGTTTAGAGAACCC,Epiblast
SBR-36h:GTCACGGAGATCCCGC,Epiblast
SBR-36h:TACAACGAGCTGTTCA,Epiblast
SBR-36h:GCACTAATCCTCGATC,Epiblast
SBR-36h:CACGGGTCACCTGCTT,Epiblast
SBR-36h:ATTCCCGCAGGATTCT,Epiblast
SBR-36h:CTTTCAAAGGCTCCCA,Epiblast
SBR-36h:CTCAAGATCACTTGGA,Epiblast
SBR-36h:AGCCAATAGACGATAT,Epiblast
SBR-36h:GGCAGTCGTTATCCAG,Epiblast
SBR-36h:AGACACTGTGTAGTGG,Exiting naive pluripotency
SBR-36h:CTCCCAAAGTCGCCCA,Epiblast
SBR-36h:GTTCATTAGTGAGCCA,Epiblast
SBR-36h:GAGACCCGTCATCACA,Epiblast
SBR-36h:CATTTCAGTGTCCTAA,Epiblast
SBR-36h:ACAAAGAAGTGTTCAC,Epiblast
SBR-36h:GGAGATGTCTTCGGAA,Epiblast
SBR-36h:CTTAGGACAAAGGGTC,Exiting naive pluripotency
SBR-36h:AGGCTGCAGGTTACCT,Exiting naive pluripotency
SBR-36h:TCCACCATCACCTGTC,Epiblast
SBR-36h:ATCCCTGCATGAGATA,Epiblast
SBR-36h:GTCTAGATCATCCCGT,Epiblast
SBR-36h:TACCGGGAGCACCAGA,Epiblast
SBR-36h:GACTATGTCCAGTGCG,Epiblast
SBR-36h:ATTCCATTCGAGCCAC,Epiblast
SBR-36h:TTCTGTATCGTTCAGA,Epiblast
SBR-36h:TATCCTATCACCCATC,Epiblast
SBR-36h:CATAAGCAGACGGATC,Epiblast
SBR-36h:AGCTTCCAGCGTTGTT,Epiblast
SBR-36h:AGTTAGCGTATTCTCT,Epiblast
SBR-36h:CCCAACTGTTGGACCC,Epiblast
SBR-36h:TTCACCGCACACTGGC,Epiblast
SBR-36h:CACCGTTAGCACACAG,Epiblast
SBR-36h:GTAGAGGGTTGGCCGT,Epiblast
SBR-36h:GTAACACTCTAGCATG,Epiblast
SBR-36h:CTGCATCAGGCTAGCA,Epiblast
SBR-36h:ACCTACCCAATAGGAT,Epiblast
SBR-36h:AAACCCAAGCGTTGTT,Epiblast
SBR-36h:ATTACCTTCTCGTCAC,Epiblast
SBR-36h:GAGATGGTCGAACCAT,Epiblast
SBR-36h:GATAGCTTCCCAAGTA,Epiblast
SBR-36h:GGAACCCAGTGTTGTC,Epiblast
SBR-36h:GAAGCCCAGCAATAGT,Epiblast
SBR-36h:TGGAGAGCATACCACA,Epiblast
SBR-36h:CCAATTTAGTGAGGCT,Epiblast
SBR-36h:GCCTGTTAGACGAGCT,Epiblast
SBR-36h:AGATAGAGTAGTCTTG,Epiblast
SBR-36h:GTCCTCAGTGGACCTC,Epiblast
SBR-36h:GTATTGGCAATCGCGC,Epiblast
SBR-36h:CGTCCATCAACTCCCT,Epiblast
SBR-36h:AGCTTCCGTACATTGC,Epiblast
SBR-36h:CACCAAAGTCTACACA,Epiblast
SBR-36h:TATACCTAGTTGGAGC,Epiblast
SBR-36h:GTGATGTTCCCATACC,Epiblast
SBR-36h:CGGGCATCAGAGTTGG,Epiblast
SBR-36h:GTCAAGTGTTGAGTCT,Epiblast
SBR-36h:GTAGGAGGTCTAGTGT,Epiblast
SBR-36h:ATTTACCAGTAAGAGG,Epiblast
SBR-36h:TCCCACATCGTCAGAT,Epiblast
SBR-36h:AGACAAATCTGAACGT,Exiting naive pluripotency
SBR-36h:CAGCAATTCACTCGAA,Epiblast
SBR-36h:GTACAGTAGATCGCTT,Epiblast
SBR-36h:ACAAAGAAGAGGACTC,Epiblast
SBR-36h:ATTACCTTCACTTATC,Epiblast
SBR-36h:TTAATCCCACACCTGG,Epiblast
SBR-36h:AAAGAACAGAAGCGCT,Epiblast
SBR-36h:GACTCTCGTGCGTGCT,Epiblast
SBR-36h:AGGTTACCATCCGAAT,Epiblast
SBR-36h:ATATCCTAGTGCAGGT,Epiblast
SBR-36h:TACAACGTCAGTCCGG,Epiblast
SBR-36h:TCTATCAAGTTACGTC,Epiblast
SBR-36h:TTTGACTGTACCCAGC,Epiblast
SBR-36h:ATTGGGTGTTGCGGCT,Epiblast
SBR-36h:TTCTGTATCATCTCTA,Epiblast
SBR-36h:ACACTGATCCTGGGTG,Epiblast
SBR-36h:CAAAGAAGTTGCGGCT,Epiblast
SBR-36h:AGGCATTTCCCTCTTT,Epiblast
SBR-36h:TAACTTCAGGTAGTAT,Naive pluripotency
SBR-36h:AGAGCCCTCAAGCGTT,Epiblast
SBR-36h:CGGACACGTACGACTT,Epiblast
SBR-36h:CAGGTATAGGAACGCT,Epiblast
SBR-36h:ATCGTAGTCCGAAGGA,Epiblast
SBR-36h:TTTACGTCAGGTTACT,Epiblast
SBR-36h:AACCTGACACTTGTGA,Epiblast
SBR-36h:GTTACAGCACTGATTG,Epiblast
SBR-36h:CCTGCATTCTGCTCTG,Epiblast
SBR-36h:TAACACGTCATTCCTA,Epiblast
SBR-36h:CAACAACGTGCTTCAA,Epiblast
SBR-36h:TTTCCTCCAAGTCATC,Epiblast
SBR-36h:CTCCTTTGTATTGCCA,Epiblast
SBR-36h:CTTCCTTCACCTAAAC,Epiblast
SBR-36h:AAGTACCTCTATTGTC,Epiblast
SBR-36h:ATTCGTTCACAAGTGG,Exiting naive pluripotency
SBR-36h:TAGATCGGTGATGGCA,Exiting naive pluripotency
SBR-36h:CAAGACTGTATCCCAA,Epiblast
SBR-36h:AACCCAATCATCTCTA,Epiblast
SBR-36h:AGGAAATCATACGCAT,Epiblast
SBR-36h:TGATCAGTCCGCATAA,Epiblast
SBR-36h:GGAGCAATCATCCCGT,Epiblast
SBR-36h:CACTGTCAGATACTGA,Naive pluripotency
SBR-36h:TTCCTAATCACGGGCT,Exiting naive pluripotency
SBR-36h:TGAGCATCAGAACGCA,Epiblast
SBR-36h:TTTCGATCATTGACAC,Epiblast
SBR-36h:CAACAGTGTGATTAGA,Epiblast
SBR-36h:AAACGCTGTAGATCCT,Epiblast
SBR-36h:CAGATTGCATCTTCGC,Epiblast
SBR-36h:TCAGTCCGTGATAGAT,Epiblast
SBR-36h:TAGGTACAGCTCGACC,Epiblast
SBR-36h:ATGATCGAGGTCCCTG,Epiblast
SBR-36h:ACCACAATCGCCTAGG,Epiblast
SBR-36h:CATTTCATCACTGTTT,Epiblast
SBR-36h:TCAGTTTAGTCATGCT,Epiblast
SBR-36h:TCATTCAAGTCGAAAT,Epiblast
SBR-36h:TACGGGCAGCATGGGT,Epiblast
SBR-36h:ATACCTTTCTTCTTCC,Epiblast
SBR-36h:ATACCTTAGTGCAACG,Naive pluripotency
SBR-36h:TCCTCCCGTGGACAGT,Epiblast
SBR-36h:TCATTTGAGCAGCCCT,Epiblast
SBR-36h:ATCCATTGTTTCGTGA,Epiblast
SBR-36h:TATTGCTGTTTGGGTT,Epiblast
SBR-36h:CTCTCAGCACAATCTG,Epiblast
SBR-36h:ACAAGCTGTTGGCTAT,Epiblast
SBR-36h:ACACTGATCTTGCGCT,Epiblast
SBR-36h:CAACCTCGTATGAGGC,Epiblast
SBR-36h:CCGCAAGAGAAGGGAT,Epiblast
SBR-36h:GTCCACTAGCCTAACT,Epiblast
SBR-36h:AAGCGAGGTGTTGAGG,Epiblast
SBR-36h:TCTAACTAGGTATTGA,Epiblast
SBR-36h:CTTCCGATCCATACTT,Epiblast
SBR-36h:CAACCTCTCAAACCCA,Epiblast
SBR-36h:CAACGGCCAGACGGAT,Epiblast
SBR-36h:TGATTCTTCGATGGAG,Epiblast
SBR-36h:CAAGACTAGACCAGCA,Epiblast
SBR-36h:GGAACCCAGCGTCAAG,Epiblast
SBR-36h:CCTGCATGTACAATAG,Epiblast
SBR-36h:CACGTTCCAATATCCG,Exiting naive pluripotency
SBR-36h:TTAGGCAAGTGCCAGA,Epiblast
SBR-36h:CCCAACTAGCCTGTCG,Epiblast
SBR-36h:TAGTGCAGTAGTAAGT,Exiting naive pluripotency
SBR-36h:CCGATGGTCTGCAGCG,Exiting naive pluripotency
SBR-36h:GCACGTGAGCTATCTG,Exiting naive pluripotency
SBR-36h:CGCCATTGTAAGTCAA,Epiblast
SBR-36h:GATGCTACAGCTACTA,Epiblast
SBR-36h:TCATCCGAGCCTCAGC,Epiblast
SBR-36h:TCATCATAGCAACTCT,Epiblast
SBR-36h:ATACTTCGTACGCGTC,Epiblast
SBR-36h:AGTACCACAAAGCTAA,Epiblast
SBR-36h:TTACTGTAGCCTTGAT,Epiblast
SBR-36h:AACCTGATCTGACCCT,Epiblast
SBR-36h:TGCACGGCAGGTGAGT,Epiblast
SBR-36h:TCAATTCCATAGAATG,Epiblast
SBR-36h:TTCTTCCAGGCTTAAA,Epiblast
SBR-36h:GATGACTCATTCTGTT,Epiblast
SBR-36h:TGCATGATCCTCTTTC,Epiblast
SBR-36h:TCATGGACAAGTTTGC,Epiblast
SBR-36h:TCATGCCAGGAACGTC,Epiblast
SBR-36h:AGGAGGTTCATGGATC,Epiblast
SBR-36h:ATGAGGGCATCGGATT,Epiblast
SBR-36h:AACAAGAGTACATACC,Epiblast
SBR-36h:AGAGCAGAGAACCCGA,Epiblast
SBR-36h:TACGGTAAGTAACAGT,Epiblast
SBR-36h:ATTCCCGGTCCAAGAG,Epiblast
SBR-36h:AAGAACACACTGTCCT,Epiblast
SBR-36h:ATCCTATCAGAGGAAA,Epiblast
SBR-36h:AAGTGAAGTCGACTTA,Exiting naive pluripotency
SBR-36h:CAGAGCCAGAGTCACG,Epiblast
SBR-36h:ATCACTTAGGTAATCA,Epiblast
SBR-36h:TGTGCGGGTCGGCACT,Epiblast
SBR-36h:TCTAACTAGAGGCTGT,Epiblast
SBR-36h:TTTACTGCAGGAGGTT,Naive pluripotency
SBR-36h:CCACAAAGTCGGCTAC,Epiblast
SBR-36h:ACGATGTGTTGCCAAT,Epiblast
SBR-36h:GAGACCCAGGAGAATG,Epiblast
SBR-36h:TCATTACTCACGATAC,Epiblast
SBR-36h:GTGAGGATCATCGGGC,Epiblast
SBR-36h:CCGAACGTCCAAGCAT,Epiblast
SBR-36h:CCACGTTTCACTTATC,Epiblast
SBR-36h:CGGGTCACACAGTCGC,Epiblast
SBR-36h:ATGGAGGCAGAACCGA,Epiblast
SBR-36h:TGACAGTTCTCAGGCG,Epiblast
SBR-36h:TACCGAACAGCTTCGG,Epiblast
SBR-36h:AAGTACCAGAGGCTGT,Epiblast
SBR-36h:TACAACGGTTAGGAGC,Epiblast
SBR-36h:TTATTGCAGGGAGGAC,Epiblast
SBR-36h:CAGGTATCACTCTAGA,Epiblast
SBR-36h:TATTCCAGTATCCCAA,Epiblast
SBR-36h:ACTTATCAGACCAAGC,Epiblast
SBR-36h:TCCTAATCACAAATAG,Naive pluripotency
SBR-36h:CCGTAGGCAGGTTCGC,Epiblast
SBR-36h:CCTGTTGGTCGAGATG,Epiblast
SBR-36h:TCTACCGTCCTACTGC,Exiting naive pluripotency
SBR-36h:CAAAGAATCGTACCTC,Epiblast
SBR-36h:TCAATCTGTGGAGGTT,Epiblast
SBR-36h:ACTCCCAGTTTGTGGT,Epiblast
SBR-36h:TAACACGCACCCAAGC,Epiblast
SBR-36h:GAGAGGTCAGAACCGA,Epiblast
SBR-36h:CATCCCACACACGGAA,Epiblast
SBR-36h:CTGTAGAAGGAACTCG,Epiblast
SBR-36h:GGGTAGACATCATGAC,Epiblast
SBR-36h:CTCATTAAGAGTAACT,Epiblast
SBR-36h:TCACTCGGTGGTTTAC,Epiblast
SBR-36h:CAACAGTCACCTATCC,Epiblast
SBR-36h:GATGATCCAGCAGTGA,Epiblast
SBR-36h:CGTCCATGTCACTTCC,Exiting naive pluripotency
SBR-36h:GGCAGTCCAGCGACCT,Epiblast
SBR-36h:AAGCGTTCAGAGATGC,Epiblast
SBR-36h:ACATCGATCTGGACCG,Epiblast
SBR-36h:AGAACCTAGTAAATGC,Epiblast
SBR-36h:AGACTCATCATACGAC,Epiblast
SBR-36h:AGGGAGTGTACCATAC,Epiblast
SBR-36h:TTCAATCTCACAACCA,Epiblast
SBR-36h:AATGACCCAAATTGCC,Exiting naive pluripotency
SBR-36h:TAACGACAGGAATGTT,Epiblast
SBR-36h:GCTACAATCCCGATCT,Epiblast
SBR-36h:GTCCTCACATATCGGT,Epiblast
SBR-36h:TCAGCCTTCCAACCAA,Epiblast
SBR-36h:GAAGTAAGTGAGCAGT,Epiblast
SBR-36h:TTCTTCCTCGAACGGA,Epiblast
SBR-36h:AACGAAAAGCAACTTC,Epiblast
SBR-36h:CATCCCACACTACACA,Naive pluripotency
SBR-36h:TGTCAGACATCAGTGT,Epiblast
SBR-36h:GGGATGATCCATCAGA,Exiting naive pluripotency
SBR-36h:AGAAGTACAGCTAACT,Epiblast
SBR-36h:GACAGCCAGCTTCTAG,Epiblast
SBR-36h:TGAGCGCAGCTGCCTG,Epiblast
SBR-36h:GGCAGTCTCCTTCTAA,Epiblast
SBR-36h:TTGCTGCGTGAGTTGG,Epiblast
SBR-36h:GACCGTGTCCAGCCTT,Epiblast
SBR-36h:TGAGCGCCAAATACAG,Epiblast
SBR-36h:ACGTAACCACTCCGAG,Exiting naive pluripotency
SBR-36h:GGTTCTCTCTTCGTGC,Epiblast
SBR-36h:TAACTTCCACTCTAGA,Epiblast
SBR-36h:CAAGACTCACCAGGTC,Epiblast
SBR-36h:TACGGGCGTGTCGATT,Epiblast
SBR-36h:GTGCTTCCATCTCGTC,Epiblast
SBR-36h:CTTCTAATCCCTTGGT,Epiblast
SBR-36h:AGGATAAGTGGCAGAT,Epiblast
SBR-36h:CCTCACAAGAATCGAT,Epiblast
SBR-36h:TCAAGTGGTGACTATC,Epiblast
SBR-36h:TATTCCACATAGATGA,Epiblast
SBR-36h:CATCGCTTCCGCAGTG,Epiblast
SBR-36h:TCATGGATCAAGATAG,Epiblast
SBR-36h:CCTCTCCTCACTCACC,Epiblast
SBR-36h:AGCCAGCAGACTTAAG,Epiblast
SBR-36h:TCCTCTTCACTGTTCC,Epiblast
SBR-36h:AGTAACCTCTTGGTGA,Exiting naive pluripotency
SBR-36h:AGCTCAAAGGGCCTCT,Epiblast
SBR-36h:TAAGCACTCATTACTC,Epiblast
SBR-36h:CAAGCTACAGTCAGTT,Epiblast
SBR-36h:ATACCGAAGTATGACA,Epiblast
SBR-36h:TCATTCATCCTGGGAC,Epiblast
SBR-36h:TGCATGACAATTCTCT,Epiblast
SBR-36h:GGATCTATCCTGCTAC,Epiblast
SBR-36h:CAACGGCAGACCGTTT,Epiblast
SBR-36h:CCACGTTGTTCTAACG,Epiblast
SBR-36h:TCACACCTCTGTGTGA,Epiblast
SBR-36h:GCTGGGTTCTGGGCGT,Epiblast
SBR-36h:ATGCCTCGTAACTAAG,Epiblast
SBR-36h:CCTCCAACAATCGCAT,Epiblast
SBR-36h:TTACGTTCAAGAGTAT,Epiblast
SBR-36h:TATCTTGGTAACCCGC,Exiting naive pluripotency
SBR-36h:CCCTGATGTGAGTTGG,Epiblast
SBR-36h:GTCTTTAAGCCTCACG,Epiblast
SBR-36h:GGTGAAGCAACAACAA,Epiblast
SBR-36h:CTATCCGTCAGGGATG,Epiblast
SBR-36h:CCTCTAGAGATCACCT,Epiblast
SBR-36h:ACCAACACAACCCTCT,Epiblast
SBR-36h:CAAGAGGGTCGATTTG,Epiblast
SBR-36h:GCTGCAGTCAAGTGGG,Epiblast
SBR-36h:AATCGTGAGCTGTTCA,Epiblast
SBR-36h:TGTTCCGAGGGCTGAT,Epiblast
SBR-36h:CGGAACCAGGTAAACT,Epiblast
SBR-36h:GAACACTTCCGCTTAC,Epiblast
SBR-36h:GAACTGTAGGCCACCT,Epiblast
SBR-36h:AGCGTATCAGGCGTTC,Epiblast
SBR-36h:GTATTTCGTGCCGAAA,Epiblast
SBR-36h:AACGTCATCGTCCATC,Epiblast
SBR-36h:TGTAACGTCGAAGTGG,Epiblast
SBR-36h:TTGTTCAGTGTCCAAT,Epiblast
SBR-36h:CATAAGCAGTCTGGAG,Exiting naive pluripotency
SBR-36h:CATGCTCGTGTGTCCG,Epiblast
SBR-36h:CATCGTCCAACTCATG,Exiting naive pluripotency
SBR-36h:GCAACATAGGTATAGT,Epiblast
SBR-36h:AAGACTCCATCGGCCA,Epiblast
SBR-36h:GATCATGTCATACAGC,Exiting naive pluripotency
SBR-36h:GTCAAACCAACGTAAA,Epiblast
SBR-36h:GAATAGACATCACAGT,Epiblast
SBR-36h:CTCCAACTCTGACAGT,Epiblast
SBR-36h:CATGCTCTCGCCACTT,Epiblast
SBR-36h:ATGCATGAGAGGTCGT,Epiblast
SBR-36h:TGGATCATCAACGTGT,Epiblast
SBR-36h:GTAACACCAACGCCCA,Epiblast
SBR-36h:AGAAATGAGCAACTCT,Epiblast
SBR-36h:AATGAAGGTTGTTGCA,Epiblast
SBR-36h:TACGCTCTCGTCTACC,Epiblast
SBR-36h:TGGGAGATCCGCAACG,Epiblast
SBR-36h:ATCGGCGGTCGGCCTA,Epiblast
SBR-36h:AATGAAGTCTAGCCAA,Epiblast
SBR-36h:GAGAAATCATGAGTAA,Exiting naive pluripotency
SBR-36h:GTCAAACCATGGCCAC,Epiblast
SBR-36h:TCGGATACATATAGCC,Exiting naive pluripotency
SBR-36h:TCCTCTTGTTAGGCTT,Epiblast
SBR-36h:CCTAACCGTGACACGA,Epiblast
SBR-36h:TTTACTGAGATTAGAC,Epiblast
SBR-36h:AACCATGAGCCTATCA,Epiblast
SBR-36h:CGTTAGATCCCTTCCC,Epiblast
SBR-36h:CTTCTAAGTAACCCTA,Epiblast
SBR-36h:ACTACGAGTCGCACGT,Epiblast
SBR-36h:TGGAACTTCTCGGTCT,Epiblast
SBR-36h:TTCTGTACACAGCCAC,Epiblast
SBR-36h:ACCTGTCGTCCTCCTA,Epiblast
SBR-36h:AATGGCTAGTCACACT,Epiblast
SBR-36h:TGGAACTCACTACACA,Epiblast
SBR-36h:GCAACATAGCAGTCTT,Epiblast
SBR-36h:GAGATGGAGACCTGGA,Epiblast
SBR-36h:TACTTACTCGACCATA,Epiblast
SBR-36h:AGTAGTCCACCTCTGT,Epiblast
SBR-36h:TTAGTCTGTTCACCGG,Epiblast
SBR-36h:AGATGAATCGAGCTGC,Epiblast
SBR-36h:TGCACGGAGTCGGCCT,Epiblast
SBR-36h:AATGCCAGTTACACTG,Epiblast
SBR-36h:ATTATCCCAACCGGAA,Epiblast
SBR-36h:ACCCTTGCAAACCATC,Exiting naive pluripotency
SBR-36h:ATGAGTCGTAGCGTAG,Epiblast
SBR-36h:GTAGAGGCATCATGAC,Epiblast
SBR-36h:CCAATTTCAGGTCCGT,Naive pluripotency
SBR-36h:ATGGAGGAGCAACTCT,Epiblast
SBR-36h:TTGGGTAAGCGACAGT,Epiblast
SBR-36h:CAACGATAGCCTAACT,Epiblast
SBR-36h:CTCATTACAGTGAGCA,Exiting naive pluripotency
SBR-36h:ATTCTTGCAATGTCTG,Epiblast
SBR-36h:GTCCCATAGCATTGTC,Epiblast
SBR-36h:TAACTTCGTCTCGCGA,Epiblast
SBR-36h:AGATGAATCCAATGCA,Epiblast
SBR-36h:AGCCACGAGACGACGT,Epiblast
SBR-36h:GGGCTACGTGCTCTTC,Epiblast
SBR-36h:TCCAGAAGTGTGTACT,Epiblast
SBR-36h:TAACACGCAAGTGATA,Epiblast
SBR-36h:TGAGTCACAAGCTCTA,Epiblast
SBR-36h:TTGGGCGCAGTAGATA,Epiblast
SBR-36h:GCTACAATCTATACGG,Epiblast
SBR-36h:GTGTTAGCAACTGTGT,Epiblast
SBR-36h:CTACTATTCGCCAGTG,Epiblast
SBR-36h:GATTTCTTCTGCTAGA,Epiblast
SBR-36h:ACCAAACGTACAAAGT,Epiblast
SBR-36h:CCACGTTGTCTCAAGT,Epiblast
SBR-36h:CATTGTTCAATCTCTT,Epiblast
SBR-36h:GTAATCGCAGTAACAA,Epiblast
SBR-36h:AAAGGATAGTTGCTGT,Epiblast
SBR-36h:TCGGATACAACAACAA,Epiblast
SBR-36h:CCCGAAGAGTTGTAGA,Epiblast
SBR-36h:TGATTCTTCTATTGTC,Epiblast
SBR-36h:AGTTCCCAGGCTAACG,Epiblast
SBR-36h:TTGACCCTCTTTCAGT,Epiblast
SBR-36h:CAGGGCTAGCGATGGT,Naive pluripotency
SBR-36h:ATTCCTACAAGTGGTG,Exiting naive pluripotency
SBR-36h:TAGACCACACTCTCGT,Epiblast
SBR-36h:CATAAGCAGAAAGTCT,Epiblast
SBR-36h:GTGCACGGTACAAGTA,Exiting naive pluripotency
SBR-36h:AACGAAAGTAACACCT,Epiblast
SBR-36h:GCCGATGCAAAGTGTA,Epiblast
SBR-36h:ATATCCTGTTCCGCGA,Epiblast
SBR-36h:ACTGATGAGGTCGAGT,Epiblast
SBR-36h:TCCCACAAGAAACACT,Epiblast
SBR-36h:AGACTCAAGAGAGCCT,Epiblast
SBR-36h:GATGGAGGTCGATGCC,Epiblast
SBR-36h:AGACTCAGTCGTATTG,Epiblast
SBR-36h:GGAGAACCACACCTGG,Exiting naive pluripotency
SBR-36h:TCATGCCAGAACTCCT,Epiblast
SBR-36h:AGCTACATCGGCTCTT,Epiblast
SBR-36h:CAAAGAACATAGATCC,Epiblast
SBR-36h:TCTCACGGTGATTCTG,Epiblast
SBR-36h:TAACTTCGTGTCACAT,Epiblast
SBR-36h:CTAGACAAGAAGTCAT,Epiblast
SBR-36h:AGTTCCCTCTGCCCTA,Epiblast
SBR-36h:TTGCTGCGTCACCGCA,Epiblast
SBR-36h:AGACCATCATGCGTGC,Epiblast
SBR-36h:CTTCAATGTCGAACAG,Exiting naive pluripotency
SBR-36h:GTAGAAATCAGACCCG,Epiblast
SBR-36h:ACTATGGAGGTTAGTA,Epiblast
SBR-36h:ACAACCACATGTCAGT,Epiblast
SBR-36h:CTCATCGAGCTAATGA,Epiblast
SBR-36h:CATTTCAGTACTGCGC,Epiblast
SBR-36h:TTCTAACCACTAACCA,Epiblast
SBR-36h:CCATAAGCAAATGCGG,Epiblast
SBR-36h:CTCAGAAAGACCTTTG,Epiblast
SBR-36h:GTGTAACGTATGCGGA,Exiting naive pluripotency
SBR-36h:TGAGCATTCTCATTGT,Epiblast
SBR-36h:ACTGTCCAGCTAGTTC,Epiblast
SBR-36h:TCATATCTCGGCTCTT,Epiblast
SBR-36h:CTACAGATCTGAATGC,Epiblast
SBR-36h:CGAAGTTCATCTTAGG,Epiblast
SBR-36h:AGGTGTTAGCCTAGGA,Epiblast
SBR-36h:TTGGGATAGCAATAGT,Exiting naive pluripotency
SBR-36h:CAAGACTTCATAGACC,Epiblast
SBR-36h:TCAGCCTGTACCTGTA,Epiblast
SBR-36h:TTCGGTCTCAGGCGAA,Exiting naive pluripotency
SBR-36h:TATCTTGGTAGGTTTC,Epiblast
SBR-36h:GGTAATCGTCAGTTTG,Epiblast
SBR-36h:CTTCGGTTCCACTGAA,Epiblast
SBR-36h:GTGCACGCAGTAACGG,Epiblast
SBR-36h:GATGTTGCAGTTGTCA,Epiblast
SBR-36h:TATGTTCTCAGACAAA,Naive pluripotency
SBR-36h:GATCGTAGTAAGGCCA,Exiting naive pluripotency
SBR-36h:GACTATGGTGGAATGC,Epiblast
SBR-36h:GCACTAATCTCACGAA,Epiblast
SBR-36h:TATCTGTAGGTTGGTG,Epiblast
SBR-36h:TACGGGCCAGTTGTTG,Epiblast
SBR-36h:ATTCTACCAATACAGA,Epiblast
SBR-36h:TGATTCTAGTTTGAGA,Epiblast
SBR-36h:GTCATTTTCTAGCCTC,Epiblast
SBR-36h:CATACAGGTTCTCCAC,Epiblast
SBR-36h:CATTCCGTCGACCTAA,Epiblast
SBR-36h:CGGAACCCATGGGTTT,Epiblast
SBR-36h:GAACACTTCATACGGT,Epiblast
SBR-36h:AGGAATAAGAGCAACC,Exiting naive pluripotency
SBR-36h:TAATTCCAGCAATAGT,Epiblast
SBR-36h:CTCAGTCGTTGTTGAC,Epiblast
SBR-36h:GGAGGATTCGCATGAT,Naive pluripotency
SBR-36h:TAACGACCAACCGATT,Epiblast
SBR-36h:CTGCGAGGTAGGATAT,Epiblast
SBR-36h:GAACGTTGTTAAGTCC,Epiblast
SBR-36h:CAAGACTGTAACACCT,Epiblast
SBR-36h:TGGATGTTCTCGACGG,Epiblast
SBR-36h:TGACTCCCATCTTCGC,Epiblast
SBR-36h:AGACTCACACCAGCCA,Epiblast
SBR-36h:TCTACATTCCCGAATA,Epiblast
SBR-36h:TGAGACTTCGATACAC,Exiting naive pluripotency
SBR-36h:GGTAATCAGATGGCGT,Exiting naive pluripotency
SBR-36h:ATCATTCTCAAGCCAT,Epiblast
SBR-36h:TACTTACCAGCTAACT,Epiblast
SBR-36h:TTACCATAGTCACACT,Epiblast
SBR-36h:GAAGGGTCAAGATGGC,Exiting naive pluripotency
SBR-36h:GTATTTCCACACGTGC,Epiblast
SBR-36h:TTCCTCTAGATCCTAC,Epiblast
SBR-36h:CCACTTGGTGCACATT,Epiblast
SBR-36h:GAGCTGCAGAAGGATG,Epiblast
SBR-36h:CAATTTCGTAAGTCAA,Epiblast
SBR-36h:AGATAGACATCAGCTA,Epiblast
SBR-36h:GATTCTTTCGCCATAA,Epiblast
SBR-36h:AGAGCCCAGCTTTCCC,Epiblast
SBR-36h:CGTCCATTCGAAATCC,Epiblast
SBR-36h:CAGATCAGTACCAATC,Epiblast
SBR-36h:ACACCAATCTGAGAAA,Epiblast
SBR-36h:GCAGCTGGTATGTCCA,Epiblast
SBR-36h:CATTGTTCAGTGTACT,Exiting naive pluripotency
SBR-36h:CAACCAAGTTCCTACC,Epiblast
SBR-36h:CTCGAGGCATGGCTGC,Epiblast
SBR-36h:ACAGGGAGTACCTAGT,Epiblast
SBR-36h:TTTCGATCAACCGGAA,Epiblast
SBR-36h:TGATCAGGTCCATCTC,Epiblast
SBR-36h:CATTCATGTCTGTAGT,Epiblast
SBR-36h:TCAAGACTCTCAACCC,Epiblast
SBR-36h:AGGTTACGTAAGTTAG,Epiblast
SBR-36h:CCACAAACACCAAATC,Epiblast
SBR-36h:ACTACGAAGGTTCAGG,Epiblast
SBR-36h:CGCCATTTCGGTTGTA,Epiblast
SBR-36h:ACATCCCCACTAGTAC,Epiblast
SBR-36h:GCTGCAGAGGTATTGA,Epiblast
SBR-36h:TCGATTTAGACATCCT,Exiting naive pluripotency
SBR-36h:CCTTGTGTCTGAATGC,Epiblast
SBR-36h:ACCATTTCAAGCGGAT,Epiblast
SBR-36h:CCACAAATCCTTACCG,Epiblast
SBR-36h:ATGCATGGTGGAACCA,Epiblast
SBR-36h:AGTCTCCTCAGACAAA,Naive pluripotency
SBR-36h:TGGTACAAGAAACACT,Epiblast
SBR-36h:GTTACCCAGAGAAGGT,Epiblast
SBR-36h:GGTCACGAGTATTCCG,Epiblast
SBR-36h:GCCTGTTCACCCTTAC,Epiblast
SBR-36h:AGTCATGTCGCAGAGA,Epiblast
SBR-36h:TCCACGTCAGGGTCTC,Epiblast
SBR-36h:CACTAAGAGGAGCAAA,Epiblast
SBR-36h:AAGACTCAGTTGTCAC,Epiblast
SBR-36h:ACTATTCTCCATGAGT,Epiblast
SBR-36h:TAACCAGGTGTGAATA,Epiblast
SBR-36h:GACCTTCAGATGTTAG,Epiblast
SBR-36h:TACCTGCGTCGCCACA,Epiblast
SBR-36h:CCCGAAGAGTGAGGCT,Epiblast
SBR-36h:TAGCACAGTGTCATTG,Naive pluripotency
SBR-36h:AAAGGATCATACTGTG,Epiblast
SBR-36h:GTTAGACCATATAGCC,Epiblast
SBR-36h:TGGGAGATCAAACCCA,Epiblast
SBR-36h:TCAGCCTAGTCTGGAG,Epiblast
SBR-36h:CATACAGTCACTTTGT,Epiblast
SBR-36h:TCAGCAAGTACGAGCA,Epiblast
SBR-36h:TCTACATAGACTCTAC,Epiblast
SBR-36h:CGTAGTAGTGCAGTGA,Exiting naive pluripotency
SBR-36h:GAGTGTTCAAGTATAG,Epiblast
SBR-36h:AGTGTTGAGGCTAGCA,Epiblast
SBR-36h:TCTCTGGGTTTGTGGT,Epiblast
SBR-36h:CTATAGGTCAATCAGC,Epiblast
SBR-36h:TCCTTCTGTATCAGCT,Epiblast
SBR-36h:CAGCGTGCAAATTGCC,Epiblast
SBR-36h:ATCCACCTCGCCAACG,Epiblast
SBR-36h:ACAGCCGTCGATCCAA,Epiblast
SBR-36h:ACTATCTTCCAGGACC,Epiblast
SBR-36h:GCAGTTATCGGAGTAG,Epiblast
SBR-36h:CTCATGCAGATACGAT,Epiblast
SBR-36h:CAATTTCCATTCACCC,Epiblast
SBR-36h:TCATACTTCAACTTTC,Epiblast
SBR-36h:CAGGTATCAACTCCCT,Epiblast
SBR-36h:CGTGCTTTCGCCGAGT,Epiblast
SBR-36h:TGTCAGAAGATGCTTC,Naive pluripotency
SBR-36h:TCATACTCAACTCGTA,Epiblast
SBR-36h:GTTGTGAGTAAGTAGT,Epiblast
SBR-36h:GTACAACTCATCTACT,Epiblast
SBR-36h:GTGATGTGTACGACAG,Epiblast
SBR-36h:TCCTCGAAGGTAGATT,Epiblast
SBR-36h:TAAGTCGAGGTGCCTC,Epiblast
SBR-36h:GTCTAGATCGGCAGTC,Epiblast
SBR-36h:GTTCATTCAGTGTGGA,Epiblast
SBR-36h:GCGAGAATCACTCCGT,Epiblast
SBR-36h:AGTGCCGCACCCAAGC,Epiblast
SBR-36h:TGCAGATAGCGACTTT,Epiblast
SBR-36h:GGAATCTTCCGCTGTT,Epiblast
SBR-36h:ACTATGGCATCGTCCT,Epiblast
SBR-36h:CTCAACCGTTGGGAAC,Exiting naive pluripotency
SBR-36h:GATGACTTCTAAGGAA,Epiblast
SBR-36h:GCAACATTCACAAGGG,Epiblast
SBR-36h:TATTCCAGTTCAGGTT,Epiblast
SBR-36h:CAGTTAGCACTTTAGG,Epiblast
SBR-36h:GTAATGCAGCCGTAAG,Epiblast
SBR-36h:AGAAATGGTGCTGCAC,Epiblast
SBR-36h:GCGGATCAGACCTCCG,Epiblast
SBR-36h:GAAGAATCAGCACGAA,Epiblast
SBR-36h:ACTTATCAGGTAGCCA,Epiblast
SBR-36h:GACCCAGGTATCTCGA,Epiblast
SBR-36h:GACACGCTCGCGGACT,Epiblast
SBR-36h:ATTGGGTAGGGAACAA,Epiblast
SBR-36h:AATGCCATCCGGTAAT,Exiting naive pluripotency
SBR-36h:CTTGAGAAGCGATCGA,Naive pluripotency
SBR-36h:TGTGTGACAGGGATAC,Epiblast
SBR-36h:GTAAGTCCACTCCTTG,Epiblast
SBR-36h:GATGGAGCATGATGCT,Epiblast
SBR-36h:CTCTCAGGTTCGGCTG,Exiting naive pluripotency
SBR-36h:ATTATCCTCTTTCTAG,Epiblast
SBR-36h:GGCAGTCAGAGATCGC,Epiblast
SBR-36h:ACATGCAAGCATGATA,Epiblast
SBR-36h:CACGTTCGTAGGTACG,Epiblast
SBR-36h:GTTGAACCAGTCAGAG,Epiblast
SBR-36h:CCTCACATCTCTGCTG,Exiting naive pluripotency
SBR-36h:CAATACGCACAGTGAG,Epiblast
SBR-36h:GATGTTGGTGACTGTT,Epiblast
SBR-36h:TTCCGGTGTAACGGTG,Epiblast
SBR-36h:TAAGCCAAGAAGGATG,Naive pluripotency
SBR-36h:TGGGAAGAGTCAGGGT,Epiblast
SBR-36h:TGGAGAGGTTAGCTAC,Epiblast
SBR-36h:GGTCACGTCTACCAGA,Epiblast
SBR-36h:ATTCCCGAGTGTACAA,Epiblast
SBR-36h:TTATTGCGTGTTAACC,Naive pluripotency
SBR-36h:TGTAGACAGCAGAAAG,Epiblast
SBR-36h:GGAGAACAGATGTAGT,Epiblast
SBR-36h:TATCTGTCAACCCGCA,Epiblast
SBR-36h:CTACGGGCAGTACTAC,Epiblast
SBR-36h:GCCAGCATCCACGTAA,Epiblast
SBR-36h:CATCGCTGTTCAAGTC,Epiblast
SBR-36h:GTGCACGCAATCGTCA,Epiblast
SBR-36h:TAGAGTCTCTTTACAC,Epiblast
SBR-36h:GTCACTCAGAGCTGCA,Epiblast
SBR-36h:ACTATGGCATACCAGT,Exiting naive pluripotency
SBR-36h:CACAGATTCCGCGGAT,Naive pluripotency
SBR-36h:ATTATCCAGGAACATT,Epiblast
SBR-36h:TATTGGGGTCCACTCT,Epiblast
SBR-36h:GAGTTTGTCTACTATC,Epiblast
SBR-36h:AAAGTGATCTCCGATC,Epiblast
SBR-36h:GTGTAACCATGTGCTA,Epiblast
SBR-36h:CTGCCATCAGGCGAAT,Epiblast
SBR-36h:TATTCCAAGAACTTCC,Epiblast
SBR-36h:GGGTGAAGTAGCTAAA,Epiblast
SBR-36h:AGTGACTTCTGAATGC,Exiting naive pluripotency
SBR-36h:TTAGGCACAACTCCAA,Epiblast
SBR-36h:CAGTTCCGTTTACGAC,Epiblast
SBR-36h:GTTACGAGTCCCTAAA,Exiting naive pluripotency
SBR-36h:TGTTACTCATGACAAA,Epiblast
SBR-36h:ACTGTGACACGGCTAC,Epiblast
SBR-36h:AGGCCACAGGCTCACC,Epiblast
SBR-36h:ATCGGCGGTAGCACGA,Epiblast
SBR-36h:GACCTTCCATCGCTAA,Epiblast
SBR-36h:TGTTTGTTCGGCTTCT,Epiblast
SBR-36h:ACGGTCGGTGTATACC,Epiblast
SBR-36h:AACGAAATCCATTTAC,Epiblast
SBR-36h:CTGTAGACACTAGGCC,Epiblast
SBR-36h:TGGGTTATCGATGCTA,Epiblast
SBR-36h:TACAACGTCGCATGAT,Epiblast
SBR-36h:AGATCCAAGGATCACG,Epiblast
SBR-36h:GTAAGTCTCACTGTCC,Epiblast
SBR-36h:CTACCTGGTTGGCTAT,Epiblast
SBR-36h:ACCAACACAGGCGATA,Epiblast
SBR-36h:CGTAATGGTCCAGAAG,Epiblast
SBR-36h:CTACAGACAAAGACGC,Epiblast
SBR-36h:GGGAGTACATCAACCA,Epiblast
SBR-36h:TCAGTGAAGACTAAGT,Epiblast
SBR-36h:TGTCAGATCAACTGGT,Epiblast
SBR-36h:TCCTCGATCCGTGTGG,Epiblast
SBR-36h:AGTAGCTGTGCGAGTA,Epiblast
SBR-36h:ACCGTTCGTGTTCAGT,Epiblast
SBR-36h:AACGAAAAGTAAACGT,Epiblast
SBR-36h:GATCCCTGTTGCGTAT,Epiblast
SBR-36h:AATGACCTCAAGCGTT,Epiblast
SBR-36h:ACTATCTAGCCTATCA,Epiblast
SBR-36h:CTCAGTCGTTACCCAA,Epiblast
SBR-36h:TCATTTGGTAACGATA,Epiblast
SBR-36h:GATTTCTCACTGATTG,Epiblast
SBR-36h:CAATCGATCGCCATAA,Epiblast
SBR-36h:GACTCAAAGATAGTGT,Epiblast
SBR-36h:GATGACTAGTACCATC,Epiblast
SBR-36h:CACTTCGCACAATGTC,Epiblast
SBR-36h:TCCTAATTCGACGTCG,Epiblast
SBR-36h:CCGGGTACAAAGCTAA,Epiblast
SBR-36h:TGCATCCTCGATGCAT,Epiblast
SBR-36h:CTGATCCAGATTTGCC,Epiblast
SBR-36h:ATGACCATCCGGACGT,Epiblast
SBR-36h:TAAGCACGTTTGGGAG,Epiblast
SBR-36h:TAGGGTTTCCACCTCA,Exiting naive pluripotency
SBR-36h:AATCGTGCATCATTTC,Epiblast
SBR-36h:CAACCAAAGAGTGACC,Epiblast
SBR-36h:TTCTTCCGTTCGAGCC,Epiblast
SBR-36h:ATCCACCTCATGGGAG,Epiblast
SBR-36h:TATCGCCCATGACGGA,Exiting naive pluripotency
SBR-36h:GTCTTTAAGGCTTCCG,Epiblast
SBR-36h:CCGAACGGTGAGCCAA,Epiblast
SBR-36h:CCGGACAAGTGTAGTA,Epiblast
SBR-36h:AGAAATGCAGTAACAA,Epiblast
SBR-36h:TGATCTTGTAGTCCTA,Epiblast
SBR-36h:TTGGGTAGTTCGAAGG,Epiblast
SBR-36h:CAGCCAGAGCCTTGAT,Epiblast
SBR-36h:GTGATGTAGGGCCTCT,Epiblast
SBR-36h:GTCCACTGTCTTTATC,Epiblast
SBR-36h:CTGGTCTTCACTAGCA,Epiblast
SBR-36h:CAAGCTATCGTGGGTC,Epiblast
SBR-36h:ACAGCCGAGTCAGCGA,Epiblast
SBR-36h:TCTACATTCCATCACC,Epiblast
SBR-36h:GTTTGGAGTCAGGAGT,Epiblast
SBR-36h:ATTCGTTAGAAGCCAC,Epiblast
SBR-36h:TCGGGCAAGAATGTTG,Epiblast
SBR-36h:AAAGTCCAGGCCTGAA,Epiblast
SBR-36h:TAACACGGTGAGTAAT,Epiblast
SBR-36h:GGGATCCTCCAGCAAT,Epiblast
SBR-36h:ATCACAGGTAAGTTAG,Epiblast
SBR-36h:TCGAACACAAATACGA,Exiting naive pluripotency
SBR-36h:CCTAAGACAGAAGCGT,Epiblast
SBR-36h:TGTCCCATCGCAGTCG,Epiblast
SBR-36h:AGCGTATCAATTGCTG,Epiblast
SBR-36h:ACAGAAATCAGGACAG,Exiting naive pluripotency
SBR-36h:GTCACGGTCTGCCTGT,Epiblast
SBR-36h:GCTACAAGTGAGCAGT,Epiblast
SBR-36h:CATCCGTCAACTACGT,Epiblast
SBR-36h:TAATCTCCAGTAACCT,Epiblast
SBR-36h:CAGTTCCTCACACCCT,Epiblast
SBR-36h:ACTTAGGTCATAAGGA,Epiblast
SBR-36h:GCGTTTCCATACATCG,Exiting naive pluripotency
SBR-36h:GGGCCATGTCGATTTG,Epiblast
SBR-36h:CTTTCGGAGTAAATGC,Exiting naive pluripotency
SBR-36h:CCGGTGAGTGAGTTTC,Epiblast
SBR-36h:GGTGAAGAGTTGTACC,Epiblast
SBR-36h:AGTCATGGTGGAATGC,Epiblast
SBR-36h:ACGCACGTCACAATGC,Epiblast
SBR-36h:ACGTAACAGCATATGA,Epiblast
SBR-36h:TCAGCCTGTTCTCCTG,Exiting naive pluripotency
SBR-36h:ACACGCGCAGCTGTGC,Epiblast
SBR-36h:AAGCGAGGTCGCACGT,Epiblast
SBR-36h:GGTAATCGTATTGGCT,Epiblast
SBR-36h:TACACCCTCACCATGA,Epiblast
SBR-36h:CACCAAACATGGGAAC,Epiblast
SBR-36h:GTCTAGACATGGCCAC,Epiblast
SBR-36h:AATTTCCCAGATCACT,Epiblast
SBR-36h:GAGCCTGTCGCTATTT,Epiblast
SBR-36h:AGCGATTTCCTCCACA,Epiblast
SBR-36h:GCACTAACAATAACGA,Exiting naive pluripotency
SBR-36h:CAATGACCACTTACAG,Epiblast
SBR-36h:GACCCTTCACCGGTCA,Epiblast
SBR-36h:ACACTGACAGCCGTCA,Epiblast
SBR-36h:CAATGACAGAGCATAT,Epiblast
SBR-36h:CTACATTGTGAATTAG,Epiblast
SBR-36h:CGAAGGAGTCATGCAT,Epiblast
SBR-36h:AGCCAATCATTATGCG,Epiblast
SBR-36h:CCACCATGTGACCGTC,Epiblast
SBR-36h:ACGGTTACAACCGTAT,Epiblast
SBR-36h:GGTGATTGTTTACCAG,Epiblast
SBR-36h:ATGGGAGGTCCCTGTT,Epiblast
SBR-36h:ATCGATGCAAGGCTTT,Epiblast
SBR-36h:CTCCATGGTTTGTTCT,Epiblast
SBR-36h:CTTGATTGTTGCTCGG,Epiblast
SBR-36h:AGGAAATCACCCTTAC,Epiblast
SBR-36h:TCCTGCATCTTTCAGT,Exiting naive pluripotency
SBR-36h:CTACACGACGCTCTTC,Epiblast
SBR-36h:AAAGTGATCCTCTGCA,Epiblast
SBR-36h:GTTGCGGGTGTTAACC,Epiblast
SBR-36h:AGAACAAAGCTAGATA,Epiblast
SBR-36h:CAACCAATCTCCTGAC,Epiblast
SBR-36h:CGAGTTACACGCCAGT,Epiblast
SBR-36h:CCTTGTGGTGTGGTCC,Epiblast
SBR-36h:ACAGGGAAGTAGGTTA,Naive pluripotency
SBR-36h:TTACTGTCAGAGGGTT,Epiblast
SBR-36h:TTGACCCTCCCTCTTT,Epiblast
SBR-36h:AGGTAGGGTCCTCCAT,Epiblast
SBR-36h:GAAACCTTCACCTACC,Epiblast
SBR-36h:AAGTCGTAGGTCTTTG,Epiblast
SBR-36h:TGTCCCAGTAGACACG,Epiblast
SBR-36h:TCTTTGATCCTAAGTG,Epiblast
SBR-36h:TCCAGAATCCACATAG,Epiblast
SBR-36h:GACCCAGCATGATCTG,Epiblast
SBR-36h:ATTTACCAGGATATAC,Epiblast
SBR-36h:ATGTCCCCATTGCCTC,Epiblast
SBR-36h:ATTCTTGGTGGTTTGT,Epiblast
SBR-36h:TCCATGCCACTTCAGA,Epiblast
SBR-36h:TTTCAGTTCGTCAACA,Epiblast
SBR-36h:GGCAGTCTCCTCACTG,Epiblast
SBR-36h:CATTCATTCCATGAGT,Epiblast
SBR-36h:TTCATTGTCATGAGGG,Epiblast
SBR-36h:TGCATGACAAGAGGCT,Epiblast
SBR-36h:CACAGATAGGACTGGT,Epiblast
SBR-36h:AGCTCAAGTTTGAAAG,Epiblast
SBR-36h:CAGTTCCTCGCGAAGA,Epiblast
SBR-36h:GTTCCGTGTTCTCTCG,Naive pluripotency
SBR-36h:CAGCAATAGTCAGAGC,Naive pluripotency
SBR-36h:CCTCAGTCAGCCGTTG,Epiblast
SBR-36h:TCCCAGTCACTTACAG,Epiblast
SBR-36h:TCCATGCAGGTAAGGA,Epiblast
SBR-36h:AGTCACAGTGTAGCAG,Epiblast
SBR-36h:AACCTTTCACCAGACC,Epiblast
SBR-36h:AAAGGATAGCCTAGGA,Exiting naive pluripotency
SBR-36h:TAAGTCGTCTGGGAGA,Epiblast
SBR-36h:AAGGAATAGGTCGCCT,Exiting naive pluripotency
SBR-36h:TTGGGCGTCTTCGGTC,Epiblast
SBR-36h:AATGAAGGTAACTAAG,Epiblast
SBR-36h:TTGACCCCAGACGGAT,Exiting naive pluripotency
SBR-36h:GTAGGAGCACCAGCTG,Epiblast
SBR-36h:ACGATGTGTAGTGATA,Epiblast
SBR-36h:ATCTTCATCGACCCAG,Epiblast
SBR-36h:GTTACAGTCTTAGGAC,Epiblast
SBR-36h:CTCCCAATCTCTGAGA,Exiting naive pluripotency
SBR-36h:CATTGAGCAGCCTACG,Epiblast
SBR-36h:ATTCATCAGCATGCGA,Epiblast
SBR-36h:AAGCATCGTGACAACG,Epiblast
SBR-36h:ACCTGTCCAGACACCC,Epiblast
SBR-36h:TATCTTGAGCGAACTG,Exiting naive pluripotency
SBR-36h:GCAACATTCCTAGCCT,Exiting naive pluripotency
SBR-36h:GTCCTCAGTAGCTCGC,Epiblast
SBR-36h:ATTGGGTCATGACAAA,Epiblast
SBR-36h:TACCGAAAGTAACCGG,Epiblast
SBR-36h:ATCATTCGTAAGAACT,Epiblast
SBR-36h:GGTGAAGTCCTGGGAC,Epiblast
SBR-36h:GTGTAACGTCTACGTA,Epiblast
SBR-36h:GTCCTCATCCCGTGTT,Epiblast
SBR-36h:GAAGGGTCACCGGAAA,Epiblast
SBR-36h:TACCGAACATTGAGGG,Epiblast
SBR-36h:TCATTGTAGTAAATGC,Epiblast
SBR-36h:CCACAAAAGACCAGAC,Epiblast
SBR-36h:GTAACACGTGCTTATG,Epiblast
SBR-36h:GGGAAGTGTTCCTACC,Epiblast
SBR-36h:CGGACACGTGGATACG,Epiblast
SBR-36h:GGGAGTAAGACACACG,Epiblast
SBR-36h:CGATGCGGTGGCTGCT,Epiblast
SBR-36h:AGTCAACTCGAACGCC,Epiblast
SBR-36h:CTCAGGGCAAATGCGG,Epiblast
SBR-36h:TTGCTGCTCTTGGTGA,Epiblast
SBR-36h:TGCGGGTAGCCTATCA,Epiblast
SBR-36h:ACGTACACAGACAAGC,Epiblast
SBR-36h:CCATCACGTCATCAGT,Exiting naive pluripotency
SBR-36h:GCTGCAGGTTCTGACA,Epiblast
SBR-36h:ACTACGACAGCTACTA,Epiblast
SBR-36h:TCGCAGGCAGACCTAT,Epiblast
SBR-36h:GCTTCACCACGGGCTT,Epiblast
SBR-36h:CTAACCCGTTGCAACT,Epiblast
SBR-36h:GATCGTATCTGGCCGA,Epiblast
SBR-36h:ATATCCTTCCTATTTG,Epiblast
SBR-36h:AACAAGATCCATCACC,Epiblast
SBR-36h:CGCATAAAGCTCACTA,Epiblast
SBR-36h:GTCAAACTCTCGCGTT,Epiblast
SBR-36h:CATACTTGTGCCTTCT,Epiblast
SBR-36h:TTGTGTTCAGGACTTT,Epiblast
SBR-36h:CCGGTAGCATTGCCTC,Epiblast
SBR-36h:ACTACGAAGCCGCACT,Exiting naive pluripotency
SBR-36h:TCACTATCAACCCTAA,Epiblast
SBR-36h:GACCCAGCACCTTCCA,Epiblast
SBR-36h:ACATTTCGTCCCGGTA,Epiblast
SBR-36h:AGGATCTGTTGTTGAC,Exiting naive pluripotency
SBR-36h:AGTGACTGTAAGCAAT,Exiting naive pluripotency
SBR-36h:ATAGAGATCTATCACT,Epiblast
SBR-36h:AACGGGATCTACTATC,Epiblast
SBR-36h:TATTCCATCCTTATGT,Epiblast
SBR-36h:ATGGGAGGTAGAAACT,Epiblast
SBR-36h:GGGCCATTCCTCATAT,Epiblast
SBR-36h:AAAGGGCTCGTCACCT,Epiblast
SBR-36h:TCAGTCCAGCTGGCCT,Exiting naive pluripotency
SBR-36h:GACCGTGCAACGCCCA,Epiblast
SBR-36h:CATCCACTCCGGACGT,Epiblast
SBR-36h:TGCTTGCTCCCTCGTA,Epiblast
SBR-36h:CAGAGCCAGTGGTGAC,Epiblast
SBR-36h:GTCAAACAGAGCAAGA,Epiblast
SBR-36h:GGAACCCCATGCCATA,Epiblast
SBR-36h:TGGAACTAGGGCCAAT,Epiblast
SBR-36h:TATACCTAGCTAAATG,Epiblast
SBR-36h:CAACGGCCACCCAACG,Epiblast
SBR-36h:GGAGGTAAGCATGAAT,Epiblast
SBR-36h:GTAATGCTCAGTGGGA,Epiblast
SBR-36h:CTGCCATTCAGAATAG,Epiblast
SBR-36h:GAGTTACAGCCGTCGT,Epiblast
SBR-36h:CATGAGTTCCACGTCT,Epiblast
SBR-36h:GCAGCTGAGACTGAGC,Epiblast
SBR-36h:TCAGTTTAGAGGATGA,Epiblast
SBR-36h:TTTCATGCACCGGCTA,Epiblast
SBR-36h:ACATGCATCCAGCACG,Epiblast
SBR-36h:TCCACCAGTACCCGAC,Epiblast
SBR-36h:TGTTACTTCATTGAGC,Epiblast
SBR-36h:TGTCCACAGGCTTCCG,Epiblast
SBR-36h:ACGTACAAGTAGTCAA,Epiblast
SBR-36h:TGCGGCACACGAGAAC,Epiblast
SBR-36h:TAATCTCCATGCAGCC,Exiting naive pluripotency
SBR-36h:CCGTTCAAGAGCCGAT,Epiblast
SBR-36h:TCCATCGGTAGGTTTC,Epiblast
SBR-36h:ACGATGTCAACTCCAA,Epiblast
SBR-36h:TCATATCCAAGTATCC,Epiblast
SBR-36h:GGTAACTTCCGCTAGG,Epiblast
SBR-36h:GGGCTACAGCGAACTG,Epiblast
SBR-36h:GTAGAAATCCGTAGGC,Epiblast
SBR-36h:TCTCAGCCAAGGTCGA,Epiblast
SBR-36h:GAAGCGATCATTACGG,Exiting naive pluripotency
SBR-36h:GAACACTTCATCGCAA,Epiblast
SBR-36h:TTCTTGAAGTAGATCA,Epiblast
SBR-36h:CCGGGTATCTTCGTGC,Epiblast
SBR-36h:GTCATTTGTGGCTTGC,Epiblast
SBR-36h:CCCTTAGCAAATGCGG,Epiblast
SBR-36h:ACTTCCGGTCGTGATT,Epiblast
SBR-36h:TTTCACAAGCGGTAAC,Epiblast
SBR-36h:ATAGACCTCGTAGCTA,Epiblast
SBR-36h:GCCATGGGTCTTGTCC,Epiblast
SBR-36h:TGCTGAATCGACATAC,Epiblast
SBR-36h:GATTTCTTCACGATAC,Epiblast
SBR-36h:ACAAAGAAGACTACCT,Epiblast
SBR-36h:GATGCTAGTCAGGTAG,Epiblast
SBR-36h:CTGCCTAGTTCTTGCC,Epiblast
SBR-36h:AATTTCCAGGACGGAG,Epiblast
SBR-36h:GGCTTGGGTTACCTGA,Epiblast
SBR-36h:TCGCAGGTCCTGCTAC,Naive pluripotency
SBR-36h:TTCTAACCAATTAGGA,Epiblast
SBR-36h:CAGATTGTCGTAGCCG,Epiblast
SBR-36h:AACCAACTCCATACAG,Epiblast
SBR-36h:GAAGGGTGTTTCACAG,Epiblast
SBR-36h:GAGTGAGAGATGCGAC,Epiblast
SBR-36h:TTGGGATAGCGAACTG,Epiblast
SBR-36h:GCAGCCATCAATGCAC,Epiblast
SBR-36h:TGTTGGAAGCCTAGGA,Epiblast
SBR-36h:TTGGTTTGTGCACGCT,Epiblast
SBR-36h:TGCACGGCAGCGACCT,Epiblast
SBR-36h:GGATGTTAGGTACCTT,Epiblast
SBR-36h:GCACGGTCACGATTCA,Epiblast
SBR-36h:ATCTCTATCCGTAGTA,Epiblast
SBR-36h:AGCTACAAGTTCACTG,Epiblast
SBR-36h:TGCGGCAAGCATGCGA,Epiblast
SBR-36h:TGGGTTAAGGTAGCAC,Epiblast
SBR-36h:AGCTTCCTCTCTGAGA,Epiblast
SBR-36h:ACCAAACAGCACTAGG,Epiblast
SBR-36h:TACACCCAGGAACGTC,Epiblast
SBR-36h:CAGTTAGGTCCAAGAG,Epiblast
SBR-36h:GTCACGGTCTACTATC,Epiblast
SBR-36h:TAAGCACCATTGTAGC,Epiblast
SBR-36h:TCATTCATCGAGCTGC,Epiblast
SBR-36h:TTCTTCCTCATCGTAG,Epiblast
SBR-36h:CCACTTGTCACCGGTG,Epiblast
SBR-36h:GTCTACCCAGACCGCT,Epiblast
SBR-36h:CGTGATACACTCAGAT,Exiting naive pluripotency
SBR-36h:CCCAACTCACCACTGG,Epiblast
SBR-36h:CGAGAAGGTACTCGCG,Epiblast
SBR-36h:AAGTTCGCAAATGCTC,Epiblast
SBR-36h:GCTGAATCATAGGTAA,Epiblast
SBR-36h:TCCTTCTTCAGCAATC,Epiblast
SBR-36h:AGGAATACAGTGAGCA,Epiblast
SBR-36h:CCTCCTCAGACATCCT,Epiblast
SBR-36h:CAATACGTCTTAGCTT,Epiblast
SBR-36h:CTCAACCCACTCCGGA,Epiblast
SBR-36h:TTGAACGAGACATCCT,Epiblast
SBR-36h:TGGAACTTCGCTCTCA,Epiblast
SBR-36h:ACTGTCCTCACCATAG,Epiblast
SBR-36h:CTGAGGCTCGCAGTCG,Epiblast
SBR-36h:GTAATGCTCAGGTGTT,Epiblast
SBR-36h:CTGCAGGTCCAAACCA,Epiblast
SBR-36h:TTCTTGACACCTATCC,Epiblast
SBR-36h:GACTATGAGAAGGTAG,Epiblast
SBR-36h:AGAAGTACACACACTA,Epiblast
SBR-36h:ACATTTCTCCGAGGCT,Epiblast
SBR-36h:CATCCACCAGCTGTGC,Naive pluripotency
SBR-36h:TGTGATGCAGAGTGTG,Epiblast
SBR-36h:GGTAATCGTTCTCACC,Epiblast
SBR-36h:GCCAGGTGTTTACGTG,Epiblast
SBR-36h:GTGTCCTTCATCACAG,Epiblast
SBR-36h:CCTCTCCCAACAAGTA,Epiblast
SBR-36h:AGACACTAGGTTACCT,Epiblast
SBR-36h:CAGTTCCAGGTCCTGC,Epiblast
SBR-36h:ATGACCAAGCTTTCCC,Epiblast
SBR-36h:CTGAGGCAGCCTGCCA,Epiblast
SBR-36h:CACTGTCAGGGCTGAT,Epiblast
SBR-36h:CTGTAGAAGGACGCAT,Epiblast
SBR-36h:CTTACCGAGGATGGCT,Epiblast
SBR-36h:CATGAGTAGTTACGAA,Epiblast
SBR-36h:AATCGACCACTGTGTA,Epiblast
SBR-36h:CTACAGACAGAGACTG,Exiting naive pluripotency
SBR-36h:TGTGCGGTCTCTCTAA,Exiting naive pluripotency
SBR-36h:CCTAACCCAGCTGTAT,Epiblast
SBR-36h:ACCAAACAGGTGCCAA,Epiblast
SBR-36h:GGTAACTGTGTAAACA,Epiblast
SBR-36h:AACAGGGCACGTACTA,Epiblast
SBR-36h:GCAGCTGTCTATGCCC,Exiting naive pluripotency
SBR-36h:TGAGCGCCACAAAGTA,Epiblast
SBR-36h:CGCGTGACAGGTTCAT,Exiting naive pluripotency
SBR-36h:TTCAGGACAGACATCT,Epiblast
SBR-36h:CTATCCGTCACATACG,Epiblast
SBR-36h:AAGCCATGTGAGGCAT,Epiblast
SBR-36h:GGATCTAAGAAGAACG,Epiblast
SBR-36h:GGAATGGTCCTAGCTC,Epiblast
SBR-36h:ACGATCAGTGTAGCAG,Epiblast
SBR-36h:AGACAGGTCCTAACAG,Epiblast
SBR-36h:TGGAACTGTTCTGACA,Epiblast
SBR-36h:GATTCGAAGGAGACCT,Epiblast
SBR-36h:CTATCCGCACACTGGC,Epiblast
SBR-36h:ACCTGTCAGCGACTAG,Epiblast
SBR-36h:GCGGATCAGCGAGAAA,Epiblast
SBR-36h:GTGAGTTCAAGAGGCT,Epiblast
SBR-36h:GAAGAATGTGATAGAT,Epiblast
SBR-36h:CAGATACCATAAGATG,Epiblast
SBR-36h:TGGGAAGTCTGGCCAG,Epiblast
SBR-36h:GCAGGCTTCTACAGGT,Epiblast
SBR-36h:GTGAGTTAGCGACAGT,Epiblast
SBR-36h:CTATCCGAGTCAACAA,Epiblast
SBR-36h:TTCTGTAGTACCTATG,Epiblast
SBR-36h:TCGGGCACACATCCCT,Epiblast
SBR-36h:TGTAACGAGAATAACC,Epiblast
SBR-36h:ATTTCTGGTTTGTTGG,Epiblast
SBR-36h:GAGATGGTCTCTGGTC,Epiblast
SBR-36h:TCTGCCAGTAACTTCG,Epiblast
SBR-36h:TCATTCACAGCATGCC,Epiblast
SBR-36h:TATCTTGCAGGGTCTC,Epiblast
SBR-36h:CATAAGCAGACATATG,Exiting naive pluripotency
SBR-36h:ATCGTCCTCGGTCATA,Epiblast
SBR-36h:CAACCAATCATCGCTC,Epiblast
SBR-36h:AATCGACCAAATTGCC,Epiblast
SBR-36h:GAGTCATGTGCGTTTA,Epiblast
SBR-36h:ACAGAAACAAGATCCT,Epiblast
SBR-36h:TTTAGTCGTAACATGA,Epiblast
SBR-36h:ACTGCAATCCCTTCCC,Epiblast
SBR-36h:GGAGCAAAGTGAACAT,Epiblast
SBR-36h:CGTCAAACACCGGTCA,Epiblast
SBR-36h:GTCACTCTCATATGGC,Epiblast
SBR-36h:TGCATGAGTGACACAG,Epiblast
SBR-36h:TGACAGTCAGCCATTA,Exiting naive pluripotency
SBR-36h:TGGATCATCATTGCGA,Exiting naive pluripotency
SBR-36h:CAGTTCCCACTAAACC,Exiting naive pluripotency
SBR-36h:GCTCAAAAGAGAAGGT,Epiblast
SBR-36h:CTACCCAAGGAAGTAG,Exiting naive pluripotency
SBR-36h:CGTGAATAGGGTACGT,Epiblast
SBR-36h:GGGACTCAGTAAACGT,Epiblast
SBR-36h:GACACGCAGTTAACGA,Epiblast
SBR-36h:TAATTCCAGCCATATC,Epiblast
SBR-36h:AACAACCTCACTGTTT,Epiblast
SBR-36h:TACCCGTAGCCTCATA,Epiblast
SBR-36h:AGCGTATCAGTAGAGC,Epiblast
SBR-36h:GTGCAGCCAGCGCGTT,Epiblast
SBR-36h:ACTTCCGCAGCGTGAA,Epiblast
SBR-36h:GGTGTTAAGTAGTCTC,Epiblast
SBR-36h:GTCCACTTCCGGACTG,Exiting naive pluripotency
SBR-36h:CTGGACGAGTTGCATC,Epiblast
SBR-36h:ATTCACTTCAGTCAGT,Naive pluripotency
SBR-36h:AAACGCTTCCTTTGAT,Epiblast
SBR-36h:CACTAAGGTCGTTGGC,Naive pluripotency
SBR-36h:TAACCAGCAAATGCGG,Epiblast
SBR-36h:TCATCCGTCCGCTTAC,Epiblast
SBR-36h:GTTATGGGTCTTTCTA,Epiblast
SBR-36h:CATCAAGTCCCTCGAT,Epiblast
SBR-36h:GTAGGAGGTCTGTTAG,Epiblast
SBR-36h:AGCCACGCAGTTGGTT,Exiting naive pluripotency
SBR-36h:AACCCAATCAACTGAC,Epiblast
SBR-36h:AAATGGAAGTGGGAAA,Epiblast
SBR-36h:ACCTGAAAGCCTCTCT,Epiblast
SBR-36h:TTTACGTAGTCAGGGT,Epiblast
SBR-36h:TTAGGCAGTGGTAACG,Exiting naive pluripotency
SBR-36h:AGGGCCTGTTTAAGGA,Epiblast
SBR-36h:ATCATTCAGTCTCTGA,Epiblast
SBR-36h:ACCAAACTCATCGACA,Epiblast
SBR-36h:GTTGCGGTCGTTCATT,Epiblast
SBR-36h:ACTGCAATCTGCCCTA,Epiblast
SBR-36h:TCCACGTAGTTACGAA,Epiblast
SBR-36h:TGAACGTCAGTTCACA,Exiting naive pluripotency
SBR-36h:GAACGTTTCCATTTGT,Epiblast
SBR-36h:GTACAACGTCCATCTC,Epiblast
SBR-36h:TGACGCGCAGGAGGTT,Exiting naive pluripotency
SBR-36h:TTATTGCGTTAGGGTG,Exiting naive pluripotency
SBR-36h:CTAGACACATGAGAAT,Epiblast
SBR-36h:TTGTGTTTCTACCTTA,Epiblast
SBR-36h:ACGTCCTAGACCACGA,Exiting naive pluripotency
SBR-36h:GCGGATCCACTAGGTT,Epiblast
SBR-36h:CATGAGTTCCGAGTGC,Epiblast
SBR-36h:GCATGATGTAACCCGC,Epiblast
SBR-36h:TTACGTTTCTCGAGTA,Epiblast
SBR-36h:TACGCTCCATCCGTTC,Epiblast
SBR-36h:AAACCCATCATCACAG,Exiting naive pluripotency
SBR-36h:GTTACCCTCGGAGCAA,Epiblast
SBR-36h:TGAGGAGCAGTGGTGA,Epiblast
SBR-36h:ACTTCCGGTTTCGTGA,Epiblast
SBR-36h:TGGAGGAGTGAGTAAT,Epiblast
SBR-36h:GCCATTCTCTCGACGG,Epiblast
SBR-36h:CTTAGGATCGGTTAGT,Epiblast
SBR-36h:TCACAAGGTCCGTTTC,Epiblast
SBR-36h:CTACATTAGTGCACCC,Epiblast
SBR-36h:CCCTTAGAGAGCCCAA,Epiblast
SBR-36h:GAAACCTCACTCGATA,Epiblast
SBR-36h:TCTTTGAGTCTACAAC,Epiblast
SBR-36h:CCCTCTCAGCTTCTAG,Epiblast
SBR-36h:GAATCGTGTCGATTTG,Epiblast
SBR-36h:CAAGCTATCTGCGATA,Epiblast
SBR-36h:ACGTACATCCCAACTC,Epiblast
SBR-36h:ACGGTTATCCGAGATT,Epiblast
SBR-36h:CTTACCGGTCATATGC,Epiblast
SBR-36h:AAAGGATGTTAATCGC,Epiblast
SBR-36h:ACGGGTCGTGAGGAAA,Epiblast
SBR-36h:TTCCGTGGTGTATCCA,Epiblast
SBR-36h:CAAGAGGTCGGCTGAC,Epiblast
SBR-36h:ACGATCATCGGCATAT,Epiblast
SBR-36h:TGAACGTTCAATCTTC,Epiblast
SBR-36h:ATAGAGACACTAGAGG,Epiblast
SBR-36h:GCTTGGGGTCTAGTGT,Epiblast
SBR-36h:GAAACCTGTACCGGCT,Epiblast
SBR-36h:AGCGCTGCAGTTTCGA,Naive pluripotency
SBR-36h:AACAAGACACGGTCTG,Epiblast
SBR-36h:AACAACCCATTGAGCT,Epiblast
SBR-36h:ATACCTTTCACTACGA,Epiblast
SBR-36h:CGGACACAGTGAGTTA,Epiblast
SBR-36h:TGGAACTAGTAAATGC,Epiblast
SBR-36h:GTGCTGGGTCTTAGTG,Epiblast
SBR-36h:AGTAACCTCCTCACCA,Epiblast
SBR-36h:GGTGAAGCATTGCCTC,Epiblast
SBR-36h:GTTCTATTCGACGTCG,Epiblast
SBR-36h:GTTAGACAGGCATTTC,Epiblast
SBR-36h:ATCCATTGTCGAATTC,Epiblast
SBR-36h:TACGCTCCAGTTCCAA,Epiblast
SBR-36h:AATTCCTAGGTATTGA,Epiblast
SBR-36h:TGTCCACCAATATCCG,Epiblast
SBR-36h:ATCACTTGTTGTCTAG,Epiblast
SBR-36h:TAGGTTGGTGAAGCTG,Epiblast
SBR-36h:ACTTTGTGTAGTGGCA,Epiblast
SBR-36h:TGTAACGCACGTTCGG,Epiblast
SBR-36h:CGAAGGAGTCAAAGTA,Epiblast
SBR-36h:CTGTGGGCACTTGTCC,Epiblast
SBR-36h:TCATTACTCGCTCTCA,Epiblast
SBR-36h:ATCATTCAGCAACAGC,Epiblast
SBR-36h:AACTTCTGTCAGTCGC,Epiblast
SBR-36h:TGCGGGTCAAATTAGG,Epiblast
SBR-36h:CACTAAGGTGAACCGA,Epiblast
SBR-36h:TGCATGATCCGTCACT,Epiblast
SBR-36h:TATTGGGTCGCGGACT,Epiblast
SBR-36h:TACCGAATCTATACGG,Epiblast
SBR-36h:TCTACATGTCTACTGA,Epiblast
SBR-36h:TCGGGACAGCTCCACG,Epiblast
SBR-36h:TCATATCGTGTTGAGG,Exiting naive pluripotency
SBR-36h:GACACGCAGTTCCTGA,Epiblast
SBR-36h:AGGATCTAGGTTCACT,Epiblast
SBR-36h:TCGCTCACATAAGATG,Epiblast
SBR-36h:ATCACGAGTATGCGGA,Epiblast
SBR-36h:ACGCACGAGGCTCCCA,Epiblast
SBR-36h:ACAGGGATCATTGTTC,Epiblast
SBR-36h:TGGTACAAGGATTTCC,Exiting naive pluripotency
SBR-36h:TCCTCTTTCGTCAAAC,Epiblast
SBR-36h:TTCTAACTCTTTCAGT,Epiblast
SBR-36h:CATAAGCTCTGCTTTA,Epiblast
SBR-36h:CTTCCGAGTTTGCCGG,Epiblast
SBR-36h:CCACAAACACGTCATA,Epiblast
SBR-36h:CATTCCGGTGCCTTCT,Epiblast
SBR-36h:CTGGCAGAGGACATCG,Epiblast
SBR-36h:TCTTTGACACGTCTCT,Epiblast
SBR-36h:AGCTACACACTAGGTT,Epiblast
SBR-36h:GTCATCCAGCGGGTAT,Epiblast
SBR-36h:CAAGCTAAGATGGGCT,Naive pluripotency
SBR-36h:CTTCAATAGGTAGCCA,Epiblast
SBR-36h:GAGAGGTGTCTCAGAT,Exiting naive pluripotency
SBR-36h:TCATTACAGTGGTGGT,Epiblast
SBR-36h:CGCAGGTTCTGCGTCT,Epiblast
SBR-36h:ACATCGACAATCTAGC,Epiblast
SBR-36h:CGAAGGACACAATGTC,Epiblast
SBR-36h:GTCCTCAAGAGTGAAG,Epiblast
SBR-36h:GAAGCCCAGTTCACTG,Epiblast
SBR-36h:CACCAAAGTACTGAGG,Epiblast
SBR-36h:TTGTTCAAGAAAGCGA,Exiting naive pluripotency
SBR-36h:TTAGTCTGTCGCATTA,Epiblast
SBR-36h:TAGGTTGTCGTCTACC,Epiblast
SBR-36h:AACAAAGTCTTACGGA,Epiblast
SBR-36h:CTCAACCTCGCGAAGA,Epiblast
SBR-36h:TTGTTGTTCGAACCAT,Exiting naive pluripotency
SBR-36h:AGAACCTCACGAGAAC,Naive pluripotency
SBR-36h:AACACACCATTGACCA,Epiblast
SBR-36h:GAAACCTCATAAGCAA,Epiblast
SBR-36h:ATCCATTTCGTCTAAG,Epiblast
SBR-36h:CATCGTCTCGGCTTCT,Epiblast
SBR-36h:GCTTCACCACTGTTCC,Epiblast
SBR-36h:CTACAGACAATACCTG,Exiting naive pluripotency
SBR-36h:AACAAAGAGGAAGTGA,Epiblast
SBR-36h:GCCCGAATCAAACCCA,Epiblast
SBR-36h:TTCAGGATCCACAGGC,Epiblast
SBR-36h:AGACCATTCATGGCCG,Epiblast
SBR-36h:TGGAACTTCACATTGG,Epiblast
SBR-36h:TATTCCATCATAAGGA,Epiblast
SBR-36h:CTGGACGCATGGCACC,Epiblast
SBR-36h:TCTTCCTAGTAGTGCG,Epiblast
SBR-36h:ATAGGCTCATACCGTA,Epiblast
SBR-36h:GATGCTATCGGCCTTT,Epiblast
SBR-36h:ACCCTCATCCTGTAAG,Epiblast
SBR-36h:TAAGCACAGCGTTGTT,Epiblast
SBR-36h:ACTTCGCCACATACGT,Epiblast
SBR-36h:AGCGCTGGTACTGACT,Epiblast
SBR-36h:AACGTCACAACCGCTG,Epiblast
SBR-36h:CCTATCGGTCTACTGA,Epiblast
SBR-36h:TCAGTTTAGTTACTCG,Epiblast
SBR-36h:ACGTACACAGCCTATA,Epiblast
SBR-36h:TCACGGGTCACCTTGC,Epiblast
SBR-36h:GAGAAATAGCAAGCCA,Epiblast
SBR-36h:AAACGAAGTGCCGAAA,Epiblast
SBR-36h:CTAAGTGCACTTGTCC,Epiblast
SBR-36h:CATCCCACAACTGATC,Epiblast
SBR-36h:GAAGTAACAGTATGAA,Epiblast
SBR-36h:CAACCTCAGATAACGT,Exiting naive pluripotency
SBR-36h:TCAGTTTCAAGAGTAT,Epiblast
SBR-36h:TGATCAGTCGCACTCT,Epiblast
SBR-36h:TAGCACATCAGCAATC,Exiting naive pluripotency
SBR-36h:CGCCATTTCTCTGAGA,Epiblast
SBR-36h:CGACAGCAGCAGCCTC,Epiblast
SBR-36h:GGGATGATCTCGGCTT,Epiblast
SBR-36h:ACGATCATCGTGCACG,Epiblast
SBR-36h:CACCGTTTCACTGCTC,Epiblast
SBR-36h:TGACCCTGTATAGGGC,Epiblast
SBR-36h:TAAGCACGTTGCCAAT,Epiblast
SBR-36h:TAGACTGCAGAGGTAC,Epiblast
SBR-36h:GGGATCCCAAAGCAAT,Exiting naive pluripotency
SBR-36h:AACACACAGACGGAAA,Exiting naive pluripotency
SBR-36h:TGAATGCAGTTGCATC,Exiting naive pluripotency
SBR-36h:CTGTAGAAGTTTCGAC,Epiblast
SBR-36h:CAAGACTAGAGTTGAT,Epiblast
SBR-36h:AACAAGATCTGAGGCC,Epiblast
SBR-36h:CATCGTCTCTCATGGA,Epiblast
SBR-36h:AGTTAGCCAAGAAATC,Epiblast
SBR-36h:TCAGTTTGTAATGATG,Epiblast
SBR-36h:TTTCGATAGAGCCCAA,Epiblast
SBR-36h:AGTACCAAGTTACGTC,Epiblast
SBR-36h:TACACCCCACTCCGAG,Epiblast
SBR-36h:GGTGTTAGTCGCGGTT,Epiblast
SBR-36h:ATACCTTGTACTTCCC,Epiblast
SBR-36h:TCACAAGCAGAAGTTA,Epiblast
SBR-36h:GCATTAGCAGCTATTG,Exiting naive pluripotency
SBR-36h:CTGCCTAGTGTACAGG,Epiblast
SBR-36h:CTTGATTAGGATTTAG,Epiblast
SBR-36h:TCGAAGTAGCTCGACC,Exiting naive pluripotency
SBR-36h:GGTGATTAGAGAAGGT,Epiblast
SBR-36h:GCAACATCATTCGGGC,Epiblast
SBR-36h:CTCAGGGTCTGCGAGC,Epiblast
SBR-36h:AGGTCATAGACTAGAT,Epiblast
SBR-36h:ACATCCCTCCACATAG,Epiblast
SBR-36h:AGCTTCCCAACTGCTA,Epiblast
SBR-36h:ATTCCCGAGCATCCCG,Epiblast
SBR-36h:CTCAATTAGTTTCGGT,Epiblast
SBR-36h:GAGTGAGGTGACCGAA,Epiblast
SBR-36h:CGTAGTAGTATGTCTG,Epiblast
SBR-36h:AGATCGTCACCTCTAC,Epiblast
SBR-36h:TCGGTCTAGCATACTC,Epiblast
SBR-36h:TCATTCACATTAAGCC,Epiblast
SBR-36h:AACCATGAGTTCATCG,Epiblast
SBR-36h:ACAACCATCCATCACC,Epiblast
SBR-36h:GAGTTTGGTGTCCGGT,Epiblast
SBR-36h:TCAATTCCAGTCTGGC,Epiblast
SBR-36h:TCATTACAGACCATGG,Epiblast
SBR-36h:TTCCAATAGGACGCAT,Epiblast
SBR-36h:AGCCACGTCCCACAGG,Epiblast
SBR-36h:CACGTGGGTCGGTGAA,Epiblast
SBR-36h:GTGTTCCCATGTCTAG,Epiblast
SBR-36h:TTCTAACGTCCAGGTC,Epiblast
SBR-36h:CAACAGTCACCGGTCA,Naive pluripotency
SBR-36h:TGAGGGAGTAGTAAGT,Epiblast
SBR-36h:GGGCCATCAAATGATG,Epiblast
SBR-36h:CGTGAATTCTTCTCAA,Epiblast
SBR-36h:AACAAGAGTTAAACAG,Exiting naive pluripotency
SBR-36h:TCCACGTGTACATACC,Epiblast
SBR-36h:ATGACCACAGAACGCA,Epiblast
SBR-36h:TCGAACAAGAAATTGC,Epiblast
SBR-36h:GACCCTTGTGCTCTTC,Epiblast
SBR-36h:GTGAGGATCACAAGAA,Epiblast
SBR-36h:CGGAGAAGTACTAACC,Epiblast
SBR-36h:AGTCATGTCTGAATCG,Epiblast
SBR-36h:AGAAATGCACGATTCA,Epiblast
SBR-36h:GATCAGTCAATTCTCT,Epiblast
SBR-36h:TGATGCAAGTCATGCT,Epiblast
SBR-36h:CATGCTCTCCGGCTTT,Epiblast
SBR-36h:GCCAGCAGTAATCAGA,Epiblast
SBR-36h:CAAGGGAGTGAGCGAT,Epiblast
SBR-36h:CTCCTTTTCCATCTAT,Epiblast
SBR-36h:AATCGTGTCGAGAACG,Epiblast
SBR-36h:GACTGATGTACCTAAC,Epiblast
SBR-36h:TTTCACATCCTGTAAG,Epiblast
SBR-36h:TGTTCATGTGATACTC,Epiblast
SBR-36h:TCTATACCAGTATTCG,Epiblast
SBR-36h:TACCTGCGTCAGGTGA,Epiblast
SBR-36h:TCATCCGTCCTACGGG,Epiblast
SBR-36h:ACTTCCGAGAGTCTTC,Epiblast
SBR-36h:CACGAATAGGGATGTC,Epiblast
SBR-36h:ATAGGCTAGATTAGCA,Epiblast
SBR-36h:CGAATTGCACAGCCAC,Epiblast
SBR-36h:GCACGGTAGGCAATGC,Epiblast
SBR-36h:CGTCCATCACAGACGA,Epiblast
SBR-36h:GATTCGAAGAATTCAG,Epiblast
SBR-36h:GTCATCCGTACTCGTA,Epiblast
SBR-36h:TTACGCCAGTATAGAC,Exiting naive pluripotency
SBR-36h:AATCGACCAAGCGAGT,Epiblast
SBR-36h:ACGTCCTTCTTACCGC,Epiblast
SBR-36h:GGCTGTGCAAACTAGA,Epiblast
SBR-36h:ACCCTTGCATTCTCCG,Epiblast
SBR-36h:GAACTGTTCAGCCTTC,Epiblast
SBR-36h:TTACCATAGGATTTAG,Epiblast
SBR-36h:CATTGCCGTCACTCGG,Epiblast
SBR-36h:ATTCTTGCATCGATGT,Epiblast
SBR-36h:GCCATTCGTCCATACA,Epiblast
SBR-36h:ATTGGGTAGTCAGGGT,Epiblast
SBR-36h:TTCTGTACAAGTATAG,Exiting naive pluripotency
SBR-36h:GTTGCTCTCCAAGCCG,Epiblast
SBR-36h:TCATACTTCTTGAGCA,Epiblast
SBR-36h:GTTAGTGCAGCGCTTG,Epiblast
SBR-36h:CCAATGACAACACGAG,Epiblast
SBR-36h:GACATCATCTTCCAGC,Epiblast
SBR-36h:AGCCACGAGAGCAGCT,Exiting naive pluripotency
SBR-36h:GTTCGCTGTGAATTGA,Epiblast
SBR-36h:TGCATGAAGGTCTTTG,Epiblast
SBR-36h:AGTAACCGTGCGTTTA,Epiblast
SBR-36h:GAGATGGGTCGAGTGA,Epiblast
SBR-36h:ACCTACCAGGTGGGTT,Epiblast
SBR-36h:CATTCCGCACCCTATC,Epiblast
SBR-36h:CTCCGATAGGTACTGG,Epiblast
SBR-36h:TGGCGTGAGCAGAAAG,Epiblast
SBR-36h:TGACAGTAGCGGGTAT,Epiblast
SBR-36h:CGAGGAAAGCAAGTGC,Epiblast
SBR-36h:ACTATGGTCTCTATAC,Epiblast
SBR-36h:TTCATTGAGCTGAAGC,Epiblast
SBR-36h:CTCATCGGTAGCCCTG,Exiting naive pluripotency
SBR-36h:TAAGCCATCAGCGCGT,Epiblast
SBR-36h:ATAGACCTCTACCACC,Epiblast
SBR-36h:CCGGACACATGGCTGC,Epiblast
SBR-36h:CAGATCATCGATACAC,Epiblast
SBR-36h:CATTGTTCATCGTGGC,Epiblast
SBR-36h:AGGCTGCAGCCGTTAT,Epiblast
SBR-36h:CAGATTGGTCACCGCA,Epiblast
SBR-36h:CTCAATTAGCGAATGC,Epiblast
SBR-36h:CTCAACCAGTGCACTT,Epiblast
SBR-36h:TTCACCGTCGACATTG,Epiblast
SBR-36h:TTCCGTGGTCAACATC,Epiblast
SBR-36h:AGCCAGCTCAGATGCT,Epiblast
SBR-36h:TATATCCGTCACGACC,Epiblast
SBR-36h:AAGGAATGTTGCATAC,Epiblast
SBR-36h:GTCAAACCAGCAGTGA,Exiting naive pluripotency
SBR-36h:CTCATGCAGACTAAGT,Epiblast
SBR-36h:AGACACTCAAACCATC,Epiblast
SBR-36h:GCAGCTGCATTCTTCA,Exiting naive pluripotency
SBR-36h:CATTTCACAAAGGCTG,Epiblast
SBR-36h:TTGATGGAGGTTTGAA,Epiblast
SBR-36h:TGACAGTGTCATAAAG,Epiblast
SBR-36h:GGAATCTGTGATCATC,Epiblast
SBR-36h:CCTCTAGGTACAATAG,Epiblast
SBR-36h:AACCAACAGGCTCAAG,Epiblast
SBR-36h:ACATTTCCAACAGATA,Epiblast
SBR-36h:GCCCGAAAGCTGTTAC,Epiblast
SBR-36h:CACAGGCAGCTTCATG,Epiblast
SBR-36h:TTTCATGTCATGAGTC,Epiblast
SBR-36h:GGGTATTCAGCCCAGT,Epiblast
SBR-36h:TCCCACACACAATGCT,Epiblast
SBR-36h:CTATAGGGTAGCGCTC,Epiblast
SBR-36h:CTGCAGGAGAGGCCAT,Epiblast
SBR-36h:TTGCTGCAGCAGGGAG,Epiblast
SBR-36h:ATCGCCTGTACAATAG,Epiblast
SBR-36h:AGATCCACATCAGCTA,Epiblast
SBR-36h:ATCGTAGCACAGCCAC,Epiblast
SBR-36h:TAATCTCCACTTCTCG,Epiblast
SBR-36h:AGTTCGAGTTGAGGAC,Epiblast
SBR-36h:AACGTCACATCTCAAG,Epiblast
SBR-36h:AAATGGATCCCGTGTT,Exiting naive pluripotency
SBR-36h:TATATCCTCATGGTAC,Epiblast
SBR-36h:CCTCTCCTCTGATTCT,Epiblast
SBR-36h:AAGTACCAGTTGCTCA,Epiblast
SBR-36h:AAAGGTAGTACGCGTC,Epiblast
SBR-36h:TCGAACACATTGAAGA,Epiblast
SBR-36h:TCACACCTCGAGAACG,Epiblast
SBR-36h:GATGATCGTCTTACAG,Epiblast
SBR-36h:GAAGGGTGTGTCGATT,Epiblast
SBR-36h:CACGAATCACTCAGAT,Naive pluripotency
SBR-36h:CAGAGCCTCACGGACC,Epiblast
SBR-36h:AGTTAGCCAGCTCCTT,Epiblast
SBR-36h:AACCCAAAGGCCTAGA,Epiblast
SBR-36h:TGGGCGTTCTGGAAGG,Exiting naive pluripotency
SBR-36h:GAAGCGACATTCTGTT,Epiblast
SBR-36h:GTCACTCAGTGAGGCT,Exiting naive pluripotency
SBR-36h:CTGCATCGTACTCGAT,Epiblast
SBR-36h:TCCATCGCAGCGTTTA,Exiting naive pluripotency
SBR-36h:CGATGCGTCTCGCTTG,Epiblast
SBR-36h:GATGGAGAGCCATATC,Epiblast
SBR-36h:GACAGCCCACGTATAC,Epiblast
SBR-36h:ATTCCCGAGGTTGACG,Epiblast
SBR-36h:TTAGGGTGTTCATCTT,Epiblast
SBR-36h:AACCCAACAGCCTACG,Epiblast
SBR-36h:TCATTCAGTGGAGAAA,Epiblast
SBR-36h:AAAGTCCGTGTCTAAC,Epiblast
SBR-36h:ACGCACGCAGCTACAT,Epiblast
SBR-36h:ACTATCTTCATTTCCA,Epiblast
SBR-36h:TGATGGTGTGCCCGTA,Epiblast
SBR-36h:TCATACTTCTGCATGA,Epiblast
SBR-36h:CACTGGGGTTAGGCCC,Epiblast
SBR-36h:AGTCATGAGGGATGTC,Epiblast
SBR-36h:TCCCAGTCAACGATCT,Epiblast
SBR-36h:TCCTCTTGTCATCACA,Epiblast
SBR-36h:GCCATTCGTCCCTCAT,Epiblast
SBR-36h:GTAGAAAAGCTGTTCA,Epiblast
SBR-36h:TAACCAGAGTGAGTTA,Epiblast
SBR-36h:GGGACAACAGGTCAAG,Epiblast
SBR-36h:AGTCATGCAGTACTAC,Epiblast
SBR-36h:TATATCCTCAAGCTTG,Epiblast
SBR-36h:CTAGACATCATAGCAC,Epiblast
SBR-36h:CGGGCATGTCAGGAGT,Epiblast
SBR-36h:ACAACCAGTACGAAAT,Epiblast
SBR-36h:AGGCCACAGATACTGA,Epiblast
SBR-36h:CTCCAACTCACAAGGG,Exiting naive pluripotency
SBR-36h:TCACTATAGCGACATG,Epiblast
SBR-36h:CTCTCGATCATGCAGT,Epiblast
SBR-36h:GTTTACTGTAGTTACC,Epiblast
SBR-36h:GTCCTCATCTGGACTA,Epiblast
SBR-36h:AGCTACATCCTACCGT,Epiblast
SBR-36h:TCCTCTTTCATCGCTC,Epiblast
SBR-36h:GCATGATCAGCATACT,Epiblast
SBR-36h:CTCCTTTCACCAAAGG,Epiblast
SBR-36h:ACACAGTGTAACACCT,Epiblast
SBR-36h:CGAATTGGTTATCCAG,Epiblast
SBR-36h:CAACCTCCACTCTAGA,Epiblast
SBR-36h:CGCCAGACAGACACCC,Epiblast
SBR-36h:ATCGGATGTTTCGACA,Epiblast
SBR-36h:TGGAGGATCGCCGAGT,Epiblast
SBR-36h:AGATGAAAGGAAACGA,Epiblast
SBR-36h:TCATTGTCAAACAGGC,Epiblast
SBR-36h:CAGCACGGTAGGCAAC,Exiting naive pluripotency
SBR-36h:AAAGAACGTGATACCT,Epiblast
SBR-36h:TGGGCGTTCGCCTTTG,Epiblast
SBR-36h:TTCTGTATCCACTAGA,Epiblast
SBR-36h:TGACAGTTCTGTGCGG,Exiting naive pluripotency
SBR-36h:GTAAGTCAGAGTGGCT,Epiblast
SBR-36h:GAAGGACAGATACGAT,Epiblast
SBR-36h:GTAAGTCAGCAAACAT,Epiblast
SBR-36h:GTGGCGTTCCCATGGG,Epiblast
SBR-36h:AGTACTGGTCAATCTG,Epiblast
SBR-36h:GACTCTCAGAAGCCTG,Epiblast
SBR-36h:CTCTCGATCGTCTACC,Epiblast
SBR-36h:AGGATAAAGGCACTAG,Epiblast
SBR-36h:GGAAGTGTCGAACCAT,Exiting naive pluripotency
SBR-36h:AATGCCATCGAGAACG,Epiblast
SBR-36h:GTGAGCCTCCCAGGCA,Epiblast
SBR-36h:GCCGTGAGTCCCTAAA,Epiblast
SBR-36h:GCTACAAGTTGAGGAC,Epiblast
SBR-36h:TTGATGGGTACGATGG,Epiblast
SBR-36h:GTTTACTCAGATTTCG,Epiblast
SBR-36h:TGGTTAGAGTCAGGGT,Epiblast
SBR-36h:CCTAACCAGGAGCTGT,Epiblast
SBR-36h:CAGATACAGGCCTGCT,Naive pluripotency
SBR-36h:CTACATTTCGTGGGAA,Epiblast
SBR-36h:GATGTTGAGGAGTACC,Epiblast
SBR-36h:ATGGATCGTTGCATGT,Epiblast
SBR-36h:TCACGCTTCCAACTAG,Epiblast
SBR-36h:TGAGCATGTAGTTCCA,Epiblast
SBR-36h:ACACAGTCAAGCACAG,Epiblast
SBR-36h:TTCCAATGTAAGCAAT,Epiblast
SBR-36h:CTACCTGCACCGTGCA,Epiblast
SBR-36h:ACGATCAAGTTCGCAT,Naive pluripotency
SBR-36h:AAACGAACACAAATGA,Epiblast
SBR-36h:TACTTGTAGTGCAACG,Epiblast
SBR-36h:TGTTGAGTCTACCAGA,Epiblast
SBR-36h:CAAGAGGGTAGTAAGT,Epiblast
SBR-36h:CTACCCAAGTATGACA,Epiblast
SBR-36h:TCTTAGTCAAGATCCT,Epiblast
SBR-36h:CCATAAGTCGTCTAAG,Epiblast
SBR-36h:ACTACGAGTAGACGGT,Epiblast
SBR-36h:ACGTAACTCGTAGCTA,Epiblast
SBR-36h:CATTGAGCAAGAGCTG,Epiblast
SBR-36h:GTCTAGATCTTCTTCC,Epiblast
SBR-36h:TGATTTCCATTAGGAA,Epiblast
SBR-36h:GAAGGACAGACATACA,Epiblast
SBR-36h:GATGGAGGTTACACAC,Epiblast
SBR-36h:CCTATCGGTATGGAAT,Epiblast
SBR-36h:AATTCCTTCGAACCAT,Exiting naive pluripotency
SBR-36h:TCGGTCTTCGAGCCTG,Exiting naive pluripotency
SBR-36h:GTGAGGAAGAAATTCG,Epiblast
SBR-36h:TAGTGCACACAAATAG,Epiblast
SBR-36h:GGGACAAAGACGTCGA,Epiblast
SBR-36h:ATCGGATCATCTGGGC,Exiting naive pluripotency
SBR-36h:TCGGATACATCCGTTC,Epiblast
SBR-36h:CATGGATAGCGTGTTT,Epiblast
SBR-36h:ACATGCAGTCGTCTCT,Epiblast
SBR-36h:TCATGAGTCTCGACGG,Exiting naive pluripotency
SBR-36h:CACCAAAAGATAGCAT,Epiblast
SBR-36h:GAGGCCTCAAGACCGA,Exiting naive pluripotency
SBR-36h:TCCGATCAGGTCCGAA,Epiblast
SBR-36h:GAACACTAGGTGAGCT,Epiblast
SBR-36h:CGTGAATCACGTCTCT,Epiblast
SBR-36h:ACTTAGGAGGAACGAA,Exiting naive pluripotency
SBR-36h:TATACCTCACTCATAG,Epiblast
SBR-36h:ACTGATGGTCAGCTTA,Epiblast
SBR-36h:GCACATAGTACGCTTA,Epiblast
SBR-36h:TCAGGGCTCCGACGGT,Epiblast
SBR-36h:CTAAGTGTCAATGCAC,Epiblast
SBR-36h:CGGCAGTCAATGTCAC,Epiblast
SBR-36h:CCGGGTACATACACCA,Epiblast
SBR-36h:GCAACCGCAACGGCTC,Epiblast
SBR-36h:TCTATACTCAGCATTG,Epiblast
SBR-36h:GTGCGTGAGCACTGGA,Epiblast
SBR-36h:CGATGGCCACTTGTCC,Epiblast
SBR-36h:CGTGCTTGTCTCTCTG,Epiblast
SBR-36h:GGCACGTTCGCGTGAC,Epiblast
SBR-36h:CTTTCAAAGGTTGGAC,Epiblast
SBR-36h:CTTGATTCAGCAATTC,Epiblast
SBR-36h:GTAGCTATCGAGGCAA,Epiblast
SBR-36h:ATTACCTGTCATCGGC,Epiblast
SBR-36h:ATCGTGATCCACCTCA,Epiblast
SBR-36h:AGCGCTGCAGACACAG,Epiblast
SBR-36h:GGAGGATCAATACAGA,Epiblast
SBR-36h:GCACGTGCACAGTATC,Epiblast
SBR-36h:TTGCCTGAGCGCCATC,Epiblast
SBR-36h:CTAGGTAGTGGCCACT,Exiting naive pluripotency
SBR-36h:TTACTGTTCCGTACGG,Epiblast
SBR-36h:GTAGGTTAGGGAGATA,Epiblast
SBR-36h:ATACCGAAGCTGTCCG,Epiblast
SBR-36h:GAAACCTCAATTGAGA,Epiblast
SBR-36h:CAGTTAGGTCGTACTA,Epiblast
SBR-36h:TCACTATTCTAGAGCT,Epiblast
SBR-36h:AAAGTGAAGTCACACT,Epiblast
SBR-36h:TGTCCTGCAGACGATG,Epiblast
SBR-36h:AGAGAATAGGACAGTC,Epiblast
SBR-36h:GTCACGGAGCTTCGTA,Exiting naive pluripotency
SBR-36h:GTAGGAGGTATGTCCA,Exiting naive pluripotency
SBR-36h:TAGACTGGTTCGGGTC,Epiblast
SBR-36h:AGAGCAGTCACGACTA,Epiblast
SBR-36h:GTAGCTAAGCCGCTTG,Epiblast
SBR-36h:ACCAACACATGACTGT,Epiblast
SBR-36h:CAACGATCACAGTATC,Exiting naive pluripotency
SBR-36h:TTGTGTTCACCAGACC,Epiblast
SBR-36h:TATGTTCTCATCTATC,Epiblast
SBR-36h:GACTCAAGTCTACATG,Exiting naive pluripotency
SBR-36h:TAGACCATCTGTCGTC,Epiblast
SBR-36h:AGTACTGAGTATGGCG,Epiblast
SBR-36h:CCACGTTTCAGCAATC,Epiblast
SBR-36h:ACGATGTGTTCGGTTA,Epiblast
SBR-36h:GTAGCTAGTAGCACGA,Epiblast
SBR-36h:AGGGTGATCACACCGG,Epiblast
SBR-36h:TGCCGAGTCCTGATAG,Exiting naive pluripotency
SBR-36h:ACTCTCGCACGAGGTA,Epiblast
SBR-36h:TGCTCCAGTTCGTGCG,Epiblast
SBR-36h:ACTCTCGAGGGACTGT,Epiblast
SBR-36h:TCTTTGATCCACACCT,Epiblast
SBR-36h:ATCATTCCAGAATGTA,Epiblast
SBR-36h:CCATAAGGTTATTCTC,Epiblast
SBR-36h:TGCTCCATCATCAGTG,Epiblast
SBR-36h:TAACACGCATCGAACT,Epiblast
SBR-36h:TCAGTCCCATGGGTTT,Epiblast
SBR-36h:GGTGAAGCAGCGGTCT,Epiblast
SBR-36h:CACAGGCCACGGCCAT,Epiblast
SBR-36h:CTAGGTACATCCGAAT,Epiblast
SBR-36h:ATTTCTGAGCCTGAGA,Epiblast
SBR-36h:TGTCCTGAGGCAGCTA,Epiblast
SBR-36h:TATCGCCTCTCCTGTG,Exiting naive pluripotency
SBR-36h:GAGTTTGGTCGTCGGT,Epiblast
SBR-36h:TCAAGTGTCCGTCCTA,Exiting naive pluripotency
SBR-36h:AGTGATCAGCAACAAT,Naive pluripotency
SBR-36h:AGCGCCATCCATCTCG,Epiblast
SBR-36h:AAACCCAGTAACAAGT,Epiblast
SBR-36h:GTACAACGTGTGATGG,Epiblast
SBR-36h:CATTGAGTCATGAAAG,Epiblast
SBR-36h:GTAACACCAAGCGAGT,Epiblast
SBR-36h:CTCAGAAAGACAGTCG,Epiblast
SBR-36h:AGTAGTCGTGGCTGAA,Epiblast
SBR-36h:CACTGGGAGAGCCATG,Epiblast
SBR-36h:CACATGACATATACCG,Epiblast
SBR-36h:TAACTTCGTTCGATTG,Epiblast
SBR-36h:TGTTGGATCTGGTCAA,Epiblast
SBR-36h:TTATTGCGTGGGACAT,Epiblast
SBR-36h:TCCACCATCCGATCTC,Epiblast
SBR-36h:AGTACCATCGCTTACC,Epiblast
SBR-36h:CTCAAGATCACTGATG,Exiting naive pluripotency
SBR-36h:GACTCAATCACCGGGT,Epiblast
SBR-36h:ACAGGGAAGCCACAAG,Epiblast
SBR-36h:AAGCCATTCCTTATGT,Epiblast
SBR-36h:TGCGACGTCCTTCTGG,Epiblast
SBR-36h:GACTGATTCCCATACC,Epiblast
SBR-36h:AAGTGAATCCAGCCTT,Epiblast
SBR-36h:AACAACCGTATGCTTG,Epiblast
SBR-36h:CAGGTATGTTACTCAG,Epiblast
SBR-36h:AACAAGACAACAAGAT,Epiblast
SBR-36h:CATGGATGTCTACGTA,Epiblast
SBR-36h:TAGGAGGAGCTTTCTT,Epiblast
SBR-36h:TTCTTCCAGGTCCTGC,Exiting naive pluripotency
SBR-36h:CCACCATTCGTGGAAG,Epiblast
SBR-36h:CCAATTTTCACTCGAA,Epiblast
SBR-36h:GAAGTAATCCCAGGAC,Exiting naive pluripotency
SBR-36h:AAGCATCGTTGTCTAG,Epiblast
SBR-36h:CAAGACTGTGAAGCTG,Epiblast
SBR-36h:TCAGCCTAGACACACG,Epiblast
SBR-36h:AGGGTTTAGACATCAA,Exiting naive pluripotency
SBR-36h:TGCATCCTCCGCACTT,Epiblast
SBR-36h:GAACGTTCAACTACGT,Epiblast
SBR-36h:CCTGCATTCGAAGAAT,Epiblast
SBR-36h:CACGTGGAGACTTAAG,Epiblast
SBR-36h:TCCAGAATCAACGCTA,Epiblast
SBR-36h:ACTTTCAAGCGGTAAC,Epiblast
SBR-36h:TGATCAGGTTCCATTT,Epiblast
SBR-36h:CATAAGCCAATATCCG,Epiblast
SBR-36h:TATCTTGAGTAGTCCT,Epiblast
SBR-36h:CCTCTAGAGAACTCCT,Epiblast
SBR-36h:TAAGCCAGTATTGAGA,Epiblast
SBR-36h:AACCACACAATCTGCA,Epiblast
SBR-36h:GAGTCATAGCTGACAG,Epiblast
SBR-36h:TAATTCCAGGGCCCTT,Epiblast
SBR-36h:GTTTGGATCGGTCGAC,Epiblast
SBR-36h:AACCTGAGTCCAGCGT,Epiblast
SBR-36h:TCCTTTCTCATCCCGT,Epiblast
SBR-36h:TTGAGTGCACGCTGTG,Epiblast
SBR-36h:TTTGATCCAAAGAGTT,Epiblast
SBR-36h:TTACCATTCCCTAGGG,Epiblast
SBR-36h:TTGTTCATCGTTGTTT,Epiblast
SBR-36h:GACTGATGTAAGACCG,Epiblast
SBR-36h:CACGGGTAGCGTTAGG,Epiblast
SBR-36h:GACTCAATCCATAGGT,Epiblast
SBR-36h:ATCCACCCACGTTGGC,Epiblast
SBR-36h:GCCAGTGGTCGTTCAA,Exiting naive pluripotency
SBR-36h:GATGGAGAGTATGGAT,Epiblast
SBR-36h:CCGGTGAAGTGTTGTC,Epiblast
SBR-36h:AGTTCGATCACCATGA,Epiblast
SBR-36h:AGATCCACAGGTGAGT,Epiblast
SBR-36h:ATACCTTTCCGGCTTT,Epiblast
SBR-36h:TGATTCTTCTTTGCTA,Epiblast
SBR-36h:GGGCTACAGACCAAAT,Epiblast
SBR-36h:ACTATTCAGCACACCC,Epiblast
SBR-36h:CGAGAAGCAAACCGGA,Epiblast
SBR-36h:TTCTTCCTCCCGTGTT,Exiting naive pluripotency
SBR-36h:CAACAGTCAGGGTCTC,Epiblast
SBR-36h:GAGCCTGAGCGACTGA,Epiblast
SBR-36h:TGGATGTTCCTACACC,Epiblast
SBR-36h:CTGCTCAGTTACGATC,Epiblast
SBR-36h:TTATTGCAGGGCAGGA,Epiblast
SBR-36h:CTTTCAATCCGGTAGC,Epiblast
SBR-36h:GAAGGGTGTACCGCGT,Epiblast
SBR-36h:CTACGGGTCCAAGCCG,Epiblast
SBR-36h:GTGGTTATCCATGCAA,Epiblast
SBR-36h:AAGAACACACACCGAC,Exiting naive pluripotency
SBR-36h:AACAGGGGTTCCTAAG,Epiblast
SBR-36h:CATCGCTCAGCTCCTT,Epiblast
SBR-36h:AGATGAAAGATTGTGA,Epiblast
SBR-36h:CATTGAGAGGAGAGTA,Epiblast
SBR-36h:ACACTGAAGGCATCTT,Epiblast
SBR-36h:ATGTCCCGTCTTCATT,Epiblast
SBR-36h:ACAGGGAGTTCCGCTT,Exiting naive pluripotency
SBR-36h:GCATCGGTCAACCGAT,Epiblast
SBR-36h:CGTCAAACACGCTATA,Epiblast
SBR-36h:ATACTTCCACTGAGTT,Epiblast
SBR-36h:TGTGCGGGTTTGGCTA,Epiblast
SBR-36h:TCATGAGAGTACCATC,Epiblast
SBR-36h:ATTACCTGTGTCATCA,Epiblast
SBR-36h:GTAATGCTCGAACGCC,Epiblast
SBR-36h:ATTCCTAAGCCAAGCA,Epiblast
SBR-36h:AGCGCCACATTGTACG,Epiblast
SBR-36h:TTCTAACGTGCTCCGA,Exiting naive pluripotency
SBR-36h:GTAGGTTGTGAATGTA,Epiblast
SBR-36h:AAAGAACAGGCTGAAC,Epiblast
SBR-36h:TCTCTGGTCAGTGTTG,Naive pluripotency
SBR-36h:ACTTTGTGTTCTAACG,Epiblast
SBR-36h:CTCAAGACAAACCATC,Epiblast
SBR-36h:CTTCAATTCGTTAGAC,Epiblast
SBR-36h:AATTCCTAGTAGGAAG,Epiblast
SBR-36h:TTGTTCAAGGGACTGT,Epiblast
SBR-36h:TGCGGCATCTGAGAAA,Epiblast
SBR-36h:ATTCTACAGATAGCTA,Exiting naive pluripotency
SBR-36h:TTTAGTCTCTGCTGAA,Epiblast
SBR-36h:CATCAAGCACCGGCTA,Exiting naive pluripotency
SBR-36h:CATTGAGAGTTGGACG,Epiblast
SBR-36h:GGAGATGAGTCGAGGT,Epiblast
SBR-36h:TCATGCCAGATGGGCT,Epiblast
SBR-36h:CTCCACAAGTGTACCT,Epiblast
SBR-36h:CGGACACCAAGCTCTA,Epiblast
SBR-36h:GTGAGCCGTATGGAGC,Epiblast
SBR-36h:AAGCATCTCCTCTAGC,Epiblast
SBR-36h:ACATCGATCCATTTCA,Epiblast
SBR-36h:TTCGGTCTCTTTGATC,Epiblast
SBR-36h:GTTAGTGCAAGGACAC,Epiblast
SBR-36h:GGTAACTTCGGACTTA,Epiblast
SBR-36h:GCACATAGTATCGAGG,Epiblast
SBR-36h:TGTTGGAGTCTGTCAA,Epiblast
SBR-36h:GAGCCTGTCAACTGGT,Epiblast
SBR-36h:GAAACCTAGACCAACG,Epiblast
SBR-36h:GAGTTTGTCCCGAACG,Epiblast
SBR-36h:AGAAGTAAGTATAGAC,Epiblast
SBR-36h:TCTTTGAGTGAATTAG,Epiblast
SBR-36h:ACACAGTAGGTAGTCG,Epiblast
SBR-36h:GTCAAGTTCTCCAAGA,Exiting naive pluripotency
SBR-36h:AGACAGGAGATTGCGG,Epiblast
SBR-36h:AACCATGCACCGCTGA,Epiblast
SBR-36h:GCCGATGTCAGGTAAA,Epiblast
SBR-36h:GAAGAATTCATTCCTA,Epiblast
SBR-36h:CTATAGGGTGAACGGT,Epiblast
SBR-36h:TCACAAGTCTTGGTGA,Epiblast
SBR-36h:CATTGAGAGCTAGAAT,Epiblast
SBR-36h:TGACCCTAGTTGCTCA,Epiblast
SBR-36h:CCAATTTAGTCACTCA,Epiblast
SBR-36h:TTTACTGCACAAAGCG,Exiting naive pluripotency
SBR-36h:ATCGTCCCAAGTTGGG,Epiblast
SBR-36h:CGGCAGTTCTACGGGC,Epiblast
SBR-36h:TCGAACATCTCTGCCA,Naive pluripotency
SBR-36h:ACGGTTAGTCCTGGGT,Epiblast
SBR-36h:GACTATGGTTAGAGTA,Epiblast
SBR-36h:CGGTCAGGTATGAGAT,Epiblast
SBR-36h:TAGTGCAGTGTGTGGA,Epiblast
SBR-36h:CAATTTCAGTCCTACA,Epiblast
SBR-36h:AGCTACATCATCTATC,Epiblast
SBR-36h:GCAACCGCATTGTGCA,Epiblast
SBR-36h:TGTTACTAGTACCCTA,Epiblast
SBR-36h:TGTACAGAGTGGTCAG,Exiting naive pluripotency
SBR-36h:TGACGCGAGACTTCGT,Epiblast
SBR-36h:AGGAGGTAGGTAGACC,Epiblast
SBR-36h:GGAATGGAGTCGGGAT,Epiblast
SBR-36h:GAGCTGCGTGTTACTG,Epiblast
SBR-36h:CGCGTGAAGCTGTACT,Epiblast
SBR-36h:AGTGACTGTACTGCGC,Epiblast
SBR-36h:GGAGAACGTGACCTGC,Epiblast
SBR-36h:ATCACGACAATCCAGT,Epiblast
SBR-36h:ACGATGTTCAATCTCT,Epiblast
SBR-36h:GCCAGCACATGGGTTT,Epiblast
SBR-36h:TTACGTTGTAGCTAAA,Epiblast
SBR-36h:GTCTCACGTCCGAAGA,Epiblast
SBR-36h:GGGATGAAGCCATTGT,Epiblast
SBR-36h:ACGTAACCAGTCTTCC,Exiting naive pluripotency
SBR-36h:GCAGTTAAGTTGAATG,Exiting naive pluripotency
SBR-36h:ATCTCTAGTAAGCTCT,Epiblast
SBR-36h:CAGCGTGAGCCTCTCT,Naive pluripotency
SBR-36h:TCAGGTACACACAGAG,Epiblast
SBR-36h:TGGGAAGAGGTAAGTT,Epiblast
SBR-36h:GGCTTGGAGCAAATCA,Epiblast
SBR-36h:AATTTCCAGACTCATC,Epiblast
SBR-36h:TTCCGTGAGGTGCTTT,Epiblast
SBR-36h:TGATGGTGTCAGGTAG,Epiblast
SBR-36h:TGGTACATCTCATTGT,Epiblast
SBR-36h:GAAGAATCAGGGAGAG,Epiblast
SBR-36h:TCATACTCAGAAGCGT,Epiblast
SBR-36h:CGCCAGAAGCGCCTAC,Epiblast
SBR-36h:TCATATCTCCGGCTTT,Epiblast
SBR-36h:CTACCTGCAACACGTT,Exiting naive pluripotency
SBR-36h:GTCAAACAGACCTCAT,Exiting naive pluripotency
SBR-36h:TTCTAGTGTCTTTATC,Epiblast
SBR-36h:ATCCGTCTCACTGGTA,Exiting naive pluripotency
SBR-36h:GAAGAATAGGAGTCTG,Epiblast
SBR-36h:CGTGCTTAGATCCTAC,Epiblast
SBR-36h:ACCCAAAGTGGCACTC,Epiblast
SBR-36h:AGATGAATCTTCTGTA,Epiblast
SBR-36h:GTAACACTCCTAGAGT,Epiblast
SBR-36h:GAATCACAGGAAAGTG,Exiting naive pluripotency
SBR-36h:ATGGGAGAGAAATTGC,Epiblast
SBR-36h:CAGCGTGCATAATGCC,Naive pluripotency
SBR-36h:AGTGATCCACCGTGCA,Exiting naive pluripotency
SBR-36h:TCCCACACAACTTCTT,Epiblast
SBR-36h:AAAGTCCAGCGGACAT,Epiblast
SBR-36h:GCCAACGAGCATCGAG,Epiblast
SBR-36h:ACTATTCCAAGTGGTG,Epiblast
SBR-36h:TCGCAGGTCGTAACAC,Epiblast
SBR-36h:TCAAGCAGTATCGGTT,Epiblast
SBR-36h:AATCGTGAGACATAAC,Epiblast
SBR-36h:TCTTTGAAGGGACTGT,Exiting naive pluripotency
SBR-36h:GGGATGAAGATCCGAG,Epiblast
SBR-36h:GCGATCGAGAGGGTCT,Epiblast
SBR-36h:TTCTAACGTAGTTACC,Epiblast
SBR-36h:TCATGGACACACCTAA,Epiblast
SBR-36h:TACGTCCGTTGTGGAG,Epiblast
SBR-36h:CTCCTTTGTATTCCTT,Epiblast
SBR-36h:CTTGATTGTCGTGGTC,Epiblast
SBR-36h:CCACACTAGTCTTCGA,Epiblast
SBR-36h:TTTGATCTCTACCTTA,Epiblast
SBR-36h:ATCACAGCATGACTTG,Exiting naive pluripotency
SBR-36h:CTACCTGGTGGATACG,Epiblast
SBR-36h:AGGAAATCAAAGGGTC,Epiblast
SBR-36h:TGGGAGAAGATCACCT,Epiblast
SBR-36h:GCTTGGGTCACAATGC,Epiblast
SBR-36h:GCAACCGTCTGCTAGA,Epiblast
SBR-36h:CAGAGCCCACGCGGTT,Epiblast
SBR-36h:ACTGTGAAGCGTGCCT,Epiblast
SBR-36h:TCCCATGTCGCTTGAA,Epiblast
SBR-36h:ACACTGATCACAAGAA,Epiblast
SBR-36h:TGGGCGTTCGGTCTGG,Epiblast
SBR-36h:CAGCAGCAGCTTTCTT,Epiblast
SBR-36h:ATGACCAGTGTGACCC,Epiblast
SBR-36h:GTAACCACAAGAGTTA,Epiblast
SBR-36h:CGCCATTCATTCACAG,Epiblast
SBR-36h:CCTAACCAGTGAGGTC,Epiblast
SBR-36h:TTCCGGTGTAAGATTG,Epiblast
SBR-36h:CTGAGGCTCGCGGACT,Epiblast
SBR-36h:CAACCAAGTATTGAGA,Epiblast
SBR-36h:GGTAGAGAGGTCATTC,Epiblast
SBR-36h:TGTCCCAAGCTTCTAG,Epiblast
SBR-36h:GGGCTACGTGCAACGA,Epiblast
SBR-36h:ACGATCAGTACGCTTA,Epiblast
SBR-36h:AGTTCCCGTTCAGGTT,Exiting naive pluripotency
SBR-36h:ATAGACCTCATTTCCA,Exiting naive pluripotency
SBR-36h:CACGAATCAACACAGG,Epiblast
SBR-36h:GAGTCTACATCCAACA,Epiblast
SBR-36h:GTAGTACGTCCTTAAG,Epiblast
SBR-36h:ATTTACCCATGAGAAT,Epiblast
SBR-36h:GAGGGTATCTCTGCCA,Epiblast
SBR-36h:GATAGAACAGGGAATC,Exiting naive pluripotency
SBR-36h:TTGAGTGCAACTACGT,Exiting naive pluripotency
SBR-36h:TCTCAGCAGTCTGCAT,Epiblast
SBR-36h:GCGGATCCAACTTCTT,Epiblast
SBR-36h:TGCATGAGTGTTAAAG,Epiblast
SBR-36h:TATCGCCTCACGGACC,Epiblast
SBR-36h:AGGTTGTCAAGCTGTT,Exiting naive pluripotency
SBR-36h:AATCACGGTGAGGAAA,Epiblast
SBR-36h:GTTGTCCTCGACGAGA,Epiblast
SBR-36h:TCATCCGAGTGGATTA,Naive pluripotency
SBR-36h:TACAGGTCAAGTGGGT,Epiblast
SBR-36h:CTAACCCAGTACTCGT,Epiblast
SBR-36h:AAGTTCGCATTGACTG,Epiblast
SBR-36h:CCAATTTCACCTGTCT,Epiblast
SBR-36h:TAACACGCAACCAACT,Epiblast
SBR-36h:ATGACCATCTCTAAGG,Epiblast
SBR-36h:CACTGTCCATAATCCG,Epiblast
SBR-36h:GCAGCCATCGCCTTTG,Exiting naive pluripotency
SBR-36h:TTTGACTTCTACTGCC,Epiblast
SBR-36h:CCACCATAGCTCCACG,Exiting naive pluripotency
SBR-36h:ATGGTTGCACAGTCGC,Epiblast
SBR-36h:TTAGGCAAGTGAGGTC,Epiblast
SBR-36h:TGTCCACCATTGACAC,Epiblast
SBR-36h:GCACGGTCATCACCAA,Epiblast
SBR-36h:GAGAAATGTAACGTTC,Epiblast
SBR-36h:CTGTATTCAAAGAACT,Epiblast
SBR-36h:AGGTCATTCATCAGTG,Epiblast
SBR-36h:AGTCAACTCGTTCTAT,Epiblast
SBR-36h:TAACGACTCCGTGTAA,Epiblast
SBR-36h:TCCTCGATCTGCGAGC,Epiblast
SBR-36h:CTAAGTGAGAAGAGCA,Epiblast
SBR-36h:AGGACGAAGAAGAACG,Epiblast
SBR-36h:TCTTGCGGTTGTGCCG,Epiblast
SBR-36h:TAATTCCAGTGTAGTA,Epiblast
SBR-36h:GCATTAGTCAAGCCCG,Epiblast
SBR-36h:ATCACAGCAAGGTTGG,Epiblast
SBR-36h:TTTACGTTCATGTCTT,Epiblast
SBR-36h:CTCAGTCCACAACGTT,Epiblast
SBR-36h:ATGCATGTCGTTATCT,Epiblast
SBR-36h:TGACCCTTCTTCCCGA,Epiblast
SBR-36h:CGGACACGTGACTAAA,Epiblast
SBR-36h:GCAACATCAGGGACTA,Epiblast
SBR-36h:CTTAGGAGTACCCGAC,Exiting naive pluripotency
SBR-36h:GATTCTTCAACGCCCA,Epiblast
SBR-36h:GAAATGACAGTAGTTC,Epiblast
SBR-36h:AGTAGTCTCAAAGACA,Epiblast
SBR-36h:TTATTGCTCTCATTAC,Exiting naive pluripotency
SBR-36h:ATGGGTTTCGTCCTTG,Epiblast
SBR-36h:AGAAGTAGTAAGTAGT,Epiblast
SBR-36h:CTGCCTAAGGTATCTC,Epiblast
SBR-36h:CCCTTAGTCATGTCTT,Epiblast
SBR-36h:CCACTTGAGCCTCAGC,Epiblast
SBR-36h:GGAGAACCATGTGGCC,Epiblast
SBR-36h:AAGAACAAGTATGCAA,Epiblast
SBR-36h:AGTAGCTAGAAGTCAT,Epiblast
SBR-36h:ATGCCTCCAAGCGGAT,Epiblast
SBR-36h:GTGCAGCGTAGATCGG,Epiblast
SBR-36h:AGAACCTAGTACAGCG,Epiblast
SBR-36h:ATCGGATCAATTGCAC,Epiblast
SBR-36h:CATTGAGAGCGGTAGT,Epiblast
SBR-36h:GCAGCTGAGCATGCGA,Epiblast
SBR-36h:AAACCCAGTATCTCTT,Epiblast
SBR-36h:GACATCAAGTCATACC,Epiblast
SBR-36h:CCTAAGAAGCCGCTTG,Epiblast
SBR-36h:GCATCGGTCAGTGGGA,Exiting naive pluripotency
SBR-36h:ATCCACCCAAAGCAAT,Epiblast
SBR-36h:AAGTGAATCTTTCGAT,Exiting naive pluripotency
SBR-36h:GAATAGAAGACATATG,Epiblast
SBR-36h:GATTTCTTCCGGTAGC,Exiting naive pluripotency
SBR-36h:TGAATCGAGACAGCTG,Epiblast
SBR-36h:GGTTGTAAGCCTGTCG,Epiblast
SBR-36h:GGGCGTTAGCTAAACA,Epiblast
SBR-36h:GTTGCTCGTGTCATTG,Epiblast
SBR-36h:GTCCCATTCCGCTAGG,Exiting naive pluripotency
SBR-36h:TCGGTCTCAGTAACCT,Epiblast
SBR-36h:TCATTCAAGATGGTAT,Epiblast
SBR-36h:TGTACAGAGATTAGCA,Epiblast
SBR-36h:TCATCATCACAAACGG,Epiblast
SBR-36h:CATTGCCTCCAGGACC,Epiblast
SBR-36h:CCTATCGTCGGATAAA,Exiting naive pluripotency
SBR-36h:TCATTGTCATGATAGA,Epiblast
SBR-36h:GTCCACTAGCAAATCA,Epiblast
SBR-36h:AAAGTGATCGAGTTGT,Epiblast
SBR-36h:ATTTCTGGTCTGTGCG,Epiblast
SBR-36h:AAGACTCCACATAACC,Epiblast
SBR-36h:CTCCACACACCAACAT,Epiblast
SBR-36h:AAGCGTTAGTGGTTCT,Epiblast
SBR-36h:TGAACGTAGCATGGGT,Epiblast
SBR-36h:GAGACCCTCGGTGCAC,Epiblast
SBR-36h:AGTCATGAGAGTCAAT,Epiblast
SBR-36h:AACCCAAGTTGGAGAC,Epiblast
SBR-36h:CGTCCATTCCAACTGA,Epiblast
SBR-36h:TACCCACCACGACAAG,Epiblast
SBR-36h:TTCTAGTAGGCCTAAG,Epiblast
SBR-36h:TCAGCCTTCACTTCTA,Epiblast
SBR-36h:AAGTACCCAGAGTGAC,Epiblast
SBR-36h:CACGGGTTCCGGACTG,Epiblast
SBR-36h:GAAGCCCAGCATACTC,Epiblast
SBR-36h:TGTTTGTAGTATCTGC,Epiblast
SBR-36h:CAATGACAGACAGTCG,Epiblast
SBR-36h:TTTCATGGTCGACGCT,Epiblast
SBR-36h:GATGGAGTCGGACGTC,Epiblast
SBR-36h:TGCATCCGTTTCACTT,Epiblast
SBR-36h:TTGGGCGCACAGCCTG,Epiblast
SBR-36h:TGTTGAGCAGCCTTCT,Epiblast
SBR-36h:CTAGACAAGTAGCTCT,Epiblast
SBR-36h:CAACGATCAGTCTGGC,Epiblast
SBR-36h:AACCTTTCACTCAAGT,Epiblast
SBR-36h:GATTCTTCAAGGTTGG,Epiblast
SBR-36h:AGCGCCAGTGGAATGC,Epiblast
SBR-36h:CCGTAGGAGGGCTGAT,Epiblast
SBR-36h:ATTCACTTCGCAGAGA,Epiblast
SBR-36h:AGGAATACATTCACAG,Epiblast
SBR-36h:TAAGTCGTCAGACCTA,Exiting naive pluripotency
SBR-36h:TCTGTCGGTCTTGAGT,Epiblast
SBR-36h:GAGTTGTGTCGACTGC,Epiblast
SBR-36h:CTAGGTATCCATCTGC,Epiblast
SBR-36h:GACCCTTGTTTCACTT,Epiblast
SBR-36h:ATTGTTCAGTACAGCG,Exiting naive pluripotency
SBR-36h:CGTTGGGCAGGTACGA,Epiblast
SBR-36h:GGTTAACAGAGTATAC,Epiblast
SBR-36h:ACCCTTGCAATGGCCC,Epiblast
SBR-36h:CGAAGTTTCACTACGA,Epiblast
SBR-36h:GGTCTGGCAGCGGTTC,Epiblast
SBR-36h:GATCGTATCTCACCCA,Epiblast
SBR-36h:CCAAGCGCATAACAGA,Epiblast
SBR-36h:TCATTGTTCATATGGC,Epiblast
SBR-36h:GCTGAATGTGAAGCTG,Epiblast
SBR-36h:GATCCCTTCATTTGCT,Epiblast
SBR-36h:GCATGATCAAGTTGGG,Epiblast
SBR-36h:AGGTTACGTATGAGGC,Epiblast
SBR-36h:TGCAGTACACATACGT,Exiting naive pluripotency
SBR-36h:ATAGACCCAGAGTCAG,Epiblast
SBR-36h:TGCGACGGTACCGGAA,Epiblast
SBR-36h:AACACACTCGGAATTC,Exiting naive pluripotency
SBR-36h:TACTTGTGTACGGTTT,Epiblast
SBR-36h:TCACAAGCACCAGACC,Epiblast
SBR-36h:TCAAGTGCAAATAAGC,Exiting naive pluripotency
SBR-36h:TGAATCGTCCTCGATC,Epiblast
SBR-36h:GTCTCACTCTGTCAGA,Epiblast
SBR-36h:ATTACCTAGCATATGA,Epiblast
SBR-36h:GTGTAACGTAGTGGCA,Epiblast
SBR-36h:TTCCTAATCTTGCGCT,Naive pluripotency
SBR-36h:ATCACTTTCGTAGTCA,Epiblast
SBR-36h:ATCCACCCAAGGCCTC,Epiblast
SBR-36h:CCAAGCGTCTCGAGTA,Epiblast
SBR-36h:GTTACCCGTAACATGA,Epiblast
SBR-36h:CCCTCTCTCTCCCATG,Exiting naive pluripotency
SBR-36h:TTGCCTGTCACTCGAA,Epiblast
SBR-36h:TTAGTCTGTACTCCGG,Epiblast
SBR-36h:ATTTCTGCACAGCTTA,Exiting naive pluripotency
SBR-36h:ATACCGAAGGCCTAAG,Epiblast
SBR-36h:AGAGAGCAGTATTGCC,Epiblast
SBR-36h:CAACAACTCTGATGGT,Epiblast
SBR-36h:AGAAGTACAGAGTAAT,Epiblast
SBR-36h:GCTCAAAAGCCGAATG,Epiblast
SBR-36h:GGAGGATAGTATCTGC,Exiting naive pluripotency
SBR-36h:ATGCGATGTATCTCTT,Epiblast
SBR-36h:TACAGGTCAGAACTAA,Epiblast
SBR-36h:TGTCCCAAGCAACCAG,Exiting naive pluripotency
SBR-36h:GAAGTAATCTTTGCTA,Epiblast
SBR-36h:GGCTTTCCACGCGTCA,Epiblast
SBR-36h:ATTTCTGCAGCGAGTA,Epiblast
SBR-36h:TTAGGGTTCAAGGCTT,Epiblast
SBR-36h:ATCACGAAGTTAGAAC,Epiblast
SBR-36h:CTCTCGACATCCTCAC,Exiting naive pluripotency
SBR-36h:TTCCACGCAGTTGTTG,Epiblast
SBR-36h:TTAATCCAGTATAACG,Epiblast
SBR-36h:ACCGTTCAGCTACTAC,Epiblast
SBR-36h:AGTCAACTCTGGGCAC,Epiblast
SBR-36h:GCGTTTCAGAAATCCA,Epiblast
SBR-36h:CATTGAGCACACCTAA,Exiting naive pluripotency
SBR-36h:CAACAGTCATTGTGCA,Epiblast
SBR-36h:GTAGGTTTCGCCTCTA,Epiblast
SBR-36h:TGCTTGCTCGGAAGGT,Epiblast
SBR-36h:ATGGGTTGTGAAGCTG,Epiblast
SBR-36h:ACTCCCAGTGTCTCCT,Epiblast
SBR-36h:TGGCGTGAGGACGCTA,Epiblast
SBR-36h:GGCTTTCAGTACGTCT,Epiblast
SBR-36h:GCCGTGACAACTGAAA,Epiblast
SBR-36h:AGGATAATCCTTATCA,Epiblast
SBR-36h:GTAGTACTCGGCCCAA,Epiblast
SBR-36h:ACGGGTCCAAGCAATA,Epiblast
SBR-36h:TCCTCCCAGACTCGAG,Epiblast
SBR-36h:CAACCTCGTTCTGACA,Epiblast
SBR-36h:GCCCAGACAGTAACGG,Epiblast
SBR-36h:TGTCAGACAGCGTACC,Epiblast
SBR-36h:CATACTTTCATTCGTT,Epiblast
SBR-36h:TGCAGGCAGCGTATGG,Epiblast
SBR-36h:TTCACGCTCTAGCATG,Epiblast
SBR-36h:GTTAGACTCCCTCATG,Epiblast
SBR-36h:TCTATACCAGTAGGAC,Epiblast
SBR-36h:ACGGAAGCATATGAAG,Epiblast
SBR-36h:CTAACCCCAGGCGTTC,Epiblast
SBR-36h:CTTTCGGGTTGTGCCG,Epiblast
SBR-36h:AAGCATCGTCCCTGAG,Exiting naive pluripotency
SBR-36h:CTCTCAGCACATATCG,Epiblast
SBR-36h:CGCAGGTGTTCTGACA,Epiblast
SBR-36h:CAACGATCACCGTGGT,Epiblast
SBR-36h:ACGTCCTGTACGATCT,Epiblast
SBR-36h:ATCGCCTCACAATTCG,Epiblast
SBR-36h:GGTAACTAGCAATAAC,Epiblast
SBR-36h:CATGGTATCATAGAGA,Epiblast
SBR-36h:GGGAAGTAGATGACAT,Epiblast
SBR-36h:GAGTGTTGTTCCTTGC,Epiblast
SBR-36h:CACGTTCCAATAGTAG,Epiblast
SBR-36h:ATCGCCTAGAACCCGA,Epiblast
SBR-36h:AGAAGCGTCAAAGACA,Exiting naive pluripotency
SBR-36h:CTCACTGCACTTCTCG,Exiting naive pluripotency
SBR-36h:CATGAGTCATGACTCA,Exiting naive pluripotency
SBR-36h:TCTATCACAAGAGGTC,Epiblast
SBR-36h:TGATCTTAGCCTTTCC,Epiblast
SBR-36h:CAACCAATCAAGATAG,Exiting naive pluripotency
SBR-36h:TAACACGGTGGGTATG,Epiblast
SBR-36h:CTTCGGTGTTATGACC,Exiting naive pluripotency
SBR-36h:TACACCCCACAAAGTA,Exiting naive pluripotency
SBR-36h:TACATTCTCGGCTGGT,Epiblast
SBR-36h:GACGCTGAGCCGATAG,Epiblast
SBR-36h:TGATGGTTCTGCGGCA,Epiblast
SBR-36h:GCTCAAATCTGTGCTC,Exiting naive pluripotency
SBR-36h:CAGTTAGCATGAAGGC,Epiblast
SBR-36h:GGGACCTTCCGTGGGT,Epiblast
SBR-36h:ACGTCCTAGATGACAT,Epiblast
SBR-36h:GGCAGTCAGCATATGA,Epiblast
SBR-36h:GTTACAGTCGCTAGCG,Epiblast
SBR-36h:GGTAGAGCAGCGACCT,Epiblast
SBR-36h:GTCAAGTGTTCTCGTC,Epiblast
SBR-36h:TTACCGCTCACACCGG,Exiting naive pluripotency
SBR-36h:GGGCTCAAGGATGGCT,Naive pluripotency
SBR-36h:TCATCATTCGCCGAAC,Epiblast
SBR-36h:GAGGCAATCTAGCATG,Epiblast
SBR-36h:ATCACGATCCTGATAG,Epiblast
SBR-36h:TAAGTCGAGGCCTAAG,Epiblast
SBR-36h:GTTGAACTCCGGTAGC,Epiblast
SBR-36h:AGGTAGGAGAAGTCAT,Epiblast
SBR-36h:CTACCTGCAGAGTCAG,Epiblast
SBR-36h:GTATTGGGTAGCTGAG,Epiblast
SBR-36h:CATGCAACACACACTA,Epiblast
SBR-36h:AGGCATTAGGTCGACA,Epiblast
SBR-36h:AATCACGCAGCTACCG,Naive pluripotency
SBR-36h:AAGCATCTCTCTCTTC,Epiblast
SBR-36h:TCATGAGCACCCTGTT,Epiblast
SBR-36h:CCTCCTCTCTTGGTGA,Epiblast
SBR-36h:TAATCTCAGGTTTGAA,Epiblast
SBR-36h:TGCGGCAGTACGTGTT,Epiblast
SBR-36h:GGGCGTTCATGGAGAC,Epiblast
SBR-36h:CTGTACCCAACAGCTT,Epiblast
SBR-36h:CTGATCCGTGCTGATT,Epiblast
SBR-36h:TTTACTGCATTGCAAC,Epiblast
SBR-36h:CCGCAAGAGACAACTA,Epiblast
SBR-36h:GAAGCCCTCGCTACAA,Naive pluripotency
SBR-36h:CCTACGTCAGCACAAG,Epiblast
SBR-36h:TCTGTCGGTGGTCCCA,Epiblast
SBR-36h:CTTACCGGTTTAGACC,Exiting naive pluripotency
SBR-36h:GAACGTTGTGCATCTA,Epiblast
SBR-36h:GCCATTCCAGACATCT,Exiting naive pluripotency
SBR-36h:ACAGCCGAGTTCCATG,Epiblast
SBR-36h:TACCGGGCAAGCGAAC,Epiblast
SBR-36h:TTCCTTCCACTGGACC,Epiblast
SBR-36h:CAAGACTGTAATCAGA,Epiblast
SBR-36h:GTAGGAGGTAACCCGC,Epiblast
SBR-36h:TCCGAAATCCGAGTGC,Epiblast
SBR-36h:ACCCTTGTCAGAATAG,Epiblast
SBR-36h:TAACTTCGTTGACTAC,Epiblast
SBR-36h:GTTACCCAGCCACAAG,Epiblast
SBR-36h:TGGTAGTGTCAAAGTA,Epiblast
SBR-36h:TGTTTGTGTTAGAGTA,Epiblast
SBR-36h:ATTCAGGAGAAGATCT,Epiblast
SBR-36h:GCCGATGTCGGAGTAG,Exiting naive pluripotency
SBR-36h:CATTCATCAACTTGGT,Epiblast
SBR-36h:CGAGTTAAGTAGAGTT,Exiting naive pluripotency
SBR-36h:TCCTCTTGTCCTCCTA,Epiblast
SBR-36h:TTGATGGAGGTTAGTA,Epiblast
SBR-36h:CAATGACTCGAACCAT,Epiblast
SBR-36h:GGTAACTGTCTTCGAA,Epiblast
SBR-36h:ACCTGTCGTAGGCTCC,Epiblast
SBR-36h:GGAATCTTCCATTGGA,Epiblast
SBR-36h:AGCTCAAGTCGTTATG,Epiblast
SBR-36h:GATCCCTTCATACGAC,Epiblast
SBR-36h:AAGTTCGGTTGATGTC,Epiblast
SBR-36h:GCCTGTTTCGTCAAAC,Epiblast
SBR-36h:GGGACCTGTGAACGGT,Exiting naive pluripotency
SBR-36h:CACGGGTTCCATATGG,Epiblast
SBR-36h:GATCACATCCAGCCTT,Epiblast
SBR-36h:CCACCATGTCGTACAT,Epiblast
SBR-36h:GAGTTTGCAATGGGTG,Epiblast
SBR-36h:AGTTCCCCATGGCTAT,Epiblast
SBR-36h:ACCACAAAGCCTGTCG,Epiblast
SBR-36h:ACATGCACAACGGGTA,Epiblast
SBR-36h:CATACCCGTGCACATT,Epiblast
SBR-36h:TGTTCCGGTGGCTGCT,Epiblast
SBR-36h:GCCATTCTCGCTAGCG,Exiting naive pluripotency
SBR-36h:ATTGTTCTCGGAATGG,Epiblast
SBR-36h:ATGGTTGCAGACCTAT,Epiblast
SBR-36h:GGTAGAGAGGGAGTTC,Exiting naive pluripotency
SBR-36h:GTTGAACCACTACGGC,Epiblast
SBR-36h:CGAGTTACATCCTCAC,Epiblast
SBR-36h:AGGTCTATCTAGGCCG,Epiblast
SBR-36h:AAAGGGCAGGGCAATC,Epiblast
SBR-36h:GGAACCCGTAATGTGA,Exiting naive pluripotency
SBR-36h:TCAGTTTCAGATACCT,Epiblast
SBR-36h:CGGAATTTCAGTGTGT,Epiblast
SBR-36h:ACAGAAAAGACATAGT,Epiblast
SBR-36h:TCAGGGCGTTCCACGG,Epiblast
SBR-36h:GCCGTGATCCTTATGT,Epiblast
SBR-36h:GTAGTACGTACTTCCC,Exiting naive pluripotency
SBR-36h:TCCTCCCTCACCATAG,Epiblast
SBR-36h:TGCTGAAAGAAGGGAT,Epiblast
SBR-36h:TCATCATTCCTTATCA,Naive pluripotency
SBR-36h:TGTTCTAGTAGTGATA,Epiblast
SBR-36h:CCGTAGGCAATCGCGC,Exiting naive pluripotency
SBR-36h:CTCTCAGAGGACACTG,Epiblast
SBR-36h:TTAGGGTTCGGATTAC,Epiblast
SBR-36h:TGGGCTGAGTCGCTAT,Epiblast
SBR-36h:CAAGACTAGGATCATA,Epiblast
SBR-36h:TGGTAGTAGATGGTAT,Epiblast
SBR-36h:CAGTTCCCAGTGCCTG,Epiblast
SBR-36h:AGGAAATAGTGCTACT,Naive pluripotency
SBR-36h:CAAAGAAAGCTCGAAG,Exiting naive pluripotency
SBR-36h:ATTCCCGAGACCAGCA,Epiblast
SBR-36h:GTGATGTAGCACAAAT,Epiblast
SBR-36h:TGGATCACAGAGAGGG,Epiblast
SBR-36h:AGCCAATTCGAGAAGC,Epiblast
SBR-36h:ACGTAGTCACCCGTAG,Epiblast
SBR-36h:CGGAGAAAGATTAGAC,Epiblast
SBR-36h:CCTGTTGCACCCTCTA,Epiblast
SBR-36h:CGCCATTTCTCGCAGG,Epiblast
SBR-36h:ATCCCTGTCGTCGATA,Epiblast
SBR-36h:AGGACTTAGACTTCGT,Epiblast
SBR-36h:CTACTATGTACCACGC,Epiblast
SBR-36h:TCTAACTTCCGCGGAT,Exiting naive pluripotency
SBR-36h:TCGAACACAGGAATCG,Epiblast
SBR-36h:GGTAGAGAGGAGCAAA,Epiblast
SBR-36h:GATGATCTCTGGAAGG,Epiblast
SBR-36h:AAACGAAAGTACCCTA,Epiblast
SBR-36h:CCTCCAAGTTGCTTGA,Epiblast
SBR-36h:TGGGCTGAGCAGTAAT,Exiting naive pluripotency
SBR-36h:TCGAAGTTCAACTACG,Exiting naive pluripotency
SBR-36h:AAAGTGAAGGATATAC,Exiting naive pluripotency
SBR-36h:ACCAACATCATTGCCC,Epiblast
SBR-36h:CCTCACAGTCGCATCG,Epiblast
SBR-36h:CAACGGCGTCATCCCT,Epiblast
SBR-36h:AACCTTTAGAGGTGCT,Epiblast
SBR-36h:GTGCTGGAGCGTGCCT,Epiblast
SBR-36h:TCCGATCGTGGTTCTA,Epiblast
SBR-36h:CCACACTGTGCTGATT,Epiblast
SBR-36h:CGCATGGAGAGCAAGA,Epiblast
SBR-36h:TGCGGCAGTCGTCTCT,Epiblast
SBR-36h:GCTACCTAGGTGAGAA,Epiblast
SBR-36h:CGTTAGACAGACGGAT,Epiblast
SBR-36h:TGGAGAGTCAAACCCA,Exiting naive pluripotency
SBR-36h:TTCATTGTCCCTTTGG,Epiblast
SBR-36h:GCAGCCAGTCCTGGGT,Epiblast
SBR-36h:GTAGATCGTCATCTAG,Epiblast
SBR-36h:CTACCTGTCGTTACCC,Epiblast
SBR-36h:TCTAACTCAGCAGTTT,Epiblast
SBR-36h:GTAGAGGTCTAGAACC,Epiblast
SBR-36h:ACATCGACATGACGGA,Epiblast
SBR-36h:TTCCGGTCAAGTCCCG,Exiting naive pluripotency
SBR-36h:GTTACCCTCAGAGTTC,Epiblast
SBR-36h:AGAACAATCTAGATCG,Epiblast
SBR-36h:TGATTTCAGTTGTACC,Epiblast
SBR-36h:ACCATTTCATATGCGT,Naive pluripotency
SBR-36h:TCATCATTCCGAGGCT,Epiblast
SBR-36h:GAGTTACTCGCTAGCG,Exiting naive pluripotency
SBR-36h:TATCAGGAGCTACTAC,Epiblast
SBR-36h:AAGCGAGAGCAACCAG,Epiblast
SBR-36h:AAGGAATTCACTTGGA,Epiblast
SBR-36h:CGCAGGTAGATACATG,Epiblast
SBR-36h:CTACAGACAAATTGCC,Exiting naive pluripotency
SBR-36h:ACTTCGCTCCAAAGGG,Epiblast
SBR-36h:CATGCTCTCGGTATGT,Epiblast
SBR-36h:CCTCAGTGTTAGAAGT,Naive pluripotency
SBR-36h:GCCATGGAGCCTCTCT,Epiblast
SBR-36h:TCACTCGCAAGTTCCA,Epiblast
SBR-36h:CCGAACGAGCTTAGTC,Epiblast
SBR-36h:TTTAGTCCATACAGGG,Epiblast
SBR-36h:AGCATCAGTCGGCTAC,Epiblast
SBR-36h:ACGTTCCTCGAGCACC,Epiblast
SBR-36h:CATGCAAGTGGTTTAC,Epiblast
SBR-36h:AAGAACACATTACGGT,Epiblast
SBR-36h:TGTAACGAGTCTCGTA,Epiblast
SBR-36h:TCATTACTCTGAGTCA,Epiblast
SBR-36h:AGTAGCTGTGGTACAG,Epiblast
SBR-36h:GATGGAGTCTTAGTTC,Naive pluripotency
SBR-36h:ACCGTTCCACTGTGAT,Exiting naive pluripotency
SBR-36h:GTAGAGGGTTTACCTT,Epiblast
SBR-36h:TCACAAGGTCTGTCCT,Exiting naive pluripotency
SBR-36h:AGTAGCTCACATCCCT,Epiblast
SBR-36h:TGACAGTGTACGTGTT,Epiblast
SBR-36h:CATCGTCCAGGCACTC,Epiblast
SBR-36h:GTTACGACAATCGCCG,Epiblast
SBR-36h:CGGGACTAGGTACAAT,Epiblast
SBR-36h:GTGTTCCGTCGTCTCT,Epiblast
SBR-36h:GCCTGTTGTGCCCTTT,Epiblast
SBR-36h:TGATCTTAGTAACAGT,Epiblast
SBR-36h:TCACTATCAGCACCCA,Epiblast
SBR-36h:GTGCAGCGTCTACTGA,Epiblast
SBR-36h:ATGCCTCAGTGCACTT,Exiting naive pluripotency
SBR-36h:AACGTCAAGAGTTCGG,Exiting naive pluripotency
SBR-36h:AAACGAATCATTCACT,Epiblast
SBR-36h:TCGAACAGTGGTGATG,Epiblast
SBR-36h:TACCTGCAGCATCCCG,Epiblast
SBR-36h:GATGATCCAGCAGTCC,Epiblast
SBR-36h:CTGTGAAAGATGTTAG,Epiblast
SBR-36h:CCAATTTGTTTGGCTA,Exiting naive pluripotency
SBR-36h:GGGCTACTCCTAACAG,Epiblast
SBR-36h:TCCGATCAGCCGGAAT,Exiting naive pluripotency
SBR-36h:AGCCACGGTTCGGCTG,Epiblast
SBR-36h:GTTACAGCAAGTGACG,Epiblast
SBR-36h:ACCGTTCGTATCACCA,Epiblast
SBR-36h:GCTACAAAGAGAGTGA,Epiblast
SBR-36h:CCTTGTGCATGGGAAC,Epiblast
SBR-36h:CCTTGTGCACCTTCCA,Epiblast
SBR-36h:CTGTCGTCAGAGGACT,Naive pluripotency
SBR-36h:GAAGCCCTCTGGCCGA,Epiblast
SBR-36h:CCTGTTGTCATGGATC,Epiblast
SBR-36h:CAAGACTCACAAGGTG,Epiblast
SBR-36h:AGAGAGCCAGCTGCCA,Exiting naive pluripotency
SBR-36h:ACCTGTCAGGCATCAG,Epiblast
SBR-36h:AACCAACCAGAAATTG,Epiblast
SBR-36h:AGTCACAAGTAGAGTT,Epiblast
SBR-36h:ATCGGCGCAGAACTAA,Epiblast
SBR-36h:GCCTGTTTCTGTGTGA,Epiblast
SBR-36h:CGTTAGAGTGCTTCAA,Epiblast
SBR-36h:ACGGTCGGTGGCTTGC,Epiblast
SBR-36h:ACTTTCACAAACAGGC,Epiblast
SBR-36h:CATCCGTTCCACCCTA,Epiblast
SBR-36h:GAGGCCTTCAAGGTGG,Epiblast
SBR-36h:CATTCTAAGCACTCTA,Epiblast
SBR-36h:ACCGTTCTCGGCTATA,Epiblast
SBR-36h:TTCACCGAGCATGTTC,Epiblast
SBR-36h:GGGTAGACATCTAACG,Exiting naive pluripotency
SBR-36h:TGTGCGGGTTCAAACC,Epiblast
SBR-36h:CTCCATGTCGTTCCCA,Exiting naive pluripotency
SBR-36h:TTCACCGGTACCACGC,Exiting naive pluripotency
SBR-36h:TTTCAGTTCGCGTGAC,Epiblast
SBR-36h:CTCCCTCAGTGTTCAC,Epiblast
SBR-36h:TAATCTCTCACTTTGT,Epiblast
SBR-36h:TTGTGTTGTTACGGAG,Epiblast
SBR-36h:CTCACTGTCGATCCCT,Epiblast
SBR-36h:CCACTTGAGGACTTCT,Epiblast
SBR-36h:CTCTCGATCCTCAGGG,Epiblast
SBR-36h:CGAATTGTCCCGAAAT,Epiblast
SBR-36h:TAATTCCTCGGATAAA,Epiblast
SBR-36h:CTTCCGAAGCTCGGCT,Epiblast
SBR-36h:TACTTACGTGTAAACA,Epiblast
SBR-36h:TTGTTGTAGTGATGGC,Epiblast
SBR-36h:GAGGGTACATGCCGCA,Epiblast
SBR-36h:TCCAGAAAGAGGGTAA,Epiblast
SBR-36h:ATGGGTTGTGGACAGT,Naive pluripotency
SBR-36h:CCTCTCCTCACGGAGA,Epiblast
SBR-36h:TGGTTAGGTCTCAGAT,Epiblast
SBR-36h:ATTATCCTCTACCACC,Exiting naive pluripotency
SBR-36h:GACCCAGAGGAAGAAC,Epiblast
SBR-36h:CGTGATAAGTTACGAA,Exiting naive pluripotency
SBR-36h:CCCTTAGAGACAGCGT,Epiblast
SBR-36h:GATTCTTAGAGATGCC,Epiblast
SBR-36h:ATGGATCAGCCTATTG,Epiblast
SBR-36h:AGGACTTTCAAGCCCG,Epiblast
SBR-36h:TGCAGTATCTCGTGAA,Epiblast
SBR-36h:TTCTCTCTCTACGGGC,Exiting naive pluripotency
SBR-36h:GGGCCATGTCATCCCT,Epiblast
SBR-36h:TACGCTCCACAACGCC,Epiblast
SBR-36h:CCACAAACAATTGAGA,Epiblast
SBR-36h:GGAACCCAGCATTGAA,Epiblast
SBR-36h:CATACAGCACCGTCGA,Exiting naive pluripotency
SBR-36h:AAACGCTGTTCTGAGT,Epiblast
SBR-36h:ACAACCAAGCTACGTT,Epiblast
SBR-36h:CAGTTCCAGACCCGCT,Naive pluripotency
SBR-36h:GGCTTTCTCCAGCTCT,Epiblast
SBR-36h:TGACGCGGTTGGGAAC,Epiblast
SBR-36h:TCACGCTAGACTTCCA,Exiting naive pluripotency
SBR-36h:CGTAGTAGTTCGGTTA,Epiblast
SBR-36h:CACTGGGGTAGCGATG,Epiblast
SBR-36h:GTTACAGAGGCCTAAG,Epiblast
SBR-36h:GACCCTTGTCTACATG,Epiblast
SBR-36h:TCATATCGTTTCGATG,Epiblast
SBR-36h:ACCCAAATCGAAACAA,Exiting naive pluripotency
SBR-36h:GGAGGATTCCTGTTGC,Epiblast
SBR-36h:AAGACTCGTCCTTAAG,Epiblast
SBR-36h:AACAAGATCGTAGCTA,Epiblast
SBR-36h:CTGCCTACAATGGCAG,Epiblast
SBR-36h:GGCTTGGAGACCACGA,Epiblast
SBR-36h:GAGCTGCAGAAGTCCG,Epiblast
SBR-36h:TCACATTCACGCGGTT,Epiblast
SBR-36h:GGGTCTGGTTACGATC,Epiblast
SBR-36h:GAGAGGTAGATGCCGA,Epiblast
SBR-36h:ACCAAACAGCGACAGT,Epiblast
SBR-36h:CTTACCGGTAGCACAG,Epiblast
SBR-36h:GCCAACGAGTAGGGTC,Naive pluripotency
SBR-36h:TCATTTGGTCGTTCAA,Epiblast
SBR-36h:TGCAGATAGTTCATGC,Epiblast
SBR-36h:TCGATTTTCTTTGCGC,Epiblast
SBR-36h:CATTCATGTAGTTCCA,Epiblast
SBR-36h:ACCTGAAGTCAAAGTA,Exiting naive pluripotency
SBR-36h:AGCCAATGTACTGAGG,Epiblast
SBR-36h:GCCCGAACATTAGGAA,Epiblast
SBR-36h:AGATAGATCGCAGAGA,Epiblast
SBR-36h:GAGTTTGGTAAGATAC,Epiblast
SBR-36h:AGTCTCCAGATAGCTA,Epiblast
SBR-36h:TGCGACGGTCCCACGA,Epiblast
SBR-36h:ATACCTTAGATTAGTG,Epiblast
SBR-36h:CATGGTAAGGCGTCCT,Epiblast
SBR-36h:TCGACCTAGCATTTGC,Epiblast
SBR-36h:ATCAGGTCAGAGTTGG,Epiblast
SBR-36h:GTGATGTGTCTACGTA,Epiblast
SBR-36h:GAGATGGAGCAATAGT,Epiblast
SBR-36h:GCATCTCCATCCAACA,Exiting naive pluripotency
SBR-36h:CGAGTGCAGGTCATTC,Epiblast
SBR-36h:CATGAGTTCCCATAGA,Epiblast
SBR-36h:CTGAGGCTCGGACCAC,Epiblast
SBR-36h:GAGGGTACACACCGCA,Epiblast
SBR-36h:CACAACATCAAGTGTC,Epiblast
SBR-36h:CTCCCAAGTTTACCAG,Epiblast
SBR-36h:ACATGCACACACCAGC,Epiblast
SBR-36h:ATGAGGGGTCGATGCC,Epiblast
SBR-36h:GAAACCTAGCCGTCGT,Epiblast
SBR-36h:ACAGAAATCACGGGAA,Epiblast
SBR-36h:TTCACCGAGAAAGTCT,Exiting naive pluripotency
SBR-36h:GCACATATCGGTGTTA,Epiblast
SBR-36h:GAATCACCACTTCAAG,Epiblast
SBR-36h:GTTTGGAAGCTAATCC,Exiting naive pluripotency
SBR-36h:TCTCTGGCAGCAGACA,Exiting naive pluripotency
SBR-36h:TTTCAGTAGTAGCCAG,Epiblast
SBR-36h:CCCTGATCACACAGCC,Epiblast
SBR-36h:ATGTCTTGTTTCGTTT,Epiblast
SBR-36h:CATTGAGGTTGCGGAA,Exiting naive pluripotency
SBR-36h:ATAGACCGTCCAGAAG,Epiblast
SBR-36h:ATTCGTTAGCCAACCC,Epiblast
SBR-36h:TAACGACCAGAACTCT,Epiblast
SBR-36h:CTGAGGCTCCTCTAAT,Epiblast
SBR-36h:AGTAACCCATGAAAGT,Epiblast
SBR-36h:GAAACCTAGTTTGTCG,Epiblast
SBR-36h:GTTAGTGAGCCGGAAT,Epiblast
SBR-36h:ACTGCAATCACGGACC,Epiblast
SBR-36h:GGAGGTATCTGAGAAA,Epiblast
SBR-36h:GACTCTCCACGCTTAA,Epiblast
SBR-36h:CTAAGTGGTATCGTTG,Exiting naive pluripotency
SBR-36h:CATTGAGAGCACTAGG,Epiblast
SBR-36h:GATAGCTGTAGCGATG,Epiblast
SBR-36h:CCTCATGCACAAATCC,Epiblast
SBR-36h:TGCACGGCACAGCATT,Epiblast
SBR-36h:GGAGCAATCACGATAC,Epiblast
SBR-36h:TCCTAATAGTCATGCT,Epiblast
SBR-36h:GCACGTGTCTTTCAGT,Epiblast
SBR-36h:TCACGCTTCAAATAGG,Epiblast
SBR-36h:CTCTCGATCTCTGCCA,Epiblast
SBR-36h:GAGAGGTCATAGAAAC,Epiblast
SBR-36h:TATATCCAGAGAGCAA,Epiblast
SBR-36h:TTATTGCCAGTCTGGC,Epiblast
SBR-36h:ATCGATGCATGACTTG,Epiblast
SBR-36h:TCGGGACTCGAACCAT,Epiblast
SBR-36h:TCTCTGGTCTCCTGCA,Epiblast
SBR-36h:CAACGATGTCTGTGAT,Epiblast
SBR-36h:TTGGGCGTCTGCATGA,Epiblast
SBR-36h:TGAGACTTCGGTCTAA,Epiblast
SBR-36h:AGTTAGCAGGTTCACT,Epiblast
SBR-36h:GCAGGCTTCCACACCT,Epiblast
SBR-36h:CGACAGCAGCGACAGT,Epiblast
SBR-36h:CGCATAACATTCTCCG,Epiblast
SBR-36h:ACGTCCTAGGGAGAAT,Epiblast
SBR-36h:CTCAATTGTTGCTAGT,Epiblast
SBR-36h:GATGACTAGGATATAC,Epiblast
SBR-36h:CAGAGCCGTTTACGAC,Epiblast
SBR-36h:CTGAGGCGTAGTACGG,Epiblast
SBR-36h:AACCATGGTTGCCATA,Epiblast
SBR-36h:ATCACTTAGCTCATAC,Epiblast
SBR-36h:AGGGTCCAGACAGCTG,Epiblast
SBR-36h:ACAGAAAAGCAAATCA,Epiblast
SBR-36h:TGAGCGCTCCTGGGTG,Epiblast
SBR-36h:TCAAGACGTCTCGGGT,Epiblast
SBR-36h:GTAACCATCCGTGACG,Epiblast
SBR-36h:AAAGGATGTCCACAGC,Epiblast
SBR-36h:CCGTAGGCAACTGCTA,Epiblast
SBR-36h:TACATTCTCCTCATAT,Epiblast
SBR-36h:CATGGTATCTACTCAT,Epiblast
SBR-36h:GCAGGCTTCTACGGTA,Epiblast
SBR-36h:GTCACTCGTGACGTCC,Epiblast
SBR-36h:CTGGTCTCATCAGTGT,Epiblast
SBR-36h:TGCGGCACAACGATCT,Epiblast
SBR-36h:TACATTCGTTTCGACA,Epiblast
SBR-36h:CATGGATGTTTCCATT,Epiblast
SBR-36h:GTGCTTCAGTCGCGAA,Epiblast
SBR-36h:GGGTAGACATAGAAAC,Epiblast
SBR-36h:GGCAGTCAGAATCGCG,Epiblast
SBR-36h:GTAGGTTAGTAACAGT,Epiblast
SBR-36h:GGCACGTCATCCCGTT,Epiblast
SBR-36h:TAGACTGAGCACACAG,Epiblast
SBR-36h:TGAGGTTCATTGACTG,Exiting naive pluripotency
SBR-36h:TAACCAGTCGACGCTG,Epiblast
SBR-36h:CGAATTGTCGCCAACG,Epiblast
SBR-36h:AACCACAGTGACCGAA,Exiting naive pluripotency
SBR-36h:TGTCCTGTCATCGCAA,Exiting naive pluripotency
SBR-36h:TCTACATCAGGACAGT,Epiblast
SBR-36h:CGGGCATCAGTCAGCC,Epiblast
SBR-36h:GCCCGAAGTTGAGGAC,Epiblast
SBR-36h:ACTGTCCAGTTTCGGT,Epiblast
SBR-36h:AATAGAGGTAGCTGAG,Epiblast
SBR-36h:TATTTCGGTACTCCGG,Epiblast
SBR-36h:GTGGAGACATCATGAC,Epiblast
SBR-36h:TACGCTCTCTGACCCT,Epiblast
SBR-36h:TGATCTTAGAGTCAGC,Exiting naive pluripotency
SBR-36h:AGGTAGGTCAACTTTC,Epiblast
SBR-36h:ACGTTCCAGATCACTC,Epiblast
SBR-36h:TGTTCTAAGTGCACTT,Epiblast
SBR-36h:GCTACAATCGAGCACC,Epiblast
SBR-36h:TAATCTCAGCATTTCG,Epiblast
SBR-36h:GCCAGCACAGACCAGA,Epiblast
SBR-36h:TTGTTGTTCCACGAAT,Epiblast
SBR-36h:AAATGGACAGTACTAC,Epiblast
SBR-36h:TGTTCTATCTAGAGCT,Epiblast
SBR-36h:TCACTCGTCGGCTGAC,Exiting naive pluripotency
SBR-36h:GGAGATGCACAGTGTT,Epiblast
SBR-36h:GAAGCCCGTGGTCTCG,Epiblast
SBR-36h:TACTTCAGTACGACTT,Epiblast
SBR-36h:GTCAAACGTATAGGAT,Epiblast
SBR-36h:TTGGGTACACCCATAA,Epiblast
SBR-36h:TATCGCCTCCTAAACG,Epiblast
SBR-36h:AGGGTCCCATAGTCAC,Epiblast
SBR-36h:TGTGGCGAGGTTGCCC,Exiting naive pluripotency
SBR-36h:AACCTTTCAACCCTAA,Epiblast
SBR-36h:AAGACAACATACCGTA,Epiblast
SBR-36h:ACTTAGGTCTCTTGCG,Epiblast
SBR-36h:CTTTCGGCAGACTGCC,Exiting naive pluripotency
SBR-36h:CTCCATGTCGTCTAAG,Epiblast
SBR-36h:GAGACCCTCCGCGAGT,Epiblast
SBR-36h:CATCCGTGTTCTTGTT,Epiblast
SBR-36h:GTGCAGCTCTCCGTGT,Epiblast
SBR-36h:CTGATCCCAACACGTT,Exiting naive pluripotency
SBR-36h:AGTCATGTCAGCGGAA,Epiblast
SBR-36h:ACCGTTCTCGGTAAGG,Epiblast
SBR-36h:ATCACTTCATCTGGGC,Epiblast
SBR-36h:GAGTTTGCATCGGAAG,Epiblast
SBR-36h:TCACACCAGTTTGCTG,Epiblast
SBR-36h:GTCAAGTTCCCTCATG,Exiting naive pluripotency
SBR-36h:TTGATGGCATTCCTCG,Epiblast
SBR-36h:CGGAACCGTCTGCATA,Epiblast
SBR-36h:GTCGAATTCTTCTTCC,Epiblast
SBR-36h:CAACAACAGTTGTCAC,Exiting naive pluripotency
SBR-36h:GAGTTGTGTTTCTTAC,Epiblast
SBR-36h:TCCATGCTCGATACAC,Epiblast
SBR-36h:GTGCTTCTCGCAGTTA,Epiblast
SBR-36h:CGACAGCTCATTTGCT,Exiting naive pluripotency
SBR-36h:GTTCTATGTTAGCTAC,Epiblast
SBR-36h:TTCCTCTAGTGCTAGG,Epiblast
SBR-36h:GACCCAGCATCGGTTA,Epiblast
SBR-36h:ATGGGTTTCTTACACT,Epiblast
SBR-36h:GACTCAATCATGGGAG,Epiblast
SBR-36h:TTCTCTCAGAGTCTTC,Epiblast
SBR-36h:GGTAGAGCACCATAAC,Epiblast
SBR-36h:TCCCAGTCATATCTCT,Epiblast
SBR-36h:TGACCCTTCTTCCTAA,Epiblast
SBR-36h:CAGCAGCGTGGCTAGA,Epiblast
SBR-36h:AGAACCTCAGCCTTCT,Exiting naive pluripotency
SBR-36h:AATGACCAGAGCAGAA,Epiblast
SBR-36h:TTTGATCCAAGACCTT,Epiblast
SBR-36h:TTCAATCAGATGATTG,Exiting naive pluripotency
SBR-36h:ATCAGGTCATAATCGC,Epiblast
SBR-36h:CAGGGCTCACTGGCGT,Epiblast
SBR-36h:TCAGTTTTCACTGGTA,Epiblast
SBR-36h:GAGTTGTGTATGTCAC,Epiblast
SBR-36h:CGCGTGACATACAGCT,Epiblast
SBR-36h:CCGTGAGAGGAGGCAG,Epiblast
SBR-36h:ACCTGAACAGTCGGAA,Epiblast
SBR-36h:CAATGACCATCTGGGC,Epiblast
SBR-36h:ATCCCTGAGGTAAAGG,Epiblast
SBR-36h:AGATCGTGTCCTGTTC,Epiblast
SBR-36h:TGAACGTGTCATCGCG,Epiblast
SBR-36h:ATCCCTGGTTGCCGCA,Epiblast
SBR-36h:GCAACCGGTATCGAGG,Epiblast
SBR-36h:CCGCAAGCACTATCGA,Epiblast
SBR-36h:CTGATCCAGACAACTA,Exiting naive pluripotency
SBR-36h:AGAGCAGAGTCAATCC,Exiting naive pluripotency
SBR-36h:CATCAAGCATCGGAAG,Epiblast
SBR-36h:AGATAGAGTGAGCCAA,Epiblast
SBR-36h:ACGTCCTAGGAAGTGA,Epiblast
SBR-36h:CTAGGTATCCAACCAA,Epiblast
SBR-36h:GGTTAACTCACAGAGG,Epiblast
SBR-36h:TCTACATTCGCCAACG,Epiblast
SBR-36h:CCTCCAACATGGATCT,Epiblast
SBR-36h:TACTGCCGTGAATTAG,Epiblast
SBR-36h:AGTGACTTCGAAGAAT,Epiblast
SBR-36h:CACTGTCCAGGACAGT,Epiblast
SBR-36h:ACAAAGAGTGCCTGCA,Epiblast
SBR-36h:TCCTGCAAGTACGAGC,Epiblast
SBR-36h:GAGAAATCAGACCGCT,Epiblast
SBR-36h:CGAAGTTAGAACTGAT,Epiblast
SBR-36h:CAACCAAAGACGGAAA,Epiblast
SBR-36h:CTAACCCTCACCCTCA,Epiblast
SBR-36h:TCACTATTCAAGCCTA,Exiting naive pluripotency
SBR-36h:CATGGATCAGGTGAGT,Epiblast
SBR-36h:ACTTCCGTCAAACTGC,Epiblast
SBR-36h:TACTTACGTATGAGGC,Epiblast
SBR-36h:TCATGGAGTATCGCAT,Epiblast
SBR-36h:TATACCTTCACAAGAA,Epiblast
SBR-36h:TCCGTGTCAGCTCTGG,Epiblast
SBR-36h:TAACACGTCTACCCAC,Epiblast
SBR-36h:AGCTCAAAGTCACGCC,Exiting naive pluripotency
SBR-36h:TATTGCTTCCCAAGCG,Exiting naive pluripotency
SBR-36h:ACATCCCTCTCCGAGG,Epiblast
SBR-36h:ATGACCATCGTAGTGT,Epiblast
SBR-36h:ATAGGCTAGCACCAGA,Epiblast
SBR-36h:TATCTGTGTACCTAGT,Epiblast
SBR-36h:TTCCTCTCACCCTGTT,Epiblast
SBR-36h:CCGTTCAGTACAGCGA,Naive pluripotency
SBR-36h:AAACGCTAGTCCGTCG,Epiblast
SBR-36h:CATACTTAGTAAACTG,Naive pluripotency
SBR-36h:CATCGGGCATGACAGG,Epiblast
SBR-36h:TCATACTTCGTAGTGT,Epiblast
SBR-36h:CACGGGTCATTGTACG,Epiblast
SBR-36h:CATGCGGCACCTCGTT,Epiblast
SBR-36h:TTAGTCTGTCTTGCGG,Epiblast
SBR-36h:CGAAGGACACCAACAT,Epiblast
SBR-36h:CTCCTCCAGGGAGTTC,Epiblast
SBR-36h:CACAACAGTGGATCGA,Epiblast
SBR-36h:TTGGTTTCATAGCTGT,Epiblast
SBR-36h:ATCCATTTCATTACGG,Epiblast
SBR-36h:TAAGCACTCCAACACA,Epiblast
SBR-36h:TTCGCTGGTCAGGAGT,Epiblast
SBR-36h:AATGGCTAGGTGAGAA,Naive pluripotency
SBR-36h:TTTAGTCAGCGATGGT,Epiblast
SBR-36h:TGTTCATTCTTCCACG,Epiblast
SBR-36h:AGGTCTAAGGTTAGTA,Epiblast
SBR-36h:GGTTGTAAGCGCCTAC,Epiblast
SBR-36h:GGTGTCGTCCAGCAAT,Exiting naive pluripotency
SBR-36h:TAAGCGTGTCGTTATG,Epiblast
SBR-36h:TCCAGAATCGAGTTGT,Epiblast
SBR-36h:AGCATCACACGACAAG,Epiblast
SBR-36h:ACTGTCCCAGGATTCT,Epiblast
SBR-36h:AACAACCGTATTAAGG,Epiblast
SBR-36h:GTTAGACAGTTCTCTT,Epiblast
SBR-36h:GCGAGAATCGGTAAGG,Epiblast
SBR-36h:ATTTACCCAGAACGCA,Naive pluripotency
SBR-36h:TTACGTTGTTTAAGGA,Epiblast
SBR-36h:TGTCCACAGAACAGGA,Epiblast
SBR-36h:CCATAAGTCACCTCGT,Epiblast
SBR-36h:GGGAAGTCACAATCTG,Epiblast
SBR-36h:GATGATCCAGTAACAA,Exiting naive pluripotency
SBR-36h:TGATGCACAGCTATTG,Epiblast
SBR-36h:ATTCACTCATCGATCA,Epiblast
SBR-36h:ATTCTACCAGGAGGTT,Epiblast
SBR-36h:ATGGGAGCAGTGTGCC,Epiblast
SBR-36h:GGTTGTATCCGCTGTT,Epiblast
SBR-36h:ATGCGATAGATAGTCA,Epiblast
SBR-36h:CCACCATGTGGAGAAA,Epiblast
SBR-36h:ATGTCTTGTTGGGCCT,Epiblast
SBR-36h:CCTCAACCAGCTGAAG,Epiblast
SBR-36h:GGTTGTAAGGTTCAGG,Epiblast
SBR-36h:ACATCCCCAATACCTG,Epiblast
SBR-36h:TTCACCGAGCACGGAT,Epiblast
SBR-36h:TCATGAGCATGAGTAA,Epiblast
SBR-36h:CAACGGCGTACTCGCG,Epiblast
SBR-36h:CTGGACGTCTCAGAAC,Epiblast
SBR-36h:TGCCGAGTCTCTCCGA,Epiblast
SBR-36h:AGAGCAGAGCTTCGTA,Epiblast
SBR-36h:TCATCCGGTTCGGCCA,Epiblast
SBR-36h:TAGGGTTAGTATGACA,Exiting naive pluripotency
SBR-36h:TCACTATAGGTGCAGT,Exiting naive pluripotency
SBR-36h:GACACGCGTGTACATC,Exiting naive pluripotency
SBR-36h:GGAGATGCAATACCCA,Epiblast
SBR-36h:TTGGTTTAGACAACTA,Epiblast
SBR-36h:AGAAGTAAGCTAAGTA,Epiblast
SBR-36h:TCACGCTTCCTTGGAA,Exiting naive pluripotency
SBR-36h:CATCCCAGTCATATGC,Epiblast
SBR-36h:TCCATGCAGCCGGAAT,Epiblast
SBR-36h:CTACCTGAGGCCCACT,Epiblast
SBR-36h:ATCGGCGAGCGGATCA,Epiblast
SBR-36h:ATCAGGTTCTCCAAGA,Epiblast
SBR-36h:GTCTAGAAGCGCCTAC,Epiblast
SBR-36h:CTCAGAACAGGGAGAG,Epiblast
SBR-36h:CCTGTTGTCAAGGTGG,Exiting naive pluripotency
SBR-36h:CATGGATGTACTGAGG,Epiblast
SBR-36h:CAATCGACAAATGGCG,Epiblast
SBR-36h:ATCACAGGTCGCAGTC,Exiting naive pluripotency
SBR-36h:CTCCTCCGTTGAGAGC,Epiblast
SBR-36h:AGCCACGAGGGAGGAC,Epiblast
SBR-36h:TACAACGAGTTCTACG,Epiblast
SBR-36h:TAGCACACACGACGTC,Naive pluripotency
SBR-36h:GGAGAACGTTCGGTAT,Epiblast
SBR-36h:TCGCTCAAGTAGTCCT,Epiblast
SBR-36h:TATCAGGCATCGAGCC,Exiting naive pluripotency
SBR-36h:TCAATTCAGTCGAAGC,Epiblast
SBR-36h:CCCTTAGTCCGCTAGG,Epiblast
SBR-36h:CCAAGCGGTATATGGA,Exiting naive pluripotency
SBR-36h:CACGTTCTCCACGAAT,Epiblast
SBR-36h:GAAATGATCATCTATC,Epiblast
SBR-36h:AGTGCCGGTCCACACG,Epiblast
SBR-36h:TGACAGTAGAGCTGCA,Epiblast
SBR-36h:CTGCCTAAGTTTGCTG,Epiblast
SBR-36h:ACGTAGTAGTCGCCAC,Epiblast
SBR-36h:TCCTCCCAGAATAGTC,Epiblast
SBR-36h:TATATCCCATTGGCAT,Epiblast
SBR-36h:TCAAGCAGTTACACAC,Epiblast
SBR-36h:CCCTCAATCGTAGGAG,Epiblast
SBR-36h:AGCCAGCTCCTTATAC,Epiblast
SBR-36h:CTCCGATAGGTCGAGT,Epiblast
SBR-36h:GGTGTTACACGTCATA,Epiblast
SBR-36h:ATCCACCTCTGCGGCA,Epiblast
SBR-36h:TTCAATCCAGCACACC,Epiblast
SBR-36h:AATGCCAGTTTCTTAC,Epiblast
SBR-36h:TCATCATGTCAGACGA,Epiblast
SBR-36h:TCAGGTAAGCGTATGG,Epiblast
SBR-36h:TCGGGACCAGCCGTCA,Epiblast
SBR-36h:ACTCCCAGTTGCCGCA,Epiblast
SBR-36h:ACGTAGTCAAATTAGG,Epiblast
SBR-36h:GACGTTAAGGCCTTGC,Epiblast
SBR-36h:CACGGGTTCTATTCGT,Epiblast
SBR-36h:GGGTCACGTCAACATC,Naive pluripotency
SBR-36h:ACAGAAACAGGGACTA,Epiblast
SBR-36h:GACCTTCTCGGACTTA,Epiblast
SBR-36h:ATCAGGTGTCAATCTG,Epiblast
SBR-36h:ACAACCATCCGCCTAT,Epiblast
SBR-36h:CTTAGGATCACCGGGT,Epiblast
SBR-36h:CCCGGAACAGATTAAG,Epiblast
SBR-36h:TTTCATGGTCATCTAG,Epiblast
SBR-36h:CAGGTATAGAGTCACG,Exiting naive pluripotency
SBR-36h:GGCTGTGGTGACAGGT,Epiblast
SBR-36h:TTTGGAGAGATACCAA,Exiting naive pluripotency
SBR-36h:TGAACGTGTACCTTCC,Epiblast
SBR-36h:ATGAGGGTCGAGTGGA,Epiblast
SBR-36h:CAGGCCAGTCCCTGTT,Epiblast
SBR-36h:AACAAGACACTCCTTG,Epiblast
SBR-36h:TTTCATGAGGAACGTC,Epiblast
SBR-36h:TTCCAATTCGCGTTTC,Epiblast
SBR-36h:GGTCTGGGTCATTCCC,Exiting naive pluripotency
SBR-36h:CCGATGGCAGTAGAAT,Epiblast
SBR-36h:GTCCACTTCGCTTGAA,Epiblast
SBR-36h:CCGGACAAGGCAGGTT,Epiblast
SBR-36h:ATCGGATAGACGACTG,Epiblast
SBR-36h:GCTGAATGTTGGCTAT,Epiblast
SBR-36h:CATCGGGGTGCTTCAA,Epiblast
SBR-36h:ACACCAAGTGAGTAGC,Epiblast
SBR-36h:AGGAAATGTTTACGAC,Exiting naive pluripotency
SBR-36h:TCATGTTGTAGAATGT,Epiblast
SBR-36h:GTCCACTGTTCATCTT,Epiblast
SBR-36h:TATTGGGCAAGAGTTA,Epiblast
SBR-36h:TCGGTCTAGGGTACAC,Epiblast
SBR-36h:ACACCAAGTCATATGC,Epiblast
SBR-36h:AAACGCTAGGAGGCAG,Epiblast
SBR-36h:ACACCAACATACTGTG,Epiblast
SBR-36h:GCATGATCAAGATGTA,Epiblast
SBR-36h:TCACTATGTTTCGTTT,Exiting naive pluripotency
SBR-36h:TGTTCTAAGGGAACAA,Exiting naive pluripotency
SBR-36h:TGCTTCGGTTTACTTC,Exiting naive pluripotency
SBR-36h:TGACTCCTCTCCAATT,Epiblast
SBR-36h:CACCGTTGTTACGTAC,Epiblast
SBR-36h:AGTCATGCAGAACTCT,Epiblast
SBR-36h:AGACTCACAGTTTGGT,Epiblast
SBR-36h:TGGATGTGTCGTGGTC,Epiblast
SBR-36h:TCAGCCTTCGAGAAAT,Epiblast
SBR-36h:TAAGCCAAGTTTCTTC,Exiting naive pluripotency
SBR-36h:GGCAGTCCAACTGGTT,Epiblast
SBR-36h:CAGATCAAGGAAACGA,Exiting naive pluripotency
SBR-36h:AGTACTGAGCTGTGCC,Epiblast
SBR-36h:TAGATCGCAAGTCGTT,Epiblast
SBR-36h:CTCAGGGGTTTCACAG,Epiblast
SBR-36h:CGTTGGGAGATCGACG,Exiting naive pluripotency
SBR-36h:GGGAGTAAGACGACGT,Epiblast
SBR-36h:CGAGTTAAGCCTCGTG,Epiblast
SBR-36h:CTACAGATCTCTGGTC,Epiblast
SBR-36h:CGACAGCGTTGTGGAG,Epiblast
SBR-36h:AAGGAATGTAACCCTA,Epiblast
SBR-36h:TGGATGTAGACCATGG,Naive pluripotency
SBR-36h:GCCCAGATCCTATTTG,Epiblast
SBR-36h:AAGTCGTCACGAAGAC,Epiblast
SBR-36h:CTGCTCAAGACTGTTC,Epiblast
SBR-36h:ACCCAAAGTATATGGA,Exiting naive pluripotency
SBR-36h:TGCAGGCAGCATTGAA,Epiblast
SBR-36h:TACGTCCCATATTCGG,Epiblast
SBR-36h:TGGTGATTCATTCCTA,Epiblast
SBR-36h:AGATAGATCACGAGGA,Epiblast
SBR-36h:ACTTATCTCTGGTCAA,Epiblast
SBR-36h:CTCCCTCCAGTCGCAC,Epiblast
SBR-36h:CACTGTCTCACGATCA,Epiblast
SBR-36h:ACTTTCAGTTGGATCT,Epiblast
SBR-36h:AACAAGAAGCTCCACG,Epiblast
SBR-36h:ATTGTTCGTTAGAGAT,Epiblast
SBR-36h:TGTCCTGTCGTCGATA,Epiblast
SBR-36h:ACTGTCCTCTGGCCGA,Epiblast
SBR-36h:AGTTCGAAGTGCAGGT,Epiblast
SBR-36h:TATCAGGAGAGAGTTT,Epiblast
SBR-36h:ACGTAACAGCACTCTA,Epiblast
SBR-36h:GGGACAACAAACGTGG,Epiblast
SBR-36h:CCTAACCTCACGTCCT,Epiblast
SBR-36h:GACTCAATCGTGGCTG,Exiting naive pluripotency
SBR-36h:AAGAACAGTAATGTGA,Epiblast
SBR-36h:GGGTAGACAGCTGAAG,Epiblast
SBR-36h:TTGGGATGTGTCCATA,Epiblast
SBR-36h:TGAGGAGGTAATTAGG,Epiblast
SBR-36h:TAGGAGGAGCTGCGAA,Epiblast
SBR-36h:AGGTCATGTGGCACTC,Epiblast
SBR-36h:ATCAGGTCAAATGGAT,Exiting naive pluripotency
SBR-36h:CCTCAGTGTTCGGTAT,Exiting naive pluripotency
SBR-36h:ACAAGCTCAGGTCAAG,Epiblast
SBR-36h:ATGTCCCGTCTACGAT,Epiblast
SBR-36h:GGAGGATAGCTGTACT,Epiblast
SBR-36h:TACTTGTGTAAGTTAG,Epiblast
SBR-36h:CTATCCGCACTCGATA,Epiblast
SBR-36h:CCAATGATCTAAGAAG,Epiblast
SBR-36h:CTTCTAACATTCGATG,Epiblast
SBR-36h:CATCAAGGTATTTCGG,Epiblast
SBR-36h:CTTCCGACAACAGATA,Epiblast
SBR-36h:AAGTTCGGTATGAGAT,Epiblast
SBR-36h:GTTCTATTCAGGGATG,Epiblast
SBR-36h:CTATCCGTCAGTCATG,Epiblast
SBR-36h:CTGTGAAAGTCACTGT,Epiblast
SBR-36h:TTGATGGAGCTGAAGC,Epiblast
SBR-36h:ACCACAATCTGCTAGA,Epiblast
SBR-36h:TGCTCCAAGTTAACGA,Epiblast
SBR-36h:CTACAGACATTACGGT,Epiblast
SBR-36h:CAATACGGTTGTCCCT,Exiting naive pluripotency
SBR-36h:GAGGCCTCACCATTCC,Epiblast
SBR-36h:GAATCACTCGTAGCCG,Epiblast
SBR-36h:TACCCGTGTATCAGCT,Epiblast
SBR-36h:GCAGGCTGTAGGGAGG,Epiblast
SBR-36h:CAACCAATCGAGTTGT,Exiting naive pluripotency
SBR-36h:CGGAGAACAATTCTTC,Epiblast
SBR-36h:CCAAGCGGTACCACGC,Epiblast
SBR-36h:CATCAAGGTCGAATGG,Epiblast
SBR-36h:ATGGGAGGTACTGGGA,Epiblast
SBR-36h:ACTTTGTTCGGCGATC,Epiblast
SBR-36h:TGCAGGCTCACTACGA,Epiblast
SBR-36h:TCCCATGGTCTACAAC,Epiblast
SBR-36h:GTCATGACAGACCAAG,Epiblast
SBR-36h:TAACGACTCCGATCGG,Epiblast
SBR-36h:TCGATTTAGCTCGAAG,Epiblast
SBR-36h:GATTGGTTCAGTGTTG,Exiting naive pluripotency
SBR-36h:TCCAGAAAGAAACCAT,Exiting naive pluripotency
SBR-36h:ATTCCTACAGCAAGAC,Epiblast
SBR-36h:CTGGTCTCAGTCGGTC,Epiblast
SBR-36h:ATCACAGAGTCTAGCT,Epiblast
SBR-36h:CCTATCGTCTTAATCC,Epiblast
SBR-36h:TGTGTGAAGGTTCCGC,Epiblast
SBR-36h:ACGTAGTCACAGAGAC,Epiblast
SBR-36h:ATGCGATCACAGTCGC,Epiblast
SBR-36h:GAAGTAAAGTGATAAC,Epiblast
SBR-36h:TGCAGGCAGCAACAGC,Epiblast
SBR-36h:TCAAGTGAGACGAGCT,Epiblast
SBR-36h:TGTTTGTTCACACGAT,Epiblast
SBR-36h:CTGTATTCATAATGAG,Epiblast
SBR-36h:TGTCCACGTGGATACG,Exiting naive pluripotency
SBR-36h:AATGACCGTGCCTTTC,Epiblast
SBR-36h:ATTATCCTCCGCGATG,Epiblast
SBR-36h:GCCATGGGTCCGAAGA,Epiblast
SBR-36h:AGGTGTTCAGTGCCTG,Epiblast
SBR-36h:ATGAGTCGTGACTAAA,Epiblast
SBR-36h:AGGGTTTCATAGATCC,Epiblast
SBR-36h:TCGGTCTCACAAAGCG,Exiting naive pluripotency
SBR-36h:TCAGGGCGTGACGTCC,Epiblast
SBR-36h:TTGCTGCAGCACGGAT,Epiblast
SBR-36h:ATCACAGTCTTCGGAA,Epiblast
SBR-36h:TACTTACCAGATGCGA,Naive pluripotency
SBR-36h:CGCATGGCATGGAGAC,Epiblast
SBR-36h:GATTGGTGTGAAAGTT,Epiblast
SBR-36h:CTTGATTGTAGAGACC,Exiting naive pluripotency
SBR-36h:CGCATGGTCGACACCG,Epiblast
SBR-36h:AGGATAAAGGAACGTC,Epiblast
SBR-36h:GTGTAACAGTCATGGG,Epiblast
SBR-36h:GCAACATAGGCATCAG,Epiblast
SBR-36h:TTTGATCCATGAAGCG,Epiblast
SBR-36h:CTATCCGAGTGGATTA,Epiblast
SBR-36h:ATTCACTGTCGTGGTC,Epiblast
SBR-36h:TGATCAGCAGCGTGCT,Epiblast
SBR-36h:CCTTTGGGTACCTATG,Epiblast
SBR-36h:TTACGTTTCGTCTACC,Epiblast
SBR-36h:GTGAGTTAGAGGTATT,Epiblast
SBR-36h:CTTCGGTGTAGATTGA,Epiblast
SBR-36h:AGGAAATTCGGAGATG,Epiblast
SBR-36h:TCTTTGAAGACTGTTC,Epiblast
SBR-36h:AACAAGAAGGACATCG,Epiblast
SBR-36h:CTTCCGACAGAACTAA,Epiblast
SBR-36h:CACTGTCTCCATTGGA,Epiblast
SBR-36h:GAGCTGCAGTAGACAT,Epiblast
SBR-36h:TACCTCGAGTGGTTGG,Epiblast
SBR-36h:ATAGAGATCGATGGAG,Epiblast
SBR-36h:TGTAGACTCTATGTGG,Epiblast
SBR-36h:CACAACAAGGAGTATT,Epiblast
SBR-36h:CGACAGCAGGACACTG,Epiblast
SBR-36h:CACGTTCCAGTGCCTG,Exiting naive pluripotency
SBR-36h:GATAGCTAGCGTTAGG,Epiblast
SBR-36h:GTTGAACGTGGACCTC,Exiting naive pluripotency
SBR-36h:GGACGTCGTTGGGTAG,Epiblast
SBR-36h:CCGTGAGGTGTTAAAG,Epiblast
SBR-36h:CATAAGCGTCACTAGT,Epiblast
SBR-36h:AGAACAAGTAGTGATA,Exiting naive pluripotency
SBR-36h:GACCGTGGTCAACGCC,Epiblast
SBR-36h:GGACGTCGTTAAGACA,Epiblast
SBR-36h:CAACAGTCAGCTGTGC,Epiblast
SBR-36h:GGGACCTTCATTCACT,Epiblast
SBR-36h:TCCTAATGTAGCTCGC,Epiblast
SBR-36h:ACCAACACAAAGACGC,Epiblast
SBR-36h:AGACCCGTCCATTGCC,Epiblast
SBR-36h:AGACAAAAGCATGGGT,Epiblast
SBR-36h:CCCAACTGTGTTTCTT,Epiblast
SBR-36h:ACGATCACAATGTTGC,Exiting naive pluripotency
SBR-36h:AGAAATGCAGAAATCA,Epiblast
SBR-36h:TCTGGCTAGGTTGCCC,Epiblast
SBR-36h:TTGAACGCAGTATGAA,Epiblast
SBR-36h:TGGAGGAGTACCTAGT,Epiblast
SBR-36h:CTCAACCAGGTGATCG,Epiblast
SBR-36h:ATCCGTCAGACTTGTC,Exiting naive pluripotency
SBR-36h:TGATTTCAGTAAGGGA,Epiblast
SBR-36h:CCTCAACTCCGATTAG,Epiblast
SBR-36h:GATGATCGTAGAATAC,Naive pluripotency
SBR-36h:ATCCTATAGCCTCAGC,Epiblast
SBR-36h:AACAAAGGTCAGGAGT,Epiblast
SBR-36h:TTTCCTCTCAAGTTGC,Exiting naive pluripotency
SBR-36h:CATCCGTCACATTCTT,Exiting naive pluripotency
SBR-36h:CTCAATTCAATTTCCT,Epiblast
SBR-36h:GTAATGCGTGCATGTT,Exiting naive pluripotency
SBR-36h:AGCGATTTCCGTACGG,Epiblast
SBR-36h:GGGTGTCAGTGGACTG,Epiblast
SBR-36h:TCAGTCCGTGGTAATA,Epiblast
SBR-36h:TATACCTCAAGAAACT,Epiblast
SBR-36h:CGTAATGTCGAGGCAA,Epiblast
SBR-36h:TCCACGTTCCAAGCTA,Exiting naive pluripotency
SBR-36h:GAAGAATCAGTAGATA,Epiblast
SBR-36h:CAGCAGCCACTCACTC,Epiblast
SBR-36h:TCTCCGACATTGTCGA,Epiblast
SBR-36h:CAAGGGAAGATACCAA,Epiblast
SBR-36h:GTTACAGAGTCAGGGT,Epiblast
SBR-36h:TCGAAGTAGATGAATC,Epiblast
SBR-36h:GAAGTAAGTCGCTGCA,Epiblast
SBR-36h:CATCGTCTCGCAAGAG,Epiblast
SBR-36h:TATCTGTTCTGTCTCG,Exiting naive pluripotency
SBR-36h:AGACCATAGAAGAGCA,Epiblast
SBR-36h:ATGGAGGGTGGCTAGA,Epiblast
SBR-36h:GTTGTAGCATGTCGTA,Epiblast
SBR-36h:GAACACTAGCGATGCA,Epiblast
SBR-36h:TGTAGACAGTCATGGG,Exiting naive pluripotency
SBR-36h:TTTGACTCATGGCCAC,Exiting naive pluripotency
SBR-36h:TGGTGATAGAAACTAC,Epiblast
SBR-36h:CTCTGGTCAGCGCGTT,Epiblast
SBR-36h:CATCGTCAGGTTAGTA,Epiblast
SBR-36h:ATAGAGAAGTCGAAGC,Epiblast
SBR-36h:GTAATCGCATCCGAGC,Epiblast
SBR-36h:GGAGATGTCCGTGCGA,Epiblast
SBR-36h:GAGTCATAGCAATTAG,Epiblast
SBR-36h:TGAGGTTCAGTAACGG,Epiblast
SBR-36h:GCCATGGCAGACCGCT,Epiblast
SBR-36h:ATACCGAAGTAAACAC,Epiblast
SBR-36h:CACAGGCAGCTAATCC,Epiblast
SBR-36h:GCAGTTAAGATTAGCA,Epiblast
SBR-36h:CTATCTACACTGCTTC,Epiblast
SBR-36h:TGAATCGAGAGCCCAA,Exiting naive pluripotency
SBR-36h:AGGATCTCAACCACAT,Epiblast
SBR-36h:GTCAAACGTGAGCTCC,Epiblast
SBR-36h:GATGACTAGGTGGCTA,Exiting naive pluripotency
SBR-36h:AGGTGTTGTCTGTCAA,Epiblast
SBR-36h:AATGGCTAGTGCCCGT,Epiblast
SBR-36h:CTGGCAGAGGCCCAAA,Epiblast
SBR-36h:CATCGCTAGGATATAC,Epiblast
SBR-36h:GACCAATCAGGGTTGA,Epiblast
SBR-36h:CTTCCGACAACAGCTT,Epiblast
SBR-36h:TACCGAAAGCTTAAGA,Epiblast
SBR-36h:ATCACAGTCGAGCCTG,Epiblast
SBR-36h:CTCTGGTTCGAGCACC,Epiblast
SBR-36h:GTTGTCCAGAAACCCG,Epiblast
SBR-36h:AACCAACAGTGCAGCA,Epiblast
SBR-36h:TAGATCGAGTCCCTAA,Epiblast
SBR-36h:GGGAGTATCCAAGAGG,Epiblast
SBR-36h:CTGCGAGGTGAAGCTG,Epiblast
SBR-36h:GTGAGTTGTGACGCCT,Epiblast
SBR-36h:CGTTAGAGTTGCTTGA,Epiblast
SBR-36h:CAATCGACACGCACCA,Exiting naive pluripotency
SBR-36h:GGAGAACGTAAGCAAT,Epiblast
SBR-36h:TTACCATCAACCGCTG,Epiblast
SBR-36h:ATCGTAGCAGTTGGTT,Epiblast
SBR-36h:CTGCGAGTCTTGGTCC,Epiblast
SBR-36h:CCACCATTCTCTCGCA,Epiblast
SBR-36h:AATGGCTGTTGCCTAA,Epiblast
SBR-36h:GAGAAATAGTAACCGG,Epiblast
SBR-36h:TCAAGCAGTACAGTAA,Exiting naive pluripotency
SBR-36h:ACATCCCGTCACAGAG,Epiblast
SBR-36h:GAGTCTATCCTTGACC,Epiblast
SBR-36h:GAAGAATCAATGAAAC,Epiblast
SBR-36h:ATGTCCCGTTGCTCCT,Epiblast
SBR-36h:CGATGGCCATCGTCCT,Epiblast
SBR-36h:GAAGGACGTAGCGATG,Epiblast
SBR-36h:TTACGTTTCGCATGAT,Epiblast
SBR-36h:AGTGATCCATACATCG,Epiblast
SBR-36h:GGGTTATAGCGACCCT,Naive pluripotency
SBR-36h:ACGTAGTTCCCTTCCC,Epiblast
SBR-36h:TGTTACTAGACCTGGA,Epiblast
SBR-36h:TCATGGACAGGCTATT,Epiblast
SBR-36h:GTGCAGCGTCTTGCGG,Epiblast
SBR-36h:TTTGATCCAGGTTACT,Epiblast
SBR-36h:GCCAGTGGTACACGCC,Exiting naive pluripotency
SBR-36h:TGGAGGAAGTCATAGA,Epiblast
SBR-36h:GAGAAATCAGGCAATG,Epiblast
SBR-36h:GGAGCAACATTGGGAG,Epiblast
SBR-36h:GAAGAATGTCGTAATC,Epiblast
SBR-36h:TTGTGTTCAGCACACC,Exiting naive pluripotency
SBR-36h:ATACCTTCAAGTGGAC,Epiblast
SBR-36h:GACGCTGTCGGACCAC,Epiblast
SBR-36h:CTAGACAGTTCCTAAG,Epiblast
SBR-36h:TTCGATTCATATGCGT,Naive pluripotency
SBR-36h:CAGATACAGTAAACAC,Epiblast
SBR-36h:GAAGAATGTCCAGCCA,Epiblast
SBR-36h:GTGGTTAAGGCTTTCA,Epiblast
SBR-36h:ATGTCCCGTGCCGTAC,Epiblast
SBR-36h:ACAACCAAGTAGCTCT,Epiblast
SBR-36h:CCGATCTTCGGTAAGG,Epiblast
SBR-36h:AAACGAAAGAGAACCC,Epiblast
SBR-36h:TGCCGAGTCAGCCTTC,Epiblast
SBR-36h:TGGGTTATCCAGTACA,Epiblast
SBR-36h:GCAGCCATCCCAAGTA,Epiblast
SBR-36h:ACACAGTCAATTCGTG,Epiblast
SBR-36h:GCCATTCCAGACGGAT,Epiblast
SBR-36h:CCTTGTGCACTAAACC,Epiblast
SBR-36h:TTTGACTCAGCTGGTC,Exiting naive pluripotency
SBR-36h:ATCCTATCAGGACGAT,Epiblast
SBR-36h:TTGTGTTCACCCTAAA,Epiblast
SBR-36h:AGACCCGAGTGCTACT,Exiting naive pluripotency
SBR-36h:CCCAACTTCCCATAGA,Epiblast
SBR-36h:GGGCTACTCAGCGCAC,Exiting naive pluripotency
SBR-36h:TACAACGCAGCTGTTA,Exiting naive pluripotency
SBR-36h:CGTCAAATCTTACACT,Epiblast
SBR-36h:ATGTCCCGTCAATGGG,Epiblast
SBR-36h:TGTAGACGTGGATTTC,Epiblast
SBR-36h:TTTGACTGTGGTGATG,Epiblast
SBR-36h:TCCCAGTCATGGTGGA,Exiting naive pluripotency
SBR-36h:GTCAGCGCATACATCG,Epiblast
SBR-36h:AGAACAATCCCGATCT,Epiblast
SBR-36h:TTTGACTTCCTACAAG,Epiblast
SBR-36h:GTGAGTTTCCTTTAGT,Epiblast
SBR-36h:CCTAACCTCCGTGGGT,Epiblast
SBR-36h:GACATCAGTTCAACGT,Epiblast
SBR-36h:CTGAATGAGTGGCAGT,Epiblast
SBR-36h:TCCACCAAGACATGCG,Epiblast
SBR-36h:CGGAGAACACCCATAA,Exiting naive pluripotency
SBR-36h:GATGTTGTCCCGAAAT,Epiblast
SBR-36h:TGGTAGTCACAACGTT,Exiting naive pluripotency
SBR-36h:TACGGTATCTTACGGA,Exiting naive pluripotency
SBR-36h:TTCGCTGTCGGTGTTA,Epiblast
SBR-36h:CAACAACTCCAAGCTA,Epiblast
SBR-36h:TCAGGTAGTGTTTACG,Epiblast
SBR-36h:TTGTTCAAGATGCTTC,Epiblast
SBR-36h:TGAATCGGTCGCAGTC,Epiblast
SBR-36h:GGGCGTTGTAACTAAG,Epiblast
SBR-36h:ATTCACTGTGAGCGAT,Epiblast
SBR-36h:AGGGCCTGTCAAAGTA,Epiblast
SBR-36h:TCCATCGGTTGGACTT,Epiblast
SBR-36h:GGGCTACTCGACGATT,Epiblast
SBR-36h:GAACGTTGTCAAGGCA,Epiblast
SBR-36h:AATAGAGTCACCATCC,Epiblast
SBR-36h:GTGCACGTCCCAACTC,Epiblast
SBR-36h:ACAGGGATCACTCGAA,Exiting naive pluripotency
SBR-36h:TCATATCGTTGACTAC,Epiblast
SBR-36h:TATTGCTAGCATTTCG,Epiblast
SBR-36h:ATTGTTCTCAGGAAGC,Exiting naive pluripotency
SBR-36h:ACCGTTCAGACAAGCC,Epiblast
SBR-36h:CCTATCGGTCATATGC,Epiblast
SBR-36h:TGTTCCGGTGTCCACG,Epiblast
SBR-36h:CGCATGGGTCTACACA,Epiblast
SBR-36h:CAAGAGGAGAGTACCG,Epiblast
SBR-36h:TGGGTTACAAAGCTCT,Epiblast
SBR-36h:CCGTTCACATCGAGCC,Epiblast
SBR-36h:ATACTTCGTCAGTCGC,Epiblast
SBR-36h:ATCCCTGAGACCTCCG,Epiblast
SBR-36h:AAATGGACATGTGGTT,Epiblast
SBR-36h:CTTGATTCATGTGCCG,Epiblast
SBR-36h:CCGAACGGTCGAATTC,Epiblast
SBR-36h:ACGATCAAGTCTCCTC,Epiblast
SBR-36h:TCTCACGCAGTTCTAG,Exiting naive pluripotency
SBR-36h:AGACTCACAAAGGGTC,Epiblast
SBR-36h:TTGTGGAAGTAGACAT,Epiblast
SBR-36h:GATGAGGCATCTGTTT,Epiblast
SBR-36h:ACCAACAGTGGTCTGC,Exiting naive pluripotency
SBR-36h:CCCTCTCGTTACGTAC,Epiblast
SBR-36h:AAGCATCGTTACCGTA,Epiblast
SBR-36h:TAAGCACTCCTTTGAT,Epiblast
SBR-36h:TGCCGAGGTCTGTGTA,Epiblast
SBR-36h:GGGCCATAGAACAAGG,Epiblast
SBR-36h:CATCCCAGTGAGATAT,Epiblast
SBR-36h:TATATCCAGTCGAAGC,Epiblast
SBR-36h:GAGATGGCATTCACCC,Epiblast
SBR-36h:ATTCTTGTCACTGAAC,Epiblast
SBR-36h:ACTGATGTCAAGCCTA,Epiblast
SBR-36h:TTGAACGTCGAGAGAC,Epiblast
SBR-36h:AGTAACCCAAGAGCTG,Epiblast
SBR-36h:CCACCATCACACTGGC,Epiblast
SBR-36h:AGCGCTGCACACGTGC,Epiblast
SBR-36h:TCCTTTCCAAAGAACT,Epiblast
SBR-36h:AAGCGTTGTCTACAGT,Epiblast
SBR-36h:TCCCACACACCCGTAG,Epiblast
SBR-36h:TGTCCTGTCGTCGCTT,Epiblast
SBR-36h:CATCGGGCAGACCAAG,Epiblast
SBR-36h:ACGGAAGCATTGTACG,Epiblast
SBR-36h:TTTCGATAGAACTGAT,Epiblast
SBR-36h:AGGGTGAAGATTGACA,Epiblast
SBR-36h:GCAGCTGTCTGGCTGG,Epiblast
SBR-36h:ATGGATCGTGAATGAT,Epiblast
SBR-36h:TGGTTAGAGTGCACCC,Epiblast
SBR-36h:TTGATGGAGCCAGAGT,Epiblast
SBR-36h:ACCATTTAGTCGTTAC,Exiting naive pluripotency
SBR-36h:ACCAAACTCACCCATC,Exiting naive pluripotency
SBR-36h:ATATCCTTCTATACTC,Epiblast
SBR-36h:AGATCGTTCCAGCAAT,Exiting naive pluripotency
SBR-36h:TGTTCTAGTGGTCTAT,Epiblast
SBR-36h:TCACGCTGTCACTCTC,Epiblast
SBR-36h:AGTGACTGTCGAGTTT,Epiblast
SBR-36h:CGCCAGATCCTGTAGA,Epiblast
SBR-36h:CACTGGGCACAACCGC,Epiblast
SBR-36h:TGCGGCAAGGGAGGGT,Epiblast
SBR-36h:GACTGATTCACGGGCT,Epiblast
SBR-36h:ACGGGTCTCGTACACA,Exiting naive pluripotency
SBR-36h:GGTAACTGTGTTGATC,Epiblast
SBR-36h:GACTATGCACCCTAGG,Epiblast
SBR-36h:TCAGGGCAGGACCCAA,Epiblast
SBR-36h:TATTCCAGTGGTCTAT,Epiblast
SBR-36h:TCCGAAATCTGGGAGA,Epiblast
SBR-36h:AACGAAAAGGCATTTC,Epiblast
SBR-36h:TCATTGTGTTCTTGTT,Epiblast
SBR-36h:TGATGCAGTACGGATG,Epiblast
SBR-36h:GTCTAGAAGGGTTAGC,Epiblast
SBR-36h:AGAGAATGTGTGTTTG,Epiblast
SBR-36h:TCGATTTCACGACCTG,Exiting naive pluripotency
SBR-36h:CACTGGGCAGGTTCGC,Epiblast
SBR-36h:TAGCACATCGGAGTAG,Epiblast
SBR-36h:GCCCAGACAGCGTACC,Epiblast
SBR-36h:CATCCCACAATTTCTC,Exiting naive pluripotency
SBR-36h:CTCACTGCATGGCCCA,Epiblast
SBR-36h:TCTTCCTCACGGGCTT,Epiblast
SBR-36h:TACACCCTCACCTCAC,Epiblast
SBR-36h:TGGATGTAGGCAGTCA,Epiblast
SBR-36h:GGGTGAATCAAACTGC,Epiblast
SBR-36h:AGGTGTTAGCCAGTAG,Epiblast
SBR-36h:GGCAGTCTCCAGCTCT,Exiting naive pluripotency
SBR-36h:GGGAGTATCCTACGGG,Epiblast
SBR-36h:ACTCTCGAGTATGAGT,Epiblast
SBR-36h:CTACGGGAGAGGCCAT,Exiting naive pluripotency
SBR-36h:ATTCTACAGATGAACT,Epiblast
SBR-36h:CTTTCAACAGCCTATA,Epiblast
SBR-36h:CCTCAGTCACGAAGAC,Exiting naive pluripotency
SBR-36h:TCCACGTCATCCGGCA,Epiblast
SBR-36h:CTGTGAATCGTGGAAG,Epiblast
SBR-36h:CAATTTCTCAGTGTTG,Epiblast
SBR-36h:TTCCACGTCCTCACTG,Epiblast
SBR-36h:GGGTAGAAGATGCAGC,Epiblast
SBR-36h:CAAGCTAGTCATACCA,Naive pluripotency
SBR-36h:ATTCTTGGTGTACAGG,Epiblast
SBR-36h:CTCAGTCAGTGATCGG,Epiblast
SBR-36h:CTAGACACACAAGGTG,Naive pluripotency
SBR-36h:TTTGTTGCAGTTCCAA,Epiblast
SBR-36h:CCACTTGGTGAGCCAA,Epiblast
SBR-36h:CAGCAGCGTGCTTATG,Epiblast
SBR-36h:CGAAGTTTCGCCTTTG,Epiblast
SBR-36h:GTGAGCCGTGCTGCAC,Exiting naive pluripotency
SBR-36h:GTGCTTCTCTACTTCA,Exiting naive pluripotency
SBR-36h:GCACGTGGTAGCTAAA,Epiblast
SBR-36h:GTCAAGTGTTATGGTC,Epiblast
SBR-36h:CGTGAATTCGCCATAA,Exiting naive pluripotency
SBR-36h:GCGTGCACAGAAGCGT,Epiblast
SBR-36h:AGGACTTGTTTACCTT,Epiblast
SBR-36h:TTCACGCTCCATCTCG,Epiblast
SBR-36h:CTGCTCAAGGCAGGGA,Epiblast
SBR-36h:GAGGCAATCCACGGAC,Epiblast
SBR-36h:AGTAGTCAGTTTGGCT,Epiblast
SBR-36h:GTAGAAATCTTACACT,Epiblast
SBR-36h:GGAGAACAGGTGATCG,Epiblast
SBR-36h:GTGCAGCTCCAAAGGG,Epiblast
SBR-36h:CCCGAAGCATCGAGCC,Epiblast
SBR-36h:GTTACAGTCCTATTGT,Epiblast
SBR-36h:TCAAGTGAGCTGACCC,Epiblast
SBR-36h:CAGGCCATCATCGGGC,Epiblast
SBR-36h:GTGTGATCAAGCCATT,Epiblast
SBR-36h:TTGATGGGTTTCGCTC,Epiblast
SBR-36h:AGGAATACACACGCCA,Epiblast
SBR-36h:TTCAGGACACGGTAGA,Epiblast
SBR-36h:TGCAGTACACGTCATA,Epiblast
SBR-36h:TCGGATACAGACAAGC,Epiblast
SBR-36h:TTACGCCTCCCTAGGG,Epiblast
SBR-36h:GAGTTTGAGGAAGAAC,Epiblast
SBR-36h:TTCAATCCAACCAGAG,Epiblast
SBR-36h:TGAGGGATCAAACGAA,Exiting naive pluripotency
SBR-36h:CCGGTAGTCTAGATCG,Exiting naive pluripotency
SBR-36h:GATCATGCATAGATGA,Epiblast
SBR-36h:TACGTCCGTTAAAGTG,Epiblast
SBR-36h:GAGTGAGCATTCTGTT,Epiblast
SBR-36h:CTGCTCATCATACGGT,Exiting naive pluripotency
SBR-36h:GATCAGTGTCTGCCTT,Epiblast
SBR-36h:CCTCAGTAGCTGACCC,Epiblast
SBR-36h:GTCTCACTCGCCTCTA,Exiting naive pluripotency
SBR-36h:CAGCACGGTCGCTCGA,Epiblast
SBR-36h:TTCTCTCGTAGCGTAG,Epiblast
SBR-36h:TGTGTGATCCATTGTT,Exiting naive pluripotency
SBR-36h:TTGACCCAGAGGTCGT,Exiting naive pluripotency
SBR-36h:ATAGGCTCACACAGCC,Exiting naive pluripotency
SBR-36h:TGATCAGGTTCGGGTC,Epiblast
SBR-36h:GGCTGTGTCAAAGACA,Exiting naive pluripotency
SBR-36h:CCATAAGGTGGCCCAT,Exiting naive pluripotency
SBR-36h:CCACACTAGCACCCAC,Epiblast
SBR-36h:AGACCCGGTGGATACG,Epiblast
SBR-36h:GACTTCCTCTGAGGTT,Epiblast
SBR-36h:CTCATGCAGAGGGCGA,Exiting naive pluripotency
SBR-36h:TGAGCGCTCCTAGCTC,Epiblast
SBR-36h:TAGTGCATCGACGACC,Epiblast
SBR-36h:CGGGTCATCTCTCAAT,Epiblast
SBR-36h:GAAGAATAGGACAAGA,Epiblast
SBR-36h:AGGCATTGTACTGAGG,Epiblast
SBR-36h:CCACACTAGCACCAGA,Exiting naive pluripotency
SBR-36h:ACCACAAGTTGAGAGC,Epiblast
SBR-36h:CCCAACTTCAGATGCT,Epiblast
SBR-36h:CGTCAAAAGTGCAGCA,Exiting naive pluripotency
SBR-36h:AAAGGGCAGTCCCGAC,Epiblast
SBR-36h:CCTACGTGTTCGTAAC,Exiting naive pluripotency
SBR-36h:TCTGCCAGTAACACCT,Epiblast
SBR-36h:TCGCACTGTCATACCA,Epiblast
SBR-36h:ATCAGGTAGGCGTCCT,Exiting naive pluripotency
SBR-36h:TCTTGCGTCCTATTGT,Epiblast
SBR-36h:GTAAGTCTCGGTGCAC,Epiblast
SBR-36h:AGAGCAGTCCCGTGAG,Epiblast
SBR-36h:GCAACATAGGAGACCT,Epiblast
SBR-36h:GGTGATTTCCTTATCA,Epiblast
SBR-36h:CAACAGTGTCGTGCCA,Epiblast
SBR-36h:GACTTCCGTGCGAGTA,Epiblast
SBR-36h:AACCACAGTCCCTGTT,Epiblast
SBR-36h:ACGTTCCCATTAAGCC,Epiblast
SBR-36h:AGCCAATGTATCGCAT,Epiblast
SBR-36h:TCGTCCAGTTGCAAGG,Exiting naive pluripotency
SBR-36h:AACGTCAGTGCCTACG,Epiblast
SBR-36h:CGAGGCTGTCTATGAC,Exiting naive pluripotency
SBR-36h:TCAATTCAGGATTTCC,Epiblast
SBR-36h:ATGCCTCAGGAATGTT,Epiblast
SBR-36h:ATCCACCAGGTGCAGT,Epiblast
SBR-36h:AATCGTGGTCTTGGTA,Epiblast
SBR-36h:CAGGCCAAGTAACAGT,Epiblast
SBR-36h:ACACCAATCATTCGTT,Epiblast
SBR-36h:CTACTATCAAAGGATT,Epiblast
SBR-36h:TGTCCACGTTGACGGA,Epiblast
SBR-36h:CTGCATCAGTACGAGC,Epiblast
SBR-36h:CAATCGAAGCATTGTC,Epiblast
SBR-36h:TACGTCCTCGGACGTC,Epiblast
SBR-36h:TTGCCTGCATCGAAGG,Exiting naive pluripotency
SBR-36h:GGGTTATAGACTCATC,Epiblast
SBR-36h:CTCATTAGTCTCGACG,Epiblast
SBR-36h:CTCTCGATCTTGTGCC,Epiblast
SBR-36h:GAGAAATTCAAAGAAC,Epiblast
SBR-36h:TCGGGACCATACGCAT,Epiblast
SBR-36h:AGTAGCTTCATGGGAG,Epiblast
SBR-36h:GGGTCTGTCGATCCAA,Epiblast
SBR-36h:TGAATCGGTACTGCGC,Epiblast
SBR-36h:TCATATCTCGTGCATA,Epiblast
SBR-36h:AGTACCAAGCCTCGTG,Exiting naive pluripotency
SBR-36h:TAATCTCAGCGCTGCT,Exiting naive pluripotency
SBR-36h:CATTGAGTCAGCGTCG,Epiblast
SBR-36h:TCCCACACAGTATACC,Exiting naive pluripotency
SBR-36h:AGTCAACAGAGCGACT,Epiblast
SBR-36h:TTGGTTTGTGATAGAT,Epiblast
SBR-36h:GTCATCCTCCTGTTGC,Epiblast
SBR-36h:CTGATCCGTACACGCC,Epiblast
SBR-36h:GCCGATGAGGATCATA,Epiblast
SBR-36h:TGATGCAAGACCAAAT,Epiblast
SBR-36h:GGGTTATTCCAGCAAT,Exiting naive pluripotency
SBR-36h:CATTTCATCTATACGG,Epiblast
SBR-36h:TCTACCGAGTCGCCCA,Exiting naive pluripotency
SBR-36h:ACACTGATCTATTGTC,Naive pluripotency
SBR-36h:TCACATTAGGCCTTGC,Epiblast
SBR-36h:GTAATGCAGTGGTTAA,Epiblast
SBR-36h:ACGGTCGCAATAGGAT,Epiblast
SBR-36h:ATTCCTACAGTGCGCT,Epiblast
SBR-36h:CCTTCAGGTAGGCAAC,Epiblast
SBR-36h:CTGTGAATCCAGCAAT,Exiting naive pluripotency
SBR-36h:CTAGACACAGAACTAA,Epiblast
SBR-36h:AGTGACTCAGAGGACT,Epiblast
SBR-36h:GGGATCCTCTTCTCAA,Epiblast
SBR-36h:GGGACAAGTCCAATCA,Epiblast
SBR-36h:GCCCGAAAGTGAACAT,Epiblast
SBR-36h:GTCATGAAGGATATAC,Epiblast
SBR-36h:AAGCATCTCGGTCAGC,Exiting naive pluripotency
SBR-36h:AACCAACAGAGTACCG,Epiblast
SBR-36h:CAATTTCGTGAGCGAT,Epiblast
SBR-36h:CAATACGAGTCCGTCG,Epiblast
SBR-36h:TCGAAGTAGATCGACG,Epiblast
SBR-36h:GGACGTCGTTTATGCG,Epiblast
SBR-36h:CTTGAGATCTGGGCAC,Exiting naive pluripotency
SBR-36h:ATCAGGTTCATTCATC,Epiblast
SBR-36h:GTGCTGGTCTTAGCTT,Epiblast
SBR-36h:CATTCTATCTACACAG,Epiblast
SBR-36h:ATTCCCGTCGTCGCTT,Naive pluripotency
SBR-36h:TCTACCGCAAAGGTTA,Exiting naive pluripotency
SBR-36h:GGGTCTGGTGGAGAAA,Epiblast
SBR-36h:CCTTCAGAGAGAGCGG,Epiblast
SBR-36h:TCTTCCTAGGCACCAA,Epiblast
SBR-36h:TGCATGATCCACGTGG,Epiblast
SBR-36h:TTAGTCTCAAGAGTTA,Epiblast
SBR-36h:GACCGTGAGTAGTCTC,Epiblast
SBR-36h:CCCTCAAGTTAGGGAC,Exiting naive pluripotency
SBR-36h:CACGTGGTCTAAGCGT,Epiblast
SBR-36h:CACTGGGCATCGCTCT,Epiblast
SBR-36h:CAACGATAGGAAGTAG,Exiting naive pluripotency
SBR-36h:TACGGGCTCTTCTGGC,Epiblast
SBR-36h:GTGTAACGTTAAGACA,Epiblast
SBR-36h:TGAGGAGTCAATCAGC,Epiblast
SBR-36h:ACCGTTCAGCAGCGAT,Epiblast
SBR-36h:CTGGTCTTCCGAGAAG,Exiting naive pluripotency
SBR-36h:GTACAGTGTTGTTGAC,Epiblast
SBR-36h:ATGTCTTGTAAGAACT,Epiblast
SBR-36h:TCCTTCTTCACCTGTC,Epiblast
SBR-36h:AACCCAAGTTGGGAAC,Epiblast
SBR-36h:GTGCTTCTCCCATAAG,Epiblast
SBR-36h:TTTAGTCTCATTTACC,Epiblast
SBR-36h:GTCTAGAGTGCTCTTC,Epiblast
SBR-36h:GGGCCATGTTTGGGAG,Epiblast
SBR-36h:TCCTGCAGTTAAAGTG,Epiblast
SBR-36h:GAGGCAATCAGACTGT,Exiting naive pluripotency
SBR-36h:TCATGCCCACCTATCC,Epiblast
SBR-36h:GACCTTCTCATCACAG,Exiting naive pluripotency
SBR-36h:CCCGAAGCAGCGTTTA,Epiblast
SBR-36h:CAACGGCGTTCAGGTT,Epiblast
SBR-36h:TTCCTCTAGGAAAGAC,Epiblast
SBR-36h:ATGAGTCAGGTAAACT,Epiblast
SBR-36h:GTGCAGCAGTATTGCC,Epiblast
SBR-36h:TTGTGTTTCCATTTAC,Epiblast
SBR-36h:GATGGAGCAACTGCCG,Epiblast
SBR-36h:TGAGACTCATTACTCT,Epiblast
SBR-36h:TTCAGGAGTGCAACGA,Exiting naive pluripotency
SBR-36h:ACTATGGAGTGGCCTC,Epiblast
SBR-36h:TGGATGTCATCGTTCC,Exiting naive pluripotency
SBR-36h:ATCCATTGTGGGTATG,Epiblast
SBR-36h:TCATACTCATAGAGGC,Epiblast
SBR-36h:TTCTAGTAGGGTTAGC,Epiblast
SBR-36h:CATTGCCCATACATCG,Epiblast
SBR-36h:CAGGGCTCAACTTGGT,Epiblast
SBR-36h:TTAGTCTTCAAAGAAC,Epiblast
SBR-36h:CGATGCGAGATCACTC,Epiblast
SBR-36h:GGTTAACAGGAAAGAC,Epiblast
SBR-36h:ACATGCAAGAGAGTGA,Epiblast
SBR-36h:GGGATCCCACGACGCT,Exiting naive pluripotency
SBR-36h:CGTGCTTGTGGGCTTC,Epiblast
SBR-36h:TAGGTTGAGTATCCTG,Epiblast
SBR-36h:ATAGACCAGCAGCGAT,Epiblast
SBR-36h:AGCGCCAGTCTAACGT,Epiblast
SBR-36h:GCGTGCACACGGTAGA,Epiblast
SBR-36h:TGGAGAGTCCATGAGT,Epiblast
SBR-36h:GGCGTCAAGGTGCCTC,Epiblast
SBR-36h:CCACCATCACCAGCTG,Naive pluripotency
SBR-36h:ATGCGATTCGACACCG,Epiblast
SBR-36h:ATCTCTATCGGTAGAG,Epiblast
SBR-36h:AGTCACACAGGTGTGA,Epiblast
SBR-36h:TCCTCTTCACGAGAAC,Epiblast
SBR-36h:GGGTATTGTGCCTACG,Exiting naive pluripotency
SBR-36h:AAGCGTTTCACATACG,Epiblast
SBR-36h:CTACCTGAGGCGCTCT,Epiblast
SBR-36h:AGCCAATTCGAGATGG,Epiblast
SBR-36h:AGTAGTCGTTCTGAGT,Epiblast
SBR-36h:CAAAGAAGTGGCTTAT,Epiblast
SBR-36h:GAAGTAAAGTTTCTTC,Epiblast
SBR-36h:TTGTGTTCATGGAAGC,Epiblast
SBR-36h:CGGGACTTCAAGTCTG,Epiblast
SBR-36h:ATTTACCAGTCCGCCA,Epiblast
SBR-36h:GTACAACCAGACCAAG,Epiblast
SBR-36h:ACAGAAACAACCGACC,Epiblast
SBR-36h:GATGGAGTCGACGACC,Epiblast
SBR-36h:TGTTCATCATGCCATA,Epiblast
SBR-36h:TCTGTCGGTTCCTACC,Epiblast
SBR-36h:TGGAGGACATTCAGCA,Naive pluripotency
SBR-36h:TACGGTAAGAGTTGAT,Epiblast
SBR-36h:GCTTGGGCATCCAACA,Epiblast
SBR-36h:CCCAACTCAGTGTACT,Epiblast
SBR-36h:GGAGGATCACTACAGT,Exiting naive pluripotency
SBR-36h:CATGCGGTCTCTAAGG,Epiblast
SBR-36h:CGCGTGACACTAACCA,Epiblast
SBR-36h:GGGCCATGTCGGTACC,Epiblast
SBR-36h:CATTCTAGTATGCGGA,Epiblast
SBR-36h:TAGCACAAGTTTCAGC,Epiblast
SBR-36h:TCGGGTGGTTGTTTGG,Epiblast
SBR-36h:TATCAGGTCGCGTGCA,Exiting naive pluripotency
SBR-36h:GGAGCAAAGTTTCAGC,Epiblast
SBR-36h:TTTCCTCTCCGGTTCT,Epiblast
SBR-36h:ACGGTTACAAGTCGTT,Exiting naive pluripotency
SBR-36h:AGACAAATCTGGAGAG,Epiblast
SBR-36h:ACCACAATCCACAAGT,Epiblast
SBR-36h:TCATTCATCAACGAGG,Epiblast
SBR-36h:GTGCGTGGTACTCCCT,Epiblast
SBR-36h:TGTTCATTCCAAAGGG,Epiblast
SBR-36h:TGGGCTGTCCGAAGGA,Epiblast
SBR-36h:TTGCCTGTCATGCGGC,Epiblast
SBR-36h:TTACGTTCATGTGACT,Epiblast
SBR-36h:CTCCCAATCAGAATAG,Epiblast
SBR-36h:GTGCACGAGGAAGTCC,Exiting naive pluripotency
SBR-36h:TAGTGCATCCTGTTAT,Exiting naive pluripotency
SBR-36h:GTCTCACGTCCTCATC,Epiblast
SBR-36h:TCTTCCTTCGGCAGTC,Epiblast
SBR-36h:TGAGGAGCAGAGTCAG,Epiblast
SBR-36h:TAGGGTTGTCTCTCCA,Epiblast
SBR-36h:AATGACCGTTCAAGTC,Epiblast
SBR-36h:GGGTGTCGTCTCGACG,Epiblast
SBR-36h:AGTGACTTCAACTTTC,Epiblast
SBR-36h:ACGGGTCTCTCACTCG,Exiting naive pluripotency
SBR-36h:GATGAGGTCGCTACGG,Epiblast
SBR-36h:TCTACATAGTCACAGG,Epiblast
SBR-36h:GTTTGGAAGAGGCCAT,Epiblast
SBR-36h:ATTCTACAGACATCAA,Epiblast
SBR-36h:AGTAGCTTCGCATTGA,Epiblast
SBR-36h:CGGTCAGGTGTTCCTC,Epiblast
SBR-36h:GATGATCTCGGAGTGA,Epiblast
SBR-36h:TGGGAGATCTGCACCT,Epiblast
SBR-36h:ATGCATGTCAAACTGC,Naive pluripotency
SBR-36h:GCCATGGAGGCTTAGG,Epiblast
SBR-36h:TCTACCGGTGTACATC,Epiblast
SBR-36h:TCTGTCGTCTGAACGT,Epiblast
SBR-36h:AACAGGGGTTCGCGTG,Exiting naive pluripotency
SBR-36h:TGAGGAGGTAAGGCCA,Epiblast
SBR-36h:GTTGTAGAGTGAGTTA,Epiblast
SBR-36h:CGCCATTGTTTGCAGT,Epiblast
SBR-36h:TTGGTTTAGACATATG,Epiblast
SBR-36h:CTGTACCGTGTATACC,Epiblast
SBR-36h:TGTGATGGTCAGACTT,Epiblast
SBR-36h:CTACGGGTCTAAGCGT,Epiblast
SBR-36h:ATAGGCTCATAGAAAC,Epiblast
SBR-36h:CAGATTGCATGGCACC,Epiblast
SBR-36h:CGGGACTCACATTCTT,Epiblast
SBR-36h:CTCAGGGGTGTCATGT,Epiblast
SBR-36h:CGTCCATGTTGACTAC,Epiblast
SBR-36h:CGGAGAAGTGGATCGA,Epiblast
SBR-36h:CATCCACTCCGTCAAA,Epiblast
SBR-36h:TCAGTGAGTCACAGTT,Epiblast
SBR-36h:GATGATCTCAGACTGT,Exiting naive pluripotency
SBR-36h:CGGAGAAGTAGGTCAG,Epiblast
SBR-36h:AAGCGAGGTTACTCAG,Epiblast
SBR-36h:TCGACGGTCCACGAAT,Epiblast
SBR-36h:CGGGTGTTCATCACCC,Exiting naive pluripotency
SBR-36h:AAACGAAAGTTAACAG,Epiblast
SBR-36h:GGATGTTCAAGAGGCT,Epiblast
SBR-36h:CGAAGTTGTGACGCCT,Epiblast
SBR-36h:ACAACCAAGACTTCAC,Epiblast
SBR-36h:CTGGTCTTCAAGTCGT,Epiblast
SBR-36h:CAGGCCAGTTACCCAA,Exiting naive pluripotency
SBR-36h:AGTTAGCTCCGCAAAT,Epiblast
SBR-36h:GATGCTATCTTCCACG,Epiblast
SBR-36h:TATCTGTTCTAGCATG,Epiblast
SBR-36h:AGTACTGTCCGAGAAG,Epiblast
SBR-36h:AACGGGACACCATATG,Epiblast
SBR-36h:GTGCTTCCACATCATG,Epiblast
SBR-36h:TGATCAGTCTTGGTCC,Epiblast
SBR-36h:TTCCAATGTCGCGTTG,Exiting naive pluripotency
SBR-36h:GTGTTAGAGTCTCTGA,Epiblast
SBR-36h:ACCCTTGTCACCCTTG,Epiblast
SBR-36h:ATTCTTGGTAGTGGCA,Naive pluripotency
SBR-36h:AAGTCGTCAGGTCAAG,Epiblast
SBR-36h:TTCACGCTCTGGCCGA,Epiblast
SBR-36h:TTCACGCCAGAAGTGC,Epiblast
SBR-36h:TCTACCGGTTGAGGAC,Epiblast
SBR-36h:ATTCTTGGTCGTACAT,Epiblast
SBR-36h:AACCCAAAGACATGCG,Epiblast
SBR-36h:AAAGGGCGTAGCACAG,Exiting naive pluripotency
SBR-36h:TGACTCCCATTCGATG,Epiblast
SBR-36h:AGGTCATCAGACCGCT,Epiblast
SBR-36h:ACGATGTAGGACTAAT,Epiblast
SBR-36h:CTGATCCTCTGAGCAT,Epiblast
SBR-36h:TGCGACGGTTTCTATC,Epiblast
SBR-36h:GCACATATCAACGCTA,Epiblast
SBR-36h:ACTTTCACAGCACAAG,Epiblast
SBR-36h:GGAGGTAAGAGAGTGA,Epiblast
SBR-36h:CAATGACAGGAAGAAC,Epiblast
SBR-36h:TCACATTCACAAATGA,Epiblast
SBR-36h:ATCTTCATCATCTACT,Epiblast
SBR-36h:CTAGACATCCTGTAAG,Exiting naive pluripotency
SBR-36h:TACGGTAAGCACCTGC,Epiblast
SBR-36h:CGGAATTTCAGGGATG,Epiblast
SBR-36h:AAGCGAGGTGAGCAGT,Epiblast
SBR-36h:CACTGAAAGACGGTTG,Epiblast
SBR-36h:GGAATGGAGACCCTTA,Epiblast
SBR-36h:GAACACTGTTTCGTTT,Epiblast
SBR-36h:TACCTCGAGGCACTCC,Naive pluripotency
SBR-36h:ATTTCTGTCTCGCCTA,Epiblast
SBR-36h:TCGACCTTCGACGCTG,Epiblast
SBR-36h:CCACAAAAGCTGGCCT,Naive pluripotency
SBR-36h:AGGGTGACATGGCGCT,Epiblast
SBR-36h:TCCCATGAGTAAGACT,Epiblast
SBR-36h:TGTCCTGCACCCTAGG,Epiblast
SBR-36h:CCTGCATGTTAGAGTA,Epiblast
SBR-36h:CTGTATTCACTGGCCA,Epiblast
SBR-36h:TAACACGCACTCCACT,Epiblast
SBR-36h:GAGTTTGTCGACATTG,Exiting naive pluripotency
SBR-36h:ATCCACCAGGGTTGCA,Epiblast
SBR-36h:TGTTCATGTAGCCCTG,Exiting naive pluripotency
SBR-36h:CAAGGGACAGAACTTC,Epiblast
SBR-36h:ATCACTTGTTTGAAAG,Exiting naive pluripotency
SBR-36h:ATACTTCTCTGGGAGA,Epiblast
SBR-36h:GGAATGGGTGGGAGAG,Exiting naive pluripotency
SBR-36h:TCAAGTGGTGGTAATA,Epiblast
SBR-36h:CTACAGATCGCGGTAC,Naive pluripotency
SBR-36h:CAAGACTTCTCAGAAC,Exiting naive pluripotency
SBR-36h:TCGGTCTAGTCCTACA,Epiblast
SBR-36h:TCCATCGTCTGTCCGT,Exiting naive pluripotency
SBR-36h:AGGACGACACCGTCGA,Epiblast
SBR-36h:CTGATCCCATACCAGT,Epiblast
SBR-36h:AAGTTCGCAAGACGGT,Epiblast
SBR-36h:TTCCGTGGTGTGAGCA,Epiblast
SBR-36h:TGGGAAGAGGTCATTC,Epiblast
SBR-36h:GTAGAGGGTATAGGAT,Epiblast
SBR-36h:GCAACATAGCTGACCC,Epiblast
SBR-36h:GTACAGTTCCTTCACG,Epiblast
SBR-36h:ATCACGATCGACATAC,Epiblast
SBR-36h:AGGAAATTCTGTCTCG,Epiblast
SBR-36h:AGAAATGTCTGTGCGG,Epiblast
SBR-36h:GCTACCTAGTTCAACC,Epiblast
SBR-36h:ACCCTTGAGATAGCTA,Epiblast
SBR-36h:AGCTCAACATGCCGAC,Epiblast
SBR-36h:GAAGTAATCACGAGGA,Epiblast
SBR-36h:TCAATTCCAAAGGGTC,Epiblast
SBR-36h:GGATGTTGTGCCCGTA,Epiblast
SBR-36h:TTCTTCCTCTCTTAAC,Epiblast
SBR-36h:TCGAACATCGCGCCAA,Epiblast
SBR-36h:ATCCATTAGGGATCAC,Epiblast
SBR-36h:TTACGCCGTGTCTCCT,Exiting naive pluripotency
SBR-36h:AGTGACTGTGGACAGT,Epiblast
SBR-36h:AACAGGGGTGCATGAG,Epiblast
SBR-36h:GCAGGCTAGCGTGCCT,Epiblast
SBR-36h:CTGGTCTTCGGAGATG,Epiblast
SBR-36h:ATGAAAGCATCTAACG,Epiblast
SBR-36h:ATTTCACGTGATGAAT,Epiblast
SBR-36h:ACTATTCGTATCATGC,Epiblast
SBR-36h:TCCGGGATCGGAGTGA,Epiblast
SBR-36h:CGTAATGAGGGTTGCA,Epiblast
SBR-36h:ATTCTACGTTGTGCCG,Epiblast
SBR-36h:ATCTCTACACCGTGGT,Epiblast
SBR-36h:TGTTGAGCAGTCCGTG,Epiblast
SBR-36h:CAATGACAGATAGCTA,Epiblast
SBR-36h:ACCCAAAGTTAGAGTA,Epiblast
SBR-36h:CTTCGGTCATGGATCT,Epiblast
SBR-36h:CCCTGATGTGATTCTG,Epiblast
SBR-36h:AGTCAACCAGTTTCGA,Epiblast
SBR-36h:AACGTCACATCAGTCA,Epiblast
SBR-36h:TTTATGCAGTCCTGCG,Epiblast
SBR-36h:ATCGTGAGTCGTACAT,Epiblast
SBR-36h:AGGGCCTGTGGAACCA,Epiblast
SBR-36h:GAAGGACTCTGGGATT,Epiblast
SBR-36h:CGGCAGTCAAGGCGTA,Epiblast
SBR-36h:ACGGTTAGTGTTGAGG,Epiblast
SBR-36h:ACAGCCGTCGACGCGT,Naive pluripotency
SBR-36h:TGGGTTATCATGAGAA,Epiblast
SBR-36h:AGTACCATCACGAACT,Epiblast
SBR-36h:TTACAGGGTTATTCCT,Epiblast
SBR-36h:GGAATCTTCAGGACAG,Epiblast
SBR-36h:CTCCTTTCAGGAAGTC,Epiblast
SBR-36h:AGGTTACGTTGGGACA,Epiblast
SBR-36h:CATCCACCAAGTTCGT,Epiblast
SBR-36h:AGGAAATGTACCTTCC,Epiblast
SBR-36h:ACACCAATCGTGGAAG,Epiblast
SBR-36h:CGAATTGTCTAGTTCT,Epiblast
SBR-36h:CACCGTTCATACCGTA,Epiblast
SBR-36h:ACGGGTCCATCCGTTC,Epiblast
SBR-36h:GTGGAGACAGCGCGTT,Epiblast
SBR-36h:GGGTAGAGTGAAGCGT,Epiblast
SBR-36h:TGCCGAGGTCCTCCTA,Epiblast
SBR-36h:CCTTCAGAGCCAGACA,Epiblast
SBR-36h:AACAGGGAGTGCTCAT,Epiblast
SBR-36h:TTTCATGAGGCTGTAG,Epiblast
SBR-36h:GCAGCTGTCTTAGTTC,Epiblast
SBR-36h:ACGGTTATCCTCGATC,Epiblast
SBR-36h:AGCGATTCAATAACGA,Exiting naive pluripotency
SBR-36h:CGAGGAATCGAGCCAC,Epiblast
SBR-36h:GTAACACCATGTTCAG,Epiblast
SBR-36h:TTGTTGTTCGGACTTA,Epiblast
SBR-36h:TCCTTCTAGGTCTGGA,Epiblast
SBR-36h:TGGGAGATCTCTTAAC,Epiblast
SBR-36h:CTGAATGTCTCAGAAC,Epiblast
SBR-36h:CGAGGCTAGGGATCAC,Epiblast
SBR-36h:TACACCCCATAGGTTC,Epiblast
SBR-36h:GAGTCATGTGCATTAC,Epiblast
SBR-36h:GTGTGGCCAAAGGCGT,Epiblast
SBR-36h:CCCATTGTCGTTACCC,Epiblast
SBR-36h:AGCGCTGGTAGGCTCC,Epiblast
SBR-36h:TGTACAGTCTTCCTAA,Naive pluripotency
SBR-36h:CCTCTCCCATACCAGT,Epiblast
SBR-36h:TACTTACGTTGTCCCT,Epiblast
SBR-36h:TCGATTTAGAGGTTAT,Epiblast
SBR-36h:TCGATTTCAACGGGTA,Epiblast
SBR-36h:AACACACCAAGCAGGT,Epiblast
SBR-36h:GAAATGACAGAATTCC,Epiblast
SBR-36h:ACTCTCGAGGTTATAG,Epiblast
SBR-36h:TGCAGATAGCACCTGC,Exiting naive pluripotency
SBR-36h:CGCATAAAGTGCAGGT,Epiblast
SBR-36h:ATCCGTCCACTCTAGA,Epiblast
SBR-36h:AGTGACTTCAGCTCTC,Epiblast
SBR-36h:ACGCACGAGTGGATAT,Epiblast
SBR-36h:CTATCTAGTCACCGCA,Epiblast
SBR-36h:TGGATCACACGCGGTT,Epiblast
SBR-36h:GTCTCACCAACAGTGG,Epiblast
SBR-36h:TTCCTAAGTCATCGCG,Exiting naive pluripotency
SBR-36h:TCATTACGTGAAGCTG,Epiblast
SBR-36h:TCTCAGCGTGGTGATG,Epiblast
SBR-36h:TTACGTTAGCACTTTG,Epiblast
SBR-36h:CTTCCTTTCTCTCAAT,Epiblast
SBR-36h:GAGTCATGTTAGGGTG,Epiblast
SBR-36h:CGGCAGTCACCGCTGA,Epiblast
SBR-36h:ATGCGATCATGACCCG,Epiblast
SBR-36h:GCTGGGTTCAAGGCTT,Epiblast
SBR-36h:GGAAGTGAGGGTCAAC,Epiblast
SBR-36h:AGTACTGAGTCATAGA,Exiting naive pluripotency
SBR-36h:AGGGTTTAGTGGTGGT,Exiting naive pluripotency
SBR-36h:GACCCTTTCGTCGCTT,Epiblast
SBR-36h:TCATGCCTCCCTTGTG,Epiblast
SBR-36h:CAGCGTGCAGTTGAAA,Exiting naive pluripotency
SBR-36h:TGGGATTGTCGTTGGC,Epiblast
SBR-36h:AGAGCAGAGATAGTCA,Epiblast
SBR-36h:GCACGTGGTGTCATGT,Epiblast
SBR-36h:TTCCTTCGTTATGTCG,Epiblast
SBR-36h:TGTGAGTAGTACAACA,Epiblast
SBR-36h:GTTGCGGGTTAGGCTT,Epiblast
SBR-36h:TCTTGCGTCTTAGGAC,Epiblast
SBR-36h:AATGGAACAGCATACT,Epiblast
SBR-36h:TTTACTGCACAGAGCA,Epiblast
SBR-36h:TCTGGCTTCACGGAGA,Epiblast
SBR-36h:GTGCAGCTCAAGCTTG,Epiblast
SBR-36h:AACTTCTCACGTATAC,Epiblast
SBR-36h:CTGTGGGTCAATCTTC,Exiting naive pluripotency
SBR-36h:GTGGTTAAGGTAGTCG,Epiblast
SBR-36h:CCGTGAGGTCAATCTG,Epiblast
SBR-36h:TCGACCTTCCGTGCGA,Epiblast
SBR-36h:GAATAGAAGGATTACA,Epiblast
SBR-36h:GACGCTGTCAACTGGT,Epiblast
SBR-36h:GTTGTAGAGAGAAGGT,Epiblast
SBR-36h:CGGGTCATCTCTTCAA,Epiblast
SBR-36h:CTTTCAATCACTGTTT,Epiblast
SBR-36h:TTGCTGCGTCAAGCCC,Epiblast
SBR-36h:GGTGATTCACCTATCC,Epiblast
SBR-36h:TCGTCCACACATCATG,Epiblast
SBR-36h:ATGGGTTCAGAGCCCT,Epiblast
SBR-36h:AATCGTGGTTAGAAAC,Epiblast
SBR-36h:TCAGCAACACACACTA,Epiblast
SBR-36h:TGTTTGTCAAAGCAAT,Epiblast
SBR-36h:ACACAGTTCGACATCA,Epiblast
SBR-36h:CTCAGTCTCGATCCAA,Epiblast
SBR-36h:GATCACAAGACGAGCT,Epiblast
SBR-36h:CTGCCTAGTAGGTAGC,Epiblast
SBR-36h:AGTGTTGAGACCCGCT,Epiblast
SBR-36h:CCGTTCAAGAGCAGCT,Epiblast
SBR-36h:TTTGTTGGTTGCTAGT,Epiblast
SBR-36h:ACAACCAGTAAGGCTG,Exiting naive pluripotency
SBR-36h:AGGCCACCAGAACCGA,Epiblast
SBR-36h:CTACTATCACTGAGGA,Epiblast
SBR-36h:GGTGAAGCAAATGGTA,Exiting naive pluripotency
SBR-36h:TGTCCCACACTGGATT,Epiblast
SBR-36h:CCTTTGGCAGACGGAT,Epiblast
SBR-36h:TGTGATGGTGGACAGT,Epiblast
SBR-36h:TCGATTTTCGCAGTTA,Epiblast
SBR-36h:ATGGGTTTCACTGGGC,Epiblast
SBR-36h:TTGTGGAGTGGCTTGC,Exiting naive pluripotency
SBR-36h:AAGATAGTCGTCGACG,Epiblast
SBR-36h:ACAAGCTGTCGCACAC,Epiblast
SBR-36h:TCGTCCATCGAGAAGC,Epiblast
SBR-36h:GGGTATTCAATGTCTG,Epiblast
SBR-36h:AGAGCCCCAAAGTGTA,Epiblast
SBR-36h:TTATTGCAGGTCATTC,Epiblast
SBR-36h:TCAAGTGTCACCATAG,Epiblast
SBR-36h:TGGGCTGGTGGCAGAT,Epiblast
SBR-36h:ACAGGGAAGGGATCGT,Epiblast
SBR-36h:GTAATCGCAGATCCAT,Epiblast
SBR-36h:TGAACGTTCGGCTGAC,Epiblast
SBR-36h:CGAGTTAGTAGACACG,Epiblast
SBR-36h:TCTATCAAGCTCGGCT,Epiblast
SBR-36h:ATCCATTCAGACCAAG,Epiblast
SBR-36h:TGGGAGACAGACTGCC,Epiblast
SBR-36h:CAGAGCCCAGTTCTAG,Exiting naive pluripotency
SBR-36h:CTATCCGAGTCCTGTA,Epiblast
SBR-36h:CCAATGACAGGTTTAC,Epiblast
SBR-36h:AGTCATGGTTTGCAGT,Epiblast
SBR-36h:CTACAGAGTTCTATCT,Epiblast
SBR-36h:AATAGAGTCCCTCGAT,Epiblast
SBR-36h:TCCTCGAGTCCAGGTC,Epiblast
SBR-36h:CTACCTGCATGGAAGC,Epiblast
SBR-36h:ACGTCCTTCTGTCGCT,Epiblast
SBR-36h:TTGTTTGCAATCGTCA,Epiblast
SBR-36h:GTGTGATGTAGTCTTG,Epiblast
SBR-36h:TACAGGTGTCACTCGG,Epiblast
SBR-36h:CAAGGGATCGGTCGGT,Epiblast
SBR-36h:AGTCTCCGTCTACAGT,Epiblast
SBR-36h:TCATTACTCGGAGTGA,Epiblast
SBR-36h:AAATGGAAGCGCGTTC,Exiting naive pluripotency
SBR-36h:GAGATGGTCCTACAAG,Epiblast
SBR-36h:TGAGGGACACGTCATA,Epiblast
SBR-36h:CTAAGTGTCTCACTCG,Epiblast
SBR-36h:TTTACCACAATACGCT,Exiting naive pluripotency
SBR-36h:GATGGAGCACGTAGTT,Epiblast
SBR-36h:TCCTTCTGTAGTCACT,Epiblast
SBR-36h:GTTTGGAGTGAGTTGG,Epiblast
SBR-36h:GTCTAGACAGGATCTT,Epiblast
SBR-36h:ATATCCTAGAGATGCC,Epiblast
SBR-36h:AGGTTGTCAGGTGGAT,Epiblast
SBR-36h:TGAATGCTCCCGATCT,Epiblast
SBR-36h:CGTTAGACATAATCCG,Epiblast
SBR-36h:GAATCGTGTGCGAGTA,Epiblast
SBR-36h:ATGCCTCGTCGTTGCG,Epiblast
SBR-36h:CGGGTGTCATCGAGCC,Epiblast
SBR-36h:ACACGCGTCTTAGTTC,Epiblast
SBR-36h:GTAACACCAAACTAGA,Epiblast
SBR-36h:CCCAACTAGAAGAGCA,Epiblast
SBR-36h:GATTCGATCTTACACT,Epiblast
SBR-36h:AAAGGATTCGCTTGCT,Epiblast
SBR-36h:AGTTCGATCATTTGCT,Epiblast
SBR-36h:GTGTAACGTAAGTTGA,Epiblast
SBR-36h:TGTTTGTGTGAGACCA,Epiblast
SBR-36h:CCTTGTGCACTTGAGT,Exiting naive pluripotency
SBR-36h:GGTAACTGTGTCCATA,Epiblast
SBR-36h:AGGCCACTCTTGGTCC,Epiblast
SBR-36h:CGCCATTCATGCCGCA,Epiblast
SBR-36h:TGCTCGTAGTATGAAC,Epiblast
SBR-36h:ACACAGTCAAATACGA,Epiblast
SBR-36h:TGAGCATGTTGCAAGG,Epiblast
SBR-36h:TGAGACTAGGTATTGA,Epiblast
SBR-36h:CCGATGGCAACAAAGT,Epiblast
SBR-36h:GGTGTTAAGCCAGTAG,Naive pluripotency
SBR-36h:GGTAATCAGCGTATAA,Epiblast
SBR-36h:GCACGGTAGAGCATTA,Epiblast
SBR-36h:CTCCAACGTGACACGA,Epiblast
SBR-36h:TTTAGTCGTCGCAGTC,Epiblast
SBR-36h:GGAATGGCACGACGAA,Naive pluripotency
SBR-36h:TGCTTGCGTCTACGAT,Exiting naive pluripotency
SBR-36h:TGCAGTAAGAGAGCAA,Epiblast
SBR-36h:ACTATGGAGCACTGGA,Exiting naive pluripotency
SBR-36h:GTTCGCTGTACAGTAA,Epiblast
SBR-36h:AGTCACAAGTCGGGAT,Epiblast
SBR-36h:CTTTCAACACTGAGTT,Epiblast
SBR-36h:ACAGCCGTCGCCCAGA,Epiblast
SBR-36h:GCAGTTATCGACGCTG,Exiting naive pluripotency
SBR-36h:TCAATTCAGCGCCTTG,Epiblast
SBR-36h:TCCTCGACAAGGTCAG,Epiblast
SBR-36h:TCACTCGAGGGAGAAT,Exiting naive pluripotency
SBR-36h:TACAACGGTGGACTGA,Exiting naive pluripotency
SBR-36h:GGACGTCGTCTGATAC,Epiblast
SBR-36h:GATGCTATCTTTGATC,Epiblast
SBR-36h:CAACGGCCATAGGCGA,Epiblast
SBR-36h:CTCAATTCAGCTGTGC,Epiblast
SBR-36h:GACGTTATCTTGGGCG,Epiblast
SBR-36h:GCTTGGGGTGCATACT,Epiblast
SBR-36h:TCATCATCAAACCATC,Naive pluripotency
SBR-36h:GTAGGAGTCGCTTGAA,Epiblast
SBR-36h:ACGGTCGTCCCAGCGA,Epiblast
SBR-36h:TGGTTAGAGAGTAACT,Epiblast
SBR-36h:TCGGATAGTCTTGTCC,Epiblast
SBR-36h:CTTCGGTTCAAGGCTT,Epiblast
SBR-36h:CTCAATTAGCCACTCG,Epiblast
SBR-36h:CTCCTTTTCAGAATAG,Exiting naive pluripotency
SBR-36h:AAAGGGCGTCCGCAGT,Epiblast
SBR-36h:TCAAGTGTCGTCTCAC,Epiblast
SBR-36h:TGCATGACAGAGTCTT,Epiblast
SBR-36h:TTCTCTCGTCTGTCAA,Epiblast
SBR-36h:TTCCTTCGTTACTCAG,Epiblast
SBR-36h:GACACGCCACCGTACG,Epiblast
SBR-36h:GATCAGTGTAGCACGA,Epiblast
SBR-36h:GAGGGTAGTAGTACGG,Exiting naive pluripotency
SBR-36h:CATCCACGTGAGTAAT,Epiblast
SBR-36h:TGTTCATTCGGATACT,Exiting naive pluripotency
SBR-36h:GTGTTAGCATGTAACC,Epiblast
SBR-36h:AAGAACAAGCGACATG,Exiting naive pluripotency
SBR-36h:GCTTCACGTAAGTCAA,Epiblast
SBR-36h:GACACGCCAGCGTTGC,Epiblast
SBR-36h:CATTCATAGCGTCAAG,Epiblast
SBR-36h:GTGGTTAAGCAGTCTT,Epiblast
SBR-36h:ATTTCACGTACGTGTT,Epiblast
SBR-36h:GACCGTGGTGACGCCT,Epiblast
SBR-36h:GTTGTCCTCTCTCGCA,Epiblast
SBR-36h:AATGAAGGTGACTGAG,Epiblast
SBR-36h:TAACCAGGTTTCCCAC,Epiblast
SBR-36h:CAGATCATCACCTCTG,Epiblast
SBR-36h:TGCAGATAGTGTTGTC,Epiblast
SBR-36h:GTGGAGAGTCAACGCC,Epiblast
SBR-36h:AGTCAACAGAGCATAT,Epiblast
SBR-36h:CTCACTGTCCAGCACG,Epiblast
SBR-36h:TTGCTGCAGATGCTAA,Naive pluripotency
SBR-36h:AAAGGTACACTACCCT,Epiblast
SBR-36h:GTCGTAAAGGTAAGTT,Epiblast
SBR-36h:CTAGACAAGAGCCGTA,Epiblast
SBR-36h:CGTTCTGTCTTACGTT,Epiblast
SBR-36h:TACTTGTAGGACGCAT,Epiblast
SBR-36h:CCGGACATCCATTTAC,Epiblast
SBR-36h:TAACACGAGTCATTGC,Epiblast
SBR-36h:AAGTACCGTATTCCGA,Epiblast
SBR-36h:GTGCACGGTTATAGAG,Epiblast
SBR-36h:TTTCAGTCAAACAGGC,Epiblast
SBR-36h:CGAGTTAAGAGGCTGT,Exiting naive pluripotency
SBR-36h:GCGTGCACACTACAGT,Epiblast
SBR-36h:TATTGCTTCCTGGTCT,Epiblast
SBR-36h:CGCATAACACTGAGGA,Epiblast
SBR-36h:CCTCTCCGTGCTGTCG,Epiblast
SBR-36h:TACTTGTTCGCGTTTC,Epiblast
SBR-36h:CATGAGTGTCTGCCTT,Epiblast
SBR-36h:AACCTTTAGCATGCAG,Epiblast
SBR-36h:AATTCCTCATACGCAT,Epiblast
SBR-36h:GCATGATTCGTAACTG,Epiblast
SBR-36h:CAGGGCTAGTGAGCCA,Epiblast
SBR-36h:TCGCTCAAGCTTCTAG,Epiblast
SBR-36h:ATCACAGTCGTTGTGA,Epiblast
SBR-36h:GTACAGTGTTCGTACA,Naive pluripotency
SBR-36h:TTCAATCGTGGTACAG,Epiblast
SBR-36h:TGTGATGTCGTAGGAG,Epiblast
SBR-36h:TTACCATTCCGACATA,Epiblast
SBR-36h:GGAATCTCATCGCTGG,Epiblast
SBR-36h:TGGAGGACATCTCCCA,Epiblast
SBR-36h:CCTCTCCAGCATAGGC,Epiblast
SBR-36h:TCATGCCCAATAGGGC,Epiblast
SBR-36h:TGTTTGTTCTTGGTGA,Epiblast
SBR-36h:ACGTTCCGTCATATGC,Naive pluripotency
SBR-36h:CGAGAAGTCCCGTGTT,Epiblast
SBR-36h:TCGACGGAGGCTGTAG,Epiblast
SBR-36h:TGCTTCGGTAAGACCG,Epiblast
SBR-36h:TCAGCCTAGAAGGGAT,Epiblast
SBR-36h:GAGTCATAGTAACGAT,Epiblast
SBR-36h:TAGGTTGAGGGAGGTG,Epiblast
SBR-36h:TTCCTAATCCCGAGTG,Epiblast
SBR-36h:TGAGTCAGTCTTCTAT,Epiblast
SBR-36h:GATCACAAGACCATTC,Exiting naive pluripotency
SBR-36h:TGTTGAGTCGAGGCAA,Epiblast
SBR-36h:CACGAATTCCGACGGT,Epiblast
SBR-36h:AACCTGAGTCTCACAA,Epiblast
SBR-36h:CATGGTAAGCAGTACG,Epiblast
SBR-36h:AAGTCGTGTGCCTGCA,Epiblast
SBR-36h:GGGTTTAGTTCGAGCC,Epiblast
SBR-36h:GTGCGTGTCGATGCAT,Epiblast
SBR-36h:ACGGAAGGTGTTGACT,Epiblast
SBR-36h:AAGTCGTAGCATTTGC,Epiblast
SBR-36h:TAAGCGTGTCTTCTAT,Epiblast
SBR-36h:TTGGGCGTCACTGTCC,Exiting naive pluripotency
SBR-36h:CCGGTGAGTATGTCAC,Epiblast
SBR-36h:AGTGACTGTCCTTAAG,Naive pluripotency
SBR-36h:CGAGAAGCAGTGCGCT,Epiblast
SBR-36h:ATCACAGCAAGCAGGT,Epiblast
SBR-36h:TCGTAGACAGCACAAG,Epiblast
SBR-36h:CAGGTATGTGGACCTC,Epiblast
SBR-36h:ATTGTTCGTCGACTGC,Epiblast
SBR-36h:TTCAATCAGAAGAACG,Epiblast
SBR-36h:CGGGTGTGTAATGATG,Epiblast
SBR-36h:AGGCTGCTCCGTGTCT,Naive pluripotency
SBR-36h:CCGAACGAGAACTTCC,Exiting naive pluripotency
SBR-36h:GGATGTTTCACCCTTG,Epiblast
SBR-36h:TCTAACTCAAGAATGT,Epiblast
SBR-36h:CATCGTCAGAGGTTTA,Epiblast
SBR-36h:GTGTTCCGTCCAGAAG,Epiblast
SBR-36h:CAGTTAGGTCGTACAT,Epiblast
SBR-36h:GAGGCCTCATTGCTGA,Epiblast
SBR-36h:CTCCACAAGGGAGAAT,Epiblast
SBR-36h:TAACCAGTCAGAACCT,Epiblast
SBR-36h:TACTTACTCCCTTCCC,Epiblast
SBR-36h:GGTTAACTCGTGCGAC,Epiblast
SBR-36h:GGGTAGACACGTTGGC,Epiblast
SBR-36h:GGATCTAAGACTAGAT,Epiblast
SBR-36h:TTTACTGTCACACCCT,Epiblast
SBR-36h:ATCTTCACAACTCATG,Exiting naive pluripotency
SBR-36h:CACAACAAGCCACAAG,Epiblast
SBR-36h:AGTAGTCTCGGTAGAG,Epiblast
SBR-36h:TCCAGAAAGCAGTACG,Epiblast
SBR-36h:TTGATGGCATCGTTCC,Epiblast
SBR-36h:CTGGACGGTACAGTAA,Epiblast
SBR-36h:TTGGTTTGTGATTGGG,Epiblast
SBR-36h:GTAGGAGAGCTACAAA,Epiblast
SBR-36h:CACACAATCCGTGGCA,Epiblast
SBR-36h:TTGAACGCACAGTCGC,Epiblast
SBR-36h:CATCAAGGTTCTTCAT,Epiblast
SBR-36h:AATCGACTCCGGCTTT,Epiblast
SBR-36h:GATTGGTAGGTAAGAG,Epiblast
SBR-36h:CATCCGTCATCCGCGA,Epiblast
SBR-36h:CAACCTCAGTGACCTT,Naive pluripotency
SBR-36h:TGCGGGTTCTGGGCAC,Epiblast
SBR-36h:CAGCAGCAGCTGGAGT,Exiting naive pluripotency
SBR-36h:AGGTCTAAGAAGTCAT,Epiblast
SBR-36h:TGCGGCAGTTTAGACC,Epiblast
SBR-36h:ACGTACACATGACTCA,Epiblast
SBR-36h:CTTTCAATCCTCACCA,Epiblast
SBR-36h:CGTAGTATCGCTATTT,Exiting naive pluripotency
SBR-36h:TGCCGAGTCGACGTCG,Epiblast
SBR-36h:TACGCTCAGGCGAACT,Epiblast
SBR-36h:CAGTTCCGTCTATGAC,Epiblast
SBR-36h:CTTTCGGAGTTGGAGC,Epiblast
SBR-36h:GGTGTCGAGCTGTACT,Epiblast
SBR-36h:AAAGGGCTCATTGCTT,Epiblast
SBR-36h:TCTATACGTGTTACAC,Epiblast
SBR-36h:TGCGATAGTGTCCCTT,Epiblast
SBR-36h:TAAGCACCAGACCATT,Epiblast
SBR-36h:TGAGCGCAGGATTACA,Exiting naive pluripotency
SBR-36h:CGGGACTTCTCGCTTG,Epiblast
SBR-36h:TTGTTTGGTTGTACGT,Exiting naive pluripotency
SBR-36h:TCTTCCTCAAGAGTGC,Epiblast
SBR-36h:CGCATGGCACATAGCT,Epiblast
SBR-36h:CTTTCAAGTCATCGGC,Epiblast
SBR-36h:TCCGGGACACAAATAG,Epiblast
SBR-36h:TGCACGGTCGGACGTC,Epiblast
SBR-36h:GTAGGTTTCTACACAG,Epiblast
SBR-36h:GGTGATTAGTTTGCTG,Epiblast
SBR-36h:CCTCACAGTTCTAAGC,Epiblast
SBR-36h:CTGATCCCAAGATGTA,Epiblast
SBR-36h:GCTTTCGCAACACGTT,Epiblast
SBR-36h:TATCCTAGTACGATCT,Epiblast
SBR-36h:GTTGTGACACATCATG,Exiting naive pluripotency
SBR-36h:ATACTTCCAATCGAAA,Exiting naive pluripotency
SBR-36h:TGCGGCACAAGGTACG,Epiblast
SBR-36h:AGGGTTTCATGGTACT,Epiblast
SBR-36h:AGTTCGACACTCCGGA,Epiblast
SBR-36h:CCCTGATGTTGATGTC,Epiblast
SBR-36h:ATGTCTTTCACCTGGG,Epiblast
SBR-36h:AGAGCCCGTGAGGCAT,Epiblast
SBR-36h:CAATGACAGTGGCCTC,Epiblast
SBR-36h:TAAGTCGCAGCGCGTT,Epiblast
SBR-36h:CCCGAAGAGGGTAGCT,Epiblast
SBR-36h:TTAGTCTCATTCTCTA,Epiblast
SBR-36h:TCTATACGTTCTTAGG,Epiblast
SBR-36h:CGCCATTAGTATGAAC,Epiblast
SBR-36h:ATGTCCCCAGCCCACA,Epiblast
SBR-36h:CTTCTCTGTTGCTCAA,Epiblast
SBR-36h:TGCTCCAAGGTAGATT,Epiblast
SBR-36h:TCTGTCGTCACAGTGT,Epiblast
SBR-36h:TCTGTCGCACATATGC,Epiblast
SBR-36h:ATGAAAGGTTACGATC,Epiblast
SBR-36h:TAGCACAGTTGCGAAG,Epiblast
SBR-36h:AGTTCGAAGGTAGATT,Epiblast
SBR-36h:CTCCCTCGTAGTGCGA,Epiblast
SBR-36h:GATGGAGGTAACCCTA,Epiblast
SBR-36h:GTAGCTAGTGCACAAG,Epiblast
SBR-36h:CAGGTATTCGAAGCCC,Epiblast
SBR-36h:GAGTGAGCAGTCACGC,Epiblast
SBR-36h:GATTCTTCACTGAGGA,Epiblast
SBR-36h:ACCTGAAGTCCGCAGT,Epiblast
SBR-36h:TGGCGTGAGATCCCGC,Exiting naive pluripotency
SBR-36h:GATTCTTCACGACTAT,Epiblast
SBR-36h:GAGACTTAGGAGAGGC,Epiblast
SBR-36h:AGTACTGCATATGGCT,Epiblast
SBR-36h:CTGATCCAGTCAGAGC,Epiblast
SBR-36h:AGGATAATCGCCCAGA,Epiblast
SBR-36h:CGCAGGTGTCATCACA,Epiblast
SBR-36h:TCCAGAAAGAAGGTAG,Epiblast
SBR-36h:GCGGATCTCCTGTAAG,Epiblast
SBR-36h:TCTACCGGTCACCGCA,Epiblast
SBR-36h:GAAGTAAGTAGGTCAG,Exiting naive pluripotency
SBR-36h:AAGCGAGCACTGGCCA,Epiblast
SBR-36h:AGAAGTAGTGTAGTGG,Epiblast
SBR-36h:TGGGCGTGTCAGGTAG,Epiblast
SBR-36h:TCCACGTTCGGAGTAG,Epiblast
SBR-36h:TCCACCACAGCGGATA,Epiblast
SBR-36h:TATCTGTCACAGTACT,Epiblast
SBR-36h:CACGAATAGCGACCCT,Exiting naive pluripotency
SBR-36h:CACCGTTGTGGCGTAA,Epiblast
SBR-36h:CCACCATCACAGTCAT,Epiblast
SBR-36h:CAATACGCATAATCCG,Epiblast
SBR-36h:CGAGAAGCAACACTAC,Epiblast
SBR-36h:TGTCCTGAGTGTTGAA,Epiblast
SBR-36h:TTCCTTCTCTTGTGCC,Epiblast
SBR-36h:GCTTTCGAGAGCCTGA,Epiblast
SBR-36h:GTGGCGTGTGAGTTTC,Epiblast
SBR-36h:TTCGCTGCATCCCACT,Epiblast
SBR-36h:GTAGGTTCACCGAATT,Epiblast
SBR-36h:TTCTTGATCCCTCGTA,Epiblast
SBR-36h:AGGACTTCAAGCGAAC,Epiblast
SBR-36h:GGTTAACAGCACCAGA,Exiting naive pluripotency
SBR-36h:GTCAAGTGTGCTATTG,Epiblast
SBR-36h:TGTTCTAGTGACGCCT,Epiblast
SBR-36h:GTCATTTGTAGGCAAC,Epiblast
SBR-36h:CTGTATTGTCGGCTAC,Epiblast
SBR-36h:ATGGGAGTCCAGTGCG,Epiblast
SBR-36h:ACATGCACAGTAGAGC,Epiblast
SBR-36h:TCAGCCTTCCATCAGA,Epiblast
SBR-36h:TTACGTTGTTCGTGCG,Epiblast
SBR-36h:CCATAAGTCCACCCTA,Epiblast
SBR-36h:CGAGAAGTCTTAAGGC,Epiblast
SBR-36h:TGGTGATCACCCAAGC,Epiblast
SBR-36h:TCATACTCAGATCACT,Epiblast
SBR-36h:GCTGAATTCCGTCAAA,Epiblast
SBR-36h:GAGGGATGTCGAGCAA,Epiblast
SBR-36h:CCGTAGGCAAGCGAAC,Epiblast
SBR-36h:TTCCTTCCAAAGCTAA,Epiblast
SBR-36h:GATTCTTCATCCGAAT,Epiblast
SBR-36h:AGGGTCCCAGGGATAC,Epiblast
SBR-36h:CAAAGAATCGCCACTT,Epiblast
SBR-36h:CGATGCGAGTATTCCG,Epiblast
SBR-36h:AGCCACGGTGGAGAAA,Epiblast
SBR-36h:CACTGGGGTTCAGGTT,Epiblast
SBR-36h:ACTTTGTCATTGAGCT,Epiblast
SBR-36h:CGTAGTATCCGTGTGG,Epiblast
SBR-36h:GTTACGAGTCTTTCAT,Epiblast
SBR-36h:CACTAAGAGCCGTTGC,Epiblast
SBR-36h:AGAGAATTCTACTCAT,Epiblast
SBR-36h:TGGTTAGGTCCTGAAT,Epiblast
SBR-36h:TTGTGGAAGTAAAGCT,Epiblast
SBR-36h:GACCAATGTGTCTTCC,Epiblast
SBR-36h:GGCTTTCGTATGGAAT,Epiblast
SBR-36h:TTCATTGTCAGCCTTC,Epiblast
SBR-36h:CTGCCTAGTATGTCAC,Naive pluripotency
SBR-36h:GCAGCCAGTCTGTGTA,Epiblast
SBR-36h:GTAATGCTCATGAGGG,Epiblast
SBR-36h:GTAACCAAGAATAACC,Naive pluripotency
SBR-36h:TGTGAGTCATATACCG,Epiblast
SBR-36h:AATCGACTCGGTCTAA,Epiblast
SBR-36h:AACAACCGTTACGGAG,Naive pluripotency
SBR-36h:CATGCGGGTAACTGCT,Epiblast
SBR-36h:ACTCTCGTCGGCTGAC,Epiblast
SBR-36h:AATCACGCACTACTTT,Epiblast
SBR-36h:TGCGACGAGCGTGAAC,Epiblast
SBR-36h:CCACCATAGCTAATCC,Epiblast
SBR-36h:GTATTGGGTCTTGAGT,Epiblast
SBR-36h:CCCAACTTCCGAGGCT,Epiblast
SBR-36h:TCATCATAGAGCCTGA,Exiting naive pluripotency
SBR-36h:AAGTGAACAGCCTACG,Epiblast
SBR-36h:CTGGTCTTCTTTGGAG,Epiblast
SBR-36h:AAACCCATCCTATGGA,Epiblast
SBR-36h:ATATCCTAGGAACGCT,Epiblast
SBR-36h:GAGTTGTAGGTGAGAA,Epiblast
SBR-36h:GCAACATGTTTAGTCG,Epiblast
SBR-36h:GTCTACCAGGTTTACC,Epiblast
SBR-36h:CTTCTAAAGTTAACAG,Epiblast
SBR-36h:AACCTTTGTACACTCA,Exiting naive pluripotency
SBR-36h:TTGCTGCCACACCGAC,Epiblast
SBR-36h:ATTTCACAGGCATGGT,Epiblast
SBR-36h:TTACCGCGTATGAAAC,Epiblast
SBR-36h:ACGTAGTGTCGTATTG,Epiblast
SBR-36h:CGAGGCTCAGTTACCA,Epiblast
SBR-36h:ACCTGTCAGGAAGTCC,Epiblast
SBR-36h:TACTTGTGTGTTAACC,Epiblast
SBR-36h:GCACATAAGGTACATA,Exiting naive pluripotency
SBR-36h:AGGTGTTGTCTCGACG,Epiblast
SBR-36h:ACTTCCGCAATCGCCG,Exiting naive pluripotency
SBR-36h:TGACCCTAGTAAGCAT,Epiblast
SBR-36h:TGGGAAGCAACCCTAA,Epiblast
SBR-36h:GATCATGAGCATGCGA,Epiblast
SBR-36h:CTCCAACCAATAAGGT,Epiblast
SBR-36h:GGTTCTCGTCCCGTGA,Epiblast
SBR-36h:GATGACTAGTCACAGG,Epiblast
SBR-36h:GAAGGGTGTAGAATAC,Epiblast
SBR-36h:CATTTCAAGCTGAGTG,Epiblast
SBR-36h:TGTTGGAGTTGTCCCT,Epiblast
SBR-36h:TCTCCGATCATGTCTT,Epiblast
SBR-36h:GCGTGCATCATCGACA,Epiblast
SBR-36h:TGGGATTAGTCTGCAT,Epiblast
SBR-36h:TGTTGGACAGTCAGCC,Epiblast
SBR-36h:TCAATCTAGTATCTGC,Epiblast
SBR-36h:CGTTGGGTCATCACTT,Exiting naive pluripotency
SBR-36h:ATCGTAGGTCTCACGG,Epiblast
SBR-36h:GTTGTCCCACCGAATT,Epiblast
SBR-36h:AAAGTGAAGTCTCCTC,Epiblast
SBR-36h:CCGTGAGAGCACGATG,Epiblast
SBR-36h:GGGACAATCTGAGAAA,Exiting naive pluripotency
SBR-36h:CTGTATTTCTCCGTGT,Epiblast
SBR-36h:CTACAGACATACAGAA,Epiblast
SBR-36h:TAACCAGAGGTAGGCT,Epiblast
SBR-36h:TACTGCCGTTGCTCCT,Epiblast
SBR-36h:GTGAGTTTCGAAGCAG,Epiblast
SBR-36h:ATGGTTGGTATCCCTC,Naive pluripotency
SBR-36h:TGGGTTACACAACGTT,Epiblast
SBR-36h:CCTCTAGGTGATACAA,Epiblast
SBR-36h:TGAGACTAGTCGGGAT,Epiblast
SBR-36h:TTGAACGGTCTGATAC,Epiblast
SBR-36h:TGTTCTAAGGCCTGAA,Epiblast
SBR-36h:CTAGGTAAGTGGCGAT,Epiblast
SBR-36h:TGACGCGCACACAGCC,Epiblast
SBR-36h:ACTATGGAGGCATGGT,Epiblast
SBR-36h:AACTTCTAGAACTCCT,Epiblast
SBR-36h:CGGAGAAAGCTCGACC,Epiblast
SBR-36h:TTTGTTGTCCCGAGAC,Epiblast
SBR-36h:TTCAATCGTGCTAGCC,Epiblast
SBR-36h:ATTTCTGCATCTTCGC,Epiblast
SBR-36h:CCTCACATCAGCCTCT,Exiting naive pluripotency
SBR-36h:TCCGGGATCGAGTTGT,Epiblast
SBR-36h:AGTCAACGTCGCAACC,Epiblast
SBR-36h:TACTTGTCAGTGCCTG,Epiblast
SBR-36h:TGGATGTAGTCGGGAT,Epiblast
SBR-36h:AGACAAAAGAAGTCCG,Epiblast
SBR-36h:TCACGGGTCCTATTGT,Epiblast
SBR-36h:GCACGTGGTCGACGCT,Epiblast
SBR-36h:CACTGAATCTCGGTAA,Epiblast
SBR-36h:CCGGTGAAGCCTCCAG,Epiblast
SBR-36h:TATACCTGTCTAGTGT,Epiblast
SBR-36h:GGACGTCAGACAGCTG,Epiblast
SBR-36h:GTAATCGGTATGAAGT,Epiblast
SBR-36h:GGTCTGGTCTCGCTTG,Epiblast
SBR-36h:CGGAGAAAGTAAACAC,Epiblast
SBR-36h:ATTCCATCAGCTGAAG,Exiting naive pluripotency
SBR-36h:AGTTAGCGTAGAGTTA,Epiblast
SBR-36h:ACTTCGCAGATGCCGA,Epiblast
SBR-36h:CATCGTCTCATCGACA,Epiblast
SBR-36h:TCCATGCTCCGGCAAC,Epiblast
SBR-36h:GTAATGCAGCTGACAG,Epiblast
SBR-36h:CTACATTGTGAGATAT,Epiblast
SBR-36h:ATTACTCCACGGAAGT,Epiblast
SBR-36h:TGTTCTAGTGCCTGCA,Epiblast
SBR-36h:CCCAACTGTGCGAGTA,Epiblast
SBR-36h:GGGTCTGTCTCGGCTT,Epiblast
SBR-36h:TAGGTTGGTGGCGCTT,Exiting naive pluripotency
SBR-36h:CGTGTCTCACGCGCTA,Exiting naive pluripotency
SBR-36h:TACTTGTCAGAGGACT,Epiblast
SBR-36h:GCTTGGGGTCTAATCG,Epiblast
SBR-36h:TGGAACTGTCTGATCA,Epiblast
SBR-36h:AGTCACACACCGGCTA,Epiblast
SBR-36h:ACCTGTCGTCAACGCC,Epiblast
SBR-36h:CCCGAAGCAAGGTCGA,Epiblast
SBR-36h:GCATTAGTCTTCGGTC,Epiblast
SBR-36h:CTGATCCAGTCAGGGT,Exiting naive pluripotency
SBR-36h:CCATAAGGTTTCAGAC,Epiblast
SBR-36h:TACCTCGAGCCAAGTG,Epiblast
SBR-36h:GAGATGGCAGAGGTAC,Epiblast
SBR-36h:CAGCGTGCAGAGCGTA,Epiblast
SBR-36h:CTTTCAACAGCGAGTA,Epiblast
SBR-36h:ATGAAAGAGATGTAGT,Exiting naive pluripotency
SBR-36h:TGGGAAGGTACAGTTC,Naive pluripotency
SBR-36h:TGCGGCATCCAACTGA,Epiblast
SBR-36h:GGGTTATTCTTCCACG,Epiblast
SBR-36h:TGGAGGATCTACCACC,Epiblast
SBR-36h:CAGGGCTGTGCACATT,Epiblast
SBR-36h:TAACACGAGGCAGCTA,Epiblast
SBR-36h:AAGACAAAGCATTTCG,Epiblast
SBR-36h:ACATCCCCAAATGGAT,Epiblast
SBR-36h:GTGTTAGGTTCAAACC,Epiblast
SBR-36h:TCGCTTGAGGAAGTCC,Epiblast
SBR-36h:ATGTCTTTCCATACTT,Epiblast
SBR-36h:GTGGTTAGTTGTGGCC,Exiting naive pluripotency
SBR-36h:AGGGTTTCAGCTCGGT,Epiblast
SBR-36h:GGGAGTATCTGTCAGA,Epiblast
SBR-36h:GTCATTTGTGTTAAAG,Epiblast
SBR-36h:TGACGCGAGCGGGTTA,Epiblast
SBR-36h:ATCGCCTCATACAGCT,Epiblast
SBR-36h:GCAGGCTGTGGTCCCA,Epiblast
SBR-36h:CTTCTAAAGAAGATCT,Exiting naive pluripotency
SBR-36h:TATTGGGAGCACTAGG,Epiblast
SBR-36h:GTACAGTAGCGTACAG,Epiblast
SBR-36h:GACTCAACACCGTGGT,Epiblast
SBR-36h:AGCGCTGGTGCATGTT,Epiblast
SBR-36h:GCTTCACGTCCACACG,Epiblast
SBR-36h:GAGTGTTTCTGAGAAA,Epiblast
SBR-36h:TCAATCTCAATTGCCA,Epiblast
SBR-36h:ATTGTTCGTTGATGTC,Epiblast
SBR-36h:TCGGATATCCATCAGA,Epiblast
SBR-36h:ATGCGATGTCGGTGTC,Epiblast
SBR-36h:GAATCACGTAAGATCA,Exiting naive pluripotency
SBR-36h:CATTCCGAGCCTCTCT,Epiblast
SBR-36h:GGTTAACGTTTGATCG,Epiblast
SBR-36h:TCATGCCGTATGAGCG,Epiblast
SBR-36h:TAGGGTTGTGGAAGTC,Epiblast
SBR-36h:TTTACTGTCACTACTT,Epiblast
SBR-36h:TAATTCCTCATCCCGT,Exiting naive pluripotency
SBR-36h:CCACGTTTCAAGATAG,Epiblast
SBR-36h:GGGCCATCAGCCGTCA,Epiblast
SBR-36h:CATAGACCAATAGTAG,Epiblast
SBR-36h:CGCCAGATCTCCTGCA,Epiblast
SBR-36h:TTACCGCTCGTGCAGC,Epiblast
SBR-36h:TGCGGCATCAGCTAGT,Epiblast
SBR-36h:TCGGGCAAGTACGTCT,Exiting naive pluripotency
SBR-36h:CTAACTTTCACGTCCT,Epiblast
SBR-36h:TCATCATCACTGCGTG,Epiblast
SBR-36h:TGCGACGGTCTCTCCA,Exiting naive pluripotency
SBR-36h:GGGCGTTTCGTACACA,Epiblast
SBR-36h:ATGCATGCACAGTCAT,Epiblast
SBR-36h:ATCCTATAGGCTAGCA,Epiblast
SBR-36h:AGGACGATCCAAGAGG,Epiblast
SBR-36h:TCACGCTCAACTCATG,Exiting naive pluripotency
SBR-36h:TCCATCGGTTAGGGTG,Epiblast
SBR-36h:GCAACCGCATGACTTG,Epiblast
SBR-36h:CTGAGGCAGAGCAGCT,Exiting naive pluripotency
SBR-36h:AGGGTTTAGAGAATCT,Epiblast
SBR-36h:TTCATTGTCGTTCCTG,Epiblast
SBR-36h:TGTACAGAGTGAGCCA,Epiblast
SBR-36h:AGACAAAGTCCCGCAA,Epiblast
SBR-36h:TCACATTTCACTTTGT,Exiting naive pluripotency
SBR-36h:AGGAGGTGTAGGGAGG,Exiting naive pluripotency
SBR-36h:AGGCCACCAACGACAG,Epiblast
SBR-36h:TCGTCCAAGCCATATC,Epiblast
SBR-36h:TCCTCCCTCGTGGGTC,Epiblast
SBR-36h:GTAGGAGAGTGATAGT,Epiblast
SBR-36h:AGGGCCTCACAGTACT,Epiblast
SBR-36h:GCAACCGAGCATATGA,Epiblast
SBR-36h:GACGCTGTCCGAACGC,Epiblast
SBR-36h:CTCAAGATCGCCTTGT,Epiblast
SBR-36h:CCACGTTGTTGTTGTG,Epiblast
SBR-36h:GCAGCCACAACCAGAG,Epiblast
SBR-36h:GGTTGTATCCAAGAGG,Epiblast
SBR-36h:TACTTGTGTGCCTATA,Epiblast
SBR-36h:CAGCACGTCTGTGCAA,Epiblast
SBR-36h:ATGGAGGGTTTGGAGG,Epiblast
SBR-36h:CCTATCGGTCGTCAGC,Naive pluripotency
SBR-36h:TTGGTTTTCCCTCGTA,Epiblast
SBR-36h:GGGTCACCAGGGCTTC,Epiblast
SBR-36h:GTTGAACCAATACGCT,Epiblast
SBR-36h:ACGTCCTTCAGAACCT,Epiblast
SBR-36h:GCTGGGTAGCTCAGAG,Epiblast
SBR-36h:TGGTAGTCAAGAGATT,Epiblast
SBR-36h:ATTACTCTCGGACTGC,Exiting naive pluripotency
SBR-36h:ATCGTGAGTATGAAAC,Epiblast
SBR-36h:TTACAGGCATGAAGCG,Naive pluripotency
SBR-36h:TGCAGTACACAGAGAC,Exiting naive pluripotency
SBR-36h:AAAGAACAGGTGAGCT,Epiblast
SBR-36h:TAGGGTTGTCCTGTTC,Exiting naive pluripotency
SBR-36h:GCAGTTAGTGACGCCT,Epiblast
SBR-36h:TCAGTCCTCAGGTAAA,Epiblast
SBR-36h:TTGACCCAGTGATAGT,Epiblast
SBR-36h:CGAGGAAAGGATACCG,Epiblast
SBR-36h:AACGGGAAGCAACAGC,Epiblast
SBR-36h:AGCGTATTCCTTCTTC,Epiblast
SBR-36h:TTCGGTCTCTACTGCC,Epiblast
SBR-36h:TATCGCCCAATGTCAC,Naive pluripotency
SBR-36h:GTGGAAGTCGCTTACC,Epiblast
SBR-36h:CAGCACGGTCGCATCG,Epiblast
SBR-36h:TTCAGGATCCGCAAAT,Epiblast
SBR-36h:CAGCGTGGTCACAGAG,Epiblast
SBR-36h:TCTTTGATCAGACCGC,Epiblast
SBR-36h:CACTAAGTCTCGTGGG,Epiblast
SBR-36h:GTTGCGGAGTAGACAT,Epiblast
SBR-36h:CTTTCGGAGCGACTAG,Epiblast
SBR-36h:CACTAAGTCTACGCGG,Epiblast
SBR-36h:AGGGTTTAGTCTCTGA,Epiblast
SBR-36h:CATGCGGTCTGTCCGT,Epiblast
SBR-36h:TGGTTAGAGCGGCTCT,Epiblast
SBR-36h:CTCGAGGCAACAACAA,Exiting naive pluripotency
SBR-36h:GAGTGAGCAGCCGTCA,Epiblast
SBR-36h:TTCTTGAGTGTCTTGA,Epiblast
SBR-36h:TTTGGAGAGTCAGGGT,Epiblast
SBR-36h:AGGATAAGTAGCTTTG,Epiblast
SBR-36h:TGCTTGCTCGTCGGGT,Epiblast
SBR-36h:CATTCTACAGAGAGGG,Epiblast
SBR-36h:GACAGCCGTTTCAGAC,Epiblast
SBR-36h:TGGGAGATCTCTGAGA,Epiblast
SBR-36h:TTGAGTGGTAACGTTC,Exiting naive pluripotency
SBR-36h:ACACCAAGTGATTAGA,Epiblast
SBR-36h:TGAGCGCGTGAGTTTC,Epiblast
SBR-36h:CATGAGTGTGTCCACG,Epiblast
SBR-36h:GCGGATCAGTGCAACG,Epiblast
SBR-36h:AGTCATGGTACAGAAT,Epiblast
SBR-36h:GGTAACTGTCCACATA,Epiblast
SBR-36h:GTAGGAGGTTGGTGTT,Epiblast
SBR-36h:ACTGTCCAGATACTGA,Exiting naive pluripotency
SBR-36h:TACCTCGGTATGGAGC,Epiblast
SBR-36h:GCCATGGCACCCAAGC,Epiblast
SBR-36h:ATTACCTGTGTGTCCG,Epiblast
SBR-36h:CCGGTAGGTAGTGATA,Epiblast
SBR-36h:AGTCATGGTCTGTGCG,Epiblast
SBR-36h:CTGTACCGTGCATGAG,Naive pluripotency
SBR-36h:ATTCAGGTCAAAGGTA,Exiting naive pluripotency
SBR-36h:GAAACCTGTCCTGAAT,Epiblast
SBR-36h:CTCTCAGCAGCTGAGA,Epiblast
SBR-36h:AGAACAAAGCTGTCCG,Exiting naive pluripotency
SBR-36h:TGGAGGACAATCGCCG,Epiblast
SBR-36h:GTTACCCTCGAACACT,Epiblast
SBR-36h:GTTGAACCAAAGGAGA,Epiblast
SBR-36h:ATCCACCAGGGTAGCT,Epiblast
SBR-36h:CCACGTTAGGTTCTAC,Exiting naive pluripotency
SBR-36h:AATAGAGCAACCGGAA,Epiblast
SBR-36h:CGTTAGAAGTACAGCG,Epiblast
SBR-36h:TCACATTCAACTGTGT,Epiblast
SBR-36h:AATGACCAGTAAACAC,Epiblast
SBR-36h:TACCCGTGTTCCAAAC,Epiblast
SBR-36h:GGGTGAAAGGGTAGCT,Epiblast
SBR-36h:TAACGACAGGTCTACT,Epiblast
SBR-36h:GAGTCATCATAGGAGC,Epiblast
SBR-36h:CACTGTCCATTGTACG,Exiting naive pluripotency
SBR-36h:AGAACAATCCGCAACG,Epiblast
SBR-36h:GTGCTGGTCCTAGAGT,Epiblast
SBR-36h:AATTCCTGTATCGAAA,Epiblast
SBR-36h:TGAGTCAGTCACTCGG,Epiblast
SBR-36h:GTGTTAGGTCTCAGGC,Epiblast
SBR-36h:GTGCTTCAGCTGAGTG,Epiblast
SBR-36h:CTCCTTTGTCAACGCC,Epiblast
SBR-36h:GGAGGATTCTAGCAAC,Epiblast
SBR-36h:CTGTATTAGCTGAAAT,Epiblast
SBR-36h:GGGTTATAGCACCAGA,Epiblast
SBR-36h:CCGATGGTCGTTCATT,Epiblast
SBR-36h:TGTAAGCGTAGCGTTT,Exiting naive pluripotency
SBR-36h:TATACCTCAGTTAGGG,Epiblast
SBR-36h:CATGCTCGTTGTTGAC,Epiblast
SBR-36h:AACGAAACAATAGTCC,Epiblast
SBR-36h:TGCGACGTCCCGAGAC,Exiting naive pluripotency
SBR-36h:AATTTCCCATTCATCT,Exiting naive pluripotency
SBR-36h:ATCCGTCAGTACGAGC,Epiblast
SBR-36h:GTGTGGCTCGCCAATA,Epiblast
SBR-36h:ACATCCCTCGGCCAAC,Epiblast
SBR-36h:ATCGTGACAGTCTGGC,Exiting naive pluripotency
SBR-36h:GAGATGGCATGAGAAT,Epiblast
SBR-36h:AGGATAAAGAGAGTTT,Exiting naive pluripotency
SBR-36h:GACAGCCGTCGACGCT,Epiblast
SBR-36h:CAGCGTGGTGTCCGGT,Epiblast
SBR-36h:CACCAAAAGACGAGCT,Epiblast
SBR-36h:GTACAACGTAGCTAAA,Epiblast
SBR-36h:AGGATCTGTTTACACG,Epiblast
SBR-36h:ATTTCTGAGTGTTGAA,Epiblast
SBR-36h:CTCAGGGCATCGCCTT,Epiblast
SBR-36h:TCTGCCACAATTGTGC,Epiblast
SBR-36h:CGAAGGATCCGCAGTG,Exiting naive pluripotency
SBR-36h:TTGGGCGCAGCATTGT,Exiting naive pluripotency
SBR-36h:TCCTTTCGTGTTAACC,Epiblast
SBR-36h:TCACACCTCTCATAGG,Epiblast
SBR-36h:GGAGAACCAAACGAGC,Epiblast
SBR-36h:TTGCATTGTTCCGCTT,Epiblast
SBR-36h:TGTAGACAGCGTGTCC,Epiblast
SBR-36h:GATTCTTAGATTAGAC,Epiblast
SBR-36h:CCCTTAGGTTACGATC,Epiblast
SBR-36h:CCATAAGAGTCTGGAG,Epiblast
SBR-36h:CATGCGGTCCGATCTC,Epiblast
SBR-36h:TTTCACACATAAGATG,Epiblast
SBR-36h:CCCGGAACATGATCTG,Epiblast
SBR-36h:TTATTGCTCGGTCAGC,Epiblast
SBR-36h:TGATGGTAGCGAGTAC,Epiblast
SBR-36h:CCTTCAGAGAGTGGCT,Epiblast
SBR-36h:TAACGACTCTGAGAGG,Exiting naive pluripotency
SBR-36h:ATCACGAGTGAAGCGT,Exiting naive pluripotency
SBR-36h:TTTAGTCTCGTGCACG,Epiblast
SBR-36h:TTCACGCTCGTCAGAT,Naive pluripotency
SBR-36h:GTTATGGGTATCTCTT,Epiblast
SBR-36h:GAAGGACGTTAGAGTA,Epiblast
SBR-36h:CCAATGAGTAACGATA,Epiblast
SBR-36h:CATCGGGCAACACGTT,Epiblast
SBR-36h:AGCCAGCCACTCGATA,Epiblast
SBR-36h:ATTTCACTCGTAGTGT,Epiblast
SBR-36h:TGAGGTTTCTGTCGTC,Epiblast
SBR-36h:TCTCTGGCACATGAAA,Epiblast
SBR-36h:TCATGGACAAGAGGCT,Epiblast
SBR-36h:GGGTAGAGTGGACCAA,Epiblast
SBR-36h:CCAAGCGCATACTGTG,Epiblast
SBR-36h:TCATCCGTCATGCCCT,Epiblast
SBR-36h:CAATTTCAGAGTGAAG,Epiblast
SBR-36h:TCTCCGATCTCAGGCG,Naive pluripotency
SBR-36h:GTTACGAGTTCAGCGC,Exiting naive pluripotency
SBR-36h:CCGATCTAGCAAATCA,Epiblast
SBR-36h:TTTACCAAGCCTAACT,Epiblast
SBR-36h:AGGAATAGTGAATAAC,Epiblast
SBR-36h:GTCTCACAGGGATCAC,Epiblast
SBR-36h:AGCGTATTCCGACGGT,Epiblast
SBR-36h:TGACGCGTCCGATAGT,Epiblast
SBR-36h:TTGCATTGTCATGGCC,Epiblast
SBR-36h:GTTAGACAGTTGAAAC,Epiblast
SBR-36h:ATACCGATCGCCTCTA,Epiblast
SBR-36h:TCTTGCGAGGGAGGGT,Epiblast
SBR-36h:CAGTTCCTCAGAACCT,Epiblast
SBR-36h:TGGGTTAAGGTGGGTT,Epiblast
SBR-36h:TGAGCGCGTCACCTTC,Epiblast
SBR-36h:GAGTTGTAGAGATCGC,Epiblast
SBR-36h:TGGATGTGTGTCCGTG,Exiting naive pluripotency
SBR-36h:CTTTCGGCACGCGCTA,Exiting naive pluripotency
SBR-36h:GGGCCATCAGCTCATA,Epiblast
SBR-36h:ATGTCTTGTGGTGATG,Epiblast
SBR-36h:GAGGCAAGTGGCGTAA,Epiblast
SBR-36h:CCACGAGTCCCACAGG,Epiblast
SBR-36h:ACTTTCACAACGTAAA,Epiblast
SBR-36h:AAATGGATCACAGAGG,Epiblast
SBR-36h:TAGTGCATCAAGCCAT,Epiblast
SBR-36h:TTTCATGAGGACGCAT,Exiting naive pluripotency
SBR-36h:GGGTATTAGTCACGCC,Exiting naive pluripotency
SBR-36h:CACGGGTCAACTGCCG,Epiblast
SBR-36h:GGGCTACTCTTCTCAA,Epiblast
SBR-36h:TGAATCGCAGGTGTGA,Epiblast
SBR-36h:AGTGCCGTCCTGTAAG,Epiblast
SBR-36h:GTCAAGTCAGGTTCCG,Epiblast
SBR-36h:TTGCTGCAGAAAGCGA,Epiblast
SBR-36h:ATTCAGGTCCACAAGT,Epiblast
SBR-36h:AGAGCAGAGTTGGCGA,Epiblast
SBR-36h:AAACCCATCAACTGAC,Epiblast
SBR-36h:GTGTTAGAGTGTAGAT,Epiblast
SBR-36h:AGGCTGCCAATAACCC,Epiblast
SBR-36h:CTGCATCTCTCAGAAC,Epiblast
SBR-36h:GTTGAACGTTGTTGAC,Epiblast
SBR-36h:ATCGTCCAGGTTGACG,Epiblast
SBR-36h:AGAAGCGCACTCGATA,Epiblast
SBR-36h:CTCAGTCTCGCTCATC,Exiting naive pluripotency
SBR-36h:ACATCGAAGAGGTTAT,Epiblast
SBR-36h:GGGTATTTCAACACGT,Epiblast
SBR-36h:CATGGATCAGGTATGG,Epiblast
SBR-36h:AGCTTCCCATGGATCT,Exiting naive pluripotency
SBR-36h:TGGAGGATCCCTTCCC,Epiblast
SBR-36h:GCCAACGAGAACGCGT,Exiting naive pluripotency
SBR-36h:TTTACTGTCCACTTTA,Epiblast
SBR-36h:TCCTGCAAGCGCCGTT,Epiblast
SBR-36h:GTTCTATCAAATTGCC,Epiblast
SBR-36h:TTCTGTAAGGCGAAGG,Epiblast
SBR-36h:ACGTCCTAGAGAGTTT,Epiblast
SBR-36h:TCTTCCTGTGGTCAAG,Epiblast
SBR-36h:CAACCTCAGGAAGTAG,Epiblast
SBR-36h:AGTTCCCGTGTCATTG,Epiblast
SBR-36h:TCAGTCCCAGGAGGAG,Epiblast
SBR-36h:GTTGCTCAGTCGCCAC,Epiblast
SBR-36h:AAAGGATAGACCCTTA,Epiblast
SBR-36h:TGATTTCGTTGCATTG,Epiblast
SBR-36h:GTAGATCTCGCCAGAC,Epiblast
SBR-36h:TGTGAGTTCGTTCTCG,Epiblast
SBR-36h:GTACAACTCACCTCGT,Epiblast
SBR-36h:CGGTCAGTCAGTCAGT,Epiblast
SBR-36h:GCCCAGACATGAAGCG,Epiblast
SBR-36h:ATCACAGAGTTTCGGT,Epiblast
SBR-36h:TGACTCCCATCCTAAG,Epiblast
SBR-36h:TCATTGTAGAGAAGGT,Exiting naive pluripotency
SBR-36h:AGTTCGACAAACACGG,Epiblast
SBR-36h:TAGGTTGGTGAGTAAT,Epiblast
SBR-36h:GAGGGATCAGGGAATC,Epiblast
SBR-36h:CTTCTAAGTTACCCTC,Epiblast
SBR-36h:CACACAACATGGGTTT,Exiting naive pluripotency
SBR-36h:ACGGGTCGTAACGTTC,Exiting naive pluripotency
SBR-36h:GGGTGTCAGGGCTAAC,Epiblast
SBR-36h:AACAGGGAGGGTTGCA,Epiblast
SBR-36h:CACCAAAGTCGCCTAG,Epiblast
SBR-36h:TCGGGACGTGCGCTCA,Epiblast
SBR-36h:TATTTCGGTATACCTG,Epiblast
SBR-36h:GCCAGTGTCCTACACC,Epiblast
SBR-36h:AGATAGAGTTCTCCTG,Epiblast
SBR-36h:TTTACTGTCCTGATAG,Epiblast
SBR-36h:TTGGTTTCAACCCTCT,Epiblast
SBR-36h:AATAGAGGTGCCAAGA,Epiblast
SBR-36h:CTAAGTGAGTATGGCG,Epiblast
SBR-36h:ATCACTTAGGCTTAAA,Epiblast
SBR-36h:TCTAACTCACTCACTC,Epiblast
SBR-36h:CATTCCGGTGCCTGAC,Naive pluripotency
SBR-36h:ATGACCACAGGCACTC,Epiblast
SBR-36h:TCACTCGGTGATATAG,Epiblast
SBR-36h:GCCAACGAGAGGCGGA,Exiting naive pluripotency
SBR-36h:CCGTGAGTCTGGACTA,Epiblast
SBR-36h:GCCATTCGTTGGGCCT,Epiblast
SBR-36h:AAAGGGCTCAGGAACG,Exiting naive pluripotency
SBR-36h:TGCATCCCACCAAAGG,Epiblast
SBR-36h:CAACGGCGTTGATCGT,Epiblast
SBR-36h:TCTGTCGCATCGATAC,Epiblast
SBR-36h:CTTTCAATCTGAGTCA,Epiblast
SBR-36h:CTGATCCCACCTGCTT,Epiblast
SBR-36h:CCGGACACAGAGCGTA,Epiblast
SBR-36h:GCACTAAGTATGTCAC,Epiblast
SBR-36h:TCGCTTGCATTAGGAA,Epiblast
SBR-36h:CCGTGAGGTGTTGACT,Epiblast
SBR-36h:GGGTTTAGTAGGTACG,Epiblast
SBR-36h:GGGCCATGTGTAGCAG,Epiblast
SBR-36h:CGTAGTATCGAAATCC,Epiblast
SBR-36h:ATTCCATTCCAACTAG,Epiblast
SBR-36h:TTGTTTGGTGGAACCA,Epiblast
SBR-36h:TTCGATTCATACAGGG,Exiting naive pluripotency
SBR-36h:AAGATAGTCGTACCTC,Naive pluripotency
SBR-36h:TCGCACTGTATTCTCT,Epiblast
SBR-36h:GTAATGCGTTGCTCCT,Epiblast
SBR-36h:CATTTCACAGTCGCTG,Epiblast
SBR-36h:CCGTTCATCCCAAGCG,Naive pluripotency
SBR-36h:GTTGTAGGTAGAAACT,Epiblast
SBR-36h:GTGGGAATCCCTCGAT,Epiblast
SBR-36h:GTGACGCGTCCTACAA,Epiblast
SBR-36h:CACGAATTCTACCACC,Epiblast
SBR-36h:ATCACTTCAGATCCTA,Epiblast
SBR-36h:GGGTGTCCACAAGCTT,Epiblast
SBR-36h:GGCTGTGCATTGTAGC,Naive pluripotency
SBR-36h:ATGGTTGCAGCCTACG,Epiblast
SBR-36h:TCTCAGCAGGAACGTC,Exiting naive pluripotency
SBR-36h:TCCGAAAAGTTGTCGT,Epiblast
SBR-36h:GCAGCTGGTAGCTGCC,Epiblast
SBR-36h:CATCGCTTCGCTTGAA,Epiblast
SBR-36h:AATGCCACAAGCTCTA,Epiblast
SBR-36h:TACATTCCAGAGGACT,Epiblast
SBR-36h:AGAGAATAGACGGTCA,Epiblast
SBR-36h:CCGGTGAAGTCATGAA,Epiblast
SBR-36h:ATGTCCCAGAGTGGCT,Epiblast
SBR-36h:GGACGTCTCGCCATAA,Epiblast
SBR-36h:TCATATCGTATGAAGT,Epiblast
SBR-36h:GCCATTCAGGCTAAAT,Epiblast
SBR-36h:TGAATCGGTACGAGTG,Epiblast
SBR-36h:GCTGGGTGTAGACGTG,Epiblast
SBR-36h:GAAGCCCGTAACACCT,Epiblast
SBR-36h:TGCACGGCACTGGCGT,Exiting naive pluripotency
SBR-36h:TCCTTTCAGCTATCTG,Epiblast
SBR-36h:TCCCAGTTCTCATTTG,Epiblast
SBR-36h:TTTATGCGTTACGGAG,Epiblast
SBR-36h:ACAGGGAAGTTGAAAC,Epiblast
SBR-36h:TGCACGGTCACTGAAC,Exiting naive pluripotency
SBR-36h:GTAGGTTCATCCTCAC,Epiblast
SBR-36h:TTACAGGGTAAGTCAA,Exiting naive pluripotency
SBR-36h:TGTTTGTTCGTTCGCT,Epiblast
SBR-36h:TGGGAAGTCTGGACTA,Epiblast
SBR-36h:TGCATCCAGTGTACCT,Epiblast
SBR-36h:GACTTCCCAGGCTCTG,Epiblast
SBR-36h:CTCAGAATCCACGTGG,Epiblast
SBR-36h:CCCTTAGAGTCACGCC,Epiblast
SBR-36h:CTAACCCCACAGCGCT,Exiting naive pluripotency
SBR-36h:GGGACTCAGCACCGAA,Epiblast
SBR-36h:CGCCATTTCCGTAGTA,Epiblast
SBR-36h:TGATCTTGTTATGTGC,Epiblast
SBR-36h:AATGAAGAGCAAGTCG,Epiblast
SBR-36h:AAGACTCAGCGCCGTT,Epiblast
SBR-36h:CGAGGAATCAGCACCG,Epiblast
SBR-36h:GCAGCTGGTCATGGCC,Epiblast
SBR-36h:CCCTCAACATCGAACT,Naive pluripotency
SBR-36h:TGCAGATGTGTGTGTT,Epiblast
SBR-36h:TGTCCCAAGCCGAACA,Epiblast
SBR-36h:AGCCACGCACAACCGC,Epiblast
SBR-36h:ACCTACCGTAGCTGCC,Epiblast
SBR-36h:GCAGGCTAGGATGAGA,Exiting naive pluripotency
SBR-36h:GTAGAGGAGAACTGAT,Epiblast
SBR-36h:AGCCACGCACGACGCT,Exiting naive pluripotency
SBR-36h:GGTGGCTTCTGGCCAG,Epiblast
SBR-36h:TATCTTGCACTTCTCG,Exiting naive pluripotency
SBR-36h:CGTAAGTGTTAGAGAT,Epiblast
SBR-36h:CCTCCTCTCGCCAGAC,Epiblast
SBR-36h:GGTCTGGAGTCAACAA,Epiblast
SBR-36h:GGGACCTCATAATCCG,Epiblast
SBR-36h:TCCCAGTCAGCTATTG,Epiblast
SBR-36h:GAAGGGTGTTTACCTT,Epiblast
SBR-36h:AGGTTGTAGAGCAGCT,Epiblast
SBR-36h:CCATCACGTCTTAGTG,Epiblast
SBR-36h:TGGTAGTAGCAGGCAT,Naive pluripotency
SBR-36h:GGCTGTGTCGCACTCT,Epiblast
SBR-36h:TTACCATGTATAGGAT,Exiting naive pluripotency
SBR-36h:TTGACCCGTGTCCGGT,Epiblast
SBR-36h:GGAGCAAGTACAGAGC,Epiblast
SBR-36h:CATGAGTGTGATCATC,Epiblast
SBR-36h:GTTGTCCGTACAACGG,Epiblast
SBR-36h:GTGGTTATCAAGTGGG,Epiblast
SBR-36h:GTCTCACAGGACATCG,Epiblast
SBR-36h:CCACAAATCATCTGTT,Epiblast
SBR-36h:GTTGCTCAGTGAGTTA,Exiting naive pluripotency
SBR-36h:ACTTAGGAGGTAAGAG,Epiblast
SBR-36h:TACAGGTAGGTCACTT,Epiblast
SBR-36h:TATTTCGAGGTTCTTG,Epiblast
SBR-36h:CTAACCCCACTGGAAG,Epiblast
SBR-36h:TTAGTCTTCAAGTCTG,Epiblast
SBR-36h:TAGAGTCGTTGTGTTG,Epiblast
SBR-36h:GCTTCACGTTAGGCCC,Epiblast
SBR-36h:TGGTACAGTGACTAAA,Exiting naive pluripotency
SBR-36h:GTAGGTTCATTCTTCA,Epiblast
SBR-36h:GATTTCTGTGGTTCTA,Epiblast
SBR-36h:TACCGGGTCTGGGATT,Epiblast
SBR-36h:GGCTGTGCAACAAGTA,Epiblast
SBR-36h:GTTACCCCAGAGACTG,Epiblast
SBR-36h:TGACCCTTCACTGCTC,Epiblast
SBR-36h:TCAAGTGGTTACGCCG,Exiting naive pluripotency
SBR-36h:AGACTCAGTGGTCTAT,Epiblast
SBR-36h:CACTAAGGTGTCTTCC,Epiblast
SBR-36h:TCGACGGAGTGATGGC,Epiblast
SBR-36h:CTTCTAAAGACTTCGT,Epiblast
SBR-36h:TGTCCACGTTCTTAGG,Epiblast
SBR-36h:CAGGCCAAGGTGAGCT,Exiting naive pluripotency
SBR-36h:GTGGAAGTCGACACTA,Epiblast
SBR-36h:TATCCTAGTGAATTAG,Epiblast
SBR-36h:ACCTGTCAGTAACCGG,Exiting naive pluripotency
SBR-36h:GAGGCCTAGGTTCATC,Epiblast
SBR-36h:CGTGATACAAGGATGC,Epiblast
SBR-36h:TCATACTGTTTAGTCG,Epiblast
SBR-36h:GTCTGTCTCACAAGGG,Exiting naive pluripotency
SBR-36h:TCCTGCACAGCTACCG,Epiblast
SBR-36h:CATCAAGCACGACAAG,Epiblast
SBR-36h:CATACTTCAGGTTCGC,Naive pluripotency
SBR-36h:GCGATCGCATGGCCCA,Epiblast
SBR-36h:CGCATGGAGGCGACAT,Epiblast
SBR-36h:AATAGAGCAGTAGTTC,Epiblast
SBR-36h:AAGTGAATCTGCTTAT,Epiblast
SBR-36h:CTCATGCGTACCGTCG,Epiblast
SBR-36h:CCCTGATGTTGCGGAA,Epiblast
SBR-36h:GGAATCTGTCAGTTTG,Epiblast
SBR-36h:AGGATCTAGACATAGT,Epiblast
SBR-36h:ATGGATCCAGGTCTCG,Exiting naive pluripotency
SBR-36h:GGGCGTTTCAAGAGTA,Epiblast
SBR-36h:ACCGTTCGTCGAAGCA,Epiblast
SBR-36h:GCGATCGAGCTCCACG,Epiblast
SBR-36h:CAGCCAGGTCGTGATT,Epiblast
SBR-36h:CGAATTGCAGCAGGAT,Epiblast
SBR-36h:TGTAAGCAGACCAAAT,Exiting naive pluripotency
SBR-36h:TATTTCGAGGCTCTAT,Epiblast
SBR-36h:CCCTCTCTCTCGACCT,Epiblast
SBR-36h:GACCAATCAGGTGAGT,Epiblast
SBR-36h:TCATTCAGTAGGCTCC,Exiting naive pluripotency
SBR-36h:GACTCAAAGGTCGAGT,Epiblast
SBR-36h:TCCTCGAAGGTTTACC,Epiblast
SBR-36h:TATTCCAGTTGGACCC,Epiblast
SBR-36h:TCGGGTGAGTAAGGGA,Epiblast
SBR-36h:TCGCTTGAGAGTCTGG,Epiblast
SBR-36h:CGCCAGAAGTAACGAT,Epiblast
SBR-36h:CCTTCAGGTATCGAGG,Naive pluripotency
SBR-36h:TACGGTACATGTTCGA,Epiblast
SBR-36h:GTGCTGGGTACTTCCC,Epiblast
SBR-36h:AGCGCCAGTTTCGGCG,Epiblast
SBR-36h:AAACGCTTCCGTATAG,Epiblast
SBR-36h:AGTGCCGCACACCTGG,Epiblast
SBR-36h:GAGGGTAAGAGTGACC,Epiblast
SBR-36h:TTGACCCGTGTCCACG,Epiblast
SBR-36h:TGAGGTTCATGAGGGT,Epiblast
SBR-36h:TAGGGTTAGGGAGTGG,Exiting naive pluripotency
SBR-36h:TATTGCTTCCGCCTAT,Epiblast
SBR-36h:GGGTCACTCAAGCTGT,Epiblast
SBR-36h:TAATTCCGTCGGAAAC,Epiblast
SBR-36h:AGGCATTTCCATACTT,Epiblast
SBR-36h:ACCCAAACAAAGGTTA,Epiblast
SBR-36h:ATAGAGACAGTCACGC,Exiting naive pluripotency
SBR-36h:CCCTCAAGTGGTTTGT,Epiblast
SBR-36h:GCTCAAAAGCTGTGCC,Epiblast
SBR-36h:AGCTCAAGTCATCCGG,Exiting naive pluripotency
SBR-36h:ATAGGCTCATGGGTTT,Epiblast
SBR-36h:GATTGGTGTGCATGTT,Epiblast
SBR-36h:TCAGGTAGTCTTCATT,Epiblast
SBR-36h:GATAGAAAGACTACCT,Epiblast
SBR-36h:CATACTTTCGTGGGTC,Epiblast
SBR-36h:TCGTGGGTCGCTTTAT,Epiblast
SBR-36h:GGACGTCTCTGCTCTG,Epiblast
SBR-36h:TCATATCCAGAAGCTG,Epiblast
SBR-36h:TGAATGCCATGAGATA,Epiblast
SBR-36h:TGATCTTCACCCTTAC,Epiblast
SBR-36h:GATCAGTAGGCGTTGA,Epiblast
SBR-36h:TACCGAAGTCTCGGGT,Epiblast
SBR-36h:GACCAATGTGTATACC,Epiblast
SBR-36h:GAGTGAGCAACGCCCA,Epiblast
SBR-36h:ACCTGAAAGAGGCCAT,Epiblast
SBR-36h:GTGTTCCCATGCAGCC,Epiblast
SBR-36h:TGCTGAAGTAAGATAC,Epiblast
SBR-36h:GTCAAACAGATTCGAA,Epiblast
SBR-36h:CATGGTACATGGATCT,Epiblast
SBR-36h:AAGACAAGTAGTCTGT,Epiblast
SBR-36h:CCCTAACAGCTCCATA,Epiblast
SBR-36h:CTACCTGGTCGCATCG,Epiblast
SBR-36h:TTCCGTGTCCTTCTAA,Epiblast
SBR-36h:GGGTCTGAGCAAGGAA,Epiblast
SBR-36h:GACGCTGAGGATAATC,Epiblast
SBR-36h:AGTACCAAGGACATCG,Epiblast
SBR-36h:AGACCATTCATTCGGA,Epiblast
SBR-36h:TACGCTCTCATTTGCT,Epiblast
SBR-36h:TTCCGGTGTTGGTGTT,Exiting naive pluripotency
SBR-36h:CCCTCTCGTGTGTCCG,Epiblast
SBR-36h:TGTTCTATCACACCCT,Epiblast
SBR-36h:CGAGGCTAGTAGATCA,Exiting naive pluripotency
SBR-36h:TCACACCCACTAAACC,Exiting naive pluripotency
SBR-36h:ATCGATGAGCATAGGC,Epiblast
SBR-36h:CGGGTGTCAGACGGAT,Epiblast
SBR-36h:CAGCAATGTTCAAAGA,Exiting naive pluripotency
SBR-36h:CAACAGTCACAATGAA,Epiblast
SBR-36h:TTGTGGAGTACCGCGT,Exiting naive pluripotency
SBR-36h:CGGAATTCAAGGCCTC,Epiblast
SBR-36h:AGTACCAGTAGCGCTC,Epiblast
SBR-36h:GTACAACAGGCCTAAG,Epiblast
SBR-36h:GTGTTCCGTCTTGCGG,Exiting naive pluripotency
SBR-36h:GGGCTACAGGGCGAGA,Epiblast
SBR-36h:GTGAGGATCATTTGGG,Epiblast
SBR-36h:ATTACCTAGTCTGGAG,Epiblast
SBR-36h:AGCTTCCGTGTGTTTG,Epiblast
SBR-36h:GTGAGTTAGAGTTCGG,Epiblast
SBR-36h:TATTCCATCGTGCGAC,Exiting naive pluripotency
SBR-36h:GATGACTGTCTTCATT,Epiblast
SBR-36h:CAGAGCCCAAGCGATG,Epiblast
SBR-36h:TGTTACTGTTTGGAGG,Epiblast
SBR-36h:GATGAGGGTCTACATG,Epiblast
SBR-36h:CAGTTAGAGTGGAATT,Epiblast
SBR-36h:ACACTGAAGCCTTGAT,Epiblast
SBR-36h:GTGGGAATCGCCTTGT,Epiblast
SBR-36h:GAATCGTAGATCGCTT,Exiting naive pluripotency
SBR-36h:CCACGTTAGAGCCATG,Epiblast
SBR-36h:TCGGGACCAGACGGAT,Epiblast
SBR-36h:TCGACGGAGATACCAA,Exiting naive pluripotency
SBR-36h:CTGATCCCATTGCAAC,Epiblast
SBR-36h:CACGTTCCATAGAAAC,Epiblast
SBR-36h:AGCGCCATCGAAGTGG,Epiblast
SBR-36h:CACTTCGTCCCTGGTT,Epiblast
SBR-36h:TGCTTGCTCCTAGCTC,Epiblast
SBR-36h:TTCGGTCTCTCTCTTC,Exiting naive pluripotency
SBR-36h:GTTGTAGCACTAACCA,Epiblast
SBR-36h:GGATCTAAGATTCGCT,Exiting naive pluripotency
SBR-36h:GTTCTATTCTACTGAG,Epiblast
SBR-36h:GTCGCGATCACACCGG,Epiblast
SBR-36h:AGCGCCAGTTCCCAAA,Epiblast
SBR-36h:TGTAGACCATAAGCAA,Epiblast
SBR-36h:TAACGACAGAGCATTA,Epiblast
SBR-36h:TTACCGCCACAATCTG,Naive pluripotency
SBR-36h:TATCGCCGTTCCATTT,Naive pluripotency
SBR-36h:GGTTCTCTCGCTGACG,Epiblast
SBR-36h:TAGGTTGGTCTTGTCC,Epiblast
SBR-36h:TGCTCCAAGAAGCCTG,Epiblast
SBR-36h:CTTCCTTAGGAGAGGC,Epiblast
SBR-36h:CGAGAAGGTACAGGTG,Epiblast
SBR-36h:TCATACTAGGTGCAGT,Epiblast
SBR-36h:CCTTTGGAGGGAGGAC,Epiblast
SBR-36h:CATGCAAAGCCTCATA,Epiblast
SBR-36h:CATAAGCCATTGTCGA,Epiblast
SBR-36h:AGTGTTGGTGGAACCA,Epiblast
SBR-36h:ATACCGACATAACCCA,Epiblast
SBR-36h:TGTACAGGTACGTTCA,Epiblast
SBR-36h:GTTTGGACACTTGACA,Epiblast
SBR-36h:GAGGGTAAGAAACACT,Epiblast
SBR-36h:CGAGTTATCACCGCTT,Epiblast
SBR-36h:TACGGTATCTGCCCTA,Epiblast
SBR-36h:ATTCCATTCATGCGGC,Exiting naive pluripotency
SBR-36h:TCTATACTCAGAGCGA,Epiblast
SBR-36h:ATGATCGAGAGGTCAC,Exiting naive pluripotency
SBR-36h:GGGCTACCACAAGCCC,Exiting naive pluripotency
SBR-36h:CAGTTAGTCGCCGTGA,Exiting naive pluripotency
SBR-36h:CTACCCACAAGACCGA,Epiblast
SBR-36h:TCGATTTGTTCCGGTG,Epiblast
SBR-36h:TACGGTACACACACTA,Epiblast
SBR-36h:GATCCCTTCCTTCTGG,Epiblast
SBR-36h:GACATCAGTCTGTCAA,Exiting naive pluripotency
SBR-36h:TATCTTGTCCTTCACG,Epiblast
SBR-36h:GTCACTCCATCGATGT,Epiblast
SBR-36h:GCGTTTCGTGGCGCTT,Epiblast
SBR-36h:GGGACTCTCGAGCTGC,Epiblast
SBR-36h:GGGTCACGTACCATAC,Epiblast
SBR-36h:GCTGGGTAGCCATTGT,Epiblast
SBR-36h:AGTACCAGTCCTGGTG,Exiting naive pluripotency
SBR-36h:AAAGGATAGTCACTGT,Epiblast
SBR-36h:CTGGCAGCATGGCCAC,Epiblast
SBR-36h:GATCGTAAGTTCAACC,Epiblast
SBR-36h:CAACGGCTCTTCGCTG,Epiblast
SBR-36h:AGGATCTTCTTGATTC,Epiblast
SBR-36h:TCAATTCAGGGCGAGA,Epiblast
SBR-36h:AGGATAATCTGGAGAG,Exiting naive pluripotency
SBR-36h:TCCTTCTCAGTATACC,Exiting naive pluripotency
SBR-36h:AGAAGTAGTTACCTTT,Epiblast
SBR-36h:ATTTCACTCAAGCGTT,Epiblast
SBR-36h:TGAGGGAAGCGTGCTC,Epiblast
SBR-36h:CCGGTGAAGAAGGTAG,Epiblast
SBR-36h:GGAGAACAGGCACCAA,Exiting naive pluripotency
SBR-36h:CAATGACAGATAGTGT,Epiblast
SBR-36h:GTTGCTCTCGATGCTA,Epiblast
SBR-36h:TGTGTGACAGCTGTGC,Epiblast
SBR-36h:TGTTCCGAGAGTGGCT,Epiblast
SBR-36h:GGAAGTGGTATTCCGA,Epiblast
SBR-36h:CAGCACGAGCCGTCGT,Epiblast
SBR-36h:GTTCTATAGTGTAGTA,Exiting naive pluripotency
SBR-36h:GGTAATCCAACACACT,Epiblast
SBR-36h:GCGAGAACAGAAACCG,Epiblast
SBR-36h:AATCGACTCATGCATG,Epiblast
SBR-36h:GGTGTTAAGCATCAAA,Epiblast
SBR-36h:GTGTAACTCCGGCAGT,Epiblast
SBR-36h:TTTACTGAGTCTTCCC,Epiblast
SBR-36h:GTCCTCAAGTCTAGAA,Epiblast
SBR-36h:GTGCACGGTACTTCCC,Epiblast
SBR-36h:CGTCCATAGCGCCGTT,Epiblast
SBR-36h:TGATTCTAGGAAAGGT,Epiblast
SBR-36h:AGTGACTTCGCAGTCG,Epiblast
SBR-36h:TTTCATGCATTGCAAC,Epiblast
SBR-36h:GGGTGTCAGCTAGAAT,Exiting naive pluripotency
SBR-36h:TCCTCCCAGTCGCGAA,Epiblast
SBR-36h:TCCTTCTCATGGGTTT,Epiblast
SBR-36h:GAGGCCTGTCCAGTTA,Epiblast
SBR-36h:ATCTCTACACCTTCGT,Epiblast
SBR-36h:GATCAGTTCTCCGAGG,Epiblast
SBR-36h:CGATCGGTCGGATAAA,Epiblast
SBR-36h:CGCCAGAGTCCTCCTA,Epiblast
SBR-36h:TGCACGGCAGATACCT,Exiting naive pluripotency
SBR-36h:GTTGAACGTATCGATC,Epiblast
SBR-36h:GTCTTTATCCATCTCG,Exiting naive pluripotency
SBR-36h:TATTGGGCATCTGTTT,Epiblast
SBR-36h:ACCTGTCAGCGAGGAG,Epiblast
SBR-36h:ATCCGTCTCCCGTTGT,Epiblast
SBR-36h:CGAGGAATCAGTCACA,Epiblast
SBR-36h:GTATTGGGTGAGTTGG,Epiblast
SBR-36h:GGTGATTCATTGTAGC,Exiting naive pluripotency
SBR-36h:ATTATCCGTCGGATTT,Epiblast
SBR-36h:ATCATTCGTGGAAATT,Epiblast
SBR-36h:TTGGGCGCAGGTCCCA,Epiblast
SBR-36h:TTGTGTTAGTGAACAT,Epiblast
SBR-36h:TACTTACTCGACATAC,Epiblast
SBR-36h:GATTGGTGTACGCTAT,Exiting naive pluripotency
SBR-36h:CAACCAAGTCTGTCAA,Naive pluripotency
SBR-36h:TGAGTCACACGCTTAA,Epiblast
SBR-36h:ATCGGATCAGCCCAGT,Epiblast
SBR-36h:TCAGTCCAGATTAGAC,Epiblast
SBR-36h:GGTCACGAGGAAAGTG,Epiblast
SBR-36h:TTCCGTGCATACCACA,Epiblast
SBR-36h:CAAGACTCAAGGCGTA,Epiblast
SBR-36h:ATCCATTTCAGTCCGG,Epiblast
SBR-36h:GATTTCTAGTCACTAC,Epiblast
SBR-36h:TTCACCGAGTGGCAGT,Epiblast
SBR-36h:GCGTTTCAGGTACAAT,Epiblast
SBR-36h:ACCCTTGCACGTCGGT,Epiblast
SBR-36h:AGATCGTTCTCCCATG,Naive pluripotency
SBR-36h:GGTAATCGTGCATGTT,Naive pluripotency
SBR-36h:TGGATGTAGAGGTGCT,Epiblast
SBR-36h:CACGAATAGGCTCACC,Epiblast
SBR-36h:TATCTGTAGCTACTGT,Exiting naive pluripotency
SBR-36h:CTGAGCGGTCAACCTA,Epiblast
SBR-36h:CATACAGAGTTTCGGT,Epiblast
SBR-36h:CGAAGGAGTTTCAGAC,Epiblast
SBR-36h:CGAAGGAGTCTCACGG,Naive pluripotency
SBR-36h:ACCACAACAAATTGGA,Epiblast
SBR-36h:AGACCCGGTACTGCCG,Epiblast
SBR-36h:TCCATCGGTGTATCCA,Epiblast
SBR-36h:TCCTCGAAGTTGGCGA,Epiblast
SBR-36h:CCCTCAACAATAGTAG,Epiblast
SBR-36h:ATCGGCGCAAAGGGCT,Epiblast
SBR-36h:GGTAGAGGTCCTGTTC,Epiblast
SBR-36h:CAGGCCAAGATGCGAC,Epiblast
SBR-36h:GCCAACGCACTTCCTG,Epiblast
SBR-36h:AAACCCAGTTAGAGTA,Epiblast
SBR-36h:TGGTGATCAAGGTACG,Epiblast
SBR-36h:CCAAGCGCACAAACGG,Epiblast
SBR-36h:GTGTGATAGGTCACAG,Epiblast
SBR-36h:ACTACGATCGGAAGGT,Epiblast
SBR-36h:ATTCGTTTCTATGTGG,Epiblast
SBR-36h:CCACGAGCAAGCAATA,Epiblast
SBR-36h:TTAGTCTTCTCCATAT,Epiblast
SBR-36h:GATGATCAGAGGTGCT,Epiblast
SBR-36h:GTTTACTAGTCCCGAC,Epiblast
SBR-36h:GGATCTATCTGAACGT,Epiblast
SBR-36h:GAATCACAGCGCTTCG,Epiblast
SBR-36h:CATCGTCAGACGATAT,Epiblast
SBR-36h:ATGTCCCTCGTTCAGA,Epiblast
SBR-36h:AGACCATAGTTCATGC,Epiblast
SBR-36h:TTCAATCTCTTCGGAA,Epiblast
SBR-36h:TGAGCGCAGCATCAAA,Epiblast
SBR-36h:GGATCTACACAGCTGC,Epiblast
SBR-36h:TCGGGTGCATCCAACA,Epiblast
SBR-36h:CGAGGAAAGGACTATA,Epiblast
SBR-36h:CTCCCTCAGCCTGCCA,Epiblast
SBR-36h:CCAAGCGCAAGCTGTT,Epiblast
SBR-36h:ACAGCCGTCTAGCCTC,Epiblast
SBR-36h:AAGCATCCAGATCACT,Epiblast
SBR-36h:TTGAGTGTCGCGCCAA,Epiblast
SBR-36h:TGTGTGAAGTGCTAGG,Epiblast
SBR-36h:ATAGACCCAGAATCGG,Epiblast
SBR-36h:CTCATCGGTTGTTGAC,Epiblast
SBR-36h:ACATGCATCCGTGTGG,Epiblast
SBR-36h:ACACGCGGTAGCCAGA,Epiblast
SBR-36h:ACCATTTTCTCAATCT,Epiblast
SBR-36h:GTTCTATTCGAGAGCA,Epiblast
SBR-36h:GTAGGTTAGGAACTAT,Epiblast
SBR-36h:CGTGTCTAGTCGCCCA,Epiblast
SBR-36h:AGTTCCCGTCAGCTTA,Epiblast
SBR-36h:CCTTGTGAGCTGACAG,Epiblast
SBR-36h:TCGGTCTGTCTGATCA,Epiblast
SBR-36h:TCAGTGATCGGAGTGA,Epiblast
SBR-36h:CGGAGAATCCGTGGCA,Epiblast
SBR-36h:GGGCTACCAGTCAACT,Epiblast
SBR-36h:TGATTTCCAATAACCC,Epiblast
SBR-36h:ACGATCAAGCAGGCAT,Epiblast
SBR-36h:CACAGATAGTATGGCG,Epiblast
SBR-36h:TCTCAGCGTCACCCTT,Epiblast
SBR-36h:CCGGACAAGACGCTCC,Epiblast
SBR-36h:GCTTTCGTCGCCAACG,Epiblast
SBR-36h:CGCGTGAGTCGTCTCT,Epiblast
SBR-36h:TAGGTACAGGAGAGGC,Epiblast
SBR-36h:CTTAGGATCGAGAACG,Epiblast
SBR-36h:GACCAATGTGGTCTGC,Epiblast
SBR-36h:CCTCACAAGGTGTGAC,Epiblast
SBR-36h:AGTAGTCGTTAGAGAT,Epiblast
SBR-36h:TGGAGGATCGTTCAGA,Naive pluripotency
SBR-36h:CTACATTCATGAAAGT,Epiblast
SBR-36h:CCTCACAAGCTGAAAT,Epiblast
SBR-36h:CATTCATTCCTCTCGA,Epiblast
SBR-36h:AACCACAGTGTCATGT,Exiting naive pluripotency
SBR-36h:GTAACACCAGAGGTAC,Epiblast
SBR-36h:ACGGAAGAGTGAGCCA,Epiblast
SBR-36h:GTCGTAACAAAGAGTT,Epiblast
SBR-36h:TGACAGTTCCTCTCTT,Epiblast
SBR-36h:GGTTCTCAGCCAAGGT,Epiblast
SBR-36h:AAGGAATAGCTAATGA,Epiblast
SBR-36h:CTTAGGACAACAGCCC,Naive pluripotency
SBR-36h:GCTTGGGCATGAGTAA,Epiblast
SBR-36h:TGATCTTTCGATCCCT,Epiblast
SBR-36h:TCGTCCAAGGGAGATA,Naive pluripotency
SBR-36h:AACCATGGTGGCCACT,Exiting naive pluripotency
SBR-36h:ACAGAAAGTACTGACT,Epiblast
SBR-36h:AGGTGTTCAGATTTCG,Epiblast
SBR-36h:CATGCTCTCCTACCAC,Epiblast
SBR-36h:TTGGGCGGTAAGGCTG,Epiblast
SBR-36h:GTATTTCTCACCTTAT,Epiblast
SBR-36h:AAGTCGTTCTGCTCTG,Epiblast
SBR-36h:ACACTGATCTACGCAA,Epiblast
SBR-36h:CGCCATTTCCTTGAAG,Epiblast
SBR-36h:AGGAATAGTGCATGTT,Epiblast
SBR-36h:GGTAACTCAAGATGGC,Epiblast
SBR-36h:GGAAGTGTCTAGAACC,Epiblast
SBR-36h:CATGAGTTCTTTGGAG,Epiblast
SBR-36h:AGCGCCAAGAAACTCA,Epiblast
SBR-36h:TGGTTAGGTCACTGAT,Exiting naive pluripotency
SBR-36h:AGATGCTAGTCAGCCC,Epiblast
SBR-36h:CTCCTCCCAACTTCTT,Epiblast
SBR-36h:TCACGGGTCAAAGACA,Epiblast
SBR-36h:TTCCTAAGTCTTGAAC,Naive pluripotency
SBR-36h:GAGTCATGTAAGGTCG,Epiblast
SBR-36h:TCATGAGGTGACTGTT,Epiblast
SBR-36h:ACAGGGAGTGTATCCA,Epiblast
SBR-36h:AACTTCTCAATAGTCC,Exiting naive pluripotency
SBR-36h:TTCTAACGTAGCACAG,Exiting naive pluripotency
SBR-36h:TCAGCCTAGAGAATCT,Exiting naive pluripotency
SBR-36h:GAGTCTACAGCGGATA,Epiblast
SBR-36h:GCAGGCTGTCATTGCA,Epiblast
SBR-36h:CGGAACCGTGATACTC,Epiblast
SBR-36h:GGTCACGAGGTTGCCC,Epiblast
SBR-36h:AGTGACTCATTCGGGC,Epiblast
SBR-36h:CTCTGGTCAGGCCTGT,Epiblast
SBR-36h:TTCGATTTCTCCTGCA,Epiblast
SBR-36h:TTGGGCGAGTTGTCAC,Epiblast
SBR-36h:CTGTGAATCCGGTAGC,Naive pluripotency
SBR-36h:CCTACGTTCGGAACTT,Epiblast
SBR-36h:TCACTCGGTCAACATC,Epiblast
SBR-36h:CTCAAGAAGGGTCTTT,Exiting naive pluripotency
SBR-36h:TGGGTTAGTTATTCCT,Epiblast
SBR-36h:TGGTGATAGCAGATAT,Exiting naive pluripotency
SBR-36h:CTGCGAGGTATGGAAT,Epiblast
SBR-36h:GAGTTACTCCTAGCCT,Epiblast
SBR-36h:AGACAGGAGTAAGCAT,Epiblast
SBR-36h:ATTATCCCACACCTTC,Exiting naive pluripotency
SBR-36h:TGCAGATAGGTAACTA,Epiblast
SBR-36h:CGTTAGATCCATCCGT,Epiblast
SBR-36h:AGAGCAGCAGTGGTGA,Epiblast
SBR-36h:TTTCAGTCATCTGGGC,Epiblast
SBR-36h:GTACAGTAGTCTGCAT,Epiblast
SBR-36h:GCCAACGTCCTTCAGC,Naive pluripotency
SBR-36h:GTGTTAGGTCAGTCGC,Epiblast
SBR-36h:TATCCTATCGGACGTC,Epiblast
SBR-36h:CTCTCGAGTCGTTATG,Naive pluripotency
SBR-36h:TGCGATAAGTTCACTG,Epiblast
SBR-36h:GCAGCTGGTCGGTGAA,Epiblast
SBR-36h:GCTTTCGAGTCTAACC,Exiting naive pluripotency
SBR-36h:AACCCAACACAATGTC,Epiblast
SBR-36h:GTCACTCCATCGGTTA,Naive pluripotency
SBR-36h:GCAGCTGGTGTCATGT,Epiblast
SBR-36h:GAGCCTGGTAGCGTAG,Epiblast
SBR-36h:TCATCCGCATCACAGT,Epiblast
SBR-36h:TGTGTGACAGGTAGTG,Epiblast
SBR-36h:GTGCGTGAGCTCGTGC,Epiblast
SBR-36h:CATGGTAAGAAGGGAT,Epiblast
SBR-36h:GTAGCTAAGGCCATAG,Epiblast
SBR-36h:TCGACGGCAAATCAGA,Epiblast
SBR-36h:CATACTTAGGAGCAAA,Epiblast
SBR-36h:TGATTCTGTCGGTGTC,Epiblast
SBR-36h:TCATTACCACTCCCTA,Epiblast
SBR-36h:GAGTGTTTCATACGGT,Exiting naive pluripotency
SBR-36h:AAAGAACTCCAGGACC,Epiblast
SBR-36h:TGATCAGCAAGAATAC,Epiblast
SBR-36h:GTTGTGAAGACCGCCT,Epiblast
SBR-36h:ATCGTAGCACCAAATC,Epiblast
SBR-36h:CCACTTGAGCTGCGAA,Epiblast
SBR-36h:CCATCACTCGTAGGGA,Epiblast
SBR-36h:CATAGACTCATTTACC,Epiblast
SBR-36h:CACGGGTGTCGACTGC,Exiting naive pluripotency
SBR-36h:CCCTCTCCACTAAACC,Epiblast
SBR-36h:TGATCAGGTACATACC,Epiblast
SBR-36h:TGTTTGTCATGCTGCG,Epiblast
SBR-36h:CAACGATTCGTCGGGT,Epiblast
SBR-36h:AGGTCATCACTACGGC,Epiblast
SBR-36h:AGTCTCCTCCAGGACC,Epiblast
SBR-36h:AGATCCATCGCGCCAA,Exiting naive pluripotency
SBR-36h:GTAATCGTCGTCAAAC,Epiblast
SBR-36h:TTGACCCTCGGCTGTG,Epiblast
SBR-36h:ATTCGTTTCCGGTTCT,Epiblast
SBR-36h:TTACCATGTCATGACT,Epiblast
SBR-36h:GCCCGAAGTACAAACA,Epiblast
SBR-36h:CGTAATGTCGTCGACG,Epiblast
SBR-36h:GCGATCGCATCAGCTA,Epiblast
SBR-36h:AGCTACACAGAACTAA,Epiblast
SBR-36h:GTGATGTAGTGTTGTC,Epiblast
SBR-36h:TGAGGAGCACGACGCT,Epiblast
SBR-36h:GGGATCCCAAGCGAGT,Epiblast
SBR-36h:TCCACCAAGCGGTAGT,Epiblast
SBR-36h:GGAGGTATCACCGGGT,Epiblast
SBR-36h:ATGTCCCAGCAAGTCG,Epiblast
SBR-36h:TGGGCGTAGCATCGAG,Epiblast
SBR-36h:AGGACGACATTGACCA,Epiblast
SBR-36h:TTGCTGCAGTGATAAC,Epiblast
SBR-36h:TCACATTAGTAGTGCG,Epiblast
SBR-36h:ATACTTCTCAAACCCA,Epiblast
SBR-36h:GCCCGAAGTAACCCTA,Epiblast
SBR-36h:CTTGAGACATGGGATG,Epiblast
SBR-36h:ACTGTCCTCAACCTTT,Epiblast
SBR-36h:TCGACGGCACCGTGCA,Epiblast
SBR-36h:TCGTAGAGTCTGCCTT,Epiblast
SBR-36h:AGATCGTCACCTCAGG,Epiblast
SBR-36h:CATGAGTAGGACACTG,Exiting naive pluripotency
SBR-36h:TTCCGTGAGCGATGAC,Epiblast
SBR-36h:CGAGGAAAGACCAACG,Epiblast
SBR-36h:ACAGGGACATTATGCG,Epiblast
SBR-36h:TTCCTAAAGAACTCCT,Exiting naive pluripotency
SBR-36h:TTCATTGCAATCGAAA,Epiblast
SBR-36h:GTTACAGGTACAGAGC,Naive pluripotency
SBR-36h:TGCGGCAAGCTCCATA,Epiblast
SBR-36h:TGTTCCGGTTAAGACA,Epiblast
SBR-36h:GAAGGGTGTTTCGTAG,Epiblast
SBR-36h:AAGGTAAGTCGTCATA,Epiblast
SBR-36h:TAGATCGCAGGGAGAG,Exiting naive pluripotency
SBR-36h:GCATCGGAGCCTCTTC,Epiblast
SBR-36h:AAGCATCAGTCACTAC,Epiblast
SBR-36h:AGTAACCCAACTCGTA,Epiblast
SBR-36h:GTCCTCAGTTGATGTC,Epiblast
SBR-36h:ATGGAGGCAAACAGGC,Epiblast
SBR-36h:GCTACAACAGTTCTAG,Epiblast
SBR-36h:TACCGAACAAGTGCAG,Epiblast
SBR-36h:TTCGATTTCTAGGAAA,Epiblast
SBR-36h:CTGGACGGTGCGGATA,Naive pluripotency
SBR-36h:TGAGCGCAGGTAAGTT,Epiblast
SBR-36h:TGTTCCGCAATCCTTT,Epiblast
SBR-36h:TGATGCAAGGGTTAGC,Naive pluripotency
SBR-36h:TTCTTGAAGACAGCGT,Epiblast
SBR-36h:CCGTTCATCCCAGGCA,Epiblast
SBR-36h:GTCCACTTCATGCCCT,Exiting naive pluripotency
SBR-36h:TAAGCCAAGTTGGAGC,Epiblast
SBR-36h:TCAGGGCGTTCTGAGT,Epiblast
SBR-36h:CTCTGGTAGTAGACCG,Epiblast
SBR-36h:ACATCCCTCTTTGATC,Epiblast
SBR-36h:CATCAAGCACACAGAG,Epiblast
SBR-36h:GTGAGGACACCAGGTC,Epiblast
SBR-36h:TTGGGTACAATAACCC,Exiting naive pluripotency
SBR-36h:GTGTAACGTTGTTGAC,Epiblast
SBR-36h:GACCCTTCATACATCG,Exiting naive pluripotency
SBR-36h:CATGCAAAGTCATCCA,Epiblast
SBR-36h:TACCCACCAGTCTCTC,Epiblast
SBR-36h:GTCGAATTCTCATGGA,Epiblast
SBR-36h:CACGGGTGTGTTCCTC,Epiblast
SBR-36h:TGGTTAGTCCATTTCA,Epiblast
SBR-36h:GGGAGATAGGTACTGG,Epiblast
SBR-36h:CCCTTAGAGTACAGCG,Epiblast
SBR-36h:CATTGTTGTTGAAGTA,Epiblast
SBR-36h:ATCGGCGTCTCGGTAA,Epiblast
SBR-36h:GCTACAAAGCACCTGC,Epiblast
SBR-36h:CTGGTCTTCGGCATCG,Epiblast
SBR-36h:TGAGGAGAGCCGTTGC,Epiblast
SBR-36h:CTACAGAAGAGCAGAA,Epiblast
SBR-36h:TCCGATCAGAGGATCC,Epiblast
SBR-36h:GTCATGACACTTGAAC,Epiblast
SBR-36h:GGAGGATCAATCACGT,Epiblast
SBR-36h:AGGCTGCAGACGGTCA,Epiblast
SBR-36h:AAGACAAGTGATTCAC,Epiblast
SBR-36h:GTTGTCCCACGGTCTG,Exiting naive pluripotency
SBR-36h:CCTGCATGTGCCTGCA,Epiblast
SBR-36h:AGGTCATAGGGCAAGG,Epiblast
SBR-36h:TGTGATGCAAACTAAG,Exiting naive pluripotency
SBR-36h:GTCGAATTCATAGACC,Epiblast
SBR-36h:GTAGAAACATTAGGCT,Naive pluripotency
SBR-36h:GACCTTCAGTGCTCGC,Epiblast
SBR-36h:GGGTCTGCACCTGCTT,Naive pluripotency
SBR-36h:GTAGAGGGTGTTACAC,Epiblast
SBR-36h:TCATATCCAATGCAGG,Epiblast
SBR-36h:GATAGCTCAATAGGAT,Epiblast
SBR-36h:GTGCAGCGTTGGTGTT,Epiblast
SBR-36h:GTGAGCCAGAAATGGG,Epiblast
SBR-36h:TCACGGGCAGACGCTC,Epiblast
SBR-36h:CTGAATGGTTCCGCTT,Epiblast
SBR-36h:GTGTTAGCACGACAGA,Epiblast
SBR-36h:TTTCACACACAAGTGG,Epiblast
SBR-36h:TGACGCGGTGAGATCG,Epiblast
SBR-36h:CCTCAACGTGTGGACA,Exiting naive pluripotency
SBR-36h:CCTCATGGTTGCGTAT,Epiblast
SBR-36h:GCATCGGCATGTTCAG,Epiblast
SBR-36h:CGTGATATCTTGTGCC,Exiting naive pluripotency
SBR-36h:GAGTCATGTCGTACAT,Epiblast
SBR-36h:TAATCTCCACTGCATA,Epiblast
SBR-36h:CGTGCTTGTGTCATGT,Epiblast
SBR-36h:TTCAATCCAAAGTATG,Exiting naive pluripotency
SBR-36h:GTCAAACGTACCCGAC,Epiblast
SBR-36h:TCTGGCTGTTGCTCCT,Epiblast
SBR-36h:GACCCTTGTGGAAATT,Epiblast
SBR-36h:TGTTCCGTCATTTCGT,Epiblast
SBR-36h:AGCGCCATCACTGGGC,Epiblast
SBR-36h:CCTAACCTCGCTCTAC,Epiblast
SBR-36h:GTGGCGTAGGAGCTGT,Epiblast
SBR-36h:TGGTAGTAGTAACAGT,Epiblast
SBR-36h:AAACGCTAGTGGCAGT,Epiblast
SBR-36h:TTATTGCTCATGCATG,Epiblast
SBR-36h:CTTGAGAAGATTGGGC,Epiblast
SBR-36h:CTCCATGAGACGACTG,Exiting naive pluripotency
SBR-36h:ATAGAGATCTGTTGGA,Epiblast
SBR-36h:ACCACAATCCTACCAC,Epiblast
SBR-36h:ATCGGATGTAGAATGT,Exiting naive pluripotency
SBR-36h:AGTGCCGGTTATAGAG,Epiblast
SBR-36h:AGAGAGCCATACACCA,Epiblast
SBR-36h:TGTGAGTGTTGCATCA,Epiblast
SBR-36h:TCCTCTTAGGTTGAGC,Epiblast
SBR-36h:TACTTGTTCTGCGATA,Epiblast
SBR-36h:CGAAGGAGTTCTTCAT,Naive pluripotency
SBR-36h:GTCCCATGTGGATTTC,Epiblast
SBR-36h:GTAACACAGGACAGTC,Epiblast
SBR-36h:ATCGTCCTCCACATAG,Epiblast
SBR-36h:GTGATGTGTAATGATG,Epiblast
SBR-36h:GCATTAGTCGGTCACG,Epiblast
SBR-36h:TTTCCTCGTCGTCTCT,Epiblast
SBR-36h:CACAGGCTCAAGAAAC,Epiblast
SBR-36h:TACGGGCGTCTGTGAT,Naive pluripotency
SBR-36h:CTCTCGATCGGATTAC,Epiblast
SBR-36h:CGGGACTGTCGACTTA,Epiblast
SBR-36h:GTGACGCCAGGTTTAC,Epiblast
SBR-36h:GTAGCTATCCGATGTA,Epiblast
SBR-36h:TAGGGTTCAAAGTGTA,Exiting naive pluripotency
SBR-36h:CATGAGTCATCTCATT,Exiting naive pluripotency
SBR-36h:TTCTAGTAGCGGGTAT,Epiblast
SBR-36h:CGTTAGAGTATGAAAC,Epiblast
SBR-36h:GGAATGGAGACATGCG,Epiblast
SBR-36h:GTCTACCCATGATAGA,Epiblast
SBR-36h:ACTACGAAGATGCTGG,Epiblast
SBR-36h:GTAATCGTCGTACACA,Epiblast
SBR-36h:GTCATGAGTGTCTTGA,Epiblast
SBR-36h:AATGACCCACGTAGAG,Epiblast
SBR-36h:CCCTGATCAAATCGTC,Epiblast
SBR-36h:TCGGGACCAAGTTTGC,Epiblast
SBR-36h:TGGGATTCAGTAGTTC,Exiting naive pluripotency
SBR-36h:CGGAATTGTGTTCCAA,Epiblast
SBR-36h:GGGACAAGTCCACTCT,Epiblast
SBR-36h:ATTTACCAGCCTGGAA,Epiblast
SBR-36h:TATTGCTCAGTTGTCA,Epiblast
SBR-36h:CATACAGGTAACTAAG,Epiblast
SBR-36h:TGTCCTGCAAACTCTG,Epiblast
SBR-36h:GGGTATTTCCGCTTAC,Epiblast
SBR-36h:TCGTGCTGTTGCCAAT,Epiblast
SBR-36h:TGAGGAGGTGCCCTTT,Epiblast
SBR-36h:GCTTGGGGTTCCGCGA,Epiblast
SBR-36h:GTGCACGGTCCGGTGT,Epiblast
SBR-36h:AGTAGTCCACGGGTAA,Epiblast
SBR-36h:TTTGGAGCAGGCATTT,Epiblast
SBR-36h:TGCACGGGTCCAGCAC,Epiblast
SBR-36h:CTATCCGCAGAGAATT,Exiting naive pluripotency
SBR-36h:ATACCTTCAAAGCTAA,Epiblast
SBR-36h:CGACAGCGTGGCTTGC,Epiblast
SBR-36h:AGGTGTTAGGTTGGAC,Epiblast
SBR-36h:GAGTGTTTCTGCGAGC,Epiblast
SBR-36h:ATCGTCCAGATGACCG,Epiblast
SBR-36h:AAGCGTTGTAAGATCA,Exiting naive pluripotency
SBR-36h:AGGACGATCATTTGGG,Epiblast
SBR-36h:TGACTCCGTGTGGTCC,Epiblast
SBR-36h:GTGCTGGAGTTGGAAT,Epiblast
SBR-36h:ATCGGCGTCTGAGAGG,Exiting naive pluripotency
SBR-36h:CTGATCCCACTTCTCG,Epiblast
SBR-36h:ATTGGGTAGTTCCATG,Epiblast
SBR-36h:TACTTCATCTCCTACG,Epiblast
SBR-36h:TCGGATAGTCCTCCTA,Epiblast
SBR-36h:ACCTACCTCTGGTCAA,Epiblast
SBR-36h:TTTACTGAGAAGCTCG,Naive pluripotency
SBR-36h:CTACGGGGTACCGGCT,Epiblast
SBR-36h:ATTCCTAAGCGCCTCA,Epiblast
SBR-36h:GGTTAACTCTCGCGTT,Epiblast
SBR-36h:TCGGGCAGTACTAAGA,Epiblast
SBR-36h:TCATCCGTCGTTCCTG,Exiting naive pluripotency
SBR-36h:ATTTACCGTGGGTTGA,Exiting naive pluripotency
SBR-36h:AGGCCACGTTGCCGAC,Epiblast
SBR-36h:TCTCTGGAGAAACACT,Epiblast
SBR-36h:CTGAATGCAGTGGCTC,Epiblast
SBR-36h:GGGAGTATCATGTCTT,Epiblast
SBR-36h:GGGTGAACAAACACGG,Epiblast
SBR-36h:TTGATGGTCTTTCTAG,Exiting naive pluripotency
SBR-36h:CATTCTAGTTGCACGC,Exiting naive pluripotency
SBR-36h:GTACAGTAGGCCTTGC,Exiting naive pluripotency
SBR-36h:TGGGAAGAGCATACTC,Epiblast
SBR-36h:GCACGTGGTGTGATGG,Naive pluripotency
SBR-36h:GTGGCGTGTGGAATGC,Exiting naive pluripotency
SBR-36h:CGAGGCTGTGGTTTAC,Epiblast
SBR-36h:GTAGATCCAAGTGGCA,Epiblast
SBR-36h:GGTTGTAGTCCGATCG,Epiblast
SBR-36h:TCATTCAGTACGCTAT,Epiblast
SBR-36h:TAGTGCAAGTAGATCA,Epiblast
SBR-36h:TGAATCGTCACCCTGT,Epiblast
SBR-36h:CGGACACTCACTGATG,Epiblast
SBR-36h:TAACGACCATCCGCGA,Epiblast
SBR-36h:GGAATGGAGGTGGCTA,Epiblast
SBR-36h:CAGTTAGGTTCGGTCG,Epiblast
SBR-36h:TGCCGAGCACAACGCC,Epiblast
SBR-36h:TCCTGCACAGGTGTTT,Epiblast
SBR-36h:TGGTTAGGTTTACCTT,Exiting naive pluripotency
SBR-36h:CGAGTGCCACTAGGCC,Epiblast
SBR-36h:GCCCAGAAGTCAGGGT,Epiblast
SBR-36h:TCGTGCTTCTCTAAGG,Epiblast
SBR-36h:TCTACATTCCTTGAAG,Epiblast
SBR-36h:TCTCACGGTTCAGCGC,Epiblast
SBR-36h:CCGGTGAGTGATACAA,Epiblast
SBR-36h:CCTCAACGTACCTATG,Epiblast
SBR-36h:ATTTCACCAGTTCACA,Epiblast
SBR-36h:ATCGATGCAAGAGCTG,Epiblast
SBR-36h:GTCAGCGTCATCTCTA,Exiting naive pluripotency
SBR-36h:TCTTCCTCATCACCAA,Epiblast
SBR-36h:CACTGTCGTATACCCA,Exiting naive pluripotency
SBR-36h:TTCTAGTTCCGACGGT,Epiblast
SBR-36h:TGTGTGATCAGAACCT,Epiblast
SBR-36h:TCCTCCCCAGGCGTTC,Epiblast
SBR-36h:TACGGTACACGTCGGT,Epiblast
SBR-36h:GTCCACTCACGACGTC,Epiblast
SBR-36h:TCCAGAAAGGCAGGTT,Epiblast
SBR-36h:TCGCTCATCTTCCCGA,Exiting naive pluripotency
SBR-36h:ACACTGAGTTGTTGCA,Epiblast
SBR-36h:TGCGGGTAGGCAATGC,Epiblast
SBR-36h:CCCTAACGTCTGTAGT,Epiblast
SBR-36h:AACAACCGTAACAGGC,Epiblast
SBR-36h:GCATCTCTCATAGAGA,Exiting naive pluripotency
SBR-36h:TGTCCTGCACCACATA,Epiblast
SBR-36h:GGTGTTACAGCATTGT,Naive pluripotency
SBR-36h:AGTCTCCAGCCTGGAA,Epiblast
SBR-36h:TGGTACAAGACCTGGA,Epiblast
SBR-36h:TTCGATTGTCCGGATC,Epiblast
SBR-36h:GGGTGAACAAGTTTGC,Epiblast
SBR-36h:TGAGTCAAGGATGGCT,Exiting naive pluripotency
SBR-36h:GACCTTCCAATTAGGA,Epiblast
SBR-36h:ACCTGTCTCGCGGACT,Epiblast
SBR-36h:TCTACATTCTCCAATT,Epiblast
SBR-36h:GACCCAGCAAGTGTCT,Epiblast
SBR-36h:GCACGGTAGAGAGTTT,Epiblast
SBR-36h:GTTGTCCCACTCATAG,Epiblast
SBR-36h:ATCGTGAGTCAGATTC,Epiblast
SBR-36h:TCTCTGGCAGTGGGTA,Epiblast
SBR-36h:CTTACCGAGACGCAGT,Epiblast
SBR-36h:CCTTGTGGTTCTAACG,Epiblast
SBR-36h:GAGGGTAAGAGGCCAT,Epiblast
SBR-36h:TCTGGCTCACACAGCC,Epiblast
SBR-36h:ATTACTCGTGACGCCT,Epiblast
SBR-36h:CTGTAGAAGTGTTGAA,Epiblast
SBR-36h:ACTTAGGTCCTTTGAT,Epiblast
SBR-36h:ATGATCGGTCGTCTCT,Naive pluripotency
SBR-36h:AGAAGTACATCCCGTT,Epiblast
SBR-36h:GTTCATTCAGACAAAT,Epiblast
SBR-36h:GGGTTTAGTCCGTTTC,Epiblast
SBR-36h:CACTAAGGTTATTCTC,Epiblast
SBR-36h:TGAGCGCGTTCGAACT,Epiblast
SBR-36h:GAAGGACTCGCTGCGA,Epiblast
SBR-36h:CATACAGGTCGGATTT,Epiblast
SBR-36h:TTGCCTGGTGGTTTAC,Epiblast
SBR-36h:CAACGATTCAGTCAGT,Exiting naive pluripotency
SBR-36h:ACGTAGTGTCGACGCT,Epiblast
SBR-36h:GTCGTTCAGGTTATAG,Epiblast
SBR-36h:TCCTTTCGTCGTGGAA,Epiblast
SBR-36h:GAGTCATTCGAGAGAC,Epiblast
SBR-36h:AGTGCCGCACAGCTGC,Epiblast
SBR-36h:TGTTACTGTTAGAGAT,Exiting naive pluripotency
SBR-36h:TGCTCGTGTCAGCGTC,Epiblast
SBR-36h:AGAGAATCACACCGCA,Epiblast
SBR-36h:GTAATGCTCTTGGATG,Epiblast
SBR-36h:AGGTAGGCAGCCGTTG,Epiblast
SBR-36h:GAGTTTGCAGTAGAGC,Epiblast
SBR-36h:CGTGAATCATTCACCC,Exiting naive pluripotency
SBR-36h:CGGGACTAGAATCGTA,Epiblast
SBR-36h:TTGGGATAGGCTCTAT,Epiblast
SBR-36h:GCAGCCATCAGACCGC,Epiblast
SBR-36h:CGGAATTGTGAGCAGT,Epiblast
SBR-36h:CATCCGTAGGTTTACC,Epiblast
SBR-36h:TCATTGTGTAGTGATA,Epiblast
SBR-36h:GTGCAGCCATCGCTAA,Naive pluripotency
SBR-36h:CCTAACCAGGAGTCTG,Naive pluripotency
SBR-36h:CGTAATGTCTACTCAT,Epiblast
SBR-36h:TTCTAACAGCATGCAG,Epiblast
SBR-36h:TGTAGACAGCCTGGAA,Epiblast
SBR-36h:GACCCAGGTCGTGGAA,Epiblast
SBR-36h:GGGTTATGTGGATTTC,Epiblast
SBR-36h:CACTAAGAGTATCTGC,Naive pluripotency
SBR-36h:TTCTGTAAGACGAGCT,Epiblast
SBR-36h:GGAGGTAGTGGATGAC,Naive pluripotency
SBR-36h:AAGAACATCAAGGAGC,Epiblast
SBR-36h:TGGAACTGTGGCTTGC,Epiblast
SBR-36h:CCGTAGGCACTCTAGA,Exiting naive pluripotency
SBR-36h:TAAGCGTCACAAAGTA,Epiblast
SBR-36h:GAGCCTGTCGTGGCTG,Epiblast
SBR-36h:AACAAGACAAAGGCTG,Epiblast
SBR-36h:TGACAGTAGACGATAT,Epiblast
SBR-36h:ATGGGTTAGCTATCCA,Epiblast
SBR-36h:ACACTGAGTGACAGGT,Epiblast
SBR-36h:TGGAACTTCCATAGGT,Epiblast
SBR-36h:GACGTTAAGGACTGGT,Epiblast
SBR-36h:GTTGCGGAGAATTGTG,Epiblast
SBR-36h:GTGTTAGGTGTCTTCC,Epiblast
SBR-36h:CTCCTCCCAAATGCTC,Epiblast
SBR-36h:CTACAGAGTGGCCACT,Epiblast
SBR-36h:CCTTTGGCACGTGTGC,Epiblast
SBR-36h:TGTAAGCCACGGATCC,Epiblast
SBR-36h:TGTTACTCACAACGCC,Epiblast
SBR-36h:TTCCAATCAGATGCGA,Epiblast
SBR-36h:CCTCTAGTCAGAGTTC,Epiblast
SBR-36h:TCGGGCACAAGATCCT,Epiblast
SBR-36h:AACCCAAGTATAGGAT,Epiblast
SBR-36h:CCACCATGTGAGAACC,Exiting naive pluripotency
SBR-36h:TAGTGCACAAGTTGGG,Epiblast
SBR-36h:GTGTGATCACGCGCAT,Exiting naive pluripotency
SBR-36h:TTACCGCAGATTGCGG,Naive pluripotency
SBR-36h:GAACGTTAGCTTGTGT,Epiblast
SBR-36h:CGGGTCACAGCAGTGA,Epiblast
SBR-36h:TTCACGCAGGCCGCTT,Naive pluripotency
SBR-36h:TCACTATGTGTCCGGT,Epiblast
SBR-36h:TTACCATAGCGCACAA,Epiblast
SBR-36h:CTGTCGTTCATCGGGC,Epiblast
SBR-36h:TTCGGTCGTGGGTCAA,Epiblast
SBR-36h:CGATCGGGTGTTAACC,Epiblast
SBR-36h:TTCGATTTCCCAGGCA,Exiting naive pluripotency
SBR-36h:AGTCATGTCACCCTTG,Epiblast
SBR-36h:GTTAGTGCACAATGCT,Epiblast
SBR-36h:AGACCATGTTCTTAGG,Epiblast
SBR-36h:GGTCTGGTCAGCCTTC,Epiblast
SBR-36h:TGAGCGCCAATAGTAG,Epiblast
SBR-36h:CCACGAGGTATGTCCA,Epiblast
SBR-36h:TGGATCACACGAAAGC,Epiblast
SBR-36h:TCATATCCATGTTCAG,Exiting naive pluripotency
SBR-36h:TGGGTTACACCAAAGG,Epiblast
SBR-36h:CGTAGTAAGCGAATGC,Epiblast
SBR-36h:AGAGCCCTCACCCTCA,Epiblast
SBR-36h:CTTTCAACAATTTCTC,Epiblast
SBR-36h:GCTACAATCAGATGCT,Epiblast
SBR-36h:ACCTGTCGTGCTAGCC,Epiblast
SBR-36h:AAGACTCTCCATTGGA,Exiting naive pluripotency
SBR-36h:CTTAGGATCTGCGAGC,Epiblast
SBR-36h:TTCTTGAAGAAGTCCG,Epiblast
SBR-36h:TTTGACTCAGAGAATT,Epiblast
SBR-36h:CTGATCCCAGTAGAGC,Exiting naive pluripotency
SBR-36h:TTACTGTGTGTAAATG,Epiblast
SBR-36h:GGGTAGAAGTCCCGAC,Exiting naive pluripotency
SBR-36h:TCCCATGCAAGACTGG,Epiblast
SBR-36h:CGAGGAATCACTACGA,Epiblast
SBR-36h:GAAGGGTTCTGTCCGT,Epiblast
SBR-36h:ACCGTTCAGACAACAT,Epiblast
SBR-36h:GTCGAATCAGTTAGGG,Exiting naive pluripotency
SBR-36h:GTCGAATCAGAGTGAC,Epiblast
SBR-36h:AGTGACTAGTGGTGGT,Naive pluripotency
SBR-36h:TCAGGTAAGAACAAGG,Exiting naive pluripotency
SBR-36h:GTTGTAGCAGGACATG,Exiting naive pluripotency
SBR-36h:CTATCCGAGATCGCCC,Epiblast
SBR-36h:CATCCACGTCAGCGTC,Epiblast
SBR-36h:TTGGGTACAGCAGAAC,Epiblast
SBR-36h:TCGGTCTTCCAGTGCG,Epiblast
SBR-36h:TCTCCGAAGGTACAAT,Epiblast
SBR-36h:TCATCCGGTTCGAACT,Exiting naive pluripotency
SBR-36h:GAGCCTGCAAAGTATG,Epiblast
SBR-36h:CTTCTAAGTTTCGGCG,Epiblast
SBR-36h:TCCTCGAAGTGGCAGT,Epiblast
SBR-36h:GGGTCACAGCAGAAAG,Epiblast
SBR-36h:GTCGAATCATTGACCA,Epiblast
SBR-36h:CTCGAGGTCATCGGGC,Epiblast
SBR-36h:GATTCTTCAACTACGT,Epiblast
SBR-36h:CTTCTCTCATCGGTTA,Exiting naive pluripotency
SBR-36h:ACTGATGCAAGAATAC,Epiblast
SBR-36h:TCCTAATCACTCGATA,Epiblast
SBR-36h:ACGGTTAAGCGCCTAC,Epiblast
SBR-36h:AGCCAGCCACTGTTCC,Epiblast
SBR-36h:CCGTAGGTCATGGTAC,Exiting naive pluripotency
SBR-36h:CATTCCGCACTGATTG,Exiting naive pluripotency
SBR-36h:GATCGTAGTACGCTAT,Epiblast
SBR-36h:AGTTCGATCTGTCCCA,Epiblast
SBR-36h:GGGACAAAGTAGCATA,Epiblast
SBR-36h:AGCTCAAAGATGCTTC,Epiblast
SBR-36h:TCTTAGTAGTAATTGG,Epiblast
SBR-36h:ATTCCTAGTGAGATCG,Epiblast
SBR-36h:CAACGGCGTCTATGAC,Exiting naive pluripotency
SBR-36h:GAAGGACTCGACACTA,Epiblast
SBR-36h:GCGAGAATCTTGAGCA,Exiting naive pluripotency
SBR-36h:ACGGAAGGTCTTCTAT,Epiblast
SBR-36h:GTTGCTCGTATGGTAA,Exiting naive pluripotency
SBR-36h:CTGTGGGTCTCCAATT,Epiblast
SBR-36h:GGATCTAAGACATCAA,Exiting naive pluripotency
SBR-36h:GTCATTTTCTCCGTGT,Epiblast
SBR-36h:GTGTGGCCAAGTGTCT,Epiblast
SBR-36h:CCCTGATGTATCTTCT,Exiting naive pluripotency
SBR-36h:CCCTTAGAGATCCTAC,Epiblast
SBR-36h:CGAGTGCAGTTTCGGT,Naive pluripotency
SBR-36h:AGAACAAAGATGCTAA,Epiblast
SBR-36h:CTTTCAAGTGAGGCAT,Epiblast
SBR-36h:CTACATTTCTCGCCTA,Exiting naive pluripotency
SBR-36h:TGAGGTTCAGGTCAGA,Epiblast
SBR-36h:GCTTTCGCATCTCAAG,Epiblast
SBR-36h:CGAGAAGAGTCGTCTA,Epiblast
SBR-36h:AGGGCCTCAAGCCCAC,Epiblast
SBR-36h:GGGTGAAGTTGCTCAA,Epiblast
SBR-36h:TGTTTGTAGTAAGCAT,Epiblast
SBR-36h:AAAGGGCAGCCTATCA,Epiblast
SBR-36h:GGCGTCAAGGAACTCG,Epiblast
SBR-36h:GCTACCTCAGCTGTTA,Exiting naive pluripotency
SBR-36h:AGGTCTAGTGCCCACA,Exiting naive pluripotency
SBR-36h:CGAGGAACAATTCACG,Epiblast
SBR-36h:TAGGTACAGCGCTTCG,Epiblast
SBR-36h:CTGTGGGCACGACAAG,Epiblast
SBR-36h:CGGGTGTCAACCGGAA,Epiblast
SBR-36h:CACTTCGAGTTACGAA,Naive pluripotency
SBR-36h:TGATCTTCAGCAGATG,Exiting naive pluripotency
SBR-36h:AGCCAATCATCACCAA,Epiblast
SBR-36h:TCGTGGGTCAAGGAGC,Epiblast
SBR-36h:TCCGTGTTCAAACCCA,Epiblast
SBR-36h:CTCAAGATCTCCTGAC,Epiblast
SBR-36h:CGAAGGAAGGGCCTCT,Epiblast
SBR-36h:GTTCATTCAGTGGTGA,Epiblast
SBR-36h:CAGCAGCCAACTTGGT,Epiblast
SBR-36h:CTGGCAGTCCTGTTGC,Epiblast
SBR-36h:ATCAGGTTCTTTACAC,Epiblast
SBR-36h:TGAGGTTAGCCGGAAT,Exiting naive pluripotency
SBR-36h:TGAGTCAAGCAGGTCA,Epiblast
SBR-36h:ATTTCTGGTCCTACGG,Epiblast
SBR-36h:CGATGCGTCAAATGCC,Epiblast
SBR-36h:CTCCATGAGATCCGAG,Epiblast
SBR-36h:TTCTGTACATGTACGT,Epiblast
SBR-36h:TAAGCACAGCGTGAGT,Epiblast
SBR-36h:TCATATCTCCGAGCTG,Epiblast
SBR-36h:TATTCCAGTGCTATTG,Exiting naive pluripotency
SBR-36h:GGGCCATGTGGTAACG,Naive pluripotency
SBR-36h:GGTTCTCCACGTGTGC,Epiblast
SBR-36h:TGTTCCGCATCCGTGG,Epiblast
SBR-36h:GAACACTCATTGCTGA,Epiblast
SBR-36h:GCCGTGACACCTGCTT,Epiblast
SBR-36h:AATAGAGCATGTCGTA,Epiblast
SBR-36h:ACTCTCGTCGTGCTCT,Epiblast
SBR-36h:GACTCAATCTCCTACG,Exiting naive pluripotency
SBR-36h:GGGTCACCAAATAAGC,Naive pluripotency
SBR-36h:CTTGAGAGTTTGTGGT,Epiblast
SBR-36h:AGTAACCAGTACTGTC,Epiblast
SBR-36h:TCGTGGGGTAACGATA,Epiblast
SBR-36h:TGCCGAGGTTGTCAGT,Epiblast
SBR-36h:AAGGTAAAGACAGTCG,Exiting naive pluripotency
SBR-36h:TCCTTTCAGCGTGCCT,Exiting naive pluripotency
SBR-36h:ATTCCCGGTGAGTAGC,Epiblast
SBR-36h:CATTCATGTGGAGGTT,Epiblast
SBR-36h:GGGTGTCGTGGAGAAA,Exiting naive pluripotency
SBR-36h:TGTTGAGAGCCTCTCT,Epiblast
SBR-36h:ATCCATTCATAACCCA,Epiblast
SBR-36h:TCCGTGTTCATCAGTG,Exiting naive pluripotency
SBR-36h:GGGTATTTCCTCGCAT,Epiblast
SBR-36h:ACTGTGACAGCCGTTG,Epiblast
SBR-36h:CGTCCATCAAACTCTG,Epiblast
SBR-36h:CCTACGTAGTTGGCTT,Epiblast
SBR-36h:GGAGCAATCCACGTAA,Epiblast
SBR-36h:ATCGCCTCAACCGCTG,Epiblast
SBR-36h:ATCGATGAGGAAGAAC,Epiblast
SBR-36h:AGAAGCGGTGGGCTTC,Epiblast
SBR-36h:CACGTGGGTAGTTAGA,Epiblast
SBR-36h:TCACACCCATGGTGGA,Epiblast
SBR-36h:CCACGAGGTAGTATAG,Exiting naive pluripotency
SBR-36h:TTCTAGTGTATAGGGC,Epiblast
SBR-36h:GGAGATGTCAGCAATC,Epiblast
SBR-36h:TGTTCCGAGCCTGGAA,Epiblast
SBR-36h:TGAGCGCCACCGTACG,Exiting naive pluripotency
SBR-36h:CAGTGCGGTTGTGGAG,Epiblast
SBR-36h:GATCGTATCGAGTTGT,Epiblast
SBR-36h:ACCAAACGTGTTCAGT,Epiblast
SBR-36h:TGATGGTCAAGGCAAC,Exiting naive pluripotency
SBR-36h:CGGAATTTCATTGCGA,Naive pluripotency
SBR-36h:ATTCAGGTCAGTCAGT,Exiting naive pluripotency
SBR-36h:AAGTCGTGTGAGAACC,Epiblast
SBR-36h:GTGCGTGAGAGTCTGG,Epiblast
SBR-36h:TTCACCGCATTGCAAC,Epiblast
SBR-36h:TCATGTTAGGGTTGCA,Epiblast
SBR-36h:GGGTCTGAGTGGCAGT,Epiblast
SBR-36h:TAGACCAGTTTGTTCT,Epiblast
SBR-36h:TTCCGTGGTGATCGTT,Epiblast
SBR-36h:GTTCTATTCGTCTAAG,Exiting naive pluripotency
SBR-36h:CCGGTGAAGAGCCGAT,Epiblast
SBR-36h:AAACGCTTCCTCAGGG,Epiblast
SBR-36h:CGTGAATCAACTGCCG,Epiblast
SBR-36h:TGTCCTGTCCTGGCTT,Epiblast
SBR-36h:TTTGGTTTCTCGCTTG,Epiblast
SBR-36h:GTCAAGTCATAGATCC,Epiblast
SBR-36h:CCGCAAGCAGCACACC,Epiblast
SBR-36h:TCTTGCGTCGAGCCTG,Epiblast
SBR-36h:TGTTGGACATTAGGAA,Exiting naive pluripotency
SBR-36h:TCCTGCAGTGCATTAC,Epiblast
SBR-36h:GTCCTCAAGGTCCCTG,Exiting naive pluripotency
SBR-36h:CTCCCAAAGTGGACTG,Epiblast
SBR-36h:ATGTCCCGTCCTATAG,Epiblast
SBR-36h:TTTGTTGGTCTGGTTA,Exiting naive pluripotency
SBR-36h:AAATGGATCGACGATT,Epiblast
SBR-36h:CAGTTCCGTAGTCGGA,Epiblast
SBR-36h:CCACGAGTCCAAGCAT,Exiting naive pluripotency
SBR-36h:GTGCGTGCAGATTTCG,Epiblast
SBR-36h:CAGGTATAGGACGCAT,Epiblast
SBR-36h:GTGGAGAGTCCGTTTC,Epiblast
SBR-36h:AATGGAAAGAGAGCGG,Epiblast
SBR-36h:CATGCTCTCATCTGTT,Epiblast
SBR-36h:TAGGTACAGGCCTTGC,Epiblast
SBR-36h:TCACGCTCATTGACTG,Epiblast
SBR-36h:CCTCAGTCAAGGTCGA,Exiting naive pluripotency
SBR-36h:TTTCCTCGTGGGCTTC,Naive pluripotency
SBR-36h:GGGCGTTGTCCTGAAT,Epiblast
SBR-36h:TGAGCGCGTTCAGGTT,Epiblast
SBR-36h:TGCAGTACACGCGTGT,Epiblast
SBR-36h:CACATGAGTATCGCTA,Exiting naive pluripotency
SBR-36h:AAGGTAAAGTTGGCTT,Exiting naive pluripotency
SBR-36h:TTACAGGCATCGCTCT,Epiblast
SBR-36h:GGTGTTAAGAGGCCAT,Exiting naive pluripotency
SBR-36h:AGAAATGAGATCCCAT,Epiblast
SBR-36h:TGCCGAGTCGAGAGCA,Epiblast
SBR-36h:TTGCCTGTCTGGAGAG,Epiblast
SBR-36h:TCAGTGATCGCCTTGT,Epiblast
SBR-36h:GTGCGTGTCGGAGTAG,Epiblast
SBR-36h:ACAGAAAGTTAGTTCG,Epiblast
SBR-36h:TGTAGACCACTGATTG,Epiblast
SBR-36h:GAACGTTGTTATGTCG,Epiblast
SBR-36h:TCTATACGTATACGGG,Epiblast
SBR-36h:GTTAGACCATCACAGT,Epiblast
SBR-36h:CCCTCTCGTATGGTAA,Exiting naive pluripotency
SBR-36h:TGGATCATCTAGTTCT,Epiblast
SBR-36h:TCATTTGGTACCCAGC,Epiblast
SBR-36h:TCGGTCTCATAGGTTC,Epiblast
SBR-36h:TGTACAGAGTTGCTCA,Epiblast
SBR-36h:GGGTTTAGTTTACACG,Epiblast
SBR-36h:CGTTAGAGTCTTACAG,Epiblast
SBR-36h:GTAACCATCACAACCA,Epiblast
SBR-36h:CGAAGGAGTCCCAAAT,Exiting naive pluripotency
SBR-36h:TTCTGTAGTGATCGTT,Epiblast
SBR-36h:TCTAACTCAGTAACCT,Exiting naive pluripotency
SBR-36h:GCGTGCAGTGACAACG,Epiblast
SBR-36h:AATCGTGCAATAGGAT,Exiting naive pluripotency
SBR-36h:TGTAACGAGCACCGTC,Exiting naive pluripotency
SBR-36h:ACGGAAGTCCGTGGGT,Epiblast
SBR-36h:AGGTCTATCTTACACT,Epiblast
SBR-36h:CCGGGTATCTCTCAAT,Epiblast
SBR-36h:AGGCCACAGTCAGCCC,Exiting naive pluripotency
SBR-36h:TTGCATTTCGTAACTG,Epiblast
SBR-36h:TCATGAGTCTTTCCGG,Epiblast
SBR-36h:TTCCTCTTCAGAGTTC,Exiting naive pluripotency
SBR-36h:GATGATCTCCGTGGGT,Epiblast
SBR-36h:CGAGGCTGTCAGATTC,Epiblast
SBR-36h:GACGCTGAGCGTTGTT,Epiblast
SBR-36h:TGCGGCACACTACCCT,Epiblast
SBR-36h:AAAGTCCCAAGTCCAT,Epiblast
SBR-36h:TGAGGGAAGAGCTTTC,Naive pluripotency
SBR-36h:AGACCCGTCTTCTAAC,Epiblast
SBR-36h:CAAAGAATCATGCATG,Exiting naive pluripotency
SBR-36h:TGTAGACTCCGTGTCT,Epiblast
SBR-36h:GACCCTTTCTCGTTTA,Exiting naive pluripotency
SBR-36h:CATACAGAGATGTAGT,Epiblast
SBR-36h:CCTCTCCCAGTATGAA,Exiting naive pluripotency
SBR-36h:CTTTCAATCGGTCAGC,Epiblast
SBR-36h:TGCAGGCCATCGGCCA,Epiblast
SBR-36h:GTGTAACAGGGAGAAT,Epiblast
SBR-36h:ACGATGTGTTCAAACC,Exiting naive pluripotency
SBR-36h:CCAATGAAGAGCAAGA,Epiblast
SBR-36h:CTACCCACACCACATA,Exiting naive pluripotency
SBR-36h:AACCTGACAACAGCCC,Epiblast
SBR-36h:AGATAGATCTGTTCAT,Epiblast
SBR-36h:TCGGGTGGTTATGGTC,Epiblast
SBR-36h:ATGGAGGCAGCCTACG,Epiblast
SBR-36h:TCATTTGGTGCATTAC,Epiblast
SBR-36h:AGCTTCCAGCTCTATG,Epiblast
SBR-36h:GAGTGAGGTGAGTCAG,Epiblast
SBR-36h:CGCATGGAGCAGGGAG,Epiblast
SBR-36h:CTCGAGGGTACGGGAT,Epiblast
SBR-36h:CGGCAGTAGAATACAC,Epiblast
SBR-36h:CGCGTGACACACCGAC,Epiblast
SBR-36h:CCTACGTTCAGGACAG,Epiblast
SBR-36h:ATGGATCGTGTCCCTT,Exiting naive pluripotency
SBR-36h:GATTCTTAGTGGTGAC,Epiblast
SBR-36h:ATGCGATTCGTGCATA,Epiblast
SBR-36h:GCCGTGACATGGAGAC,Epiblast
SBR-36h:GAGAAATTCATATGGC,Epiblast
SBR-36h:TCGTAGACAGCCGTCA,Epiblast
SBR-36h:CTCCTCCTCTCTGACC,Epiblast
SBR-36h:CAGCGTGAGTCAGAGC,Epiblast
SBR-36h:GGGACCTGTGCCTTTC,Epiblast
SBR-36h:CAATCGACAAGTTTGC,Epiblast
SBR-36h:TCCACGTCACCTGCGA,Epiblast
SBR-36h:GTGCTGGGTCGCAACC,Epiblast
SBR-36h:GTACAGTAGTGGAAAG,Epiblast
SBR-36h:GTGGGAATCTTCGTAT,Epiblast
SBR-36h:ACGGAAGAGACAGCTG,Epiblast
SBR-36h:GTGCTGGTCTGTGCTC,Epiblast
SBR-36h:GTGTGATCAGTTTGGT,Exiting naive pluripotency
SBR-36h:AGGGTTTTCATTCACT,Epiblast
SBR-36h:CTCCACAAGTCACACT,Epiblast
SBR-36h:TCATGCCAGAGGGTCT,Epiblast
SBR-36h:GTCAAACAGAGTGAAG,Epiblast
SBR-36h:TGTTTGTTCGACGCTG,Epiblast
SBR-36h:CCCTTAGGTTCGGTTA,Epiblast
SBR-36h:ATGCATGAGCATGTTC,Epiblast
SBR-36h:TTCCTTCAGCCTTTCC,Epiblast
SBR-36h:GAGTTTGGTGAGAGGG,Epiblast
SBR-36h:ATATCCTTCGTGGCTG,Epiblast
SBR-36h:TCGTCCACATAGATCC,Epiblast
SBR-36h:GTGAGTTGTTGCCGAC,Epiblast
SBR-36h:AGTGATCGTGCATACT,Epiblast
SBR-36h:ATCCTATCATATACCG,Exiting naive pluripotency
SBR-36h:GGGATCCGTTGTACGT,Epiblast
SBR-36h:TTCGGTCGTTAGCTAC,Epiblast
SBR-36h:CCTAACCTCGTCAAAC,Epiblast
SBR-36h:GGCACGTAGATTGTGA,Epiblast
SBR-36h:CGGAACCGTGATAGTA,Naive pluripotency
SBR-36h:CATCGCTAGCCATGCC,Epiblast
SBR-36h:CAATGACCACAGTCCG,Epiblast
SBR-36h:TCTGCCATCATCTATC,Epiblast
SBR-36h:TCCGATCTCTGAGAGG,Epiblast
SBR-36h:TGGAACTCACCCAACG,Epiblast
SBR-36h:CATAGACTCCGGACTG,Epiblast
SBR-36h:CCACGAGGTCTTCTAT,Epiblast
SBR-36h:CTCATCGAGCATCGAG,Exiting naive pluripotency
SBR-36h:GTACAACCACGTGAGA,Epiblast
SBR-36h:CATTCTACACGCGTGT,Exiting naive pluripotency
SBR-36h:GTTCATTTCTGTTCAT,Naive pluripotency
SBR-36h:TGTTACTCAAAGACTA,Epiblast
SBR-36h:ATCGCCTAGGTGATAT,Epiblast
SBR-36h:GGTTGTAAGACCCGCT,Epiblast
SBR-36h:GGGTTATGTTCCTAGA,Epiblast
SBR-36h:TAGCACAGTGTCATCA,Epiblast
SBR-36h:CCGGTGACACTCTCGT,Epiblast
SBR-36h:GTTCGCTGTTTCGCTC,Exiting naive pluripotency
SBR-36h:ACAAAGAGTGGAACAC,Naive pluripotency
SBR-36h:CGTGCTTAGCCTGAAG,Exiting naive pluripotency
SBR-36h:CGATGGCGTTACCTGA,Epiblast
SBR-36h:GTGTAACAGCATGTTC,Epiblast
SBR-36h:CAGATTGGTTTCGCTC,Epiblast
SBR-36h:CAAAGAATCCTAAACG,Epiblast
SBR-36h:CCTATCGTCACGATAC,Epiblast
SBR-36h:ACACTGACATATACCG,Epiblast
SBR-36h:GCAGCTGTCGGCCTTT,Epiblast
SBR-36h:GCCCAGAGTACTCGTA,Epiblast
SBR-36h:AGTTCGATCGAGAAGC,Epiblast
SBR-36h:CGAGGCTCACTAGGCC,Epiblast
SBR-36h:TACGGGCTCGCTAGCG,Epiblast
SBR-36h:GTAGGAGGTTGGGATG,Epiblast
SBR-36h:CACGAATAGCCATGCC,Epiblast
SBR-36h:TATTTCGCACTTTATC,Epiblast
SBR-36h:TGTTCATGTTCGGACC,Exiting naive pluripotency
SBR-36h:GGGAGATAGCTGCCTG,Epiblast
SBR-36h:TATCTGTTCCTACCAC,Epiblast
SBR-36h:TGGTAGTGTAGGTACG,Epiblast
SBR-36h:GGAATGGAGCTTTGTG,Epiblast
SBR-36h:GATGGAGCATAGATGA,Exiting naive pluripotency
SBR-36h:CGGGTGTCATGACCCG,Epiblast
SBR-36h:GCTGAATCAGACGGAT,Exiting naive pluripotency
SBR-36h:CCTAAGATCCAGTGTA,Epiblast
SBR-36h:CAGTGCGGTCTTTATC,Epiblast
SBR-36h:ATTCGTTGTAACAAGT,Epiblast
SBR-36h:CATCCGTAGCCGTTGC,Epiblast
SBR-36h:GTTGTGAGTGGAAGTC,Epiblast
SBR-36h:GGAGGATCACATTCTT,Epiblast
SBR-36h:TGGAGAGCAGAGTCTT,Epiblast
SBR-36h:TTCCAATAGTGGCAGT,Epiblast
SBR-36h:GTGGAGAAGGGATGTC,Exiting naive pluripotency
SBR-36h:GGGAGTAGTAGGGAGG,Epiblast
SBR-36h:AAAGTGATCTAGAGCT,Epiblast
SBR-36h:GCTGCAGAGCATGATA,Naive pluripotency
SBR-36h:TCTGGCTTCAAGCCCG,Exiting naive pluripotency
SBR-36h:CCGCAAGAGCCTAACT,Epiblast
SBR-36h:TCGACCTGTATACAGA,Epiblast
SBR-36h:TCATTGTGTGAGAACC,Naive pluripotency
SBR-36h:GGGTCTGAGCGGGTTA,Epiblast
SBR-36h:TATTTCGGTCTAGGTT,Epiblast
SBR-36h:AGATAGATCCCAGTGG,Epiblast
SBR-36h:GTAACACTCCCAGTGG,Epiblast
SBR-36h:GTATTTCCAATGTCTG,Epiblast
SBR-36h:GTAACCATCACGGGCT,Epiblast
SBR-36h:AGGTCATGTGGACCAA,Epiblast
SBR-36h:GCAGTTAAGGTATAGT,Epiblast
SBR-36h:ATTCCTACATAGTCAC,Epiblast
SBR-36h:CCCTGATGTTGTAAAG,Epiblast
SBR-36h:CATGCGGCAATGGGTG,Epiblast
SBR-36h:TTACGTTAGGCAGGGA,Epiblast
SBR-36h:ATCACAGGTCGTTCAA,Epiblast
SBR-36h:GGTCTGGCAAACCATC,Epiblast
SBR-36h:CAGATTGCACTGCACG,Epiblast
SBR-36h:CGAAGTTAGGCACTAG,Epiblast
SBR-36h:ATCATTCGTTCTCGCT,Epiblast
SBR-36h:TGGAGGAGTTGAGTCT,Exiting naive pluripotency
SBR-36h:GATAGCTGTCGCACGT,Exiting naive pluripotency
SBR-36h:GATTCGAGTAGTCTGT,Epiblast
SBR-36h:CGCATGGCACACACTA,Epiblast
SBR-36h:TTGGATGAGGAGTATT,Epiblast
SBR-36h:TTGTTGTCAGGAATAT,Epiblast
SBR-36h:GGGTGTCCATGCCGGT,Epiblast
SBR-36h:TGAGTCAAGTCCTGTA,Epiblast
SBR-36h:ATCGTGATCGGCTCTT,Epiblast
SBR-36h:AATGGAATCGGATACT,Epiblast
SBR-36h:AGTTAGCAGTGAGTTA,Epiblast
SBR-36h:CCTCCTCAGAAGAACG,Epiblast
SBR-36h:AACCAACCATCAGCTA,Epiblast
SBR-36h:ACATTTCGTCCCGCAA,Epiblast
SBR-36h:AGGGTTTTCATGAGAA,Epiblast
SBR-36h:GGAATGGTCGTCGACG,Epiblast
SBR-36h:ACACAGTCAACGTATC,Exiting naive pluripotency
SBR-36h:TTGTTCAGTTGCATGT,Epiblast
SBR-36h:TTTGTTGTCTTTACAC,Epiblast
SBR-36h:CTATAGGTCGCTGACG,Epiblast
SBR-36h:CGGCAGTTCGTTGCCT,Epiblast
SBR-36h:AACGTCAGTTCCTTGC,Epiblast
SBR-36h:ATTATCCGTCCTCAGG,Epiblast
SBR-36h:AACAGGGGTCGTTTCC,Epiblast
SBR-36h:TCAGCCTGTGCCTGAC,Epiblast
SBR-36h:AGTCATGCATCTGCGG,Epiblast
SBR-36h:ACGATGTCACTCCGAG,Naive pluripotency
SBR-36h:ATTCTACCATACCAGT,Epiblast
SBR-36h:AGGCATTAGGCACGAT,Epiblast
SBR-36h:CTTTCAATCTGGAGAG,Epiblast
SBR-36h:TACGCTCGTTGTTGAC,Epiblast
SBR-36h:GAGTTGTCACCAGGTC,Epiblast
SBR-36h:AACAGGGCACATAGCT,Epiblast
SBR-36h:TCCTCGAAGTGATCGG,Epiblast
SBR-36h:GGTGGCTCAATGCAGG,Epiblast
SBR-36h:CAACCTCAGAAACTCA,Naive pluripotency
SBR-36h:TCAGGTATCAGTCCGG,Exiting naive pluripotency
SBR-36h:GGGATCCTCCATATGG,Epiblast
SBR-36h:CATGCTCAGCTCTATG,Epiblast
SBR-36h:TGTGCGGCACTACGGC,Epiblast
SBR-36h:AAACGCTAGGTATAGT,Epiblast
SBR-36h:TCCTTCTAGGAAGTCC,Epiblast
SBR-36h:GAGCCTGTCGGAGTGA,Exiting naive pluripotency
SBR-36h:GTCGCGAAGACAGCTG,Epiblast
SBR-36h:AGCCAGCGTTGCATGT,Epiblast
SBR-36h:AGGAGGTAGAGTGTTA,Epiblast
SBR-36h:CACTGAAGTCATTGCA,Epiblast
SBR-36h:TCCACGTGTGCAACGA,Exiting naive pluripotency
SBR-36h:GATGTTGTCCAGGACC,Epiblast
SBR-36h:CAATGACTCAGCCTCT,Epiblast
SBR-36h:AGGGTCCAGCGTCGAA,Epiblast
SBR-36h:CGGGTGTCAGGAATCG,Epiblast
SBR-36h:CTTCGGTAGACTGTTC,Exiting naive pluripotency
SBR-36h:GTCTGTCAGCGCCGTT,Epiblast
SBR-36h:GGCTTTCGTCCCTGTT,Epiblast
SBR-36h:TTGATGGTCGATACAC,Epiblast
SBR-36h:TGCGGCACACTGCGAC,Epiblast
SBR-36h:GCACGTGGTAGGAGTC,Epiblast
SBR-36h:ACATCGATCTGTTCAT,Epiblast
SBR-36h:CCCTCAAAGATAGTCA,Epiblast
SBR-36h:GGAGATGTCGGAATGG,Epiblast
SBR-36h:ATTCATCCAGTCGTTA,Epiblast
SBR-36h:AAGCGTTAGCGTATAA,Epiblast
SBR-36h:ATGCGATGTGCGACAA,Epiblast
SBR-36h:CCGATCTCAAACCATC,Epiblast
SBR-36h:GGGTGTCAGGACTTCT,Epiblast
SBR-36h:AGTGCCGTCTGGAAGG,Epiblast
SBR-36h:GCATGATGTAATGATG,Epiblast
SBR-36h:TAGCACAGTACCGTCG,Epiblast
SBR-36h:GTTCTATGTTACTCAG,Epiblast
SBR-36h:ATGCCTCAGATGGTAT,Epiblast
SBR-36h:AGGTGTTCAGGCGTTC,Epiblast
SBR-36h:CATAAGCTCGTAGTCA,Epiblast
SBR-36h:CATGCGGTCGGCCAAC,Epiblast
SBR-36h:CACTGAAAGGCATCAG,Epiblast
SBR-36h:CCCTCTCCAAGATTGA,Naive pluripotency
SBR-36h:AAAGAACGTTGCCATA,Epiblast
SBR-36h:GAACTGTTCAACTACG,Epiblast
SBR-36h:GGGCCATTCGTTGCCT,Epiblast
SBR-36h:GATTGGTCAACTTGGT,Epiblast
SBR-36h:TTCTTGAAGTGGCGAT,Epiblast
SBR-36h:CTACGGGAGCATTGTC,Epiblast
SBR-36h:ATCAGGTTCAAGGCTT,Epiblast
SBR-36h:AGGTAGGAGGCATGCA,Epiblast
SBR-36h:TGGGATTGTCTCTCAC,Epiblast
SBR-36h:TACTTCAGTCCTGTTC,Epiblast
SBR-36h:CACGGGTAGGATTCCT,Epiblast
SBR-36h:AAAGGATGTTGCATCA,Epiblast
SBR-36h:GCGGAAATCGACGTCG,Epiblast
SBR-36h:AATGAAGCAACCAATC,Epiblast
SBR-36h:GCCCGAAAGGTTCCAT,Epiblast
SBR-36h:CAAGGGAGTCATGGCC,Epiblast
SBR-36h:GTACAACAGTCTGGTT,Epiblast
SBR-36h:CGGGTGTGTCTGTCAA,Epiblast
SBR-36h:TGTTCCGGTTGGTGTT,Epiblast
SBR-36h:TGATCTTTCCATCGTC,Epiblast
SBR-36h:AGACAAATCTCTATGT,Epiblast
SBR-36h:AGGAATAGTGACAGCA,Naive pluripotency
SBR-36h:TCCGGGAAGAAGCGCT,Epiblast
SBR-36h:TTCATGTAGTTTCTTC,Epiblast
SBR-36h:GATGGAGGTCCAAGAG,Epiblast
SBR-36h:CATCCACAGGACAGCT,Epiblast
SBR-36h:GTGCGTGGTCCTACGG,Epiblast
SBR-36h:GCACGTGAGGGCCCTT,Epiblast
SBR-36h:CTCTCAGGTTCGGCGT,Epiblast
SBR-36h:TGGCGTGTCACGGTCG,Epiblast
SBR-36h:TGTTGAGTCATGTCAG,Exiting naive pluripotency
SBR-36h:GTGTGGCCAAATCCCA,Epiblast
SBR-36h:ATCACTTGTTGCAAGG,Epiblast
SBR-36h:TAGTGCATCTTACGTT,Epiblast
SBR-36h:GGTCACGCACCGTGGT,Exiting naive pluripotency
SBR-36h:TTCAGGATCACAAGAA,Epiblast
SBR-36h:TCCATCGGTTTGGGTT,Exiting naive pluripotency
SBR-36h:ACGTAACTCGTGTCAA,Epiblast
SBR-36h:GTCGCGATCTGGGATT,Epiblast
SBR-36h:ATGAGGGCATCCTGTC,Epiblast
SBR-36h:TACTTCATCTCTCTTC,Epiblast
SBR-36h:GTGGAGAGTGACGTCC,Epiblast
SBR-36h:ATGAGTCCAATTGCTG,Exiting naive pluripotency
SBR-36h:GAGGCAACAGCTGTGC,Epiblast
SBR-36h:CTGAGCGAGTAACAGT,Epiblast
SBR-36h:CGGGTCACATCCGAAT,Epiblast
SBR-36h:GTTCGCTAGATAGTGT,Epiblast
SBR-36h:TTCCAATCATCGGATT,Epiblast
SBR-36h:CATTGCCTCGTGGGAA,Epiblast
SBR-36h:GTTTGGATCGCAGTGC,Exiting naive pluripotency
SBR-36h:ATGAAAGGTACGTGAG,Epiblast
SBR-36h:CTGTGGGAGAAACACT,Exiting naive pluripotency
SBR-36h:TCTTGCGTCGCTGACG,Exiting naive pluripotency
SBR-36h:GGTGGCTGTGCCTAAT,Epiblast
SBR-36h:CTGCCTAAGAGGTTTA,Epiblast
SBR-36h:GGGTAGACATCACGGC,Epiblast
SBR-36h:GGGCTCATCGCTTACC,Exiting naive pluripotency
SBR-36h:TCAGGGCGTGCATGTT,Exiting naive pluripotency
SBR-36h:AAAGGATAGGCACTCC,Epiblast
SBR-36h:CCTATCGTCGTTCGCT,Epiblast
SBR-36h:GTAACACGTTAGTTCG,Exiting naive pluripotency
SBR-36h:GCATGATGTCGGTACC,Epiblast
SBR-36h:TGCAGTACATATCTCT,Epiblast
SBR-36h:AGAGCCCAGACAGCTG,Epiblast
SBR-36h:GTTGCGGGTATAGCTC,Epiblast
SBR-36h:ATTGGGTTCTGGTTGA,Epiblast
SBR-36h:CTCTCAGAGCCTCATA,Epiblast
SBR-36h:GTTAGTGAGCTTGTGT,Epiblast
SBR-36h:CACTGGGCAAGAGTGC,Epiblast
SBR-36h:CTACAGAAGTGCACTT,Epiblast
SBR-36h:CTCCCTCTCTGGAGAG,Epiblast
SBR-36h:CCTGCATGTGTCCACG,Epiblast
SBR-36h:GATCGTAGTGCTGCAC,Epiblast
SBR-36h:CGGGTGTAGGGCATGT,Epiblast
SBR-36h:CTATCTAGTAAGTTAG,Epiblast
SBR-36h:GGTTCTCCACATTACG,Epiblast
SBR-36h:TGGATCAGTTTGAACC,Epiblast
SBR-36h:GTGTCCTGTTCGGCCA,Naive pluripotency
SBR-36h:AGGGCCTCAGACCGCT,Epiblast
SBR-36h:AGGGCCTAGCGACTAG,Exiting naive pluripotency
SBR-36h:GCAACCGGTTGCTCAA,Epiblast
SBR-36h:CAGCGTGCACTACCCT,Epiblast
SBR-36h:TCAAGCACACAGGATG,Epiblast
SBR-36h:CTTCCTTAGTTACGTC,Epiblast
SBR-36h:ACCCTTGAGTTAACGA,Epiblast
SBR-36h:AAGTCGTGTCTGTGGC,Epiblast
SBR-36h:CGGTCAGTCCCAAGCG,Epiblast
SBR-36h:AGGCTGCAGGTATAGT,Epiblast
SBR-36h:GGGAGATTCGTTCCTG,Epiblast
SBR-36h:GTGGTTACAGGTTACT,Epiblast
SBR-36h:TCATTTGGTTCGGCGT,Epiblast
SBR-36h:TTCAGGAGTCTCACAA,Exiting naive pluripotency
SBR-36h:GCGTGCACAATCGCCG,Epiblast
SBR-36h:CAATGACAGTGAGGTC,Epiblast
SBR-36h:TATTGCTCAGAAGCTG,Exiting naive pluripotency
SBR-36h:TGGGATTCACACCGCA,Epiblast
SBR-36h:GCCAGGTGTTGCTCGG,Epiblast
SBR-36h:TTTCGATCAGAAACCG,Epiblast
SBR-36h:TGTTTGTCAGAACATA,Epiblast
SBR-36h:TAAGTCGAGTTTGCTG,Epiblast
SBR-36h:AGGCTGCCACCCAATA,Epiblast
SBR-36h:TCGACCTGTTTGCAGT,Epiblast
SBR-36h:CCCTTAGTCCACTGGG,Epiblast
SBR-36h:CGTGCTTTCCGATCTC,Epiblast
SBR-36h:GCTTGGGTCTTCTCAA,Epiblast
SBR-36h:ATTATCCGTAGACTGG,Epiblast
SBR-36h:AACAAAGAGATCGCTT,Epiblast
SBR-36h:GTGAGGATCTGAGGCC,Epiblast
SBR-36h:ATCCCTGGTCCAACGC,Epiblast
SBR-36h:ACATGCACAAAGGCGT,Epiblast
SBR-36h:CTTCGGTGTGCCGTTG,Exiting naive pluripotency
SBR-36h:CCGGTGAGTATTGACC,Epiblast
SBR-36h:GTGTTAGCAAGCGAAC,Epiblast
SBR-36h:GTCTAGAAGAGGATCC,Epiblast
SBR-36h:ACGGAAGTCCGAGCTG,Epiblast
SBR-36h:GAGTTACGTAGATCGG,Epiblast
SBR-36h:CAAGAGGTCGTTACCC,Epiblast
SBR-36h:AGGGCTCTCATCACTT,Epiblast
SBR-36h:CGTAGTATCATCACCC,Epiblast
SBR-36h:ATTCCCGGTGGCCCAT,Epiblast
SBR-36h:GGCTTTCGTGGTCTCG,Epiblast
SBR-36h:TCAAGACGTTAGAGAT,Epiblast
SBR-36h:CTGTACCTCTTCTAAC,Epiblast
SBR-36h:GTAGCTATCCACAAGT,Epiblast
SBR-36h:CTTCAATAGCGGTAGT,Epiblast
SBR-36h:TTGCCTGAGCCAACCC,Exiting naive pluripotency
SBR-36h:ATGGATCCACAATGCT,Epiblast
SBR-36h:GACTGATTCTTCACGC,Naive pluripotency
SBR-36h:TTTGACTAGATACCAA,Naive pluripotency
SBR-36h:TGTGAGTTCCTAACAG,Epiblast
SBR-36h:TCGGGTGTCTCTCGCA,Epiblast
SBR-36h:TACCGAATCCCGAGAC,Epiblast
SBR-36h:CTTCTAACACACTGGC,Epiblast
SBR-36h:AGCCAGCTCCTGTAGA,Epiblast
SBR-36h:CCGGGTATCGCCTCTA,Epiblast
SBR-36h:TCCTTTCCACGCGTCA,Epiblast
SBR-36h:GCTTTCGAGCCAAGCA,Epiblast
SBR-36h:TGTCCACAGGGAGTTC,Epiblast
SBR-36h:TGAGCGCAGTGATAAC,Epiblast
SBR-36h:CAACAACGTGTCTAAC,Epiblast
SBR-36h:CACAGGCCACGGTGCT,Epiblast
SBR-36h:CTCCGATCAGACAAGC,Epiblast
SBR-36h:TGAATCGAGCGCTGAA,Naive pluripotency
SBR-36h:CTCCATGGTTGTCCCT,Epiblast
SBR-36h:GGTTAACGTGACACGA,Epiblast
SBR-36h:CCGTTCAGTGTAAACA,Epiblast
SBR-36h:GAAGGACGTCGTAATC,Epiblast
SBR-36h:CTGCCATTCTGTTCAT,Epiblast
SBR-36h:ATGGATCTCCTAGCTC,Epiblast
SBR-36h:CAATACGTCTCAATCT,Epiblast
SBR-36h:AGGTTACCAAAGCTCT,Epiblast
SBR-36h:GGAGGATCAGATTAAG,Epiblast
SBR-36h:CCTGCATCAAACTCTG,Epiblast
SBR-36h:GGTTGTAGTGTGTGTT,Epiblast
SBR-36h:GTCAGCGAGAGCCTGA,Naive pluripotency
SBR-36h:CGTGAATGTAGCACGA,Epiblast
SBR-36h:CAGCCAGCAGGTTCGC,Epiblast
SBR-36h:ACAAAGACAATTTCTC,Epiblast
SBR-36h:TACAACGTCGGTAACT,Epiblast
SBR-36h:ACGTACAGTATGGGAC,Epiblast
SBR-36h:GCCAGGTAGTGACACG,Epiblast
SBR-36h:ACGTAGTTCGGTAGAG,Epiblast
SBR-36h:AGCCAATAGGTTCCGC,Epiblast
SBR-36h:GGCAGTCGTCTGATCA,Epiblast
SBR-36h:TCGGGTGAGGTAGATT,Epiblast
SBR-36h:CGTTCTGTCGGCCAAC,Epiblast
SBR-36h:ATCCACCGTGTGCTTA,Epiblast
SBR-36h:GATTGGTCACTAGGCC,Epiblast
SBR-36h:TATCCTATCGGAATGG,Epiblast
SBR-36h:GCGGATCAGACTCTAC,Epiblast
SBR-36h:TGTGGCGGTCCGATCG,Epiblast
SBR-36h:GTCTTTAAGAGGATCC,Epiblast
SBR-36h:CTTGATTGTTAAGCAA,Epiblast
SBR-36h:TCCACGTAGTTACGTC,Epiblast
SBR-36h:GTTGTAGGTAGCTTTG,Epiblast
SBR-36h:GAGGCAAAGACTTAAG,Epiblast
SBR-36h:TTCATGTCAGTATGAA,Epiblast
SBR-36h:TGTCCTGTCAAATGAG,Epiblast
SBR-36h:ATTCGTTCAATTTCTC,Epiblast
SBR-36h:TAATCTCTCGTGTTCC,Epiblast
SBR-36h:TCGTAGATCACGACTA,Naive pluripotency
SBR-36h:GTACAGTCACAAATAG,Epiblast
SBR-36h:CGTCAAATCATTACGG,Epiblast
SBR-36h:GTGTGATTCGGTAGAG,Exiting naive pluripotency
SBR-36h:GAAGGACGTCTTCTAT,Epiblast
SBR-36h:TAGCACATCGTAGGAG,Exiting naive pluripotency
SBR-36h:GAGAGGTCAGCTGTGC,Epiblast
SBR-36h:GGACGTCTCTGCTAGA,Epiblast
SBR-36h:GAGCTGCTCCGTGGGT,Epiblast
SBR-36h:TCCTTCTAGCTGAAAT,Epiblast
SBR-36h:CGTGTCTAGCTAATCC,Epiblast
SBR-36h:TTGAACGTCGACTCCT,Epiblast
SBR-36h:ACGTTCCAGCGAGGAG,Epiblast
SBR-36h:GAACGTTAGTGCACCC,Epiblast
SBR-36h:TGCATGACATGGGTCC,Epiblast
SBR-36h:CAAGAGGAGGCATCTT,Epiblast
SBR-36h:AGGATAATCGCACGAC,Epiblast
SBR-36h:GTAGAGGGTTCTCGTC,Epiblast
SBR-36h:GTTTGGAGTATGCGGA,Epiblast
SBR-36h:TGGCGTGCAGTCAGAG,Epiblast
SBR-36h:AGAAGCGCACGCACCA,Epiblast
SBR-36h:TCAGTGAAGAGTGGCT,Naive pluripotency
SBR-36h:CCGGACAAGCTAGAGC,Epiblast
SBR-36h:TCTTGCGCATATGCGT,Epiblast
SBR-36h:CCGGGTAGTGCTTATG,Epiblast
SBR-36h:GAGTGTTGTGCGGCTT,Epiblast
SBR-36h:GTCAGCGGTGAATTGA,Epiblast
SBR-36h:GCACGGTTCCATGAGT,Epiblast
SBR-36h:TTCCGTGCAAGGCAAC,Epiblast
SBR-36h:CCGTTCAGTTACGTAC,Epiblast
SBR-36h:GTGTCCTCACCTCTGT,Epiblast
SBR-36h:GAGTCTATCGTTCCTG,Epiblast
SBR-36h:CAGGTATGTCGATTAC,Exiting naive pluripotency
SBR-36h:AAAGTCCCAGGTTCCG,Epiblast
SBR-36h:ATTCCTAAGAGTCTTC,Exiting naive pluripotency
SBR-36h:AGTAGTCTCGTAGTCA,Exiting naive pluripotency
SBR-36h:TAGATCGAGGTTCATC,Epiblast
SBR-36h:GTCAGCGGTCCGACGT,Epiblast
SBR-36h:ATGCCTCGTAGGATAT,Epiblast
SBR-36h:ATCCGTCGTGCACATT,Naive pluripotency
SBR-36h:TTTGGTTGTGACGCCT,Epiblast
SBR-36h:CTTCGGTAGCGATCGA,Epiblast
SBR-36h:GGGCCATAGTCCTGCG,Epiblast
SBR-36h:CATCCCAGTAGCTGTT,Exiting naive pluripotency
SBR-36h:GGCAGTCCAAGGCCTC,Epiblast
SBR-36h:GGATGTTGTCCACATA,Epiblast
SBR-36h:AGGTAGGTCCTAGCCT,Epiblast
SBR-36h:GCCATGGAGTTGTCGT,Epiblast
SBR-36h:TCTCCGACAACCACGC,Epiblast
SBR-36h:GGAGGATTCTCGTTTA,Epiblast
SBR-36h:TCACGGGTCTCGTCGT,Epiblast
SBR-36h:AGGGTTTCAGCTTCGG,Exiting naive pluripotency
SBR-36h:TCGTGCTAGCGCGTTC,Epiblast
SBR-36h:GGGCGTTCATGGGATG,Epiblast
SBR-36h:ATGGTTGGTACTCGCG,Epiblast
SBR-36h:GTCGTAAAGCAACTCT,Epiblast
SBR-36h:ACTGCAAGTGTCCGTG,Epiblast
SBR-36h:CGTCCATGTTAGAGTA,Epiblast
SBR-36h:TCGCAGGCATGAATCC,Epiblast
SBR-36h:GGGTATTGTCTCGACG,Epiblast
SBR-36h:GGTGTCGCAAATAGCA,Epiblast
SBR-36h:TTGATGGAGCGATGCA,Epiblast
SBR-36h:ACTATTCAGTTAACAG,Naive pluripotency
SBR-36h:TTCGGTCCAGCGTATT,Exiting naive pluripotency
SBR-36h:TACCTGCTCGTGTGAT,Exiting naive pluripotency
SBR-36h:CAATCGAGTTGCGAAG,Exiting naive pluripotency
SBR-36h:TGATTTCGTGTCCAAT,Epiblast
SBR-36h:TTTGACTCATTAGGCT,Epiblast
SBR-36h:TCGGGCAAGCTGAAAT,Epiblast
SBR-36h:CATACTTAGTATGATG,Epiblast
SBR-36h:TCGTGGGTCACATTGG,Epiblast
SBR-36h:TTGATGGCAGAGCGTA,Epiblast
SBR-36h:TTACTGTCAGCTTTGA,Epiblast
SBR-36h:TTGGGTAAGGCGCTCT,Epiblast
SBR-36h:GTCCTCAAGTAAAGCT,Epiblast
SBR-36h:CACTGGGCACACCGAC,Epiblast
SBR-36h:TCGGTCTCATGGGCAA,Epiblast
SBR-36h:ATACCTTAGAGCCATG,Exiting naive pluripotency
SBR-36h:TCAGTGAAGCCTTGAT,Epiblast
SBR-36h:CACATGACATTCATCT,Epiblast
SBR-36h:AAGTACCGTGTGTTTG,Epiblast
SBR-36h:TGTCCACCATATTCGG,Epiblast
SBR-36h:TACTTCAGTAAGCAAT,Epiblast
SBR-36h:GTTGCGGTCGGTAGGA,Epiblast
SBR-36h:TTTGGTTCAGGAATAT,Epiblast
SBR-36h:CGGTCAGAGGATACAT,Epiblast
SBR-36h:GTACAACGTAGGCTGA,Epiblast
SBR-36h:CTGAGGCGTGCCGTTG,Epiblast
SBR-36h:CCACGTTGTGCCTGAC,Epiblast
SBR-36h:TTGGGCGAGTTCCAGT,Exiting naive pluripotency
SBR-36h:AGGATCTTCCAGTTCC,Epiblast
SBR-36h:TTGTTGTCAACCGTGC,Epiblast
SBR-36h:GCATCGGTCCATCCGT,Naive pluripotency
SBR-36h:TCAAGACGTGTCACAT,Epiblast
SBR-36h:GTAGATCTCATTGCTT,Epiblast
SBR-36h:GACGTTACAATCTCGA,Epiblast
SBR-36h:CGTAATGTCCACGTGG,Epiblast
SBR-36h:CAGATTGTCTCGCTTG,Naive pluripotency
SBR-36h:CAACGATAGGATTTAG,Epiblast
SBR-36h:ACGATCATCGTGTTCC,Epiblast
SBR-36h:GGAAGTGTCTCTGAGA,Epiblast
SBR-36h:TACCCGTGTTGACGGA,Epiblast
SBR-36h:CGGGACTCACATCCCT,Exiting naive pluripotency
SBR-36h:CCGATGGTCACATCAG,Epiblast
SBR-36h:CACTGAAGTCATAAAG,Epiblast
SBR-36h:CAGCAGCGTTAGAAAC,Exiting naive pluripotency
SBR-36h:GCCAACGTCCCTCTAG,Epiblast
SBR-36h:GAATAGAGTTTCGTAG,Epiblast
SBR-36h:CCACACTTCTTCGTAT,Epiblast
SBR-36h:ATTGTTCAGCTGAAGC,Naive pluripotency
SBR-36h:TCTACCGAGGGTGAAA,Epiblast
SBR-36h:TTCTGTAAGGCTGAAC,Epiblast
SBR-36h:TGGGCTGTCGGATTAC,Exiting naive pluripotency
SBR-36h:ACCATTTGTGAACTAA,Epiblast
SBR-36h:TCTTCCTCAGGCTATT,Epiblast
SBR-36h:GCCTGTTAGAAGGATG,Epiblast
SBR-36h:ACTGCAAGTAAGGCCA,Epiblast
SBR-36h:TTCTAGTTCTAACGGT,Epiblast
SBR-36h:GTCTGTCGTATTTCGG,Epiblast
SBR-36h:GGGTGTCTCCATACTT,Epiblast
SBR-36h:CGGTCAGCAAAGGGCT,Epiblast
SBR-36h:TTCCTAATCTGGCTGG,Epiblast
SBR-36h:ACAGCCGAGGCAGCTA,Epiblast
SBR-36h:AAGCGTTCAACAAGTA,Epiblast
SBR-36h:TAAGCGTGTGCCCTTT,Epiblast
SBR-36h:AGGATCTGTCTGCATA,Epiblast
SBR-36h:GGGATGATCGAAGCAG,Epiblast
SBR-36h:GGGTGAACATGACGAG,Epiblast
SBR-36h:TCGTGCTGTAGGTGCA,Epiblast
SBR-36h:TGCAGGCTCTCGAACA,Epiblast
SBR-36h:TCCGATCAGTTGCTGT,Epiblast
SBR-36h:GTGCAGCAGTTCAACC,Epiblast
SBR-36h:ACACAGTTCAAAGGAT,Epiblast
SBR-36h:CATTCATCAGCGAACA,Epiblast
SBR-36h:TCCATCGCACAGCCTG,Epiblast
SBR-36h:AAAGAACCAGGCGTTC,Epiblast
SBR-36h:TGCAGGCGTTCCTAGA,Epiblast
SBR-36h:TGCGGCACAGGTTCAT,Epiblast
SBR-36h:CGGGTCACACATGGTT,Epiblast
SBR-36h:GTCGCGAGTGAGTTGG,Epiblast
SBR-36h:TCGGATACATCTCCCA,Epiblast
SBR-36h:AGCCAGCTCACAAGGG,Naive pluripotency
SBR-36h:AATTCCTTCACCTCAC,Epiblast
SBR-36h:TGGGAGATCTTCACGC,Exiting naive pluripotency
SBR-36h:CTGTAGAGTCGTCTCT,Epiblast
SBR-36h:TTTCACAGTCACCGCA,Exiting naive pluripotency
SBR-36h:TGTGGCGTCCTCGATC,Epiblast
SBR-36h:TTTGGTTCAACCGACC,Epiblast
SBR-36h:ATTACTCCATGACGTT,Epiblast
SBR-36h:GTGCACGTCCATATGG,Exiting naive pluripotency
SBR-36h:GCGGAAACAGTGCCTG,Epiblast
SBR-36h:GAGAAATCATGAATAG,Epiblast
SBR-36h:GTGAGGAGTGTATTCG,Epiblast
SBR-36h:CGGGCATAGATACCAA,Epiblast
SBR-36h:GGAATCTAGCGCCGTT,Epiblast
SBR-36h:ACAAAGATCCTCCACA,Epiblast
SBR-36h:GGTTCTCCATGGCACC,Epiblast
SBR-36h:CGGCAGTTCACTTGTT,Epiblast
SBR-36h:TTAGGCAAGCAAGCCA,Epiblast
SBR-36h:CATCCGTTCTGGCCAG,Epiblast
SBR-36h:TGTTCATCATAGATGA,Epiblast
SBR-36h:CCTCCTCGTGGCCTCA,Epiblast
SBR-36h:GGGTGTCCATGTGACT,Exiting naive pluripotency
SBR-36h:ACTACGAAGGGTAATT,Naive pluripotency
SBR-36h:AACAAAGCAATGTCAC,Epiblast
SBR-36h:TCCACGTGTCTGTGCG,Exiting naive pluripotency
SBR-36h:AGACCATCATAGAAAC,Epiblast
SBR-36h:CTGGACGAGCGTACAG,Epiblast
SBR-36h:AACAAAGCACGCGGTT,Exiting naive pluripotency
SBR-36h:CGTTGGGGTCCAAAGG,Epiblast
SBR-36h:CAGTTAGAGCGTTCCG,Epiblast
SBR-36h:GCTTCACAGCCTCTGG,Epiblast
SBR-36h:AGATCGTCAAGTCGTT,Epiblast
SBR-36h:GTCGTTCCAAGACCTT,Epiblast
SBR-36h:GAGTTGTGTTAGGCTT,Epiblast
SBR-36h:TACGTCCTCTCAGGCG,Exiting naive pluripotency
SBR-36h:TGCAGGCTCTGGGTCG,Epiblast
SBR-36h:GATTCGACAACCGACC,Epiblast
SBR-36h:ACTTCGCTCCCAGTGG,Epiblast
SBR-36h:GATTCTTAGGCCTGCT,Epiblast
SBR-36h:GTCGCGAAGGACAAGA,Epiblast
SBR-36h:TAGGTTGGTTGGAGGT,Epiblast
SBR-36h:CCTCAACTCCGTGTGG,Epiblast
SBR-36h:GATTCTTTCCTGATAG,Epiblast
SBR-36h:TAACTTCTCCTTTAGT,Epiblast
SBR-36h:TTCGATTTCCTAAGTG,Epiblast
SBR-36h:TACCCACTCGCCGAAC,Epiblast
SBR-36h:GAAACCTAGGAACGAA,Epiblast
SBR-36h:TGCACGGTCTAGTCAG,Exiting naive pluripotency
SBR-36h:AGGCATTAGCATCGAG,Epiblast
SBR-36h:GAAGGACTCCTAAACG,Epiblast
SBR-36h:TGAATGCTCGGACCAC,Epiblast
SBR-36h:TCGCTTGAGATGCGAC,Epiblast
SBR-36h:AGTACTGAGGCTCAAG,Epiblast
SBR-36h:GCGGATCTCATAGGCT,Epiblast
SBR-36h:GTGAGTTTCACAATGC,Exiting naive pluripotency
SBR-36h:ATGAAAGAGTGAATAC,Exiting naive pluripotency
SBR-36h:CGAGGAAAGGTTCAGG,Epiblast
SBR-36h:TTCACCGTCTTCGCTG,Epiblast
SBR-36h:TTTCAGTTCTCCGCAT,Epiblast
SBR-36h:GTAGTACAGGCGTTGA,Exiting naive pluripotency
SBR-36h:GGGTTATAGAGTCTGG,Epiblast
SBR-36h:GTCGTAAAGATTCGAA,Epiblast
SBR-36h:GGACGTCCAGGCTACC,Epiblast
SBR-36h:TGCAGATGTAGATGTA,Epiblast
SBR-36h:CGCGTGACATACACCA,Epiblast
SBR-36h:TTGTTTGGTCAAAGTA,Epiblast
SBR-36h:CATGGATAGAGAAGGT,Epiblast
SBR-36h:TACATTCCACGTCGTG,Epiblast
SBR-36h:GGTTGTACAGCGTGAA,Epiblast
SBR-36h:TGGGTTATCGCGATCG,Epiblast
SBR-36h:TCGGGTGGTTGTGGAG,Epiblast
SBR-36h:AGTCATGCATTACTCT,Epiblast
SBR-36h:TGACAGTCACTACAGT,Naive pluripotency
SBR-36h:ACACCAACAACATCGT,Epiblast
SBR-36h:AATTCCTCACTTTAGG,Naive pluripotency
SBR-36h:GATGGAGCAGTCTCTC,Epiblast
SBR-36h:CACGTTCGTGGTACAG,Epiblast
SBR-36h:TCAGGGCCAGTGCGCT,Exiting naive pluripotency
SBR-36h:GCTTTCGCATTGGGAG,Naive pluripotency
SBR-36h:CCCATTGTCGTAACCA,Epiblast
SBR-36h:GTCACGGAGACTAGAT,Epiblast
SBR-36h:GTAACACAGACTCTAC,Exiting naive pluripotency
SBR-36h:CATAAGCGTACTCGTA,Epiblast
SBR-36h:GATCGTACACTGGCGT,Exiting naive pluripotency
SBR-36h:TCCCACATCGTGTGGC,Exiting naive pluripotency
SBR-36h:ATCGTCCAGAAACACT,Epiblast
SBR-36h:CTGTATTTCGGTCAGC,Epiblast
SBR-36h:CTCAGGGGTGTAGCAG,Naive pluripotency
SBR-36h:CCTTGTGGTTGTCATG,Epiblast
SBR-36h:TGAATCGGTTAAGAAC,Epiblast
SBR-36h:ACCAACACACTGAATC,Epiblast
SBR-36h:CTTGATTCACACGTGC,Epiblast
SBR-36h:CAGGGCTCAACGACAG,Epiblast
SBR-36h:GGGCGTTGTCTACTGA,Epiblast
SBR-36h:CGCCATTAGGGTACAC,Epiblast
SBR-36h:TCAGGTAGTGAGGATC,Epiblast
SBR-36h:GTCGTAACACGAGGAT,Epiblast
SBR-36h:GTGTTAGGTGGCTCTG,Exiting naive pluripotency
SBR-36h:ATAGAGACATCTGTTT,Epiblast
SBR-36h:TCAGGTATCAGAGCGA,Epiblast
SBR-36h:AAAGTCCAGACAGCGT,Epiblast
SBR-36h:TGTTCTAGTTATAGAG,Epiblast
SBR-36h:TCGGTCTAGGTTAGTA,Epiblast
SBR-36h:TTTGTTGGTCACAGAG,Epiblast
SBR-36h:TTCCTCTCAGAAGCGT,Naive pluripotency
SBR-36h:GGGTGTCGTGTCTTGA,Epiblast
SBR-36h:TCGGGACCAATGAAAC,Epiblast
SBR-36h:GTAGTACCACTCCTGT,Epiblast
SBR-36h:CCGGTGATCGTTGTTT,Naive pluripotency
SBR-36h:TGAGCGCGTGGCTTGC,Epiblast
SBR-36h:AGTCATGTCGCTAAAC,Epiblast
SBR-36h:GGGAGATGTCTGTGTA,Epiblast
SBR-36h:GTAATGCAGAGACAAG,Epiblast
SBR-36h:CGGTCAGCAAACACGG,Epiblast
SBR-36h:CACCGTTTCGCCTATC,Epiblast
SBR-36h:ACTTCCGGTACTGCGC,Epiblast
SBR-36h:ACGTTCCAGTTGGAAT,Epiblast
SBR-36h:AAGGTAACACCTGCGA,Epiblast
SBR-36h:CGTTGGGAGCTTTCTT,Exiting naive pluripotency
SBR-36h:TTACCATTCTCCGCAT,Epiblast
SBR-36h:TTAATCCCAATACCTG,Epiblast
SBR-36h:ACCAACAGTAGACAGC,Epiblast
SBR-36h:GTATTGGTCGTCGACG,Epiblast
SBR-36h:ACTTATCAGAGCCTGA,Epiblast
SBR-36h:TGTGATGAGCCAGACA,Epiblast
SBR-36h:TTCCGTGGTAGCGAGT,Epiblast
SBR-36h:CCCTCTCAGTGCTCGC,Epiblast
SBR-36h:GACCAATGTGCAATAA,Naive pluripotency
SBR-36h:CGTAAGTAGTGCAAAT,Epiblast
SBR-36h:GTCGAATAGCCGATCC,Epiblast
SBR-36h:GCGATCGTCATCTATC,Epiblast
SBR-36h:TAACGACTCCATGATG,Epiblast
SBR-36h:AGCTTCCCACTCAGAT,Exiting naive pluripotency
SBR-36h:AGTCATGTCTTCGCTG,Epiblast
SBR-36h:CACATGAGTTCCACGG,Epiblast
SBR-36h:CCTCATGAGGCCCGTT,Epiblast
SBR-36h:AGTGACTTCTCTCTTC,Epiblast
SBR-36h:AGAACAAAGTGATAAC,Epiblast
SBR-36h:GTGCGTGAGCGTCTGC,Epiblast
SBR-36h:TTGTTCACACCTAAAC,Epiblast
SBR-36h:TGCAGGCTCTCCTGAC,Epiblast
SBR-36h:TTCTTGACAGCAGTGA,Epiblast
SBR-36h:GAGTTTGAGGTAAAGG,Epiblast
SBR-36h:ATGGAGGTCTTTACAC,Naive pluripotency
SBR-36h:CAATGACGTGTTCGAT,Epiblast
SBR-36h:GCGGAAATCTGGACTA,Epiblast
SBR-36h:TATCCTACATGTGCTA,Epiblast
SBR-36h:CTGCTCATCTCCGAAA,Epiblast
SBR-36h:CTCCCTCTCGGCGATC,Epiblast
SBR-36h:TCTACCGTCTGGGTCG,Epiblast
SBR-36h:GGGAAGTCAGGTCAAG,Epiblast
SBR-36h:TATATCCAGGAAACGA,Exiting naive pluripotency
SBR-36h:CTGTACCGTTCGGACC,Epiblast
SBR-36h:TGGTTAGGTAGTCACT,Epiblast
SBR-36h:ACCCAAAAGGATGGCT,Epiblast
SBR-36h:CGGGTCATCGCCGTGA,Epiblast
SBR-36h:CTGCCATAGACTGGGT,Epiblast
SBR-36h:GCCGATGAGCAGGGAG,Epiblast
SBR-36h:GGCGTCAAGAATTTGG,Epiblast
SBR-36h:TGCTTGCAGAGTCTGG,Epiblast
SBR-36h:GAAGAATTCAGCTTCC,Epiblast
SBR-36h:CAGGGCTTCGGTAAGG,Epiblast
SBR-36h:TCATCCGAGTTAACAG,Epiblast
SBR-36h:TATTGGGGTTAGGCTT,Epiblast
SBR-36h:GACTCTCTCCGGACGT,Epiblast
SBR-36h:ACAGCCGAGGTCGAGT,Epiblast
SBR-36h:ATCGGCGGTGGCTGAA,Epiblast
SBR-36h:AATCGTGTCTTAGCCC,Epiblast
SBR-36h:GGGTCACTCACCACAA,Epiblast
SBR-36h:AATGGCTAGAATAACC,Epiblast
SBR-36h:TGTCAGATCGGAGTGA,Epiblast
SBR-36h:GGGCCATGTCTTCATT,Epiblast
SBR-36h:ATCTCTAAGACTCTTG,Epiblast
SBR-36h:GCATTAGAGATAACGT,Epiblast
SBR-36h:ACTATGGAGACTTCAC,Epiblast
SBR-36h:TCTGGCTGTGCTCCGA,Epiblast
SBR-36h:AGTACCATCGAAGAAT,Epiblast
SBR-36h:TCTGTCGCAACTAGAA,Epiblast
SBR-36h:GGGTGTCAGGTGCATG,Naive pluripotency
SBR-36h:CGGGCATGTAGGCTCC,Exiting naive pluripotency
SBR-36h:TTCCACGCATTGAAGA,Epiblast
SBR-36h:GAGACCCGTCGTCAGC,Epiblast
SBR-36h:CATGCTCTCCAGTTCC,Epiblast
SBR-36h:TCAAGTGTCGCCGTGA,Epiblast
SBR-36h:GGGTCACCACGCACCA,Exiting naive pluripotency
SBR-36h:TATTGCTGTGACACGA,Epiblast
SBR-36h:TCCTTTCGTGTATACC,Epiblast
SBR-36h:TTGAACGCACGTAGTT,Epiblast
SBR-36h:CAGGTATAGGACTATA,Epiblast
SBR-36h:AGGAGGTCAACTGGTT,Epiblast
SBR-36h:GTGTTAGTCGGACGTC,Epiblast
SBR-36h:GACCAATGTACTGCCG,Epiblast
SBR-36h:CTTTCAATCATAGGCT,Epiblast
SBR-36h:ACAACCATCGGACTGC,Epiblast
SBR-36h:CTCAAGACAAATGCGG,Epiblast
SBR-36h:GTCACTCAGCTGGAGT,Epiblast
SBR-36h:GTGCACGTCGTTGTAG,Epiblast
SBR-36h:GGGCCATTCATCCTGC,Exiting naive pluripotency
SBR-36h:AGGACTTCAGTCAGCC,Epiblast
SBR-36h:GCATTAGGTGACTCTA,Epiblast
SBR-36h:CATCGGGAGATGTTCC,Naive pluripotency
SBR-36h:CACTAAGGTGACACGA,Epiblast
SBR-36h:CCCATTGAGTCTCCTC,Epiblast
SBR-36h:AGAGAATAGGTACTGG,Epiblast
SBR-36h:TGAACGTCATCCCACT,Epiblast
SBR-36h:TTCCGTGCAGGAATCG,Naive pluripotency
SBR-36h:ATACCGAAGCCTGGAA,Epiblast
SBR-36h:GTGGGAACACCGTGGT,Epiblast
SBR-36h:GTAATGCTCGGAGCAA,Epiblast
SBR-36h:TTGTGTTTCCGATCGG,Epiblast
SBR-36h:AGCATCACACCTGCGA,Epiblast
SBR-36h:GGGTGAATCATGTCAG,Epiblast
SBR-36h:ACATCGAAGATCGCTT,Epiblast
SBR-36h:GTGCGTGAGGGAGGCA,Exiting naive pluripotency
SBR-36h:TGACCCTTCTGTAAGC,Epiblast
SBR-36h:AGTAGCTAGAAGCCTG,Epiblast
SBR-36h:CCTTGTGAGGAGAGGC,Exiting naive pluripotency
SBR-36h:CTTGATTCATATTCGG,Epiblast
SBR-36h:TGACGCGCAGCAGTGA,Epiblast
SBR-36h:GGGTCACTCAGACATC,Epiblast
SBR-36h:AGAGCAGCAACAACAA,Exiting naive pluripotency
SBR-36h:AGGACTTGTTCTGACA,Epiblast
SBR-36h:GTCTAGATCGGTCGGT,Epiblast
SBR-36h:AAAGAACTCATGGGAG,Naive pluripotency
SBR-36h:GGTTGTAAGTACGAGC,Epiblast
SBR-36h:TGATTCTCACTTACAG,Epiblast
SBR-36h:CACTTCGAGATAACAC,Epiblast
SBR-36h:TGAGGAGCAACCAGAG,Epiblast
SBR-36h:CTTCGGTTCGGAAGGT,Epiblast
SBR-36h:ATTACTCCAGGAGGAG,Epiblast
SBR-36h:GTCAGCGCAAGACGGT,Epiblast
SBR-36h:TTACGTTGTGCGTCGT,Epiblast
SBR-36h:GTGCGTGCACGCTATA,Epiblast
SBR-36h:GGCACGTCATCGAGCC,Epiblast
SBR-36h:TGGATCACATCGAGCC,Epiblast
SBR-36h:AGTAGCTAGTGATAAC,Naive pluripotency
SBR-36h:CATCGTCGTGAGATTA,Epiblast
SBR-36h:GACTATGCACGTGAGA,Epiblast
SBR-36h:TCGTAGACAAATGGCG,Epiblast
SBR-36h:GGCTTGGAGAAGAACG,Epiblast
SBR-36h:CCTCAGTCAGCGGTCT,Epiblast
SBR-36h:AAGCCATCACAGCCTG,Epiblast
SBR-36h:CTCGAGGTCGCGTCGA,Epiblast
SBR-36h:TGAGTCATCTTCACAT,Epiblast
SBR-36h:AGACTCATCAATGTCG,Exiting naive pluripotency
SBR-36h:TACCTGCGTCGCGTCA,Epiblast
SBR-36h:TCACTCGGTCTACATG,Epiblast
SBR-36h:TCCGAAACAAATCGGG,Epiblast
SBR-36h:TGAGGGAGTAGATTGA,Epiblast
SBR-36h:CATGCGGTCATTCGTT,Epiblast
SBR-36h:CCAAGCGTCCACATAG,Epiblast
SBR-36h:TCCACGTGTGGTCAAG,Epiblast
SBR-36h:AACTTCTTCTACGGTA,Epiblast
SBR-36h:AAGTGAAAGGTTATAG,Epiblast
SBR-36h:AAGACTCGTGGTACAG,Epiblast
SBR-36h:GGGACCTGTACATTGC,Epiblast
SBR-36h:CAGGTATGTGGATCAG,Epiblast
SBR-36h:TCCCATGTCGCTAAAC,Epiblast
SBR-36h:GTGAGCCGTAAGTTAG,Exiting naive pluripotency
SBR-36h:GACATCATCACTACGA,Epiblast
SBR-36h:TTGAGTGCAGAAATCA,Epiblast
SBR-36h:AGATAGAGTCTGCCTT,Epiblast
SBR-36h:GAGATGGCATCGGTTA,Epiblast
SBR-36h:GGTCTGGAGCGTTGTT,Epiblast
SBR-36h:CCATCACAGTTGAAGT,Epiblast
SBR-36h:CTCGAGGCATAATCCG,Epiblast
SBR-36h:TGGGTTAGTTCCTAAG,Epiblast
SBR-36h:GAAGAATAGTCATTGC,Epiblast
SBR-36h:TTCGATTCACGACGCT,Epiblast
SBR-36h:TCGGATAAGTAGCATA,Epiblast
SBR-36h:TTAGTCTGTACAAGTA,Epiblast
SBR-36h:GAATCGTTCTGTTGGA,Epiblast
SBR-36h:GGGTGAAGTCCAAGAG,Exiting naive pluripotency
SBR-36h:GAGGCAAAGCGAAACC,Epiblast
SBR-36h:GACTATGTCCATAGGT,Epiblast
SBR-36h:TGTTCTAAGCTCACTA,Epiblast
SBR-36h:GTGCACGAGGTGCATG,Epiblast
SBR-36h:CTTCCGAGTCACTTCC,Epiblast
SBR-36h:CGAGGAAAGGCTTAAA,Epiblast
SBR-36h:GCACGGTGTGGCTTGC,Epiblast
SBR-36h:CTACCTGCAGCGAACA,Epiblast
SBR-36h:GTGACGCAGTAAGACT,Epiblast
SBR-36h:GTTGTGAAGGTCACAG,Epiblast
SBR-36h:TCAGTCCGTCTACGAT,Epiblast
SBR-36h:CTTTCGGCAGATCATC,Epiblast
SBR-36h:GGTTAACGTCCGAAAG,Epiblast
SBR-36h:CGGACACCATGGGTTT,Epiblast
SBR-36h:GTCAGCGGTCACTACA,Epiblast
SBR-36h:TCTTTGATCGCCTTGT,Epiblast
SBR-36h:TCGTGGGGTAGCGAGT,Epiblast
SBR-36h:TTGCTGCTCGCCAACG,Epiblast
SBR-36h:ATCACGACACAGTCAT,Epiblast
SBR-36h:TCTTGCGAGGGTATAT,Epiblast
SBR-36h:ACCTACCGTAACATCC,Epiblast
SBR-36h:AGATGAAAGTCCCAAT,Epiblast
SBR-36h:TCGACGGCACCAGGTC,Epiblast
SBR-36h:TCCGATCCAATAAGGT,Epiblast
SBR-36h:AGCGTCGCACACGCCA,Exiting naive pluripotency
SBR-36h:CTGTCGTGTTAATCGC,Epiblast
SBR-36h:GCTGGGTCATAACAGA,Exiting naive pluripotency
SBR-36h:GAGCCTGCAGAATCGG,Epiblast
SBR-36h:CTACCTGGTGCTTATG,Naive pluripotency
SBR-36h:CCGGGTACAGTTGAAA,Epiblast
SBR-36h:TAGGGTTCAGCGTTGC,Epiblast
SBR-36h:TGGAACTTCTTGCAGA,Epiblast
SBR-36h:ATTGGGTAGCTATCTG,Naive pluripotency
SBR-36h:CGGACACAGTTTCGGT,Epiblast
SBR-36h:CAGATACCACTCCACT,Epiblast
SBR-36h:CTTGATTGTCCGTACG,Exiting naive pluripotency
SBR-36h:GTCCTCAGTCATCCGG,Epiblast
SBR-36h:GCATCTCTCTAGCCAA,Epiblast
SBR-36h:CTACAGATCACCCTGT,Epiblast
SBR-36h:GGGTTTAGTATCGTAC,Epiblast
SBR-36h:GGGCTCAGTGTGGTCC,Epiblast
SBR-36h:GTAACACAGGGAGTTC,Epiblast
SBR-36h:CAACAACAGAATCTAG,Epiblast
SBR-36h:GTCACTCTCAAGATAG,Naive pluripotency
SBR-36h:AAGTCGTGTGCACATT,Epiblast
SBR-36h:TCGTGCTAGTTGAATG,Epiblast
SBR-36h:CCTCCAATCAACTGAC,Epiblast
SBR-36h:TAGGAGGGTCGTGGTC,Epiblast
SBR-36h:CTCAGTCTCAGGAGAC,Epiblast
SBR-36h:CTCATCGGTACGTAGG,Epiblast
SBR-36h:GGTTGTAGTTAGGACG,Exiting naive pluripotency
SBR-36h:ACGGTTATCGCTTAAG,Epiblast
SBR-36h:GCGTGCAGTATGCGTT,Epiblast
SBR-36h:TCAAGTGAGACCATAA,Exiting naive pluripotency
SBR-36h:GAACACTGTAACGTTC,Epiblast
SBR-36h:AAGTCGTTCTTCCCAG,Epiblast
SBR-36h:GCCGATGCAGGCACAA,Epiblast
SBR-36h:CACAGGCAGACAAGCC,Epiblast
SBR-36h:CTCCAACAGCGAGAAA,Epiblast
SBR-36h:ATTCTTGAGCGACTAG,Epiblast
SBR-36h:TCATGAGAGCGTTCCG,Epiblast
SBR-36h:AGATAGACACAGCTGC,Epiblast
SBR-36h:TGCCGAGCACACGTGC,Epiblast
SBR-36h:AGTTCCCGTACTTCCC,Epiblast
SBR-36h:CTCCACAAGCGTCGAA,Epiblast
SBR-36h:ACATCGAGTGACTGTT,Epiblast
SBR-36h:GATGATCAGCAACCAG,Epiblast
SBR-36h:GTTGTGACAAGTGGAC,Exiting naive pluripotency
SBR-36h:TCAAGCAGTTCTCCTG,Epiblast
SBR-36h:ACGTCCTGTATCCTTT,Epiblast
SBR-36h:AAGCATCAGCACTAAA,Exiting naive pluripotency
SBR-36h:TACGGGCAGCGATCGA,Epiblast
SBR-36h:AAAGGGCCATCTAACG,Epiblast
SBR-36h:GTTTGGAGTGTATCCA,Epiblast
SBR-36h:TGTTCCGTCCTACGAA,Exiting naive pluripotency
SBR-36h:TAAGCGTAGCGGTAAC,Epiblast
SBR-36h:GCCTGTTCAGTCGGTC,Epiblast
SBR-36h:ACTTCCGAGTCATGGG,Epiblast
SBR-36h:GGTTCTCCAGGCGATA,Epiblast
SBR-36h:TTCGATTCATGGCCAC,Exiting naive pluripotency
SBR-36h:CGTAATGGTACAAGTA,Epiblast
SBR-36h:AATGCCAGTCTCAGAT,Epiblast
SBR-36h:TTTGATCTCGGATTAC,Epiblast
SBR-36h:ATCGGCGCATACTGTG,Epiblast
SBR-36h:GGTGGCTCACTATCCC,Naive pluripotency
SBR-36h:CCTTGTGAGAGCAACC,Epiblast
SBR-36h:TTTCACAAGTGAATAC,Epiblast
SBR-36h:ATCGGCGGTGCAGTGA,Epiblast
SBR-36h:TTCTAACCAGTAGTTC,Epiblast
SBR-36h:GAAGCGATCTTTGGAG,Epiblast
SBR-36h:AATTCCTAGGCAATGC,Epiblast
SBR-36h:AGATCGTCACGCGCTA,Epiblast
SBR-36h:CAGATCAGTCTCCCTA,Epiblast
SBR-36h:AGACAAAAGCCTGTCG,Epiblast
SBR-36h:TTGGGATGTAACCCTA,Epiblast
SBR-36h:CCGTGAGCACACTGGC,Naive pluripotency
SBR-36h:GTTGCGGCATAGGAGC,Epiblast
SBR-36h:TGTGATGTCAGAGTGG,Epiblast
SBR-36h:TCTACATTCAAGCCCG,Epiblast
SBR-36h:GACCTTCCATGAGAAT,Epiblast
SBR-36h:AGGATCTAGGTGATAT,Epiblast
SBR-36h:GGTTAACGTCATCGCG,Epiblast
SBR-36h:GGGTGAAAGTTCATCG,Epiblast
SBR-36h:AGTCAACTCATACGAC,Epiblast
SBR-36h:CGGGTCAAGAGAGGTA,Epiblast
SBR-36h:TCTCTGGAGAGCATCG,Epiblast
SBR-36h:GTCGAATGTGCCCAGT,Epiblast
SBR-36h:TCAAGCATCAACTGAC,Epiblast
SBR-36h:TGTTCCGGTCCAGCGT,Epiblast
SBR-36h:GCCGATGGTTAAAGTG,Epiblast
SBR-36h:TCGTAGATCGGCTGAC,Epiblast
SBR-36h:CAGCACGTCGTGCATA,Epiblast
SBR-36h:AGCCACGTCCTAGCGG,Epiblast
SBR-36h:TCAATCTCATGTGCCG,Epiblast
SBR-36h:CGATGGCTCGCATTGA,Epiblast
SBR-36h:TGATTTCTCCACCTGT,Epiblast
SBR-36h:AGTACTGGTCAGTCCG,Epiblast
SBR-36h:TTTAGTCCACGACAGA,Naive pluripotency
SBR-36h:GGTGATTAGCCGAACA,Epiblast
SBR-36h:ACCTGAATCTCGGTAA,Epiblast
SBR-36h:TTTATGCGTAGATGTA,Epiblast
SBR-36h:TGCAGTAAGGAGGGTG,Epiblast
SBR-36h:GTTGAACTCTTTCGAT,Exiting naive pluripotency
SBR-36h:AGGTCTATCGGCGATC,Epiblast
SBR-36h:CTGTCGTGTGACCTGC,Epiblast
SBR-36h:CCGATCTCACGAGGAT,Epiblast
SBR-36h:GCATCTCAGGTCGACA,Epiblast
SBR-36h:GGGTGAACAAGAGAGA,Epiblast
SBR-36h:GCTGAATCATCCTTGC,Epiblast
SBR-36h:TTGTTGTGTCTAACGT,Epiblast
SBR-36h:TGTCCACCAGTTCCAA,Epiblast
SBR-36h:CGGGTGTTCGAGTCTA,Epiblast
SBR-36h:ACGATCAGTCCACAGC,Exiting naive pluripotency
SBR-36h:TATGTTCCACCCTTAC,Epiblast
SBR-36h:GTCGTAACAAGCTGCC,Epiblast
SBR-36h:CCACGTTGTCGCGGTT,Exiting naive pluripotency
SBR-36h:AGGTTGTGTCAAGCCC,Epiblast
SBR-36h:AGGAAATTCGCTCATC,Epiblast
SBR-36h:ATCATTCCACCGCTGA,Epiblast
SBR-36h:CTGTACCTCGGATACT,Epiblast
SBR-36h:CGTCCATTCACAGAGG,Epiblast
SBR-36h:GAGACCCTCAAGAATG,Epiblast
SBR-36h:TGATTTCTCCGATGTA,Epiblast
SBR-36h:GGAACCCTCTTACCAT,Epiblast
SBR-36h:GAGTTACCATGAGATA,Epiblast
SBR-36h:GTACAGTTCAGACATC,Epiblast
SBR-36h:ATAGAGATCAAGAGGC,Epiblast
SBR-36h:GTGTGATGTCCACAGC,Epiblast
SBR-36h:CTGGCAGGTGAGGATC,Epiblast
SBR-36h:TACAACGGTAACCCTA,Epiblast
SBR-36h:GCGATCGTCCCTTTGG,Epiblast
SBR-36h:CGGAACCCATGGGTCC,Epiblast
SBR-36h:TGTGATGCACCCTGAG,Exiting naive pluripotency
SBR-36h:TGTTCTAGTCCCGCAA,Epiblast
SBR-36h:GTCAGCGTCGGCTATA,Epiblast
SBR-36h:TGGATCATCCACGGAC,Epiblast
SBR-36h:TTTACTGAGTATGAAC,Epiblast
SBR-36h:GCTCAAATCACCATGA,Epiblast
SBR-36h:TGGGCTGGTACCGGCT,Epiblast
SBR-36h:GTCTTTAAGCTATCCA,Epiblast
SBR-36h:CCGCAAGCAGCTTCGG,Epiblast
SBR-36h:ATGATCGCAGGACAGT,Epiblast
SBR-36h:TGCGGCAGTATACCTG,Epiblast
SBR-36h:TAGGTACGTATTAAGG,Naive pluripotency
SBR-36h:GTAGAAAAGTCTGGTT,Epiblast
SBR-36h:GCCCGAAAGTATGCAA,Epiblast
SBR-36h:CCACGAGAGCCGTTGC,Epiblast
SBR-36h:ATCCCTGCAATGGGTG,Epiblast
SBR-36h:CGAAGTTGTTCAGGTT,Epiblast
SBR-36h:GCATGATTCCACTAGA,Epiblast
SBR-36h:CCAATGAGTTTCGGCG,Epiblast
SBR-36h:GGGCTACCAGAGGACT,Epiblast
SBR-36h:ATTCCCGAGAACGCGT,Epiblast
SBR-36h:TGAGCGCTCGTGAGAG,Epiblast
SBR-36h:TGGATGTAGCGTTGTT,Epiblast
SBR-36h:TTCATTGTCACCGACG,Epiblast
SBR-36h:AGAGAATCAACTGGTT,Epiblast
SBR-36h:ACATTTCGTCTACTGA,Epiblast
SBR-36h:TGGATGTCAAATGGTA,Epiblast
SBR-36h:GCCATTCTCACCTGTC,Epiblast
SBR-36h:TTAGGCAGTGACTAAA,Epiblast
SBR-36h:GTGGAGACAATCACGT,Epiblast
SBR-36h:TATTGGGTCGCCGATG,Epiblast
SBR-36h:ACAAGCTAGAGATCGC,Epiblast
SBR-36h:GCGGAAAAGCGCGTTC,Epiblast
SBR-36h:AGGTCTATCACATCAG,Epiblast
SBR-36h:TCCTGCACAACGATCT,Epiblast
SBR-36h:ACCCTCAAGCCTCGTG,Epiblast
SBR-36h:ACTGCAAGTTATGTGC,Epiblast
SBR-36h:GCGAGAAGTCCTACGG,Epiblast
SBR-36h:CTGTCGTAGGAGCAAA,Epiblast
SBR-36h:GTAAGTCGTAGCTAAA,Exiting naive pluripotency
SBR-36h:CTCAACCCAATGAACA,Epiblast
SBR-36h:AGAACCTGTATCGAGG,Epiblast
SBR-36h:AGTCAACAGGAACGCT,Epiblast
SBR-36h:CCCTCAATCTCTCGAC,Epiblast
SBR-36h:CATGCGGCACCCTCTA,Epiblast
SBR-36h:CCCTTAGCACTCAGAT,Epiblast
SBR-36h:CACTAAGTCTCCTGTG,Epiblast
SBR-36h:GCTGGGTAGAGATCGC,Epiblast
SBR-36h:GCAGTTAGTTCTTGCC,Epiblast
SBR-36h:TCTCTGGGTCGTGGAA,Epiblast
SBR-36h:TGAGGTTTCGAAGCCC,Epiblast
SBR-36h:GTCGTAAAGCAACTTC,Epiblast
SBR-36h:TTTGGAGGTACAACGG,Epiblast
SBR-36h:CTAACTTTCGAAACAA,Epiblast
SBR-36h:GGTAACTTCGGCTATA,Epiblast
SBR-36h:GAGTTGTGTCGCACGT,Epiblast
SBR-36h:GGAAGTGGTCGAATTC,Epiblast
SBR-36h:TATACCTCAAAGGAGA,Epiblast
SBR-36h:AGGGCTCTCCATCTCG,Epiblast
SBR-36h:TACTTCAAGTATAGAC,Epiblast
SBR-36h:GGAAGTGAGGAGAGTA,Epiblast
SBR-36h:AGCCAGCAGCTGCGAA,Epiblast
SBR-36h:GACTCAAGTCTTTCAT,Epiblast
SBR-36h:AGTACTGAGAGCAAGA,Epiblast
SBR-36h:TTCCGGTTCGCTAGCG,Exiting naive pluripotency
SBR-36h:AGGCTGCCAAAGGCTG,Epiblast
SBR-36h:TAATTCCTCTAATTCC,Naive pluripotency
SBR-36h:TGTTTGTCACCGGCTA,Epiblast
SBR-36h:CAAGAGGGTTCCTAGA,Epiblast
SBR-36h:ATCACGACACAAAGCG,Epiblast
SBR-36h:CCAAGCGTCGATAACC,Epiblast
SBR-36h:AGTCATGGTCTCAGAT,Epiblast
SBR-36h:TTTCCTCCAGAAATCA,Epiblast
SBR-36h:TCAATTCAGCTAATCC,Epiblast
SBR-36h:TACAGGTTCTGAGCAT,Epiblast
SBR-36h:GGCGTCAAGAGGGTCT,Exiting naive pluripotency
SBR-36h:GCATCGGCAAATAAGC,Epiblast
SBR-36h:AGCGATTTCGATGCAT,Epiblast
SBR-36h:GACTATGTCCGTTGGG,Epiblast
SBR-36h:CAAGAGGCAGTCACGC,Epiblast
SBR-36h:AACCTGAGTAGATTAG,Epiblast
SBR-36h:ATGTCTTGTAGCGCTC,Epiblast
SBR-36h:GTTAGACAGCATACTC,Epiblast
SBR-36h:CTCATCGGTGAGCTCC,Epiblast
SBR-36h:TTGGGCGCATCCTATT,Epiblast
SBR-36h:CTGGACGAGTGATGGC,Epiblast
SBR-36h:GATGAGGTCGTAGAGG,Epiblast
SBR-36h:CTACAGAAGGGAGAAT,Epiblast
SBR-36h:TGTGTGAGTGGGCTTC,Exiting naive pluripotency
SBR-36h:GATAGAACATCATTTC,Epiblast
SBR-36h:GGGTCTGGTCGTATGT,Epiblast
SBR-36h:GCGGATCTCGCCTCTA,Epiblast
SBR-36h:AGTACCATCAGACCGC,Epiblast
SBR-36h:TTTAGTCAGCCGCACT,Epiblast
SBR-36h:GGGCCATCATTAGGCT,Epiblast
SBR-36h:GCACGGTCACTGTGTA,Epiblast
SBR-36h:GTAGTACAGATAGGGA,Epiblast
SBR-36h:TTGGGCGCAAGGTACG,Epiblast
SBR-36h:GTCCCATTCGGAAGGT,Epiblast
SBR-36h:GGTAACTCATCGCTAA,Epiblast
SBR-36h:CTGCGAGTCGACACCG,Epiblast
SBR-36h:ATGGTTGCATGTCAGT,Exiting naive pluripotency
SBR-36h:TTCGATTCAGTCGGAA,Epiblast
SBR-36h:ACCCTTGCATGAGAAT,Epiblast
SBR-36h:AACGGGATCGCTACAA,Exiting naive pluripotency
SBR-36h:CATCGGGTCGGCTGGT,Epiblast
SBR-36h:TTGTTGTGTGCTCGTG,Epiblast
SBR-36h:AGATCCACACTTGGCG,Epiblast
SBR-36h:GTACAGTAGCAAATCA,Epiblast
SBR-36h:ACTTATCGTCCAGCGT,Epiblast
SBR-36h:GCCGTGATCATGCCAA,Epiblast
SBR-36h:GTTGAACCACAACGTT,Epiblast
SBR-36h:ATGAAAGTCATGGAGG,Epiblast
SBR-36h:TCCTCGATCGTAGCTA,Epiblast
SBR-36h:CATCAAGCACATATGC,Epiblast
SBR-36h:CAATCGAGTAGGCAGT,Epiblast
SBR-36h:CGGAACCCATGCGGTC,Epiblast
SBR-36h:AGCCAGCGTCGTACAT,Epiblast
SBR-36h:GAATCGTTCGGAGTGA,Epiblast
SBR-36h:GTCTCACCATGACAAA,Epiblast
SBR-36h:ACATGCACAGCGTGAA,Epiblast
SBR-36h:TGTGATGCATATTCGG,Epiblast
SBR-36h:AGGGTGACAGACCAAG,Epiblast
SBR-36h:GTCAGCGTCGGATACT,Epiblast
SBR-36h:AGCGTCGAGAAACTAC,Epiblast
SBR-36h:GAGATGGCAGGAATCG,Epiblast
SBR-36h:GGGTTTATCGCTGACG,Epiblast
SBR-36h:CCGGGTAAGGCGAAGG,Epiblast
SBR-36h:CGTAATGGTTGCCATA,Epiblast
SBR-36h:CAACCTCAGGTTCCGC,Epiblast
SBR-36h:ATGGGTTTCGGTAACT,Exiting naive pluripotency
SBR-36h:CTGATCCCACCCAAGC,Epiblast
SBR-36h:GGCGTCAAGTTAGTAG,Epiblast
SBR-36h:TGTGATGGTCTTGAAC,Epiblast
SBR-36h:CGTTAGAAGGTGAGCT,Epiblast
SBR-36h:GTAGAGGCAGCATGCC,Epiblast
SBR-36h:GACATCATCCGTATGA,Epiblast
SBR-36h:TTCATGTAGAGAGTGA,Epiblast
SBR-36h:GCGATCGGTCGTACAT,Epiblast
SBR-36h:GAGGGATCACAATCTG,Epiblast
SBR-36h:TGCGATAGTGTCTAAC,Epiblast
SBR-36h:ACCCTTGGTACAAGCG,Epiblast
SBR-36h:TCGTGCTCATGTCAGT,Epiblast
SBR-36h:TTGAGTGTCTTACACT,Epiblast
SBR-36h:CCGTAGGGTAGATCGG,Epiblast
SBR-36h:AGGCATTCATGAATCC,Epiblast
SBR-36h:TAAGTCGCATAGAATG,Epiblast
SBR-36h:CATCCACAGCGGACAT,Epiblast
SBR-36h:CAAGCTATCGCGGTAC,Epiblast
SBR-36h:CACCGTTAGGTGGCTA,Epiblast
SBR-36h:CTAGGTACAGGTGTGA,Epiblast
SBR-36h:GGACGTCCAAATCGTC,Epiblast
SBR-36h:GTCTGTCCACTGGCGT,Epiblast
SBR-36h:GGGACCTTCTGTCCCA,Epiblast
SBR-36h:CACGTTCAGACCTCAT,Epiblast
SBR-36h:GTGCACGAGCAGATAT,Epiblast
SBR-36h:CTTCGGTCAGGTTACT,Epiblast
SBR-36h:TGCGACGAGACGCCAA,Epiblast
SBR-36h:GAATCGTGTACAAGTA,Epiblast
SBR-36h:CGTCAAAGTCAGATTC,Epiblast
SBR-36h:TGTTCATAGGGAGGAC,Epiblast
SBR-36h:TGACCCTAGGAGCTGT,Epiblast
SBR-36h:ATTACCTAGAAGTCAT,Epiblast
SBR-36h:CTTCGGTAGCGCCATC,Epiblast
SBR-36h:AAGATAGCATAAGATG,Epiblast
SBR-36h:TCTAACTAGCATGAAT,Epiblast
SBR-36h:ACTTAGGGTCCGACGT,Epiblast
SBR-36h:TGAGGTTTCGGCTGGT,Epiblast
SBR-36h:GTCGTTCGTGGCTACC,Epiblast
SBR-36h:TCGTGCTCAAGTGCAG,Epiblast
SBR-36h:GACATCAAGTAGGAAG,Epiblast
SBR-36h:ATACCGAAGATTGACA,Epiblast
SBR-36h:GGAGAACGTCCGAAAG,Epiblast
SBR-36h:GTAAGTCGTGAATTGA,Epiblast
SBR-36h:GCACATATCGACGCTG,Epiblast
SBR-36h:AGGGTCCAGGGTAGCT,Epiblast
SBR-36h:ATCGTGACACGGTGAA,Epiblast
SBR-36h:GCGATCGTCCCAGCGA,Epiblast
SBR-36h:AGCTTCCGTTATGTGC,Epiblast
SBR-36h:AATGGAATCGTAATGC,Epiblast
SBR-36h:CAAGACTGTTTAAGGA,Epiblast
SBR-36h:TTAGGGTAGAGCAGAA,Epiblast
SBR-36h:ATGGGTTTCCAAGCTA,Epiblast
SBR-36h:ATTCGTTTCCATCTCG,Epiblast
SBR-36h:ATCACGAGTTCCAGGC,Epiblast
SBR-36h:TGCCGAGAGCATTGTC,Epiblast
SBR-36h:AGCATCACACCGTGGT,Exiting naive pluripotency
SBR-36h:GGGTTTAGTGTAGGAC,Epiblast
SBR-36h:TACGTCCCAACGTAAA,Epiblast
SBR-36h:CGGGTCAAGTATGGCG,Epiblast
SBR-36h:GGGAGATCAACATACC,Epiblast
SBR-36h:TGAATGCGTTACAGCT,Naive pluripotency
SBR-36h:TCCACCAAGATTAGAC,Epiblast
SBR-36h:TCCACCACATCGGAGA,Exiting naive pluripotency
SBR-36h:GCCCGAAGTTCTGACA,Epiblast
SBR-36h:CCTTCAGTCGCTGTTC,Epiblast
SBR-36h:GGTGTCGGTATGGTTC,Epiblast
SBR-36h:CACGGGTTCGATACGT,Epiblast
SBR-36h:TCACACCAGCCTGTCG,Epiblast
SBR-36h:CGTAGTAGTCAGTCGC,Epiblast
SBR-36h:CACGTTCGTAAGACCG,Epiblast
SBR-36h:GCGAGAAAGTATGTAG,Epiblast
SBR-36h:GGTTGTAGTCGCGGTT,Epiblast
SBR-36h:CAGTGCGGTTACCGTA,Epiblast
SBR-36h:TGCTGAAAGGTTGAGC,Epiblast
SBR-36h:AGACCATGTGAATTAG,Epiblast
SBR-36h:TGGTAGTCAGGATCTT,Epiblast
SBR-36h:TGAGGTTTCTGGACTA,Epiblast
SBR-36h:CATGGATGTTGTGTAC,Epiblast
SBR-36h:AGAGCAGTCACAGAGG,Epiblast
SBR-36h:TCGACGGTCTTCTTCC,Epiblast
SBR-36h:CGAGTGCAGACCAAGC,Epiblast
SBR-36h:CTATCCGGTATCGTTG,Epiblast
SBR-36h:GGGTAGATCCGTACGG,Epiblast
SBR-36h:TGTCAGATCTGCGAGC,Epiblast
SBR-36h:AGCTACAGTATCGCGC,Epiblast
SBR-36h:GTGTGATTCAAGTGGG,Epiblast
SBR-36h:GTAACCATCATGAGAA,Epiblast
SBR-36h:GCTTGGGGTACTAACC,Epiblast
SBR-36h:GGGCTCACAGTGGGTA,Epiblast
SBR-36h:CTGGTCTCATTCTCCG,Epiblast
SBR-36h:CGATCGGGTCCAGCGT,Epiblast
SBR-36h:CTTGATTGTAAGATTG,Exiting naive pluripotency
SBR-36h:AAAGAACCATCAGTCA,Epiblast
SBR-36h:AGGAAATTCAGTGTTG,Epiblast
SBR-36h:ACGGGTCCAGGACTAG,Epiblast
SBR-36h:CAAGAGGGTGACTCGC,Epiblast
SBR-36h:CAATCGACACGAGGAT,Epiblast
SBR-36h:ACGGGTCGTCGCATGC,Epiblast
SBR-36h:GTCTGTCGTGTACAGG,Epiblast
SBR-36h:TCAGGTACAGATCCTA,Epiblast
SBR-36h:CCACGTTTCACTGATG,Epiblast
SBR-36h:TGGAGAGGTTTCCAAG,Epiblast
SBR-36h:TAGTGCAAGAGATCGC,Epiblast
SBR-36h:GCCATGGAGCTAGCCC,Epiblast
SBR-36h:TGTAAGCGTGCGGTAA,Epiblast
SBR-36h:TTGAGTGCACAGCGCT,Epiblast
SBR-36h:TTCAGGACATAGAGGC,Epiblast
SBR-36h:CATCGCTCACTAGTAC,Epiblast
SBR-36h:GGTAGAGCAGTGACCC,Epiblast
SBR-36h:CACGTGGAGTTGGCTT,Epiblast
SBR-36h:AACCAACCAATTGTGC,Epiblast
SBR-36h:CCTCTAGGTAGATGTA,Epiblast
SBR-36h:ATTCAGGAGCCGCTTG,Epiblast
SBR-36h:TCACTATGTCAATCTG,Epiblast
SBR-36h:ATACCTTTCAAGCCCG,Epiblast
SBR-36h:AGACCATCAAGCGAGT,Exiting naive pluripotency
SBR-36h:CGAGTTAGTTGACTGT,Epiblast
SBR-36h:ATGGATCGTTCACGAT,Epiblast
SBR-36h:AAGAACACACGGCGTT,Exiting naive pluripotency
SBR-36h:GTTGTAGTCTGCATGA,Epiblast
SBR-36h:GTAGGTTTCGGCACTG,Exiting naive pluripotency
SBR-36h:CTACGGGCACAGACGA,Epiblast
SBR-36h:TCATTGTGTGACAACG,Epiblast
SBR-36h:TTCGATTTCGGAGATG,Epiblast
SBR-36h:CCAAGCGAGTAGGAAG,Naive pluripotency
SBR-36h:CTCAGAAGTATGTGTC,Epiblast
SBR-36h:CATCCCACATAGGTAA,Epiblast
SBR-36h:ATGAGTCTCGAAGCCC,Epiblast
SBR-36h:TACAACGGTATGAGCG,Epiblast
SBR-36h:TGCACGGCAGCGGTCT,Epiblast
SBR-36h:CTTAGGAAGAAGCTCG,Epiblast
SBR-36h:ATTACTCTCGTGGTAT,Epiblast
SBR-36h:TTGTGTTAGAGCCTGA,Epiblast
SBR-36h:GAGCCTGGTGTATTCG,Epiblast
SBR-36h:CATTGTTAGGAAAGTG,Epiblast
SBR-36h:GGCGTCAGTATTCCGA,Epiblast
SBR-36h:TGAGTCATCCTCTCGA,Epiblast
SBR-36h:AGGCTGCTCGTGGGAA,Epiblast
SBR-36h:TGTCAGATCTGCATGA,Epiblast
SBR-36h:CGCGTGAGTGTTCGAT,Epiblast
SBR-36h:TTCATGTAGTCACGCC,Epiblast
SBR-36h:TCGCACTAGCGTGTCC,Epiblast
SBR-36h:TGTTTGTCAGAATGTA,Epiblast
SBR-36h:TAGGTTGCAGGTTCCG,Epiblast
SBR-36h:GTTATGGAGAAGGTAG,Epiblast
SBR-36h:ATCGGATGTTGGACTT,Epiblast
SBR-36h:GATTCTTGTGGTCAAG,Epiblast
SBR-36h:TGCATCCAGAGAGTGA,Epiblast
SBR-36h:CACAACAAGCGATGGT,Epiblast
SBR-36h:CATTCATGTTTCTATC,Epiblast
SBR-36h:TCGGGTGGTGAACGGT,Epiblast
SBR-36h:ACACGCGTCCTCTAGC,Epiblast
SBR-36h:TATACCTTCTTTCAGT,Exiting naive pluripotency
SBR-36h:CATGCTCCAGTCTACA,Epiblast
SBR-36h:TGGGTTAAGAGTCGAC,Exiting naive pluripotency
SBR-36h:GTCAAACGTGCATGTT,Epiblast
SBR-36h:AGATAGATCAACACCA,Epiblast
SBR-36h:GCGTGCAAGTGCAACG,Exiting naive pluripotency
SBR-36h:AATCACGCATTGGATC,Epiblast
SBR-36h:AATGAAGGTGCGTGCT,Epiblast
SBR-36h:TAATCTCGTCGTCGGT,Naive pluripotency
SBR-36h:CGGCAGTTCGTCTAAG,Epiblast
SBR-36h:GTGTGATTCCGTGGTG,Epiblast
SBR-36h:ATCGTGAAGGTCCTGC,Epiblast
SBR-36h:CTACAGATCTATCGCC,Epiblast
SBR-36h:CAATACGCAAAGACTA,Epiblast
SBR-36h:CGGGCATTCTGTCTCG,Epiblast
SBR-36h:CGTGTCTTCTCAGGCG,Epiblast
SBR-36h:GAGTGAGCATCAGCTA,Epiblast
SBR-36h:TTACCATAGATTTGCC,Epiblast
SBR-36h:TCATGTTCAAGATGGC,Epiblast
SBR-36h:GCAGCCAGTGTCTTCC,Epiblast
SBR-36h:CTCAATTTCGAGAAAT,Epiblast
SBR-36h:CGGCAGTCAGTTACCA,Epiblast
SBR-36h:GACCGTGTCGCTCTCA,Epiblast
SBR-36h:AGGTGTTCAGGAGGAG,Epiblast
SBR-36h:TCGCACTGTTGTTGCA,Epiblast
SBR-36h:GTGTGATTCGTTTACT,Epiblast
SBR-36h:TGGGATTAGGTCCAGA,Epiblast
SBR-36h:GCATCCTCTCCTATTA,Epiblast
SBR-36h:GTCTCACAGCATCTTG,Epiblast
SBR-36h:GATGCTATCGCCTCTA,Exiting naive pluripotency
SBR-36h:TCGTGGGAGCCGAACA,Epiblast
SBR-36h:ACACTGATCGCCAGTG,Epiblast
SBR-36h:AAGACTCCAGGCGAAT,Epiblast
SBR-36h:AGGCCACTCAAGTGTC,Epiblast
SBR-36h:AGTAGTCTCTCATTGT,Epiblast
SBR-36h:CTTAGGATCGTGACTA,Epiblast
SBR-36h:CGAGTGCCATGTGCTA,Naive pluripotency
SBR-36h:AGCTACAGTGACAACG,Epiblast
SBR-36h:CATGCGGTCTGGTGGC,Epiblast
SBR-36h:CTAGGTAGTCGCGGTT,Exiting naive pluripotency
SBR-36h:GGAGAACCACATTGTG,Epiblast
SBR-36h:TTCATGTTCGGCAGTC,Epiblast
SBR-36h:TCCTGCAGTGCGGATA,Epiblast
SBR-36h:ACTATCTGTATCGTGT,Epiblast
SBR-36h:GTGTAACAGAAGGATG,Epiblast
SBR-36h:TCGTGCTCATACACCA,Epiblast
SBR-36h:TGGGCTGAGCCGTTGC,Epiblast
SBR-36h:AGAAGCGGTCGTGTTA,Epiblast
SBR-36h:GCACATAGTGCAACAG,Epiblast
SBR-36h:CGTCCATAGGAGCTGT,Epiblast
SBR-36h:TTCCGGTCAACGGTAG,Epiblast
SBR-36h:GAGAGGTGTGTTCCAA,Epiblast
SBR-36h:CAGATACGTCGAGATG,Epiblast
SBR-36h:AGGTGTTGTGAGTAGC,Epiblast
SBR-36h:TCGTGGGGTGGGTATG,Epiblast
SBR-36h:GTAATCGGTCTACAGT,Epiblast
SBR-36h:GCCATTCAGGGATCGT,Epiblast
SBR-36h:CCTTCAGGTGGGTCAA,Epiblast
SBR-36h:AACAGGGAGTTGCCCG,Exiting naive pluripotency
SBR-36h:GGTTAACCACCGGCTA,Epiblast
SBR-36h:ACATGCAGTCCTATAG,Epiblast
SBR-36h:TGAGCATGTTGGCTAT,Epiblast
SBR-36h:GTCTGTCTCTGTTGGA,Epiblast
SBR-36h:AGTTAGCAGCGTTCAT,Epiblast
SBR-36h:ACATCCCAGTCAGAGC,Epiblast
SBR-36h:AGCGTCGCATCCGGTG,Epiblast
SBR-36h:TCGACCTCACACCGCA,Epiblast
SBR-36h:GTCAGCGTCCTCTCTT,Exiting naive pluripotency
SBR-36h:CCGGTGATCGCAGATT,Epiblast
SBR-36h:AGGTAGGTCGTGGTAT,Epiblast
SBR-36h:TTCGATTCATCCGTGG,Epiblast
SBR-36h:CCTTCAGAGCGTTCAT,Epiblast
SBR-36h:TGCGACGAGGAATTAC,Epiblast
SBR-36h:AGGCCACGTCCTGTCT,Epiblast
SBR-36h:GAGACTTGTTGAAGTA,Epiblast
SBR-36h:TCATGGAAGCGCCTTG,Epiblast
SBR-36h:ACGTTCCCAAGAGTGC,Epiblast
SBR-36h:GTCTTTAAGTATGGAT,Epiblast
SBR-36h:GATTCTTAGACCAGAC,Epiblast
SBR-36h:GGTTGTAAGGTAAAGG,Epiblast
SBR-36h:AAGTCGTTCTAAGAAG,Epiblast
SBR-36h:GTCCTCATCCGAAGGA,Epiblast
SBR-36h:GTCGTTCCAAAGAGTT,Exiting naive pluripotency
SBR-36h:GTGTGGCGTAAGATCA,Epiblast
SBR-36h:GGGTCTGGTCCTGTCT,Epiblast
SBR-36h:ATGGAGGCAGCTGAGA,Epiblast
SBR-36h:CATCCGTTCGGAAACG,Epiblast
SBR-36h:GATGATCGTAACCCGC,Epiblast
SBR-36h:GGTCACGCACAGCGCT,Naive pluripotency
SBR-36h:CTTCTAAGTTGTACGT,Epiblast
SBR-36h:AGGGCTCAGCTTGTTG,Epiblast
SBR-36h:GACCCAGGTGCGTGCT,Epiblast
SBR-36h:CAAGGGAAGGAGAGGC,Epiblast
SBR-36h:CTGCTCAAGTTGTACC,Epiblast
SBR-36h:TCCGTGTGTGCACAAG,Epiblast
SBR-36h:AGAAGCGGTCTAATCG,Epiblast
SBR-36h:GTCGAATAGTCGTCTA,Epiblast
SBR-36h:TGTTCCGAGCCTCGTG,Epiblast
SBR-36h:GTGTTCCCATGACTGT,Epiblast
SBR-36h:CGGCAGTCACCGTGCA,Epiblast
SBR-36h:TGCGGCATCCGTAGGC,Epiblast
SBR-36h:GTCTGTCCAGACCGCT,Epiblast
SBR-36h:GTGCTTCAGACGGATC,Epiblast
SBR-36h:GTCACTCGTCTACATG,Epiblast
SBR-36h:AGGGCTCTCCTTATGT,Epiblast
SBR-36h:CACTAAGAGTGTTCCA,Epiblast
SBR-36h:GATTGGTGTTAGGGTG,Exiting naive pluripotency
SBR-36h:GCGGAAAGTGCTTCAA,Epiblast
SBR-36h:CGGGTCAGTCACTTAG,Exiting naive pluripotency
SBR-36h:GTCGAATAGCCTGCCA,Epiblast
SBR-36h:TAAGCGTCATGCCGCA,Epiblast
SBR-36h:AGTACCAAGTCCGTCG,Epiblast
SBR-36h:ACAGAAAGTTGTCTAG,Epiblast
SBR-36h:GAACACTCAACATACC,Epiblast
SBR-36h:TTAGTCTAGAGGGTCT,Epiblast
SBR-36h:TACGCTCGTTCTAAGC,Epiblast
SBR-36h:AGCGATTAGAGGTGCT,Epiblast
SBR-36h:TGATGGTAGCGGTATG,Epiblast
SBR-36h:CGAGTGCCAGAGGCTA,Epiblast
SBR-36h:AGCCAATAGTCGGGAT,Epiblast
SBR-36h:CATGCAAGTACGCGTC,Epiblast
SBR-36h:AACCAACGTGTAGGAC,Epiblast
SBR-36h:AGGGAGTTCAGATGCT,Epiblast
SBR-36h:CTCTGGTTCCCAGTGG,Epiblast
SBR-36h:TGAGGAGGTAACTAAG,Epiblast
SBR-36h:GCCTGTTAGCCGATAG,Epiblast
SBR-36h:TCGGGCAAGGAAAGAC,Exiting naive pluripotency
SBR-36h:CTGCTCATCCATGCAA,Exiting naive pluripotency
SBR-36h:TAAGCCAGTCCCGGTA,Epiblast
SBR-36h:GGTGAAGGTCTTGCGG,Epiblast
SBR-36h:CTTCTAACATTGACCA,Naive pluripotency
SBR-36h:AGCGTCGAGGCAATGC,Epiblast
SBR-36h:GTGTGGCGTCTGTGCG,Epiblast
SBR-36h:CCAAGCGTCGCTGCGA,Exiting naive pluripotency
SBR-36h:TTTCACACAACCGACC,Epiblast
SBR-36h:TAGGTACGTCATGCAT,Epiblast
SBR-36h:CAGGGCTCAGAGGACT,Epiblast
SBR-36h:CGTAAGTGTTAGGAGC,Epiblast
SBR-36h:TCCGAAAGTCCGGATC,Epiblast
SBR-36h:CCTCAACTCATGGATC,Epiblast
SBR-36h:CCCGGAACACTCCCTA,Exiting naive pluripotency
SBR-36h:GGTGTCGCAATTCGTG,Epiblast
SBR-36h:GTCCCATGTGACTGAG,Epiblast
SBR-36h:CAGTTAGTCAGTGTCA,Epiblast
SBR-36h:GTCCTCAAGGTGCGAT,Epiblast
SBR-36h:CAGATTGCATAGGCGA,Epiblast
SBR-36h:GTAACCAAGCGATGGT,Exiting naive pluripotency
SBR-36h:GTTAGACGTCGTGTTA,Epiblast
SBR-36h:CCTAAGAAGTCCTACA,Epiblast
SBR-36h:TCGGGACAGGACTGGT,Epiblast
SBR-36h:TCGGGTGAGACAACTA,Epiblast
SBR-36h:TGCTTCGGTACCGGCT,Naive pluripotency
SBR-36h:TGGTAGTCAGAGACTG,Epiblast
SBR-36h:ATTATCCCAGGATGAC,Naive pluripotency
SBR-36h:CCTTGTGGTAGATCGG,Epiblast
SBR-36h:AAAGTCCCAACCAGAG,Epiblast
SBR-36h:GTGGTTACAAAGCTAA,Epiblast
SBR-36h:ATTCAGGAGGTCGTCC,Epiblast
SBR-36h:GAGTCATGTGACAGCA,Epiblast
SBR-36h:CTGAGCGTCTTCCACG,Epiblast
SBR-36h:CAACGATCACAAAGTA,Epiblast
SBR-36h:GTCGTTCCAACGGGTA,Epiblast
SBR-36h:TTATTGCGTCGTGGAA,Epiblast
SBR-36h:AGACAGGCAACTGCCG,Exiting naive pluripotency
SBR-36h:CTCCCAACAGCTGCCA,Epiblast
SBR-36h:ATCGGATTCTACACTT,Epiblast
SBR-36h:GAGGGTAGTAGGCTGA,Epiblast
SBR-36h:GAGTGTTTCACTAGCA,Exiting naive pluripotency
SBR-36h:GACTCTCGTGAAGCGT,Epiblast
SBR-36h:ATATCCTCAGACGATG,Epiblast
SBR-36h:CAGGGCTAGCCGGATA,Epiblast
SBR-36h:GTTCTATAGAGGTCGT,Epiblast
SBR-36h:TTCGCTGGTAGCGATG,Epiblast
SBR-36h:ATCGTCCGTGTCCACG,Epiblast
SBR-36h:GCTGGGTAGCGATGAC,Epiblast
SBR-36h:CTTTCGGAGATTGACA,Epiblast
SBR-36h:AGTTCGATCACCATAG,Epiblast
SBR-36h:GTGACGCGTGGCTCTG,Epiblast
SBR-36h:TCGTCCAAGATGGTCG,Epiblast
SBR-36h:GTAGCTAAGAGGGTCT,Epiblast
SBR-36h:TTGATGGTCTGACGCG,Epiblast
SBR-36h:AGCGTATAGGGAGTTC,Epiblast
SBR-36h:GTGTCCTTCCATTCAT,Epiblast
SBR-36h:GTGCTTCGTAGAGACC,Epiblast
SBR-36h:GTGGCGTAGAATTTGG,Exiting naive pluripotency
SBR-36h:TCGTGCTGTCGAGTGA,Exiting naive pluripotency
SBR-36h:GTGTTCCGTGATGGCA,Epiblast
SBR-36h:GGACGTCTCGCGTAGC,Epiblast
SBR-36h:CCTCTAGAGGTTCAGG,Epiblast
SBR-36h:CTCATTACAGAGTGAC,Epiblast
SBR-36h:TTGCTGCGTGTCATGT,Epiblast
SBR-36h:ATGGATCTCTTCTGTA,Epiblast
SBR-36h:TCACTATTCTAGCATG,Epiblast
SBR-36h:TCTCACGTCGAGTGGA,Epiblast
SBR-36h:ACTATCTCAGGCATGA,Epiblast
SBR-36h:ATCCTATGTGTCTCCT,Epiblast
SBR-36h:GAGCCTGAGTGACCTT,Epiblast
SBR-36h:GGTAGAGGTCACCCTT,Exiting naive pluripotency
SBR-36h:GGTTGTACAAATGGAT,Epiblast
SBR-36h:AGAAGTAGTGACCGTC,Epiblast
SBR-36h:CATTCCGTCGTGTGAT,Epiblast
SBR-36h:TGTTCTAGTCTCGCGA,Epiblast
SBR-36h:GCTTGGGCAGCCGTTG,Exiting naive pluripotency
SBR-36h:CTTGATTTCGGATTAC,Epiblast
SBR-36h:GTGTCCTTCCCTTGGT,Naive pluripotency
SBR-36h:GGTTAACAGGCCTAAG,Epiblast
SBR-36h:TGTTTGTAGCGTCTCG,Epiblast
SBR-36h:CTGTCGTGTACTGACT,Epiblast
SBR-36h:ATCCGTCGTCTGTGGC,Epiblast
SBR-36h:TGTGCGGGTGTCGCTG,Epiblast
SBR-36h:TAAGCACCAGACAAAT,Epiblast
SBR-36h:TTCCTCTGTGCTCGTG,Epiblast
SBR-36h:GTCGTTCAGTAGTCAA,Exiting naive pluripotency
SBR-36h:CACTTCGTCCAGTGTA,Epiblast
SBR-36h:TTCTCTCGTCGAGTTT,Exiting naive pluripotency
SBR-36h:ACACGCGTCGTTTACT,Epiblast
SBR-36h:GTCACTCCACGACGCT,Epiblast
SBR-36h:TACACGACGCTCTTCC,Epiblast
SBR-36h:CTGAGCGTCTGAACGT,Epiblast
SBR-36h:GTGGGAATCCACTAGA,Epiblast
SBR-36h:TGTTTGTCATGACACT,Epiblast
SBR-36h:CGACGCTCTTCCGATC,Epiblast
SBR-36h:TGATGGTCAGAAGCGT,Epiblast
SBR-36h:GTCGTAACAAGTGGTG,Exiting naive pluripotency
SBR-36h:CACGACGCTCTTCCGA,Epiblast
SBR-36h:TCAAGACCATCAACCA,Epiblast
SBR-36h:GGTCTGGAGACCCTTA,Epiblast
SBR-36h:AGAAGCGTCGCTTACC,Epiblast
SBR-48h:TTCAGGACAATAGGGC,Epiblast
SBR-48h:GCAGGCTGTAGGGTAC,Epiblast
SBR-48h:TAGCACACACCTCTAC,Epiblast
SBR-48h:TAGACCATCACCTGGG,Epiblast
SBR-48h:GAACTGTGTATGCTAC,Epiblast
SBR-48h:GGAAGTGCAAGTTTGC,Epiblast
SBR-48h:CATGCTCTCCTAACAG,Epiblast
SBR-48h:CTAACCCTCAAACTGC,Epiblast
SBR-48h:TACTTCAAGCGAGAAA,Epiblast
SBR-48h:CTATAGGTCTATACTC,Epiblast
SBR-48h:AACACACAGATCCGAG,Epiblast
SBR-48h:TAGAGTCTCATTTGTC,Epiblast
SBR-48h:TAACCAGCAAATCAAG,Epiblast
SBR-48h:CAACGGCCACTGGCGT,Epiblast
SBR-48h:AGTACCACATCCGTTC,Epiblast
SBR-48h:TCACAAGGTTTCACTT,Epiblast
SBR-48h:GCACTAATCCCAAGCG,Epiblast
SBR-48h:CAACCTCTCAAGCCTA,Epiblast
SBR-48h:AAGTACCTCATCGCTC,Epiblast
SBR-48h:GTGCACGAGCATTTGC,Epiblast
SBR-48h:CACATGATCTACACTT,Epiblast
SBR-48h:TTCCTTCCAACTACGT,Epiblast
SBR-48h:ATGAGTCAGCCTTTCC,Epiblast
SBR-48h:TCACATTTCAACGCTA,Epiblast
SBR-48h:TGATGCAGTACAATAG,Epiblast
SBR-48h:AAAGGATTCCCTTCCC,Epiblast
SBR-48h:TTTAGTCTCGCAATTG,Epiblast
SBR-48h:TTCCTCTGTATTCCTT,Epiblast
SBR-48h:AGGACTTCATCGGCCA,Epiblast
SBR-48h:CCTCAGTCAGAGAATT,Epiblast
SBR-48h:GAACTGTAGCATTTCG,Epiblast
SBR-48h:TTCTAACTCACCTTAT,Epiblast
SBR-48h:TTCACCGTCTTCTGTA,Epiblast
SBR-48h:ATGACCATCCAACCGG,Epiblast
SBR-48h:ATCTTCAAGCTAATCC,Epiblast
SBR-48h:AGACTCATCAGCCCAG,Epiblast
SBR-48h:CTTCCTTAGGCTTCCG,Epiblast
SBR-48h:TTACAGGGTCAGCTTA,Epiblast
SBR-48h:TGAGCGCTCTTACACT,Epiblast
SBR-48h:TCAATTCTCTCTATGT,Epiblast
SBR-48h:ATCCCTGTCATTCACT,Epiblast
SBR-48h:CTCAATTGTGAGTAAT,Epiblast
SBR-48h:GCGAGAAAGACTCGAG,Epiblast
SBR-48h:AGTTCGAAGTAAAGCT,Epiblast
SBR-48h:CTGGCAGTCACCGGTG,Epiblast
SBR-48h:CTACCTGTCTGCCCTA,Epiblast
SBR-48h:AACAACCAGAGCACTG,Epiblast
SBR-48h:CCTCAGTCAAGCTGCC,Epiblast
SBR-48h:TGCACGGGTGTCTCCT,Epiblast
SBR-48h:CCAATTTAGTCATCGT,Epiblast
SBR-48h:TGATCTTTCAGCGCAC,Epiblast
SBR-48h:GAAGGACGTTGTAGCT,Epiblast
SBR-48h:TCAGCAAAGATGTTCC,Epiblast
SBR-48h:CACATGACACTTGGGC,Epiblast
SBR-48h:GTGACGCAGTAGTGCG,Epiblast
SBR-48h:TGCTGAAGTGTTTCTT,Epiblast
SBR-48h:AATGCCAGTTGCTCCT,Epiblast
SBR-48h:AAACCCACAAGATTGA,Epiblast
SBR-48h:AACCAACCAGCTTCGG,Epiblast
SBR-48h:CTCTCAGCACCGTCTT,Epiblast
SBR-48h:CAAGGGACAGTTCTAG,Epiblast
SBR-48h:CGCATGGGTTGAATCC,Epiblast
SBR-48h:ATTACCTCAATAGTAG,Epiblast
SBR-48h:CATTGTTGTATTTCTC,Epiblast
SBR-48h:AGGGCCTCATTCTCTA,Epiblast
SBR-48h:CAGGTATTCGGCTCTT,Epiblast
SBR-48h:TTAGGGTCATGGCCCA,Epiblast
SBR-48h:AACAGGGCACCATAAC,Epiblast
SBR-48h:TCATATCAGCTGGCCT,Epiblast
SBR-48h:TTCCAATGTCTGATAC,Epiblast
SBR-48h:CTCCCAACACAATCTG,Exiting naive pluripotency
SBR-48h:TAGAGTCAGCATAGGC,Epiblast
SBR-48h:AACAAAGTCGGCCAAC,Epiblast
SBR-48h:CATTGAGGTTCTAAGC,Epiblast
SBR-48h:TTCTAGTCATCCGTTC,Epiblast
SBR-48h:GATCAGTAGTATGCAA,Epiblast
SBR-48h:AGATGAATCACTGAAC,Epiblast
SBR-48h:GATCCCTCAAAGCAAT,Epiblast
SBR-48h:AAGCGAGTCTTCTGTA,Epiblast
SBR-48h:ATCGATGGTATCCCTC,Epiblast
SBR-48h:TCCACCAAGGACGCTA,Epiblast
SBR-48h:CAATGACCATACCGTA,Epiblast
SBR-48h:CTGTATTCAGTAACCT,Epiblast
SBR-48h:TTATTGCGTGAGTAGC,Epiblast
SBR-48h:AACCAACAGGTCACAG,Epiblast
SBR-48h:TTTCGATGTTGCACGC,Epiblast
SBR-48h:CCAATTTAGTTTGTCG,Exiting naive pluripotency
SBR-48h:GGCAGTCCAGTGACCC,Epiblast
SBR-48h:CCCTCAAAGGCCATAG,Epiblast
SBR-48h:CGAGTGCCAATTCGTG,Epiblast
SBR-48h:TTTCATGGTTATCCAG,Epiblast
SBR-48h:AGAACCTTCAGACCTA,Epiblast
SBR-48h:GTGAGGATCGCCTTGT,Epiblast
SBR-48h:AGCGATTAGTATGAGT,Epiblast
SBR-48h:TTGTTTGTCGGTATGT,Epiblast
SBR-48h:GCAGCTGCACTGATTG,Epiblast
SBR-48h:TTCTTCCTCCCGTTGT,Epiblast
SBR-48h:ATTCCCGGTACAAGCG,Epiblast
SBR-48h:GAGGCCTCAGGCACTC,Epiblast
SBR-48h:CTCTCGACAAGCTCTA,Epiblast
SBR-48h:GACAGCCCACTGCGTG,Epiblast
SBR-48h:ACCGTTCTCATTGCGA,Epiblast
SBR-48h:GGCGTCATCCGTTGAA,Epiblast
SBR-48h:ATCGTAGAGTAATTGG,Epiblast
SBR-48h:AATGACCTCCCTCTTT,Epiblast
SBR-48h:ATCCGTCCAGGCTACC,Epiblast
SBR-48h:TCGGGTGAGGACAACC,Epiblast
SBR-48h:GAGATGGTCGGTGCAC,Epiblast
SBR-48h:CGATGCGAGTAGGAAG,Epiblast
SBR-48h:AGAAATGGTGGAAATT,Epiblast
SBR-48h:TCTAACTCAATAACCC,Epiblast
SBR-48h:ACAACCAAGCTCCGAC,Epiblast
SBR-48h:GTCACTCTCACCTGTC,Epiblast
SBR-48h:CGGAATTGTATGTGTC,Epiblast
SBR-48h:CCTCCTCGTTCCTAGA,Epiblast
SBR-48h:GGTTCTCGTGCATCTA,Epiblast
SBR-48h:TCGGTCTGTTACCGTA,Epiblast
SBR-48h:CATGCAACACTTCTCG,Epiblast
SBR-48h:CCTGTTGTCCTGATAG,Epiblast
SBR-48h:CACTTCGAGTTACGAA,Epiblast
SBR-48h:AGGAGGTCACACAGCC,Epiblast
SBR-48h:AGCGCCAGTACGTGTT,Epiblast
SBR-48h:TTTCATGAGGACAGTC,Epiblast
SBR-48h:AGCTCAAGTGGTTTGT,Epiblast
SBR-48h:CAGCAATCAGCTGTTA,Epiblast
SBR-48h:ACTCCCACAGCAAGAC,Epiblast
SBR-48h:TCGCTCAAGATGGCAC,Epiblast
SBR-48h:ACCATTTGTACAAACA,Epiblast
SBR-48h:GGATGTTCACAGTGAG,Epiblast
SBR-48h:GACTTCCTCACGGGAA,Epiblast
SBR-48h:ACCAACAGTGGCCACT,Epiblast
SBR-48h:TCCTCTTCACATAGCT,Epiblast
SBR-48h:CAACGATTCCTAACAG,Exiting naive pluripotency
SBR-48h:TACTGCCTCTATTGTC,Epiblast
SBR-48h:CATAGACAGGTAAACT,Epiblast
SBR-48h:TTCATTGGTCTAATCG,Epiblast
SBR-48h:GTCTTTAGTCCAGCAC,Epiblast
SBR-48h:AATGGAACACTTGTGA,Epiblast
SBR-48h:TCCTCGAAGCACTAAA,Epiblast
SBR-48h:CACACAACATTGCCTC,Epiblast
SBR-48h:ACTTTCATCACAACCA,Epiblast
SBR-48h:CAGATTGAGTAGAATC,Epiblast
SBR-48h:GATGAGGGTTTAGAGA,Epiblast
SBR-48h:AGGGTTTAGATCCAAA,Epiblast
SBR-48h:TCATACTTCGCTTGCT,Epiblast
SBR-48h:GTTCGCTAGGTAGTCG,Epiblast
SBR-48h:AGCTCAAAGGTTGACG,Epiblast
SBR-48h:CTGCGAGCAGTCCGTG,Epiblast
SBR-48h:ACACAGTTCCGTGGGT,Epiblast
SBR-48h:GGTCTGGTCGAGTTGT,Epiblast
SBR-48h:TGTTGAGTCACTCACC,Epiblast
SBR-48h:ATTCTACGTTGCCATA,Epiblast
SBR-48h:ACATCCCCAGTCAGTT,Epiblast
SBR-48h:TGCTCCATCATTCTTG,Epiblast
SBR-48h:ACAGGGATCTAGTCAG,Epiblast
SBR-48h:AGAAATGAGTATGGCG,Epiblast
SBR-48h:TGAGACTAGCCTCCAG,Epiblast
SBR-48h:TCCACCACACGACCTG,Epiblast
SBR-48h:ACCGTTCTCTCACGAA,Epiblast
SBR-48h:GACGTTAAGAATAGTC,Epiblast
SBR-48h:AGTTCGAGTACGGCAA,Epiblast
SBR-48h:CATGCAATCGTCCTCA,Epiblast
SBR-48h:CTTCAATAGACTTCAC,Epiblast
SBR-48h:TCCCAGTAGGATACAT,Epiblast
SBR-48h:TCAAGCACAACACGTT,Epiblast
SBR-48h:AGGACTTAGCAGCCTC,Epiblast
SBR-48h:CGGAACCGTTCCATTT,Epiblast
SBR-48h:GAAGCCCTCCTTCAGC,Epiblast
SBR-48h:GAGGCAACAGAGTGAC,Epiblast
SBR-48h:GACACGCAGCTCCGAC,Epiblast
SBR-48h:CCTCCTCGTCTTACTT,Epiblast
SBR-48h:CATCGGGCAATAACCC,Epiblast
SBR-48h:CATTCATCAGCAGACA,Epiblast
SBR-48h:AGACCATAGGGTCTTT,Epiblast
SBR-48h:AAGCCATTCTTCTTCC,Epiblast
SBR-48h:TCATATCTCATTCTTG,Naive pluripotency
SBR-48h:GACTGATAGCACCGTC,Epiblast
SBR-48h:GACCCAGGTTCAGCTA,Epiblast
SBR-48h:AAAGTCCCACCTCTAC,Epiblast
SBR-48h:CAATGACCATACTGAC,Epiblast
SBR-48h:ACTACGAAGGTACCTT,Epiblast
SBR-48h:GATGACTAGAATGTTG,Epiblast
SBR-48h:TCGCTCACAGGACTTT,Epiblast
SBR-48h:ACTATTCCACAGACGA,Epiblast
SBR-48h:AACCAACGTGAATATG,Epiblast
SBR-48h:ACAAAGAAGCACCAGA,Epiblast
SBR-48h:GCCATTCGTTACCCAA,Epiblast
SBR-48h:ATTGTTCTCGAGTCCG,Epiblast
SBR-48h:CACGTTCTCTCTGGTC,Epiblast
SBR-48h:CCGCAAGCACGTGAGA,Epiblast
SBR-48h:GGGACCTCAGTCTCTC,Epiblast
SBR-48h:CAGCAATTCTAGTACG,Epiblast
SBR-48h:GAATCACCATGACAAA,Epiblast
SBR-48h:AACTTCTGTAAGCAAT,Epiblast
SBR-48h:CCACGTTTCCGCACGA,Epiblast
SBR-48h:ATTACTCAGAACGTGC,Epiblast
SBR-48h:ACTTCCGTCAGCTTCC,Epiblast
SBR-48h:CACAACAGTTGTAAAG,Epiblast
SBR-48h:CCCGAAGCAGCGCTTG,Epiblast
SBR-48h:TCCTAATCACATGGTT,Epiblast
SBR-48h:GAATAGACACATATCG,Epiblast
SBR-48h:GATGGAGTCGAAGGAC,Epiblast
SBR-48h:AAGACTCGTGACTGTT,Epiblast
SBR-48h:CTAGGTAGTATGGAAT,Epiblast
SBR-48h:ATCTTCACAGGATTCT,Epiblast
SBR-48h:GTTCTATCATACACCA,Epiblast
SBR-48h:ATATCCTTCCCACAGG,Epiblast
SBR-48h:ACTACGACAGCAGAAC,Epiblast
SBR-48h:TTCATTGAGACCTCCG,Epiblast
SBR-48h:GGAATCTCAGAAGTTA,Epiblast
SBR-48h:ATCGTAGAGAAACTAC,Epiblast
SBR-48h:ACGTAGTTCTTACACT,Epiblast
SBR-48h:CATGAGTGTTAGAGAT,Epiblast
SBR-48h:GGGTATTAGGTTATAG,Epiblast
SBR-48h:AGGACGACATTCTCTA,Epiblast
SBR-48h:AACTTCTCATGGGATG,Epiblast
SBR-48h:TGATCTTCAGAGGCTA,Epiblast
SBR-48h:CTCAATTGTCATCCCT,Epiblast
SBR-48h:TCATTCAAGATTGGGC,Epiblast
SBR-48h:GCAACCGCACTCTAGA,Epiblast
SBR-48h:AGGACTTGTGTCTTCC,Epiblast
SBR-48h:AACGTCAAGCCTGTGC,Epiblast
SBR-48h:ATCTTCAAGCAAATCA,Epiblast
SBR-48h:CTCATGCCACTGGAAG,Epiblast
SBR-48h:GTCCTCAAGTGCACCC,Epiblast
SBR-48h:CCGAACGCAGACCAAG,Exiting naive pluripotency
SBR-48h:CAGTTCCCAACGATTC,Epiblast
SBR-48h:ATGGATCTCATTACTC,Epiblast
SBR-48h:ACCCTCATCGCTCCTA,Epiblast
SBR-48h:TGTTACTCAACCACAT,Exiting naive pluripotency
SBR-48h:ACCAAACTCTCAAAGC,Epiblast
SBR-48h:CCACACTGTATAGGGC,Exiting naive pluripotency
SBR-48h:CCGTTCAAGGAGAGGC,Epiblast
SBR-48h:GGTAATCGTTGTGGCC,Epiblast
SBR-48h:ACAGCCGGTTCAAACC,Epiblast
SBR-48h:ATACTTCTCAACTTTC,Epiblast
SBR-48h:AGTGCCGTCAACCCGG,Epiblast
SBR-48h:TTGTGGATCCATTTAC,Epiblast
SBR-48h:TTGATGGAGCAACAAT,Epiblast
SBR-48h:AACTTCTTCCACAGCG,Epiblast
SBR-48h:ACACAGTCATCGTTCC,Epiblast
SBR-48h:TTTCAGTAGTGCAGCA,Epiblast
SBR-48h:GCACATAAGCTCCCTT,Epiblast
SBR-48h:CCGCAAGGTGAGACGT,Epiblast
SBR-48h:GCTGGGTAGCGTGTCC,Epiblast
SBR-48h:CCCTAACTCCCTCTCC,Epiblast
SBR-48h:GGTCACGTCTGGCTGG,Epiblast
SBR-48h:CAACAACAGTTCTCTT,Epiblast
SBR-48h:TCTCAGCAGAAACCAT,Epiblast
SBR-48h:TTCCTCTTCGTTACCC,Epiblast
SBR-48h:ACAGCCGAGGCAGGTT,Exiting naive pluripotency
SBR-48h:TGGTACAGTCTTTCTA,Epiblast
SBR-48h:AGAACCTGTTCCAAAC,Epiblast
SBR-48h:ATCACAGTCTCAGTCC,Epiblast
SBR-48h:ACTGCAATCCTGGGAC,Epiblast
SBR-48h:AGAAGTATCTGGCCGA,Epiblast
SBR-48h:CTCCACACAACCTAAC,Epiblast
SBR-48h:CCCTCAATCCCTTGGT,Epiblast
SBR-48h:TATTCCAGTTCCTAAG,Epiblast
SBR-48h:GGACGTCGTACGTACT,Epiblast
SBR-48h:CTAAGTGAGAAAGCGA,Epiblast
SBR-48h:CCGCAAGAGGAACGAA,Epiblast
SBR-48h:CTCACTGGTATAATGG,Epiblast
SBR-48h:TGCAGATGTCCAGTTA,Exiting naive pluripotency
SBR-48h:TGAATCGTCAACTGGT,Epiblast
SBR-48h:GCATTAGTCGTACACA,Epiblast
SBR-48h:ATTTCTGTCCTCTAAT,Epiblast
SBR-48h:ATTTACCCATACAGCT,Epiblast
SBR-48h:TATGTTCAGGCATGGT,Epiblast
SBR-48h:ATCGTCCTCTGTACAG,Epiblast
SBR-48h:TGTTACTTCGCTACAA,Epiblast
SBR-48h:CAAGACTTCAGACAAA,Epiblast
SBR-48h:TCTGGCTTCTCTATGT,Epiblast
SBR-48h:ATAGACCCAGGATGAC,Epiblast
SBR-48h:ACCAACACAAGGACAC,Epiblast
SBR-48h:ATCATTCGTGCATGAG,Epiblast
SBR-48h:TCACGCTAGCAACAGC,Epiblast
SBR-48h:TATGTTCCAGGTCCGT,Epiblast
SBR-48h:AAGTACCTCTACTGAG,Epiblast
SBR-48h:CATAGACGTACAGTCT,Epiblast
SBR-48h:CTGAGGCTCGAAGCCC,Epiblast
SBR-48h:AGTTCGAGTTACCCTC,Epiblast
SBR-48h:CGCCAGAGTATGTCAC,Epiblast
SBR-48h:AATGAAGGTCCTTGTC,Epiblast
SBR-48h:TCATGAGAGGGAGGTG,Epiblast
SBR-48h:GGCACGTAGCGGTAAC,Epiblast
SBR-48h:ACTCCCATCTCTATAC,Epiblast
SBR-48h:GCCAGCATCATTCCTA,Epiblast
SBR-48h:TTACCGCGTTCCAAAC,Epiblast
SBR-48h:GATTGGTAGGACAGCT,Epiblast
SBR-48h:CCACACTCACTAGGTT,Epiblast
SBR-48h:ATCCTATCAGCGACAA,Epiblast
SBR-48h:ACTTCCGTCTTCGGAA,Epiblast
SBR-48h:ACAGAAAAGGTCACAG,Epiblast
SBR-48h:TAGGTACTCGTTCGCT,Epiblast
SBR-48h:TTTCACACAGGTTCGC,Epiblast
SBR-48h:AGTTCCCGTAACTGCT,Epiblast
SBR-48h:AGGGAGTTCGTTCTGC,Epiblast
SBR-48h:TCCTCCCTCACTCACC,Epiblast
SBR-48h:TTACAGGTCTCAACCC,Epiblast
SBR-48h:CATGCAAAGCAAGCCA,Epiblast
SBR-48h:TGACTCCAGTCATGCT,Epiblast
SBR-48h:GACAGCCCAGCATACT,Exiting naive pluripotency
SBR-48h:CCTGCATCAGGCGTTC,Epiblast
SBR-48h:TGGGAAGCATCGAGCC,Exiting naive pluripotency
SBR-48h:GACCGTGAGAGTCAGC,Epiblast
SBR-48h:CACGGGTCAAGCAATA,Epiblast
SBR-48h:TTTGTTGAGCGACAGT,Epiblast
SBR-48h:TCACTATCAGACACCC,Epiblast
SBR-48h:GTTACCCCACACCGAC,Epiblast
SBR-48h:AAGCATCTCATACGGT,Epiblast
SBR-48h:AAACCCAAGTTGGAAT,Epiblast
SBR-48h:ATTATCCGTGAGACCA,Epiblast
SBR-48h:TGACAGTAGCCTTTGA,Epiblast
SBR-48h:CAGATCAGTGCTCTCT,Epiblast
SBR-48h:TCACTATCAAGTGACG,Epiblast
SBR-48h:AAGCGTTAGCCTCATA,Epiblast
SBR-48h:GTACAACCACAAACGG,Epiblast
SBR-48h:TCAGCCTGTCTGCGCA,Epiblast
SBR-48h:ATCGTCCAGATTGACA,Epiblast
SBR-48h:CAAAGAATCCAGTACA,Epiblast
SBR-48h:AGAGCAGGTCAAAGCG,Epiblast
SBR-48h:TTCTCTCAGCTCCGAC,Epiblast
SBR-48h:ACGGGTCCATTACTCT,Epiblast
SBR-48h:CACTGAATCCCTAGGG,Epiblast
SBR-48h:AAGTTCGCATGAAGCG,Epiblast
SBR-48h:TTCGCTGCATCTCATT,Epiblast
SBR-48h:CTTCAATAGTAGCATA,Epiblast
SBR-48h:GATTCGAAGGAACATT,Epiblast
SBR-48h:CTACATTTCATCCCGT,Epiblast
SBR-48h:GTTGTCCAGCTAGTTC,Epiblast
SBR-48h:ATGTCCCCACACCGAC,Epiblast
SBR-48h:CACGTGGGTGGAATGC,Epiblast
SBR-48h:GCATGATGTAGCTGTT,Epiblast
SBR-48h:GATGTTGCAGCTACTA,Epiblast
SBR-48h:AACAGGGAGGTTTACC,Epiblast
SBR-48h:GTCCTCAGTTCCAGGC,Epiblast
SBR-48h:AATCGACTCCCACAGG,Epiblast
SBR-48h:AAGCAGTGGTATCAAC,Epiblast
SBR-48h:AAACCCAAGACGACGT,Epiblast
SBR-48h:TCAGGGCCAAGAGATT,Epiblast
SBR-48h:ATTCAGGTCAGGGTAG,Epiblast
SBR-48h:AAAGGATGTCACTCTC,Epiblast
SBR-48h:TAGACCACATGACTCA,Epiblast
SBR-48h:TGATCTTTCCACCCTA,Epiblast
SBR-48h:GTTTACTAGGCTATCT,Epiblast
SBR-48h:TAATCTCTCAACCTCC,Epiblast
SBR-48h:AATGACCAGCCGCACT,Epiblast
SBR-48h:CTGTGGGTCTCCACTG,Epiblast
SBR-48h:GTAAGTCAGCGCCCAT,Epiblast
SBR-48h:AGTCAACAGAAACCAT,Epiblast
SBR-48h:TAACACGGTTCACCGG,Epiblast
SBR-48h:GATAGCTAGCTGTCCG,Epiblast
SBR-48h:TCTAACTCATGACTAC,Epiblast
SBR-48h:ATAGAGATCCCGTTGT,Epiblast
SBR-48h:CCATAAGCAGAAATTG,Epiblast
SBR-48h:CTGAATGCAAGCCCAC,Epiblast
SBR-48h:CAGGCCAAGAGCAACC,Epiblast
SBR-48h:TAACGACTCATCACAG,Epiblast
SBR-48h:GACAGCCAGATTGAGT,Exiting naive pluripotency
SBR-48h:ACACAGTTCAATCCAG,Epiblast
SBR-48h:AAGCCATAGCCAGACA,Epiblast
SBR-48h:CACTGGGTCACTTCTA,Epiblast
SBR-48h:GTAGAAAAGTTGAAGT,Epiblast
SBR-48h:ATCAGGTCAACACGTT,Epiblast
SBR-48h:GGCACGTCATCCGAGC,Epiblast
SBR-48h:TCATGGAGTCTTGTCC,Epiblast
SBR-48h:AAGTACCCATAGGAGC,Epiblast
SBR-48h:TCGCACTGTGGCAACA,Epiblast
SBR-48h:TTCACGCCAACCTAAC,Epiblast
SBR-48h:AAACGCTAGCTGGCTC,Epiblast
SBR-48h:CATCCACAGCAATAGT,Epiblast
SBR-48h:TCCACGTAGGAGACCT,Epiblast
SBR-48h:TCCACGTGTCACTTCC,Epiblast
SBR-48h:AGCTACACACATAGCT,Epiblast
SBR-48h:CTTACCGCAGAACATA,Epiblast
SBR-48h:GTAACACCAGCTTCCT,Epiblast
SBR-48h:CGGACACTCCATTTAC,Epiblast
SBR-48h:CAGATACTCCACGAAT,Epiblast
SBR-48h:TATTGCTTCACATTGG,Epiblast
SBR-48h:AATGCCAAGCGACCCT,Epiblast
SBR-48h:GTAACACTCGAGGCAA,Epiblast
SBR-48h:GCAGTTAGTCGAGCAA,Epiblast
SBR-48h:ACTTTGTGTCCAGGTC,Epiblast
SBR-48h:CTACCCACATGCCGAC,Epiblast
SBR-48h:CTTCTAAGTCAGCTTA,Epiblast
SBR-48h:AGGCCACCAACGTTAC,Epiblast
SBR-48h:CATCCGTAGCATCAAA,Epiblast
SBR-48h:ATTACCTAGCAATTCC,Epiblast
SBR-48h:GCTCAAATCTGCTGAA,Epiblast
SBR-48h:GTAGGAGTCAAGGACG,Epiblast
SBR-48h:GTCTAGACAGTGTATC,Epiblast
SBR-48h:AAGGTAATCCGGTTCT,Epiblast
SBR-48h:ACTATTCCACACACGC,Epiblast
SBR-48h:GTTAGTGAGCAGCAGT,Exiting naive pluripotency
SBR-48h:AACCTTTGTGCAACGA,Epiblast
SBR-48h:CATTGTTGTCACTCTC,Epiblast
SBR-48h:TTGGATGTCCTGTAAG,Epiblast
SBR-48h:ACTTTGTCATGACGAG,Epiblast
SBR-48h:AAGGAATTCCACACCT,Epiblast
SBR-48h:GCCAGTGGTCATGCAT,Epiblast
SBR-48h:TCCACCAAGGCCTAAG,Epiblast
SBR-48h:GTTGAACCAACTCCAA,Epiblast
SBR-48h:AGGATAATCATCACCC,Epiblast
SBR-48h:TATACCTGTTCCTAAG,Epiblast
SBR-48h:CTAGACAGTCCTACGG,Epiblast
SBR-48h:GCATGATCAACTGAAA,Epiblast
SBR-48h:ATTACTCAGGAACGCT,Epiblast
SBR-48h:TGTAAGCTCGAACACT,Epiblast
SBR-48h:CTCATTACATAACAGA,Epiblast
SBR-48h:GTAGATCCAGCCATTA,Epiblast
SBR-48h:CGGGTCACACCGCTGA,Epiblast
SBR-48h:CCTTCAGAGATGGGCT,Epiblast
SBR-48h:ATTTCACTCGACTCCT,Epiblast
SBR-48h:TATGTTCAGGGACCAT,Epiblast
SBR-48h:TGCTTCGCAGAGCCCT,Epiblast
SBR-48h:TGCTCCAAGATTAGAC,Epiblast
SBR-48h:TCTCCGATCTAGTTCT,Epiblast
SBR-48h:GCCGATGGTGGACTGA,Epiblast
SBR-48h:ATAGAGAAGTTTCGAC,Epiblast
SBR-48h:CCACAAATCCGGCTTT,Epiblast
SBR-48h:GAGAAATTCATAAGGA,Exiting naive pluripotency
SBR-48h:CCCTCTCTCCTACCGT,Epiblast
SBR-48h:CACTGGGCATGCGGTC,Epiblast
SBR-48h:TCATGTTTCCCACAGG,Epiblast
SBR-48h:CTACTATTCCTGCCAT,Epiblast
SBR-48h:AAGTACCCACTAGAGG,Epiblast
SBR-48h:AACCATGTCTGACAGT,Epiblast
SBR-48h:TTTAGTCGTAGTTCCA,Epiblast
SBR-48h:GAGTTACCAACTTCTT,Epiblast
SBR-48h:TCCTAATCACGTCATA,Epiblast
SBR-48h:TCGCAGGAGAGTATAC,Epiblast
SBR-48h:TAACCAGGTCAAAGTA,Epiblast
SBR-48h:CTCAACCGTAGCCCTG,Epiblast
SBR-48h:TCTACATAGTGTTCCA,Epiblast
SBR-48h:AGGCATTTCGCATAGT,Epiblast
SBR-48h:TTTCCTCAGTACTGGG,Epiblast
SBR-48h:TCAGTCCAGGGCATGT,Epiblast
SBR-48h:CGTTCTGTCAGCTCTC,Epiblast
SBR-48h:ATCTTCACAGAGTGTG,Exiting naive pluripotency
SBR-48h:GTAATGCAGACTTCCA,Epiblast
SBR-48h:GCAGTTATCACTTGTT,Epiblast
SBR-48h:CATGCTCAGCGAAACC,Epiblast
SBR-48h:TTCTCTCCAATGAACA,Epiblast
SBR-48h:GGTAGAGGTTCAAAGA,Epiblast
SBR-48h:GCATTAGCACAATGAA,Epiblast
SBR-48h:TCAATCTAGCTCTGTA,Epiblast
SBR-48h:TTGGTTTAGGGACAGG,Epiblast
SBR-48h:ACTACGAGTTGCCGAC,Epiblast
SBR-48h:CAGATACGTATTGCCA,Epiblast
SBR-48h:GATGATCCAAGCGCAA,Epiblast
SBR-48h:CTTCTCTTCCATAAGC,Epiblast
SBR-48h:TCCATGCCAACCAATC,Epiblast
SBR-48h:TCACATTCACGACTAT,Epiblast
SBR-48h:TCATTACGTATGAAGT,Exiting naive pluripotency
SBR-48h:GGGAAGTTCTCCTGAC,Epiblast
SBR-48h:ATCACTTCAGGGATAC,Epiblast
SBR-48h:AACCTTTAGTCTGTAC,Epiblast
SBR-48h:TCAGTCCAGATGTTCC,Epiblast
SBR-48h:ACTCCCAAGACCAAGC,Epiblast
SBR-48h:GAAGGACCATGAATAG,Epiblast
SBR-48h:AATGCCACAGAATGTA,Epiblast
SBR-48h:AGCCAGCCACATATCG,Epiblast
SBR-48h:GTCTACCGTGCTCTTC,Epiblast
SBR-48h:GTTCGCTTCAATCCAG,Epiblast
SBR-48h:AAATGGAGTGCATTTG,Epiblast
SBR-48h:GCACGGTAGATTCGCT,Epiblast
SBR-48h:AGATCCAGTCAGACTT,Epiblast
SBR-48h:TAATTCCTCGCGTTTC,Epiblast
SBR-48h:CATTGCCCATTGCCGG,Epiblast
SBR-48h:ATCCACCTCGATACAC,Epiblast
SBR-48h:GCAACATCACTAGAGG,Epiblast
SBR-48h:AACAAAGAGTTGTACC,Epiblast
SBR-48h:TTCTAGTCACCTAAAC,Epiblast
SBR-48h:TGGGAAGTCCTCACTG,Zscan4+ Artefact
SBR-48h:GCTGAATGTACAATAG,Epiblast
SBR-48h:CATTGAGCACATGTTG,Epiblast
SBR-48h:TCATCATCATCCGTGG,Epiblast
SBR-48h:GGGTTATAGCCAGACA,Epiblast
SBR-48h:AACAAAGCACAGTGAG,Epiblast
SBR-48h:TGGCGTGCATCGGATT,Epiblast
SBR-48h:CGAGTTACAACACACT,Epiblast
SBR-48h:AAGACAATCCTATGGA,Epiblast
SBR-48h:TCCCACACAGTCAGAG,Epiblast
SBR-48h:ACACTGAGTCCATAGT,Epiblast
SBR-48h:ATTCTTGTCTGCGATA,Epiblast
SBR-48h:AAAGAACCAACATACC,Epiblast
SBR-48h:TTACTGTGTTTCGTTT,Epiblast
SBR-48h:TATTTCGCACCTTCCA,Epiblast
SBR-48h:TCTCAGCTCACCTCGT,Epiblast
SBR-48h:GCCAGCAAGCTAATCC,Epiblast
SBR-48h:TCAGTGAGTATTTCTC,Epiblast
SBR-48h:AATTCCTCATTAAGCC,Epiblast
SBR-48h:TAAGCACAGGATTCCT,Epiblast
SBR-48h:TCCCAGTTCCCGTGAG,Epiblast
SBR-48h:TGTTTGTGTCCGATCG,Exiting naive pluripotency
SBR-48h:ATTCAGGCAAATGAAC,Epiblast
SBR-48h:CGGTCAGCAACTACGT,Epiblast
SBR-48h:CTCCTTTAGTGGTTAA,Epiblast
SBR-48h:GCATGATCATCGAAGG,Epiblast
SBR-48h:CAGCAATCATATCTGG,Epiblast
SBR-48h:AAACGAACATCTCATT,Epiblast
SBR-48h:TCCATCGTCATCCTGC,Epiblast
SBR-48h:TAAGTCGAGGGACTGT,Epiblast
SBR-48h:GTTAGACCAACACAAA,Epiblast
SBR-48h:AAAGGATCAAGTGCAG,Epiblast
SBR-48h:AAGAACATCTCGTTTA,Epiblast
SBR-48h:CCTCAGTGTGTGTACT,Epiblast
SBR-48h:TGGATGTAGCGACTGA,Epiblast
SBR-48h:TATCGCCCATGAATAG,Epiblast
SBR-48h:CCGATGGTCAATGTCG,Epiblast
SBR-48h:AAAGAACCATCATTGG,Epiblast
SBR-48h:ACAGAAACACGAGGAT,Epiblast
SBR-48h:TCCACGTGTGGGTCAA,Epiblast
SBR-48h:TTCGATTAGATGCTTC,Epiblast
SBR-48h:CCAATGACAGCAGGAT,Epiblast
SBR-48h:ATCGTCCCACCGAATT,Epiblast
SBR-48h:AACCTGACAGTGGCTC,Epiblast
SBR-48h:CACGAATAGGACAACC,Epiblast
SBR-48h:CACTGTCTCGATACAC,Epiblast
SBR-48h:ACTTCGCCAACAAAGT,Epiblast
SBR-48h:TATCTTGCAGAAGTGC,Epiblast
SBR-48h:TATCGCCTCCGAGGCT,Epiblast
SBR-48h:GTTAGACCACAAACGG,Epiblast
SBR-48h:GCCATTCTCATGCATG,Epiblast
SBR-48h:GATCATGGTTCGGGTC,Epiblast
SBR-48h:CTGTATTAGGCATTTC,Epiblast
SBR-48h:TTTCACAAGCACTCCG,Epiblast
SBR-48h:TCACACCAGTGCACAG,Epiblast
SBR-48h:TTCGGTCAGCTGGAGT,Epiblast
SBR-48h:GATGATCAGTCATCCA,Epiblast
SBR-48h:TTTCCTCGTTCAGGTT,Epiblast
SBR-48h:ATTTCACTCGACCCAG,Epiblast
SBR-48h:TCTCCGATCAAACCTG,Epiblast
SBR-48h:TACCTCGAGCATCAGG,Epiblast
SBR-48h:CATACCCCACCCGTAG,Epiblast
SBR-48h:TTTCATGGTCCGCAGT,Epiblast
SBR-48h:ATGCCTCTCATGAGTC,Epiblast
SBR-48h:GTATTTCAGTACCATC,Exiting naive pluripotency
SBR-48h:CAGATTGGTTGGGACA,Epiblast
SBR-48h:GTAGTACGTATGGGAC,Epiblast
SBR-48h:TCATCATCAAAGCTAA,Epiblast
SBR-48h:ATTGTTCCAACGGGTA,Epiblast
SBR-48h:TCATTCAAGTTCATCG,Epiblast
SBR-48h:GTGCACGGTCACGACC,Epiblast
SBR-48h:GTTCCGTGTGCGGTAA,Epiblast
SBR-48h:TCAAGCAGTCCGACGT,Epiblast
SBR-48h:CACTGTCAGCACTCGC,Epiblast
SBR-48h:GCAGCCACAGTTCCAA,Epiblast
SBR-48h:GTCACGGCAATACAGA,Epiblast
SBR-48h:AAGATAGCAAGCACAG,Epiblast
SBR-48h:ATCACAGTCACACGAT,Epiblast
SBR-48h:ACTATTCCAATAACCC,Epiblast
SBR-48h:ACACCAATCTTGCGCT,Epiblast
SBR-48h:TCATACTCAATTGGTC,Epiblast
SBR-48h:CAATACGCACCCATAA,Epiblast
SBR-48h:CGGAATTCATCTATCT,Epiblast
SBR-48h:GAGTGAGCACGTAGTT,Epiblast
SBR-48h:CTCAAGAAGTAAACGT,Epiblast
SBR-48h:TATCTTGAGTCATCCA,Epiblast
SBR-48h:ATGCATGGTCTCGGAC,Epiblast
SBR-48h:CAAGGGACACATTACG,Epiblast
SBR-48h:CTAACTTAGAAAGTCT,Epiblast
SBR-48h:AGATCCAAGACATATG,Epiblast
SBR-48h:GAGACCCTCACCTTAT,Epiblast
SBR-48h:GGGTTTATCCTACGGG,Epiblast
SBR-48h:ATTCTACCATCCTTCG,Epiblast
SBR-48h:ATCCATTCAGGTACGA,Epiblast
SBR-48h:AGGTCATCAAGCTACT,Epiblast
SBR-48h:GTGGCGTAGGGCAAGG,Epiblast
SBR-48h:GAGGGATGTACCCGCA,Epiblast
SBR-48h:AGTGATCTCCATTTCA,Epiblast
SBR-48h:CGATGCGCACCCAAGC,Epiblast
SBR-48h:TGCATGAGTGTTTCTT,Epiblast
SBR-48h:CATTTCACAGCGTTTA,Epiblast
SBR-48h:ATTACCTAGTAAGACT,Exiting naive pluripotency
SBR-48h:ACGATCATCGCCGAAC,Epiblast
SBR-48h:CTACAGAAGGATAATC,Epiblast
SBR-48h:CGGAACCAGCACTCTA,Epiblast
SBR-48h:ATTTACCTCTTCGATT,Epiblast
SBR-48h:CAGATACAGACAACTA,Epiblast
SBR-48h:GGAGAACCAAAGACGC,Epiblast
SBR-48h:TGCATCCGTTCCTAAG,Epiblast
SBR-48h:TGCAGGCCATGGCGCT,Epiblast
SBR-48h:CGAGGAATCTTGTGCC,Epiblast
SBR-48h:TCTTCCTGTTAACAGA,Epiblast
SBR-48h:GAAACCTAGGATGCGT,Epiblast
SBR-48h:GTAATCGAGAAGCGGG,Epiblast
SBR-48h:CCATCACGTGAGGCAT,Epiblast
SBR-48h:TAGATCGAGTATCCTG,Epiblast
SBR-48h:CAATTTCTCGACCAAT,Epiblast
SBR-48h:AGTAGTCGTCGATTTG,Epiblast
SBR-48h:TCATTGTAGTCACACT,Epiblast
SBR-48h:ATCACGATCTAAACGC,Zscan4+ Artefact
SBR-48h:GTAGTACTCCCTCTAG,Epiblast
SBR-48h:CTACGGGGTTTAAGGA,Epiblast
SBR-48h:ACTGTCCGTCAGTCCG,Epiblast
SBR-48h:CAGCGTGCAAACGGCA,Epiblast
SBR-48h:TCATGAGGTAGTGATA,Epiblast
SBR-48h:AACGTCATCCTACCGT,Epiblast
SBR-48h:CCGAACGCACTGAATC,Exiting naive pluripotency
SBR-48h:GACCCTTAGCACAAAT,Epiblast
SBR-48h:ATACTTCAGCGAGTAC,Epiblast
SBR-48h:CTTCGGTAGTAGGATT,Epiblast
SBR-48h:ATGGAGGAGGCCGCTT,Epiblast
SBR-48h:CTTAGGACAGCTACTA,Epiblast
SBR-48h:TCGAAGTCAACGTAAA,Epiblast
SBR-48h:TCTAACTGTCCTCCAT,Epiblast
SBR-48h:CAATGACAGTCCGCCA,Epiblast
SBR-48h:GAGAAATGTCATATGC,Epiblast
SBR-48h:ACGTCCTAGTTGGCGA,Epiblast
SBR-48h:CCATAAGCAACGGTAG,Epiblast
SBR-48h:ACCCTCATCACGAACT,Epiblast
SBR-48h:TGCCGAGTCTGGGATT,Epiblast
SBR-48h:CCGGGTACACGGGTAA,Epiblast
SBR-48h:ACCATTTGTGAACTAA,Epiblast
SBR-48h:AACAAAGTCCGCAAAT,Epiblast
SBR-48h:GGTAGAGGTAGCGATG,Epiblast
SBR-48h:AGAAGTAAGACGTCCC,Epiblast
SBR-48h:TACAACGCAGTAACGG,Epiblast
SBR-48h:ACAGAAACATGGACAG,Epiblast
SBR-48h:GTCTACCTCACCGGTG,Epiblast
SBR-48h:AGGGAGTCACGGCCAT,Epiblast
SBR-48h:CAACCAAAGCCTCTCT,Epiblast
SBR-48h:TATCTTGGTACCCGCA,Epiblast
SBR-48h:CCTATCGAGGCACCAA,Epiblast
SBR-48h:TCTGCCACATATGCGT,Epiblast
SBR-48h:CGAGGAAGTGATTCTG,Epiblast
SBR-48h:TTTCCTCAGACGCTCC,Epiblast
SBR-48h:TCAGGGCAGTGGGAAA,Epiblast
SBR-48h:GTTGCTCTCGATGCAT,Epiblast
SBR-48h:GGAGGTATCCGATAGT,Epiblast
SBR-48h:AACAAAGCATCACAGT,Epiblast
SBR-48h:TATTGCTAGACATACA,Epiblast
SBR-48h:TTAGGCAAGCCGGATA,Epiblast
SBR-48h:TGTAGACTCGCTACAA,Epiblast
SBR-48h:TTACAGGAGACATCCT,Epiblast
SBR-48h:CTTCAATAGAGTGGCT,Epiblast
SBR-48h:GATTGGTCATCCCACT,Epiblast
SBR-48h:TAACGACTCACTAGCA,Epiblast
SBR-48h:TCCTCCCGTGAGTTGG,Epiblast
SBR-48h:TCCATCGAGATGCTGG,Epiblast
SBR-48h:TTACTGTTCGAAATCC,Epiblast
SBR-48h:AGAACCTCAACCCTCT,Epiblast
SBR-48h:CGGAACCCAAGTCGTT,Epiblast
SBR-48h:AACTTCTTCGTAGGAG,Epiblast
SBR-48h:TTCTCTCAGGTAAACT,Epiblast
SBR-48h:TAACGACGTTCGGACC,Epiblast
SBR-48h:ACTATTCTCGGCATCG,Epiblast
SBR-48h:TGGAGAGAGTCAGCGA,Epiblast
SBR-48h:TTAGGGTTCTAGGCAT,Epiblast
SBR-48h:CTCCGATTCATCTCTA,Epiblast
SBR-48h:CACTGTCGTGCACGCT,Epiblast
SBR-48h:CATTGTTAGTTTGAGA,Epiblast
SBR-48h:GGGACAACAGGCATTT,Epiblast
SBR-48h:TTCCTTCAGTGATAAC,Epiblast
SBR-48h:TATCGCCAGAAGTCCG,Epiblast
SBR-48h:CAACGATGTAATCAAG,Epiblast
SBR-48h:GCACATAGTTATAGAG,Epiblast
SBR-48h:ATTACTCCAGAACCGA,Epiblast
SBR-48h:TCACTCGCATGGCTAT,Epiblast
SBR-48h:GTTTACTAGGGCCAAT,Epiblast
SBR-48h:CACACAAAGGTCACAG,Epiblast
SBR-48h:CAGCCAGAGATTACCC,Epiblast
SBR-48h:AGGATAACAAATCAGA,Epiblast
SBR-48h:AAGACTCCAGAACTAA,Epiblast
SBR-48h:CTCACTGTCCACGGAC,Epiblast
SBR-48h:ACTTATCAGGATAATC,Epiblast
SBR-48h:AATTCCTTCAAACCCA,Epiblast
SBR-48h:TACCCACGTGTTCAGT,Epiblast
SBR-48h:TCATTCAGTAGCTTGT,Epiblast
SBR-48h:AGATCCACACAACGCC,Epiblast
SBR-48h:AGATGAAGTTCTCAGA,Epiblast
SBR-48h:ACTTCGCTCGCCAACG,Epiblast
SBR-48h:ATCGTCCAGTAATACG,Epiblast
SBR-48h:TCCCATGTCGGAATTC,Epiblast
SBR-48h:TAGACTGAGTACCATC,Epiblast
SBR-48h:GTCATGATCTGGGAGA,Epiblast
SBR-48h:TGATGCAAGCTCGCAC,Epiblast
SBR-48h:TCAAGCAAGGTCGTGA,Epiblast
SBR-48h:TGAACGTGTCTTAGTG,Epiblast
SBR-48h:ATGTCTTGTTTCGCTC,Epiblast
SBR-48h:ACCTGTCAGACGACGT,Epiblast
SBR-48h:AGTAGCTGTTCGGACC,Epiblast
SBR-48h:AGGTCATGTCAGTCTA,Epiblast
SBR-48h:AGTTAGCAGAAAGTCT,Epiblast
SBR-48h:TCGCTCACAGTGAGCA,Exiting naive pluripotency
SBR-48h:CATCGTCAGTTGTAAG,Epiblast
SBR-48h:AGACACTCAGACAAAT,Epiblast
SBR-48h:TGTTCCGCAATCGCCG,Epiblast
SBR-48h:TTCTGTAAGCCGCTTG,Epiblast
SBR-48h:TCGACGGTCTTCTGGC,Epiblast
SBR-48h:TACCTCGTCACAGTGT,Epiblast
SBR-48h:CATTCATGTGTGATGG,Epiblast
SBR-48h:CAACCAAGTCGTATTG,Epiblast
SBR-48h:AGTAACCTCCCTCTAG,Epiblast
SBR-48h:CATTGCCTCCTGCTAC,Epiblast
SBR-48h:AAGCCATTCGATTCCC,Epiblast
SBR-48h:TCCCACACATTGCCTC,Epiblast
SBR-48h:AGCTTCCCAGGTCAGA,Epiblast
SBR-48h:CTAAGTGGTGACTATC,Epiblast
SBR-48h:ATCGTCCGTACATTGC,Epiblast
SBR-48h:AAAGGATGTTGAGGAC,Epiblast
SBR-48h:CCTAAGATCCAAATGC,Epiblast
SBR-48h:ACAGAAAGTAACGCGA,Epiblast
SBR-48h:GTTCCGTGTCTTACTT,Epiblast
SBR-48h:AACGGGAAGACCAAAT,Epiblast
SBR-48h:TAACACGGTTCCTAGA,Epiblast
SBR-48h:TTGAGTGGTCCCACGA,Epiblast
SBR-48h:CCACAAATCGTGCACG,Epiblast
SBR-48h:AGGAGGTAGGGTACAC,Epiblast
SBR-48h:GGGAGTAAGTCCCAGC,Epiblast
SBR-48h:CTCCAACAGCGCCTAC,Epiblast
SBR-48h:GACCAATTCTCCTGCA,Epiblast
SBR-48h:AAAGTCCGTATGGTTC,Epiblast
SBR-48h:CATACAGGTTGTCTAG,Epiblast
SBR-48h:ACAGGGATCTGTCGCT,Epiblast
SBR-48h:TCCATGCAGTACGTCT,Epiblast
SBR-48h:GGAACCCTCCATCACC,Epiblast
SBR-48h:TCACACCGTCGAAGCA,Epiblast
SBR-48h:TCAATCTAGTTTGCTG,Epiblast
SBR-48h:CATTTCAGTGCCGAAA,Epiblast
SBR-48h:GTCACGGCATGACAAA,Epiblast
SBR-48h:GCGGAAAAGGCCTGCT,Epiblast
SBR-48h:TACCTCGGTATGTCTG,Epiblast
SBR-48h:TTCTCTCCACCTAAAC,Epiblast
SBR-48h:CTACAGACAGGCATTT,Epiblast
SBR-48h:CATTCTAAGACTACGG,Epiblast
SBR-48h:CTCAGAATCACATTGG,Epiblast
SBR-48h:ATCTCTATCTCGCGTT,Epiblast
SBR-48h:ATGGTTGAGCTCATAC,Epiblast
SBR-48h:CATTGAGCAAACCACT,Epiblast
SBR-48h:CAACAACGTGCATGTT,Epiblast
SBR-48h:TCCCATGCACTCCTGT,Epiblast
SBR-48h:TGCAGTATCACGATAC,Epiblast
SBR-48h:GCTACAAAGGACAAGA,Epiblast
SBR-48h:GTTCTATTCTTCGTGC,Epiblast
SBR-48h:GGTTCTCAGAGTGTTA,Epiblast
SBR-48h:GGAGATGCAGCAATTC,Epiblast
SBR-48h:CAGCACGTCCGTATGA,Epiblast
SBR-48h:TCGCAGGAGGATTACA,Epiblast
SBR-48h:AGTCACAAGTCCCAGC,Epiblast
SBR-48h:TAAGTCGAGCCTGAGA,Epiblast
SBR-48h:GGTCACGTCCCAGTGG,Epiblast
SBR-48h:AAAGAACCAGAACGCA,Epiblast
SBR-48h:GTAAGTCTCTTTCCAA,Epiblast
SBR-48h:CATTCCGGTCTGTGGC,Epiblast
SBR-48h:ACCATTTTCGTTCTAT,Epiblast
SBR-48h:GCATTAGTCGAACTCA,Epiblast
SBR-48h:GATGCTAAGCAGGTCA,Epiblast
SBR-48h:CAATGACCATCATCCC,Epiblast
SBR-48h:CTGTAGAAGACCTCCG,Epiblast
SBR-48h:GCCAACGCACAGAAGC,Epiblast
SBR-48h:GTCATCCCACTGAATC,Epiblast
SBR-48h:ACACGCGGTACACGTT,Epiblast
SBR-48h:GAAGTAAGTGCTGATT,Epiblast
SBR-48h:AGCTTCCAGCCTCCAG,Epiblast
SBR-48h:CAGTTAGCATGTCTAG,Epiblast
SBR-48h:GTAGTACAGTCTAGCT,Epiblast
SBR-48h:CTGCTCAAGCTTAGTC,Epiblast
SBR-48h:GATTCGAAGGGCCAAT,Epiblast
SBR-48h:CTACCTGTCATCACAG,Epiblast
SBR-48h:CTAAGTGGTCGAGATG,Epiblast
SBR-48h:TTCACCGGTGAGCAGT,Epiblast
SBR-48h:CTCAAGAAGTGGACGT,Epiblast
SBR-48h:CTGCCATCACGTTCGG,Epiblast
SBR-48h:GCCTGTTTCGACGAGA,Epiblast
SBR-48h:CACCAAAGTCCACTCT,Epiblast
SBR-48h:TACGGTAAGTGAGGTC,Epiblast
SBR-48h:AATCGACGTCATCGGC,Epiblast
SBR-48h:GCCTGTTGTATGCAAA,Exiting naive pluripotency
SBR-48h:AGTGATCGTATCCCTC,Exiting naive pluripotency
SBR-48h:TCGGATACAAATAAGC,Epiblast
SBR-48h:TTCCGTGCAAATTGGA,Epiblast
SBR-48h:AAGAACACATTGAAAG,Exiting naive pluripotency
SBR-48h:CAGTTAGGTCGGTGAA,Epiblast
SBR-48h:ACCTGTCAGCAATTAG,Epiblast
SBR-48h:GATGCTACACGACCTG,Epiblast
SBR-48h:AAACGCTTCCTGGGAC,Epiblast
SBR-48h:TTTCACAGTCCTGGGT,Epiblast
SBR-48h:CCTAAGAGTCTGTGAT,Epiblast
SBR-48h:AGACACTTCATATGGC,Exiting naive pluripotency
SBR-48h:TCTATCACACCAATTG,Epiblast
SBR-48h:GTAGTACAGGTCCGAA,Epiblast
SBR-48h:GCGGAAAAGTCACGAG,Epiblast
SBR-48h:ATTCACTCAAGGTACG,Epiblast
SBR-48h:CTGCAGGGTCTCTCCA,Epiblast
SBR-48h:AAGCGAGAGTTACGAA,Epiblast
SBR-48h:CTAACTTCACTAGGTT,Epiblast
SBR-48h:AGATGAATCTTAGCTT,Epiblast
SBR-48h:AAGGAATAGCATTGTC,Epiblast
SBR-48h:GTAATGCTCTGCTTTA,Epiblast
SBR-48h:CAACCTCAGGTGGGTT,Epiblast
SBR-48h:GTCTTTAAGTGATAGT,Epiblast
SBR-48h:TACTTACAGCAAACAT,Epiblast
SBR-48h:GTAGAGGGTGCAAGAC,Epiblast
SBR-48h:GAGATGGTCACTGTCC,Epiblast
SBR-48h:ATTCCCGGTGTGTTTG,Epiblast
SBR-48h:CAACAGTAGCGACTGA,Epiblast
SBR-48h:AGTTAGCTCCACTTTA,Epiblast
SBR-48h:TCATTCAGTACGGATG,Epiblast
SBR-48h:GCAGCTGCACATTACG,Exiting naive pluripotency
SBR-48h:ACTGATGGTAGGATAT,Epiblast
SBR-48h:ACTTCCGCACCAACAT,Epiblast
SBR-48h:GATGACTGTAGGACTG,Exiting naive pluripotency
SBR-48h:TCTAACTTCCACGTAA,Epiblast
SBR-48h:ACCCTTGGTGCATACT,Epiblast
SBR-48h:GTAGTACAGTATAGAC,Epiblast
SBR-48h:TTCCTCTAGTCATAGA,Epiblast
SBR-48h:AACGGGATCTTCACAT,Epiblast
SBR-48h:AGGCCACCAAGCACCC,Epiblast
SBR-48h:ATACCTTTCAGTAGGG,Epiblast
SBR-48h:ATTCACTAGAGCATTA,Epiblast
SBR-48h:CAACAACTCCTTCACG,Epiblast
SBR-48h:GCAACCGAGGCTGGAT,Epiblast
SBR-48h:TCCGAAAGTTCTCGCT,Epiblast
SBR-48h:CGTAGTAGTTAAACCC,Epiblast
SBR-48h:TTGTTTGGTCTGTCCT,Epiblast
SBR-48h:TCCTCTTGTCCCAAAT,Epiblast
SBR-48h:ATGCGATGTTTCCCAC,Epiblast
SBR-48h:CATGCAATCCTTCACG,Epiblast
SBR-48h:CTACCTGTCCACCCTA,Epiblast
SBR-48h:GTAGATCAGATCCCAT,Epiblast
SBR-48h:CAAGAGGAGATAGTCA,Epiblast
SBR-48h:TAGGGTTTCGAGCACC,Epiblast
SBR-48h:GACGTTAAGCATGCAG,Epiblast
SBR-48h:CCGCAAGGTATCCTTT,Epiblast
SBR-48h:CTCACTGCACGCGCAT,Exiting naive pluripotency
SBR-48h:CAGGTATTCAAGCCAT,Exiting naive pluripotency
SBR-48h:CAAGCTAGTTAGGCTT,Epiblast
SBR-48h:TTAGTCTCAAATGAGT,Epiblast
SBR-48h:TCGAAGTCAGTAGAAT,Epiblast
SBR-48h:GCTTTCGAGCCTAGGA,Epiblast
SBR-48h:ATGAGTCGTGAACCGA,Epiblast
SBR-48h:AGGTCATTCTTTCCGG,Epiblast
SBR-48h:CACCAAACAAGCCATT,Epiblast
SBR-48h:GGTGAAGAGGAATTAC,Epiblast
SBR-48h:TGTCCACAGCGCAATG,Epiblast
SBR-48h:CATGGTATCTCGGGAC,Epiblast
SBR-48h:CAAAGAACATACCGTA,Epiblast
SBR-48h:ATCTCTAGTTAACAGA,Epiblast
SBR-48h:AACCTTTAGGGTTAAT,Epiblast
SBR-48h:TACGCTCCACTGTTCC,Exiting naive pluripotency
SBR-48h:GTGTAACGTAGTAAGT,Epiblast
SBR-48h:TGAGCATCACTAGGTT,Epiblast
SBR-48h:CCCTGATGTTGTCATG,Epiblast
SBR-48h:GACTTCCAGGTGAGCT,Epiblast
SBR-48h:TTACGTTGTCCGTACG,Epiblast
SBR-48h:TCCAGAAAGTTGCGAG,Epiblast
SBR-48h:TGGTACATCTTCGACC,Epiblast
SBR-48h:TCACGCTAGGCCTTGC,Epiblast
SBR-48h:AGCGATTGTTCCGTTC,Epiblast
SBR-48h:AGTAGTCGTGAATAAC,Epiblast
SBR-48h:ATGGGAGTCTGGAAGG,Epiblast
SBR-48h:ACTGATGTCGATACGT,Epiblast
SBR-48h:CCGGTGACATGACGAG,Epiblast
SBR-48h:TTGTTGTAGCGTTCAT,Epiblast
SBR-48h:TCACATTGTGCATACT,Epiblast
SBR-48h:GGAGGTACACAATGCT,Epiblast
SBR-48h:TATTTCGGTGTCCAAT,Epiblast
SBR-48h:ATTGGGTAGAGCATAT,Epiblast
SBR-48h:ACATTTCGTCAGGTAG,Epiblast
SBR-48h:AAGCCATGTCGTACAT,Epiblast
SBR-48h:TCCATGCAGATACCAA,Epiblast
SBR-48h:AAGTACCAGGGTACGT,Epiblast
SBR-48h:AGGACGAAGCCTATCA,Epiblast
SBR-48h:AGATCCAAGGTACATA,Epiblast
SBR-48h:CGCCAGATCCTTCTTC,Epiblast
SBR-48h:CCTCTCCGTGGGATTG,Epiblast
SBR-48h:TCCTTCTAGTACAACA,Epiblast
SBR-48h:CTCCATGGTACCGTGC,Epiblast
SBR-48h:TAATTCCAGCACTTTG,Epiblast
SBR-48h:TGTCCTGAGTCATTGC,Epiblast
SBR-48h:AATAGAGGTCATCGCG,Epiblast
SBR-48h:CACAGGCGTTCGGCCA,Epiblast
SBR-48h:GGGAGTACATTCCTCG,Epiblast
SBR-48h:CAGTTCCGTATGAAGT,Epiblast
SBR-48h:TCATCCGGTATCGAGG,Epiblast
SBR-48h:AGATAGAGTATACCCA,Epiblast
SBR-48h:ACTTATCGTACCGCGT,Epiblast
SBR-48h:GAAGGGTCATGATGCT,Epiblast
SBR-48h:AACTTCTGTTGCGGAA,Epiblast
SBR-48h:CCTAACCTCCTCTCGA,Epiblast
SBR-48h:GACCCAGAGGTTAGTA,Naive pluripotency
SBR-48h:TAAGCGTCAATCCTAG,Epiblast
SBR-48h:TCCTTTCAGTGGAAAG,Exiting naive pluripotency
SBR-48h:TCCTCTTCACCCTCTA,Epiblast
SBR-48h:TTAATCCCAACGGCCT,Epiblast
SBR-48h:AGATGCTGTGTTAACC,Epiblast
SBR-48h:GATAGAAAGATGTTAG,Epiblast
SBR-48h:TGGTACATCATGTCTT,Epiblast
SBR-48h:AATGACCAGGTTCAGG,Epiblast
SBR-48h:AGGAATACAATGTCAC,Epiblast
SBR-48h:AAAGAACCATAACAGA,Epiblast
SBR-48h:GGAGGTACATTCTGTT,Epiblast
SBR-48h:AGCCACGTCTTTCGAT,Epiblast
SBR-48h:CCTGTTGAGTAATCCC,Epiblast
SBR-48h:CTGCCATCAGTCGCTG,Exiting naive pluripotency
SBR-48h:TCGTAGATCACCTACC,Epiblast
SBR-48h:AGGAGGTGTTGACTGT,Epiblast
SBR-48h:GCAGTTACAAAGCGTG,Epiblast
SBR-48h:TACGGGCGTTAAGACA,Epiblast
SBR-48h:TCACACCAGAATTGCA,Epiblast
SBR-48h:GACTGATCACTGGAAG,Epiblast
SBR-48h:TGCAGATAGCTGCCAC,Epiblast
SBR-48h:TCCTTCTCAAACCGGA,Epiblast
SBR-48h:AGGATAAAGCCTCATA,Epiblast
SBR-48h:GTGCACGCAGTAGAAT,Epiblast
SBR-48h:TACTTGTAGTACTGGG,Epiblast
SBR-48h:AACCCAAGTCAACCAT,Epiblast
SBR-48h:CATCAAGAGTAGTCCT,Epiblast
SBR-48h:TTCCTCTCAACACTAC,Epiblast
SBR-48h:ATGACCAGTATCTTCT,Epiblast
SBR-48h:ACAACCAAGACAACTA,Epiblast
SBR-48h:ACTCTCGCAGCTGAAG,Epiblast
SBR-48h:GTGCTGGCAGCGATTT,Epiblast
SBR-48h:CCGGACAAGGAGAATG,Epiblast
SBR-48h:ATTCATCAGAATTGCA,Epiblast
SBR-48h:CATTTCATCTCTTAAC,Epiblast
SBR-48h:AATTTCCAGGTGGCTA,Epiblast
SBR-48h:AGAAGTACATAGCACT,Epiblast
SBR-48h:GTAGAGGTCGCCTATC,Epiblast
SBR-48h:TTACCGCTCCGTATAG,Epiblast
SBR-48h:TGGATGTCACATGTTG,Epiblast
SBR-48h:TCCTCCCTCACTTATC,Epiblast
SBR-48h:CCATAAGAGTAGCCAG,Epiblast
SBR-48h:TGGTAGTGTCATCGGC,Epiblast
SBR-48h:TCATGCCAGTCTGCAT,Epiblast
SBR-48h:ATTCACTAGAGGCCAT,Epiblast
SBR-48h:TGCTCGTGTCCACGCA,Epiblast
SBR-48h:CGAGTGCTCAGCGGAA,Epiblast
SBR-48h:ACAGCCGGTGGACAGT,Epiblast
SBR-48h:CCACAAAGTACAGAAT,Epiblast
SBR-48h:GTTCATTTCCGAGGCT,Epiblast
SBR-48h:GTCTACCAGGTCCAGA,Epiblast
SBR-48h:AACAAAGGTCTTGCTC,Epiblast
SBR-48h:CTACCCATCGGTCTGG,Epiblast
SBR-48h:CCGGTGACACAGACGA,Epiblast
SBR-48h:AACAACCTCACCCATC,Epiblast
SBR-48h:GGAGGATCACAAGCAG,Epiblast
SBR-48h:CAGTTAGTCACCTCAC,Epiblast
SBR-48h:TGAGACTTCGGCCAAC,Epiblast
SBR-48h:GGGCCATCACAAGGTG,Epiblast
SBR-48h:AGCGTATAGATTAGCA,Epiblast
SBR-48h:ATGATCGTCAACACCA,Epiblast
SBR-48h:GTCCTCACAGAAATCA,Epiblast
SBR-48h:ACCATTTAGAGCTTTC,Epiblast
SBR-48h:TCATTGTGTTCTCACC,Epiblast
SBR-48h:AGGATAAAGCCTCACG,Epiblast
SBR-48h:CTGATCCTCTCTGGTC,Epiblast
SBR-48h:CCTCTCCCACGGTGTC,Epiblast
SBR-48h:ATTCCTACAGCACGAA,Epiblast
SBR-48h:TCAATCTAGGGATCAC,Epiblast
SBR-48h:TAACGACCACCAGCCA,Epiblast
SBR-48h:CACAACAAGTGTTGAA,Epiblast
SBR-48h:CCCTAACCAATAACGA,Epiblast
SBR-48h:CGGAACCGTGCACAAG,Epiblast
SBR-48h:TCCTCCCTCTGAGGCC,Epiblast
SBR-48h:TGCTCCACACGTAACT,Epiblast
SBR-48h:CTATAGGGTCTCGCGA,Epiblast
SBR-48h:GACATCAGTTTAGACC,Epiblast
SBR-48h:CACAGGCGTTTACGAC,Epiblast
SBR-48h:ACATTTCCAACTCCCT,Epiblast
SBR-48h:ACTACGAAGGATATGT,Epiblast
SBR-48h:AAACGCTGTTACGTAC,Epiblast
SBR-48h:GCCTGTTGTTCCTAAG,Epiblast
SBR-48h:TTGAACGCACCGTGCA,Epiblast
SBR-48h:AATGAAGGTGAGACGT,Epiblast
SBR-48h:GGGCTCAAGCCGCTTG,Epiblast
SBR-48h:GAACTGTCATCTTAGG,Epiblast
SBR-48h:GATCCCTCAGAGGACT,Epiblast
SBR-48h:AAGCCATCACGGTCTG,Exiting naive pluripotency
SBR-48h:TCGAACAGTCCACATA,Epiblast
SBR-48h:CAACGATCAAGTGATA,Epiblast
SBR-48h:TAGACCAAGGCTCACC,Epiblast
SBR-48h:CTTAGGACAGAATGTA,Epiblast
SBR-48h:AGGCTGCAGTCCCTAA,Epiblast
SBR-48h:GAGTCATTCTCTAAGG,Epiblast
SBR-48h:TCCATGCGTGGCAACA,Epiblast
SBR-48h:TGAACGTTCGCTGACG,Epiblast
SBR-48h:AATTCCTTCGTGTGAT,Epiblast
SBR-48h:GATGTTGTCACGATCA,Epiblast
SBR-48h:GTAACCACAAAGCGTG,Epiblast
SBR-48h:AAGATAGTCCGTTTCG,Epiblast
SBR-48h:TAGTGCACACTGTCCT,Epiblast
SBR-48h:GCCATTCTCCCAAGTA,Epiblast
SBR-48h:ACTTTGTCACAAGCAG,Epiblast
SBR-48h:CCTCATGCATCGCTAA,Epiblast
SBR-48h:GCCAACGCACTGCATA,Epiblast
SBR-48h:AGAGAATCAGTCGTTA,Epiblast
SBR-48h:CCGATCTCATACCATG,Epiblast
SBR-48h:TCTAACTAGCCTTGAT,Epiblast
SBR-48h:ATCGGATCATTCAGGT,Epiblast
SBR-48h:ATACCTTAGCATGCGA,Epiblast
SBR-48h:TCAATTCGTAGGTCAG,Epiblast
SBR-48h:TACATTCGTGGACTGA,Epiblast
SBR-48h:ATTCACTAGCAGATAT,Epiblast
SBR-48h:GTTCATTCAACTCGTA,Epiblast
SBR-48h:CACTGGGTCCCGAAAT,Epiblast
SBR-48h:AGATGAAGTGTTGAGG,Epiblast
SBR-48h:ATTCCTAAGTAGCTCT,Epiblast
SBR-48h:ATTACTCGTATGCTTG,Epiblast
SBR-48h:GATAGCTCAGACCTGC,Epiblast
SBR-48h:TTCAGGAAGAGTAACT,Epiblast
SBR-48h:CACCGTTGTAAGATAC,Epiblast
SBR-48h:CATTTCAAGAATTGCA,Epiblast
SBR-48h:CCACGTTTCTACTGAG,Epiblast
SBR-48h:CACTAAGGTACGGCAA,Epiblast
SBR-48h:AGTACCACATCTAACG,Epiblast
SBR-48h:CCTAAGATCCAAGGGA,Epiblast
SBR-48h:CGAGTTACAGCGGTTC,Epiblast
SBR-48h:ACTTCGCGTTCTCGCT,Epiblast
SBR-48h:TCATATCGTCCAGGTC,Epiblast
SBR-48h:TTCCTTCTCTAGCCAA,Epiblast
SBR-48h:CAAGGGACACTCGATA,Epiblast
SBR-48h:CCGGTGATCTCAATCT,Epiblast
SBR-48h:TAGGTACCAGCGGATA,Exiting naive pluripotency
SBR-48h:GACTGATAGTGACACG,Epiblast
SBR-48h:GGAGAACTCTTGGTGA,Epiblast
SBR-48h:GTGCTGGTCTCAAAGC,Epiblast
SBR-48h:ACAAAGACATCGTGCG,Naive pluripotency
SBR-48h:ACCATTTCAACTTGCA,Epiblast
SBR-48h:AGGACTTGTGTAAACA,Epiblast
SBR-48h:ACGTAACCAAGACCTT,Epiblast
SBR-48h:AGGAGGTCATACCACA,Epiblast
SBR-48h:TTAGGCATCTACTGCC,Epiblast
SBR-48h:TCATCCGAGGTCTACT,Epiblast
SBR-48h:AACTTCTGTTTCCATT,Epiblast
SBR-48h:CATAAGCCAGAAGCGT,Epiblast
SBR-48h:GTAACCACACATTCTT,Epiblast
SBR-48h:ATTCGTTTCCCAGGCA,Epiblast
SBR-48h:CTCTCGACAGGTTCGC,Epiblast
SBR-48h:GAACGTTGTGATGAAT,Epiblast
SBR-48h:CGAGGAAAGTCGCGAA,Epiblast
SBR-48h:ATATCCTAGACTCCGC,Epiblast
SBR-48h:ATCATTCTCGCCGATG,Epiblast
SBR-48h:CTTCAATGTCCACACG,Epiblast
SBR-48h:CCAATGACATCTTCGC,Epiblast
SBR-48h:TCACATTCAGCGTGCT,Epiblast
SBR-48h:CAGATTGGTCGAAACG,Epiblast
SBR-48h:AGTAGTCGTGCGAACA,Epiblast
SBR-48h:CAATCGACATTATGCG,Epiblast
SBR-48h:AACAGGGGTTTCGTTT,Epiblast
SBR-48h:CACACAATCCTATTTG,Epiblast
SBR-48h:AGCATCACAATACAGA,Exiting naive pluripotency
SBR-48h:TGCATGATCCCTCTCC,Epiblast
SBR-48h:GCTGAATAGGGCTGAT,Epiblast
SBR-48h:TGGAACTAGAATCGAT,Epiblast
SBR-48h:CAATCGACACACACGC,Epiblast
SBR-48h:TGATCTTAGACATAGT,Epiblast
SBR-48h:TTGTGGATCGTACCTC,Epiblast
SBR-48h:TCATGCCAGTCTGGTT,Epiblast
SBR-48h:TCCCACAAGGCACTCC,Epiblast
SBR-48h:TACCCACAGGGATCAC,Epiblast
SBR-48h:CACGTGGTCCGTGACG,Epiblast
SBR-48h:ACGCACGCAACTTGGT,Epiblast
SBR-48h:GCCTGTTGTTCGTAAC,Epiblast
SBR-48h:GAGCCTGCACAAAGCG,Epiblast
SBR-48h:ACCCAAATCGATTCCC,Epiblast
SBR-48h:GGGAGTAAGTGGAAAG,Epiblast
SBR-48h:AACCTGAGTTGCCAAT,Epiblast
SBR-48h:CTATCTAGTAGAGGAA,Epiblast
SBR-48h:AGGGAGTAGGGTTAGC,Epiblast
SBR-48h:TTCACCGTCATTACCT,Epiblast
SBR-48h:CAAGAGGTCCCTGGTT,Epiblast
SBR-48h:TGCATGAAGAAGATCT,Epiblast
SBR-48h:CAAAGAACACATTCGA,Epiblast
SBR-48h:TATATCCTCTATGTGG,Epiblast
SBR-48h:GCCCAGAAGGTCGTAG,Epiblast
SBR-48h:TGAACGTCACAGAGCA,Epiblast
SBR-48h:GTCAAACAGAATTGTG,Epiblast
SBR-48h:GGAATGGGTAGCGTAG,Epiblast
SBR-48h:GGAGATGCAACCACGC,Epiblast
SBR-48h:CCGGGTACACGACGCT,Epiblast
SBR-48h:TCTCACGAGATTACCC,Epiblast
SBR-48h:GTTGTAGCACCCTGAG,Epiblast
SBR-48h:CTCAAGATCTTAGCAG,Epiblast
SBR-48h:CGTCCATTCCCAAGTA,Epiblast
SBR-48h:GTTACCCCAGCTGTGC,Epiblast
SBR-48h:ATTTCACTCCAACACA,Epiblast
SBR-48h:TGTCCACTCTCGACCT,Epiblast
SBR-48h:CTACAGAGTTATGACC,Epiblast
SBR-48h:TTCGATTTCCAACACA,Epiblast
SBR-48h:TAGGAGGTCTCGCAGG,Epiblast
SBR-48h:GTAATCGGTGCCTGAC,Epiblast
SBR-48h:ACCTACCAGAAGGCTC,Epiblast
SBR-48h:GGAATCTGTACTGGGA,Epiblast
SBR-48h:ATGGGAGGTTGGTGTT,Epiblast
SBR-48h:GCTCAAAGTAACCCGC,Epiblast
SBR-48h:TGACTCCCAGAGTTCT,Epiblast
SBR-48h:TCAAGTGAGTAGTCTC,Epiblast
SBR-48h:TTCTGTACAAATAGCA,Epiblast
SBR-48h:GCCAGCACATCCGCGA,Epiblast
SBR-48h:TGGTAGTAGATGGCAC,Epiblast
SBR-48h:TTACCGCCAGCGATTT,Epiblast
SBR-48h:GACATCAGTCCGAAGA,Epiblast
SBR-48h:GAAGAATTCCACAAGT,Epiblast
SBR-48h:GAGTTTGGTCTGTGGC,Epiblast
SBR-48h:GAAATGAAGTAATTGG,Epiblast
SBR-48h:CTTCAATAGTTCTACG,Epiblast
SBR-48h:CTAACCCCAGGTTCCG,Epiblast
SBR-48h:CTTCAATAGTCGTCTA,Epiblast
SBR-48h:GCAACCGGTCGAAACG,Epiblast
SBR-48h:CATTGCCTCAAGCTGT,Epiblast
SBR-48h:TCTACATTCCGATGTA,Epiblast
SBR-48h:GCACGGTCACGGCTAC,Epiblast
SBR-48h:ACTGATGCAGACCATT,Epiblast
SBR-48h:ACGATGTGTGGACCTC,Epiblast
SBR-48h:AGAGCAGGTTTGAACC,Epiblast
SBR-48h:CTGCCATCAACGATCT,Epiblast
SBR-48h:CACTGTCGTCATCTAG,Epiblast
SBR-48h:TTTGTTGAGGACTATA,Epiblast
SBR-48h:AGCTCAAGTCAGACTT,Epiblast
SBR-48h:TGGAGAGCACTACCCT,Epiblast
SBR-48h:TCATTTGTCTGGTCAA,Epiblast
SBR-48h:TTGTGGATCGTGACTA,Epiblast
SBR-48h:ATGCCTCAGGAGCTGT,Epiblast
SBR-48h:TGATCTTAGAACTTCC,Epiblast
SBR-48h:GTTGAACCACTGCATA,Epiblast
SBR-48h:CTATCCGCATTGAGCT,Epiblast
SBR-48h:AGTGACTCACGTATAC,Epiblast
SBR-48h:ACCGTTCTCCAACCGG,Epiblast
SBR-48h:GTAATGCGTTAACAGA,Epiblast
SBR-48h:CGTGCTTAGAGAGTTT,Exiting naive pluripotency
SBR-48h:GAGGCAACAGTGCGCT,Epiblast
SBR-48h:TGGTAGTTCAACACCA,Epiblast
SBR-48h:TCACGCTGTGATCGTT,Epiblast
SBR-48h:CGGCAGTGTGACGCCT,Epiblast
SBR-48h:AATGACCTCCGGCAGT,Epiblast
SBR-48h:CATTTCATCAAAGACA,Exiting naive pluripotency
SBR-48h:CATCAAGTCATGGCCG,Epiblast
SBR-48h:ACTCCCACAACTCGAT,Epiblast
SBR-48h:CTGGACGGTCAAAGCG,Epiblast
SBR-48h:CACTAAGTCGGTGCAC,Epiblast
SBR-48h:TTTACTGAGGTCGCCT,Epiblast
SBR-48h:CGTTGGGGTCAATCTG,Epiblast
SBR-48h:TGAGCATGTTCGGCTG,Epiblast
SBR-48h:GCATGATTCGCTCTCA,Epiblast
SBR-48h:GATGCTACAGCCGTCA,Epiblast
SBR-48h:GATGTTGTCCAAACCA,Epiblast
SBR-48h:CTTAGGACATGGCTGC,Epiblast
SBR-48h:AATGGCTTCGGAATTC,Epiblast
SBR-48h:CCATAAGCATCCTTCG,Epiblast
SBR-48h:TCCCATGCACAACGTT,Epiblast
SBR-48h:TGTCAGATCCACTGAA,Epiblast
SBR-48h:GGGTTATGTTTAGACC,Epiblast
SBR-48h:TTCAGGACATCTAACG,Epiblast
SBR-48h:AAGGTAATCGGTTGTA,Epiblast
SBR-48h:TTGTTCAAGGCCCAAA,Epiblast
SBR-48h:CAATGACGTACTGCGC,Epiblast
SBR-48h:TTAGGGTTCCAAGGGA,Epiblast
SBR-48h:TGCTCGTTCCAACCGG,Epiblast
SBR-48h:AGTAACCTCGTTCGCT,Epiblast
SBR-48h:TCATATCGTCCTGGGT,Epiblast
SBR-48h:CTCAATTAGTCTCTGA,Epiblast
SBR-48h:TTCAATCCAAGATGTA,Epiblast
SBR-48h:CTTCCGAGTCCAAAGG,Epiblast
SBR-48h:ACTTTCAGTACGCTTA,Epiblast
SBR-48h:ATTCAGGGTACCTTCC,Epiblast
SBR-48h:GGGCCATTCACTTGTT,Epiblast
SBR-48h:GCCATGGGTGCCAAGA,Epiblast
SBR-48h:AGGCATTCAAAGGTTA,Epiblast
SBR-48h:TCCGAAAGTTAAAGTG,Epiblast
SBR-48h:ATTTCTGCATAATCCG,Epiblast
SBR-48h:TGGAGGATCTGCGGGT,Epiblast
SBR-48h:TGAATCGTCGGTCGAC,Epiblast
SBR-48h:TTTACCAGTTCTAACG,Epiblast
SBR-48h:TTCCGGTGTACTAGCT,Epiblast
SBR-48h:GTTGCTCAGCAGCAGT,Naive pluripotency
SBR-48h:CAGTTAGTCGCAGAGA,Epiblast
SBR-48h:GTCCCATAGTGTCATC,Epiblast
SBR-48h:GCTTGGGTCTCATTAC,Epiblast
SBR-48h:TTAGGGTTCCGTCCTA,Epiblast
SBR-48h:ACATCCCAGTGCCCGT,Epiblast
SBR-48h:TCTCTGGAGACATGCG,Epiblast
SBR-48h:CAAGGGAAGCGACAGT,Epiblast
SBR-48h:GCAGCCACACGGATCC,Epiblast
SBR-48h:CCTTTGGGTATTGACC,Epiblast
SBR-48h:ATCGTCCAGGAACTAT,Epiblast
SBR-48h:CAGATACAGTTTGGCT,Epiblast
SBR-48h:CCCTAACCAGTCTCTC,Epiblast
SBR-48h:ATTCAGGTCAGTGCGC,Epiblast
SBR-48h:CTTCTCTCATGTCGTA,Epiblast
SBR-48h:TCTATACGTCTTGCGG,Epiblast
SBR-48h:TTTCGATCAATGTTGC,Epiblast
SBR-48h:TCGTAGACAAATGCTC,Epiblast
SBR-48h:AGGTGTTGTCAGTCGC,Epiblast
SBR-48h:CCATAAGGTCAAGGCA,Epiblast
SBR-48h:AATAGAGAGTGGATAT,Epiblast
SBR-48h:TGGAGAGTCATGGATC,Epiblast
SBR-48h:TCACAAGTCCGACATA,Epiblast
SBR-48h:AGATGCTTCTCCGAAA,Epiblast
SBR-48h:AGATGCTAGTATGTAG,Epiblast
SBR-48h:ACATCCCAGGTCATAA,Epiblast
SBR-48h:AGAAGCGCACATTGTG,Epiblast
SBR-48h:ATGGTTGAGGCCTAAG,Epiblast
SBR-48h:CCTCAACGTGCTCCGA,Epiblast
SBR-48h:ATCGGATGTACAAGCG,Epiblast
SBR-48h:GATGAGGAGCTTAAGA,Epiblast
SBR-48h:GGCTTTCAGAACTGAT,Epiblast
SBR-48h:CACGGGTCACAATTCG,Epiblast
SBR-48h:ACAACCATCCGATGCG,Epiblast
SBR-48h:CATTCCGGTTACACTG,Epiblast
SBR-48h:AGCGATTTCCTTTGAT,Epiblast
SBR-48h:TCACATTCACCTGCAG,Epiblast
SBR-48h:GCCCGAAGTGAGGATC,Epiblast
SBR-48h:GACTCAAAGTTGGCGA,Epiblast
SBR-48h:ACTTATCTCTTAGCTT,Epiblast
SBR-48h:GTTCATTGTAAGTTAG,Epiblast
SBR-48h:CACCGTTAGAAACTGT,Epiblast
SBR-48h:AGGTGTTCAACACAGG,Epiblast
SBR-48h:CGAGGCTTCAGCTCTC,Epiblast
SBR-48h:TCCTAATCACAGTATC,Epiblast
SBR-48h:TGGAACTTCGTGTCAA,Epiblast
SBR-48h:CAACGATAGCCTCTCT,Epiblast
SBR-48h:GAAGCCCAGGTCATTC,Epiblast
SBR-48h:GTAAGTCCAACTGATC,Epiblast
SBR-48h:CACACAAGTGACCTGC,Epiblast
SBR-48h:TCCCACAGTCGGTGAA,Epiblast
SBR-48h:CATTTCAGTCGGATTT,Epiblast
SBR-48h:CATCCACCATTAAGCC,Epiblast
SBR-48h:AAATGGATCTTTCCGG,Epiblast
SBR-48h:TCAGCCTAGTATCTGC,Epiblast
SBR-48h:TACTTACCATCGATAC,Epiblast
SBR-48h:TAATCTCAGCTGCCTG,Epiblast
SBR-48h:AGAACCTAGTTTGAGA,Epiblast
SBR-48h:AAGTGAAGTACTAACC,Epiblast
SBR-48h:AACCTTTTCTTGTTAC,Epiblast
SBR-48h:TGCTTGCTCGAAGTGG,Epiblast
SBR-48h:ACACCAATCTTCACAT,Epiblast
SBR-48h:GGTGAAGGTACAATAG,Epiblast
SBR-48h:TCGCTCAGTGACAGGT,Epiblast
SBR-48h:TTAATCCCAAGCACAG,Epiblast
SBR-48h:TTTGATCTCACAGTGT,Epiblast
SBR-48h:TCAATTCAGATTGCGG,Epiblast
SBR-48h:GACCCAGCACGCAGTC,Epiblast
SBR-48h:AAGTTCGAGAAGATCT,Epiblast
SBR-48h:CTTCTCTCACCAATTG,Epiblast
SBR-48h:CAACCAAAGGCATCAG,Epiblast
SBR-48h:AAGCATCTCCAGCACG,Epiblast
SBR-48h:ATCCACCGTTATTCCT,Epiblast
SBR-48h:ACCAACATCGGTCACG,Epiblast
SBR-48h:CACAGGCAGTTAGTGA,Epiblast
SBR-48h:TAACCAGTCATTTCCA,Epiblast
SBR-48h:GATCGTATCGCGCTGA,Epiblast
SBR-48h:AGAGAATTCAGGAAGC,Epiblast
SBR-48h:GAAACCTAGCTCCACG,Epiblast
SBR-48h:CTCAACCAGATGCGAC,Epiblast
SBR-48h:GCCATTCAGGTCGACA,Epiblast
SBR-48h:GGGCTACCATACTGTG,Epiblast
SBR-48h:TCAAGCAGTCTCACGG,Epiblast
SBR-48h:GATCAGTAGGTCCAGA,Epiblast
SBR-48h:AATCACGAGCCATTGT,Epiblast
SBR-48h:AGTGCCGGTATCGAAA,Epiblast
SBR-48h:CCCTGATTCTTGCGCT,Epiblast
SBR-48h:CTGCCTAGTTTACCAG,Epiblast
SBR-48h:GTGGAGAAGCTACAAA,Epiblast
SBR-48h:GCGAGAAGTACGTGAG,Epiblast
SBR-48h:GCCATTCAGAATGTTG,Epiblast
SBR-48h:AACGAAACATAGAAAC,Epiblast
SBR-48h:TCGCAGGTCACTTTGT,Epiblast
SBR-48h:CCGCAAGAGTGCTACT,Epiblast
SBR-48h:ACTCCCAGTGTAGGAC,Epiblast
SBR-48h:GACTTCCTCATGAGTC,Epiblast
SBR-48h:AGTCATGAGCATGTTC,Epiblast
SBR-48h:GTGTGATTCTATCACT,Epiblast
SBR-48h:CAGCAATGTAGACAGC,Epiblast
SBR-48h:CTCCTCCGTATTTCGG,Epiblast
SBR-48h:CGTTCTGCATGCGTGC,Epiblast
SBR-48h:AGTCACAAGCCGATAG,Epiblast
SBR-48h:ATTGTTCAGAAGCCAC,Epiblast
SBR-48h:TTGTGGACAGAGGACT,Epiblast
SBR-48h:GTCATGAAGCTTGTTG,Epiblast
SBR-48h:GATCGTAAGGCTTTCA,Epiblast
SBR-48h:ACCGTTCCATGGCGCT,Epiblast
SBR-48h:GACAGCCAGCGTCTGC,Epiblast
SBR-48h:ATTATCCCAGCAGTAG,Epiblast
SBR-48h:CTAGACAGTCGCACGT,Epiblast
SBR-48h:CTCAGAACAACGCCCA,Epiblast
SBR-48h:GATCAGTTCAATGCAC,Epiblast
SBR-48h:CAACGATTCGACCAAT,Epiblast
SBR-48h:GACGTTATCCAATGCA,Epiblast
SBR-48h:TAGCACATCGACGTCG,Epiblast
SBR-48h:TGGAACTCAAAGCTAA,Epiblast
SBR-48h:GCACATAAGATGGGCT,Epiblast
SBR-48h:ATCTCTAAGGTTTACC,Epiblast
SBR-48h:GTGAGGACAAATACGA,Epiblast
SBR-48h:TCACTCGCATGATCTG,Epiblast
SBR-48h:TGGGAGATCTCCCAAC,Epiblast
SBR-48h:TCTATCAAGCAGTCTT,Epiblast
SBR-48h:CTCCAACGTCAGTCGC,Epiblast
SBR-48h:ATAGAGAGTTGGCTAT,Epiblast
SBR-48h:GTGGAAGAGGATATGT,Epiblast
SBR-48h:TCAAGACGTATTGCCA,Epiblast
SBR-48h:ACACAGTAGACAGCTG,Epiblast
SBR-48h:AGGTCATAGGACATCG,Epiblast
SBR-48h:TAGGGTTAGGCCCACT,Epiblast
SBR-48h:GAGGGTAGTACAAGTA,Naive pluripotency
SBR-48h:CTACATTAGTGGAATT,Epiblast
SBR-48h:GATTGGTGTTCAAAGA,Epiblast
SBR-48h:TCAGGGCAGTGAGTGC,Epiblast
SBR-48h:ACCCTCAGTCACCCTT,Epiblast
SBR-48h:TCTATACGTGAGCCAA,Epiblast
SBR-48h:GGTGAAGAGCACACAG,Epiblast
SBR-48h:GACAGCCAGAAAGTCT,Epiblast
SBR-48h:TGTGAGTGTCTGTGCG,Epiblast
SBR-48h:TACTGCCAGATGTTCC,Epiblast
SBR-48h:CCCAACTCACGTGTGC,Epiblast
SBR-48h:TGAATCGCATATACCG,Epiblast
SBR-48h:TAATCTCGTTAGAGTA,Epiblast
SBR-48h:GGTAACTTCCCAGGAC,Epiblast
SBR-48h:AAAGTGAGTGAAGCTG,Epiblast
SBR-48h:CATCCCAAGATGGCGT,Epiblast
SBR-48h:ACTATGGTCCTACCGT,Exiting naive pluripotency
SBR-48h:ATGCCTCTCGAGATGG,Epiblast
SBR-48h:CCTATCGGTGTCTAAC,Epiblast
SBR-48h:TTACTGTCACTTGTCC,Epiblast
SBR-48h:TGCTCCACATGAGAAT,Epiblast
SBR-48h:TGATGCACACAATGTC,Epiblast
SBR-48h:GCAACATCATCGTGGC,Epiblast
SBR-48h:TTCCTCTAGACGCATG,Epiblast
SBR-48h:GGTAGAGCATTAAGCC,Epiblast
SBR-48h:CATAAGCTCACAATGC,Epiblast
SBR-48h:ACTTTCAAGGGACACT,Epiblast
SBR-48h:AACTTCTTCGGTCACG,Epiblast
SBR-48h:GATCGTAAGTTCGGTT,Epiblast
SBR-48h:TGTGAGTAGACCGTTT,Epiblast
SBR-48h:TACAACGTCTAAGCCA,Epiblast
SBR-48h:CTAGGTACAGTGGTGA,Epiblast
SBR-48h:CAAGAGGAGTTGCGAG,Epiblast
SBR-48h:AACAAGACAAACGTGG,Epiblast
SBR-48h:GCGAGAAAGTGACACG,Epiblast
SBR-48h:CAATGACCATCCGGTG,Epiblast
SBR-48h:TCCATGCCACCGCTAG,Epiblast
SBR-48h:TTCCACGGTTGTCCCT,Epiblast
SBR-48h:TCCACGTCACGACCTG,Epiblast
SBR-48h:GCCCAGAGTTGCCTAA,Epiblast
SBR-48h:GAGTTACAGGAGAGGC,Epiblast
SBR-48h:CTGCATCCATGAAGCG,Epiblast
SBR-48h:GTGGTTATCCATCACC,Epiblast
SBR-48h:AGCATCACATAGCTGT,Epiblast
SBR-48h:TGGAGGATCTGAGAGG,Epiblast
SBR-48h:ATGGATCTCACATACG,Epiblast
SBR-48h:TTTCACAGTAGCCCTG,Epiblast
SBR-48h:ATTTACCTCCCTTGTG,Epiblast
SBR-48h:AAAGTCCCACTTACAG,Epiblast
SBR-48h:GTACAACAGGTTGTTC,Epiblast
SBR-48h:TATCAGGCATCTTCGC,Epiblast
SBR-48h:CTGTATTAGCGTTACT,Epiblast
SBR-48h:CCTAAGAAGTATCCTG,Epiblast
SBR-48h:TTCTGTAGTAGGTCAG,Epiblast
SBR-48h:ATTACTCAGCGATGAC,Epiblast
SBR-48h:AGAGAATTCAACCGAT,Epiblast
SBR-48h:AAGTACCAGCTTAAGA,Epiblast
SBR-48h:CGTAATGCAAGACCGA,Epiblast
SBR-48h:TGGAGAGCAGACTGCC,Epiblast
SBR-48h:ATTCAGGCAGCTGTTA,Epiblast
SBR-48h:CAAAGAACAACCACAT,Epiblast
SBR-48h:CCGATGGAGGTAATCA,Epiblast
SBR-48h:AGGTGTTAGGTGCTTT,Epiblast
SBR-48h:TGTCCACTCTTTGCAT,Epiblast
SBR-48h:AGTTCCCGTAGATTAG,Epiblast
SBR-48h:ATGACCACAGCTCGGT,Epiblast
SBR-48h:TTCCTAAGTCTACATG,Epiblast
SBR-48h:GCATTAGCAGGATCTT,Epiblast
SBR-48h:GTGAGTTGTAGGAGGG,Epiblast
SBR-48h:GAGTTGTAGTTTCGAC,Epiblast
SBR-48h:ACTGCAATCTAACGCA,Epiblast
SBR-48h:CTCACTGAGCTATCCA,Epiblast
SBR-48h:GGCGTCAAGAGTAACT,Epiblast
SBR-48h:GGAGAACAGTTGTACC,Epiblast
SBR-48h:AAGCCATGTCGATTCA,Epiblast
SBR-48h:GTAGGTTAGAACTCCT,Epiblast
SBR-48h:ATCGTCCTCGTGACTA,Epiblast
SBR-48h:GTCACTCAGGTCCGAA,Epiblast
SBR-48h:AGATGCTAGATTCGCT,Epiblast
SBR-48h:ACACGCGAGGCTTCCG,Epiblast
SBR-48h:TTTCCTCTCCAAGCCG,Epiblast
SBR-48h:CAATCGAAGTCCCGAC,Epiblast
SBR-48h:AATTTCCTCTGGTGCG,Epiblast
SBR-48h:CCTCACACACTACCCT,Epiblast
SBR-48h:CATGCCTTCGGTGTAT,Epiblast
SBR-48h:TGTGAGTAGAACTCCT,Epiblast
SBR-48h:AGGTTGTAGCCTGAGA,Epiblast
SBR-48h:GGTTGTATCATTGTTC,Epiblast
SBR-48h:ACTTCCGTCGAGTGGA,Epiblast
SBR-48h:TCTACATCATCTTAGG,Epiblast
SBR-48h:GCCATTCGTAACGGTG,Epiblast
SBR-48h:CATCCACCAACGGCCT,Epiblast
SBR-48h:GAGGCAAAGGGACCAT,Epiblast
SBR-48h:CTGATCCGTGACTATC,Epiblast
SBR-48h:CTTTCGGTCAAACCCA,Epiblast
SBR-48h:TGGGATTCATCCGAAT,Epiblast
SBR-48h:TTCCTCTCAGGCTACC,Epiblast
SBR-48h:TTGACCCGTTCGAGCC,Epiblast
SBR-48h:CCATCACTCTTCCCAG,Epiblast
SBR-48h:TCCTCGATCTGGGATT,Epiblast
SBR-48h:AGTCTCCTCGTGACTA,Epiblast
SBR-48h:GGGAGTACAGCTTCGG,Epiblast
SBR-48h:CATTCTAGTATCTCGA,Epiblast
SBR-48h:CTCCATGCAGGACAGT,Epiblast
SBR-48h:AAACCCACAAGGCAAC,Epiblast
SBR-48h:CCTCAGTCAAGACTGG,Epiblast
SBR-48h:CTTTCAAGTGGAGGTT,Epiblast
SBR-48h:AAGATAGGTCACTCTC,Epiblast
SBR-48h:TCCTCCCCAAGATTGA,Epiblast
SBR-48h:TCTCCGACATGAAGCG,Epiblast
SBR-48h:CTTTCAAAGATCACTC,Epiblast
SBR-48h:TAGAGTCCACACCTGG,Epiblast
SBR-48h:GATGATCAGCATTGTC,Epiblast
SBR-48h:AGCCAGCAGTAGTCCT,Epiblast
SBR-48h:ACGATCAAGTGTACAA,Exiting naive pluripotency
SBR-48h:TGGAACTTCTGGGCAC,Epiblast
SBR-48h:AGCGCCATCTGCGAGC,Epiblast
SBR-48h:GGGAAGTGTAAGATCA,Epiblast
SBR-48h:GTCTAGAGTGAGATTA,Exiting naive pluripotency
SBR-48h:CAGCGTGAGTGCACAG,Epiblast
SBR-48h:ACCTGAAGTCGAACAG,Epiblast
SBR-48h:TTACCATAGGGTCAAC,Epiblast
SBR-48h:CATGGATCATGGTGGA,Epiblast
SBR-48h:ACTTTCAGTCCATAGT,Epiblast
SBR-48h:AGAGAGCCATGTTACG,Epiblast
SBR-48h:AACGTCATCGCTAATG,Epiblast
SBR-48h:AGTCAACGTACCGTCG,Epiblast
SBR-48h:TGTTCCGGTGGTCCGT,Epiblast
SBR-48h:CCGGTGAGTTACACTG,Epiblast
SBR-48h:TAATTCCGTTGCTCGG,Epiblast
SBR-48h:CATTCCGCAAACCGGA,Epiblast
SBR-48h:CCTCAACTCAGACATC,Epiblast
SBR-48h:TTCTTCCGTCCTGAAT,Epiblast
SBR-48h:GAGGGTATCCCGATCT,Epiblast
SBR-48h:CTGTAGACAGTTCACA,Epiblast
SBR-48h:GTCCCATCATGGCTGC,Epiblast
SBR-48h:AACCATGCATTCACAG,Epiblast
SBR-48h:GATCCCTAGTTCACTG,Epiblast
SBR-48h:ACCTGTCCATGACTCA,Epiblast
SBR-48h:AGCTTCCCACACCTTC,Epiblast
SBR-48h:CTGTAGACACGCTGCA,Epiblast
SBR-48h:TATCAGGGTCGCACAC,Epiblast
SBR-48h:TCGAAGTGTAGCGTTT,Epiblast
SBR-48h:CAACAACTCTCGCGTT,Epiblast
SBR-48h:GTGCACGAGAGCATAT,Epiblast
SBR-48h:ATCCTATAGCCACTCG,Epiblast
SBR-48h:ATGCGATGTCTCGCGA,Epiblast
SBR-48h:GTAGGTTCAAGCCATT,Epiblast
SBR-48h:TGTTGGAGTCGATTTG,Naive pluripotency
SBR-48h:GTTACAGCAAACCGGA,Epiblast
SBR-48h:TCCCACACATCGATAC,Epiblast
SBR-48h:TACGGTAGTAGCTGTT,Epiblast
SBR-48h:CCAAGCGTCACAACCA,Epiblast
SBR-48h:CTCATCGAGACCGCCT,Epiblast
SBR-48h:ATGGGAGGTCGGCACT,Epiblast
SBR-48h:GGTTGTAGTGATTCTG,Epiblast
SBR-48h:TAGAGTCTCTTTGCAT,Epiblast
SBR-48h:TTGGGCGCAAGGCAAC,Epiblast
SBR-48h:TCCAGAAGTAGTTAGA,Epiblast
SBR-48h:ACTTCCGGTAAGGAGA,Epiblast
SBR-48h:CCTTGTGTCCAAGCTA,Epiblast
SBR-48h:GGGACCTCAGGTTACT,Epiblast
SBR-48h:CTTTCAACACGACCTG,Epiblast
SBR-48h:GTCTAGAAGCCGAACA,Epiblast
SBR-48h:AACGAAACACGTAGTT,Epiblast
SBR-48h:GGGACCTTCGTTCGCT,Epiblast
SBR-48h:TCTATCACACATACGT,Epiblast
SBR-48h:GATGGAGAGCCTTTCC,Epiblast
SBR-48h:TGGGATTCATTCTCCG,Epiblast
SBR-48h:CTCATGCAGAGGGTCT,Epiblast
SBR-48h:TGTGATGAGAATCGTA,Epiblast
SBR-48h:CCCTGATGTTTAAGGA,Epiblast
SBR-48h:CCAAGCGAGTAACCTC,Epiblast
SBR-48h:TTGTGGATCGTTGTAG,Epiblast
SBR-48h:ATGGGTTTCGGTCTAA,Epiblast
SBR-48h:CATCGTCTCCTACCGT,Epiblast
SBR-48h:TCTCAGCGTGGTAATA,Epiblast
SBR-48h:AACCATGCAACCACGC,Epiblast
SBR-48h:TAACGACAGGCTTAGG,Epiblast
SBR-48h:GCACGGTCAAGCGATG,Epiblast
SBR-48h:ACGATGTAGCGGTAAC,Epiblast
SBR-48h:CGTAATGGTTTGCCGG,Epiblast
SBR-48h:AAGTACCGTAGTCCTA,Epiblast
SBR-48h:CACGAATAGGTAGTAT,Epiblast
SBR-48h:CGAGGAAAGCCTATTG,Epiblast
SBR-48h:ATCTTCATCGTAGGGA,Exiting naive pluripotency
SBR-48h:TCTTCCTAGGTATAGT,Epiblast
SBR-48h:TCTATACTCATTACCT,Epiblast
SBR-48h:AGAGCCCTCGACGATT,Epiblast
SBR-48h:GCCGATGCACTAGGCC,Epiblast
SBR-48h:AGGGTGAAGACGCTCC,Epiblast
SBR-48h:ATCACAGGTACCATAC,Naive pluripotency
SBR-48h:GTGCAGCAGTAGTCAA,Epiblast
SBR-48h:AAGCCATCACTAGGCC,Epiblast
SBR-48h:TAGAGTCTCTTCCCGA,Epiblast
SBR-48h:TGACCCTAGCGTATGG,Epiblast
SBR-48h:TTTCATGTCGCGGACT,Epiblast
SBR-48h:TAGGGTTGTGCCAAGA,Epiblast
SBR-48h:ATTTCACAGAAGCCAC,Epiblast
SBR-48h:CTCCACAGTTTGGCTA,Epiblast
SBR-48h:AATGACCGTTCAGGTT,Exiting naive pluripotency
SBR-48h:GTTGAACGTGCATGTT,Epiblast
SBR-48h:CATTTCAGTTCTCCAC,Epiblast
SBR-48h:AGGACTTTCGGTAGGA,Epiblast
SBR-48h:TGAACGTCAGAGGCAT,Epiblast
SBR-48h:TAAGTCGGTCGTCAGC,Epiblast
SBR-48h:GGAAGTGTCTACCACC,Epiblast
SBR-48h:GACTCAACACAAGCTT,Epiblast
SBR-48h:CCAAGCGAGAATAGTC,Epiblast
SBR-48h:ACCCAAAGTAATCAAG,Epiblast
SBR-48h:AAAGAACCAAGTGACG,Epiblast
SBR-48h:ACGCACGCAGCTCATA,Epiblast
SBR-48h:CACGGGTCAATAGGGC,Epiblast
SBR-48h:CACGAATTCACTTATC,Epiblast
SBR-48h:ATCACTTTCTGTCTCG,Epiblast
SBR-48h:CCACCATCATCAGTGT,Epiblast
SBR-48h:TGCACGGGTGCACAAG,Epiblast
SBR-48h:ATCGGATGTAGCACAG,Epiblast
SBR-48h:AACGGGATCGACCAAT,Epiblast
SBR-48h:GTTGTGACAAGAGATT,Epiblast
SBR-48h:ACGGGTCTCCTTACCG,Epiblast
SBR-48h:AAACGAACATACAGCT,Epiblast
SBR-48h:GGTAATCGTGGTCTGC,Epiblast
SBR-48h:TTCTAACAGGTGTGAC,Epiblast
SBR-48h:TCCTAATAGTTGCTGT,Epiblast
SBR-48h:GTCTTTAGTCACCGCA,Epiblast
SBR-48h:TACGCTCTCTAGATCG,Epiblast
SBR-48h:AGTGCCGTCGGTTCAA,Epiblast
SBR-48h:AGTTCGAAGGATCATA,Epiblast
SBR-48h:GACTATGGTTGGGATG,Epiblast
SBR-48h:CGTAAGTTCGCAATGT,Epiblast
SBR-48h:GCGGATCTCAGTCATG,Epiblast
SBR-48h:CATTCATGTATGAGCG,Epiblast
SBR-48h:ACCAACAAGGCCACCT,Epiblast
SBR-48h:GAGTTGTTCAGATTGC,Epiblast
SBR-48h:CTGTCGTAGCAACTCT,Epiblast
SBR-48h:TGTTGAGAGACGATAT,Epiblast
SBR-48h:TGTTGGAGTACCGCGT,Epiblast
SBR-48h:AAGGTAAGTCTTTCAT,Epiblast
SBR-48h:CCTCACAAGGTTCCAT,Epiblast
SBR-48h:CAAGAGGGTCCAGGTC,Epiblast
SBR-48h:ATGGAGGAGTGCACTT,Epiblast
SBR-48h:GTAGAAAGTCTCAGGC,Epiblast
SBR-48h:CCTAAGAAGGGCAAGG,Epiblast
SBR-48h:TCATCCGAGCGGGTTA,Epiblast
SBR-48h:TATATCCAGACTGAGC,Epiblast
SBR-48h:GAGGCAAAGTGTTCAC,Epiblast
SBR-48h:AAAGGTATCCATTGCC,Epiblast
SBR-48h:TACTTCATCCCTCTCC,Epiblast
SBR-48h:TAATCTCCACTAGAGG,Epiblast
SBR-48h:GGAATGGAGCCTGAGA,Epiblast
SBR-48h:CTCGAGGAGTAATCCC,Epiblast
SBR-48h:TTCATTGAGGAACGTC,Epiblast
SBR-48h:TGCGACGTCACTGCTC,Epiblast
SBR-48h:GCAGTTACAATCGCAT,Epiblast
SBR-48h:CTTGATTTCACGTAGT,Epiblast
SBR-48h:CCACAAACAGACCAAG,Epiblast
SBR-48h:GACTCTCAGAAATTGC,Epiblast
SBR-48h:GTAATGCTCTGCCTCA,Epiblast
SBR-48h:CATAGACAGTACGAGC,Epiblast
SBR-48h:GACCTTCCAATTTCTC,Epiblast
SBR-48h:TCATGCCGTACTCGAT,Epiblast
SBR-48h:AGAGCCCAGAGGTATT,Epiblast
SBR-48h:AAGACAATCTTAGCAG,Epiblast
SBR-48h:CATGCAAGTTGCTCCT,Epiblast
SBR-48h:AGAACAAAGGGATCTG,Epiblast
SBR-48h:CAACGGCCAATAGTAG,Epiblast
SBR-48h:GTGTAACGTTCTTGCC,Epiblast
SBR-48h:GATTGGTGTCGTACTA,Epiblast
SBR-48h:CGTGAATGTTCCAAAC,Epiblast
SBR-48h:GTAGTACTCGTGGAAG,Epiblast
SBR-48h:CCGGTGACATAGGAGC,Epiblast
SBR-48h:GGGTATTAGTGGATAT,Epiblast
SBR-48h:TACCCACTCAGGACGA,Epiblast
SBR-48h:AACAAAGGTATGACAA,Epiblast
SBR-48h:GGTTGTAAGTGGAAAG,Epiblast
SBR-48h:ACTATTCTCCACGTGG,Epiblast
SBR-48h:TGGTGATAGAAGTCAT,Epiblast
SBR-48h:GGAGGTACAAGAATAC,Epiblast
SBR-48h:TTCTAGTAGAGAACCC,Epiblast
SBR-48h:GGTGGCTCATTCATCT,Epiblast
SBR-48h:TGAATGCAGTAAGCAT,Epiblast
SBR-48h:TCGCACTGTTGTCATG,Epiblast
SBR-48h:TCATGTTCAACTCATG,Epiblast
SBR-48h:CTTACCGAGTAGCATA,Epiblast
SBR-48h:CCTCCAATCGCCATAA,Epiblast
SBR-48h:CCTTCAGTCCACAGGC,Epiblast
SBR-48h:ACTTAGGCACTTTAGG,Epiblast
SBR-48h:TTCAATCTCGGACTTA,Epiblast
SBR-48h:CCGATGGAGGGCTAAC,Epiblast
SBR-48h:CCTTGTGTCACTCTTA,Epiblast
SBR-48h:CGTGATAAGTCTCCTC,Epiblast
SBR-48h:GCCATTCTCAACGAGG,Epiblast
SBR-48h:AGAAGTATCACCATGA,Epiblast
SBR-48h:GCAACATCAATACCTG,Epiblast
SBR-48h:TAATCTCTCTTTCGAT,Epiblast
SBR-48h:CCTCAGTAGATTAGTG,Epiblast
SBR-48h:GTCCACTCAGTTGAAA,Epiblast
SBR-48h:AAACGAAGTCGGTGTC,Epiblast
SBR-48h:GGGATCCAGTAGGGTC,Epiblast
SBR-48h:GCTTTCGCAGCTTCCT,Epiblast
SBR-48h:CTGGACGAGAACTGAT,Epiblast
SBR-48h:GACCCTTAGAATCTAG,Epiblast
SBR-48h:AACCTTTTCTTGGTCC,Epiblast
SBR-48h:CTATAGGCAGTAGAGC,Epiblast
SBR-48h:TCTATACGTCGTACTA,Epiblast
SBR-48h:TACCCACTCCTAGCGG,Epiblast
SBR-48h:CTGTAGATCGACCCAG,Epiblast
SBR-48h:ATTCCCGCACAAGCTT,Epiblast
SBR-48h:CTGTAGAGTTTAGTCG,Epiblast
SBR-48h:TCTTAGTAGGCACGAT,Epiblast
SBR-48h:GAATCACCACTCTCGT,Epiblast
SBR-48h:ACGTACACACTGCATA,Epiblast
SBR-48h:CTGCAGGGTAGGACCA,Epiblast
SBR-48h:GGATCTACATAATGCC,Epiblast
SBR-48h:ATTCGTTGTGATATAG,Epiblast
SBR-48h:TAAGCACTCGACGCTG,Epiblast
SBR-48h:GGGCCATCAAGTGGTG,Epiblast
SBR-48h:AGGCTGCTCACGAACT,Epiblast
SBR-48h:GAACGTTGTTAGAAAC,Epiblast
SBR-48h:TTACGTTGTGCCTATA,Epiblast
SBR-48h:TCTTCCTAGGACTTCT,Epiblast
SBR-48h:TTACCGCCATTGGATC,Epiblast
SBR-48h:TCCACGTCAAGCGAGT,Epiblast
SBR-48h:GTCCACTTCCACTTCG,Epiblast
SBR-48h:CACCGTTCAACTGATC,Epiblast
SBR-48h:CAGTTAGTCCGTGGGT,Epiblast
SBR-48h:CATCAAGAGTAAACAC,Epiblast
SBR-48h:AAGTACCGTAGACAGC,Epiblast
SBR-48h:TCACAAGTCAGGCGAA,Epiblast
SBR-48h:TCCTAATCAATCGTCA,Epiblast
SBR-48h:CCTTCAGGTAATACCC,Epiblast
SBR-48h:GGTTAACCACGCAGTC,Epiblast
SBR-48h:TAACCAGTCACGATCA,Epiblast
SBR-48h:GCACGTGTCATATGGC,Epiblast
SBR-48h:AGCTACAAGATGGTAT,Epiblast
SBR-48h:GTTCGCTGTTTGCAGT,Epiblast
SBR-48h:GTAAGTCGTCCGGCAT,Exiting naive pluripotency
SBR-48h:GTCCACTGTTCGGTCG,Epiblast
SBR-48h:GGGTTTAAGGATTTAG,Epiblast
SBR-48h:GGGATGAGTGGTCCGT,Epiblast
SBR-48h:GCTTCACTCGCCACTT,Epiblast
SBR-48h:AAGACTCCAGCATGCC,Epiblast
SBR-48h:TCTGTCGAGCACACCC,Epiblast
SBR-48h:GAACACTCATATGAAG,Exiting naive pluripotency
SBR-48h:AAAGTGAGTATCGGTT,Epiblast
SBR-48h:CCACAAACACGCTGAC,Epiblast
SBR-48h:CTATCCGCAGACAAAT,Epiblast
SBR-48h:TACGTCCGTCTTGGTA,Epiblast
SBR-48h:TTTAGTCGTGGTCTAT,Epiblast
SBR-48h:TCCTTTCTCTCTAGGA,Epiblast
SBR-48h:GAGTTTGTCCTGTTGC,Epiblast
SBR-48h:ACGATCAAGCAGTCTT,Epiblast
SBR-48h:CTGATCCTCTCCAATT,Epiblast
SBR-48h:GAAGGACCATGTCTAG,Epiblast
SBR-48h:GTTGAACCAGAGTAAT,Epiblast
SBR-48h:ATTTACCGTCCGAAAG,Epiblast
SBR-48h:CTACATTAGTAATCCC,Epiblast
SBR-48h:GTCTCACAGGGAGGTG,Epiblast
SBR-48h:TGTTGGAGTAGGATAT,Epiblast
SBR-48h:GACTCAACAACATACC,Epiblast
SBR-48h:TCCACCAGTAGAATGT,Epiblast
SBR-48h:CAAGCTAAGCCGCACT,Epiblast
SBR-48h:CCTCTCCGTTCAGCTA,Epiblast
SBR-48h:TTCCGGTGTATCGCTA,Epiblast
SBR-48h:ACCCTCATCAATGTCG,Epiblast
SBR-48h:CGAGTGCTCAGTCACA,Epiblast
SBR-48h:CATACAGCAAGTGCTT,Epiblast
SBR-48h:AGAAATGGTTGTGTTG,Epiblast
SBR-48h:AACCATGCACAAATGA,Epiblast
SBR-48h:ATGTCTTTCAGTAGGG,Epiblast
SBR-48h:GGTGATTTCATCGGGC,Epiblast
SBR-48h:TTCGGTCGTAGGATAT,Epiblast
SBR-48h:GACTTCCGTCTGTGAT,Epiblast
SBR-48h:CAGGCCATCGCACTCT,Epiblast
SBR-48h:ATTTCTGCAATTGAAG,Epiblast
SBR-48h:AGGTAGGAGAATGTTG,Epiblast
SBR-48h:CCTTGTGAGACGACTG,Epiblast
SBR-48h:GAACACTCAGTGCCTG,Epiblast
SBR-48h:GACCCTTTCCTTATAC,Epiblast
SBR-48h:GCCCAGATCACCTTAT,Epiblast
SBR-48h:CGTAATGAGATGGCAC,Epiblast
SBR-48h:ATGGATCAGTAACGTA,Epiblast
SBR-48h:GACTGATGTGGTTTGT,Epiblast
SBR-48h:AGTAACCAGTGGTGAC,Epiblast
SBR-48h:AGGCCACCAGGGTTGA,Epiblast
SBR-48h:ACACCAACAACGGTAG,Epiblast
SBR-48h:TGGGTTAAGGAGTATT,Epiblast
SBR-48h:ATACCTTCATACCAGT,Epiblast
SBR-48h:GAACTGTGTGGCCCAT,Epiblast
SBR-48h:CGCCAGATCAGCATTG,Epiblast
SBR-48h:AGGTAGGTCAACTCTT,Epiblast
SBR-48h:CGTCAAAAGATACATG,Epiblast
SBR-48h:TTCCGTGCACCAGCGT,Epiblast
SBR-48h:ACCTGAAAGTAGACCG,Epiblast
SBR-48h:TCTCACGCAAGGTCTT,Epiblast
SBR-48h:TCAGCCTCATGGTGGA,Epiblast
SBR-48h:GTCGAATCACTGCTTC,Epiblast
SBR-48h:TGAGGTTCAGGTTACT,Epiblast
SBR-48h:GAGTTTGGTGCTTATG,Epiblast
SBR-48h:GTGATGTAGACTAGAT,Epiblast
SBR-48h:TAATTCCGTACGAGCA,Epiblast
SBR-48h:TGCTTCGCATGGAATA,Epiblast
SBR-48h:TAGGTTGTCATCGCAA,Epiblast
SBR-48h:TTGTTCAAGCTGAGCA,Epiblast
SBR-48h:TTCTAACTCAACGTGT,Epiblast
SBR-48h:CTCCTTTTCTAGCCTC,Epiblast
SBR-48h:TCAGTGACACGCTGTG,Epiblast
SBR-48h:GGGTAGAGTTGACGGA,Epiblast
SBR-48h:CTCCTTTTCCTGCCAT,Epiblast
SBR-48h:TCGCAGGTCACCGGTG,Epiblast
SBR-48h:GACATCAAGGGAGTTC,Epiblast
SBR-48h:GATCCCTTCTGCATAG,Epiblast
SBR-48h:ATTGGGTGTAGCTGTT,Epiblast
SBR-48h:GATCCCTAGGGATCGT,Epiblast
SBR-48h:AGGTTGTAGTTGCGCC,Epiblast
SBR-48h:GACACGCAGTGCGACA,Epiblast
SBR-48h:TGATTTCTCGAGCCAC,Epiblast
SBR-48h:GGTTAACAGCGTGCCT,Epiblast
SBR-48h:TTGTTGTTCAGGACGA,Epiblast
SBR-48h:CTCAACCAGGTAGATT,Epiblast
SBR-48h:AGTAGTCCAACAGCTT,Epiblast
SBR-48h:CTCCTCCAGACAGCGT,Epiblast
SBR-48h:AGGATAAGTCTAGATC,Epiblast
SBR-48h:TAGGAGGCACTAGAGG,Epiblast
SBR-48h:CCGCAAGTCTCCGAAA,Epiblast
SBR-48h:TCTCAGCAGCGTGTCC,Epiblast
SBR-48h:AGATGAAAGTACAGAT,Epiblast
SBR-48h:GACTCTCCAGTGGGTA,Epiblast
SBR-48h:GACACGCAGAGGGTAA,Epiblast
SBR-48h:CGTCAAACACATTGTG,Epiblast
SBR-48h:CCCTCAAAGCGGTAAC,Epiblast
SBR-48h:TGTCCTGCAGCCTTCT,Epiblast
SBR-48h:GGCTGTGCAGGCATGA,Epiblast
SBR-48h:ATACCTTAGAAGCGGG,Epiblast
SBR-48h:CAATGACCAGTCACGC,Epiblast
SBR-48h:GCACATATCTGTTGGA,Epiblast
SBR-48h:GTGGAGATCCGCGATG,Epiblast
SBR-48h:AACTTCTAGACCACGA,Epiblast
SBR-48h:GGGTTTATCATGTCTT,Epiblast
SBR-48h:CAGCCAGTCAGTGGGA,Epiblast
SBR-48h:TGCGGCACATACTGTG,Epiblast
SBR-48h:TGGGCGTAGGCTTCCG,Epiblast
SBR-48h:TCGGGACTCATCAGTG,Epiblast
SBR-48h:CTCCGATAGGCTAAAT,Epiblast
SBR-48h:GTGCAGCGTTAATCGC,Exiting naive pluripotency
SBR-48h:GGTGTCGGTCACCGAC,Epiblast
SBR-48h:AAAGTCCGTTGCGGCT,Exiting naive pluripotency
SBR-48h:TTACAGGTCTGTCGCT,Epiblast
SBR-48h:CTGCAGGCATTAAGCC,Epiblast
SBR-48h:CCTCAGTCACTAACGT,Exiting naive pluripotency
SBR-48h:AGAGCCCGTATTGCCA,Epiblast
SBR-48h:CTCATGCCACGTCTCT,Epiblast
SBR-48h:ATTCTTGCATCCGATA,Epiblast
SBR-48h:GTTGTCCCATAGAAAC,Epiblast
SBR-48h:CTGTAGACAAACACGG,Epiblast
SBR-48h:TGGAGGAAGTCGAATA,Epiblast
SBR-48h:ACACGCGAGCAAATCA,Epiblast
SBR-48h:TGGTGATGTGTTCCAA,Epiblast
SBR-48h:TGGTAGTGTCCTCCAT,Epiblast
SBR-48h:CCGGTAGTCTCAGGCG,Epiblast
SBR-48h:TTCTAGTCACATTCGA,Epiblast
SBR-48h:AAACCCACATGAGAAT,Epiblast
SBR-48h:CTTGATTGTACCCGAC,Epiblast
SBR-48h:GTTTGGAAGGTCGAGT,Epiblast
SBR-48h:ACTCCCAAGACGACGT,Epiblast
SBR-48h:GGCTGTGAGCCTCACG,Epiblast
SBR-48h:CATCCCAAGCGACTAG,Epiblast
SBR-48h:AGGACGAAGATTGTGA,Exiting naive pluripotency
SBR-48h:ATACCGAAGTCTGCGC,Epiblast
SBR-48h:CGAGTTATCGTTCATT,Epiblast
SBR-48h:GTGAGTTGTACTCGTA,Epiblast
SBR-48h:TCTTGCGTCCTCACGT,Epiblast
SBR-48h:AGGTCTATCTCAGGCG,Epiblast
SBR-48h:AGATCCAGTAGCGCCT,Epiblast
SBR-48h:CCACAAATCTGTGTGA,Epiblast
SBR-48h:AGAACAAAGGTCATTC,Epiblast
SBR-48h:CTGATCCTCGGTGCAC,Epiblast
SBR-48h:CCCTAACTCATTGTTC,Exiting naive pluripotency
SBR-48h:TGCTCCAGTCCGGTGT,Epiblast
SBR-48h:GTAAGTCTCTCATTAC,Epiblast
SBR-48h:CTACAGACAATTAGGA,Epiblast
SBR-48h:CCAAGCGGTTCCGTTC,Epiblast
SBR-48h:TTCGATTGTCTTGAAC,Epiblast
SBR-48h:TATGTTCGTCCACGCA,Epiblast
SBR-48h:TGTCCACGTACAGAAT,Epiblast
SBR-48h:CATCCACTCTGCTTTA,Epiblast
SBR-48h:AGGACTTTCAATGCAC,Epiblast
SBR-48h:CTGAATGGTGAGACGT,Epiblast
SBR-48h:CCTCTCCCACCACATA,Epiblast
SBR-48h:GCCAGCATCACAATGC,Epiblast
SBR-48h:AGGATAACACGATTCA,Epiblast
SBR-48h:CTTCGGTGTGATTCAC,Epiblast
SBR-48h:GAGCCTGAGGGAGAAT,Epiblast
SBR-48h:CAGCAATAGCCGTCGT,Epiblast
SBR-48h:TGGAGGAAGGTATCTC,Epiblast
SBR-48h:GGGATGATCTAAACGC,Epiblast
SBR-48h:ACACAGTGTTTCACTT,Epiblast
SBR-48h:TTAGTCTTCCAACTAG,Exiting naive pluripotency
SBR-48h:CTCTGGTTCTTGTGCC,Epiblast
SBR-48h:TGAGACTAGCTCGTGC,Epiblast
SBR-48h:CATTTCAGTACAGAGC,Epiblast
SBR-48h:AAGTGAAGTAAGTAGT,Epiblast
SBR-48h:AGCGCTGTCTTCGGAA,Epiblast
SBR-48h:AGACAAACAGGACATG,Epiblast
SBR-48h:CTCATGCAGACATATG,Epiblast
SBR-48h:TGACTCCAGAATTGTG,Exiting naive pluripotency
SBR-48h:GTGGCGTTCTGATGGT,Epiblast
SBR-48h:ACGTCCTAGGAAAGGT,Epiblast
SBR-48h:TCTATCAGTGAGCCAA,Epiblast
SBR-48h:TTCTTGACATGGTACT,Epiblast
SBR-48h:AATGGAATCCTCTCGA,Epiblast
SBR-48h:CCAATTTAGCCATTCA,Epiblast
SBR-48h:CATACTTTCAGTGTTG,Epiblast
SBR-48h:TTCAATCTCGATTGGT,Zscan4+ Artefact
SBR-48h:TACCCACAGCGTGAAC,Epiblast
SBR-48h:CATACCCTCGGCTCTT,Epiblast
SBR-48h:TTGGATGTCATTACGG,Epiblast
SBR-48h:CCCAACTTCACTTTGT,Epiblast
SBR-48h:GATGATCCACCTTCGT,Epiblast
SBR-48h:TCTTGCGCAGGCCTGT,Epiblast
SBR-48h:TGGTTAGAGGTAAGAG,Epiblast
SBR-48h:CTCCATGTCACTGATG,Epiblast
SBR-48h:TCTTAGTGTAAGCAAT,Epiblast
SBR-48h:AATGCCATCTTGCAAG,Epiblast
SBR-48h:ACTGATGCAGGACAGT,Epiblast
SBR-48h:CTTGATTCAAGTGATA,Epiblast
SBR-48h:TGCTTCGCACCTGATA,Epiblast
SBR-48h:TAGACCACAATGCAAA,Epiblast
SBR-48h:ACCAAACTCCGCACTT,Epiblast
SBR-48h:CAAGAGGAGGCGAAGG,Exiting naive pluripotency
SBR-48h:GTATTGGAGGTCATAA,Epiblast
SBR-48h:TTGGGTAGTTCGTGCG,Epiblast
SBR-48h:AAGCGTTTCGGACTGC,Epiblast
SBR-48h:GTGTTCCCATTCACAG,Epiblast
SBR-48h:TCGGATAGTCTAGATC,Epiblast
SBR-48h:CATCGGGCAATGGCCC,Epiblast
SBR-48h:GAATCACCATGGTGGA,Epiblast
SBR-48h:AATTTCCTCGAAATCC,Epiblast
SBR-48h:TACGGGCCATAGATCC,Epiblast
SBR-48h:CCTCACAAGTTTGAGA,Epiblast
SBR-48h:CATTGTTAGATAGGGA,Epiblast
SBR-48h:AGGCTGCTCCTGTAGA,Epiblast
SBR-48h:AAATGGATCCAGTTCC,Epiblast
SBR-48h:ACAGAAACATCTCCCA,Epiblast
SBR-48h:ACGTCCTAGCCAACCC,Epiblast
SBR-48h:TCCGATCCATAGGTAA,Epiblast
SBR-48h:CGATCGGGTCTTGCGG,Epiblast
SBR-48h:TTTCATGTCAAGGACG,Epiblast
SBR-48h:GGCTTTCCACAACGCC,Epiblast
SBR-48h:TTCTAACGTGCCCAGT,Epiblast
SBR-48h:ATTCCATTCATTCCTA,Epiblast
SBR-48h:GACGTTACAGTCAGTT,Epiblast
SBR-48h:AGTCAACCAATGACCT,Epiblast
SBR-48h:CCTCTAGCATGGCCAC,Epiblast
SBR-48h:TTTCCTCTCTGGCCTT,Epiblast
SBR-48h:TCAAGCAAGGTACAGC,Epiblast
SBR-48h:GTGTAACCATTCCTAT,Epiblast
SBR-48h:ACGTAGTTCACATACG,Epiblast
SBR-48h:TCATACTTCGAAACAA,Epiblast
SBR-48h:GATCATGTCTTTCCGG,Epiblast
SBR-48h:CTAGACAGTCACAATC,Epiblast
SBR-48h:AGATCCACAAGGTCAG,Epiblast
SBR-48h:ATCACGACAAGTCGTT,Epiblast
SBR-48h:ATTGTTCTCACCTACC,Epiblast
SBR-48h:TGATGGTTCATTACCT,Epiblast
SBR-48h:GAGACTTGTATTGACC,Epiblast
SBR-48h:GAATAGAAGGAATTAC,Epiblast
SBR-48h:GAAGTAACATATGCGT,Epiblast
SBR-48h:GGGAAGTAGCATGATA,Epiblast
SBR-48h:GGAGGATCAGGAATCG,Epiblast
SBR-48h:GAAGGGTTCATTACGG,Exiting naive pluripotency
SBR-48h:TAAGCCAAGACTACGG,Epiblast
SBR-48h:TGCTGAACAGCTACTA,Epiblast
SBR-48h:TGGAGGAAGAGTCGAC,Epiblast
SBR-48h:GAACGTTAGATTGCGG,Epiblast
SBR-48h:CTCCAACAGGCTGGAT,Epiblast
SBR-48h:CGTAGTAGTACTAAGA,Epiblast
SBR-48h:AGGAGGTAGGTCTACT,Epiblast
SBR-48h:TAAGCGTAGTTGGAGC,Epiblast
SBR-48h:CACAACAAGACATGCG,Epiblast
SBR-48h:TTCCTCTGTTCCATTT,Epiblast
SBR-48h:TGCCGAGAGGAGATAG,Epiblast
SBR-48h:ACCGTTCCAAGCAATA,Epiblast
SBR-48h:GAGGGTAGTGACCTGC,Epiblast
SBR-48h:CTGCTCAAGTGTAGTA,Epiblast
SBR-48h:CGTGATACACTACTTT,Epiblast
SBR-48h:GGATGTTTCGATTTCT,Epiblast
SBR-48h:CTTTCAAAGACGTCCC,Epiblast
SBR-48h:TGTAGACTCGTGCGAC,Epiblast
SBR-48h:CTACGGGAGGTCACTT,Epiblast
SBR-48h:TGCACGGGTATGTCAC,Epiblast
SBR-48h:CGCAGGTGTTTCACTT,Epiblast
SBR-48h:ACGTTCCGTGAAAGTT,Epiblast
SBR-48h:GAAGGACAGTGCCTCG,Exiting naive pluripotency
SBR-48h:TCCGGGAGTGAAAGTT,Epiblast
SBR-48h:TGGTTAGCAAACTCGT,Epiblast
SBR-48h:TCTTCCTAGACCAGCA,Epiblast
SBR-48h:GGAACCCGTATGTGTC,Exiting naive pluripotency
SBR-48h:ATCAGGTCACTTGGGC,Epiblast
SBR-48h:GCAACCGAGCTTGTTG,Epiblast
SBR-48h:AGTCATGCAGCTGTCG,Epiblast
SBR-48h:TTAATCCTCTTCGTAT,Epiblast
SBR-48h:GAATCACCAATACCCA,Epiblast
SBR-48h:TCCTAATCACAAAGCG,Epiblast
SBR-48h:GCATTAGCATACTTTC,Epiblast
SBR-48h:ATTGTTCGTTTACTTC,Epiblast
SBR-48h:TCCATCGGTGCGAACA,Epiblast
SBR-48h:CCGCAAGGTCGGTGAA,Epiblast
SBR-48h:CATACAGCAGTCACGC,Epiblast
SBR-48h:CTGTCGTTCGTCACCT,Epiblast
SBR-48h:CATGAGTCACTGCACG,Epiblast
SBR-48h:AACAACCGTGACAACG,Epiblast
SBR-48h:CTGCGAGGTGTCTTGA,Epiblast
SBR-48h:AAGCCATTCGCATTAG,Epiblast
SBR-48h:CAAAGAATCGAGTACT,Epiblast
SBR-48h:AGTCTCCCACTGTGTA,Epiblast
SBR-48h:GATGGAGAGAGTCTTC,Epiblast
SBR-48h:ATGAGGGGTAACAAGT,Epiblast
SBR-48h:AAGTTCGAGACGCATG,Epiblast
SBR-48h:ATGCATGTCACTGGGC,Epiblast
SBR-48h:GATCAGTCAACCCTAA,Epiblast
SBR-48h:TCTGGCTGTTGGGAAC,Epiblast
SBR-48h:GATCCCTGTTAAGACA,Epiblast
SBR-48h:AGGAGGTGTGAGACGT,Epiblast
SBR-48h:CAGCAATCAGTATGAA,Epiblast
SBR-48h:TCCGTGTCAAATTGGA,Epiblast
SBR-48h:GACCCTTAGAAGCTGC,Epiblast
SBR-48h:CTATCCGTCAAGAATG,Epiblast
SBR-48h:TCGAACAGTGGCCTCA,Epiblast
SBR-48h:ACCAACATCAGCGTCG,Epiblast
SBR-48h:TCTGCCATCCGCTTAC,Epiblast
SBR-48h:AGAGCAGCAGTCAGTT,Epiblast
SBR-48h:TTCTAACAGGCCTTCG,Epiblast
SBR-48h:CTACAGAGTATAATGG,Epiblast
SBR-48h:GATCACACACGCTATA,Epiblast
SBR-48h:CTACAGAAGCAGCACA,Epiblast
SBR-48h:GCGAGAAAGTCAGCGA,Epiblast
SBR-48h:AGTAGCTCAGGCATTT,Epiblast
SBR-48h:AAATGGACACTTGGCG,Epiblast
SBR-48h:CTCATGCTCGGACGTC,Epiblast
SBR-48h:GCAACCGCACAACGCC,Epiblast
SBR-48h:ACCACAAAGCCACTCG,Epiblast
SBR-48h:CCGTTCAAGTCTGGAG,Epiblast
SBR-48h:GTCACGGGTGGTCTTA,Epiblast
SBR-48h:TCCCAGTCAATTGAAG,Epiblast
SBR-48h:AGGCCACAGGGCAGAG,Epiblast
SBR-48h:AATGACCAGCATTTCG,Epiblast
SBR-48h:TAAGCGTTCTGACCCT,Epiblast
SBR-48h:CGACAGCAGTATGATG,Epiblast
SBR-48h:GTTCGCTAGTCGCCCA,Epiblast
SBR-48h:TCGCACTCAATGTCTG,Epiblast
SBR-48h:GGGTCACAGGGACCAT,Epiblast
SBR-48h:GTGGAAGGTAGGGAGG,Epiblast
SBR-48h:CATGCCTAGTTGAATG,Epiblast
SBR-48h:AGGACTTGTGTTATCG,Epiblast
SBR-48h:CCTCAACGTACTCGCG,Epiblast
SBR-48h:AAAGGATAGCGCCTAC,Epiblast
SBR-48h:CTCATTAGTCGCACAC,Epiblast
SBR-48h:AACAAAGTCCTACACC,Epiblast
SBR-48h:GTCTAGACACATGTTG,Epiblast
SBR-48h:CCCGGAAAGACATCAA,Naive pluripotency
SBR-48h:GGGATGAGTTTCAGAC,Epiblast
SBR-48h:AGCTACACAGTAACGG,Epiblast
SBR-48h:TCAGCAAGTGTTAGCT,Epiblast
SBR-48h:AGGGCCTAGGTCACAG,Epiblast
SBR-48h:GACCCAGTCGGCTTGG,Epiblast
SBR-48h:TTGAACGTCGATACAC,Epiblast
SBR-48h:ATTGTTCTCTGACAGT,Epiblast
SBR-48h:ACGGAAGGTGATTGGG,Epiblast
SBR-48h:AGGTGTTTCCGGTAAT,Epiblast
SBR-48h:ATTCAGGGTTCCAAAC,Epiblast
SBR-48h:TTCTTGACAAATAAGC,Epiblast
SBR-48h:TCACTATCACTTTAGG,Exiting naive pluripotency
SBR-48h:CAACAACTCGTGTTCC,Epiblast
SBR-48h:TTCACCGGTTTCTTAC,Epiblast
SBR-48h:CTTCTAAAGTTAGTAG,Epiblast
SBR-48h:AATAGAGAGTATAGGT,Naive pluripotency
SBR-48h:TTCACCGAGTTGTCAC,Epiblast
SBR-48h:ATCCATTCATGGGTTT,Epiblast
SBR-48h:TTGCATTGTTTGCAGT,Epiblast
SBR-48h:CTAAGTGGTCAGGTAG,Epiblast
SBR-48h:CAGCACGAGTATTGCC,Epiblast
SBR-48h:GGAAGTGGTAAGTCAA,Epiblast
SBR-48h:TGATGGTTCTAGCCTC,Epiblast
SBR-48h:GCTTCACAGCCAAGGT,Epiblast
SBR-48h:ATGCCTCTCAACACGT,Epiblast
SBR-48h:TGGCGTGAGTGCTCGC,Epiblast
SBR-48h:TGTAACGCAGGTACGA,Epiblast
SBR-48h:ATTCACTCACGTTCGG,Epiblast
SBR-48h:ATCCGTCCAATCTCTT,Epiblast
SBR-48h:GGGAGTAAGTGCTCGC,Epiblast
SBR-48h:GTTACAGCAAGCCATT,Epiblast
SBR-48h:AAGTTCGTCTTACTGT,Epiblast
SBR-48h:AGGTTACCAAGTGCTT,Epiblast
SBR-48h:AGTCATGCAGAAGCTG,Epiblast
SBR-48h:CACGGGTCAACGACTT,Epiblast
SBR-48h:AAAGTGAAGCGTGCCT,Epiblast
SBR-48h:AGGTCATGTACAAACA,Epiblast
SBR-48h:GGCAGTCCATACAGGG,Epiblast
SBR-48h:CGTAAGTTCTACCTTA,Naive pluripotency
SBR-48h:ACAGGGATCGACTCCT,Epiblast
SBR-48h:CAAGCTACAAATTAGG,Epiblast
SBR-48h:TTCAGGATCCAGCTCT,Epiblast
SBR-48h:GGTAATCCAAGTGCAG,Epiblast
SBR-48h:TCTATACTCCACTTCG,Epiblast
SBR-48h:GAGTTACGTCACCCTT,Epiblast
SBR-48h:CGAAGGACAAGTGGAC,Epiblast
SBR-48h:CTGTGGGTCCATTGGA,Epiblast
SBR-48h:AAATGGATCTGGTGGC,Epiblast
SBR-48h:GCCATTCCAGACGATG,Epiblast
SBR-48h:GACTATGGTCTTGCGG,Epiblast
SBR-48h:GACTATGCAAGAGTTA,Naive pluripotency
SBR-48h:CGGGTCAGTCTAACTG,Epiblast
SBR-48h:GATGGAGTCCGGCAAC,Epiblast
SBR-48h:CATTCATCATGGAGAC,Epiblast
SBR-48h:TCATTCAAGCGCGTTC,Epiblast
SBR-48h:TCTACATTCACCGGGT,Epiblast
SBR-48h:ACTGCAAGTTGATGTC,Epiblast
SBR-48h:TACGTCCAGCGCTGAA,Epiblast
SBR-48h:CCTCAACTCGTCGGGT,Epiblast
SBR-48h:GAAGGGTCAATTCGTG,Epiblast
SBR-48h:CATCAAGCAAGAATAC,Exiting naive pluripotency
SBR-48h:TAAGCGTAGGAAACGA,Epiblast
SBR-48h:TCCCATGCATGAAAGT,Epiblast
SBR-48h:TCCACCAGTTCGGTAT,Epiblast
SBR-48h:TTTACTGCAAGAAATC,Epiblast
SBR-48h:TGGGATTCATTGGATC,Exiting naive pluripotency
SBR-48h:ACCAAACGTGATGTAA,Epiblast
SBR-48h:GTGGAAGAGTCACACT,Epiblast
SBR-48h:GTTGAACCACTATGTG,Epiblast
SBR-48h:AAAGTCCTCGGCGATC,Epiblast
SBR-48h:CCTCAGTCATGAATAG,Epiblast
SBR-48h:TATTCCAAGTGGTTGG,Epiblast
SBR-48h:ATCGGATCAGGCTCTG,Epiblast
SBR-48h:TGTTACTGTGGAAATT,Epiblast
SBR-48h:TGCAGTACACGTAGAG,Epiblast
SBR-48h:TTCCAATGTTGCTTGA,Epiblast
SBR-48h:ATCACAGAGTCCCAAT,Epiblast
SBR-48h:TGTCCTGTCCGTTGGG,Epiblast
SBR-48h:ACTGATGGTGACAGGT,Epiblast
SBR-48h:CAGTTCCGTCCACTTC,Epiblast
SBR-48h:AAAGGTACAGCATGCC,Epiblast
SBR-48h:CGATGCGCAAGCACCC,Epiblast
SBR-48h:GGGACAAGTAGAGATT,Epiblast
SBR-48h:TGCTTCGGTTGGGACA,Epiblast
SBR-48h:ACTGTCCAGTTCCATG,Epiblast
SBR-48h:CAGTTAGTCCGGACGT,Epiblast
SBR-48h:TGAATGCAGATACGAT,Epiblast
SBR-48h:TGAGACTGTGCCGTTG,Epiblast
SBR-48h:CAAGACTAGGCTCCCA,Epiblast
SBR-48h:AGGATAAAGATGCAGC,Epiblast
SBR-48h:CTCATGCTCGCCGAGT,Epiblast
SBR-48h:TGTCCACCACGGTGCT,Epiblast
SBR-48h:CTCAGGGTCAGCGCGT,Epiblast
SBR-48h:TTGAGTGTCCATTGCC,Epiblast
SBR-48h:GTTAGACGTACAATAG,Epiblast
SBR-48h:AGACCCGAGACAACTA,Epiblast
SBR-48h:GACCTTCTCACGAACT,Epiblast
SBR-48h:CGATCGGGTCCAGCCA,Epiblast
SBR-48h:GGGATCCTCGGCACTG,Exiting naive pluripotency
SBR-48h:CATACTTGTCGCAGTC,Epiblast
SBR-48h:CAATTTCCATGAGTAA,Epiblast
SBR-48h:TACACCCTCTCGCGTT,Epiblast
SBR-48h:AAGTACCGTTTCGGCG,Epiblast
SBR-48h:CAGTGCGGTAACGGTG,Epiblast
SBR-48h:CACTGTCAGAGGTCAC,Epiblast
SBR-48h:GACGCTGCACGCCAGT,Epiblast
SBR-48h:CGTAAGTTCCGTAATG,Epiblast
SBR-48h:TGTTACTAGCTCGGCT,Epiblast
SBR-48h:CGAAGGAGTTTGTTGG,Epiblast
SBR-48h:AGGGAGTTCCACTGAA,Epiblast
SBR-48h:TTCTCTCTCACTTTGT,Epiblast
SBR-48h:TTCCTCTCAGAGATGC,Epiblast
SBR-48h:GTTGTAGTCACTTGTT,Epiblast
SBR-48h:CGGTCAGTCACATACG,Epiblast
SBR-48h:CCTCTAGAGGACCCAA,Epiblast
SBR-48h:TATTGCTAGATTGCGG,Epiblast
SBR-48h:ACTGTCCGTCTACAGT,Epiblast
SBR-48h:TCCACCACATTGCCTC,Epiblast
SBR-48h:GTGTAACCACGCTATA,Epiblast
SBR-48h:TCTGCCATCCCAGCGA,Exiting naive pluripotency
SBR-48h:AGAGAGCGTTCTTCAT,Epiblast
SBR-48h:ATCACTTCAGGTAGTG,Epiblast
SBR-48h:ACTTTGTCAAAGTGTA,Epiblast
SBR-48h:CTCGAGGAGGTAGCCA,Epiblast
SBR-48h:ATACTTCGTGCCCAGT,Epiblast
SBR-48h:GTTTGGAAGTGAGGCT,Epiblast
SBR-48h:ACTGATGAGGCTGTAG,Epiblast
SBR-48h:TCATCATGTCGACTTA,Epiblast
SBR-48h:CCTCCAACATCTTTCA,Epiblast
SBR-48h:TGGGATTTCTACTATC,Epiblast
SBR-48h:CAAAGAACAGCGTAGA,Naive pluripotency
SBR-48h:TTAGTCTTCCTTCGAC,Epiblast
SBR-48h:CTCCTTTTCAGCGCAC,Epiblast
SBR-48h:GCCAACGTCATCTATC,Epiblast
SBR-48h:AGCGCTGGTTGACTGT,Epiblast
SBR-48h:CCGGTAGCAGAGTGTG,Epiblast
SBR-48h:GTTTACTCATCGTGCG,Epiblast
SBR-48h:AGGAAATCAACTGCCG,Epiblast
SBR-48h:TCTACATGTGACAGGT,Epiblast
SBR-48h:GGGAGTAAGAAATGGG,Epiblast
SBR-48h:GAGACTTGTTTAGACC,Epiblast
SBR-48h:CCACGAGCACGGGCTT,Epiblast
SBR-48h:CCACGTTTCCTCGCAT,Epiblast
SBR-48h:GTAAGTCAGCCACCGT,Epiblast
SBR-48h:CGAGAAGGTACTTGTG,Epiblast
SBR-48h:GTGCTTCGTAGCTGTT,Epiblast
SBR-48h:TTGGGTAAGAGACAAG,Epiblast
SBR-48h:GTGTTAGGTTTAGTCG,Epiblast
SBR-48h:TCTGGCTCACAAGTTC,Epiblast
SBR-48h:AATGGAAAGGTGCTAG,Epiblast
SBR-48h:GCACGTGTCAAGGAGC,Epiblast
SBR-48h:GGGACTCAGTGCACTT,Epiblast
SBR-48h:AGAGAATAGGTCTTTG,Epiblast
SBR-48h:GAAGCGACAGACACCC,Epiblast
SBR-48h:TATTCCAAGTCGAATA,Epiblast
SBR-48h:GTTAGACCAGTCTGGC,Epiblast
SBR-48h:ACTGATGGTACCTATG,Epiblast
SBR-48h:TAAGCCAGTATCTTCT,Epiblast
SBR-48h:GAAGTAAAGGCTAGCA,Epiblast
SBR-48h:GACCTTCCAACTGCTA,Epiblast
SBR-48h:AAGTGAATCAACTGAC,Epiblast
SBR-48h:AGTTCCCAGTTTCGAC,Epiblast
SBR-48h:TTACTGTGTTGGCTAT,Epiblast
SBR-48h:TACTTGTAGGTAGATT,Epiblast
SBR-48h:AGAGAGCCAACTCCCT,Epiblast
SBR-48h:CTTCAATCATTCGATG,Epiblast
SBR-48h:GTAGATCAGCCGTTGC,Epiblast
SBR-48h:ACCCTTGAGTAAGGGA,Epiblast
SBR-48h:GAGTTACAGACCTCCG,Epiblast
SBR-48h:TTCTTCCAGCACTCAT,Epiblast
SBR-48h:GACCCAGAGGATATGT,Epiblast
SBR-48h:AATCACGCACCTCTGT,Epiblast
SBR-48h:CCGTAGGTCCTACCGT,Epiblast
SBR-48h:GTGTGATCATGCTGCG,Epiblast
SBR-48h:GGGACCTTCGCAGTTA,Epiblast
SBR-48h:ACTTCCGTCGTTCAGA,Epiblast
SBR-48h:ATTTACCAGAATACAC,Epiblast
SBR-48h:TGCGACGGTCGTGTTA,Epiblast
SBR-48h:CCGTAGGCATTGCCGG,Epiblast
SBR-48h:GAATCGTTCGAAGCCC,Epiblast
SBR-48h:AAAGTGACAAATGAGT,Epiblast
SBR-48h:AAAGGATTCCTACAAG,Epiblast
SBR-48h:GGGTGTCTCGCAGTCG,Epiblast
SBR-48h:TTACTGTTCATTGCGA,Epiblast
SBR-48h:TTCCTTCGTAGGTCAG,Epiblast
SBR-48h:CGTGAATTCATTTCCA,Epiblast
SBR-48h:AGTACTGGTGGATACG,Epiblast
SBR-48h:CTAGGTAAGCGACAGT,Epiblast
SBR-48h:TGGGAAGTCTCAACCC,Epiblast
SBR-48h:AGTCAACCACTTCTCG,Epiblast
SBR-48h:GGAGCAAAGGCTTCCG,Epiblast
SBR-48h:CCCGAAGTCAAGAATG,Epiblast
SBR-48h:TCTATCAAGGGCAGTT,Epiblast
SBR-48h:TCCTTTCAGTAGTGCG,Epiblast
SBR-48h:ATACCGACATGTGCCG,Exiting naive pluripotency
SBR-48h:AGACACTTCTTACGGA,Epiblast
SBR-48h:GTGCACGAGTGTTCAC,Epiblast
SBR-48h:CAGTGCGGTAGACGTG,Epiblast
SBR-48h:ACACCAACATAGATCC,Epiblast
SBR-48h:AACGAAATCTGATTCT,Epiblast
SBR-48h:AGTACTGAGTCCTGTA,Epiblast
SBR-48h:TCTCCGATCTCGAACA,Epiblast
SBR-48h:CGGACACAGCTGCCAC,Epiblast
SBR-48h:ACTGTCCCAATTGGTC,Epiblast
SBR-48h:CACAGATGTAACTAAG,Epiblast
SBR-48h:AGTCTCCGTGGCTCTG,Epiblast
SBR-48h:TCGCTCAAGGTAGGCT,Epiblast
SBR-48h:TTATTGCAGGCTTCCG,Epiblast
SBR-48h:CTGATCCCAAAGCACG,Epiblast
SBR-48h:TACAACGCATCAGCGC,Epiblast
SBR-48h:GCTTGGGCAAGACAAT,Epiblast
SBR-48h:GCCCAGAAGGATGGCT,Epiblast
SBR-48h:TGACTCCAGATTGGGC,Epiblast
SBR-48h:CAGGTATCAGGTCAGA,Epiblast
SBR-48h:TATTCCAAGATAACGT,Epiblast
SBR-48h:ATAGGCTGTCTCGACG,Epiblast
SBR-48h:GAGCCTGCATCGGCCA,Epiblast
SBR-48h:TCTTGCGAGATTCGCT,Epiblast
SBR-48h:TGGTACATCACCTCGT,Epiblast
SBR-48h:CTATCCGGTCTTACAG,Epiblast
SBR-48h:GTGCACGAGGTCTTTG,Epiblast
SBR-48h:GACGCTGGTGCATACT,Epiblast
SBR-48h:TTGTTCACAATTGAAG,Epiblast
SBR-48h:TAACTTCCACTCAAGT,Epiblast
SBR-48h:GAGATGGCAACTGGTT,Epiblast
SBR-48h:CGAAGTTAGGTCATAA,Epiblast
SBR-48h:TTAGTCTCAAGGTCGA,Epiblast
SBR-48h:TGCGACGGTTACACTG,Epiblast
SBR-48h:ACTATCTAGGAGGCAG,Epiblast
SBR-48h:TGAACGTGTTGCGTAT,Epiblast
SBR-48h:TGGTACATCTCATGGA,Epiblast
SBR-48h:GGGTATTGTCTGCAAT,Epiblast
SBR-48h:TGAGGAGGTCATAGTC,Epiblast
SBR-48h:ACGTAGTCAAAGGCGT,Epiblast
SBR-48h:CAATACGTCCACGTGG,Epiblast
SBR-48h:CATAGACCAGCAGGAT,Epiblast
SBR-48h:CATTGTTGTCATAGTC,Epiblast
SBR-48h:CTACGGGTCATCTCTA,Epiblast
SBR-48h:CTGCCTAAGCATCAGG,Epiblast
SBR-48h:CCTCTCCGTGCTTATG,Epiblast
SBR-48h:ATTACTCGTCAGACTT,Epiblast
SBR-48h:TTGTTTGGTACTCCGG,Epiblast
SBR-48h:AGAACAAGTTTCGATG,Epiblast
SBR-48h:TGTGATGAGTATAGAC,Epiblast
SBR-48h:GAAGAATCAGAATGTA,Epiblast
SBR-48h:GAGCCTGCACAACGCC,Epiblast
SBR-48h:AGGCTGCGTCCAAGAG,Exiting naive pluripotency
SBR-48h:AACACACAGCAGATAT,Epiblast
SBR-48h:ACGTTCCTCTAAGGAA,Epiblast
SBR-48h:ACTCCCATCTTCCAGC,Epiblast
SBR-48h:CAAGCTATCAGGACGA,Epiblast
SBR-48h:CTACCCACACACACTA,Epiblast
SBR-48h:CTTCAATGTTATCTTC,Epiblast
SBR-48h:AGCTACACAGACCCGT,Epiblast
SBR-48h:AAGTACCCACTTGTCC,Epiblast
SBR-48h:AGAACCTAGGCGTTAG,Exiting naive pluripotency
SBR-48h:TTACCATTCCAGTACA,Epiblast
SBR-48h:TTGTGGATCAGGAACG,Epiblast
SBR-48h:GATCATGTCCAAGGGA,Epiblast
SBR-48h:AGGGCTCCAATGTTGC,Epiblast
SBR-48h:ACTATCTCATGACCCG,Epiblast
SBR-48h:AGGTAGGAGTCACAGG,Epiblast
SBR-48h:TTGTGGACAGCCGGTT,Epiblast
SBR-48h:AGACAAATCTACACAG,Epiblast
SBR-48h:GGTGTCGCAACTTGGT,Epiblast
SBR-48h:GAGTCTACACGCAGTC,Epiblast
SBR-48h:CACAACAGTCATCGCG,Epiblast
SBR-48h:GTTTGGACAATGCAAA,Epiblast
SBR-48h:GAATCACGTAGCACAG,Epiblast
SBR-48h:TTGCCTGAGACCATAA,Epiblast
SBR-48h:ATGGATCTCCGCGATG,Epiblast
SBR-48h:GCCTGTTAGCAATTCC,Epiblast
SBR-48h:AGGGAGTAGTTTCTTC,Epiblast
SBR-48h:CGAGTGCAGCAGTCTT,Epiblast
SBR-48h:CACTAAGAGACTACGG,Epiblast
SBR-48h:GCTTTCGCAAAGCTCT,Epiblast
SBR-48h:CATGGATTCACGGGAA,Epiblast
SBR-48h:ACATTTCGTTCCGCTT,Epiblast
SBR-48h:AAGTACCTCTCATTTG,Epiblast
SBR-48h:TGTCCTGTCCAGTACA,Epiblast
SBR-48h:CCCATTGAGGCTCCCA,Epiblast
SBR-48h:AGCCACGGTCCAGGTC,Epiblast
SBR-48h:GGAGAACGTGCCGTAC,Epiblast
SBR-48h:CGTCAAAGTAACGGTG,Epiblast
SBR-48h:TTCTTGACAGAATCGG,Epiblast
SBR-48h:CATGCTCAGGTGCAGT,Exiting naive pluripotency
SBR-48h:CAAGAGGTCTATCCAT,Epiblast
SBR-48h:AGTCTCCTCTCCGTGT,Epiblast
SBR-48h:GGAGATGAGGAACGTC,Epiblast
SBR-48h:TTATTGCGTCTATGAC,Epiblast
SBR-48h:TTGTTGTGTTATGTGC,Epiblast
SBR-48h:GAAGGGTCAATCGCCG,Exiting naive pluripotency
SBR-48h:GACCTTCAGGGCAGGA,Epiblast
SBR-48h:AACCATGAGTACTGGG,Epiblast
SBR-48h:TGATTCTTCGAGAAGC,Epiblast
SBR-48h:TCCATCGTCACGATAC,Epiblast
SBR-48h:TGGGAGAGTGAATAAC,Epiblast
SBR-48h:GAACACTGTGGTATGG,Epiblast
SBR-48h:AGAAATGCACGGATCC,Epiblast
SBR-48h:ATTCAGGAGAGGCGGA,Epiblast
SBR-48h:TGGGTTACACAGTACT,Epiblast
SBR-48h:TGACCCTCAATCGAAA,Epiblast
SBR-48h:TTGGATGTCATCGCTC,Epiblast
SBR-48h:GTGAGTTTCGTACACA,Epiblast
SBR-48h:TTTACTGTCACTGATG,Epiblast
SBR-48h:TCCACGTCACGAGAAC,Epiblast
SBR-48h:CCGCAAGAGGGTAGCT,Epiblast
SBR-48h:TGTTTGTTCCCTCATG,Epiblast
SBR-48h:GATCGTATCTATTGTC,Epiblast
SBR-48h:GAATAGAGTCAGTTTG,Epiblast
SBR-48h:GCACTAATCTTGAACG,Epiblast
SBR-48h:AGGGAGTGTAGGAAAG,Epiblast
SBR-48h:AGACTCAGTATCGGTT,Epiblast
SBR-48h:CAACCTCAGCGTTACT,Epiblast
SBR-48h:AATGCCAAGTAGTCAA,Epiblast
SBR-48h:TCCGGGAGTAGGAAAG,Epiblast
SBR-48h:CAGCACGAGACCTTTG,Epiblast
SBR-48h:AAAGAACTCTTGGTGA,Epiblast
SBR-48h:GTCAAGTGTGTGATGG,Epiblast
SBR-48h:AGTGCCGCAAATCAGA,Epiblast
SBR-48h:GAGTCATAGCAAGCCA,Epiblast
SBR-48h:TTCTCTCCACGGATCC,Epiblast
SBR-48h:ACAACCATCCCTCATG,Epiblast
SBR-48h:TCGCAGGCAGATACCT,Epiblast
SBR-48h:TTCCGGTGTGATAGAT,Epiblast
SBR-48h:TGTACAGTCAGAGTTC,Epiblast
SBR-48h:AACACACTCACAGTGT,Epiblast
SBR-48h:TCGGATATCCATCTCG,Epiblast
SBR-48h:GACCTTCGTACTGCCG,Epiblast
SBR-48h:ACATCCCCAGGGACTA,Epiblast
SBR-48h:AACAACCCAGTTTGGT,Epiblast
SBR-48h:CATGGTACACTATCGA,Epiblast
SBR-48h:CACATGATCATTGTTC,Epiblast
SBR-48h:CTAACTTAGAGAGGGC,Epiblast
SBR-48h:TATACCTAGGTCACAG,Epiblast
SBR-48h:CCCTGATTCAGGAAGC,Epiblast
SBR-48h:AAGATAGCAGTTTGGT,Epiblast
SBR-48h:ATACCTTCAAACTCGT,Epiblast
SBR-48h:GTGTTAGAGCACGGAT,Epiblast
SBR-48h:TTAGGCAAGTTCAACC,Epiblast
SBR-48h:CAACGGCCACCAAATC,Epiblast
SBR-48h:TTTGGAGAGAGCAGTC,Epiblast
SBR-48h:GCCATGGCAACTCGAT,Epiblast
SBR-48h:GAATCACAGCCTTCTC,Epiblast
SBR-48h:CATGGATTCAACACGT,Epiblast
SBR-48h:TTCAATCCAACCAATC,Epiblast
SBR-48h:CTCAATTTCGTAGCCG,Epiblast
SBR-48h:CTATCTATCAAGTCGT,Epiblast
SBR-48h:GCTACAAAGACCTCCG,Epiblast
SBR-48h:ACTTATCGTGCTGATT,Epiblast
SBR-48h:TTCACCGAGTAGTCCT,Epiblast
SBR-48h:CTCCAACAGGAGTATT,Epiblast
SBR-48h:TGATTCTCAACAGATA,Epiblast
SBR-48h:ACTGATGGTAACGTTC,Epiblast
SBR-48h:GGAGGATTCTTAGCTT,Epiblast
SBR-48h:CACTGTCAGTCACGCC,Exiting naive pluripotency
SBR-48h:AGGGTGAGTTCAAGTC,Epiblast
SBR-48h:ATGACCATCTTCCTAA,Epiblast
SBR-48h:GGAGAACGTGTGTGGA,Epiblast
SBR-48h:CTGCAGGTCGTTTACT,Epiblast
SBR-48h:TCCTCTTAGTAAAGCT,Epiblast
SBR-48h:CGTCCATTCAGGACGA,Epiblast
SBR-48h:TGGTAGTAGCTACTAC,Epiblast
SBR-48h:AAGAACACAGGCGAAT,Epiblast
SBR-48h:GGGTTTACAGTTCACA,Exiting naive pluripotency
SBR-48h:CGGCAGTGTGCTCTCT,Epiblast
SBR-48h:GAGTCATTCGGCTCTT,Epiblast
SBR-48h:TTGTTTGCATAATCCG,Epiblast
SBR-48h:GTCCACTCACAGTACT,Epiblast
SBR-48h:TGGAACTCACCGAATT,Epiblast
SBR-48h:ACGCACGGTGCCTATA,Epiblast
SBR-48h:TGCTGAAAGTGGTCAG,Epiblast
SBR-48h:GGAGGTAAGTAGATCA,Epiblast
SBR-48h:GTGTCCTCACTTACAG,Epiblast
SBR-48h:TATTGGGAGGTTGGAC,Epiblast
SBR-48h:GTGCTTCTCGAAGGAC,Epiblast
SBR-48h:TTAGGGTGTAGATGTA,Naive pluripotency
SBR-48h:GATGGAGCACTGGCGT,Epiblast
SBR-48h:GTTGCTCCACTAGGTT,Epiblast
SBR-48h:GTGTTCCAGATTTGCC,Epiblast
SBR-48h:GGTAGAGTCCAGGACC,Epiblast
SBR-48h:ATCGATGCATTGACTG,Epiblast
SBR-48h:GGTCTGGGTCGCCACA,Naive pluripotency
SBR-48h:CGCAGGTCAGGACTTT,Epiblast
SBR-48h:ATACTTCAGGCTAACG,Epiblast
SBR-48h:ATAGACCTCGGTCAGC,Epiblast
SBR-48h:TGTTACTCACGATAGG,Epiblast
SBR-48h:GACTTCCAGGACAGTC,Epiblast
SBR-48h:GGGTAGACAACGCATT,Epiblast
SBR-48h:TAGAGTCGTCGTACTA,Epiblast
SBR-48h:GCATTAGAGCCATGCC,Epiblast
SBR-48h:ATCGTGAGTTTCGATG,Epiblast
SBR-48h:GCTTGGGTCGAGTGGA,Epiblast
SBR-48h:GAAGGGTGTACAGAGC,Epiblast
SBR-48h:GTGTAACCAGTCTTCC,Epiblast
SBR-48h:TGCAGTACAGGCGAAT,Epiblast
SBR-48h:CCGGACACATACGCAT,Epiblast
SBR-48h:CTTCCGACAGTAACGG,Epiblast
SBR-48h:CAATCGAGTTTCGTTT,Epiblast
SBR-48h:ACAGAAATCCAGTTCC,Epiblast
SBR-48h:GGGCTCACAGCTTCGG,Epiblast
SBR-48h:CATCGGGAGGTAGCCA,Epiblast
SBR-48h:TACGCTCGTGTGTGGA,Epiblast
SBR-48h:GAAGTAAAGTGGAAAG,Epiblast
SBR-48h:GATCCCTCACAAGCTT,Epiblast
SBR-48h:GTGGTTAGTTCCGCTT,Epiblast
SBR-48h:GTGTAACCACCCTAAA,Epiblast
SBR-48h:TTTCAGTGTAGAGATT,Epiblast
SBR-48h:TAGGTACTCAAGCCTA,Epiblast
SBR-48h:GGAGGATCAAAGGCGT,Exiting naive pluripotency
SBR-48h:AAAGGGCGTCATGCAT,Epiblast
SBR-48h:CATTCTACAGAGGGTT,Epiblast
SBR-48h:ACACGCGAGTACTGGG,Epiblast
SBR-48h:TCACAAGCATGGCTGC,Epiblast
SBR-48h:CTCAATTAGGCTAGCA,Epiblast
SBR-48h:ACTACGACACCACTGG,Epiblast
SBR-48h:CGAGGAAGTTCGGACC,Epiblast
SBR-48h:GATCCCTGTTCAATCG,Epiblast
SBR-48h:CCGTGAGAGGAAGTCC,Epiblast
SBR-48h:AACGGGATCTGCCCTA,Epiblast
SBR-48h:AGGGCCTTCAGCAGAG,Epiblast
SBR-48h:ACTACGACAGTTAGAA,Epiblast
SBR-48h:CCAAGCGCACACTTAG,Epiblast
SBR-48h:TTGTTGTCACCAGCTG,Epiblast
SBR-48h:CGGGACTGTTCGAAGG,Epiblast
SBR-48h:ATAGGCTTCCTCTTTC,Epiblast
SBR-48h:TGCACGGCAGCGATTT,Epiblast
SBR-48h:TTCATTGTCTGTGCAA,Epiblast
SBR-48h:TCCTTCTTCTCGTCAC,Epiblast
SBR-48h:TCCTCCCCACGCTGCA,Epiblast
SBR-48h:TAAGCGTTCTAACGCA,Epiblast
SBR-48h:AACACACGTGCTATTG,Epiblast
SBR-48h:GACCTTCAGCTGAAGC,Epiblast
SBR-48h:AGACACTGTACAAGCG,Naive pluripotency
SBR-48h:ATCGGATGTCGCATTA,Epiblast
SBR-48h:GAGTGAGCATTAAGCC,Epiblast
SBR-48h:CTCTCGACATAAGATG,Epiblast
SBR-48h:CCCTAACCAACTTCTT,Epiblast
SBR-48h:ATATCCTTCCTGTACC,Epiblast
SBR-48h:GGTGATTCAACGTTAC,Epiblast
SBR-48h:AATCGTGTCGTCCTCA,Epiblast
SBR-48h:AGAGCCCAGCCTGTGC,Epiblast
SBR-48h:CTAGACAAGTGGTTCT,Epiblast
SBR-48h:GGTCTGGCAACCGTAT,Epiblast
SBR-48h:GAGACTTCACTACAGT,Epiblast
SBR-48h:TCGCTTGAGAGTCGAC,Epiblast
SBR-48h:CTATCTAAGCCTGTGC,Epiblast
SBR-48h:TCGATTTCAATCTCGA,Epiblast
SBR-48h:TGGGATTAGTTGTACC,Epiblast
SBR-48h:TAGGTACGTCTCGGAC,Epiblast
SBR-48h:ATGGTTGGTGACAACG,Epiblast
SBR-48h:ATGGTTGTCAAGAGTA,Epiblast
SBR-48h:TCATATCTCCGATCGG,Epiblast
SBR-48h:AGTCATGGTCATTCCC,Epiblast
SBR-48h:GTCCTCAGTCACGCTG,Epiblast
SBR-48h:TGTGCGGGTTCTTGCC,Epiblast
SBR-48h:CTAACCCAGCACTTTG,Epiblast
SBR-48h:GTTGCGGGTGGCCTCA,Epiblast
SBR-48h:TAGACCAAGTTGCATC,Epiblast
SBR-48h:TCACTATAGACCAAGC,Epiblast
SBR-48h:GTGTTCCTCTTAAGGC,Epiblast
SBR-48h:AACGAAATCACACGAT,Epiblast
SBR-48h:CACAGGCCAGTGTGGA,Epiblast
SBR-48h:CTAACTTAGAATCGTA,Epiblast
SBR-48h:CGTGAATTCGTGGCTG,Epiblast
SBR-48h:AAGCCATTCCCATTTA,Epiblast
SBR-48h:TTACAGGGTCATGCAT,Epiblast
SBR-48h:TACGGTATCCACCTCA,Epiblast
SBR-48h:TAGACTGAGGCTGTAG,Epiblast
SBR-48h:TATCGCCAGGGCAACT,Epiblast
SBR-48h:ACTATTCCAAGTATAG,Epiblast
SBR-48h:GCCAGCAAGAAACTGT,Epiblast
SBR-48h:TCAGCAACACGTCATA,Epiblast
SBR-48h:CCATCACCATCGTTCC,Epiblast
SBR-48h:GAGACTTGTGGAATGC,Epiblast
SBR-48h:TGGGCTGCAGGTGTTT,Epiblast
SBR-48h:CTCCCTCTCGGATTAC,Epiblast
SBR-48h:TCATGTTGTCAGGCAA,Epiblast
SBR-48h:CTTCTAACAAAGCTCT,Epiblast
SBR-48h:GTCAGCGGTCACATTG,Epiblast
SBR-48h:CGGAATTGTTTGGCTA,Epiblast
SBR-48h:CGCGTGATCACAGAGG,Epiblast
SBR-48h:TTATTGCCAGACAAAT,Epiblast
SBR-48h:CGCATAAAGTTTGTCG,Epiblast
SBR-48h:CTACATTAGAATTCAG,Epiblast
SBR-48h:TACTGCCCAGGCTCTG,Epiblast
SBR-48h:ACGGTTAGTAAGGCTG,Epiblast
SBR-48h:AGGGTTTGTGACTGAG,Epiblast
SBR-48h:CTCCAACTCGACTCCT,Epiblast
SBR-48h:GATTCGAGTTGTCATG,Epiblast
SBR-48h:CTACAGAGTTCGTGCG,Epiblast
SBR-48h:GTACAGTGTTGCATGT,Epiblast
SBR-48h:CAACCTCCACCGTCTT,Epiblast
SBR-48h:CAGCAGCAGCTACTAC,Epiblast
SBR-48h:TCCATCGTCAGTCACA,Epiblast
SBR-48h:ACTGCAATCAACTTTC,Epiblast
SBR-48h:GTAATCGGTTGTGCCG,Epiblast
SBR-48h:ACGTCCTAGGAATCGC,Epiblast
SBR-48h:ACGATGTTCGGAAACG,Epiblast
SBR-48h:TTGACCCTCCTACAAG,Epiblast
SBR-48h:CATTGTTGTCTAGGCC,Epiblast
SBR-48h:TCGCAGGAGTATTGCC,Epiblast
SBR-48h:CAGGGCTGTGACCTGC,Epiblast
SBR-48h:ATGGGTTCAATCGCCG,Epiblast
SBR-48h:TCGGGACTCTGAATGC,Epiblast
SBR-48h:TTGTGTTTCCGGCAAC,Epiblast
SBR-48h:AGTACTGAGCAAGTCG,Epiblast
SBR-48h:GCTGCAGGTAGGGTAC,Epiblast
SBR-48h:TATTCCATCACCGGGT,Epiblast
SBR-48h:AATGCCAGTTGCAACT,Epiblast
SBR-48h:TGAGACTAGGCACGAT,Epiblast
SBR-48h:AAGGTAAGTACGCTTA,Epiblast
SBR-48h:AAGACTCGTCTGATAC,Epiblast
SBR-48h:GGGTGAACAACAGCTT,Epiblast
SBR-48h:TGGGCGTTCTTCGTAT,Epiblast
SBR-48h:TCGTAGATCAAACCTG,Epiblast
SBR-48h:TATCTTGCAGTAACGG,Epiblast
SBR-48h:GTAACACTCTGCCTCA,Epiblast
SBR-48h:ATCTCTAAGCATTGAA,Epiblast
SBR-48h:GACCCAGGTTCAACGT,Epiblast
SBR-48h:CTTGATTAGAGTCAGC,Epiblast
SBR-48h:CGGCAGTTCCTCACCA,Epiblast
SBR-48h:AAAGAACCACGACGCT,Epiblast
SBR-48h:CCGGTGATCATGCATG,Epiblast
SBR-48h:CCTGCATCAAAGGGTC,Epiblast
SBR-48h:AATGGAAGTTAGAGTA,Epiblast
SBR-48h:AATAGAGGTAAGAACT,Epiblast
SBR-48h:TCCCATGTCGATAACC,Exiting naive pluripotency
SBR-48h:GACCCTTGTCAGTTTG,Epiblast
SBR-48h:GAGAAATCAGCGAGTA,Epiblast
SBR-48h:TATACCTAGCTGCGAA,Epiblast
SBR-48h:TACTTGTGTTGCGGAA,Epiblast
SBR-48h:ACATCGAGTACTAAGA,Epiblast
SBR-48h:CCGAACGCAGCAGTGA,Epiblast
SBR-48h:AGTCTCCCACGTAACT,Epiblast
SBR-48h:TTCTCTCAGATGAAGG,Epiblast
SBR-48h:CATCCCAGTGAGTCAG,Epiblast
SBR-48h:TCGGGACGTCTCCTGT,Epiblast
SBR-48h:AACGGGAAGATTGACA,Epiblast
SBR-48h:TCGAAGTGTCACCGAC,Epiblast
SBR-48h:GTAATGCCAAAGGATT,Epiblast
SBR-48h:TTGTTGTGTTCAATCG,Epiblast
SBR-48h:ACGGTCGTCATCGCCT,Epiblast
SBR-48h:GCAACATTCTAGATCG,Epiblast
SBR-48h:ACATCGATCCCGATCT,Epiblast
SBR-48h:ACTTATCTCAAGAAAC,Epiblast
SBR-48h:TAACGACAGTAGACAT,Epiblast
SBR-48h:TTGCCTGCACCATTCC,Epiblast
SBR-48h:GTCGCGACACGCCACA,Epiblast
SBR-48h:CAGATCAAGAGTTGTA,Epiblast
SBR-48h:TAAGCACTCACTGTCC,Epiblast
SBR-48h:CCTAAGACAACTTGGT,Epiblast
SBR-48h:ACATCCCTCCCTAGGG,Epiblast
SBR-48h:CAGTTAGAGGGTAGCT,Epiblast
SBR-48h:GCTCAAACAGGCTATT,Epiblast
SBR-48h:CGGAGAAGTAGTAAGT,Epiblast
SBR-48h:TGTGTGATCTAACGGT,Epiblast
SBR-48h:GTCCACTCACTGCATA,Epiblast
SBR-48h:GGACGTCCATCCAACA,Epiblast
SBR-48h:GGGTTTAGTAAGCGGT,Epiblast
SBR-48h:GAAGCGATCGTGGTAT,Epiblast
SBR-48h:GAACTGTGTTGGCCGT,Epiblast
SBR-48h:GAGGCCTCAGTTAGGG,Epiblast
SBR-48h:CTAACCCCAGTAACGG,Epiblast
SBR-48h:AAAGGGCAGGCAGCTA,Epiblast
SBR-48h:GCATCTCAGCTAGAAT,Epiblast
SBR-48h:AAGACAATCGGTCATA,Epiblast
SBR-48h:GAGAGGTAGCATTGTC,Epiblast
SBR-48h:GTCGTAAGTAGCTGCC,Epiblast
SBR-48h:TCCGAAAAGAGATGCC,Epiblast
SBR-48h:ATTCCCGTCCGAAGGA,Epiblast
SBR-48h:TAGGAGGCATCTCCCA,Naive pluripotency
SBR-48h:CAGATACCAGTGACCC,Exiting naive pluripotency
SBR-48h:ATTCACTGTCGTTGCG,Epiblast
SBR-48h:TCGGGTGCAGAGTTCT,Epiblast
SBR-48h:TCCACGTCAAGAATGT,Exiting naive pluripotency
SBR-48h:GAATCACGTACCAATC,Epiblast
SBR-48h:TGATTTCTCCGCCTAT,Epiblast
SBR-48h:TCACACCCACCGTGAC,Epiblast
SBR-48h:GTAGGAGGTTATGTGC,Epiblast
SBR-48h:ACAAGCTTCCAGTGCG,Epiblast
SBR-48h:ACCCTTGCAATAGTCC,Epiblast
SBR-48h:TTCGATTGTAAGTTAG,Epiblast
SBR-48h:TGGTAGTAGTCATTGC,Epiblast
SBR-48h:GACCCAGAGGACTATA,Exiting naive pluripotency
SBR-48h:AACCACATCCATCGTC,Epiblast
SBR-48h:GAAGCGATCCCTTCCC,Epiblast
SBR-48h:GTGCACGGTAGCGCCT,Epiblast
SBR-48h:TGAGGTTCACTTCAAG,Epiblast
SBR-48h:GATGCTACATGAAGGC,Epiblast
SBR-48h:CCACGTTAGAGTCTTC,Epiblast
SBR-48h:GGTGTCGTCTCTAGGA,Epiblast
SBR-48h:ATATCCTAGTTTGAGA,Epiblast
SBR-48h:ATCATTCTCTTGGCTC,Epiblast
SBR-48h:AAGGAATCAGTTCCAA,Epiblast
SBR-48h:AGAAGCGTCTGAATCG,Epiblast
SBR-48h:AAGACAATCCCGTGAG,Epiblast
SBR-48h:TGAGTCAAGACTAGAT,Epiblast
SBR-48h:GTCACTCGTCTATGAC,Epiblast
SBR-48h:TCTCAGCCATGGGTCC,Epiblast
SBR-48h:GAAGGACGTGTCTAAC,Epiblast
SBR-48h:ACGGTTAAGAGAGCAA,Epiblast
SBR-48h:CACGTTCCACACCGCA,Epiblast
SBR-48h:AGATCGTAGTCACGCC,Epiblast
SBR-48h:TAACCAGGTATACGGG,Epiblast
SBR-48h:GCTGGGTAGGAAGTCC,Epiblast
SBR-48h:TTATTGCCAGCGACCT,Epiblast
SBR-48h:AGGGTCCAGCAGTAAT,Epiblast
SBR-48h:GCACGGTCAGCTTTCC,Epiblast
SBR-48h:ACTATCTAGTGCACCC,Epiblast
SBR-48h:TATCAGGTCGGATACT,Epiblast
SBR-48h:AGACAGGTCAACTGAC,Naive pluripotency
SBR-48h:TACGCTCCACCTGATA,Epiblast
SBR-48h:CGAATTGTCGGTTAGT,Epiblast
SBR-48h:GAGTGAGTCGTAATGC,Epiblast
SBR-48h:GGGACTCCAGCACAAG,Epiblast
SBR-48h:GTGTAACAGGGAGAAT,Epiblast
SBR-48h:CATGGATCAGGAATCG,Epiblast
SBR-48h:TCCCATGAGACTGAGC,Epiblast
SBR-48h:TCGGATAAGATCCGAG,Epiblast
SBR-48h:GGTTAACGTGCATACT,Epiblast
SBR-48h:TACCTCGTCGCCTTGT,Epiblast
SBR-48h:TAGACCAGTTTCGATG,Exiting naive pluripotency
SBR-48h:TTTGACTAGGGTTTCT,Epiblast
SBR-48h:TCGGGACCAGCAGAAC,Epiblast
SBR-48h:AAGGAATTCTACTGCC,Epiblast
SBR-48h:TTCGCTGAGAGAGCGG,Epiblast
SBR-48h:GGTCACGCAATCCTAG,Epiblast
SBR-48h:TTTGATCAGTCCCGAC,Epiblast
SBR-48h:ACGTAACTCTCTCGAC,Epiblast
SBR-48h:TTTGGTTCAAGATTGA,Naive pluripotency
SBR-48h:GTGGAAGTCTATCGTT,Epiblast
SBR-48h:TCAAGTGAGGATACAT,Epiblast
SBR-48h:GGTGGCTCAGGCGAAT,Epiblast
SBR-48h:TGGAACTTCTATCGGA,Epiblast
SBR-48h:ATAGGCTTCGCATTGA,Epiblast
SBR-48h:TGTTCATGTGGAACAC,Epiblast
SBR-48h:CAGCACGAGACCAAGC,Epiblast
SBR-48h:CCACAAAGTAAGTAGT,Epiblast
SBR-48h:TTGATGGAGCGTTCAT,Epiblast
SBR-48h:GGTCTGGAGGGCCAAT,Epiblast
SBR-48h:GATAGAAAGAAACTGT,Epiblast
SBR-48h:CTACTATCAGCACGAA,Epiblast
SBR-48h:CAGATTGAGCCATTGT,Epiblast
SBR-48h:CAATACGGTCCAAAGG,Epiblast
SBR-48h:CTCAGAAGTGAATGAT,Epiblast
SBR-48h:GTAACCAAGACAGCTG,Epiblast
SBR-48h:CGATGCGAGATGATTG,Epiblast
SBR-48h:GAATCGTAGCGATGGT,Epiblast
SBR-48h:CAGTTCCGTGTGATGG,Epiblast
SBR-48h:CGGCAGTCAATTGCTG,Epiblast
SBR-48h:TGCAGATTCAAACCTG,Epiblast
SBR-48h:GATCACAAGTCCCTAA,Epiblast
SBR-48h:TCTGGCTCAGACGATG,Epiblast
SBR-48h:GTAGTACAGGGCAGTT,Epiblast
SBR-48h:TCATTGTAGCCGCTTG,Epiblast
SBR-48h:TATCAGGCATGAGGGT,Epiblast
SBR-48h:TCTTTGATCTTACGGA,Epiblast
SBR-48h:TTCCTTCTCCTATTTG,Epiblast
SBR-48h:CCCTCAAGTTGGACTT,Epiblast
SBR-48h:CAATACGTCTCTGCTG,Epiblast
SBR-48h:TCTTAGTAGGAATCGC,Epiblast
SBR-48h:TAAGTCGAGAGTGACC,Epiblast
SBR-48h:TCTGTCGTCAGCGGAA,Epiblast
SBR-48h:AAAGAACGTATCCCTC,Epiblast
SBR-48h:TGCGATAGTTAATGAG,Epiblast
SBR-48h:GTAATGCGTGATCGTT,Exiting naive pluripotency
SBR-48h:AGGCATTCAAAGACGC,Epiblast
SBR-48h:GACGCTGTCAAGTTGC,Epiblast
SBR-48h:TCCGAAAAGTTGCCCG,Epiblast
SBR-48h:CGTTCTGGTGTGGACA,Epiblast
SBR-48h:ATAGGCTAGTAAACGT,Epiblast
SBR-48h:TTAGGCAGTATCCTCC,Epiblast
SBR-48h:CTTCCGATCCCTCTTT,Epiblast
SBR-48h:GAGGGATAGTCCCTAA,Epiblast
SBR-48h:ATGGGTTGTAACTAAG,Epiblast
SBR-48h:AGCGATTGTTGGCTAT,Epiblast
SBR-48h:TTACGCCGTAGCACGA,Epiblast
SBR-48h:TCATTGTAGTAGTCTC,Epiblast
SBR-48h:CTTCAATCATATCTCT,Epiblast
SBR-48h:GTTGCGGTCACAAGAA,Epiblast
SBR-48h:TCACAAGGTGAGCGAT,Epiblast
SBR-48h:GTCATGAAGCCTCCAG,Epiblast
SBR-48h:GATCGTAGTAGACAAT,Epiblast
SBR-48h:CCGTTCACAGACTGCC,Epiblast
SBR-48h:TAAGCCATCGGTCTAA,Epiblast
SBR-48h:CTGAGGCTCCATTGCC,Epiblast
SBR-48h:TCAAGCATCCGATTAG,Epiblast
SBR-48h:TCAGTTTGTCGCATTA,Exiting naive pluripotency
SBR-48h:GTTGAACAGTCATGAA,Epiblast
SBR-48h:CAGGCCATCGGCAGTC,Epiblast
SBR-48h:TCAAGACGTTCTCTAT,Epiblast
SBR-48h:CAATCGACACGGCACT,Epiblast
SBR-48h:TAGCACAGTAAGACCG,Epiblast
SBR-48h:GTCTACCTCTTCACGC,Epiblast
SBR-48h:TGACAGTTCCTCACTG,Epiblast
SBR-48h:CAATCGAAGGTGCTAG,Epiblast
SBR-48h:TGCATCCCAAGAGATT,Epiblast
SBR-48h:ACGCACGAGTCCGCCA,Epiblast
SBR-48h:TTGGATGCAATAGTCC,Epiblast
SBR-48h:GGCACGTCAAATGGCG,Epiblast
SBR-48h:CCGGTGATCCATCACC,Epiblast
SBR-48h:AGCCAATAGTCCCTAA,Epiblast
SBR-48h:ACCACAATCACTCACC,Epiblast
SBR-48h:ATACTTCGTGCACAAG,Epiblast
SBR-48h:CGAGGCTGTCCATCTC,Epiblast
SBR-48h:CGACAGCCACGGCGTT,Epiblast
SBR-48h:TGGGCGTAGTCGAAAT,Epiblast
SBR-48h:CAGGTATCAAGTGTCT,Epiblast
SBR-48h:ACTGTCCCACAGGATG,Epiblast
SBR-48h:TTAGGCACAGAGGCAT,Epiblast
SBR-48h:TCTATCACAGCACAAG,Epiblast
SBR-48h:CAGTGCGGTCGTCATA,Epiblast
SBR-48h:AATTTCCAGACCAACG,Epiblast
SBR-48h:TCAATTCGTTGCTTGA,Epiblast
SBR-48h:GTAGCTATCCAAGCAT,Epiblast
SBR-48h:GATTCGAAGCGCTTCG,Epiblast
SBR-48h:GCTCAAACATGAGGGT,Epiblast
SBR-48h:ATTTACCTCGGTATGT,Epiblast
SBR-48h:AACCTGAGTGTATCCA,Epiblast
SBR-48h:CTTACCGCAGCTCTGG,Epiblast
SBR-48h:GCGTTTCGTCTACAGT,Epiblast
SBR-48h:CCACAAAAGAGGACTC,Epiblast
SBR-48h:TCCTCCCGTACACTCA,Epiblast
SBR-48h:ACGATGTAGATAGGGA,Epiblast
SBR-48h:TCCCACACAGTCGGTC,Epiblast
SBR-48h:TTGAGTGAGGGCCAAT,Epiblast
SBR-48h:TGCAGTACACCGTGGT,Epiblast
SBR-48h:CAACAACTCGGCTATA,Epiblast
SBR-48h:AGAGCCCCACTTTAGG,Epiblast
SBR-48h:TCCGAAAAGCGCCATC,Epiblast
SBR-48h:CATACAGGTGTAGTGG,Epiblast
SBR-48h:TAACTTCCATCATTGG,Exiting naive pluripotency
SBR-48h:GCGAGAAAGCCTGTCG,Epiblast
SBR-48h:GGTAACTGTCTAGTGT,Epiblast
SBR-48h:GAGTTTGTCAAGAAAC,Epiblast
SBR-48h:CGATGGCCAGCCCAGT,Epiblast
SBR-48h:ACGTTCCAGTAGCTCT,Epiblast
SBR-48h:TTTCATGTCGGATTAC,Epiblast
SBR-48h:ACTATGGCATACTTTC,Epiblast
SBR-48h:CACAGATCAGCGGTTC,Epiblast
SBR-48h:GTGGAAGCAGGCGTTC,Epiblast
SBR-48h:AAAGGATCATGGCTAT,Epiblast
SBR-48h:GGTTGTAAGATCACTC,Epiblast
SBR-48h:AGGGTGAGTATAATGG,Epiblast
SBR-48h:TTTACTGTCTTCCGTG,Epiblast
SBR-48h:TTCATTGCAGCTCGGT,Epiblast
SBR-48h:GTGGAGAAGTCATTGC,Epiblast
SBR-48h:ATTTACCTCCTTGAAG,Epiblast
SBR-48h:CCATCACTCCATTCAT,Epiblast
SBR-48h:CACGTTCGTTAAAGTG,Exiting naive pluripotency
SBR-48h:TGAGGTTGTACAACGG,Epiblast
SBR-48h:CTTCTAAGTCTTCAAG,Epiblast
SBR-48h:TGTGATGGTCACTAGT,Epiblast
SBR-48h:CCAATTTAGAGCCGAT,Epiblast
SBR-48h:CGTAGTAAGCTTCGTA,Epiblast
SBR-48h:AGGAAATGTGAACGGT,Epiblast
SBR-48h:CGACAGCCACCTGCGA,Epiblast
SBR-48h:TACCCACCATTCATCT,Epiblast
SBR-48h:AACCAACCACGGGCTT,Epiblast
SBR-48h:CATGCTCCAACAAGAT,Epiblast
SBR-48h:TCTCTGGGTAGAATAC,Epiblast
SBR-48h:CATGCGGAGTGGAAGA,Epiblast
SBR-48h:AGAGAATAGACCTCCG,Epiblast
SBR-48h:GCGGAAATCAGGGTAG,Epiblast
SBR-48h:TTCCACGGTTAAACAG,Epiblast
SBR-48h:CGGGTGTTCCGGGACT,Epiblast
SBR-48h:CCACAAATCGCCGAGT,Epiblast
SBR-48h:ACTTTCATCCTAGAGT,Epiblast
SBR-48h:TGGAACTGTGATGAAT,Epiblast
SBR-48h:GAGGCAAAGACTCATC,Exiting naive pluripotency
SBR-48h:ACATTTCTCGACCACG,Epiblast
SBR-48h:GGAACCCAGGCGTCCT,Epiblast
SBR-48h:CACTTCGAGGTTCTTG,Epiblast
SBR-48h:TGTTTGTGTACAGTAA,Epiblast
SBR-48h:GGGTGAATCACTCCGT,Epiblast
SBR-48h:ATGGAGGAGAGGCCAT,Epiblast
SBR-48h:CACTTCGAGAGGGCGA,Epiblast
SBR-48h:CATGAGTCACTCACTC,Epiblast
SBR-48h:AGGACTTTCTTTCGAT,Epiblast
SBR-48h:CTGCATCGTGAGCTCC,Epiblast
SBR-48h:ACACGCGAGGTCACTT,Epiblast
SBR-48h:TAGACCATCTCGAACA,Epiblast
SBR-48h:CGCATGGAGCTGGCCT,Epiblast
SBR-48h:CATACCCTCCTACACC,Epiblast
SBR-48h:CCACCATTCAAGTCTG,Epiblast
SBR-48h:GAGACTTTCGATTGGT,Epiblast
SBR-48h:CCCAACTTCTCTCCGA,Epiblast
SBR-48h:TGACGCGAGGCCACTC,Epiblast
SBR-48h:GGGACCTAGCCTCTCT,Epiblast
SBR-48h:AGGTAGGGTGATTCAC,Epiblast
SBR-48h:TGTGGCGAGAATAACC,Epiblast
SBR-48h:CCACGAGGTTCCACGG,Epiblast
SBR-48h:CTATCCGTCCACTTCG,Epiblast
SBR-48h:AGGACTTTCTACAGGT,Epiblast
SBR-48h:TTCCTAACAGAGTGTG,Epiblast
SBR-48h:GATTTCTTCGTCAGAT,Epiblast
SBR-48h:CGTAATGCACTGGAAG,Epiblast
SBR-48h:ATTCACTAGTTGCTCA,Epiblast
SBR-48h:ATGGGAGTCAGCAATC,Epiblast
SBR-48h:TACCTCGGTAGATCCT,Epiblast
SBR-48h:CTACATTGTTTCTATC,Epiblast
SBR-48h:AAGCGTTTCGAGTACT,Epiblast
SBR-48h:AATGGCTTCCTGTACC,Epiblast
SBR-48h:GTCACGGGTAGCGCCT,Epiblast
SBR-48h:TATTGGGTCGGCAGTC,Epiblast
SBR-48h:CTTGATTAGATGCGAC,Epiblast
SBR-48h:ATTGGGTCAAGTTGGG,Epiblast
SBR-48h:GTCTCACAGCCAGAGT,Epiblast
SBR-48h:GTTGAACAGAGTATAC,Epiblast
SBR-48h:TTAATCCCACATGGTT,Epiblast
SBR-48h:AATAGAGAGGCCTTCG,Epiblast
SBR-48h:TGCCGAGTCGGCGATC,Epiblast
SBR-48h:GAGGCAATCGGCTGTG,Epiblast
SBR-48h:CGACAGCTCCTGTAGA,Epiblast
SBR-48h:TCCAGAAGTGGCACTC,Epiblast
SBR-48h:TAAGCCATCGAACCAT,Epiblast
SBR-48h:TTCTAGTTCCGCAAAT,Epiblast
SBR-48h:GGGAGTAAGGCTCTAT,Epiblast
SBR-48h:CCGTGAGTCCTTCACG,Epiblast
SBR-48h:CTATCTACAAACCGGA,Epiblast
SBR-48h:ATAGACCTCATGGTAC,Epiblast
SBR-48h:AGTAGTCCACGGGTAA,Epiblast
SBR-48h:GTAGAGGAGTAGGGTC,Epiblast
SBR-48h:CAATACGGTAGCTAAA,Epiblast
SBR-48h:TTTATGCGTGGACTGA,Epiblast
SBR-48h:ACTTAGGTCGGCCAAC,Epiblast
SBR-48h:ACATTTCAGTTGCTGT,Epiblast
SBR-48h:AAAGGTACAGGACTAG,Epiblast
SBR-48h:TGCTGAAAGGGCGAGA,Epiblast
SBR-48h:CGATCGGCAATAGGGC,Epiblast
SBR-48h:GGGTCACCACTGCACG,Epiblast
SBR-48h:TTACCATAGTAGGGTC,Epiblast
SBR-48h:AAGCGTTGTATCGCTA,Epiblast
SBR-48h:CGTAAGTCACATCCCT,Epiblast
SBR-48h:AACACACGTGACTGTT,Epiblast
SBR-48h:CAGATACAGCCATTCA,Epiblast
SBR-48h:GTAACACGTCGGAAAC,Epiblast
SBR-48h:TGAGACTGTCTTTCAT,Epiblast
SBR-48h:TCAATTCCAGACCAAG,Epiblast
SBR-48h:GTGTAACTCATGCCAA,Epiblast
SBR-48h:GAATAGAGTCTGCATA,Epiblast
SBR-48h:AACGGGATCATTCTTG,Epiblast
SBR-48h:AACGGGATCCGATAAC,Epiblast
SBR-48h:TCGACCTTCTATCCAT,Epiblast
SBR-48h:CATCAAGCAGATCCTA,Epiblast
SBR-48h:CTGCGAGGTAGAGCTG,Epiblast
SBR-48h:GCGGATCAGGTTCATC,Epiblast
SBR-48h:AGTAGTCAGAACTGAT,Epiblast
SBR-48h:CTCTCGATCCGTAGGC,Epiblast
SBR-48h:CTCAGTCTCATGTCAG,Epiblast
SBR-48h:TTCCTTCTCACGATCA,Epiblast
SBR-48h:GATGATCGTACTCAAC,Epiblast
SBR-48h:GTAACACGTAATACCC,Epiblast
SBR-48h:CGAGTTAAGAAAGCGA,Epiblast
SBR-48h:GACCTTCGTCAGCGTC,Epiblast
SBR-48h:TGACAGTTCTGGCTGG,Epiblast
SBR-48h:TAGACTGGTGTAGGAC,Epiblast
SBR-48h:AGGCCACAGGTGCCTC,Epiblast
SBR-48h:GAATCACCACTTTATC,Epiblast
SBR-48h:ATGATCGGTGGATTTC,Epiblast
SBR-48h:AAGCCATAGGCTAAAT,Epiblast
SBR-48h:GTCAAGTGTACCAGAG,Epiblast
SBR-48h:TATTGGGGTCGTCATA,Epiblast
SBR-48h:GATGAGGGTGGAAGTC,Epiblast
SBR-48h:GAGGCCTTCCTTCACG,Epiblast
SBR-48h:TCCGTGTTCGGACCAC,Epiblast
SBR-48h:TACCCGTTCCTAAGTG,Epiblast
SBR-48h:TTGGGTACAGCTGTAT,Epiblast
SBR-48h:CAGGTATAGTCAAGCG,Epiblast
SBR-48h:CAGTGCGCAGTGTGGA,Epiblast
SBR-48h:AGTCACACAACTCATG,Epiblast
SBR-48h:CAGCAATGTCCTCCTA,Epiblast
SBR-48h:ACCAAACAGTCACTGT,Epiblast
SBR-48h:GTTTACTGTAGTCTGT,Epiblast
SBR-48h:GTTACGAAGCAAGCCA,Epiblast
SBR-48h:TCAATCTCACCAATTG,Epiblast
SBR-48h:AAAGGTAAGTATGTAG,Exiting naive pluripotency
SBR-48h:GATGCTAAGTGCCTCG,Epiblast
SBR-48h:AAGTTCGGTCATACCA,Epiblast
SBR-48h:ATCCCTGAGCATATGA,Epiblast
SBR-48h:CCCGGAATCTACTATC,Epiblast
SBR-48h:AGTACCAAGTCTACCA,Epiblast
SBR-48h:ACGTAACTCGCAAGAG,Epiblast
SBR-48h:TTCACCGCAATTGCAC,Epiblast
SBR-48h:TCTCAGCAGTGCCCGT,Epiblast
SBR-48h:GCTGCAGGTGTCCGGT,Epiblast
SBR-48h:AGGATCTAGTGTACAA,Epiblast
SBR-48h:TATCCTAGTGTCTTAG,Epiblast
SBR-48h:AGACAGGAGGAACGCT,Epiblast
SBR-48h:AGAGCAGAGATCCCAT,Epiblast
SBR-48h:CTTGATTGTAGGTAGC,Epiblast
SBR-48h:CGTAGTATCACCGGTG,Exiting naive pluripotency
SBR-48h:GTCACTCAGGTCTGGA,Epiblast
SBR-48h:TGGGATTGTGGCCCAT,Epiblast
SBR-48h:AGAGAATAGTACGTCT,Epiblast
SBR-48h:CGTAAGTAGGTGCCTC,Epiblast
SBR-48h:AAAGAACTCGACGATT,Epiblast
SBR-48h:CTCAGTCCATTGACAC,Epiblast
SBR-48h:CAGGTATCATGCGGTC,Epiblast
SBR-48h:AGACAAAAGAAGGGAT,Epiblast
SBR-48h:AATGGCTTCCCTTTGG,Epiblast
SBR-48h:CCTCTAGTCTTCTGGC,Epiblast
SBR-48h:CTCCCTCTCTGGTCAA,Epiblast
SBR-48h:GTGGGAACATGAGAAT,Epiblast
SBR-48h:AGTAGTCTCCTAAGTG,Epiblast
SBR-48h:GTCTCACGTAGGAAAG,Epiblast
SBR-48h:AGACTCAGTCTACGAT,Epiblast
SBR-48h:GTTGTGACAATCTCGA,Epiblast
SBR-48h:CGGGCATTCGACACTA,Epiblast
SBR-48h:GCAACATTCCAGCAAT,Epiblast
SBR-48h:ATGGAGGTCCAGTACA,Epiblast
SBR-48h:AGAACAAGTTGCTGAT,Epiblast
SBR-48h:GACCCTTCAGGCATGA,Epiblast
SBR-48h:AGTCTCCAGGTTAAAC,Epiblast
SBR-48h:TGCACGGCACGCTATA,Epiblast
SBR-48h:ATCGTAGGTTGCTGAT,Epiblast
SBR-48h:TTTCACAAGGCTAGCA,Epiblast
SBR-48h:GAAGAATAGTCGGCAA,Epiblast
SBR-48h:GGGAGTACATCCGGCA,Epiblast
SBR-48h:TGTGAGTGTAACACCT,Epiblast
SBR-48h:TGAGGAGTCTCCGAAA,Exiting naive pluripotency
SBR-48h:CCTCCTCCAAGAGGCT,Epiblast
SBR-48h:ATCCATTTCTGGAAGG,Epiblast
SBR-48h:GTCACTCCAGGTAGTG,Epiblast
SBR-48h:ATCGCCTTCGACGAGA,Epiblast
SBR-48h:AGGTTGTCATGAGGGT,Epiblast
SBR-48h:CTAAGTGCATTCAGGT,Epiblast
SBR-48h:GCTGCAGAGAACCGCA,Epiblast
SBR-48h:AGGATAAGTTAAACCC,Epiblast
SBR-48h:TACGGGCTCTATTTCG,Epiblast
SBR-48h:CCGATGGAGAAAGCGA,Epiblast
SBR-48h:GTTGTGAAGGTTGGAC,Epiblast
SBR-48h:TTTAGTCGTCTGTGGC,Epiblast
SBR-48h:CGTCAAACATGACGTT,Epiblast
SBR-48h:TCCGGGACACATGACT,Epiblast
SBR-48h:AACGGGACACGTAGAG,Epiblast
SBR-48h:GACATCAGTTTGGGTT,Epiblast
SBR-48h:CTGTGAAGTGTTCCTC,Epiblast
SBR-48h:AGGACTTAGAGCAGCT,Epiblast
SBR-48h:ATCCACCGTGCGCTCA,Epiblast
SBR-48h:CCAATGAAGGTCCGAA,Epiblast
SBR-48h:ACAAAGAGTCTGCGCA,Epiblast
SBR-48h:TGGTAGTAGGGTTAGC,Epiblast
SBR-48h:GTTCTATTCATCACTT,Epiblast
SBR-48h:TTTCACATCATTCGTT,Epiblast
SBR-48h:CCACCATCAAGACAAT,Epiblast
SBR-48h:GGGATCCGTAATACCC,Epiblast
SBR-48h:TGAGTCAAGGCGTCCT,Epiblast
SBR-48h:ACTGTCCGTTGGGCCT,Epiblast
SBR-48h:ATTCCTAGTATCTTCT,Epiblast
SBR-48h:TAGGGTTGTCACTGAT,Epiblast
SBR-48h:AATGAAGAGGTGGGTT,Epiblast
SBR-48h:GTGGGAACAATGTGGG,Epiblast
SBR-48h:TCCACGTGTACTTGTG,Epiblast
SBR-48h:CTGCGAGTCTGGGAGA,Exiting naive pluripotency
SBR-48h:ATCGGCGCAGCCTATA,Epiblast
SBR-48h:GCATTAGCATTGTACG,Epiblast
SBR-48h:TATTCCACATCATTGG,Epiblast
SBR-48h:TTCCTAAAGCCATCCG,Epiblast
SBR-48h:GACGCTGGTAGCGATG,Epiblast
SBR-48h:TCATACTTCTAATTCC,Epiblast
SBR-48h:GCATGATAGCGAGTAC,Epiblast
SBR-48h:GTCATCCAGTAATTGG,Epiblast
SBR-48h:GACGCTGAGCGGACAT,Epiblast
SBR-48h:AGCCAATAGACATATG,Epiblast
SBR-48h:GAGATGGCATGGTACT,Epiblast
SBR-48h:TCAATCTAGAGATCGC,Epiblast
SBR-48h:ATCCTATAGGATCACG,Epiblast
SBR-48h:TACTTCACAATAGAGT,Epiblast
SBR-48h:GGATCTACAAGCCCAC,Epiblast
SBR-48h:GGGTGTCGTCAACACT,Epiblast
SBR-48h:TTCTAACAGGTCCAGA,Epiblast
SBR-48h:AGTTCGAGTGCCCTTT,Epiblast
SBR-48h:GAGAAATGTTGTGCCG,Epiblast
SBR-48h:ACACTGAGTCGATGCC,Epiblast
SBR-48h:AACCAACCACGCCACA,Epiblast
SBR-48h:GCTTTCGCATCGGAGA,Epiblast
SBR-48h:CTAAGTGGTCAAACGG,Epiblast
SBR-48h:AGGGCTCCAAATGGTA,Epiblast
SBR-48h:AAGATAGTCGACACCG,Epiblast
SBR-48h:GATGAGGAGACCATTC,Epiblast
SBR-48h:GTTCTATAGTTTGTCG,Epiblast
SBR-48h:CTTCCTTAGCACAAAT,Epiblast
SBR-48h:GAGAAATAGCTCGGCT,Epiblast
SBR-48h:TGCTTGCTCTGCTCTG,Epiblast
SBR-48h:TTTACCATCTCCAAGA,Epiblast
SBR-48h:AGCTCAATCGCCAACG,Epiblast
SBR-48h:CCACTTGAGTAGCAAT,Epiblast
SBR-48h:CACATGACAAGGCCTC,Epiblast
SBR-48h:CGGCAGTTCTGCACCT,Epiblast
SBR-48h:CCTTCAGCACAGTGTT,Naive pluripotency
SBR-48h:GGTTAACGTTCTCGTC,Naive pluripotency
SBR-48h:AGAACAACATCGTGGC,Epiblast
SBR-48h:ACGGAAGGTTTCGACA,Epiblast
SBR-48h:TGCGGGTCACAGGATG,Epiblast
SBR-48h:ATCGCCTAGGAAAGAC,Epiblast
SBR-48h:TAGGAGGCACGACGAA,Epiblast
SBR-48h:GCCCGAAGTAACTGCT,Epiblast
SBR-48h:AGTCTCCGTGAGTAAT,Epiblast
SBR-48h:CGATCGGAGAAGTGTT,Epiblast
SBR-48h:CAGCAGCAGCATGTTC,Epiblast
SBR-48h:AGACCCGCAAGGTCGA,Epiblast
SBR-48h:CGCCATTGTTCAAAGA,Epiblast
SBR-48h:ACTTCCGAGTATCTGC,Epiblast
SBR-48h:GTCCACTGTATGTCTG,Epiblast
SBR-48h:GGTGTTACAGCACGAA,Epiblast
SBR-48h:ACGTTCCGTCTATGAC,Epiblast
SBR-48h:TCCTAATGTAGGAGTC,Epiblast
SBR-48h:CTACCTGGTTGTCATG,Epiblast
SBR-48h:CATGCCTAGCCAGTAG,Epiblast
SBR-48h:AGCGTATAGCGTACAG,Epiblast
SBR-48h:CATACCCTCGTGGCTG,Epiblast
SBR-48h:ATCTTCACACCCTTGT,Epiblast
SBR-48h:GAGATGGAGGGAGAAT,Epiblast
SBR-48h:TGGAGAGCAACCCGCA,Epiblast
SBR-48h:AAGCGAGAGCGAACTG,Exiting naive pluripotency
SBR-48h:AGTACCACATTGTGCA,Epiblast
SBR-48h:GCCCAGAGTCATCTAG,Epiblast
SBR-48h:GGTTCTCCAGCTTTGA,Epiblast
SBR-48h:TGCTGAAAGTTACGTC,Epiblast
SBR-48h:TCAATCTCACGCCACA,Exiting naive pluripotency
SBR-48h:GTGTGATTCGAAATCC,Epiblast
SBR-48h:TTCAGGACATCTAGAC,Epiblast
SBR-48h:GCCAACGGTCTGATAC,Epiblast
SBR-48h:CCTCAACCATCAGCGC,Epiblast
SBR-48h:CTTCAATCATTAAAGG,Epiblast
SBR-48h:GTCAAACAGCACTTTG,Epiblast
SBR-48h:GTTCATTGTCGTTATG,Epiblast
SBR-48h:ACCCAAAAGGTTGGTG,Epiblast
SBR-48h:TCCTGCAGTTAGCGGA,Epiblast
SBR-48h:AAACGCTGTCTGCCTT,Epiblast
SBR-48h:TCGAAGTGTTCCATTT,Epiblast
SBR-48h:GTCGAATCAAGTGGTG,Epiblast
SBR-48h:TCAGTGACAGTGTGGA,Epiblast
SBR-48h:AAGAACAGTAGACAGC,Epiblast
SBR-48h:GTTCCGTCATCAGTGT,Epiblast
SBR-48h:TGTTGAGTCTGCACCT,Epiblast
SBR-48h:GCTGCAGTCGCTTAAG,Epiblast
SBR-48h:TCAGCAACATTGCTGA,Epiblast
SBR-48h:CAGTTAGTCACGTCCT,Epiblast
SBR-48h:TATCCTAAGTCGAAGC,Epiblast
SBR-48h:GGGTGTCAGGTTCATC,Epiblast
SBR-48h:ATGTCTTGTCAAATCC,Epiblast
SBR-48h:TGTGCGGCACCAACAT,Epiblast
SBR-48h:CCGTTCACATGTGTCA,Epiblast
SBR-48h:CATTCCGTCACTTTGT,Epiblast
SBR-48h:GCTTTCGGTCGGAACA,Epiblast
SBR-48h:GGTGAAGAGAAGATCT,Epiblast
SBR-48h:ATCGTGAAGTATGATG,Epiblast
SBR-48h:AGCTTCCAGGTGCAGT,Epiblast
SBR-48h:TTGAGTGTCTCGCTTG,Epiblast
SBR-48h:TGTCCCAAGTATTAGG,Epiblast
SBR-48h:ACTGTGACAACTAGAA,Epiblast
SBR-48h:CTACTATAGACTTAAG,Epiblast
SBR-48h:GGCGTCACACAAGGTG,Epiblast
SBR-48h:GGCACGTCATAATGCC,Epiblast
SBR-48h:TGCATGACATTCGGGC,Epiblast
SBR-48h:TCCCACAAGCGGCTCT,Epiblast
SBR-48h:CACAACAGTTCTTGCC,Epiblast
SBR-48h:TAAGCACAGGCTGGAT,Epiblast
SBR-48h:ATTCAGGAGAACCCGA,Epiblast
SBR-48h:AGTCTCCCACAGTCGC,Epiblast
SBR-48h:TCGATTTTCGATTCCC,Epiblast
SBR-48h:GCTCAAATCGATACTG,Epiblast
SBR-48h:AAGCGTTTCACTTGTT,Epiblast
SBR-48h:TCATGCCCAAATGGCG,Epiblast
SBR-48h:TCTACATCAGATCCTA,Epiblast
SBR-48h:ACTTTGTCAACCCGCA,Epiblast
SBR-48h:ATCGTGATCGTTCCTG,Epiblast
SBR-48h:AGGTAGGGTACCGTCG,Epiblast
SBR-48h:TGCTCGTAGCATGATA,Epiblast
SBR-48h:GGGTTTAAGGGCATGT,Epiblast
SBR-48h:CACTAAGAGATGTTAG,Epiblast
SBR-48h:TGATCAGAGTGTTCAC,Epiblast
SBR-48h:CCTCACATCCAACACA,Epiblast
SBR-48h:GACTTCCAGCACTTTG,Epiblast
SBR-48h:TCTTGCGGTATCCCAA,Epiblast
SBR-48h:TGCAGGCCACAGTCAT,Epiblast
SBR-48h:CGTCCATAGAGGGTAA,Epiblast
SBR-48h:GTAACACGTTAGTCGT,Epiblast
SBR-48h:CATCGCTGTACTGACT,Epiblast
SBR-48h:CAGCCAGAGCGCTGCT,Epiblast
SBR-48h:CAGCGTGCAAGCTGTT,Epiblast
SBR-48h:TAACACGGTGGACTAG,Epiblast
SBR-48h:GTCACGGGTTACCCAA,Epiblast
SBR-48h:TGTGCGGGTACGACTT,Epiblast
SBR-48h:CTATCTAAGATTTGCC,Epiblast
SBR-48h:CTTTCGGGTAGAGACC,Exiting naive pluripotency
SBR-48h:CTATCCGAGCACTCAT,Epiblast
SBR-48h:TGGAGAGCATAGGAGC,Epiblast
SBR-48h:CTACAGAGTCCTATAG,Epiblast
SBR-48h:TGTTGAGCAATGTTGC,Epiblast
SBR-48h:AAGTGAAGTCGTGATT,Epiblast
SBR-48h:CCGAACGAGTCGAGGT,Epiblast
SBR-48h:CGATGCGTCCTCTCGA,Epiblast
SBR-48h:AGCGCTGAGTCCCGGT,Epiblast
SBR-48h:CCACTTGCAGACACCC,Epiblast
SBR-48h:CGAGGCTAGGCGATAC,Epiblast
SBR-48h:CTACTATAGCGATTCT,Epiblast
SBR-48h:CCTCTCCGTCATGACT,Epiblast
SBR-48h:AACACACAGGGTACAC,Epiblast
SBR-48h:TGGTACAAGTATTCCG,Epiblast
SBR-48h:ATGAAAGCATCATTGG,Epiblast
SBR-48h:AGTCACACAAGAAATC,Epiblast
SBR-48h:ATTCCTAAGTTCGGTT,Epiblast
SBR-48h:TGCTCGTAGCGATGCA,Epiblast
SBR-48h:CTTACCGAGCGATCGA,Epiblast
SBR-48h:ATGGATCAGCAATAGT,Epiblast
SBR-48h:ATGCGATCAAAGGCTG,Epiblast
SBR-48h:TCTTAGTAGTCTAACC,Epiblast
SBR-48h:TCCATCGAGATTAGCA,Epiblast
SBR-48h:AGAAGCGGTGTACAGG,Epiblast
SBR-48h:AGTGATCAGTCTTGGT,Epiblast
SBR-48h:CGTAGTAAGCTAGATA,Epiblast
SBR-48h:CTCAACCTCTGAGGTT,Epiblast
SBR-48h:ACTGATGGTCATCGCG,Epiblast
SBR-48h:AATTCCTGTATTGGCT,Epiblast
SBR-48h:TCACATTTCCTCTCGA,Epiblast
SBR-48h:GAAGCCCTCGACGCTG,Epiblast
SBR-48h:TCCATGCCAGCGTGCT,Epiblast
SBR-48h:CCCGGAACAACAGATA,Epiblast
SBR-48h:ACATCGATCGATTGAC,Epiblast
SBR-48h:AACAAAGAGCACTAAA,Exiting naive pluripotency
SBR-48h:CTCTGGTCAACAGTGG,Epiblast
SBR-48h:AGGAATAGTAAGAACT,Epiblast
SBR-48h:GCGGATCCAGTCGCAC,Epiblast
SBR-48h:CCTCCTCAGGTTGAGC,Epiblast
SBR-48h:CTGTATTAGCATTGTC,Epiblast
SBR-48h:ACCAAACGTGCCGGTT,Epiblast
SBR-48h:TTCCGGTTCTGGTCAA,Epiblast
SBR-48h:TTACGCCGTTGGACCC,Exiting naive pluripotency
SBR-48h:ATTCCCGTCGAGCTGC,Epiblast
SBR-48h:GGGATCCCAATGTCAC,Epiblast
SBR-48h:GTAGTACTCAATGTCG,Epiblast
SBR-48h:GAGTGTTAGCTCGTGC,Epiblast
SBR-48h:AATTCCTAGACCTGGA,Epiblast
SBR-48h:ACTCTCGAGGGAGTGG,Epiblast
SBR-48h:TTTACCAGTAGTGCGA,Epiblast
SBR-48h:CTCCAACCAACGTTAC,Epiblast
SBR-48h:TGCTCGTGTTTCGTGA,Epiblast
SBR-48h:GCTGCAGCATGGCACC,Epiblast
SBR-48h:GTATTTCTCTGCGAGC,Epiblast
SBR-48h:ATGAAAGGTTTCGACA,Epiblast
SBR-48h:GGTGGCTCAGAGCGTA,Epiblast
SBR-48h:TCATGCCCAGTTGTCA,Epiblast
SBR-48h:AGTACTGTCCAAATGC,Epiblast
SBR-48h:GGGCCATAGGATACCG,Epiblast
SBR-48h:AGTCATGAGGTACAAT,Epiblast
SBR-48h:AGAACAATCTCTGGTC,Epiblast
SBR-48h:GGATGTTCAAGATGGC,Epiblast
SBR-48h:TGTTCCGGTGCATGAG,Epiblast
SBR-48h:AGCTCAAGTGTCTCCT,Epiblast
SBR-48h:GAGGCCTGTCGTCAGC,Epiblast
SBR-48h:TCTAACTTCTTGTTAC,Epiblast
SBR-48h:ATAGACCCATCGCTCT,Epiblast
SBR-48h:CCACTTGGTCGCCTAG,Epiblast
SBR-48h:GTCACTCCATGACGGA,Epiblast
SBR-48h:CACTGTCTCAAGTAAG,Epiblast
SBR-48h:TTCCGTGTCGACGACC,Epiblast
SBR-48h:GTTTGGAGTATGTCAC,Epiblast
SBR-48h:AAACCCATCTCAACGA,Epiblast
SBR-48h:GAAGTAATCAAGATAG,Epiblast
SBR-48h:CTATAGGAGCTTTGTG,Epiblast
SBR-48h:CCTCAGTCATGCCATA,Epiblast
SBR-48h:AACCTGATCGCTTACC,Epiblast
SBR-48h:GATAGAACACTTCATT,Epiblast
SBR-48h:GTACAACAGAGATCGC,Epiblast
SBR-48h:TGTTCATTCAGGTAAA,Epiblast
SBR-48h:GTCCACTGTTGCCGAC,Epiblast
SBR-48h:TAACCAGGTCCGATCG,Epiblast
SBR-48h:ACTGATGGTGAGATTA,Epiblast
SBR-48h:TTGACCCCAGCTACAT,Epiblast
SBR-48h:TTTCACAAGGATCACG,Epiblast
SBR-48h:AGAAGCGGTGAATTGA,Epiblast
SBR-48h:TTGGGCGTCCAAAGGG,Epiblast
SBR-48h:AGGACGACAAGGTCTT,Epiblast
SBR-48h:ATTCTTGTCCTCCACA,Epiblast
SBR-48h:TTCAATCGTTAGAGTA,Epiblast
SBR-48h:TCATTTGGTCTGCGCA,Epiblast
SBR-48h:AAGGAATCAAGCACAG,Epiblast
SBR-48h:AGTGTTGCAGACACCC,Epiblast
SBR-48h:CAGGTATGTTAAAGTG,Epiblast
SBR-48h:AGGATAACAAACTAAG,Epiblast
SBR-48h:AACAAGATCTGTAAGC,Epiblast
SBR-48h:ATCACAGGTTTACGTG,Epiblast
SBR-48h:ACTTATCAGCCGTAAG,Epiblast
SBR-48h:AGTGCCGCACATAACC,Epiblast
SBR-48h:TCGCAGGTCGTGCTCT,Epiblast
SBR-48h:CCTAAGACAGCACACC,Epiblast
SBR-48h:ATTACCTGTAATGATG,Epiblast
SBR-48h:ATCCTATCAGCAATTC,Epiblast
SBR-48h:TGTGCGGCAAGGACAC,Epiblast
SBR-48h:CTTCTAACATCACGGC,Epiblast
SBR-48h:TCAATCTGTATGTCCA,Epiblast
SBR-48h:TCAGTTTAGACCAAGC,Epiblast
SBR-48h:GATGATCTCTCAGTCC,Epiblast
SBR-48h:TGAGGAGCAACCCGCA,Epiblast
SBR-48h:GCTTTCGGTAATGCTC,Epiblast
SBR-48h:CGAAGTTGTACTGCCG,Epiblast
SBR-48h:CTACAGAAGGTCCAGA,Epiblast
SBR-48h:TCATGAGGTGCATGTT,Epiblast
SBR-48h:GCCAGTGTCGACGCGT,Epiblast
SBR-48h:CATTCCGGTGCTAGCC,Exiting naive pluripotency
SBR-48h:ATAGAGAAGATGAAGG,Epiblast
SBR-48h:ACGGTTATCTTCGTGC,Epiblast
SBR-48h:TGATCAGTCACGAGGA,Epiblast
SBR-48h:TGCGATACAGGCCCTA,Epiblast
SBR-48h:TGGGAAGAGATTGTGA,Epiblast
SBR-48h:ACACTGAAGACTTGTC,Epiblast
SBR-48h:GCATCGGCATTCGATG,Epiblast
SBR-48h:ATCTCTAAGCCGTTAT,Exiting naive pluripotency
SBR-48h:TCTACATAGTTGGAGC,Epiblast
SBR-48h:GTGTTAGCACATGTTG,Epiblast
SBR-48h:CTGTAGATCCACGTAA,Epiblast
SBR-48h:ACGTAACCATACCACA,Epiblast
SBR-48h:CGGGACTAGGCCCACT,Epiblast
SBR-48h:TTCCTAAAGTGGCCTC,Epiblast
SBR-48h:ATTCATCTCTCGACCT,Epiblast
SBR-48h:TTCTGTACAGAAGCGT,Epiblast
SBR-48h:TCGAACAAGGCGTTGA,Epiblast
SBR-48h:AGCTTCCAGCGGTATG,Epiblast
SBR-48h:ACTTTCATCATTTGCT,Epiblast
SBR-48h:ATCACTTAGCTCTGTA,Epiblast
SBR-48h:CTTACCGAGTGGTTGG,Epiblast
SBR-48h:CATTTCATCCATCTGC,Epiblast
SBR-48h:GCCGTGAGTGCGTTTA,Epiblast
SBR-48h:ACCTGAAGTTAGGGAC,Epiblast
SBR-48h:CTCAATTTCATCAGTG,Exiting naive pluripotency
SBR-48h:CCGTGAGTCGCACGGT,Epiblast
SBR-48h:ACACTGACAACAGTGG,Epiblast
SBR-48h:CTCAATTTCTCTAAGG,Epiblast
SBR-48h:AACACACAGTCACGCC,Epiblast
SBR-48h:TGAGCGCGTTCAACGT,Epiblast
SBR-48h:TGGTTAGTCTCGGCTT,Epiblast
SBR-48h:AGGGTTTTCCGACAGC,Epiblast
SBR-48h:ATTCTTGGTGGTCAAG,Epiblast
SBR-48h:CATTGTTCACCAGCTG,Epiblast
SBR-48h:ATCGTAGGTGCATTAC,Epiblast
SBR-48h:ATTGGGTCAATGAGCG,Epiblast
SBR-48h:ACTATTCAGCTGTTAC,Epiblast
SBR-48h:ACATTTCGTATACCTG,Epiblast
SBR-48h:TCGGTCTGTGCGACAA,Epiblast
SBR-48h:TCACAAGAGACAGTCG,Epiblast
SBR-48h:GTCCACTCACCCAACG,Epiblast
SBR-48h:ACACGCGAGTGGCCTC,Epiblast
SBR-48h:AGGTTGTCACTACACA,Epiblast
SBR-48h:TTGTGGAAGCAGTACG,Epiblast
SBR-48h:TTAGGGTAGACATATG,Epiblast
SBR-48h:GGTCACGTCCGCAACG,Epiblast
SBR-48h:GCTTCACCAGGTGAGT,Epiblast
SBR-48h:AGTACCATCGGCTGGT,Epiblast
SBR-48h:GGCAGTCTCCCGAAAT,Epiblast
SBR-48h:TCATCCGAGTATGTAG,Epiblast
SBR-48h:CCTTTGGTCGAGTCCG,Epiblast
SBR-48h:TGGTACAGTTTAGAGA,Epiblast
SBR-48h:CCCTTAGTCAGGCGAA,Epiblast
SBR-48h:GAAATGAGTAACCCGC,Epiblast
SBR-48h:ACAACCACAAAGCACG,Epiblast
SBR-48h:GATGGAGCACGTACAT,Epiblast
SBR-48h:AGAACAACAAGTATCC,Epiblast
SBR-48h:CCTAACCGTCTAGATC,Epiblast
SBR-48h:ATTCTTGGTCTAATCG,Epiblast
SBR-48h:ATTACTCAGATGTTGA,Epiblast
SBR-48h:AGCGCCAAGTAGGAAG,Epiblast
SBR-48h:AACAACCCAGTCACGC,Epiblast
SBR-48h:ACTACGAGTGGCCTCA,Epiblast
SBR-48h:ACTTCGCAGTAATACG,Epiblast
SBR-48h:TCCTCCCCACGAGAAC,Epiblast
SBR-48h:AGGACTTGTCTTACTT,Epiblast
SBR-48h:CGGAATTGTAGAATAC,Epiblast
SBR-48h:AAGTTCGGTCGAAACG,Epiblast
SBR-48h:TGCTTGCAGAGATTCA,Epiblast
SBR-48h:CCTTGTGTCGGCTCTT,Epiblast
SBR-48h:TGATTTCTCTGTGCTC,Epiblast
SBR-48h:GTTAGACCAATCACGT,Epiblast
SBR-48h:GCTTTCGGTCGTGGAA,Epiblast
SBR-48h:CATGCAAAGCAGGCTA,Epiblast
SBR-48h:GTCTACCCATCCGAAT,Epiblast
SBR-48h:CGGAATTTCATACAGC,Epiblast
SBR-48h:TTGAACGGTCCGGTCA,Epiblast
SBR-48h:TGGGCGTAGGCTCCCA,Epiblast
SBR-48h:CATAAGCAGGGTTAGC,Epiblast
SBR-48h:TGAGGTTTCACCTACC,Epiblast
SBR-48h:TACTGCCAGCATTTCG,Epiblast
SBR-48h:TAGGGTTTCAAACCCA,Epiblast
SBR-48h:TGGGAGATCAGGAGAC,Epiblast
SBR-48h:GATCATGCATCATCCC,Epiblast
SBR-48h:CAGGTATAGTCGTCTA,Epiblast
SBR-48h:CGAAGGAGTAATACCC,Epiblast
SBR-48h:CCACAAATCGAGAAAT,Epiblast
SBR-48h:TGCATGACATCATCCC,Epiblast
SBR-48h:CCTTGTGAGCACTAAA,Epiblast
SBR-48h:TAAGCGTGTGTTAGCT,Epiblast
SBR-48h:GAATAGATCAAGCCAT,Epiblast
SBR-48h:CGGAATTGTGTATTGC,Epiblast
SBR-48h:TCAGGTAAGTAGCCAG,Exiting naive pluripotency
SBR-48h:GCGAGAATCTCGACCT,Epiblast
SBR-48h:ACAACCACAGGCAATG,Epiblast
SBR-48h:GTAGAAAGTGAGTGAC,Epiblast
SBR-48h:TTGGATGCATGGAGAC,Epiblast
SBR-48h:CTCCATGGTACGGATG,Epiblast
SBR-48h:AAATGGATCAATCGGT,Epiblast
SBR-48h:GAGTCTAGTGCTCCGA,Epiblast
SBR-48h:ATCCATTTCGGCTTCT,Epiblast
SBR-48h:GCGTTTCGTCCTGAAT,Epiblast
SBR-48h:CCTCACAAGTGGATAT,Epiblast
SBR-48h:AGTTAGCAGCGACTAG,Epiblast
SBR-48h:GTAGGAGCATGTCAGT,Epiblast
SBR-48h:CTCAGTCGTCCGGCAT,Epiblast
SBR-48h:CTCAGGGGTCGAATTC,Epiblast
SBR-48h:AGCGATTCAGAAACCG,Epiblast
SBR-48h:GTTAGACGTAACCAGG,Epiblast
SBR-48h:CATCGGGCACAGTCCG,Epiblast
SBR-48h:GGGTCTGAGACAACAT,Epiblast
SBR-48h:ATCACAGCAATAGTCC,Epiblast
SBR-48h:TGCAGATCAAGCTGTT,Epiblast
SBR-48h:GTGCACGTCGATAACC,Epiblast
SBR-48h:AGGATCTCACAGTATC,Epiblast
SBR-48h:GGGACCTTCCAACTGA,Naive pluripotency
SBR-48h:TCATATCAGACTTCAC,Epiblast
SBR-48h:CGATGCGAGCCGAACA,Epiblast
SBR-48h:CGCCAGATCGAGCTGC,Epiblast
SBR-48h:GCCGTGAGTAATGATG,Epiblast
SBR-48h:AGATCGTCATGACCCG,Epiblast
SBR-48h:CACACAACACAGGATG,Epiblast
SBR-48h:ACAAGCTCAATCGAAA,Naive pluripotency
SBR-48h:GGTTAACTCCTACTGC,Epiblast
SBR-48h:TATTTCGCATACTGAC,Epiblast
SBR-48h:CACGGGTTCTACCTTA,Epiblast
SBR-48h:AGTTAGCCAGCTGAAG,Epiblast
SBR-48h:CATGCTCAGCGTTAGG,Epiblast
SBR-48h:TTATTGCCATCGTTCC,Epiblast
SBR-48h:CACATGACATGATCTG,Epiblast
SBR-48h:AGGACTTGTTCTCTCG,Epiblast
SBR-48h:GAGTGTTGTTGCCAAT,Epiblast
SBR-48h:TGGTAGTCATTGCCTC,Epiblast
SBR-48h:GTCCACTGTTGTAGCT,Epiblast
SBR-48h:TCACTCGAGTTGTCGT,Exiting naive pluripotency
SBR-48h:GTCACTCCAGACCCGT,Epiblast
SBR-48h:TGCTTCGAGACGGAAA,Epiblast
SBR-48h:TTTATGCTCATGACAC,Epiblast
SBR-48h:GGGCTACGTTCTGAGT,Epiblast
SBR-48h:TTGGGATCATACATCG,Exiting naive pluripotency
SBR-48h:TTGGATGAGCTCAGAG,Epiblast
SBR-48h:CTGGCAGCAAGAGTAT,Epiblast
SBR-48h:AGAGCAGAGGCATCTT,Epiblast
SBR-48h:CTTCTAAGTTTGGAGG,Epiblast
SBR-48h:ATTACCTAGTAGAGTT,Epiblast
SBR-48h:GTTGTAGAGGGACCAT,Epiblast
SBR-48h:ACATGCACACGCAAAG,Epiblast
SBR-48h:TACCTCGTCTTGTGCC,Epiblast
SBR-48h:AACCTGATCGGACTGC,Epiblast
SBR-48h:TAGGTTGCAGTGTATC,Epiblast
SBR-48h:GAGTTGTCAAGGCGTA,Epiblast
SBR-48h:TGCAGTAGTGAAGCGT,Epiblast
SBR-48h:TACTGCCGTGCAGATG,Epiblast
SBR-48h:GAATCACGTAGATGTA,Epiblast
SBR-48h:CTCATCGCAATCGTCA,Epiblast
SBR-48h:TTTGGTTCAGCGTGCT,Epiblast
SBR-48h:CTACGGGAGGTTGCCC,Epiblast
SBR-48h:ATCCATTAGCGCCCAT,Epiblast
SBR-48h:CAATTTCAGTGGGAAA,Epiblast
SBR-48h:TGTTCTAAGTCGGCAA,Epiblast
SBR-48h:TAAGCGTAGGTGCGAT,Epiblast
SBR-48h:GGAGAACTCCTACTGC,Epiblast
SBR-48h:CGAATTGCATCGCCTT,Epiblast
SBR-48h:TGTGATGTCGAGAACG,Epiblast
SBR-48h:TGCGGCAAGCTGACAG,Epiblast
SBR-48h:AGGCCACGTTAATGAG,Epiblast
SBR-48h:CTTCAATAGGATTCAA,Epiblast
SBR-48h:ACTTTGTGTTGACGGA,Epiblast
SBR-48h:AATCACGTCGCCTAGG,Epiblast
SBR-48h:GTTGCGGAGGGAGTTC,Epiblast
SBR-48h:GAGTTTGGTCGAAACG,Epiblast
SBR-48h:CATACAGCATGCCGCA,Epiblast
SBR-48h:TCGATTTTCTTAGCCC,Epiblast
SBR-48h:TCAGCAAAGCCGGAAT,Epiblast
SBR-48h:CAGATTGTCAAGCCGC,Epiblast
SBR-48h:CGTGCTTTCCACCCTA,Epiblast
SBR-48h:AGTTAGCTCACTAGCA,Epiblast
SBR-48h:AGACTCAGTTGCGGCT,Epiblast
SBR-48h:AGCGTATAGCACTAGG,Epiblast
SBR-48h:ACACGCGCAGGCTTGC,Epiblast
SBR-48h:TACCGAAGTACGGATG,Epiblast
SBR-48h:CTTGAGAAGTGGTGGT,Epiblast
SBR-48h:TTCACGCGTCATGCAT,Exiting naive pluripotency
SBR-48h:AACAACCTCTTACTGT,Epiblast
SBR-48h:CTTTCAAAGGACTAAT,Epiblast
SBR-48h:ACCAAACAGACGACGT,Epiblast
SBR-48h:TGAGCATGTCAAGGCA,Epiblast
SBR-48h:TCATATCTCGGATAAA,Epiblast
SBR-48h:CCTCTAGAGTATAGGT,Epiblast
SBR-48h:AGACCCGAGAGCTGAC,Epiblast
SBR-48h:GACTTCCTCAGTGTTG,Epiblast
SBR-48h:CAGAGCCGTGCGGCTT,Epiblast
SBR-48h:GTGCAGCTCTTACGTT,Epiblast
SBR-48h:GTGTGATAGCAGCAGT,Epiblast
SBR-48h:TCCGATCAGTGCACTT,Epiblast
SBR-48h:GTGCTTCCACGCTGAC,Epiblast
SBR-48h:TACCCGTCACTCCCTA,Epiblast
SBR-48h:TTTGGAGGTACCGGCT,Epiblast
SBR-48h:CCTCTCCGTGCAGATG,Epiblast
SBR-48h:CCTCATGCAACGTATC,Epiblast
SBR-48h:TAAGCGTTCTCCCTAG,Epiblast
SBR-48h:ACCACAACAGACAAGC,Epiblast
SBR-48h:TCGTCCACAAAGCAAT,Epiblast
SBR-48h:TTCATGTTCTCTATAC,Epiblast
SBR-48h:GTTGAACCATACAGAA,Epiblast
SBR-48h:GTGGAGAAGAGCATTA,Exiting naive pluripotency
SBR-48h:CAGGGCTCATATACCG,Epiblast
SBR-48h:CCTCACACAACAGAGC,Exiting naive pluripotency
SBR-48h:AGATGCTCACAAGTGG,Epiblast
SBR-48h:ACTCTCGCATCGCTCT,Epiblast
SBR-48h:CAACGATAGGATATAC,Epiblast
SBR-48h:CGGAATTCAAGAAATC,Epiblast
SBR-48h:TCACATTGTCATAGTC,Epiblast
SBR-48h:TGAGACTCACACGGTC,Epiblast
SBR-48h:CATCAAGCAATGTTGC,Epiblast
SBR-48h:CCTACGTGTGTGTCGC,Epiblast
SBR-48h:CTGAATGCAACGGTAG,Epiblast
SBR-48h:TCAAGTGCAGGACGAT,Epiblast
SBR-48h:GAGGCAATCTATTTCG,Epiblast
SBR-48h:TATCAGGAGAGACAAG,Epiblast
SBR-48h:GAGAGGTCATTGACAC,Epiblast
SBR-48h:TCGATTTTCACTTGTT,Epiblast
SBR-48h:ACTGCAATCCACAGCG,Epiblast
SBR-48h:CGCAGGTGTCTGCCTT,Epiblast
SBR-48h:AAGCATCGTATGCAAA,Epiblast
SBR-48h:ATCACTTTCCACTTTA,Epiblast
SBR-48h:AGACTCAAGAAGTATC,Epiblast
SBR-48h:TATCCTAAGGTACAGC,Epiblast
SBR-48h:CATACCCAGAGGACTC,Epiblast
SBR-48h:AAGACAAGTTCGGTCG,Epiblast
SBR-48h:AGTCACAAGCCATTTG,Epiblast
SBR-48h:GCCCGAACAGTAGGAC,Epiblast
SBR-48h:CCATAAGGTCGTATTG,Epiblast
SBR-48h:TCAGCAAGTTGCCGAC,Epiblast
SBR-48h:GGTGTCGGTAGTCACT,Epiblast
SBR-48h:ATGGGTTTCTGAACGT,Epiblast
SBR-48h:AGGAGGTGTGCAAGAC,Epiblast
SBR-48h:CGGAGAAAGATTTGCC,Epiblast
SBR-48h:CCCTCTCAGTAGTGCG,Epiblast
SBR-48h:TACTTGTGTTTGGGTT,Epiblast
SBR-48h:TCATATCGTAGCTTTG,Epiblast
SBR-48h:GAGTGAGAGTTCACTG,Epiblast
SBR-48h:CCTCTCCAGCCTAGGA,Epiblast
SBR-48h:GATGTTGTCGGCTGAC,Epiblast
SBR-48h:ATCGATGCACAACGAG,Epiblast
SBR-48h:AGGTTGTTCTACACAG,Epiblast
SBR-48h:AGACAGGAGTAGCATA,Epiblast
SBR-48h:TCATCATCATGGCGCT,Epiblast
SBR-48h:CTACTATGTCAGGTGA,Epiblast
SBR-48h:GTAGAGGGTGTAAATG,Epiblast
SBR-48h:GATGCTATCATTGGTG,Epiblast
SBR-48h:CACATGATCCTGTTGC,Epiblast
SBR-48h:TGAGGGATCCTACTGC,Epiblast
SBR-48h:TCCTTTCTCAAACCCA,Epiblast
SBR-48h:GAGTGAGGTCAAAGAT,Epiblast
SBR-48h:AAGGAATAGCGTGCTC,Epiblast
SBR-48h:CGGGACTGTCAAAGCG,Epiblast
SBR-48h:TCTCAGCGTGTCGCTG,Epiblast
SBR-48h:AGTAGTCAGGTCGTAG,Epiblast
SBR-48h:GAACTGTTCATTTACC,Epiblast
SBR-48h:TACAACGAGTCCCTAA,Epiblast
SBR-48h:ACACCAAAGATCCCGC,Epiblast
SBR-48h:TCACGCTGTAATGTGA,Epiblast
SBR-48h:AGGAATAGTGCTAGCC,Epiblast
SBR-48h:CTGCATCTCTGGGCGT,Naive pluripotency
SBR-48h:AGGGCCTAGCGATGCA,Epiblast
SBR-48h:CTCCCTCCATCTAACG,Epiblast
SBR-48h:GGTCTGGTCTCATTGT,Epiblast
SBR-48h:AGCTTCCGTGATCGTT,Epiblast
SBR-48h:TGGATGTGTGGCATCC,Epiblast
SBR-48h:CTAACTTAGTGTTCAC,Epiblast
SBR-48h:AATGACCTCGTGGTAT,Epiblast
SBR-48h:GGAACCCCAGAGCCCT,Epiblast
SBR-48h:ACTCCCAAGCCGGAAT,Epiblast
SBR-48h:GGCTTTCTCCACACAA,Epiblast
SBR-48h:GATGACTAGGTAATCA,Epiblast
SBR-48h:TTCCTCTCAGTTGTTG,Epiblast
SBR-48h:TGACCCTGTTCGGTTA,Epiblast
SBR-48h:GCACTAAAGGCGAAGG,Epiblast
SBR-48h:TAATTCCTCAGCAGAG,Epiblast
SBR-48h:TCCTCTTAGGGTTAGC,Epiblast
SBR-48h:TTGCATTTCTGAGCAT,Epiblast
SBR-48h:CCTCAGTGTGGGTCAA,Epiblast
SBR-48h:TCCTCTTTCGCGGACT,Epiblast
SBR-48h:GTTCTATGTTAGCTAC,Epiblast
SBR-48h:GTGGAAGCATAGCACT,Epiblast
SBR-48h:CAGGCCAAGGGACACT,Exiting naive pluripotency
SBR-48h:TTGTGTTGTCCTTTGC,Epiblast
SBR-48h:TTGCGTCCAACTCCAA,Epiblast
SBR-48h:ATGAAAGCATCGCTAA,Epiblast
SBR-48h:TGCAGGCTCGTAACAC,Epiblast
SBR-48h:CATCGTCAGAATTGCA,Epiblast
SBR-48h:TTTGATCCAATTCGTG,Epiblast
SBR-48h:GGCACGTGTCATCTAG,Epiblast
SBR-48h:CCCGAAGGTTGCTAGT,Epiblast
SBR-48h:TGCACGGAGGACAGTC,Epiblast
SBR-48h:ATCGGCGCAGGGACTA,Epiblast
SBR-48h:TACTTACCATGATGCT,Epiblast
SBR-48h:GATGCTAGTAGAATAC,Epiblast
SBR-48h:GAAGTAATCGGCTGTG,Epiblast
SBR-48h:AAGGTAATCGCTTTAT,Epiblast
SBR-48h:ACCAACATCACGGAGA,Epiblast
SBR-48h:CCGTAGGCACCTGATA,Epiblast
SBR-48h:GTCCTCATCGTTGTGA,Epiblast
SBR-48h:GTTACGACACGAGGTA,Epiblast
SBR-48h:AGACACTTCTTAGCTT,Epiblast
SBR-48h:GTCATTTTCTATACTC,Epiblast
SBR-48h:TGGTGATTCAAACCTG,Epiblast
SBR-48h:TATTGGGGTGTTCCAA,Epiblast
SBR-48h:GTGGAGACAGCGCTTG,Epiblast
SBR-48h:AAGGAATAGTATGTAG,Epiblast
SBR-48h:CCGTAGGCAAACGGCA,Epiblast
SBR-48h:AGGATCTAGCGTGTTT,Epiblast
SBR-48h:TAACGACTCGAGAGCA,Exiting naive pluripotency
SBR-48h:ATTCAGGAGCGCCATC,Epiblast
SBR-48h:CCGTAGGCATGATAGA,Epiblast
SBR-48h:AACCTTTGTAGAATGT,Epiblast
SBR-48h:CTCATCGCAGTTCCAA,Epiblast
SBR-48h:GGTAGAGAGAATCGAT,Epiblast
SBR-48h:CGAGAAGCAGAGTGAC,Epiblast
SBR-48h:CTTCGGTTCTTGCGCT,Epiblast
SBR-48h:GGTAACTCAATCTAGC,Epiblast
SBR-48h:CGCCATTAGCACGGAT,Epiblast
SBR-48h:GGTGTCGCAACGTAAA,Epiblast
SBR-48h:GTCATGAGTAGGAGTC,Epiblast
SBR-48h:GACCCAGGTAGCGTTT,Epiblast
SBR-48h:CACTAAGAGTAGTCCT,Epiblast
SBR-48h:CTGCGAGAGTAGGATT,Epiblast
SBR-48h:ACTTCGCTCGGTCGGT,Epiblast
SBR-48h:CGAGTGCTCCGATTAG,Epiblast
SBR-48h:GGAATCTAGGATACAT,Epiblast
SBR-48h:GGTGTCGCACTGATTG,Epiblast
SBR-48h:GGTTCTCAGGGCAGGA,Epiblast
SBR-48h:AGTTCCCAGTCTTGGT,Epiblast
SBR-48h:AAAGAACAGAAGTCAT,Epiblast
SBR-48h:GGTCACGGTTCGTTCC,Epiblast
SBR-48h:AGTGTTGGTGCACATT,Epiblast
SBR-48h:GCACGTGTCGACACTA,Epiblast
SBR-48h:ACCCTTGTCCCGAAAT,Epiblast
SBR-48h:AGGTTGTGTTGTGTAC,Epiblast
SBR-48h:TGATCTTAGCGAGTAC,Epiblast
SBR-48h:CCCTGATAGCCAGAGT,Epiblast
SBR-48h:TTTACCATCGTAGGAG,Epiblast
SBR-48h:ACATCGACACGAAGAC,Epiblast
SBR-48h:CTTAGGAAGGGCATGT,Epiblast
SBR-48h:GTGTGATCAATACCCA,Epiblast
SBR-48h:CCTAACCAGGTAAGGA,Epiblast
SBR-48h:CACGTTCGTCCTACAA,Epiblast
SBR-48h:TGTTCCGCAGCCCAGT,Epiblast
SBR-48h:GAGGCAAGTACGAGTG,Epiblast
SBR-48h:CGGCAGTGTGTCTAAC,Epiblast
SBR-48h:GTTGTCCAGCCTATTG,Epiblast
SBR-48h:TTGAGTGTCCACGAAT,Epiblast
SBR-48h:GAAGGACGTAGAGGAA,Epiblast
SBR-48h:CTCTGGTAGGGCTTCC,Epiblast
SBR-48h:TTCAGGACACTCATAG,Epiblast
SBR-48h:ACTATGGAGCGCCTAC,Epiblast
SBR-48h:TTGCTGCGTCTTGGTA,Epiblast
SBR-48h:CTCCTCCTCCACTGGG,Epiblast
SBR-48h:ACTATGGAGTTTCGGT,Epiblast
SBR-48h:GAGTTACTCCTATTGT,Epiblast
SBR-48h:CACGGGTGTCGTAATC,Epiblast
SBR-48h:TCAGGTATCGTCTAAG,Epiblast
SBR-48h:GACACGCGTCAAAGTA,Epiblast
SBR-48h:AATAGAGCATACTTTC,Epiblast
SBR-48h:AGGTCATAGGCGTTGA,Exiting naive pluripotency
SBR-48h:AGGGCTCAGATGTAGT,Epiblast
SBR-48h:GAAACCTGTCCACATA,Epiblast
SBR-48h:CAATACGTCGTCTAAG,Epiblast
SBR-48h:CAGGTATCAACCGTGC,Epiblast
SBR-48h:AAAGGGCTCGCGATCG,Epiblast
SBR-48h:CCCTCTCGTAACGATA,Epiblast
SBR-48h:TGTCCCATCGCTTAAG,Epiblast
SBR-48h:TGAGGGACAATCTGCA,Epiblast
SBR-48h:ATTCCTACAGGTTCAT,Epiblast
SBR-48h:TACCTCGAGAGCCGTA,Epiblast
SBR-48h:TCAATTCAGACATCCT,Epiblast
SBR-48h:AAGATAGAGAGCATCG,Epiblast
SBR-48h:CACCGTTAGTGCAGCA,Epiblast
SBR-48h:GGGACAAAGAGCATCG,Epiblast
SBR-48h:ACAGAAACAGTGTACT,Epiblast
SBR-48h:CAAGGGATCTTACCAT,Epiblast
SBR-48h:AAGCGAGAGCGTTGTT,Epiblast
SBR-48h:AAGAACACAACGGCTC,Epiblast
SBR-48h:AACAGGGAGAAGTCCG,Epiblast
SBR-48h:CGATGGCAGAGAGTTT,Epiblast
SBR-48h:GTTTGGATCCGACATA,Epiblast
SBR-48h:TGGGAGAGTACGAGTG,Epiblast
SBR-48h:TGGAGGAAGAACCCGA,Epiblast
SBR-48h:CAGGCCAAGCAACTCT,Epiblast
SBR-48h:GAGAGGTCAAAGGGCT,Epiblast
SBR-48h:TTGTGGAAGGAGGGTG,Epiblast
SBR-48h:GTCTGTCAGCCATGCC,Epiblast
SBR-48h:TCTGGCTTCACCCTTG,Epiblast
SBR-48h:CTGTACCAGTCCTGTA,Epiblast
SBR-48h:GCATCTCAGTTAACGA,Epiblast
SBR-48h:CCCTGATTCAGACAAA,Epiblast
SBR-48h:GTGTTCCAGTTGTCAC,Epiblast
SBR-48h:TAGTGCAGTTTATGCG,Exiting naive pluripotency
SBR-48h:CCCTAACAGGCCCACT,Epiblast
SBR-48h:CGGTCAGGTTGGCCGT,Exiting naive pluripotency
SBR-48h:TGTAACGTCGTAACCA,Epiblast
SBR-48h:GGAGGTATCAGCGCGT,Epiblast
SBR-48h:TCGGGTGCACAAGTGG,Epiblast
SBR-48h:AACGAAAGTAATGTGA,Epiblast
SBR-48h:TCTAACTTCCAGTGCG,Epiblast
SBR-48h:CGCATGGCACACAGAG,Epiblast
SBR-48h:AGGCTGCTCAAAGACA,Epiblast
SBR-48h:CGAATTGCACGACGCT,Epiblast
SBR-48h:AGTCAACTCTCTGCTG,Epiblast
SBR-48h:TCAGTGAAGATCCGAG,Epiblast
SBR-48h:CTGCGAGGTCACTTCC,Epiblast
SBR-48h:TTACTGTGTGTTCGTA,Epiblast
SBR-48h:AGACCCGGTGTACAGG,Epiblast
SBR-48h:CCGGTAGGTATGCGTT,Epiblast
SBR-48h:ATTTCTGTCGACATTG,Epiblast
SBR-48h:AGAAGCGGTCAAATCC,Epiblast
SBR-48h:TTAGGCAAGGCATTTC,Epiblast
SBR-48h:GGAGAACTCGGCATAT,Epiblast
SBR-48h:TGGGATTCAAAGGGCT,Epiblast
SBR-48h:GATCGTACAAGACAAT,Exiting naive pluripotency
SBR-48h:TGATCAGGTATGCTAC,Epiblast
SBR-48h:GTGTAACAGCGACATG,Exiting naive pluripotency
SBR-48h:GTCCTCAAGAGTCTTC,Epiblast
SBR-48h:ACACAGTAGAAGTCAT,Epiblast
SBR-48h:TAAGCCAGTCATAACC,Epiblast
SBR-48h:TGTGGCGGTTGCCTAA,Epiblast
SBR-48h:ATCGGCGCAGCATACT,Epiblast
SBR-48h:ACATCGACAGTGCGCT,Epiblast
SBR-48h:GGTCACGCATTCAGGT,Epiblast
SBR-48h:CGAGTGCAGCATCCTA,Epiblast
SBR-48h:TCGAACAGTCCCTAAA,Epiblast
SBR-48h:AATTCCTTCTCCCAAC,Epiblast
SBR-48h:TCGCTTGGTTCTAAGC,Exiting naive pluripotency
SBR-48h:TGGTGATTCGCAGTGC,Epiblast
SBR-48h:GGTTCTCCAAATCAAG,Epiblast
SBR-48h:TCTATCAAGGTAACTA,Epiblast
SBR-48h:ATCACGAGTGACTGTT,Epiblast
SBR-48h:TTACGTTCAATTGAGA,Epiblast
SBR-48h:GGTAACTCACCTTCGT,Epiblast
SBR-48h:TGGGCTGCAGATAAAC,Epiblast
SBR-48h:TGCGGGTAGCACCTGC,Epiblast
SBR-48h:CGATGGCAGGACAGCT,Epiblast
SBR-48h:AACCTTTTCTGCGGCA,Epiblast
SBR-48h:AAACGCTCAAGAGAGA,Epiblast
SBR-48h:AACAAGAGTCGCTTAA,Epiblast
SBR-48h:AGGAGGTTCACTTGGA,Epiblast
SBR-48h:CAACAACTCCCATAGA,Epiblast
SBR-48h:TTTAGTCCATGTGCTA,Epiblast
SBR-48h:TCGAAGTAGACCATGG,Epiblast
SBR-48h:TCACTCGGTCCGACGT,Epiblast
SBR-48h:ATACCTTTCAACGCTA,Epiblast
SBR-48h:GAAGCCCAGGAAAGGT,Epiblast
SBR-48h:GATTTCTTCGTGGCTG,Epiblast
SBR-48h:ACCCTTGAGCGTTCCG,Epiblast
SBR-48h:TCCTCGATCTGTCGCT,Epiblast
SBR-48h:ATCGCCTTCGAGTCCG,Epiblast
SBR-48h:ATTCATCTCGCCACTT,Epiblast
SBR-48h:CCTCATGGTATAGGGC,Epiblast
SBR-48h:TCGACCTCAGGATGAC,Epiblast
SBR-48h:TGCGACGTCGGCCAAC,Epiblast
SBR-48h:TAACCAGTCAAATGCC,Epiblast
SBR-48h:CGGCAGTGTACACGCC,Epiblast
SBR-48h:GTTAGTGTCTTGCGCT,Epiblast
SBR-48h:TATTGGGAGAGCGACT,Exiting naive pluripotency
SBR-48h:TCGTCCAGTTGCATCA,Epiblast
SBR-48h:AGTTCGAGTCGCACGT,Epiblast
SBR-48h:GGTAACTCATGACAAA,Epiblast
SBR-48h:GTGTTCCTCACCTGGG,Epiblast
SBR-48h:GACTCAAAGCCTCAAT,Epiblast
SBR-48h:GTCAGCGTCATCTCTA,Epiblast
SBR-48h:CACGGGTTCGCAGAGA,Epiblast
SBR-48h:TTCCGGTAGAGATGCC,Epiblast
SBR-48h:GGTTGTATCAGCGGAA,Epiblast
SBR-48h:TAAGCACAGCCTGTGC,Epiblast
SBR-48h:CGGAATTCACGCCAGT,Epiblast
SBR-48h:CAAGCTAAGCCGTTAT,Epiblast
SBR-48h:TAACGACTCGCTCATC,Epiblast
SBR-48h:CGTAGTATCTCGAACA,Epiblast
SBR-48h:TTGGATGTCTGGACCG,Epiblast
SBR-48h:TTCTAGTCATGGAAGC,Epiblast
SBR-48h:GCTACAATCCACAGGC,Naive pluripotency
SBR-48h:CAGATCACACGACGTC,Epiblast
SBR-48h:AAAGTGAGTAGATTGA,Epiblast
SBR-48h:GTTTGGAAGCCTGACC,Epiblast
SBR-48h:CTTGATTCAACAAGTA,Epiblast
SBR-48h:CTGCCTAGTTGTCTAG,Epiblast
SBR-48h:GCTTCACCAGAGTCAG,Epiblast
SBR-48h:AGGGAGTCACAAGGTG,Epiblast
SBR-48h:CTGCGAGCACCGTACG,Epiblast
SBR-48h:GGTTCTCGTTAAGGAT,Epiblast
SBR-48h:GGGCCATTCCATAGGT,Naive pluripotency
SBR-48h:CGGACACGTGTTCGAT,Epiblast
SBR-48h:CCGGTAGGTGGTAACG,Epiblast
SBR-48h:AGACAGGCATCATCTT,Epiblast
SBR-48h:CAAAGAAGTGTCGATT,Epiblast
SBR-48h:GTCTACCTCACGAGGA,Epiblast
SBR-48h:CATCAAGGTAGTGGCA,Epiblast
SBR-48h:TCGGTCTAGTCAGCCC,Epiblast
SBR-48h:CACGAATCAATTAGGA,Epiblast
SBR-48h:GTCCCATTCGGAGTGA,Epiblast
SBR-48h:CTACACGACGCTCTTC,Epiblast
SBR-48h:TGTCAGAAGTCGAAGC,Epiblast
SBR-48h:ACGGGTCTCTGCGTCT,Epiblast
SBR-48h:ACCAAACTCTTGATTC,Epiblast
SBR-48h:TATACCTTCAAACCCA,Epiblast
SBR-48h:GCATGATGTACTGTTG,Epiblast
SBR-48h:TACCGGGGTCTGTCAA,Epiblast
SBR-48h:TACCTGCGTACAGAGC,Epiblast
SBR-48h:GCGGATCGTCCAGCCA,Epiblast
SBR-48h:TCACTATTCTGGGAGA,Epiblast
SBR-48h:AAGTTCGTCCTTCGAC,Epiblast
SBR-48h:TGGAGGACAAATGCGG,Epiblast
SBR-48h:TGCATGAGTCGATTTG,Epiblast
SBR-48h:TAGTGCACATATGAAG,Zscan4+ Artefact
SBR-48h:TCAAGACAGAGCATCG,Epiblast
SBR-48h:ACACTGATCACGAGGA,Epiblast
SBR-48h:GGGTCACCAACAAGTA,Epiblast
SBR-48h:TGTTTGTGTTAACCTG,Epiblast
SBR-48h:TATTGCTCAAATGGCG,Epiblast
SBR-48h:TATCTGTAGATCCCGC,Epiblast
SBR-48h:ACGATGTAGGTGATCG,Epiblast
SBR-48h:CATGGTAGTAACCCGC,Epiblast
SBR-48h:TGTCCACAGACAAGCC,Epiblast
SBR-48h:CGTCCATTCGTGGCGT,Epiblast
SBR-48h:TGCTCGTAGACTTGTC,Epiblast
SBR-48h:TCGGATATCATCCTGC,Epiblast
SBR-48h:CATTGAGCAACTTCTT,Epiblast
SBR-48h:TGAGGAGTCGCAATTG,Epiblast
SBR-48h:CGTAATGGTCATTCCC,Epiblast
SBR-48h:GGGCTACGTTGGGTAG,Epiblast
SBR-48h:CAACCAAAGGGAGTGG,Epiblast
SBR-48h:CCACGTTCATCAGTCA,Epiblast
SBR-48h:GGGTGAAAGGTTAGTA,Epiblast
SBR-48h:CAATACGAGTCCCTAA,Epiblast
SBR-48h:GCCATTCTCCGATAAC,Epiblast
SBR-48h:TGTGTGAAGAGCCTGA,Epiblast
SBR-48h:CAATGACAGAAGCGCT,Epiblast
SBR-48h:GCCAACGAGAATCGAT,Epiblast
SBR-48h:TACCTGCCAACTCCCT,Epiblast
SBR-48h:CTGTGGGAGTAAACGT,Epiblast
SBR-48h:GATAGCTTCCATATGG,Epiblast
SBR-48h:AGGTTGTCACTTGTCC,Epiblast
SBR-48h:TTCCACGAGACGCTCC,Epiblast
SBR-48h:TACATTCTCTAGAGCT,Epiblast
SBR-48h:TGTTGGAGTGCAGGAT,Epiblast
SBR-48h:TAGACTGTCTTGATTC,Epiblast
SBR-48h:GGAGAACGTTTCACAG,Epiblast
SBR-48h:CCCTCTCTCTGTACAG,Epiblast
SBR-48h:CACGAATGTACGCTAT,Epiblast
SBR-48h:AGATAGATCCCAGTGG,Exiting naive pluripotency
SBR-48h:CTCATCGAGCTCCATA,Epiblast
SBR-48h:TCAGGTAGTTATTCTC,Epiblast
SBR-48h:GAATCGTAGATGCTGG,Epiblast
SBR-48h:AGACCATGTGATCGTT,Epiblast
SBR-48h:GTGATGTTCTGCATAG,Epiblast
SBR-48h:TGTGTGAGTGTAGTGG,Epiblast
SBR-48h:AGATGAATCCGTATAG,Epiblast
SBR-48h:GGGATGAAGTTTGCTG,Epiblast
SBR-48h:CATGCCTGTATCGCGC,Epiblast
SBR-48h:AGTGATCTCCTCTGCA,Epiblast
SBR-48h:CGTCCATCACAAGCCC,Epiblast
SBR-48h:TTACTGTTCTCTCTTC,Epiblast
SBR-48h:TACTTCAGTACTAGCT,Epiblast
SBR-48h:AGTGTTGGTCGCAACC,Epiblast
SBR-48h:TCGATTTAGTAAGAGG,Epiblast
SBR-48h:TTCTCTCTCTCGGTAA,Epiblast
SBR-48h:TCAGTCCCATTGGATC,Epiblast
SBR-48h:AGTTAGCCACAAATGA,Epiblast
SBR-48h:GTCCTCAGTGATTAGA,Epiblast
SBR-48h:AGTCTCCTCGAGAAAT,Epiblast
SBR-48h:CTTCGGTCAACCGTGC,Exiting naive pluripotency
SBR-48h:TCCTGCAGTCGTTATG,Epiblast
SBR-48h:GTGTAACAGTAAAGCT,Epiblast
SBR-48h:AGCTTCCCACGTTGGC,Epiblast
SBR-48h:GGGACTCTCTGGCCGA,Epiblast
SBR-48h:TACGTCCAGATCCGAG,Epiblast
SBR-48h:GTCACGGAGTCTAGCT,Epiblast
SBR-48h:AGTGACTAGTAGACCG,Epiblast
SBR-48h:TGTCCACGTCGCAACC,Epiblast
SBR-48h:CCGATCTCATGAAGCG,Epiblast
SBR-48h:CGATGGCTCGTAGTCA,Epiblast
SBR-48h:CTCAAGAAGTTAGAAC,Epiblast
SBR-48h:GCCCGAAAGATGACCG,Epiblast
SBR-48h:GACAGCCAGCCTCTGG,Epiblast
SBR-48h:CCTCCTCTCATTTCGT,Epiblast
SBR-48h:TAGGGTTGTTAGCTAC,Epiblast
SBR-48h:TTTAGTCAGTAGTCAA,Epiblast
SBR-48h:CTGCGAGCAACCACGC,Epiblast
SBR-48h:AGGAGGTTCACTGGTA,Epiblast
SBR-48h:TTTGACTTCGACGACC,Exiting naive pluripotency
SBR-48h:TCAGTTTGTCAATGGG,Epiblast
SBR-48h:AGTGCCGAGCTAGAAT,Epiblast
SBR-48h:ATAGGCTGTAACATAG,Epiblast
SBR-48h:CTTCTCTTCGTTTACT,Epiblast
SBR-48h:AGGCCACCAGCTCGGT,Epiblast
SBR-48h:TCCTCGAAGTTACGTC,Epiblast
SBR-48h:GCCCGAAAGGCCACTC,Epiblast
SBR-48h:GGTCTGGAGGGTGAGG,Epiblast
SBR-48h:AACCTTTAGTTAGTGA,Epiblast
SBR-48h:AGCGATTGTTGCATCA,Exiting naive pluripotency
SBR-48h:AGGACTTAGCTATCCA,Epiblast
SBR-48h:GGGTGTCTCGAAACAA,Epiblast
SBR-48h:TTCGCTGTCAAGTCTG,Epiblast
SBR-48h:TCACTATTCCCGGTAG,Epiblast
SBR-48h:TACCGGGGTAATCAGA,Epiblast
SBR-48h:TGATGGTCACTCCTTG,Epiblast
SBR-48h:CAGCGTGGTACCATAC,Epiblast
SBR-48h:TACATTCCATTCACAG,Epiblast
SBR-48h:ACTATGGTCGGCATAT,Epiblast
SBR-48h:AAATGGAGTTTACCTT,Epiblast
SBR-48h:CTATAGGAGAAGCTCG,Epiblast
SBR-48h:AAAGTGACATGCCATA,Epiblast
SBR-48h:CGTAAGTGTCTACAAC,Epiblast
SBR-48h:CTTTCGGAGTACAGAT,Epiblast
SBR-48h:GGTGAAGTCTGGGCAC,Epiblast
SBR-48h:ATGGGTTAGTATGGAT,Epiblast
SBR-48h:AGGTTACCAAGTATAG,Epiblast
SBR-48h:CTTGAGACAATGAGCG,Epiblast
SBR-48h:AGGGTTTCAAATACGA,Epiblast
SBR-48h:ATAGACCAGTAAACAC,Epiblast
SBR-48h:CGTGATATCTCGTTTA,Epiblast
SBR-48h:TGATGCAAGTAAATGC,Epiblast
SBR-48h:GGAATCTTCGGCTGGT,Epiblast
SBR-48h:TTGGGATGTCGGATTT,Epiblast
SBR-48h:CTTCGGTCATGGCTAT,Epiblast
SBR-48h:GTGGTTATCGAAACAA,Epiblast
SBR-48h:GTAGGAGGTGATGAAT,Epiblast
SBR-48h:TGGGAGAGTTCACGAT,Epiblast
SBR-48h:AGCCAGCGTGTCCTAA,Epiblast
SBR-48h:ACACGCGTCTCTAAGG,Epiblast
SBR-48h:GGACGTCAGAGCATAT,Epiblast
SBR-48h:TCTGCCACAAGGTTGG,Epiblast
SBR-48h:CTACCCAAGCTTCTAG,Epiblast
SBR-48h:AAGTCGTAGAGCAGCT,Epiblast
SBR-48h:AGCGTATTCGATACTG,Epiblast
SBR-48h:TTGTGTTCATGAGTAA,Epiblast
SBR-48h:GATAGAAGTTGTGTAC,Epiblast
SBR-48h:AGTCTCCGTACAAAGT,Epiblast
SBR-48h:AATGGAAGTGCGAGTA,Epiblast
SBR-48h:GATTCTTCAGAGGTTG,Epiblast
SBR-48h:TACCCACTCAACACGT,Epiblast
SBR-48h:TCATACTGTCAATCTG,Epiblast
SBR-48h:TCTTTGACAAAGAGTT,Epiblast
SBR-48h:CTCAACCTCAAGAAAC,Epiblast
SBR-48h:CTTGATTCAAAGGCGT,Epiblast
SBR-48h:GGAGATGGTCGGCCTA,Epiblast
SBR-48h:ACAACCAGTGCATACT,Epiblast
SBR-48h:TATCCTAAGACACACG,Epiblast
SBR-48h:CATAGACAGTGCAACG,Exiting naive pluripotency
SBR-48h:TGGGAGAGTTGATCGT,Naive pluripotency
SBR-48h:CGAAGGAGTTGTCATG,Epiblast
SBR-48h:TCAGCAATCGTGCTCT,Epiblast
SBR-48h:CAACCTCGTGACAACG,Epiblast
SBR-48h:AAAGTGATCTCGAACA,Epiblast
SBR-48h:AGATAGAGTGAATTAG,Epiblast
SBR-48h:CAGGTATAGCTGAGCA,Epiblast
SBR-48h:CAGCAATGTAGACACG,Epiblast
SBR-48h:GTGCTTCTCTTGGTGA,Epiblast
SBR-48h:TAAGCGTCAAGAGTAT,Epiblast
SBR-48h:TGGATGTAGGAAGTGA,Epiblast
SBR-48h:TGGTTAGAGGAGAATG,Epiblast
SBR-48h:TGCGATACAGGCTATT,Epiblast
SBR-48h:TGTCCACTCATGAGAA,Epiblast
SBR-48h:TGGATGTGTTACCTGA,Epiblast
SBR-48h:GATGGAGAGCGTGTTT,Epiblast
SBR-48h:GAAGGACCAATCACGT,Epiblast
SBR-48h:GATGGAGTCGAACCAT,Epiblast
SBR-48h:CCGTAGGGTACAATAG,Epiblast
SBR-48h:ATCTCTATCTATTGTC,Epiblast
SBR-48h:CCTCTAGGTGTCATGT,Epiblast
SBR-48h:CTTTCAAAGATCGGTG,Epiblast
SBR-48h:TTTGGAGAGGTTACCT,Epiblast
SBR-48h:GTTCATTAGGGAGATA,Epiblast
SBR-48h:AGTACTGGTTACCCTC,Epiblast
SBR-48h:TGCGACGAGCGTTCCG,Epiblast
SBR-48h:AGAGCAGAGCGACTAG,Epiblast
SBR-48h:GATCGTATCTAGTTCT,Epiblast
SBR-48h:AACGTCAGTCAACCAT,Epiblast
SBR-48h:GTAGATCCATTGAAGA,Epiblast
SBR-48h:CTCCCAATCTGGCCAG,Epiblast
SBR-48h:GAATCACCAATAGGAT,Epiblast
SBR-48h:CTGGTCTCATGTGGTT,Epiblast
SBR-48h:CAGCGTGGTAATCAGA,Epiblast
SBR-48h:CAGCACGAGCTAGCCC,Epiblast
SBR-48h:GTGCAGCCATGTGCTA,Epiblast
SBR-48h:CACGAATAGAGTGACC,Epiblast
SBR-48h:GATGGAGAGCTCTATG,Epiblast
SBR-48h:TTGGGCGCACTCTGCT,Epiblast
SBR-48h:GACCCAGGTTGTTTGG,Epiblast
SBR-48h:TATTCCAAGTGGATAT,Epiblast
SBR-48h:GGATGTTTCGATCCAA,Epiblast
SBR-48h:GACTTCCAGTAGGATT,Epiblast
SBR-48h:AAGTTCGTCGCTGACG,Epiblast
SBR-48h:CAATGACTCAAGCCGC,Epiblast
SBR-48h:TATTGGGTCAAAGGAT,Epiblast
SBR-48h:TTCATTGTCCACATAG,Epiblast
SBR-48h:TGTTTGTTCCTCGCAT,Epiblast
SBR-48h:CACGTGGTCCTACCAC,Epiblast
SBR-48h:AGGATAAAGAGTAACT,Epiblast
SBR-48h:TGTAGACAGAGTCAAT,Epiblast
SBR-48h:CTATAGGTCGGTAACT,Epiblast
SBR-48h:AGGTCATTCTATCGCC,Epiblast
SBR-48h:TGGGAAGGTAGTCGTT,Epiblast
SBR-48h:AGGACGAAGCAATAAC,Epiblast
SBR-48h:CCACACTGTGCCTGAC,Epiblast
SBR-48h:TTACGCCTCAGAGTTC,Epiblast
SBR-48h:TGCGATAGTGCAGATG,Epiblast
SBR-48h:TCTCTGGCAAATAAGC,Epiblast
SBR-48h:CATAGACAGGGATCAC,Epiblast
SBR-48h:TGCAGGCCATTAGGAA,Epiblast
SBR-48h:TGGGCTGGTTCGGTTA,Epiblast
SBR-48h:GTAATCGTCACATACG,Epiblast
SBR-48h:CGTAAGTAGTGATTCC,Epiblast
SBR-48h:GGATGTTAGGTCTGGA,Epiblast
SBR-48h:TATGTTCGTGAATGAT,Epiblast
SBR-48h:GCTGGGTAGAATAACC,Epiblast
SBR-48h:CTACTATTCATTTCGT,Epiblast
SBR-48h:GTGTAACAGGAGTCTG,Epiblast
SBR-48h:CTATCTATCGCCGAAC,Epiblast
SBR-48h:CCGTTCAGTGCCTGAC,Epiblast
SBR-48h:TGTAAGCCATTGTAGC,Epiblast
SBR-48h:TATCGCCAGGATTTGA,Epiblast
SBR-48h:CAGCAGCAGCTTAAGA,Epiblast
SBR-48h:GGTTCTCTCGCCTAGG,Epiblast
SBR-48h:TGAGACTGTCAAATCC,Epiblast
SBR-48h:CCCTGATAGCGCTTCG,Epiblast
SBR-48h:TGGATCAAGCATAGGC,Epiblast
SBR-48h:GTTGCTCTCTCCAATT,Epiblast
SBR-48h:AGAGCAGCAACGGCTC,Epiblast
SBR-48h:AGATGAAGTGGACAGT,Epiblast
SBR-48h:TACGGTAAGCATAGGC,Epiblast
SBR-48h:AGAGAGCTCAGACCCG,Epiblast
SBR-48h:TTGAACGTCACGGGAA,Epiblast
SBR-48h:AGGGTTTAGACTCTAC,Epiblast
SBR-48h:AGCATCAAGTATGAAC,Epiblast
SBR-48h:TGCGATACAGTTGTTG,Epiblast
SBR-48h:GAAGCGAAGAGTCAAT,Epiblast
SBR-48h:GTGTCCTAGTTGGCTT,Epiblast
SBR-48h:TCCGATCCAACACACT,Epiblast
SBR-48h:CAGCGTGCAGTCGTTA,Epiblast
SBR-48h:TCCGTGTCACGTCATA,Epiblast
SBR-48h:AGATGCTAGTGAGCCA,Epiblast
SBR-48h:GTTCATTAGTTAGTAG,Epiblast
SBR-48h:GTAATGCAGGCTATCT,Epiblast
SBR-48h:TCGGGACTCGCTGTTC,Epiblast
SBR-48h:GAAGCCCGTGACTGTT,Epiblast
SBR-48h:CGTAATGCACGTACTA,Epiblast
SBR-48h:TCGACCTAGCTAGAAT,Epiblast
SBR-48h:TCCGGGAGTTGTACGT,Epiblast
SBR-48h:TTGAACGGTATAGGGC,Epiblast
SBR-48h:ATGGGTTGTAATTAGG,Epiblast
SBR-48h:TGCTCGTCAGACCCGT,Epiblast
SBR-48h:TACCTGCTCTGGCTGG,Epiblast
SBR-48h:CAACCTCCAGAAGTTA,Epiblast
SBR-48h:GTGCTGGCAGCTGCCA,Epiblast
SBR-48h:ATCGTAGTCCTACACC,Epiblast
SBR-48h:TACGCTCTCTGTCAGA,Epiblast
SBR-48h:GCTACAAGTGTGCCTG,Epiblast
SBR-48h:ACACGCGTCACCGGTG,Epiblast
SBR-48h:GTACAGTTCCGAGCTG,Epiblast
SBR-48h:GTTAGTGTCGAAACAA,Epiblast
SBR-48h:AGCCACGAGCGAGTCA,Exiting naive pluripotency
SBR-48h:CCCATTGAGATGTAGT,Epiblast
SBR-48h:ACGGAAGGTCCGTACG,Epiblast
SBR-48h:AGGAATATCTACACTT,Epiblast
SBR-48h:TCAGGGCCACGCGCAT,Epiblast
SBR-48h:CCGATCTGTACTGCGC,Epiblast
SBR-48h:TAAGTCGCATCCTATT,Epiblast
SBR-48h:TGCACGGAGGGCTGAT,Epiblast
SBR-48h:CTTCAATAGGGAGGCA,Epiblast
SBR-48h:GTTCATTAGCATGCAG,Epiblast
SBR-48h:TCGTAGATCTCTCGAC,Epiblast
SBR-48h:CAAGCTATCTGCTTAT,Epiblast
SBR-48h:GGGCCATGTACGTTCA,Epiblast
SBR-48h:CATGCGGGTCGCATCG,Epiblast
SBR-48h:GAGGGTACAATACGAA,Epiblast
SBR-48h:GTTGCGGTCCTAGCGG,Epiblast
SBR-48h:TTCCACGCATCTCGTC,Epiblast
SBR-48h:TACCTCGTCGTAACTG,Epiblast
SBR-48h:GGTAATCGTCAACCTA,Epiblast
SBR-48h:TTTGACTAGATGCAGC,Epiblast
SBR-48h:ACCTGAACAGAAGTTA,Epiblast
SBR-48h:TCTGTCGAGACTGAGC,Epiblast
SBR-48h:ACCTGAAGTACTGACT,Epiblast
SBR-48h:CCACGAGCATGAAAGT,Epiblast
SBR-48h:ACTTCGCGTAGCTGAG,Epiblast
SBR-48h:GTCAAGTAGATTGAGT,Epiblast
SBR-48h:GGATGTTGTCAGCTTA,Epiblast
SBR-48h:GACTCAAGTCTCGGAC,Epiblast
SBR-48h:GACCGTGAGTGCAGCA,Epiblast
SBR-48h:GTCTTTAAGTTGAATG,Epiblast
SBR-48h:ACGATCAAGAGGGTCT,Epiblast
SBR-48h:CTGCGAGGTTGGGCCT,Epiblast
SBR-48h:CGGAACCGTCACAGAG,Epiblast
SBR-48h:AGAAGCGGTCGATTCA,Epiblast
SBR-48h:CATCAAGGTCTTACAG,Epiblast
SBR-48h:AGACAGGCAGAGGCAT,Epiblast
SBR-48h:GTTCCGTGTGGTCTCG,Epiblast
SBR-48h:TGTTACTGTCACTGAT,Epiblast
SBR-48h:TGACAGTGTGAATATG,Epiblast
SBR-48h:TGATCAGCATAGATCC,Epiblast
SBR-48h:ATCGTAGTCGTTCATT,Epiblast
SBR-48h:AAGCATCCAGTAGTGG,Epiblast
SBR-48h:TTGTTTGGTGCCTATA,Epiblast
SBR-48h:CGTGATATCCGTAGGC,Epiblast
SBR-48h:TGGCGTGCAAACTGCT,Epiblast
SBR-48h:TTGTTGTAGAATTGTG,Epiblast
SBR-48h:GTCAAGTCATAGATGA,Epiblast
SBR-48h:TTGCATTGTCGCGTTG,Epiblast
SBR-48h:TTTCATGGTCGTATTG,Epiblast
SBR-48h:CACGTTCCACGCTTAA,Epiblast
SBR-48h:CCAATGAAGGTCCCTG,Naive pluripotency
SBR-48h:GGAGCAAAGGTTGAGC,Epiblast
SBR-48h:GATGTTGTCTGGTGCG,Epiblast
SBR-48h:TGTAGACTCAATCCGA,Epiblast
SBR-48h:AGAGCCCCAATACCTG,Epiblast
SBR-48h:ATGGAGGTCACCATAG,Epiblast
SBR-48h:CAGGTATAGGCACGAT,Epiblast
SBR-48h:TGACGCGAGGGATGTC,Epiblast
SBR-48h:GGTGAAGTCTCGACGG,Epiblast
SBR-48h:TTGGGCGCACTCATAG,Epiblast
SBR-48h:AAGTCGTAGCCAAGTG,Epiblast
SBR-48h:TGCAGTAGTCGAATGG,Epiblast
SBR-48h:TCCATGCTCTCTGGTC,Epiblast
SBR-48h:GTCACGGCAAGGCGTA,Epiblast
SBR-48h:GGTTCTCGTAGCTCGC,Epiblast
SBR-48h:ACTCCCAGTGTATTGC,Epiblast
SBR-48h:GGATCTAGTCTACTGA,Epiblast
SBR-48h:TGTACAGTCTGCGGAC,Epiblast
SBR-48h:TACCTCGTCGGTTGTA,Epiblast
SBR-48h:AACGTCATCGCTTGCT,Epiblast
SBR-48h:TCCTTTCAGGTGCTGA,Epiblast
SBR-48h:TGGGCTGAGCAACAAT,Epiblast
SBR-48h:CGAATTGCAAGGGCAT,Epiblast
SBR-48h:CTGTGAAGTATCGCGC,Epiblast
SBR-48h:TCCCAGTTCCGCATAA,Epiblast
SBR-48h:CATTCATTCCGAGAAG,Epiblast
SBR-48h:TATCCTAGTCCAGCCA,Epiblast
SBR-48h:CCGTAGGAGAGTGTGC,Epiblast
SBR-48h:TACCTGCAGCGCTTCG,Epiblast
SBR-48h:ATACCGACAATACAGA,Epiblast
SBR-48h:TATTGCTTCTAGTGAC,Epiblast
SBR-48h:ACCATTTGTTTGGGAG,Epiblast
SBR-48h:AGTAGCTGTTCTGAGT,Naive pluripotency
SBR-48h:CCTTGTGTCATGCAGT,Epiblast
SBR-48h:GTCATTTTCCCAAGCG,Epiblast
SBR-48h:GCAGCCACAAGTGGGT,Epiblast
SBR-48h:AGGGCCTGTCCTCCTA,Epiblast
SBR-48h:CCTCTAGCAATTGCAC,Epiblast
SBR-48h:TTTATGCAGGATCATA,Epiblast
SBR-48h:CAACGGCCATATCTGG,Epiblast
SBR-48h:AGGGTTTGTGTAGGAC,Epiblast
SBR-48h:AATGACCAGGACAAGA,Exiting naive pluripotency
SBR-48h:AGGATAAAGAGGTCAC,Epiblast
SBR-48h:GTAGGAGTCGTAGAGG,Epiblast
SBR-48h:ATCGGATGTTGTGCAT,Epiblast
SBR-48h:ATGGGAGGTTCTCCAC,Epiblast
SBR-48h:CAATACGAGAATTGCA,Epiblast
SBR-48h:TGTGATGCACTAAACC,Epiblast
SBR-48h:AGTCATGTCGCTGTTC,Epiblast
SBR-48h:GCACGGTCAGCTCTGG,Epiblast
SBR-48h:CATGGATGTGGAATGC,Epiblast
SBR-48h:TTACCATGTCTACAGT,Epiblast
SBR-48h:ATTTCTGGTTGTTGAC,Epiblast
SBR-48h:GGTAACTGTTGGCTAT,Epiblast
SBR-48h:TTGTTTGGTAGGAAAG,Epiblast
SBR-48h:CAGCGTGAGCCAGAGT,Epiblast
SBR-48h:CGAGTGCTCACGACTA,Epiblast
SBR-48h:CATTGCCGTTGCCATA,Epiblast
SBR-48h:CTGTGGGAGTGCAGGT,Epiblast
SBR-48h:AGGACGAAGAAGCGCT,Epiblast
SBR-48h:GCGGAAAGTATCCCTC,Epiblast
SBR-48h:AGGACGAAGATGTAGT,Epiblast
SBR-48h:TGGGCGTTCCCTTGGT,Epiblast
SBR-48h:ATACCGATCTAAACGC,Epiblast
SBR-48h:GGACGTCGTACAGTCT,Epiblast
SBR-48h:CATCCACGTACGACTT,Epiblast
SBR-48h:CACGGGTTCGGCTATA,Epiblast
SBR-48h:ATTCACTCAGTTAGAA,Epiblast
SBR-48h:ACCAAACGTTGGGTAG,Epiblast
SBR-48h:CATCGCTCATTAGGAA,Epiblast
SBR-48h:CCGATCTCAACCAATC,Epiblast
SBR-48h:ATTTACCGTGGCCACT,Epiblast
SBR-48h:TGTTGAGGTATACGGG,Epiblast
SBR-48h:AGCGATTCAGCGGTCT,Epiblast
SBR-48h:GATTGGTCAGGTGTTT,Epiblast
SBR-48h:TTGAGTGTCAAGATAG,Epiblast
SBR-48h:GTAACCAAGACCGTTT,Epiblast
SBR-48h:GACTCAAGTGAATGTA,Epiblast
SBR-48h:AAACGAACATTGAAAG,Epiblast
SBR-48h:CCCTTAGAGCATGTTC,Epiblast
SBR-48h:GTGCACGTCGACCAAT,Epiblast
SBR-48h:TCTGTCGGTACAGTAA,Epiblast
SBR-48h:ATCATTCTCTCGTCAC,Epiblast
SBR-48h:ATCCCTGTCTATCGGA,Epiblast
SBR-48h:TACCGGGGTCCCGGTA,Epiblast
SBR-48h:AGACCCGGTGAACGGT,Epiblast
SBR-48h:GAGGCAACAGGCTCTG,Epiblast
SBR-48h:GATCATGCAAGTGGGT,Epiblast
SBR-48h:GACCAATCAGCACAAG,Epiblast
SBR-48h:AGATGAAAGTCGCCAC,Epiblast
SBR-48h:TTCCGGTAGTACTGGG,Epiblast
SBR-48h:TTGTGTTTCAATCCAG,Epiblast
SBR-48h:GAGTTGTTCATGACAC,Epiblast
SBR-48h:TACATTCTCTGCGTCT,Epiblast
SBR-48h:CTTCCTTAGCACTTTG,Epiblast
SBR-48h:CGGTCAGGTCGTTTCC,Epiblast
SBR-48h:TGTTACTCAACGACTT,Epiblast
SBR-48h:TCCGGGACATGAGGGT,Epiblast
SBR-48h:CTCGAGGGTGAGCTCC,Epiblast
SBR-48h:CAGCCAGTCCATAGGT,Naive pluripotency
SBR-48h:TCTGCCAGTCTAGTGT,Epiblast
SBR-48h:CTCAGGGAGTGGAAAG,Epiblast
SBR-48h:CTGCCATAGGATGGCT,Epiblast
SBR-48h:AACCTGATCGCCGTGA,Epiblast
SBR-48h:GGAGAACAGCTAATGA,Epiblast
SBR-48h:GACTCAACACAGCCTG,Epiblast
SBR-48h:AAAGGGCTCGTCCTTG,Epiblast
SBR-48h:CGTGATACACAAGTGG,Epiblast
SBR-48h:TGGCGTGGTCGTCGGT,Epiblast
SBR-48h:GTGTCCTAGCCGTTGC,Epiblast
SBR-48h:CATAAGCGTCTTTCTA,Epiblast
SBR-48h:TCGCAGGGTATCGTGT,Epiblast
SBR-48h:CGGGCATCAACTCCCT,Zscan4+ Artefact
SBR-48h:AGGGTTTAGGAAGTAG,Epiblast
SBR-48h:ATTTCTGCATACAGCT,Epiblast
SBR-48h:AGGAATATCTAGCAAC,Epiblast
SBR-48h:AATGACCCACTTCCTG,Epiblast
SBR-48h:AGGTGTTCAAGACCGA,Epiblast
SBR-48h:GTTCTATTCTACCTTA,Epiblast
SBR-48h:AAAGAACGTCTGTGCG,Epiblast
SBR-48h:ATAGACCCAAGTCATC,Epiblast
SBR-48h:CATGCAACATCGCTCT,Epiblast
SBR-48h:TGAGGTTTCCTACAAG,Epiblast
SBR-48h:TAGGTTGTCATGGATC,Epiblast
SBR-48h:GTGAGCCGTTGCACGC,Epiblast
SBR-48h:ACTTTCACATAGGTTC,Epiblast
SBR-48h:GAGGGTAGTTCTCGTC,Epiblast
SBR-48h:TAACGACAGTAGTGCG,Epiblast
SBR-48h:GTGCACGTCTGCGGCA,Epiblast
SBR-48h:CTTCTCTGTAGTATAG,Epiblast
SBR-48h:CTTCTCTAGTCTTGGT,Epiblast
SBR-48h:TGGGAAGGTTAGGACG,Epiblast
SBR-48h:TAGGGTTGTCGCCTAG,Epiblast
SBR-48h:ATCCTATAGTCGTCTA,Epiblast
SBR-48h:GTGCAGCAGCCGTTAT,Epiblast
SBR-48h:GCTGAATCACTTGTGA,Epiblast
SBR-48h:GCGATCGAGTTAACGA,Epiblast
SBR-48h:ACCTACCAGCGTCGAA,Epiblast
SBR-48h:TCTACCGTCTATTCGT,Epiblast
SBR-48h:TGAGACTAGAGATTCA,Epiblast
SBR-48h:CTACCCACATAGAGGC,Epiblast
SBR-48h:GCGTTTCTCAAGAATG,Epiblast
SBR-48h:GGAGGTACAAGAGGCT,Epiblast
SBR-48h:GAGGGATTCGCGTGAC,Epiblast
SBR-48h:CTCAGGGAGAAGGTAG,Epiblast
SBR-48h:TAGTGCACAGTAACGG,Epiblast
SBR-48h:TAGGAGGTCACTACGA,Epiblast
SBR-48h:TCGATTTGTGCAATGG,Epiblast
SBR-48h:GTGGGAATCTGCCCTA,Epiblast
SBR-48h:CACACAAAGGGTAGCT,Epiblast
SBR-48h:TCCCATGTCTCGGTCT,Epiblast
SBR-48h:CTACATTTCAGGAAAT,Epiblast
SBR-48h:GATGATCCAAACCGGA,Epiblast
SBR-48h:ACCAACACACCAATTG,Epiblast
SBR-48h:ACGCACGGTCCAGCCA,Epiblast
SBR-48h:CGATCGGCATACTTTC,Epiblast
SBR-48h:TTCGGTCAGATCGACG,Epiblast
SBR-48h:TTACCATAGTTGCATC,Epiblast
SBR-48h:ATCGGATAGACATGCG,Epiblast
SBR-48h:AGATGCTTCGACATCA,Epiblast
SBR-48h:TGCGACGAGCATGAAT,Epiblast
SBR-48h:TCAGGTAGTGGCTCTG,Epiblast
SBR-48h:GTTGTGAGTCACTCAA,Epiblast
SBR-48h:GTGAGTTTCATGGATC,Epiblast
SBR-48h:ACTATGGGTAGCGTTT,Epiblast
SBR-48h:CATTCTATCTGTGCGG,Epiblast
SBR-48h:GACTGATAGTCGTTAC,Epiblast
SBR-48h:CATCGCTAGTGTACAA,Epiblast
SBR-48h:CGCGTGACAGCATTGT,Epiblast
SBR-48h:CCTATCGAGCACGGAT,Epiblast
SBR-48h:CCGGTGAGTTGGTGTT,Epiblast
SBR-48h:CGGAATTAGCGAGGAG,Exiting naive pluripotency
SBR-48h:CTACTATTCATTTACC,Epiblast
SBR-48h:TCCGGGAAGGCCCACT,Epiblast
SBR-48h:GCATTAGCAATGAACA,Epiblast
SBR-48h:TGTCCTGCAGACCTAT,Epiblast
SBR-48h:ACCTGAAGTTGGTACT,Exiting naive pluripotency
SBR-48h:GAGGGATTCGCAAGAG,Epiblast
SBR-48h:TCACTCGTCCAACCGG,Epiblast
SBR-48h:TGATCTTCATAGAAAC,Epiblast
SBR-48h:CAGGCCATCCGCCTAT,Epiblast
SBR-48h:GGGTTATTCGATACGT,Epiblast
SBR-48h:TCGCAGGCAGTTAAAG,Epiblast
SBR-48h:TCTGGCTGTAGGTCAG,Epiblast
SBR-48h:ATGAGGGTCCATTCGC,Epiblast
SBR-48h:AGGCATTTCCAATCTT,Epiblast
SBR-48h:CTCAGTCGTCTAACTG,Epiblast
SBR-48h:GTAGATCGTCACAATC,Epiblast
SBR-48h:AGAGCAGTCACCATGA,Epiblast
SBR-48h:TCGTAGACAGAGGAAA,Epiblast
SBR-48h:GACGTTAGTGATATAG,Epiblast
SBR-48h:GTCCTCAGTGGTGATG,Epiblast
SBR-48h:CCTTGTGCAGTAACGG,Epiblast
SBR-48h:GGATGTTCAGCCGTTG,Epiblast
SBR-48h:GTCCACTTCGCCGAAC,Epiblast
SBR-48h:AAGCGTTTCTCTCGAC,Epiblast
SBR-48h:TGCGACGGTAACGCGA,Epiblast
SBR-48h:GGAGATGGTTAGCTAC,Epiblast
SBR-48h:GCCAGGTAGCTAATCC,Epiblast
SBR-48h:GCTGGGTGTCACTACA,Epiblast
SBR-48h:AGGGTGACATAGCTGT,Epiblast
SBR-48h:GAGTCATTCGGTCACG,Epiblast
SBR-48h:TTGGGCGAGTACAACA,Epiblast
SBR-48h:TGCTCGTTCAACCTCC,Epiblast
SBR-48h:GTTCATTCAGGTCCCA,Naive pluripotency
SBR-48h:GATGACTCAAGGCAAC,Epiblast
SBR-48h:CGTAGTACATCGATAC,Epiblast
SBR-48h:CCTCACAAGCCGATAG,Epiblast
SBR-48h:CCGCAAGCAAAGACTA,Epiblast
SBR-48h:GCACATAGTCACTGAT,Epiblast
SBR-48h:ACCGTTCGTGTGATGG,Epiblast
SBR-48h:CTGGCAGCAAGTTGGG,Epiblast
SBR-48h:GGAACCCCATCGCCTT,Epiblast
SBR-48h:TCACAAGGTTAGGCTT,Epiblast
SBR-48h:CTCAGGGTCCGGTAGC,Epiblast
SBR-48h:CCCGGAAGTTAAACAG,Epiblast
SBR-48h:ACGATCAAGCCGATTT,Exiting naive pluripotency
SBR-48h:GATGACTTCTTCCACG,Epiblast
SBR-48h:GTGGGAAAGTTGTCGT,Epiblast
SBR-48h:GGGCTCATCTACGCGG,Epiblast
SBR-48h:GCTGAATCAATTTCGG,Epiblast
SBR-48h:GCTTCACCAGGTCAGA,Epiblast
SBR-48h:CACGTTCTCACATCAG,Epiblast
SBR-48h:ACACGCGTCCCGAGGT,Epiblast
SBR-48h:TGGAGAGCACCGAATT,Epiblast
SBR-48h:GTGCACGAGCGTATAA,Exiting naive pluripotency
SBR-48h:GCTTGGGTCCATCCGT,Epiblast
SBR-48h:GCCCAGAGTAGTAAGT,Epiblast
SBR-48h:CCTCCAATCGCAAGAG,Epiblast
SBR-48h:CATCCGTGTGGACTGA,Epiblast
SBR-48h:TACGGGCAGTCAGAGC,Epiblast
SBR-48h:TCTACATGTTGGGTTT,Epiblast
SBR-48h:AGTACCATCGGAGTGA,Epiblast
SBR-48h:CTAACTTTCTGAGAGG,Epiblast
SBR-48h:GATCAGTTCGTCGCTT,Epiblast
SBR-48h:CGGAACCAGGGACACT,Epiblast
SBR-48h:TCATGTTTCAGAACCT,Epiblast
SBR-48h:AGATAGAGTGAGTAGC,Epiblast
SBR-48h:GTTGTCCGTCTGCCTT,Epiblast
SBR-48h:GTGCGTGAGAAGGCTC,Epiblast
SBR-48h:CAGATACGTGACTAAA,Epiblast
SBR-48h:GTCAGCGGTCCCAAAT,Epiblast
SBR-48h:CTGTCGTCATTGAAGA,Epiblast
SBR-48h:AGGGCTCCAAGCGATG,Epiblast
SBR-48h:CTACGGGTCTGCGGAC,Epiblast
SBR-48h:AATCGTGCATTCTGTT,Epiblast
SBR-48h:ATCGTCCGTGACGTCC,Epiblast
SBR-48h:TGCGGCAAGGTCTACT,Epiblast
SBR-48h:AATCGTGCACTTCAAG,Epiblast
SBR-48h:TCGACCTCAAGTGCTT,Epiblast
SBR-48h:CTGGCAGAGTTGAATG,Epiblast
SBR-48h:ACACTGAAGTGGGAAA,Epiblast
SBR-48h:GATGTTGCATGAGGGT,Epiblast
SBR-48h:TTCCTAAAGGATTCAA,Epiblast
SBR-48h:ACTCTCGTCGCTAGCG,Epiblast
SBR-48h:TATTGCTTCTCCAATT,Epiblast
SBR-48h:TGTTCTAGTAGGTTTC,Epiblast
SBR-48h:GTCATTTGTCCGGCAT,Epiblast
SBR-48h:GGCAGTCCATACCACA,Epiblast
SBR-48h:TCGTCCAGTACCACGC,Epiblast
SBR-48h:TACCTCGAGGACAGTC,Epiblast
SBR-48h:TCCTTTCCACTATCGA,Epiblast
SBR-48h:CTTGAGAGTTGATGTC,Epiblast
SBR-48h:TCCTTCTCATACATCG,Epiblast
SBR-48h:CTGTACCCACCTGCTT,Epiblast
SBR-48h:TTCTAACAGACGGAAA,Epiblast
SBR-48h:GAACTGTAGCAAATGT,Epiblast
SBR-48h:CTAGACATCCCATACC,Epiblast
SBR-48h:TTGAGTGGTCGTGGTC,Epiblast
SBR-48h:ATTCCCGTCGCTAAAC,Epiblast
SBR-48h:ATCGTGATCGCACTCT,Epiblast
SBR-48h:GGGACTCGTTATGACC,Epiblast
SBR-48h:AGGGTTTAGCCTTCTC,Epiblast
SBR-48h:TACTTGTGTGGCTGCT,Epiblast
SBR-48h:TTGTGGAAGACAACTA,Epiblast
SBR-48h:CACTAAGTCACGGGCT,Epiblast
SBR-48h:TCAGGGCCAGTCGGAA,Epiblast
SBR-48h:CTGTGAACAGCGATTT,Epiblast
SBR-48h:CGTTGGGTCAGCTGAT,Epiblast
SBR-48h:CCACAAAGTGGGAGAG,Epiblast
SBR-48h:CTCAATTTCAAAGGAT,Epiblast
SBR-48h:ACCTACCAGACGGTCA,Epiblast
SBR-48h:GTCTACCTCAGCCTTC,Epiblast
SBR-48h:TTGGATGTCATGCCCT,Epiblast
SBR-48h:AGTCATGCACACGGAA,Epiblast
SBR-48h:GTCGAATCATAGGAGC,Epiblast
SBR-48h:TCTACATAGCGCTGAA,Epiblast
SBR-48h:CCCGAAGGTTCGGCGT,Epiblast
SBR-48h:TAGGAGGCATGTGTCA,Epiblast
SBR-48h:TTCGGTCAGCGACATG,Epiblast
SBR-48h:ACGATCACACCGGTCA,Epiblast
SBR-48h:TAAGCGTCAGTAGTGG,Epiblast
SBR-48h:TGACAGTTCGAGCCTG,Epiblast
SBR-48h:ATTTACCTCGTGGGAA,Epiblast
SBR-48h:TACCTGCGTTCTCAGA,Epiblast
SBR-48h:ATCCACCAGTAAACTG,Epiblast
SBR-48h:TAGACTGCATATACCG,Epiblast
SBR-48h:AATTCCTTCTATCGGA,Epiblast
SBR-48h:TGTGATGGTAAGGCTG,Epiblast
SBR-48h:TCCGTGTGTTTCAGAC,Epiblast
SBR-48h:GTAGGAGTCCAACACA,Epiblast
SBR-48h:GTGGGAATCAGACATC,Epiblast
SBR-48h:GCCAGCATCGAGAACG,Epiblast
SBR-48h:AGATCGTCACGGCACT,Epiblast
SBR-48h:TGGGATTCACGCCACA,Epiblast
SBR-48h:CCTTGTGAGATTAGTG,Epiblast
SBR-48h:CTCTGGTGTGACTGTT,Epiblast
SBR-48h:TTTCCTCGTGGAACCA,Epiblast
SBR-48h:CAGATTGGTTGTCAGT,Epiblast
SBR-48h:GGATCTAAGATGCAGC,Epiblast
SBR-48h:GCGTTTCTCGTCGACG,Epiblast
SBR-48h:TTGTGGACAACAGCCC,Epiblast
SBR-48h:TATCTTGTCGTGGAAG,Epiblast
SBR-48h:TTCCACGTCTTGCGCT,Epiblast
SBR-48h:CGATGCGGTGGATCGA,Epiblast
SBR-48h:ATAGACCAGATGCTTC,Epiblast
SBR-48h:AGTTCCCCAGCATGCC,Epiblast
SBR-48h:TCTCAGCTCACAACCA,Epiblast
SBR-48h:TTTACGTTCCGTATGA,Epiblast
SBR-48h:GAGGCCTGTCCCTAAA,Epiblast
SBR-48h:ACGATCAGTGCATACT,Epiblast
SBR-48h:CAGTTCCAGTCCGCGT,Epiblast
SBR-48h:TACCTGCCAGGTCTCG,Epiblast
SBR-48h:CCTACGTGTGTTTACG,Epiblast
SBR-48h:AGGGTCCGTGTGGACA,Epiblast
SBR-48h:GTTCATTTCGATAACC,Epiblast
SBR-48h:ATCAGGTCAGCCGGTT,Epiblast
SBR-48h:GTCACGGTCCGTGGCA,Epiblast
SBR-48h:TTAGTCTCAAGATGGC,Epiblast
SBR-48h:AGGTCTAAGAAGTATC,Epiblast
SBR-48h:CTGTGGGAGAAGAGCA,Epiblast
SBR-48h:ACAGCCGAGCTCCCTT,Epiblast
SBR-48h:TCACTATTCATGGAGG,Epiblast
SBR-48h:TGACTCCCAGGCACAA,Epiblast
SBR-48h:ACGGAAGGTGGCCTCA,Epiblast
SBR-48h:TTGTTCATCATTTACC,Epiblast
SBR-48h:AGGGAGTCAGCGTGAA,Epiblast
SBR-48h:AACACACTCGCGAAGA,Epiblast
SBR-48h:CAACGATTCTTCACGC,Epiblast
SBR-48h:GTTACAGTCGCCTATC,Epiblast
SBR-48h:GCGAGAACAGGGATAC,Epiblast
SBR-48h:CGTTGGGGTGAGCCAA,Epiblast
SBR-48h:CCACGTTAGGTGCAGT,Epiblast
SBR-48h:GTTATGGGTGTCTCCT,Epiblast
SBR-48h:CGACAGCGTCTGTGGC,Epiblast
SBR-48h:CAGCAGCGTCACTAGT,Epiblast
SBR-48h:GTCTCACTCCTGCCAT,Epiblast
SBR-48h:CGTGATATCCAACTAG,Exiting naive pluripotency
SBR-48h:GTGTCCTAGAGGCTGT,Epiblast
SBR-48h:GTTCTATTCGCATTGA,Epiblast
SBR-48h:ATTTACCGTTTGACAC,Epiblast
SBR-48h:CAGAGCCGTACGTGAG,Epiblast
SBR-48h:GAGTTTGCAATAGAGT,Epiblast
SBR-48h:GGGAGATGTTAGGCCC,Epiblast
SBR-48h:GCCAGGTAGTGGAAAG,Epiblast
SBR-48h:GTGTGATGTAGTACGG,Epiblast
SBR-48h:TGGGATTTCCCGTTGT,Epiblast
SBR-48h:AAGCGAGGTGTGAATA,Epiblast
SBR-48h:ATCGGATGTTGGCCGT,Epiblast
SBR-48h:AATTTCCCATCCTGTC,Epiblast
SBR-48h:TTGGGCGCACACACGC,Epiblast
SBR-48h:CTGTGGGAGACTTCAC,Epiblast
SBR-48h:TATTTCGTCAAGGCTT,Epiblast
SBR-48h:GTCATCCTCTAGATCG,Epiblast
SBR-48h:TAAGCGTAGGCGAAGG,Epiblast
SBR-48h:GCCATGGGTTGTAAAG,Epiblast
SBR-48h:CACGGGTGTCGCCACA,Epiblast
SBR-48h:GACCCTTGTGTCTTCC,Epiblast
SBR-48h:CATGCGGTCTGCATGA,Epiblast
SBR-48h:AGACCCGAGCACCGTC,Epiblast
SBR-48h:AGACAAATCCGTTGAA,Epiblast
SBR-48h:CATGCGGCAAGTATCC,Epiblast
SBR-48h:GTGAGTTGTCCCAAAT,Epiblast
SBR-48h:GGGATGAAGCGCCTAC,Epiblast
SBR-48h:GGGTTTATCCATGCAA,Epiblast
SBR-48h:ACTTTCACACTGATTG,Epiblast
SBR-48h:GTCCTCAAGCAGGTCA,Epiblast
SBR-48h:TTTGGTTGTCGGTGAA,Epiblast
SBR-48h:TACCCACAGAGGGCGA,Epiblast
SBR-48h:GACCCAGTCGATTCCC,Epiblast
SBR-48h:ATACTTCAGTAAGAGG,Epiblast
SBR-48h:GTGGAGAGTCATACCA,Epiblast
SBR-48h:AGATCGTCAGCGAACA,Epiblast
SBR-48h:CCTCACAGTGTCCTAA,Epiblast
SBR-48h:ACGGAAGAGTAAACTG,Epiblast
SBR-48h:TCCTCTTCAGTGCCTG,Epiblast
SBR-48h:ACTATCTAGAGGTATT,Epiblast
SBR-48h:GCTGCAGGTGATCGTT,Epiblast
SBR-48h:ATGACCAGTGGCTGCT,Epiblast
SBR-48h:ATTCGTTGTCACTACA,Epiblast
SBR-48h:TAGGGTTGTGGTCTAT,Epiblast
SBR-48h:GTTAGACCACATTACG,Epiblast
SBR-48h:GGGAAGTCACCGTCGA,Epiblast
SBR-48h:GTCACGGGTACCTTCC,Epiblast
SBR-48h:CTGAGCGCACTTGAAC,Epiblast
SBR-48h:AGGATCTGTGTCGCTG,Epiblast
SBR-48h:AGACCCGTCGCACGGT,Epiblast
SBR-48h:TGAATGCGTTGCAACT,Epiblast
SBR-48h:GTAGGTTAGTTACGGG,Epiblast
SBR-48h:GTTATGGAGTTCCGTA,Epiblast
SBR-48h:CGAAGTTAGATGACAT,Epiblast
SBR-48h:GGGCCATCAACGTTAC,Exiting naive pluripotency
SBR-48h:GTTAGACTCCAAGAGG,Epiblast
SBR-48h:TTGTTTGCACGGTGAA,Epiblast
SBR-48h:GTTGAACGTCACGACC,Epiblast
SBR-48h:TCACATTGTGTAACGG,Epiblast
SBR-48h:CCTCTCCAGTCGTTAC,Epiblast
SBR-48h:TTACTGTAGGTACTGG,Epiblast
SBR-48h:ATGCATGGTAATTAGG,Epiblast
SBR-48h:CATTGTTGTCCGAAGA,Epiblast
SBR-48h:TAGGTACCACTGGCGT,Epiblast
SBR-48h:TGGGTTAGTCGACTTA,Epiblast
SBR-48h:AGTCACAAGCCTCTGG,Epiblast
SBR-48h:TCAGTCCCAGCAGATG,Epiblast
SBR-48h:GGCTTTCCACAACCGC,Epiblast
SBR-48h:CTCAATTGTGAGTCAG,Epiblast
SBR-48h:TCAGTGAGTCATTGCA,Epiblast
SBR-48h:TAAGCCAGTAGGCAAC,Epiblast
SBR-48h:GAAACCTCACAGCATT,Epiblast
SBR-48h:TGACAGTCATTGGATC,Epiblast
SBR-48h:GCAGGCTCAAGGGCAT,Epiblast
SBR-48h:ACGATGTCAAGAAACT,Epiblast
SBR-48h:CGTGAATTCTCAAAGC,Epiblast
SBR-48h:GTGCACGAGTCCTACA,Epiblast
SBR-48h:GTCGCGACAATTCTCT,Epiblast
SBR-48h:CTTTCAACAGAGTTGG,Epiblast
SBR-48h:TTAGGGTCAATAAGGT,Epiblast
SBR-48h:ATCCTATAGAAGGCTC,Epiblast
SBR-48h:TTGTGTTCACGGTGCT,Epiblast
SBR-48h:GTCGAATAGTGGACGT,Epiblast
SBR-48h:GTTTACTGTGTCGATT,Epiblast
SBR-48h:ACCACAACAGGTCTCG,Epiblast
SBR-48h:GGGACCTAGCTCCATA,Epiblast
SBR-48h:GGGCGTTAGACGCCCT,Epiblast
SBR-48h:TAGACCAGTCTTCGAA,Epiblast
SBR-48h:TTCACGCCATATGGCT,Epiblast
SBR-48h:GCATCTCAGATTGAGT,Epiblast
SBR-48h:GCCAGCACAAGCAGGT,Epiblast
SBR-48h:TGTCCACTCGTGAGAG,Epiblast
SBR-48h:CTCAGAAGTCGTCATA,Epiblast
SBR-48h:GTTGTCCAGGGTACAC,Epiblast
SBR-48h:TTTGGAGCATCAACCA,Epiblast
SBR-48h:CAGCAGCGTCTTGAGT,Epiblast
SBR-48h:GTGTGATGTCGTACAT,Epiblast
SBR-48h:TAAGCGTGTACTGCCG,Epiblast
SBR-48h:GAGGCAACAATAAGGT,Epiblast
SBR-48h:ACTGATGGTGCCGGTT,Epiblast
SBR-48h:GCGGATCCAGCGAGTA,Naive pluripotency
SBR-48h:CGAGTGCTCCGATAGT,Exiting naive pluripotency
SBR-48h:ATCCTATAGGTTGTTC,Epiblast
SBR-48h:GTACAGTAGAGCCGTA,Epiblast
SBR-48h:GGTCACGGTGTAGTGG,Epiblast
SBR-48h:GGGTTTACAACATACC,Epiblast
SBR-48h:GGGCTCATCTCGTGGG,Epiblast
SBR-48h:GTTAGTGTCTCCAATT,Epiblast
SBR-48h:TTGCTGCAGTAAAGCT,Epiblast
SBR-48h:AGGGCTCAGAGCAAGA,Epiblast
SBR-48h:TACACCCCATAGGTTC,Epiblast
SBR-48h:CCCTTAGCAGAGGCAT,Epiblast
SBR-48h:GGGTCTGAGACATGCG,Epiblast
SBR-48h:GGCTTGGCATAATCGC,Epiblast
SBR-48h:TGCGGGTAGGTCGTGA,Epiblast
SBR-48h:CTGCCATAGCCGAATG,Epiblast
SBR-48h:TAAGTCGAGTTACTCG,Epiblast
SBR-48h:AGCTACAGTGATTAGA,Epiblast
SBR-48h:AGGACGAAGGTAGTCG,Epiblast
SBR-48h:GTAACCATCGGACTGC,Epiblast
SBR-48h:AGGGAGTGTTGCTAGT,Epiblast
SBR-48h:GAGGGTAGTCCTTGTC,Epiblast
SBR-48h:GTTGTGACACAGGATG,Epiblast
SBR-48h:CTGCATCGTCGGTGTC,Epiblast
SBR-48h:AAACGCTCAAGCACCC,Epiblast
SBR-48h:TCATGGAAGGTGGCTA,Epiblast
SBR-48h:CCTCTAGGTTAGCGGA,Epiblast
SBR-48h:GTCATGATCCAACCAA,Epiblast
SBR-48h:ATCGCCTTCTGGTCAA,Epiblast
SBR-48h:AGAAGCGTCACTTGTT,Epiblast
SBR-48h:ACTGTGAGTAACCCTA,Epiblast
SBR-48h:AAGTCGTAGCCGATTT,Epiblast
SBR-48h:CCTCATGGTCGCTGCA,Epiblast
SBR-48h:AACAAGATCTCATAGG,Epiblast
SBR-48h:CGAGGCTGTTTCGTGA,Epiblast
SBR-48h:GAGACCCAGGCTAAAT,Epiblast
SBR-48h:CGTGAATTCGCTACGG,Epiblast
SBR-48h:TATGTTCTCAATCTTC,Epiblast
SBR-48h:GACAGCCGTCGCTGCA,Epiblast
SBR-48h:TAGCACAGTAACGGTG,Epiblast
SBR-48h:ATCCGTCTCATCCTGC,Epiblast
SBR-48h:ACGGGTCAGAGGGTGG,Epiblast
SBR-48h:CATCGTCGTATCGTAC,Epiblast
SBR-48h:CAGTTCCGTGGCTACC,Epiblast
SBR-48h:GACACGCCAGACGGAT,Epiblast
SBR-48h:CTTTCGGAGGTTGACG,Epiblast
SBR-48h:AGAAGTAGTATACGGG,Epiblast
SBR-48h:GTGATGTTCGGACTGC,Epiblast
SBR-48h:CCACTTGTCTCCAATT,Epiblast
SBR-48h:AGTAGCTTCATAGCAC,Epiblast
SBR-48h:CGGAGAAAGCGGTATG,Epiblast
SBR-48h:CATACCCGTCGTGTTA,Epiblast
SBR-48h:TTACCGCGTAGGGTAC,Epiblast
SBR-48h:TACAGGTAGCCTGAGA,Epiblast
SBR-48h:GATCATGTCCCTCAAC,Epiblast
SBR-48h:TGGGCGTGTCACGCTG,Epiblast
SBR-48h:CTTCTAAAGTCTCGTA,Epiblast
SBR-48h:CATGCGGCAGAACATA,Epiblast
SBR-48h:ATTCCCGCAATCTCTT,Epiblast
SBR-48h:GTGGGAATCTATGTGG,Epiblast
SBR-48h:CCCGGAACAGTTGTTG,Epiblast
SBR-48h:CTGCCTACAATCGCGC,Epiblast
SBR-48h:GGTAATCCATAGGTAA,Epiblast
SBR-48h:TGAGGTTAGTAAGAGG,Epiblast
SBR-48h:GATCATGAGATACAGT,Epiblast
SBR-48h:CCCATTGCAGTCGGTC,Epiblast
SBR-48h:GTGGGAACACTTGACA,Epiblast
SBR-48h:GAGTGAGAGGTAATCA,Epiblast
SBR-48h:AAGGAATAGGATATAC,Epiblast
SBR-48h:TACCGGGTCACCGGTG,Epiblast
SBR-48h:CGAGTGCCATACCAGT,Epiblast
SBR-48h:TTCTAACAGTCGCTAT,Epiblast
SBR-48h:TCAGGGCAGTGGATAT,Epiblast
SBR-48h:CAGGCCAAGCATTTCG,Epiblast
SBR-48h:ATGAAAGTCCCAGCGA,Epiblast
SBR-48h:GAGCTGCAGATACTGA,Epiblast
SBR-48h:CATTCCGTCACCACAA,Epiblast
SBR-48h:CATTCTAGTATGCAAA,Epiblast
SBR-48h:GGGTGAAAGAATCGCG,Epiblast
SBR-48h:GGGTCTGAGGTAGACC,Epiblast
SBR-48h:TAACACGAGTCATGGG,Epiblast
SBR-48h:GACTCTCAGTCCCGGT,Epiblast
SBR-48h:TCATTACTCGTTCTCG,Epiblast
SBR-48h:AGGGAGTAGGTTACCT,Epiblast
SBR-48h:GTAGATCTCAAACGAA,Epiblast
SBR-48h:GTTGAACGTACGTGTT,Epiblast
SBR-48h:AAGCGTTGTCTGTAGT,Epiblast
SBR-48h:CTTAGGAGTCTGTAGT,Epiblast
SBR-48h:AGAACAATCGGATACT,Epiblast
SBR-48h:CGAGTGCCAACGTTAC,Epiblast
SBR-48h:ACCCAAAAGCGACTAG,Epiblast
SBR-48h:TCATGGACATGGGATG,Epiblast
SBR-48h:AGAACAAAGAGCAACC,Epiblast
SBR-48h:CCTCACATCCGCTTAC,Epiblast
SBR-48h:CATTCATAGAGGATCC,Epiblast
SBR-48h:GTTTACTTCGGAAGGT,Epiblast
SBR-48h:CTTTCAATCTGCATAG,Epiblast
SBR-48h:GCACGTGCAGGGAATC,Epiblast
SBR-48h:TAGGTTGTCAAGAAAC,Epiblast
SBR-48h:GGTGGCTGTTTACCAG,Epiblast
SBR-48h:TCCATCGGTCTAACTG,Epiblast
SBR-48h:GTTACCCCAAGTCATC,Epiblast
SBR-48h:TCGTCCAAGCTAATCC,Epiblast
SBR-48h:ATCGTCCGTTATGGTC,Epiblast
SBR-48h:GTTTACTAGTTTCAGC,Epiblast
SBR-48h:GAGGGATTCTTCCCAG,Epiblast
SBR-48h:CTCCGATTCGACGTCG,Epiblast
SBR-48h:TTGGGTACAGCCTATA,Epiblast
SBR-48h:GGACGTCCAGCAGGAT,Epiblast
SBR-48h:AGACAAAGTGAGTGAC,Epiblast
SBR-48h:GTGTTAGAGTAAGCAT,Epiblast
SBR-48h:ATCTTCACATCGAGCC,Epiblast
SBR-48h:CCCTAACAGTAAACTG,Epiblast
SBR-48h:TTGAACGAGTTCGGTT,Epiblast
SBR-48h:GAGTTGTCATAATCCG,Epiblast
SBR-48h:CTTCTCTCACACGCCA,Epiblast
SBR-48h:GAGTTACCATGTTACG,Epiblast
SBR-48h:TCTCCGAGTAAGTTAG,Epiblast
SBR-48h:CCTATCGTCTCTTGCG,Epiblast
SBR-48h:GGGCGTTTCTCAAAGC,Epiblast
SBR-48h:AGCGTATGTGTTCGAT,Epiblast
SBR-48h:AAAGTCCCATCTATCT,Epiblast
SBR-48h:TGGGTTATCTGGACCG,Epiblast
SBR-48h:AGGGAGTAGTATCTGC,Epiblast
SBR-48h:TAGTGCATCCCAAGCG,Epiblast
SBR-48h:TGATTCTCACCGTGGT,Epiblast
SBR-48h:ATGAGGGTCAGGCGAA,Epiblast
SBR-48h:ATCCTATGTCAGTTTG,Epiblast
SBR-48h:GGAGGTAAGATTAGCA,Epiblast
SBR-48h:ACATCCCCAGTGTACT,Epiblast
SBR-48h:TCGTAGAGTTGACTGT,Epiblast
SBR-48h:CGGAGAATCGTTGTGA,Epiblast
SBR-48h:CTTAGGAAGTACTGTC,Epiblast
SBR-48h:TTCTTCCCAACCCGCA,Epiblast
SBR-48h:GACATCACATACTGAC,Epiblast
SBR-48h:GAGTCATAGGTAACTA,Epiblast
SBR-48h:CTGTATTGTTACCTTT,Epiblast
SBR-48h:TTCCAATCAAGAGCTG,Epiblast
SBR-48h:CAACCTCGTTGGACTT,Epiblast
SBR-48h:GTCGAATCAGGCTACC,Epiblast
SBR-48h:GCCATGGTCGCGGTAC,Epiblast
SBR-48h:CATCGTCTCACGGTCG,Epiblast
SBR-48h:CATCGCTCAGGTGAGT,Epiblast
SBR-48h:CGTTAGATCTTCCTAA,Epiblast
SBR-48h:TGAGGTTGTCCCGTGA,Epiblast
SBR-48h:GTCTCACAGCACTAAA,Epiblast
SBR-48h:GGGCGTTAGGAGCTGT,Epiblast
SBR-48h:CTTCAATTCAGTCCGG,Epiblast
SBR-48h:GAGCTGCCAGGTTCCG,Epiblast
SBR-48h:TCCCACAAGATAACGT,Epiblast
SBR-48h:CAAGAGGCATTGAAAG,Epiblast
SBR-48h:TGTCCTGAGGAGCAAA,Epiblast
SBR-48h:CAATCGAAGATTGCGG,Epiblast
SBR-48h:AGGACTTGTAGGACTG,Epiblast
SBR-48h:CATACAGCATGAGGGT,Epiblast
SBR-48h:TTGCGTCAGCAACTTC,Epiblast
SBR-48h:AGACCCGGTGAGTTTC,Epiblast
SBR-48h:TCCGGGATCAACTTTC,Epiblast
SBR-48h:TAAGCCAGTATGGAAT,Epiblast
SBR-48h:GTTTACTAGAGCCTGA,Epiblast
SBR-48h:TTGTTGTGTAGCTGCC,Epiblast
SBR-48h:GTGAGCCCACGGTGAA,Epiblast
SBR-48h:ATATCCTGTACACGCC,Epiblast
SBR-48h:GTCTGTCGTGTCTTCC,Epiblast
SBR-48h:CCTGTTGAGGTTGACG,Exiting naive pluripotency
SBR-48h:CAGTGCGCAGTCCGTG,Epiblast
SBR-48h:GGTGGCTTCCGATCGG,Epiblast
SBR-48h:TTACCGCTCCGATCGG,Epiblast
SBR-48h:TAAGCACCAAGTTGGG,Epiblast
SBR-48h:GGAATCTTCGAAGAAT,Epiblast
SBR-48h:AGACACTGTAGTTAGA,Epiblast
SBR-48h:TTCTCTCAGTCAGGGT,Epiblast
SBR-48h:GAGTCATAGACGGTCA,Epiblast
SBR-48h:TTCTAACGTGGCATCC,Epiblast
SBR-48h:CAGATTGAGGACTGGT,Epiblast
SBR-48h:GTCAGCGAGGGCAATC,Epiblast
SBR-48h:GCCCAGATCGTACACA,Epiblast
SBR-48h:CGAGGAATCTGTCGTC,Epiblast
SBR-48h:GGGACCTCAAGCTGCC,Epiblast
SBR-48h:ATGATCGGTACGTACT,Epiblast
SBR-48h:TTTCACAAGGCACTAG,Epiblast
SBR-48h:GTGGGAAAGCACTCTA,Epiblast
SBR-48h:TCCGAAAGTAGTTCCA,Epiblast
SBR-48h:CCGATGGTCTGAGGTT,Exiting naive pluripotency
SBR-48h:GGGTTTAAGACCAGCA,Epiblast
SBR-48h:TGTGTGAGTGTCTCCT,Epiblast
SBR-48h:GAGTTTGAGGCGACAT,Epiblast
SBR-48h:AGAAGCGTCTACAGGT,Epiblast
SBR-48h:CGTGCTTCAGCAAGAC,Epiblast
SBR-48h:TTCTAACTCATGCCGG,Epiblast
SBR-48h:CCACCATAGAGCCATG,Epiblast
SBR-48h:GATCATGCACGAAAGC,Epiblast
SBR-48h:CCAATGACAAGCAATA,Epiblast
SBR-48h:CTATAGGAGATTGTGA,Exiting naive pluripotency
SBR-48h:CTCTCGAGTAGGTAGC,Epiblast
SBR-48h:CGTTAGATCATTGTTC,Epiblast
SBR-48h:GCAGGCTCAGTCTTCC,Epiblast
SBR-48h:CCACGTTAGACCCGCT,Epiblast
SBR-48h:TGTGGCGTCGGATAAA,Epiblast
SBR-48h:AGAGAGCAGAGAATCT,Epiblast
SBR-48h:GTTTGGACACGCGTCA,Epiblast
SBR-48h:TTGCGTCTCAACTGGT,Epiblast
SBR-48h:TAAGCACTCCTAAGTG,Epiblast
SBR-48h:TTTCAGTCAAAGGGCT,Epiblast
SBR-48h:GATTCGAAGCGACATG,Epiblast
SBR-48h:CTTTCGGGTTAAGGAT,Epiblast
SBR-48h:GGGTAGAGTCACGCTG,Epiblast
SBR-48h:TTAATCCCAATGGGTG,Epiblast
SBR-48h:TGTAACGAGAGAAGGT,Epiblast
SBR-48h:TTCTTGAAGACCATGG,Epiblast
SBR-48h:CCCATTGCACCATAAC,Epiblast
SBR-48h:CTCTGGTAGCATCGAG,Epiblast
SBR-48h:GGATGTTCACGACGTC,Epiblast
SBR-48h:CCCGAAGGTGTATACC,Epiblast
SBR-48h:TGGTAGTCAGCTCGGT,Epiblast
SBR-48h:GAGAGGTCACCAGTTA,Epiblast
SBR-48h:CCGTGAGCATGTACGT,Epiblast
SBR-48h:GTGATGTTCCACTTCG,Epiblast
SBR-48h:TGTAAGCCATTGCTTT,Epiblast
SBR-48h:GTTCCGTCACTGTCGG,Epiblast
SBR-48h:ACTTATCCACGATAGG,Epiblast
SBR-48h:AGTTAGCTCCGTTGGG,Epiblast
SBR-48h:CACACAACAGCCCACA,Epiblast
SBR-48h:ATCCACCTCGTAGCCG,Epiblast
SBR-48h:TGCTTGCCACACTTAG,Epiblast
SBR-48h:TCTCAGCAGCGTCAGA,Epiblast
SBR-48h:ACTTATCAGCTGTACT,Epiblast
SBR-48h:ACTTCGCTCTCTGGTC,Epiblast
SBR-48h:CTTTCGGGTAGCTGCC,Epiblast
SBR-48h:GTAAGTCGTTTACTGG,Epiblast
SBR-48h:TGTTGGAGTCGAATGG,Epiblast
SBR-48h:CATCCCAAGATGCTTC,Epiblast
SBR-48h:TGCATGAGTAGACAAT,Epiblast
SBR-48h:TTGAACGTCGTAGTGT,Epiblast
SBR-48h:TCGACCTTCATGGAGG,Epiblast
SBR-48h:GGTAGAGTCAGGGTAG,Epiblast
SBR-48h:ATTCAGGAGTAGCAAT,Naive pluripotency
SBR-48h:ATTTACCTCGCTTAAG,Epiblast
SBR-48h:CTGAGGCTCATGGCCG,Epiblast
SBR-48h:TTCTTCCAGTGTACAA,Epiblast
SBR-48h:GGTAACTTCTCGAGTA,Epiblast
SBR-48h:TCAGCAACACACGCCA,Epiblast
SBR-48h:CATGCAAGTCCTTTGC,Epiblast
SBR-48h:GTAGAGGCAACACACT,Epiblast
SBR-48h:GTGCGTGTCAGTCCGG,Epiblast
SBR-48h:CATGCGGGTATCACCA,Epiblast
SBR-48h:GGGATCCGTCAACCAT,Epiblast
SBR-48h:TACGCTCAGGTAGACC,Epiblast
SBR-48h:AGGCCACCATGTGACT,Epiblast
SBR-48h:TCATCATGTCCGACGT,Epiblast
SBR-48h:GGTGTTAAGACGACGT,Epiblast
SBR-48h:GACGTTAGTGGATCAG,Epiblast
SBR-48h:CTCTCGACAAATCAGA,Epiblast
SBR-48h:GAGGGTACAAAGGATT,Epiblast
SBR-48h:TGTGTGACAATACGAA,Epiblast
SBR-48h:AGCTACAAGCTTCATG,Epiblast
SBR-48h:CAGATACCAGAGCCCT,Epiblast
SBR-48h:GCTGAATTCAGCGTCG,Epiblast
SBR-48h:CAGTTAGGTCTCAGAT,Epiblast
SBR-48h:TTGGGTAGTACGTACT,Epiblast
SBR-48h:GTCGCGAAGCCTGGAA,Epiblast
SBR-48h:CAGTGCGCAAATGGCG,Epiblast
SBR-48h:TCGTCCAGTCTCACAA,Epiblast
SBR-48h:GTGTGGCAGGGTTAGC,Epiblast
SBR-48h:TGCTTGCCAGTGACCC,Epiblast
SBR-48h:AGAAGCGGTATAGGGC,Epiblast
SBR-48h:GGCTTTCTCCATTCGC,Epiblast
SBR-48h:AGGGTTTCAGCGGTTC,Epiblast
SBR-48h:CGTGTCTAGTGCTCAT,Epiblast
SBR-48h:CTTAGGAAGGAACGTC,Epiblast
SBR-48h:CTTCCGATCGGTATGT,Epiblast
SBR-48h:TGTTCCGGTACATACC,Exiting naive pluripotency
SBR-48h:TGCGGCACAGCTGTAT,Epiblast
SBR-48h:TTGGTTTGTATTCTCT,Epiblast
SBR-48h:GCAGGCTTCTGAGGCC,Epiblast
SBR-48h:CTCCTCCGTTGCGAAG,Epiblast
SBR-48h:TCATTTGGTCGCTGCA,Epiblast
SBR-48h:ATGATCGCAGAGGCAT,Epiblast
SBR-48h:ACGTTCCCAAAGACTA,Epiblast
SBR-48h:GCAGCTGAGCATCGAG,Epiblast
SBR-48h:GTTGCGGAGGCGCTTC,Epiblast
SBR-48h:GTCGTAATCGAGGCAA,Epiblast
SBR-48h:GTGGGAACAGAGGCAT,Epiblast
SBR-48h:GAATCGTCAACACGAG,Epiblast
SBR-48h:CCACGAGGTTCCGGTG,Epiblast
SBR-48h:ATAGAGAAGCATCAAA,Epiblast
SBR-48h:TGATCTTAGAGTTGCG,Epiblast
SBR-48h:CCTTTGGCAAGAATAC,Epiblast
SBR-48h:CCACTTGCAGTCAGAG,Epiblast
SBR-48h:TCATCCGTCAATCCGA,Epiblast
SBR-48h:ACACAGTGTATAGGAT,Epiblast
SBR-48h:GATCCCTGTTTCTATC,Epiblast
SBR-48h:CTACGGGCAGTATACC,Epiblast
SBR-48h:GGAACCCCACAAATAG,Epiblast
SBR-48h:AGTGACTCAATTCTCT,Epiblast
SBR-48h:TGCGGGTCAGTTGTCA,Epiblast
SBR-48h:ATGCGATGTCAACACT,Epiblast
SBR-48h:TTGATGGCATAGAGGC,Epiblast
SBR-48h:TTGTGGACATGAAAGT,Epiblast
SBR-48h:GTAGATCAGCGACTAG,Epiblast
SBR-48h:TTGGGCGGTAAGCGGT,Epiblast
SBR-48h:TGATCAGAGAGCTGAC,Epiblast
SBR-48h:TGCTTGCGTCGGCCTA,Epiblast
SBR-48h:AAGTCGTGTGGTCAAG,Epiblast
SBR-48h:GCTGGGTTCTGTCGTC,Epiblast
SBR-48h:AAGACAATCCGGTAAT,Epiblast
SBR-48h:TCGGGTGCATGCCGAC,Epiblast
SBR-48h:ACCAACAGTGTCCTAA,Epiblast
SBR-48h:TTGGTTTAGCTTAAGA,Epiblast
SBR-48h:CGATCGGTCCCATAAG,Epiblast
SBR-48h:ACAACCAAGTTGGAAT,Epiblast
SBR-48h:CTCTGGTGTGTATTCG,Epiblast
SBR-48h:GTGTGATCACGGTGTC,Epiblast
SBR-48h:ACGGAAGTCCTAGCGG,Epiblast
SBR-48h:ACCATTTCATTCATCT,Epiblast
SBR-48h:GTGCGTGTCCGGTAGC,Epiblast
SBR-48h:CGAGGCTTCACGTCCT,Epiblast
SBR-48h:TAGACCAAGAGCTTTC,Epiblast
SBR-48h:CCTAACCCACGGTCTG,Epiblast
SBR-48h:GTAGGAGTCGAGTACT,Epiblast
SBR-48h:ACTGATGAGCTTTCCC,Epiblast
SBR-48h:TGTGAGTGTTAAACAG,Epiblast
SBR-48h:AATCGACAGACTGAGC,Epiblast
SBR-48h:GAGTGTTCAGTTTCGA,Epiblast
SBR-48h:GACTCTCAGTCGGCAA,Epiblast
SBR-48h:TCTACCGGTCATCGCG,Epiblast
SBR-48h:TGCGGCAAGACATACA,Epiblast
SBR-48h:CTTCCTTGTATAATGG,Epiblast
SBR-48h:TGTGTGAAGCCTTCTC,Epiblast
SBR-48h:CTGTGGGGTCGTACAT,Epiblast
SBR-48h:ATACTTCAGACGGTCA,Epiblast
SBR-48h:ACTTATCCAAGCTGTT,Epiblast
SBR-48h:ATCCATTTCCCTGGTT,Epiblast
SBR-48h:GTACAGTCAGTTACCA,Epiblast
SBR-48h:GGAAGTGCAAAGCGTG,Epiblast
SBR-48h:TCATGAGTCATGCAGT,Epiblast
SBR-48h:GCCTGTTTCTGCGGAC,Epiblast
SBR-48h:TCGAAGTTCGCCAACG,Epiblast
SBR-48h:AGTGCCGCACAATCTG,Epiblast
SBR-48h:ACTGATGAGTGCAGGT,Epiblast
SBR-48h:TGAGCATGTACCCACG,Epiblast
SBR-48h:TAATCTCGTAGGATAT,Epiblast
SBR-48h:AGCGTATCAGTCGCAC,Epiblast
SBR-48h:TTAGGGTGTCTCTCCA,Epiblast
SBR-48h:TGGTGATGTGAGAACC,Epiblast
SBR-48h:ATGATCGCATAATGCC,Epiblast
SBR-48h:ATTCGTTAGCCTGAAG,Epiblast
SBR-48h:CTTCCTTGTTGGAGAC,Epiblast
SBR-48h:CCCGGAATCGGTCAGC,Epiblast
SBR-48h:TGTCCTGTCTCTATAC,Epiblast
SBR-48h:AGTACTGCAGACCAAG,Epiblast
SBR-48h:TGAGCATTCGCATGAT,Epiblast
SBR-48h:CGGAATTTCGGATACT,Epiblast
SBR-48h:CCGCAAGAGTATTAGG,Epiblast
SBR-48h:TGTGTGAGTCTGTGGC,Epiblast
SBR-48h:TTACGCCGTGAATGTA,Epiblast
SBR-48h:TGAGCGCAGGCCACCT,Epiblast
SBR-48h:CTTCAATCAATTCACG,Epiblast
SBR-48h:CAGGCCACATGGGTCC,Epiblast
SBR-48h:TAGAGTCCAAGTGCAG,Naive pluripotency
SBR-48h:GGAGGTACATGACCCG,Epiblast
SBR-48h:TACGGGCAGATGGCAC,Epiblast
SBR-48h:TAAGCGTTCGCTTAAG,Epiblast
SBR-48h:CAGCACGTCTTGGGCG,Epiblast
SBR-48h:GGGTTATTCCCAGGAC,Epiblast
SBR-48h:CTGGTCTGTTAGGCTT,Epiblast
SBR-48h:GTCCTCAAGCACCGAA,Epiblast
SBR-48h:TACAACGCAGGCTTGC,Epiblast
SBR-48h:CCTGCATAGACCTTTG,Epiblast
SBR-48h:TGCTCGTCAGAGTTCT,Epiblast
SBR-48h:TTCAGGAGTCACCACG,Epiblast
SBR-48h:TATTGCTAGAGTTGCG,Epiblast
SBR-48h:TGTTCTATCTTGCGCT,Epiblast
SBR-48h:CGGGTGTTCGAGCTGC,Epiblast
SBR-48h:AGTGATCCAAGTCATC,Epiblast
SBR-48h:TTCCACGGTCGGCCTA,Epiblast
SBR-48h:GCCGTGAAGGTTACAA,Epiblast
SBR-48h:CTAGGTATCACGGGCT,Epiblast
SBR-48h:TGATCTTTCGGCAGTC,Epiblast
SBR-48h:GTTTACTAGTGGGAAA,Epiblast
SBR-48h:CAGCCAGAGCTTTCTT,Epiblast
SBR-48h:CACGTGGAGTCCCAAT,Epiblast
SBR-48h:GACTCAACACCTCTGT,Epiblast
SBR-48h:TGCGACGCAAGAGGTC,Epiblast
SBR-48h:CATGCAATCTGCGGCA,Epiblast
SBR-48h:TGCGGCAAGTGACCTT,Epiblast
SBR-48h:GGTGGCTGTGGGACAT,Epiblast
SBR-48h:CCGAACGAGCTGAAGC,Epiblast
SBR-48h:CGCATAAAGGGATCTG,Epiblast
SBR-48h:ATACCGATCTCGACGG,Epiblast
SBR-48h:GTACAGTGTTCCCACT,Epiblast
SBR-48h:CGATGGCTCGTTCGCT,Epiblast
SBR-48h:GGTGGCTGTACTTCCC,Epiblast
SBR-48h:TTGCTGCGTGTGTGTT,Epiblast
SBR-48h:GCGGAAACACGAAAGC,Epiblast
SBR-48h:CTCAAGACATGTGCTA,Epiblast
SBR-48h:CATCGGGAGCCTGTGC,Epiblast
SBR-48h:TGAGGGATCGCCCAGA,Epiblast
SBR-48h:GGTCTGGGTGTGATGG,Epiblast
SBR-48h:GGGAGATGTATGGAGC,Epiblast
SBR-48h:GACTCTCTCATTGTTC,Epiblast
SBR-48h:TCATCCGGTACAGTAA,Epiblast
SBR-48h:CCTGTTGAGGGCGAAG,Epiblast
SBR-48h:CTTGATTTCATGCCGG,Epiblast
SBR-48h:GGGTTTAAGATGTAGT,Epiblast
SBR-48h:AGGGAGTCAGCCTTCT,Epiblast
SBR-48h:TATTGGGCAGGTGACA,Epiblast
SBR-48h:TGGTGATTCCGATAGT,Epiblast
SBR-48h:CGGGACTAGTTTCGAC,Epiblast
SBR-48h:TGATGGTGTTGATGTC,Epiblast
SBR-48h:GACTCAAGTGTAGTGG,Epiblast
SBR-48h:GTCACGGAGCTTGTGT,Epiblast
SBR-48h:CTGGCAGGTGTTGACT,Epiblast
SBR-48h:GTCTACCGTTCGCGTG,Epiblast
SBR-48h:ACTCTCGGTTCAACGT,Epiblast
SBR-48h:CCGTTCACACAGCATT,Epiblast
SBR-48h:GTCAAGTGTCTGTAAC,Epiblast
SBR-48h:GGGCCATTCCAGTGCG,Epiblast
SBR-48h:GATTCGAGTGTGTACT,Epiblast
SBR-48h:AGGTTACTCGACGAGA,Epiblast
SBR-48h:TGCAGATTCCGATGTA,Epiblast
SBR-48h:TGTTCCGCATAGATCC,Epiblast
SBR-48h:GGTTAACAGCTTGTTG,Epiblast
SBR-48h:CAGATCAGTCGGTGTC,Epiblast
SBR-48h:GACCAATGTATTAAGG,Epiblast
SBR-48h:TGCGATAAGGTAGGCT,Epiblast
SBR-48h:ATCGCCTGTCGCATTA,Epiblast
SBR-48h:CTCCTCCGTCGGTGTC,Epiblast
SBR-48h:ACACGCGAGCATCAAA,Epiblast
SBR-48h:GAGTCATGTGGCTGAA,Epiblast
SBR-48h:ATCGTCCAGGTATTGA,Epiblast
SBR-48h:CGTGTCTGTAGGATAT,Epiblast
SBR-48h:GTTGCTCCAGAGTGTG,Epiblast
SBR-48h:GCTGGGTGTCAAATCC,Epiblast
SBR-48h:CATCGCTTCACATCAG,Epiblast
SBR-48h:GGGTCTGGTAGTCTTG,Epiblast
SBR-48h:TCCACCAAGGGATCGT,Epiblast
SBR-48h:TCACAAGCATGGAAGC,Epiblast
SBR-48h:GTGCAGCAGCTAGAAT,Epiblast
SBR-48h:TCTGTCGGTGTTGCCG,Epiblast
SBR-48h:CGGGTGTTCTGTGCTC,Epiblast
SBR-48h:CCGGTAGCAAGATTGA,Epiblast
SBR-48h:ATCGGCGTCATGGATC,Epiblast
SBR-48h:CATGGATTCCGCGATG,Epiblast
SBR-48h:CGACAGCTCTGCGAGC,Epiblast
SBR-48h:AGGGCTCAGGTCGTAG,Epiblast
SBR-48h:GGAGCAAGTACGGTTT,Epiblast
SBR-48h:CTGTGGGTCCTACCAC,Epiblast
SBR-48h:GATCGTATCCGCCTAT,Epiblast
SBR-48h:TGCTCGTTCAATCTTC,Epiblast
SBR-48h:CGGCAGTAGTAGTCCT,Epiblast
SBR-48h:GTTACCCGTCTTGCGG,Epiblast
SBR-48h:GGAGGTACAAGTTCGT,Epiblast
SBR-48h:GTGTTAGTCTATACTC,Epiblast
SBR-48h:GTTCCGTGTGATCGTT,Epiblast
SBR-48h:TACAGGTAGTCCTGTA,Epiblast
SBR-48h:GTCGAATAGGAGTATT,Epiblast
SBR-48h:CATTGAGGTTGTTGCA,Epiblast
SBR-48h:GGGAGTATCGTCCATC,Epiblast
SBR-48h:GGTGGCTTCCACCTGT,Epiblast
SBR-48h:ATGGATCGTTCTGAGT,Epiblast
SBR-48h:GCCGTGACAGTAGTGG,Epiblast
SBR-48h:TCGTAGAAGAGCAGCT,Epiblast
SBR-48h:GTCGTTCCAGCTATAC,Epiblast
SBR-48h:GCCAACGGTTATGTGC,Epiblast
SBR-48h:TGAGTCAAGAGGGTGG,Epiblast
SBR-48h:ACTTCCGGTGCGGCTT,Epiblast
SBR-48h:CCTCTCCAGCTGAGTG,Epiblast
SBR-48h:CGTGCTTGTAACCCTA,Epiblast
SBR-48h:GGGATGATCAAGGAGC,Epiblast
SBR-48h:TCGGATACAAAGGGTC,Epiblast
SBR-48h:AGTGACTGTCGCTTAA,Epiblast
SBR-48h:CCGGGTAGTACGAGCA,Epiblast
SBR-48h:CTCCCAACAAGAAACT,Epiblast
SBR-48h:CTCATTACAGAACCGA,Exiting naive pluripotency
SBR-48h:AGTACCAGTGTTGCCG,Epiblast
SBR-48h:GTCACGGAGCATGTTC,Epiblast
SBR-48h:GGGTGAAGTGTATCCA,Epiblast
SBR-48h:GGAACCCAGCCTCAGC,Exiting naive pluripotency
SBR-48h:TCAGTGATCGTCCTCA,Epiblast
SBR-48h:AGATGAAAGTCGGCCT,Epiblast
SBR-48h:CGTGTCTAGGGTTAGC,Epiblast
SBR-48h:GCTGGGTGTGTTGATC,Epiblast
SBR-48h:CCCTCAATCCAATGCA,Epiblast
SBR-48h:CCGATGGGTCTGTTAG,Epiblast
SBR-48h:GGTGGCTAGCCTCGTG,Epiblast
SBR-48h:ATGCCTCGTGGTCTCG,Epiblast
SBR-48h:CTTAGGAAGATGCGAC,Epiblast
SBR-48h:TTCTGTACATCGGTTA,Epiblast
SBR-48h:CCACAAAAGGCAGCTA,Epiblast
SBR-48h:GACCAATAGTAACCGG,Epiblast
SBR-48h:AGTAGCTCAGTCTTCC,Epiblast
SBR-48h:TGTTCATTCCTCACGT,Epiblast
SBR-48h:TGTCCACAGGGTATAT,Epiblast
SBR-48h:GGCACGTGTTAGTCGT,Epiblast
SBR-48h:AGGGAGTGTCTCGCGA,Epiblast
SBR-48h:GCTGCAGAGCTTCTAG,Epiblast
SBR-48h:GCAGCCATCGCAGAGA,Epiblast
SBR-48h:CTCACTGAGTCCGCGT,Epiblast
SBR-48h:TTGTGTTAGCTTGTTG,Epiblast
SBR-48h:GGTTGTAAGACCCTTA,Epiblast
SBR-48h:CTTCGGTAGGATATAC,Epiblast
SBR-48h:AAGGAATCAAGCGATG,Epiblast
SBR-48h:CTACGGGTCATCTGTT,Epiblast
SBR-48h:CATCAAGCAGGTGTTT,Epiblast
SBR-48h:GATTGGTTCTCCGAAA,Epiblast
SBR-48h:CCACGAGTCTGGAGAG,Epiblast
SBR-48h:CATCCCAGTACCGCGT,Epiblast
SBR-48h:TGCGGGTTCGACACCG,Epiblast
SBR-48h:ACGATCACAGACACAG,Epiblast
SBR-48h:CGTTGGGAGGGATCTG,Epiblast
SBR-48h:ATACCGATCAGTGGGA,Epiblast
SBR-48h:CGATGCGAGTAACCTC,Epiblast
SBR-48h:CTCCACATCTTCGACC,Epiblast
SBR-48h:TTGTGTTGTTCTCAGA,Epiblast
SBR-48h:CTACCCAAGTTCCAGT,Epiblast
SBR-48h:ACGTTCCGTGTATCCA,Epiblast
SBR-48h:GTCGCGATCGCCAGAC,Epiblast
SBR-48h:GTAGAGGTCAAACGTC,Epiblast
SBR-48h:GGAGGATCAGGCCTGT,Epiblast
SBR-48h:TGGGAAGTCTCGTCGT,Epiblast
SBR-48h:GTCGCGATCTCCTGCA,Epiblast
SBR-48h:TGCAGGCTCATCTCTA,Epiblast
SBR-48h:TGGAGAGTCGTCGCTT,Epiblast
SBR-48h:AGTACTGAGGGAGTTC,Epiblast
SBR-48h:GATGGAGGTCGTTATG,Epiblast
SBR-48h:TCGGGCAGTGCATGTT,Epiblast
SBR-48h:TTCAGGAGTCAAATCC,Epiblast
SBR-48h:CTCCAACTCTTACGGA,Epiblast
SBR-48h:GTTGCTCAGATGACCG,Epiblast
SBR-48h:CATTTCATCAACTACG,Epiblast
SBR-48h:CTCCACATCACAATGC,Epiblast
SBR-48h:TTCCGTGTCTGGAAGG,Epiblast
SBR-48h:TTGCGTCTCCACACAA,Epiblast
SBR-48h:GGGTATTTCCCGTGAG,Epiblast
SBR-48h:AGGAGGTAGAAAGCGA,Epiblast
SBR-48h:TCGTCCACAACTGGTT,Epiblast
SBR-48h:GTGGTTATCCTAGCCT,Epiblast
SBR-48h:AGGCCACTCAGGTGTT,Epiblast
SBR-48h:ATTCATCCATGTTCGA,Epiblast
SBR-48h:GCTGGGTGTACAAGTA,Epiblast
SBR-48h:GGATGTTGTGATTCTG,Epiblast
SBR-48h:CCGTGAGTCCCTCTTT,Epiblast
SBR-48h:GAAGCGACATGGCGCT,Epiblast
SBR-48h:GTCGTTCCAGAACTAA,Epiblast
SBR-48h:CGTTGGGTCACGTAGT,Epiblast
SBR-48h:TCGACCTCACGTCTCT,Epiblast
SBR-48h:CGGGACTAGTCGCTAT,Epiblast
SBR-48h:CGTGAATTCATAAGGA,Epiblast
SBR-48h:ACATCCCCAAGTACCT,Epiblast
SBR-48h:CATCCACTCTTTCTAG,Epiblast
SBR-48h:GGGTGTCGTCGCATGC,Epiblast
SBR-48h:TCAGTGAAGCTGTTAC,Epiblast
SBR-48h:AGGTGTTTCGCGGACT,Epiblast
SBR-48h:TCCATGCAGCTGACCC,Epiblast
SBR-48h:CGCATGGCAAGACCGA,Epiblast
SBR-48h:TCATGGATCCTTACCG,Epiblast
SBR-48h:AACAGGGCAAGACAAT,Epiblast
SBR-48h:GCGGATCTCAATCCAG,Epiblast
SBR-48h:GATGATCGTTGAGTCT,Epiblast
SBR-48h:CTGTCGTGTTCTCCCA,Epiblast
SBR-48h:GTGCGTGAGCTAGAGC,Epiblast
SBR-48h:GTTGCTCAGAAGAACG,Epiblast
SBR-48h:GGACGTCTCTGGTCAA,Epiblast
SBR-48h:TTCATGTTCTGAGAGG,Epiblast
SBR-48h:ACGGTCGGTGTTCATG,Epiblast
SBR-48h:CATTCATGTACCTAAC,Epiblast
SBR-48h:TGCTTCGTCTCCTACG,Epiblast
SBR-48h:TTCTTGAAGAGAAGGT,Epiblast
SBR-48h:ACTTCCGCAACAGTGG,Epiblast
SBR-48h:GTCCTCAAGCTGGTGA,Epiblast
SBR-48h:GACTTCCCATTCCTCG,Epiblast
SBR-48h:TGAGCATCACATTGTG,Epiblast
SBR-48h:GTTGCGGGTTGTAGCT,Epiblast
SBR-48h:AGCATCAAGGAGAGTA,Epiblast
SBR-48h:AGGTCATCAATAGGGC,Epiblast
SBR-48h:GGCTGTGAGCGTCAAG,Epiblast
SBR-48h:TAGACTGAGTTGCTCA,Epiblast
SBR-48h:GCCCGAATCCTATGGA,Epiblast
SBR-48h:TTGGGTACATCTGCGG,Epiblast
SBR-48h:GTCGTAACAATCGAAA,Epiblast
SBR-48h:GTCGTTCGTGAATTGA,Epiblast
SBR-48h:GTCAGCGAGTGAGGTC,Epiblast
SBR-48h:TATCCTAAGTTTGTCG,Epiblast
SBR-48h:GTCGCGAAGAAACCAT,Epiblast
SBR-48h:CACGGGTAGTCGGGAT,Epiblast
SBR-48h:TGTCCACAGGCCCGTT,Epiblast
SBR-48h:CAAGAGGGTCCGGTGT,Epiblast
SBR-48h:GTTCCGTAGCACTCCG,Epiblast
SBR-48h:TTTGTTGGTTCAGCTA,Epiblast
SBR-48h:GGGACAACAGCCCACA,Epiblast
SBR-48h:CTCAAGAGTCAAGCCC,Epiblast
SBR-48h:AGAGCAGAGCGTCAGA,Epiblast
SBR-48h:TGATGGTAGTGTTGAA,Zscan4+ Artefact
SBR-48h:GTGCTGGAGACGGAAA,Epiblast
SBR-48h:TCTTAGTTCGGTGTAT,Epiblast
SBR-48h:GGACGTCGTCGAGCAA,Epiblast
SBR-48h:TCATTCATCTGCGGCA,Epiblast
SBR-48h:TGCAGGCAGGTATTGA,Epiblast
SBR-48h:GTCGAATAGCTTACGT,Epiblast
SBR-48h:TCGTCCACAGAGTCTT,Epiblast
SBR-48h:AACAAGATCGAACCAT,Epiblast
SBR-48h:CCTCCTCGTAATGCGG,Epiblast
SBR-48h:AGACACTAGCGGACAT,Epiblast
SBR-48h:CTTGAGAGTCGTGTTA,Epiblast
SBR-48h:TCAAGCAAGCGTCAAG,Epiblast
SBR-48h:GTCGAATAGCAAGTCG,Epiblast
SBR-48h:GTTAGACAGCCTCGTG,Epiblast
SBR-48h:ATACTTCCATCCGATA,Naive pluripotency
SBR-48h:GTCGAATTCGTTCCTG,Epiblast
SBR-48h:TCCTAATCAGAAGCTG,Epiblast
SBR-48h:CACGGGTTCAAGAGGC,Epiblast
SBR-48h:TCGAAGTTCCCGAGTG,Epiblast
SBR-48h:CTGATCCGTCAAAGTA,Epiblast
SBR-48h:GGGCTCAAGATGCCGA,Epiblast
SBR-48h:GTCGCGACATGATAGA,Epiblast
SBR-48h:TGTTACTGTAGATTGA,Epiblast
SBR-48h:TTGGGATCATAGGCGA,Epiblast
SBR-48h:CGCGTGACATAATGAG,Epiblast
SBR-48h:CAGCGTGTCTTAGCCC,Epiblast
SBR-48h:TGTCAGATCTTTCCGG,Epiblast
SBR-48h:TTTGGAGCATCGGCCA,Naive pluripotency
SBR-48h:CCGTGAGAGCGGTATG,Epiblast
SBR-48h:TTTACCATCGACACTA,Epiblast
SBR-48h:CAGAGCCGTCAAACGG,Epiblast
SBR-48h:ATGGGTTAGCTTCTAG,Epiblast
SBR-48h:CGTGAATCAGGCACTC,Epiblast
SBR-48h:ATGCGATCATCCCACT,Epiblast
SBR-48h:CTTACCGTCCATCGTC,Epiblast
SBR-48h:ATGCCTCTCCTAGAGT,Epiblast
SBR-48h:CGAATTGAGGAGGTTC,Epiblast
SBR-48h:TCGGGCATCCGTATAG,Epiblast
SBR-48h:TCAATCTAGCGACAGT,Epiblast
SBR-48h:ACGATCAAGTGGTGAC,Epiblast
SBR-48h:TCCTTTCCATCTGTTT,Epiblast
SBR-48h:TATTGGGCATGGGATG,Epiblast
SBR-48h:TATTGCTTCGCACGGT,Epiblast
SBR-48h:ACAGCCGGTACAGCGA,Epiblast
SBR-48h:TGGGCGTCATCCAACA,Epiblast
SBR-48h:GCCCGAATCTAGGCAT,Epiblast
SBR-48h:GGGATGAGTGGCAGAT,Epiblast
SBR-48h:TGAGCATAGGGATCTG,Epiblast
SBR-48h:GCACTAAAGGCTGTAG,Epiblast
SBR-48h:GGAGCAAGTCAAACGG,Epiblast
SBR-48h:TCAGCAAGTTCATCGA,Epiblast
SBR-48h:TGTAACGTCATTACGG,Epiblast
SBR-48h:TCCATGCCAACTCGAT,Epiblast
SBR-48h:TCTGCCATCTGGGTCG,Epiblast
SBR-48h:GTTGCTCCAAACGTGG,Epiblast
SBR-48h:GGGTGAACAGTCCGTG,Epiblast
SBR-48h:AGATAGAGTGTCTAAC,Epiblast
SBR-48h:GTAGTACCATAGGTTC,Epiblast
SBR-48h:CTATAGGCAGATTCGT,Epiblast
SBR-48h:GTTTGGAAGGGCTTCC,Epiblast
SBR-48h:TGAGACTGTGATAGTA,Epiblast
SBR-48h:TGACGCGTCAGGTGTT,Epiblast
SBR-48h:GGTCTGGAGAAGCGCT,Epiblast
SBR-48h:ATAGAGACAGGTACGA,Epiblast
SBR-48h:GGGACCTCACGCCACA,Epiblast
SBR-48h:GCCAGGTAGCTCGACC,Epiblast
SBR-48h:CGTCCATCATGATAGA,Epiblast
SBR-48h:CAAGAGGTCCGCTGTT,Epiblast
SBR-48h:TGTTACTAGGTCCGAA,Epiblast
SBR-48h:CAGCCAGAGATGTAGT,Epiblast
SBR-48h:GGAACCCTCGCCGAGT,Epiblast
SBR-48h:CAGAGCCTCCATTTGT,Epiblast
SBR-48h:TACGCTCTCAATCGGT,Epiblast
SBR-48h:TGCAGTACAGAATGTA,Epiblast
SBR-48h:TTGGTTTAGCCAAGTG,Epiblast
SBR-48h:CGTGATAAGGAGGTTC,Epiblast
SBR-48h:GTGCAGCGTTCAGCTA,Epiblast
SBR-48h:CCGTGAGTCAGACCGC,Epiblast
SBR-48h:AAGCATCGTGGCTGAA,Epiblast
SBR-48h:CCGGTGAAGCGATGAC,Epiblast
SBR-48h:TCGTGGGAGACATCAA,Epiblast
SBR-48h:GAATCGTTCGCGAAGA,Epiblast
SBR-48h:TCGTGGGAGCAGCCCT,Epiblast
SBR-48h:TCGGGACAGGTATTGA,Epiblast
SBR-48h:AACCCAATCGGACTGC,Epiblast
SBR-48h:TACCCGTGTCGAGCTC,Epiblast
SBR-48h:TGCTGAATCGTTATCT,Epiblast
SBR-48h:GCGATCGGTATCCTCC,Epiblast
SBR-48h:TCAGTGAGTAAGAACT,Epiblast
SBR-48h:ACCGTTCTCGCGTAGC,Epiblast
SBR-48h:TGAGCGCTCGCTACGG,Epiblast
SBR-48h:TTCGATTCAGTCGTTA,Epiblast
SBR-48h:CGACAGCTCGGATTAC,Epiblast
SBR-48h:CCTCTCCCACAGCTTA,Epiblast
SBR-48h:GGCGTCACACACCTGG,Epiblast
SBR-48h:GCTGAATTCAAGTTGC,Epiblast
SBR-48h:CATGCTCGTCAGCGTC,Epiblast
SBR-48h:CCCTCAACAGAGAGGG,Epiblast
SBR-48h:CTGTGAAAGCGATGAC,Epiblast
SBR-48h:CGGTCAGCAGGTGGAT,Epiblast
SBR-48h:TAGAGTCGTCTGTGTA,Epiblast
SBR-48h:ATTGGGTGTTTGATCG,Epiblast
SBR-48h:GTCGCGACAATTGCTG,Epiblast
SBR-48h:TTCATGTAGTAGCTCT,Epiblast
SBR-48h:CAGTGCGTCGCAAGAG,Epiblast
SBR-48h:CTTCGGTCACAGTGTT,Epiblast
SBR-48h:CTCATGCCAATTGAGA,Epiblast
SBR-48h:AGAAATGAGCAGAAAG,Epiblast
SBR-48h:TACGTCCGTCGATTTG,Epiblast
SBR-48h:GTTGCGGTCTCTAGGA,Epiblast
SBR-48h:TCCTCGATCACCTGGG,Epiblast
SBR-48h:TTTAGTCCAGAGAAAG,Epiblast
SBR-48h:CTTTCGGAGCGCCTAC,Exiting naive pluripotency
SBR-48h:GTTACCCGTGGCTAGA,Epiblast
SBR-48h:CGTGTCTCAACATACC,Epiblast
SBR-48h:AGTGCCGTCTATGTGG,Epiblast
SBR-48h:GACTTCCAGAAGTCTA,Epiblast
SBR-48h:GTCGTAATCGACCACG,Epiblast
SBR-48h:GGGACTCTCTGGTTGA,Epiblast
SBR-48h:TCAGCCTAGATAACAC,Epiblast
SBR-48h:TGTCCACGTCGAGCTC,Epiblast
SBR-48h:TTCCGGTGTACATTGC,Epiblast
SBR-48h:TCATCCGGTCGCGTCA,Epiblast
SBR-48h:CCATCACAGAGCTTTC,Epiblast
SBR-48h:CGTGTCTGTTTCGTAG,Epiblast
SBR-48h:GAGAGGTGTTATCCAG,Epiblast
SBR-48h:ATGCATGAGCGTCAGA,Epiblast
SBR-48h:CAGGCCAAGTGCACCC,Epiblast
SBR-48h:GTCGCGAGTCGTGATT,Epiblast
SBR-48h:TCTTCCTAGAGAATCT,Epiblast
SBR-48h:CCCTGATCAACACGAG,Epiblast
SBR-48h:CACCAAACAACACACT,Epiblast
SBR-48h:TTGCGTCAGTTTCAGC,Epiblast
SBR-48h:TGGTGATGTACCGTCG,Epiblast
SBR-48h:AGACCCGTCGTGGCTG,Epiblast
SBR-48h:CCGGTAGTCAACTACG,Epiblast
SBR-48h:CGATCGGTCGCCGATG,Epiblast
SBR-48h:ATTGTTCCAGCGCGTT,Epiblast
SBR-48h:CTCCTCCAGATTTGCC,Epiblast
SBR-48h:ATCGTAGAGGCTGGAT,Epiblast
SBR-48h:GTCGTTCTCCTAAACG,Epiblast
SBR-48h:CGTGTCTCAGTGTGGA,Epiblast
SBR-48h:ACCTGAAGTAACCCTA,Epiblast
SBR-48h:TGAGCGCTCGATTCCC,Epiblast
SBR-48h:GGTGGCTGTCTTTATC,Epiblast
SBR-48h:CAGCAATGTCCAGCGT,Epiblast
SBR-48h:GCACGGTGTGTCGATT,Epiblast
SBR-48h:TGATGCATCGGTCGAC,Epiblast
SBR-48h:GTCCCATGTTTAGTCG,Epiblast
SBR-48h:TTTACCAAGTTAACAG,Epiblast
SBR-48h:ATCTTCAGTAGATCGG,Epiblast
SBR-48h:GGGAGATAGAGGTGCT,Epiblast
SBR-48h:TGTACAGCACTTGAAC,Epiblast
SBR-48h:GTCGTTCGTTACCTTT,Epiblast
SBR-48h:GTGCTTCGTGTATTCG,Epiblast
SBR-48h:TGGAGAGAGCCATTGT,Epiblast
SBR-48h:GTCGCGAAGCGACAGT,Epiblast
SBR-48h:CGGTCAGAGCCTCTTC,Epiblast
SBR-48h:CTACGGGCAAGGGTCA,Epiblast
SBR-48h:GGTGATTAGGCCTGAA,Epiblast
SBR-48h:GATTCGAGTTGGGTAG,Epiblast
SBR-48h:ATAGAGAAGGGATCTG,Epiblast
SBR-48h:ACCTGAAGTCCACTCT,Epiblast
SBR-48h:ATCGTGAAGAATCGTA,Epiblast
SBR-48h:CAACAGTTCGTGGGAA,Epiblast
SBR-48h:GTCGTTCTCGTGCGAC,Epiblast
SBR-48h:GATGGAGGTCGCGTTG,Epiblast
SBR-48h:GTCTACCCATTCGATG,Epiblast
SBR-48h:GTTCCGTTCGGTAGGA,Epiblast
SBR-48h:CCTTGTGAGTAATCCC,Epiblast
SBR-48h:ACGGGTCAGTAATCCC,Epiblast
SBR-48h:CTGTGGGTCACGATCA,Epiblast
SBR-48h:CCGATGGGTGACAGGT,Epiblast
SBR-48h:GACCCTTCAGGAACCA,Epiblast
SBR-48h:GATGATCAGTCAGAGC,Epiblast
SBR-48h:GCCGATGTCAGCGCGT,Epiblast
SBR-48h:CCCTTAGAGGCATGCA,Epiblast
SBR-48h:CGGGCATTCGAACTCA,Epiblast
SBR-48h:GGGTGTCTCACTTGGA,Epiblast
SBR-48h:GCAGCTGAGTGAACAT,Epiblast
SBR-48h:TGGCGTGCACGGTGAA,Epiblast
SBR-48h:AGGGTTTTCGCTGTCT,Epiblast
SBR-48h:GTCGTAAAGGCACTCC,Epiblast
SBR-48h:ATCGTCCCAATGTCAC,Epiblast
SBR-48h:GCGGAAATCTATCGCC,Epiblast
SBR-48h:TTCCGGTGTGGGCTTC,Epiblast
SBR-48h:TCGTGGGTCAACTGGT,Epiblast
SBR-48h:GACTGATCAGCTGTGC,Epiblast
SBR-48h:GAGTTGTGTATCGAAA,Epiblast
SBR-48h:GGGTGAACACAGTCCG,Epiblast
SBR-48h:ACGTACAGTGACTATC,Epiblast
SBR-48h:ATCGTCCAGGAATCGC,Epiblast
SBR-48h:TCGTAGATCAGTGTCA,Epiblast
SBR-48h:CTGAATGGTCGCCTAG,Epiblast
SBR-48h:TTCCGGTTCCGTGGTG,Epiblast
SBR-48h:CGATGGCTCCGATGTA,Epiblast
SBR-48h:GAGGCAAGTCCCACGA,Epiblast
SBR-48h:GTGGCGTGTCTGTGAT,Epiblast
SBR-48h:CCTCTAGGTCCTGGTG,Epiblast
SBR-48h:GTGGGAACAAGCACAG,Epiblast
SBR-48h:TCAAGTGGTCTACATG,Epiblast
SBR-48h:GGTAGAGAGCGTCAAG,Epiblast
SBR-48h:TGTGGCGGTGTCTTCC,Zscan4+ Artefact
SBR-48h:AGCGCCAGTGCTGTCG,Epiblast
SBR-48h:GGGCCATTCGCGTGCA,Epiblast
SBR-48h:CGTGTCTCAAGTCGTT,Epiblast
SBR-48h:AGCCAGCTCACTGATG,Epiblast
SBR-48h:GACCCTTGTCGGAACA,Epiblast
SBR-48h:TCGGGACGTAACAGTA,Epiblast
SBR-48h:GAACGTTGTAAGGAGA,Epiblast
SBR-48h:GTAACACCACACACTA,Naive pluripotency
SBR-48h:ACTGATGCAAGGTACG,Epiblast
SBR-48h:GTCCCATCACTTGGGC,Epiblast
SBR-48h:TCGGATAAGTCTCGTA,Epiblast
SBR-48h:ATCGTGAGTATTCCGA,Epiblast
SBR-48h:GCGGATCCAATTGAGA,Epiblast
SBR-48h:GAATCGTTCGCTGATA,Epiblast
SBR-48h:AGCCAGCGTCAGTTTG,Epiblast
SBR-48h:TCGACGGAGAGCAGTC,Epiblast
SBR-48h:TTCAATCTCTTCGTAT,Epiblast
SBR-48h:GTCGTTCGTACCAGAG,Epiblast
SBR-48h:AAGATAGGTTTACACG,Epiblast
SBR-48h:GCATCGGTCCATATGG,Epiblast
SBR-48h:GTCGTAAAGCGCATCC,Epiblast
SBR-48h:TCACATTCAGACAATA,Epiblast
SBR-48h:GCATCCTCTCCTATTA,Epiblast
SBR-48h:CTCTCGAGTAATTGGA,Epiblast
SBR-48h:TTGGGCGCAAGCGCAA,Epiblast
SBR-48h:ATCGTGAAGGAGAATG,Epiblast
SBR-48h:GGCGTCAGTGCGGTAA,Epiblast
SBR-48h:TCAGTTTAGATGGGCT,Epiblast
SBR-48h:GACGTTATCGTAACAC,Epiblast
SBR-48h:TACCTGCGTGCGTCGT,Epiblast
SBR-48h:CCGATGGCATCCGCGA,Epiblast
SBR-48h:GAGTGAGTCCAATGCA,Epiblast
SBR-48h:GATAGCTCATCCTAAG,Epiblast
SBR-48h:CCACCATTCGCGTCGA,Epiblast
SBR-48h:GTGTGATGTCAAAGAT,Epiblast
SBR-48h:TGTCCTGAGGAGAGGC,Epiblast
SBR-48h:AGCGTCGCATCGGTTA,Epiblast
SBR-48h:GTCGCGAAGGGTCAAC,Epiblast
SBR-48h:GTTGTCCAGTCGGGAT,Epiblast
SBR-48h:CCTCATGCATGACAGG,Epiblast
SBR-48h:GTGGCGTCAGATGCGA,Epiblast
SBR-48h:TCTCAGCGTTCGAACT,Epiblast
SBR-48h:TTGCGTCGTTAAGACA,Epiblast
SBR-48h:AGAAATGTCGCGTAGC,Epiblast
SBR-48h:GAGGCCTAGTCTAACC,Epiblast
SBR-48h:GGACGTCGTTTAGTCG,Epiblast
SBR-48h:TGCACGGAGTCATCCA,Epiblast
SBR-48h:TCCGTGTGTAGTCGGA,Epiblast
SBR-48h:GCGTGCAAGCCTGGAA,Epiblast
SBR-48h:AAGATAGAGCGTCTCG,Epiblast
SBR-48h:GGGTATTGTACCCGCA,Epiblast
SBR-48h:TTGACCCAGGCTATCT,Epiblast
SBR-48h:TGTGATGCATCATTTC,Epiblast
SBR-48h:GTGGTTATCTTCCACG,Epiblast
SBR-48h:AGACACTCAGGACTTT,Epiblast
SBR-48h:ACTGCAATCAAATGAG,Epiblast
SBR-48h:AAAGAACAGGAATCGC,Epiblast
SBR-48h:GATTCGAAGTCCCGGT,Epiblast
SBR-48h:GCCGTGAAGACGCCAA,Epiblast
SBR-48h:GTGCAGCAGTCGAATA,Epiblast
SBR-48h:ACTTTCAGTTACGCCG,Epiblast
SBR-48h:GGTTCTCGTTGGGCCT,Epiblast
SBR-48h:GGGTTTAAGCGACATG,Epiblast
SBR-48h:TTCTGTATCCTAAACG,Epiblast
SBR-48h:CAAAGAAAGCTACGTT,Epiblast
SBR-48h:CCCATTGTCGAAGCCC,Epiblast
SBR-48h:ATTGGGTTCGAATCCA,Epiblast
SBR-48h:TGAGTCACAACACACT,Epiblast
SBR-48h:AGCGTCGGTGCACGCT,Epiblast
S2 48h:GGGTCACAGCTAGCCC,Epiblast
S2 48h:TGCAGTATCTTTCCAA,Epiblast
S2 48h:TATATCCGTGGAACCA,Epiblast
S2 48h:TGCGATAAGATACATG,Epiblast
S2 48h:CTGGCAGCATCTTTCA,Epiblast
S2 48h:CAAGACTAGGATTTCC,Epiblast
S2 48h:CTCTCGAGTGAATTAG,Epiblast
S2 48h:GAACTGTAGCAAACAT,Epiblast
S2 48h:ACGATCAGTATCACCA,Epiblast
S2 48h:TAGGTTGCATAAGCAA,Epiblast
S2 48h:CCTCTAGCACAGCATT,Zscan4+ Artefact
S2 48h:CAACAACTCTCGCCTA,Epiblast
S2 48h:ACCCAAAGTGGAACCA,Epiblast
S2 48h:CATTCCGAGAGAACCC,Epiblast
S2 48h:TGTGGCGAGAGCAAGA,Epiblast
S2 48h:CCCAACTCAGCAGATG,Epiblast
S2 48h:GGGATCCGTATCCCAA,Epiblast
S2 48h:CTCAATTCATGCCGAC,Epiblast
S2 48h:CTCCACACAAGTGACG,Epiblast
S2 48h:TAAGCCAAGACATCAA,Epiblast
S2 48h:TATTGCTCACGGCTAC,Epiblast
S2 48h:TCATTACCACACCTTC,Exiting naive pluripotency
S2 48h:TTGACCCAGCAGTAAT,Epiblast
S2 48h:GGGATCCGTTGGACTT,Epiblast
S2 48h:TATACCTCACTAGGTT,Epiblast
S2 48h:CTGCCATTCACTGAAC,Epiblast
S2 48h:CAATACGCACAACGCC,Epiblast
S2 48h:TCCGAAATCTCGGTAA,Epiblast
S2 48h:TCTTGCGCATTCCTAT,Epiblast
S2 48h:TCACACCCACCGGTCA,Epiblast
S2 48h:AAGCAGTGGTATCAAC,Epiblast
S2 48h:AGGAAATAGACAAGCC,Epiblast
S2 48h:GTAATCGGTACGTACT,Epiblast
S2 48h:ACGGAAGGTAGACAGC,Epiblast
S2 48h:TACAACGTCGTACACA,Epiblast
S2 48h:GAAATGATCGATTGGT,Epiblast
S2 48h:CTGTACCCAACTGCCG,Epiblast
S2 48h:TGCTCGTCATCATTGG,Epiblast
S2 48h:TCACATTAGGACAACC,Epiblast
S2 48h:GTCCACTTCATTTACC,Epiblast
S2 48h:GGGATGACAGCTGAAG,Epiblast
S2 48h:GAACACTCAAAGGTTA,Epiblast
S2 48h:TACTGCCCATCCAACA,Epiblast
S2 48h:GTATTGGCACATACGT,Epiblast
S2 48h:GAGGGTATCGAGCCAC,Epiblast
S2 48h:TCGTCCATCCATCTAT,Epiblast
S2 48h:TCATACTAGGTTGCCC,Epiblast
S2 48h:GGAGGTATCAAGCTTG,Epiblast
S2 48h:AGCCAATAGCTTACGT,Epiblast
S2 48h:GGAGATGAGGTTTACC,Epiblast
S2 48h:TCAAGCACAAGCGAGT,Epiblast
S2 48h:GAGATGGTCTAGTGAC,Epiblast
S2 48h:TCATGAGCAAACGTGG,Epiblast
S2 48h:CATCGTCCAAGTTTGC,Epiblast
S2 48h:CTAACCCCAGTCACGC,Epiblast
S2 48h:GAGTCATCAATAGGGC,Epiblast
S2 48h:TTCCGTGGTTTACGTG,Epiblast
S2 48h:GGGTGTCTCGCGGTAC,Epiblast
S2 48h:ACTGCAAGTCCATCTC,Epiblast
S2 48h:TCTGCCAGTGTTGCCG,Epiblast
S2 48h:TACGCTCTCAAAGCCT,Epiblast
S2 48h:GTAATCGTCCCGAGGT,Epiblast
S2 48h:GCCAGCATCTGGCTGG,Exiting naive pluripotency
S2 48h:GTAGTACAGCTTAAGA,Epiblast
S2 48h:ATTCGTTAGAACCGCA,Epiblast
S2 48h:ATCACAGTCGGAGCAA,Epiblast
S2 48h:AGTAACCAGCGAGTAC,Epiblast
S2 48h:CTCCTTTAGGAACGCT,Epiblast
S2 48h:AGGTCATTCACTTTGT,Epiblast
S2 48h:CGTTGGGAGTGATAAC,Epiblast
S2 48h:CATACTTCAACGGCTC,Epiblast
S2 48h:GTTCATTCAGTGGTGA,Epiblast
S2 48h:ATCCATTTCCAACCAA,Epiblast
S2 48h:CCTCATGCACGACTAT,Epiblast
S2 48h:TGGTTAGGTCAAGTTC,Epiblast
S2 48h:GGAGATGCATTGCAAC,Epiblast
S2 48h:CATGCCTAGAGTCGAC,Epiblast
S2 48h:GTCACTCGTTACAGCT,Epiblast
S2 48h:AAGTTCGGTAATGCTC,Epiblast
S2 48h:ATCGTAGTCCGTACGG,Epiblast
S2 48h:TACCCACGTTCAATCG,Epiblast
S2 48h:GTCCACTAGTAGGATT,Epiblast
S2 48h:TTCCGTGTCGTTGTGA,Epiblast
S2 48h:CCGATGGTCTCATTTG,Epiblast
S2 48h:ATGGAGGCAGGGACTA,Epiblast
S2 48h:TATCCTATCTTGGTGA,Epiblast
S2 48h:TGGGCGTTCCCGTGTT,Epiblast
S2 48h:CACCAAACATAACCCA,Epiblast
S2 48h:TACCCGTTCAGACATC,Epiblast
S2 48h:AGTGCCGTCCTTCTAA,Epiblast
S2 48h:TATTTCGTCTGCATGA,Zscan4+ Artefact
S2 48h:AGTTCCCAGCCAGACA,Epiblast
S2 48h:TTCAATCGTTTGAACC,Epiblast
S2 48h:ACAGAAACATCCAATG,Epiblast
S2 48h:AATGGCTTCAGCAGAG,Epiblast
S2 48h:GAAACCTTCCTACCGT,Epiblast
S2 48h:CAACCTCCACTGTTCC,Epiblast
S2 48h:TCTACCGGTACTGAGG,Epiblast
S2 48h:TCATATCCAAGCACAG,Epiblast
S2 48h:AACCATGCAGCTACAT,Epiblast
S2 48h:CCATCACTCAATGCAC,Epiblast
S2 48h:CTTGAGAAGCCTCTGG,Epiblast
S2 48h:CCCAACTTCCCAGTGG,Epiblast
S2 48h:TGCCGAGAGGATTCCT,Epiblast
S2 48h:TACCTGCCACATAGCT,Epiblast
S2 48h:CAAGACTCATCTATCT,Epiblast
S2 48h:CTCACTGAGTTGAAAC,Epiblast
S2 48h:CCCTCTCTCCTCCACA,Epiblast
S2 48h:TGCTGAAGTTTCTATC,Epiblast
S2 48h:AAAGAACTCCACCTCA,Epiblast
S2 48h:GGTGATTAGAGTCAGC,Epiblast
S2 48h:ATGCGATTCTGCATGA,Epiblast
S2 48h:CCTCTCCTCTCGGTCT,Epiblast
S2 48h:AGGTAGGAGTTGGAAT,Epiblast
S2 48h:AGGGAGTCATGCAGGA,Epiblast
S2 48h:AGGGCTCCACCAGCTG,Epiblast
S2 48h:ATGGAGGTCGCTACAA,Epiblast
S2 48h:TCGACCTAGGACTAAT,Epiblast
S2 48h:TTCACGCTCCCTCTCC,Epiblast
S2 48h:AGATGAATCCATCACC,Epiblast
S2 48h:GCACATAGTGGACCAA,Epiblast
S2 48h:GTGTGATAGAAGATCT,Epiblast
S2 48h:AGGACGACATCCTCAC,Epiblast
S2 48h:CCCTCAAAGGAATCGC,Zscan4+ Artefact
S2 48h:GCATCTCTCGCCGATG,Epiblast
S2 48h:CGAGAAGCAACCGCTG,Epiblast
S2 48h:CGCATAAAGGGTAATT,Epiblast
S2 48h:TTACCATCAAGTATAG,Epiblast
S2 48h:ATTGGGTTCTGCTTTA,Epiblast
S2 48h:TGCTGAACAACCCTCT,Epiblast
S2 48h:TAACTTCGTTACGTAC,Epiblast
S2 48h:CACAACACAGATCACT,Epiblast
S2 48h:TACTGCCTCCATCTAT,Epiblast
S2 48h:GAATCACCAAGAATAC,Epiblast
S2 48h:TGCTCGTAGGTATAGT,Epiblast
S2 48h:TACCTGCCACTGGATT,Epiblast
S2 48h:GTTCATTAGATAACAC,Epiblast
S2 48h:CCAATGAGTGCATCTA,Epiblast
S2 48h:CATCGCTAGCACTTTG,Epiblast
S2 48h:ATCACTTTCACTTGGA,Epiblast
S2 48h:CTGTGAACATAAGATG,Epiblast
S2 48h:CTCATGCAGAACCGCA,Epiblast
S2 48h:GGTTAACCACCCGTAG,Epiblast
S2 48h:TAACTTCCAGTCAACT,Zscan4+ Artefact
S2 48h:TTCTTGACACCGTGCA,Epiblast
S2 48h:TGAGACTGTAGACGTG,Epiblast
S2 48h:CTACATTCAACCAACT,Epiblast
S2 48h:CTAGGTATCTGTGCTC,Epiblast
S2 48h:ATTTCTGTCACGAACT,Epiblast
S2 48h:TTCTAGTGTGACTCTA,Epiblast
S2 48h:TTCCTAATCCCTGTTG,Epiblast
S2 48h:GAATCACAGTATAGAC,Epiblast
S2 48h:GTTCATTCAGCACCCA,Epiblast
S2 48h:TAGACCAAGGCTATCT,Epiblast
S2 48h:CGAGTTAAGACGCTCC,Epiblast
S2 48h:GCTGGGTTCAGAATAG,Epiblast
S2 48h:CAGATCACACACTGGC,Epiblast
S2 48h:GAGTGAGGTTCTCTCG,Epiblast
S2 48h:CAACCAATCCTCAGGG,Epiblast
S2 48h:TAGACTGTCAAGATAG,Epiblast
S2 48h:GCCAACGGTAATGCGG,Epiblast
S2 48h:CAATTTCCACTTTAGG,Epiblast
S2 48h:ATCACTTGTACAGTTC,Epiblast
S2 48h:CTGCTCAGTTTCGTAG,Epiblast
S2 48h:AATGGCTCATCATGAC,Epiblast
S2 48h:AAAGGGCCAATCGCAT,Epiblast
S2 48h:CTCAACCCATACAGAA,Epiblast
S2 48h:CTACATTTCCGAAGGA,Epiblast
S2 48h:CCTGCATCAAAGCAAT,Epiblast
S2 48h:ATTATCCTCCTGCCAT,Epiblast
S2 48h:AGTTAGCTCCATTTCA,Epiblast
S2 48h:AACCACACAAGGATGC,Epiblast
S2 48h:TGGGATTTCTGTAAGC,Epiblast
S2 48h:GGGTGAACACCATTCC,Epiblast
S2 48h:TATACCTTCCTTATAC,Epiblast
S2 48h:TAGGTTGGTCGAACGA,Epiblast
S2 48h:TTGGGATCACTCTCGT,Epiblast
S2 48h:GACGTTAAGTGAACAT,Epiblast
S2 48h:AGGGCCTAGAGCAGCT,Epiblast
S2 48h:GATAGCTTCAAGCTGT,Epiblast
S2 48h:GGGACCTTCTTAATCC,Epiblast
S2 48h:AGGATAACACAAATCC,Epiblast
S2 48h:AGTTCGACACTGGATT,Epiblast
S2 48h:TCAATCTAGAAGTCAT,Epiblast
S2 48h:TTTCATGTCGACTCCT,Epiblast
S2 48h:CTAGGTAGTCCATACA,Epiblast
S2 48h:GATTTCTCAAGGCGTA,Epiblast
S2 48h:GTGGTTATCCTGTACC,Epiblast
S2 48h:AGGGCCTAGGATCATA,Epiblast
S2 48h:ACAACCACATCCGAGC,Epiblast
S2 48h:TGGATGTTCAAGCCTA,Epiblast
S2 48h:TAAGTCGTCATCCTAT,Epiblast
S2 48h:ACATCGATCATTATCC,Epiblast
S2 48h:AATCACGAGGTGGCTA,Epiblast
S2 48h:CGGGTGTCACTTTAGG,Epiblast
S2 48h:ACTTTGTAGCGCACAA,Epiblast
S2 48h:TTTCACATCATACGAC,Epiblast
S2 48h:ATCACTTTCGCTCATC,Epiblast
S2 48h:AGGGTCCTCGCCTTGT,Epiblast
S2 48h:CCCTTAGAGGTGGGTT,Epiblast
S2 48h:CGGCAGTTCGTAGAGG,Epiblast
S2 48h:TCTTGCGCAACTCATG,Epiblast
S2 48h:ACATCCCCAACTGGTT,Epiblast
S2 48h:GCTTCACCAGTGACCC,Epiblast
S2 48h:TACCCACTCAGTGATC,Epiblast
S2 48h:AGCCACGTCTATTTCG,Epiblast
S2 48h:GTGTGATCAACTCGTA,Epiblast
S2 48h:TAGGTTGGTGAAAGTT,Epiblast
S2 48h:CTCATTATCTCCAATT,Epiblast
S2 48h:AATGAAGCAATACAGA,Epiblast
S2 48h:TCATCATTCCATTCAT,Epiblast
S2 48h:CCTCCTCCACCGTACG,Epiblast
S2 48h:ACCCAAATCACCTTGC,Epiblast
S2 48h:GTCAGCGCAAGGTCTT,Epiblast
S2 48h:GTTGCGGCATTGGGAG,Epiblast
S2 48h:ACGGGTCGTCAATCTG,Epiblast
S2 48h:TGGATCATCCCAGCGA,Epiblast
S2 48h:TTACGTTAGTCCGCCA,Epiblast
S2 48h:GGTGAAGTCTAGCATG,Epiblast
S2 48h:TTATTGCCATGGCCAC,Epiblast
S2 48h:CTCTCAGCATCATCTT,Epiblast
S2 48h:TCGACGGGTCTTACTT,Epiblast
S2 48h:CCGGGTAAGACATATG,Epiblast
S2 48h:ATCACTTGTAATGCGG,Epiblast
S2 48h:CCGGTGACACGACAGA,Epiblast
S2 48h:CATCCCAGTCTTCGAA,Epiblast
S2 48h:TCAATTCAGTTCATCG,Epiblast
S2 48h:ATCCACCAGGATACAT,Epiblast
S2 48h:CTTCTAATCCTGGGAC,Epiblast
S2 48h:CTATCCGCAACCTAAC,Epiblast
S2 48h:GTCCTCAGTACACTCA,Epiblast
S2 48h:CAACCTCCATGGGCAA,Epiblast
S2 48h:CTAAGTGGTTAAACCC,Epiblast
S2 48h:GTTAGTGTCACTTTGT,Epiblast
S2 48h:AACCCAATCCCAGTGG,Epiblast
S2 48h:AGAGAATTCGAAGAAT,Epiblast
S2 48h:CCGGACACAGAACATA,Epiblast
S2 48h:AGATGCTAGATGGCAC,Epiblast
S2 48h:TGTGATGCAGTTGGTT,Epiblast
S2 48h:GACATCATCTGATGGT,Epiblast
S2 48h:TCGAACAGTACGCTTA,Epiblast
S2 48h:GTTACCCAGGGAGATA,Epiblast
S2 48h:GCCAGTGAGAGTCAAT,Epiblast
S2 48h:CTGTAGAGTCTTCATT,Epiblast
S2 48h:TATACCTCAATGAACA,Epiblast
S2 48h:CATCGCTAGCCAGAGT,Epiblast
S2 48h:ATGAAAGCAAAGCGTG,Epiblast
S2 48h:AATCGACCACCCAACG,Epiblast
S2 48h:CTCCACAGTAGATGTA,Epiblast
S2 48h:CGGTCAGAGATACCAA,Epiblast
S2 48h:AATGGCTGTCACTTCC,Epiblast
S2 48h:AAGGTAAGTCGTTATG,Epiblast
S2 48h:CTGCTCAAGAGCAAGA,Epiblast
S2 48h:TACCCGTCACAAATCC,Epiblast
S2 48h:ATTCGTTAGCATGATA,Epiblast
S2 48h:TCACACCCAGCAGATG,Epiblast
S2 48h:ACATCGACAGTCTACA,Epiblast
S2 48h:CAATCGAGTTGGACTT,Epiblast
S2 48h:CTAACCCGTGAAGCTG,Epiblast
S2 48h:TAGGGTTAGTTCCATG,Epiblast
S2 48h:AAAGTGACATATCGGT,Epiblast
S2 48h:GCACTAATCTCGACCT,Epiblast
S2 48h:ATCACGAGTATACCTG,Epiblast
S2 48h:TCTCACGTCCGAAGGA,Epiblast
S2 48h:ACCTGAACATTCTGTT,Epiblast
S2 48h:ATCACAGCACATAACC,Epiblast
S2 48h:TGATGGTGTTAAGTCC,Epiblast
S2 48h:AGAGCAGCAACGACAG,Epiblast
S2 48h:CATACCCCAGTCAGCC,Epiblast
S2 48h:TGGATCACAGCTTTCC,Epiblast
S2 48h:CACACAACACATGACT,Epiblast
S2 48h:ATTCCATTCGACCAAT,Epiblast
S2 48h:CGGTCAGGTACAGTCT,Epiblast
S2 48h:ATGGTTGTCTACACTT,Epiblast
S2 48h:CACAACACATACGCAT,Epiblast
S2 48h:TACCCGTCATATCTCT,Epiblast
S2 48h:CTACCCACAGGTCCGT,Epiblast
S2 48h:TACAACGCAGACATCT,Epiblast
S2 48h:AGGCTGCAGGCCGCTT,Epiblast
S2 48h:TCACATTCATCGAGCC,Epiblast
S2 48h:GCCCGAATCATGAAAG,Epiblast
S2 48h:AACACACTCTATCGTT,Epiblast
S2 48h:AACCAACAGCTCTTCC,Epiblast
S2 48h:TCCACCACAGCACAAG,Epiblast
S2 48h:AGGTCTACATGACTTG,Epiblast
S2 48h:GACACGCCAATCCTAG,Epiblast
S2 48h:ACTGCAACAGTAACCT,Epiblast
S2 48h:AACGGGACACTGCTTC,Epiblast
S2 48h:CCACACTTCACGGTCG,Epiblast
S2 48h:ACTCCCAAGCACTAAA,Epiblast
S2 48h:ATACTTCCAAGGTTGG,Epiblast
S2 48h:GCCATGGCACTGTGAT,Epiblast
S2 48h:CGCATAATCAGAATAG,Epiblast
S2 48h:CTTGATTGTTGTACGT,Epiblast
S2 48h:CTGGACGGTGCTGATT,Epiblast
S2 48h:ACCAAACCAATTCTTC,Epiblast
S2 48h:TCAAGACCAGTCTGGC,Zscan4+ Artefact
S2 48h:TCATATCTCAGACAAA,Epiblast
S2 48h:ACTATCTAGCACGGAT,Epiblast
S2 48h:CACGTTCTCACCTGGG,Epiblast
S2 48h:CAGTTCCCAATCTCGA,Epiblast
S2 48h:ACTTATCGTTCTGACA,Epiblast
S2 48h:CGCGTGATCTCCCTAG,Epiblast
S2 48h:TACAACGAGAAGTATC,Epiblast
S2 48h:GGTTAACCAATCAGCT,Epiblast
S2 48h:TCAGCAACAGTTCACA,Epiblast
S2 48h:ATTCCATAGAAACTCA,Epiblast
S2 48h:TCATTACCATTCCTCG,Epiblast
S2 48h:TGCCGAGCAGTGTATC,Epiblast
S2 48h:CAACAACAGCACGTCC,Epiblast
S2 48h:GGGTCACTCTCTGGTC,Epiblast
S2 48h:TAGACTGAGGAAGTCC,Epiblast
S2 48h:CCTCACAGTCATCACA,Epiblast
S2 48h:AAACGAAGTACTAACC,Epiblast
S2 48h:TACCGGGCACTCTCGT,Epiblast
S2 48h:GCACGGTAGGGAGAAT,Epiblast
S2 48h:CATTTCAAGCCTGGAA,Epiblast
S2 48h:AGCTACAAGCGACTAG,Epiblast
S2 48h:TTTACGTTCACTTATC,Epiblast
S2 48h:ACGATGTCACAATGTC,Epiblast
S2 48h:TTAGGCAGTACTTCCC,Epiblast
S2 48h:TGGTGATGTACGTAGG,Epiblast
S2 48h:GATCCCTTCCATTTCA,Epiblast
S2 48h:ATTATCCCACTCCACT,Epiblast
S2 48h:GCCAGCAGTAACTGCT,Epiblast
S2 48h:GTAACACTCCACTAGA,Epiblast
S2 48h:CACCAAAGTACGCTTA,Epiblast
S2 48h:TTTACCAGTCTACACA,Epiblast
S2 48h:TATTGGGGTGCCCGTA,Epiblast
S2 48h:GAGGGATAGCACACCC,Epiblast
S2 48h:GCACTAACACTAACCA,Epiblast
S2 48h:CGCGTGACACTTTATC,Epiblast
S2 48h:AGTGTTGCACTGAGGA,Epiblast
S2 48h:TCAGTGAGTAGATTGA,Exiting naive pluripotency
S2 48h:GCATTAGGTCAACCTA,Epiblast
S2 48h:CCCTGATCAACTGAAA,Epiblast
S2 48h:TACCGAACACGACAAG,Epiblast
S2 48h:TCCTCCCGTATACCCA,Epiblast
S2 48h:GGGATGAGTGCATTTG,Epiblast
S2 48h:CAAGACTTCATCCTGC,Epiblast
S2 48h:GAATCACCACATCATG,Epiblast
S2 48h:TTTCATGTCACTTCTA,Epiblast
S2 48h:CCGTTCATCCTGTAGA,Epiblast
S2 48h:AGTAGCTCACTTGTGA,Epiblast
S2 48h:TGCACGGGTACGTGAG,Epiblast
S2 48h:CACCAAAAGTGAACAT,Epiblast
S2 48h:CTTCTCTAGCTCATAC,Epiblast
S2 48h:AGGCTGCCAGCCGTCA,Epiblast
S2 48h:CTACCCATCCTTCTTC,Epiblast
S2 48h:CTGGACGCAGGTTCCG,Epiblast
S2 48h:TGCGATAAGATGATTG,Epiblast
S2 48h:ATTCACTCAGCATGCC,Epiblast
S2 48h:ACGATCACACGGCCAT,Exiting naive pluripotency
S2 48h:TTCTAGTCACAACATC,Epiblast
S2 48h:CTGCAGGAGTGATCGG,Epiblast
S2 48h:TGAACGTTCGTCACCT,Epiblast
S2 48h:AAACGAATCCCATAGA,Epiblast
S2 48h:GTAATCGAGGTCCGAA,Epiblast
S2 48h:ATACCGAAGCTCATAC,Epiblast
S2 48h:GTTGAACAGGCTCAAG,Epiblast
S2 48h:TTAATCCAGATAACAC,Epiblast
S2 48h:ATCTTCATCGTGTGGC,Epiblast
S2 48h:AATCGACTCTCGCTCA,Epiblast
S2 48h:ACCTACCTCGGACTGC,Epiblast
S2 48h:TTGGATGTCTACACTT,Epiblast
S2 48h:TCCGGGAAGTGGTTCT,Epiblast
S2 48h:CTTGATTAGGGTCAAC,Epiblast
S2 48h:CAAGGGACAAACTGCT,Epiblast
S2 48h:ACTATCTCAACGATCT,Epiblast
S2 48h:CGAGAAGGTCCACTCT,Epiblast
S2 48h:AATGGCTCACATCCCT,Epiblast
S2 48h:CGCATGGAGCGGTAGT,Epiblast
S2 48h:GAAATGATCACTGTTT,Epiblast
S2 48h:ATACTTCGTAGATCGG,Epiblast
S2 48h:TCAGCCTGTTCACGAT,Epiblast
S2 48h:TGTAGACAGCCACAAG,Epiblast
S2 48h:ATCTTCACACTGATTG,Epiblast
S2 48h:GCACATATCTCGCAGG,Epiblast
S2 48h:CCGAACGGTTCGAAGG,Epiblast
S2 48h:AAGAACACACATTCTT,Epiblast
S2 48h:TCTACCGCACAGCATT,Epiblast
S2 48h:TCAGCAACACTGGATT,Epiblast
S2 48h:CATTTCATCTCATTAC,Epiblast
S2 48h:TCGAACAAGCAGAAAG,Epiblast
S2 48h:TCCCAGTCAACCCTCT,Epiblast
S2 48h:ATCAGGTTCATATGGC,Epiblast
S2 48h:CTTACCGCATACACCA,Epiblast
S2 48h:CAGATCATCCTGTTAT,Epiblast
S2 48h:AACCAACTCCTTTGAT,Epiblast
S2 48h:CAATTTCTCCAAGCCG,Epiblast
S2 48h:GCCATTCCATTGACCA,Epiblast
S2 48h:AGCTACACAGCTTTCC,Epiblast
S2 48h:GCCAGGTCAACTCCCT,Epiblast
S2 48h:AATTTCCTCGCCAGAC,Epiblast
S2 48h:CAGATTGCATAGCACT,Epiblast
S2 48h:TTCACGCTCCACGTGG,Epiblast
S2 48h:ACGTAACTCTATTCGT,Epiblast
S2 48h:TCATCATTCCGATAAC,Epiblast
S2 48h:TACTTCACAATGACCT,Epiblast
S2 48h:GCGAGAAAGCTCCGAC,Epiblast
S2 48h:CTCAGGGCACACCTAA,Epiblast
S2 48h:CTCCTTTGTTAAACCC,Epiblast
S2 48h:CCCAACTAGTAGCATA,Epiblast
S2 48h:CAACGGCAGGTACAGC,Epiblast
S2 48h:ATACCTTGTGCTCCGA,Epiblast
S2 48h:CATGAGTAGGTGATAT,Epiblast
S2 48h:CAGATTGCATGCGTGC,Exiting naive pluripotency
S2 48h:TCAATCTAGAACGTGC,Epiblast
S2 48h:TCAAGACTCCCAGGCA,Epiblast
S2 48h:CTCCCAAGTAGTACGG,Epiblast
S2 48h:GACGTTAAGTCATACC,Epiblast
S2 48h:CCTCAACCAGTACTAC,Epiblast
S2 48h:GAAACCTCAACTCATG,Epiblast
S2 48h:TGGGTTATCCACGTGG,Epiblast
S2 48h:AGTAGCTCATTGTCGA,Epiblast
S2 48h:GTAATCGAGGTAGCAC,Zscan4+ Artefact
S2 48h:TCTACATTCCTTATCA,Epiblast
S2 48h:TGACCCTCAGACAATA,Epiblast
S2 48h:ATCGGCGTCCCATAGA,Epiblast
S2 48h:GCTACAAAGTCAACAA,Epiblast
S2 48h:GCAGCCACACAAGCCC,Epiblast
S2 48h:CACTGAAGTTCCACAA,Epiblast
S2 48h:TTTACGTTCACCATAG,Epiblast
S2 48h:TCCGATCAGCTCACTA,Epiblast
S2 48h:GGAGGTATCCGGCAAC,Epiblast
S2 48h:CTGTACCAGCCTCAGC,Epiblast
S2 48h:CATTCCGGTTCGTAAC,Epiblast
S2 48h:GTTCATTTCCCTGTTG,Epiblast
S2 48h:ACCCTCATCGCCAGAC,Epiblast
S2 48h:GCCAACGCAAGTTGGG,Epiblast
S2 48h:GCCAACGCATATTCGG,Epiblast
S2 48h:GGTCACGCATGGACAG,Epiblast
S2 48h:CTCAACCGTACGGTTT,Epiblast
S2 48h:ACAGAAAGTTCAATCG,Epiblast
S2 48h:GGTAGAGTCATTCCTA,Epiblast
S2 48h:TCTATCATCCACGTAA,Epiblast
S2 48h:AGGACGAGTGGCTCTG,Exiting naive pluripotency
S2 48h:TTGACCCTCATAAGGA,Epiblast
S2 48h:CACAGATGTTACTCAG,Epiblast
S2 48h:AAAGGGCCACCAGACC,Epiblast
S2 48h:TAGACCATCTCAATCT,Epiblast
S2 48h:CAGATCAAGGCATGGT,Epiblast
S2 48h:CTTGATTCAACAACAA,Epiblast
S2 48h:TAATTCCTCAGGACGA,Epiblast
S2 48h:ATAGAGACACGCTTAA,Epiblast
S2 48h:TCTGGCTCACTCCACT,Epiblast
S2 48h:AAGTCGTTCACCGCTT,Epiblast
S2 48h:TCCTTCTTCGAGAAGC,Epiblast
S2 48h:GATGACTCAGCAGAAC,Epiblast
S2 48h:GATTGGTTCTTGCAGA,Epiblast
S2 48h:GGGAAGTTCCCGAGGT,Epiblast
S2 48h:GCCATTCCAGTCTGGC,Epiblast
S2 48h:AGACAGGCATGTCGTA,Epiblast
S2 48h:AGGTTGTGTCTCACGG,Epiblast
S2 48h:AGAACAACACAATGAA,Epiblast
S2 48h:TACCCGTCAAATCGTC,Epiblast
S2 48h:TTTCGATCACAGTCAT,Epiblast
S2 48h:CACCGTTTCTAGTACG,Epiblast
S2 48h:GGTAATCTCTTGGAAC,Epiblast
S2 48h:CGAGTTAAGGAAGTGA,Epiblast
S2 48h:GCTTGGGTCGACCATA,Epiblast
S2 48h:ACACTGACAGTAGAGC,Epiblast
S2 48h:CGGACACAGAATTCAG,Epiblast
S2 48h:AGTTCGATCCCTCGAT,Epiblast
S2 48h:TGTAACGCATAACAGA,Epiblast
S2 48h:TTCCTCTCATCCGTGG,Epiblast
S2 48h:TCCCAGTAGCTGGCCT,Epiblast
S2 48h:CAGTTCCCACTTGTGA,Epiblast
S2 48h:TTAGTCTTCGACGACC,Epiblast
S2 48h:GGCACGTAGGATACGC,Epiblast
S2 48h:TAGATCGTCTGCATGA,Epiblast
S2 48h:ATCGTAGGTCCAGTTA,Epiblast
S2 48h:ACTACGACAATAACGA,Epiblast
S2 48h:TGGTTAGCAGACCTGC,Epiblast
S2 48h:CTTAGGAAGCCTGTGC,Epiblast
S2 48h:TCGGGACCATGGGATG,Epiblast
S2 48h:TGGTAGTAGTTACGTC,Epiblast
S2 48h:TCCTCTTCACTCCGAG,Epiblast
S2 48h:CGTCAAAAGGTTACCT,Epiblast
S2 48h:AAAGGTAAGCACTAAA,Epiblast
S2 48h:GGCTTTCTCTAGGAAA,Epiblast
S2 48h:TACGCTCCAGACACAG,Epiblast
S2 48h:CCCGAAGTCACTTATC,Epiblast
S2 48h:TTACGCCCACCCTTAC,Epiblast
S2 48h:GACGTTATCTGGTGCG,Epiblast
S2 48h:ACTATGGCACTAGTAC,Epiblast
S2 48h:CTACAGACATTACGGT,Epiblast
S2 48h:AACAACCTCAAGTTGC,Epiblast
S2 48h:GTCCACTTCGAACGCC,Epiblast
S2 48h:TATACCTGTTGTAGCT,Epiblast
S2 48h:TTTGATCAGTTGGAGC,Epiblast
S2 48h:AGGCCACCAGGAATAT,Epiblast
S2 48h:TCCCATGAGTCGGCAA,Epiblast
S2 48h:TTCATGTTCTTCGACC,Epiblast
S2 48h:ATCGCCTGTGCTGATT,Epiblast
S2 48h:AATAGAGCAAGTCCCG,Epiblast
S2 48h:ATCACTTGTACAGGTG,Epiblast
S2 48h:TGCACGGCATGTGGCC,Epiblast
S2 48h:TCAGCAACACTACAGT,Epiblast
S2 48h:CACTAAGGTATGAAAC,Epiblast
S2 48h:TTCCGTGGTGACGCCT,Epiblast
S2 48h:ATGACCATCGGTCGAC,Epiblast
S2 48h:TATCTTGTCTGCTGAA,Epiblast
S2 48h:GCTGAATTCTGAACGT,Epiblast
S2 48h:GGGAGATAGAAACACT,Epiblast
S2 48h:AATGGAAAGACAGCTG,Epiblast
S2 48h:CCTCCTCAGCTGACTT,Epiblast
S2 48h:TGAGGGATCGTGCACG,Epiblast
S2 48h:ACTCTCGAGGAACGTC,Epiblast
S2 48h:TACGGGCTCTCCTGAC,Epiblast
S2 48h:TCCGATCCATAAGATG,Epiblast
S2 48h:AGCGCCAGTACTCCGG,Epiblast
S2 48h:CATTGCCTCACATCAG,Epiblast
S2 48h:GGCACGTAGTGTTGTC,Epiblast
S2 48h:GGAGCAAGTTGGGACA,Epiblast
S2 48h:GATCATGAGGATAATC,Epiblast
S2 48h:TACACCCAGTTCAACC,Epiblast
S2 48h:TAATTCCTCCACTTCG,Epiblast
S2 48h:GAGGCCTCAACCCTCT,Epiblast
S2 48h:GACCTTCCAACGACTT,Epiblast
S2 48h:CAATACGTCACACCGG,Epiblast
S2 48h:CTCCACAAGCACTCCG,Epiblast
S2 48h:AACCCAATCCGGACGT,Epiblast
S2 48h:CCTAAGATCAACGAGG,Epiblast
S2 48h:GTAAGTCCAACCAATC,Epiblast
S2 48h:TACACCCGTTTGACAC,Epiblast
S2 48h:ATCCACCCAAGAAATC,Epiblast
S2 48h:GCTTTCGAGGTTCACT,Epiblast
S2 48h:TTGAGTGGTCCCGTGA,Epiblast
S2 48h:GAAGGGTCACTGTCCT,Epiblast
S2 48h:CCCTTAGCAATTTCCT,Epiblast
S2 48h:GGTGAAGAGCAGATAT,Epiblast
S2 48h:CTCTCGACATTCATCT,Epiblast
S2 48h:TAAGCGTTCGGCATAT,Epiblast
S2 48h:AACGGGACAGGGAGAG,Epiblast
S2 48h:ACTTCCGTCGCTACGG,Epiblast
S2 48h:AGAGAGCCATGTGCCG,Epiblast
S2 48h:CTACCTGCACGTCTCT,Epiblast
S2 48h:ATGGATCCAGGTGAGT,Epiblast
S2 48h:TCTTAGTTCTCTCGAC,Epiblast
S2 48h:ACTGTGAGTAGTCACT,Epiblast
S2 48h:AAGCGAGAGATTGGGC,Epiblast
S2 48h:ACGGGTCTCACCCTTG,Epiblast
S2 48h:CAGATCACACCCTTGT,Epiblast
S2 48h:GTACAGTGTCTTTCAT,Epiblast
S2 48h:GAAATGATCTCACTCG,Epiblast
S2 48h:ACAAGCTGTACTGGGA,Epiblast
S2 48h:CATGAGTTCTAGACAC,Epiblast
S2 48h:CAAGCTAAGCATTTGC,Epiblast
S2 48h:GTTGAACAGTTGCCTA,Epiblast
S2 48h:CATTTCAGTCAGTCCG,Epiblast
S2 48h:TAAGCACAGGTTCAGG,Epiblast
S2 48h:CTCCATGGTCACCACG,Epiblast
S2 48h:AGAAGTACAAGCACCC,Epiblast
S2 48h:AAGCGAGCAAGAGAGA,Epiblast
S2 48h:TTACAGGAGAGTGTTA,Epiblast
S2 48h:GCCTGTTGTATGTCTG,Epiblast
S2 48h:GTAGTACCAGTTAAAG,Epiblast
S2 48h:TATGTTCGTCAAAGAT,Epiblast
S2 48h:CCGGGTATCCTACACC,Epiblast
S2 48h:GCCAGCAGTCAAGGCA,Epiblast
S2 48h:GCAGTGGTATCAACGC,Epiblast
S2 48h:GGAGGTAAGTATTGCC,Epiblast
S2 48h:CATACTTGTCCACATA,Epiblast
S2 48h:TTAATCCAGATAGTCA,Epiblast
S2 48h:AAAGTGAGTTGGATCT,Epiblast
S2 48h:CACAGGCCAGGACAGT,Epiblast
S2 48h:GATGTTGAGAATAGTC,Epiblast
S2 48h:TTGACCCAGTTCAACC,Epiblast
S2 48h:GATCGTATCTAGCATG,Epiblast
S2 48h:AGCTACATCATGCCGG,Epiblast
S2 48h:ACTGATGCAGCAGATG,Epiblast
S2 48h:AGTTCCCTCTAGCCTC,Epiblast
S2 48h:TGAGCATTCTTTGCTA,Epiblast
S2 48h:TTGGGTAGTAGACAAT,Epiblast
S2 48h:GGGAAGTTCTTGGATG,Epiblast
S2 48h:TCCCATGTCTGCCTGT,Epiblast
S2 48h:AGCATCATCGAAATCC,Epiblast
S2 48h:TCGGGCAAGCGATCGA,Epiblast
S2 48h:ATCTCTAAGTTCACTG,Epiblast
S2 48h:TACCTGCAGAGGATGA,Zscan4+ Artefact
S2 48h:CAGATTGAGCAACTTC,Epiblast
S2 48h:TCAAGCAGTATTGACC,Epiblast
S2 48h:GACTATGGTCACTCTC,Epiblast
S2 48h:TATTCCAGTTGCTCCT,Epiblast
S2 48h:CCCTAACCATGACAAA,Epiblast
S2 48h:TGTGCGGCAGCTCTGG,Epiblast
S2 48h:TCGAAGTCATTAGGCT,Epiblast
S2 48h:CCCATTGCACTTGAAC,Epiblast
S2 48h:TGAACGTGTGATAGAT,Epiblast
S2 48h:GTTTACTCACACTTAG,Epiblast
S2 48h:CAGCAATCACTCCCTA,Epiblast
S2 48h:TCCTTTCTCACTCGAA,Epiblast
S2 48h:TGATCAGGTGTTTGCA,Epiblast
S2 48h:CCTCCAAAGACATATG,Epiblast
S2 48h:ATTTCTGAGACGGTCA,Epiblast
S2 48h:TCATGAGGTGATACTC,Epiblast
S2 48h:TATTGGGCAAATGAAC,Epiblast
S2 48h:AAAGGTACACCAGCCA,Epiblast
S2 48h:TTCGCTGGTATCGCAT,Epiblast
S2 48h:CGGAATTCAAATGAAC,Epiblast
S2 48h:TCCTTCTGTTGCATTG,Epiblast
S2 48h:GCCAGGTCAAGCCTGC,Epiblast
S2 48h:GTATTGGAGTAGAATC,Epiblast
S2 48h:TTCTCTCAGTAAGGGA,Epiblast
S2 48h:TACCCACGTTGCCATA,Epiblast
S2 48h:AAGAACACACGTGAGA,Epiblast
S2 48h:CCACGAGCATTGGGAG,Epiblast
S2 48h:TCCAGAAGTGATGTAA,Epiblast
S2 48h:TTGGATGCATACCATG,Epiblast
S2 48h:CACGTGGTCACTGCTC,Epiblast
S2 48h:GCCAGCAGTGCCTTCT,Epiblast
S2 48h:CTATCTACAAATAGCA,Epiblast
S2 48h:CAAGGGACACATATCG,Epiblast
S2 48h:TACAACGCATTGTGCA,Exiting naive pluripotency
S2 48h:ATGCGATCACTCCCTA,Epiblast
S2 48h:GGAGGATCAAATACAG,Epiblast
S2 48h:CTATCTAGTTCTCCCA,Epiblast
S2 48h:GGGTTTAGTTATCTGG,Epiblast
S2 48h:CACTAAGCATTGTACG,Epiblast
S2 48h:ACTATCTTCCATGCAA,Epiblast
S2 48h:TCTGTCGTCGAGAAAT,Epiblast
S2 48h:ATTCTTGCAGTTCACA,Epiblast
S2 48h:TGGAGAGTCACCTACC,Epiblast
S2 48h:GGAACCCAGCCATATC,Epiblast
S2 48h:TTGGATGGTGAGGATC,Epiblast
S2 48h:ACCAACATCCCAGGAC,Epiblast
S2 48h:TCCATGCCAAGCGATG,Epiblast
S2 48h:TCAGTCCCATCTTCGC,Epiblast
S2 48h:TACGCTCGTCTCCCTA,Epiblast
S2 48h:ATATCCTTCCATCGTC,Epiblast
S2 48h:CAGCACGGTGACATCT,Epiblast
S2 48h:GAGTCATAGACTTCAC,Epiblast
S2 48h:TCAGTCCTCCATTTCA,Epiblast
S2 48h:CCACTTGAGGACAGTC,Epiblast
S2 48h:TACCGAATCTTGGAAC,Epiblast
S2 48h:CATTCTACACCAGACC,Epiblast
S2 48h:CCCTGATAGACAACAT,Epiblast
S2 48h:ATCCATTAGTCAACAA,Epiblast
S2 48h:GACCTTCTCGTCAAAC,Epiblast
S2 48h:CAGCAGCTCTGAGAAA,Epiblast
S2 48h:ATGGTTGCATTAGGAA,Epiblast
S2 48h:CCCTCTCTCCGGCAAC,Epiblast
S2 48h:AACTTCTAGCAAATGT,Epiblast
S2 48h:AAGTACCGTCCCGGTA,Epiblast
S2 48h:CAATGACTCGACGCGT,Epiblast
S2 48h:TACGCTCCAACACGTT,Epiblast
S2 48h:AGCTCAAAGGTTCATC,Epiblast
S2 48h:CTTGATTGTGAAAGTT,Epiblast
S2 48h:TTACTGTAGAGCAGCT,Epiblast
S2 48h:GAACGTTCAACGTAAA,Epiblast
S2 48h:GAGTGAGGTTGAGTCT,Epiblast
S2 48h:ATCAGGTTCACTTGGA,Epiblast
S2 48h:CTAACTTGTGACTAAA,Epiblast
S2 48h:CACAGGCAGATCCCGC,Epiblast
S2 48h:TTGGGATTCTAGTGTG,Epiblast
S2 48h:AACAACCCATCCCACT,Epiblast
S2 48h:AGAAATGCAACCGATT,Epiblast
S2 48h:TCATTCACATCAACCA,Epiblast
S2 48h:TCACGGGGTGCCTTTC,Epiblast
S2 48h:AAGCCATAGCCATTGT,Epiblast
S2 48h:TCCTCCCCATATGCGT,Epiblast
S2 48h:CTCCAACGTAGACGTG,Epiblast
S2 48h:TGATCAGTCCACTGAA,Epiblast
S2 48h:AGCTTCCAGGATATAC,Epiblast
S2 48h:GAAATGAAGGACTGGT,Epiblast
S2 48h:CATCCACCAACTTGGT,Epiblast
S2 48h:GAATCGTCACATTCGA,Epiblast
S2 48h:CATGAGTAGCTGTCCG,Epiblast
S2 48h:TAAGCACCAGACTGCC,Epiblast
S2 48h:GCACTAAAGGTACAGC,Epiblast
S2 48h:TGGTGATCACAGCATT,Epiblast
S2 48h:TTCCGTGTCTGTCCGT,Epiblast
S2 48h:TCATACTAGTTCCGGC,Epiblast
S2 48h:ATCCACCTCCAGTTCC,Epiblast
S2 48h:AAACGCTCAGCAGTCC,Epiblast
S2 48h:AACCTTTGTCACAGTT,Epiblast
S2 48h:AACCATGCAATGAGCG,Epiblast
S2 48h:TCATTACTCGAACGGA,Epiblast
S2 48h:CTGCAGGGTAAGGCTG,Epiblast
S2 48h:CGCCAGAGTCGAAACG,Epiblast
S2 48h:GATAGAAAGGCAATGC,Epiblast
S2 48h:CACATGAGTGGAACCA,Epiblast
S2 48h:GCAGTTACATTAGGAA,Epiblast
S2 48h:TCATCCGTCCTTTAGT,Epiblast
S2 48h:TTTGACTAGATCGACG,Epiblast
S2 48h:CTGCCTACAGGACGAT,Epiblast
S2 48h:AGTTAGCAGGATCACG,Epiblast
S2 48h:GGGCTCACAATTCTTC,Epiblast
S2 48h:GGATCTAGTCTCTCTG,Epiblast
S2 48h:AATCGTGTCTCTGACC,Epiblast
S2 48h:TATCGCCTCGCCATAA,Epiblast
S2 48h:GGATCTAGTCGCACAC,Epiblast
S2 48h:ATTTACCCAGTCCGTG,Epiblast
S2 48h:TTCATTGCACGCTGAC,Epiblast
S2 48h:CATACTTCAGGACATG,Epiblast
S2 48h:TCGACGGGTGACGTCC,Epiblast
S2 48h:TGTTCCGCAGAACTCT,Epiblast
S2 48h:ATCCACCGTGTCATCA,Epiblast
S2 48h:GCACGTGAGCCGTTAT,Epiblast
S2 48h:CGCATAACAGCTACAT,Epiblast
S2 48h:TCACTATCAACGGCTC,Epiblast
S2 48h:TAGACCAGTAGGCAAC,Epiblast
S2 48h:CGAGAAGGTCCACACG,Epiblast
S2 48h:ATGAGTCCAATACCTG,Epiblast
S2 48h:ACTTTCATCTTAATCC,Epiblast
S2 48h:ACCCTCATCATTACTC,Epiblast
S2 48h:GCACGTGGTGAGATAT,Epiblast
S2 48h:GTCTTTATCGGCATTA,Epiblast
S2 48h:GTGTTCCAGACCAACG,Epiblast
S2 48h:TTGATGGTCGATCCAA,Epiblast
S2 48h:ATTCGTTTCTACGCAA,Epiblast
S2 48h:CACTTCGGTTTAAGGA,Epiblast
S2 48h:GTTGTAGAGACGAGCT,Exiting naive pluripotency
S2 48h:ACAAGCTGTAACGTTC,Epiblast
S2 48h:CTCCCTCTCATCGACA,Epiblast
S2 48h:GGGATCCCACTACAGT,Epiblast
S2 48h:AGGTGTTAGCACGATG,Epiblast
S2 48h:ACGATCATCTTTCAGT,Epiblast
S2 48h:CTCACTGAGCTCTTCC,Epiblast
S2 48h:ATCACTTTCCATCTGC,Epiblast
S2 48h:ACCTACCTCGACATAC,Epiblast
S2 48h:ATCACTTGTACTCAAC,Epiblast
S2 48h:GAAGAATTCACTGCTC,Epiblast
S2 48h:TGAATCGAGCTCGCAC,Epiblast
S2 48h:TCATTACTCTTAGCTT,Epiblast
S2 48h:GAGCCTGCAGACGCTC,Epiblast
S2 48h:CTGAATGCACAGCGCT,Epiblast
S2 48h:ACACAGTGTGCATGTT,Epiblast
S2 48h:TTCCAATAGACGCAGT,Epiblast
S2 48h:CGGAACCTCCGCAACG,Epiblast
S2 48h:GGGAGTACACTCAGAT,Epiblast
S2 48h:CCTAAGACATGCACTA,Epiblast
S2 48h:ACATGCAAGGCTCAAG,Epiblast
S2 48h:ATTTACCCATGTTCGA,Epiblast
S2 48h:GCTGAATAGCATATGA,Epiblast
S2 48h:TCAGCAACATGACTCA,Epiblast
S2 48h:ATTCAGGCATGCTGCG,Epiblast
S2 48h:ACTGCAAAGCGAACTG,Epiblast
S2 48h:GACCTTCCACGCGGTT,Epiblast
S2 48h:CAGATACAGCACTAGG,Epiblast
S2 48h:GTTCCGTCAGGGTCTC,Epiblast
S2 48h:ATCCACCTCAAGCGTT,Epiblast
S2 48h:AGTGCCGCAAGTCCAT,Epiblast
S2 48h:TGGGATTAGCCATGCC,Epiblast
S2 48h:CAGTTCCAGGACTGGT,Zscan4+ Artefact
S2 48h:ACTTTCATCCACGTAA,Epiblast
S2 48h:ACAACCATCCCGTGTT,Epiblast
S2 48h:TTGCTGCCATCCGGTG,Epiblast
S2 48h:GGGACCTCAGCGTGCT,Epiblast
S2 48h:CACTAAGTCTAAGCCA,Epiblast
S2 48h:GTTCTATTCTGTACAG,Epiblast
S2 48h:TATTGGGTCGTAGTGT,Epiblast
S2 48h:GGCACGTTCGGAAACG,Epiblast
S2 48h:CGCATAATCGTTCTAT,Epiblast
S2 48h:TCGGGCAAGACTCTTG,Epiblast
S2 48h:TACCTGCCACGGTGTC,Epiblast
S2 48h:GTTGCTCTCGCGTCGA,Epiblast
S2 48h:AGATGAAAGGATGGCT,Epiblast
S2 48h:GTCTACCGTCCTATAG,Epiblast
S2 48h:TTGTTTGAGCACAAAT,Epiblast
S2 48h:AGTCATGCAGAATTCC,Epiblast
S2 48h:TGCATCCCATTCGATG,Epiblast
S2 48h:AAGCGAGCAACATACC,Epiblast
S2 48h:GGAGCAATCATTACGG,Epiblast
S2 48h:GATGACTGTCGTTGCG,Epiblast
S2 48h:ACTTAGGCAAGCGGAT,Epiblast
S2 48h:CTACCTGGTCAACATC,Epiblast
S2 48h:TACTTGTCACGACGAA,Epiblast
S2 48h:AACCACAAGAATTCAG,Epiblast
S2 48h:CGCCAGATCCATCGTC,Epiblast
S2 48h:AGGAATATCTCATAGG,Epiblast
S2 48h:AAGTGAAAGTGGTGAC,Epiblast
S2 48h:TGAACGTAGCATTTGC,Epiblast
S2 48h:GAAACCTTCCAAGCCG,Epiblast
S2 48h:AGTTCGATCTGGCCGA,Epiblast
S2 48h:TTTACTGTCAAGTGTC,Epiblast
S2 48h:TCAGTTTAGCTAGAAT,Epiblast
S2 48h:CTCAACCGTATGGGAC,Epiblast
S2 48h:ATTTCTGCATGTCAGT,Epiblast
S2 48h:AGTGTTGAGAAACTGT,Epiblast
S2 48h:CTTTCGGCAACTGCCG,Epiblast
S2 48h:ATGGGTTCAAGAAATC,Epiblast
S2 48h:GCTTGGGCAAAGAACT,Epiblast
S2 48h:GATGATCTCCGGTTCT,Epiblast
S2 48h:GGGTAGAGTGCCTGAC,Epiblast
S2 48h:GAAGTAAGTATTGAGA,Epiblast
S2 48h:TCTTTGAGTGGCTGCT,Epiblast
S2 48h:GCTCAAACATGTTCAG,Epiblast
S2 48h:ATGCCTCCAGCTGCCA,Epiblast
S2 48h:GGAGGATCAATTTCCT,Epiblast
S2 48h:ACCCTCACATGGAAGC,Epiblast
S2 48h:TCACACCAGTCCCAGC,Epiblast
S2 48h:AAGCGAGAGAATAACC,Epiblast
S2 48h:GTCTTTACAATTCACG,Epiblast
S2 48h:CTTTCAACACGTCATA,Epiblast
S2 48h:CATCGGGGTTACAGCT,Epiblast
S2 48h:GAATCACCACTTCAGA,Epiblast
S2 48h:TGACTCCAGTTTCAGC,Epiblast
S2 48h:TTAGTCTTCGTTTACT,Epiblast
S2 48h:TCTCACGTCCAGTGTA,Epiblast
S2 48h:GATTCGAGTGATGGCA,Epiblast
S2 48h:AGTGTTGCAGAGTCAG,Epiblast
S2 48h:GTATTTCCAGCGTGCT,Epiblast
S2 48h:GGGACCTGTGATCATC,Epiblast
S2 48h:GCGATCGCAGTCTGGC,Epiblast
S2 48h:CGACAGCTCTCAAAGC,Epiblast
S2 48h:GGGCTACTCTCTCGAC,Epiblast
S2 48h:ACACCAATCGACATTG,Epiblast
S2 48h:TACTTGTGTCACTCAA,Epiblast
S2 48h:AGACTCAGTGCTGCAC,Epiblast
S2 48h:AGGCCACAGCCATATC,Epiblast
S2 48h:CTGTGGGAGTCGAGGT,Epiblast
S2 48h:TGGAGGAGTTCTTGCC,Epiblast
S2 48h:CCTCAGTGTGTTATCG,Epiblast
S2 48h:GGAATCTAGGCCTAGA,Epiblast
S2 48h:ATTATCCCAGATCCTA,Epiblast
S2 48h:ACGCACGTCTGTTGGA,Epiblast
S2 48h:ATTCCTATCATTTGCT,Epiblast
S2 48h:CTATCCGTCTTTACAC,Epiblast
S2 48h:TACTTCATCCTAAGTG,Epiblast
S2 48h:GTTTGGACAGTGTATC,Epiblast
S2 48h:GTCCCATAGAACTCCT,Epiblast
S2 48h:AAGACTCGTCAAAGAT,Epiblast
S2 48h:GTGACGCGTAGTGCGA,Zscan4+ Artefact
S2 48h:TTAATCCGTCATACCA,Epiblast
S2 48h:TCCTCTTCAGGCAATG,Epiblast
S2 48h:TTGCGTCAGCATTTCG,Epiblast
S2 48h:GCATTAGTCGAGCACC,Epiblast
S2 48h:TCCATCGGTCCTGAAT,Epiblast
S2 48h:GAAGGACGTCAGTCGC,Epiblast
S2 48h:AGCGCCACAGCTCGGT,Epiblast
S2 48h:TACCGAATCTTGAACG,Epiblast
S2 48h:CACCAAAGTGCAGTGA,Epiblast
S2 48h:ACATCCCGTCCCTGTT,Epiblast
S2 48h:GACCCTTAGTCTAACC,Epiblast
S2 48h:GCCCAGAGTATGGTTC,Epiblast
S2 48h:TTATTGCCATCAACCA,Epiblast
S2 48h:GGGTCACAGCAGCACA,Epiblast
S2 48h:CTCAATTAGTTCCGTA,Epiblast
S2 48h:CCTCTCCGTGGACTAG,Epiblast
S2 48h:CTCCCTCCAATGTGGG,Epiblast
S2 48h:AGGTTACAGTGAGTTA,Epiblast
S2 48h:ATACCGAAGTTTGCTG,Epiblast
S2 48h:ATCACTTTCCCTCAAC,Epiblast
S2 48h:ACTGTCCTCGTTGTAG,Epiblast
S2 48h:CCGGGTACAACACACT,Epiblast
S2 48h:ACGGTTATCTCTAAGG,Epiblast
S2 48h:CAACCAAAGGTACATA,Epiblast
S2 48h:ACGCACGCAAATGGCG,Epiblast
S2 48h:GGGCTCAAGACCTCAT,Epiblast
S2 48h:ACAAGCTCAATCTCGA,Epiblast
S2 48h:CCTCACATCTTAATCC,Epiblast
S2 48h:CCACGAGTCTCGAACA,Epiblast
S2 48h:GGCTTGGAGATACCAA,Epiblast
S2 48h:CTCCTCCTCATTCGTT,Epiblast
S2 48h:ATGGATCGTTGACGGA,Epiblast
S2 48h:CTCCCAATCTTTGCGC,Epiblast
S2 48h:CTTACCGTCTCTAAGG,Exiting naive pluripotency
S2 48h:TGATCTTGTCATAACC,Epiblast
S2 48h:ATAGACCCACTTTATC,Epiblast
S2 48h:CTTCCTTTCGGCTATA,Epiblast
S2 48h:CTTCGGTGTTGAGTCT,Epiblast
S2 48h:TCAAGACAGCTAATGA,Epiblast
S2 48h:CAGATACAGCTGTTCA,Epiblast
S2 48h:CATTCATGTCTCTCCA,Epiblast
S2 48h:ATGCGATCAGACTGCC,Epiblast
S2 48h:CAACAACTCAATCAGC,Epiblast
S2 48h:CCACAAAAGACATATG,Epiblast
S2 48h:GCAACCGTCCCAGGCA,Epiblast
S2 48h:CATCGCTAGCACTAGG,Epiblast
S2 48h:TCCTTTCTCCTCCACA,Epiblast
S2 48h:TTTCATGTCGGACGTC,Epiblast
S2 48h:CCGCAAGTCACCGACG,Epiblast
S2 48h:GTGTCCTGTCGCGGTT,Epiblast
S2 48h:TCCATGCGTGTCCCTT,Epiblast
S2 48h:TTACAGGTCCAAGAGG,Epiblast
S2 48h:TCCTCCCGTTCGCGTG,Epiblast
S2 48h:CCTACGTGTGAACCGA,Epiblast
S2 48h:AAAGGTACAAGTCCCG,Epiblast
S2 48h:TTTGATCCAAACACGG,Epiblast
S2 48h:AGGTTACCAACAGCCC,Epiblast
S2 48h:TCCCACACACGACGAA,Epiblast
S2 48h:CATGCGGGTTTACACG,Epiblast
S2 48h:ACTGTGATCTAGCAAC,Epiblast
S2 48h:ATTGGGTTCCTAAACG,Epiblast
S2 48h:GCGGAAACAAGACGGT,Epiblast
S2 48h:ACGGGTCGTCGATTAC,Epiblast
S2 48h:GGGTATTTCCTCATAT,Epiblast
S2 48h:ACCACAATCGTACCTC,Epiblast
S2 48h:AGTTAGCTCTGTGTGA,Epiblast
S2 48h:CTCCTCCTCTCCTGTG,Epiblast
S2 48h:TTTGGTTGTGCCTACG,Epiblast
S2 48h:GCTGAATAGCTGCCTG,Epiblast
S2 48h:AGTCACAAGTCTACCA,Epiblast
S2 48h:TTAATCCAGTAGATCA,Epiblast
S2 48h:GTAGATCGTCTTCGAA,Epiblast
S2 48h:GTCACTCCATTGCTTT,Epiblast
S2 48h:AGACAAAAGGTTGGAC,Epiblast
S2 48h:GACCCTTAGGTGCTGA,Epiblast
S2 48h:GGACGTCCACTGGCGT,Epiblast
S2 48h:TTGCGTCCATGGATCT,Epiblast
S2 48h:GATCATGGTACCTATG,Epiblast
S2 48h:TTCTGTAAGACGCAGT,Epiblast
S2 48h:CGTAGTATCTCGTTTA,Epiblast
S2 48h:CTATCCGCAGCAGACA,Epiblast
S2 48h:AAGCCATAGAATCGAT,Epiblast
S2 48h:GTTCCGTTCCAGTGCG,Epiblast
S2 48h:GGGAGTACACTGGACC,Epiblast
S2 48h:TCAGCCTCACGCCACA,Epiblast
S2 48h:AGGTTGTCACTAAACC,Epiblast
S2 48h:TTATTGCGTACTGAGG,Epiblast
S2 48h:AACCCAACACGACAAG,Epiblast
S2 48h:TGTGATGGTGGCACTC,Epiblast
S2 48h:CACAGGCAGCAAGGAA,Epiblast
S2 48h:GGGTATTGTGTTCAGT,Epiblast
S2 48h:TGATTCTCATCGATCA,Epiblast
S2 48h:GATGCTATCCGAGGCT,Epiblast
S2 48h:ATCGCCTTCCATTTGT,Epiblast
S2 48h:ATCGTAGTCTCAAAGC,Epiblast
S2 48h:CAATTTCCAGGTGACA,Epiblast
S2 48h:CTTACCGCAATGAACA,Epiblast
S2 48h:ATGCCTCCATCCGGCA,Epiblast
S2 48h:CCATAAGTCATTGCTT,Epiblast
S2 48h:CACAGATTCACCTTAT,Epiblast
S2 48h:ATGAGGGCATGTCTAG,Epiblast
S2 48h:TCTCTGGAGCACACCC,Epiblast
S2 48h:CCTGTTGAGGCTAAAT,Epiblast
S2 48h:CTGTCGTAGGCAGCTA,Epiblast
S2 48h:CTGCATCCAAATCAGA,Epiblast
S2 48h:CGAATTGTCATTCCTA,Epiblast
S2 48h:CCGTTCACACCTAAAC,Epiblast
S2 48h:GAGAAATTCGGAGTAG,Epiblast
S2 48h:GTCAAGTTCCGATAAC,Epiblast
S2 48h:ACTGTCCCAGAAACCG,Epiblast
S2 48h:GCTACCTCACTGTGAT,Epiblast
S2 48h:TCAGGTATCATGCAGT,Epiblast
S2 48h:AGTCAACAGGTGCGAT,Epiblast
S2 48h:CGTAGTACAGTGGCTC,Epiblast
S2 48h:GGTAATCAGCTTTGTG,Epiblast
S2 48h:GTCATTTTCCCGGTAG,Epiblast
S2 48h:TTAGGGTAGTGGAATT,Epiblast
S2 48h:CGAGGAAGTTCAATCG,Epiblast
S2 48h:TTTCATGTCTCGCGTT,Epiblast
S2 48h:TTCAATCTCATCGGGC,Epiblast
S2 48h:TGTGAGTCACTATGTG,Epiblast
S2 48h:TGAGTCAAGAATAACC,Epiblast
S2 48h:ACACCAAAGAAGCTGC,Epiblast
S2 48h:GGTGAAGTCAGACCTA,Epiblast
S2 48h:TAGACTGCAGGCTATT,Epiblast
S2 48h:AGACAGGCATCATCCC,Epiblast
S2 48h:TGGGAGACACTCCACT,Epiblast
S2 48h:AGGTTACAGCCTCACG,Epiblast
S2 48h:AAACGCTTCTCTCGAC,Epiblast
S2 48h:CCGGACAAGAGACAAG,Epiblast
S2 48h:TGACTCCGTATAGCTC,Epiblast
S2 48h:CTCCGATAGCTAAACA,Epiblast
S2 48h:AAACGCTAGGTCCCTG,Epiblast
S2 48h:TGTTTGTAGAGTCCGA,Epiblast
S2 48h:GTCATCCCATTCAGCA,Epiblast
S2 48h:CAAGACTGTGCACATT,Epiblast
S2 48h:ACAAGCTTCTCGGTCT,Epiblast
S2 48h:CCTCTCCTCTGAGGTT,Epiblast
S2 48h:TCTAACTGTTTACGTG,Epiblast
S2 48h:GTTGTAGTCAAGGACG,Epiblast
S2 48h:TGATTTCAGCAGCAGT,Epiblast
S2 48h:CAGCCAGCACAATGCT,Epiblast
S2 48h:TTACGCCAGGTTCTAC,Epiblast
S2 48h:TTACGCCCAGCCGTTG,Epiblast
S2 48h:GTAATGCCACTGTTCC,Epiblast
S2 48h:AGCCAGCGTAGGAAAG,Epiblast
S2 48h:ACCTACCGTTAAAGTG,Epiblast
S2 48h:AACTTCTCAAGCCTGC,Epiblast
S2 48h:GGGACTCCAGAATGTA,Epiblast
S2 48h:GAAGGGTGTTGGCTAT,Epiblast
S2 48h:GTTACAGCAATTTCCT,Epiblast
S2 48h:CATGGATCAGCTGCCA,Epiblast
S2 48h:TCTTCCTTCCTTTAGT,Epiblast
S2 48h:TCACAAGGTTGCTTGA,Epiblast
S2 48h:AGCGCTGCAAAGACGC,Epiblast
S2 48h:CCTACGTTCACGGGAA,Epiblast
S2 48h:TCACGGGAGCGAATGC,Exiting naive pluripotency
S2 48h:TCTTCCTTCTTGCAGA,Epiblast
S2 48h:TGCACGGGTTCCTTGC,Epiblast
S2 48h:AATTCCTTCTGCGATA,Epiblast
S2 48h:GCTTCACTCAGGTGTT,Epiblast
S2 48h:AGACAGGTCCCTATTA,Epiblast
S2 48h:ATGAAAGAGGTTCAGG,Epiblast
S2 48h:TCAAGCACATGCTGCG,Epiblast
S2 48h:CTCAGTCCAGACGCTC,Epiblast
S2 48h:GTCCACTAGTAGAGTT,Epiblast
S2 48h:ATCCGTCTCATGAGTC,Epiblast
S2 48h:GATCCCTCACCCTTAC,Epiblast
S2 48h:CATACTTAGGTAGACC,Epiblast
S2 48h:TCACATTTCGTGCACG,Epiblast
S2 48h:GAGTTTGTCGCTACGG,Epiblast
S2 48h:TGCATGAAGGCGCTCT,Epiblast
S2 48h:TAACCAGTCCGCACGA,Epiblast
S2 48h:TCCAGAATCGGAGATG,Epiblast
S2 48h:CACTGTCCATTGAGCT,Epiblast
S2 48h:TTGGTTTGTTGGTGTT,Epiblast
S2 48h:TATTGCTGTGGACCAA,Epiblast
S2 48h:GTGGTTATCGTGGCGT,Epiblast
S2 48h:GCAGGCTGTATCGCAT,Epiblast
S2 48h:GACTATGTCTAAGGAA,Epiblast
S2 48h:TTCGATTGTCTTTCTA,Epiblast
S2 48h:AAACGCTAGCTCCGAC,Epiblast
S2 48h:AGCCACGAGGCCTTGC,Epiblast
S2 48h:GTTCGCTGTCTTCATT,Epiblast
S2 48h:CTGAATGCAGAGGCAT,Epiblast
S2 48h:TTTGACTCAGCACCCA,Epiblast
S2 48h:CATCCACGTTACTCAG,Epiblast
S2 48h:TCCACGTTCCGACGGT,Epiblast
S2 48h:CGCCATTGTTAGAAGT,Epiblast
S2 48h:CTAACTTCAGCATGCC,Epiblast
S2 48h:TAACTTCTCAACTTTC,Epiblast
S2 48h:ACCAACAAGGTAAAGG,Epiblast
S2 48h:AGGACGAAGATCACTC,Epiblast
S2 48h:AACAAGACAAATCAGA,Epiblast
S2 48h:CACCAAAAGATCCCGC,Epiblast
S2 48h:CAAGCTATCCAGTGCG,Epiblast
S2 48h:TCTACATCAGACGGAT,Epiblast
S2 48h:TGGTGATTCTACTCAT,Epiblast
S2 48h:CTGGCAGTCAAGCCGC,Epiblast
S2 48h:AGAACAAGTACGCTTA,Epiblast
S2 48h:GCAGGCTAGAATCGTA,Epiblast
S2 48h:TCATCCGCAACTTCTT,Epiblast
S2 48h:AACCAACCATCTGGGC,Epiblast
S2 48h:AGGACGAAGGTGCCAA,Exiting naive pluripotency
S2 48h:CTACATTCACACAGAG,Epiblast
S2 48h:CTCAACCTCAGTGATC,Epiblast
S2 48h:CGGAATTGTAGCGTTT,Epiblast
S2 48h:CTCTCAGCATCCTAAG,Epiblast
S2 48h:AAGTTCGTCTAAGCCA,Epiblast
S2 48h:TGCGACGGTTAGAAGT,Epiblast
S2 48h:ATTCTTGTCGATAACC,Epiblast
S2 48h:CCCGAAGTCGAAGAAT,Epiblast
S2 48h:ATTGGGTTCCCGGTAG,Epiblast
S2 48h:CAAGACTCAGGCAATG,Epiblast
S2 48h:GGTTAACGTCAAGTTC,Epiblast
S2 48h:CGGCAGTAGACGCTCC,Epiblast
S2 48h:TACTTGTGTTAACCTG,Epiblast
S2 48h:CCTTTGGGTTGTAAAG,Epiblast
S2 48h:TCGAACACAAGGTCGA,Epiblast
S2 48h:GCTTGGGAGTATGAAC,Epiblast
S2 48h:CATACTTGTGCAAGAC,Epiblast
S2 48h:CATGGATTCCAAGCCG,Epiblast
S2 48h:AGATGCTAGGAGCTGT,Epiblast
S2 48h:ATGGGTTAGCTTCTAG,Epiblast
S2 48h:CAACCAAGTTGCCTAA,Epiblast
S2 48h:CGACAGCCATCGGCCA,Epiblast
S2 48h:TTACCGCAGGCATCGA,Epiblast
S2 48h:ACGGTTAAGGAACGAA,Epiblast
S2 48h:TTGGATGAGGTATCTC,Epiblast
S2 48h:GTTACGAAGTTGCGAG,Epiblast
S2 48h:CTCAATTGTACAACGG,Epiblast
S2 48h:CTACGGGTCACTCCGT,Epiblast
S2 48h:AGTACCACATTCTGTT,Epiblast
S2 48h:ATACCGAGTAGCTGAG,Epiblast
S2 48h:GCTTCACTCCATACTT,Epiblast
S2 48h:TTCTAACAGAGTTGTA,Epiblast
S2 48h:ATCGATGCAGATTTCG,Epiblast
S2 48h:CCAATGACAGAGTCAG,Epiblast
S2 48h:GTTCATTTCTAGGCCG,Epiblast
S2 48h:TTGCATTTCAAACTGC,Epiblast
S2 48h:GATCGTACACTCCGGA,Epiblast
S2 48h:ACTTTCAGTCACTTCC,Epiblast
S2 48h:AGGTTACCACATATCG,Epiblast
S2 48h:CTTTCGGCAGTCCCGA,Epiblast
S2 48h:TCATTCAAGAGAGGTA,Epiblast
S2 48h:CCCTAACTCCTAGAGT,Epiblast
S2 48h:AACGAAACAACTCCCT,Epiblast
S2 48h:TTGCGTCCAAGCCATT,Epiblast
S2 48h:CTAGACATCTGATGGT,Epiblast
S2 48h:GGTTGTAGTACGCTAT,Epiblast
S2 48h:CACACAACACAATGAA,Epiblast
S2 48h:GGAGCAACATAACCCA,Epiblast
S2 48h:ATTGGGTCACGTGAGA,Epiblast
S2 48h:AGAACCTCAGTTACCA,Epiblast
S2 48h:TGTACAGGTAATACCC,Epiblast
S2 48h:TGGTGATGTAGTCGTT,Epiblast
S2 48h:GTTCTATTCCTTCAGC,Epiblast
S2 48h:CATCGGGCATATAGCC,Epiblast
S2 48h:ATCCCTGTCTGACGCG,Epiblast
S2 48h:GCAGGCTAGTGTTCAC,Epiblast
S2 48h:TTCTTCCTCACTTTGT,Epiblast
S2 48h:GATCACACAATAGTAG,Epiblast
S2 48h:GGGAGTACAATGAAAC,Epiblast
S2 48h:CATACTTAGAGACAAG,Epiblast
S2 48h:GGGCTACAGCCTCAGC,Epiblast
S2 48h:CTCAGAACAGCCCAGT,Epiblast
S2 48h:AACGTCACAAATTAGG,Epiblast
S2 48h:AGCGCTGCAGCTGCCA,Epiblast
S2 48h:AACAAAGTCGCTCTAC,Epiblast
S2 48h:CGATGCGCAGAACGCA,Epiblast
S2 48h:GACCGTGCATTCTCCG,Epiblast
S2 48h:GGTGGCTCAAACACCT,Epiblast
S2 48h:GGAGAACCAGCTGGTC,Epiblast
S2 48h:CATGCCTTCCCGGTAG,Epiblast
S2 48h:GCTGCAGCAACCCGCA,Epiblast
S2 48h:CTTCTCTTCGACATTG,Epiblast
S2 48h:TGCTCGTAGGGCCAAT,Epiblast
S2 48h:AGGGTGATCTCTTCAA,Epiblast
S2 48h:TAGCACACATCAACCA,Epiblast
S2 48h:GGTCACGGTAGCCAGA,Epiblast
S2 48h:AAACCCACAGCACAAG,Epiblast
S2 48h:CCTGTTGTCCGACAGC,Epiblast
S2 48h:TCAATCTTCTCGAACA,Epiblast
S2 48h:CATTCATTCGGATAAA,Epiblast
S2 48h:TTGCATTCAGCTATAC,Epiblast
S2 48h:GAATCGTGTCCGTACG,Epiblast
S2 48h:GTGAGGAAGTATTCCG,Epiblast
S2 48h:GGGAGATTCTCATGCC,Epiblast
S2 48h:AAGACTCTCCATTTAC,Epiblast
S2 48h:CCATAAGCAACATCGT,Epiblast
S2 48h:CGTAAGTGTAGCGTTT,Epiblast
S2 48h:GGTCTGGGTAATTGGA,Epiblast
S2 48h:GGTCACGCAGGCAATG,Epiblast
S2 48h:AGTAACCTCCATCTGC,Epiblast
S2 48h:ATCACTTTCCTTTGAT,Epiblast
S2 48h:ATCACTTGTAGTGCGA,Epiblast
S2 48h:GATTGGTAGTAATACG,Epiblast
S2 48h:AGTACTGAGGCCCGTT,Epiblast
S2 48h:GGTGTTAAGTTCCAGT,Epiblast
S2 48h:GACCTTCAGCTAATCC,Epiblast
S2 48h:TCCTGCAAGCCGTTGC,Epiblast
S2 48h:CGGAACCCAGTAGAAT,Epiblast
S2 48h:CGGGCATCAGCCTTCT,Epiblast
S2 48h:GTCAGCGTCAATCTCT,Exiting naive pluripotency
S2 48h:TATGTTCGTACAGTAA,Epiblast
S2 48h:CTCCCTCTCAATCCAG,Epiblast
S2 48h:ATCGTCCTCATGAAAG,Epiblast
S2 48h:TGTGTGACAAATACGA,Epiblast
S2 48h:TTTAGTCGTCCAGGTC,Epiblast
S2 48h:TATTGCTGTGTATCCA,Epiblast
S2 48h:TTCCTCTAGGTTGTTC,Epiblast
S2 48h:GCCATTCCAGAGGTAC,Epiblast
S2 48h:TCAGCAACAGTCGCTG,Epiblast
S2 48h:GACTCAACATAGAAAC,Epiblast
S2 48h:AGGTAGGGTACCTGTA,Epiblast
S2 48h:TGGGCTGCACTTTAGG,Epiblast
S2 48h:AGTTAGCTCCCTGGTT,Epiblast
S2 48h:GTGCACGTCAGTGGGA,Epiblast
S2 48h:ACCTACCTCTCAAAGC,Epiblast
S2 48h:GTTCGCTTCGGATTAC,Epiblast
S2 48h:AAACGAAAGTTCCGGC,Epiblast
S2 48h:CGAGGAATCCTAAACG,Epiblast
S2 48h:GGTTCTCGTCTGTAGT,Epiblast
S2 48h:AGACAAACAGAGCCCT,Epiblast
S2 48h:TCACGCTGTACAGGTG,Epiblast
S2 48h:TGCTCGTGTCAAGGCA,Epiblast
S2 48h:CTCAGTCTCTACTCAT,Epiblast
S2 48h:AACGTCACAGACCCGT,Epiblast
S2 48h:TCCATGCTCTTTCAGT,Epiblast
S2 48h:ATCGCCTAGTAAAGCT,Epiblast
S2 48h:GTCCACTTCCACGTCT,Epiblast
S2 48h:CTGTCGTAGCCATGCC,Epiblast
S2 48h:TGCACGGAGAGTAACT,Epiblast
S2 48h:CCTCCTCGTAGATTAG,Epiblast
S2 48h:TATTCCAGTCTTCATT,Epiblast
S2 48h:TCCTCGAAGTAGGTTA,Epiblast
S2 48h:CCTTGTGCAGTTCACA,Epiblast
S2 48h:TCTATACCACACGCCA,Epiblast
S2 48h:AGCCAATCATGGCCCA,Epiblast
S2 48h:AGATGAATCATTTCGT,Epiblast
S2 48h:CGATGCGAGATACATG,Epiblast
S2 48h:GTAACACGTTAGGGTG,Epiblast
S2 48h:TACGGTACACTGTGTA,Epiblast
S2 48h:TTTAGTCCACTTGACA,Epiblast
S2 48h:TGGTACATCCTGTAGA,Epiblast
S2 48h:GTGCACGCACATAACC,Epiblast
S2 48h:ACAACCAGTTGTGCAT,Epiblast
S2 48h:ATTGGGTCACGGCTAC,Epiblast
S2 48h:TTCCTAACATGTCGTA,Epiblast
S2 48h:AAGTGAACAACGCATT,Epiblast
S2 48h:CATGCTCCAACGAGGT,Epiblast
S2 48h:ATCCATTCAGCACCCA,Epiblast
S2 48h:TCTGGCTGTTCGAAGG,Epiblast
S2 48h:GCCAACGAGAATCCCT,Epiblast
S2 48h:CATTGCCGTATGAAGT,Epiblast
S2 48h:GCCATGGTCGCACTCT,Epiblast
S2 48h:TTACTGTCACAGTATC,Epiblast
S2 48h:TACTTGTTCGTAACCA,Epiblast
S2 48h:ATTCCATTCGAACCTA,Epiblast
S2 48h:TTAGGGTAGAGCAGCT,Epiblast
S2 48h:CATACTTCATGAATAG,Epiblast
S2 48h:CTACTATAGGTACAGC,Epiblast
S2 48h:GACTGATCAGACTCTA,Epiblast
S2 48h:CGAGGCTTCACACCCT,Epiblast
S2 48h:TTCTTGAAGTTAACAG,Epiblast
S2 48h:GTCAAGTGTGTAGTGG,Epiblast
S2 48h:GGGTGAACATACAGAA,Epiblast
S2 48h:TGCAGGCAGATAGGGA,Epiblast
S2 48h:TTCTCTCGTTGTTTGG,Epiblast
S2 48h:AACCCAACAAGCGAAC,Epiblast
S2 48h:CATACAGAGAACTCCT,Epiblast
S2 48h:GAAACCTGTCGCCTAG,Epiblast
S2 48h:CCACGAGGTTAGCTAC,Epiblast
S2 48h:GGGTTTACATGATGCT,Epiblast
S2 48h:AGGCATTCAGTGTGGA,Epiblast
S2 48h:CAAGGGACAATCAAGA,Epiblast
S2 48h:ACGTTCCCACTCACTC,Epiblast
S2 48h:TGATTCTCAAATCCCA,Epiblast
S2 48h:TAACGACAGCTGTACT,Epiblast
S2 48h:TCCGAAAAGTACGAGC,Epiblast
S2 48h:CCACTTGAGTATGTAG,Epiblast
S2 48h:CTTCTCTTCAGGACAG,Epiblast
S2 48h:ACTCTCGCAATTAGGA,Epiblast
S2 48h:GTCATCCAGATCCGAG,Epiblast
S2 48h:TTGACCCTCGAAGCCC,Epiblast
S2 48h:GTAGAAAAGGTGCATG,Epiblast
S2 48h:CAACCAAAGCATCGAG,Epiblast
S2 48h:TCCATCGAGACCAGAC,Epiblast
S2 48h:CGCATAAAGATAGCTA,Epiblast
S2 48h:CGGAACCAGGGCGAGA,Epiblast
S2 48h:TTGACCCAGTGGACTG,Epiblast
S2 48h:TGGAACTCACTGAGTT,Epiblast
S2 48h:GTGTTCCAGGTTCATC,Epiblast
S2 48h:GTTGCGGAGCAGAAAG,Epiblast
S2 48h:GACCGTGGTAGTTAGA,Epiblast
S2 48h:TTCCGTGTCCTTCTAA,Epiblast
S2 48h:ATGGGAGTCTGCGGCA,Epiblast
S2 48h:CCTAACCGTCTGTGAT,Epiblast
S2 48h:GCATTAGGTTAACAGA,Epiblast
S2 48h:CATTCTAAGTATTCCG,Epiblast
S2 48h:TACGGTACATTGAAGA,Epiblast
S2 48h:CTTGATTCATGCACTA,Epiblast
S2 48h:TTCTAGTCATGATAGA,Epiblast
S2 48h:CTGCCTATCGTGGAAG,Epiblast
S2 48h:ACTATGGTCCGCAACG,Epiblast
S2 48h:GACTTCCCAGACAATA,Epiblast
S2 48h:TAGGTACTCATCGACA,Epiblast
S2 48h:CTCAATTGTTACTCAG,Epiblast
S2 48h:GATGCTATCTACCCAC,Epiblast
S2 48h:AGGGTTTGTTCAGTAC,Epiblast
S2 48h:TCTCTGGAGGAGTACC,Epiblast
S2 48h:ACCCTCATCCCAACTC,Epiblast
S2 48h:TGAGGGAGTGTTGACT,Epiblast
S2 48h:CTAGGTAAGGTTCTTG,Epiblast
S2 48h:GGCTGTGCACCAACAT,Epiblast
S2 48h:TGAATCGTCGTTAGAC,Epiblast
S2 48h:TGAGGTTCAGTATTCG,Epiblast
S2 48h:GCCCGAAAGGTGTGAC,Epiblast
S2 48h:TTGTTCACAACTGGTT,Epiblast
S2 48h:ATCTCTATCGCTCATC,Epiblast
S2 48h:CGGAGAATCTCGTGGG,Epiblast
S2 48h:ATTTCTGTCTACGCGG,Epiblast
S2 48h:ATCCATTGTCATAACC,Epiblast
S2 48h:GCCAGCAAGATGCAGC,Epiblast
S2 48h:TCGCACTTCTGCGGAC,Epiblast
S2 48h:GAGGGATTCTTGCGCT,Epiblast
S2 48h:CATCGGGCATCAGTGT,Epiblast
S2 48h:AGCCAATCATCTTTCA,Epiblast
S2 48h:CCTCACAGTCCAGCGT,Epiblast
S2 48h:ACCCTTGAGATGACCG,Epiblast
S2 48h:CCCTCAATCCAGTACA,Epiblast
S2 48h:AACCAACAGATCACCT,Epiblast
S2 48h:CATACCCGTAACTGCT,Epiblast
S2 48h:TACAACGCAGCGTACC,Epiblast
S2 48h:AGCCAATTCAACCTTT,Epiblast
S2 48h:GAATAGAGTACGGATG,Epiblast
S2 48h:GTGCAGCCAATACCTG,Epiblast
S2 48h:AGTGTTGTCTGCATAG,Epiblast
S2 48h:AGTGACTCACTAGGCC,Epiblast
S2 48h:GTGACGCGTAAGGAGA,Epiblast
S2 48h:TGATGCATCACCGGGT,Epiblast
S2 48h:GTGTGGCTCTAAGGAA,Epiblast
S2 48h:TGACGCGCATCTATCT,Epiblast
S2 48h:GTGGAGAGTGGAACCA,Epiblast
S2 48h:ATAGGCTGTCAACCAT,Epiblast
S2 48h:ACGTACAGTCGGATTT,Epiblast
S2 48h:CAGCGTGGTCTACAGT,Epiblast
S2 48h:CTCCGATCAGCGTACC,Epiblast
S2 48h:CGTGAATCATATGGCT,Epiblast
S2 48h:ACTGCAACACGCTATA,Epiblast
S2 48h:CTCCCAATCTGTCCGT,Epiblast
S2 48h:TTGTTGTCAGCAGACA,Epiblast
S2 48h:TTCATTGTCTTTGATC,Epiblast
S2 48h:ATAGACCAGAGTTCGG,Epiblast
S2 48h:GCGGAAAGTCATCTAG,Epiblast
S2 48h:TCATGTTCATACTTTC,Epiblast
S2 48h:ATCACGAGTCAACGCC,Epiblast
S2 48h:GAGCCTGCAACTACGT,Epiblast
S2 48h:AGACACTTCGTGCACG,Epiblast
S2 48h:TTCTAACTCCTACACC,Epiblast
S2 48h:CCCTGATCAAAGGTTA,Epiblast
S2 48h:ACTGCAATCGACACCG,Epiblast
S2 48h:TGGATGTGTGTGTACT,Epiblast
S2 48h:TTCTTCCTCGCATAGT,Epiblast
S2 48h:TCCCAGTTCCAATCTT,Epiblast
S2 48h:CTCACTGTCAGACCCG,Epiblast
S2 48h:TCGGGCAGTCTACGAT,Epiblast
S2 48h:GGGACCTCAGGGAATC,Epiblast
S2 48h:CGGCAGTAGCACGGAT,Epiblast
S2 48h:GTTGAACTCGTGCAGC,Epiblast
S2 48h:TGGGCGTAGATTGGGC,Epiblast
S2 48h:TACGTCCTCTTTGCAT,Epiblast
S2 48h:TATATCCTCATAAGGA,Epiblast
S2 48h:GAACGTTTCCTACAAG,Epiblast
S2 48h:ACCAACATCTCCACTG,Epiblast
S2 48h:GGGTATTAGCATCGAG,Epiblast
S2 48h:CATTCTAAGGGTACAC,Epiblast
S2 48h:AATAGAGAGCACCCAC,Epiblast
S2 48h:AGTCATGCAATCCTAG,Epiblast
S2 48h:CCTCACAAGGTAAGTT,Epiblast
S2 48h:TGAGGGAGTAACTAAG,Epiblast
S2 48h:AGGTGTTGTTCGTTCC,Epiblast
S2 48h:TTCTAACTCGTCCTTG,Epiblast
S2 48h:GCAACCGCAACCCTCT,Epiblast
S2 48h:TCCAGAAAGTTAACAG,Epiblast
S2 48h:AAACGAACACAGCCTG,Exiting naive pluripotency
S2 48h:CCGAACGAGGTTTGAA,Epiblast
S2 48h:TCTCTGGCAATCAAGA,Epiblast
S2 48h:TTAGGGTTCAACGAGG,Epiblast
S2 48h:AGGTCATCAAAGACTA,Epiblast
S2 48h:TCTCCGAGTTTGAACC,Epiblast
S2 48h:TACCGGGTCGACACCG,Epiblast
S2 48h:TAACTTCCAGAGTAAT,Epiblast
S2 48h:AAGTACCTCGTTCAGA,Epiblast
S2 48h:GTCCACTCAGCGACAA,Epiblast
S2 48h:TTGCTGCGTAGAGCTG,Epiblast
S2 48h:AGAGCCCAGACCACGA,Epiblast
S2 48h:CCTCAACAGTGGACTG,Epiblast
S2 48h:GTTAGACCACTGAGGA,Epiblast
S2 48h:CATACTTAGCGATGCA,Epiblast
S2 48h:CATTGTTTCATGTCAG,Epiblast
S2 48h:AGGCCACAGGGCCAAT,Epiblast
S2 48h:CAGATTGCAGCCTACG,Epiblast
S2 48h:GACCCAGAGTGGATAT,Exiting naive pluripotency
S2 48h:TTGTGGATCGTTCCCA,Zscan4+ Artefact
S2 48h:GAGCCTGCATGATAGA,Epiblast
S2 48h:TGTTACTCACCTCTAC,Epiblast
S2 48h:GACATCATCTTAGCCC,Epiblast
S2 48h:CCTTCAGGTTGAGTCT,Epiblast
S2 48h:CAATACGTCTCAGAAC,Epiblast
S2 48h:ACTTCCGGTGTTCGAT,Epiblast
S2 48h:GGGTGTCAGCCTCATA,Epiblast
S2 48h:TTACAGGTCGGCTTCT,Epiblast
S2 48h:GCTACAACAAGGTACG,Epiblast
S2 48h:CATTCTAGTCATTCCC,Epiblast
S2 48h:AGCGATTCAGGACTTT,Epiblast
S2 48h:CCTATCGTCAGCCTTC,Epiblast
S2 48h:GGAATCTAGGCACAAC,Epiblast
S2 48h:ACTGATGGTGCATTAC,Epiblast
S2 48h:ATCCTATTCCCAGTGG,Epiblast
S2 48h:CCACAAAAGTGCGCTC,Epiblast
S2 48h:CATCCCACAATCGAAA,Epiblast
S2 48h:AAATGGACATCCCACT,Epiblast
S2 48h:TTACCATCAAGCCATT,Epiblast
S2 48h:ACCACAAAGGCAGTCA,Epiblast
S2 48h:TACTGCCGTGGATTTC,Epiblast
S2 48h:TTGCCTGGTCCTTAAG,Epiblast
S2 48h:TGGAACTAGACCCTTA,Epiblast
S2 48h:GAGTGAGAGCGAGGAG,Epiblast
S2 48h:GACCAATCACTCCGAG,Epiblast
S2 48h:AGACTCATCGATGCAT,Epiblast
S2 48h:ACTTATCAGGGCAGTT,Epiblast
S2 48h:AGGTTACGTCGCGTTG,Epiblast
S2 48h:CATGCGGAGCTCACTA,Epiblast
S2 48h:GTGCTTCCAAGCAGGT,Epiblast
S2 48h:TCTGGCTTCCGTGGCA,Epiblast
S2 48h:CTCCATGGTACCAATC,Epiblast
S2 48h:CATTTCAGTTGGGCCT,Epiblast
S2 48h:GTGAGTTGTGTCATTG,Epiblast
S2 48h:ATTCACTCAGTAGATA,Epiblast
S2 48h:TCAAGCACACTGGATT,Epiblast
S2 48h:GATCACAGTCCACGCA,Epiblast
S2 48h:CCTCTCCCATTCCTCG,Epiblast
S2 48h:CGTTCTGCATGCAGGA,Epiblast
S2 48h:TCCTGCATCTCGTGGG,Epiblast
S2 48h:TGCATCCGTTCGGTAT,Epiblast
S2 48h:ATCCACCGTCCTTTGC,Epiblast
S2 48h:GCACATAAGTCACGCC,Exiting naive pluripotency
S2 48h:ACAGAAAAGTGGCAGT,Epiblast
S2 48h:TTACCGCAGGGTGGGA,Epiblast
S2 48h:GTACAGTGTCTTACAG,Epiblast
S2 48h:CTGGTCTCAATTGCCA,Epiblast
S2 48h:AAGCATCGTTGCTAGT,Epiblast
S2 48h:CTCAGGGTCATAGGCT,Epiblast
S2 48h:AGGATCTAGTTTGAGA,Epiblast
S2 48h:TGGAGGAGTCGAGATG,Epiblast
S2 48h:CATGCTCGTAGCGCCT,Epiblast
S2 48h:ACGATGTTCGCACGAC,Epiblast
S2 48h:ACATGCAGTATCCCAA,Epiblast
S2 48h:TATCAGGTCCTCATAT,Epiblast
S2 48h:TTGGGTAGTTCTCTCG,Epiblast
S2 48h:CCTCCTCGTCCTTTGC,Epiblast
S2 48h:AAGGAATCAGGAATAT,Epiblast
S2 48h:TCATTTGAGCCTATCA,Epiblast
S2 48h:GTTGTGATCCTATTTG,Epiblast
S2 48h:GGAACCCTCAGCGCGT,Epiblast
S2 48h:TGTTCATGTCCCTGAG,Epiblast
S2 48h:ATTCATCAGCCTCAGC,Epiblast
S2 48h:CCTTGTGCAACTGAAA,Epiblast
S2 48h:TGTGTGAAGCCTAACT,Epiblast
S2 48h:ATACCTTCACTCTAGA,Epiblast
S2 48h:CGGAGAACACATTGTG,Exiting naive pluripotency
S2 48h:GGGTAGATCAATCGGT,Epiblast
S2 48h:AGAGAATAGTGGATAT,Epiblast
S2 48h:ATCGTGACAAGCGCAA,Epiblast
S2 48h:TTTCATGCAGTGCCTG,Epiblast
S2 48h:AACACACAGGAGCAAA,Epiblast
S2 48h:CCGAACGTCAGTAGGG,Epiblast
S2 48h:ACTTCGCCATCGGTTA,Epiblast
S2 48h:TACCTGCTCGGTAGGA,Epiblast
S2 48h:CTACCTGAGCATGATA,Epiblast
S2 48h:ACGTAACAGCTTGTTG,Epiblast
S2 48h:CAACCAATCCGCAAAT,Epiblast
S2 48h:ATTTACCGTTGAAGTA,Epiblast
S2 48h:CAAAGAATCATTCATC,Epiblast
S2 48h:CATTCTAGTTGGGAAC,Epiblast
S2 48h:GACATCACAACCAATC,Epiblast
S2 48h:CTCAGAAGTCCTTGTC,Epiblast
S2 48h:GAAATGAAGAGCTTTC,Epiblast
S2 48h:TTACTGTTCAACCTTT,Epiblast
S2 48h:GTCTTTAAGTAACCTC,Epiblast
S2 48h:TCAGTTTTCTGTGCAA,Epiblast
S2 48h:TGGATGTAGGCCATAG,Epiblast
S2 48h:GAAATGAAGACGCCAA,Epiblast
S2 48h:ACACCAACACTCGATA,Zscan4+ Artefact
S2 48h:TGGATCATCTGAGGTT,Epiblast
S2 48h:TACTTGTAGCCATTCA,Epiblast
S2 48h:CATGCGGAGTGAGGTC,Epiblast
S2 48h:TCATGCCTCTTGGGCG,Epiblast
S2 48h:GAGACTTCAAAGCAAT,Exiting naive pluripotency
S2 48h:ATCGATGGTAGATCGG,Epiblast
S2 48h:GGGAAGTTCTGAATGC,Epiblast
S2 48h:AACGAAACATACACCA,Epiblast
S2 48h:ATCGCCTGTCACCACG,Exiting naive pluripotency
S2 48h:GTCTCACTCATCTATC,Epiblast
S2 48h:TCTTAGTAGATCGACG,Exiting naive pluripotency
S2 48h:TAACCAGCAGCACAGA,Epiblast
S2 48h:CAAGACTAGGACTTCT,Epiblast
S2 48h:TCATTTGTCGCAATTG,Epiblast
S2 48h:CTGAGCGCATCTGGGC,Epiblast
S2 48h:GATGCTATCTTAATCC,Epiblast
S2 48h:AGGTGTTCAAGAAATC,Epiblast
S2 48h:CATCGCTAGACTAGAT,Epiblast
S2 48h:ATCCATTGTAGGGTAC,Epiblast
S2 48h:AGCTCAAGTATGGAAT,Epiblast
S2 48h:ATTCACTGTTCCGCTT,Epiblast
S2 48h:AGGGTCCCATACCGTA,Epiblast
S2 48h:AGGGCTCCAACATCGT,Epiblast
S2 48h:TTACCATTCCTACAAG,Epiblast
S2 48h:GGATGTTCATTGCTTT,Epiblast
S2 48h:CTCCCTCCACGTCGGT,Epiblast
S2 48h:GCTGAATTCTTGAGCA,Epiblast
S2 48h:TATTTCGTCGACGCGT,Epiblast
S2 48h:TGTTTGTCAGCGACCT,Epiblast
S2 48h:ACTACGACATGTTCGA,Epiblast
S2 48h:CATTCCGAGATTCGCT,Epiblast
S2 48h:ATTCCTAAGTTACGTC,Epiblast
S2 48h:GTGTTCCTCCACAAGT,Epiblast
S2 48h:CCTCAGTGTCTTGAAC,Epiblast
S2 48h:TCGAAGTCATCCAATG,Epiblast
S2 48h:TCAGTGATCGCTGTTC,Epiblast
S2 48h:ACCTGTCTCGTTCTAT,Epiblast
S2 48h:ACGGTCGTCCAAAGGG,Epiblast
S2 48h:AAGGTAAAGGTCTACT,Epiblast
S2 48h:CCTAAGATCAGCTTGA,Epiblast
S2 48h:TGATGCACAAGGCAAC,Epiblast
S2 48h:AACCTTTAGAAGGTAG,Epiblast
S2 48h:TATTCCACAATACGAA,Epiblast
S2 48h:TAATCTCAGACAACAT,Epiblast
S2 48h:CTCTCAGGTTGGAGAC,Epiblast
S2 48h:CGAGGCTCACCCAATA,Epiblast
S2 48h:CTCAGAACAAACTCTG,Epiblast
S2 48h:CATACAGAGGTTTACC,Epiblast
S2 48h:TATGTTCTCAGTCAGT,Epiblast
S2 48h:AACACACGTCAAAGTA,Epiblast
S2 48h:CTGGTCTTCTGGCCAG,Epiblast
S2 48h:TATCGCCAGTGCAGGT,Epiblast
S2 48h:CCTTTGGTCTACTTCA,Epiblast
S2 48h:TCGAACAAGACATCCT,Epiblast
S2 48h:AAAGAACCATAGCACT,Epiblast
S2 48h:TACCGAACAAGCTCTA,Epiblast
S2 48h:TATCCTATCAGGACAG,Epiblast
S2 48h:AACGTCACAAATGAGT,Epiblast
S2 48h:AAGTTCGAGTTGCCCG,Epiblast
S2 48h:TGCATGAGTCCAAATC,Epiblast
S2 48h:CAACGATTCCCAGTGG,Epiblast
S2 48h:ATTGGGTCATGGCGCT,Epiblast
S2 48h:GTGAGGACACCACTGG,Epiblast
S2 48h:GTAGGAGTCGCGCTGA,Epiblast
S2 48h:AACCAACTCCCAAGTA,Epiblast
S2 48h:GATTCTTAGTTGCTGT,Epiblast
S2 48h:TCTGTCGGTTATGTCG,Epiblast
S2 48h:TCGTAGAGTAGGTTTC,Epiblast
S2 48h:TGATGGTTCCAACTGA,Epiblast
S2 48h:GTGTAACAGACGTCCC,Epiblast
S2 48h:TTCGATTAGACCGCCT,Epiblast
S2 48h:TTGACCCAGCTACTAC,Exiting naive pluripotency
S2 48h:TCTCCGAAGAAATGGG,Epiblast
S2 48h:TGTTACTCATCTGGGC,Epiblast
S2 48h:GCTGAATTCCGTAGTA,Epiblast
S2 48h:TCCTTTCCACGCGCTA,Epiblast
S2 48h:GTGGAAGCATCCGTTC,Epiblast
S2 48h:AATCGACCATGTGGCC,Epiblast
S2 48h:TTGTTTGTCCGCTGTT,Epiblast
S2 48h:AAAGTGAAGTAACGAT,Epiblast
S2 48h:GCCAGCACATGGCTGC,Epiblast
S2 48h:ATGTCTTAGTACAACA,Epiblast
S2 48h:AATGAAGAGGACAACC,Epiblast
S2 48h:CAGATACTCCACCTGT,Epiblast
S2 48h:GTGGTTACAAATTGCC,Epiblast
S2 48h:GTAACCATCCAATGCA,Epiblast
S2 48h:TCCATCGGTCAACGCC,Epiblast
S2 48h:CCGGACACAGCAGACA,Epiblast
S2 48h:GTGAGGACACGACTAT,Epiblast
S2 48h:CATTCCGAGAGGTTTA,Epiblast
S2 48h:GTGTCCTAGGCTAACG,Epiblast
S2 48h:TTTAGTCAGAGAGCGG,Epiblast
S2 48h:AGTAACCCAAATGCTC,Epiblast
S2 48h:GGTGAAGAGTCTAGCT,Epiblast
S2 48h:AGATCGTAGGGAACAA,Epiblast
S2 48h:GATCAGTGTCAACCTA,Epiblast
S2 48h:TTGTGGATCAAGCCTA,Exiting naive pluripotency
S2 48h:CAGTGCGGTCAGTCGC,Epiblast
S2 48h:ATGGGAGGTCTAATCG,Epiblast
S2 48h:CACGGGTGTGGGTTGA,Epiblast
S2 48h:TCGACGGCATCAACCA,Epiblast
S2 48h:AATTTCCCACACCTGG,Epiblast
S2 48h:GCAACCGGTACAGGTG,Epiblast
S2 48h:AATTTCCTCACATCAG,Zscan4+ Artefact
S2 48h:GTGGTTATCTCTTAAC,Epiblast
S2 48h:TCTTCCTTCCCTGGTT,Epiblast
S2 48h:AGGTTGTGTACGACTT,Epiblast
S2 48h:TTAGTCTAGGTTACAA,Epiblast
S2 48h:CATTGAGCACCTGAAT,Epiblast
S2 48h:AGCGATTGTAGTCTGT,Epiblast
S2 48h:TTCCACGAGAACTTCC,Epiblast
S2 48h:GTTCCGTGTTCTTAGG,Epiblast
S2 48h:CTCTCGATCATGGTAC,Epiblast
S2 48h:GTTTGGAGTCCCGTGA,Epiblast
S2 48h:GAAACCTAGAGCCGTA,Epiblast
S2 48h:TTCCGGTTCTCATTGT,Epiblast
S2 48h:GTGTTCCCAAGAATGT,Epiblast
S2 48h:GTAGCTAGTTACCCTC,Epiblast
S2 48h:AGATGCTCAGTTCTAG,Epiblast
S2 48h:GGGCTCAAGCACTCAT,Epiblast
S2 48h:AGAGCCCTCTACTGCC,Epiblast
S2 48h:CTGCTCACATCCGAGC,Epiblast
S2 48h:CATCCCAAGGCCCAAA,Epiblast
S2 48h:AATCACGAGTTTGCTG,Epiblast
S2 48h:AATAGAGAGACCAACG,Epiblast
S2 48h:CATCCGTTCAAGAATG,Epiblast
S2 48h:AAATGGACAGGTCAAG,Epiblast
S2 48h:TCATCATTCACGGGCT,Epiblast
S2 48h:TCGGGACAGAGGGTCT,Epiblast
S2 48h:TTTATGCGTCGAAGCA,Epiblast
S2 48h:AGTCATGGTATCACGT,Epiblast
S2 48h:GTCCACTCAGCTACCG,Epiblast
S2 48h:TCCGAAAAGAGGGCGA,Epiblast
S2 48h:ATAGGCTAGGCACAAC,Epiblast
S2 48h:CGCATGGGTCTTCATT,Epiblast
S2 48h:AATGACCCAGCTGGTC,Epiblast
S2 48h:AAGACAACACATCCCT,Epiblast
S2 48h:CAAGCTACACATTACG,Epiblast
S2 48h:CGGGACTCACGCTGCA,Epiblast
S2 48h:TGGGCTGCAACCGACC,Epiblast
S2 48h:AGAGCAGCATGACTCA,Epiblast
S2 48h:CACTTCGGTGTACATC,Epiblast
S2 48h:TTGTTCACACATACTG,Epiblast
S2 48h:TCGCACTCACTTGGGC,Epiblast
S2 48h:CATACTTTCAAACGTC,Epiblast
S2 48h:GGGTAGACACCTTCCA,Epiblast
S2 48h:TCATATCCATGTCTAG,Epiblast
S2 48h:TCGACGGGTCTGTAAC,Epiblast
S2 48h:AGTGTTGCAAACTCGT,Epiblast
S2 48h:TGCAGTAAGTGGATTA,Epiblast
S2 48h:GTGTTAGAGATGTTGA,Epiblast
S2 48h:ATCGCCTCATCACCAA,Epiblast
S2 48h:GTTCATTAGCCGCACT,Epiblast
S2 48h:GTCATTTTCTATCGTT,Epiblast
S2 48h:CTGCATCAGAGATCGC,Epiblast
S2 48h:GCTACAACATATACCG,Epiblast
S2 48h:ACATGCAAGAATAACC,Epiblast
S2 48h:CAACAACGTAGCTGCC,Epiblast
S2 48h:TACAACGTCACGGAGA,Epiblast
S2 48h:CACGAATCAAATACAG,Epiblast
S2 48h:GTCCACTGTCTTTCAT,Epiblast
S2 48h:AGTCATGCACCGTCTT,Epiblast
S2 48h:TGAGCGCTCTGTTCAT,Epiblast
S2 48h:GTTACGACATGAATAG,Epiblast
S2 48h:TGAGGTTTCACAATGC,Epiblast
S2 48h:GGATCTAGTACTCCCT,Epiblast
S2 48h:GTGTTAGAGTATTCCG,Epiblast
S2 48h:TACTTACCAGACAAGC,Epiblast
S2 48h:ACACCAATCCACGGAC,Epiblast
S2 48h:AGGCCACAGTCGCCAC,Epiblast
S2 48h:CATAAGCAGACCGCCT,Epiblast
S2 48h:TCATGCCAGGACATCG,Epiblast
S2 48h:TTCTTCCCAAGCTGCC,Epiblast
S2 48h:AAGGTAAGTGACCGAA,Epiblast
S2 48h:CCAAGCGAGTCACAGG,Epiblast
S2 48h:CGGGACTAGACCAAGC,Epiblast
S2 48h:TATCCTACAACTGGTT,Epiblast
S2 48h:AGCTTCCCACAATGTC,Epiblast
S2 48h:TGACGCGGTGTACGCC,Epiblast
S2 48h:GCTTCACGTGGGTATG,Epiblast
S2 48h:ACATCCCTCTAGTTCT,Epiblast
S2 48h:GATTCTTAGTTACGTC,Epiblast
S2 48h:CTGCAGGAGGCATCGA,Epiblast
S2 48h:TTCTCTCTCCACTGAA,Epiblast
S2 48h:TTCCTTCTCCAATCCC,Epiblast
S2 48h:CGTTGGGGTAGTCGGA,Epiblast
S2 48h:TGACAGTTCGCATAGT,Epiblast
S2 48h:AGATGAAAGTACCATC,Epiblast
S2 48h:AGGGTCCTCTGTGCTC,Exiting naive pluripotency
S2 48h:ATACCGATCGTAGGGA,Epiblast
S2 48h:AACGAAATCATCTGTT,Epiblast
S2 48h:CTGCCTACAGACACAG,Epiblast
S2 48h:CTATCCGGTTCCGGTG,Epiblast
S2 48h:CATACTTCAGACAAGC,Epiblast
S2 48h:AGGTCTACAAGGTCGA,Epiblast
S2 48h:GGGTTATCAGACTCTA,Epiblast
S2 48h:CTCGAGGCATCGAAGG,Epiblast
S2 48h:CTACAGAGTCAAAGCG,Epiblast
S2 48h:AGAAGTAGTTAGTCGT,Epiblast
S2 48h:GTAGTACGTTAGAGAT,Epiblast
S2 48h:TACGGTAGTGGAACCA,Epiblast
S2 48h:TGAATGCAGCCAAGCA,Epiblast
S2 48h:GTTACCCAGCATGGGT,Epiblast
S2 48h:AGGTTACAGGCACCAA,Epiblast
S2 48h:ATGGAGGTCAGGAACG,Epiblast
S2 48h:TGTTTGTGTCCACTCT,Epiblast
S2 48h:CTGTACCAGCTCCGAC,Epiblast
S2 48h:CTGATCCGTCTAGGTT,Epiblast
S2 48h:TTCCACGAGAGAGTGA,Epiblast
S2 48h:ACGGGTCTCATTTGGG,Epiblast
S2 48h:AGTCACATCGGTCGGT,Exiting naive pluripotency
S2 48h:TCATTTGCAGTCTTCC,Epiblast
S2 48h:GACCTTCGTGGAAGTC,Epiblast
S2 48h:ACACGCGCACGTAACT,Epiblast
S2 48h:GCAGGCTAGTAGACCG,Epiblast
S2 48h:TGAGGGAGTATTCTCT,Epiblast
S2 48h:ATCCACCTCCGTTTCG,Epiblast
S2 48h:GGAGGATTCGATACTG,Epiblast
S2 48h:TACAGGTAGTTAACAG,Epiblast
S2 48h:TACATTCAGCGAAACC,Epiblast
S2 48h:ACCCTCACATAAGATG,Epiblast
S2 48h:TCACATTCAGTTAGAA,Exiting naive pluripotency
S2 48h:TCCCACAGTGTAGTGG,Epiblast
S2 48h:AGAGAGCTCTTCCTAA,Epiblast
S2 48h:TCACGCTAGAGGTTAT,Epiblast
S2 48h:AGTAGCTTCGTTCAGA,Epiblast
S2 48h:CTCTCGACATTGAGGG,Epiblast
S2 48h:GAGTTTGTCACCATCC,Exiting naive pluripotency
S2 48h:CAACCAAAGAAGCCTG,Exiting naive pluripotency
S2 48h:ACTGCAAGTGATACAA,Epiblast
S2 48h:GCATCTCTCAGTGTTG,Epiblast
S2 48h:TTAGGGTGTCATCTAG,Epiblast
S2 48h:TTGGGCGCAATCTAGC,Epiblast
S2 48h:GTCATGATCCGCTTAC,Epiblast
S2 48h:CTCTGGTCAACGTATC,Epiblast
S2 48h:ACACCAAAGGCCTTCG,Epiblast
S2 48h:TCACATTTCGAACCAT,Epiblast
S2 48h:GTAGAGGCATAGAAAC,Epiblast
S2 48h:AGAACCTCACATATGC,Epiblast
S2 48h:GTAGAAACACCCTAAA,Epiblast
S2 48h:GAAATGATCTTCACGC,Epiblast
S2 48h:TTCCACGGTCGAGATG,Epiblast
S2 48h:CATCAAGCATTCGGGC,Epiblast
S2 48h:TCGCTCACATCTTCGC,Epiblast
S2 48h:TAGACCATCCTTATAC,Epiblast
S2 48h:TACGCTCCAGAACCGA,Epiblast
S2 48h:ACGGAAGGTCTTTATC,Epiblast
S2 48h:TCATTACCAAGGTCAG,Epiblast
S2 48h:TGTACAGGTGAAGCTG,Epiblast
S2 48h:GCTTCACTCCATGAGT,Epiblast
S2 48h:TTACGCCTCCATCCGT,Zscan4+ Artefact
S2 48h:CTAACTTAGTCGCGAA,Epiblast
S2 48h:AACCTTTAGGCGAACT,Epiblast
S2 48h:GGGCCATCATCCGGTG,Epiblast
S2 48h:GAGTTGTTCCTATTGT,Epiblast
S2 48h:TGCTCCAGTTCGGCCA,Epiblast
S2 48h:GACCTTCTCTACCAGA,Epiblast
S2 48h:GGATCTAGTCTGTTAG,Epiblast
S2 48h:GCAGCCATCTTGGAAC,Epiblast
S2 48h:TTCATGTCACCCTAAA,Epiblast
S2 48h:CTACCCATCATGAGTC,Epiblast
S2 48h:GGATGTTCAGACTCTA,Epiblast
S2 48h:AGGAGGTGTGCACATT,Epiblast
S2 48h:TTGCTGCCAAGATCCT,Epiblast
S2 48h:TACAGGTTCTAGACCA,Epiblast
S2 48h:TGACTCCTCCAATCTT,Epiblast
S2 48h:CGTAATGCACTTCAGA,Epiblast
S2 48h:AAAGGGCTCTTACACT,Epiblast
S2 48h:GTTCTATTCTCGGCTT,Epiblast
S2 48h:ATTTACCGTTCTATCT,Epiblast
S2 48h:AGGCCACGTGAGGAAA,Epiblast
S2 48h:ATGCATGAGAGGGTAA,Epiblast
S2 48h:TTAGGCACACGTACAT,Epiblast
S2 48h:ATGCATGGTGAGGAAA,Epiblast
S2 48h:TTGACCCGTCCACACG,Epiblast
S2 48h:TCATGAGAGCATGCAG,Epiblast
S2 48h:GTCCACTCAATCGCGC,Epiblast
S2 48h:TTGACCCCAGCGTTTA,Epiblast
S2 48h:CCCTTAGTCGTCAGAT,Epiblast
S2 48h:TCACGGGAGTCAAGCG,Epiblast
S2 48h:CAGCGTGAGGTACATA,Epiblast
S2 48h:TCGACCTTCCTACTGC,Epiblast
S2 48h:GGGTTATGTCTACAGT,Epiblast
S2 48h:CCTCTCCTCAATGCAC,Epiblast
S2 48h:TCATACTCAAACTAGA,Epiblast
S2 48h:CCACACTCACAAAGTA,Epiblast
S2 48h:GATTGGTCATACCATG,Epiblast
S2 48h:ACCCTTGTCTATGTGG,Epiblast
S2 48h:CCGTTCAGTTGGGTAG,Epiblast
S2 48h:CACATGAAGCCTCACG,Epiblast
S2 48h:TCATTGTAGACGAAGA,Epiblast
S2 48h:ACTACGACAAGTTCCA,Epiblast
S2 48h:TGAGTCAAGCGCCTCA,Epiblast
S2 48h:TGGGAAGTCGCAGTTA,Epiblast
S2 48h:TGTGGCGCAGAGGTTG,Epiblast
S2 48h:ATGGAGGGTTACAGCT,Epiblast
S2 48h:CGCCAGAAGGTACTGG,Epiblast
S2 48h:TACAACGCAACCGGAA,Epiblast
S2 48h:GGGACAATCACCTGGG,Epiblast
S2 48h:CATCGCTAGCCATTCA,Epiblast
S2 48h:ATGCATGTCGAGAGCA,Epiblast
S2 48h:AGGCTGCAGATAGCTA,Epiblast
S2 48h:ATGGGAGTCCGATAGT,Epiblast
S2 48h:TCCATCGCAGTGCCTG,Epiblast
S2 48h:TCATGGACACAAGTTC,Epiblast
S2 48h:GCTTTCGTCGATACGT,Epiblast
S2 48h:CGTTGGGAGCCACAAG,Epiblast
S2 48h:AAGCCATTCTCGCAGG,Epiblast
S2 48h:ACAAGCTCAACTCATG,Epiblast
S2 48h:ACTGATGAGCCTAACT,Epiblast
S2 48h:TTACCGCTCCGGGACT,Epiblast
S2 48h:ACATGCAGTTGCCGAC,Epiblast
S2 48h:CTACATTCACGACGAA,Epiblast
S2 48h:GCACTAAAGTGGCGAT,Epiblast
S2 48h:GGGAAGTTCAAGCTGT,Epiblast
S2 48h:CTTCAATAGACTGGGT,Epiblast
S2 48h:CTCAGTCCACCGTGCA,Epiblast
S2 48h:GGTTCTCAGATGGCAC,Epiblast
S2 48h:CCCTGATCAAGTGCTT,Epiblast
S2 48h:GGTTGTAAGGTCGACA,Epiblast
S2 48h:TTTCCTCCAATTTCGG,Epiblast
S2 48h:CTCCCAATCTTAGCCC,Epiblast
S2 48h:TCATGCCTCTGCGTCT,Epiblast
S2 48h:TGGCGTGTCGAGTGGA,Epiblast
S2 48h:TGTGTGAAGACGGTCA,Epiblast
S2 48h:TTTACGTTCAGCCTTC,Epiblast
S2 48h:AACCATGAGACTCAAA,Epiblast
S2 48h:CTTCCGAAGAGGTTAT,Epiblast
S2 48h:GGATGTTGTTCAACGT,Epiblast
S2 48h:TGTAACGTCGCACGAC,Epiblast
S2 48h:TGGTAGTGTGGAGAAA,Epiblast
S2 48h:AGACCATGTACCACGC,Epiblast
S2 48h:TGGCGTGTCTCCTGTG,Epiblast
S2 48h:ATGCCTCGTCAACACT,Epiblast
S2 48h:CACAGGCTCAACTTTC,Epiblast
S2 48h:GCCCAGACATTGAAAG,Epiblast
S2 48h:TCACGGGTCCGACATA,Epiblast
S2 48h:GATCACAAGGCTCTAT,Epiblast
S2 48h:CTGAATGAGGCATCAG,Epiblast
S2 48h:CCCTTAGGTCCGGCAT,Epiblast
S2 48h:TTACGCCGTCTTGGTA,Epiblast
S2 48h:TTCACGCGTTAAAGTG,Exiting naive pluripotency
S2 48h:CGTTCTGCACGACGAA,Epiblast
S2 48h:CTGTGAACATTCGGGC,Epiblast
S2 48h:TGCTCCATCTCCTGCA,Epiblast
S2 48h:TATTTCGAGTGCGCTC,Epiblast
S2 48h:AAAGGGCAGGTTGCCC,Epiblast
S2 48h:GCCATGGCACTAGGCC,Epiblast
S2 48h:TCCGGGACACACGGAA,Epiblast
S2 48h:CCGCAAGTCCAATGCA,Epiblast
S2 48h:ATAGAGATCTTTACAC,Epiblast
S2 48h:AACCTGAAGTCAATCC,Epiblast
S2 48h:GTAGAGGTCACTTGTT,Epiblast
S2 48h:GTCCTCATCTCAAAGC,Epiblast
S2 48h:AAACGCTAGGTTTACC,Epiblast
S2 48h:GCTTGGGAGCGTGCCT,Epiblast
S2 48h:TTCACCGGTACGGCAA,Epiblast
S2 48h:GGTGATTCAACCGCTG,Epiblast
S2 48h:GAATCGTAGGTAGATT,Epiblast
S2 48h:TCACGGGAGAGTCGAC,Epiblast
S2 48h:AACGTCAGTGACACAG,Epiblast
S2 48h:AGGAATAGTATGGTAA,Epiblast
S2 48h:CCTATCGAGCATGCGA,Epiblast
S2 48h:CTAACCCAGAAGCGCT,Epiblast
S2 48h:TGAGGGAAGGCCCAAA,Epiblast
S2 48h:TTTGTTGTCCCTCAAC,Epiblast
S2 48h:CGGACACAGCACCCAC,Epiblast
S2 48h:TACTTGTTCCGTACGG,Epiblast
S2 48h:AACCTGATCCCAAGTA,Epiblast
S2 48h:TAACACGCATCGAACT,Epiblast
S2 48h:CAAGACTCACAAAGTA,Epiblast
S2 48h:CATGCAAGTGCCCTTT,Epiblast
S2 48h:CATTGCCAGTAGATCA,Epiblast
S2 48h:TTCCTCTGTGGATTTC,Epiblast
S2 48h:AGTTCGAAGACTCATC,Exiting naive pluripotency
S2 48h:ATGATCGTCCTCTAAT,Epiblast
S2 48h:CTCATGCTCAGAGTTC,Epiblast
S2 48h:GGTTCTCGTGTGTGGA,Epiblast
S2 48h:ACTTTGTTCCGGCAAC,Epiblast
S2 48h:TGGATGTTCGCCGAAC,Epiblast
S2 48h:AGTGCCGAGTTCCGGC,Epiblast
S2 48h:AGGTGTTAGCCTATCA,Epiblast
S2 48h:TGCACGGGTAAGATTG,Epiblast
S2 48h:GGATCTAAGGTGCCAA,Epiblast
S2 48h:CTTGATTGTAGGACCA,Epiblast
S2 48h:TCATTGTCAAGAGGTC,Exiting naive pluripotency
S2 48h:AGGACGACATGTGACT,Epiblast
S2 48h:GTGTTAGCAAATCAAG,Epiblast
S2 48h:AACACACAGAGATGCC,Epiblast
S2 48h:GAGGCAAAGACTCTAC,Epiblast
S2 48h:ATTACCTAGTGAGCCA,Epiblast
S2 48h:GGGACCTCAATTCGTG,Epiblast
S2 48h:CAGTTAGCACTACGGC,Epiblast
S2 48h:GGGATGAAGCTCGACC,Epiblast
S2 48h:CAAGACTAGAATCGTA,Epiblast
S2 48h:GGGATGACACCAGACC,Epiblast
S2 48h:AACTTCTAGGAATGTT,Epiblast
S2 48h:CAGTGCGAGGCGACAT,Epiblast
S2 48h:GTCGTTCTCTTCGCTG,Epiblast
S2 48h:AGTGATCAGCGTTCAT,Epiblast
S2 48h:TAGCACAGTCATGGCC,Epiblast
S2 48h:GATGCTAGTCATCTAG,Epiblast
S2 48h:AGGGCTCTCTCCCAAC,Epiblast
S2 48h:TGAGGGAAGTGTTGAA,Epiblast
S2 48h:CATGGTAAGCGTTACT,Zscan4+ Artefact
S2 48h:AGGATAAAGATAGTCA,Epiblast
S2 48h:CCCAACTCAAATCGTC,Epiblast
S2 48h:CATGCCTTCCATGCAA,Epiblast
S2 48h:GGGTGAAGTGTGAGCA,Epiblast
S2 48h:GATCAGTCAATAGTCC,Epiblast
S2 48h:TTTACGTTCTCATTTG,Epiblast
S2 48h:TGGGAAGGTCAGTCCG,Epiblast
S2 48h:GCGTGCAAGGTTCTTG,Epiblast
S2 48h:TCATGAGGTGGTCAAG,Epiblast
S2 48h:GAGCTGCCAGGCATTT,Epiblast
S2 48h:CCTTTGGAGGTAAGGA,Epiblast
S2 48h:ACTTTCATCTTGGTGA,Epiblast
S2 48h:TCAGCAATCAGCTAGT,Epiblast
S2 48h:TGATGCACACAGCTGC,Epiblast
S2 48h:ATCGCCTGTCACAATC,Epiblast
S2 48h:TGCACGGAGCTAGCCC,Epiblast
S2 48h:TGTTCATCAGTACTAC,Epiblast
S2 48h:TATATCCAGTACGTCT,Epiblast
S2 48h:GACTCAAAGTCCCAGC,Epiblast
S2 48h:TTCCACGTCACAAGAA,Epiblast
S2 48h:CCTCAACTCAGTAGGG,Epiblast
S2 48h:AGACCATTCCCTCGTA,Epiblast
S2 48h:GATGGAGTCACGTAGT,Epiblast
S2 48h:TCCTTTCAGCTATCTG,Epiblast
S2 48h:TGACCCTTCATACGGT,Epiblast
S2 48h:TCCTCCCAGACGTCCC,Epiblast
S2 48h:GAAGCCCGTCACAGAG,Epiblast
S2 48h:CAGTTAGTCGTGTGAT,Epiblast
S2 48h:AGGGTCCTCGATTCCC,Epiblast
S2 48h:CTCGAGGGTTCAGCGC,Epiblast
S2 48h:GAACACTCAATAGTCC,Epiblast
S2 48h:ATAGACCGTTCCGCAG,Epiblast
S2 48h:ACCCAAAGTAGATTAG,Epiblast
S2 48h:TCTTAGTAGACTAAGT,Epiblast
S2 48h:ATCACAGAGCATGGGT,Epiblast
S2 48h:GGATCTAGTTTCCCAC,Epiblast
S2 48h:CGGTCAGCATGGACAG,Epiblast
S2 48h:TCTCAGCTCGTTGTGA,Epiblast
S2 48h:CAGATACGTTCAGTAC,Epiblast
S2 48h:GAGGCCTGTAGCGAGT,Epiblast
S2 48h:CTGCATCGTGCTGATT,Epiblast
S2 48h:GGCACGTGTACACGTT,Epiblast
S2 48h:CATCCCACAGATCCAT,Epiblast
S2 48h:ATGGGTTTCGAATGCT,Epiblast
S2 48h:ACCCAAATCTTCTGGC,Epiblast
S2 48h:TTGTTTGGTCTCCCTA,Epiblast
S2 48h:TCACTATAGTCAGGGT,Epiblast
S2 48h:TTCACGCTCCCTCTTT,Epiblast
S2 48h:TTTACCAGTCCTATAG,Epiblast
S2 48h:GGGATGACAATACCCA,Epiblast
S2 48h:GTTGAACCAGCATCTA,Epiblast
S2 48h:TTGGGATTCCCTCTAG,Epiblast
S2 48h:AGGATCTCATAACTCG,Epiblast
S2 48h:ATTGTTCCAGCACCCA,Epiblast
S2 48h:CATGGATAGTTACTCG,Epiblast
S2 48h:GCCAGGTTCCCGAATA,Epiblast
S2 48h:CATTCCGAGCCACAAG,Epiblast
S2 48h:ATTCATCTCCGTAGGC,Epiblast
S2 48h:ATCCCTGTCGCTACGG,Epiblast
S2 48h:AGCTACAGTATGTCAC,Epiblast
S2 48h:ATGAGGGTCATTTGCT,Epiblast
S2 48h:CCTATCGGTTGTGTTG,Epiblast
S2 48h:ATTCCCGGTCACCGCA,Epiblast
S2 48h:TACTTACTCTCAGTCC,Epiblast
S2 48h:AGCTACATCGCTAATG,Epiblast
S2 48h:TACTGCCCAAGATCCT,Epiblast
S2 48h:CGCGTGAAGTATGACA,Epiblast
S2 48h:GCCAGGTTCGAACCTA,Epiblast
S2 48h:CACGTGGCATTACTCT,Epiblast
S2 48h:GAAGAATAGGTTAAAC,Epiblast
S2 48h:GCCAGTGTCTAGTACG,Epiblast
S2 48h:TCTGCCAGTCACTTCC,Epiblast
S2 48h:GCGAGAAAGTTGCTCA,Epiblast
S2 48h:CGCCATTGTTTCACAG,Epiblast
S2 48h:ATCTTCAGTGCATGTT,Epiblast
S2 48h:AGACTCAGTCATCGCG,Epiblast
S2 48h:TCCACGTAGGCCCGTT,Epiblast
S2 48h:ACTGATGAGGCCTGAA,Epiblast
S2 48h:GTGTAACTCTTTACAC,Exiting naive pluripotency
S2 48h:ATGTCCCTCAGCTTCC,Epiblast
S2 48h:TTTAGTCAGCCTCAAT,Epiblast
S2 48h:TCGGGTGGTTCAGCTA,Epiblast
S2 48h:CCTTTGGAGTAAACTG,Epiblast
S2 48h:CACGAATCAAGAGAGA,Epiblast
S2 48h:TGATTCTCACCTAAAC,Epiblast
S2 48h:GTCATGAGTCTAACTG,Epiblast
S2 48h:GGGAGATTCCTTATAC,Epiblast
S2 48h:AGCTTCCAGCCTCACG,Epiblast
S2 48h:GTTCATTTCTCGGCTT,Epiblast
S2 48h:AGGGAGTAGGCCGCTT,Epiblast
S2 48h:TTGTTTGGTAACTTCG,Epiblast
S2 48h:TTCTTGAGTAGTTCCA,Epiblast
S2 48h:ACGTACACAGGCAATG,Exiting naive pluripotency
S2 48h:TTACGCCAGTGATCGG,Epiblast
S2 48h:AGGAAATTCCGTAGTA,Epiblast
S2 48h:CTGTACCAGTCTGCAT,Epiblast
S2 48h:CCACGAGGTCTAATCG,Epiblast
S2 48h:ACATCGATCCTTCAGC,Epiblast
S2 48h:GCTACCTGTTCGAACT,Epiblast
S2 48h:ACTTCGCAGACATACA,Epiblast
S2 48h:ATGGGAGTCAAGTTGC,Epiblast
S2 48h:CTGTGAAGTATGCGGA,Epiblast
S2 48h:CTATCCGGTTGTTTGG,Epiblast
S2 48h:CGTGCTTAGTCTGGTT,Epiblast
S2 48h:AGTACTGGTGTCCACG,Epiblast
S2 48h:GCAACCGAGAGTGACC,Epiblast
S2 48h:ATGAAAGCACCATATG,Epiblast
S2 48h:TCCTCGATCCGTTGGG,Epiblast
S2 48h:ATTCTTGAGTATGGCG,Epiblast
S2 48h:AGGAAATCAAACCACT,Epiblast
S2 48h:AGTAACCAGCCTCAAT,Epiblast
S2 48h:TTTACCATCAGGTGTT,Exiting naive pluripotency
S2 48h:TTTACCACAGTTGTTG,Epiblast
S2 48h:GTCTTTAAGCTAAGTA,Epiblast
S2 48h:GCAACCGTCTGTGCTC,Epiblast
S2 48h:CTTGAGAAGACATCCT,Epiblast
S2 48h:CCTCTCCTCCAACCAA,Epiblast
S2 48h:TCCATCGCACGAAGAC,Epiblast
S2 48h:AGTTAGCCAGCGCTTG,Epiblast
S2 48h:TGGCGTGTCGTGGGTC,Epiblast
S2 48h:CTGATCCGTCCTTAAG,Epiblast
S2 48h:TGCTGAAAGCATGAAT,Epiblast
S2 48h:ACATGCAAGGAAAGGT,Epiblast
S2 48h:TTAGTCTGTACCGGCT,Epiblast
S2 48h:TGATCAGAGCATTGTC,Epiblast
S2 48h:TCTATCACAGAGTAAT,Epiblast
S2 48h:TTCGCTGAGACATAAC,Epiblast
S2 48h:CCTCACAGTGAGAACC,Epiblast
S2 48h:TTGGGTAGTGGATGAC,Epiblast
S2 48h:CGTGAATTCAAGTGTC,Epiblast
S2 48h:ACTTATCGTCTCACGG,Epiblast
S2 48h:AGGAAATTCTTACGGA,Epiblast
S2 48h:TGATCTTGTACCAATC,Epiblast
S2 48h:CTACGGGCACATTACG,Epiblast
S2 48h:TTTGGTTAGGCATGCA,Epiblast
S2 48h:TTACGCCGTCACAGAG,Epiblast
S2 48h:GCTGCAGCATAACTCG,Epiblast
S2 48h:CTTTCGGGTCTTGCTC,Epiblast
S2 48h:TGAGCATGTCACATTG,Epiblast
S2 48h:AGGATCTTCGCCAGAC,Epiblast
S2 48h:TGAGTCACAGGACGAT,Epiblast
S2 48h:TTTATGCGTGTGACCC,Epiblast
S2 48h:TCAAGCACAGACACAG,Epiblast
S2 48h:TCCTTTCAGCGAAACC,Epiblast
S2 48h:CCTACGTTCGATTGAC,Epiblast
S2 48h:AGTAGCTGTAGGCAAC,Epiblast
S2 48h:GATGAGGTCTGGGCCA,Epiblast
S2 48h:CGTGAATAGGCGACAT,Epiblast
S2 48h:TTGCATTAGCACCGTC,Epiblast
S2 48h:CTTAGGAGTATTGGCT,Epiblast
S2 48h:TGAGGGACACCCAACG,Epiblast
S2 48h:CGGGCATAGGAACGCT,Epiblast
S2 48h:TCCACGTCAGCAGAAC,Epiblast
S2 48h:CGGAGAACACGTCGGT,Epiblast
S2 48h:GTTGTGACACCTAAAC,Epiblast
S2 48h:GCCCGAACATCGAAGG,Epiblast
S2 48h:ATTTCACCACCCAATA,Epiblast
S2 48h:GGAAGTGGTGTATTCG,Epiblast
S2 48h:CTTCGGTCAAGGTTGG,Epiblast
S2 48h:AGCTACAAGACTGAGC,Epiblast
S2 48h:GCAACCGGTTCCGCAG,Epiblast
S2 48h:CATTGCCCACGATTCA,Epiblast
S2 48h:TCGGATAGTCCAGCAC,Epiblast
S2 48h:TGTGTGAAGTGTTGAA,Epiblast
S2 48h:AAGCCATCACGTACTA,Epiblast
S2 48h:CAATCGATCTCATGCC,Epiblast
S2 48h:ACTTTCAAGGATCATA,Epiblast
S2 48h:ATGTCTTTCTGTGCGG,Epiblast
S2 48h:TTAGTCTGTTGTTTGG,Epiblast
S2 48h:TCTACATTCGAGCTGC,Epiblast
S2 48h:TTGCGTCAGGGACTGT,Epiblast
S2 48h:GAAGGACGTCTGTTAG,Epiblast
S2 48h:CCCTCTCCAATTAGGA,Epiblast
S2 48h:CATGAGTCAGCCGGTT,Epiblast
S2 48h:TCTTAGTAGGGACAGG,Epiblast
S2 48h:ATCGGATCACAGTCAT,Epiblast
S2 48h:TCTCACGTCTGTCCGT,Epiblast
S2 48h:AAAGAACGTATGTCCA,Epiblast
S2 48h:CGCCAGACATGCCGAC,Epiblast
S2 48h:TCGGATAAGACGCAGT,Epiblast
S2 48h:CCGTAGGTCCAACTAG,Epiblast
S2 48h:AGAAGTATCGTGGAAG,Epiblast
S2 48h:TGGATGTAGGTAGTCG,Epiblast
S2 48h:GAGAAATGTTCACGAT,Epiblast
S2 48h:TACCCACTCTTGCAGA,Epiblast
S2 48h:AGCGATTGTCGGCCTA,Epiblast
S2 48h:AAGTTCGCAGTCTACA,Epiblast
S2 48h:TAGACCAAGGTCACTT,Epiblast
S2 48h:ATCGGCGAGTACGTCT,Epiblast
S2 48h:TGTTTGTTCCTTGACC,Epiblast
S2 48h:CAAGCTACACAAACGG,Epiblast
S2 48h:CCACAAATCACACGAT,Epiblast
S2 48h:GTGGAGAAGCTATCCA,Epiblast
S2 48h:AAATGGACAGTTACCA,Epiblast
S2 48h:ACTATGGCAAGGTTGG,Epiblast
S2 48h:CTGAGGCGTCTTCTAT,Epiblast
S2 48h:ATACCTTTCAGAGTTC,Epiblast
S2 48h:CCTCCTCTCGTCAGAT,Epiblast
S2 48h:CTGCGAGCAGCTTCGG,Epiblast
S2 48h:CTGCATCAGGATTCAA,Epiblast
S2 48h:CTAGGTATCATTCGTT,Epiblast
S2 48h:AGCGCTGGTATGCTAC,Epiblast
S2 48h:CATCGTCAGTTAGAAC,Epiblast
S2 48h:CTTAGGATCGTTCTGC,Exiting naive pluripotency
S2 48h:GTATTTCGTAGCTTAC,Epiblast
S2 48h:CGGAATTGTACCTAAC,Epiblast
S2 48h:CGAGGCTTCCGAGGCT,Epiblast
S2 48h:TACGCTCTCGGCTTGG,Epiblast
S2 48h:GCAGCCATCGCGGTAC,Epiblast
S2 48h:TCAGGTAGTCCAGCAC,Epiblast
S2 48h:TTCACCGAGCCGATAG,Epiblast
S2 48h:TTCTCTCCAGGATCTT,Exiting naive pluripotency
S2 48h:CATCCGTCACCAGACC,Epiblast
S2 48h:TGAGACTGTCTACATG,Epiblast
S2 48h:GAACACTAGGAACTAT,Epiblast
S2 48h:GTATTTCAGAGATCGC,Exiting naive pluripotency
S2 48h:TCGATTTGTATGGAAT,Epiblast
S2 48h:TGCACGGTCGTAATGC,Zscan4+ Artefact
S2 48h:TCTCAGCAGTCAGCCC,Epiblast
S2 48h:AACCTGACAGACGATG,Epiblast
S2 48h:CACAGGCTCAAAGAAC,Epiblast
S2 48h:ACCTGTCGTCAACACT,Epiblast
S2 48h:TGGGTTAAGTCCTGTA,Epiblast
S2 48h:TCATGGATCCATCTGC,Epiblast
S2 48h:GTTGTCCTCTCGAGTA,Epiblast
S2 48h:CATGGTATCTCCCAAC,Epiblast
S2 48h:CCATCACTCAAATAGG,Epiblast
S2 48h:ACTGTCCTCCACAGGC,Epiblast
S2 48h:TCCTTTCGTTACGATC,Epiblast
S2 48h:TCAGGTACAGAACTCT,Exiting naive pluripotency
S2 48h:GTAGAGGGTAAGTTGA,Epiblast
S2 48h:AAACGAAAGCTGGAGT,Epiblast
S2 48h:GGTAATCGTTTCGATG,Epiblast
S2 48h:GCTCAAACAAAGGCAC,Epiblast
S2 48h:AATGGAAGTGCCTATA,Epiblast
S2 48h:TCTTGCGTCCAATCTT,Epiblast
S2 48h:TACAACGGTCACGACC,Epiblast
S2 48h:TCATTACAGACACACG,Epiblast
S2 48h:AGCTTCCGTAATTAGG,Epiblast
S2 48h:GATGACTAGCATTTCG,Epiblast
S2 48h:CCGAACGCAAGCTCTA,Epiblast
S2 48h:ATGGTTGTCCGAGGCT,Epiblast
S2 48h:CCGGACAGTGTCATTG,Epiblast
S2 48h:CGCAGGTTCTGATGGT,Epiblast
S2 48h:TTCACCGCACGCAAAG,Epiblast
S2 48h:GTTCATTTCTCTCAAT,Epiblast
S2 48h:GAAGCGATCGCTATTT,Epiblast
S2 48h:AGGTTGTCAGACCTAT,Epiblast
S2 48h:CTTCCGAAGAATAGTC,Epiblast
S2 48h:GTTACAGCAAACACCT,Epiblast
S2 48h:ATGAGTCCACGGTGAA,Epiblast
S2 48h:ATTCAGGTCCTATTGT,Epiblast
S2 48h:TGTTCATCAAGACAAT,Epiblast
S2 48h:CGGAATTTCACTAGCA,Epiblast
S2 48h:CTTAGGACACAGCTTA,Epiblast
S2 48h:CATTCCGGTGATTAGA,Epiblast
S2 48h:ACTTATCGTCTGTCCT,Epiblast
S2 48h:AGTGTTGCAGTGGGTA,Epiblast
S2 48h:CATCAAGTCGCGTGAC,Epiblast
S2 48h:GATTCGAGTGGCTAGA,Epiblast
S2 48h:CTCATCGTCAACTGGT,Epiblast
S2 48h:TACCGGGCATGATAGA,Epiblast
S2 48h:GACCCTTCATACCACA,Epiblast
S2 48h:AAAGAACTCCGTGACG,Epiblast
S2 48h:ACGTTCCTCGCCGTGA,Epiblast
S2 48h:GGGTATTAGAATACAC,Epiblast
S2 48h:TGCGATAGTCCTACGG,Epiblast
S2 48h:AGACAGGGTTGGGACA,Epiblast
S2 48h:TTTCACACAGAATGTA,Epiblast
S2 48h:AGGTTGTTCCCATGGG,Epiblast
S2 48h:AACCATGAGCGTGCCT,Epiblast
S2 48h:TTACTGTAGGACGCTA,Exiting naive pluripotency
S2 48h:CAAGGGAGTCATGACT,Exiting naive pluripotency
S2 48h:TAGACCAAGGAGGCAG,Epiblast
S2 48h:TACCCACAGTGTACCT,Epiblast
S2 48h:GTGAGTTAGGTGCCTC,Epiblast
S2 48h:TTCTTGAGTCCGGTCA,Epiblast
S2 48h:CTCGAGGCAAAGAGTT,Epiblast
S2 48h:ACTATTCGTGGGTCAA,Epiblast
S2 48h:TTTGGTTTCATACGGT,Epiblast
S2 48h:GACACGCGTACAGTAA,Epiblast
S2 48h:TGACAGTAGACGAGCT,Epiblast
S2 48h:GTCAGCGAGTTGCGCC,Epiblast
S2 48h:GTCTAGACAGTCTCTC,Epiblast
S2 48h:ATCGATGAGCAAATCA,Epiblast
S2 48h:AGATAGATCAAACGTC,Epiblast
S2 48h:TTGTTCACATAACCCA,Epiblast
S2 48h:TGCACGGCATCGTGCG,Epiblast
S2 48h:GACTCAAGTTGGACCC,Epiblast
S2 48h:CGATGGCGTCCAAAGG,Epiblast
S2 48h:AGCGCTGAGAGTGAAG,Epiblast
S2 48h:GGGATGACATCATCCC,Epiblast
S2 48h:GTAGAGGCAACCTAAC,Epiblast
S2 48h:GCGGAAAAGACTTGTC,Epiblast
S2 48h:TGTTGGACATGACACT,Epiblast
S2 48h:GTAACACTCCTAGCGG,Epiblast
S2 48h:TGGATCACAGGATCTT,Epiblast
S2 48h:TGAGCGCAGCGTTCCG,Epiblast
S2 48h:ATCAGGTCACAACGTT,Epiblast
S2 48h:GGTAGAGCAGATACTC,Epiblast
S2 48h:ATGACCAAGCGTGAAC,Epiblast
S2 48h:GAACACTGTACTCGCG,Epiblast
S2 48h:AACACACCAATTGAGA,Epiblast
S2 48h:ACTGATGGTACCTATG,Epiblast
S2 48h:AAGTCGTAGTGTAGAT,Epiblast
S2 48h:AAGACAATCGCCTATC,Epiblast
S2 48h:CCAATGACAAGCTGCC,Epiblast
S2 48h:CCCTAACGTAATGTGA,Epiblast
S2 48h:GTCACGGGTCATTCCC,Epiblast
S2 48h:CGAGTTACATCAGCAT,Epiblast
S2 48h:TACGGTATCGGTAAGG,Epiblast
S2 48h:AGGATCTAGAATCTAG,Epiblast
S2 48h:GGCAGTCAGCTGGTGA,Epiblast
S2 48h:TCACACCGTTCCCACT,Epiblast
S2 48h:ACATCCCGTAGGCAGT,Epiblast
S2 48h:TTGAACGCAGTGAGCA,Epiblast
S2 48h:AGTGCCGGTCTACAGT,Epiblast
S2 48h:GAAGGACTCTTTCCGG,Epiblast
S2 48h:CATCGGGCATCCTTGC,Epiblast
S2 48h:ATCCGTCAGATAGCAT,Epiblast
S2 48h:CTATCTACACTTCAAG,Epiblast
S2 48h:ATCACAGTCGATTCCC,Epiblast
S2 48h:GTAACACAGTCTGGAG,Epiblast
S2 48h:GTCTGTCGTTGCCAAT,Epiblast
S2 48h:CTCAGAACAGGCAATG,Epiblast
S2 48h:GGAATCTCACTCCGGA,Epiblast
S2 48h:CTACATTTCCTTTAGT,Epiblast
S2 48h:ACTGATGGTGTCATCA,Epiblast
S2 48h:TGGGCTGGTTCTTGCC,Epiblast
S2 48h:GTCAGCGAGCCGATCC,Epiblast
S2 48h:AAAGAACAGAGCCGTA,Epiblast
S2 48h:GAGACTTGTAGCCAGA,Epiblast
S2 48h:ACAGCCGGTTCTTGTT,Epiblast
S2 48h:GACAGCCGTTATGTCG,Epiblast
S2 48h:CAATGACGTCATGGCC,Epiblast
S2 48h:GTTTACTAGAGAAGGT,Exiting naive pluripotency
S2 48h:TCGCTCAAGAATAGTC,Epiblast
S2 48h:CATACCCTCACGGACC,Epiblast
S2 48h:GACGCTGAGCAGCCCT,Epiblast
S2 48h:AAGCGTTTCACGGGAA,Epiblast
S2 48h:ACGGTCGGTCTCAAGT,Epiblast
S2 48h:GCCCGAAAGGCTTAGG,Epiblast
S2 48h:CATGAGTAGTCGGCCT,Exiting naive pluripotency
S2 48h:CACTAAGTCGTTATCT,Epiblast
S2 48h:TCTTAGTTCTCGGCTT,Epiblast
S2 48h:ACTTCCGAGCTAGCCC,Epiblast
S2 48h:ATTACCTAGCACACCC,Epiblast
S2 48h:CTTGATTAGTGCTAGG,Epiblast
S2 48h:GTGTGATGTATCGGTT,Epiblast
S2 48h:TGCTTGCTCAAGTGTC,Epiblast
S2 48h:TTCTGTATCCGACATA,Epiblast
S2 48h:GCCAGCATCTTTCGAT,Epiblast
S2 48h:AATGGCTTCTAGAGCT,Epiblast
S2 48h:CGTAGTAAGACTCGAG,Epiblast
S2 48h:CATGCGGTCGAGCCAC,Epiblast
S2 48h:CAGTGCGAGCTCGACC,Epiblast
S2 48h:CAGTTCCCAGAAATTG,Epiblast
S2 48h:TATCCTAGTCCGGATC,Epiblast
S2 48h:CTGATCCCAAGGCAAC,Epiblast
S2 48h:GAGATGGTCGTAGCCG,Epiblast
S2 48h:GGGATGAGTGGTAATA,Epiblast
S2 48h:AGCCAATGTACCTATG,Epiblast
S2 48h:CGCGTGAGTCGACGCT,Epiblast
S2 48h:GGGTCACTCCCGTTGT,Epiblast
S2 48h:GGGTGTCCAAGATCCT,Epiblast
S2 48h:CACGTTCTCGAGATGG,Epiblast
S2 48h:AGCTACAGTCCATAGT,Epiblast
S2 48h:TTTCATGGTACCCGAC,Epiblast
S2 48h:ATTATCCCAAGCGGAT,Epiblast
S2 48h:ATGTCTTTCCCGAGAC,Epiblast
S2 48h:TATACCTCAATTGCGT,Epiblast
S2 48h:CTCAGAACAGACAATA,Epiblast
S2 48h:CGCAGGTGTTAGAGAT,Epiblast
S2 48h:AGTCATGGTTGTTTGG,Epiblast
S2 48h:CGAGTTATCGCACTCT,Epiblast
S2 48h:TTTCCTCTCTTCTTCC,Epiblast
S2 48h:ACGCACGTCAAATGCC,Epiblast
S2 48h:GTGAGGATCTCGTTTA,Epiblast
S2 48h:ACTATTCGTGAGTCAG,Epiblast
S2 48h:ATGAGTCTCGGAACTT,Exiting naive pluripotency
S2 48h:TATATCCCATGAGGGT,Epiblast
S2 48h:GGCTTTCAGTTACGGG,Epiblast
S2 48h:TCTGCCAAGAGGGTCT,Epiblast
S2 48h:TGAGCATAGGGCAACT,Epiblast
S2 48h:TTCCGGTGTCTAGGCC,Epiblast
S2 48h:TTTGATCTCGTCTACC,Epiblast
S2 48h:GGGATGATCCAACACA,Epiblast
S2 48h:TCACAAGGTTGCACGC,Epiblast
S2 48h:GTTACAGTCCACACAA,Epiblast
S2 48h:GTTCCGTCACTGATTG,Epiblast
S2 48h:TAAGCCATCGCCAACG,Epiblast
S2 48h:CTCATGCGTATCACCA,Exiting naive pluripotency
S2 48h:AATTCCTCAAAGCTCT,Epiblast
S2 48h:AGGGAGTAGCGGGTAT,Epiblast
S2 48h:AAGACTCAGGGCCAAT,Zscan4+ Artefact
S2 48h:GGACGTCAGGAATCGC,Epiblast
S2 48h:ACTTTGTGTCTGTGGC,Epiblast
S2 48h:CTACCCATCTATCGTT,Epiblast
S2 48h:GTCCACTGTGTCTTAG,Epiblast
S2 48h:TGCGATACAATCAGCT,Epiblast
S2 48h:TCCACCACAGCATGCC,Epiblast
S2 48h:CTTCGGTTCCGAGTGC,Epiblast
S2 48h:TTTGACTTCCGTGGCA,Epiblast
S2 48h:GCTCAAACAAGCGCAA,Epiblast
S2 48h:CAATTTCTCACCGCTT,Epiblast
S2 48h:ACGGTCGGTAGCTAAA,Epiblast
S2 48h:ACTTTCAAGAAGCTGC,Epiblast
S2 48h:TGCTCCAGTCGTCTCT,Epiblast
S2 48h:TATTCCAGTAGCGATG,Epiblast
S2 48h:AATGAAGCATCGATGT,Epiblast
S2 48h:ATGTCTTTCGATACAC,Epiblast
S2 48h:GTCGCGAAGTCGGCAA,Epiblast
S2 48h:TGGGTTAGTTCCGTTC,Exiting naive pluripotency
S2 48h:CTCCTTTCAGAGTCTT,Epiblast
S2 48h:GTTCTATTCACTGCTC,Epiblast
S2 48h:TGCGGCATCTAGACAC,Epiblast
S2 48h:TCATTGTTCACCTCGT,Epiblast
S2 48h:AAGACAACACCTGTCT,Epiblast
S2 48h:TACCCGTAGCCTTTGA,Epiblast
S2 48h:CAGCCAGCATGCTGCG,Epiblast
S2 48h:TAAGCACTCAACTCTT,Epiblast
S2 48h:TGTCCACGTGGCTGCT,Exiting naive pluripotency
S2 48h:TATTCCAAGGCGACAT,Epiblast
S2 48h:CCCTTAGCAATATCCG,Epiblast
S2 48h:CGTTCTGCAATTAGGA,Epiblast
S2 48h:CTAGGTACATGCACTA,Epiblast
S2 48h:TTCCTTCCAAGGCGTA,Epiblast
S2 48h:GCTTTCGCACTAGAGG,Epiblast
S2 48h:CTCAACCAGGTCACCC,Epiblast
S2 48h:TAGACCAAGTGCCGAA,Epiblast
S2 48h:TCGAACAAGAAACCCG,Epiblast
S2 48h:CTTAGGACAGCTTCGG,Epiblast
S2 48h:TCGTAGACATAGGAGC,Epiblast
S2 48h:ATGTCTTGTGAACCGA,Epiblast
S2 48h:TTATTGCCACAGCTGC,Epiblast
S2 48h:GTTGTGATCGCATTAG,Epiblast
S2 48h:AGATGAACAATCCTTT,Epiblast
S2 48h:AACAAGATCAAAGAAC,Epiblast
S2 48h:TAGGTACTCCACGTAA,Epiblast
S2 48h:GCCAGTGGTGACACAG,Epiblast
S2 48h:ATTACTCCAGTAGTGG,Epiblast
S2 48h:AGAGCCCCATACTTTC,Epiblast
S2 48h:CGGGTCACACTGTTCC,Epiblast
S2 48h:CCCTAACTCGATCCCT,Epiblast
S2 48h:AGACACTTCGGCCAAC,Epiblast
S2 48h:TACAGGTGTGTGTTTG,Epiblast
S2 48h:ACGGTTATCCCGATCT,Epiblast
S2 48h:CCTTGTGCACAGACGA,Epiblast
S2 48h:AATGGCTAGAATCGAT,Epiblast
S2 48h:GACTGATAGTTACGAA,Epiblast
S2 48h:CGGGCATTCGATACGT,Epiblast
S2 48h:TTACCGCCAAACACGG,Epiblast
S2 48h:AGAGAATAGCACAAAT,Epiblast
S2 48h:CGGGTCATCTTGAACG,Epiblast
S2 48h:ACAGGGATCCCTCATG,Epiblast
S2 48h:ACTTTGTTCACATTGG,Epiblast
S2 48h:CTCCTTTAGAGCAGAA,Epiblast
S2 48h:GACAGCCAGCGAACTG,Epiblast
S2 48h:GTCTGTCCATGGTGGA,Epiblast
S2 48h:CACGTGGCATGGGAAC,Epiblast
S2 48h:ACGTTCCCAGTAACAA,Epiblast
S2 48h:CACGTTCGTATCTCTT,Epiblast
S2 48h:TCAAGACAGGTTGGAC,Epiblast
S2 48h:GTCTTTAAGTAATCCC,Epiblast
S2 48h:TCATGGATCGCCTTTG,Epiblast
S2 48h:TTACGTTAGCATCCCG,Epiblast
S2 48h:AAGTCGTCAACCAACT,Epiblast
S2 48h:GACCGTGCAATAGGGC,Epiblast
S2 48h:GCACGGTTCGAGTCTA,Epiblast
S2 48h:ATTCCCGTCTGTGCGG,Epiblast
S2 48h:GTCTAGACATCGATCA,Epiblast
S2 48h:ACGCACGCAGCACAGA,Epiblast
S2 48h:CTACTATGTGTCTCCT,Epiblast
S2 48h:TGGAGAGGTAAGGCCA,Zscan4+ Artefact
S2 48h:TCAAGACAGAATCGAT,Epiblast
S2 48h:GTACAACCAAGCGCTC,Epiblast
S2 48h:TGCGATATCCCGTTCA,Epiblast
S2 48h:ACACAGTGTAACCAGG,Epiblast
S2 48h:ATGAAAGTCAGGCGAA,Epiblast
S2 48h:CTATCCGGTATTTCCT,Epiblast
S2 48h:GTCACGGTCCCGAATA,Epiblast
S2 48h:CCCTGATAGACTACGG,Epiblast
S2 48h:AGCGATTTCTATTTCG,Epiblast
S2 48h:CTCAAGACAGGAACCA,Epiblast
S2 48h:TCTATCAAGTCGCGAA,Epiblast
S2 48h:TATATCCAGAGCATTA,Epiblast
S2 48h:TCCTGCAAGGCAGGGA,Epiblast
S2 48h:GTCATTTCATTGAGCT,Epiblast
S2 48h:GGAAGTGGTCCTTGTC,Epiblast
S2 48h:TCCTGCATCATGTCTT,Epiblast
S2 48h:CTCCTCCAGGCCCAAA,Epiblast
S2 48h:CATCCCAGTTTCGTGA,Epiblast
S2 48h:TACGGTATCATTCATC,Epiblast
S2 48h:CTGGTCTTCTATCGTT,Epiblast
S2 48h:AGATCCAAGATCACTC,Epiblast
S2 48h:TCATTTGCAATTTCGG,Epiblast
S2 48h:GGTCACGAGCACCGAA,Epiblast
S2 48h:GCGGAAAGTGTTAACC,Epiblast
S2 48h:TAATTCCTCGAAACAA,Epiblast
S2 48h:ACATTTCGTATCGTGT,Epiblast
S2 48h:TGCAGTAAGCCTGAGA,Epiblast
S2 48h:GATCGTATCCTACACC,Epiblast
S2 48h:GGATCTACAATTCACG,Epiblast
S2 48h:GCTTCACGTCACCGAC,Epiblast
S2 48h:GACTCAAGTCATTGCA,Epiblast
S2 48h:GAACTGTCAATTGTGC,Epiblast
S2 48h:TATCTTGGTCATCAGT,Epiblast
S2 48h:GTAGAAAAGTTGGAAT,Epiblast
S2 48h:CACCAAAGTCTTGCTC,Epiblast
S2 48h:ATCATTCGTGACATCT,Epiblast
S2 48h:AGTAGCTGTCTTACTT,Epiblast
S2 48h:ACGGGTCCAAGGTTGG,Epiblast
S2 48h:AGTGTTGTCTTACGTT,Epiblast
S2 48h:AATGGCTGTAGGTCAG,Epiblast
S2 48h:TTAGTCTTCTCCACTG,Epiblast
S2 48h:TACAGGTCACAACATC,Epiblast
S2 48h:GACCAATAGACAACAT,Epiblast
S2 48h:ACCAACACACAACATC,Epiblast
S2 48h:ATTCCCGAGCTGAAAT,Epiblast
S2 48h:CGGAGAAAGTAGAATC,Epiblast
S2 48h:CCTGTTGAGTGTTGTC,Epiblast
S2 48h:ACCAACAGTTTCAGAC,Epiblast
S2 48h:TTCAGGAGTATCTCGA,Epiblast
S2 48h:GTAGAGGGTGTGTCCG,Epiblast
S2 48h:TTGGGTAGTCGCTTAA,Epiblast
S2 48h:GGGTATTTCACTACTT,Epiblast
S2 48h:TCAAGCAAGCTACAAA,Epiblast
S2 48h:TTCATGTTCAAGGTGG,Epiblast
S2 48h:TAATTCCAGTCGAATA,Epiblast
S2 48h:GGAATGGGTCTGTCCT,Epiblast
S2 48h:TCCACGTTCTCTTAAC,Epiblast
S2 48h:GGTCTGGAGGATTTGA,Epiblast
S2 48h:TGTGGCGCACCTAAAC,Epiblast
S2 48h:TCAGCAATCCGCTGTT,Epiblast
S2 48h:CTTCAATAGAGAGTTT,Epiblast
S2 48h:TATTTCGTCCTGGTCT,Epiblast
S2 48h:AGGGAGTAGCACTTTG,Epiblast
S2 48h:TGGGATTAGCGAGTCA,Epiblast
S2 48h:TCATCCGAGGTTGAGC,Epiblast
S2 48h:TACGGTAAGGTGGCTA,Epiblast
S2 48h:CAAGGGAGTTGTGCCG,Epiblast
S2 48h:TTTCACACACACCAGC,Epiblast
S2 48h:CCCGGAATCTTCGATT,Epiblast
S2 48h:GCTACCTGTCTCAAGT,Epiblast
S2 48h:CGAGTGCTCGGAACTT,Epiblast
S2 48h:AACAACCCATGTCTAG,Epiblast
S2 48h:TACACCCTCGTAACAC,Epiblast
S2 48h:GGGACCTCACCAAATC,Epiblast
S2 48h:CAGGGCTCAGACCATT,Epiblast
S2 48h:TGCAGTACAGAAGTGC,Epiblast
S2 48h:GAACACTTCCAGCAAT,Epiblast
S2 48h:TCTGTCGAGAGTTGTA,Epiblast
S2 48h:TCTCTGGAGGGCATGT,Epiblast
S2 48h:GGTCACGTCGATTGGT,Epiblast
S2 48h:GTTCTATGTGTAAATG,Exiting naive pluripotency
S2 48h:ACTTATCTCAGATGCT,Epiblast
S2 48h:ACAAGCTGTTTACCTT,Epiblast
S2 48h:AAGCGAGCACAGCTGC,Epiblast
S2 48h:AGACAGGAGTGCCAGA,Epiblast
S2 48h:GTAATCGGTCAACCAT,Epiblast
S2 48h:TCTCAGCCACGTACTA,Epiblast
S2 48h:GAGACCCCACTGCACG,Epiblast
S2 48h:GAACGTTAGGCGTTAG,Epiblast
S2 48h:ACGTAACTCATACGAC,Epiblast
S2 48h:GTGGTATCAACGCAGA,Epiblast
S2 48h:TAGGTTGAGACGACGT,Epiblast
S2 48h:GGGATGATCATACGAC,Zscan4+ Artefact
S2 48h:GTCTACCGTAATCAAG,Epiblast
S2 48h:TGGAGGACAAGCTCTA,Epiblast
S2 48h:AGGTAGGAGCTTGTGT,Epiblast
S2 48h:TCGCTCATCAACACGT,Epiblast
S2 48h:AACAAAGCAAAGGGTC,Epiblast
S2 48h:GATTGGTAGCGTGTCC,Exiting naive pluripotency
S2 48h:TATTGGGCATGTGGCC,Epiblast
S2 48h:CGAAGTTCAGGTGGAT,Epiblast
S2 48h:CAGGCCAAGTTGTCAC,Epiblast
S2 48h:CAACGGCTCTTGATTC,Epiblast
S2 48h:AGTCATGTCCGATAGT,Epiblast
S2 48h:TGGTGATAGACATATG,Epiblast
S2 48h:CGCATAAAGCGATTCT,Epiblast
S2 48h:ACTTTCAAGATTAGCA,Epiblast
S2 48h:TAGACTGTCACCACAA,Epiblast
S2 48h:CATAAGCTCAGGGATG,Epiblast
S2 48h:TTGGATGCAACGTATC,Epiblast
S2 48h:ATCCATTAGTCATCGT,Epiblast
S2 48h:CTTCAATCAAGAGTGC,Epiblast
S2 48h:CACTGTCAGTCGAATA,Epiblast
S2 48h:ACGGTCGAGGTCATCT,Epiblast
S2 48h:CCCATTGTCGGAAACG,Epiblast
S2 48h:TATTTCGTCTTGGGCG,Epiblast
S2 48h:GGTCACGTCAACCTTT,Epiblast
S2 48h:CTGAATGTCCGATGTA,Epiblast
S2 48h:TGAGTCACATGGGCAA,Exiting naive pluripotency
S2 48h:TTCGCTGCAAATAAGC,Epiblast
S2 48h:AAGACAACATCGATCA,Epiblast
S2 48h:ATCTCTATCGAATGCT,Epiblast
S2 48h:CACTGTCCATGCCATA,Epiblast
S2 48h:AGTTAGCCAGGTGGAT,Epiblast
S2 48h:TGCTTCGAGGTTTACC,Exiting naive pluripotency
S2 48h:TCAAGTGTCATCACAG,Epiblast
S2 48h:GACCTTCCAGTTTGGT,Epiblast
S2 48h:AATGCCAGTGCCAAGA,Epiblast
S2 48h:TCATCATGTACCTATG,Epiblast
S2 48h:TTTGATCCAATTTCTC,Epiblast
S2 48h:TCCGGGAAGAAACCAT,Epiblast
S2 48h:GGCTTGGTCCGTATAG,Epiblast
S2 48h:ACAGAAATCATACGGT,Epiblast
S2 48h:GTCGAATCAGCGAGTA,Epiblast
S2 48h:CTTCTAAGTTGCCGCA,Epiblast
S2 48h:CCGATCTGTTACACAC,Epiblast
S2 48h:TCTCCGATCACGAACT,Epiblast
S2 48h:CTATAGGTCCATGAGT,Epiblast
S2 48h:TTCTTGATCCCAAGTA,Epiblast
S2 48h:CTCAGGGGTCATAGTC,Epiblast
S2 48h:CATCCCAAGACTTCCA,Epiblast
S2 48h:CTATCCGTCCGTGGCA,Epiblast
S2 48h:TTGCCTGTCTGTAACG,Epiblast
S2 48h:CATAAGCCAGGGCTTC,Epiblast
S2 48h:TTTCATGCAGGTGGAT,Epiblast
S2 48h:CGGGTCAAGACCTCCG,Epiblast
S2 48h:TCCCAGTCAGAGATTA,Epiblast
S2 48h:TTCCAATCAAGGAGTC,Epiblast
S2 48h:GTCTTTAGTGCCTTTC,Epiblast
S2 48h:GGAGATGCAACTCCCT,Epiblast
S2 48h:GTATTGGTCACCGGGT,Epiblast
S2 48h:GGTAATCTCGAATGCT,Epiblast
S2 48h:CTGTAGAAGCTGAGCA,Epiblast
S2 48h:GTAATCGAGATACTGA,Epiblast
S2 48h:CTGTCGTTCTTTCAGT,Epiblast
S2 48h:TGGCGTGTCATTCCTA,Epiblast
S2 48h:CTTCTAACAAGACAAT,Epiblast
S2 48h:GTCTCACTCAAGTTGC,Epiblast
S2 48h:GTTTACTAGTCGAAAT,Epiblast
S2 48h:CAATTTCTCTCTTAAC,Epiblast
S2 48h:GTACAACCAGTGCGCT,Epiblast
S2 48h:ACCTGAACATGTGACT,Epiblast
S2 48h:TCATTGTCAACTGTGT,Epiblast
S2 48h:CTCCTTTAGTCCCAAT,Epiblast
S2 48h:ACGATGTTCTGGGTCG,Epiblast
S2 48h:ACCGTTCTCGTCAAAC,Epiblast
S2 48h:TAAGCACCACTCCCTA,Epiblast
S2 48h:TCCCATGCACTCAGAT,Epiblast
S2 48h:GCTGAATTCGGTGTAT,Epiblast
S2 48h:GAGTTTGCATGTGCTA,Epiblast
S2 48h:TTCATTGTCGAACCTA,Epiblast
S2 48h:ATTCTTGGTGCACGCT,Epiblast
S2 48h:GAGACTTCAAAGGCAC,Epiblast
S2 48h:ACCAAACGTGGTGATG,Epiblast
S2 48h:CTTGAGATCTGCTTAT,Epiblast
S2 48h:TAAGTCGAGGGTTAAT,Epiblast
S2 48h:GATCCCTCACCAAAGG,Epiblast
S2 48h:GACATCACATTCAGCA,Epiblast
S2 48h:AGCTCAAAGTGGATAT,Epiblast
S2 48h:CTGCCTAAGTTACGAA,Epiblast
S2 48h:CCTTCAGGTAACCCGC,Epiblast
S2 48h:GGGTGTCGTCCTACAA,Epiblast
S2 48h:AGTCTCCCAGATACCT,Epiblast
S2 48h:GCCATGGAGGGTGAAA,Epiblast
S2 48h:AGAGCAGAGCAGCCCT,Epiblast
S2 48h:CAATTTCCAATCGAAA,Epiblast
S2 48h:CTCACTGGTTCTCTCG,Epiblast
S2 48h:TTTCACAGTATTAAGG,Epiblast
S2 48h:TTCTGTACATAACAGA,Epiblast
S2 48h:GTCACGGAGCTACTAC,Epiblast
S2 48h:TGGGATTTCTAAGCGT,Epiblast
S2 48h:CGTTAGAAGACCAGCA,Epiblast
S2 48h:ACCCTCATCGCTGCGA,Epiblast
S2 48h:AAGATAGCATGGATCT,Epiblast
S2 48h:ATAGGCTAGGTTGTTC,Epiblast
S2 48h:AATTTCCTCCTGTAAG,Epiblast
S2 48h:CACGTTCAGACCGCCT,Epiblast
S2 48h:CTGTATTAGGATATAC,Epiblast
S2 48h:TGCTTGCAGTGGATAT,Epiblast
S2 48h:CCTATCGAGCACACCC,Epiblast
S2 48h:TGCTTCGGTTGGGCCT,Epiblast
S2 48h:TTTGATCAGTTCCGTA,Epiblast
S2 48h:ACCAAACTCGCCAGAC,Epiblast
S2 48h:GGGTTATGTGTGACCC,Epiblast
S2 48h:GGTAACTCACACAGCC,Epiblast
S2 48h:TTCAGGAAGCCTCACG,Epiblast
S2 48h:CGATCGGCATTACTCT,Epiblast
S2 48h:GAATAGAAGGGAGGAC,Epiblast
S2 48h:AGAGCCCTCGCTCTAC,Epiblast
S2 48h:AACCAACAGACCCGCT,Epiblast
S2 48h:ATGGTTGAGAAACTGT,Epiblast
S2 48h:AATCACGGTCCCTGAG,Epiblast
S2 48h:GGGTAGAAGAAGAACG,Epiblast
S2 48h:CATACCCAGACCATTC,Epiblast
S2 48h:CGGCAGTGTGAATGTA,Epiblast
S2 48h:TACCGGGCACTCTAGA,Epiblast
S2 48h:CCTAAGAGTCAGATTC,Epiblast
S2 48h:CTAGACAAGCTCGGCT,Epiblast
S2 48h:CGAGTGCAGAAGTCTA,Epiblast
S2 48h:CGAATTGCATGTTCGA,Epiblast
S2 48h:TGAGCGCCACTTGGGC,Epiblast
S2 48h:CTATAGGCATTGAAAG,Epiblast
S2 48h:GTGAGTTAGTCATCCA,Epiblast
S2 48h:TACCTCGGTTCCGCTT,Epiblast
S2 48h:GCTTGGGAGTCATGCT,Epiblast
S2 48h:CCCAACTTCCGTATGA,Epiblast
S2 48h:AGGTAGGAGATGCTTC,Epiblast
S2 48h:CAGCACGCATCTTTCA,Epiblast
S2 48h:GGTTGTATCCATTCAT,Epiblast
S2 48h:GTAGGTTAGAGTCAGC,Epiblast
S2 48h:AACAGGGCATGGGCAA,Epiblast
S2 48h:CCTCACACATGTGTCA,Epiblast
S2 48h:GGAATGGCAGAACTAA,Epiblast
S2 48h:CATACCCAGTTCGGTT,Epiblast
S2 48h:CAACGATCACTTGACA,Epiblast
S2 48h:GACCTTCTCTGGTGCG,Epiblast
S2 48h:AACAAAGGTTCACCGG,Epiblast
S2 48h:CATCAAGCACAAGTTC,Epiblast
S2 48h:AGCATCAGTGGATACG,Epiblast
S2 48h:TGACCCTTCTGGACCG,Epiblast
S2 48h:CTTTCAACAGTAGTTC,Epiblast
S2 48h:CCTAACCCATACTTTC,Epiblast
S2 48h:CTTTCGGTCGCTACAA,Epiblast
S2 48h:GTAGCTATCTGCCCTA,Epiblast
S2 48h:AGTGCCGGTGACCGAA,Epiblast
S2 48h:TAATTCCGTAGGAGTC,Epiblast
S2 48h:GTGCGTGGTTGGACTT,Epiblast
S2 48h:CCTCATGGTGTTGACT,Epiblast
S2 48h:CCGTGAGCACAGGATG,Epiblast
S2 48h:TCACACCAGTGCTAGG,Epiblast
S2 48h:TGTTCTACAGCTGTCG,Epiblast
S2 48h:CTGCAGGCAGGTAGTG,Epiblast
S2 48h:GTTATGGCATAGGCGA,Epiblast
S2 48h:GCACGTGAGCACTCCG,Epiblast
S2 48h:TGAGGGATCGACACTA,Epiblast
S2 48h:CTACGGGTCGTTGCCT,Epiblast
S2 48h:TAATTCCCATGTGTCA,Epiblast
S2 48h:GCGAGAACAAATAAGC,Epiblast
S2 48h:ATCGCCTTCTGGCCAG,Epiblast
S2 48h:AGGTCTACACGTAACT,Epiblast
S2 48h:CTACCTGGTGCTATTG,Epiblast
S2 48h:TGTGCGGGTAAGATAC,Epiblast
S2 48h:ACGGTTAAGTCCTGTA,Epiblast
S2 48h:AAATGGATCGTAGTGT,Epiblast
S2 48h:GTTACCCTCTGGTGGC,Epiblast
S2 48h:TTGTGTTCAACCGGAA,Exiting naive pluripotency
S2 48h:TATGTTCTCATACGGT,Epiblast
S2 48h:AATGGCTTCAAACCTG,Epiblast
S2 48h:TTGTGGAGTACGCTAT,Epiblast
S2 48h:ACTCTCGAGCCGCTTG,Epiblast
S2 48h:ATTCGTTTCCATCGTC,Epiblast
S2 48h:TGAGCATAGCCGCTTG,Epiblast
S2 48h:ATGCATGGTCGGCTAC,Epiblast
S2 48h:GTCATGAGTCCGAAAG,Epiblast
S2 48h:GTAAGTCCAATCTAGC,Epiblast
S2 48h:GGTGATTGTCTTCGAA,Epiblast
S2 48h:CTTGAGACACACGCCA,Epiblast
S2 48h:CACTGGGCATGCCGGT,Epiblast
S2 48h:GTCAAACTCAAGCTTG,Epiblast
S2 48h:GAGATGGTCTTCCTAA,Epiblast
S2 48h:GCAGCCAGTCCGGATC,Epiblast
S2 48h:ATGGATCTCGCGGTAC,Epiblast
S2 48h:TTCTTGAGTAATGCGG,Epiblast
S2 48h:AACACACGTTATAGCC,Epiblast
S2 48h:GAAGAATCAATCGTCA,Epiblast
S2 48h:CTACATTGTCTAACTG,Epiblast
S2 48h:CATCCGTAGGTGATAT,Epiblast
S2 48h:ATACCTTAGGTGCATG,Epiblast
S2 48h:CATTGAGTCAGGAAAT,Epiblast
S2 48h:ATGGTTGCATGCCGCA,Epiblast
S2 48h:GTCTCACGTTGCTCCT,Epiblast
S2 48h:TCTACATCAAAGGCTG,Epiblast
S2 48h:AACGAAAAGTTGAATG,Epiblast
S2 48h:AACAGGGGTGCTGCAC,Epiblast
S2 48h:GAAGAATGTTACGGAG,Epiblast
S2 48h:CACTGTCGTCTACAAC,Epiblast
S2 48h:GCATCTCTCTCAGTCC,Epiblast
S2 48h:GACTTCCAGTGCGACA,Epiblast
S2 48h:AGAGAGCGTGATTGGG,Exiting naive pluripotency
S2 48h:TTCCACGTCATCTGTT,Epiblast
S2 48h:TGACCCTTCGTAGTCA,Epiblast
S2 48h:GACACGCTCGCTCTCA,Epiblast
S2 48h:TGGAACTGTAAGCGGT,Epiblast
S2 48h:CTAACTTGTGTAGGAC,Epiblast
S2 48h:CGTTCTGTCCGGTTCT,Epiblast
S2 48h:CCTCCAATCCGGTTCT,Epiblast
S2 48h:TGTTCTACAAGCTCTA,Epiblast
S2 48h:TGAGGAGTCGACGAGA,Epiblast
S2 48h:CTAGACAAGTAAATGC,Epiblast
S2 48h:AGTGACTCAGTCTCTC,Epiblast
S2 48h:CTGCCTATCAATCTTC,Epiblast
S2 48h:GGAGGTACAGAGTTGG,Epiblast
S2 48h:GATAGAATCGTTGTTT,Epiblast
S2 48h:CTCAACCCACAAGCAG,Epiblast
S2 48h:ACAACCACACACGCCA,Epiblast
S2 48h:ACAGAAAGTCCCTGAG,Epiblast
S2 48h:ACTATGGCACGCGTCA,Epiblast
S2 48h:TGTGCGGGTAGCGATG,Epiblast
S2 48h:ATTCGTTAGGATATAC,Epiblast
S2 48h:GGAGGATCAGAGAATT,Epiblast
S2 48h:TCTGCCATCGAGTCCG,Epiblast
S2 48h:CGGCAGTGTACGCTTA,Epiblast
S2 48h:TTCTAACAGGTTGGAC,Epiblast
S2 48h:TTACCATTCATCCCGT,Epiblast
S2 48h:ATCATTCTCAGAATAG,Epiblast
S2 48h:AATGCCAAGTCTGGTT,Epiblast
S2 48h:ACTTATCTCTAAGGAA,Epiblast
S2 48h:GGGACAACAATACGAA,Epiblast
S2 48h:CCCGAAGCAGTGACCC,Epiblast
S2 48h:TACGTCCTCGCTACAA,Epiblast
S2 48h:ATCGATGTCAGGACGA,Epiblast
S2 48h:ACTTTCACACGCACCA,Epiblast
S2 48h:CTCAATTTCTTCGTAT,Epiblast
S2 48h:ACTATCTGTCAATCTG,Epiblast
S2 48h:ACAGAAAAGAGCATCG,Epiblast
S2 48h:CCAATTTCAGGCGTTC,Epiblast
S2 48h:AACCTTTTCCATCGTC,Epiblast
S2 48h:TCGACGGAGCAGGTCA,Epiblast
S2 48h:AACGTCAGTAAGATAC,Epiblast
S2 48h:CACCGTTCACCTCTGT,Exiting naive pluripotency
S2 48h:AGGGTTTCAATTGTGC,Epiblast
S2 48h:TAACACGAGACGGTTG,Epiblast
S2 48h:TGAGGTTAGCTAAATG,Epiblast
S2 48h:GTAACACGTTAATGAG,Epiblast
S2 48h:TTACCGCGTGACCTGC,Epiblast
S2 48h:CTCACTGAGTCTTCCC,Epiblast
S2 48h:CATACAGAGATACGAT,Epiblast
S2 48h:TGATCAGCATTGGCAT,Epiblast
S2 48h:CTCATCGCATCGCTAA,Epiblast
S2 48h:TCTATACCACCGCTAG,Epiblast
S2 48h:GTAGGTTAGGTCTGGA,Epiblast
S2 48h:TGAGCATAGCTATCCA,Epiblast
S2 48h:CCTCCAATCACCGGTG,Epiblast
S2 48h:CGCATAAAGTCTGGTT,Epiblast
S2 48h:GGTAATCTCTCGGGAC,Epiblast
S2 48h:CCCTCAATCCAAGCAT,Epiblast
S2 48h:CCATAAGTCTAAGCCA,Epiblast
S2 48h:AGGATCTCAGGTTCGC,Epiblast
S2 48h:ACATCCCGTAATGCTC,Epiblast
S2 48h:TCAAGCAGTATGAGAT,Epiblast
S2 48h:ATTACTCAGCGATCGA,Epiblast
S2 48h:CACGTTCCAGCGTAGA,Epiblast
S2 48h:TTTGGAGCATGTGCCG,Epiblast
S2 48h:TACCCGTGTTCAAGGG,Epiblast
S2 48h:GTTGCGGCATTCAGCA,Epiblast
S2 48h:CTAGACATCCCACAGG,Epiblast
S2 48h:GCATCTCCAGCGTACC,Epiblast
S2 48h:AGACAGGTCCGATGCG,Epiblast
S2 48h:GACATCACATGAAGGC,Epiblast
S2 48h:CCTAAGAGTAGATGTA,Epiblast
S2 48h:AGATAGATCTCAAAGC,Epiblast
S2 48h:CAAGAGGGTTGCCAAT,Epiblast
S2 48h:TCCTCTTGTGCGGCTT,Epiblast
S2 48h:GGGTGTCTCAGAATAG,Epiblast
S2 48h:CCTAAGATCTGCACCT,Epiblast
S2 48h:AATGGCTGTGGACCAA,Epiblast
S2 48h:CGATGCGCATGACTTG,Epiblast
S2 48h:TTGACCCGTTGATGTC,Epiblast
S2 48h:TCAGGTATCGAACACT,Epiblast
S2 48h:TCACTCGTCGCTGATA,Epiblast
S2 48h:TACTTACCAAGAGCTG,Epiblast
S2 48h:TGCATGATCAATCAGC,Epiblast
S2 48h:TACAGGTGTGTCGCTG,Epiblast
S2 48h:CCATAAGCACCAATTG,Epiblast
S2 48h:GAGCCTGAGCACGATG,Epiblast
S2 48h:ACCTACCAGGCTAGCA,Epiblast
S2 48h:TGAGACTAGTCTCGTA,Epiblast
S2 48h:CCACAAACAGCTACCG,Epiblast
S2 48h:GAACGTTAGCCAGTAG,Epiblast
S2 48h:CTGTATTAGGTTGCCC,Epiblast
S2 48h:TAGAGTCAGCTGCCAC,Epiblast
S2 48h:TTACGCCTCATGGTAC,Epiblast
S2 48h:GATGGAGAGGATACAT,Zscan4+ Artefact
S2 48h:TGATGCAGTTTCACAG,Epiblast
S2 48h:GGGTCACTCCGTGGTG,Epiblast
S2 48h:GGGACCTAGCCAACCC,Epiblast
S2 48h:CGGAATTCACGTCATA,Epiblast
S2 48h:TGGAGAGAGCTGACCC,Epiblast
S2 48h:TTCGGTCTCCGTCACT,Epiblast
S2 48h:TCGGTCTGTATGTCCA,Epiblast
S2 48h:AATGGAACATACCACA,Epiblast
S2 48h:TGATCTTGTAGTGTGG,Epiblast
S2 48h:ACCATTTAGCTGGCCT,Epiblast
S2 48h:CCTGCATGTGAATATG,Epiblast
S2 48h:CATCGTCAGCGTACAG,Epiblast
S2 48h:ATCACTTGTTCTCCTG,Epiblast
S2 48h:CGAGTGCTCCCATACC,Epiblast
S2 48h:GGAGCAACACAGTGTT,Epiblast
S2 48h:GGATGTTAGGAATGTT,Epiblast
S2 48h:CTCTGGTTCCGTGGTG,Epiblast
S2 48h:GTAGATCCAGTTGCGC,Epiblast
S2 48h:CCTAACCCAAGCCATT,Exiting naive pluripotency
S2 48h:CGGCAGTTCGGTCTAA,Epiblast
S2 48h:CTCCAACGTTGCTCGG,Epiblast
S2 48h:CCTTCAGCACTACACA,Epiblast
S2 48h:TGTTCTAAGGTCACTT,Epiblast
S2 48h:GTCAAACAGTCCCTAA,Epiblast
S2 48h:TTCACGCGTTTCCCAC,Epiblast
S2 48h:TTTCGATAGCAGCCCT,Exiting naive pluripotency
S2 48h:TCCGATCTCTCCCAAC,Epiblast
S2 48h:GTAATCGTCGACGCTG,Epiblast
S2 48h:AGATAGATCCATATGG,Epiblast
S2 48h:TGGGAAGTCTCAACCC,Epiblast
S2 48h:TGCGGCAAGCGTGAAC,Epiblast
S2 48h:GATCATGCAATCCAGT,Epiblast
S2 48h:ATTCAGGAGATCCAAA,Epiblast
S2 48h:TTCACCGCACTTCAAG,Epiblast
S2 48h:GTCTGTCGTAATGCGG,Epiblast
S2 48h:GGTGGCTCAAGGAGTC,Epiblast
S2 48h:GCCCAGAAGATGCTTC,Epiblast
S2 48h:GGGTATTCAGACCCGT,Epiblast
S2 48h:CCGGTGACATATCGGT,Epiblast
S2 48h:ATTCGTTGTTGTATGC,Epiblast
S2 48h:CGAGGCTTCCGGACTG,Exiting naive pluripotency
S2 48h:CATTGAGAGGCATGGT,Epiblast
S2 48h:AGGCATTTCATAGAGA,Epiblast
S2 48h:GCCAACGAGTAGTCAA,Epiblast
S2 48h:ACAACCATCAATCGGT,Epiblast
S2 48h:TGGTTAGCACTACACA,Epiblast
S2 48h:GCTACAACAAGACTGG,Epiblast
S2 48h:TTGCCTGGTATGAGGC,Epiblast
S2 48h:CAGATTGAGCACGTCC,Epiblast
S2 48h:TATCGCCAGCCAGAGT,Epiblast
S2 48h:ACTCCCATCTTAGCCC,Epiblast
S2 48h:GAGACTTAGGGTTAAT,Epiblast
S2 48h:TGAATCGAGCTTTCTT,Epiblast
S2 48h:ACGCACGAGGGTGGGA,Epiblast
S2 48h:CACGAATTCCGAGTGC,Epiblast
S2 48h:ACATGCATCACCCTCA,Epiblast
S2 48h:GGATGTTAGCGACTAG,Epiblast
S2 48h:CAGTTAGTCTTTCGAT,Epiblast
S2 48h:CAAGGGAGTGACCGTC,Epiblast
S2 48h:TCTAACTTCGTGGCGT,Epiblast
S2 48h:CCATAAGTCGGCATTA,Epiblast
S2 48h:CAACGATCATCAACCA,Epiblast
S2 48h:ACAGAAACATAACGGG,Epiblast
S2 48h:TACTGCCCAATCCAGT,Epiblast
S2 48h:CTCTCGAGTCTAGTGT,Epiblast
S2 48h:TGAGACTCAGGAATCG,Epiblast
S2 48h:CCTCAGTCATGTGCTA,Epiblast
S2 48h:ATATCCTTCCACGAAT,Epiblast
S2 48h:GGCTTTCCATAAGATG,Epiblast
S2 48h:GATGGAGTCGGACGTC,Epiblast
S2 48h:CATTCTATCTTCGCTG,Epiblast
S2 48h:TGGAGGAAGATGACCG,Epiblast
S2 48h:GGTGATTCACACTTAG,Epiblast
S2 48h:AATCACGCAGTGTATC,Epiblast
S2 48h:GACCAATGTCGACTTA,Epiblast
S2 48h:TTAGGCATCTCGTGGG,Epiblast
S2 48h:GTAACCAGTTCGGTTA,Epiblast
S2 48h:AGCCAATAGCAGAAAG,Epiblast
S2 48h:TGTTGGACAGACATCT,Epiblast
S2 48h:CCTCATGCATGACGGA,Epiblast
S2 48h:CCGTGAGAGTCGAAGC,Epiblast
S2 48h:GGTGATTAGGCTGAAC,Epiblast
S2 48h:ACGGTTACACTTCATT,Epiblast
S2 48h:GTAGAAACAGAGGCTA,Epiblast
S2 48h:GAATAGATCGCTACGG,Epiblast
S2 48h:GGCTTTCCATGAATCC,Epiblast
S2 48h:TCAATCTTCTCCCATG,Epiblast
S2 48h:GTGTGGCCAGACATCT,Epiblast
S2 48h:CCACGAGTCTAACGCA,Epiblast
S2 48h:CCACCATTCGTCAGAT,Epiblast
S2 48h:GGGCGTTCACAAGCAG,Epiblast
S2 48h:GAGGGTAGTGCCTGAC,Epiblast
S2 48h:AACACACCACAAGCAG,Epiblast
S2 48h:ACGTAGTCAGACGCTC,Epiblast
S2 48h:CTACAGAAGCGCATCC,Epiblast
S2 48h:CAGCCAGTCCTGTTGC,Epiblast
S2 48h:AAGACAAAGTGACACG,Epiblast
S2 48h:TCCTTCTTCTAGTCAG,Epiblast
S2 48h:GCCGTGACACTCCTTG,Epiblast
S2 48h:CACTTCGCAACAGATA,Epiblast
S2 48h:TACTGCCTCCATTTGT,Epiblast
S2 48h:ATGGGTTAGCAGCAGT,Epiblast
S2 48h:TCAGGGCCAGTTAAAG,Epiblast
S2 48h:AGTCTCCAGGGTCAAC,Epiblast
S2 48h:CGAGTGCGTATGATCC,Epiblast
S2 48h:ATTCACTCAAACTAGA,Epiblast
S2 48h:CGGACACCAGTCAGTT,Epiblast
S2 48h:AAGTGAAAGCGACTAG,Epiblast
S2 48h:CCCTTAGAGTTGAAAC,Epiblast
S2 48h:TCGACGGCAAGGTTGG,Epiblast
S2 48h:CGTAATGGTTCTATCT,Epiblast
S2 48h:GTCCTCAGTGTGAATA,Epiblast
S2 48h:TGTGTGAAGAGATGCC,Epiblast
S2 48h:AGGACGACACCCAATA,Epiblast
S2 48h:TTTACTGAGATTAGAC,Epiblast
S2 48h:TGTTGGATCCGCACGA,Epiblast
S2 48h:GACACGCGTGGCACTC,Epiblast
S2 48h:TCTATACTCCGTTGGG,Epiblast
S2 48h:AACCCAACAACGACAG,Epiblast
S2 48h:TCCGGGAGTAGCTGTT,Epiblast
S2 48h:GAGGCAACATCCGTTC,Epiblast
S2 48h:TCATGTTGTTGCTCCT,Epiblast
S2 48h:ATCGTAGCAAAGCGTG,Epiblast
S2 48h:ACATGCATCGCGGACT,Epiblast
S2 48h:ATCAGGTCACAGTGAG,Epiblast
S2 48h:TACGGTAAGTTAACAG,Epiblast
S2 48h:AGACTCATCAGATTGC,Epiblast
S2 48h:CAGTGCGTCTAACGCA,Epiblast
S2 48h:TGCTTCGCACGCAAAG,Exiting naive pluripotency
S2 48h:CAGCAATGTACAGGTG,Epiblast
S2 48h:CGAATTGAGCAACAAT,Epiblast
S2 48h:GACCCAGAGGGTATAT,Epiblast
S2 48h:TCTGTCGCAATCAGCT,Epiblast
S2 48h:GAGCTGCTCCCATACC,Epiblast
S2 48h:AAAGAACAGTGTGTTC,Epiblast
S2 48h:ATTTCTGTCCCTTGGT,Epiblast
S2 48h:CGCCATTCAATCAGCT,Epiblast
S2 48h:AGTGTTGCAGCGACAA,Epiblast
S2 48h:CAATGACCACGCTGAC,Epiblast
S2 48h:AGAAATGCAGGCTCTG,Epiblast
S2 48h:CGCCATTCAGTATTCG,Epiblast
S2 48h:CAAGAGGCATACCATG,Epiblast
S2 48h:CTGCGAGTCTCATGGA,Epiblast
S2 48h:GGGTCACCAAATCGGG,Epiblast
S2 48h:ACATTTCGTTCGGCTG,Epiblast
S2 48h:TCTAACTGTTAGAAGT,Epiblast
S2 48h:CTACCCATCCCATACC,Epiblast
S2 48h:TCCATGCCAGACAAGC,Epiblast
S2 48h:ATTCCTATCTGGGAGA,Epiblast
S2 48h:CTCATGCAGAACAGGA,Epiblast
S2 48h:GAATAGATCCGATGTA,Epiblast
S2 48h:GAAGCCCAGATAGTGT,Epiblast
S2 48h:GAGGCAAAGAGGTTAT,Epiblast
S2 48h:AACCCAACATATTCGG,Exiting naive pluripotency
S2 48h:ACGTAGTTCTGTTGGA,Epiblast
S2 48h:GCTTCACCAAGCGCAA,Epiblast
S2 48h:CCCTTAGCAAAGTATG,Epiblast
S2 48h:AGTTCCCGTGAATTGA,Epiblast
S2 48h:GAAGAATGTTCGCGTG,Epiblast
S2 48h:CGAATTGGTATGGTAA,Exiting naive pluripotency
S2 48h:GCATGATGTGGGTCAA,Epiblast
S2 48h:TCAAGCATCACTGCTC,Epiblast
S2 48h:CTAACTTAGGGAGAAT,Epiblast
S2 48h:TACCTGCAGTTAGTAG,Epiblast
S2 48h:GTATTGGAGGGCTGAT,Epiblast
S2 48h:ACATCCCGTGCCTACG,Epiblast
S2 48h:TTGAACGTCTATCACT,Epiblast
S2 48h:ACCACAAAGGAAAGGT,Epiblast
S2 48h:TGTTCCGAGCACCGTC,Epiblast
S2 48h:TTCACCGTCATTCTTG,Epiblast
S2 48h:GTCTAGACATAGATCC,Epiblast
S2 48h:TTCCGGTAGGTGCCAA,Epiblast
S2 48h:ATCCCTGGTCGATGCC,Epiblast
S2 48h:CCTCCTCAGACTTGTC,Epiblast
S2 48h:AACGGGAGTAACCCTA,Epiblast
S2 48h:CCGCAAGGTCGAATTC,Epiblast
S2 48h:TGAGGAGTCGGCATCG,Epiblast
S2 48h:AGCTTCCAGGTTCTAC,Epiblast
S2 48h:CCTGTTGTCACTAGCA,Epiblast
S2 48h:CTAACCCGTTCTTAGG,Epiblast
S2 48h:CTCCACATCAGAATAG,Epiblast
S2 48h:AGCCAGCTCAAGCCGC,Epiblast
S2 48h:TCTCACGGTGGTCTTA,Epiblast
S2 48h:AGAGAGCGTACTGGGA,Epiblast
S2 48h:GATTCGACATAAGATG,Epiblast
S2 48h:ACAGGGAGTTCCACAA,Epiblast
S2 48h:GAGTCATTCAGTCCGG,Epiblast
S2 48h:GAGCCTGAGTCTCGTA,Epiblast
S2 48h:TCCGAAATCTTGAACG,Epiblast
S2 48h:CTCAATTTCTCGTTTA,Epiblast
S2 48h:CATCGCTTCCGCATAA,Epiblast
S2 48h:AGGAGGTGTATCGGTT,Epiblast
S2 48h:CGAGTGCAGCCTGTGC,Epiblast
S2 48h:GTTCATTAGCTCGCAC,Epiblast
S2 48h:TGGGATTAGACGACGT,Epiblast
S2 48h:GACATCAAGTAGTCCT,Epiblast
S2 48h:TGAGCATCACGGTGCT,Exiting naive pluripotency
S2 48h:TCCTGCACAGCGGATA,Epiblast
S2 48h:CAGCAGCTCTATTCGT,Epiblast
S2 48h:CGCATAAGTAACAAGT,Epiblast
S2 48h:TTCCAATTCCCATTTA,Epiblast
S2 48h:TACCCGTAGCCTCACG,Epiblast
S2 48h:AGACAAAGTGAGTTTC,Epiblast
S2 48h:CTACTATCACTGGATT,Exiting naive pluripotency
S2 48h:GGCGTCAAGCATCAAA,Epiblast
S2 48h:GTGACGCGTACTGTTG,Epiblast
S2 48h:CGCGTGATCACGTAGT,Epiblast
S2 48h:CCGATGGCATGAATAG,Epiblast
S2 48h:GGTTCTCGTTATGGTC,Epiblast
S2 48h:AGGGAGTAGACCATAA,Exiting naive pluripotency
S2 48h:GGTAATCAGTAGTCAA,Epiblast
S2 48h:CTACTATCAGTGTATC,Epiblast
S2 48h:ATCGTAGCACTGATTG,Epiblast
S2 48h:ATCGGATTCGTGCTCT,Epiblast
S2 48h:ATGCGATCACCAGTTA,Epiblast
S2 48h:ACACCAAGTATTCTCT,Epiblast
S2 48h:ACTCTCGTCGCAGTGC,Epiblast
S2 48h:AAACCCATCCTGTACC,Epiblast
S2 48h:TGTAGACAGCAGAAAG,Epiblast
S2 48h:CTACGGGGTGTGGACA,Epiblast
S2 48h:GTGAGCCTCTTGTGCC,Epiblast
S2 48h:ATTCTTGTCCTCATAT,Epiblast
S2 48h:CGAGGCTCAAACCGGA,Epiblast
S2 48h:TCATTTGCACGGCGTT,Epiblast
S2 48h:TATCTTGGTAGCACAG,Epiblast
S2 48h:GACGCTGAGAGGACTC,Epiblast
S2 48h:GTCTCACGTCCAATCA,Epiblast
S2 48h:CTCAGAAAGCACTCAT,Exiting naive pluripotency
S2 48h:GACTTCCGTGCATCTA,Epiblast
S2 48h:TCGACGGCACTGGCGT,Epiblast
S2 48h:TTCTAACAGGAGGGTG,Epiblast
S2 48h:AAAGGTACACCGGTCA,Epiblast
S2 48h:TTAGGGTAGTTATGGA,Epiblast
S2 48h:CGAGGCTAGCAGCCCT,Epiblast
S2 48h:TCCCACAAGAGATGCC,Epiblast
S2 48h:TAACGACTCAGCCCAG,Epiblast
S2 48h:ATGTCCCAGTTATGGA,Epiblast
S2 48h:AGCTTCCCAATGACCT,Epiblast
S2 48h:GTAGCTATCGCAGATT,Epiblast
S2 48h:GAGGCAAAGACGGAAA,Epiblast
S2 48h:GAAATGACAGGTCTCG,Epiblast
S2 48h:GGGTATTGTGGCATCC,Epiblast
S2 48h:TTTACTGTCACCCTGT,Epiblast
S2 48h:TCCACGTAGGTACATA,Epiblast
S2 48h:TGGGCGTGTCGAGATG,Epiblast
S2 48h:TCAGGGCAGGCAGCTA,Epiblast
S2 48h:ATTGTTCCATACCATG,Exiting naive pluripotency
S2 48h:TACTTACCATCGTTCC,Epiblast
S2 48h:AAACGCTAGCGGTAAC,Epiblast
S2 48h:CCGATGGAGCCAGTAG,Epiblast
S2 48h:TATCAGGCACGCTGTG,Epiblast
S2 48h:CCCTGATAGATTCGAA,Epiblast
S2 48h:AGGGTGAAGTCCTGCG,Epiblast
S2 48h:TCATCCGTCCGCAGTG,Epiblast
S2 48h:AGGTTACGTAGTGATA,Epiblast
S2 48h:GTTACCCCATGACGTT,Epiblast
S2 48h:TCCAGAAAGCTCTTCC,Epiblast
S2 48h:TACCGAATCCGCTTAC,Epiblast
S2 48h:AGGCATTAGGAGCAAA,Exiting naive pluripotency
S2 48h:TGTTACTTCGGAAGGT,Epiblast
S2 48h:CATGCCTGTCTCACAA,Epiblast
S2 48h:CGTGATATCACGGACC,Epiblast
S2 48h:TGCTGAACACTCAGAT,Epiblast
S2 48h:CTGTCGTTCACAAGAA,Epiblast
S2 48h:GGGTTATTCGTGTTCC,Epiblast
S2 48h:AGCATCATCACCTCAC,Epiblast
S2 48h:CGAAGGAAGCCAAGTG,Epiblast
S2 48h:CTAAGTGCACTCCTGT,Epiblast
S2 48h:GGCACGTGTGTAGGAC,Epiblast
S2 48h:CTCCTCCAGCGTACAG,Epiblast
S2 48h:CAGTTCCGTCCTCCAT,Epiblast
S2 48h:TGGGAGAGTTGTCATG,Epiblast
S2 48h:TAACCAGAGCCGATAG,Epiblast
S2 48h:AATCGACAGTACTCGT,Epiblast
S2 48h:CGCATAATCGGCTGGT,Epiblast
S2 48h:CTAACTTCAACGGCCT,Epiblast
S2 48h:CCGTAGGAGCATCCCG,Epiblast
S2 48h:AACCATGGTGGTCCGT,Epiblast
S2 48h:CGATCGGGTAAGGCCA,Epiblast
S2 48h:AACAGGGTCACAGTGT,Epiblast
S2 48h:GCTGCAGTCTCTTCAA,Epiblast
S2 48h:TCAGGTATCGCATAGT,Epiblast
S2 48h:CAATCGAAGCTGTGCC,Epiblast
S2 48h:TAGGAGGAGTGGAAAG,Epiblast
S2 48h:TCGCTTGCACAGAGAC,Epiblast
S2 48h:GACTCAAAGGGTACAC,Epiblast
S2 48h:TTTGATCTCCTCATAT,Epiblast
S2 48h:GACATCATCTGGAGAG,Epiblast
S2 48h:CCGAACGGTTGATGTC,Epiblast
S2 48h:CTAGACAAGTCCTGCG,Epiblast
S2 48h:ATCGCCTTCTCGGTAA,Epiblast
S2 48h:AGACAAACACCAACAT,Epiblast
S2 48h:GAAGCGAAGGTCCTGC,Epiblast
S2 48h:TAACGACTCTTCTGTA,Epiblast
S2 48h:CATTGAGCATAGAAAC,Epiblast
S2 48h:ATTCTACGTGCTAGCC,Exiting naive pluripotency
S2 48h:TAGGTTGGTTGCCATA,Epiblast
S2 48h:AGTAGCTTCATTGCGA,Epiblast
S2 48h:TAACGACCAACCAACT,Epiblast
S2 48h:ACACTGACATTGTAGC,Epiblast
S2 48h:CTGGTCTAGTTGAATG,Epiblast
S2 48h:ACATTTCAGTGCAACG,Epiblast
S2 48h:TTAGGGTAGGTGGGTT,Epiblast
S2 48h:GTACAACCATAGAGGC,Epiblast
S2 48h:CATTTCAAGGTTCTAC,Epiblast
S2 48h:AATCACGTCAGACATC,Epiblast
S2 48h:ACTGCAATCTCATTAC,Epiblast
S2 48h:AAGCATCCAGCACAGA,Epiblast
S2 48h:GATCATGAGGTCATCT,Epiblast
S2 48h:AAACGCTCACGGTAGA,Epiblast
S2 48h:CAGTTAGCAGTCAACT,Epiblast
S2 48h:ACCACAAGTGCTCCGA,Epiblast
S2 48h:ACAGGGATCTCACGAA,Epiblast
S2 48h:CCTAAGATCCCTAGGG,Epiblast
S2 48h:CTACCCATCCGGCAGT,Epiblast
S2 48h:CGCCATTTCCAACACA,Epiblast
S2 48h:TCGAAGTCAATGTCAC,Epiblast
S2 48h:ACGTAGTCAACGATTC,Epiblast
S2 48h:CTGCCTAGTCGACGCT,Epiblast
S2 48h:ATTGTTCAGTCGCCCA,Epiblast
S2 48h:TTCACCGGTACGCTAT,Epiblast
S2 48h:ACGATCAAGGTTCACT,Epiblast
S2 48h:CCCTGATTCCTTTAGT,Epiblast
S2 48h:ATTCCCGAGTCACTGT,Epiblast
S2 48h:ATCCGTCGTCATAACC,Epiblast
S2 48h:AGCTCAAAGGCTTAAA,Epiblast
S2 48h:AAGTGAAAGGCTCCCA,Epiblast
S2 48h:CTTGAGACACCACTGG,Epiblast
S2 48h:GTATTGGTCCATGAGT,Epiblast
S2 48h:CCTAACCAGCTACAAA,Epiblast
S2 48h:AGAAATGGTGGTAATA,Epiblast
S2 48h:TCGGGTGCACGTACTA,Epiblast
S2 48h:CACCGTTCATCATCCC,Epiblast
S2 48h:GTAGGTTTCAACCTCC,Epiblast
S2 48h:ACGTAACCACGCGGTT,Epiblast
S2 48h:GCAACCGAGGGATCTG,Epiblast
S2 48h:TCGAACATCAGCCCAG,Epiblast
S2 48h:TCCACGTGTTTACACG,Epiblast
S2 48h:ATTTCTGGTAATGTGA,Epiblast
S2 48h:AGAAATGAGAGTCTGG,Epiblast
S2 48h:TGTCAGATCACTCCGT,Epiblast
S2 48h:GTGAGGATCTTGCAGA,Epiblast
S2 48h:CTCTCAGGTACGAGTG,Epiblast
S2 48h:TTCCACGTCAGTCTTT,Epiblast
S2 48h:CATCAAGCAGTAGATA,Epiblast
S2 48h:CGTGAATTCGGTCATA,Epiblast
S2 48h:TGTAGACTCCGTATAG,Epiblast
S2 48h:TTCTAACGTTATCTGG,Epiblast
S2 48h:CACCAAAAGCATGATA,Epiblast
S2 48h:TGCACGGGTGGGACAT,Epiblast
S2 48h:TCTGGCTGTGAATAAC,Epiblast
S2 48h:TCAGGTACAGTAACGG,Epiblast
S2 48h:GGGTGTCAGTAGGGTC,Epiblast
S2 48h:TCCTCCCAGTTACGAA,Epiblast
S2 48h:TACTTCAAGTAACAGT,Epiblast
S2 48h:ACTGTCCTCGAGAAAT,Epiblast
S2 48h:GCATGATAGTGCCTCG,Epiblast
S2 48h:TTCGGTCGTAGACGGT,Epiblast
S2 48h:CCAATGAAGATCCAAA,Exiting naive pluripotency
S2 48h:CGTTCTGTCGCGTTTC,Epiblast
S2 48h:ACGTTCCTCAACCCGG,Epiblast
S2 48h:GTGTCCTGTGATCATC,Epiblast
S2 48h:CAATACGAGTAAGGGA,Epiblast
S2 48h:GTCGAATCAATCAAGA,Epiblast
S2 48h:AGAGCCCTCACTACTT,Epiblast
S2 48h:GAAGCGACAGAAATTG,Exiting naive pluripotency
S2 48h:GATTCGATCATGAGGG,Epiblast
S2 48h:ATCGGATGTTGCGGCT,Epiblast
S2 48h:TACGCTCCAACTGAAA,Epiblast
S2 48h:GTGTGGCCACTCAAGT,Epiblast
S2 48h:CAACCTCTCCCTCGTA,Epiblast
S2 48h:CCATCACGTAACACGG,Epiblast
S2 48h:CTGGCAGAGTAGCCAG,Epiblast
S2 48h:TACTTACTCAGTGTGT,Epiblast
S2 48h:TTGACCCTCCGACGGT,Epiblast
S2 48h:GAGACTTTCACATCAG,Epiblast
S2 48h:ACCAACATCGTCACCT,Epiblast
S2 48h:GTGTTCCTCTCCGAGG,Epiblast
S2 48h:CTCAATTGTTGCATGT,Epiblast
S2 48h:GCCGATGCACAGAGCA,Epiblast
S2 48h:TTTCATGGTGGATACG,Epiblast
S2 48h:GAGTGTTAGTCTTGGT,Epiblast
S2 48h:TTCTTCCGTGATATAG,Epiblast
S2 48h:GAATCACCACTGAGGA,Epiblast
S2 48h:AGCATCAAGTGCCTCG,Epiblast
S2 48h:AGCGATTAGTATGACA,Epiblast
S2 48h:TCATTTGCAGGTGACA,Epiblast
S2 48h:TACCTCGGTTGTGTAC,Epiblast
S2 48h:AGTGACTAGGCCATAG,Epiblast
S2 48h:TCAGTCCCACTCTGCT,Epiblast
S2 48h:CACTGAATCTCGGCTT,Epiblast
S2 48h:CCCAACTTCCCGAGGT,Epiblast
S2 48h:GTTGTCCTCTGAGGCC,Epiblast
S2 48h:GCCAGGTGTAGATTGA,Epiblast
S2 48h:AGTGCCGTCACTGCTC,Epiblast
S2 48h:GGATCTACACGAAAGC,Epiblast
S2 48h:GCAACATTCGAGTGGA,Epiblast
S2 48h:TCGCTTGTCAAGAATG,Epiblast
S2 48h:TAGGTACAGCAGTAAT,Epiblast
S2 48h:TGCGGGTAGTAAGACT,Epiblast
S2 48h:GCCGTGATCGATTGAC,Epiblast
S2 48h:CCCGGAAAGTTGCATC,Epiblast
S2 48h:AACGTCATCCGAGCTG,Epiblast
S2 48h:ATCGGATAGCGATGAC,Epiblast
S2 48h:TTCCTAAAGGTGCCAA,Epiblast
S2 48h:ATCGTAGTCGATTGAC,Epiblast
S2 48h:AGAACCTTCCTTATCA,Epiblast
S2 48h:AGACCATTCGTGGGAA,Epiblast
S2 48h:ATTGGGTGTTTGTGGT,Epiblast
S2 48h:CTTACCGGTGAGAGGG,Epiblast
S2 48h:GGTAACTGTATGGAAT,Epiblast
S2 48h:TCGATTTGTGGCGTAA,Epiblast
S2 48h:CCGGTGACAGTTAAAG,Epiblast
S2 48h:ATGACCAAGATGTAGT,Epiblast
S2 48h:TCAATCTCAGAGTTGG,Epiblast
S2 48h:CATTGCCTCTAGAGCT,Epiblast
S2 48h:GTAGGAGCAAACTCTG,Epiblast
S2 48h:AGACAAATCGGTTCAA,Epiblast
S2 48h:GGGCTACAGGTACCTT,Epiblast
S2 48h:CTCTCAGTCGAGAATA,Epiblast
S2 48h:TCGCAGGAGAGCAAGA,Epiblast
S2 48h:GACCCTTCACGCAAAG,Epiblast
S2 48h:GTTGTCCTCAGTGTTG,Epiblast
S2 48h:GAGATGGTCGGAAGGT,Epiblast
S2 48h:AGGAATAAGTGCAACG,Epiblast
S2 48h:CCCTCAAAGTTCAACC,Epiblast
S2 48h:GGCAGTCAGCCGTAAG,Epiblast
S2 48h:TCAAGCACAAGATGTA,Epiblast
S2 48h:TCCTGCATCAACACGT,Epiblast
S2 48h:AAACGAACAATAAGGT,Epiblast
S2 48h:CTGCCATAGAACCGCA,Epiblast
S2 48h:CACTTCGTCCTTCGAC,Epiblast
S2 48h:TAGGAGGCAGATCCAT,Epiblast
S2 48h:TGATGGTCATGGAGAC,Epiblast
S2 48h:GATAGAATCGATACAC,Epiblast
S2 48h:ACTGCAAAGTAGGCCA,Epiblast
S2 48h:CGAGGAATCTTGGATG,Epiblast
S2 48h:CAGCGTGAGTGCCTCG,Epiblast
S2 48h:TCACATTGTATTGGCT,Epiblast
S2 48h:CTATCCGAGACGGTTG,Epiblast
S2 48h:ATACCTTTCTTACGGA,Epiblast
S2 48h:CACAGATAGTAATCCC,Epiblast
S2 48h:CTCTCAGGTCACTAGT,Epiblast
S2 48h:CTTGAGAAGAGCACTG,Epiblast
S2 48h:CACTGTCTCACCTCGT,Epiblast
S2 48h:GGGCGTTAGCCAAGTG,Epiblast
S2 48h:CGAGTTAAGATCGCTT,Epiblast
S2 48h:TATTTCGCAGGCATGA,Epiblast
S2 48h:CGTAAGTGTATAGCTC,Epiblast
S2 48h:GCAACCGCAGTGTGCC,Epiblast
S2 48h:TGAGGTTTCGTTTACT,Epiblast
S2 48h:TTGTGGAGTGTGTTTG,Epiblast
S2 48h:AGAAGTACATAACGGG,Epiblast
S2 48h:AACCATGCACATGTTG,Epiblast
S2 48h:TTGAACGTCCCGAACG,Epiblast
S2 48h:TGAATGCCACCTTCGT,Epiblast
S2 48h:CGTAGTATCGGTGAAG,Epiblast
S2 48h:TCATACTTCATCACAG,Epiblast
S2 48h:CCACACTCATGCCGGT,Epiblast
S2 48h:AACAACCAGCGTCTGC,Epiblast
S2 48h:GGCTTTCGTAGCGTCC,Epiblast
S2 48h:GACTATGGTCACAGTT,Epiblast
S2 48h:TTCCACGGTTCCGCAG,Epiblast
S2 48h:GTGTGATCAGGCGTTC,Epiblast
S2 48h:TAGATCGTCTCGTCAC,Epiblast
S2 48h:AAGAACAGTTTACGTG,Epiblast
S2 48h:TGTTGGACAGCGTTTA,Epiblast
S2 48h:GGCACGTAGTCATGGG,Epiblast
S2 48h:CAGCGTGGTAGCTGAG,Epiblast
S2 48h:CACTGAATCGTGGAAG,Epiblast
S2 48h:TGAGGGACAAATGAAC,Epiblast
S2 48h:ATCCATTTCATTATCC,Epiblast
S2 48h:AGGACGATCTGACCCT,Epiblast
S2 48h:TGGATCACAACTCCAA,Epiblast
S2 48h:CATTGAGAGAGGGTAA,Zscan4+ Artefact
S2 48h:CGGCAGTAGCTAAACA,Epiblast
S2 48h:AGCCAATCAACCAATC,Epiblast
S2 48h:TGCAGGCTCATCTATC,Epiblast
S2 48h:GGTTGTAAGTAAGAGG,Epiblast
S2 48h:CTCAAGAAGTTTGGCT,Epiblast
S2 48h:CAAAGAAGTATTGCCA,Epiblast
S2 48h:TAACTTCCATCTATCT,Epiblast
S2 48h:AGATGAAAGGGCTTCC,Epiblast
S2 48h:TGTCAGACACGATTCA,Epiblast
S2 48h:CAGGTATAGAAATTGC,Epiblast
S2 48h:GTTGCGGGTCCCTAAA,Epiblast
S2 48h:TTTCGATAGCTGTTAC,Epiblast
S2 48h:CGTAATGCAACCGCTG,Epiblast
S2 48h:CTCTCGACATTATGCG,Epiblast
S2 48h:TTCCGGTTCCGCTGTT,Epiblast
S2 48h:AGCCACGAGCGCTTCG,Epiblast
S2 48h:AATCACGCAGCGGATA,Epiblast
S2 48h:AGCGCCAGTTCCCACT,Zscan4+ Artefact
S2 48h:GAGAAATCAAGAAACT,Epiblast
S2 48h:AGTCAACCACCTTCCA,Epiblast
S2 48h:GGCTTTCTCGCATTGA,Epiblast
S2 48h:CCGAACGTCGCTTGAA,Epiblast
S2 48h:TAAGCACAGGAATGTT,Epiblast
S2 48h:TCATCATGTCACCACG,Epiblast
S2 48h:GACTTCCCAACGACAG,Epiblast
S2 48h:TACTTCATCCACGGGT,Epiblast
S2 48h:ACTTAGGGTCGAGTTT,Epiblast
S2 48h:AAACGAACAATACCCA,Epiblast
S2 48h:CATTCCGCACAGTCCG,Epiblast
S2 48h:CTCATCGGTTGCTCAA,Epiblast
S2 48h:AGATGAACAATGAGCG,Epiblast
S2 48h:TGTGTGATCGATACTG,Epiblast
S2 48h:GCCAGCAAGTAAATGC,Epiblast
S2 48h:CCGTTCAGTAGAGCTG,Epiblast
S2 48h:GTCAAGTTCCTACACC,Epiblast
S2 48h:GTGAGTTCATGGACAG,Epiblast
S2 48h:ATGCATGCAACTTGGT,Epiblast
S2 48h:GCGATCGCACACCGAC,Epiblast
S2 48h:GAAGTAATCCCACAGG,Epiblast
S2 48h:CATCCGTGTGTCTAAC,Epiblast
S2 48h:TAAGCACCAGCTGTGC,Epiblast
S2 48h:GCCAGTGCAAATGGCG,Epiblast
S2 48h:AGTAGTCCAGCGGTCT,Epiblast
S2 48h:ATAGAGAGTCTATGAC,Epiblast
S2 48h:CTGTATTTCAGACAAA,Epiblast
S2 48h:TTGTTGTGTTGCCGCA,Epiblast
S2 48h:TTCAATCAGCTTACGT,Epiblast
S2 48h:TATTTCGGTTCCAGGC,Epiblast
S2 48h:ATGAGGGAGAAGTCCG,Epiblast
S2 48h:CTGTCGTCAAAGACGC,Epiblast
S2 48h:GCATTAGGTGAGCGAT,Epiblast
S2 48h:GTCTACCAGACTTCGT,Epiblast
S2 48h:TGGAACTGTCTTGCGG,Epiblast
S2 48h:CTGCTCACAGCGTTTA,Epiblast
S2 48h:CCTCATGCAATTTCGG,Epiblast
S2 48h:TCTTTGACATGAAGCG,Epiblast
S2 48h:CATCCGTCAACCTATG,Epiblast
S2 48h:GCCGATGCAACATACC,Epiblast
S2 48h:AGATGAAAGACCAAGC,Epiblast
S2 48h:ATCACAGTCGTGGGAA,Epiblast
S2 48h:CGGAACCTCACTACGA,Epiblast
S2 48h:GACTCAATCGGAGTGA,Epiblast
S2 48h:TGATCTTGTTATGTGC,Epiblast
S2 48h:TGAGCGCCATAATGAG,Epiblast
S2 48h:ATGGGAGCATGGCACC,Epiblast
S2 48h:TACTGCCGTATCGCAT,Epiblast
S2 48h:CAACAACAGTAAGAGG,Epiblast
S2 48h:CTGGACGAGTGGTTGG,Epiblast
S2 48h:TCGTAGAAGTGCACTT,Epiblast
S2 48h:ATACTTCCAAAGACTA,Epiblast
S2 48h:ACGATCACAGTCCCGA,Epiblast
S2 48h:CATGCAACACCAAAGG,Epiblast
S2 48h:GTGAGCCCAATGTCAC,Epiblast
S2 48h:TATCCTACAAATGAGT,Epiblast
S2 48h:ATGAGTCGTCACCACG,Epiblast
S2 48h:TTCAGGAAGCAGTAAT,Epiblast
S2 48h:TGAGGTTAGCTGGCTC,Epiblast
S2 48h:TCGGGACTCGGTGTAT,Epiblast
S2 48h:CCCTGATTCGCCGAAC,Epiblast
S2 48h:CAGCAGCAGATCGCCC,Epiblast
S2 48h:ACCCTCAAGTGGCCTC,Epiblast
S2 48h:CCCTCTCAGTGGCCTC,Epiblast
S2 48h:TCTACATGTAAGGCTG,Epiblast
S2 48h:TCCGATCAGCGTTACT,Epiblast
S2 48h:GTATTGGGTCCTCAGG,Epiblast
S2 48h:TACCGGGAGGCCATAG,Epiblast
S2 48h:TGACAGTAGAAGTGTT,Epiblast
S2 48h:CCCAACTCAGCTAACT,Epiblast
S2 48h:CGGGACTCAGCTATAC,Epiblast
S2 48h:TATCAGGGTAGTTCCA,Epiblast
S2 48h:AGCCAATGTATCTCTT,Epiblast
S2 48h:GAGGCCTAGTATGGCG,Epiblast
S2 48h:AGTGTTGAGTCAATCC,Epiblast
S2 48h:TAGACTGAGGGTGGGA,Epiblast
S2 48h:CTCAATTCAGTAGTGG,Epiblast
S2 48h:AAATGGACAGGCACAA,Epiblast
S2 48h:CTGCCTAGTACAAGCG,Epiblast
S2 48h:GTTTGGAAGTCTCCTC,Epiblast
S2 48h:TGGTTAGGTATGAAGT,Epiblast
S2 48h:AGTCATGAGCACCTGC,Epiblast
S2 48h:CCTTTGGAGACATGCG,Epiblast
S2 48h:ACCCTTGCACGATTCA,Exiting naive pluripotency
S2 48h:TATGTTCGTAGACGGT,Epiblast
S2 48h:TCTAACTAGCGTGCCT,Epiblast
S2 48h:GCCAGTGTCAATGCAC,Epiblast
S2 48h:CCATAAGCAACACAGG,Epiblast
S2 48h:CAACGATCAATAGGAT,Epiblast
S2 48h:GCTGAATTCCGTATAG,Epiblast
S2 48h:GATGATCCATCTATCT,Epiblast
S2 48h:GGTAGAGCAAGCTACT,Epiblast
S2 48h:ACCATTTTCTTCCCGA,Epiblast
S2 48h:ACAGGGAAGTGGCGAT,Epiblast
S2 48h:TAGACCATCTTCGTAT,Epiblast
S2 48h:ATGGGAGTCCATAGGT,Epiblast
S2 48h:TTTCACACAGACACCC,Epiblast
S2 48h:TGGGCTGAGAGTCAAT,Epiblast
S2 48h:CATGAGTGTATCTCTT,Epiblast
S2 48h:GGGCTACTCCCGTAAA,Epiblast
S2 48h:GGATCTACATCGCCTT,Epiblast
S2 48h:TACTTGTCAAATCAGA,Epiblast
S2 48h:TCTAACTTCATTGAGC,Epiblast
S2 48h:CACAGATAGACGGTCA,Epiblast
S2 48h:TCCGAAAGTGTGACCC,Epiblast
S2 48h:CCTAAGAAGGAACATT,Epiblast
S2 48h:GTTGTAGTCACGGGAA,Exiting naive pluripotency
S2 48h:TATCTGTCATCGAAGG,Epiblast
S2 48h:TTCATGTTCCGTCCTA,Epiblast
S2 48h:TTCCGTGTCTCCCATG,Epiblast
S2 48h:TCCATGCGTATGAGGC,Epiblast
S2 48h:CTGCGAGGTCCAGCGT,Epiblast
S2 48h:CATCCCATCCCATAAG,Epiblast
S2 48h:CACACAAAGGTTATAG,Epiblast
S2 48h:GTAGGAGAGATGGGCT,Epiblast
S2 48h:GGAGCAACACTTGAGT,Epiblast
S2 48h:GGAATGGGTAGTGCGA,Zscan4+ Artefact
S2 48h:GTGGAGACAAACGTGG,Epiblast
S2 48h:ACACCAAGTAGAGTTA,Epiblast
S2 48h:AATCACGCAGATTCGT,Epiblast
S2 48h:TCCTGCATCCGTCCTA,Epiblast
S2 48h:GCTGAATCAGTCGTTA,Epiblast
S2 48h:GCCCAGAGTAATCAAG,Epiblast
S2 48h:ATGTCTTCATATCTGG,Epiblast
S2 48h:AATGGCTTCGCCGAAC,Epiblast
S2 48h:AACCTTTCATGCTGCG,Epiblast
S2 48h:GTTACCCTCATCGCAA,Epiblast
S2 48h:CAGCACGAGACATCCT,Epiblast
S2 48h:GCCATGGGTACGCGTC,Epiblast
S2 48h:GAGTTTGTCAACCCGG,Epiblast
S2 48h:CACGAATCAACCACAT,Epiblast
S2 48h:GGGCGTTAGTAGTCTC,Epiblast
S2 48h:TCTGGCTTCCAGTGTA,Epiblast
S2 48h:AGGCCACGTTACCTGA,Epiblast
S2 48h:GTCCTCAGTGTTGCCG,Epiblast
S2 48h:AATGAAGCATGACAGG,Epiblast
S2 48h:AGGGCCTAGAAGGGAT,Epiblast
S2 48h:TCATTTGAGCTCCATA,Epiblast
S2 48h:CCCTTAGGTGAATGTA,Epiblast
S2 48h:CAATCGATCCCATAGA,Epiblast
S2 48h:CCCTCTCAGAAACTAC,Epiblast
S2 48h:ATCGTAGAGCCTTTCC,Epiblast
S2 48h:CATGGTACAGACGGAT,Epiblast
S2 48h:TTTGTTGGTATGTCCA,Epiblast
S2 48h:TGCTTGCCAATCAGCT,Epiblast
S2 48h:CCGATGGTCTCTATAC,Epiblast
S2 48h:AGGCATTAGGCCTAGA,Exiting naive pluripotency
S2 48h:TCACAAGCAGATTAAG,Epiblast
S2 48h:CCCTGATGTTGGAGAC,Epiblast
S2 48h:GATGACTCAGACATCT,Epiblast
S2 48h:CTAGACAAGCTGTTCA,Epiblast
S2 48h:GTCTTTACAGCACCCA,Epiblast
S2 48h:GTCATGAGTCGGCCTA,Epiblast
S2 48h:GATGGAGTCGAAACAA,Epiblast
S2 48h:TCGGGTGAGCGGTATG,Epiblast
S2 48h:ACAAGCTTCCGAGCTG,Epiblast
S2 48h:TGTTCTACAGCGACCT,Epiblast
S2 48h:AGTACCATCCGCCTAT,Epiblast
S2 48h:GGGTATTCAGAGTGAC,Epiblast
S2 48h:TTACCGCGTGGTGATG,Epiblast
S2 48h:TCTATACAGGGCAAGG,Epiblast
S2 48h:TAGGTTGAGCGGACAT,Epiblast
S2 48h:TTGGGTACAATCCTAG,Epiblast
S2 48h:GATCAGTTCTGATTCT,Epiblast
S2 48h:GGCAGTCCAGACAATA,Epiblast
S2 48h:TCAGTTTGTAACAAGT,Epiblast
S2 48h:TGTCCACAGCGTGCCT,Epiblast
S2 48h:TAGGTTGTCTGATTCT,Epiblast
S2 48h:CAGGGCTCAATTCTCT,Epiblast
S2 48h:AGCATCAAGCATATGA,Epiblast
S2 48h:ATGAGGGGTAACGGTG,Epiblast
S2 48h:ATTATCCTCAAATGAG,Epiblast
S2 48h:CGGAATTGTGAGTTTC,Epiblast
S2 48h:ATCACAGAGGGCGAAG,Epiblast
S2 48h:CACGTGGAGTCCCAAT,Epiblast
S2 48h:TTGCCTGTCCGGCAAC,Epiblast
S2 48h:CTGTGAAGTGATTCAC,Epiblast
S2 48h:GGGTCACCAGCTGGTC,Epiblast
S2 48h:GACCCTTAGTACGAGC,Epiblast
S2 48h:TGGATCAGTTCCACAA,Epiblast
S2 48h:ATCGATGGTACAAGTA,Epiblast
S2 48h:CTATAGGAGACGCCCT,Epiblast
S2 48h:GAGGGTACATCGTGGC,Epiblast
S2 48h:CGGAATTCAACCGACC,Epiblast
S2 48h:CTGTGGGCAACCCTCT,Epiblast
S2 48h:TGTCAGAAGTCAGCGA,Epiblast
S2 48h:CCTTGTGAGTCACACT,Epiblast
S2 48h:AGTAGTCGTCGTATTG,Epiblast
S2 48h:ATGTCTTTCTCGGTAA,Epiblast
S2 48h:TATCTTGAGCTGAAAT,Epiblast
S2 48h:CTCCTTTGTCACTCAA,Epiblast
S2 48h:ATACCGACATAGTCGT,Exiting naive pluripotency
S2 48h:CATTCATGTAGCTGTT,Epiblast
S2 48h:TTGTGGAAGCCTTTGA,Epiblast
S2 48h:GTCAAACTCAGCAATC,Epiblast
S2 48h:AGCATCATCATTGTGG,Epiblast
S2 48h:CATGGATAGCCATTGT,Epiblast
S2 48h:AGGGCTCAGTAACCGG,Epiblast
S2 48h:CCTACGTAGGGTTTCT,Epiblast
S2 48h:GGTGTTAAGACGTCCC,Epiblast
S2 48h:ATAGAGAGTCAGGCAA,Epiblast
S2 48h:CTTGATTAGATGTTGA,Epiblast
S2 48h:AGTTAGCGTCTCTCTG,Epiblast
S2 48h:CACCGTTAGGCGCTCT,Epiblast
S2 48h:ATGGAGGGTCTCGACG,Epiblast
S2 48h:CCCGAAGCAAGCCCAC,Epiblast
S2 48h:ATGAAAGGTCTCTCTG,Epiblast
S2 48h:TGTCAGATCTGTGTGA,Epiblast
S2 48h:TCCCATGAGCCTCGTG,Epiblast
S2 48h:CAAGACTAGGTCCGAA,Epiblast
S2 48h:TGTCAGAGTGTCATTG,Epiblast
S2 48h:ACAGCCGGTAGGTAGC,Exiting naive pluripotency
S2 48h:AATCACGAGGTACCTT,Epiblast
S2 48h:GATTGGTAGCTGGCCT,Epiblast
S2 48h:CAGCACGCAATGTTGC,Epiblast
S2 48h:ATTTACCAGACCAGAC,Epiblast
S2 48h:TACACCCGTCAGCTTA,Epiblast
S2 48h:TGAGCATGTAACCAGG,Zscan4+ Artefact
S2 48h:AGAAATGTCAAACGAA,Epiblast
S2 48h:TCATACTTCCATCAGA,Epiblast
S2 48h:AGTGCCGTCGTGCATA,Epiblast
S2 48h:CTTAGGATCGAAGAAT,Epiblast
S2 48h:GATCCCTCATCCGTGG,Epiblast
S2 48h:CCCTAACAGAGCAAGA,Epiblast
S2 48h:AGGAAATAGATAGTGT,Epiblast
S2 48h:CCCTGATTCAGGCGAA,Epiblast
S2 48h:GATGGAGAGCGGTAGT,Epiblast
S2 48h:TGTTACTTCGGAACTT,Epiblast
S2 48h:TACTGCCAGTGCTAGG,Epiblast
S2 48h:CACAGGCCAAAGGCGT,Epiblast
S2 48h:ATGACCAAGGCAGGGA,Epiblast
S2 48h:TGAATGCTCATGTCAG,Epiblast
S2 48h:TACTTCACATTCTTCA,Epiblast
S2 48h:TGTCCACAGCGCACAA,Epiblast
S2 48h:TCACTCGTCCTAGCGG,Epiblast
S2 48h:GGGCTACAGGTCATAA,Epiblast
S2 48h:GGTAGAGAGGATCATA,Epiblast
S2 48h:TCATGTTAGCGAATGC,Epiblast
S2 48h:TCGCTTGGTTCCGGTG,Epiblast
S2 48h:GCGTTTCTCGAGATAA,Epiblast
S2 48h:CATCAAGGTAGACAAT,Epiblast
S2 48h:CGGGTGTAGCACCGAA,Epiblast
S2 48h:TACAGGTCACCGTCGA,Epiblast
S2 48h:ATCTCTAAGTGACCTT,Epiblast
S2 48h:TGACAGTGTGGTTTGT,Epiblast
S2 48h:TTTCGATCAGCCTATA,Epiblast
S2 48h:TAAGCACTCGCGTGCA,Epiblast
S2 48h:CAAAGAAGTGGCACTC,Epiblast
S2 48h:ATTCATCGTTTCCCAC,Epiblast
S2 48h:AACGTCAAGTAACCTC,Epiblast
S2 48h:CTGGACGAGACTGGGT,Epiblast
S2 48h:CGTTCTGCAAGTGGGT,Epiblast
S2 48h:TCCGTGTTCTCCAATT,Epiblast
S2 48h:TTCGGTCAGCATGAAT,Epiblast
S2 48h:TAGACTGGTATGCGTT,Epiblast
S2 48h:TGTGGCGAGCCGCTTG,Epiblast
S2 48h:TTTATGCAGGAGGGTG,Epiblast
S2 48h:CGAGGAACACGCCAGT,Epiblast
S2 48h:ACATTTCGTGGAGGTT,Epiblast
S2 48h:GCACATAAGACGACGT,Epiblast
S2 48h:AGGGCTCAGGGTATAT,Epiblast
S2 48h:TGATGCACAGTTGAAA,Epiblast
S2 48h:CCGGTAGTCAACTGAC,Epiblast
S2 48h:GCTCAAAGTGCGAACA,Exiting naive pluripotency
S2 48h:CACAACATCGTGCGAC,Epiblast
S2 48h:CTGGCAGGTAGACACG,Zscan4+ Artefact
S2 48h:GAGACTTGTCAACCTA,Epiblast
S2 48h:GCCAGTGTCTTAGCCC,Epiblast
S2 48h:GGGACCTGTCCGGTCA,Epiblast
S2 48h:TTTCACAGTCGCAGTC,Epiblast
S2 48h:ACCAAACCAAATGCTC,Epiblast
S2 48h:AAGCGTTGTTGCTAGT,Epiblast
S2 48h:TGGATCAAGGGTATAT,Epiblast
S2 48h:TCACTCGAGCGTGCCT,Epiblast
S2 48h:TCTTAGTGTCAGGAGT,Epiblast
S2 48h:TGTTGGATCACCTTAT,Epiblast
S2 48h:CATCGCTAGGTAAGGA,Exiting naive pluripotency
S2 48h:AGGCATTGTTCTTGCC,Epiblast
S2 48h:AGGTTACTCAGCGCAC,Epiblast
S2 48h:GAATCGTCAGATCACT,Epiblast
S2 48h:TGGAGAGTCCTTATAC,Exiting naive pluripotency
S2 48h:TTGCATTGTGTCTAAC,Epiblast
S2 48h:CACGTTCCAGAAATTG,Epiblast
S2 48h:AGTACCAAGCCTGAGA,Epiblast
S2 48h:ACCAACATCCTTATGT,Epiblast
S2 48h:CTCATTATCGGCAGTC,Epiblast
S2 48h:AAGAACATCAAGCCGC,Epiblast
S2 48h:GGCTTTCGTTGTTGTG,Epiblast
S2 48h:CTGTATTTCAAGATAG,Epiblast
S2 48h:GTAGAAATCTCAAAGC,Epiblast
S2 48h:TTGAACGTCTCACCCA,Epiblast
S2 48h:TCCTGCAGTTAGGGAC,Epiblast
S2 48h:GGGACAAAGTTTCGAC,Epiblast
S2 48h:ACGCACGAGGAGAGTA,Epiblast
S2 48h:ACGTCCTGTGCACAAG,Epiblast
S2 48h:CATTCTATCACCATGA,Epiblast
S2 48h:CACCGTTCATAGAGGC,Epiblast
S2 48h:TTACCATCAACTACGT,Epiblast
S2 48h:GTTACAGTCGGTCTGG,Epiblast
S2 48h:GATGCTAGTGCTGCAC,Epiblast
S2 48h:CCTGTTGAGTTCCGTA,Epiblast
S2 48h:GGTAATCGTACCCAGC,Epiblast
S2 48h:ACTTAGGTCCGTGGTG,Epiblast
S2 48h:GGCTTTCCAGGACTAG,Epiblast
S2 48h:CCTTCAGTCGAGATGG,Epiblast
S2 48h:TCATTCAGTTTCGGCG,Epiblast
S2 48h:ACGGTCGAGCATTGAA,Epiblast
S2 48h:GGGAGTAAGTATAACG,Epiblast
S2 48h:CTTCGGTAGGTCATTC,Epiblast
S2 48h:AGAAGTAAGCGACCCT,Epiblast
S2 48h:ACCATTTTCGGAGCAA,Epiblast
S2 48h:TTCACCGCAGGAACCA,Epiblast
S2 48h:GTTGCTCGTTCAGGTT,Epiblast
S2 48h:GGGCGTTCACCTTCCA,Epiblast
S2 48h:ATGTCCCTCCATGCAA,Epiblast
S2 48h:AGAACAATCAGGAAAT,Epiblast
S2 48h:TGGGAGATCACCCTGT,Epiblast
S2 48h:AGATGCTCAGCAGATG,Epiblast
S2 48h:TTCACGCCATAGGTTC,Epiblast
S2 48h:GTGCTGGCAGCGACAA,Epiblast
S2 48h:CCGAACGGTAGCGTAG,Epiblast
S2 48h:CACTTCGGTTGGGTTT,Epiblast
S2 48h:TCACTCGTCGAACGGA,Epiblast
S2 48h:ACAAGCTCACGGTGAA,Epiblast
S2 48h:TTTAGTCAGCATTTCG,Epiblast
S2 48h:AAGCCATAGGTTACCT,Epiblast
S2 48h:CGGGTGTGTAGATTGA,Epiblast
S2 48h:CTTCCTTTCCTAAACG,Epiblast
S2 48h:TCGATTTCAGGATGAC,Epiblast
S2 48h:CAGTTCCCACTGGCGT,Epiblast
S2 48h:GAGCTGCAGCTGGTGA,Epiblast
S2 48h:CTTCAATCACTGTGTA,Epiblast
S2 48h:GCGTTTCAGGCCCACT,Epiblast
S2 48h:AAGTTCGGTGCCCGTA,Epiblast
S2 48h:GGTAATCCACATGAAA,Epiblast
S2 48h:AGGAAATTCGCAGTCG,Epiblast
S2 48h:AACAAAGAGAAACTCA,Epiblast
S2 48h:AGATAGACAGTTAAAG,Epiblast
S2 48h:CCTGCATAGAAACTCA,Epiblast
S2 48h:GTACAGTCAGAGGTTG,Epiblast
S2 48h:CCTATCGAGTTGCGAG,Epiblast
S2 48h:TCGGGCATCGTAGGGA,Epiblast
S2 48h:TACTTACAGTGCCCGT,Epiblast
S2 48h:CATACAGAGAGAGGTA,Epiblast
S2 48h:TCAATCTTCAACGTGT,Epiblast
S2 48h:CGATGGCGTCTTACAG,Epiblast
S2 48h:GGGTATTTCCATGATG,Epiblast
S2 48h:TCAAGTGGTTAACCTG,Epiblast
S2 48h:GGAGCAAAGCTGACTT,Epiblast
S2 48h:CTACCTGAGACTTCAC,Epiblast
S2 48h:TCGACGGCAACAAGTA,Epiblast
S2 48h:GTGATGTCAGGTGTGA,Epiblast
S2 48h:ACAGCCGTCGAGAGAC,Epiblast
S2 48h:TCATCCGAGCAACCAG,Epiblast
S2 48h:TCACACCTCTGTCTCG,Epiblast
S2 48h:TGAGACTGTCGAGTGA,Epiblast
S2 48h:CTGAGCGAGACGTCGA,Epiblast
S2 48h:TCGGTCTAGACGTCGA,Epiblast
S2 48h:GTAGATCAGCAGCAGT,Epiblast
S2 48h:GTGCAGCTCCGACATA,Epiblast
S2 48h:GGCAGTCAGTTCCGGC,Epiblast
S2 48h:TCACAAGGTGATATAG,Epiblast
S2 48h:GCATCTCCATAACTCG,Epiblast
S2 48h:CATTCATCAAGGCGTA,Epiblast
S2 48h:GCCAGTGGTAGATTGA,Epiblast
S2 48h:AGGCTGCTCAATCCAG,Epiblast
S2 48h:GGGACAAAGACCATAA,Epiblast
S2 48h:CGTAAGTCACTTGTGA,Epiblast
S2 48h:CACAGATGTCTCAGGC,Epiblast
S2 48h:ATCGTGAAGTACTCGT,Exiting naive pluripotency
S2 48h:AAGGAATTCGCCTTTG,Epiblast
S2 48h:AGGATCTCAAGTCATC,Epiblast
S2 48h:GATAGCTTCATGGAGG,Epiblast
S2 48h:TCAAGACGTGGACCAA,Epiblast
S2 48h:AGATGCTTCCGCTTAC,Epiblast
S2 48h:CAACCTCAGAAGGGAT,Epiblast
S2 48h:CTGCATCTCATGGAGG,Epiblast
S2 48h:TGATTCTCATCTCAAG,Epiblast
S2 48h:CACTGGGGTTTCCATT,Epiblast
S2 48h:CACGGGTAGGCGCTCT,Epiblast
S2 48h:CTGGCAGGTAGCTCGC,Epiblast
S2 48h:AACAACCTCGCGTTTC,Epiblast
S2 48h:CTACCTGTCCGACGGT,Epiblast
S2 48h:GGCTTGGTCCGTGTGG,Epiblast
S2 48h:CTGCTCATCCACTTTA,Epiblast
S2 48h:GTCGTTCCAACCCTAA,Epiblast
S2 48h:TACCGAATCCACGTAA,Epiblast
S2 48h:AGACCATCACAACCGC,Epiblast
S2 48h:TTTCGATGTGTGGACA,Epiblast
S2 48h:AGTGCCGCATGAGAAT,Epiblast
S2 48h:TCAGGTATCGCTACGG,Epiblast
S2 48h:TTGCATTTCCGACGGT,Epiblast
S2 48h:AGTGATCCACCGCTAG,Epiblast
S2 48h:TACGGTAAGGCTCTAT,Epiblast
S2 48h:CAACGGCTCGGTCTAA,Epiblast
S2 48h:AGGTCATGTACTCGAT,Epiblast
S2 48h:AGATGAATCACGGGAA,Epiblast
S2 48h:TCTCCGAGTACATACC,Epiblast
S2 48h:TTTACGTAGTCTGGAG,Epiblast
S2 48h:TCAAGACGTCCTTAAG,Epiblast
S2 48h:CTCAAGATCGCAGAGA,Epiblast
S2 48h:TCGAAGTCACGGAAGT,Epiblast
S2 48h:AGGCCACGTAGGCTGA,Epiblast
S2 48h:CTGCCTATCCAATCCC,Epiblast
S2 48h:ACCACAATCCACTAGA,Epiblast
S2 48h:CGCATGGTCGAACGCC,Epiblast
S2 48h:TGTCCTGCACGCTGAC,Epiblast
S2 48h:AGATCCACAATGTTGC,Epiblast
S2 48h:AGCGATTAGCTAGATA,Epiblast
S2 48h:CTGCCATAGTGCCCGT,Epiblast
S2 48h:CCCTCTCAGTGGTGAC,Epiblast
S2 48h:AACGTCAGTGAACGGT,Epiblast
S2 48h:TTCTTGAGTATCTCTT,Epiblast
S2 48h:GTAGCTAGTGTTCGAT,Epiblast
S2 48h:CATACCCCACGGGCTT,Epiblast
S2 48h:CCGTAGGAGTTGAAAC,Epiblast
S2 48h:ACTCTCGCAGACAATA,Epiblast
S2 48h:TCGGGCACAGGGATAC,Epiblast
S2 48h:GAATAGATCAGTAGGG,Epiblast
S2 48h:GTGTTAGAGTGCGTCC,Epiblast
S2 48h:ATCTTCAGTCTGATAC,Epiblast
S2 48h:GGAGAACGTGCATGAG,Epiblast
S2 48h:GTGCAGCAGTGGTGGT,Epiblast
S2 48h:CACCAAAAGCCAGTAG,Epiblast
S2 48h:CGATGGCTCTGGGTCG,Epiblast
S2 48h:TCATGTTAGCCTAGGA,Epiblast
S2 48h:TCCGTGTGTGAATAAC,Epiblast
S2 48h:TATTGGGCAGCTCCTT,Epiblast
S2 48h:GTCATTTGTTCAGCTA,Epiblast
S2 48h:AGCTACACATCGGAGA,Epiblast
S2 48h:TTACGCCGTGCCTGCA,Epiblast
S2 48h:CGAGAAGAGCCGATCC,Epiblast
S2 48h:TCTATACCATCTAGAC,Epiblast
S2 48h:GTAGTACCAAGCGCAA,Exiting naive pluripotency
S2 48h:TGAGGGAGTGGCAGAT,Epiblast
S2 48h:GGAGATGTCCCGTAAA,Epiblast
S2 48h:GCCAGCACAGTAGAGC,Epiblast
S2 48h:TGCAGGCAGTTCCGTA,Epiblast
S2 48h:CGCATAATCCTCACGT,Epiblast
S2 48h:TTACCATAGGATCATA,Epiblast
S2 48h:TACAACGGTCCCAAAT,Epiblast
S2 48h:AGTTAGCGTTGCTGAT,Epiblast
S2 48h:GTTACCCAGCCTCAGC,Epiblast
S2 48h:TTACTGTCAAATGAAC,Epiblast
S2 48h:GGCTGTGCAGCTAACT,Epiblast
S2 48h:TTGCTGCGTCTAATCG,Epiblast
S2 48h:TGGTAGTCATCCTTGC,Epiblast
S2 48h:TTGGGCGGTAGACACG,Epiblast
S2 48h:CTGTCGTAGCAGCCTC,Epiblast
S2 48h:ACTGTCCAGAGCCCAA,Epiblast
S2 48h:TGTTACTGTCATATGC,Epiblast
S2 48h:GAGGGTACAGTCTACA,Epiblast
S2 48h:TCATGCCCATGACACT,Epiblast
S2 48h:ACCATTTAGCGACTAG,Epiblast
S2 48h:GTCGTAATCCAAAGGG,Epiblast
S2 48h:CTCACTGGTTGCCAAT,Epiblast
S2 48h:CGTGAATAGCCGATCC,Epiblast
S2 48h:TGATCAGTCGCGGTAC,Epiblast
S2 48h:TCGGGCAGTCACAGAG,Epiblast
S2 48h:AATGGCTAGCCAACCC,Epiblast
S2 48h:CCCTGATTCCACATAG,Epiblast
S2 48h:AGTACCACACCCTAGG,Epiblast
S2 48h:GTTAGTGCAGGCAATG,Epiblast
S2 48h:CGGGTCAAGCCATTGT,Epiblast
S2 48h:AAAGAACCACATTACG,Epiblast
S2 48h:GCTGAATTCATAAGGA,Epiblast
S2 48h:ACGTACATCATCGTAG,Epiblast
S2 48h:ACTATGGGTGATGTAA,Epiblast
S2 48h:GAGAAATGTCTGTGAT,Epiblast
S2 48h:TGCATCCGTTGGGTTT,Epiblast
S2 48h:CACTAAGTCCCGTTCA,Epiblast
S2 48h:CGATGCGTCCTGGCTT,Epiblast
S2 48h:CATCGTCAGGATTCAA,Epiblast
S2 48h:CGGAACCCAGACATCT,Epiblast
S2 48h:ACGTAACAGGAAAGTG,Epiblast
S2 48h:ACTGTGAGTCTACATG,Epiblast
S2 48h:CTGGCAGGTGGCTAGA,Epiblast
S2 48h:TGTTCTAAGATACCAA,Epiblast
S2 48h:AAGCGAGAGTCGAAGC,Epiblast
S2 48h:GGTGTCGGTCAGGTGA,Epiblast
S2 48h:CGAGGAATCACTACTT,Epiblast
S2 48h:GTATTGGAGTATGGAT,Epiblast
S2 48h:TCCATGCGTAACAGGC,Epiblast
S2 48h:CTGTATTTCTCCCAAC,Epiblast
S2 48h:AGGGTCCGTATGCTTG,Epiblast
S2 48h:AACAGGGCATACTGAC,Epiblast
S2 48h:CACTAAGAGCATCTTG,Epiblast
S2 48h:TGCGACGGTAATCAAG,Epiblast
S2 48h:CTTCAATCAGAGAGGG,Epiblast
S2 48h:CAGCAGCAGTACGTCT,Epiblast
S2 48h:CTTCCGACAAGAGTGC,Epiblast
S2 48h:AGTTCGAGTTCCAAAC,Epiblast
S2 48h:GAGGCCTGTTGTAAAG,Epiblast
S2 48h:AGGGTCCAGGGCGAGA,Epiblast
S2 48h:ATTTCACAGGCTTTCA,Epiblast
S2 48h:ATTCCTAAGCCTTGAT,Epiblast
S2 48h:CATTGAGCATGAATCC,Epiblast
S2 48h:CCTTTGGAGCGCCCAT,Epiblast
S2 48h:TTATTGCGTAACGCGA,Epiblast
S2 48h:TCCTTTCGTCGGTACC,Epiblast
S2 48h:TGTTGGACACTGTCGG,Epiblast
S2 48h:TTCGGTCGTTCCTACC,Epiblast
S2 48h:CCTCAACGTTACGATC,Epiblast
S2 48h:GTAATGCTCTGTACAG,Epiblast
S2 48h:TCGGGACTCCTAAGTG,Epiblast
S2 48h:ATCGGCGGTGACCTGC,Epiblast
S2 48h:AGGAAATTCCATCTAT,Epiblast
S2 48h:CTGTGAAGTCTAGTGT,Epiblast
S2 48h:GCGGATCGTGGAATGC,Epiblast
S2 48h:TCTTGCGCATCGAGCC,Epiblast
S2 48h:AGCGTATGTAGGAAAG,Epiblast
S2 48h:GTTGTCCTCGGAGATG,Epiblast
S2 48h:AAGACAATCAGAGCAG,Epiblast
S2 48h:TCGCAGGTCGGTGAAG,Epiblast
S2 48h:TTGCATTCAATACCTG,Epiblast
S2 48h:CTCATTAAGGTGCTAG,Epiblast
S2 48h:GAGTTGTTCCGTGCGA,Epiblast
S2 48h:AGTTCGATCTGTAAGC,Epiblast
S2 48h:TAACGACGTTGCTCGG,Epiblast
S2 48h:AGGGAGTTCACTGTCC,Epiblast
S2 48h:TGTGAGTCAATAGAGT,Epiblast
S2 48h:TCAAGTGAGGCTGTAG,Exiting naive pluripotency
S2 48h:CTATAGGGTTGTTGCA,Epiblast
S2 48h:TATTCCAGTCGACTGC,Epiblast
S2 48h:ATCGTGAGTAGCTCGC,Epiblast
S2 48h:GCACTAAGTCTCACGG,Epiblast
S2 48h:TGAGGAGAGCCTGAGA,Epiblast
S2 48h:TCTCACGCAGATCATC,Epiblast
S2 48h:GATTCGATCTTAGTTC,Epiblast
S2 48h:GCTACCTTCGTTGCCT,Epiblast
S2 48h:AAGAACACACATTGTG,Epiblast
S2 48h:CTGAATGTCCGAGCTG,Epiblast
S2 48h:TTAGTCTAGCCATTCA,Epiblast
S2 48h:CATGCGGTCGAACGCC,Epiblast
S2 48h:GTTCCGTGTCATAGTC,Epiblast
S2 48h:CCGTAGGTCCGTAGTA,Epiblast
S2 48h:CTACGGGGTGTATACC,Epiblast
S2 48h:TGGGTTAGTAAGACCG,Epiblast
S2 48h:TCAGCAAGTCGCGTTG,Epiblast
S2 48h:TTCTGTACAGCAGTTT,Epiblast
S2 48h:TCTTCCTCACGAGGAT,Epiblast
S2 48h:CTACATTAGAATCGTA,Epiblast
S2 48h:AACGAAACAACAAGAT,Epiblast
S2 48h:CATTTCATCTGTGCTC,Epiblast
S2 48h:CCGGTGACATCGTTCC,Epiblast
S2 48h:AATGCCAAGGTAAAGG,Epiblast
S2 48h:TGCTCGTGTGATTAGA,Epiblast
S2 48h:TAACGACAGCGTGTTT,Epiblast
S2 48h:CCCTAACGTCGTTTCC,Epiblast
S2 48h:TCATGCCAGCATCCTA,Epiblast
S2 48h:CATTTCACAGCCTTCT,Epiblast
S2 48h:ATCACTTAGTGCAGCA,Epiblast
S2 48h:GTGTCCTCAAATGGAT,Epiblast
S2 48h:CACCAAACATAATCCG,Epiblast
S2 48h:ACTTAGGAGTGTTGTC,Epiblast
S2 48h:TGCGGGTGTAGATCGG,Epiblast
S2 48h:TTGATGGGTGCGGTAA,Epiblast
S2 48h:GTAACCACAATGCAAA,Epiblast
S2 48h:ATTCAGGAGACGGTTG,Epiblast
S2 48h:CGATGGCGTTCTCAGA,Epiblast
S2 48h:TGTCCCATCACGTCCT,Epiblast
S2 48h:GGCTTGGTCTTCTCAA,Epiblast
S2 48h:CCGAACGTCGCAGTGC,Epiblast
S2 48h:TACTTACGTCCCAAAT,Epiblast
S2 48h:GCCAGTGCAAGAGTAT,Zscan4+ Artefact
S2 48h:GCCGTGATCTGCGGCA,Epiblast
S2 48h:GATCAGTTCGGCAGTC,Epiblast
S2 48h:TGATCTTTCGAATCCA,Epiblast
S2 48h:CTCAAGATCATTCTTG,Epiblast
S2 48h:ACATCGACAAAGGCTG,Epiblast
S2 48h:ATTCGTTTCGCATTGA,Epiblast
S2 48h:GTAATCGGTGGTCCGT,Epiblast
S2 48h:TGCTCGTCAGAACTAA,Epiblast
S2 48h:GACCCAGCAGTTCACA,Epiblast
S2 48h:GCCTGTTAGCACCCAC,Epiblast
S2 48h:ATCGGCGTCCTTTAGT,Epiblast
S2 48h:GAAGGACAGTAGGCCA,Epiblast
S2 48h:GAGTGAGTCGGTCGGT,Epiblast
S2 48h:AGTCACAAGAAGAGCA,Epiblast
S2 48h:CAGAGCCCACGACTAT,Epiblast
S2 48h:GAACGTTCACAAATCC,Exiting naive pluripotency
S2 48h:TCTATCAAGATGGTCG,Epiblast
S2 48h:CGATCGGGTGCCTATA,Epiblast
S2 48h:GAGTCTATCTCTCCGA,Epiblast
S2 48h:TGCCGAGAGTTGCCTA,Epiblast
S2 48h:ATTCCATAGGCCTAGA,Epiblast
S2 48h:AATCGTGGTAGCGAGT,Epiblast
S2 48h:GACCCTTGTCCTACGG,Epiblast
S2 48h:GAACACTCACCGGCTA,Epiblast
S2 48h:GTCACGGCATATGCGT,Epiblast
S2 48h:AGTGTTGTCTAGACCA,Epiblast
S2 48h:GGGTTATCATATCGGT,Epiblast
S2 48h:GTCATGATCACGACTA,Epiblast
S2 48h:GACCGTGGTTCCTACC,Epiblast
S2 48h:GACCCAGAGAGCCTGA,Epiblast
S2 48h:TGCATGAGTGGTAACG,Epiblast
S2 48h:CTTCGGTGTTGGTGTT,Epiblast
S2 48h:GTGTTCCCATGGAGAC,Epiblast
S2 48h:TGGAGAGTCGCCGAGT,Epiblast
S2 48h:TCAGTCCCAATAGTGA,Epiblast
S2 48h:AGATCGTCAGTAGAGC,Epiblast
S2 48h:GGGACAAGTCTATGAC,Epiblast
S2 48h:TCACGCTAGCTCACTA,Epiblast
S2 48h:AAGGTAATCGAGAGAC,Epiblast
S2 48h:GAAGGACCAAGAGTAT,Epiblast
S2 48h:CCCTGATGTGAAAGTT,Epiblast
S2 48h:TAGGAGGAGGTAAAGG,Epiblast
S2 48h:AAACGCTAGATGCTTC,Epiblast
S2 48h:TCGTGGGTCTGCTAGA,Epiblast
S2 48h:CGAGTTAAGTGGCCTC,Epiblast
S2 48h:AGCGTATAGCGACTGA,Epiblast
S2 48h:CCCGAAGCATTAGGAA,Epiblast
S2 48h:ACACAGTCACACGGAA,Exiting naive pluripotency
S2 48h:GGCAGTCAGAGTGTTA,Epiblast
S2 48h:CGAGGCTTCTGTTGGA,Epiblast
S2 48h:CGACAGCAGGTAGATT,Epiblast
S2 48h:GAGAGGTTCTGCAGCG,Epiblast
S2 48h:TGTAGACCAGCCGTTG,Epiblast
S2 48h:ACCATTTTCCTCATAT,Epiblast
S2 48h:CATCCACTCAGGGATG,Epiblast
S2 48h:GTGAGCCGTTGATGTC,Epiblast
S2 48h:GATGAGGTCAGGAAAT,Epiblast
S2 48h:TCACTCGGTCATCGCG,Epiblast
S2 48h:CTCAACCGTAGGTAGC,Epiblast
S2 48h:TCGGATAGTCGAGTGA,Epiblast
S2 48h:TCATATCTCATGGTAC,Epiblast
S2 48h:GATAGCTCAGTCACGC,Epiblast
S2 48h:CCCATTGTCTTCTGGC,Epiblast
S2 48h:GTCATCCGTTGTCCCT,Epiblast
S2 48h:CAGCAGCGTGAGTGAC,Epiblast
S2 48h:CCCTAACAGAGCAGAA,Epiblast
S2 48h:AGACCATGTGTTAACC,Exiting naive pluripotency
S2 48h:CTGAGCGCAACGGCCT,Epiblast
S2 48h:TGAGCGCTCCATTCGC,Epiblast
S2 48h:TCAGGGCGTATGAGGC,Epiblast
S2 48h:TCTACATAGACACACG,Epiblast
S2 48h:AGCGATTGTACAGAGC,Epiblast
S2 48h:TGCGACGCAACGGCCT,Epiblast
S2 48h:AACAGGGGTAGTCGGA,Epiblast
S2 48h:ACCGTTCGTAGACTGG,Epiblast
S2 48h:CCTAACCAGACGCTCC,Epiblast
S2 48h:GTAGAGGGTTAAGGGC,Epiblast
S2 48h:ATTCCATAGAGTCTGG,Epiblast
S2 48h:GTCTACCGTATGATCC,Epiblast
S2 48h:TCTTCCTTCATGAGAA,Epiblast
S2 48h:AAACGCTGTGCACATT,Epiblast
S2 48h:ACATGCACAGAGGCTA,Epiblast
S2 48h:CCTTCAGCAAGTGGGT,Epiblast
S2 48h:TTGGGTACACATGGTT,Epiblast
S2 48h:CTCATGCCAGTGCGCT,Epiblast
S2 48h:ACGGGTCTCTACTATC,Epiblast
S2 48h:AGCCACGTCCAAGAGG,Epiblast
S2 48h:ATTCTTGAGCCTCAGC,Epiblast
S2 48h:AATGACCAGCCGTCGT,Epiblast
S2 48h:ACGATGTGTACAGTTC,Epiblast
S2 48h:TTTACGTGTATAGGGC,Epiblast
S2 48h:CCTCCAACACAACCGC,Epiblast
S2 48h:TTTACCAAGGCCGCTT,Epiblast
S2 48h:GTCATCCAGTATGCAA,Epiblast
S2 48h:TCATTCAAGTCACTCA,Epiblast
S2 48h:GGATCTACATCAGCGC,Epiblast
S2 48h:TCCTTCTAGGTCCCTG,Epiblast
S2 48h:CTCATGCTCCACATAG,Epiblast
S2 48h:TTGACCCCACATGGTT,Epiblast
S2 48h:GAATCACTCTAAGAAG,Epiblast
S2 48h:GTCCCATAGGGTGGGA,Epiblast
S2 48h:TTCCGTGGTCCAAAGG,Epiblast
S2 48h:GTGTAACGTCATCACA,Epiblast
S2 48h:CGCCATTCAGGAAGTC,Epiblast
S2 48h:GCCCAGAAGATGGGCT,Epiblast
S2 48h:TCATGGAAGATGTTAG,Epiblast
S2 48h:AGAAGTAAGAGTGTTA,Epiblast
S2 48h:TCAGTGAAGGCGTTAG,Epiblast
S2 48h:ATCGATGCAATAGTGA,Epiblast
S2 48h:GTTCGCTTCGCATGAT,Epiblast
S2 48h:GCATCGGGTACAGTAA,Epiblast
S2 48h:GGGTCTGGTGGCTACC,Epiblast
S2 48h:CTACCTGCAGCTCATA,Epiblast
S2 48h:TTCGCTGAGTCTCTGA,Epiblast
S2 48h:TCGGTCTCAGCTCATA,Epiblast
S2 48h:TGAGTCACACAGAAGC,Epiblast
S2 48h:TCACAAGCAGAGCGTA,Epiblast
S2 48h:ATTCCTACAACGTATC,Epiblast
S2 48h:GTCATCCCAGCTACTA,Epiblast
S2 48h:ATTCATCCACAATGCT,Epiblast
S2 48h:GCCCAGAAGACTAAGT,Epiblast
S2 48h:CAGTGCGCATCGAAGG,Epiblast
S2 48h:CCTTTGGCAGACATCT,Epiblast
S2 48h:TCGTCCACACCCTGTT,Epiblast
S2 48h:CTGTAGATCCGACGGT,Epiblast
S2 48h:AGGGCCTGTATGGTTC,Epiblast
S2 48h:AACTTCTAGTTACGTC,Epiblast
S2 48h:CCGTTCACAGCTATAC,Epiblast
S2 48h:ATTCTTGTCAAGCGTT,Epiblast
S2 48h:TTGCTGCCATCGCCTT,Epiblast
S2 48h:CCGGGTATCACCTGTC,Epiblast
S2 48h:CGGAATTTCGCCAATA,Epiblast
S2 48h:AACCAACTCGCCAATA,Epiblast
S2 48h:TTACGCCCAGGTGGAT,Epiblast
S2 48h:CTGGTCTAGGCTGAAC,Epiblast
S2 48h:CCGGGTAAGCACACCC,Epiblast
S2 48h:AGAGAATTCATCCTAT,Epiblast
S2 48h:AGGCTGCCAGCATACT,Epiblast
S2 48h:GGTGATTTCCAAGCCG,Epiblast
S2 48h:GATCGTAGTTGGACTT,Epiblast
S2 48h:AGATGCTTCGTGAGAG,Epiblast
S2 48h:TCTCCGATCGGACCAC,Epiblast
S2 48h:TCGGGACGTCACTCTC,Epiblast
S2 48h:GTTGTGATCTTAAGGC,Epiblast
S2 48h:AAGCCATTCTGGAGAG,Epiblast
S2 48h:CGTCAAAGTCACAGTT,Epiblast
S2 48h:GACCCTTGTGCTAGCC,Epiblast
S2 48h:CGGGTGTTCAAGCCAT,Epiblast
S2 48h:GGGCCATTCGCGTTTC,Epiblast
S2 48h:TCGCTTGCATGTGCTA,Epiblast
S2 48h:GGTCACGTCATGAAAG,Epiblast
S2 48h:GGGACTCGTGTCCCTT,Epiblast
S2 48h:AGTGACTCATTCACAG,Exiting naive pluripotency
S2 48h:CGTCCATGTGTAGGAC,Epiblast
S2 48h:TTGTGGAAGAAGCTCG,Exiting naive pluripotency
S2 48h:CTCCTCCTCCGCTTAC,Epiblast
S2 48h:TGGAACTTCGAATCCA,Epiblast
S2 48h:TCGAACAGTTGTTGAC,Epiblast
S2 48h:GAACTGTAGAGTGTGC,Epiblast
S2 48h:TCCTCCCAGCTAATCC,Epiblast
S2 48h:GTCTAGACATTGAAAG,Epiblast
S2 48h:CATGCGGAGATTGTGA,Epiblast
S2 48h:CTCACTGTCAGGTGTT,Epiblast
S2 48h:CATTGTTAGGACCCAA,Epiblast
S2 48h:GTGATGTGTTGCCGAC,Epiblast
S2 48h:CTCGAGGGTAACTTCG,Epiblast
S2 48h:GCACGGTAGCGGTAGT,Epiblast
S2 48h:TGTCCCACACCGTCTT,Epiblast
S2 48h:GCATTAGAGACTAAGT,Epiblast
S2 48h:AGCTCAATCCGTAGTA,Epiblast
S2 48h:GTCTCACCAGATACCT,Epiblast
S2 48h:AACCATGAGTGTGTTC,Epiblast
S2 48h:CATACAGAGAGTTGTA,Epiblast
S2 48h:TCGGGACCACCGGAAA,Epiblast
S2 48h:GGAGGTAGTTGCTAGT,Epiblast
S2 48h:CGCCATTAGAAAGTCT,Epiblast
S2 48h:ATTCCCGAGCACTAGG,Epiblast
S2 48h:GCTGCAGGTGTACGCC,Epiblast
S2 48h:GCCCAGATCTGTAAGC,Epiblast
S2 48h:ACTTTGTAGTACCATC,Epiblast
S2 48h:TTACGCCTCTCCCAAC,Epiblast
S2 48h:AATGCCAAGCACTAGG,Epiblast
S2 48h:GTTAGTGGTCTTCCGT,Epiblast
S2 48h:GCCATGGTCTGAGGCC,Epiblast
S2 48h:TTACAGGTCGTGCACG,Epiblast
S2 48h:GCGGATCAGTTAGAAC,Epiblast
S2 48h:AGAAATGAGGAATTAC,Epiblast
S2 48h:ATTCACTAGATGGCAC,Epiblast
S2 48h:TGTAGACCAGAAGTGC,Epiblast
S2 48h:TCCTTCTAGGGTGAAA,Epiblast
S2 48h:GCAACATCATTGACTG,Epiblast
S2 48h:AGACACTCACCTCAGG,Epiblast
S2 48h:TCTCACGCACCTCTAC,Epiblast
S2 48h:TGTGGCGCACATACTG,Epiblast
S2 48h:CGTTAGAAGCAGTACG,Epiblast
S2 48h:ATCACTTCATTGGCAT,Epiblast
S2 48h:GCCCAGATCTAAGGAA,Epiblast
S2 48h:ATCGGATGTCACAATC,Exiting naive pluripotency
S2 48h:GATGTTGGTCGACTTA,Epiblast
S2 48h:GAAGCCCGTGAGACGT,Epiblast
S2 48h:GTGTCCTTCATCAGTG,Epiblast
S2 48h:TAGGAGGCAAAGGGTC,Epiblast
S2 48h:GGGCTACAGGGATGTC,Epiblast
S2 48h:CCACCATCATGCCGGT,Exiting naive pluripotency
S2 48h:TCTCAGCGTCGGATTT,Epiblast
S2 48h:CGGTCAGTCGTTTACT,Epiblast
S2 48h:ACCATTTAGGAAAGTG,Epiblast
S2 48h:AGACACTAGAATTGTG,Epiblast
S2 48h:AGAACAATCGGCAGTC,Epiblast
S2 48h:ATGAAAGAGGATGTTA,Exiting naive pluripotency
S2 48h:TGGTACAAGTGTGTTC,Epiblast
S2 48h:TCTAACTTCTATCACT,Epiblast
S2 48h:AAGACTCGTTCAAAGA,Epiblast
S2 48h:CAGGTATTCTTCTGGC,Epiblast
S2 48h:AGTGCCGGTTAGGCTT,Epiblast
S2 48h:ATGCGATCACGGTGAA,Epiblast
S2 48h:GAAGCCCTCTTCGACC,Epiblast
S2 48h:TCGCTTGTCATGCTAG,Epiblast
S2 48h:GTGCACGTCAGTCCGG,Epiblast
S2 48h:CGAGTTAAGACATATG,Epiblast
S2 48h:CACGGGTAGGAGGTTC,Epiblast
S2 48h:AACAAGAGTTAAGAAC,Epiblast
S2 48h:AGAAGCGTCCAAGCTA,Epiblast
S2 48h:CAGATTGAGACAACAT,Epiblast
S2 48h:GTATTGGCAAAGGCAC,Epiblast
S2 48h:GGGCTACGTTGGACCC,Zscan4+ Artefact
S2 48h:TAGGTACTCGCCGAAC,Epiblast
S2 48h:GAAGTAATCGCTTACC,Epiblast
S2 48h:CTCAAGACACCCGTAG,Epiblast
S2 48h:GGTGTTATCTGATTCT,Epiblast
S2 48h:CAACAACAGACCTTTG,Epiblast
S2 48h:TTGGGTAGTATTGCCA,Epiblast
S2 48h:TTCCGGTAGATGTTGA,Epiblast
S2 48h:CTTGAGATCTGGTCAA,Epiblast
S2 48h:AAAGTCCAGCGTCTCG,Epiblast
S2 48h:TTTACCAGTGCGGCTT,Epiblast
S2 48h:TCCTCGAAGTGGCGAT,Epiblast
S2 48h:TACATTCCAACTTGCA,Epiblast
S2 48h:TTCCGGTCAAGAGCTG,Epiblast
S2 48h:GCAACATGTATAGGAT,Epiblast
S2 48h:AGAGCCCCAAGACAAT,Epiblast
S2 48h:TGATCTTTCAACGAGG,Epiblast
S2 48h:ATTCACTAGCAGTACG,Epiblast
S2 48h:CGGCAGTGTTCGAGCC,Epiblast
S2 48h:ATCGGCGTCCGCACTT,Epiblast
S2 48h:AAATGGATCGGCATCG,Epiblast
S2 48h:CCTTCAGGTCAAAGCG,Epiblast
S2 48h:ATTCAGGGTGACAGGT,Epiblast
S2 48h:AATGCCACAGTCTCTC,Epiblast
S2 48h:AAGGTAAGTTGCTCGG,Epiblast
S2 48h:TCTGCCAAGTGCACCC,Epiblast
S2 48h:ACTTCGCAGCTAAGTA,Epiblast
S2 48h:CTAGACACATAGTCGT,Epiblast
S2 48h:TGTAGACCAAATGATG,Epiblast
S2 48h:TCAGCCTGTAGCTCGC,Epiblast
S2 48h:CTCATGCCAATCTCTT,Epiblast
S2 48h:TCTCTGGTCAAGGACG,Epiblast
S2 48h:GGATGTTGTCAGTCCG,Epiblast
S2 48h:TGCGATACACAGCATT,Epiblast
S2 48h:AGTCAACCATAACTCG,Epiblast
S2 48h:GAGGGTACAACGACAG,Epiblast
S2 48h:TATTCCACACACAGAG,Epiblast
S2 48h:TCGGGTGCACCTCAGG,Epiblast
S2 48h:GTTAGTGGTTGACTGT,Epiblast
S2 48h:AACCTTTGTGTTGATC,Epiblast
S2 48h:TCGAACATCCAAAGGG,Epiblast
S2 48h:GAAGGGTCAAAGGGCT,Epiblast
S2 48h:ACATGCAAGCTAATGA,Epiblast
S2 48h:CCTAACCTCATGAGAA,Epiblast
S2 48h:TCATTCACAAACGTGG,Epiblast
S2 48h:CGGACACTCTGAGTCA,Epiblast
S2 48h:CGGACACGTCATCAGT,Epiblast
S2 48h:CACAGGCAGCCGAATG,Epiblast
S2 48h:TATGTTCTCAAATAGG,Epiblast
S2 48h:GTCGTTCAGCTAATCC,Epiblast
S2 48h:TAATCTCCATCTGGGC,Epiblast
S2 48h:CTATCTACACTTGAAC,Epiblast
S2 48h:TTTGACTAGAAGCCTG,Exiting naive pluripotency
S2 48h:TACCGAATCTTGGTCC,Epiblast
S2 48h:TGCAGGCTCACAAGAA,Epiblast
S2 48h:GGAGGTATCAAGGAGC,Epiblast
S2 48h:AAACGAATCTGGGCAC,Epiblast
S2 48h:AGTAGCTTCGCAGAGA,Epiblast
S2 48h:GTTAGACTCTCTATGT,Epiblast
S2 48h:GTTTGGAGTGCAGGAT,Epiblast
S2 48h:TGTAGACTCCCGAGTG,Epiblast
S2 48h:GACCAATGTCACTTCC,Epiblast
S2 48h:TTAGTCTTCAGCTTGA,Epiblast
S2 48h:AGGGTTTAGGCTTAAA,Exiting naive pluripotency
S2 48h:CATGCGGGTTTGTTGG,Epiblast
S2 48h:CCACTTGGTCCATCTC,Epiblast
S2 48h:ATGGGTTCACATTACG,Epiblast
S2 48h:GATAGCTAGTGGCCTC,Epiblast
S2 48h:TCTGCCATCAATGCAC,Epiblast
S2 48h:ACGGGTCGTCTGTCAA,Epiblast
S2 48h:GTTTACTTCTATCGGA,Epiblast
S2 48h:CAAAGAAAGGTTCACT,Epiblast
S2 48h:TTAATCCGTACGATCT,Epiblast
S2 48h:GACAGCCTCCTTCTGG,Epiblast
S2 48h:GGGATCCGTTGTGCCG,Epiblast
S2 48h:AGATGAAAGGAAACGA,Epiblast
S2 48h:TGTCAGATCAGGAAAT,Epiblast
S2 48h:TTACGTTGTATTGGCT,Epiblast
S2 48h:GTTGTGAGTAGGAGTC,Epiblast
S2 48h:TGTAGACTCAACTACG,Epiblast
S2 48h:CGCCATTAGTGACCTT,Epiblast
S2 48h:GTTTACTTCGCTCATC,Epiblast
S2 48h:TCAGTCCTCGTTCTGC,Epiblast
S2 48h:CTCGAGGGTGGTCCGT,Epiblast
S2 48h:TGGTACACACGACGTC,Epiblast
S2 48h:GAGGGTAGTAACGCGA,Epiblast
S2 48h:TTAATCCGTATTAAGG,Epiblast
S2 48h:GCGTGCATCTTCGGTC,Epiblast
S2 48h:GAGTCTACAGAACGCA,Epiblast
S2 48h:TTGGGTATCGGAGTGA,Epiblast
S2 48h:TTCATGTGTCGCCTAG,Epiblast
S2 48h:GAAGGACAGGGCCCTT,Epiblast
S2 48h:AACCATGAGCTAGCCC,Epiblast
S2 48h:CAGGGCTCATCGGAGA,Epiblast
S2 48h:ATCCGTCTCTTCCGTG,Epiblast
S2 48h:TTGTGTTAGCGCTGCT,Epiblast
S2 48h:CTCAAGATCTCGAGTA,Epiblast
S2 48h:GTGCACGCAAGTGGAC,Epiblast
S2 48h:AGACCCGTCATACAGC,Epiblast
S2 48h:ATCGTGACAGTACTAC,Epiblast
S2 48h:CTCAAGATCGGAATGG,Epiblast
S2 48h:TCCGAAATCGGCCAAC,Epiblast
S2 48h:GGGCTACCATGCGTGC,Epiblast
S2 48h:TAGGAGGAGCCGGATA,Epiblast
S2 48h:TACCCACAGGTACAGC,Epiblast
S2 48h:TAGGTACGTAACCCTA,Epiblast
S2 48h:TACGGTAAGACGGAAA,Epiblast
S2 48h:TCCCAGTGTTGAGTCT,Epiblast
S2 48h:GTTGCGGCAGGATCTT,Epiblast
S2 48h:AAGACTCCATTGCCGG,Epiblast
S2 48h:GAGGGATGTAGCTTTG,Epiblast
S2 48h:ACATCGATCGAACGGA,Epiblast
S2 48h:TAGAGTCAGGTGCGAT,Epiblast
S2 48h:TGTGTGAAGCGACTGA,Zscan4+ Artefact
S2 48h:CTACTATAGTATGAAC,Epiblast
S2 48h:ATCGTGAAGGAGGTTC,Epiblast
S2 48h:GGCACGTCATCTGCGG,Epiblast
S2 48h:CAGCGTGTCTTTCAGT,Exiting naive pluripotency
S2 48h:GCCGTGACACTGCACG,Epiblast
S2 48h:CCTCATGCAAATACAG,Epiblast
S2 48h:TACCGAAGTGCCAAGA,Epiblast
S2 48h:GGGAGTAAGTCTCGTA,Epiblast
S2 48h:TTCAATCGTACAGAGC,Epiblast
S2 48h:CCTCAACTCAACTTTC,Epiblast
S2 48h:ATCACAGGTGATTGGG,Epiblast
S2 48h:CGGGTGTTCGAGGCAA,Epiblast
S2 48h:TTTACGTAGCGTCTGC,Epiblast
S2 48h:CCACTTGGTAATTGGA,Epiblast
S2 48h:TCCGTGTCATTCACAG,Epiblast
S2 48h:TCGCTCACAGAAATCA,Epiblast
S2 48h:GCATCGGGTAATTAGG,Epiblast
S2 48h:TTGTGGAAGAGTATAC,Epiblast
S2 48h:ATCTCTAAGAGCATTA,Epiblast
S2 48h:TACGTCCGTACGGCAA,Epiblast
S2 48h:GACTCTCAGTTCATGC,Epiblast
S2 48h:ACCCTTGTCCGGTAAT,Epiblast
S2 48h:GCCATTCCACGTGAGA,Epiblast
S2 48h:TCTTTGACATGGCCAC,Epiblast
S2 48h:CGTCAAAAGCTCGACC,Epiblast
S2 48h:TGAGGTTCAGAATTCC,Epiblast
S2 48h:AAGCGTTGTGCTCCGA,Epiblast
S2 48h:TAATCTCGTGCGCTCA,Epiblast
S2 48h:CAGCAATTCCATTGCC,Exiting naive pluripotency
S2 48h:CAACAGTTCAAACCCA,Epiblast
S2 48h:TCGTCCACAACTCCCT,Epiblast
S2 48h:CGTGCTTGTTACCGTA,Epiblast
S2 48h:ACAACCAGTAGGTTTC,Epiblast
S2 48h:ATTCTACGTTGGCCGT,Epiblast
S2 48h:CTGTGAACAATACCTG,Epiblast
S2 48h:CCCTCTCAGATTTGCC,Epiblast
S2 48h:GATAGCTAGGACAGCT,Epiblast
S2 48h:CAATCGAAGAGGCGGA,Epiblast
S2 48h:GGGAGATTCACCTACC,Epiblast
S2 48h:CTCATCGGTGGAACAC,Exiting naive pluripotency
S2 48h:TGTCCACTCCCAGTGG,Epiblast
S2 48h:ACTTCGCCAGCGTACC,Epiblast
S2 48h:AATTTCCCATGTGGTT,Epiblast
S2 48h:AGACAGGCAACTGCTA,Epiblast
S2 48h:AGCTCAAAGATTGGGC,Epiblast
S2 48h:GACAGCCAGGCTAGCA,Epiblast
S2 48h:CCGTAGGAGCTGGAGT,Epiblast
S2 48h:GCGATCGCAAGACTGG,Epiblast
S2 48h:GTGGAAGGTAGACTGG,Epiblast
S2 48h:TTGTGGAGTTAAGAAC,Epiblast
S2 48h:AGGACTTAGATTGTGA,Epiblast
S2 48h:AATGGCTCACGGCGTT,Epiblast
S2 48h:TCTCAGCAGTGTACCT,Epiblast
S2 48h:TTTCATGCAAGCCTGC,Epiblast
S2 48h:TCGAAGTGTTATTCCT,Epiblast
S2 48h:TGTTACTGTGCTTCAA,Epiblast
S2 48h:TACCTGCTCTCGAGTA,Epiblast
S2 48h:TATTGGGGTATCCTTT,Epiblast
S2 48h:CAGCGTGAGATGACAT,Epiblast
S2 48h:AGGACTTGTAGGTAGC,Epiblast
S2 48h:GTAGGAGCAAACTGCT,Epiblast
S2 48h:AGATCGTCATACCAGT,Epiblast
S2 48h:TCAGGGCAGCGACCCT,Epiblast
S2 48h:AGGCTGCAGCTGGAGT,Epiblast
S2 48h:GCATGATTCCTAAGTG,Epiblast
S2 48h:GCATCGGTCGTCAACA,Epiblast
S2 48h:GACACGCAGGTGATAT,Epiblast
S2 48h:TGCTTGCGTGGCAGAT,Epiblast
S2 48h:GCATTAGTCGCTTTAT,Epiblast
S2 48h:CCGTAGGCAAAGGTTA,Epiblast
S2 48h:TCTCAGCCACCCAACG,Epiblast
S2 48h:AGACACTTCGATACAC,Epiblast
S2 48h:GATGAGGTCTATGCCC,Epiblast
S2 48h:GACCTTCTCAGAATAG,Epiblast
S2 48h:CGTAAGTTCACGTAGT,Epiblast
S2 48h:TGTGAGTAGCTGAAGC,Epiblast
S2 48h:TGTTTGTCAAGACCTT,Epiblast
S2 48h:TTAGGGTAGGCTGTAG,Epiblast
S2 48h:CTGTACCAGTCTGTAC,Epiblast
S2 48h:CTGAGCGAGCAGAAAG,Epiblast
S2 48h:AACAACCAGTCCCTAA,Epiblast
S2 48h:CGTTAGATCAAAGGAT,Epiblast
S2 48h:TCAAGTGAGGCTTAGG,Epiblast
S2 48h:ATTCCCGTCGTTCATT,Epiblast
S2 48h:CAGATACGTTCGTTCC,Epiblast
S2 48h:GGGTGAACACGGGTAA,Epiblast
S2 48h:CAGCAGCTCCACAGCG,Epiblast
S2 48h:TTGTTTGCAATTCTCT,Epiblast
S2 48h:AGAAGCGGTCGAAGCA,Epiblast
S2 48h:CTGAATGTCATCGCAA,Epiblast
S2 48h:CAACCTCCAAGTTCGT,Epiblast
S2 48h:TCTCCGAAGAGTCAAT,Epiblast
S2 48h:ACAGGGATCCACAGCG,Epiblast
S2 48h:ACATCCCTCTGGGTCG,Epiblast
S2 48h:CGACAGCTCCGGGACT,Epiblast
S2 48h:TCAGTTTAGGCTCTAT,Epiblast
S2 48h:ATGTCTTGTGGATACG,Epiblast
S2 48h:TTGGGATTCTACGGGC,Epiblast
S2 48h:TCGGTCTCAACTTCTT,Epiblast
S2 48h:CGCAGGTTCTTGGGCG,Epiblast
S2 48h:GATAGCTAGCTACTGT,Exiting naive pluripotency
S2 48h:CTCCTTTCATCGGAGA,Epiblast
S2 48h:CGTAATGCACATTCGA,Epiblast
S2 48h:TTAGGGTGTTATAGAG,Epiblast
S2 48h:TACCTGCGTGACCGAA,Epiblast
S2 48h:TGAGACTGTCCAAGAG,Epiblast
S2 48h:CAAGGGATCTTACGTT,Epiblast
S2 48h:GGAACCCCAGCGCTTG,Epiblast
S2 48h:CTCATTAGTGTGTTTG,Epiblast
S2 48h:TCAGCAATCGAAGAAT,Epiblast
S2 48h:GGCGTCAGTCCGGTCA,Epiblast
S2 48h:GATCGTACAACGATTC,Epiblast
S2 48h:CGGTCAGCAATCCTAG,Epiblast
S2 48h:TCATCATCACCGTACG,Epiblast
S2 48h:CTTACCGAGGCACCAA,Epiblast
S2 48h:TGAACGTTCTTAGTTC,Epiblast
S2 48h:TGCTCGTTCTACCTTA,Epiblast
S2 48h:CGTGAATGTAGCGTTT,Epiblast
S2 48h:CACTGTCCAATACGCT,Exiting naive pluripotency
S2 48h:ACCTACCCATATTCGG,Epiblast
S2 48h:CCATAAGTCCGATTAG,Epiblast
S2 48h:CAGGTATCATGGGTTT,Epiblast
S2 48h:AAAGTGACAACGCATT,Epiblast
S2 48h:GGGTGTCAGCGAGGAG,Epiblast
S2 48h:ACTTCCGGTGTGAGCA,Epiblast
S2 48h:GCTACAAGTAAGTTAG,Epiblast
S2 48h:GAACACTGTTAAGGGC,Epiblast
S2 48h:GTGCTGGCACTCTCGT,Epiblast
S2 48h:CGCATGGTCGCGTGAC,Epiblast
S2 48h:TGAGCATTCTAAGCCA,Epiblast
S2 48h:TGAGGTTAGCTGAGTG,Epiblast
S2 48h:GGGATGAGTTTCCAAG,Epiblast
S2 48h:TCGTAGACAACACACT,Epiblast
S2 48h:GCGATCGTCTGCACCT,Epiblast
S2 48h:AGGCTGCTCGGTGTTA,Epiblast
S2 48h:TGTACAGCAGACTCTA,Epiblast
S2 48h:TTACCATAGTGCAGGT,Epiblast
S2 48h:CCTTTGGCAGTGGGTA,Epiblast
S2 48h:ACATCCCCATCCTATT,Epiblast
S2 48h:CCCTAACAGAGGTTTA,Epiblast
S2 48h:AGTGCCGCATCACGGC,Epiblast
S2 48h:GTAGAGGGTAAGACCG,Epiblast
S2 48h:CCACCATCAGGTGTGA,Epiblast
S2 48h:AGGTGTTTCGCGGACT,Epiblast
S2 48h:ACCTGAAGTCGAGATG,Epiblast
S2 48h:GCGGAAAGTTATGGTC,Epiblast
S2 48h:GGTAACTGTCGAACGA,Epiblast
S2 48h:CCGCAAGAGAAGCGCT,Epiblast
S2 48h:CGAGTTAAGCCAGTAG,Epiblast
S2 48h:CTGCGAGCAGACATCT,Epiblast
S2 48h:AGCATCAGTATGCGGA,Epiblast
S2 48h:GTAGGTTTCATGAGAA,Epiblast
S2 48h:ACACTGATCACCCTTG,Epiblast
S2 48h:TCGAACACACTTCAAG,Epiblast
S2 48h:TATCTGTGTACCTAGT,Epiblast
S2 48h:GTTGTCCAGAAGGCTC,Epiblast
S2 48h:CATCCACAGCCACAAG,Zscan4+ Artefact
S2 48h:GGGCTACGTGTTCCTC,Epiblast
S2 48h:TTAGGGTAGACGCAGT,Epiblast
S2 48h:GACTCTCGTCGAACGA,Epiblast
S2 48h:GATGGAGCACTGTTCC,Epiblast
S2 48h:TATCAGGTCTGCGTCT,Epiblast
S2 48h:AGAGCAGGTCTGTTAG,Epiblast
S2 48h:CTCAGTCAGTAGAATC,Epiblast
S2 48h:TCGGGTGAGAGCAGAA,Epiblast
S2 48h:AGAACCTCAGCAGATG,Epiblast
S2 48h:TCACACCTCGTCACCT,Epiblast
S2 48h:TCGGGCAGTACGCTTA,Epiblast
S2 48h:GCTGAATAGGGCCAAT,Epiblast
S2 48h:TATCAGGCAACCGGAA,Epiblast
S2 48h:GCGAGAATCGGCATAT,Epiblast
S2 48h:CAGATCACAACCACAT,Epiblast
S2 48h:CTTTCGGCATGTGGCC,Epiblast
S2 48h:TCTTGCGAGGAGAGGC,Epiblast
S2 48h:TGCCGAGCAGGTTCAT,Epiblast
S2 48h:GGCTTTCGTCTACGTA,Epiblast
S2 48h:GACGCTGCAAGAGATT,Epiblast
S2 48h:ATACCGACAATAGTCC,Epiblast
S2 48h:GTATTTCCAAGTCGTT,Epiblast
S2 48h:GAGACCCTCAAGTCGT,Epiblast
S2 48h:AATGGAAGTCAACGCC,Epiblast
S2 48h:ACAAAGAAGCCGAACA,Epiblast
S2 48h:TTACGTTGTACCACGC,Epiblast
S2 48h:GCCAGCAGTCGAGATG,Epiblast
S2 48h:CTCATGCAGTATCTGC,Epiblast
S2 48h:AGTTCGAAGACAAGCC,Epiblast
S2 48h:CCTCTAGAGAGCTGAC,Epiblast
S2 48h:CAACAGTAGACGTCCC,Exiting naive pluripotency
S2 48h:AATGGCTGTCTGTGTA,Epiblast
S2 48h:GAATAGATCCATACTT,Epiblast
S2 48h:TACTTCACAATCCTTT,Epiblast
S2 48h:AGACACTTCGTGCGAC,Epiblast
S2 48h:TCGACGGAGATGTAGT,Epiblast
S2 48h:TACCGGGGTATTCCTT,Epiblast
S2 48h:GCTGGGTGTTACCCAA,Epiblast
S2 48h:GACGTTAAGGACTTCT,Epiblast
S2 48h:ATTTCACTCTCGAACA,Epiblast
S2 48h:CCTTCAGAGCTAGAGC,Epiblast
S2 48h:GTTACCCGTTAGTTCG,Epiblast
S2 48h:CATCGTCTCCGAGTGC,Epiblast
S2 48h:AAGCCATGTCTCGGAC,Epiblast
S2 48h:GCAACATTCCCACAGG,Epiblast
S2 48h:CCCGGAAAGCTGTCCG,Epiblast
S2 48h:CACAGATCAAGTGCTT,Epiblast
S2 48h:GAAGGACCAACAAGTA,Epiblast
S2 48h:TTAATCCAGTCGTCTA,Epiblast
S2 48h:TTGTTCAAGAAACTAC,Epiblast
S2 48h:GATTCGAGTGTATTGC,Epiblast
S2 48h:GCTACCTAGTTGTAGA,Epiblast
S2 48h:AGCCACGTCCGATGCG,Epiblast
S2 48h:TCGACGGGTCCCAAAT,Epiblast
S2 48h:AGGCATTCACACAGAG,Epiblast
S2 48h:GTAGCTACAATCGAAA,Epiblast
S2 48h:AGTAGTCAGACATGCG,Epiblast
S2 48h:GTACAGTTCTCACGAA,Epiblast
S2 48h:GGGTCTGTCATGAGAA,Epiblast
S2 48h:GCATCGGGTGTGTGGA,Epiblast
S2 48h:GACTATGCAAGGCTTT,Epiblast
S2 48h:AGACTCAAGAAGTCTA,Epiblast
S2 48h:CCCAACTCAAGTCGTT,Epiblast
S2 48h:GGTGTTAAGACCTTTG,Epiblast
S2 48h:GTTAGACGTCCTACGG,Epiblast
S2 48h:GGGACAAAGTAGGATT,Epiblast
S2 48h:TTTACCATCCCTCGTA,Epiblast
S2 48h:AGGGCCTTCATGAAAG,Epiblast
S2 48h:GCGGATCCAAACGGCA,Epiblast
S2 48h:GGGAGTAAGGATCATA,Epiblast
S2 48h:CTAGGTAAGAGTTCGG,Epiblast
S2 48h:GGTTAACGTATCAAGA,Epiblast
S2 48h:GCTGAATAGACCAACG,Epiblast
S2 48h:GGTAATCTCTGTCGCT,Epiblast
S2 48h:TGTGTGACACTTGACA,Epiblast
S2 48h:GATCCCTCATGGAAGC,Epiblast
S2 48h:ATCCCTGAGCCGTTAT,Epiblast
S2 48h:GGGTGTCAGAAATCCA,Epiblast
S2 48h:GTTACAGGTACGATGG,Epiblast
S2 48h:CTATAGGAGTCCGCGT,Epiblast
S2 48h:CGCCAGAGTTCCGGTG,Epiblast
S2 48h:TCGATTTGTGAGGAAA,Epiblast
S2 48h:CATGGTAAGGCTAACG,Epiblast
S2 48h:GGGTTATGTCAACCTA,Epiblast
S2 48h:TCAAGCAAGTGCCAGA,Epiblast
S2 48h:GGGTTTACAGAAGCGT,Epiblast
S2 48h:TCTTAGTAGCACCGAA,Epiblast
S2 48h:AAAGGTAGTGCTATTG,Epiblast
S2 48h:AGTGTTGAGGGACACT,Epiblast
S2 48h:ATTCCCGAGAATCGTA,Epiblast
S2 48h:TCGGGCAAGAAGGGAT,Epiblast
S2 48h:GCGAGAAAGCAACAGC,Epiblast
S2 48h:ATACCGAGTACCCGCA,Epiblast
S2 48h:TCGGTCTAGGTAGGCT,Epiblast
S2 48h:GTGTTCCGTCTCCCTA,Epiblast
S2 48h:TTGGTTTGTAGCTGAG,Epiblast
S2 48h:AAAGTGATCATGTCAG,Epiblast
S2 48h:GTAGCTAAGGCCATAG,Epiblast
S2 48h:CGTAATGTCCGTGTGG,Epiblast
S2 48h:CAATACGAGAAAGCGA,Epiblast
S2 48h:AGAGCCCGTATGGAAT,Epiblast
S2 48h:GTAGGAGCACTGGAAG,Epiblast
S2 48h:TGATCTTTCCGGTTCT,Epiblast
S2 48h:CCCTCAAAGTTCTACG,Epiblast
S2 48h:TAAGCCAAGCGTGAAC,Epiblast
S2 48h:GTTAGTGTCGTCAACA,Epiblast
S2 48h:TAGCACAAGGGAGGCA,Epiblast
S2 48h:CGGTCAGTCGGCTCTT,Epiblast
S2 48h:GATAGAAGTTAAGCAA,Epiblast
S2 48h:GAGGGTATCATGGGAG,Epiblast
S2 48h:CGTTAGACATCCGCGA,Epiblast
S2 48h:AAGCGTTCAGGCGTTC,Epiblast
S2 48h:TTACCATAGTCACAGG,Epiblast
S2 48h:TCTTCCTCAACCAATC,Epiblast
S2 48h:CATGCAAGTGGGCTCT,Epiblast
S2 48h:AGGTGTTGTCTTCAAG,Epiblast
S2 48h:AGGAGGTAGATTGCGG,Epiblast
S2 48h:TTGAACGCAAGCAATA,Epiblast
S2 48h:CAGCGTGCAAATCAAG,Epiblast
S2 48h:GTCACGGCAATGCAAA,Epiblast
S2 48h:CGGGCATGTAGGTTTC,Epiblast
S2 48h:CCTCACAGTGTCCTAA,Epiblast
S2 48h:GGTCACGAGGATCACG,Epiblast
S2 48h:AGGTGTTTCAACTACG,Epiblast
S2 48h:TTGTGGAAGCTGTGCC,Epiblast
S2 48h:AACGTCAGTCCTCAGG,Epiblast
S2 48h:AGCTCAAAGGAAAGAC,Epiblast
S2 48h:TTGTGTTAGTAAGAGG,Epiblast
S2 48h:CGAGGAATCGTTGTAG,Epiblast
S2 48h:CAACCTCAGATCGCTT,Epiblast
S2 48h:GCGAGAACATTCTCCG,Epiblast
S2 48h:ACATCGAAGTTGGCGA,Epiblast
S2 48h:AAGCCATCACTGAGGA,Epiblast
S2 48h:TAACACGTCGGAGATG,Epiblast
S2 48h:GTGGCGTCACGGGCTT,Epiblast
S2 48h:GTTCATTCACTGAGTT,Epiblast
S2 48h:TGATCAGCACTGAGTT,Epiblast
S2 48h:TACTTCAGTCTGTCCT,Epiblast
S2 48h:AGGCCACAGCACTAGG,Epiblast
S2 48h:CTACCCAAGGCAGTCA,Epiblast
S2 48h:TCGGGCAGTTCGAGCC,Epiblast
S2 48h:CCACGAGCAAGTATAG,Epiblast
S2 48h:CCCTAACTCAGACCGC,Zscan4+ Artefact
S2 48h:TAATTCCCACGCCAGT,Epiblast
S2 48h:TGGGTTATCTAGTGTG,Epiblast
S2 48h:TTACCGCCACTAGTAC,Epiblast
S2 48h:ACATTTCAGTATAGAC,Epiblast
S2 48h:TGGTAGTCAGGTGGAT,Epiblast
S2 48h:TGCTTCGTCAGAGTGG,Epiblast
S2 48h:AAGGTAAAGGGCAGTT,Epiblast
S2 48h:ATCGTGATCGACGCGT,Epiblast
S2 48h:TGGTACACAACAGTGG,Epiblast
S2 48h:TCGGTCTTCATTGTTC,Epiblast
S2 48h:GTTACCCTCCTCTTTC,Epiblast
S2 48h:GTCGAATAGAGGGTAA,Epiblast
S2 48h:AGGTGTTCACTTGACA,Epiblast
S2 48h:GTTAGTGAGATGCTTC,Epiblast
S2 48h:GTTAGACAGCTGAGTG,Epiblast
S2 48h:GAGACCCGTTCCTAAG,Epiblast
S2 48h:GATGGAGGTCAGATTC,Epiblast
S2 48h:GACTCTCAGGTTACCT,Epiblast
S2 48h:AGACCATGTTGGCCGT,Epiblast
S2 48h:GTAGGAGCAAGCGCTC,Epiblast
S2 48h:CGATCGGCAAATGAGT,Epiblast
S2 48h:GTTACCCTCCATTCAT,Epiblast
S2 48h:TCAGTTTCAATGGCAG,Epiblast
S2 48h:TTTGGAGAGGTTCCAT,Epiblast
S2 48h:GCGAGAAAGCAGGGAG,Epiblast
S2 48h:CTTCGGTAGCACTAGG,Epiblast
S2 48h:TGTTTGTCACGACGTC,Epiblast
S2 48h:GGGCGTTGTGGGTTGA,Epiblast
S2 48h:GCTGCAGGTCGTTGGC,Epiblast
S2 48h:AATCACGTCGCGTTTC,Epiblast
S2 48h:GAGGGTAGTGCGTTTA,Epiblast
S2 48h:TGCTCGTGTCTAGTGT,Epiblast
S2 48h:GGAGGTAAGAAACCAT,Epiblast
S2 48h:GGGAGATTCGCTTACC,Epiblast
S2 48h:TGAGCGCAGCCAGACA,Epiblast
S2 48h:TAGACCACAGCTCGGT,Epiblast
S2 48h:TCACGCTAGTATTGCC,Epiblast
S2 48h:TATTGGGAGTGCACTT,Epiblast
S2 48h:CAAGGGAGTGTTCATG,Epiblast
S2 48h:AACGAAACAAGAGCTG,Epiblast
S2 48h:AGTTCGAAGACCTTTG,Epiblast
S2 48h:GTCTCACCACCCTGTT,Epiblast
S2 48h:TAGTGCACACAAGTGG,Epiblast
S2 48h:TCCCATGGTCGAGTTT,Epiblast
S2 48h:CTCTGGTCAGCAAGAC,Epiblast
S2 48h:CAGTTAGAGCAGCGAT,Epiblast
S2 48h:TACTTGTAGACATATG,Epiblast
S2 48h:TGTAGACGTTCAAGTC,Epiblast
S2 48h:TAGAGTCTCCACACAA,Epiblast
S2 48h:CTGCAGGAGTTCACTG,Epiblast
S2 48h:CTGTGGGTCTATCCAT,Epiblast
S2 48h:CCCAACTAGGTTGACG,Epiblast
S2 48h:TTTAGTCCATGGACAG,Epiblast
S2 48h:TGCTTCGTCGGACTGC,Epiblast
S2 48h:ACGGAAGTCAACTTTC,Epiblast
S2 48h:CGTGAATTCATAGGCT,Epiblast
S2 48h:TAATTCCCACGCTGAC,Epiblast
S2 48h:AGCGCTGGTCGTGGAA,Epiblast
S2 48h:TCATCATGTCTTACAG,Epiblast
S2 48h:TTCGATTTCATAGGCT,Epiblast
S2 48h:AGACAAATCCGATGCG,Zscan4+ Artefact
S2 48h:GCTTGGGAGAGGTTTA,Epiblast
S2 48h:CATTGTTGTAACCAGG,Epiblast
S2 48h:TAGATCGAGTATAGAC,Epiblast
S2 48h:CTATCCGTCCGTTGAA,Epiblast
S2 48h:TCAGGGCCAGCTCTGG,Epiblast
S2 48h:TCATCATTCCTATGGA,Epiblast
S2 48h:CTTTCGGCACGACAGA,Epiblast
S2 48h:TGCGATACACGCTGTG,Epiblast
S2 48h:GAAATGATCCGTTGGG,Epiblast
S2 48h:CGTTGGGGTATCCTTT,Epiblast
S2 48h:GTTACGAGTTTGCCGG,Epiblast
S2 48h:TTCTGTAGTTTCGATG,Epiblast
S2 48h:CAGAGCCAGCACGGAT,Epiblast
S2 48h:AGACTCACAGGTGTTT,Epiblast
S2 48h:TCCATGCAGCTTCGTA,Epiblast
S2 48h:GGGAGTAAGGGATCTG,Epiblast
S2 48h:CTGATCCGTTAGCGGA,Epiblast
S2 48h:TTGCCTGAGGCAGGTT,Epiblast
S2 48h:TGGGAGAAGTTACGGG,Epiblast
S2 48h:TCGAAGTGTATGGTTC,Epiblast
S2 48h:AGATCGTCAGCGGTTC,Epiblast
S2 48h:TGAGCGCAGTCTGGAG,Epiblast
S2 48h:GAAGAATCAGAGGTAC,Epiblast
S2 48h:ATCGTGAGTTCGAAGG,Epiblast
S2 48h:AAGACTCGTACTTCCC,Epiblast
S2 48h:TGCAGTAAGTTCTCTT,Epiblast
S2 48h:CAGCGTGGTGTTCATG,Epiblast
S2 48h:AATGGCTGTCGAACAG,Epiblast
S2 48h:CGAGAAGGTAGCGAGT,Epiblast
S2 48h:CGTGAATCAATAACCC,Epiblast
S2 48h:CAGCACGCATCGAACT,Epiblast
S2 48h:CAACAGTTCCTGTTAT,Epiblast
S2 48h:TCATTGTCAGTCTCTC,Exiting naive pluripotency
S2 48h:GTAGAAATCTGAATCG,Epiblast
S2 48h:TTCCGGTAGGAACGAA,Epiblast
S2 48h:TTCTTCCGTAGAGATT,Epiblast
S2 48h:AGCCAATGTACTAACC,Epiblast
S2 48h:TCCCAGTGTGTCTAAC,Epiblast
S2 48h:AGAAATGCAGGCACAA,Epiblast
S2 48h:TGCTCCAAGAGCCGTA,Epiblast
S2 48h:GAGGGTACAGCACGAA,Epiblast
S2 48h:GGGTCTGCATTGAAGA,Epiblast
S2 48h:AAGCATCCAAGTGACG,Epiblast
S2 48h:CCACAAACACCCTAGG,Epiblast
S2 48h:GAGTCATGTTAGGCCC,Epiblast
S2 48h:GTCTACCGTGGACCAA,Epiblast
S2 48h:CGCAGGTGTCTAATCG,Epiblast
S2 48h:CAGATCATCGTTGTTT,Epiblast
S2 48h:TCGTGCTTCGATTGGT,Epiblast
S2 48h:TGGGCGTGTACAATAG,Exiting naive pluripotency
S2 48h:GGGACTCCACTCACTC,Epiblast
S2 48h:TCCAGAAGTTCGAACT,Epiblast
S2 48h:CGTCCATCACTCTCGT,Epiblast
S2 48h:CTCTGGTGTGGTCAAG,Epiblast
S2 48h:ATCGTCCGTGCTCTCT,Epiblast
S2 48h:TGCAGATGTAGAGCTG,Epiblast
S2 48h:CAACAGTTCGACCATA,Epiblast
S2 48h:CAGGTATGTTGCGGCT,Epiblast
S2 48h:TGTGAGTAGCGTCTCG,Epiblast
S2 48h:GTGCTGGGTACCTAAC,Epiblast
S2 48h:GTAATCGCAGCAAGAC,Epiblast
S2 48h:AGGTTGTGTGTACATC,Epiblast
S2 48h:TTGGTTTAGGGTTAAT,Epiblast
S2 48h:CCCATTGCAAGGTCGA,Epiblast
S2 48h:GTATTTCTCTCTTGCG,Epiblast
S2 48h:TCATTGTTCTGTGTGA,Epiblast
S2 48h:GAGGCAATCAAACGTC,Epiblast
S2 48h:TTCCTAAAGCGTATGG,Exiting naive pluripotency
S2 48h:GACTCAACATGAAGGC,Epiblast
S2 48h:AGCTTCCTCCGTGGGT,Epiblast
S2 48h:AGCGATTGTATGCAAA,Epiblast
S2 48h:CAACCTCCAAATTGGA,Epiblast
S2 48h:ACGTTCCAGGACATCG,Epiblast
S2 48h:CATGCTCCATGATGCT,Epiblast
S2 48h:GACTCAAAGAGAATCT,Epiblast
S2 48h:TCCGTGTCACAAACGG,Epiblast
S2 48h:AATGAAGTCACGATCA,Epiblast
S2 48h:GTATTTCAGCATTGTC,Epiblast
S2 48h:TCTAACTTCGATACAC,Exiting naive pluripotency
S2 48h:TGGTAGTGTCACATTG,Epiblast
S2 48h:AAGCATCCATGTTTGG,Epiblast
S2 48h:CCATCACGTTAGAGAT,Epiblast
S2 48h:TAAGCGTAGTTGTCGT,Epiblast
S2 48h:GTAACACAGTACGTCT,Epiblast
S2 48h:GTGACGCCATGAATCC,Epiblast
S2 48h:GTCTCACAGAAGCGAA,Epiblast
S2 48h:TTCTAGTAGTCATCCA,Epiblast
S2 48h:CGAGGCTAGTATGAAC,Epiblast
S2 48h:TGAGGAGAGGGATCAC,Epiblast
S2 48h:ATTATCCGTAATTAGG,Epiblast
S2 48h:TACCTCGAGCGCAATG,Epiblast
S2 48h:GCACGTGTCTTAGGAC,Epiblast
S2 48h:GGGACAACAAGCGGAT,Epiblast
S2 48h:GTGAGTTAGTGCTAGG,Epiblast
S2 48h:TTGGGCGAGCTCTGTA,Epiblast
S2 48h:GGTAATCTCTTTCTAG,Epiblast
S2 48h:ACAGAAAGTTAATCGC,Epiblast
S2 48h:CCCTTAGCACTGCATA,Epiblast
S2 48h:GTGACGCAGTACCATC,Epiblast
S2 48h:AGCCAATAGCACTGGA,Epiblast
S2 48h:TCATATCGTCAAGCGA,Epiblast
S2 48h:CTTCGGTTCTAAGAAG,Epiblast
S2 48h:CTGTATTTCTGGGAGA,Epiblast
S2 48h:AGACCATCAAGAGATT,Epiblast
S2 48h:GAAGGGTGTTAGGCTT,Zscan4+ Artefact
S2 48h:CTGCCATAGACAGCGT,Epiblast
S2 48h:AGAGAGCCACTACACA,Epiblast
S2 48h:TCCATGCAGGAAAGAC,Epiblast
S2 48h:GAAGGGTGTGTCTCCT,Epiblast
S2 48h:AGTGCCGCACAACATC,Epiblast
S2 48h:TAGGTTGCAACTCGTA,Exiting naive pluripotency
S2 48h:CTGGTCTGTATGATCC,Epiblast
S2 48h:CACTTCGAGTGGAAAG,Epiblast
S2 48h:CCTAAGACACATTCGA,Epiblast
S2 48h:CTGGCAGAGCACCAGA,Epiblast
S2 48h:AGTAGTCTCACAGAGG,Epiblast
S2 48h:ATGAAAGCAAAGGCTG,Epiblast
S2 48h:TGTGAGTGTAATTGGA,Epiblast
S2 48h:TCGGTCTTCTCAGGCG,Epiblast
S2 48h:GAGATGGAGCAGAAAG,Epiblast
S2 48h:AGTTAGCGTACATTGC,Epiblast
S2 48h:ATCACGAAGTGTGTTC,Epiblast
S2 48h:CGGGACTAGGACAACC,Epiblast
S2 48h:TGTTCTAAGAGTCGAC,Epiblast
S2 48h:GTAGGTTTCGAGTCTA,Epiblast
S2 48h:CAATGACGTACCATAC,Epiblast
S2 48h:GGCACGTCATCGTCCT,Epiblast
S2 48h:CCGTTCAAGAGGGCGA,Epiblast
S2 48h:CCACTTGAGGGTACGT,Epiblast
S2 48h:GATTCTTCAGGTTTAC,Epiblast
S2 48h:AGTTAGCGTCCTACAA,Epiblast
S2 48h:CTGTGGGTCAGCGCGT,Epiblast
S2 48h:TCGCACTAGGTACATA,Epiblast
S2 48h:TCTCACGGTGCCTATA,Epiblast
S2 48h:AACAAAGAGCTTACGT,Epiblast
S2 48h:GTGCTGGAGAACAGGA,Epiblast
S2 48h:CTACAGAAGACCATAA,Epiblast
S2 48h:GTTCTATTCGCTCATC,Epiblast
S2 48h:CTGTATTGTGTGTGGA,Epiblast
S2 48h:TGCGACGCACGCAGTC,Epiblast
S2 48h:ACTTCCGGTCGATTAC,Epiblast
S2 48h:ATTACCTCATTGCAAC,Exiting naive pluripotency
S2 48h:ATCTCTATCGAAGCAG,Epiblast
S2 48h:GAAGGACGTCTGTAAC,Epiblast
S2 48h:CTCACTGTCAGGCGAA,Epiblast
S2 48h:AAGCCATAGACATCCT,Epiblast
S2 48h:CCATAAGTCAGTGTCA,Epiblast
S2 48h:TAACGACAGCAGCGAT,Epiblast
S2 48h:TGTGAGTCACGACGAA,Epiblast
S2 48h:CTACCCAGTAAGATCA,Epiblast
S2 48h:GCATCTCAGACAAGCC,Epiblast
S2 48h:GTCGAATAGGCATGGT,Epiblast
S2 48h:TTCTCTCCAGTCGAGA,Epiblast
S2 48h:GAGGCCTAGCATATGA,Epiblast
S2 48h:TTGCATTAGCACTGGA,Epiblast
S2 48h:AACCTTTCAGCATACT,Epiblast
S2 48h:CAGAGCCAGTGCACTT,Epiblast
S2 48h:TCATCCGTCATCGCCT,Epiblast
S2 48h:TAAGCACTCGTTCTAT,Epiblast
S2 48h:GGAATCTCATGAGGGT,Epiblast
S2 48h:GTGCTTCCATTGAGCT,Epiblast
S2 48h:GTGCTGGGTAGCTTAC,Epiblast
S2 48h:GGGTTTAAGCACCTGC,Epiblast
S2 48h:AGCGATTAGCACGATG,Epiblast
S2 48h:GGTCACGAGAGTACCG,Epiblast
S2 48h:CAATGACAGAGGCTGT,Epiblast
S2 48h:GTCAAGTAGTGAGTGC,Epiblast
S2 48h:TGTGCGGTCGCTGCGA,Epiblast
S2 48h:GTGGAAGGTATCAGCT,Epiblast
S2 48h:AAAGTCCGTCCTGTCT,Epiblast
S2 48h:CTTGAGACAGGACAGT,Epiblast
S2 48h:CTGCCTATCGCGTGCA,Epiblast
S2 48h:AAGACTCTCGCCGATG,Epiblast
S2 48h:AGCATCATCTTTCTAG,Exiting naive pluripotency
S2 48h:TCCACGTAGGGCAGTT,Epiblast
S2 48h:CTGCAGGCATCACCAA,Epiblast
S2 48h:AAGTTCGAGCTTACGT,Epiblast
S2 48h:CGGCAGTGTATCGATC,Epiblast
S2 48h:ATGGAGGCACTGCGAC,Epiblast
S2 48h:TTGGGCGTCCGGGACT,Exiting naive pluripotency
S2 48h:TGGGTTATCCAAGGGA,Epiblast
S2 48h:TCCGATCGTGCGGTAA,Epiblast
S2 48h:CCAAGCGTCTGTCGCT,Epiblast
S2 48h:AAAGGATTCGCTAGCG,Epiblast
S2 48h:GAGGGTAAGGCGTTAG,Epiblast
S2 48h:CATTCATGTCCACATA,Epiblast
S2 48h:CTCAGAAGTTCTTAGG,Epiblast
S2 48h:TGGTAGTCATCCAATG,Epiblast
S2 48h:CAAGAGGCAGTAACCT,Epiblast
S2 48h:AGGTCTAAGCTAAGTA,Epiblast
S2 48h:TACCTCGAGCCTCTGG,Epiblast
S2 48h:CTGGACGTCGCGTGCA,Epiblast
S2 48h:GTAGGTTCACCCTGAG,Epiblast
S2 48h:CATGCGGGTGTACGCC,Epiblast
S2 48h:CACCGTTGTTCCAAAC,Epiblast
S2 48h:GTAATGCCACGTGTGC,Epiblast
S2 48h:CATACCCTCCCATTTA,Epiblast
S2 48h:AGGGAGTTCTTCTTCC,Epiblast
S2 48h:TGCATCCTCAATCGGT,Epiblast
S2 48h:AGGGTGACAATGGCCC,Epiblast
S2 48h:CATTCTAGTAGTATAG,Epiblast
S2 48h:CTACGGGGTAGCTGAG,Epiblast
S2 48h:CAAGAGGGTGGCACTC,Epiblast
S2 48h:CCCTAACAGCCGGAAT,Exiting naive pluripotency
S2 48h:TGGATGTAGGAGAATG,Epiblast
S2 48h:CAGGGCTCATGGCGCT,Epiblast
S2 48h:GTTAGTGTCCAAGCAT,Epiblast
S2 48h:ATCCGTCGTTGCCGCA,Exiting naive pluripotency
S2 48h:TCGTCCAAGCCTCAAT,Epiblast
S2 48h:TCATTCAAGAGGGTCT,Epiblast
S2 48h:GGCACGTAGGGTGAAA,Epiblast
S2 48h:ATCGCCTGTATCGCAT,Epiblast
S2 48h:AGCATCAAGCTAAGTA,Epiblast
S2 48h:CACTGAAGTGAGGATC,Epiblast
S2 48h:GTTAGACAGACCAGAC,Epiblast
S2 48h:GGTAATCTCGCATTGA,Exiting naive pluripotency
S2 48h:GTTGCTCAGCTCGTGC,Epiblast
S2 48h:TCATGCCCAAGTACCT,Epiblast
S2 48h:TGCGACGCATGAGATA,Epiblast
S2 48h:GGGCTACTCGGCGATC,Epiblast
S2 48h:AGCTCAAGTGTAACGG,Epiblast
S2 48h:GACCGTGTCATACGAC,Epiblast
S2 48h:GTAGGAGCACCCTGAG,Epiblast
S2 48h:CCCTGATCATCGGAGA,Epiblast
S2 48h:ATGGAGGGTTCGAACT,Epiblast
S2 48h:GTGCACGCATTAGGAA,Epiblast
S2 48h:GAGTTGTTCGAGAGAC,Epiblast
S2 48h:GGAGCAAGTATCGCTA,Epiblast
S2 48h:TGGAACTTCCAGCACG,Epiblast
S2 48h:GGAGCAAGTACAGTAA,Epiblast
S2 48h:GGGATGATCTGTACAG,Exiting naive pluripotency
S2 48h:GTAGCTAGTGTGATGG,Epiblast
S2 48h:ATTTACCAGGTCCCTG,Epiblast
S2 48h:GAGAGGTCACTTGACA,Epiblast
S2 48h:CTCAGAATCACTAGCA,Epiblast
S2 48h:GGTGTCGCAGTAGTGG,Epiblast
S2 48h:ATACTTCTCTAAGAAG,Epiblast
S2 48h:AACAAGAAGCTGTTCA,Epiblast
S2 48h:TCATGCCAGATTAGCA,Epiblast
S2 48h:CTATCCGGTCGAACGA,Epiblast
S2 48h:TCGAAGTGTTGCCATA,Epiblast
S2 48h:TGGGCGTCATACACCA,Epiblast
S2 48h:AAGATAGCAATAGAGT,Epiblast
S2 48h:TATTGGGGTTAGAAGT,Epiblast
S2 48h:CTGGACGAGCTACGTT,Epiblast
S2 48h:TCATGAGCAGTTAGGG,Epiblast
S2 48h:GAACGTTAGGATTTCC,Epiblast
S2 48h:AAGCCATTCATGCAGT,Epiblast
S2 48h:GATTTCTGTAGGACCA,Epiblast
S2 48h:CGATGCGCAGGTGAGT,Epiblast
S2 48h:CAGGTATCACGAGGTA,Epiblast
S2 48h:GATAGAATCTATGTGG,Epiblast
S2 48h:ACTGCAAGTAGGACCA,Epiblast
S2 48h:CCCTTAGGTGTCCACG,Epiblast
S2 48h:TGCAGTATCACTACTT,Epiblast
S2 48h:CATTTCAGTCTCGACG,Epiblast
S2 48h:TCCACGTCACGAGGAT,Epiblast
S2 48h:ATTCTACTCTCTAAGG,Epiblast
S2 48h:ATTCACTCATTCATCT,Epiblast
S2 48h:ATAGAGAAGTTCTACG,Epiblast
S2 48h:GTGGGAAGTTGTGTTG,Epiblast
S2 48h:TGCGGGTAGGTTCTTG,Epiblast
S2 48h:AAGCATCGTCATGACT,Epiblast
S2 48h:AACAAAGCACTTCAGA,Epiblast
S2 48h:TCGAACACATCTCAAG,Epiblast
S2 48h:CTCTCAGAGGTTGGAC,Exiting naive pluripotency
S2 48h:ATTCAGGCATAATGCC,Epiblast
S2 48h:TAACCAGAGTCATCCA,Exiting naive pluripotency
S2 48h:AGTGATCCATAGAAAC,Epiblast
S2 48h:ATAGAGATCGTGTGAT,Epiblast
S2 48h:AGGGTGATCTGAGAGG,Epiblast
S2 48h:GCAGGCTCATCGTGCG,Epiblast
S2 48h:AGGGTGAGTATTCCTT,Epiblast
S2 48h:GGTAATCAGCTCTGTA,Epiblast
S2 48h:ATAGGCTCATGGATCT,Epiblast
S2 48h:GAAGTAACATAGTCAC,Epiblast
S2 48h:TCAGTCCAGGATTCCT,Epiblast
S2 48h:ACGGAAGCAATTGTGC,Epiblast
S2 48h:ACGTAGTCATGAGAAT,Epiblast
S2 48h:GGTCTGGTCGCTGTCT,Epiblast
S2 48h:GATTCGAGTGTCCGTG,Epiblast
S2 48h:GAAGCCCTCTAGCCTC,Epiblast
S2 48h:CTGCAGGAGTTGCGCC,Epiblast
S2 48h:ACCCAAAGTTCCGCGA,Exiting naive pluripotency
S2 48h:AGGCCACAGCCATCCG,Epiblast
S2 48h:GACCTTCAGTGGCCTC,Epiblast
S2 48h:GTAGATCGTAGCTGTT,Epiblast
S2 48h:TGAGGTTAGGAAGTAG,Epiblast
S2 48h:CATACAGTCCTAGAGT,Epiblast
S2 48h:GGCTTGGGTTGTACGT,Epiblast
S2 48h:GTCACGGCAACCTAAC,Epiblast
S2 48h:AGTACCAGTTGGATCT,Epiblast
S2 48h:ATCACTTGTGTTGATC,Epiblast
S2 48h:TTTGTTGCAGTCGAGA,Epiblast
S2 48h:TGTTGGAGTGGTACAG,Epiblast
S2 48h:AATTTCCCAGTAGAAT,Epiblast
S2 48h:GGTGTTACAAAGCTCT,Epiblast
S2 48h:AACTTCTGTCAAAGTA,Epiblast
S2 48h:TTCGATTTCGATACTG,Epiblast
S2 48h:GAATCACCACGGTGCT,Epiblast
S2 48h:AGAGAGCGTGGTCAAG,Epiblast
S2 48h:GACCAATAGATCCAAA,Epiblast
S2 48h:CTACAGATCAGAACCT,Epiblast
S2 48h:CAATCGATCGCCAACG,Epiblast
S2 48h:ACGTAGTTCCGCGGAT,Epiblast
S2 48h:ACTATCTGTTCTCTCG,Epiblast
S2 48h:GACTGATAGTGCCAGA,Epiblast
S2 48h:TCGGGCATCTGGCCGA,Epiblast
S2 48h:GTTGTAGTCGAGAACG,Epiblast
S2 48h:GTGGCGTGTCACAGTT,Epiblast
S2 48h:GAGTCTAGTAGAAACT,Epiblast
S2 48h:TGATTCTAGAATTTGG,Epiblast
S2 48h:TGTGGCGTCAAATAGG,Epiblast
S2 48h:AGCGATTCATGGGTTT,Epiblast
S2 48h:CTCAGGGCAGTTAGGG,Exiting naive pluripotency
S2 48h:GTTGCTCTCGAGTTGT,Epiblast
S2 48h:GCTCAAAAGTGAGTGC,Exiting naive pluripotency
S2 48h:AAGCGAGTCTCGGGAC,Exiting naive pluripotency
S2 48h:GATCACATCACCTCTG,Epiblast
S2 48h:GTCACTCGTCTAGGTT,Epiblast
S2 48h:TTTATGCAGCAGCAGT,Epiblast
S2 48h:CGAAGGAAGCGTGCCT,Epiblast
S2 48h:ACGCACGAGTTAGTGA,Epiblast
S2 48h:GCACTAAGTGCTTATG,Epiblast
S2 48h:GGGTTTACAATGACCT,Epiblast
S2 48h:ATCATTCCAATAACCC,Epiblast
S2 48h:AGCCACGAGTGCTCAT,Exiting naive pluripotency
S2 48h:AACCATGAGGTGCTTT,Epiblast
S2 48h:ATTTCACTCAGATGCT,Epiblast
S2 48h:ATTCTACGTACAAGCG,Epiblast
S2 48h:CGGGACTGTGTGCTTA,Epiblast
S2 48h:CTCAGAATCTTGGATG,Epiblast
S2 48h:ATGATCGAGTAGGAAG,Epiblast
S2 48h:TGATGCACAGGTAGTG,Epiblast
S2 48h:ACATGCAAGGATAATC,Epiblast
S2 48h:GCTGCAGTCGCTGTCT,Epiblast
S2 48h:GATAGCTTCCGAAGGA,Epiblast
S2 48h:TTCCGGTAGGGCCTCT,Epiblast
S2 48h:CAAGAGGTCCTCTAGC,Epiblast
S2 48h:GAGGCCTTCATGCCGG,Epiblast
S2 48h:CTGTGGGGTACAAAGT,Epiblast
S2 48h:ACACCAACATCTGCGG,Epiblast
S2 48h:TGTGTGATCAAGTGTC,Epiblast
S2 48h:TTGAGTGAGTCCCGGT,Epiblast
S2 48h:GCTGCAGTCGTTCTCG,Epiblast
S2 48h:ATAGAGAGTAATGCTC,Epiblast
S2 48h:GGTTGTAAGTTTCGGT,Epiblast
S2 48h:TCCGGGACAGCGTGCT,Epiblast
S2 48h:TAGATCGTCATTGGTG,Epiblast
S2 48h:TGTGATGGTTATAGAG,Epiblast
S2 48h:TTCGATTAGCTGGAGT,Epiblast
S2 48h:AGATCCAAGGTCCGAA,Epiblast
S2 48h:TGGGATTAGCAAGTGC,Epiblast
S2 48h:GCGGATCTCCACGAAT,Epiblast
S2 48h:GTGCAGCAGGTTGACG,Epiblast
S2 48h:TCTTCCTTCGATACTG,Epiblast
S2 48h:TGGTGATTCGGAGATG,Epiblast
S2 48h:CCCAACTAGGCACTAG,Epiblast
S2 48h:TATTGGGCAAGTAGTA,Epiblast
S2 48h:TAGACTGGTGGCGTAA,Epiblast
S2 48h:TCGTAGAGTTCCGCAG,Epiblast
S2 48h:TCAGTGATCGATTTCT,Epiblast
S2 48h:TTGCGTCTCAGATTGC,Epiblast
S2 48h:TCATGTTGTGACAGCA,Epiblast
S2 48h:CAGCAATCACTCAGAT,Epiblast
S2 48h:AATCGTGCATCCGCGA,Epiblast
S2 48h:GCAGTTACAACGACAG,Epiblast
S2 48h:GCGTTTCAGCAATTCC,Epiblast
S2 48h:TACCCGTAGAAGAACG,Epiblast
S2 48h:CAAGAGGCACTCAAGT,Epiblast
S2 48h:TTACAGGGTTGCTTGA,Epiblast
S2 48h:ATGCGATCAGCAAGAC,Epiblast
S2 48h:CTAAGTGAGACATCAA,Epiblast
S2 48h:CTTCAATCAAACTAAG,Epiblast
S2 48h:ATCTCTAGTTGGGTTT,Epiblast
S2 48h:AGTCATGAGCTAGAGC,Epiblast
S2 48h:TAGAGTCCAGTCGGTC,Epiblast
S2 48h:ACCTGTCAGCCAGAGT,Epiblast
S2 48h:TCGGGTGTCTTTCTAG,Epiblast
S2 48h:GATCATGAGGTGCTTT,Epiblast
S2 48h:GAACTGTGTGGACCAA,Epiblast
S2 48h:GGTAGAGAGCGTTGTT,Epiblast
S2 48h:CTATCCGGTATAATGG,Epiblast
S2 48h:GCACGTGAGAAATTCG,Epiblast
S2 48h:TCGTCCAAGTCCTACA,Epiblast
S2 48h:TTTATGCTCAGTGTGT,Epiblast
S2 48h:GGCACGTCAATAGGAT,Exiting naive pluripotency
S2 48h:CTGTGAATCTCTGCTG,Epiblast
S2 48h:CATGCAACAGCCGTTG,Epiblast
S2 48h:AATGGCTTCCGGACGT,Epiblast
S2 48h:TCAAGCAGTCGTCATA,Epiblast
S2 48h:ACTGCAAGTCTGTGAT,Epiblast
S2 48h:AGTCAACAGACTAAGT,Epiblast
S2 48h:TATCTGTGTGGATCAG,Epiblast
S2 48h:CTGGTCTCAAGAGTTA,Epiblast
S2 48h:AGGTGTTGTTAAGCAA,Epiblast
S2 48h:ACAGGGACAGGACAGT,Epiblast
S2 48h:TCATGGAGTTTAGAGA,Epiblast
S2 48h:GGAGATGCATAACAGA,Epiblast
S2 48h:TCGTAGAGTCCACATA,Epiblast
S2 48h:TGTGAGTGTATACCTG,Epiblast
S2 48h:GCTTGGGGTACAGAAT,Epiblast
S2 48h:ATTCCTACAGAGCTAG,Epiblast
S2 48h:GAAGTAAGTACCTAGT,Epiblast
S2 48h:TCGAACAAGTACGTCT,Epiblast
S2 48h:ACTATTCTCCCAAGCG,Epiblast
S2 48h:CGTAATGGTCGTTGGC,Epiblast
S2 48h:GTCATCCTCTCTCCGA,Epiblast
S2 48h:CCTCAGTTCGCTTTAT,Epiblast
S2 48h:TGCATGAGTCTTTCAT,Epiblast
S2 48h:ACTGCAAAGGCAATGC,Epiblast
S2 48h:TGATGCAGTGTTAACC,Epiblast
S2 48h:TCAGTGAAGACCATGG,Epiblast
S2 48h:GGCACGTGTGTTTGCA,Epiblast
S2 48h:TCTTAGTCATGTCGTA,Epiblast
S2 48h:CCTCTCCAGGGATCAC,Epiblast
S2 48h:GAGGGATCAGGAACCA,Exiting naive pluripotency
S2 48h:CGCGTGAAGCTATCCA,Epiblast
S2 48h:TCTACCGGTCAGGTAG,Epiblast
S2 48h:GGGTTATGTGTCCTAA,Epiblast
S2 48h:TGGGATTCATCGATGT,Epiblast
S2 48h:TATACCTAGTTGGAGC,Epiblast
S2 48h:CTGAGCGAGTTGGGAC,Epiblast
S2 48h:GTAGGTTCAGGAACCA,Epiblast
S2 48h:CACTGAAAGTGAGTGC,Epiblast
S2 48h:ATTCCATAGCACAAAT,Epiblast
S2 48h:AAACCCAAGGTTCTTG,Epiblast
S2 48h:CCTTGTGTCGCTAATG,Epiblast
S2 48h:GGAATGGCAGGCTACC,Epiblast
S2 48h:GTTCCGTCAAGGAGTC,Epiblast
S2 48h:AGTGACTGTCATCCGG,Exiting naive pluripotency
S2 48h:CTGTCGTCAGGAGACT,Epiblast
S2 48h:AGGCATTAGGGAGGGT,Epiblast
S2 48h:AAGCGAGCACGGCACT,Epiblast
S2 48h:AGATGAACAGACTGCC,Epiblast
S2 48h:ACTGCAATCGTGACTA,Epiblast
S2 48h:TTGTTGTAGGCATCAG,Epiblast
S2 48h:GGGACAACAAGGCAAC,Epiblast
S2 48h:TTGGGCGCATGTCTAG,Epiblast
S2 48h:CAGATACAGTCGCTAT,Epiblast
S2 48h:GTTGTCCAGAAACCAT,Epiblast
S2 48h:AGAAGTATCCTCGATC,Epiblast
S2 48h:TCATGAGCATCATGAC,Epiblast
S2 48h:GGAAGTGCACTGGCCA,Epiblast
S2 48h:TATGTTCAGACCTCCG,Epiblast
S2 48h:TGAGGAGGTATGAGAT,Exiting naive pluripotency
S2 48h:CCTTGTGAGACAAGCC,Epiblast
S2 48h:GTAGTACCATCCGAAT,Epiblast
S2 48h:TCCTCTTGTGAGCAGT,Epiblast
S2 48h:ACGATGTGTGAATTAG,Epiblast
S2 48h:TGCTGAACAGTTAGAA,Epiblast
S2 48h:TAGTGCAAGTTCCAGT,Epiblast
S2 48h:GTAGTACAGGTAAGGA,Epiblast
S2 48h:AGATGAACATCCTGTC,Exiting naive pluripotency
S2 48h:TGGCGTGTCAGATGCT,Epiblast
S2 48h:GGAGGATGTCATCGCG,Epiblast
S2 48h:GAGTTACCAGCGACCT,Epiblast
S2 48h:GAGAAATCAAGACTGG,Epiblast
S2 48h:CCAAGCGAGGCGAAGG,Epiblast
S2 48h:TGAGCATTCTGCGGGT,Epiblast
S2 48h:ACCCTTGCAACACTAC,Epiblast
S2 48h:TTGTGGATCGGACGTC,Epiblast
S2 48h:CTCTCAGCACAAGCCC,Epiblast
S2 48h:AGGATAAGTTGGAGAC,Epiblast
S2 48h:GTCCACTCAAATTGGA,Epiblast
S2 48h:CAGTTCCGTACGAGCA,Epiblast
S2 48h:TCATGAGAGACCGTTT,Epiblast
S2 48h:GTAACCATCTTCGGAA,Epiblast
S2 48h:ATATCCTCAATGAGCG,Epiblast
S2 48h:GGGTATTCAGACAATA,Epiblast
S2 48h:GCTTGGGCACAAGTGG,Epiblast
S2 48h:GGGATCCGTTCTGAGT,Exiting naive pluripotency
S2 48h:CCTCCTCTCCAAGCTA,Epiblast
S2 48h:GAAGGACAGCATAGGC,Epiblast
S2 48h:CATTTCACAGTTAGAA,Epiblast
S2 48h:AGGCCACAGCATTTGC,Epiblast
S2 48h:GCCAGCAAGGTCGACA,Epiblast
S2 48h:AGGGTGATCATCGTAG,Epiblast
S2 48h:CGTGATACACGCAAAG,Epiblast
S2 48h:CTGCCTAAGGAGGGTG,Epiblast
S2 48h:CGTAAGTTCTAGACAC,Epiblast
S2 48h:TGCACGGAGGCATCGA,Epiblast
S2 48h:TGGTAGTAGGTGATCG,Epiblast
S2 48h:TAACCAGTCTGAATGC,Epiblast
S2 48h:CGTGAATGTACGCTTA,Epiblast
S2 48h:AGAGCCCCACTCCGGA,Epiblast
S2 48h:GAGTTACAGATTGCGG,Epiblast
S2 48h:CCAAGCGAGGTAAGGA,Epiblast
S2 48h:CAGGCCAAGCTAATCC,Epiblast
S2 48h:CACGAATAGTTTAGGA,Epiblast
S2 48h:CAAGCTAAGCAATAGT,Epiblast
S2 48h:AGCGCTGGTCGGTGTC,Epiblast
S2 48h:GTGGAGAGTCCTTGTC,Epiblast
S2 48h:TGGGCGTTCACCATGA,Epiblast
S2 48h:GCCGATGAGAAACTAC,Epiblast
S2 48h:CTTCAATTCAAGGAGC,Epiblast
S2 48h:TGGTAGTGTCAGACTT,Epiblast
S2 48h:GATGAGGCACCGTCTT,Epiblast
S2 48h:CTGCCTATCAGAGTGG,Epiblast
S2 48h:GAGGGATCAATCAAGA,Epiblast
S2 48h:GTAGATCTCTCAGTCC,Epiblast
S2 48h:GCCATGGCACTCCTTG,Epiblast
S2 48h:CGGGTCACACTACAGT,Epiblast
S2 48h:AGTCTCCAGTCCTGTA,Epiblast
S2 48h:GGCTGTGCAATAGAGT,Epiblast
S2 48h:TGTTGGAGTGGGAGAG,Epiblast
S2 48h:TACACCCCAGATCATC,Epiblast
S2 48h:GTATTGGGTAGTCGGA,Epiblast
S2 48h:GGGCTCAAGGACTATA,Epiblast
S2 48h:CTGTCGTAGTTCCGTA,Epiblast
S2 48h:TTCTAGTGTTTGGAAA,Epiblast
S2 48h:CCGGGTACAGCAGTCC,Epiblast
S2 48h:CTGTAGATCCTCTGCA,Epiblast
S2 48h:ACTTCCGTCACTAGCA,Epiblast
S2 48h:TGGATGTTCCAGCTCT,Epiblast
S2 48h:TCACTATGTGTATCCA,Exiting naive pluripotency
S2 48h:GCAACCGCACAGAGCA,Epiblast
S2 48h:CCGGTAGCAGGATGAC,Epiblast
S2 48h:TTTGACTAGAGGTTAT,Epiblast
S2 48h:ATCGGCGTCTGACGCG,Epiblast
S2 48h:GTCACTCGTACTGCCG,Epiblast
S2 48h:GAATCGTTCTCCGATC,Epiblast
S2 48h:ATACCTTGTCGAATGG,Epiblast
S2 48h:CATGCAAAGGAACTAT,Epiblast
S2 48h:TTTCCTCTCTCTCGAC,Epiblast
S2 48h:CTCCTTTTCGTGTCAA,Epiblast
S2 48h:TGGTGATCAATCAAGA,Exiting naive pluripotency
S2 48h:CTCCACACATTGAGCT,Zscan4+ Artefact
S2 48h:CCCGAAGTCCTAGAGT,Epiblast
S2 48h:TAGAGTCTCTCCTGTG,Epiblast
S2 48h:AGGCCACGTTTGGAGG,Epiblast
S2 48h:ACGCACGCAACCCGCA,Epiblast
S2 48h:GTCGTAAGTTACACAC,Epiblast
S2 48h:ATTACCTTCGTGTTCC,Epiblast
S2 48h:GTCATTTAGATCACCT,Epiblast
S2 48h:GAGTTGTGTACAAACA,Epiblast
S2 48h:ACTTCGCGTTTACCAG,Epiblast
S2 48h:GTCATCCTCGGCATAT,Epiblast
S2 48h:TCGCTTGAGGCAGGTT,Epiblast
S2 48h:TCCATCGGTATATGGA,Epiblast
S2 48h:CCTCTCCAGCACAAAT,Epiblast
S2 48h:AGTTCCCGTCTCACGG,Epiblast
S2 48h:CGGTCAGTCGTTGCCT,Epiblast
S2 48h:CTCCGATGTGTTTGCA,Epiblast
S2 48h:GCCCGAAGTTTACTGG,Epiblast
S2 48h:CCGGGTACATTCAGGT,Epiblast
S2 48h:TTGTGTTTCTAGTTCT,Epiblast
S2 48h:CTGTGAAAGCACACCC,Epiblast
S2 48h:GGAGATGAGTGGATTA,Epiblast
S2 48h:TCAAGTGTCGATACTG,Epiblast
S2 48h:AAAGTCCTCCCTCAAC,Epiblast
S2 48h:TGGCGTGTCTATTGTC,Epiblast
S2 48h:GTCGTTCGTTATAGAG,Epiblast
S2 48h:AAAGAACAGCTAAACA,Epiblast
S2 48h:TGCGACGGTTCCAGGC,Epiblast
S2 48h:GACTGATCATCGGAAG,Epiblast
S2 48h:GTGTTCCCAATTTCTC,Epiblast
S2 48h:AGTAACCGTTGCTCCT,Epiblast
S2 48h:CGTGTCTTCACTGAAC,Epiblast
S2 48h:AGGTCTATCGGCTTGG,Epiblast
S2 48h:AAGACAAGTCTGTGCG,Epiblast
S2 48h:GGTGGCTTCCAGCTCT,Epiblast
S2 48h:ATGAAAGGTACTAGCT,Epiblast
S2 48h:TCTTGCGGTTCACCGG,Epiblast
S2 48h:ATGAAAGAGAGCAGAA,Epiblast
S2 48h:GGGACTCTCGGCTCTT,Epiblast
S2 48h:CTACCCACAAGTGACG,Epiblast
S2 48h:CTACCTGAGCGTTGTT,Epiblast
S2 48h:GTCGCGAGTACCAATC,Epiblast
S2 48h:CCGTTCATCAACGCTA,Epiblast
S2 48h:TGTGTGAAGGGCAAGG,Epiblast
S2 48h:CAGTGCGTCCTTCTGG,Epiblast
S2 48h:CACGTGGGTCCTACAA,Epiblast
S2 48h:GGTAGAGAGGTATTGA,Epiblast
S2 48h:TTTCACACACATGGTT,Epiblast
S2 48h:CGAGGCTAGGTATTGA,Epiblast
S2 48h:AAATGGATCGACACCG,Epiblast
S2 48h:TGTTACTGTACTGTTG,Epiblast
S2 48h:TGTGCGGTCTATTGTC,Epiblast
S2 48h:GCGGAAAAGTGCCCGT,Epiblast
S2 48h:AGGGAGTAGAGTTCGG,Epiblast
S2 48h:CATGCGGAGCTGCGAA,Epiblast
S2 48h:CTATCTAGTTATCTTC,Epiblast
S2 48h:GGCTGTGTCGCAAGAG,Epiblast
S2 48h:AGCGATTAGAATTCAG,Epiblast
S2 48h:GGGTAGACAGTTACCA,Epiblast
S2 48h:TTGCATTTCCGTCAAA,Epiblast
S2 48h:TCGTGGGCATCTCATT,Epiblast
S2 48h:ACATGCAGTCTACGAT,Epiblast
S2 48h:TTGGATGAGTATGTAG,Epiblast
S2 48h:GTGCAGCGTATGAAAC,Epiblast
S2 48h:TAAGCGTAGGTTTACC,Epiblast
S2 48h:CGTTCTGTCTCCAATT,Epiblast
S2 48h:AGAGAGCAGAAAGCGA,Epiblast
S2 48h:ATCACAGTCGTGCGAC,Epiblast
S2 48h:CTTGAGATCTAAGGAA,Epiblast
S2 48h:TACCGAAGTCTCGGGT,Epiblast
S2 48h:AAGCCATGTCGAGATG,Epiblast
S2 48h:CGTAGTAGTCGGTGAA,Epiblast
S2 48h:AGGTCATTCCCAATAG,Epiblast
S2 48h:TACCTGCCAGTTTGGT,Epiblast
S2 48h:TGCGACGAGCACACCC,Epiblast
S2 48h:TCCCACAGTGAGCAGT,Epiblast
S2 48h:AAAGGGCCAGCGCGTT,Epiblast
S2 48h:CGATGGCCATGGAACG,Epiblast
S2 48h:GTGTTAGGTAATCAAG,Epiblast
S2 48h:TCCGATCCAGGTCAAG,Epiblast
S2 48h:TGTCCACTCGCAACAT,Epiblast
S2 48h:CCGTGAGTCTAAGAAG,Exiting naive pluripotency
S2 48h:CTCAATTCACTTCATT,Epiblast
S2 48h:GTCGAATTCGGATAAA,Epiblast
S2 48h:AACAAAGGTTGACTGT,Epiblast
S2 48h:ACATCGACAGACGGAT,Epiblast
S2 48h:GTCATCCCATAGGTTC,Epiblast
S2 48h:TGTTTGTAGGCTCTCG,Epiblast
S2 48h:AGGCCACGTGTTCCAA,Epiblast
S2 48h:TCGCAGGCAGTAGTTC,Epiblast
S2 48h:CCTCCAAGTTCTAAGC,Epiblast
S2 48h:ACGGAAGCAGTTTGGT,Epiblast
S2 48h:CTGATCCAGGCTAAAT,Epiblast
S2 48h:AAGCGTTCACAAGTGG,Epiblast
S2 48h:GCTACAAAGAACTCCT,Epiblast
S2 48h:CCGAACGAGCTTGTTG,Epiblast
S2 48h:AAGTTCGTCGGAGATG,Epiblast
S2 48h:GGAACCCCACAGAGAC,Epiblast
S2 48h:TACAACGTCGCTGTTC,Epiblast
S2 48h:TCGGGTGTCTAGTGAC,Epiblast
S2 48h:CAAGGGAGTCCGAAGA,Epiblast
S2 48h:AGGTCATGTTATTCTC,Epiblast
S2 48h:TTCGGTCGTCACTCTC,Epiblast
S2 48h:CTCTGGTCAATGTTGC,Epiblast
S2 48h:CCCTAACAGTTGTAGA,Epiblast
S2 48h:TGATCAGTCTGTCGCT,Epiblast
S2 48h:CTTTCGGTCTTCCAGC,Epiblast
S2 48h:ATCCTATTCATTACGG,Epiblast
S2 48h:TCGCACTGTACCGTGC,Epiblast
S2 48h:TAGGAGGGTAGCGTCC,Epiblast
S2 48h:TAGATCGGTACACTCA,Epiblast
S2 48h:CTTCTCTCAGAGCGTA,Epiblast
S2 48h:TTTACGTCATTGGCAT,Epiblast
S2 48h:GTTGTAGAGTGGACTG,Epiblast
S2 48h:CTGCATCGTCCAATCA,Epiblast
S2 48h:GCAGGCTTCCTTATGT,Epiblast
S2 48h:CTCAAGATCCTTACCG,Exiting naive pluripotency
S2 48h:AGTGTTGCAGGTTACT,Epiblast
S2 48h:TCATCATCATCAACCA,Exiting naive pluripotency
S2 48h:AGAAGTATCGGAGATG,Epiblast
S2 48h:TTTGACTCAATAACGA,Epiblast
S2 48h:CTCAGAAAGAGGCCAT,Epiblast
S2 48h:GGGCGTTGTGGTCCCA,Epiblast
S2 48h:TCGGGTGTCATTGTTC,Epiblast
S2 48h:GAGGCCTAGTGTACCT,Epiblast
S2 48h:TTCGATTAGTTGGACG,Epiblast
S2 48h:TGCTTGCGTGTAACGG,Epiblast
S2 48h:AGAGCAGAGGAGAGGC,Epiblast
S2 48h:GGAGAACGTCCGTACG,Epiblast
S2 48h:CGAGTGCGTTCTCCTG,Epiblast
S2 48h:CATCGGGCATCGTCCT,Epiblast
S2 48h:AGTGCCGCAGACAAGC,Epiblast
S2 48h:GCGTGCATCCATCAGA,Epiblast
S2 48h:TGGGAGATCACCATGA,Epiblast
S2 48h:GGCTTGGAGCACTAAA,Epiblast
S2 48h:AACAAGAAGCGTTACT,Epiblast
S2 48h:TCAATTCGTCGTCGGT,Epiblast
S2 48h:CGGAACCCAGCGAGTA,Epiblast
S2 48h:AGTAACCGTACTGGGA,Epiblast
S2 48h:AGTAGTCAGACACACG,Epiblast
S2 48h:TGAGCGCTCGAGGCAA,Epiblast
S2 48h:CATTCATGTGTTCGAT,Epiblast
S2 48h:GTCGTAATCGAATGCT,Epiblast
S2 48h:CCCTTAGCACCTTCGT,Epiblast
S2 48h:AGGGTGAAGTAGATCA,Epiblast
S2 48h:TGATTTCAGGTAGTCG,Epiblast
S2 48h:GATCCCTAGGTCGAGT,Epiblast
S2 48h:TTGTTGTAGTTTAGGA,Epiblast
S2 48h:ACCTGAAAGGCTTAAA,Epiblast
S2 48h:AGAGAGCTCTGTGCGG,Epiblast
S2 48h:ATCGGCGTCACCATCC,Epiblast
S2 48h:ATCGTCCTCAACTTTC,Epiblast
S2 48h:CCGATCTTCGAAATCC,Epiblast
S2 48h:ACCCTCAGTTGGGTTT,Epiblast
S2 48h:TGTTTGTTCGCTCATC,Epiblast
S2 48h:TACCTCGTCGGCCTTT,Epiblast
S2 48h:ATCGATGGTTGCAAGG,Epiblast
S2 48h:TGGGCGTGTGTTTCTT,Epiblast
S2 48h:AAACGCTAGCTATCTG,Epiblast
S2 48h:GGCACGTTCGAGTGGA,Epiblast
S2 48h:TTTCATGAGAACGTGC,Epiblast
S2 48h:TACGCTCGTAAGGTCG,Epiblast
S2 48h:TGAGGAGGTCGTTCAA,Epiblast
S2 48h:CAGTGCGAGTAGGCCA,Epiblast
S2 48h:TGAGGTTCAGGTTTAC,Epiblast
S2 48h:CTAACCCAGTCGTTAC,Epiblast
S2 48h:TTGGGCGTCACTGATG,Epiblast
S2 48h:TTCTTCCTCTCCGTGT,Epiblast
S2 48h:CCCGGAAAGGTGTGAC,Epiblast
S2 48h:CAGAGCCCACTACCGG,Epiblast
S2 48h:TCTTCCTCAGGCTATT,Epiblast
S2 48h:AGGAAATAGGATACGC,Epiblast
S2 48h:TCGTCCATCATTGAGC,Epiblast
S2 48h:TTTGATCTCCAGTACA,Exiting naive pluripotency
S2 48h:TTCTTCCTCGTAGAGG,Epiblast
S2 48h:TGCGGGTTCAAGATAG,Epiblast
S2 48h:CATCCGTAGTCGCGAA,Epiblast
S2 48h:TCATATCCAGTCGCTG,Epiblast
S2 48h:TATCTTGAGTTCGGTT,Exiting naive pluripotency
S2 48h:TAGGTTGAGTCACGCC,Epiblast
S2 48h:CTTCTAATCGTGGACC,Epiblast
S2 48h:CCTGTTGGTGTTCCTC,Epiblast
S2 48h:CGTGTCTGTCGAGTGA,Epiblast
S2 48h:CGATCGGTCAGTGCGC,Epiblast
S2 48h:ATCCGTCGTTGGTAGG,Epiblast
S2 48h:CAGTGGTATCAACGCA,Epiblast
S2 48h:AGTTCGAAGGCCGCTT,Epiblast
S2 48h:TTTCGATTCATCACTT,Epiblast
S2 48h:CTCATCGCAATGTGGG,Epiblast
S2 48h:GTGTTAGCATTGCCGG,Epiblast
S2 48h:TGCTTCGTCGTGGACC,Epiblast
S2 48h:GCATCTCAGGTAATCA,Epiblast
S2 48h:ATATCCTAGCGAGGAG,Epiblast
S2 48h:TGGGAGAGTGCCTAAT,Epiblast
S2 48h:GCAGTTAGTTGCGGAA,Epiblast
S2 48h:TTCCACGGTTGCAAGG,Epiblast
S2 48h:ATGGGAGTCTCTTCAA,Epiblast
S2 48h:ATGGTTGTCAAAGGAT,Epiblast
S2 48h:TATCTTGAGAGCATCG,Epiblast
S2 48h:GATTTCTAGATTTGCC,Epiblast
S2 48h:GAATAGACATCGTGCG,Epiblast
S2 48h:CAGGTATGTCCTCAGG,Epiblast
S2 48h:GTGCTGGTCCACGAAT,Epiblast
S2 48h:AGGTTGTCAACAGAGC,Epiblast
S2 48h:TGTGCGGGTGGTCCCA,Epiblast
S2 48h:TTCCGGTAGCGTCAAG,Epiblast
S2 48h:GGAGCAAGTAGAGACC,Epiblast
S2 48h:GCTGCAGTCAGAGTGG,Epiblast
S2 48h:CGCGTGAGTGCTCCGA,Epiblast
S2 48h:GTAGATCTCTCCTGCA,Epiblast
S2 48h:TCATCATAGGATGCGT,Exiting naive pluripotency
S2 48h:TAGGTACTCTACCCAC,Epiblast
S2 48h:TTTGATCGTACGATTC,Epiblast
S2 48h:GGTGTCGCATCGTCCT,Epiblast
S2 48h:GTGCGTGCAAGCCCAC,Epiblast
S2 48h:GATCAGTAGCGTTGTT,Epiblast
S2 48h:GTGTCCTAGTTGCGAG,Zscan4+ Artefact
S2 48h:TCATGTTGTACGACAG,Epiblast
S2 48h:TCCGGGACAACACTAC,Epiblast
S2 48h:GAACTGTCATACCACA,Epiblast
S2 48h:GGGAGATGTACCGTCG,Epiblast
S2 48h:TCCGGGAGTTCGAAGG,Epiblast
S2 48h:TGCACGGCAGCCCAGT,Epiblast
S2 48h:TGTGGCGCAGCTACAT,Epiblast
S2 48h:AGCGCCAAGCTGTCCG,Epiblast
S2 48h:TCGTCCATCCTACCAC,Epiblast
S2 48h:TGTCCTGTCGCTTGCT,Epiblast
S2 48h:GACGCTGCATATAGCC,Epiblast
S2 48h:GTGATGTGTTAGGGAC,Epiblast
S2 48h:CTGTGAATCTAGTCAG,Epiblast
S2 48h:TATTGCTCAGGTCAAG,Epiblast
S2 48h:ATGTCCCCAATTAGGA,Epiblast
S2 48h:GGATGTTTCTTTCAGT,Epiblast
S2 48h:TCATGTTTCCGCGAGT,Epiblast
S2 48h:AGAAGTAAGCGCGTTC,Epiblast
S2 48h:CTACCTGAGCGTACAG,Epiblast
S2 48h:ATTACTCGTTAAAGTG,Epiblast
S2 48h:CTGCAGGCATTGAAAG,Epiblast
S2 48h:ATTTCACGTCCTTAAG,Epiblast
S2 48h:CGCGTGAGTGGTCCCA,Epiblast
S2 48h:AGGTAGGAGTGGTGAC,Epiblast
S2 48h:CGTGAATAGCCGTTGC,Epiblast
S2 48h:GATGCTATCTGAGAGG,Epiblast
S2 48h:CTCTCAGGTGATAGAT,Epiblast
S2 48h:ACCTACCTCGGTAGAG,Epiblast
S2 48h:GCGAGAAGTATCCCTC,Epiblast
S2 48h:CGCATGGAGGATGCGT,Epiblast
S2 48h:GTCGCGAGTGTGTGTT,Epiblast
S2 48h:GGGACCTTCTGCGGGT,Epiblast
S2 48h:CGAATTGGTAGGAAAG,Epiblast
S2 48h:TACTTCAAGCCGGAAT,Epiblast
S2 48h:TGTTGAGCACTGCGTG,Epiblast
S2 48h:TGATGGTCACGTCGTG,Epiblast
S2 48h:TGACGCGTCTTTCGAT,Epiblast
S2 48h:TGTGGCGGTCGTAATC,Exiting naive pluripotency
S2 48h:TGTCAGAAGCTGAGTG,Epiblast
S2 48h:TGCACGGTCCACTGAA,Epiblast
S2 48h:AGCGCTGGTGGCCCAT,Epiblast
S2 48h:GTCAAACAGAGAATCT,Epiblast
S2 48h:GTCCCATGTACGTTCA,Epiblast
S2 48h:CGTGTCTAGTGGCCTC,Epiblast
S2 48h:TACGTCCTCGTTCCTG,Epiblast
S2 48h:GAGAGGTAGGGCAGTT,Epiblast
S2 48h:GTTCGCTAGGGATGTC,Epiblast
S2 48h:ACGGGTCGTGACATCT,Epiblast
S2 48h:ACAAGCTAGGGTTAGC,Epiblast
S2 48h:CGTCCATAGTGGAATT,Epiblast
S2 48h:CAGGTATGTGTCATGT,Epiblast
S2 48h:GCTTTCGGTTGTACGT,Epiblast
S2 48h:GACTTCCGTGCTCGTG,Epiblast
S2 48h:GAAGGACCAAGTATCC,Epiblast
S2 48h:CAGAGCCGTATAGCTC,Epiblast
S2 48h:TTTACTGGTGAGTAGC,Epiblast
S2 48h:TCAAGCAAGGTACAAT,Epiblast
S2 48h:GAGTGTTAGGTTAGTA,Epiblast
S2 48h:GAGATGGGTAGGAGTC,Epiblast
S2 48h:TGCAGGCAGTAATCCC,Epiblast
S2 48h:TTTGACTTCATGCATG,Epiblast
S2 48h:AGCGCCACAATGAAAC,Epiblast
S2 48h:CTGTGAATCAAAGGTA,Epiblast
S2 48h:TTGGGATCATGGATCT,Epiblast
S2 48h:TTCCTAAAGATGAACT,Epiblast
S2 48h:AATGGAAAGACAGTCG,Epiblast
S2 48h:GTGAGCCTCGACCATA,Epiblast
S2 48h:GTAGCTAAGCGTGAGT,Epiblast
S2 48h:TGGAACTAGGTGCTAG,Epiblast
S2 48h:CCACGTTGTCGTATTG,Epiblast
S2 48h:GGGTAGACATCATCTT,Epiblast
S2 48h:ATCGGATCAAACTCTG,Epiblast
S2 48h:ACTCTCGAGGGCTTCC,Epiblast
S2 48h:TCATTTGTCTCTGAGA,Epiblast
S2 48h:CTGAGGCCAACTGCTA,Epiblast
S2 48h:TGGATCATCTGATTCT,Epiblast
S2 48h:GCCATTCGTCGCATCG,Epiblast
S2 48h:TGCGGCAGTGGAAATT,Exiting naive pluripotency
S2 48h:GAGTTACCAGTTAAAG,Epiblast
S2 48h:CAGCAGCAGGTCCCTG,Epiblast
S2 48h:TCTTTGATCTCATTGT,Exiting naive pluripotency
S2 48h:TCTTCCTCAGCGACCT,Epiblast
S2 48h:ACTTCGCTCCGTGTGG,Exiting naive pluripotency
S2 48h:GACCCTTGTACGCTAT,Epiblast
S2 48h:ACTTATCTCGCGCTGA,Epiblast
S2 48h:GTTGTCCTCAACTGAC,Epiblast
S2 48h:CATTTCATCAAAGGAT,Epiblast
S2 48h:CTACCCAGTCCCTGTT,Epiblast
S2 48h:GGGCGTTTCTCGCCTA,Epiblast
S2 48h:ACGGAAGCAGACAAAT,Epiblast
S2 48h:CCGATCTTCGGACGTC,Epiblast
S2 48h:GGGACCTGTCACTCGG,Epiblast
S2 48h:TACGCTCAGAAGTGTT,Epiblast
S2 48h:CATCGTCCATGAAGCG,Epiblast
S2 48h:TGAGCGCGTAGCTTGT,Epiblast
S2 48h:GATGAGGGTTCTTCAT,Epiblast
S2 48h:GCCGTGACAACAGATA,Epiblast
S2 48h:GGGTTATAGCAAGGAA,Epiblast
S2 48h:ACAGCCGGTGGATTTC,Epiblast
S2 48h:GGTGAAGTCAGCTTGA,Epiblast
S2 48h:TTCGCTGAGGAAGAAC,Epiblast
S2 48h:GTAGCTACAAAGGGTC,Epiblast
S2 48h:GCCGTGATCCTACGGG,Epiblast
S2 48h:AGCGCTGCAGCTAACT,Epiblast
S2 48h:CTGTCGTTCAGGGATG,Epiblast
S2 48h:GCGTTTCTCTCCAATT,Exiting naive pluripotency
S2 48h:GGCAGTCAGTGTGTTC,Epiblast
S2 48h:CATGCCTAGGTTGGAC,Epiblast
S2 48h:ATGATCGAGCTTGTGT,Epiblast
S2 48h:CGTGTCTGTGGTCTGC,Epiblast
S2 48h:TGTAACGAGGGCGAGA,Epiblast
S2 48h:GGGTAGATCACGGTCG,Epiblast
S2 48h:GGGAGATGTGCCTGAC,Epiblast
S2 48h:GCCGTGAGTGCGTTTA,Epiblast
S2 48h:GTCTCACCAAGTGTCT,Epiblast
S2 48h:TCGTAGATCTCAGTCC,Epiblast
S2 48h:GGTGTTAAGGCCCACT,Epiblast
S2 48h:TGAGCATTCTCGAACA,Epiblast
S2 48h:CTACGGGTCCTACCGT,Epiblast
S2 48h:TTCCTCTGTGCATGTT,Epiblast
S2 48h:TGCTCGTAGCCTCGTG,Epiblast
S2 48h:TCGGGCATCACTGAAC,Epiblast
S2 48h:GCCAGCATCATGGAGG,Epiblast
S2 48h:AGTGACTAGCTGAGTG,Epiblast
S2 48h:GGGATCCTCTTGAACG,Epiblast
S2 48h:AACAAGATCGTGGCGT,Epiblast
S2 48h:GTCGAATTCACGGGCT,Epiblast
S2 48h:CCCGGAAGTTTGTTCT,Epiblast
S2 48h:CAGAGCCGTGCCTTTC,Epiblast
S2 48h:TGGGATTCAGTTAAAG,Epiblast
S2 48h:CTTCCGACAACAGCTT,Epiblast
S2 48h:ATTCTACAGCGAGTAC,Epiblast
S2 48h:TCGTGCTCAAATAAGC,Epiblast
S2 48h:AAGTCGTGTGCCTGAC,Epiblast
S2 48h:GATTCGAAGTGGTGAC,Epiblast
S2 48h:TGAGCATGTGGACCTC,Epiblast
S2 48h:TTTATGCTCGTCGGGT,Epiblast
S2 48h:TGCTGAAGTACTGAGG,Epiblast
S2 48h:TCGTGCTTCGCTAGCG,Epiblast
S2 48h:TTCTGTAAGTACAGCG,Epiblast
S2 48h:CGTCCATGTATCGTGT,Epiblast
S2 48h:GAACGTTGTCGTACTA,Epiblast
S2 48h:CTATAGGAGGTATAGT,Epiblast
S2 48h:CTCAGAAAGCTAAGTA,Epiblast
S2 48h:GTTGCTCTCTGCGTCT,Epiblast
S2 48h:GTAGAAAAGGCTTAAA,Epiblast
S2 48h:ATACCTTAGGCGCTTC,Epiblast
S2 48h:TACGGTAGTAGTGGCA,Epiblast
S2 48h:TCACATTTCGACGTCG,Epiblast
S2 48h:GCCCGAAGTAACGATA,Epiblast
S2 48h:TACGGGCCAACCGTGC,Epiblast
S2 48h:GGCAGTCAGGTGAGAA,Epiblast
S2 48h:GGAGGTAGTGTGAATA,Epiblast
S2 48h:GCAGGCTTCGGCTTCT,Epiblast
S2 48h:AGCGCTGGTGTGAGCA,Epiblast
S2 48h:CTGATCCAGAGGTCGT,Epiblast
S2 48h:CAGCACGAGATGCTTC,Epiblast
S2 48h:GTTAGACAGGTGATAT,Epiblast
S2 48h:AGTCATGGTGATGGCA,Epiblast
S2 48h:AGTAGTCGTCGGCCTA,Epiblast
S2 48h:CAGATCAGTTCGGCCA,Epiblast
S2 48h:CTACTATTCCCGGTAG,Epiblast
S2 48h:TGAGGGAGTTGTGCCG,Exiting naive pluripotency
S2 48h:TGCATGAAGCAAGTCG,Epiblast
S2 48h:TCGGGACCACAACATC,Epiblast
S2 48h:GCGATCGTCTTAGCAG,Epiblast
S2 48h:CTTTCGGAGCGCTGCT,Epiblast
S2 48h:GTATTTCCAAGCGCTC,Epiblast
S2 48h:TTGATGGGTACTGACT,Epiblast
S2 48h:CGGGTGTCATACAGCT,Epiblast
S2 48h:ATCTTCAGTGACAGGT,Exiting naive pluripotency
S2 48h:TACAACGGTATGAAGT,Epiblast
S2 48h:TTACAGGTCCCGTAAA,Epiblast
S2 48h:CGTTGGGTCCATCACC,Epiblast
S2 48h:GTACAGTGTACGTGTT,Epiblast
S2 48h:GTTGAACAGCTTAAGA,Epiblast
S2 48h:GTTACCCCACTAGAGG,Epiblast
S2 48h:ATGGTTGCATCCGTTC,Epiblast
S2 48h:GGATGTTCATCTCGTC,Epiblast
S2 48h:CGATCGGAGAGGTATT,Epiblast
S2 48h:CCTTGTGTCGAGTTGT,Epiblast
S2 48h:AATGAAGAGCGATTCT,Epiblast
S2 48h:GTCACTCGTCTTGTCC,Epiblast
S2 48h:GTCACTCAGTGATAGT,Epiblast
S2 48h:TCTTAGTCAAAGCACG,Epiblast
S2 48h:AATGACCAGTGTTCCA,Epiblast
S2 48h:TCATGTTCACTCTGCT,Epiblast
S2 48h:AGCAGTGGTATCAACG,Epiblast
S2 48h:GTCAAGTTCTGGAAGG,Epiblast
S2 48h:CTTTCAAAGCGTGCCT,Epiblast
S2 48h:ACGGTCGCAGCGAGTA,Epiblast
S2 48h:CCTTTGGAGTCGTCTA,Epiblast
S2 48h:AGATCGTCACCGTGGT,Epiblast
S2 48h:TCACGGGGTCATAGTC,Epiblast
S2 48h:CCCAACTGTCTTCATT,Epiblast
S2 48h:TAGGTTGCAGGTACGA,Epiblast
S2 48h:TGGAGAGGTGCCGAAA,Exiting naive pluripotency
S2 48h:CAGGTATAGGCGTCCT,Epiblast
S2 48h:TGGAGAGCAAGTATAG,Epiblast
S2 48h:TCGGGCAAGGGAGGTG,Epiblast
S2 48h:GCCCAGACAACAGATA,Epiblast
S2 48h:CAACAGTAGGAGGGTG,Epiblast
S2 48h:TCCGATCGTTGCAACT,Epiblast
S2 48h:GTCTGTCTCTCATGGA,Epiblast
S2 48h:CGTAGTACACTGAGTT,Epiblast
S2 48h:TCATCCGCATCGTGGC,Epiblast
S2 48h:AATCGTGGTGGTTTGT,Epiblast
S2 48h:TCGGGCAAGAGAGGGC,Epiblast
S2 48h:GGGATCCAGTACTGGG,Epiblast
S2 48h:AATAGAGGTGAGATAT,Epiblast
S2 48h:ACCTGTCCAGTATGAA,Epiblast
S2 48h:GGGTCTGGTGCTCTCT,Epiblast
S2 48h:AGGGCTCGTTGCAACT,Epiblast
S2 48h:TTTCCTCGTCGTGGAA,Epiblast
S2 48h:CTCCTTTAGCGAGGAG,Epiblast
S2 48h:TCCGTGTGTCGCATGC,Epiblast
S2 48h:CCGTAGGTCGTTGCCT,Epiblast
S2 48h:CCTAAGAAGTGTAGAT,Epiblast
S2 48h:AATGAAGGTCATCCCT,Epiblast
S2 48h:AGCTACATCGAGATGG,Epiblast
S2 48h:TACCGGGTCCTTATAC,Epiblast
S2 48h:GCGATCGAGTTTGAGA,Epiblast
S2 48h:TCGTGGGGTTGTATGC,Epiblast
S2 48h:TCGGGACTCCTACAAG,Epiblast
S2 48h:CGTGAATAGTTCCGGC,Epiblast
S2 48h:ATGGTTGGTTCGGCGT,Epiblast
S2 48h:GCACTAAAGAACTCCT,Epiblast
S2 48h:TGACGCGAGTGGCGAT,Epiblast
S2 48h:GCCCGAACACTATCCC,Epiblast
S2 48h:AAAGTCCCACGACGTC,Epiblast
S2 48h:AGATCGTAGACGAGCT,Epiblast
S2 48h:TTGAGTGCAGCCTTCT,Epiblast
S2 48h:GCCGTGATCGAGGCAA,Epiblast
S2 48h:GGTGATTCAACGAGGT,Epiblast
S2 48h:CATTTCACAGTCGTTA,Epiblast
S2 48h:CGCATGGTCACAATGC,Epiblast
S2 48h:TACCTCGCAACAGATA,Epiblast
S2 48h:TCATTTGAGAGCAACC,Epiblast
S2 48h:GTAGGTTTCACCCTCA,Epiblast
S2 48h:TCTCAGCTCTCATTAC,Epiblast
S2 48h:TCGTGGGCAATCGCAT,Epiblast
S2 48h:GGTGGCTAGTAGCATA,Epiblast
S2 48h:AGGGTTTCACCCTGAG,Epiblast
S2 48h:CTCCACACACAACGCC,Epiblast
S2 48h:CCGATCTAGAGGGTGG,Epiblast
S2 48h:GTCGAATAGCCTTCTC,Epiblast
S2 48h:GGAGAACAGCCACAAG,Epiblast
S2 48h:TGTTTGTAGCGGTATG,Epiblast
S2 48h:GTGCGTGTCTGGTCAA,Epiblast
S2 48h:GCGATCGTCGTTCCCA,Epiblast
S2 48h:ATGGAGGGTCAGCGTC,Epiblast
S2 48h:GTGCTGGCATCCTTGC,Epiblast
S2 48h:TGTCCCAGTTAGTTCG,Epiblast
S2 48h:TACTTGTTCATCGGGC,Epiblast
S2 48h:CATAGACAGACGTCGA,Zscan4+ Artefact
S2 48h:GGAGGATTCGGTAAGG,Epiblast
S2 48h:AGTCTCCAGGTTGTTC,Epiblast
S2 48h:TCATCATCAGTCGAGA,Epiblast
S2 48h:TGGATGTTCCTGTAGA,Epiblast
S2 48h:TATTGCTTCAGAGTTC,Epiblast
S2 48h:TCGGGACAGCCGTCGT,Epiblast
S2 48h:CATTGCCGTCTTACTT,Zscan4+ Artefact
S2 48h:CGGCAGTAGAGGCGTT,Epiblast
S2 48h:AGTGCCGTCAGTCTTT,Epiblast
S2 48h:CTCCGATAGACTCGAG,Epiblast
S2 48h:CGCATGGTCATAGACC,Epiblast
S2 48h:CGCAGGTCAGTTGGTT,Epiblast
S2 48h:TCGTGCTGTGAGTGAC,Epiblast
S2 48h:TTTATGCCAATCCAGT,Epiblast
S2 48h:AGGCTGCAGACATACA,Epiblast
S2 48h:GACCCTTTCATTTGGG,Epiblast
S2 48h:TGAGGAGTCGGTTGTA,Epiblast
S2 48h:GGAATGGCATTGGGAG,Epiblast
S2 48h:GAAGGGTTCAAGTCGT,Epiblast
S2 48h:GATTCGAAGGTTGTTC,Epiblast
S2 48h:ACATTTCAGACCATTC,Epiblast
S2 48h:GCCATGGTCAACTCTT,Epiblast
S2 48h:GCAGGCTAGAAACTAC,Epiblast
S2 48h:ACAACCAGTCGTTCAA,Epiblast
S2 48h:GTCGCGAAGATGAATC,Epiblast
S2 48h:TCTACCGTCGGTCATA,Epiblast
S2 48h:CGGGTGTGTCAGCTTA,Epiblast
S2 48h:AAGGAATGTACGTTCA,Exiting naive pluripotency
S2 48h:GACTCAAGTTCGAAGG,Epiblast
S2 48h:TAGACTGTCTTGCGCT,Epiblast
S2 48h:GAGTGTTAGTCGGCCT,Epiblast
S2 48h:TCGTGCTTCAAAGACA,Epiblast
S2 48h:ACGATGTAGAGGCCAT,Epiblast
S2 48h:TCGTGGGTCCCATTCG,Epiblast
S2 48h:TCATCATCAGAAATTG,Epiblast
S2 48h:GATGATCCACCTGCAG,Exiting naive pluripotency
S2 48h:TTGTTGTAGTTGTACC,Epiblast
S2 48h:CTAGACATCTTCTGTA,Epiblast
S2 48h:CATACCCAGATCCCGC,Epiblast
S2 48h:TGTCCTGTCTCTTGCG,Epiblast
S2 48h:TACAGGTTCCGCAAAT,Epiblast
S2 48h:TCGGGTGGTCAGGAGT,Epiblast
S2 48h:GCGATCGGTGTTCATG,Epiblast
S2 48h:TTTGACTCATCCGAGC,Epiblast
S2 48h:CTCGAGGTCAGTCAGT,Epiblast
S2 48h:TGGAGAGTCGTGTCAA,Epiblast
S2 48h:GTCGTAAGTACATTGC,Zscan4+ Artefact
S2 48h:GTCGTTCGTAAGCAAT,Epiblast
S2 48h:GTGTGATAGCCTCCAG,Epiblast
S2 48h:CTGTAGATCCACTGGG,Epiblast
S2 48h:GACCGTGTCCATAAGC,Epiblast
S2 48h:GTTTGGATCGGCATAT,Epiblast
S2 48h:TACAACGGTCGTGTTA,Epiblast
S2 48h:TCATGGACAAGCGATG,Epiblast
S2 48h:CGATCGGAGCGTATAA,Epiblast
S2 48h:TAGTGCATCACAACCA,Epiblast
S2 48h:GTGCGTGAGAGTCCGA,Epiblast
S2 48h:CGTGTCTCATCCTCAC,Epiblast
S2 48h:GCACGTGAGCCTTCTC,Epiblast
S2 48h:TATTGCTTCGCGTAGC,Epiblast
S2 48h:CGAATTGAGAGCATTA,Epiblast
S2 48h:TGGGAGACATATTCGG,Epiblast
S2 48h:GGCGTCAGTCACATTG,Epiblast
S2 48h:AAAGTGAAGATGTTGA,Epiblast
S2 48h:TTCATGTAGTCACGAG,Epiblast
S2 48h:GTCAAGTAGGGAGGAC,Exiting naive pluripotency
S2 48h:GTTCATTGTATCTTCT,Epiblast
S2 48h:ACTGATGCACCCTTGT,Epiblast
S2 48h:TTTAGTCCAATGGGTG,Epiblast
S2 48h:CGAGGAAGTGCGGCTT,Epiblast
S2 48h:GTATTGGCAGGAGGAG,Epiblast
S2 48h:TGTACAGCAGTCTCTC,Epiblast
S2 48h:TTGCGTCAGTTGGAAT,Epiblast
S2 48h:CGTGTCTAGTCGCTAT,Epiblast
S2 48h:TACGGGCGTGTTAAAG,Epiblast
S2 48h:TTTACTGCAAGGTCTT,Epiblast
S2 48h:GCCAGGTAGTTGTCGT,Epiblast
S2 48h:CAGCACGGTCGTGTTA,Epiblast
S2 48h:CAGCGTGAGAATTCAG,Epiblast
S2 48h:CGCCAGATCGGTCGAC,Zscan4+ Artefact
S2 48h:GCGATCGTCCAGCCTT,Epiblast
S2 48h:TGCAGATGTAGGCTCC,Epiblast
S2 48h:GTAGATCTCGGAACTT,Epiblast
S2 48h:GATTGGTAGGCAGGGA,Epiblast
S2 48h:GTCGCGAAGGGAGTTC,Epiblast
S2 48h:AGATAGAGTCTGTTAG,Epiblast
S2 48h:GTTGAACCAGTGACCC,Epiblast
S2 48h:GTCGTTCCAGTAGAGC,Epiblast
S2 48h:CAGCGTGCAATTGCTG,Epiblast
S2 48h:GGAACCCGTTTCGTTT,Epiblast
S2 48h:AGTACCATCGTAGAGG,Epiblast
S2 48h:AGGGCTCTCATGACAC,Epiblast
S2 48h:AAAGTGATCATCGCCT,Epiblast
S2 48h:ATTGGGTTCGCGTTTC,Epiblast
S2 48h:CAATCGATCGTCAGAT,Epiblast
S2 48h:CGTGTCTAGCATCAAA,Epiblast
S2 48h:GAAGGACCATACCGTA,Epiblast
S2 48h:AGTACTGTCGTTCATT,Epiblast
S2 48h:CGAAGTTTCATGCGGC,Epiblast
S2 48h:TCGTGGGTCTGAGGTT,Epiblast
S2 48h:TATCTGTTCAGCGTCG,Epiblast
S2 48h:GTTCTATAGTTGTCGT,Exiting naive pluripotency
S2 48h:CGATGCGTCCTACGAA,Epiblast
S2 48h:AAAGAACCAAGTCGTT,Epiblast
S2 48h:CCTGTTGGTACGTGAG,Epiblast
S2 48h:GGGTAGACAGCGTTTA,Epiblast
S2 48h:GACGTTATCGTACACA,Epiblast
S2 48h:ACTATTCTCAGGAACG,Epiblast
S2 48h:TTCTCTCGTACGAGTG,Epiblast
S2 48h:AACGTCATCGCGTGCA,Epiblast
S2 48h:ACACAGTGTTAGCTAC,Epiblast
S2 48h:TTCTGTACAGAAGCTG,Epiblast
S2 48h:TCCTGCAAGATTGAGT,Epiblast
S2 48h:TTTGGAGAGTACCGGA,Epiblast
S2 48h:GTCATCCCAAGCACAG,Epiblast
S2 48h:TCGTGCTTCTGGGAGA,Epiblast
S2 48h:GTTAGTGTCGCTTGCT,Epiblast
S2 48h:TCGTGGGAGTGTTCCA,Epiblast
S2 48h:TCGTGGGCATCGGATT,Epiblast
S2 48h:CCGTGAGGTGGCACTC,Epiblast
S2 48h:TGCACGGAGGTTCTTG,Epiblast
S2 48h:CAACAACAGAGCAGCT,Epiblast
S2 48h:CGACGCTCTTCCGATC,Epiblast
S2 48h:GTCTGTCTCTCGCGTT,Epiblast
S2 48h:ATGGATCTCTCGCGTT,Epiblast
S2 48h:GCCGTGAAGGATTTAG,Epiblast
S2 48h:GGCTTGGGTTCTGACA,Epiblast
S2 48h:GTCACGGTCGATTGAC,Epiblast
S2 48h:CACGACGCTCTTCCGA,Epiblast
S2 48h:CGGAGAAGTCTACGAT,Epiblast
S2 48h:CTGATCCCATCTCAAG,Epiblast
S2 48h:CTAACTTCAGGTCCCA,Epiblast
S2 48h:ACACGCGGTGTTCAGT,Exiting naive pluripotency
S2 48h:CCCATTGGTGGAACCA,Epiblast
S2 48h:ACGGAAGAGAGTGAAG,Epiblast
S2 48h:GTCCTCACACATATCG,Epiblast
S2 48h:TTCGGTCGTGTAACGG,Epiblast
S2 48h:ATCCTATGTATCGTGT,Epiblast
S2 48h:TTCATGTAGTTCCGGC,Epiblast
S2 48h:CATCCACTCATGAGGG,Epiblast
S2 48h:GCTTCACGTGTCTAAC,Epiblast
S2 48h:GGGTAGAGTCGTCTCT,Epiblast
S2 48h:ACATGCAAGCTCCCTT,Epiblast
S2 48h:GCCATGGAGTCGAATA,Epiblast
S2 48h:ATCGTAGTCGCGTCGA,Epiblast
S2 48h:GTAATGCGTCGCGTTG,Epiblast
S2 48h:ATCGGCGAGAAGCTGC,Epiblast
S2 48h:TTCGGTCGTTTCGTTT,Epiblast
S2 48h:GGGTTTATCGCCACTT,Epiblast
S2 48h:ACAACCACAGTCGTTA,Epiblast
S2 48h:GAACGTTTCTGGCCGA,Epiblast
S2 48h:ATGAGTCGTGCAGTGA,Epiblast
S2 48h:GCGATCGGTTGTCTAG,Epiblast
S2 48h:ACCCTTGAGCGTTGTT,Epiblast
S2 48h:TGTACAGAGGTTGCCC,Epiblast
S2 48h:TTACTGTTCTCCGCAT,Epiblast
S2 48h:GCCGTGAAGATGGCGT,Epiblast
S2 48h:TAGATCGGTATCGCGC,Epiblast
S2 48h:CCGCAAGAGCTTGTGT,Epiblast
S2 48h:TCTACATCATGCCATA,Epiblast
S2 48h:TGCACGGAGCCTTGAT,Epiblast
S2 48h:TCTTCCTCAAATCCCA,Epiblast
S2 48h:CATTCCGGTCGCTTAA,Epiblast
S2 48h:TGGGAAGAGCGCTGAA,Epiblast
S2 48h:CAGCCAGTCCATAGGT,Epiblast
S2 48h:GACGCTGTCAGTCACA,Epiblast
S2 48h:AGCGTCGGTCCGTACG,Epiblast
S2 48h:ACACGACGCTCTTCCG,Epiblast
S2 48h:TGGATGTGTGACTCTA,Epiblast
S2 48h:ATGATCGCAAGAGGCT,Epiblast
S2 48h:TGACGCGTCGTTATCT,Epiblast
S2 48h:ATGGGAGTCGTTCTCG,Epiblast
S2 48h:GGTGTCGCATGTAACC,Epiblast
S2 48h:ATGTCTTAGGAACGCT,Epiblast
S2 48h:AGCGTCGCAGGGTCTC,Epiblast
S2 48h:ATCACAGTCGTTGTAG,Epiblast
S2 48h:TCTTGCGTCGACGACC,Epiblast
S2 48h:GCGATCGTCGAACGCC,Epiblast
S2 48h:AATAGAGTCGCTGTCT,Epiblast
S2 48h:TCAATCTGTTAGCTAC,Epiblast
S2 48h:GTAGGTTAGGCATTTC,Epiblast
S2 48h:AGCCACGGTGGACAGT,Epiblast
S2 48h:TTCCACGCAGTAGTTC,Epiblast
S2 48h:CAGGCCAGTAATCAGA,Epiblast
S2 48h:AGCGTCGCACCAGCCA,Epiblast
S2 48h:CTACACGACGCTCTTC,Epiblast
S2 48h:ACTTCGCGTCGTTTCC,Exiting naive pluripotency
S2 48h:ATCGTGAAGGCCCGTT,Epiblast
S2 48h:AGAGCAGCAGATTTCG,Epiblast
S2 48h:GGGACTCTCTGCGGAC,Epiblast
S2 48h:AATCGTGGTTGCATGT,Epiblast
S2 48h:GTGGCGTCATCGTGCG,Epiblast
S2 48h:TCACGGGAGGTAAACT,Epiblast
S2 48h:TTGTTTGAGTCAGCGA,Epiblast
S2 48h:TGGAGAGTCGGTTGTA,Epiblast
S2 48h:AGCGTCGAGCATCAAA,Epiblast
S2 48h:AGCGTCGAGCGCCATC,Epiblast
S2 48h:TCTTGCGGTCGCTTAA,Epiblast
S3 52h:TAGTGCATCTGGGCCA,Epiblast
S3 52h:CCTATCGCACCATAAC,Epiblast
S3 52h:AATGGCTCATAGATGA,Epiblast
S3 52h:AGGGCTCAGTTAACGA,Epiblast
S3 52h:GAAGAATCACATTCTT,Epiblast
S3 52h:GCATCTCGTCGACTTA,Epiblast
S3 52h:CAATTTCCACGCAAAG,Epiblast
S3 52h:AAGCCATCACCCTATC,Epiblast
S3 52h:TTGCCTGGTCCCGCAA,Exiting naive pluripotency
S3 52h:GCCATTCGTAAGTCAA,Epiblast
S3 52h:TCCACCAAGCGCAATG,Epiblast
S3 52h:GTGATGTTCGGTGTAT,Epiblast
S3 52h:TGCAGATCACTACCGG,Zscan4+ Artefact
S3 52h:AACCCAACAGACAAAT,Epiblast
S3 52h:CAAGGGACATGAGAAT,Epiblast
S3 52h:TACGTCCCACAGTATC,Epiblast
S3 52h:CATTGAGGTTCTCACC,Epiblast
S3 52h:CTCAGGGCACAGCCTG,Epiblast
S3 52h:GCCCAGATCTTCCAGC,Epiblast
S3 52h:ACATCGACACTTCATT,Epiblast
S3 52h:AAGTGAAAGTGGAAGA,Epiblast
S3 52h:CGAAGTTTCTGTGCAA,Epiblast
S3 52h:CCAATGATCTCAATCT,Epiblast
S3 52h:TCCTCGATCTCTTGCG,Epiblast
S3 52h:GACAGCCTCGACGCTG,Epiblast
S3 52h:CCCTGATTCACCGGTG,Epiblast
S3 52h:GTCCTCAGTCACTCTC,Epiblast
S3 52h:TTGACCCAGATCCCAT,Epiblast
S3 52h:GGTTAACTCTAGAGCT,Epiblast
S3 52h:AGGCATTAGGCGAACT,Epiblast
S3 52h:CACGTGGTCATTGCTT,Epiblast
S3 52h:TACCTCGCATAGGCGA,Epiblast
S3 52h:TACTTGTCAATAGTGA,Epiblast
S3 52h:TTGCATTGTGTGAATA,Epiblast
S3 52h:CTACTATAGGGCAACT,Epiblast
S3 52h:TCAGTTTCAGTGACCC,Epiblast
S3 52h:GAGCCTGGTAACATCC,Epiblast
S3 52h:TATACCTTCCCTTGGT,Epiblast
S3 52h:CGTAATGCAAACGTGG,Epiblast
S3 52h:CGAATTGCAGTGTGGA,Epiblast
S3 52h:CAGCAATCATACTGAC,Epiblast
S3 52h:GATGTTGCAGTTAGGG,Epiblast
S3 52h:ACTGATGTCCAACCAA,Epiblast
S3 52h:ATGCCTCTCCAAACCA,Epiblast
S3 52h:GGGCTCACAAGATGTA,Epiblast
S3 52h:AATGGCTTCATTTCCA,Epiblast
S3 52h:CAGTTCCTCATGCTAG,Epiblast
S3 52h:GTGTTCCAGGGAGGCA,Epiblast
S3 52h:AATGCCACACATATCG,Epiblast
S3 52h:CCCATTGTCCAACACA,Epiblast
S3 52h:TAGCACAAGAAACTGT,Epiblast
S3 52h:TACCTCGGTGACAGGT,Epiblast
S3 52h:ATCCATTAGCGTGTCC,Epiblast
S3 52h:GACTTCCGTCACAATC,Epiblast
S3 52h:TGATTTCAGGATCATA,Epiblast
S3 52h:GAAGCGAAGCCAAGTG,Epiblast
S3 52h:ATTCCCGTCTAACGCA,Epiblast
S3 52h:AGAACAATCAAGCTTG,Epiblast
S3 52h:GTCATGACAGCTTTCC,Epiblast
S3 52h:TACGGTAAGTCTCTGA,Epiblast
S3 52h:CGCATAAAGCCTGAAG,Epiblast
S3 52h:CCTAAGACACTGCATA,Epiblast
S3 52h:TCATGGAAGTAGATCA,Epiblast
S3 52h:CTCCGATTCACATCAG,Epiblast
S3 52h:CTCCACACATCCAATG,Epiblast
S3 52h:GAATAGACAGTCCCGA,Epiblast
S3 52h:TGGAGAGTCCGGTAAT,Epiblast
S3 52h:CAGCAATGTCACTCAA,Epiblast
S3 52h:ACGCACGCAGAGTTGG,Epiblast
S3 52h:GAGGCAACAACACACT,Epiblast
S3 52h:GATTTCTAGAAACTCA,Epiblast
S3 52h:AAATGGATCCTGTAAG,Epiblast
S3 52h:CTCAGAACATCATCTT,Epiblast
S3 52h:ATCGTAGGTGAGACGT,Epiblast
S3 52h:ATTACCTAGTCAGCGA,Epiblast
S3 52h:ACGTCCTCACACGGAA,Epiblast
S3 52h:CCCTAACCAACACTAC,Epiblast
S3 52h:GACTCAAGTGGACAGT,Epiblast
S3 52h:CACAGATTCAGTCATG,Epiblast
S3 52h:TCCATGCAGCATCTTG,Epiblast
S3 52h:ACCACAAGTACTCGAT,Epiblast
S3 52h:ATCACTTGTTCGGGTC,Epiblast
S3 52h:TCGGATAGTAGGAGTC,Epiblast
S3 52h:ACAACCACATGGCACC,Epiblast
S3 52h:CCAATGATCAAGTGGG,Epiblast
S3 52h:GGGTCACTCGCTGACG,Epiblast
S3 52h:CACTAAGAGTCATACC,Epiblast
S3 52h:GAGACTTAGAAGCCTG,Epiblast
S3 52h:GAAATGACACTACCGG,Epiblast
S3 52h:TTTACTGTCGCTACGG,Epiblast
S3 52h:GGACGTCCAATCTGCA,Epiblast
S3 52h:AACCATGCATCCGGTG,Epiblast
S3 52h:AGGGTCCGTCGAACAG,Epiblast
S3 52h:TCAATCTAGGTAATCA,Epiblast
S3 52h:AAACCCAAGACATACA,Epiblast
S3 52h:GCCAGTGCATTCACCC,Epiblast
S3 52h:TGCCGAGCAGTCTTCC,Epiblast
S3 52h:TACCTCGGTTGAGGAC,Epiblast
S3 52h:TTGGGATAGTCTAACC,Epiblast
S3 52h:CATTGCCTCAAACGTC,Epiblast
S3 52h:GTCACTCAGGCACCAA,Epiblast
S3 52h:CTGGCAGTCGAAATCC,Epiblast
S3 52h:TGCAGGCTCTCCGAGG,Epiblast
S3 52h:GAACTGTTCTGGACCG,Epiblast
S3 52h:CCACCATGTCAGGTAG,Epiblast
S3 52h:AAAGGTACAGGACGAT,Epiblast
S3 52h:AGTAACCTCGCTTTAT,Epiblast
S3 52h:TCAGGGCTCTATCACT,Epiblast
S3 52h:TCCCAGTCAAGACTGG,Epiblast
S3 52h:GGGACCTCAATACCCA,Epiblast
S3 52h:TGTTCATCAGTTGGTT,Epiblast
S3 52h:ATTCATCTCCATTCGC,Epiblast
S3 52h:CCCTAACCACACACTA,Epiblast
S3 52h:AATGCCACATCCTTCG,Epiblast
S3 52h:TCCGATCAGGAGGTTC,Epiblast
S3 52h:TAACGACTCCTCAGAA,Epiblast
S3 52h:CAGTTCCTCTCGTTTA,Epiblast
S3 52h:CACACAATCTTCGTAT,Epiblast
S3 52h:GATGATCTCTCACGAA,Epiblast
S3 52h:GAAGGGTGTCACTAGT,Epiblast
S3 52h:CATTCTACATAATGCC,Epiblast
S3 52h:CATACCCTCGTCTCAC,Epiblast
S3 52h:CAACCTCCAACAGTGG,Epiblast
S3 52h:AATTTCCCAGAACTAA,Epiblast
S3 52h:GAGTCATGTTATGACC,Epiblast
S3 52h:CCTCTCCCAGGTTACT,Epiblast
S3 52h:AATGACCCACATACTG,Epiblast
S3 52h:ATTGGGTCACGTGTGC,Epiblast
S3 52h:GTACAACCATGGGTCC,Epiblast
S3 52h:GATGACTCACCCAACG,Epiblast
S3 52h:TCACGGGAGGAGACCT,Epiblast
S3 52h:GACCCTTAGGGACACT,Epiblast
S3 52h:ATCACAGTCTAATTCC,Epiblast
S3 52h:GAAACCTAGGTGTGAC,Epiblast
S3 52h:CCTAACCTCCAGTGTA,Epiblast
S3 52h:GTGTTCCAGGCCTTCG,Epiblast
S3 52h:GTCAAACCAAGTTTGC,Epiblast
S3 52h:TAGCACACACACACGC,Epiblast
S3 52h:CCCAACTAGCAGCACA,Epiblast
S3 52h:TTACGCCTCTTACACT,Epiblast
S3 52h:CCTCAGTAGTAGAATC,Epiblast
S3 52h:AACCACAGTGTGTGTT,Epiblast
S3 52h:CTCAACCCATATGAAG,Epiblast
S3 52h:ACCAACACAGTAACGG,Epiblast
S3 52h:CTACTATCAGCTGTAT,Zscan4+ Artefact
S3 52h:CAACAACAGTCCGCCA,Epiblast
S3 52h:CTCCACATCATCACTT,Epiblast
S3 52h:GTACAGTTCAAAGCCT,Epiblast
S3 52h:GTTACGAAGGCATGCA,Epiblast
S3 52h:CAAGAGGCAAATTGCC,Epiblast
S3 52h:TGCAGATAGAGCATAT,Epiblast
S3 52h:ATTCACTAGCGCATCC,Epiblast
S3 52h:AACCATGTCGCAGTTA,Epiblast
S3 52h:AGTCACAGTACAGTTC,Epiblast
S3 52h:CATAGACTCTTCTTCC,Epiblast
S3 52h:CTTTCGGTCGAACACT,Epiblast
S3 52h:GTTGCTCTCCCGAATA,Epiblast
S3 52h:CTCCGATCAGAGTGTG,Epiblast
S3 52h:CCTTTGGCAGCTATAC,Epiblast
S3 52h:GTACAGTGTAATGCTC,Epiblast
S3 52h:TCCTCTTAGATCGCCC,Epiblast
S3 52h:TTTATGCCAAATGCTC,Epiblast
S3 52h:ATTACTCCAAATTGCC,Epiblast
S3 52h:TGATCAGTCATCGGGC,Epiblast
S3 52h:ATTCATCAGGTCGTCC,Epiblast
S3 52h:GAATCACCAAATAAGC,Epiblast
S3 52h:GCATCTCCACCCTGTT,Epiblast
S3 52h:CTGTGAAAGGGTTAAT,Epiblast
S3 52h:ACTATCTGTGCCGTAC,Epiblast
S3 52h:ATGACCAGTCTTGCTC,Epiblast
S3 52h:CTGAGGCTCCAGTACA,Epiblast
S3 52h:GTCGCGACAGACCATT,Epiblast
S3 52h:TCAGCAACACACTTAG,Epiblast
S3 52h:CTGGCAGTCCGCTAGG,Epiblast
S3 52h:ATGGAGGCATGCCGGT,Epiblast
S3 52h:ATCGTGATCGGCAGTC,Epiblast
S3 52h:CACCAAACATTCTCCG,Epiblast
S3 52h:CAATGACTCGCAAGAG,Epiblast
S3 52h:TACCCACTCGATACTG,Epiblast
S3 52h:TGTGCGGGTGACACGA,Epiblast
S3 52h:AAGTACCTCTAGATCG,Epiblast
S3 52h:GAACGTTTCACTGTCC,Epiblast
S3 52h:TCTGTCGCACATAACC,Epiblast
S3 52h:CTGTGAATCAAACGAA,Epiblast
S3 52h:TGGGATTCATACATCG,Epiblast
S3 52h:TGATCTTTCCATGAGT,Epiblast
S3 52h:GCACGGTTCTTAGTTC,Epiblast
S3 52h:GAGACTTAGGAGTATT,Epiblast
S3 52h:AAAGAACTCGCTTAAG,Epiblast
S3 52h:TTCAATCCACCAGCGT,Epiblast
S3 52h:TATATCCCAGCATGCC,Epiblast
S3 52h:CATGAGTCACTCGATA,Epiblast
S3 52h:TTGGGCGGTAATTAGG,Epiblast
S3 52h:CATTTCAAGTTGCATC,Epiblast
S3 52h:TGATGCAGTCACCACG,Epiblast
S3 52h:TCTAACTGTCCGAAAG,Epiblast
S3 52h:GCCAACGGTAGTCGGA,Epiblast
S3 52h:ATTCTACAGCGCAATG,Epiblast
S3 52h:GTAACCAAGAACGCGT,Epiblast
S3 52h:AATGACCAGGTGCGAT,Epiblast
S3 52h:AGATGCTGTGTCTTAG,Epiblast
S3 52h:TCAATTCCATATGGCT,Epiblast
S3 52h:TACGGGCTCTCATTTG,Epiblast
S3 52h:ATAGACCCAATCACGT,Epiblast
S3 52h:AGGTTGTCAATCCTTT,Epiblast
S3 52h:GTTGAACGTCTTACAG,Epiblast
S3 52h:TGCAGTACAGCGTATT,Epiblast
S3 52h:TCCTCGACAACTGATC,Epiblast
S3 52h:TTCCTTCAGCATTGTC,Epiblast
S3 52h:CACCAAATCAGATTGC,Epiblast
S3 52h:GAACGTTTCCATCTCG,Epiblast
S3 52h:CCTGCATCAATTCACG,Epiblast
S3 52h:AACAACCCAAAGCAAT,Epiblast
S3 52h:CAGCACGAGCCTGAAG,Epiblast
S3 52h:CGCGTGACATTCACCC,Epiblast
S3 52h:AACAAAGAGAAGTCTA,Epiblast
S3 52h:TGTAACGGTATGAGCG,Epiblast
S3 52h:ACGATGTCACCAAATC,Epiblast
S3 52h:GTACAGTTCAGAACCT,Epiblast
S3 52h:AGCGCTGCAAACACGG,Epiblast
S3 52h:CATTGAGTCTTGAACG,Epiblast
S3 52h:CTCCTCCTCGAACCTA,Epiblast
S3 52h:TCCTCCCAGTAACGTA,Epiblast
S3 52h:AGACCCGTCAGGGTAG,Epiblast
S3 52h:CTTCTCTAGGCTGGAT,Epiblast
S3 52h:GGTAACTCATTGAGCT,Epiblast
S3 52h:TGCATCCAGAAGGATG,Epiblast
S3 52h:GTCCACTCATAGTCAC,Epiblast
S3 52h:TGTTCATGTTAGTTCG,Epiblast
S3 52h:GGAATCTCACTTGACA,Epiblast
S3 52h:CTAGGTACACAGCCTG,Epiblast
S3 52h:TCCACCACACCGAATT,Epiblast
S3 52h:CAACGGCCACAAAGCG,Epiblast
S3 52h:AGTAACCTCTACACAG,Epiblast
S3 52h:ACATCGACATAGGTAA,Epiblast
S3 52h:AACAACCTCGAGCCAC,Epiblast
S3 52h:GCCCGAAGTTACTCAG,Epiblast
S3 52h:GAGGCAATCTTTCCAA,Epiblast
S3 52h:TTCAGGACACGCCAGT,Epiblast
S3 52h:CACTGAAAGCTGTACT,Epiblast
S3 52h:CCATAAGCAACTCCAA,Epiblast
S3 52h:CCAATGACACCTCTGT,Epiblast
S3 52h:GCGGAAATCACATTGG,Epiblast
S3 52h:TACTGCCTCTAGGCAT,Epiblast
S3 52h:ATGGGAGAGTCGGCAA,Epiblast
S3 52h:CAAGACTCAACCTATG,Epiblast
S3 52h:AGAAATGTCTGAATGC,Epiblast
S3 52h:ATGACCAGTACCTTCC,Epiblast
S3 52h:GAGGGATAGGTATCTC,Epiblast
S3 52h:CTCAGAACACAAGCCC,Epiblast
S3 52h:TGCAGATAGCTCGGCT,Epiblast
S3 52h:AGAGCCCCAGCAAGAC,Epiblast
S3 52h:CTATCCGCACTGGATT,Epiblast
S3 52h:TTTGATCCACACACTA,Epiblast
S3 52h:CGGACACGTCCGGACT,Epiblast
S3 52h:TCTACCGCATAAGATG,Epiblast
S3 52h:CCCTCAAAGTATAGAC,Epiblast
S3 52h:CCTTTGGCACCAGCTG,Epiblast
S3 52h:CTGTAGATCATTTCCA,Epiblast
S3 52h:TGAATCGCACGGTGCT,Epiblast
S3 52h:ACCATTTCACAGAAGC,Epiblast
S3 52h:AAACCCAAGAGTCAAT,Epiblast
S3 52h:ATCATTCCAACTTCTT,Epiblast
S3 52h:TTCAATCCATGTGGCC,Epiblast
S3 52h:GGAGGTATCGAACCTA,Epiblast
S3 52h:TATTCCAGTTAACCTG,Epiblast
S3 52h:GAGGGTAAGCCTGAAG,Epiblast
S3 52h:TTTGGTTCAGACCGCT,Epiblast
S3 52h:GTTCATTCAGGCGATA,Epiblast
S3 52h:ACGGTTATCTGTCGTC,Epiblast
S3 52h:TACGCTCTCGCAAGAG,Epiblast
S3 52h:CCTACGTTCACGTAGT,Epiblast
S3 52h:GGATGTTGTTGTACGT,Epiblast
S3 52h:TGGGTTAAGGTCGACA,Epiblast
S3 52h:CACTGGGTCTCTGCTG,Epiblast
S3 52h:CAGCAGCTCTCTGCCA,Epiblast
S3 52h:GAAGGACTCAGCAATC,Epiblast
S3 52h:CTAACCCTCCTCGCAT,Epiblast
S3 52h:TTTATGCGTTAGAAAC,Epiblast
S3 52h:CAGCAATGTACTCCCT,Epiblast
S3 52h:CGCAGGTGTCTCTCCA,Epiblast
S3 52h:TTACGCCAGGTCGCCT,Epiblast
S3 52h:GATAGCTGTACGGCAA,Epiblast
S3 52h:TATACCTCAGGTCAAG,Epiblast
S3 52h:AACGGGATCTTAGCTT,Epiblast
S3 52h:AAGACAACAATGGCCC,Epiblast
S3 52h:TGAATGCAGCCATTGT,Epiblast
S3 52h:GGAATCTCAAGGCCTC,Epiblast
S3 52h:GGAAGTGCAACCAACT,Epiblast
S3 52h:TCAGTCCGTGACAACG,Epiblast
S3 52h:TTCGATTCAATACCCA,Epiblast
S3 52h:TGAGGAGAGATGCCGA,Epiblast
S3 52h:ACAAGCTTCACTAGCA,Epiblast
S3 52h:CATTGCCTCACTCCGT,Epiblast
S3 52h:CACTGGGCAGAAGTGC,Epiblast
S3 52h:GCAACCGAGTTACTCG,Epiblast
S3 52h:TTTCGATTCATTTACC,Epiblast
S3 52h:CCCTAACCAGGCTTGC,Epiblast
S3 52h:TCATCCGCACAAGCTT,Epiblast
S3 52h:GTAGTACCACAATGTC,Epiblast
S3 52h:ATGGAGGCAATTCTTC,Epiblast
S3 52h:TTCTGTAAGACTAAGT,Epiblast
S3 52h:TGATTCTAGCCTCCAG,Epiblast
S3 52h:TAGCACACATGACGAG,Epiblast
S3 52h:GGGAAGTAGTGTTCAC,Epiblast
S3 52h:CTCTCAGCAGCGACCT,Epiblast
S3 52h:GCTTCACAGTAAAGCT,Epiblast
S3 52h:CATGAGTTCTTAGCCC,Epiblast
S3 52h:AGCGCTGTCCTGTAAG,Epiblast
S3 52h:CCTCACAAGTAGCCAG,Epiblast
S3 52h:AAAGGTAAGTGGCAGT,Epiblast
S3 52h:GTTCGCTGTCAGACGA,Epiblast
S3 52h:TACAACGAGAAATCCA,Epiblast
S3 52h:GTTACCCGTTAGGACG,Epiblast
S3 52h:TGCGGCAAGCAGTAAT,Epiblast
S3 52h:CAGCAATCAAGCAGGT,Epiblast
S3 52h:TTCTAGTCAAGATTGA,Epiblast
S3 52h:GCCAGGTGTTGCCGCA,Epiblast
S3 52h:CGGAACCTCAAGCTGT,Epiblast
S3 52h:GCTGAATTCTAATTCC,Epiblast
S3 52h:AAGGAATAGGGCGAAG,Epiblast
S3 52h:AGAACAATCCGTTGGG,Epiblast
S3 52h:AGTCACAGTCAGTCCG,Epiblast
S3 52h:ATCGTAGGTGCAGTGA,Epiblast
S3 52h:CAGTGCGGTAGGAAAG,Epiblast
S3 52h:CTCCCAAGTTACCCTC,Epiblast
S3 52h:CTGGACGGTAACGTTC,Epiblast
S3 52h:GTGAGGATCAAGTAAG,Epiblast
S3 52h:ATACTTCTCCATCTAT,Epiblast
S3 52h:GCCAGGTTCGCTCCTA,Epiblast
S3 52h:TTCCTCTTCATCACCC,Epiblast
S3 52h:AGATCCAGTACCGTGC,Epiblast
S3 52h:TATACCTAGCAGCCTC,Epiblast
S3 52h:CATTTCACAGCCCAGT,Epiblast
S3 52h:AGTAACCAGGTCTACT,Epiblast
S3 52h:GACGTTAAGACGAAGA,Epiblast
S3 52h:GATTTCTCATCCGAGC,Epiblast
S3 52h:ATTACCTTCGAATCCA,Epiblast
S3 52h:GTCAAACCAGCTGAGA,Epiblast
S3 52h:TGGTTAGCAATCAAGA,Epiblast
S3 52h:CCCTCAACAAATCGGG,Epiblast
S3 52h:AAGTCGTTCCAAACCA,Epiblast
S3 52h:TACCTCGTCCCGAGAC,Epiblast
S3 52h:TCATGCCTCGGTCTGG,Epiblast
S3 52h:GAAGTAACATGAAAGT,Epiblast
S3 52h:TTTACTGTCAAGGCTT,Epiblast
S3 52h:ATCCCTGCAAGTACCT,Epiblast
S3 52h:TAGTGCAGTAACGCGA,Epiblast
S3 52h:GTAACCACATTGTGCA,Epiblast
S3 52h:AGATGCTTCAGTCACA,Epiblast
S3 52h:ACTGTGACACTAGGCC,Epiblast
S3 52h:CGCCATTGTTAGGCTT,Epiblast
S3 52h:GCTACAAAGGCCACCT,Exiting naive pluripotency
S3 52h:ACGGGTCCACCCTAAA,Epiblast
S3 52h:TACCCACAGGATTTGA,Epiblast
S3 52h:CTCCACACACTATCCC,Epiblast
S3 52h:TCATGTTTCCGATGTA,Epiblast
S3 52h:ATCCTATAGAGTATAC,Epiblast
S3 52h:CCAATGAAGACCAGAC,Epiblast
S3 52h:TTCACGCCAAACAGGC,Epiblast
S3 52h:ATGAGTCCATGCAGCC,Epiblast
S3 52h:CTACTATGTCACTCAA,Epiblast
S3 52h:ACACGCGAGCATACTC,Epiblast
S3 52h:ATCGTCCCAGACCATT,Epiblast
S3 52h:CGAGGAACAGCTCATA,Epiblast
S3 52h:GTTGCTCCAGTCTACA,Epiblast
S3 52h:CCAATTTAGGTAGCAC,Exiting naive pluripotency
S3 52h:GAAATGAGTGATCATC,Epiblast
S3 52h:GTCCTCATCACGGACC,Epiblast
S3 52h:AACAGGGCAACGACTT,Epiblast
S3 52h:GGGTGAATCAAGAGTA,Epiblast
S3 52h:GTTACGAAGCTACTGT,Epiblast
S3 52h:GCTACCTAGAGCATCG,Epiblast
S3 52h:CTGATCCAGCCGATCC,Epiblast
S3 52h:TCCGATCAGGTGCAGT,Epiblast
S3 52h:TCCATGCAGTCTTCCC,Epiblast
S3 52h:AGAGCCCAGATCACTC,Zscan4+ Artefact
S3 52h:GCACATACACTGGCCA,Epiblast
S3 52h:CTTCTCTCATGTCTAG,Epiblast
S3 52h:TGATGCAAGACCATAA,Epiblast
S3 52h:CTACCCAAGTAGGCCA,Epiblast
S3 52h:GAGTCTATCCGCTTAC,Epiblast
S3 52h:AAGTACCGTAATCAAG,Epiblast
S3 52h:TGCGACGGTACTTGTG,Epiblast
S3 52h:GTCCTCAAGTGTTGAA,Epiblast
S3 52h:GAGTGTTTCCGTTGGG,Epiblast
S3 52h:AGACACTAGATGACCG,Epiblast
S3 52h:CCTCATGCAGACCATT,Epiblast
S3 52h:AGGACTTAGGACAACC,Epiblast
S3 52h:TAGCACATCTGTCGTC,Epiblast
S3 52h:CAGCAATGTTGTAAAG,Epiblast
S3 52h:TTATTGCTCACACGAT,Epiblast
S3 52h:ACTTTCAAGGACGCTA,Epiblast
S3 52h:GTAGAGGCAAACTAAG,Epiblast
S3 52h:ACAGGGACATAGATGA,Epiblast
S3 52h:TCCCAGTGTGCATTTG,Epiblast
S3 52h:ACATGCACATCACAGT,Epiblast
S3 52h:TCTACATCACGTACTA,Epiblast
S3 52h:TGCGATACACCTGAAT,Epiblast
S3 52h:TCTAACTCAGTGTATC,Epiblast
S3 52h:GTTGTAGTCGCCAGTG,Epiblast
S3 52h:TCATACTCAGATTTCG,Epiblast
S3 52h:TCGCACTTCACTACTT,Epiblast
S3 52h:TCTAACTTCACCTTAT,Epiblast
S3 52h:AAAGGATTCAGTGGGA,Epiblast
S3 52h:TATACCTGTTTCCCAC,Epiblast
S3 52h:CAGTTCCGTATCAAGA,Epiblast
S3 52h:TCACTATCACATCATG,Epiblast
S3 52h:CATTTCAGTATTGGCT,Epiblast
S3 52h:TTCAGGAGTCAGATTC,Epiblast
S3 52h:TGCATGAAGCAACCAG,Epiblast
S3 52h:TAGACTGAGCGGGTTA,Epiblast
S3 52h:AGCCACGCAGAATGTA,Epiblast
S3 52h:CATTTCAGTTTCGACA,Epiblast
S3 52h:TTTCAGTAGCTCTATG,Epiblast
S3 52h:GTTACCCAGGTCTACT,Epiblast
S3 52h:GGGCGTTCAGGTGTGA,Epiblast
S3 52h:TCCTCTTCAGAGGGTT,Exiting naive pluripotency
S3 52h:CACAGATCAACCGACC,Epiblast
S3 52h:AAAGGTATCCTTACCG,Epiblast
S3 52h:CAATCGAGTAGGCTCC,Epiblast
S3 52h:GCCTGTTGTTTGACAC,Epiblast
S3 52h:TATCGCCTCACCTCTG,Epiblast
S3 52h:TTTGGTTCACGAGGTA,Epiblast
S3 52h:GAGGCCTTCCTTCGAC,Epiblast
S3 52h:GGCTGTGTCCACGTGG,Epiblast
S3 52h:GGGACCTAGTTCCATG,Epiblast
S3 52h:GATGAGGTCACCATAG,Epiblast
S3 52h:TTAGGCACAGACGATG,Epiblast
S3 52h:CCACAAACATTCGGGC,Epiblast
S3 52h:AATGACCCACGTTGGC,Epiblast
S3 52h:GTGCGTGAGAAGGATG,Epiblast
S3 52h:TCCGGGACAACACACT,Epiblast
S3 52h:TCATATCGTATACCCA,Epiblast
S3 52h:AGTAACCAGGATGGCT,Epiblast
S3 52h:TTGGATGAGTCTGCAT,Epiblast
S3 52h:TGCCGAGTCTGTCAGA,Epiblast
S3 52h:TACTGCCTCCAGCCTT,Epiblast
S3 52h:GCATTAGTCGAGAGCA,Epiblast
S3 52h:CATCGTCTCTAACGGT,Epiblast
S3 52h:TGTTCTAAGAACCGCA,Epiblast
S3 52h:TCCGTGTTCTACCACC,Epiblast
S3 52h:CTCAATTTCTTCCAGC,Epiblast
S3 52h:GAGTCTATCTAGAACC,Epiblast
S3 52h:AGCCACGGTAATGCGG,Epiblast
S3 52h:ACAAGCTGTAATACCC,Epiblast
S3 52h:TGTAACGCATGATAGA,Epiblast
S3 52h:TCATTACCAAACTAAG,Epiblast
S3 52h:ACGTAACTCTTACACT,Epiblast
S3 52h:CTTCCGAAGACGGAAA,Epiblast
S3 52h:CTATAGGCATTCACCC,Epiblast
S3 52h:GCTGGGTGTCCTGGGT,Epiblast
S3 52h:TAATTCCGTCACTCAA,Epiblast
S3 52h:CTAGACATCTGACCCT,Epiblast
S3 52h:TCAGCCTGTTGCCATA,Epiblast
S3 52h:CCATCACCACAGTCAT,Epiblast
S3 52h:AAGTGAATCCTCAGAA,Epiblast
S3 52h:GGGATCCAGCATTGAA,Epiblast
S3 52h:GGGTATTAGTGAGCCA,Epiblast
S3 52h:GAGTGAGAGCTATCCA,Epiblast
S3 52h:CTCTCAGAGGACTAAT,Epiblast
S3 52h:TTCAATCCAAATCCCA,Epiblast
S3 52h:GGGATCCTCACTACGA,Epiblast
S3 52h:CGTTGGGGTGAATGAT,Epiblast
S3 52h:GAAGCGAAGCTCGGCT,Epiblast
S3 52h:CAGATTGTCCCGTTCA,Epiblast
S3 52h:AAGACAAGTGCTCTCT,Epiblast
S3 52h:CGACAGCAGACGCCCT,Epiblast
S3 52h:TGCATGAGTTCCAAAC,Epiblast
S3 52h:GTAGATCAGAGTGACC,Exiting naive pluripotency
S3 52h:CTTTCAATCGTCCATC,Epiblast
S3 52h:TACCCACAGATGACAT,Exiting naive pluripotency
S3 52h:TTGTTCATCCGCGATG,Epiblast
S3 52h:GACCCTTAGTCTAGCT,Epiblast
S3 52h:TCAAGTGGTTGGGCCT,Epiblast
S3 52h:CTTACCGTCTTAGCTT,Epiblast
S3 52h:CTCCACACATTCTGTT,Epiblast
S3 52h:TTCACGCCATCTAGAC,Epiblast
S3 52h:GCATGATCAACGGTAG,Epiblast
S3 52h:GGTGAAGAGGAAGAAC,Epiblast
S3 52h:ACATGCATCTGGTGCG,Epiblast
S3 52h:ACCTGAATCCATACAG,Epiblast
S3 52h:TTCACCGCACATTCTT,Epiblast
S3 52h:AAAGTCCCAGCATCTA,Exiting naive pluripotency
S3 52h:TCCTTTCTCGCTCATC,Epiblast
S3 52h:TAGCACATCAACGTGT,Epiblast
S3 52h:CTCACTGCATTACTCT,Epiblast
S3 52h:TTGCTGCCAGGCTATT,Epiblast
S3 52h:AAAGTCCGTTCAGTAC,Epiblast
S3 52h:TGCTCCATCCTCAGAA,Epiblast
S3 52h:AAGGTAACATGCTGCG,Epiblast
S3 52h:TTGGTTTAGCTTGTGT,Epiblast
S3 52h:GAGGGTAGTATGAGGC,Epiblast
S3 52h:ATTCCATGTTGTCCCT,Epiblast
S3 52h:TGTCCCACATTGAGGG,Epiblast
S3 52h:CCTCAACAGGCTTCCG,Epiblast
S3 52h:ATCCACCCAAGGGTCA,Epiblast
S3 52h:GATCCCTTCCACTTTA,Epiblast
S3 52h:TCTTCCTCAGCTGAAG,Epiblast
S3 52h:TGAGTCACACAGACGA,Epiblast
S3 52h:GAGTTTGCAATCTCGA,Epiblast
S3 52h:AACCTTTCACTGTTCC,Epiblast
S3 52h:GTGGTTATCGCACTCT,Epiblast
S3 52h:CTGCATCAGTCTTCCC,Epiblast
S3 52h:TAATCTCGTATGTCTG,Epiblast
S3 52h:ATCATTCCAAGTGGAC,Epiblast
S3 52h:AGGTCATAGTAGGTTA,Epiblast
S3 52h:ACCAACAGTGGCCTCA,Epiblast
S3 52h:CTGCATCAGGATTCCT,Epiblast
S3 52h:TGGGCGTAGACAGCGT,Epiblast
S3 52h:GTAGGAGTCCTGTTGC,Epiblast
S3 52h:GATCAGTAGGTATCTC,Epiblast
S3 52h:CGGAGAATCATTATCC,Epiblast
S3 52h:CTGCCTATCTTGCGCT,Epiblast
S3 52h:AAACCCAGTATGTGTC,Epiblast
S3 52h:CTCTCGACAGCCTTCT,Epiblast
S3 52h:CCTCATGGTCGAGCTC,Epiblast
S3 52h:GTAACACCACCGGAAA,Epiblast
S3 52h:TTTCGATGTTCGATTG,Epiblast
S3 52h:TCATGTTGTTTCGCTC,Epiblast
S3 52h:TGAATGCAGTCATAGA,Epiblast
S3 52h:CGACAGCCATTCCTCG,Epiblast
S3 52h:TGTGGCGTCGGCTGGT,Epiblast
S3 52h:CTTTCGGTCTGCTTTA,Epiblast
S3 52h:TCCGAAATCAATCAGC,Epiblast
S3 52h:GATGCTATCCGCGATG,Epiblast
S3 52h:TTCAATCGTACCTAGT,Epiblast
S3 52h:TCGCTCAGTCCTCCTA,Epiblast
S3 52h:AGCTCAATCTCGGTCT,Epiblast
S3 52h:AGGTCATTCTGCCTGT,Epiblast
S3 52h:CAATACGCATCTATCT,Epiblast
S3 52h:TAACGACTCCTCGCAT,Epiblast
S3 52h:TATACCTCACTGTCCT,Epiblast
S3 52h:GGGATCCAGACTCAAA,Epiblast
S3 52h:GGATGTTCAGGGATAC,Epiblast
S3 52h:CTCAATTGTAAGCTCT,Epiblast
S3 52h:AGCTACAAGAAAGTCT,Epiblast
S3 52h:ATCGGATCACACACTA,Epiblast
S3 52h:GGCTTTCTCACCATCC,Epiblast
S3 52h:TCTCACGAGAGGCTGT,Epiblast
S3 52h:ATGGATCTCCGTAATG,Epiblast
S3 52h:GCCCAGATCTCTCAAT,Epiblast
S3 52h:GTTCTATCACATATCG,Epiblast
S3 52h:CATCCGTAGACTCAAA,Epiblast
S3 52h:TGTCCTGGTTTGGGTT,Epiblast
S3 52h:TGATCAGAGGGCAGAG,Epiblast
S3 52h:TTGGGTATCATCGCTC,Epiblast
S3 52h:CTCCCAAGTGCGTTTA,Epiblast
S3 52h:TCAAGCAAGCCATGCC,Epiblast
S3 52h:AAGCAGTGGTATCAAC,Epiblast
S3 52h:AGCTACACAACCTATG,Epiblast
S3 52h:TCACATTCAGGGACTA,Epiblast
S3 52h:TAACACGTCCCTAGGG,Epiblast
S3 52h:TTTCCTCAGCCGAACA,Epiblast
S3 52h:AGGTCTAGTGGTCAAG,Epiblast
S3 52h:GATTCGAAGACGGAAA,Epiblast
S3 52h:TACAACGCAGGCACAA,Epiblast
S3 52h:AGGACGATCAACTTTC,Epiblast
S3 52h:AGATCCAGTGAGTTTC,Epiblast
S3 52h:TCTACATCAGTAGTTC,Epiblast
S3 52h:ACTGTGATCTTACGGA,Epiblast
S3 52h:GTTGCGGCAGAACATA,Epiblast
S3 52h:AACCACACAGTTGTTG,Epiblast
S3 52h:GCCAGTGGTTGGACCC,Epiblast
S3 52h:ACCCAAAAGGGAGTTC,Epiblast
S3 52h:TAGTGCATCAATCCAG,Epiblast
S3 52h:ATCACGAGTCCTTGTC,Epiblast
S3 52h:GATCCCTAGGTGAGAA,Epiblast
S3 52h:ACGGTTAAGATGATTG,Epiblast
S3 52h:TTACTGTAGTGGTCAG,Epiblast
S3 52h:CCCGAAGTCGCCGAAC,Epiblast
S3 52h:CCTCACATCATCCTAT,Epiblast
S3 52h:TTTACCATCTACACAG,Epiblast
S3 52h:TGCTCGTCAAGAGGCT,Epiblast
S3 52h:ATCGGATGTTCGGTCG,Epiblast
S3 52h:TAAGCACGTCTCACGG,Epiblast
S3 52h:TTTCACACAAGTGACG,Epiblast
S3 52h:CGCCATTCACCCATAA,Epiblast
S3 52h:CAATCGAAGACACACG,Epiblast
S3 52h:CTGCTCATCCATTGGA,Epiblast
S3 52h:GGTTAACGTCACTTAG,Epiblast
S3 52h:GCTGGGTTCGGTAGGA,Epiblast
S3 52h:AGAGCCCCATCGCCTT,Epiblast
S3 52h:TCTATCAGTCAGACTT,Epiblast
S3 52h:GTAACCATCTCCCAAC,Epiblast
S3 52h:ATTTACCTCTGCCCTA,Epiblast
S3 52h:TGCCGAGTCAGAACCT,Epiblast
S3 52h:TCACGGGAGTTCCATG,Epiblast
S3 52h:ATTATCCCATCCGATA,Epiblast
S3 52h:CTGCGAGAGCCGCACT,Epiblast
S3 52h:GCTCAAAAGAGTCAAT,Epiblast
S3 52h:TTGACCCAGAGGGTAA,Epiblast
S3 52h:TTTCAGTAGGTTACAA,Epiblast
S3 52h:TCGGGCATCGAGTGGA,Epiblast
S3 52h:AGGACGACAACACACT,Epiblast
S3 52h:TACCGGGTCAAGGACG,Epiblast
S3 52h:CGCCATTCAGTAACGG,Epiblast
S3 52h:ATCCTATTCAATCTTC,Epiblast
S3 52h:AATGGAAAGGACTAAT,Epiblast
S3 52h:TCACTCGCATGACCCG,Epiblast
S3 52h:CTCTCAGCACGACGTC,Epiblast
S3 52h:AGGAATAGTAGTCCTA,Epiblast
S3 52h:TTACTGTAGCTCCACG,Epiblast
S3 52h:TCTCAGCAGCCTAGGA,Epiblast
S3 52h:GTGTAACAGACCCTTA,Epiblast
S3 52h:CTCCCTCAGCCTATTG,Epiblast
S3 52h:CTTTCAACACTATCCC,Epiblast
S3 52h:ATCCGTCCAGCACACC,Epiblast
S3 52h:ACATCCCGTTTCGTAG,Epiblast
S3 52h:GCACTAATCACTGGGC,Epiblast
S3 52h:TCCTAATAGCTGTGCC,Epiblast
S3 52h:CAACCTCAGCCATGCC,Epiblast
S3 52h:TATCCTATCGTGTTCC,Epiblast
S3 52h:TAGACCACAGCTGTAT,Epiblast
S3 52h:CTCCACAAGTCACGAG,Epiblast
S3 52h:ATTCCTATCTAGACAC,Epiblast
S3 52h:CGGAGAAGTTGTGGCC,Epiblast
S3 52h:GATCCCTGTGTTTACG,Epiblast
S3 52h:AGGAATACACGCTGCA,Epiblast
S3 52h:AATGACCAGGCACGAT,Epiblast
S3 52h:ACACGCGCACAGCCAC,Epiblast
S3 52h:GTGTGATTCAGCTTGA,Epiblast
S3 52h:CTCATTAGTGGTAACG,Epiblast
S3 52h:AGGTCATCAGCGTAGA,Epiblast
S3 52h:TCCCAGTAGTTGTACC,Epiblast
S3 52h:ATGATCGCATGGTGGA,Epiblast
S3 52h:AGGGTTTCAACTCGTA,Epiblast
S3 52h:AACCACATCACCTTAT,Epiblast
S3 52h:CGCCAGAAGGAAACGA,Epiblast
S3 52h:GCATGATCAGGTCCGT,Epiblast
S3 52h:CGAGGCTAGACGGAAA,Epiblast
S3 52h:AGGCTGCCAACTCGAT,Epiblast
S3 52h:CAGATTGAGGTAGGCT,Epiblast
S3 52h:AGAAATGTCGGTCTGG,Epiblast
S3 52h:ACTCTCGCATTGAGCT,Epiblast
S3 52h:TGAATCGAGAGGTCAC,Epiblast
S3 52h:GTCTACCAGGCTAGCA,Epiblast
S3 52h:CATCAAGGTATGTCAC,Epiblast
S3 52h:AATCGTGCATTCTCCG,Epiblast
S3 52h:AGACAAACACTCACTC,Epiblast
S3 52h:TCAATCTAGTGGCCTC,Epiblast
S3 52h:TCATGAGCACAACATC,Epiblast
S3 52h:ACCATTTCACATAGCT,Epiblast
S3 52h:GGGCTCACAAGACGAC,Epiblast
S3 52h:TGGGCGTAGCACCCAC,Epiblast
S3 52h:CATGCTCTCTACTATC,Epiblast
S3 52h:CATACAGCAGGCACAA,Epiblast
S3 52h:AATGAAGCACACCTTC,Epiblast
S3 52h:AGACTCAGTGCCTTCT,Epiblast
S3 52h:GAAGGGTAGACGATAT,Epiblast
S3 52h:ACTTCCGCAGGTTCGC,Epiblast
S3 52h:ACGTCCTTCATAGCAC,Epiblast
S3 52h:AGAACAACAATGGCCC,Epiblast
S3 52h:AGAGCAGGTTTCGACA,Epiblast
S3 52h:TTACTGTAGAATTTGG,Epiblast
S3 52h:TCTATCACACAGGATG,Epiblast
S3 52h:AAAGAACAGATTTGCC,Epiblast
S3 52h:ACTCCCAAGCTCCACG,Epiblast
S3 52h:CACGTGGAGCGACTAG,Epiblast
S3 52h:CAGATACTCGCAGAGA,Epiblast
S3 52h:TGCGACGCAACATACC,Epiblast
S3 52h:TCCACCACACGGTGCT,Epiblast
S3 52h:GAAGAATCATTAGGCT,Epiblast
S3 52h:CAGTTAGTCGCGTGCA,Epiblast
S3 52h:TATACCTAGTAAACTG,Epiblast
S3 52h:CTTCTCTGTGACACAG,Epiblast
S3 52h:GTCTTTAGTTCTATCT,Epiblast
S3 52h:CCTCACAGTACATTGC,Epiblast
S3 52h:CTAGACACATCATCCC,Epiblast
S3 52h:GTTACAGAGCACGATG,Epiblast
S3 52h:CCACCATTCAAGTCTG,Epiblast
S3 52h:GTAGTACCAAGTGACG,Epiblast
S3 52h:GACTTCCTCCGGACTG,Epiblast
S3 52h:TCAATCTTCTTTCCAA,Epiblast
S3 52h:AAAGGTACAAGCAGGT,Epiblast
S3 52h:TAACACGTCCATTTGT,Epiblast
S3 52h:TGGTGATAGGTTTACC,Epiblast
S3 52h:ATCCACCTCGTACCTC,Epiblast
S3 52h:GGGTATTTCTAGAACC,Epiblast
S3 52h:TTCACGCAGTTCCGTA,Epiblast
S3 52h:TTTGATCCAGCTGCCA,Epiblast
S3 52h:TGCAGTAGTTTCACAG,Epiblast
S3 52h:CATACTTTCAAGGCTT,Epiblast
S3 52h:TGACAGTCAGTCAACT,Epiblast
S3 52h:ATTCACTTCATGCCGG,Epiblast
S3 52h:CCTCCTCCACAGCGCT,Epiblast
S3 52h:AACAACCAGCCTGGAA,Epiblast
S3 52h:GTTTGGACAATTGTGC,Epiblast
S3 52h:ACCCAAATCTTAGTTC,Epiblast
S3 52h:GAAGGACGTCGCTTAA,Epiblast
S3 52h:GCACGTGAGACGATAT,Epiblast
S3 52h:GACCTTCAGCTACGTT,Epiblast
S3 52h:CATTGCCAGGTTTACC,Epiblast
S3 52h:CCTCACAAGCTGACAG,Epiblast
S3 52h:TCCTGCACACTGCATA,Epiblast
S3 52h:AGAAGTATCTCCTACG,Epiblast
S3 52h:CCGATCTTCACTGATG,Epiblast
S3 52h:CATCCCACACCTGATA,Epiblast
S3 52h:AACAAGAGTTGTAGCT,Epiblast
S3 52h:GGTAGAGTCTGGGATT,Epiblast
S3 52h:CGCCATTAGCCGTTAT,Epiblast
S3 52h:CCGGACATCAAACTGC,Epiblast
S3 52h:GCTGAATCATGTCTAG,Epiblast
S3 52h:ACCGTTCTCCTGCTAC,Epiblast
S3 52h:AAACCCATCACGTAGT,Epiblast
S3 52h:GTGGAGATCTTCCACG,Epiblast
S3 52h:CCTGCATGTTGTAGCT,Epiblast
S3 52h:GGCTGTGGTACAGGTG,Epiblast
S3 52h:TTTGACTGTGGACCAA,Epiblast
S3 52h:AGACACTAGCTCGACC,Epiblast
S3 52h:AACCTGATCTGTCGTC,Epiblast
S3 52h:TTGGGCGCAAGACAAT,Epiblast
S3 52h:ATGAGGGAGACGCATG,Epiblast
S3 52h:GTGCACGGTTGACTGT,Epiblast
S3 52h:TAAGCGTTCACACCCT,Epiblast
S3 52h:GTTGTAGCATCAACCA,Epiblast
S3 52h:GAGCCTGGTCTGTCAA,Epiblast
S3 52h:CCCAACTAGCGATGCA,Epiblast
S3 52h:TGTCCACCATCGTGGC,Epiblast
S3 52h:TATCAGGCATATCGGT,Epiblast
S3 52h:ACTATTCCACCAGTAT,Epiblast
S3 52h:ACATGCAAGGTTTACC,Epiblast
S3 52h:GCAGTTATCTGCGATA,Epiblast
S3 52h:CACACAACAGAAATTG,Epiblast
S3 52h:AGGGCCTGTGGGAGAG,Epiblast
S3 52h:CCCTGATAGTTCCGTA,Epiblast
S3 52h:TTCTGTACATCTGGGC,Epiblast
S3 52h:CAACCTCTCCTATTGT,Epiblast
S3 52h:TTGTTCAGTGGCTACC,Epiblast
S3 52h:CAGATACAGACATGCG,Epiblast
S3 52h:GATTGGTCAAGACTGG,Epiblast
S3 52h:CTCATCGCACCTGTCT,Epiblast
S3 52h:TTCGATTAGGCTTCCG,Epiblast
S3 52h:AACCCAACAGCACAGA,Exiting naive pluripotency
S3 52h:TGAACGTTCGAAGCCC,Epiblast
S3 52h:CTGGACGCAAGCGAGT,Epiblast
S3 52h:GTTGCGGTCGCAGATT,Epiblast
S3 52h:TTCTCTCAGATCCCGC,Epiblast
S3 52h:TACTTACTCCATTTAC,Epiblast
S3 52h:ATGACCATCCATCTCG,Epiblast
S3 52h:AATGCCAGTCCTTAAG,Epiblast
S3 52h:GTCTACCTCCCTCGAT,Epiblast
S3 52h:CTCAACCGTGGTCTTA,Epiblast
S3 52h:AACCATGGTTTCCCAC,Epiblast
S3 52h:TTCACGCGTGGTCTTA,Epiblast
S3 52h:TGCTTCGCACCATAAC,Epiblast
S3 52h:TGGGCGTTCCGGTAAT,Epiblast
S3 52h:TAACACGTCTTGGTCC,Epiblast
S3 52h:ATCATTCTCATGCATG,Epiblast
S3 52h:AGAACCTCATTGGATC,Epiblast
S3 52h:TCCCACACATGTACGT,Epiblast
S3 52h:TTCACCGCACAAGCAG,Epiblast
S3 52h:TATATCCGTCTTGAGT,Epiblast
S3 52h:AGGGCCTTCTCGCGTT,Epiblast
S3 52h:AACCATGCAATTTCCT,Epiblast
S3 52h:GTCAAACTCGTCTCAC,Epiblast
S3 52h:AGTTCCCAGATGACAT,Epiblast
S3 52h:ACACAGTTCTGAATGC,Epiblast
S3 52h:ATGTCTTCAACATACC,Epiblast
S3 52h:TTGGATGGTAGCACGA,Epiblast
S3 52h:TCTCACGGTGCCTACG,Epiblast
S3 52h:TAGACCAGTCAATCTG,Epiblast
S3 52h:GGAATCTGTTATCTGG,Epiblast
S3 52h:AGCCACGAGCAAATGT,Epiblast
S3 52h:ACGGTCGTCTTCTAAC,Epiblast
S3 52h:GAAGAATCACAAAGCG,Epiblast
S3 52h:AAGCATCTCTCCGAGG,Epiblast
S3 52h:TGATCAGTCCTACCGT,Epiblast
S3 52h:ACGTCCTGTGCAAGAC,Epiblast
S3 52h:GTACAACCAATCCTTT,Epiblast
S3 52h:TGTGATGAGTTGTAAG,Epiblast
S3 52h:ATGACCAGTTGGACTT,Epiblast
S3 52h:GGTCTGGTCCGTATAG,Epiblast
S3 52h:CTCCTCCAGGCGAACT,Epiblast
S3 52h:TACTTGTAGACCATAA,Exiting naive pluripotency
S3 52h:TGCACGGGTGGACTAG,Epiblast
S3 52h:GAGCTGCTCATTCCTA,Epiblast
S3 52h:TCAGTCCTCCGTATAG,Epiblast
S3 52h:CAAGCTAAGCTTTGTG,Epiblast
S3 52h:TTGGGATAGATTTGCC,Epiblast
S3 52h:GTTGTAGGTCTTGGTA,Epiblast
S3 52h:CAAGCTATCGCCAGAC,Zscan4+ Artefact
S3 52h:GAGTTACCACCTCAGG,Epiblast
S3 52h:TGAGTCATCATATGGC,Epiblast
S3 52h:CGAGAAGGTCAATCTG,Epiblast
S3 52h:GGCGTCATCAAGTTGC,Epiblast
S3 52h:GACATCAAGAACCCGA,Epiblast
S3 52h:ATACCTTGTGGAAGTC,Epiblast
S3 52h:AAGTGAATCACTCTTA,Epiblast
S3 52h:TCCCAGTTCATGCCAA,Epiblast
S3 52h:CATGCTCCATGACTTG,Epiblast
S3 52h:GGGACTCTCTCGCTTG,Epiblast
S3 52h:ATTCACTTCGAGTCCG,Epiblast
S3 52h:AGACCATTCGAACTCA,Epiblast
S3 52h:CTACCCAAGCTGAGCA,Epiblast
S3 52h:ATCAGGTTCCCTAGGG,Epiblast
S3 52h:AGAGCAGAGCTTAGTC,Epiblast
S3 52h:AGCTACAGTACAAACA,Epiblast
S3 52h:TTAGGGTGTTTAAGGA,Epiblast
S3 52h:CGAAGTTCAAGCACCC,Epiblast
S3 52h:CACACAACAGATAAAC,Epiblast
S3 52h:ACTTAGGTCGAGAGCA,Epiblast
S3 52h:TGTCCTGAGAGCAAGA,Epiblast
S3 52h:AGAGCCCGTCCACACG,Epiblast
S3 52h:TATATCCTCTGTCAGA,Epiblast
S3 52h:ATAGGCTGTACAGAGC,Epiblast
S3 52h:ATTTCTGTCCATCGTC,Zscan4+ Artefact
S3 52h:TATCCTATCTATTCGT,Epiblast
S3 52h:CACCGTTGTAAGATCA,Epiblast
S3 52h:AAGTGAACAATAACCC,Epiblast
S3 52h:AGTCATGCATTGCCGG,Epiblast
S3 52h:TGCCGAGAGCAACTCT,Epiblast
S3 52h:TCTCCGATCACAAGGG,Epiblast
S3 52h:ACTTTGTCATTGACAC,Epiblast
S3 52h:TGCAGGCAGACCAACG,Epiblast
S3 52h:AGTACTGCAATCAGCT,Epiblast
S3 52h:TCACGGGTCGTTCATT,Epiblast
S3 52h:AGCTTCCGTTGTCAGT,Epiblast
S3 52h:TCAAGCAAGCCTTGAT,Epiblast
S3 52h:TCACACCAGCCTGACC,Epiblast
S3 52h:ACTGCAAAGCAAGCCA,Epiblast
S3 52h:TCATTCATCCGTCAAA,Epiblast
S3 52h:CCACCATGTTAGAAAC,Epiblast
S3 52h:CACAGGCCAAATTAGG,Epiblast
S3 52h:CCCGAAGCACCTAAAC,Epiblast
S3 52h:AGGGTTTGTGTGAATA,Epiblast
S3 52h:CTTAGGACAGACCTGC,Epiblast
S3 52h:AGGGTTTTCATCTGTT,Epiblast
S3 52h:ACGGAAGCAGAAGCTG,Epiblast
S3 52h:CTTCAATGTATTTCCT,Epiblast
S3 52h:GGGTTATAGTAAGGGA,Epiblast
S3 52h:TCCCATGGTCATTGCA,Epiblast
S3 52h:GTTCTATCACCGTGAC,Epiblast
S3 52h:GGAACCCCATCCGTTC,Epiblast
S3 52h:TTGTTCACACGAGGAT,Epiblast
S3 52h:GTTCATTAGTCGCCAC,Epiblast
S3 52h:TAAGCACAGACCAGCA,Epiblast
S3 52h:GTTGTGAAGGATATAC,Epiblast
S3 52h:TTCGATTCAAGTTGGG,Epiblast
S3 52h:GAGAGGTGTCGAAACG,Epiblast
S3 52h:TCATTCATCCATACTT,Epiblast
S3 52h:AACGAAACATTGTAGC,Epiblast
S3 52h:TACCCGTAGGCTCACC,Epiblast
S3 52h:CATTGTTTCAAACGTC,Epiblast
S3 52h:CAGATACCAGACATCT,Epiblast
S3 52h:TAGCACAAGAGTCACG,Epiblast
S3 52h:ATCATTCCATGGCCAC,Epiblast
S3 52h:CTCCGATTCGAACGCC,Exiting naive pluripotency
S3 52h:TTAGGCACAGAGTGTG,Epiblast
S3 52h:GACCGTGGTACACGTT,Epiblast
S3 52h:GTCATCCCACCGGCTA,Epiblast
S3 52h:GTTGTAGAGAGTTGAT,Epiblast
S3 52h:AACCACAAGGGACCAT,Epiblast
S3 52h:ACAGAAAAGCGAAACC,Epiblast
S3 52h:TGCGGGTGTGCTTCAA,Epiblast
S3 52h:GACTCAAAGCCTCTCT,Epiblast
S3 52h:ACTGTGATCTCTATGT,Epiblast
S3 52h:ATGAGGGTCTGCGATA,Epiblast
S3 52h:GACTCAACACCTGCTT,Epiblast
S3 52h:TTTATGCTCCATAGGT,Epiblast
S3 52h:GCTGGGTCACGACGCT,Epiblast
S3 52h:ATCGATGTCTCATTAC,Epiblast
S3 52h:TGCGACGGTTGCCGAC,Epiblast
S3 52h:GCTGGGTAGCGAGTCA,Epiblast
S3 52h:GACACGCCAAGTTCCA,Epiblast
S3 52h:CTTTCAAGTCAAGTTC,Epiblast
S3 52h:GGGTCACCACGTTGGC,Epiblast
S3 52h:GGCACGTCATCCTTCG,Epiblast
S3 52h:CATTCCGCAAATGCTC,Epiblast
S3 52h:CTTACCGGTGATGTAA,Epiblast
S3 52h:ATCAGGTTCACTGGGC,Epiblast
S3 52h:CGAGTTATCTCTTCAA,Epiblast
S3 52h:CAGAGCCAGGTACTGG,Epiblast
S3 52h:ATACCGAGTAACACGG,Epiblast
S3 52h:TCAATCTCATGAGTAA,Epiblast
S3 52h:TGACCCTCATCTGGGC,Epiblast
S3 52h:ATGCGATTCCGACATA,Epiblast
S3 52h:GACGTTAAGATCCGAG,Epiblast
S3 52h:TAATTCCTCTGCTGAA,Epiblast
S3 52h:GCAACATCACGGGCTT,Epiblast
S3 52h:TCATCCGGTTCTCGCT,Epiblast
S3 52h:CGTTAGAAGGAGCAAA,Epiblast
S3 52h:ATGTCCCAGTGTTCCA,Epiblast
S3 52h:CACTGAAAGTGTGTTC,Epiblast
S3 52h:AGGATCTCAACCCTCT,Epiblast
S3 52h:ATGAGTCTCTAGCAAC,Epiblast
S3 52h:CATTGTTTCTCGCCTA,Epiblast
S3 52h:TAGACCACACTCCACT,Epiblast
S3 52h:GCAACCGGTGTATTCG,Epiblast
S3 52h:CAGATCAAGCTGTTAC,Epiblast
S3 52h:ATCGTAGTCCTACACC,Epiblast
S3 52h:TAATTCCGTACTGACT,Epiblast
S3 52h:CGCATAAAGTCAGGGT,Epiblast
S3 52h:CGAAGTTGTACTCCCT,Epiblast
S3 52h:TCGCAGGCAATACCTG,Epiblast
S3 52h:TTCTAGTAGGATCACG,Epiblast
S3 52h:ACTTCCGGTTGCGGAA,Epiblast
S3 52h:AGAACCTTCACCTCAC,Epiblast
S3 52h:TTAGGCAGTCATCCCT,Epiblast
S3 52h:AGGTCTAAGAATCTAG,Epiblast
S3 52h:CACTGTCTCGCGCTGA,Epiblast
S3 52h:AGAGAGCAGAGTCAAT,Epiblast
S3 52h:ACACAGTCACCGTCGA,Epiblast
S3 52h:TGTGTGATCCAAGCCG,Epiblast
S3 52h:CAGATTGGTTGTCAGT,Epiblast
S3 52h:TGCGACGGTTGGGATG,Epiblast
S3 52h:GTTAGACAGCGTCTCG,Epiblast
S3 52h:CATCAAGCACTGTTCC,Epiblast
S3 52h:AAGTGAAAGTTCCATG,Epiblast
S3 52h:TCGCAGGCAACTAGAA,Epiblast
S3 52h:ACACAGTTCAGTCCGG,Epiblast
S3 52h:TCCCACAGTCTCTCTG,Epiblast
S3 52h:CATTCTACAGACAAAT,Epiblast
S3 52h:TCACATTTCCGCTGTT,Epiblast
S3 52h:TATATCCAGTATAGAC,Epiblast
S3 52h:CCCATTGCACAGTACT,Epiblast
S3 52h:GACTGATTCGGTCAGC,Epiblast
S3 52h:AGTTAGCTCTGTCGTC,Epiblast
S3 52h:GGGCGTTTCCTATGGA,Epiblast
S3 52h:TCACATTAGGTAAAGG,Epiblast
S3 52h:CTCCACAGTTAGCTAC,Epiblast
S3 52h:GCACGTGGTAATGTGA,Epiblast
S3 52h:ACCACAACAGTGCGCT,Epiblast
S3 52h:CAAGCTAGTCGAATGG,Epiblast
S3 52h:AGTCACATCGTGGGTC,Epiblast
S3 52h:CATCGCTGTCCGGCAT,Epiblast
S3 52h:TCCTTCTCACTTGTCC,Epiblast
S3 52h:ACTGTGAAGCGAAACC,Epiblast
S3 52h:CGAAGGAGTCCAGGTC,Epiblast
S3 52h:GGGTTTAGTTGCTAGT,Epiblast
S3 52h:AGGAAATGTAGGGTAC,Epiblast
S3 52h:AGCGATTGTCAAGGCA,Epiblast
S3 52h:TTAATCCAGCTGAAGC,Epiblast
S3 52h:CTTCTAACACCAACAT,Epiblast
S3 52h:TGCTCCATCTACCCAC,Epiblast
S3 52h:ATCACAGGTCACTACA,Epiblast
S3 52h:ATCGGCGCATACGCAT,Epiblast
S3 52h:CATTGAGAGAGCAACC,Epiblast
S3 52h:TCTCAGCAGCACACCC,Epiblast
S3 52h:ATAGAGACACTGGATT,Epiblast
S3 52h:AGTCAACGTATCTCGA,Epiblast
S3 52h:TACCCGTAGTTAACAG,Epiblast
S3 52h:TGTTGAGTCGACCAAT,Epiblast
S3 52h:GTAGAGGTCTCGAGTA,Epiblast
S3 52h:TAAGTCGGTTCGGTAT,Epiblast
S3 52h:AGTAACCGTCTAGATC,Epiblast
S3 52h:AACCCAATCAAGAAAC,Epiblast
S3 52h:TGACAGTTCTTGGCTC,Epiblast
S3 52h:TGTGCGGTCGACACTA,Epiblast
S3 52h:GGTAGAGAGTCAACAA,Epiblast
S3 52h:GTCGAATCATGTTCAG,Epiblast
S3 52h:TGTCAGAAGTGTGTTC,Epiblast
S3 52h:GTGGAAGCAGTTCCAA,Epiblast
S3 52h:AAGGAATTCACCCTTG,Epiblast
S3 52h:CACTTCGCACCAGCTG,Epiblast
S3 52h:CTCAAGATCTTGGCTC,Epiblast
S3 52h:TGATGGTAGAGTCAAT,Epiblast
S3 52h:TTCAATCAGGACAGCT,Epiblast
S3 52h:CACAGGCGTATCTTCT,Exiting naive pluripotency
S3 52h:CAGCCAGGTTATCTTC,Epiblast
S3 52h:GCTCAAAGTACACGTT,Epiblast
S3 52h:TGTCCACTCTGGGCGT,Epiblast
S3 52h:TACGGGCAGCCTCTGG,Epiblast
S3 52h:TCATTCAAGAAACTCA,Epiblast
S3 52h:CTACATTAGCATAGGC,Epiblast
S3 52h:TCCTCCCCACTGAATC,Epiblast
S3 52h:TTACCATCACCGTGGT,Epiblast
S3 52h:CAATACGGTAGTCGTT,Epiblast
S3 52h:GCAACCGGTTTGGGTT,Epiblast
S3 52h:GGGATGAAGTGCTACT,Epiblast
S3 52h:CTAACTTTCTGAACGT,Epiblast
S3 52h:TGGGATTCAGAGTCAG,Epiblast
S3 52h:AGCCAATTCCACTGAA,Epiblast
S3 52h:GACGTTAGTAGAGTTA,Epiblast
S3 52h:ATTCGTTCATGCAGGA,Epiblast
S3 52h:AGTCAACTCCCATGGG,Epiblast
S3 52h:ACAACCACATGGGAAC,Epiblast
S3 52h:CCGATGGCACACACGC,Epiblast
S3 52h:CACGTGGAGTGGATAT,Epiblast
S3 52h:TCGGGACTCGTAACAC,Epiblast
S3 52h:CATGCCTAGCCGAATG,Epiblast
S3 52h:CACCGTTAGATCACTC,Epiblast
S3 52h:ACAGCCGGTGGAACAC,Epiblast
S3 52h:AAACCCATCGCGCTGA,Epiblast
S3 52h:GATTTCTTCAACTGGT,Epiblast
S3 52h:ATGTCTTCACTGGCCA,Epiblast
S3 52h:TGAATCGTCTGCCTCA,Epiblast
S3 52h:TCGGATAGTGCTGATT,Epiblast
S3 52h:CACTGGGAGGATTTAG,Epiblast
S3 52h:CTTACCGAGCAAATGT,Epiblast
S3 52h:CGGACACAGGATCATA,Epiblast
S3 52h:AACAAAGTCGACACCG,Epiblast
S3 52h:CATACAGCACATGGTT,Epiblast
S3 52h:ACTTATCTCTTGCGCT,Epiblast
S3 52h:AGGAAATGTAGGTACG,Epiblast
S3 52h:CTGATCCCATAGATGA,Epiblast
S3 52h:AGATCCATCCAAAGGG,Epiblast
S3 52h:ACTTCGCTCGCCGTGA,Epiblast
S3 52h:GGGAAGTGTGGTCTGC,Epiblast
S3 52h:AGGGCTCCACGAAGAC,Epiblast
S3 52h:TTAGTCTTCGCAATGT,Epiblast
S3 52h:CCTCTCCAGGCAGCTA,Epiblast
S3 52h:GCTTGGGAGTCCCGGT,Epiblast
S3 52h:TGCGACGCAAAGGCTG,Epiblast
S3 52h:AGAGAATAGCTCCCTT,Epiblast
S3 52h:CTTAGGACAACCCTCT,Epiblast
S3 52h:TCTCTGGTCCCTGTTG,Epiblast
S3 52h:AAGGTAATCTTGCGCT,Epiblast
S3 52h:CAAAGAAGTGCATCTA,Epiblast
S3 52h:TAAGCACCAATACGAA,Epiblast
S3 52h:TGGGAGAAGGAGAATG,Epiblast
S3 52h:TTTGACTGTTACCCTC,Epiblast
S3 52h:ATTATCCTCCACAGCG,Epiblast
S3 52h:AGCCAGCTCACCCATC,Epiblast
S3 52h:ACTTTGTGTGCCCTTT,Epiblast
S3 52h:CCACGAGCAACGGCTC,Epiblast
S3 52h:TACTTCACAATCTAGC,Epiblast
S3 52h:CATAAGCTCTAGAACC,Epiblast
S3 52h:ATTCTACGTCTCAAGT,Epiblast
S3 52h:ATAGGCTAGCACTCAT,Zscan4+ Artefact
S3 52h:ACAGCCGAGCTGGAGT,Exiting naive pluripotency
S3 52h:CACAGATCACATCATG,Epiblast
S3 52h:ATGCCTCGTGATTGGG,Epiblast
S3 52h:AATTTCCTCGTAGCTA,Epiblast
S3 52h:TCCCACATCCGATCGG,Epiblast
S3 52h:CATTCTAAGGATGCGT,Epiblast
S3 52h:CTCTCGATCACGTAGT,Epiblast
S3 52h:TGCGATAGTTGCCTAA,Epiblast
S3 52h:TACTTACGTGAATATG,Epiblast
S3 52h:TTGCCTGTCTTCACAT,Epiblast
S3 52h:GGAGCAATCTAGTACG,Epiblast
S3 52h:TACAGGTAGGAAAGGT,Epiblast
S3 52h:AGGAATACAAGTGGGT,Epiblast
S3 52h:GGCTGTGGTGTAGGAC,Epiblast
S3 52h:TTCTAGTGTCCATAGT,Epiblast
S3 52h:TACGCTCCACGACTAT,Epiblast
S3 52h:TGCGGCATCTAATTCC,Epiblast
S3 52h:CATAAGCGTCATCGCG,Epiblast
S3 52h:AGGGTCCAGTGTAGTA,Epiblast
S3 52h:GTGCACGTCCATTTCA,Epiblast
S3 52h:TTGCTGCAGAATCCCT,Epiblast
S3 52h:TAGTGCAGTATGCTAC,Epiblast
S3 52h:TACCGGGAGACTCAAA,Epiblast
S3 52h:TATCCTACACTAACGT,Epiblast
S3 52h:CTACATTTCCACGGAC,Epiblast
S3 52h:TTCTTCCGTAGGCAGT,Epiblast
S3 52h:GTCATTTTCGTTCCCA,Epiblast
S3 52h:TCCACGTGTCTCTCCA,Epiblast
S3 52h:TTCATTGAGCTGGTGA,Epiblast
S3 52h:TAAGCACGTGCTTATG,Epiblast
S3 52h:ATCACAGGTCATCCCT,Epiblast
S3 52h:GTAAGTCCAGGCACTC,Epiblast
S3 52h:GGTCTGGAGTCGTCTA,Epiblast
S3 52h:GGAGAACTCTAAGCGT,Epiblast
S3 52h:GGGTGTCCATGGAATA,Epiblast
S3 52h:TCGCACTCAGACCCGT,Epiblast
S3 52h:GGGACTCGTAGGTAGC,Epiblast
S3 52h:AGCGATTTCTATCACT,Epiblast
S3 52h:AGTGTTGAGATAGCAT,Epiblast
S3 52h:TATTCCAAGCATGTTC,Epiblast
S3 52h:GTAGGAGTCAGGAGAC,Epiblast
S3 52h:ATCACTTTCAACTCTT,Epiblast
S3 52h:TGAGCATAGCTCTTCC,Epiblast
S3 52h:CCTCAACGTCGGATTT,Epiblast
S3 52h:CTTTCGGAGAAGCTGC,Epiblast
S3 52h:CCTCTCCCACCAGTTA,Epiblast
S3 52h:TCATCATAGGATGGCT,Epiblast
S3 52h:GTATTGGCAAATGAAC,Epiblast
S3 52h:GCATCTCGTTACGCCG,Epiblast
S3 52h:GGGTCACAGAGTGTGC,Epiblast
S3 52h:GTTGTCCCATTCACAG,Epiblast
S3 52h:TCCTTTCCAACCGGAA,Epiblast
S3 52h:GTGCTGGGTGAAAGTT,Epiblast
S3 52h:GTAGAGGGTCCCGTGA,Epiblast
S3 52h:ATCGCCTGTTTCACAG,Epiblast
S3 52h:GATCCCTCACCGTGGT,Epiblast
S3 52h:CATTTCAGTCTCACAA,Epiblast
S3 52h:AACGAAAGTGTTTACG,Epiblast
S3 52h:AGGCCACAGTATGATG,Epiblast
S3 52h:GTAGTACCAGTCTGGC,Epiblast
S3 52h:GTTGTCCGTAGATCCT,Epiblast
S3 52h:TTGTGTTTCCACGTCT,Epiblast
S3 52h:ACGTTCCCAACTACGT,Epiblast
S3 52h:AAGAACACAGTCAGAG,Epiblast
S3 52h:AGCGCTGCACTTGTGA,Epiblast
S3 52h:CGAGTTAGTCCCGCAA,Epiblast
S3 52h:TGCGGCAGTCGGAAAC,Epiblast
S3 52h:ATACCTTTCCTTCTAA,Epiblast
S3 52h:ATCCTATGTCGAATGG,Epiblast
S3 52h:TCTGCCAAGTAACGAT,Epiblast
S3 52h:CCTTTGGTCGCGGTAC,Epiblast
S3 52h:TCCTCTTAGGTGGGTT,Epiblast
S3 52h:CAAGACTCAAGTGATA,Epiblast
S3 52h:GGGCTCAGTGTGGTCC,Epiblast
S3 52h:CCTCCAACAAATCGTC,Epiblast
S3 52h:TAAGTCGTCTTGGCTC,Epiblast
S3 52h:GTCCCATCAGTTTCAG,Epiblast
S3 52h:CTGCAGGTCTTTCCGG,Epiblast
S3 52h:TCTATACAGGCAGTCA,Epiblast
S3 52h:CCCTGATAGAAGTATC,Epiblast
S3 52h:AAGTCGTCATCGAACT,Epiblast
S3 52h:TGTTACTGTATGGAGC,Epiblast
S3 52h:TTACCGCAGGTAAGAG,Epiblast
S3 52h:GTTACAGGTCCATCTC,Epiblast
S3 52h:CTCAGAAAGGCAATGC,Epiblast
S3 52h:CTTCCTTGTCAGATTC,Epiblast
S3 52h:ATGAGTCAGTATAACG,Epiblast
S3 52h:CAGATCAGTAGTCACT,Epiblast
S3 52h:CCCAACTTCAGAGCAG,Epiblast
S3 52h:CTCCAACGTATCGTAC,Epiblast
S3 52h:TCGGGACGTGTGACCC,Epiblast
S3 52h:TTCTTCCTCCCTATTA,Epiblast
S3 52h:CATCCCAAGCACTAGG,Epiblast
S3 52h:GTGAGTTAGTGATAAC,Epiblast
S3 52h:CTGCTCAAGCTCAGAG,Epiblast
S3 52h:AAAGTGATCTATGCCC,Epiblast
S3 52h:TCAGGGCTCTGATTCT,Epiblast
S3 52h:TACTTCAAGTAAATGC,Epiblast
S3 52h:TGCGATAAGCACTCGC,Epiblast
S3 52h:GACTCTCCAATGAAAC,Epiblast
S3 52h:GCCCAGAGTACGCTAT,Epiblast
S3 52h:TTGGTTTGTGAGGAAA,Epiblast
S3 52h:AGTGATCCAAAGCACG,Epiblast
S3 52h:ATCACGACACAGTGTT,Epiblast
S3 52h:TAATTCCCACTCCGGA,Epiblast
S3 52h:ACCACAATCAATGTCG,Epiblast
S3 52h:ACCTGTCAGTTCTACG,Epiblast
S3 52h:AGATGCTGTATGATCC,Epiblast
S3 52h:GTGGTTAAGAAGCTGC,Zscan4+ Artefact
S3 52h:CCTCACAAGGTTATAG,Epiblast
S3 52h:GGCAGTCTCGATAACC,Epiblast
S3 52h:TTCCTCTAGGCTCAAG,Epiblast
S3 52h:TCTGGCTGTACAGCGA,Epiblast
S3 52h:TTCAATCGTCACTTAG,Epiblast
S3 52h:ACCAACAAGAAGCGGG,Epiblast
S3 52h:ATGAGTCCATGGCACC,Epiblast
S3 52h:GCATCGGCAACTACGT,Epiblast
S3 52h:GATTCGACATTGAGCT,Epiblast
S3 52h:AGAACAAAGCCATCCG,Epiblast
S3 52h:ATCATTCAGGCGAACT,Epiblast
S3 52h:GAGTCTACACAGTGTT,Epiblast
S3 52h:CAGAGCCAGTACAGCG,Epiblast
S3 52h:ATGCCTCTCAGGTAAA,Epiblast
S3 52h:TTACCATCATAGACTC,Epiblast
S3 52h:GTTACGATCCAAGCTA,Epiblast
S3 52h:TTGAACGAGCACACCC,Epiblast
S3 52h:CCACACTAGATTGTGA,Epiblast
S3 52h:TTCATTGAGTTTAGGA,Epiblast
S3 52h:CATCCGTCAAATGCTC,Epiblast
S3 52h:ATTATCCTCATTGTTC,Epiblast
S3 52h:TGATCTTTCAGAACCT,Epiblast
S3 52h:ATCGATGTCATGTCTT,Epiblast
S3 52h:TGACGCGCAAGTGTCT,Epiblast
S3 52h:CATTCATGTATCCTTT,Epiblast
S3 52h:CTATCTAGTCTATGAC,Epiblast
S3 52h:GTAGGTTAGGAGAATG,Epiblast
S3 52h:GTCTACCCACTCCTTG,Epiblast
S3 52h:AGTTCCCAGCGAGTCA,Epiblast
S3 52h:TTACTGTCAATAACGA,Epiblast
S3 52h:GAAGCCCAGAGCATTA,Epiblast
S3 52h:GATTCTTAGAGAGTGA,Epiblast
S3 52h:CTGGTCTCACCTATCC,Epiblast
S3 52h:GCCAGTGGTGCCTGCA,Epiblast
S3 52h:TGGATCAAGAAGTCCG,Epiblast
S3 52h:GGTGGCTCACATGTTG,Epiblast
S3 52h:ACATTTCTCTCACCCA,Epiblast
S3 52h:GTGGAAGCATCATTTC,Epiblast
S3 52h:ACCAACACAGCCGTTG,Epiblast
S3 52h:TAACGACAGGAAACGA,Epiblast
S3 52h:TACATTCGTCATGACT,Epiblast
S3 52h:GCATTAGCAAGAAATC,Epiblast
S3 52h:CTTTCAAGTATGAGGC,Epiblast
S3 52h:GAGAGGTCACGAGAAC,Epiblast
S3 52h:AGCGCCACATCGAAGG,Epiblast
S3 52h:TAGAGTCTCCTGTACC,Epiblast
S3 52h:CTGTGGGGTATCACGT,Epiblast
S3 52h:GAGTTTGTCTATTCGT,Epiblast
S3 52h:TCGGGTGAGGCTTTCA,Epiblast
S3 52h:TATACCTTCGACGCTG,Epiblast
S3 52h:CATTTCACACAATGCT,Epiblast
S3 52h:CGGGTCAAGCGATCGA,Epiblast
S3 52h:CATACCCTCGCAGATT,Epiblast
S3 52h:ACCCAAAGTAAGCGGT,Epiblast
S3 52h:GCCGATGCAACACGTT,Epiblast
S3 52h:CTCAATTTCTGGAGAG,Epiblast
S3 52h:GGCTTTCCAATCCTAG,Epiblast
S3 52h:TCATTACAGGGTGAGG,Exiting naive pluripotency
S3 52h:ATCTTCATCTCAACGA,Epiblast
S3 52h:TTTCCTCGTACTGCGC,Epiblast
S3 52h:ACTGATGTCTCTGCCA,Epiblast
S3 52h:CGACAGCCACTCTCGT,Epiblast
S3 52h:TCTCTGGAGTCATCCA,Epiblast
S3 52h:ATGGGTTTCAGCCTCT,Epiblast
S3 52h:ATTTACCCAAGCAGGT,Epiblast
S3 52h:TTGTTGTGTGCAAGAC,Epiblast
S3 52h:AACGAAACACCGGCTA,Exiting naive pluripotency
S3 52h:ATGATCGAGGGAGTGG,Epiblast
S3 52h:TATTTCGAGATACTGA,Epiblast
S3 52h:CACGTTCTCAACTGGT,Epiblast
S3 52h:AAACGAAAGAATCCCT,Epiblast
S3 52h:GACTCTCCATTGCTTT,Epiblast
S3 52h:GTCATCCCACCCGTAG,Epiblast
S3 52h:GGTAACTTCAACCCGG,Epiblast
S3 52h:CCTTTGGAGTGTTGTC,Epiblast
S3 52h:CCACCATCAGTTTCAG,Epiblast
S3 52h:GACCCTTCACGACGAA,Epiblast
S3 52h:TTCGATTCACAAACGG,Epiblast
S3 52h:TCGGGCACATCCGAGC,Epiblast
S3 52h:TATACCTTCATTACGG,Epiblast
S3 52h:TGGGAGATCAAGCGTT,Epiblast
S3 52h:AGTCTCCGTCGGTAAG,Epiblast
S3 52h:AGGCTGCTCTTCGTAT,Epiblast
S3 52h:TCACATTTCATGAGGG,Epiblast
S3 52h:CCTAAGATCCCGTGTT,Epiblast
S3 52h:AAATGGAAGTCTAGCT,Epiblast
S3 52h:TCAGCAAAGGACAAGA,Epiblast
S3 52h:AGGTCTATCAATCCAG,Epiblast
S3 52h:TACTTGTTCATACGGT,Epiblast
S3 52h:GTGGGAATCTATCGTT,Epiblast
S3 52h:CTATCCGTCGTTTACT,Epiblast
S3 52h:AGGGCTCCAAGTTCCA,Epiblast
S3 52h:GCACTAAGTCCTCCTA,Epiblast
S3 52h:TGTTGGATCATCGCCT,Epiblast
S3 52h:GTGGGAAAGGGTTAGC,Epiblast
S3 52h:CGACAGCTCGTAGCTA,Epiblast
S3 52h:TGAGCATTCTGCGGAC,Epiblast
S3 52h:TCAGTGACAATTAGGA,Epiblast
S3 52h:AAACGAATCCGTGTCT,Epiblast
S3 52h:TTACGCCTCGTTTACT,Epiblast
S3 52h:TACCTGCCATTAGGAA,Epiblast
S3 52h:CTCCACAGTCTACAAC,Epiblast
S3 52h:CTAGACACAATATCCG,Epiblast
S3 52h:GAGATGGGTGCCTATA,Epiblast
S3 52h:CTGTACCCAAGAGTGC,Epiblast
S3 52h:TACGGGCCAATAGGGC,Epiblast
S3 52h:GGGAGATTCGCTCATC,Epiblast
S3 52h:CGGACACCATACCATG,Epiblast
S3 52h:TCATGAGAGTTGGAGC,Epiblast
S3 52h:TTTCGATTCACGACTA,Epiblast
S3 52h:GTAATCGAGCAAACAT,Epiblast
S3 52h:GTAATGCGTCCTCCTA,Epiblast
S3 52h:ACGATCACATGCACTA,Epiblast
S3 52h:TGGAGGAAGCCAGAGT,Epiblast
S3 52h:GCGGAAACATAAGATG,Epiblast
S3 52h:AATTCCTGTAGAGACC,Epiblast
S3 52h:TGCAGATTCTCACTCG,Epiblast
S3 52h:ACTTCGCGTATCCTCC,Epiblast
S3 52h:CGCAGGTCAAGGACAC,Epiblast
S3 52h:TCCACGTTCCACACAA,Epiblast
S3 52h:TTACAGGTCCCGAGGT,Epiblast
S3 52h:ATACCTTGTACTAACC,Epiblast
S3 52h:GATGACTAGAGAGGGC,Epiblast
S3 52h:CATGCCTTCTTCGTAT,Epiblast
S3 52h:ATCATTCTCTTGGTCC,Epiblast
S3 52h:GATAGAATCGGTTCAA,Epiblast
S3 52h:CAACGGCTCACGTCCT,Epiblast
S3 52h:ACTATGGCAATCTGCA,Epiblast
S3 52h:TCCGAAAGTTTGGAAA,Epiblast
S3 52h:CAGAGCCTCTACGGGC,Epiblast
S3 52h:CATACTTCAGCAGTCC,Epiblast
S3 52h:GCAGCCACAGCCCAGT,Epiblast
S3 52h:ACCTGAAAGATGGGCT,Epiblast
S3 52h:TGAGACTCATTCTCCG,Epiblast
S3 52h:TGATGGTAGTTGTAAG,Epiblast
S3 52h:GAAGAATCACTCCGAG,Epiblast
S3 52h:TCGACCTAGTGGAAGA,Epiblast
S3 52h:TTCAATCGTCACATTG,Epiblast
S3 52h:TTCACCGAGAATCGCG,Epiblast
S3 52h:TCCATGCCAAAGGCTG,Epiblast
S3 52h:AATTTCCAGCTCGCAC,Epiblast
S3 52h:CATACTTCACCGGTCA,Epiblast
S3 52h:CATTCATCACCCTGTT,Epiblast
S3 52h:GATGACTGTCACAATC,Epiblast
S3 52h:GATCGTACATAGACTC,Epiblast
S3 52h:ATACTTCTCGGACAAG,Epiblast
S3 52h:CAAGCTAGTCTATGAC,Epiblast
S3 52h:GTTCATTCATTGACAC,Epiblast
S3 52h:ATCATTCCACTGCTTC,Epiblast
S3 52h:GCAGGCTTCACGGAGA,Epiblast
S3 52h:ACCAACACATTGTACG,Epiblast
S3 52h:GATCATGTCGGTAGGA,Epiblast
S3 52h:CAGTTAGTCTCTCGAC,Epiblast
S3 52h:ATTCCCGAGGCCATAG,Epiblast
S3 52h:TATTTCGGTGGAAGTC,Epiblast
S3 52h:CACGAATTCCAGGACC,Epiblast
S3 52h:CTCAAGAAGCCTGAGA,Epiblast
S3 52h:CATGAGTGTCTTTCAT,Epiblast
S3 52h:CACGGGTTCTTACGTT,Epiblast
S3 52h:ACACAGTGTGACACGA,Epiblast
S3 52h:GACCTTCTCAACGTGT,Epiblast
S3 52h:TCACTATAGAGTAACT,Epiblast
S3 52h:GTTGTCCAGTGTAGAT,Epiblast
S3 52h:AGTCACAGTTTACGTG,Epiblast
S3 52h:TCAAGACTCCCGTTCA,Epiblast
S3 52h:TACCGAACACAGTGTT,Epiblast
S3 52h:GCATCTCGTAGTCCTA,Epiblast
S3 52h:CACCAAAAGACTGGGT,Epiblast
S3 52h:CTATAGGTCCGTTGGG,Epiblast
S3 52h:GATCAGTGTTCGGTTA,Epiblast
S3 52h:TCACTCGTCATTTCGT,Epiblast
S3 52h:TGAATCGAGGTCCTGC,Epiblast
S3 52h:AGGGCTCGTAGACTGG,Epiblast
S3 52h:TTTCATGTCCGATTAG,Epiblast
S3 52h:TAGGAGGCACAACGCC,Epiblast
S3 52h:AGAACAACAGAGTCAG,Epiblast
S3 52h:CTATCCGAGTATTAGG,Epiblast
S3 52h:CGTGATAAGTATGGAT,Epiblast
S3 52h:TATACCTTCATGGAGG,Epiblast
S3 52h:TTTATGCTCATACGGT,Epiblast
S3 52h:GGCTTGGAGATGTTGA,Epiblast
S3 52h:TGTCCCATCGTTTACT,Epiblast
S3 52h:GACCTTCAGATTGATG,Epiblast
S3 52h:AGCATCAGTAGCGATG,Epiblast
S3 52h:AATTCCTTCAGTGTGT,Epiblast
S3 52h:GTGCACGAGATTGTGA,Epiblast
S3 52h:GTAATCGCAGCAGATG,Epiblast
S3 52h:GAGTCATAGCTATCCA,Epiblast
S3 52h:TTAGGGTTCATACAGC,Epiblast
S3 52h:CAGTTAGCATAAGATG,Epiblast
S3 52h:CCTGTTGAGGCCTAGA,Epiblast
S3 52h:TTCCGTGGTCCTTTGC,Epiblast
S3 52h:TTAATCCCAACGTAAA,Epiblast
S3 52h:TCCTCGAGTGGTATGG,Epiblast
S3 52h:CAGCACGGTAGCTTGT,Epiblast
S3 52h:GTCAAACCATTGGCAT,Epiblast
S3 52h:TCTACATGTGGACCTC,Epiblast
S3 52h:AATGGCTGTTCGATTG,Epiblast
S3 52h:CTGCCATTCACAGTGT,Epiblast
S3 52h:ATTCTACTCCAACACA,Epiblast
S3 52h:GTAGATCTCCCTCTAG,Epiblast
S3 52h:CAGCACGAGACGGAAA,Epiblast
S3 52h:TGAACGTTCTTCCGTG,Exiting naive pluripotency
S3 52h:GATCCCTCATGGCCCA,Epiblast
S3 52h:TTGGATGAGTTAGTGA,Epiblast
S3 52h:TCGCTTGAGGTCCGAA,Epiblast
S3 52h:GCCAGCAGTACGCTTA,Epiblast
S3 52h:CAATACGGTGAATAAC,Epiblast
S3 52h:GGAGATGGTCTGTAGT,Epiblast
S3 52h:TGGCGTGGTGACTAAA,Epiblast
S3 52h:AACAAAGGTCCAAATC,Epiblast
S3 52h:CGAGGCTAGCGCATCC,Epiblast
S3 52h:TAATCTCGTTTCTTAC,Epiblast
S3 52h:CCACTTGAGTGCCCGT,Epiblast
S3 52h:CGAGAAGCAACCACGC,Epiblast
S3 52h:CTACAGATCGGTATGT,Epiblast
S3 52h:TCCCATGGTATATGGA,Epiblast
S3 52h:CTCCACAGTTCTCTCG,Epiblast
S3 52h:AGGATAAGTACAATAG,Epiblast
S3 52h:CTTCTCTCAGACCTAT,Epiblast
S3 52h:GCCAGGTAGTCAGCCC,Epiblast
S3 52h:TATCTTGGTGTTGAGG,Epiblast
S3 52h:ATGGGAGTCGAGTCCG,Epiblast
S3 52h:AGAGAGCCAGCATGCC,Epiblast
S3 52h:AATGACCTCAGCATTG,Epiblast
S3 52h:GCTTCACCAAAGTGTA,Epiblast
S3 52h:GCACGTGCATTGCCTC,Epiblast
S3 52h:CTGCCATGTGCATTAC,Epiblast
S3 52h:AAGTACCTCGTAACAC,Epiblast
S3 52h:CGATGCGTCATTGTTC,Epiblast
S3 52h:AGCCAGCGTTACCCAA,Epiblast
S3 52h:AACCAACGTAGCCCTG,Epiblast
S3 52h:TGATTTCAGGCAATGC,Epiblast
S3 52h:GGGTTTATCCAGTACA,Epiblast
S3 52h:GTAGCTATCCGAACGC,Epiblast
S3 52h:TGTAACGGTGTCTTCC,Epiblast
S3 52h:GCACGGTGTTGTAGCT,Epiblast
S3 52h:GAGATGGAGCTCGAAG,Epiblast
S3 52h:TACCCACTCCATCGTC,Epiblast
S3 52h:GGGCTCAGTCACGCTG,Epiblast
S3 52h:GGATCTACACAAGTGG,Epiblast
S3 52h:GTGGAGAGTAATCAGA,Epiblast
S3 52h:GAGTTACCATGACTGT,Epiblast
S3 52h:TCTTGCGAGTTGGACG,Epiblast
S3 52h:TTCCACGAGAAGCTCG,Epiblast
S3 52h:ACCAACAGTACCGGCT,Epiblast
S3 52h:CAGATCACAAGGTCAG,Epiblast
S3 52h:CAGGCCATCAAGCCGC,Epiblast
S3 52h:AGGATAATCTCGGGAC,Epiblast
S3 52h:GTCTCACCATGAGATA,Epiblast
S3 52h:ACCTGTCAGGTTCATC,Epiblast
S3 52h:AAAGGGCTCCGACGGT,Epiblast
S3 52h:TGGATCATCTGCTTAT,Epiblast
S3 52h:TCGCAGGGTGGTACAG,Epiblast
S3 52h:CAATTTCGTTTCGACA,Epiblast
S3 52h:CGCCATTAGAGAATCT,Epiblast
S3 52h:GCCGATGCAAACCATC,Epiblast
S3 52h:ATGAAAGCAACCAACT,Epiblast
S3 52h:CCACTTGGTGTGAATA,Epiblast
S3 52h:TGACTCCCAGGCACTC,Epiblast
S3 52h:TGTGTGAGTAACCCTA,Epiblast
S3 52h:TTCCTTCGTACACGCC,Epiblast
S3 52h:CACGGGTCAACACAGG,Epiblast
S3 52h:ACCACAACAGTGACCC,Epiblast
S3 52h:TGTAACGCAATGCTCA,Epiblast
S3 52h:CGCCATTAGCACACCC,Epiblast
S3 52h:CACCAAATCCGGGACT,Epiblast
S3 52h:ACTGTCCCAGCCCACA,Epiblast
S3 52h:AGCGTATAGTTGTCGT,Epiblast
S3 52h:ATGCCTCTCCAACACA,Epiblast
S3 52h:GCTACAACAGTTTCAG,Epiblast
S3 52h:AAGTGAAGTGCAGTGA,Epiblast
S3 52h:CTCAACCTCGAGGCAA,Epiblast
S3 52h:CACTGAACATCGATGT,Epiblast
S3 52h:AAACCCAAGTAACGAT,Epiblast
S3 52h:AGTACCACAGCGACCT,Epiblast
S3 52h:AAACGAATCTCATTAC,Exiting naive pluripotency
S3 52h:TACTTGTGTGCTGATT,Epiblast
S3 52h:TGTGCGGTCCTACGGG,Epiblast
S3 52h:ATCGATGCATCTTTCA,Epiblast
S3 52h:CTCCACAAGATAGTGT,Epiblast
S3 52h:TACCTCGTCTTTCTAG,Epiblast
S3 52h:CACACAAAGATGGCAC,Epiblast
S3 52h:GAACTGTTCCTAAACG,Epiblast
S3 52h:GTCACGGCACAGTCCG,Epiblast
S3 52h:CCCTAACAGAGAGAAC,Epiblast
S3 52h:GAATAGAAGCGCCTTG,Epiblast
S3 52h:TTCATTGTCTCCCTAG,Epiblast
S3 52h:GGCTTTCAGGGTACAC,Epiblast
S3 52h:GTGCTTCGTCGGTGAA,Epiblast
S3 52h:CTGCCTACAACTACGT,Exiting naive pluripotency
S3 52h:CGTGATAAGCGATCGA,Epiblast
S3 52h:TATCGCCAGTGGTTCT,Epiblast
S3 52h:GGTGTCGGTCTACGAT,Epiblast
S3 52h:CTTCCGAGTGGAAATT,Epiblast
S3 52h:GCTGCAGGTAGCTTGT,Epiblast
S3 52h:GGGTTTAGTTGACGGA,Epiblast
S3 52h:GATCACAGTCTTTCTA,Epiblast
S3 52h:TCACTATAGAGAGGTA,Epiblast
S3 52h:GCCCAGACATGTTCAG,Epiblast
S3 52h:ACTTCGCCATGCACTA,Epiblast
S3 52h:GATCGTAGTTACTCAG,Epiblast
S3 52h:AGACCCGAGGTTGGAC,Epiblast
S3 52h:CGGACACGTTGCATAC,Epiblast
S3 52h:GGGACAAGTGCTCTCT,Epiblast
S3 52h:GGGACCTTCTTGGATG,Epiblast
S3 52h:CGATGCGGTTTGGAAA,Epiblast
S3 52h:TCCGTGTCATGTTCGA,Epiblast
S3 52h:GATCATGCAACGTATC,Epiblast
S3 52h:GACGTTAAGCGCCTCA,Epiblast
S3 52h:TATGTTCCACAGTACT,Epiblast
S3 52h:CAATGACCACCCATAA,Epiblast
S3 52h:ACCTGAAAGTAATACG,Epiblast
S3 52h:TCGATTTTCAACCGAT,Epiblast
S3 52h:AAAGGATAGAGGCTGT,Epiblast
S3 52h:ACCATTTAGTTGTCGT,Epiblast
S3 52h:AATGAAGAGCCTAGGA,Epiblast
S3 52h:CTCACTGCACGCAAAG,Epiblast
S3 52h:CGGGCATTCTGCCTGT,Epiblast
S3 52h:AAGTACCAGTGTTGTC,Zscan4+ Artefact
S3 52h:CATACTTCAGTAGAGC,Epiblast
S3 52h:CATCAAGCAAGCTACT,Epiblast
S3 52h:AGAGAATCACCCTTAC,Epiblast
S3 52h:GCACATATCGCGGTAC,Epiblast
S3 52h:TAATCTCAGGGTTTCT,Epiblast
S3 52h:AGACAAACACTGTGAT,Epiblast
S3 52h:TTACGTTGTTGCATCA,Epiblast
S3 52h:GGGATGAAGATTAGAC,Epiblast
S3 52h:AGTTAGCTCTCGCCTA,Epiblast
S3 52h:CATTCATAGTGCGACA,Epiblast
S3 52h:CATTCATTCTGTGCGG,Epiblast
S3 52h:CTTCCTTAGCATGCGA,Epiblast
S3 52h:GTTCTATAGCAATTAG,Epiblast
S3 52h:TGTGCGGTCCCTTGTG,Epiblast
S3 52h:TCAGCCTGTTATAGCC,Epiblast
S3 52h:TTAATCCGTACCAATC,Epiblast
S3 52h:ATGGAGGAGTGGACGT,Epiblast
S3 52h:TATACCTCAAACACGG,Epiblast
S3 52h:GCCGATGAGTTGTAGA,Epiblast
S3 52h:AGACACTTCCATGCAA,Epiblast
S3 52h:GGAGATGTCACCTCGT,Epiblast
S3 52h:GGCTTTCAGAAACTGT,Epiblast
S3 52h:TGTTGGATCTACTGAG,Epiblast
S3 52h:TACTGCCAGAACGCGT,Epiblast
S3 52h:TTGTTCAGTCCAATCA,Epiblast
S3 52h:TCAGCAAGTTCCATTT,Exiting naive pluripotency
S3 52h:ACCCAAAAGCACGATG,Epiblast
S3 52h:ACCCTCACATTGACCA,Epiblast
S3 52h:TACCCGTAGCCGAACA,Epiblast
S3 52h:GCTTTCGGTAACACCT,Epiblast
S3 52h:CATCGCTCATTAGGAA,Epiblast
S3 52h:AGGCTGCGTCACAGTT,Epiblast
S3 52h:CGGGTCATCGGTGAAG,Epiblast
S3 52h:GCCAGTGAGGTCGACA,Epiblast
S3 52h:GACCGTGTCACTTTGT,Epiblast
S3 52h:AGATCGTAGTCGCCCA,Epiblast
S3 52h:ACTGTCCTCTCTCGAC,Epiblast
S3 52h:AACCATGGTGGGTATG,Epiblast
S3 52h:ATCAGGTCACCTTCCA,Epiblast
S3 52h:TTCCTTCGTCCGGTGT,Epiblast
S3 52h:ATGCCTCCAAGAGGTC,Epiblast
S3 52h:GTCATTTAGCGTCTGC,Epiblast
S3 52h:GATCAGTAGGCACTCC,Epiblast
S3 52h:CCCTTAGTCCGATAAC,Exiting naive pluripotency
S3 52h:TAGGTACCAAGTCCAT,Epiblast
S3 52h:TAGACCAAGGGCTGAT,Epiblast
S3 52h:AGGTCATGTATCGCTA,Epiblast
S3 52h:CCCGAAGGTGCCCAGT,Epiblast
S3 52h:CGCATGGCACCAACAT,Epiblast
S3 52h:CCTCCTCCACATTACG,Epiblast
S3 52h:TTCATTGCAGCACCCA,Epiblast
S3 52h:AGACCATTCCAAAGGG,Epiblast
S3 52h:TTGGGCGTCAGCTAGT,Epiblast
S3 52h:GAGATGGAGGATTACA,Epiblast
S3 52h:CCAATGATCACATCAG,Epiblast
S3 52h:AGTGACTTCGATCCAA,Epiblast
S3 52h:AGTGTTGGTTGGGTAG,Epiblast
S3 52h:TCGGGCAAGAGGTTTA,Epiblast
S3 52h:GCATCGGAGGAACATT,Epiblast
S3 52h:TTGCCTGCATCTGCGG,Epiblast
S3 52h:TGCAGGCAGGCGACAT,Epiblast
S3 52h:AGATCCAGTTGTCAGT,Epiblast
S3 52h:GAGCTGCCACTGGCCA,Epiblast
S3 52h:TCTACCGCACTGAGGA,Epiblast
S3 52h:CACCGTTAGGCTAGCA,Epiblast
S3 52h:TAGGTACCATACCATG,Epiblast
S3 52h:AAAGGTACAGTTAAAG,Epiblast
S3 52h:TACCGGGCACTGGATT,Epiblast
S3 52h:GCTGGGTAGCAGTACG,Epiblast
S3 52h:AATCACGTCAGGACGA,Exiting naive pluripotency
S3 52h:CTTTCGGGTCCATACA,Epiblast
S3 52h:TCTTCCTTCTGACCCT,Epiblast
S3 52h:GGGCGTTCAGTTTCAG,Epiblast
S3 52h:AAGACAAAGATTGTGA,Epiblast
S3 52h:GTTACCCAGAATACAC,Epiblast
S3 52h:ATTACCTAGTGCTCGC,Epiblast
S3 52h:GACAGCCGTGTCCACG,Epiblast
S3 52h:GCTGGGTCATGTTCGA,Epiblast
S3 52h:TAACCAGCAATTGCAC,Epiblast
S3 52h:ATTATCCGTATCCTCC,Epiblast
S3 52h:TATGTTCTCTCTATAC,Epiblast
S3 52h:TGGTTAGCATTGCCGG,Epiblast
S3 52h:TTACTGTTCATTCTTG,Epiblast
S3 52h:GGTAGAGTCACTGTTT,Epiblast
S3 52h:CACGTTCGTGGTCAAG,Epiblast
S3 52h:GGCTTGGAGGTGCGAT,Epiblast
S3 52h:CGGAGAAAGCTAAACA,Epiblast
S3 52h:TCGTCCACACTGTGAT,Epiblast
S3 52h:GAATCGTTCCTTCTTC,Epiblast
S3 52h:CTCATCGTCGAGAAAT,Epiblast
S3 52h:ATAGAGAAGTAACGAT,Epiblast
S3 52h:TCTACCGGTGTGTTTG,Epiblast
S3 52h:GAGACCCAGGCAGTCA,Epiblast
S3 52h:TTCACGCGTAGAATGT,Epiblast
S3 52h:CGGAATTCAGTTCACA,Epiblast
S3 52h:CGGTCAGCATCGAGCC,Epiblast
S3 52h:CCTCACACACACCTTC,Epiblast
S3 52h:CAGGGCTTCCTACACC,Epiblast
S3 52h:TTCCGTGTCGCTCTCA,Epiblast
S3 52h:TAATTCCTCTATCCAT,Epiblast
S3 52h:CCCTGATAGGTTCCAT,Epiblast
S3 52h:GATTGGTTCCCTGTTG,Epiblast
S3 52h:CTTCTAATCCCTCTAG,Epiblast
S3 52h:TAACTTCTCTCATTGT,Epiblast
S3 52h:TTACTGTGTATGTGTC,Epiblast
S3 52h:GAACTGTAGGATACGC,Epiblast
S3 52h:GTTACAGAGTGTTGAA,Epiblast
S3 52h:TACTTCAGTCGCTGCA,Epiblast
S3 52h:CTAACTTAGTACGAGC,Epiblast
S3 52h:CTCACTGAGCTGTCCG,Epiblast
S3 52h:CTGAATGAGGAAGAAC,Epiblast
S3 52h:TCATGCCCATACCAGT,Epiblast
S3 52h:CTGTATTGTACCGCGT,Epiblast
S3 52h:CACTGAACAGCTTTGA,Epiblast
S3 52h:GGTTAACCAAAGCACG,Epiblast
S3 52h:AAGTGAAGTAACGATA,Epiblast
S3 52h:GCCAGTGAGATAGTGT,Epiblast
S3 52h:GCCCGAAGTGCCCACA,Epiblast
S3 52h:AGGATCTGTGAGCGAT,Epiblast
S3 52h:ACAGCCGTCCGATTAG,Epiblast
S3 52h:GGCACGTCACTTTAGG,Epiblast
S3 52h:TTCCGGTTCCATTTAC,Epiblast
S3 52h:CTATCTAGTGTGTGTT,Epiblast
S3 52h:TCGCAGGGTCATGGCC,Epiblast
S3 52h:CCATAAGAGAGCATTA,Zscan4+ Artefact
S3 52h:TGCAGTAGTCCCACGA,Epiblast
S3 52h:GTTTACTTCGGCTTCT,Epiblast
S3 52h:TATTCCAGTACGTAGG,Epiblast
S3 52h:ATTTCTGGTGCTGCAC,Epiblast
S3 52h:GTAAGTCGTACCGGAA,Epiblast
S3 52h:CCACGAGCACAAGCTT,Epiblast
S3 52h:AGGCATTTCGACATTG,Epiblast
S3 52h:TCAGCCTCAGGACATG,Epiblast
S3 52h:AACAGGGTCAAATGCC,Epiblast
S3 52h:GGACGTCCAGCGTTGC,Epiblast
S3 52h:GGTAACTGTGAGCGAT,Epiblast
S3 52h:AAGTCGTCAGAGAATT,Epiblast
S3 52h:ACCAACAAGATGTTAG,Epiblast
S3 52h:GAGACTTTCATAGCAC,Epiblast
S3 52h:TCTACATAGGACTGGT,Epiblast
S3 52h:ACGATCAAGTGGATAT,Epiblast
S3 52h:GTTTACTCAATGTCAC,Epiblast
S3 52h:TCTCACGCAGCTCCTT,Epiblast
S3 52h:GTTGAACCAATTGCAC,Epiblast
S3 52h:TGGGTTATCATGTCAG,Epiblast
S3 52h:AACAGGGAGTTCCTGA,Epiblast
S3 52h:TAGATCGAGGGTGGGA,Epiblast
S3 52h:AACCAACTCACGAACT,Epiblast
S3 52h:CGTTCTGCAACAAGAT,Epiblast
S3 52h:GAGACCCTCGGTAACT,Epiblast
S3 52h:CTGTATTTCCTAACAG,Epiblast
S3 52h:CAGAGCCAGAAGGTAG,Epiblast
S3 52h:CGTAATGTCTCCAAGA,Epiblast
S3 52h:TTCTGTACACAAGCAG,Epiblast
S3 52h:CGAAGGATCTGGGCGT,Epiblast
S3 52h:TTAGGGTAGATGAACT,Exiting naive pluripotency
S3 52h:ACAAGCTAGAGGTTAT,Epiblast
S3 52h:ATGTCTTCAGATCACT,Epiblast
S3 52h:AATCACGCACTGCTTC,Zscan4+ Artefact
S3 52h:ATCCCTGCATAGGAGC,Epiblast
S3 52h:TGAGCGCTCAAGGAGC,Epiblast
S3 52h:AGGAAATAGGTCGACA,Epiblast
S3 52h:ACGGGTCGTCTTCTAT,Epiblast
S3 52h:TACGGGCAGAGAGTTT,Epiblast
S3 52h:GGCACGTTCTGGGCGT,Epiblast
S3 52h:GACCGTGGTCCTCCTA,Epiblast
S3 52h:TGAACGTGTCCTGTTC,Epiblast
S3 52h:ACGGGTCCAACGACTT,Epiblast
S3 52h:GGCAGTCCAAAGTATG,Epiblast
S3 52h:CCTTCAGCATGTGTCA,Epiblast
S3 52h:CATCGCTAGTAGATCA,Epiblast
S3 52h:CATCAAGCACTTGACA,Epiblast
S3 52h:AGATGCTTCCACGTGG,Epiblast
S3 52h:CATGGATCACTCCGAG,Epiblast
S3 52h:AAGATAGCAATCACGT,Epiblast
S3 52h:TGTGTGATCCCAGGAC,Epiblast
S3 52h:ACGATGTGTTGGGTTT,Epiblast
S3 52h:TTACCGCCACGATAGG,Epiblast
S3 52h:TTCTAGTAGCGAGTCA,Epiblast
S3 52h:GATGCTACACATGACT,Epiblast
S3 52h:CATTCTACAGCGAGTA,Epiblast
S3 52h:TTAGGGTTCCAGGACC,Epiblast
S3 52h:GACCTTCTCGTGGGTC,Epiblast
S3 52h:AAGTACCTCGTGGCTG,Epiblast
S3 52h:CTTTCGGAGCAAGGAA,Epiblast
S3 52h:CATGAGTTCACCATGA,Epiblast
S3 52h:TATATCCAGAACCGCA,Exiting naive pluripotency
S3 52h:GGTTAACAGGTAGTAT,Epiblast
S3 52h:TGAGGAGCACTGCGTG,Epiblast
S3 52h:TTGATGGCAAGTCCAT,Epiblast
S3 52h:CTGAATGCATGTCAGT,Epiblast
S3 52h:GTGCGTGAGTGTACAA,Epiblast
S3 52h:TTTACGTCACCTTCGT,Epiblast
S3 52h:GAGACCCGTGTCTTCC,Epiblast
S3 52h:CGAATTGAGACCATTC,Epiblast
S3 52h:TTGAGTGTCGAAATCC,Exiting naive pluripotency
S3 52h:ACTGCAACAGATCATC,Epiblast
S3 52h:GTGAGGACAACTCGAT,Epiblast
S3 52h:GTACAGTCATGACTTG,Epiblast
S3 52h:TGTGAGTCAGAGTTGG,Epiblast
S3 52h:CAGCACGGTTCAAGTC,Epiblast
S3 52h:GGGTCTGGTACTCCGG,Epiblast
S3 52h:GAGATGGAGGCTGTAG,Epiblast
S3 52h:CCGCAAGTCCGTTGGG,Epiblast
S3 52h:TACCGGGAGCCTAGGA,Epiblast
S3 52h:GTTACCCGTCTCTCAC,Epiblast
S3 52h:GAAGAATAGGTGCTGA,Epiblast
S3 52h:GAACACTGTCATACCA,Epiblast
S3 52h:AGATCGTGTCATCAGT,Epiblast
S3 52h:CGTAGTACACTTCAGA,Epiblast
S3 52h:GCCATGGAGCTCGAAG,Epiblast
S3 52h:CATGCTCCAGTGGGTA,Epiblast
S3 52h:TCTCACGTCTTAATCC,Epiblast
S3 52h:ATCGGATGTGGGATTG,Epiblast
S3 52h:AGGATAAAGCTACAAA,Epiblast
S3 52h:CATTCCGAGGTCACAG,Epiblast
S3 52h:AGGCATTAGTTTCGGT,Epiblast
S3 52h:TATATCCTCCATTTAC,Epiblast
S3 52h:AGAACAATCTATCGCC,Epiblast
S3 52h:AGTCACACAGTGGTGA,Epiblast
S3 52h:TGCGATAGTATACGGG,Epiblast
S3 52h:TAACACGAGTAAACGT,Epiblast
S3 52h:CTTTCAACAGCAGACA,Epiblast
S3 52h:TGACCCTTCTTGGGCG,Epiblast
S3 52h:ACGCACGCAGAGGAAA,Exiting naive pluripotency
S3 52h:ACTTAGGTCCAACACA,Epiblast
S3 52h:TTCCTCTAGCGTGCCT,Epiblast
S3 52h:GGCACGTCAGAGGTAC,Epiblast
S3 52h:AGAGAATGTGATCGTT,Epiblast
S3 52h:TCTGTCGAGATGAATC,Epiblast
S3 52h:CAGATTGAGGAATCGC,Epiblast
S3 52h:TCGAACATCAGAGCAG,Epiblast
S3 52h:AGCCACGGTGCAGGAT,Epiblast
S3 52h:AGGAGGTGTCTCGGAC,Epiblast
S3 52h:CCACCATAGTTAGAAC,Epiblast
S3 52h:GATCCCTAGGCTAGCA,Epiblast
S3 52h:TTCAATCAGGACTGGT,Epiblast
S3 52h:AGTACCATCGCAGTCG,Epiblast
S3 52h:CTCGAGGCAGCAGTAG,Epiblast
S3 52h:GAGTGAGTCGTGGGAA,Epiblast
S3 52h:TGGTTAGAGTTGCTCA,Epiblast
S3 52h:CTTTCAAGTTCCAGGC,Epiblast
S3 52h:TCCGTGTTCCTCAGAA,Epiblast
S3 52h:AACAACCCAATTGTGC,Epiblast
S3 52h:AGCTACATCAACCCGG,Epiblast
S3 52h:GAGTCATTCATCGTAG,Epiblast
S3 52h:CGAGTGCGTTCCAGGC,Epiblast
S3 52h:AGGGTTTTCTTGCAAG,Epiblast
S3 52h:TATTTCGTCCGTTGAA,Epiblast
S3 52h:CTCACTGGTGCGAGTA,Epiblast
S3 52h:TAATTCCCACCGAATT,Epiblast
S3 52h:AGTACCAAGAATTCAG,Epiblast
S3 52h:CAGCGTGAGACGGATC,Epiblast
S3 52h:TGGGAGAAGCCAGACA,Epiblast
S3 52h:ACCAACACATGTTTGG,Epiblast
S3 52h:ACAAAGAAGGTAGGCT,Exiting naive pluripotency
S3 52h:ACGATGTGTGGTCAAG,Epiblast
S3 52h:CCATCACCAGAATCGG,Epiblast
S3 52h:GGGATGAGTCAAAGAT,Epiblast
S3 52h:TCGACCTAGGTGAGCT,Epiblast
S3 52h:TCTGCCATCATTATCC,Epiblast
S3 52h:GACCCAGGTGGACAGT,Exiting naive pluripotency
S3 52h:GAGTCATTCCGCTTAC,Epiblast
S3 52h:CCACAAAGTTGAAGTA,Epiblast
S3 52h:CGTAGTACAGCTCATA,Epiblast
S3 52h:TTTGTTGCATGAGGGT,Epiblast
S3 52h:CTTCCGAGTCTCGCGA,Epiblast
S3 52h:TACTTGTAGTACAGCG,Epiblast
S3 52h:TCAGTTTTCTCCTGAC,Epiblast
S3 52h:GCCCAGATCATTCTTG,Epiblast
S3 52h:AAGGAATAGCCAACCC,Epiblast
S3 52h:ACAAAGAGTGGTTTAC,Epiblast
S3 52h:ACACCAAGTTAGGGAC,Epiblast
S3 52h:TGACAGTCACTGATTG,Epiblast
S3 52h:CTCATCGCACCTGCTT,Epiblast
S3 52h:TCTACCGTCTAGGCAT,Epiblast
S3 52h:ATGTCCCGTGGCAACA,Epiblast
S3 52h:TGAGCGCGTGAGTTGG,Epiblast
S3 52h:AAGCATCGTGTCCATA,Epiblast
S3 52h:ATCACGAGTCTAATCG,Epiblast
S3 52h:TTGAACGGTATAATGG,Epiblast
S3 52h:TACCTGCTCGTGTCAA,Epiblast
S3 52h:CATAGACGTTATGTGC,Epiblast
S3 52h:CCATCACTCTTCCTAA,Epiblast
S3 52h:ATGCGATAGCCTTTCC,Epiblast
S3 52h:TGGGCTGCAAATCGGG,Epiblast
S3 52h:GATCATGTCGAGTGAG,Epiblast
S3 52h:ACTGTGACATAGATGA,Epiblast
S3 52h:TTCCGTGAGCGTTCCG,Epiblast
S3 52h:AAGGTAATCGGTGCAC,Epiblast
S3 52h:CATCGGGCACAACGCC,Epiblast
S3 52h:GACAGCCAGGCATGCA,Epiblast
S3 52h:AGGCTGCCACCCTTGT,Epiblast
S3 52h:GAGTGAGTCTGAGGTT,Epiblast
S3 52h:CTTACCGCAGCACAGA,Epiblast
S3 52h:TCTGGCTGTTCCAAAC,Epiblast
S3 52h:AGATCGTTCTTCGGAA,Epiblast
S3 52h:AATCACGTCGATGCAT,Epiblast
S3 52h:GCACGTGAGGTCCCTG,Epiblast
S3 52h:CGACAGCAGGATTCAA,Exiting naive pluripotency
S3 52h:GACCCTTTCCGATAAC,Epiblast
S3 52h:TTGGATGCACATGTTG,Epiblast
S3 52h:GATAGAAAGATTGAGT,Epiblast
S3 52h:TTCACCGCACAAGGTG,Epiblast
S3 52h:TTTCCTCTCTTCCAGC,Epiblast
S3 52h:TATTTCGGTTGTACGT,Epiblast
S3 52h:CCGGTGATCCGTTGAA,Epiblast
S3 52h:CCGGTAGGTCGAGATG,Epiblast
S3 52h:CTGTACCTCCTAGCGG,Epiblast
S3 52h:TCACGCTAGGCTTCCG,Epiblast
S3 52h:TTTGTTGAGTAACCTC,Epiblast
S3 52h:AGTGACTTCGTCACCT,Epiblast
S3 52h:TGGGTTACAATAGTCC,Epiblast
S3 52h:TCCGAAACAAGCAGGT,Epiblast
S3 52h:ATCGGCGTCTACAGGT,Epiblast
S3 52h:AGACCATGTACAAGCG,Epiblast
S3 52h:GTGACGCAGCAACAGC,Epiblast
S3 52h:ATGAGGGAGTATGAGT,Epiblast
S3 52h:CCAATTTTCCTGTACC,Epiblast
S3 52h:TCTACATAGTCTGCGC,Exiting naive pluripotency
S3 52h:TTACGCCGTTGCCTAA,Epiblast
S3 52h:GCTTCACAGATGTTGA,Epiblast
S3 52h:ACCCTCAAGGGTCACA,Epiblast
S3 52h:ATTCCTAAGACTACGG,Epiblast
S3 52h:TGAGTCACATGGCCAC,Epiblast
S3 52h:GTCTACCGTCATATGC,Epiblast
S3 52h:GAGACTTAGGGTGAGG,Epiblast
S3 52h:CTCCGATTCGAACCAT,Epiblast
S3 52h:CAAGGGACATACATCG,Epiblast
S3 52h:TACGGGCCAACACACT,Exiting naive pluripotency
S3 52h:GTATTTCAGTATCCTG,Epiblast
S3 52h:AGGAAATAGGATTCAA,Epiblast
S3 52h:TCAAGTGTCCAGTTCC,Epiblast
S3 52h:CGGACACCAAACTCTG,Epiblast
S3 52h:GACTCAATCGATACAC,Epiblast
S3 52h:GTGTGGCAGATTAGAC,Epiblast
S3 52h:ACCCTTGTCATTGTGG,Epiblast
S3 52h:ATTGGGTTCGTCGCTT,Epiblast
S3 52h:GATCCCTCATCTGCGG,Epiblast
S3 52h:ATGGGAGTCGGTGAAG,Epiblast
S3 52h:CTGTAGATCAAGGTGG,Epiblast
S3 52h:TATTGGGTCGCCGAAC,Epiblast
S3 52h:GCCCGAAAGACAAGCC,Epiblast
S3 52h:GAGTTACCAGAGGCTA,Epiblast
S3 52h:GCCCAGAGTAATGATG,Epiblast
S3 52h:ACCCTCAAGCAGTAAT,Exiting naive pluripotency
S3 52h:ATCCCTGTCCTATTTG,Epiblast
S3 52h:CCATAAGAGTTTCAGC,Epiblast
S3 52h:TCATCATAGGTAACTA,Epiblast
S3 52h:CTCCCTCGTGCCTACG,Epiblast
S3 52h:GTAGAGGAGGTGCTAG,Epiblast
S3 52h:CATAAGCCATCGTGGC,Epiblast
S3 52h:TTGCATTAGGTGGCTA,Epiblast
S3 52h:ACCTGAACAACCTATG,Epiblast
S3 52h:TATCTGTAGTGCGCTC,Epiblast
S3 52h:ACTATGGAGTCATTGC,Epiblast
S3 52h:CCACGAGCAAGCAGGT,Epiblast
S3 52h:CCTTCAGGTGTGACCC,Epiblast
S3 52h:GTAATGCGTCAGACGA,Epiblast
S3 52h:TAGCACAGTCGCATTA,Epiblast
S3 52h:GGAGGTATCGAAGCCC,Epiblast
S3 52h:TCTCACGGTCGCACGT,Epiblast
S3 52h:TAACTTCCAAGCAATA,Epiblast
S3 52h:TTGCCTGTCAGACCTA,Epiblast
S3 52h:CAAGAGGCAACTGAAA,Epiblast
S3 52h:CACAGATTCATGGTAC,Epiblast
S3 52h:AGGCATTCAGAGACTG,Epiblast
S3 52h:CGTTAGACAACGTATC,Epiblast
S3 52h:ATTCGTTAGTCTAGAA,Exiting naive pluripotency
S3 52h:CTTGAGAAGTCAGCCC,Epiblast
S3 52h:ATGTCCCTCATCGGGC,Epiblast
S3 52h:CACCGTTTCCATAGAC,Epiblast
S3 52h:ATCAGGTAGTCGTCTA,Epiblast
S3 52h:AGAGAGCTCAGACTGT,Epiblast
S3 52h:ACCGTTCAGTGAGGCT,Epiblast
S3 52h:GTGATGTGTATCGTGT,Epiblast
S3 52h:ACCCAAAGTAGGTAGC,Epiblast
S3 52h:AGGATAACACGCTTAA,Epiblast
S3 52h:TTACAGGCAGGTCTCG,Exiting naive pluripotency
S3 52h:TTCGCTGAGCTCGGCT,Epiblast
S3 52h:TCACATTCATCATGAC,Epiblast
S3 52h:TCTATACAGCACACCC,Epiblast
S3 52h:GGTTAACCAACTGAAA,Epiblast
S3 52h:AGTAACCGTCAAGGCA,Epiblast
S3 52h:GTCCCATGTGAGTTTC,Epiblast
S3 52h:TACAACGGTCCGTACG,Epiblast
S3 52h:ACTTCCGGTAATGCGG,Epiblast
S3 52h:CTTCTAACACACCTAA,Epiblast
S3 52h:CTGCCATCACCAGCTG,Epiblast
S3 52h:ACTTATCCACCATAAC,Epiblast
S3 52h:GGTTAACGTTAAGAAC,Epiblast
S3 52h:CACCGTTGTAACATAG,Epiblast
S3 52h:TTCACGCCACACGGTC,Epiblast
S3 52h:TTTACTGTCAGCGCAC,Epiblast
S3 52h:CGCAGGTAGAGGTTTA,Epiblast
S3 52h:TAACTTCCAAGTCATC,Epiblast
S3 52h:GTTCCGTTCTAGACCA,Epiblast
S3 52h:AGCGATTCAAGTATCC,Epiblast
S3 52h:GTAATCGAGAATCGAT,Epiblast
S3 52h:CTGCCATGTTAGGCCC,Epiblast
S3 52h:TCAATCTTCTGAGATC,Epiblast
S3 52h:CAATCGATCAAGAGGC,Epiblast
S3 52h:TTTCATGCACAGAGCA,Epiblast
S3 52h:AAAGTGAAGTAGATCA,Exiting naive pluripotency
S3 52h:GGAACCCAGCTGTTCA,Epiblast
S3 52h:GCTTGGGGTGCCTGCA,Epiblast
S3 52h:ATCCATTCAGTGCGCT,Epiblast
S3 52h:TTCTCTCCATGTGACT,Epiblast
S3 52h:TTGTTCACACAATGTC,Epiblast
S3 52h:GGTTGTATCGACCAAT,Epiblast
S3 52h:GTTACAGAGATCGACG,Epiblast
S3 52h:CCACAAACACATGAAA,Epiblast
S3 52h:GTTACAGCAACCGACC,Epiblast
S3 52h:ATGTCTTAGGCTCTCG,Epiblast
S3 52h:GATGCTATCGCTAATG,Epiblast
S3 52h:TTTCACAGTAGTGCGA,Exiting naive pluripotency
S3 52h:GTACAGTCAGAGCTAG,Epiblast
S3 52h:CTCAACCGTTTGGCTA,Epiblast
S3 52h:TACTTCAGTTATCCAG,Epiblast
S3 52h:AGGGTTTCAATGGCAG,Epiblast
S3 52h:TCACACCTCCCATTTA,Epiblast
S3 52h:TAATCTCAGGAGAATG,Epiblast
S3 52h:GAAACCTTCTGCTCTG,Epiblast
S3 52h:AGGGTTTTCGAAGGAC,Epiblast
S3 52h:TTCAGGAAGTGTTGAA,Epiblast
S3 52h:ATTCATCAGTACGTCT,Epiblast
S3 52h:CTTCGGTCACTGAATC,Epiblast
S3 52h:AATAGAGCAAATGGTA,Epiblast
S3 52h:TATTGGGCATCAACCA,Epiblast
S3 52h:GAGGGATGTCCCTAAA,Epiblast
S3 52h:CAACAACCACCTCTGT,Epiblast
S3 52h:TGTCCACAGTGGATTA,Epiblast
S3 52h:GTCCTCACATAGTCAC,Epiblast
S3 52h:ACTACGACAGGAGGTT,Epiblast
S3 52h:GCAACATTCTTGGAAC,Epiblast
S3 52h:TTGTTGTAGTCGCCCA,Epiblast
S3 52h:ACGGGTCAGGTTGTTC,Epiblast
S3 52h:AGAAATGTCAGTCACA,Epiblast
S3 52h:CACCAAATCTGCGGGT,Epiblast
S3 52h:TCATTACGTCTATGAC,Epiblast
S3 52h:ATCCATTCATAGACTC,Epiblast
S3 52h:GGTGAAGGTAGTCTGT,Epiblast
S3 52h:ATCGTAGAGTCGGCCT,Epiblast
S3 52h:TACTTCAGTCACTTAG,Epiblast
S3 52h:TACCTCGCACTACCCT,Epiblast
S3 52h:TGCTCGTTCTATCGTT,Epiblast
S3 52h:CATCGGGGTTGCTAGT,Epiblast
S3 52h:CTTTCGGTCACCTACC,Epiblast
S3 52h:CCCATTGTCTACCTTA,Epiblast
S3 52h:AAACCCACATTCGGGC,Epiblast
S3 52h:TCTCACGAGCCACCGT,Epiblast
S3 52h:ACCAAACCAGGTTCGC,Exiting naive pluripotency
S3 52h:CGCAGGTCACCTGCAG,Epiblast
S3 52h:CGAGGAATCAAGATAG,Epiblast
S3 52h:ATGCCTCCAATCGCAT,Exiting naive pluripotency
S3 52h:CCATCACCACATTACG,Epiblast
S3 52h:CATCAAGGTCATCACA,Epiblast
S3 52h:CTCAGGGAGGCAGCTA,Epiblast
S3 52h:TCAGCAACAGTTAAAG,Epiblast
S3 52h:AACAGGGAGTGGACGT,Epiblast
S3 52h:ATGCGATAGCGTTACT,Epiblast
S3 52h:ATTTCTGAGGTCACAG,Epiblast
S3 52h:AGATGAAGTCGATTAC,Epiblast
S3 52h:GCGAGAAGTGAGTAGC,Epiblast
S3 52h:TACCTGCCATTCTCTA,Epiblast
S3 52h:TGGTAGTAGAGTCTTC,Epiblast
S3 52h:TCTTCCTAGATGAATC,Epiblast
S3 52h:TCTACATTCTTAGCCC,Epiblast
S3 52h:ACTTAGGAGCGCCATC,Epiblast
S3 52h:TAGGGTTTCCGAGATT,Epiblast
S3 52h:TCAGCCTAGCGCCTAC,Epiblast
S3 52h:TTACGCCGTAAGCAAT,Epiblast
S3 52h:TTAGGGTAGACTCATC,Epiblast
S3 52h:GTAATGCAGCGTGTCC,Epiblast
S3 52h:ATGATCGAGGCTTTCA,Epiblast
S3 52h:GTGGTTATCAGAGCAG,Epiblast
S3 52h:AGGAAATTCATGCATG,Epiblast
S3 52h:CTCAGAATCCGTGTCT,Epiblast
S3 52h:CGGGTGTGTATTGCCA,Epiblast
S3 52h:TTCGGTCGTCCCACGA,Epiblast
S3 52h:GAGTGAGAGACGGATC,Epiblast
S3 52h:TTTACCAAGCATAGGC,Epiblast
S3 52h:CATTGTTTCAAGGAGC,Epiblast
S3 52h:AGGTGTTTCGTCGACG,Epiblast
S3 52h:GGGATCCCATCCTCAC,Epiblast
S3 52h:GGTAATCCAGCGTACC,Epiblast
S3 52h:TATATCCGTGTGATGG,Epiblast
S3 52h:CAAGGGAAGGTCCCGT,Epiblast
S3 52h:TGCAGATTCGTAGTGT,Epiblast
S3 52h:ACCCAAATCGCATTAG,Epiblast
S3 52h:GTAGAAATCTGAATGC,Epiblast
S3 52h:CCCAACTCAAGTCGTT,Epiblast
S3 52h:AGCCAGCGTAAGATAC,Epiblast
S3 52h:CGAGGCTTCCGCTAGG,Epiblast
S3 52h:CCTGTTGGTCCTCCTA,Epiblast
S3 52h:TTCCACGAGTACCCTA,Epiblast
S3 52h:TAAGCACTCAAGATAG,Epiblast
S3 52h:CTTCGGTAGACATATG,Epiblast
S3 52h:AAGTGAATCTGAATCG,Epiblast
S3 52h:AACCAACCAACTTGCA,Epiblast
S3 52h:CGGGTCATCTGGAGAG,Epiblast
S3 52h:GTCAAGTTCACACCGG,Epiblast
S3 52h:CATGCCTAGAGATCGC,Epiblast
S3 52h:CGTCCATTCGAGTCCG,Epiblast
S3 52h:TCATGAGCAGTTAAAG,Zscan4+ Artefact
S3 52h:TTACCGCTCCTAACAG,Epiblast
S3 52h:GTGTAACTCAATGTCG,Epiblast
S3 52h:CCTACGTGTACACGTT,Epiblast
S3 52h:GATTTCTAGCCTCATA,Epiblast
S3 52h:AGCGTATGTTACGTAC,Epiblast
S3 52h:AAGACAAAGACGGTCA,Exiting naive pluripotency
S3 52h:AAGACTCCAAATCAAG,Epiblast
S3 52h:ATCGTCCCAACACGAG,Epiblast
S3 52h:TACGGGCAGGAACTAT,Epiblast
S3 52h:AGAAATGTCTCTCCGA,Epiblast
S3 52h:AAGTCGTAGCCGTAAG,Epiblast
S3 52h:AAGGAATTCGGATTAC,Epiblast
S3 52h:TGCTCCAAGTAATTGG,Epiblast
S3 52h:GACGTTACAATGGCCC,Epiblast
S3 52h:ATCGGATTCGGACAAG,Epiblast
S3 52h:GTTCGCTGTGGCTACC,Epiblast
S3 52h:TCGGTCTCAAGCTCTA,Epiblast
S3 52h:TGTAACGTCGTTCCTG,Epiblast
S3 52h:TAAGCACCAGCCGTCA,Epiblast
S3 52h:ACACAGTTCCCGAGAC,Epiblast
S3 52h:ATCCACCCATTCATCT,Epiblast
S3 52h:GACTGATCACTTGGGC,Epiblast
S3 52h:CGTGAATGTGACATCT,Epiblast
S3 52h:GGTTGTATCACTCTTA,Epiblast
S3 52h:GACTGATAGCCTCTCT,Epiblast
S3 52h:GTACAACTCATGCGGC,Epiblast
S3 52h:CAGTTCCGTATCGTAC,Epiblast
S3 52h:AATCACGTCAAGCCGC,Epiblast
S3 52h:GCTTCACGTCAAATCC,Epiblast
S3 52h:ATACCGAAGGCTGGAT,Epiblast
S3 52h:CTACTATAGAGAGCAA,Epiblast
S3 52h:CCTAAGACATTGAGGG,Epiblast
S3 52h:ACCACAAAGCCTCATA,Epiblast
S3 52h:ATTCCCGGTTTCGTGA,Epiblast
S3 52h:GTGCTTCGTTGTACGT,Epiblast
S3 52h:GGGTTATAGGCCTGCT,Epiblast
S3 52h:TGACAGTGTGTAACGG,Epiblast
S3 52h:TGTTTGTAGTCTGGAG,Epiblast
S3 52h:GACCGTGCAGCGTGAA,Epiblast
S3 52h:GTGAGGACAAGCAGGT,Epiblast
S3 52h:AGTTAGCCAAATGAGT,Epiblast
S3 52h:TGGTGATCACCCTCTA,Epiblast
S3 52h:GATGAGGTCGAAGAAT,Epiblast
S3 52h:GACTCAAGTTTGCCGG,Epiblast
S3 52h:ACGTAACCATACGCAT,Epiblast
S3 52h:CATGCAACAATAGTCC,Epiblast
S3 52h:CTCCTCCCAACACAGG,Epiblast
S3 52h:TTTACGTCATGGAGAC,Epiblast
S3 52h:ACTTCGCGTACCCGCA,Epiblast
S3 52h:TTGCTGCTCGTGCGAC,Epiblast
S3 52h:AACCTTTTCCGTGGTG,Epiblast
S3 52h:TATTGCTTCCCGTAAA,Epiblast
S3 52h:CCTTGTGGTCACCGAC,Epiblast
S3 52h:ACAAGCTTCCGTATAG,Epiblast
S3 52h:CACGGGTTCTCCCAAC,Epiblast
S3 52h:TGATGGTAGGCGCTCT,Epiblast
S3 52h:AAATGGACATGACGGA,Epiblast
S3 52h:TGGAGGATCTGCTCTG,Epiblast
S3 52h:ACGATCATCGGCATAT,Epiblast
S3 52h:CTACATTAGCTCACTA,Epiblast
S3 52h:TTTGTTGAGGGACTGT,Epiblast
S3 52h:CTGCATCCAGGCTCTG,Epiblast
S3 52h:GATGAGGAGAACTTCC,Epiblast
S3 52h:TCAGTGAAGAAGCGCT,Epiblast
S3 52h:CTACCCAAGTCGTCTA,Epiblast
S3 52h:ATTATCCAGAACTCCT,Epiblast
S3 52h:CTACATTAGAGCCGAT,Epiblast
S3 52h:CATGAGTCACATAGCT,Exiting naive pluripotency
S3 52h:CTTGAGATCCATCCGT,Epiblast
S3 52h:GTTGTGAGTATACAGA,Epiblast
S3 52h:GCGATCGCACAATGAA,Epiblast
S3 52h:TCATGAGCAGCTACAT,Epiblast
S3 52h:TCGTAGAAGATAGCTA,Epiblast
S3 52h:TCCATCGTCCTGGTCT,Epiblast
S3 52h:AATGAAGTCGACCATA,Epiblast
S3 52h:GTCTTTATCAGTGGGA,Epiblast
S3 52h:TGGTGATAGTCCTGTA,Epiblast
S3 52h:ATCTCTACATTGGGAG,Epiblast
S3 52h:AGCCAGCAGGCTCTAT,Epiblast
S3 52h:CCATCACCAAGTGGAC,Epiblast
S3 52h:TTCTCTCCATGACAAA,Epiblast
S3 52h:AATCGACCACACCTGG,Epiblast
S3 52h:GGGATCCCATTGTACG,Epiblast
S3 52h:AAACGAAAGGCATCAG,Epiblast
S3 52h:TATCCTAGTATTTCCT,Epiblast
S3 52h:GATGACTGTGTGTCGC,Epiblast
S3 52h:GCTACCTCACGCGCAT,Epiblast
S3 52h:GTCTAGAAGCCTCTGG,Epiblast
S3 52h:CGATGGCTCGTGACTA,Epiblast
S3 52h:GACTCAACAAATCGGG,Zscan4+ Artefact
S3 52h:GGAACCCCACCAGGTC,Epiblast
S3 52h:CGGGTGTTCATTACTC,Epiblast
S3 52h:GACTATGAGCCTATCA,Epiblast
S3 52h:TTTCGATCAACACGAG,Epiblast
S3 52h:TTCACGCTCCTCAGGG,Epiblast
S3 52h:GATGTTGTCAGATGCT,Epiblast
S3 52h:AACCAACGTTGGCCTG,Epiblast
S3 52h:TGATGGTGTTCGGTAT,Epiblast
S3 52h:TTCTTCCTCGGCACTG,Epiblast
S3 52h:CGCAGGTCATCAGCGC,Epiblast
S3 52h:AGGTCTAAGCTAAGTA,Epiblast
S3 52h:GATCCCTTCATCGCAA,Epiblast
S3 52h:TACGTCCGTAACCCTA,Epiblast
S3 52h:CTTCCTTGTCTCTCCA,Epiblast
S3 52h:TGCAGATCAAGCCTGC,Epiblast
S3 52h:GACTTCCAGGGACTGT,Epiblast
S3 52h:AGTGACTCAGTCTACA,Epiblast
S3 52h:TCTAACTCACTTCATT,Epiblast
S3 52h:TTCACCGTCCTGGGAC,Epiblast
S3 52h:GTTGTGAAGACGATAT,Epiblast
S3 52h:TGAGCATCACTGTCGG,Epiblast
S3 52h:CCAATGATCTTCCGTG,Epiblast
S3 52h:CATCCGTTCTCGGTAA,Epiblast
S3 52h:GGGTCACTCGTACCTC,Epiblast
S3 52h:CAACCTCCAAAGTGTA,Epiblast
S3 52h:GTGAGTTTCCGCGGAT,Epiblast
S3 52h:GCTGGGTAGACATACA,Epiblast
S3 52h:GTGGAAGTCTTCCACG,Epiblast
S3 52h:TGCGGGTGTATCGTAC,Epiblast
S3 52h:CTCGAGGTCCCGAACG,Exiting naive pluripotency
S3 52h:TGCACGGCAACTGTGT,Epiblast
S3 52h:GCAACCGTCTTGGAAC,Epiblast
S3 52h:ATGTCTTGTCCGAAAG,Epiblast
S3 52h:TCATACTAGCGGGTTA,Epiblast
S3 52h:TCAATCTAGAGTGAAG,Epiblast
S3 52h:AGCGTATTCACCTACC,Epiblast
S3 52h:CTCATCGCAGACTGCC,Epiblast
S3 52h:ACAGCCGAGGACTTCT,Epiblast
S3 52h:GGGAGATCAGGCACAA,Epiblast
S3 52h:TGTAAGCTCAAGCCCG,Epiblast
S3 52h:TAGACCATCGGCCTTT,Epiblast
S3 52h:AACCATGTCTACACAG,Epiblast
S3 52h:TCGGGCACATTGCTTT,Epiblast
S3 52h:TCACTCGAGCTCGGCT,Epiblast
S3 52h:GAGAGGTTCACCGACG,Epiblast
S3 52h:AGTGCCGTCATGACAC,Epiblast
S3 52h:GATCATGGTCATCAGT,Epiblast
S3 52h:TGCGGGTTCCTACTGC,Epiblast
S3 52h:GAGACCCCAACCGGAA,Epiblast
S3 52h:GTGTCCTCAGAGCTAG,Epiblast
S3 52h:AACGTCAAGGCCCGTT,Epiblast
S3 52h:GAGTTTGAGACAGCGT,Epiblast
S3 52h:GATGATCCAGGAGGTT,Epiblast
S3 52h:GGGCTCAAGGGAGGTG,Epiblast
S3 52h:GGGTCACAGGAACTCG,Epiblast
S3 52h:GCATCGGCAGCTACAT,Epiblast
S3 52h:GGCGTCACAATGGGTG,Epiblast
S3 52h:CGTGAATGTGAAGCGT,Epiblast
S3 52h:TCATACTCATATGGCT,Epiblast
S3 52h:CAGTTAGTCTTAGGAC,Epiblast
S3 52h:TACTTACCATGTCTAG,Epiblast
S3 52h:AATCGACTCTTTCCAA,Epiblast
S3 52h:CGCCATTGTGTGCTTA,Epiblast
S3 52h:CGCCATTCAGAGTGTG,Epiblast
S3 52h:GGGACCTAGGATACGC,Epiblast
S3 52h:CGCATGGCATACCACA,Epiblast
S3 52h:AGGAAATTCTAAGGAA,Epiblast
S3 52h:ACATCGAAGGAAGTGA,Epiblast
S3 52h:AACACACTCGGTCAGC,Epiblast
S3 52h:TGAGACTGTCCGTTTC,Epiblast
S3 52h:CAATTTCCATGGCTGC,Epiblast
S3 52h:TCTCACGGTTCCTAAG,Epiblast
S3 52h:GCATCTCCAAGACGGT,Epiblast
S3 52h:ACACCAACAGTATACC,Epiblast
S3 52h:CGCCATTGTTCTCCCA,Epiblast
S3 52h:GCACATACAGTGGTGA,Epiblast
S3 52h:GTGGCGTCAGCGGATA,Epiblast
S3 52h:AATCGTGAGACTTCGT,Zscan4+ Artefact
S3 52h:GGTTAACCAAGTGGGT,Epiblast
S3 52h:CAACCAACAATTTCGG,Epiblast
S3 52h:AGGCCACTCCATGATG,Epiblast
S3 52h:TGTCCACTCCGTGGGT,Epiblast
S3 52h:GAGAAATGTGCCGGTT,Epiblast
S3 52h:GTAGATCAGCGCATCC,Epiblast
S3 52h:ACACCAACAGTAGATA,Epiblast
S3 52h:CTTGATTGTCGCTGCA,Exiting naive pluripotency
S3 52h:GATAGCTTCAATCGGT,Epiblast
S3 52h:GGAGCAAGTTCGGCGT,Epiblast
S3 52h:TACCCACAGCCGCTTG,Epiblast
S3 52h:GTGTGGCTCGCGCTGA,Epiblast
S3 52h:ATTCCTACAGTCTTCC,Epiblast
S3 52h:AATGCCAAGGTGCAGT,Epiblast
S3 52h:GAGTGAGGTAGGAGTC,Epiblast
S3 52h:AATAGAGGTGAATAAC,Epiblast
S3 52h:AGTTCCCGTTGCGTAT,Epiblast
S3 52h:TGACGCGTCAAATAGG,Epiblast
S3 52h:TTGTTGTCATCGGAGA,Epiblast
S3 52h:AGAACCTCATCGTCCT,Epiblast
S3 52h:ACTTATCCATGCTGCG,Epiblast
S3 52h:AAGTCGTCACTAGGCC,Epiblast
S3 52h:AGACAGGGTGCATTTG,Epiblast
S3 52h:GGGCGTTTCAGCACCG,Epiblast
S3 52h:AATTTCCTCCAAATGC,Epiblast
S3 52h:TTAATCCGTAACGGTG,Epiblast
S3 52h:TCTTCCTTCAACCGAT,Epiblast
S3 52h:ATACCTTAGCAGCAGT,Epiblast
S3 52h:TCGGGACGTTGCGTAT,Epiblast
S3 52h:AGAAGCGAGATTCGAA,Epiblast
S3 52h:GGAGATGCAAACTAAG,Epiblast
S3 52h:TACCTCGGTTCGTACA,Epiblast
S3 52h:ATCATTCAGCATCCTA,Epiblast
S3 52h:TATGTTCCAAAGCGTG,Epiblast
S3 52h:AGGACTTTCTCGGCTT,Epiblast
S3 52h:GCCAGGTGTGTCTTCC,Epiblast
S3 52h:GTTCATTGTTTACCAG,Epiblast
S3 52h:AAGATAGTCTCGTTTA,Epiblast
S3 52h:GCTACCTGTCATCGGC,Epiblast
S3 52h:CGATGGCCAGTCAGAG,Epiblast
S3 52h:GAGTTTGCAAGATGTA,Epiblast
S3 52h:GAGTGAGCAAGACGAC,Epiblast
S3 52h:TTCTTGAAGACTCCGC,Epiblast
S3 52h:CCCTCTCAGTTGAATG,Epiblast
S3 52h:TTCATTGAGTTGAAAC,Epiblast
S3 52h:GTGGGAAGTCGTGATT,Epiblast
S3 52h:AGCGTATCACGGTGAA,Epiblast
S3 52h:TAACACGGTAGACGGT,Epiblast
S3 52h:CTGCGAGCACCTCGTT,Epiblast
S3 52h:TGTACAGGTGAGACCA,Epiblast
S3 52h:AAAGGGCAGGGTCACA,Epiblast
S3 52h:TGCATCCAGCAATAAC,Epiblast
S3 52h:ATTCGTTAGAGTGTGC,Epiblast
S3 52h:CCACAAAGTGACTATC,Epiblast
S3 52h:ACGGTTACATAGACTC,Epiblast
S3 52h:TACGCTCAGAGCAAGA,Epiblast
S3 52h:GTAATGCTCCACACAA,Epiblast
S3 52h:AGGTCTATCCAACACA,Epiblast
S3 52h:GTTTACTGTTGTAGCT,Epiblast
S3 52h:CTAGACAGTACTCCCT,Epiblast
S3 52h:TTTGATCGTACGGGAT,Epiblast
S3 52h:CGGTCAGTCGCGATCG,Epiblast
S3 52h:ATCCTATTCGGTTCAA,Epiblast
S3 52h:TGGTACAAGTCCTACA,Epiblast
S3 52h:TTACCATGTAGCTCGC,Epiblast
S3 52h:ATGACCAGTGTTCCTC,Epiblast
S3 52h:CAACAGTTCCTGGTCT,Epiblast
S3 52h:CTAGGTACACGCTGCA,Epiblast
S3 52h:ATCGCCTAGGGAGATA,Epiblast
S3 52h:AGGGAGTCAAAGTATG,Epiblast
S3 52h:TCATTACGTGAGCCAA,Epiblast
S3 52h:TCTACCGGTTGTGCAT,Exiting naive pluripotency
S3 52h:ATTCCATGTTTGTTCT,Epiblast
S3 52h:CCCAACTAGAGCTGCA,Epiblast
S3 52h:ATCACTTAGGTGCGAT,Epiblast
S3 52h:GTGTCCTCAACAGCCC,Epiblast
S3 52h:CTACGGGAGACCGTTT,Epiblast
S3 52h:AGGCTGCTCACATTGG,Epiblast
S3 52h:AGTCACAGTGCCTAAT,Epiblast
S3 52h:CAGGGCTCAGGCACAA,Epiblast
S3 52h:GAGTGAGGTATACCTG,Epiblast
S3 52h:GACGCTGAGCAATTAG,Epiblast
S3 52h:TGCTTGCGTACCGGCT,Epiblast
S3 52h:AAATGGAGTCTGTCAA,Epiblast
S3 52h:CTACGGGGTACGATTC,Epiblast
S3 52h:CATACCCTCGCAATTG,Epiblast
S3 52h:CCTCATGTCCCGAACG,Epiblast
S3 52h:TACCTGCAGCATACTC,Epiblast
S3 52h:CAGCCAGAGCTTTCCC,Epiblast
S3 52h:AAGTACCAGGTTGCCC,Epiblast
S3 52h:TTGGTTTAGGCCTTGC,Epiblast
S3 52h:TACCGGGTCCTACAAG,Epiblast
S3 52h:CAAGACTCAAGAGTGC,Epiblast
S3 52h:GACTTCCTCGTCGACG,Epiblast
S3 52h:CTGCAGGCAAGGCCTC,Epiblast
S3 52h:CAATACGAGGTTACCT,Epiblast
S3 52h:TAGACCACATCTTCGC,Epiblast
S3 52h:CGTTGGGAGAACGTGC,Epiblast
S3 52h:AAATGGACATGAAAGT,Epiblast
S3 52h:CCCAACTGTCCTGGGT,Epiblast
S3 52h:AGAACCTGTTCGGGTC,Epiblast
S3 52h:CTGTCGTCACAGCTTA,Epiblast
S3 52h:GTGCAGCCACGCTGTG,Epiblast
S3 52h:CATGCTCCATAGTCGT,Epiblast
S3 52h:AGTCATGCACGGTGAA,Epiblast
S3 52h:CCTTTGGTCAGTGTCA,Epiblast
S3 52h:TTCTAACAGGAAAGGT,Epiblast
S3 52h:AGTAGTCAGTCACTGT,Epiblast
S3 52h:AGACTCACATGGCTGC,Epiblast
S3 52h:ATCCACCCAAGCCCAC,Epiblast
S3 52h:TTGGATGGTCTAACTG,Exiting naive pluripotency
S3 52h:TGTACAGAGTGCGTCC,Epiblast
S3 52h:GAACACTCAATACCCA,Epiblast
S3 52h:AGACCCGGTCTTCCGT,Epiblast
S3 52h:CGAGGAAAGGTCACCC,Epiblast
S3 52h:TTCTTGATCGCCTTTG,Epiblast
S3 52h:TTTGTTGGTCTTACAG,Epiblast
S3 52h:GCCCAGAGTGGCAGAT,Epiblast
S3 52h:TCCGATCAGGGTGAGG,Epiblast
S3 52h:CCCTCAAAGCGGATCA,Epiblast
S3 52h:TGAGTCAGTGTGCCTG,Epiblast
S3 52h:TGTGATGCAGCCGTTG,Epiblast
S3 52h:TAACACGTCAGGAAGC,Epiblast
S3 52h:TTGGATGAGCTGCCTG,Epiblast
S3 52h:TCTTAGTGTTATGGTC,Epiblast
S3 52h:GTGGGAATCCGATAGT,Epiblast
S3 52h:ATCGGCGCACTTGAGT,Exiting naive pluripotency
S3 52h:CACTAAGCACCGTACG,Epiblast
S3 52h:AGTCACATCAAGGACG,Epiblast
S3 52h:TGATCTTCATAGAGGC,Epiblast
S3 52h:AGGATAAAGAGTGTTA,Epiblast
S3 52h:TGCATCCAGGTTGCCC,Epiblast
S3 52h:TACGCTCGTGCCTTTC,Epiblast
S3 52h:TTGTTTGCATATGCGT,Epiblast
S3 52h:CTGTGGGCACCCTGTT,Epiblast
S3 52h:TATCTGTCATCTTAGG,Epiblast
S3 52h:ATTGTTCGTTGCCGAC,Epiblast
S3 52h:TGTGCGGAGGCTGTAG,Epiblast
S3 52h:GTGGGAATCACCGGGT,Epiblast
S3 52h:CAAGGGAAGGTTGTTC,Exiting naive pluripotency
S3 52h:TTGTTGTGTTTCGTAG,Epiblast
S3 52h:TCCACGTTCCGGCAGT,Epiblast
S3 52h:GGCTTGGCAGGAATCG,Epiblast
S3 52h:AGAGCCCCATCCGCGA,Epiblast
S3 52h:GACCAATTCTGAGGTT,Epiblast
S3 52h:ACCCTTGTCCGACGGT,Epiblast
S3 52h:AAGATAGGTTGGCCTG,Epiblast
S3 52h:CCTCACAAGTAACCTC,Epiblast
S3 52h:AGACCCGTCCTACCAC,Epiblast
S3 52h:GATGGAGAGTCTGGAG,Epiblast
S3 52h:TGTAACGGTTGGCTAT,Epiblast
S3 52h:CACATGAAGAGGGTAA,Epiblast
S3 52h:TAATCTCAGCTAGAGC,Epiblast
S3 52h:ATTGGGTCATCGCCTT,Epiblast
S3 52h:TTCAATCCACTGTCGG,Epiblast
S3 52h:CAACCAAGTTATCTGG,Epiblast
S3 52h:TCAAGCAGTCGGATTT,Exiting naive pluripotency
S3 52h:ATTCTACCAGCTATAC,Epiblast
S3 52h:ACGGAAGCACCTGCTT,Epiblast
S3 52h:TCAGCAAAGCACCGAA,Epiblast
S3 52h:TCCCAGTTCACACCCT,Epiblast
S3 52h:ATGACCAGTAAGCGGT,Epiblast
S3 52h:CGGGCATGTTGAATCC,Epiblast
S3 52h:TGACTCCGTTGGACCC,Epiblast
S3 52h:TTCGCTGCACTACAGT,Epiblast
S3 52h:TTCCTCTAGGAGAGTA,Epiblast
S3 52h:GTGCACGCAAATCGGG,Exiting naive pluripotency
S3 52h:TGATGGTAGTTGCGCC,Epiblast
S3 52h:TGTGCGGCAAGAGAGA,Epiblast
S3 52h:CAACCAAAGGCATCTT,Epiblast
S3 52h:ACGATGTCAATCGCGC,Epiblast
S3 52h:CTGATCCCAGCTGAAG,Epiblast
S3 52h:TGCGGCAGTGGTGATG,Epiblast
S3 52h:ATACCGATCGCATAGT,Epiblast
S3 52h:GGACGTCTCGATCCCT,Epiblast
S3 52h:GAGGCAAGTGAGACGT,Epiblast
S3 52h:TGGTAGTCAGCCGTTG,Epiblast
S3 52h:GAGTTACAGTGATAAC,Epiblast
S3 52h:GTGCTTCCAGAAGCGT,Epiblast
S3 52h:CGCATAAGTCACTCGG,Epiblast
S3 52h:CGAGTTAAGTATAACG,Epiblast
S3 52h:GACTCTCTCTAAGCCA,Epiblast
S3 52h:CATACCCGTGTCTTGA,Epiblast
S3 52h:ACCACAATCACGAGGA,Epiblast
S3 52h:TCACATTTCCCTCAAC,Epiblast
S3 52h:TGCAGTATCCTACGGG,Epiblast
S3 52h:ACTTTCACACAAGCAG,Epiblast
S3 52h:CCACGTTGTCGAAACG,Epiblast
S3 52h:TGAGCATGTCGAACAG,Epiblast
S3 52h:ACAAGCTAGTCTAACC,Epiblast
S3 52h:TCGGATAGTTCCATTT,Epiblast
S3 52h:GTCCACTAGTATTCCG,Epiblast
S3 52h:AATCGTGAGGGAACAA,Epiblast
S3 52h:GTTGCGGAGGGCTGAT,Epiblast
S3 52h:GTAGAGGAGTGCACTT,Epiblast
S3 52h:ATGGAGGTCCGAAATC,Epiblast
S3 52h:ATGTCTTCACTCTGCT,Epiblast
S3 52h:TGCAGATTCCGACAGC,Epiblast
S3 52h:TATCCTATCACGGAGA,Epiblast
S3 52h:TTCCTTCGTCTTGCTC,Exiting naive pluripotency
S3 52h:CAGTTCCTCTGAGGTT,Epiblast
S3 52h:ACGTTCCCATTGTACG,Epiblast
S3 52h:TTCTAGTCATTCGATG,Epiblast
S3 52h:TGACTCCAGGCACTCC,Epiblast
S3 52h:GTCGAATTCATAGCAC,Epiblast
S3 52h:CCACCATTCAAGTTGC,Epiblast
S3 52h:GTAGTACAGCACCAGA,Epiblast
S3 52h:GAGGGATAGGACTAAT,Epiblast
S3 52h:CGCATGGGTCAGTCGC,Epiblast
S3 52h:CAACGATAGTAGACAT,Epiblast
S3 52h:AAGGTAAGTGGTAACG,Epiblast
S3 52h:TTGGGATCACGGTAGA,Epiblast
S3 52h:GACTCTCCAAGAAATC,Epiblast
S3 52h:GGTGGCTGTCACGCTG,Epiblast
S3 52h:CATTCTAGTTGTGGAG,Epiblast
S3 52h:ACTATGGAGAAATCCA,Epiblast
S3 52h:TCCATCGAGCTAAGTA,Epiblast
S3 52h:CGATCGGCAAAGGCAC,Epiblast
S3 52h:TATTCCAGTTCCTACC,Epiblast
S3 52h:TCCTCTTCAACGATCT,Epiblast
S3 52h:TGCTTCGCATGCCGGT,Epiblast
S3 52h:CATCGGGCACCTCTGT,Epiblast
S3 52h:TCACGGGTCTACTTCA,Exiting naive pluripotency
S3 52h:CGTAGTAGTCTGTCAA,Epiblast
S3 52h:TATGTTCCAGAACGCA,Epiblast
S3 52h:CATGCTCTCGGCAGTC,Epiblast
S3 52h:TCCCAGTAGTGATCGG,Epiblast
S3 52h:CATTGCCCACTTTATC,Exiting naive pluripotency
S3 52h:GAAGAATGTTTCCCAC,Epiblast
S3 52h:CTGCGAGTCGACCATA,Epiblast
S3 52h:AACCAACCAAATGCGG,Epiblast
S3 52h:TTTATGCGTTTCGGCG,Epiblast
S3 52h:CTCAATTTCAATCGGT,Epiblast
S3 52h:TTCTCTCTCAGGACAG,Epiblast
S3 52h:TCTCAGCGTTCGGTCG,Epiblast
S3 52h:AACAACCCATGACGAG,Epiblast
S3 52h:GAAATGAAGCAAATGT,Exiting naive pluripotency
S3 52h:GTAAGTCTCGACCATA,Epiblast
S3 52h:AGTAGTCGTATGAAGT,Epiblast
S3 52h:AGAGAGCAGTAAGGGA,Zscan4+ Artefact
S3 52h:GAGAGGTTCAGCTCTC,Epiblast
S3 52h:CAGGTATGTGCGAACA,Epiblast
S3 52h:AAGTGAATCGGCATAT,Epiblast
S3 52h:AGACACTGTCGGTAAG,Epiblast
S3 52h:GAATCGTAGCGGGTAT,Epiblast
S3 52h:AACACACAGAGTTGTA,Epiblast
S3 52h:AGATCGTAGAAGTGTT,Epiblast
S3 52h:GTAGAAACATGACAAA,Epiblast
S3 52h:CCTTTGGCAGACGGAT,Epiblast
S3 52h:TCGTCCACAGGTGGAT,Epiblast
S3 52h:CCTCAACAGACTGAGC,Epiblast
S3 52h:CTTCAATTCTACGCGG,Epiblast
S3 52h:CCGTAGGTCCCTTGTG,Epiblast
S3 52h:ACTATTCTCTATACTC,Epiblast
S3 52h:TGACTCCAGACTTGTC,Epiblast
S3 52h:CGAGTTACACGCGCAT,Epiblast
S3 52h:GCTGCAGAGATGGTCG,Exiting naive pluripotency
S3 52h:CTCATTACAGAAGTGC,Epiblast
S3 52h:CTATCTACATGAAGGC,Epiblast
S3 52h:TAGAGTCCAATGAGCG,Epiblast
S3 52h:AACCTGACAAACACCT,Epiblast
S3 52h:ATCGATGAGGTCCAGA,Epiblast
S3 52h:GTCCCATGTAACTTCG,Epiblast
S3 52h:CTGCCATTCCGCGATG,Epiblast
S3 52h:CCACACTAGTTCGGTT,Epiblast
S3 52h:TGCTCCAGTAGGTCAG,Exiting naive pluripotency
S3 52h:AGGTGTTGTTATTCCT,Epiblast
S3 52h:CCTCCAACAACGTATC,Epiblast
S3 52h:CGAAGGAAGTCACGAG,Epiblast
S3 52h:GATCACATCGATTTCT,Epiblast
S3 52h:GCCAGCAAGATGGTAT,Epiblast
S3 52h:CGTCAAATCGATCCCT,Epiblast
S3 52h:TCTTCCTTCAGTGGGA,Epiblast
S3 52h:CTCCATGTCTACTTCA,Epiblast
S3 52h:TTGTTCAGTCGAACAG,Epiblast
S3 52h:TCCCAGTCATACACCA,Exiting naive pluripotency
S3 52h:ACCTACCAGCGATGGT,Epiblast
S3 52h:CCTCCAAGTGGTGATG,Epiblast
S3 52h:TAGGTTGTCATAGGCT,Epiblast
S3 52h:TTGGGATAGCAATTCC,Epiblast
S3 52h:TCACTCGAGAATTGCA,Epiblast
S3 52h:GTGAGCCGTACAAGTA,Epiblast
S3 52h:CAGCAATCAGCCGTCA,Epiblast
S3 52h:GCGTGCAAGTTGCCCG,Epiblast
S3 52h:GGCGTCATCGAACCAT,Epiblast
S3 52h:ACAGGGAGTCACTTAG,Epiblast
S3 52h:TCCGAAAGTGTTCGAT,Epiblast
S3 52h:ATCATTCTCTGACAGT,Epiblast
S3 52h:CTGCTCAAGCAACTTC,Epiblast
S3 52h:ATACTTCGTTGCGGCT,Epiblast
S3 52h:ATGAGTCAGCAGCCCT,Epiblast
S3 52h:AGGAGGTGTCTAATCG,Epiblast
S3 52h:AAAGGGCTCCTACGAA,Epiblast
S3 52h:TGCTTCGCAAGCCCAC,Epiblast
S3 52h:CATTCATAGTGAGGTC,Epiblast
S3 52h:TCTACCGAGTGGTGAC,Epiblast
S3 52h:CAGAGCCGTTCCAGGC,Epiblast
S3 52h:ATTCCCGCAGCGAGTA,Epiblast
S3 52h:GCTGCAGTCCTAAGTG,Epiblast
S3 52h:CCTCACAAGGCGAAGG,Epiblast
S3 52h:AGAACAAAGATTCGAA,Epiblast
S3 52h:TTCCGTGTCGCCTATC,Epiblast
S3 52h:GAGTGTTCACAACGCC,Epiblast
S3 52h:TAATTCCCACCGCTGA,Epiblast
S3 52h:TACTTGTGTCTTGAAC,Epiblast
S3 52h:TATCGCCGTTGTGTTG,Epiblast
S3 52h:GTTACAGTCACATACG,Epiblast
S3 52h:AGTGTTGCACCTGTCT,Epiblast
S3 52h:GAACACTAGTTGTACC,Epiblast
S3 52h:TAGACCATCATCACCC,Epiblast
S3 52h:GGGATCCCAGGGATAC,Epiblast
S3 52h:TAGGGTTAGATTGTGA,Epiblast
S3 52h:GAGAGGTGTAGGCTCC,Zscan4+ Artefact
S3 52h:AGGGTTTTCCGTGGGT,Epiblast
S3 52h:ATCGTCCTCGTTAGTG,Epiblast
S3 52h:GGGCTCAGTACGATGG,Epiblast
S3 52h:CAGCAGCAGTATGATG,Exiting naive pluripotency
S3 52h:GATGTTGAGGTAGGCT,Epiblast
S3 52h:AGCGATTCATTAGGAA,Epiblast
S3 52h:GCAGGCTTCGACTCCT,Epiblast
S3 52h:TTACCATAGAGCCATG,Epiblast
S3 52h:CTAAGTGCAATGAAAC,Exiting naive pluripotency
S3 52h:GAATCGTCAAGGCGTA,Epiblast
S3 52h:GGGAAGTTCGCGGACT,Epiblast
S3 52h:TTGCGTCTCTATCACT,Epiblast
S3 52h:ACAAGCTTCTAGACAC,Epiblast
S3 52h:TCTCAGCGTGAGAGGG,Epiblast
S3 52h:GGAGGATTCTAGCCTC,Epiblast
S3 52h:CGCATGGGTGTTCAGT,Epiblast
S3 52h:TACCCGTGTACCTGTA,Epiblast
S3 52h:GGGTGAAGTGCACATT,Epiblast
S3 52h:CACTAAGTCATTGTTC,Epiblast
S3 52h:GTTCGCTCAACCCGCA,Epiblast
S3 52h:GATGATCTCAGTCTTT,Epiblast
S3 52h:ACCTGAAAGACCCTTA,Epiblast
S3 52h:GATTTCTAGTGTTCAC,Epiblast
S3 52h:TCGAACACATAGATCC,Epiblast
S3 52h:TCGGATAGTCGTCATA,Epiblast
S3 52h:TTGCATTGTTGTGGAG,Epiblast
S3 52h:TATTTCGAGGTATTGA,Epiblast
S3 52h:CACGAATAGGTGCTAG,Epiblast
S3 52h:CGAAGGAGTGCGTGCT,Epiblast
S3 52h:CCGGGTATCTTCTTCC,Epiblast
S3 52h:CTGAATGAGTGCTCAT,Epiblast
S3 52h:GAAACCTAGCTAAATG,Epiblast
S3 52h:ACTTATCGTTAAACCC,Epiblast
S3 52h:CATCCGTCATTCGGGC,Epiblast
S3 52h:CATCAAGGTAACGCGA,Epiblast
S3 52h:GGGACCTCATGGAATA,Epiblast
S3 52h:AGAGAATTCTGGCTGG,Epiblast
S3 52h:GGAATGGTCCACTTTA,Epiblast
S3 52h:TTTACTGAGACCATTC,Epiblast
S3 52h:CTCATTAAGGGTTAGC,Epiblast
S3 52h:CTCCACAGTACTCAAC,Epiblast
S3 52h:CGTAAGTAGCAAGGAA,Epiblast
S3 52h:TGAGGAGAGGCCATAG,Epiblast
S3 52h:GTGCAGCAGCACTAAA,Epiblast
S3 52h:CCGTAGGAGATAACAC,Epiblast
S3 52h:AACAAGATCATCCTGC,Epiblast
S3 52h:CACGTGGCAAGTGATA,Epiblast
S3 52h:TACCTCGCAATGAAAC,Epiblast
S3 52h:CAGCCAGGTAACCCGC,Epiblast
S3 52h:GACTCAAGTTGGCCTG,Epiblast
S3 52h:GTGCGTGGTCGAAGCA,Epiblast
S3 52h:GGAATGGCAAGAATAC,Epiblast
S3 52h:ATGACCATCGGCTTGG,Epiblast
S3 52h:ACGTTCCCAGACAAAT,Epiblast
S3 52h:GTCGAATCAGCATACT,Epiblast
S3 52h:TGCTGAATCTCCTGCA,Epiblast
S3 52h:TTTGGTTCATCGGATT,Epiblast
S3 52h:TTTCATGCAGCAGTTT,Epiblast
S3 52h:GGGACAATCGGTATGT,Epiblast
S3 52h:AATCGACTCAGTCCGG,Epiblast
S3 52h:AGATCCATCGAAGGAC,Epiblast
S3 52h:GGAGGATCATGAGAAT,Epiblast
S3 52h:TAATTCCAGGCAGCTA,Epiblast
S3 52h:TCCAGAAGTCTTGAGT,Epiblast
S3 52h:CACAACATCAGGACAG,Epiblast
S3 52h:CATCGTCCAAAGAGTT,Epiblast
S3 52h:ACATGCAAGCATATGA,Epiblast
S3 52h:TCGTAGAGTAGAGCTG,Epiblast
S3 52h:TACTTCATCACCTGTC,Epiblast
S3 52h:AGGTTGTTCAACGCTA,Epiblast
S3 52h:TCGGTCTCACCACATA,Exiting naive pluripotency
S3 52h:CATCGGGAGCACCAGA,Epiblast
S3 52h:GCCTGTTTCCAGTACA,Epiblast
S3 52h:ATGGAGGTCCACAGCG,Epiblast
S3 52h:TCATGGAGTGTGGACA,Epiblast
S3 52h:GGGTGAAAGCAACAAT,Epiblast
S3 52h:CACTGAATCACGTAGT,Epiblast
S3 52h:AATCGACGTTACGATC,Epiblast
S3 52h:TTAGGCATCTCCAAGA,Epiblast
S3 52h:TGTAGACTCCAATCCC,Epiblast
S3 52h:GTTAGTGAGTAAACAC,Epiblast
S3 52h:GTCATCCTCGGTAGGA,Epiblast
S3 52h:GTTGTGATCCAAACCA,Epiblast
S3 52h:TGTGCGGAGAAGGGAT,Epiblast
S3 52h:AACAGGGTCCGATAAC,Epiblast
S3 52h:GTCACTCGTTGTCTAG,Epiblast
S3 52h:CTTCTCTCATGGCCAC,Epiblast
S3 52h:CATTTCACAATAGTGA,Epiblast
S3 52h:ACACGCGGTGAGCTCC,Epiblast
S3 52h:CGGGTGTAGATTACCC,Epiblast
S3 52h:AGTTCGAGTTTACCAG,Epiblast
S3 52h:TCGGGCATCGCTTAAG,Epiblast
S3 52h:AATGACCGTAACGATA,Epiblast
S3 52h:CCCTCAAAGGTCACCC,Epiblast
S3 52h:ACAACCATCAAGCCTA,Epiblast
S3 52h:TCAAGTGTCACCTCAC,Epiblast
S3 52h:CCTATCGTCGTAACAC,Epiblast
S3 52h:AAGGAATAGAAACTAC,Epiblast
S3 52h:CTCCCAAAGGCGTCCT,Epiblast
S3 52h:GTCATGAGTTAGTTCG,Epiblast
S3 52h:AACGTCAGTTCTCCCA,Epiblast
S3 52h:CTGGTCTTCGACATCA,Epiblast
S3 52h:GTTCTATTCAACCCGG,Epiblast
S3 52h:ATACCTTTCTGCTCTG,Epiblast
S3 52h:GGGAAGTTCCGTGGCA,Epiblast
S3 52h:AAGACAACAATTTCTC,Epiblast
S3 52h:GGCTGTGTCCATTGCC,Epiblast
S3 52h:CGTCAAAAGACGGAAA,Epiblast
S3 52h:AGTTCGAGTTCCAAAC,Epiblast
S3 52h:CCTCAACGTGAGTAGC,Epiblast
S3 52h:GATAGCTCAAACTAAG,Epiblast
S3 52h:AAAGTCCCAGGTTCAT,Epiblast
S3 52h:CCATCACGTCATCCCT,Epiblast
S3 52h:CGACAGCCACGCGTGT,Epiblast
S3 52h:AACCTGACAGGTCCCA,Epiblast
S3 52h:GACTTCCCACCTGCAG,Epiblast
S3 52h:TCGTAGATCACACCCT,Epiblast
S3 52h:GCTTGGGGTAATTGGA,Epiblast
S3 52h:GTGAGTTTCTATCGTT,Epiblast
S3 52h:TCCTTTCCAACCACAT,Epiblast
S3 52h:ATGCATGGTTGCTGAT,Epiblast
S3 52h:ATGGATCAGGGAGGTG,Epiblast
S3 52h:TTTCCTCCAGTCAGAG,Epiblast
S3 52h:ATTACTCTCGAGCACC,Epiblast
S3 52h:ACTTAGGTCTGGACTA,Epiblast
S3 52h:TTCTTCCTCAAACGAA,Epiblast
S3 52h:TGACAGTTCGTGCATA,Epiblast
S3 52h:AATGACCAGTAACAGT,Epiblast
S3 52h:CATGGATAGTTGAAAC,Epiblast
S3 52h:AGATGCTGTCGAGATG,Epiblast
S3 52h:AACGGGACATGGGATG,Epiblast
S3 52h:CATCCGTTCTGAATGC,Epiblast
S3 52h:CCTCACAAGCAGGCAT,Epiblast
S3 52h:TCGGGTGGTACGGCAA,Epiblast
S3 52h:TACGTCCAGTTCTACG,Epiblast
S3 52h:GGAGAACCAAGAGGCT,Epiblast
S3 52h:TGCACGGGTAGCTTGT,Zscan4+ Artefact
S3 52h:CAACGGCAGTGCCAGA,Epiblast
S3 52h:GTGTAACTCGTGTTCC,Epiblast
S3 52h:TGATGCACAGTTTCAG,Epiblast
S3 52h:AACAAGATCTCGTTTA,Epiblast
S3 52h:CCTCCAACAGGGTTGA,Epiblast
S3 52h:CACCAAACAAAGACGC,Epiblast
S3 52h:ATCTTCAGTTCTTCAT,Epiblast
S3 52h:GAGCCTGGTCTATGAC,Epiblast
S3 52h:TACACCCCAAGTTTGC,Epiblast
S3 52h:AATGGCTCATACATCG,Epiblast
S3 52h:AGACCATTCATGGGAG,Epiblast
S3 52h:GAGGGATCATATGCGT,Epiblast
S3 52h:TGAGCATAGCCTTCTC,Epiblast
S3 52h:TGTTACTAGACTGTTC,Epiblast
S3 52h:ACTTATCTCGCTATTT,Epiblast
S3 52h:TATATCCAGACTACCT,Epiblast
S3 52h:GTTAGTGCAACGGTAG,Epiblast
S3 52h:AGGACGATCGGCTGGT,Exiting naive pluripotency
S3 52h:CTACCCATCGTCTCAC,Epiblast
S3 52h:CTAGACAAGTCGCTAT,Exiting naive pluripotency
S3 52h:CAATTTCTCCAGTGTA,Epiblast
S3 52h:TAGAGTCGTCCGAAGA,Epiblast
S3 52h:TCCTGCATCATGCCCT,Epiblast
S3 52h:GACTCAATCCGATAAC,Epiblast
S3 52h:CCTCAGTTCACCTCAC,Epiblast
S3 52h:CGTCCATAGATTGCGG,Epiblast
S3 52h:CTCCCTCCAACGATTC,Epiblast
S3 52h:CAGCGTGTCTTCTAAC,Epiblast
S3 52h:CTACATTTCTAGCCAA,Epiblast
S3 52h:GTCAAGTAGGCCTGCT,Epiblast
S3 52h:GGTGTTAAGGGCGAGA,Epiblast
S3 52h:CATTTCACAGATTCGT,Exiting naive pluripotency
S3 52h:GGTAACTCAGCCGTTG,Epiblast
S3 52h:CATTCATAGCGTTAGG,Epiblast
S3 52h:CTGCCTAAGAGAGCGG,Epiblast
S3 52h:GTAGGAGCACTTGAAC,Epiblast
S3 52h:CACAGGCGTCACTGAT,Epiblast
S3 52h:ACCAAACTCTCTGAGA,Epiblast
S3 52h:GTACAACTCTCTAAGG,Epiblast
S3 52h:CTCATGCAGCTAATGA,Epiblast
S3 52h:TTAATCCGTCAAAGTA,Epiblast
S3 52h:GAGCCTGGTGAGAACC,Epiblast
S3 52h:GCACGGTTCCTTACCG,Epiblast
S3 52h:TCCTTTCGTGTTGATC,Epiblast
S3 52h:CTTGATTGTAGTGGCA,Epiblast
S3 52h:ACAAGCTAGAGCACTG,Epiblast
S3 52h:GGTGATTAGTGGAAGA,Epiblast
S3 52h:CTGGACGCACTGCGAC,Epiblast
S3 52h:ACAACCACATCCTAAG,Epiblast
S3 52h:TAGCACACAAATGGCG,Epiblast
S3 52h:GCGAGAACACAGCCAC,Epiblast
S3 52h:TGCGGGTGTTAGGCCC,Epiblast
S3 52h:TCATTACTCGCATTAG,Epiblast
S3 52h:CTTCTAACAAACAGGC,Epiblast
S3 52h:GCATCTCAGTCGCCAC,Epiblast
S3 52h:CCCATTGTCTCTTCAA,Epiblast
S3 52h:CACCAAACATATGAAG,Epiblast
S3 52h:GGTTAACGTTCGAGCC,Epiblast
S3 52h:TCGCAGGAGTGTAGAT,Epiblast
S3 52h:GGGCCATGTGCATGTT,Epiblast
S3 52h:TCAAGCAAGAGTAACT,Epiblast
S3 52h:CTCACTGAGAGGTCGT,Epiblast
S3 52h:TCTACATCACTTTAGG,Epiblast
S3 52h:TTCCTCTAGTTGAAAC,Exiting naive pluripotency
S3 52h:CAATTTCCATCCTCAC,Epiblast
S3 52h:GAGACTTCATGGAACG,Epiblast
S3 52h:CAGATTGTCACGTAGT,Epiblast
S3 52h:TCGCTTGAGGCTCACC,Zscan4+ Artefact
S3 52h:AGCGTATAGGACTTCT,Epiblast
S3 52h:GCTGCAGGTCACTCGG,Epiblast
S3 52h:CCCTCTCTCGGAAGGT,Epiblast
S3 52h:AGAACCTAGGTGGGTT,Epiblast
S3 52h:ACAACCAAGCAAATGT,Epiblast
S3 52h:ATACTTCAGAGTTGAT,Exiting naive pluripotency
S3 52h:AGATGAACAAGTCGTT,Epiblast
S3 52h:GGGACCTAGAGGTTTA,Epiblast
S3 52h:TTCAGGATCAAAGGAT,Epiblast
S3 52h:AGGGCCTTCTCCTGAC,Epiblast
S3 52h:TGATGCAGTAATGCGG,Epiblast
S3 52h:TTAGGGTAGTTGCGAG,Epiblast
S3 52h:TAACTTCCACATTCGA,Epiblast
S3 52h:TATCTTGAGATGTTGA,Epiblast
S3 52h:GGCACGTTCCACGTAA,Epiblast
S3 52h:CAGAGCCTCTCGGTAA,Epiblast
S3 52h:GGAGGATAGCACTCAT,Epiblast
S3 52h:ACCGTTCAGAGAGAAC,Epiblast
S3 52h:CTCATGCTCCGTCACT,Epiblast
S3 52h:CATGCGGAGGATCACG,Epiblast
S3 52h:TACCCGTCATCATTGG,Epiblast
S3 52h:CAACAGTAGATGAATC,Epiblast
S3 52h:TCAGCCTTCATGAGAA,Epiblast
S3 52h:TTATTGCTCGGCTTCT,Epiblast
S3 52h:GACGTTATCTGTGCTC,Epiblast
S3 52h:ATCAGGTTCGTCAGAT,Epiblast
S3 52h:GCGATCGCAGAGTTGG,Epiblast
S3 52h:GGTTAACGTGTTCATG,Epiblast
S3 52h:GTAGCTACATCAGCAT,Epiblast
S3 52h:TGGGTTAAGAAACTCA,Epiblast
S3 52h:ACACTGAGTATACGGG,Epiblast
S3 52h:TACGGGCCAAGGATGC,Epiblast
S3 52h:AATGAAGGTGACAGCA,Epiblast
S3 52h:CCCGGAAGTTGCCGAC,Epiblast
S3 52h:TGGTTAGGTTCGAGCC,Epiblast
S3 52h:TCCTCCCGTCACGACC,Epiblast
S3 52h:GTCTAGACACTGAATC,Epiblast
S3 52h:AGACCCGGTGGCGCTT,Epiblast
S3 52h:GTGAGTTAGCCTCACG,Exiting naive pluripotency
S3 52h:GGACGTCAGGCTCTAT,Epiblast
S3 52h:ATTCCTACACGGTGTC,Epiblast
S3 52h:AACGAAAGTGCACGCT,Epiblast
S3 52h:TGGTAGTTCCGTTTCG,Epiblast
S3 52h:GTAGGAGGTAGTAAGT,Epiblast
S3 52h:TTAGTCTAGTTTCGAC,Epiblast
S3 52h:TGTCCCAGTAACTTCG,Epiblast
S3 52h:AGTCACATCGTAGCTA,Epiblast
S3 52h:TAGATCGTCTTCGTGC,Epiblast
S3 52h:AATTTCCGTGTGTCGC,Epiblast
S3 52h:ATGGTTGTCTCCGAGG,Epiblast
S3 52h:TTTGACTCATTCTCTA,Epiblast
S3 52h:CCTACGTTCCAACCAA,Epiblast
S3 52h:GTGAGGAAGCCTCTCT,Epiblast
S3 52h:GTAGAAATCTCGACCT,Epiblast
S3 52h:TTGCCTGAGAGGCTGT,Epiblast
S3 52h:AGCGCCATCCGATAAC,Epiblast
S3 52h:CTCCATGAGGTATAGT,Epiblast
S3 52h:ATGGGTTCACTGTGAT,Epiblast
S3 52h:GCTACAACACTGATTG,Epiblast
S3 52h:ACTTCGCAGCTTCGTA,Epiblast
S3 52h:GTACAACAGGGCGAAG,Epiblast
S3 52h:CGAGGCTGTCCCGGTA,Epiblast
S3 52h:TGGAGGAGTCCACTTC,Epiblast
S3 52h:ATCGTAGCACCTCTAC,Epiblast
S3 52h:TTCTTGATCCGAAATC,Epiblast
S3 52h:CTCATGCTCAAGTCGT,Epiblast
S3 52h:TGACTCCAGAAGCGGG,Epiblast
S3 52h:CTTCTAACATTGAGCT,Epiblast
S3 52h:CGGGTCAGTACTCGCG,Epiblast
S3 52h:TTGATGGGTCGTACTA,Epiblast
S3 52h:TCCCACATCCATACAG,Epiblast
S3 52h:ACGTCCTCATAGATGA,Epiblast
S3 52h:AGTAGCTGTCACTACA,Epiblast
S3 52h:CAACAGTCAGGAACCA,Epiblast
S3 52h:CATAAGCTCCATCACC,Epiblast
S3 52h:TTACGTTGTCAGACGA,Epiblast
S3 52h:ACTATTCCACTTTAGG,Epiblast
S3 52h:AATGCCACATCTTAGG,Epiblast
S3 52h:CTCTCAGGTAGTCCTA,Epiblast
S3 52h:ATACTTCTCTCCTACG,Epiblast
S3 52h:TGGATGTGTCACATTG,Epiblast
S3 52h:TTGCATTAGAGTCTGG,Epiblast
S3 52h:CAACGGCGTCCGATCG,Epiblast
S3 52h:TAACGACAGGTAGACC,Epiblast
S3 52h:GGGTCTGTCATGTCTT,Epiblast
S3 52h:CATCGTCTCACCATCC,Epiblast
S3 52h:GGGAGTACACATTCGA,Epiblast
S3 52h:TGACGCGAGGTTGCCC,Epiblast
S3 52h:GATTCGAAGGGAGGTG,Epiblast
S3 52h:CGTTCTGCACAAGCTT,Epiblast
S3 52h:TAGACTGGTACGTAGG,Epiblast
S3 52h:AATAGAGTCATGGATC,Epiblast
S3 52h:CCCATTGTCGCAATTG,Epiblast
S3 52h:CTGATCCTCACCATCC,Epiblast
S3 52h:CACTGAAGTACAGAAT,Epiblast
S3 52h:CATGAGTAGATACTGA,Epiblast
S3 52h:CCTGCATTCGCAGTTA,Epiblast
S3 52h:GTGTTAGTCCATCCGT,Epiblast
S3 52h:CTGCTCAGTCGAGTTT,Epiblast
S3 52h:ATGGGAGAGTGCACTT,Epiblast
S3 52h:AAGGTAAAGGATAATC,Epiblast
S3 52h:CCAATGAGTGACTGTT,Epiblast
S3 52h:CATCCCAGTGCATTAC,Epiblast
S3 52h:GCAGTTAGTACCTAGT,Epiblast
S3 52h:GACTGATAGCCGCACT,Epiblast
S3 52h:ACACTGAGTCGTTGGC,Epiblast
S3 52h:GATGCTACAGTTAGGG,Epiblast
S3 52h:TTGCGTCCACAAATCC,Epiblast
S3 52h:TTTCCTCTCCTTATGT,Epiblast
S3 52h:CTCTCAGGTTATAGCC,Epiblast
S3 52h:CCGATGGAGCAGTCTT,Epiblast
S3 52h:TGATTCTGTCCCGGTA,Epiblast
S3 52h:TATCAGGGTAGATCCT,Epiblast
S3 52h:GTTCGCTAGGTTGTTC,Epiblast
S3 52h:TTTGACTTCTAGCCAA,Epiblast
S3 52h:CTAAGTGTCAACCGAT,Epiblast
S3 52h:AGGCTGCCAATTGAAG,Epiblast
S3 52h:TGGGCGTTCTGGCCAG,Epiblast
S3 52h:CATCCGTGTCTGCCTT,Epiblast
S3 52h:TCAGTTTAGGAGTATT,Epiblast
S3 52h:CCGTAGGCAATTGCTG,Epiblast
S3 52h:GCGGATCAGCTACGTT,Epiblast
S3 52h:GACTATGAGGCGTTAG,Epiblast
S3 52h:GGGTATTTCCTATGGA,Epiblast
S3 52h:ATTCCATTCGTTCTGC,Epiblast
S3 52h:ATCATTCTCTTAATCC,Epiblast
S3 52h:ACGTTCCGTCTCAGGC,Epiblast
S3 52h:CCCTTAGTCCGTAGGC,Epiblast
S3 52h:GTGTGATCAAGAGTGC,Epiblast
S3 52h:GGAAGTGTCTAGAACC,Epiblast
S3 52h:ACATGCACACATGTTG,Epiblast
S3 52h:TCTGCCAAGGTGTGAC,Epiblast
S3 52h:TAAGCACCAGAAGCTG,Epiblast
S3 52h:TTCAGGATCAACGTGT,Epiblast
S3 52h:GTGCACGAGACACACG,Epiblast
S3 52h:ACACTGACAAGCTGCC,Epiblast
S3 52h:TGTTCCGAGTCATACC,Epiblast
S3 52h:GGATCTAGTGACCTGC,Epiblast
S3 52h:AAGGTAACAACTCATG,Epiblast
S3 52h:CGTAAGTCAATTAGGA,Epiblast
S3 52h:AGGTTGTTCATTGAGC,Epiblast
S3 52h:CGGACACAGTCCGCCA,Epiblast
S3 52h:AAGTCGTCAAGCAGGT,Epiblast
S3 52h:GGTGTCGAGCCATTCA,Epiblast
S3 52h:AGTTAGCCAGGTGGAT,Epiblast
S3 52h:GGTCTGGTCAGCAGAG,Epiblast
S3 52h:AGCCAATGTACCGGCT,Epiblast
S3 52h:GAAGCGACACGACAGA,Epiblast
S3 52h:GACAGCCGTATACCTG,Epiblast
S3 52h:CATTCTACAGAGAGGG,Epiblast
S3 52h:GATGATCCAAGTCCCG,Epiblast
S3 52h:CATTGAGGTCCTATAG,Epiblast
S3 52h:AAGTTCGCACGAAGAC,Epiblast
S3 52h:GATCATGTCGCCAGAC,Exiting naive pluripotency
S3 52h:AGGAATACATTGTGCA,Exiting naive pluripotency
S3 52h:GCATCTCCATGGCTAT,Epiblast
S3 52h:CTCAAGACATATGAAG,Epiblast
S3 52h:ACTATCTTCCACTGGG,Epiblast
S3 52h:GATGATCCATTCACAG,Epiblast
S3 52h:CTTCAATAGATTACCC,Epiblast
S3 52h:CCACGTTAGCCTGAGA,Epiblast
S3 52h:GTAGAAAGTCTCACGG,Epiblast
S3 52h:GGGTGTCGTGCATGAG,Epiblast
S3 52h:GCAGCCATCGCAGTGC,Epiblast
S3 52h:CAGCACGGTGACGTCC,Epiblast
S3 52h:GTTACCCGTACCCGCA,Zscan4+ Artefact
S3 52h:GAAATGATCTCTGAGA,Epiblast
S3 52h:GGTCTGGAGCCGAACA,Epiblast
S3 52h:AATGCCAGTACGACTT,Epiblast
S3 52h:TGATTTCCACAGCCTG,Epiblast
S3 52h:GTGTTAGTCCACGTGG,Epiblast
S3 52h:TGCTTGCTCCCTATTA,Epiblast
S3 52h:GTCCTCATCACCTACC,Epiblast
S3 52h:CTTCCTTTCAAGCCGC,Epiblast
S3 52h:TCCATCGAGAACTCCT,Epiblast
S3 52h:CAACGATAGCCTCACG,Epiblast
S3 52h:TCACGGGAGTGCAACG,Epiblast
S3 52h:TCGGGTGCATCGGAGA,Epiblast
S3 52h:GACAGCCTCAACCCGG,Epiblast
S3 52h:CGTTAGACAGATCACT,Epiblast
S3 52h:AAGCCATGTGGTACAG,Epiblast
S3 52h:AAAGTGAAGTACCCTA,Epiblast
S3 52h:CGAGGCTCAGCTACTA,Epiblast
S3 52h:TTTCGATTCCCATACC,Epiblast
S3 52h:CTGCCTATCGTAGTGT,Epiblast
S3 52h:TGAGCATGTACCGTGC,Epiblast
S3 52h:TGTTTGTCACTTGTGA,Epiblast
S3 52h:TCATGTTGTACCCGAC,Epiblast
S3 52h:TATTTCGGTACTGTTG,Epiblast
S3 52h:GACATCAAGGACTTCT,Epiblast
S3 52h:TTCGGTCTCGTCCTCA,Epiblast
S3 52h:TGTTTGTGTTCCGCGA,Epiblast
S3 52h:AACCCAAGTTTGAACC,Epiblast
S3 52h:TTTACCATCCAGTGTA,Epiblast
S3 52h:TGATCTTTCCGCGAGT,Epiblast
S3 52h:CGCATAAGTAGAATGT,Epiblast
S3 52h:TCATGAGCAGAGACTG,Epiblast
S3 52h:GGAATGGGTCACCTTC,Epiblast
S3 52h:GTTACCCCACTAGTAC,Epiblast
S3 52h:CATTTCATCGCCAGAC,Epiblast
S3 52h:TAACTTCGTATCGCTA,Exiting naive pluripotency
S3 52h:CCATAAGAGGCATCGA,Epiblast
S3 52h:GTGGAGAAGGTGAGCT,Epiblast
S3 52h:CATTTCAAGCAGCACA,Epiblast
S3 52h:CGCCAGATCAGAGCAG,Epiblast
S3 52h:CCGTTCACACGCACCA,Zscan4+ Artefact
S3 52h:CATTTCAGTCGAGTTT,Epiblast
S3 52h:ACGGGTCTCAAGCTTG,Epiblast
S3 52h:GCCGTGAGTACAGAAT,Epiblast
S3 52h:TGCTGAAAGAGTCTTC,Epiblast
S3 52h:TACGCTCAGTCAGGGT,Epiblast
S3 52h:CTTGAGACACAACGTT,Epiblast
S3 52h:AAGCGAGGTCATAACC,Epiblast
S3 52h:CCTCACATCCCTTGTG,Epiblast
S3 52h:GAAGCGAAGTCATGGG,Epiblast
S3 52h:TCACGCTTCTCCTACG,Epiblast
S3 52h:AAACGCTTCTGGTTGA,Epiblast
S3 52h:CATCCGTAGCTCTTCC,Epiblast
S3 52h:GTTGTGAGTGGACTAG,Epiblast
S3 52h:TGCGATAGTGAACTAA,Exiting naive pluripotency
S3 52h:AGATGAACAATTCTCT,Epiblast
S3 52h:ACCGTTCCATCTTAGG,Epiblast
S3 52h:TTCCACGAGGAATGTT,Epiblast
S3 52h:TGAGGAGGTCTTTCTA,Epiblast
S3 52h:TCGACGGCAAGGCCTC,Epiblast
S3 52h:CAGTGCGCATGGAACG,Epiblast
S3 52h:TACCGAAGTTGGGATG,Epiblast
S3 52h:GGCAGTCGTCCACACG,Epiblast
S3 52h:TCTAACTAGAGAGCCT,Epiblast
S3 52h:GTTAGACGTTCCTAGA,Epiblast
S3 52h:TTGTGGACATCGAGCC,Epiblast
S3 52h:CGAGTGCCAATCTCGA,Epiblast
S3 52h:CATCCACTCTAGTCAG,Epiblast
S3 52h:CATGCGGGTACAGTTC,Epiblast
S3 52h:CCTCTAGAGAGGCTGT,Epiblast
S3 52h:TCATGAGCACCGTGGT,Epiblast
S3 52h:GAGAAATTCGTCAAAC,Epiblast
S3 52h:CATGCAACATGGCTAT,Epiblast
S3 52h:GACCTTCAGAGTCTGG,Epiblast
S3 52h:GGGTGAACACACCGAC,Epiblast
S3 52h:GCACGTGAGTAATTGG,Epiblast
S3 52h:ACCAACACAATACGAA,Epiblast
S3 52h:ATCTCTAGTCAACACT,Epiblast
S3 52h:GTTGCGGCAAGTCCCG,Epiblast
S3 52h:TGTGAGTAGGCTGTAG,Epiblast
S3 52h:CGCGTGAGTAGACAAT,Epiblast
S3 52h:ACTCCCATCTTGAGCA,Epiblast
S3 52h:CACGTTCGTACGACTT,Epiblast
S3 52h:TCTCTGGAGGAACATT,Epiblast
S3 52h:TGAGGTTCAACTGTGT,Epiblast
S3 52h:TGGATGTAGAGGTCGT,Epiblast
S3 52h:GGGTCACGTATCGATC,Epiblast
S3 52h:GTAGAAACAGTTAGGG,Epiblast
S3 52h:ACTTTCACATCCGGTG,Epiblast
S3 52h:AACACACGTGGGCTTC,Epiblast
S3 52h:TGGGCTGAGGTTTACC,Epiblast
S3 52h:GTGCACGTCTGGTGCG,Epiblast
S3 52h:AGCTTCCGTTTCGTAG,Epiblast
S3 52h:ATACCTTTCACTGCTC,Epiblast
S3 52h:CTCATCGCACGACGAA,Epiblast
S3 52h:TGAACGTTCTCCCATG,Epiblast
S3 52h:CCCTGATAGCGGGTAT,Epiblast
S3 52h:CTGCCTACATACCATG,Epiblast
S3 52h:TTGGGTAAGAGGCGGA,Epiblast
S3 52h:ATTCCATTCGACACCG,Epiblast
S3 52h:GTGCTTCGTGTTGATC,Epiblast
S3 52h:GTTCGCTTCTATCGCC,Epiblast
S3 52h:TTTACCATCCGTGTCT,Epiblast
S3 52h:TTCTAGTCATAGAAAC,Epiblast
S3 52h:CCTCATGCATAGGAGC,Epiblast
S3 52h:CTTGAGAAGGAGTCTG,Epiblast
S3 52h:GTGGAAGTCATGAGTC,Epiblast
S3 52h:TCCGAAATCGTTCCTG,Epiblast
S3 52h:AACAAAGCAGTCAGAG,Epiblast
S3 52h:ACATCGACAGTCAGAG,Epiblast
S3 52h:GAGTGAGAGTTTCAGC,Epiblast
S3 52h:ATTGGGTCAATCGCCG,Epiblast
S3 52h:ATTCCCGGTCCGGACT,Epiblast
S3 52h:CTCAAGATCAACCGAT,Epiblast
S3 52h:TGCTGAACAAGTGCAG,Epiblast
S3 52h:CAGATTGTCAGTGTTG,Epiblast
S3 52h:AGACTCACAGGATTCT,Epiblast
S3 52h:AATCGTGGTGCCTTTC,Epiblast
S3 52h:GGTGTCGCACCGGCTA,Epiblast
S3 52h:CTATCCGGTGCATCTA,Epiblast
S3 52h:CTTCTAATCTAACGCA,Exiting naive pluripotency
S3 52h:CCTCACATCTGTCCGT,Epiblast
S3 52h:TCAGGTAGTGACTCTA,Epiblast
S3 52h:TATCAGGGTCCTACAA,Epiblast
S3 52h:TGAGCGCCATCCGTTC,Epiblast
S3 52h:AAGTACCCACAAAGCG,Epiblast
S3 52h:ACTTAGGCACGTTCGG,Epiblast
S3 52h:TCGGATAAGACCAGAC,Epiblast
S3 52h:CATTGCCTCTACTATC,Epiblast
S3 52h:GCTACAATCTGGTCAA,Zscan4+ Artefact
S3 52h:ATTACCTAGTAGAGTT,Epiblast
S3 52h:AGCCACGGTCTCGGGT,Epiblast
S3 52h:CAAGACTCAGGTCAAG,Epiblast
S3 52h:GGGAGTACAGTCTCTC,Epiblast
S3 52h:AAGATAGGTGTGTGTT,Epiblast
S3 52h:AAGGTAAAGGGATGTC,Epiblast
S3 52h:ACAGAAACAAAGTATG,Epiblast
S3 52h:GAAGAATTCGCTGCGA,Epiblast
S3 52h:CACGAATGTATCGTTG,Epiblast
S3 52h:GAGTTGTAGATTCGAA,Epiblast
S3 52h:ACCAAACGTCATCAGT,Epiblast
S3 52h:AGGGTGATCATTGTGG,Epiblast
S3 52h:GGCTTGGTCAGAACCT,Epiblast
S3 52h:GCTACCTCATGCCATA,Epiblast
S3 52h:AGGGAGTTCCGCGATG,Epiblast
S3 52h:GTCGAATTCGTCAAAC,Epiblast
S3 52h:AGGCCACAGGACTATA,Epiblast
S3 52h:TAGGAGGCAATACAGA,Epiblast
S3 52h:GGAACCCGTCTCTCTG,Epiblast
S3 52h:TTCCTCTAGTCGGGAT,Epiblast
S3 52h:ACTATGGAGGTCCCGT,Epiblast
S3 52h:CCGTGAGAGCATGTTC,Epiblast
S3 52h:GTAGATCCAGGATTCT,Epiblast
S3 52h:CACTTCGAGTTAGAAC,Epiblast
S3 52h:CTTAGGAGTATGGAGC,Epiblast
S3 52h:AAGGAATCAGTCGGTC,Epiblast
S3 52h:GACACGCAGCACCCAC,Epiblast
S3 52h:GGGATGATCTGATTCT,Epiblast
S3 52h:ACATGCAGTGGGTTGA,Epiblast
S3 52h:TGAATCGAGTGCCCGT,Epiblast
S3 52h:TCGATTTTCATACGGT,Epiblast
S3 52h:GACGCTGGTCCGTTTC,Exiting naive pluripotency
S3 52h:TCACAAGTCGTGTTCC,Epiblast
S3 52h:ATGTCTTCATACGCAT,Epiblast
S3 52h:CGGAATTTCCGGGACT,Epiblast
S3 52h:TGCTCGTCACGTCGGT,Epiblast
S3 52h:GTTGCTCAGCGCCGTT,Epiblast
S3 52h:TCATCATAGCGCTTCG,Epiblast
S3 52h:CATCCGTAGGACTGGT,Epiblast
S3 52h:GCACATACAACAAGAT,Epiblast
S3 52h:CTTGATTTCTGCTCTG,Epiblast
S3 52h:GTTCATTCACACACTA,Epiblast
S3 52h:GTAATCGGTGTCACAT,Epiblast
S3 52h:CAACCAAAGTGGTTCT,Epiblast
S3 52h:TTTCACAGTCCAGCCA,Epiblast
S3 52h:GCTTGGGCAGTCCGTG,Epiblast
S3 52h:TGAGGTTTCAATCTTC,Epiblast
S3 52h:TCCACCATCGTCTACC,Epiblast
S3 52h:TATGTTCGTGGCTAGA,Epiblast
S3 52h:TTGCTGCTCTCCCAAC,Epiblast
S3 52h:CTGCGAGAGGCTCTCG,Epiblast
S3 52h:TGATCAGTCACTTGGA,Epiblast
S3 52h:TTGTTGTTCAAACCCA,Epiblast
S3 52h:ATCAGGTCAATAGAGT,Epiblast
S3 52h:CCGATGGTCATCGTAG,Epiblast
S3 52h:CGTGAATAGGTTAAAC,Epiblast
S3 52h:TATGTTCTCGTCCTTG,Epiblast
S3 52h:TGCAGATAGATAGCTA,Epiblast
S3 52h:CATCGGGGTAAGCGGT,Epiblast
S3 52h:TTGCTGCTCACACCCT,Epiblast
S3 52h:TCAGTCCCACACAGCC,Epiblast
S3 52h:GTCCTCAAGCTTTGTG,Epiblast
S3 52h:GTGCGTGAGACCAGCA,Epiblast
S3 52h:CCTATCGGTGGCTTAT,Epiblast
S3 52h:GAGAAATCACCAGCGT,Epiblast
S3 52h:CACGGGTGTGGTAATA,Epiblast
S3 52h:AGTTCGAGTAATCAAG,Epiblast
S3 52h:GACTGATCAGATCCTA,Epiblast
S3 52h:TCTGTCGGTCTGTAGT,Epiblast
S3 52h:GGGAGTATCAAAGGTA,Epiblast
S3 52h:GATCATGGTCCTTAAG,Epiblast
S3 52h:ATTCCTACAGTCTACA,Exiting naive pluripotency
S3 52h:GTGCGTGAGGCTGAAC,Epiblast
S3 52h:CGCATAAAGTGGATTA,Epiblast
S3 52h:TTTCACATCCGCTTAC,Epiblast
S3 52h:ACATGCAGTCGTCTCT,Epiblast
S3 52h:CTAGACAGTGTTCAGT,Epiblast
S3 52h:CATCCACCATCGATGT,Epiblast
S3 52h:TCGCTTGTCCTAGAGT,Epiblast
S3 52h:ATACTTCAGTATGAAC,Epiblast
S3 52h:ATATCCTCACAGCGCT,Epiblast
S3 52h:AAGTTCGCAGACGATG,Epiblast
S3 52h:GCGTGCAGTCGAGCTC,Epiblast
S3 52h:ATTGTTCTCGGCCCAA,Epiblast
S3 52h:TCAGGGCTCTACACAG,Epiblast
S3 52h:CTCATGCAGCAGGGAG,Epiblast
S3 52h:TTCGCTGAGCACCTGC,Epiblast
S3 52h:ATGAGGGAGAATCGCG,Epiblast
S3 52h:GATGTTGCATCCTAAG,Epiblast
S3 52h:CTGATCCCACTGTCGG,Epiblast
S3 52h:CACTGAATCGGACCAC,Epiblast
S3 52h:CCTCTAGAGCGCTGCT,Epiblast
S3 52h:GGTGAAGAGTGGAAAG,Epiblast
S3 52h:AGAAGCGGTCTCCCTA,Epiblast
S3 52h:GTATTTCCAAGAATGT,Epiblast
S3 52h:AGAGCCCAGGAGATAG,Epiblast
S3 52h:GCCCAGATCTTACGTT,Epiblast
S3 52h:TCATATCCATAGAGGC,Epiblast
S3 52h:CACACAAAGGCGTTGA,Epiblast
S3 52h:AGGCCACGTCGCAACC,Epiblast
S3 52h:ATGGGTTTCCACTGAA,Epiblast
S3 52h:AGACAGGAGCTCGTGC,Epiblast
S3 52h:TGCTCGTAGGGACTGT,Epiblast
S3 52h:TCCGATCTCTCTAAGG,Epiblast
S3 52h:TGACTCCTCTGAGAAA,Epiblast
S3 52h:CAATTTCTCGGTCATA,Epiblast
S3 52h:TTCGGTCAGGTCTTTG,Epiblast
S3 52h:TTCGGTCCATGTCAGT,Epiblast
S3 52h:TCGGGTGCATGGCCAC,Epiblast
S3 52h:GGAGATGTCTACGCGG,Epiblast
S3 52h:ACGATCATCAGCTGAT,Epiblast
S3 52h:CGTGCTTGTCCCGTGA,Epiblast
S3 52h:TCGGATACAGGTCAGA,Epiblast
S3 52h:TTTGGAGTCATGGGAG,Epiblast
S3 52h:GTAGGAGGTCCAACGC,Epiblast
S3 52h:TGCATGAGTCGAATTC,Epiblast
S3 52h:TGAGGGATCATAAGGA,Epiblast
S3 52h:CATGCTCAGTGTACCT,Epiblast
S3 52h:ATTACTCTCAACGAGG,Epiblast
S3 52h:CCACTTGTCATCGCTC,Epiblast
S3 52h:TCAAGACGTCAATCTG,Epiblast
S3 52h:CGGACACGTTAAGAAC,Epiblast
S3 52h:TCCTTCTTCAAGGAGC,Epiblast
S3 52h:ACTGCAAGTGGGATTG,Epiblast
S3 52h:AGTCACATCCGTGGTG,Epiblast
S3 52h:GTGTAACTCACCCTTG,Epiblast
S3 52h:TTATTGCGTCCATAGT,Epiblast
S3 52h:ATGGAGGCACTGCATA,Epiblast
S3 52h:TATGTTCAGTCCCGGT,Epiblast
S3 52h:CTTAGGAGTTATAGCC,Epiblast
S3 52h:TGCCGAGGTCACGCTG,Epiblast
S3 52h:AGCTTCCGTCGAGCTC,Epiblast
S3 52h:AATGAAGAGAGTCTGG,Epiblast
S3 52h:ATTCTTGTCGCTATTT,Epiblast
S3 52h:CTGTATTCAAGACGGT,Epiblast
S3 52h:GGAATCTTCTGTGCTC,Epiblast
S3 52h:GGAAGTGTCCCAATAG,Epiblast
S3 52h:TGGGCTGAGTGTACCT,Epiblast
S3 52h:AACCCAATCTCGCGTT,Epiblast
S3 52h:ACATCGAGTGTCTTCC,Epiblast
S3 52h:CTCAGGGAGGTCCGAA,Epiblast
S3 52h:GGGACTCGTGCTATTG,Epiblast
S3 52h:AACCTTTTCAGCGCAC,Epiblast
S3 52h:AGGAGGTCACCTCAGG,Epiblast
S3 52h:AGAACCTAGGACAGTC,Epiblast
S3 52h:CTACTATGTCGTGTTA,Epiblast
S3 52h:ACGTACACAATTAGGA,Epiblast
S3 52h:TCATTACGTCGAATTC,Epiblast
S3 52h:GTTCCGTTCTAACGGT,Epiblast
S3 52h:AGTTCCCGTATCATGC,Epiblast
S3 52h:TGCTCGTTCGCAGATT,Epiblast
S3 52h:CATTGTTAGCGGGTTA,Epiblast
S3 52h:AGTTCGACACGGAAGT,Epiblast
S3 52h:GTCACTCCACATACTG,Epiblast
S3 52h:GGGTCTGGTGTCTTCC,Epiblast
S3 52h:GTGTGATCATAGTCAC,Exiting naive pluripotency
S3 52h:TTGCCTGAGCGTTAGG,Epiblast
S3 52h:CCGTAGGCAGAAGTGC,Epiblast
S3 52h:TGGATCATCGAGAAGC,Epiblast
S3 52h:AAACGCTAGCACACCC,Epiblast
S3 52h:TAGACTGTCTGCCTGT,Epiblast
S3 52h:GAGTTTGCAGGTGTTT,Epiblast
S3 52h:CTAAGTGAGTCACGAG,Epiblast
S3 52h:AGGAAATGTAGTATAG,Epiblast
S3 52h:ACTGTGACAAGGCTTT,Epiblast
S3 52h:TCATGTTGTGAGATAT,Epiblast
S3 52h:CATCCACTCCGAGAAG,Epiblast
S3 52h:ATTACTCGTCACTAGT,Epiblast
S3 52h:CATGCAATCTCACGAA,Epiblast
S3 52h:TACTTGTTCGTTCTCG,Epiblast
S3 52h:GACTCAACATGGCGCT,Epiblast
S3 52h:CTGCCATTCTATCGTT,Epiblast
S3 52h:GGTCACGGTTTCACAG,Epiblast
S3 52h:CGACAGCTCAAGAATG,Epiblast
S3 52h:AGGTTACAGAATCCCT,Epiblast
S3 52h:TGTGCGGAGGCTGGAT,Zscan4+ Artefact
S3 52h:ACAAGCTCAAAGGCAC,Epiblast
S3 52h:CCGTTCACACCCATAA,Epiblast
S3 52h:ACGGTCGTCGTCCTCA,Epiblast
S3 52h:GTTTACTTCTCTGCTG,Epiblast
S3 52h:TCCATCGCAACAACAA,Epiblast
S3 52h:TGGCGTGTCGGCAGTC,Epiblast
S3 52h:CACGGGTGTTAATGAG,Epiblast
S3 52h:GCATCGGCACCCTATC,Epiblast
S3 52h:AGACAGGAGGAGAGGC,Epiblast
S3 52h:GACTCAAAGTTGCCCG,Epiblast
S3 52h:AATGGAACATGTGGTT,Epiblast
S3 52h:TGAGGTTAGTCTTCGA,Epiblast
S3 52h:TGATCAGCAAAGAGTT,Epiblast
S3 52h:CGGAGAAAGTATAACG,Epiblast
S3 52h:GAAACCTAGACGTCGA,Epiblast
S3 52h:TCAATCTGTATGAGCG,Epiblast
S3 52h:CTAAGTGAGGCATTTC,Epiblast
S3 52h:CTCAGAACATGGAACG,Epiblast
S3 52h:CCTACGTCAGGCCCTA,Epiblast
S3 52h:TCTCAGCAGCGTCGAA,Epiblast
S3 52h:CCGTGAGCACTGTCCT,Epiblast
S3 52h:GATCGTAAGATGTTAG,Epiblast
S3 52h:CATGCAAGTTGACGGA,Epiblast
S3 52h:CATCAAGAGGTATCTC,Epiblast
S3 52h:AGGTGTTCACCATATG,Epiblast
S3 52h:GCTTGGGAGAAACTAC,Epiblast
S3 52h:GAAGCGAAGGGTTGCA,Epiblast
S3 52h:TCAAGCAAGCCTGACC,Epiblast
S3 52h:ATTTCTGCACTCATAG,Epiblast
S3 52h:GCATTAGAGATTGGGC,Epiblast
S3 52h:TCCATGCAGCGCCGTT,Epiblast
S3 52h:GTCAGCGCAATTCACG,Epiblast
S3 52h:TCGCAGGAGAGGGTCT,Epiblast
S3 52h:TGAACGTAGGACACTG,Epiblast
S3 52h:CTTCAATCAGATAAAC,Epiblast
S3 52h:GACTGATTCTGAGGTT,Epiblast
S3 52h:TATTGGGCAGTAGATA,Epiblast
S3 52h:CGCGTGAAGCTCATAC,Epiblast
S3 52h:TGGTACAAGGACAGCT,Epiblast
S3 52h:TATGTTCCATTACTCT,Epiblast
S3 52h:TAAGCCATCCGCATAA,Epiblast
S3 52h:GTAACACTCGTTCGCT,Epiblast
S3 52h:TGCGGCAAGGGACAGG,Epiblast
S3 52h:GTGTCCTAGCCGATAG,Epiblast
S3 52h:ATTCCATAGGTACATA,Epiblast
S3 52h:CTGCGAGGTCTCACGG,Epiblast
S3 52h:TGCGGCACATAGGTAA,Epiblast
S3 52h:TCGGTCTAGATGGCGT,Epiblast
S3 52h:CCCGGAAAGGGACCAT,Epiblast
S3 52h:AACCCAACAATGGCCC,Epiblast
S3 52h:AACCAACCAATGACCT,Epiblast
S3 52h:CTGTCGTAGCGTTCCG,Epiblast
S3 52h:ATGACCATCGCAATGT,Exiting naive pluripotency
S3 52h:GGGACAAAGGTAAACT,Epiblast
S3 52h:CGACAGCTCGAGCCAC,Epiblast
S3 52h:TGCATGAAGGTGCTAG,Epiblast
S3 52h:TGATGCAGTTTGATCG,Epiblast
S3 52h:GGAGGTATCAGCATTG,Epiblast
S3 52h:AGTCATGGTTAGCGGA,Epiblast
S3 52h:GCATCTCGTTGAATCC,Exiting naive pluripotency
S3 52h:GCTTTCGCACGCGCTA,Epiblast
S3 52h:TGTGTGATCGACGCTG,Epiblast
S3 52h:ACAGCCGGTTGGGAAC,Epiblast
S3 52h:CGGGTGTTCTAGCAAC,Epiblast
S3 52h:TCGAACAGTCCAAAGG,Epiblast
S3 52h:CAGATACCATAGGCGA,Epiblast
S3 52h:TGATGGTAGCGTGTCC,Epiblast
S3 52h:CGACAGCAGCTGTTAC,Epiblast
S3 52h:TAAGCACCAGCAGATG,Epiblast
S3 52h:GACTATGAGCTTCGTA,Epiblast
S3 52h:TCGATTTCACAAACGG,Epiblast
S3 52h:CTGCCTAGTCTGTCAA,Epiblast
S3 52h:TTTCACAGTTAACCTG,Epiblast
S3 52h:AGGTCTATCTTCCACG,Exiting naive pluripotency
S3 52h:AGAGCAGTCCACGGGT,Epiblast
S3 52h:TTTCATGCAACATCGT,Epiblast
S3 52h:ATTCCCGAGTCTCCTC,Epiblast
S3 52h:CCCATTGAGACCAAGC,Epiblast
S3 52h:GGGTGAAGTGGACAGT,Epiblast
S3 52h:GGTGATTCAGGTACGA,Epiblast
S3 52h:GCTGCAGCACTGGAAG,Zscan4+ Artefact
S3 52h:CGCATGGCACGGTGTC,Epiblast
S3 52h:AGACAGGGTCAGATTC,Epiblast
S3 52h:GAGATGGCAACTCCCT,Epiblast
S3 52h:TGCGGCAAGAAATGGG,Epiblast
S3 52h:TGCGGGTTCACGGTCG,Epiblast
S3 52h:AAATGGATCAGCGGAA,Epiblast
S3 52h:GTGGAAGGTGTCTTCC,Epiblast
S3 52h:CCTTTGGTCGTTGTAG,Epiblast
S3 52h:CTGCCATGTCCGACGT,Exiting naive pluripotency
S3 52h:ATGCCTCAGGAACGTC,Epiblast
S3 52h:CCTCAGTTCGTTACCC,Epiblast
S3 52h:CTCCATGTCACAGAGG,Epiblast
S3 52h:TGGGATTAGGGTTAAT,Epiblast
S3 52h:GAGTGTTTCAATCTTC,Epiblast
S3 52h:GAGGCCTGTTCGATTG,Epiblast
S3 52h:TGTGAGTGTGTTTGCA,Epiblast
S3 52h:TGAGTCAGTTTCGTTT,Epiblast
S3 52h:TTACCATCATTGCAAC,Epiblast
S3 52h:TGTAGACCAGAGTCTT,Epiblast
S3 52h:TATACCTAGTTTCGAC,Epiblast
S3 52h:ATTCCCGAGCCTGTCG,Epiblast
S3 52h:AGCATCAGTAAGCTCT,Epiblast
S3 52h:TGGTAGTGTTCGGACC,Epiblast
S3 52h:AACCAACTCTGAGGTT,Epiblast
S3 52h:CTGTATTGTCTTGGTA,Epiblast
S3 52h:CCGGACACAAGCGGAT,Epiblast
S3 52h:GGGATCCTCATCCCGT,Epiblast
S3 52h:GCATCTCAGGCCTGAA,Epiblast
S3 52h:GCCAGTGAGCTGTACT,Epiblast
S3 52h:GTGGTTACAACTCATG,Epiblast
S3 52h:ATAGGCTAGCGACATG,Epiblast
S3 52h:GGGTTTAGTGCCGGTT,Epiblast
S3 52h:ACGGTTACAGCGACCT,Epiblast
S3 52h:CTCTGGTTCGGCTCTT,Epiblast
S3 52h:TGAATGCCAACTGCCG,Epiblast
S3 52h:GTGCTTCCACTTCCTG,Epiblast
S3 52h:TTCCTAAAGGTACAAT,Epiblast
S3 52h:AGAGCCCAGCTCTGTA,Epiblast
S3 52h:TTCCTTCGTCACTGAT,Epiblast
S3 52h:TTTCGATGTTATTCCT,Epiblast
S3 52h:TAGAGTCAGAATTGTG,Epiblast
S3 52h:TTCAATCAGAGCCATG,Epiblast
S3 52h:GCCCGAACAAGTCGTT,Epiblast
S3 52h:ATTATCCGTACCATAC,Epiblast
S3 52h:CATGAGTAGCAGCCCT,Epiblast
S3 52h:CTGCATCAGGAAGTGA,Epiblast
S3 52h:ATTGGGTTCCGATCGG,Epiblast
S3 52h:TTCTAGTTCGTAGCTA,Epiblast
S3 52h:TCAGTCCTCACATCAG,Epiblast
S3 52h:TGTTACTTCATGGTAC,Epiblast
S3 52h:GTTTACTTCACCTCTG,Epiblast
S3 52h:ATCCATTTCCGCAACG,Epiblast
S3 52h:CTATAGGAGGCACAAC,Epiblast
S3 52h:GCACATAGTCCAGCCA,Epiblast
S3 52h:TGGTAGTAGACTCTTG,Epiblast
S3 52h:CACTGAAAGCAAACAT,Epiblast
S3 52h:AGGGTCCGTCCGTTTC,Epiblast
S3 52h:CTTCCTTAGCTAGTTC,Epiblast
S3 52h:CTTACCGCAGATCCAT,Epiblast
S3 52h:GCGTGCATCCACACAA,Epiblast
S3 52h:TTTCAGTTCCATTGTT,Epiblast
S3 52h:GTGTTCCAGGAAGTCC,Epiblast
S3 52h:GGGTCACGTGAATTGA,Epiblast
S3 52h:AGCATCATCTCACCCA,Epiblast
S3 52h:TCCCATGAGCTAGAGC,Epiblast
S3 52h:AAGTGAAGTCCTTGTC,Epiblast
S3 52h:GTGCAGCTCTTCGATT,Epiblast
S3 52h:TAAGCACTCAGTGCGC,Epiblast
S3 52h:AACCATGGTGAGGCAT,Epiblast
S3 52h:CAATACGAGAGATCGC,Epiblast
S3 52h:CCACAAAGTCACCGCA,Epiblast
S3 52h:ACTTTCATCTGCTTTA,Epiblast
S3 52h:TAGGGTTGTTAGTCGT,Epiblast
S3 52h:AGCGCCAGTAAGTTAG,Epiblast
S3 52h:GTAGCTATCAATGCAC,Epiblast
S3 52h:CCTTGTGAGTACGAGC,Epiblast
S3 52h:GTCACGGTCAAAGGAT,Epiblast
S3 52h:GATTCGAAGAATCGAT,Epiblast
S3 52h:AGGTCATGTTGTTGAC,Epiblast
S3 52h:GTAACCATCGATTGGT,Epiblast
S3 52h:TTCTAACTCAGGGATG,Epiblast
S3 52h:CATTGCCCAAAGAGTT,Exiting naive pluripotency
S3 52h:CCATAAGTCCATATGG,Epiblast
S3 52h:GGAGCAACAGGGAGAG,Epiblast
S3 52h:CATCCACCACAGCTTA,Epiblast
S3 52h:ACTATGGCAAGTGGAC,Epiblast
S3 52h:CAGTTAGAGCCTCCAG,Epiblast
S3 52h:GTCTGTCCAGATCACT,Epiblast
S3 52h:TTTGTTGAGACATACA,Epiblast
S3 52h:AGAACCTAGAGCACTG,Epiblast
S3 52h:TTGGATGCATGAGGGT,Epiblast
S3 52h:GGCGTCAGTTTAGTCG,Epiblast
S3 52h:TTGGATGCAATAGGAT,Epiblast
S3 52h:ATGGTTGCACAAATAG,Epiblast
S3 52h:CTATAGGGTAAGCGGT,Epiblast
S3 52h:ACTATCTGTGCCAAGA,Epiblast
S3 52h:TCAAGTGGTCGCAACC,Epiblast
S3 52h:CTTCCTTCAGGTCCGT,Epiblast
S3 52h:TCGGGCAGTTGAATCC,Epiblast
S3 52h:GTGTTAGCATGACACT,Epiblast
S3 52h:CACTTCGTCTGCGGAC,Epiblast
S3 52h:CGGTCAGGTAGCTCGC,Epiblast
S3 52h:TGTTTGTAGCTTCATG,Epiblast
S3 52h:CCCTCTCGTGAGAACC,Epiblast
S3 52h:ATAGACCGTCTGTGAT,Epiblast
S3 52h:ACGTCCTGTACAGAGC,Epiblast
S3 52h:GATCAGTGTGGCCTCA,Epiblast
S3 52h:CACGGGTGTGGTCTGC,Epiblast
S3 52h:GAGGCCTAGCATTTGC,Exiting naive pluripotency
S3 52h:TCCGATCTCGTGCACG,Epiblast
S3 52h:TACTTCAAGCAATAAC,Epiblast
S3 52h:TCTACATCAGAGCGTA,Epiblast
S3 52h:TATCTGTTCGTGGTAT,Epiblast
S3 52h:CCGATGGAGACATACA,Epiblast
S3 52h:TCATCCGGTATCGCGC,Epiblast
S3 52h:CATCGCTCAGGAGACT,Epiblast
S3 52h:TGCTCGTTCCAAGCAT,Epiblast
S3 52h:TGCAGTACATAGGTTC,Epiblast
S3 52h:ACACGCGGTGTGCCTG,Epiblast
S3 52h:GGGTATTCAGTTCACA,Epiblast
S3 52h:CTTCCGACAACTTCTT,Epiblast
S3 52h:ATTCTACCACCAGTAT,Epiblast
S3 52h:CCTACGTTCCACATAG,Epiblast
S3 52h:TGGAGGACATCGAGCC,Epiblast
S3 52h:GTCTGTCAGGATAATC,Epiblast
S3 52h:GATCATGCACACGTGC,Epiblast
S3 52h:ACCTGTCCACCAGCGT,Epiblast
S3 52h:CGTAGTAAGCGATGAC,Epiblast
S3 52h:CGCCATTGTCCCTCAT,Epiblast
S3 52h:ACTCTCGAGCGGGTTA,Epiblast
S3 52h:ACGTCCTTCATGCCGG,Epiblast
S3 52h:ATCGGATTCATCAGTG,Epiblast
S3 52h:CGGGACTGTAGTACGG,Epiblast
S3 52h:CTCCTTTAGAGTATAC,Epiblast
S3 52h:CTAGACAAGCTCCGAC,Epiblast
S3 52h:CGCATAAGTAGGTACG,Epiblast
S3 52h:AAGTGAATCCTACGAA,Epiblast
S3 52h:GTAGATCGTAGCACGA,Epiblast
S3 52h:GATCAGTAGCTAGTTC,Epiblast
S3 52h:GACGTTATCTTTGGAG,Epiblast
S3 52h:GTGCTGGTCCACCCTA,Epiblast
S3 52h:TCAGGGCAGTTCGCAT,Epiblast
S3 52h:TCATTTGTCATGACAC,Epiblast
S3 52h:AGCTTCCAGAAATGGG,Epiblast
S3 52h:GGGTCACTCTCACCCA,Epiblast
S3 52h:ACATCCCGTCCTGAAT,Epiblast
S3 52h:GGAGGATAGGTAGGCT,Epiblast
S3 52h:CACTTCGAGTCTTGGT,Epiblast
S3 52h:GGTAGAGGTAAGATTG,Epiblast
S3 52h:CATGGTAGTTTAGACC,Epiblast
S3 52h:TCCTCGACAATCGAAA,Epiblast
S3 52h:CACAGGCTCTGAGGTT,Epiblast
S3 52h:CTCCATGCAAGCTGCC,Epiblast
S3 52h:CGGGTGTTCCATTGGA,Epiblast
S3 52h:TAAGCCATCGCTGTCT,Epiblast
S3 52h:TACCGGGTCTCGCTTG,Epiblast
S3 52h:AGGGTTTAGGTAGACC,Epiblast
S3 52h:CCGCAAGCAAACTAAG,Epiblast
S3 52h:CTGCATCTCACTCTTA,Epiblast
S3 52h:GAGTTGTCATGTCTAG,Epiblast
S3 52h:TCAATCTAGTAAGGGA,Epiblast
S3 52h:AGCGTATAGTTGCGCC,Epiblast
S3 52h:CTAGACACAATAGGGC,Epiblast
S3 52h:CTACAGATCAAGGACG,Epiblast
S3 52h:AGCGTATCACGGATCC,Epiblast
S3 52h:GCCAGGTGTAGCTGAG,Epiblast
S3 52h:AGTCTCCGTTTCGCTC,Epiblast
S3 52h:CTCCTCCCAGAGAAAG,Epiblast
S3 52h:CATTTCAAGGTCATCT,Epiblast
S3 52h:ACTGTGAGTTCGAGCC,Epiblast
S3 52h:GTCTACCCAAGTATCC,Epiblast
S3 52h:GATAGAATCAGGAACG,Epiblast
S3 52h:GTTGAACGTGGACCAA,Epiblast
S3 52h:TACACCCAGCGCACAA,Epiblast
S3 52h:GGGAAGTCAGCGAGTA,Epiblast
S3 52h:GTTACAGAGTGATAAC,Epiblast
S3 52h:TCACGCTAGCCATGCC,Epiblast
S3 52h:CAGCCAGAGGTGTGAC,Epiblast
S3 52h:CCTTGTGAGGCCCAAA,Epiblast
S3 52h:TTGTTGTAGCGTGAAC,Epiblast
S3 52h:AACGAAATCGTTTACT,Epiblast
S3 52h:CGCAGGTGTATCACGT,Epiblast
S3 52h:CTGCCTAAGCCACCGT,Epiblast
S3 52h:TGTGGCGAGAAGATCT,Epiblast
S3 52h:GTATTTCTCTACTGAG,Epiblast
S3 52h:ATCATTCAGAACAGGA,Epiblast
S3 52h:CTCGAGGTCATTCCTA,Epiblast
S3 52h:CGGGTCAGTTAGTCGT,Epiblast
S3 52h:TCGATTTTCATTGCTT,Epiblast
S3 52h:GCAGCCAAGTAGAATC,Epiblast
S3 52h:GTGCTGGCATCCTTGC,Epiblast
S3 52h:CGTGATATCAACCGAT,Epiblast
S3 52h:TGTTGAGTCTCTCTAA,Epiblast
S3 52h:CTGCCATGTATCACGT,Epiblast
S3 52h:CGAAGGATCGGCTGTG,Epiblast
S3 52h:ACTGTCCAGGTATCTC,Epiblast
S3 52h:ATCGGCGCATTGAAGA,Epiblast
S3 52h:CATACTTGTTCAGGTT,Epiblast
S3 52h:AACAGGGGTAGCGTTT,Epiblast
S3 52h:ACTTAGGCAACGGGTA,Epiblast
S3 52h:GACACGCGTGTGACCC,Epiblast
S3 52h:CAAGAGGTCGTTGTTT,Epiblast
S3 52h:TGGATCATCTCCGCAT,Epiblast
S3 52h:CTCCGATTCGTGCATA,Epiblast
S3 52h:CCGGTAGAGACGCAGT,Epiblast
S3 52h:GTAGAGGCAAAGCAAT,Epiblast
S3 52h:TGAGCATGTATTGCCA,Epiblast
S3 52h:ATCGTCCCAGGGTCTC,Epiblast
S3 52h:TCAAGTGAGGGTGAGG,Epiblast
S3 52h:TAACGACAGCGAAACC,Epiblast
S3 52h:CTGAGGCGTCAACCTA,Epiblast
S3 52h:CACTGAACAGAGGCTA,Epiblast
S3 52h:GGATCTAAGCGATCGA,Epiblast
S3 52h:GTAGATCCATAACGGG,Epiblast
S3 52h:GGCTTTCGTACAACGG,Exiting naive pluripotency
S3 52h:AGGTTACCACGATTCA,Epiblast
S3 52h:TACCCACCAATACAGA,Epiblast
S3 52h:GTAGAGGTCAAACGTC,Epiblast
S3 52h:GCAGCTGTCTGTGCGG,Epiblast
S3 52h:GATCCCTCATGGTACT,Epiblast
S3 52h:TAAGCCAGTGGAATGC,Epiblast
S3 52h:GTTACGATCTGGGTCG,Epiblast
S3 52h:GTCACGGCAGACAAGC,Epiblast
S3 52h:GCCAGGTTCTACTTCA,Epiblast
S3 52h:TTACCATGTCATATGC,Epiblast
S3 52h:GCTACCTCAGCACAAG,Epiblast
S3 52h:GTGGCGTAGGCGACAT,Epiblast
S3 52h:CTACAGACACTTCTCG,Epiblast
S3 52h:TACTGCCTCAACTGAC,Epiblast
S3 52h:GGGTCACAGGGAGGAC,Epiblast
S3 52h:AAGCGTTAGCTCTGTA,Epiblast
S3 52h:AATCGTGCATTGCCGG,Epiblast
S3 52h:TGATGCAGTTCGAAGG,Epiblast
S3 52h:AAGAACAAGACATACA,Epiblast
S3 52h:GTTACGAAGCGACATG,Epiblast
S3 52h:AGCGATTTCCGCAGTG,Epiblast
S3 52h:CTCGAGGTCTTCTTCC,Epiblast
S3 52h:GTCATGACACAGCCTG,Epiblast
S3 52h:CTCCGATGTGGAATGC,Epiblast
S3 52h:GTCAAGTCACAGACGA,Epiblast
S3 52h:ACCTACCTCAGCCTTC,Zscan4+ Artefact
S3 52h:TTGGTTTAGTGCGACA,Epiblast
S3 52h:GCGGAAAAGTCTTGGT,Epiblast
S3 52h:TCTGGCTGTTGAGTCT,Epiblast
S3 52h:CCTTGTGCACTCCTTG,Epiblast
S3 52h:TCCGAAAGTAGTTAGA,Epiblast
S3 52h:ATCGATGGTGAGATAT,Epiblast
S3 52h:CAGATACAGCTGTTCA,Epiblast
S3 52h:GTCGCGAGTTTGCAGT,Epiblast
S3 52h:ATGGGTTCACGACGAA,Epiblast
S3 52h:CAACAGTCAGGATGAC,Epiblast
S3 52h:GATTGGTAGTAGATCA,Epiblast
S3 52h:GCATCTCTCTTTCGAT,Epiblast
S3 52h:GGTGAAGTCGGTCAGC,Epiblast
S3 52h:GAATAGAAGCCGGAAT,Epiblast
S3 52h:TGCACGGGTTTCGATG,Epiblast
S3 52h:TCGTGCTGTAAGATAC,Epiblast
S3 52h:TGTAACGCAATATCCG,Epiblast
S3 52h:GAACACTCATGACAAA,Epiblast
S3 52h:AGATAGAGTACTCGCG,Epiblast
S3 52h:ATTCCCGAGCAATTAG,Epiblast
S3 52h:TTGCATTAGCACCAGA,Epiblast
S3 52h:CTCATTAGTCCAGGTC,Epiblast
S3 52h:TGTAAGCTCTGTGCTC,Epiblast
S3 52h:GAAGGACGTGGACAGT,Epiblast
S3 52h:TATCGCCGTCGCGTCA,Epiblast
S3 52h:CTGCAGGCAGGTGGAT,Epiblast
S3 52h:TTACAGGTCGTTCATT,Epiblast
S3 52h:GGAGGTAGTTGCATTG,Exiting naive pluripotency
S3 52h:CTGTGAATCACCACAA,Epiblast
S3 52h:TTATTGCTCAGCTTCC,Epiblast
S3 52h:GTTAGTGGTTGCCAAT,Epiblast
S3 52h:GGTTGTAAGCTAATCC,Epiblast
S3 52h:TGTAGACTCGTCACCT,Epiblast
S3 52h:TGCCGAGTCTCACTCG,Epiblast
S3 52h:CACTGGGCATGGGAAC,Epiblast
S3 52h:CATTGTTTCAAATGCC,Epiblast
S3 52h:TTTCATGAGGTATCTC,Epiblast
S3 52h:CGGGTGTAGTTTCTTC,Epiblast
S3 52h:ATGCGATGTCTCGGAC,Epiblast
S3 52h:CTCAGTCAGTCCGCGT,Epiblast
S3 52h:GCGTTTCGTAGCTGAG,Epiblast
S3 52h:GTGAGGAGTACCCACG,Epiblast
S3 52h:GCTGCAGAGGAAGTCC,Epiblast
S3 52h:CTTGAGACATAATGCC,Epiblast
S3 52h:TACACCCGTAGCTCGC,Epiblast
S3 52h:GGTTGTACACGATTCA,Epiblast
S3 52h:GATGATCAGATGACCG,Epiblast
S3 52h:TGGATGTCACGACGAA,Epiblast
S3 52h:TTCTCTCAGGACGCTA,Epiblast
S3 52h:CCTCCTCAGACTGTTC,Epiblast
S3 52h:TTTAGTCAGCGATGCA,Epiblast
S3 52h:TGAGCGCGTGACTGTT,Epiblast
S3 52h:CAGTGCGCATTCCTCG,Epiblast
S3 52h:ATGCCTCGTGGGTCAA,Epiblast
S3 52h:CTGAATGCACGGGTAA,Epiblast
S3 52h:TGCTTCGCACAACGCC,Epiblast
S3 52h:CTCCATGTCTAGTACG,Epiblast
S3 52h:AGGACTTTCGCAGATT,Epiblast
S3 52h:AGGGAGTCAGCCCAGT,Epiblast
S3 52h:CTGGCAGGTGGGACAT,Epiblast
S3 52h:TGTACAGAGTCAGCCC,Epiblast
S3 52h:AGTTCCCGTGTGGTCC,Epiblast
S3 52h:CGGGTGTCACGTATAC,Epiblast
S3 52h:GGGTGAAGTGATCGTT,Epiblast
S3 52h:GTTCATTCAACCACAT,Epiblast
S3 52h:TCGCTCAAGGTGAGCT,Epiblast
S3 52h:TACTTACTCGGAGCAA,Epiblast
S3 52h:CATGCTCCAGTATGAA,Epiblast
S3 52h:TGTCCTGAGCCTCTGG,Epiblast
S3 52h:TACAGGTAGAATCGAT,Epiblast
S3 52h:GGGTTTAAGCTAGATA,Epiblast
S3 52h:AATCACGTCCATGCAA,Epiblast
S3 52h:TGTCCTGGTGACTCTA,Epiblast
S3 52h:AGCCACGAGCTGGTGA,Epiblast
S3 52h:CATGAGTTCAAAGGAT,Epiblast
S3 52h:AAGGTAAAGGACGCAT,Epiblast
S3 52h:ACATGCATCGTTCCCA,Epiblast
S3 52h:TCCATGCCATTCTGTT,Epiblast
S3 52h:GTCAGCGCACGCTGAC,Epiblast
S3 52h:GTGCTGGCAAATTGCC,Epiblast
S3 52h:AGTCATGGTTGTTGTG,Epiblast
S3 52h:TCCTTTCTCACTCACC,Epiblast
S3 52h:GTTGTCCCAATACGAA,Epiblast
S3 52h:TGTTCATGTTTGATCG,Epiblast
S3 52h:GGGACTCTCATGGAGG,Epiblast
S3 52h:TGCTCCACAATGCTCA,Epiblast
S3 52h:AAGCGAGGTAGCTTAC,Epiblast
S3 52h:AGACCCGTCTCGTCAC,Epiblast
S3 52h:TTCCTCTTCTCTTGCG,Epiblast
S3 52h:TGTGTGACACTCATAG,Epiblast
S3 52h:GTCATTTTCGTTATCT,Epiblast
S3 52h:ACAGCCGTCATGGGAG,Epiblast
S3 52h:TAAGTCGCAGTCACGC,Epiblast
S3 52h:AGATCCAGTCACTTAG,Epiblast
S3 52h:GGAGGATAGGTTTGAA,Epiblast
S3 52h:GAGTCTATCCACGAAT,Epiblast
S3 52h:ACTGTCCAGCGGTAAC,Epiblast
S3 52h:CCTCCTCTCAAGTTGC,Epiblast
S3 52h:CTACTATTCGGAACTT,Epiblast
S3 52h:GAGTGAGAGCCGATCC,Epiblast
S3 52h:ACGGTCGCAGTATGAA,Epiblast
S3 52h:GTTGCTCAGTATGAAC,Epiblast
S3 52h:CACCGTTAGGAAAGTG,Epiblast
S3 52h:TCTACCGAGGTGGCTA,Epiblast
S3 52h:GGTTAACTCTCGCTCA,Epiblast
S3 52h:TGTTGGAAGGGCTAAC,Epiblast
S3 52h:GTGCGTGGTACTCAAC,Epiblast
S3 52h:TGTCCACAGCATGCGA,Epiblast
S3 52h:AAGATAGAGTCTGTAC,Epiblast
S3 52h:TTATTGCCAGGGAGAG,Epiblast
S3 52h:ACGTACACACTGCGAC,Epiblast
S3 52h:GCCGATGCAGTGCGCT,Epiblast
S3 52h:GCCAGGTGTTGTGCCG,Epiblast
S3 52h:GTGGTTATCTGTGCTC,Epiblast
S3 52h:ATCTCTACAACTAGAA,Epiblast
S3 52h:GTTAGACCAAGTCATC,Epiblast
S3 52h:GTCACTCAGCGCAATG,Epiblast
S3 52h:GTAGAGGGTGCCGTAC,Epiblast
S3 52h:GCCAGTGAGAGTACCG,Epiblast
S3 52h:TTTGTTGAGGCTCTCG,Epiblast
S3 52h:TAGGTACTCATGAGTC,Epiblast
S3 52h:AGGTGTTGTTCCACGG,Epiblast
S3 52h:AGACAAATCGCAGTCG,Epiblast
S3 52h:TTCCTCTCAAGACAAT,Epiblast
S3 52h:CTGCCTATCTGCGGGT,Epiblast
S3 52h:TTACAGGTCATTACTC,Epiblast
S3 52h:CCGATGGTCACTTATC,Epiblast
S3 52h:TCGTCCACAATCCTTT,Epiblast
S3 52h:CTGCATCCACCGGAAA,Epiblast
S3 52h:GTGTTAGGTATGCAAA,Epiblast
S3 52h:CATACAGAGCCGGATA,Exiting naive pluripotency
S3 52h:GTCCCATTCGCGGTAC,Epiblast
S3 52h:TTCTAGTAGTTCATCG,Epiblast
S3 52h:GAAGAATTCCCGAGTG,Epiblast
S3 52h:TAACCAGTCGATCCCT,Epiblast
S3 52h:CGAATTGAGAGTCAGC,Epiblast
S3 52h:GATGTTGAGTATAGAC,Epiblast
S3 52h:TGTAAGCGTCTCAAGT,Epiblast
S3 52h:CTACAGATCGAGAGAC,Epiblast
S3 52h:GACTCTCGTCCAAGAG,Epiblast
S3 52h:CCTACGTAGGGAGGCA,Epiblast
S3 52h:CTCCAACAGATTGTGA,Epiblast
S3 52h:AATCGACGTGTTCGTA,Epiblast
S3 52h:ACTTCGCAGGATTCAA,Exiting naive pluripotency
S3 52h:AAATGGAGTCGGTACC,Epiblast
S3 52h:CTATCCGGTCCTGTCT,Epiblast
S3 52h:ACTATCTTCGTCAAAC,Epiblast
S3 52h:CTTCTCTTCATTGGTG,Exiting naive pluripotency
S3 52h:AAGCCATAGTCACTGT,Epiblast
S3 52h:CCTAACCAGTAGGTTA,Epiblast
S3 52h:ATCAGGTTCGCAGTTA,Epiblast
S3 52h:CCGATCTCAGATCCTA,Epiblast
S3 52h:CTAGACACAAGTGATA,Epiblast
S3 52h:CATCCGTGTGCCTGCA,Epiblast
S3 52h:TTTCAGTAGGGTACAC,Epiblast
S3 52h:CGTTCTGGTCCGTTTC,Epiblast
S3 52h:GTAATCGCAACTCCCT,Epiblast
S3 52h:CATCAAGAGTTCCTGA,Epiblast
S3 52h:ACTGCAATCATCGGGC,Epiblast
S3 52h:TCGGGCAAGTGACACG,Epiblast
S3 52h:GGAGATGAGCATCCCG,Epiblast
S3 52h:GTGCGTGTCCATTGTT,Epiblast
S3 52h:TTTGATCCAACTGGTT,Epiblast
S3 52h:TTTATGCGTTGCGAAG,Epiblast
S3 52h:TTGACCCCAGAGGAAA,Epiblast
S3 52h:CTCGAGGCATCCGCGA,Exiting naive pluripotency
S3 52h:TTGATGGGTGCACAAG,Epiblast
S3 52h:GTTGAACAGTAAGACT,Epiblast
S3 52h:CCCATTGCAGCTTTGA,Epiblast
S3 52h:TTGATGGAGTGACACG,Epiblast
S3 52h:AACAACCAGTCGCCCA,Epiblast
S3 52h:TCCGGGAGTGTCATCA,Epiblast
S3 52h:TCAGGTAAGGTACATA,Epiblast
S3 52h:GTTAGTGTCTTTACAC,Epiblast
S3 52h:GGAACCCGTCCTACAA,Epiblast
S3 52h:GGCTTTCGTTGCTAGT,Epiblast
S3 52h:AGCTACAAGGCTAGCA,Epiblast
S3 52h:TTTATGCGTGTCCGTG,Epiblast
S3 52h:CGTAGTAAGAGTCTTC,Epiblast
S3 52h:CCCTCTCGTGCAGTGA,Epiblast
S3 52h:TCATGGATCCACGAAT,Epiblast
S3 52h:TCGCTTGTCTTAGGAC,Epiblast
S3 52h:TACGCTCAGACGGAAA,Epiblast
S3 52h:AGAGCAGAGCAGGCAT,Epiblast
S3 52h:CACTGGGGTTGTTGAC,Epiblast
S3 52h:TAGTGCACACACCTTC,Epiblast
S3 52h:CCTTGTGAGGCTCAAG,Epiblast
S3 52h:AATCACGCATCGATGT,Epiblast
S3 52h:CAGCCAGGTCGTTATG,Epiblast
S3 52h:AGGGCTCCAAACGTGG,Epiblast
S3 52h:CATACTTCAGCTTCCT,Epiblast
S3 52h:ACCTGAAAGTACTGGG,Epiblast
S3 52h:TGGAACTAGGTAAAGG,Epiblast
S3 52h:GGGTCTGCAAATTAGG,Epiblast
S3 52h:TAACCAGGTGCTCTCT,Epiblast
S3 52h:GTACAACCATGACTAC,Epiblast
S3 52h:TTCCTAACACCATTCC,Exiting naive pluripotency
S3 52h:GCACTAATCATTGCTT,Epiblast
S3 52h:AGTTCGACAGAGGTAC,Epiblast
S3 52h:GCCAACGCACGCGCTA,Epiblast
S3 52h:CAACAACCACGACGTC,Epiblast
S3 52h:GGTGATTTCCGATCTC,Epiblast
S3 52h:GGTTAACTCGTAACCA,Exiting naive pluripotency
S3 52h:CACGTGGAGACCAGAC,Epiblast
S3 52h:ACTTTCATCACTGGGC,Exiting naive pluripotency
S3 52h:CTTGAGAGTGTCCGTG,Epiblast
S3 52h:ATAGACCCAATTAGGA,Epiblast
S3 52h:TGCTGAAAGGTTTACC,Epiblast
S3 52h:TTTCATGTCATATGGC,Epiblast
S3 52h:AACAAAGAGAGGTTAT,Epiblast
S3 52h:GTGCTGGAGGATCATA,Epiblast
S3 52h:AAGCGAGTCGCACTCT,Epiblast
S3 52h:CAACCAAAGGCCTAAG,Epiblast
S3 52h:TACCGGGCAACCGACC,Epiblast
S3 52h:GTAACCATCCTCACTG,Epiblast
S3 52h:TCCACGTCAGACGGAT,Epiblast
S3 52h:CTTGAGAGTCCGGATC,Epiblast
S3 52h:TTGCCTGGTAGGTAGC,Epiblast
S3 52h:TCACTATCATTGTCGA,Exiting naive pluripotency
S3 52h:GGAGAACGTGGGTCAA,Epiblast
S3 52h:TCATGAGAGCACTAAA,Epiblast
S3 52h:CATTTCACAACCGCTG,Epiblast
S3 52h:TTAGTCTGTGCGTGCT,Epiblast
S3 52h:TGACCCTGTGAAGCTG,Epiblast
S3 52h:GGTTGTATCCATACAG,Epiblast
S3 52h:TGCGATAGTAGACACG,Epiblast
S3 52h:AGGTTGTAGAGTCGAC,Epiblast
S3 52h:TCATTTGTCCTGTAGA,Epiblast
S3 52h:TGAGGTTAGAAGCGCT,Epiblast
S3 52h:CCTCTAGTCCACGAAT,Epiblast
S3 52h:CCGTAGGGTATTAAGG,Epiblast
S3 52h:TGGGCGTCAATCGAAA,Epiblast
S3 52h:GTCTCACTCGTGGGTC,Epiblast
S3 52h:AACGAAAGTGTTCGTA,Epiblast
S3 52h:AGCGTATAGTGAACAT,Exiting naive pluripotency
S3 52h:CCACAAACATACCACA,Epiblast
S3 52h:GGCGTCAAGGCAATGC,Epiblast
S3 52h:GTAGCTAGTCCGGCAT,Epiblast
S3 52h:GTTATGGCAGTTCCAA,Epiblast
S3 52h:AGGGTGAAGGAAGAAC,Epiblast
S3 52h:ACACCAATCATACGGT,Epiblast
S3 52h:TCAAGCAAGTCATGAA,Epiblast
S3 52h:ATGAGTCTCGGTAGGA,Epiblast
S3 52h:GTGTGATAGACGGTTG,Epiblast
S3 52h:TCGCTTGGTAACAGGC,Epiblast
S3 52h:GTACAACTCAGTAGGG,Epiblast
S3 52h:TCGGGACCAACGGTAG,Exiting naive pluripotency
S3 52h:AAGAACAGTTCTTCAT,Epiblast
S3 52h:ACTTAGGGTTGTGCCG,Epiblast
S3 52h:TCCGGGACACTCTGCT,Epiblast
S3 52h:TCAAGACAGCATCAGG,Epiblast
S3 52h:TGCAGATCAGTGTGCC,Epiblast
S3 52h:GAGAGGTCAGGTCCGT,Epiblast
S3 52h:TTCCTAAGTTTCGTAG,Epiblast
S3 52h:GAATCGTCATATCTCT,Epiblast
S3 52h:GTACAGTAGGTTAGTA,Epiblast
S3 52h:AGCGCTGCAAGACTGG,Epiblast
S3 52h:AAGCGTTCAATGTCTG,Epiblast
S3 52h:GATCGTATCCAAACCA,Epiblast
S3 52h:ATTGGGTGTTGACGGA,Epiblast
S3 52h:AGATCCATCTTTCAGT,Exiting naive pluripotency
S3 52h:ATTCAGGTCCCGAGAC,Epiblast
S3 52h:GGGTCACCAGCGATTT,Epiblast
S3 52h:GTTACGACATGTTCGA,Epiblast
S3 52h:GTTCGCTAGACGCATG,Epiblast
S3 52h:AAAGGATTCAGACCTA,Epiblast
S3 52h:CAGCGTGAGAGAATCT,Epiblast
S3 52h:TCATATCTCAACTGGT,Epiblast
S3 52h:TGCATGAAGAAGGTAG,Epiblast
S3 52h:TGCATCCTCCGTCACT,Epiblast
S3 52h:GGAAGTGGTAGCTAAA,Epiblast
S3 52h:CATGGTAAGAGGTGCT,Epiblast
S3 52h:CGAGTGCCAACCGCCA,Epiblast
S3 52h:GAAGAATGTTCACCGG,Epiblast
S3 52h:TACCCGTCAGCGTTGC,Epiblast
S3 52h:GTGCACGGTAGAATGT,Epiblast
S3 52h:GATCGTAGTGACTATC,Epiblast
S3 52h:TGTGTGACAGTAACCT,Epiblast
S3 52h:GTCGAATGTAAGACCG,Epiblast
S3 52h:CTGGACGCACAGTCAT,Epiblast
S3 52h:CCTCCTCTCACTAGCA,Epiblast
S3 52h:GCTCAAACAACCTAAC,Epiblast
S3 52h:TTAGTCTGTCTCACAA,Epiblast
S3 52h:ATACCTTCACTTGGGC,Epiblast
S3 52h:TTCGGTCCATGCGTGC,Epiblast
S3 52h:CGCAGGTAGAGGGTAA,Epiblast
S3 52h:TGGTGATGTGCCGTTG,Epiblast
S3 52h:TGCAGATAGCGGATCA,Epiblast
S3 52h:CGCATAATCGGACAAG,Epiblast
S3 52h:GTAGGAGGTATAGGAT,Epiblast
S3 52h:CCTCATGAGCGCATCC,Epiblast
S3 52h:GCGGAAAGTCTAGGTT,Epiblast
S3 52h:CTAAGTGAGGACCCAA,Epiblast
S3 52h:TTCGATTGTGACCTGC,Epiblast
S3 52h:AACCTGAAGCAATAAC,Epiblast
S3 52h:TTCCTCTCAGACGATG,Epiblast
S3 52h:CAGTTCCCATACGCAT,Epiblast
S3 52h:CAAGAGGAGACGAGCT,Epiblast
S3 52h:GGGTATTGTTGGCCGT,Epiblast
S3 52h:ATCATTCCATTAAAGG,Epiblast
S3 52h:GGAATCTGTCGGTGTC,Epiblast
S3 52h:AAAGGATTCGTTCAGA,Epiblast
S3 52h:CTGCCTACATCGATCA,Zscan4+ Artefact
S3 52h:GGAGAACGTTAGTTCG,Epiblast
S3 52h:GTGTCCTCATCGGAAG,Epiblast
S3 52h:TGGTTAGAGAGGCGTT,Epiblast
S3 52h:CCATCACAGTCTGTAC,Epiblast
S3 52h:ATGGTTGCATCCTTCG,Epiblast
S3 52h:TAGGAGGTCTGGTGGC,Epiblast
S3 52h:GACTGATAGCCTGCCA,Epiblast
S3 52h:CCTCTCCAGGATATGT,Epiblast
S3 52h:ACCCAAACAGCAGTTT,Epiblast
S3 52h:TTCCTAACAAACGTGG,Epiblast
S3 52h:TCGTCCAAGGCAGGTT,Epiblast
S3 52h:CATGGATAGGGTACAC,Epiblast
S3 52h:CACGTGGTCTGAGGTT,Epiblast
S3 52h:GAGAGGTTCCGCTTAC,Epiblast
S3 52h:TGGTGATAGAAGAGCA,Epiblast
S3 52h:TATACCTTCGGACTGC,Epiblast
S3 52h:ATACCTTAGGAGACCT,Epiblast
S3 52h:GGAGGTACATACAGGG,Epiblast
S3 52h:ATCCTATTCTATGTGG,Epiblast
S3 52h:GTACAGTGTGTAGCAG,Epiblast
S3 52h:GAGGCCTTCTAGGAAA,Epiblast
S3 52h:ATGAGGGGTGAATGTA,Epiblast
S3 52h:AAGGAATGTTCAAAGA,Epiblast
S3 52h:TATCTTGAGCTTTCTT,Epiblast
S3 52h:GCACTAAGTTTAGTCG,Epiblast
S3 52h:GGAATGGTCCTCTCTT,Epiblast
S3 52h:GGAACCCTCATTGCGA,Epiblast
S3 52h:GAGTTGTAGGGAGAAT,Epiblast
S3 52h:GGTGAAGTCTGAGATC,Exiting naive pluripotency
S3 52h:TGTTCATCAGTGTACT,Epiblast
S3 52h:GCCGATGAGCACCTGC,Epiblast
S3 52h:CTCATCGAGCCATCCG,Epiblast
S3 52h:ACATGCAAGCGCTGAA,Epiblast
S3 52h:ACCTGTCAGCAAATGT,Epiblast
S3 52h:AAAGTGACACCTAAAC,Epiblast
S3 52h:TGTTCTACAATTGCCA,Epiblast
S3 52h:CGATCGGCATTAGGCT,Epiblast
S3 52h:TTAGGCATCCCTAGGG,Epiblast
S3 52h:GCCCAGATCTTACGGA,Epiblast
S3 52h:TCTCACGTCGCTTACC,Epiblast
S3 52h:GACACGCTCTGCGTCT,Epiblast
S3 52h:GCTTGGGGTGATTCAC,Epiblast
S3 52h:TCGGATAAGCTCTGTA,Exiting naive pluripotency
S3 52h:CCCTTAGTCGATACGT,Epiblast
S3 52h:GATGATCGTCTTTATC,Exiting naive pluripotency
S3 52h:GTATTTCTCGTCAGAT,Epiblast
S3 52h:AGAACAACACATGTTG,Epiblast
S3 52h:AAAGAACAGGAGAGGC,Epiblast
S3 52h:CATTGCCTCATGCATG,Epiblast
S3 52h:CATGCAAAGCACTCAT,Epiblast
S3 52h:TCGCTCAGTCAAGCGA,Epiblast
S3 52h:AGCGTATAGCATCCTA,Epiblast
S3 52h:CAACGATAGTCGAAAT,Epiblast
S3 52h:CAGATACAGGTTGGTG,Zscan4+ Artefact
S3 52h:TTCATTGCATGTGACT,Epiblast
S3 52h:AATGAAGCAGAGGGTT,Zscan4+ Artefact
S3 52h:TGCTCGTCAGTCCCGA,Epiblast
S3 52h:CTCGAGGCATGTTCGA,Epiblast
S3 52h:GGGACCTAGGTGCATG,Epiblast
S3 52h:CAATGACTCTCGTTTA,Epiblast
S3 52h:GTCACTCCATACAGGG,Epiblast
S3 52h:CTGCCATCACCACATA,Epiblast
S3 52h:CCTGCATTCTTCGGTC,Epiblast
S3 52h:TGTGCGGTCACAACCA,Epiblast
S3 52h:CGAGTGCCACAGTCAT,Epiblast
S3 52h:AGATAGATCGTGTGAT,Epiblast
S3 52h:ACAGAAAGTAGCTGTT,Epiblast
S3 52h:GTGTTAGTCTCATTAC,Epiblast
S3 52h:CGTGAATCAGGCGATA,Epiblast
S3 52h:TTCGCTGCAAGCGCTC,Epiblast
S3 52h:TGCAGGCCAGACGGAT,Epiblast
S3 52h:GTGCGTGCATTGTACG,Zscan4+ Artefact
S3 52h:CATGCCTCAGCGTGCT,Epiblast
S3 52h:AAAGTCCGTCTAGGCC,Epiblast
S3 52h:CTTTCGGAGAAGGCTC,Epiblast
S3 52h:GTCATCCAGTGCAGGT,Epiblast
S3 52h:TGACCCTCACAGCCAC,Epiblast
S3 52h:TTTACTGAGTGTAGTA,Exiting naive pluripotency
S3 52h:ACCCTTGAGTTATGGA,Epiblast
S3 52h:CGTTGGGCAGCGGATA,Epiblast
S3 52h:AAGCCATGTTAGTTCG,Epiblast
S3 52h:CAGAGCCAGCGATCGA,Epiblast
S3 52h:GGAATGGCAGAACTCT,Epiblast
S3 52h:GGTTGTATCGAGCTGC,Epiblast
S3 52h:AAGTGAAAGACGCCAA,Epiblast
S3 52h:ATCTCTAGTAATGTGA,Epiblast
S3 52h:CTGAGGCTCGTAGGGA,Epiblast
S3 52h:TTCTAGTTCAAAGGTA,Exiting naive pluripotency
S3 52h:TGAGGGATCGTTATCT,Epiblast
S3 52h:CTCAGAACATCAGCTA,Epiblast
S3 52h:TAGGGTTGTGGTCCCA,Epiblast
S3 52h:GATCATGCAACCCGCA,Epiblast
S3 52h:AATCACGAGGTTTGAA,Epiblast
S3 52h:TGAACGTCAGAGGGTT,Epiblast
S3 52h:ATCTCTAGTACAGTCT,Epiblast
S3 52h:TCCGTGTGTCAGGAGT,Epiblast
S3 52h:CATGCAAGTAATCAGA,Epiblast
S3 52h:GTGGGAACAAGCAATA,Epiblast
S3 52h:ATTGGGTAGGGAGTTC,Epiblast
S3 52h:AATTTCCTCGTGCGAC,Epiblast
S3 52h:TCTACATCACTCATAG,Epiblast
S3 52h:ATAGGCTTCATTTCCA,Epiblast
S3 52h:AGATAGAGTGTGCCTG,Epiblast
S3 52h:GCCAGGTTCCTTATGT,Epiblast
S3 52h:TCATGCCCAGCGACAA,Epiblast
S3 52h:CGATCGGCAGTCAACT,Epiblast
S3 52h:TGCACGGCAAGACCTT,Epiblast
S3 52h:CAATTTCTCGGTGCAC,Epiblast
S3 52h:ATCCATTCAGTGGGTA,Epiblast
S3 52h:GAGGGTAAGCTATCTG,Epiblast
S3 52h:GATGACTAGGAATGTT,Epiblast
S3 52h:GTTGTGAGTTCACGAT,Epiblast
S3 52h:GCACGGTAGTAGTCCT,Zscan4+ Artefact
S3 52h:TACCGGGAGCTAGTTC,Epiblast
S3 52h:TTTGGAGAGAAACTGT,Epiblast
S3 52h:GCAGCCATCCAATGCA,Epiblast
S3 52h:GGCGTCACAGGGAATC,Epiblast
S3 52h:CGAATTGTCGTAACCA,Epiblast
S3 52h:CAGCGTGTCCAACCAA,Epiblast
S3 52h:GTGAGTTTCTCATGGA,Epiblast
S3 52h:GATCAGTCAGGTCAGA,Epiblast
S3 52h:TCGCTCAGTCTACATG,Epiblast
S3 52h:TCGCACTGTAGTACGG,Epiblast
S3 52h:CCACGAGGTACGATTC,Epiblast
S3 52h:TGACGCGGTTTCTTAC,Epiblast
S3 52h:CAATTTCAGTGTGTTC,Epiblast
S3 52h:CAAGCTAGTATAGGAT,Epiblast
S3 52h:CGTTGGGAGCCGATAG,Epiblast
S3 52h:AATAGAGTCCGGTTCT,Epiblast
S3 52h:TGCGATACATGACGTT,Epiblast
S3 52h:TTACCATAGGATGTTA,Epiblast
S3 52h:TCATTTGAGTGTAGAT,Epiblast
S3 52h:ATTCCTATCCACTTCG,Epiblast
S3 52h:CCCTGATCATGAGGGT,Epiblast
S3 52h:GTAGTACTCCAAGCCG,Epiblast
S3 52h:GAGCCTGGTCACTCTC,Epiblast
S3 52h:TCCTTCTTCTCCAATT,Epiblast
S3 52h:ATCGTAGTCCCGGTAG,Epiblast
S3 52h:ACACAGTCAGCGCGTT,Epiblast
S3 52h:TAGACTGAGGAGGTTC,Exiting naive pluripotency
S3 52h:GCTCAAAAGCGGTATG,Epiblast
S3 52h:GTGCTTCTCACTTGGA,Epiblast
S3 52h:GGAGATGAGGCCTAAG,Epiblast
S3 52h:GTCTAGAGTAGCCAGA,Epiblast
S3 52h:CGATGGCTCTGGACTA,Epiblast
S3 52h:GAAGAATGTTTGGCTA,Epiblast
S3 52h:CTTTCAATCCAAAGGG,Exiting naive pluripotency
S3 52h:TGTTCTAAGACCATGG,Epiblast
S3 52h:TCTGCCAAGGCACAAC,Epiblast
S3 52h:TGGATCAAGACTTCGT,Epiblast
S3 52h:TATACCTTCATTGGTG,Epiblast
S3 52h:TTGTTGTCAGCTACAT,Epiblast
S3 52h:CGCATAAAGAGTGAAG,Epiblast
S3 52h:GTCCCATAGCGAAACC,Epiblast
S3 52h:TACTTACAGTAGTGCG,Epiblast
S3 52h:ATCCATTAGAGGGCGA,Epiblast
S3 52h:TCTAACTTCTATGCCC,Epiblast
S3 52h:GTCTTTAAGCCACTCG,Epiblast
S3 52h:CTCCAACAGGATATAC,Exiting naive pluripotency
S3 52h:ACTGTGACACCTGCTT,Exiting naive pluripotency
S3 52h:TGAACGTCATTGACTG,Epiblast
S3 52h:AAAGGGCAGTGCCTCG,Exiting naive pluripotency
S3 52h:CGAGGCTTCGTTGCCT,Epiblast
S3 52h:AGCTTCCTCGAACACT,Epiblast
S3 52h:CACTTCGAGTAGTCAA,Exiting naive pluripotency
S3 52h:GGCGTCAGTAAGTTAG,Epiblast
S3 52h:GACGTTACAATTGAGA,Epiblast
S3 52h:CCCATTGCAATTCGTG,Epiblast
S3 52h:TTTACGTGTTGACTAC,Epiblast
S3 52h:CATCCACAGAAACACT,Epiblast
S3 52h:GCCATTCAGAGAGTGA,Epiblast
S3 52h:GACCCTTCAGTGGTGA,Epiblast
S3 52h:ACCTGAAGTCACGTGC,Epiblast
S3 52h:CTCTCGACAGAGGAAA,Epiblast
S3 52h:TGCCGAGCACTGTGAT,Epiblast
S3 52h:ATGATCGTCGTAACTG,Epiblast
S3 52h:ACTGCAATCGCAGAGA,Epiblast
S3 52h:AGTGACTCAGAGGCTA,Epiblast
S3 52h:GTCATTTGTATACCCA,Epiblast
S3 52h:GCCGATGTCGAAACAA,Epiblast
S3 52h:CAGTTAGGTCACTTCC,Epiblast
S3 52h:TCGATTTTCTGCACCT,Epiblast
S3 52h:ACTGATGAGTCCCGAC,Epiblast
S3 52h:GGGTTATTCATCGCCT,Epiblast
S3 52h:GAGTTACAGGTGCATG,Epiblast
S3 52h:TGATCTTTCGTGTCAA,Epiblast
S3 52h:CCTTGTGGTACGATCT,Epiblast
S3 52h:AGGTCTACACTGGCGT,Epiblast
S3 52h:ATCGTCCTCAGCTAGT,Epiblast
S3 52h:TCGCTTGTCCCATACC,Epiblast
S3 52h:AATTTCCAGGATTCCT,Epiblast
S3 52h:CTTGATTCAAGGGTCA,Epiblast
S3 52h:CAATGACAGCATCGAG,Epiblast
S3 52h:CTGGTCTAGAGTGTTA,Epiblast
S3 52h:TCTCCGAAGGATTTAG,Epiblast
S3 52h:CACCAAAAGCAGGCAT,Epiblast
S3 52h:AATTTCCGTGGGAGAG,Epiblast
S3 52h:TGCATGATCTTGGTGA,Epiblast
S3 52h:GCGGATCTCATTTCCA,Epiblast
S3 52h:AGAAGCGCAAGAGGCT,Epiblast
S3 52h:CCACTTGAGTACAGCG,Epiblast
S3 52h:TCCGGGAAGTGCACCC,Epiblast
S3 52h:TGTTGAGTCACTGTCC,Epiblast
S3 52h:TTGCATTAGGATATAC,Epiblast
S3 52h:CACCGTTTCTCTAGGA,Exiting naive pluripotency
S3 52h:ACGATCATCCGGTTCT,Epiblast
S3 52h:ACCAACAAGCCGTCGT,Epiblast
S3 52h:AACAACCAGTGCAACG,Exiting naive pluripotency
S3 52h:CACTTCGGTGAGGCAT,Epiblast
S3 52h:CGGGTGTCAACGACAG,Epiblast
S3 52h:CCCGGAATCCGAGTGC,Epiblast
S3 52h:ATTCCCGTCGCCGAGT,Epiblast
S3 52h:GGGCGTTTCAAACTGC,Epiblast
S3 52h:AACAAAGAGCACGATG,Epiblast
S3 52h:ATCTTCACATAGATCC,Epiblast
S3 52h:TGCATCCGTTTCACAG,Epiblast
S3 52h:AAACGAAGTCCGACGT,Epiblast
S3 52h:TTGACCCGTGTCTTGA,Epiblast
S3 52h:AATCGTGAGGTCCCTG,Epiblast
S3 52h:GTTAGTGAGCGAATGC,Epiblast
S3 52h:TAACACGAGCTGGTGA,Epiblast
S3 52h:GTCACGGAGAGTGAAG,Epiblast
S3 52h:CGAAGGAGTAACCCGC,Exiting naive pluripotency
S3 52h:TAACACGAGATCACCT,Epiblast
S3 52h:ATTTACCAGAAATGGG,Epiblast
S3 52h:GACCCAGCACAAGGTG,Epiblast
S3 52h:GTTCGCTTCAAGCTTG,Epiblast
S3 52h:AGTGACTGTTCGGACC,Epiblast
S3 52h:TTACTGTCACTACAGT,Epiblast
S3 52h:CATTCCGGTACCATAC,Epiblast
S3 52h:AGGAGGTGTTATGACC,Epiblast
S3 52h:AGCGCTGGTCTACGTA,Epiblast
S3 52h:CGGACACTCGCTCTCA,Epiblast
S3 52h:AGCATCAAGCCATGCC,Epiblast
S3 52h:GTTAGTGTCCGATGTA,Epiblast
S3 52h:AGACAAATCGGTCTGG,Epiblast
S3 52h:GTCCCATAGGCCCGTT,Epiblast
S3 52h:TTCCTAATCGCTGTTC,Epiblast
S3 52h:CCGGTGACAGTTGAAA,Epiblast
S3 52h:GGAGATGTCGCATAGT,Epiblast
S3 52h:CCTATCGGTTGACTAC,Epiblast
S3 52h:TCACAAGAGTATGAGT,Epiblast
S3 52h:CGCATAACAGGTTTAC,Epiblast
S3 52h:GGAGCAAAGTTGGACG,Epiblast
S3 52h:TCAGCCTAGGGAGGGT,Epiblast
S3 52h:GGGTGTCCACTTGGCG,Epiblast
S3 52h:GCAGTGGTATCAACGC,Epiblast
S3 52h:TTTACCAGTTGTAAAG,Epiblast
S3 52h:TAACGACAGTCCTGCG,Epiblast
S3 52h:CTGTGGGTCACGATCA,Epiblast
S3 52h:AGGTCTAGTTGATGTC,Epiblast
S3 52h:CATACTTTCGGATACT,Zscan4+ Artefact
S3 52h:AAAGGTAAGGCGTTGA,Epiblast
S3 52h:GAGTTGTGTACAGAAT,Epiblast
S3 52h:CACAGATTCCTTTAGT,Epiblast
S3 52h:GCCGATGCATAGAATG,Epiblast
S3 52h:CATACTTGTTGGTACT,Epiblast
S3 52h:GCTTTCGGTTACGTAC,Epiblast
S3 52h:TGTTCATTCATCTATC,Epiblast
S3 52h:ACCCTCACAGTAGTGG,Epiblast
S3 52h:ATACTTCGTGTTAACC,Epiblast
S3 52h:TTGGGATAGCTTACGT,Epiblast
S3 52h:AGTTCGATCCCGTTGT,Epiblast
S3 52h:TAGACTGGTCGGCTAC,Exiting naive pluripotency
S3 52h:GTCGTAATCTCGGTAA,Epiblast
S3 52h:CTGTGAAAGATCCCGC,Epiblast
S3 52h:TACTTGTCATAGTCGT,Epiblast
S3 52h:GTCGAATTCCGATAAC,Epiblast
S3 52h:GTCACTCCATCCTTCG,Epiblast
S3 52h:TGTTCATCAGGTTTAC,Epiblast
S3 52h:ATTCCCGTCGCCAGAC,Epiblast
S3 52h:TCATTACGTCGTGATT,Epiblast
S3 52h:TCGAACACATGGGCAA,Epiblast
S3 52h:AATGGAAGTTTGGAGG,Epiblast
S3 52h:GTGTTCCTCGAAGCCC,Epiblast
S3 52h:AGTTAGCGTACGGCAA,Epiblast
S3 52h:CCACCATTCCACAGGC,Epiblast
S3 52h:GGTAGAGCAGCAATTC,Epiblast
S3 52h:GCTTTCGGTACGGGAT,Epiblast
S3 52h:CCTTTGGAGACGTCGA,Epiblast
S3 52h:CCTGTTGAGGCTTAGG,Epiblast
S3 52h:GTTGCGGAGCTCCCTT,Epiblast
S3 52h:AGCCACGTCATCTACT,Epiblast
S3 52h:TGTCCCAAGGACAACC,Epiblast
S3 52h:GTCTAGACACTGGAAG,Epiblast
S3 52h:GGCTGTGCATCATTGG,Epiblast
S3 52h:CATCCCAGTCGTATGT,Epiblast
S3 52h:ATGGGAGAGCAGTCTT,Exiting naive pluripotency
S3 52h:GACCGTGAGCCGGAAT,Epiblast
S3 52h:GGGAGATTCAGGAACG,Epiblast
S3 52h:GTCTTTAAGCAGCCCT,Epiblast
S3 52h:GAGCTGCGTTGGGTTT,Epiblast
S3 52h:AGGTCATGTGTACAGG,Epiblast
S3 52h:GGGTTTATCCTGCTAC,Epiblast
S3 52h:TGGGAGACAGATTAAG,Epiblast
S3 52h:AAACGAATCCATTTAC,Epiblast
S3 52h:TCATTCATCGGACGTC,Epiblast
S3 52h:GTCCCATAGTATAGAC,Exiting naive pluripotency
S3 52h:CAGATCAAGGCCTGCT,Epiblast
S3 52h:TGTGTGAGTTCCACGG,Epiblast
S3 52h:GGGATCCTCCACAGCG,Epiblast
S3 52h:TCCTCTTAGGTTTGAA,Epiblast
S3 52h:CAATTTCTCCGAGCTG,Epiblast
S3 52h:GTGTGGCTCAAGAAAC,Epiblast
S3 52h:CCAAGCGAGGCGCTTC,Exiting naive pluripotency
S3 52h:ATTCACTAGCGTCAAG,Epiblast
S3 52h:CCGCAAGTCGTTATCT,Epiblast
S3 52h:ACTTCCGTCGACGACC,Zscan4+ Artefact
S3 52h:TGTTACTCATCTTCGC,Epiblast
S3 52h:TCATTACAGCAGCCTC,Epiblast
S3 52h:GTTCGCTTCGCTCTAC,Epiblast
S3 52h:TCATTCACAAGGCGTA,Epiblast
S3 52h:TCTTGCGGTATTTCCT,Epiblast
S3 52h:ACTATCTCAAGAATAC,Epiblast
S3 52h:GATTCTTGTTCGTGCG,Epiblast
S3 52h:TGACCCTGTTCGGGTC,Epiblast
S3 52h:TAGGAGGGTGAGATAT,Epiblast
S3 52h:TCGACGGAGTGAATAC,Epiblast
S3 52h:ATTCTTGTCAGCCTTC,Epiblast
S3 52h:CTAACCCAGCGAGTAC,Epiblast
S3 52h:TTGGGATCAACATCGT,Epiblast
S3 52h:TCGACCTCACAAACGG,Epiblast
S3 52h:CAGCACGGTCCCACGA,Epiblast
S3 52h:AGTTAGCAGGGATCTG,Epiblast
S3 52h:TGTTCATAGGATACAT,Epiblast
S3 52h:CGTCAAACATGACAAA,Epiblast
S3 52h:TGATCTTGTCGTGATT,Epiblast
S3 52h:TCTGGCTAGATCCTAC,Epiblast
S3 52h:TGTACAGTCCCGTTGT,Epiblast
S3 52h:TAGGGTTAGGTCGTGA,Epiblast
S3 52h:GTGTTAGCATTGTCGA,Epiblast
S3 52h:CTGAATGTCGCCTCTA,Epiblast
S3 52h:ATTCCTATCGAGTTGT,Epiblast
S3 52h:AGAGCCCGTCCTCAGG,Exiting naive pluripotency
S3 52h:CAAGAGGCATCGAAGG,Epiblast
S3 52h:GTAATCGAGATGTAGT,Epiblast
S3 52h:TGCGGGTTCGCCGTGA,Epiblast
S3 52h:GCGTGCAGTTCCGCGA,Epiblast
S3 52h:GCGATCGTCATTTGTC,Epiblast
S3 52h:ACCTACCGTGTCATGT,Epiblast
S3 52h:ACATTTCCACACCTAA,Epiblast
S3 52h:TTCCGGTCAACGGCTC,Epiblast
S3 52h:CTGTAGAAGTTGAAAC,Epiblast
S3 52h:GAGACTTAGTTGCATC,Epiblast
S3 52h:TGTTGAGTCTTGGTCC,Epiblast
S3 52h:GTCATGAAGCGCGTTC,Epiblast
S3 52h:ATTGTTCGTGCAATAA,Epiblast
S3 52h:TGCAGTACAGTCAGCC,Epiblast
S3 52h:CAAGCTATCTATACGG,Epiblast
S3 52h:CTTCTAAGTGGAGGTT,Epiblast
S3 52h:TTCCGGTAGACCAACG,Epiblast
S3 52h:GACCTTCCAGAGTGTG,Epiblast
S3 52h:CAACAACTCAATCAGC,Epiblast
S3 52h:GACAGCCTCGCCGAGT,Epiblast
S3 52h:GACATCATCGTTCATT,Epiblast
S3 52h:AATGCCATCGGACAAG,Epiblast
S3 52h:GTTGCGGAGTCACAGG,Epiblast
S3 52h:GTGCAGCGTATCTCGA,Epiblast
S3 52h:GGGTAGACATCAGTCA,Exiting naive pluripotency
S3 52h:TCGAAGTTCCACCCTA,Epiblast
S3 52h:CGTGCTTGTCGTACAT,Epiblast
S3 52h:GTTAGACTCAGGAAAT,Epiblast
S3 52h:CTTGAGAGTCGTTGCG,Epiblast
S3 52h:AGTTAGCGTTGATCGT,Epiblast
S3 52h:GGCTTTCTCGAAGTGG,Epiblast
S3 52h:TCTTCCTAGTGAGGCT,Epiblast
S3 52h:GTCTACCCACTCAAGT,Epiblast
S3 52h:GAGAGGTCAGGCATTT,Epiblast
S3 52h:CTTCGGTAGTTCCGGC,Epiblast
S3 52h:ATGCATGTCCCATTCG,Epiblast
S3 52h:TACGTCCAGGACAAGA,Epiblast
S3 52h:CGTAATGCAAGACAAT,Exiting naive pluripotency
S3 52h:GTCGAATGTCTTGTCC,Epiblast
S3 52h:ACGCACGAGATCGCCC,Epiblast
S3 52h:GAGATGGGTATGTCCA,Epiblast
S3 52h:ACGCACGAGACAGCGT,Epiblast
S3 52h:ACCCTTGAGTGTACAA,Exiting naive pluripotency
S3 52h:CTTCCGACAAGTATAG,Exiting naive pluripotency
S3 52h:GACTTCCGTGTCGATT,Epiblast
S3 52h:TCGGATAGTCCATCTC,Exiting naive pluripotency
S3 52h:GTCAGCGCACATACTG,Epiblast
S3 52h:TTCATGTTCGGAGATG,Exiting naive pluripotency
S3 52h:CGTGAATTCTTCCGTG,Epiblast
S3 52h:AATCGTGGTTACGCCG,Exiting naive pluripotency
S3 52h:ACTGTGATCCGCACGA,Epiblast
S3 52h:TGCGGGTTCCGCGAGT,Epiblast
S3 52h:CCGGACATCGTTCCCA,Exiting naive pluripotency
S3 52h:GCACTAAGTAGGTGCA,Epiblast
S3 52h:TTGAGTGAGTGCTACT,Epiblast
S3 52h:CACTGTCTCTGAGAAA,Epiblast
S3 52h:GAAGAATCAAGCCATT,Epiblast
S3 52h:AATTTCCGTGACGTCC,Epiblast
S3 52h:ATAGACCAGCGCCCAT,Epiblast
S3 52h:ATAGGCTGTATTCCTT,Epiblast
S3 52h:TCTCCGAAGTGGCGAT,Epiblast
S3 52h:CGTTCTGAGGGAGGTG,Epiblast
S3 52h:CACTGTCGTAGTCTTG,Epiblast
S3 52h:GGAATGGAGGTGCAGT,Epiblast
S3 52h:CACTTCGGTGGTCCCA,Epiblast
S3 52h:TTCATGTTCGACCAAT,Epiblast
S3 52h:TCGCTCACATGTCGTA,Epiblast
S3 52h:GGAACCCGTATCGTGT,Epiblast
S3 52h:CTTCTCTTCGAGTGGA,Epiblast
S3 52h:AGTAACCCATGCCGCA,Epiblast
S3 52h:TGAGCGCGTAGTCGGA,Epiblast
S3 52h:GCCGATGGTACAGAAT,Epiblast
S3 52h:TTTCCTCCAACAGAGC,Epiblast
S3 52h:GTCAGCGCAATCGCAT,Exiting naive pluripotency
S3 52h:AGTTCGACAAAGAACT,Epiblast
S3 52h:ACCTGTCAGTTGCCTA,Epiblast
S3 52h:CCAATGATCCGAGGCT,Epiblast
S3 52h:GGTAATCAGTGTACAA,Epiblast
S3 52h:GAACTGTAGAGGACTC,Epiblast
S3 52h:CATGCTCAGCCGATAG,Epiblast
S3 52h:GGGAAGTTCAGCCTTC,Epiblast
S3 52h:CAGCACGGTTGTACGT,Epiblast
S3 52h:GGGTATTAGATCCAAA,Epiblast
S3 52h:TGACGCGGTCATTGCA,Epiblast
S3 52h:GTCCTCAGTGTCGCTG,Epiblast
S3 52h:GTTGAACTCATCGCCT,Exiting naive pluripotency
S3 52h:TATGTTCTCACTTGTT,Epiblast
S3 52h:CGAGTGCCACCGGCTA,Epiblast
S3 52h:GGGTATTCACTCTCGT,Epiblast
S3 52h:GGAGAACGTGAGTTTC,Epiblast
S3 52h:CGCATGGCAAGTGCTT,Epiblast
S3 52h:ACTTAGGGTGCGTCGT,Epiblast
S3 52h:GTCCTCAGTGGCAGAT,Epiblast
S3 52h:CTGTGAACACGTACAT,Epiblast
S3 52h:AGATCCAGTTCGGGTC,Epiblast
S3 52h:TACACCCTCTGCTGAA,Epiblast
S3 52h:TCATTGTGTTAAGGGC,Epiblast
S3 52h:TACCTCGTCGATTGAC,Epiblast
S3 52h:GATCAGTTCCGAGGCT,Epiblast
S3 52h:TGGTACATCTATACGG,Epiblast
S3 52h:TCACTCGAGGATATGT,Epiblast
S3 52h:GCACGGTAGTTGGAAT,Epiblast
S3 52h:TAGATCGTCTAGCATG,Epiblast
S3 52h:TCATGGAAGAGTTGCG,Epiblast
S3 52h:TTCTTCCGTGCACATT,Epiblast
S3 52h:TACGGTATCACCTGGG,Epiblast
S3 52h:CAGCAATGTTAAGGGC,Epiblast
S3 52h:TACTGCCTCGTGAGAG,Epiblast
S3 52h:AGCCACGGTTCTTAGG,Epiblast
S3 52h:ACACGCGTCGCTCATC,Epiblast
S3 52h:AGGTCATAGCGGTAGT,Epiblast
S3 52h:CCTCATGGTAAGCAAT,Epiblast
S3 52h:AACTTCTAGGTATAGT,Epiblast
S3 52h:CACTGAAGTGGTCTCG,Epiblast
S3 52h:CTAGACATCGCCGATG,Epiblast
S3 52h:TGGTTAGGTGTTAGCT,Epiblast
S3 52h:TACCGAACACCAATTG,Epiblast
S3 52h:AGGATCTTCGGCTCTT,Epiblast
S3 52h:GACTGATCAATGTCAC,Epiblast
S3 52h:TGTTGAGTCCGCCTAT,Epiblast
S3 52h:TTCTAGTGTTCAGGTT,Exiting naive pluripotency
S3 52h:TAAGCGTAGTTGCGCC,Epiblast
S3 52h:AGAAGCGGTGGATACG,Epiblast
S3 52h:CAGATACTCCGGTAGC,Exiting naive pluripotency
S3 52h:TTACGCCCAAGAGAGA,Epiblast
S3 52h:CAACCAAGTTCGCGTG,Epiblast
S3 52h:TTCTCTCAGAGATCGC,Epiblast
S3 52h:ACCCTTGAGGACGGAG,Epiblast
S3 52h:CTGCCTATCGAGTTGT,Epiblast
S3 52h:TAACTTCAGATCCGAG,Epiblast
S3 52h:ACTGATGAGGTACAGC,Epiblast
S3 52h:CGGAGAAGTGTCCGTG,Epiblast
S3 52h:CTACTATCAGTTTCGA,Epiblast
S3 52h:GACCTTCGTGTGGACA,Epiblast
S3 52h:TTGTTGTAGCTGAGTG,Epiblast
S3 52h:TGTCCCAGTGCTGCAC,Epiblast
S3 52h:TTACCATTCAAGAGTA,Epiblast
S3 52h:ACTTCGCGTTCCTTGC,Epiblast
S3 52h:CCACTTGTCTTGTTAC,Epiblast
S3 52h:ACGGAAGCACTCCCTA,Epiblast
S3 52h:CTCTCGATCCTACCAC,Exiting naive pluripotency
S3 52h:GTCTACCCAAGAGTAT,Epiblast
S3 52h:CGAGTTATCGCGTAGC,Epiblast
S3 52h:GACATCACAGTTTCAG,Epiblast
S3 52h:ATGGAGGAGACGAAGA,Epiblast
S3 52h:TACTGCCCAAGTCATC,Exiting naive pluripotency
S3 52h:CGCAGGTGTCCAGAAG,Epiblast
S3 52h:TGCTTCGCACCTGATA,Epiblast
S3 52h:ACCCAAATCTGCATAG,Epiblast
S3 52h:AGTACCAAGCGACTAG,Epiblast
S3 52h:CGGTCAGGTGGCTAGA,Epiblast
S3 52h:AGGTGTTAGAGAATCT,Epiblast
S3 52h:AGGACGAGTGGAAATT,Epiblast
S3 52h:TCACGCTAGGTAGTAT,Epiblast
S3 52h:GTAACACTCCGTGGCA,Epiblast
S3 52h:ACTGCAAAGCCGCTTG,Epiblast
S3 52h:AGGTCATGTTATAGAG,Epiblast
S3 52h:TGGATGTCATTCTCTA,Epiblast
S3 52h:TGTTCCGCATCGGATT,Epiblast
S3 52h:TGTGATGGTTAAGGGC,Epiblast
S3 52h:TGGTTAGAGGAGATAG,Epiblast
S3 52h:CAAGGGAAGGGTGAGG,Epiblast
S3 52h:CATTGAGAGAAGCTCG,Epiblast
S3 52h:TCTTAGTGTTTGGAGG,Epiblast
S3 52h:TCTCTGGAGGGCCAAT,Epiblast
S3 52h:GCATGATAGGCGAAGG,Epiblast
S3 52h:ATGAGGGAGCCTCATA,Epiblast
S3 52h:ACATGCAGTCTTGCTC,Epiblast
S3 52h:TCTATACAGCGGTAAC,Epiblast
S3 52h:ACTGTCCAGTGGGAAA,Epiblast
S3 52h:CATGGATCAAGCGAGT,Epiblast
S3 52h:GAAGAATAGAGCCTGA,Epiblast
S3 52h:GAGCCTGCAAACGTGG,Epiblast
S3 52h:TTACTGTGTTCAAGGG,Epiblast
S3 52h:GTAGTACCAGAGAGGG,Epiblast
S3 52h:TTGATGGAGCCGTAAG,Epiblast
S3 52h:CTCATCGAGGTAATCA,Epiblast
S3 52h:TCTTGCGCAGCCGTCA,Epiblast
S3 52h:TGTCAGACAGCTGAGA,Epiblast
S3 52h:GGTGATTAGTGGTTGG,Epiblast
S3 52h:CTATAGGAGCACTAAA,Exiting naive pluripotency
S3 52h:CAGCACGGTGGCGCTT,Epiblast
S3 52h:TATTTCGCATCTCGTC,Epiblast
S3 52h:ATCGTAGCAGGTTCGC,Epiblast
S3 52h:AGCTTCCAGCGTTGTT,Epiblast
S3 52h:TCTTTGAGTTGCAAGG,Epiblast
S3 52h:CATCAAGTCGCGAAGA,Epiblast
S3 52h:TCCTGCATCCCGGTAG,Epiblast
S3 52h:TCATTCAAGCGGTAAC,Exiting naive pluripotency
S3 52h:TTGTTCATCGTTAGAC,Epiblast
S3 52h:GAGAGGTCACAAGCAG,Epiblast
S3 52h:CTTGATTGTTGCATTG,Epiblast
S3 52h:CCAAGCGTCTTCCACG,Epiblast
S3 52h:GGGAGATTCTACGGGC,Epiblast
S3 52h:ACTTATCAGTGGATAT,Epiblast
S3 52h:CGTAGTAGTAGACAAT,Epiblast
S3 52h:GGGTAGAGTGAATGAT,Epiblast
S3 52h:ATGCATGAGCACGATG,Epiblast
S3 52h:GTCGCGAAGACCGCCT,Epiblast
S3 52h:ACCCTCACAAGTGGTG,Epiblast
S3 52h:TTCCTCTCAGAGCTAG,Epiblast
S3 52h:AATCGACAGTGCAGCA,Epiblast
S3 52h:TTGCCTGTCTGGCCTT,Epiblast
S3 52h:GCCAGTGTCTTGAGCA,Epiblast
S3 52h:CTGAGCGGTCCATCTC,Epiblast
S3 52h:TTGGGCGAGGATTCCT,Epiblast
S3 52h:TGACTCCCAGGTGACA,Zscan4+ Artefact
S3 52h:TATTGGGAGCTAGAGC,Zscan4+ Artefact
S3 52h:TAAGCCAGTGCCCGTA,Epiblast
S3 52h:AGATCGTCAGACTCTA,Epiblast
S3 52h:ACATTTCCATATGCGT,Epiblast
S3 52h:GTGAGCCCACGGATCC,Epiblast
S3 52h:TTTCGATAGCACAAAT,Epiblast
S3 52h:CTCCCTCCAGTTAGAA,Epiblast
S3 52h:ATCCGTCGTGATATAG,Epiblast
S3 52h:CTTGAGAGTAGTACGG,Epiblast
S3 52h:TAACACGGTCAGCGTC,Epiblast
S3 52h:CGGGTGTCATTCATCT,Epiblast
S3 52h:TTCCAATGTCGATGCC,Epiblast
S3 52h:TCGATTTTCTAGTGTG,Epiblast
S3 52h:GAGCTGCAGACGGTCA,Epiblast
S3 52h:TCCATCGGTAGCTTTG,Exiting naive pluripotency
S3 52h:TGGGATTCAGCTCGGT,Epiblast
S3 52h:TCGGTCTTCATTCCTA,Epiblast
S3 52h:TTCCGGTAGCAAATGT,Epiblast
S3 52h:TCTGCCACATTCACAG,Exiting naive pluripotency
S3 52h:ACTGTGAAGCTTCGTA,Epiblast
S3 52h:TGAGGAGGTCTAGGTT,Epiblast
S3 52h:AGGATAACACTGTGAT,Epiblast
S3 52h:GTGCACGCAAGATCCT,Epiblast
S3 52h:TCATGCCCACGTAGAG,Epiblast
S3 52h:AACAAAGAGGTTATAG,Exiting naive pluripotency
S3 52h:TGATGCACAAGCACAG,Epiblast
S3 52h:TATCCTAAGGATTTGA,Epiblast
S3 52h:GTGCGTGGTAGTCTGT,Epiblast
S3 52h:GTCATCCCACTGGAAG,Epiblast
S3 52h:AACGGGACAAGCGAGT,Epiblast
S3 52h:GTTGCTCCACTCATAG,Epiblast
S3 52h:GTGGAGAAGTAACAGT,Epiblast
S3 52h:GTGCTTCAGATTTGCC,Epiblast
S3 52h:TCGGGACGTAGGTTTC,Epiblast
S3 52h:GGGCTACCAAGTTGGG,Epiblast
S3 52h:AGGGAGTCACTTGGCG,Epiblast
S3 52h:GCTGCAGAGGTCCCGT,Epiblast
S3 52h:AGACAAACATCTATCT,Epiblast
S3 52h:ACATCCCAGGAAGTCC,Epiblast
S3 52h:TTCGGTCGTCACGTGC,Epiblast
S3 52h:CTCCATGTCGAGTACT,Epiblast
S3 52h:ATGGGTTCACATAGCT,Epiblast
S3 52h:TGCTGAATCTGGACCG,Epiblast
S3 52h:GTCGAATCAATTCTCT,Epiblast
S3 52h:ACCAACACATGGACAG,Exiting naive pluripotency
S3 52h:TCGGATACAAGCGATG,Epiblast
S3 52h:ATCACGATCAAGCGTT,Epiblast
S3 52h:CATCCACAGTGGAATT,Epiblast
S3 52h:GTCATGACACAATGTC,Epiblast
S3 52h:TACGCTCAGAAGATCT,Epiblast
S3 52h:CTGTGGGCAATACGCT,Epiblast
S3 52h:TACCGAATCTGAGATC,Epiblast
S3 52h:CATCGCTGTACACGTT,Epiblast
S3 52h:GTCCCATTCTTTACAC,Epiblast
S3 52h:TGAGGAGTCTGAGATC,Epiblast
S3 52h:ATCGATGGTCACTCAA,Epiblast
S3 52h:CGGGTCACAACACAGG,Epiblast
S3 52h:AGAACAAGTCGCGGTT,Epiblast
S3 52h:TTTGATCTCTAGCCTC,Epiblast
S3 52h:ATACCTTAGAGCATCG,Epiblast
S3 52h:TTGTTGTTCGAGAAGC,Epiblast
S3 52h:GGTGATTGTTGGTAGG,Epiblast
S3 52h:TCCGGGACAGCTACAT,Epiblast
S3 52h:CTATCTAGTTATGACC,Epiblast
S3 52h:ATCTCTATCCGTTGGG,Epiblast
S3 52h:GTCACGGGTCGTGGAA,Epiblast
S3 52h:GGTCACGTCCCTCTTT,Epiblast
S3 52h:GTCACTCGTTCCAGGC,Epiblast
S3 52h:GGCACGTGTTGTACGT,Epiblast
S3 52h:CGCGTGATCACGTCCT,Epiblast
S3 52h:CCGCAAGTCGTACCTC,Epiblast
S3 52h:GCCCAGATCCTTCACG,Epiblast
S3 52h:CGAAGGAAGACCATGG,Epiblast
S3 52h:AGTCATGCATGACGTT,Epiblast
S3 52h:GTCGTAAGTTAGGACG,Epiblast
S3 52h:CACAGGCAGGGTATAT,Epiblast
S3 52h:CAGTGCGAGCAGATAT,Epiblast
S3 52h:TATCAGGGTAAGGAGA,Epiblast
S3 52h:TTTGGTTTCTGCAGCG,Epiblast
S3 52h:GAAGCCCGTTGTGGCC,Epiblast
S3 52h:TCTTGCGGTGTGTTTG,Epiblast
S3 52h:TGCTGAATCCCATTCG,Epiblast
S3 52h:ATTCGTTAGGTGATCG,Epiblast
S3 52h:AGCCAGCAGCCTGGAA,Exiting naive pluripotency
S3 52h:GTTGTGAGTCTTGTCC,Epiblast
S3 52h:TCTCTGGAGGCCCGTT,Epiblast
S3 52h:GTGGAAGTCTGCCTGT,Epiblast
S3 52h:CTGTGGGTCGGTAAGG,Epiblast
S3 52h:CTGATCCCATCACGGC,Epiblast
S3 52h:GTGCAGCAGTGGTGAC,Epiblast
S3 52h:GGAGAACTCCTCATAT,Epiblast
S3 52h:TGGTGATAGATTAGTG,Epiblast
S3 52h:TACGGTACACTATGTG,Epiblast
S3 52h:TGTTTGTGTCTTGAAC,Epiblast
S3 52h:AGTAGTCGTAGGTACG,Epiblast
S3 52h:CCGATCTCAGCGTGCT,Epiblast
S3 52h:TGCTTGCAGACGCTCC,Epiblast
S3 52h:TCTCTGGTCAGCTGTA,Epiblast
S3 52h:CCGGTAGGTTTGTTCT,Epiblast
S3 52h:TTTATGCAGTCACTCA,Epiblast
S3 52h:TCATTCAAGAAATTGC,Epiblast
S3 52h:CATCCACGTGTCATGT,Epiblast
S3 52h:ATCGCCTGTGTTGAGG,Epiblast
S3 52h:CGCCAGACATATACCG,Epiblast
S3 52h:GCTGCAGGTAGGGAGG,Epiblast
S3 52h:GTTGCGGCATGGACAG,Epiblast
S3 52h:GAATCGTGTTTCACAG,Epiblast
S3 52h:GGAGATGTCCGTGTCT,Epiblast
S3 52h:CCGTGAGGTGACATCT,Epiblast
S3 52h:CCTCCAAAGCAGAAAG,Epiblast
S3 52h:TATTGGGGTGGCTACC,Epiblast
S3 52h:CCGGACAAGCACGTCC,Epiblast
S3 52h:TATTCCAAGAACTCCT,Epiblast
S3 52h:ACGTAGTGTTCAGCTA,Epiblast
S3 52h:GGTGTTAAGGAGTCTG,Epiblast
S3 52h:TTCTTCCAGTGTTCCA,Epiblast
S3 52h:CTGCATCGTGCAATAA,Epiblast
S3 52h:GTGTTAGTCTAGTTCT,Epiblast
S3 52h:GTAGATCCAACGCCCA,Epiblast
S3 52h:AGGTTGTAGTCATACC,Epiblast
S3 52h:TGTAGACTCCAACCAA,Epiblast
S3 52h:TTTGATCAGAGGGCGA,Exiting naive pluripotency
S3 52h:AGTTAGCAGTGGACGT,Epiblast
S3 52h:GCATCGGAGGGTACGT,Epiblast
S3 52h:GCCATGGGTAGTCACT,Epiblast
S3 52h:GATCACAGTGATCGTT,Epiblast
S3 52h:CTGTCGTCAGCATGCC,Epiblast
S3 52h:TTGCCTGTCGTTCCTG,Epiblast
S3 52h:TCATTGTTCACTCCGT,Epiblast
S3 52h:CCTGCATTCACTTCTA,Epiblast
S3 52h:TTAGGCACAGCGCGTT,Epiblast
S3 52h:AGGACGATCGAGCTGC,Epiblast
S3 52h:AGATAGAAGGTAGGCT,Epiblast
S3 52h:CATGCGGAGCGTTAGG,Epiblast
S3 52h:GTCGTAAGTACGTTCA,Epiblast
S3 52h:AGCGTATAGCAAGTCG,Epiblast
S3 52h:GAGTTGTGTTGTGTAC,Epiblast
S3 52h:TCAGTCCCAAGATTGA,Epiblast
S3 52h:TTGTGGACAGATGCGA,Epiblast
S3 52h:CGGTCAGTCTAGAGCT,Epiblast
S3 52h:ATGTCCCAGACCTCCG,Epiblast
S3 52h:CTCCGATAGTTGCTGT,Epiblast
S3 52h:GGAGGTAAGCGAGGAG,Epiblast
S3 52h:GTTGTAGTCTCGGTCT,Epiblast
S3 52h:AGTGATCGTCCAGAAG,Epiblast
S3 52h:GTGCAGCAGGGTTAAT,Epiblast
S3 52h:GACTATGAGATCACTC,Epiblast
S3 52h:GTCAAACGTCATTGCA,Zscan4+ Artefact
S3 52h:TTTAGTCGTCGCGTCA,Epiblast
S3 52h:TTCTGTAGTGTTTACG,Epiblast
S3 52h:ACACCAATCAGGACAG,Epiblast
S3 52h:CGGAATTAGCTGAGCA,Epiblast
S3 52h:AGAGCAGCACTGGATT,Exiting naive pluripotency
S3 52h:CATACTTCAGGTGAGT,Exiting naive pluripotency
S3 52h:AGTTAGCGTGCATCTA,Epiblast
S3 52h:TGTCAGAGTCTGCCTT,Epiblast
S3 52h:TGGTTAGAGGACAAGA,Epiblast
S3 52h:GTATTTCAGTTCATGC,Epiblast
S3 52h:TCGCTCACATTAAAGG,Epiblast
S3 52h:GTTACGAGTCGATTTG,Epiblast
S3 52h:CGTAAGTTCAAGCGTT,Epiblast
S3 52h:GTTAGACGTCGAGTGA,Exiting naive pluripotency
S3 52h:GTCGTAATCACGGGAA,Epiblast
S3 52h:ACGTAGTAGATACATG,Epiblast
S3 52h:AGACCATGTCCGGATC,Epiblast
S3 52h:AGTGATCAGGACGCAT,Epiblast
S3 52h:CAGCACGCATACAGCT,Epiblast
S3 52h:TCCTTTCCAGCATTGT,Epiblast
S3 52h:CTACCTGAGGACAGTC,Epiblast
S3 52h:ATTACCTAGTTGTCAC,Epiblast
S3 52h:ATCGTGATCGCTCATC,Epiblast
S3 52h:TCCCAGTTCACGTAGT,Epiblast
S3 52h:GTCATGAGTTCAACGT,Epiblast
S3 52h:TGGCGTGAGATGTTGA,Epiblast
S3 52h:GCCGATGAGTTCTACG,Epiblast
S3 52h:GTTGAACGTATGAGGC,Exiting naive pluripotency
S3 52h:TCCCAGTCAAATGCTC,Epiblast
S3 52h:CTACCTGTCTTCGGAA,Epiblast
S3 52h:AACCCAATCCGGTAAT,Epiblast
S3 52h:GTGCGTGGTCCGGATC,Epiblast
S3 52h:GCAGCCAAGTTTGTCG,Epiblast
S3 52h:GCCATTCCAGAATTCC,Epiblast
S3 52h:GAGTGTTGTTAAACCC,Epiblast
S3 52h:GCAGGCTCAGCTTTGA,Epiblast
S3 52h:CATGCCTAGAATTGCA,Epiblast
S3 52h:AAGCATCCATTAGGAA,Epiblast
S3 52h:GGTGATTCAGCACCCA,Epiblast
S3 52h:GTGAGGAAGTGAGTTA,Epiblast
S3 52h:TCATCATCAGCAGTTT,Zscan4+ Artefact
S3 52h:CGGACACAGGTAAAGG,Epiblast
S3 52h:AGAACAAGTGCGGCTT,Epiblast
S3 52h:TGTAAGCCACCACATA,Epiblast
S3 52h:TGCTCGTTCTCGTGGG,Exiting naive pluripotency
S3 52h:GAGGCCTCACATACTG,Epiblast
S3 52h:TTCTTGAAGACGTCGA,Epiblast
S3 52h:CGGCAGTTCCCGAGGT,Exiting naive pluripotency
S3 52h:ATTCTTGAGCGTACAG,Epiblast
S3 52h:GAGTTTGGTACTTGTG,Epiblast
S3 52h:TCTGTCGAGTATCTGC,Exiting naive pluripotency
S3 52h:TATGTTCGTGGGCTCT,Epiblast
S3 52h:TCATGTTAGGGCCTCT,Exiting naive pluripotency
S3 52h:CTCCACATCGGCTGAC,Epiblast
S3 52h:TCCGATCGTGACCTGC,Epiblast
S3 52h:CCGGTGAGTAGCTCGC,Epiblast
S3 52h:AAGGAATCATGACTGT,Exiting naive pluripotency
S3 52h:CATCCACCAAAGGGCT,Epiblast
S3 52h:AGGGTCCCAGAACTTC,Epiblast
S3 52h:ACATCGAAGTTCGGTT,Epiblast
S3 52h:CGCATGGCACTGTCGG,Epiblast
S3 52h:GTCAAACAGTCGGGAT,Epiblast
S3 52h:GTAGGAGGTGCATACT,Epiblast
S3 52h:TGGGATTAGGGCGAGA,Epiblast
S3 52h:GACAGCCTCGGCCAAC,Epiblast
S3 52h:AACCTGAGTTGTTGAC,Epiblast
S3 52h:TGAATCGGTGTAGGAC,Epiblast
S3 52h:TGTTCATCAATCCAGT,Epiblast
S3 52h:AGGTTACAGGATTACA,Epiblast
S3 52h:CTGGTCTAGTACAGCG,Epiblast
S3 52h:CGACAGCGTTGTAGCT,Epiblast
S3 52h:TTACCATAGATCACTC,Epiblast
S3 52h:AATGGCTCACTGAGGA,Epiblast
S3 52h:CTACATTTCGTAACTG,Epiblast
S3 52h:GACCGTGGTTGCCTAA,Epiblast
S3 52h:ATTCCTACAAGAGGCT,Epiblast
S3 52h:ATGAGGGGTACAAACA,Epiblast
S3 52h:TGAGCATTCAATCAGC,Epiblast
S3 52h:TGAGCGCTCTGCCTGT,Epiblast
S3 52h:AGGATAAAGTCCGCCA,Epiblast
S3 52h:GTCATTTCAGCTTCCT,Epiblast
S3 52h:ACGGTCGGTACTAAGA,Epiblast
S3 52h:GGCTGTGTCCCGTAAA,Epiblast
S3 52h:TCGTGCTCACACCAGC,Epiblast
S3 52h:TTGGGTACACCAGGTC,Exiting naive pluripotency
S3 52h:GCTCAAAGTTGCGGAA,Epiblast
S3 52h:ATTCACTGTTATAGCC,Epiblast
S3 52h:TCCGGGAGTTAGGAGC,Epiblast
S3 52h:AGTGACTGTAAGGCTG,Epiblast
S3 52h:ACGGAAGCAGACACCC,Epiblast
S3 52h:AATCGACTCCCTCTTT,Epiblast
S3 52h:TCGTAGACATCTGGGC,Exiting naive pluripotency
S3 52h:GTAATCGCAGGGAGAG,Epiblast
S3 52h:GGGAAGTAGTATGGCG,Epiblast
S3 52h:TCGCACTAGAGCATAT,Epiblast
S3 52h:GAGCCTGAGCCGTTGC,Epiblast
S3 52h:CTCGAGGAGGCCATAG,Epiblast
S3 52h:GTGTGGCTCACTCTTA,Epiblast
S3 52h:CCTAACCGTTGGGACA,Epiblast
S3 52h:TGAGGAGAGGGTCACA,Epiblast
S3 52h:TCCTTTCTCTCCGAGG,Exiting naive pluripotency
S3 52h:CATGAGTCAGCCTACG,Epiblast
S3 52h:ATTCTTGAGTTCCTGA,Epiblast
S3 52h:TCGTAGAGTCAGCGTC,Epiblast
S3 52h:GAGCTGCCAGTGTACT,Epiblast
S3 52h:TGTGGCGGTGGAACCA,Epiblast
S3 52h:CCCTAACCACGTCGGT,Epiblast
S3 52h:CGTTCTGCATAATCCG,Epiblast
S3 52h:TGCATGACACAATGCT,Exiting naive pluripotency
S3 52h:ATGATCGAGCACTTTG,Epiblast
S3 52h:ACATTTCCACCCTGAG,Epiblast
S3 52h:CGAATTGAGCTAAATG,Epiblast
S3 52h:TCATGGATCCGTACGG,Epiblast
S3 52h:ACATGCATCTTTCGAT,Epiblast
S3 52h:AACGTCAGTTGCAAGG,Epiblast
S3 52h:GCACATAAGTGGCCTC,Epiblast
S3 52h:TTATTGCCACGCCACA,Epiblast
S3 52h:ACGATGTTCACCCTCA,Epiblast
S3 52h:GTGATGTAGTGGTTCT,Epiblast
S3 52h:TCTAACTAGCCATTTG,Epiblast
S3 52h:CTGTGAAGTCAGATTC,Epiblast
S3 52h:TTCTCTCCAGTATTCG,Epiblast
S3 52h:GAAGGACCAGAGATTA,Zscan4+ Artefact
S3 52h:CGTAAGTCAAGCACCC,Epiblast
S3 52h:TACTTGTAGTGTACAA,Epiblast
S3 52h:AGATAGAGTCGAATGG,Epiblast
S3 52h:AGACCCGAGGGTCTTT,Epiblast
S3 52h:GGTAACTGTAGTCGGA,Epiblast
S3 52h:TTCGGTCTCTGAGGCC,Epiblast
S3 52h:CATGCCTCAGAGCGTA,Epiblast
S3 52h:TTGTTGTTCGTGAGAG,Epiblast
S3 52h:TCGTAGAAGGCTCTAT,Epiblast
S3 52h:CGTAAGTGTACGGGAT,Epiblast
S3 52h:GCTACAAAGCTGAGCA,Epiblast
S3 52h:AGAAGCGGTCAACCAT,Epiblast
S3 52h:ACTGCAATCCGTAATG,Epiblast
S3 52h:TGCAGGCGTGAGATCG,Epiblast
S3 52h:ACCCAAAGTTTCTATC,Epiblast
S3 52h:GATGATCGTCGTAATC,Epiblast
S3 52h:GGGACCTAGTTTCGGT,Epiblast
S3 52h:ATACTTCAGCGTCGAA,Epiblast
S3 52h:ACGTTCCCAATCTGCA,Exiting naive pluripotency
S3 52h:CAACAACGTCGTTTCC,Epiblast
S3 52h:GGTGGCTCATTGACCA,Epiblast
S3 52h:CCCTCTCTCTGAGGTT,Exiting naive pluripotency
S3 52h:TCTCAGCGTGTCTTCC,Epiblast
S3 52h:GCCGTGAGTGTATCCA,Epiblast
S3 52h:AGTCACAAGCGACTAG,Epiblast
S3 52h:GTTCGCTCAGCCGTTG,Epiblast
S3 52h:GTCGCGATCTTTACAC,Epiblast
S3 52h:AAAGGTATCTCCCAAC,Epiblast
S3 52h:GGGAGTACATGACAAA,Epiblast
S3 52h:GATCACATCTCGTGGG,Epiblast
S3 52h:CGGGTCACACCTTCCA,Epiblast
S3 52h:GCACTAAAGTACGAGC,Epiblast
S3 52h:GCGGAAAAGCTACGTT,Epiblast
S3 52h:GACTCTCGTTGCCATA,Epiblast
S3 52h:CAGTTAGCATTGGGAG,Epiblast
S3 52h:TTCACGCAGGGAGTTC,Epiblast
S3 52h:GGGACAAAGCAGGGAG,Epiblast
S3 52h:TTCTGTAAGAGGCTGT,Epiblast
S3 52h:CCCTAACGTGCACAAG,Epiblast
S3 52h:GGAGGATCACGACCTG,Epiblast
S3 52h:TCGCTCAAGATCGACG,Epiblast
S3 52h:TGGATCAGTATTCCTT,Epiblast
S3 52h:TCTTTGACAGTCCCGA,Epiblast
S3 52h:TCCGAAACAGCCATTA,Epiblast
S3 52h:TTGGGTATCGGCCCAA,Epiblast
S3 52h:TTCCACGCAAGAGATT,Exiting naive pluripotency
S3 52h:TTGGGTATCAGACTGT,Epiblast
S3 52h:TCGTAGACATTATGCG,Epiblast
S3 52h:TCGTAGACACCGTCGA,Exiting naive pluripotency
S3 52h:TCTATCAAGAGGTCGT,Epiblast
S3 52h:CATGCGGAGATCGCCC,Epiblast
S3 52h:GTGTTAGAGCACTCAT,Epiblast
S3 52h:TGTAAGCTCCAACTAG,Epiblast
S3 52h:GCATCGGCAGTGGCTC,Epiblast
S3 52h:TCGTGCTGTTCCGCTT,Epiblast
S3 52h:TGTGGCGAGAGGTCGT,Epiblast
S3 52h:ACCACAATCCTTTAGT,Epiblast
S3 52h:GTCCCATGTGACTATC,Epiblast
S3 52h:TGATGGTAGGTAGTCG,Epiblast
S3 52h:TGTTACTCAAAGTATG,Exiting naive pluripotency
S3 52h:ACGGTTACATCATTGG,Epiblast
S3 52h:TACGCTCGTAAGATAC,Epiblast
S3 52h:TACGTCCTCAAGTAAG,Epiblast
S3 52h:AACCTGACATGGAACG,Epiblast
S3 52h:GTCGTTCTCGCCTAGG,Epiblast
S3 52h:AGCTACAGTTTGGAAA,Epiblast
S3 52h:TTGTTCAAGCTGGTGA,Epiblast
S3 52h:ATCACTTTCTAGTGTG,Epiblast
S3 52h:ATTCACTAGTTGGCTT,Exiting naive pluripotency
S3 52h:GGAGATGCAGTGTACT,Epiblast
S3 52h:TGGGATTGTCCAGAAG,Epiblast
S3 52h:ACCGTTCTCAACGTGT,Epiblast
S3 52h:CAAAGAACAGAATCGG,Epiblast
S3 52h:CCTCAGTGTTGATCGT,Epiblast
S3 52h:TCCGAAATCCGAGGCT,Epiblast
S3 52h:AGAGCCCTCATCTACT,Zscan4+ Artefact
S3 52h:ATCAGGTAGTTGAAGT,Epiblast
S3 52h:CGGGTCATCCACACCT,Epiblast
S3 52h:TACCTCGAGAGGCTGT,Exiting naive pluripotency
S3 52h:TGGTTAGGTAAGGTCG,Epiblast
S3 52h:ACGGAAGCACAAAGCG,Epiblast
S3 52h:AGAGCAGTCTCCGAAA,Epiblast
S3 52h:GGTGGCTTCATGCCGG,Epiblast
S3 52h:GTTGCTCGTGCCGTAC,Epiblast
S3 52h:TGCACGGTCTTGTGCC,Epiblast
S3 52h:ACACCAAGTATCTTCT,Epiblast
S3 52h:GTAGAAAGTCTTGCTC,Epiblast
S3 52h:ATTGGGTGTATACAGA,Epiblast
S3 52h:TCCATCGGTTCACCGG,Exiting naive pluripotency
S3 52h:TCACATTGTCTAGTGT,Epiblast
S3 52h:CTAGGTAAGTTCCATG,Epiblast
S3 52h:ATGTCTTGTGACTGAG,Epiblast
S3 52h:CCATAAGAGATACCAA,Epiblast
S3 52h:GGTGATTCATTCGATG,Epiblast
S3 52h:ATGAAAGGTCTTTCTA,Epiblast
S3 52h:AAGCATCGTGTTACAC,Epiblast
S3 52h:TAAGCACAGTATCTGC,Epiblast
S3 52h:CACCAAAAGCATTGAA,Epiblast
S3 52h:AGTTCGATCGGACCAC,Epiblast
S3 52h:GTCTGTCAGTATAGGT,Epiblast
S3 52h:GCGAGAAAGTCGTCTA,Epiblast
S3 52h:AGGATAATCACTCCGT,Epiblast
S3 52h:TCGACCTAGAGCATTA,Epiblast
S3 52h:TGTCAGATCGGCTGAC,Epiblast
S3 52h:CAAGAGGCAAGACCGA,Epiblast
S3 52h:AGGATAATCAGCTTGA,Epiblast
S3 52h:TGTTCCGAGATCGACG,Epiblast
S3 52h:GCGGATCCACATCATG,Epiblast
S3 52h:GCCTGTTTCTTACGTT,Epiblast
S3 52h:TTTCCTCTCCATAGGT,Epiblast
S3 52h:TGCTTGCAGTCACTGT,Epiblast
S3 52h:CATCGGGAGGGTTAGC,Epiblast
S3 52h:ACCATTTTCGTGGGTC,Epiblast
S3 52h:GTCGTTCCATCTGCGG,Epiblast
S3 52h:TTGAGTGAGATAGGGA,Epiblast
S3 52h:CCTTGTGGTCTTTCAT,Epiblast
S3 52h:TTCGCTGAGCATTGTC,Epiblast
S3 52h:GGTGTTAAGCATGAAT,Epiblast
S3 52h:ATTTACCTCAGCAGAG,Epiblast
S3 52h:GTAGGTTTCCGAGCTG,Epiblast
S3 52h:CTTAGGAGTGGTCTTA,Epiblast
S3 52h:CTTTCGGGTTAGAGAT,Epiblast
S3 52h:CTAAGTGGTAGGCTGA,Epiblast
S3 52h:AGACAGGCAGCTCTGG,Epiblast
S3 52h:AATTCCTAGCTCGACC,Epiblast
S3 52h:TCGGGTGGTCACTACA,Epiblast
S3 52h:TCGACGGCATGACACT,Epiblast
S3 52h:TATCGCCAGGACGGAG,Epiblast
S3 52h:GCCAGTGAGTCGCTAT,Epiblast
S3 52h:ACGGAAGCAGGGAGAG,Exiting naive pluripotency
S3 52h:ACGGTCGAGTATGGAT,Epiblast
S3 52h:ACGGAAGTCCGATGCG,Epiblast
S3 52h:ACCTGTCTCTGAACGT,Epiblast
S3 52h:CCGATGGCACAGTCCG,Epiblast
S3 52h:TGTGGCGGTTGTAGCT,Epiblast
S3 52h:TACCTCGTCAGAGCAG,Epiblast
S3 52h:GCCAGCAAGATGGTCG,Epiblast
S3 52h:GTTGTGAGTCTCAAGT,Exiting naive pluripotency
S3 52h:GCTACCTCATGTACGT,Epiblast
S3 52h:GGAATCTAGTTCCGTA,Epiblast
S3 52h:TCCATCGGTTGAGAGC,Epiblast
S3 52h:GTCTAGATCGGTATGT,Epiblast
S3 52h:CGTTCTGAGTGGCCTC,Epiblast
S3 52h:GATGAGGAGGGTTAAT,Epiblast
S3 52h:CCGTGAGTCGGTGTTA,Epiblast
S3 52h:CGTAAGTGTGACAGGT,Epiblast
S3 52h:GGAGGTAGTCCACTCT,Epiblast
S3 52h:TACTTACTCGTCGGGT,Epiblast
S3 52h:CCTTTGGTCGTTCTCG,Epiblast
S3 52h:GTAGGTTCATGTCAGT,Exiting naive pluripotency
S3 52h:CATTCTACACCCTCTA,Epiblast
S3 52h:AGAAGCGGTTTGCAGT,Epiblast
S3 52h:GTGGGAAAGCCTGCCA,Epiblast
S3 52h:TCAATCTGTGGCTGAA,Epiblast
S3 52h:CTCTCGATCTCTCCGA,Epiblast
S3 52h:AGAAGCGTCGACGAGA,Epiblast
S3 52h:TACGCTCTCGCGCCAA,Epiblast
S3 52h:GCCGTGACAGCTTTCC,Epiblast
S3 52h:TCGTGCTAGACTGGGT,Epiblast
S3 52h:GTCACGGGTTGACGGA,Exiting naive pluripotency
S3 52h:TGACCCTAGCCTGTCG,Epiblast
S3 52h:CAACGATAGAGCATTA,Epiblast
S3 52h:CGTTCTGTCTAGCCTC,Epiblast
S3 52h:CATCGCTCACAGGATG,Epiblast
S3 52h:GGGCTCATCATTACTC,Epiblast
S3 52h:TGTTGAGCAGAATTCC,Epiblast
S3 52h:TACTTACTCTGCGTCT,Epiblast
S3 52h:TGGTGATAGTCCTGCG,Epiblast
S3 52h:ACCCTTGCACCGGTCA,Epiblast
S3 52h:CGTGATACAGCCATTA,Epiblast
S3 52h:ATCCGTCAGGTCGTGA,Epiblast
S3 52h:TGAGGGAAGTCCTGTA,Epiblast
S3 52h:GGGTCACAGGGCAACT,Epiblast
S3 52h:AATGACCGTCGCTCGA,Epiblast
S3 52h:ACGGTCGGTCGAAGCA,Epiblast
S3 52h:TGCTGAAGTGAGCCAA,Epiblast
S3 52h:GAGGCAAGTACGCTAT,Epiblast
S3 52h:AACAAAGAGACGAGCT,Exiting naive pluripotency
S3 52h:TCGAAGTTCAGCGTCG,Epiblast
S3 52h:GCCAACGTCGGCCTTT,Exiting naive pluripotency
S3 52h:TCGAAGTTCGCCTATC,Exiting naive pluripotency
S3 52h:CTGGACGAGCGCCCAT,Epiblast
S3 52h:TTACCGCTCTGTCCGT,Epiblast
S3 52h:TGACGCGTCGGACCAC,Epiblast
S3 52h:TCACTCGTCCATCCGT,Epiblast
S3 52h:CCGGGTAGTCGAGATG,Epiblast
S3 52h:ATGGGAGGTCTTGAGT,Epiblast
S3 52h:ATCCTATCATTGCTTT,Epiblast
S3 52h:TGTCCACCACTCTGCT,Epiblast
S3 52h:AGGTGTTAGCTGACTT,Epiblast
S3 52h:TCTGCCATCGCGTAGC,Epiblast
S3 52h:GAAGCGATCGCTGTCT,Epiblast
S3 52h:TCGTCCACAAGCGCTC,Epiblast
S3 52h:ACGTACAAGGAACGTC,Epiblast
S3 52h:ACTATCTGTCATAACC,Epiblast
S3 52h:TAGGTACCATTAAAGG,Epiblast
S3 52h:AAGTCGTTCTGCAGCG,Epiblast
S3 52h:TTTGGAGGTACAGAGC,Epiblast
S3 52h:TTGGGTACAATCTGCA,Epiblast
S3 52h:GTGGTATCAACGCAGA,Epiblast
S3 52h:CTGGCAGTCAGAGCAG,Epiblast
S3 52h:AGCGCTGGTAACGGTG,Epiblast
S3 52h:ACGGTCGTCCGCTTAC,Epiblast
S3 52h:CTCGAGGGTAGCTTAC,Exiting naive pluripotency
S3 52h:CGTTCTGGTTAAACAG,Epiblast
S3 52h:GACTTCCCACCTGCTT,Epiblast
S3 52h:ACTTCCGCACTACGGC,Epiblast
S3 52h:CTGAGCGCAGCCGTTG,Epiblast
S3 52h:CGATGGCTCGACACCG,Epiblast
S3 52h:AGTAGTCAGTGTGTTC,Epiblast
S3 52h:CCTAAGAGTGGTATGG,Epiblast
S3 52h:TTTCGATCAACTTGGT,Epiblast
S3 52h:CAGGGCTTCGTAGGGA,Epiblast
S3 52h:ATAGGCTGTAGGTAGC,Epiblast
S3 52h:TTAGTCTCATGTCGTA,Epiblast
S3 52h:ATGTCTTGTTAGTCGT,Epiblast
S3 52h:GTCTCACTCATGCCGG,Epiblast
S3 52h:GTACAGTTCCCTCGTA,Epiblast
S3 52h:CAGGGCTCACCGCTAG,Epiblast
S3 52h:TCCGGGATCAGGGTAG,Epiblast
S3 52h:AGGCCACAGAAGCCTG,Exiting naive pluripotency
S3 52h:TGAATGCGTCTACACA,Epiblast
S3 52h:CATGCAATCCCATAGA,Epiblast
S3 52h:TGATGCAGTGCCCTTT,Epiblast
S3 52h:TGATGGTTCCCACAGG,Epiblast
S3 52h:AGAAGCGGTGCAACAG,Epiblast
S3 52h:TCTGGCTAGGATGGCT,Epiblast
S3 52h:CATCGGGGTCGTACAT,Epiblast
S3 52h:AGTGATCTCGATTCCC,Exiting naive pluripotency
S3 52h:CAATCGATCGGACGTC,Epiblast
S3 52h:ACACCAAAGCTGGCTC,Epiblast
S3 52h:CCTTTGGGTGAAGCTG,Epiblast
S3 52h:AGATCGTTCTGCGTCT,Epiblast
S3 52h:AAATGGAGTGCATCTA,Epiblast
S3 52h:TGCGGCAGTGAGCTCC,Epiblast
S3 52h:CATAAGCGTCGAGTTT,Epiblast
S3 52h:TCACTCGAGACCAAAT,Epiblast
S3 52h:TGGTAGTTCTTTGCGC,Epiblast
S3 52h:TAGCACAAGTTTAGGA,Epiblast
S3 52h:GGGTGTCGTCCAACGC,Epiblast
S3 52h:GGGTGAAGTAGAGCTG,Epiblast
S3 52h:GCGTGCACAACGCATT,Exiting naive pluripotency
S3 52h:AGGATAACATTATGCG,Epiblast
S3 52h:CCTTTGGAGCGCATCC,Epiblast
S3 52h:TCGGATAGTTTAGAGA,Epiblast
S3 52h:TCAGGTAAGTGAGCCA,Epiblast
S3 52h:CGCATGGTCTGCGAGC,Exiting naive pluripotency
S3 52h:AGCTTCCTCTGGAGAG,Epiblast
S3 52h:GTCATGATCTCTCAAT,Epiblast
S3 52h:AGAGCCCGTCACTCTC,Epiblast
S3 52h:TTGCCTGCACGTCGTG,Epiblast
S3 52h:GATCCCTCAATTAGGA,Epiblast
S3 52h:GTGAGTTCAGACCAGA,Epiblast
S3 52h:TTGGGATAGAGAGTGA,Epiblast
S3 52h:CCGTTCAAGACGGATC,Epiblast
S3 52h:ATCGGATAGATGCAGC,Epiblast
S3 52h:TGAGGGATCGGTCAGC,Epiblast
S3 52h:GTAAGTCCACTTCCTG,Epiblast
S3 52h:GTAGGAGAGTAAGAGG,Epiblast
S3 52h:CAATGACCACCCTGTT,Epiblast
S3 52h:TCGTGGGCATCGTTCC,Epiblast
S3 52h:CCTTGTGCACTAACCA,Epiblast
S3 52h:TCGTGCTTCTGGCCTT,Epiblast
S3 52h:GGACGTCGTGGACCAA,Epiblast
S3 52h:GAAATGATCGCCTTTG,Epiblast
S3 52h:AGTGTTGGTCTGCCTT,Epiblast
S3 52h:TCGTGCTTCCTATTGT,Epiblast
S3 52h:CTGATCCCATTGCTGA,Epiblast
S3 52h:CTGAGCGAGTTGGCTT,Epiblast
S3 52h:CTGTATTGTGGGTATG,Epiblast
S3 52h:AAACGCTCAGAAGCTG,Exiting naive pluripotency
S3 52h:GCGATCGTCGTAGAGG,Epiblast
S3 52h:TTGTTCAGTGGAACCA,Epiblast
S3 52h:CGTAGTAAGACTACGG,Epiblast
S3 52h:TCCGGGAAGCTACAAA,Epiblast
S3 52h:AATAGAGAGGTTAGTA,Epiblast
S3 52h:CGAGTTAAGAAGCCTG,Epiblast
S3 52h:AACTTCTGTCTAACGT,Epiblast
S3 52h:TTGTTCAGTGCCTACG,Epiblast
S3 52h:CATGCCTTCCATGAGT,Epiblast
S3 52h:TCCCATGAGAGTGACC,Epiblast
S3 52h:CATTCCGTCTTCCCGA,Epiblast
S3 52h:CACGAATAGTCGCCAC,Epiblast
S3 52h:TTCGCTGCACAAGTGG,Epiblast
S3 52h:ACCGTTCGTTGGATCT,Epiblast
S3 52h:GTACAACTCAAGGAGC,Exiting naive pluripotency
S3 52h:GTGTGGCTCACTAGCA,Epiblast
S3 52h:TATTTCGAGTCGCTAT,Epiblast
S3 52h:AGCCACGAGGTAAAGG,Exiting naive pluripotency
S3 52h:ATCGGATCAAGCGCTC,Epiblast
S3 52h:CCTCACAGTGTCTTAG,Epiblast
S3 52h:TTCCTAAGTGCAAGAC,Epiblast
S3 52h:TAGGTTGGTGTTGACT,Epiblast
S3 52h:CATCGGGAGCGCCATC,Epiblast
S3 52h:TACCTGCTCTCGGCTT,Epiblast
S3 52h:ACTATTCCATGGAAGC,Exiting naive pluripotency
S3 52h:TGCAGTATCGCGTAGC,Epiblast
S3 52h:TGTCCACCACATACGT,Epiblast
S3 52h:GATGACTAGACCTTTG,Epiblast
S3 52h:TAAGCGTCATGTTCGA,Epiblast
S3 52h:ATGACCAAGTAGTCTC,Epiblast
S3 52h:GGTCTGGTCCCAGTGG,Epiblast
S3 52h:CTGTGGGAGGATACGC,Epiblast
S3 52h:GTCATCCTCATGAAAG,Epiblast
S3 52h:CTGTCGTGTGACCGAA,Epiblast
S3 52h:GTCATCCTCACCTGTC,Exiting naive pluripotency
S3 52h:TGTCAGATCGGAGATG,Epiblast
S3 52h:ATGAGGGGTCGTGGTC,Epiblast
S3 52h:TTCTTCCAGCGTACAG,Epiblast
S3 52h:GCATGATCACAGCCAC,Epiblast
S3 52h:CCATAAGAGCGGTAAC,Epiblast
S3 52h:TCGTGCTAGACTACCT,Epiblast
S3 52h:GTCGTTCTCCCAGGCA,Epiblast
S3 52h:GCGATCGAGCGCTGCT,Epiblast
S3 52h:TCGTGGGAGTCGAAGC,Epiblast
S3 52h:CTGAGGCCACGTAGTT,Epiblast
S3 52h:CGTTCTGGTAGTGGCA,Epiblast
S3 52h:GAACTGTGTTCCGCGA,Epiblast
S3 52h:TCATGAGTCAAACGTC,Epiblast
S3 52h:TTGGGCGTCGTTGTGA,Epiblast
S3 52h:TGCTCGTGTCACCCTT,Epiblast
S3 52h:CGGTCAGTCTCAAAGC,Epiblast
S3 52h:GGTGATTCAATGAGCG,Epiblast
S3 52h:GAGTGTTGTAGAATGT,Exiting naive pluripotency
S3 52h:CGGTCAGTCCTTGACC,Epiblast
S3 52h:TCGTAGATCTTAATCC,Epiblast
S3 52h:GTTCCGTGTCTTGAAC,Epiblast
S3 52h:GTGTAACAGTAAGACT,Epiblast
S3 52h:TTGGGTATCAGACATC,Epiblast
S3 52h:CAGCAGCTCCCAGGAC,Epiblast
S3 52h:ACTTAGGAGGCGACAT,Epiblast
S3 52h:AGAGCCCGTAGAGACC,Exiting naive pluripotency
S3 52h:AAGACAATCGAGATAA,Epiblast
S3 52h:ATCTTCAAGGGAGTGG,Epiblast
S3 52h:AGAAGCGCAAGCAGGT,Epiblast
S3 52h:CGTGATAGTGAATGTA,Epiblast
S3 52h:ATGGGTTAGCGTATAA,Epiblast
S3 52h:TAAGCCACAGCTAACT,Exiting naive pluripotency
S3 52h:CTGAGCGTCCTTGGAA,Epiblast
S3 52h:CTTAGGAGTCTGTTAG,Epiblast
S3 52h:TGAACGTCACGTCGTG,Epiblast
S3 52h:CACGTGGAGATAGCAT,Epiblast
S3 52h:GACCCAGTCGTGTTCC,Epiblast
S3 52h:CCTAAGAAGATGCGAC,Epiblast
S3 52h:GCCAACGCAGTCGTTA,Epiblast
S3 52h:CGTAAGTGTCTTGCTC,Epiblast
S3 52h:GTCGTAAAGACATGCG,Epiblast
S3 52h:AGAAGCGTCGGTGAAG,Epiblast
S3 52h:TATCTTGAGATGTTAG,Epiblast
S3 52h:TTGGGTACAAACGAGC,Epiblast
S3 52h:ATTGGGTAGATCGCTT,Epiblast
S3 52h:TCCTCTTTCTTGTTAC,Epiblast
S3 52h:TCTCCGATCGGCCCAA,Epiblast
S3 52h:TCGTGGGTCATCTCTA,Epiblast
S3 52h:TAACCAGGTATTTCTC,Epiblast
S3 52h:TCGTGCTCAACGGGTA,Epiblast
S3 52h:GGTAGAGAGACCAGCA,Epiblast
S3 52h:CTACAGAGTCGCTGCA,Epiblast
S3 52h:TGATTTCTCCCAGGAC,Epiblast
S3 52h:GTCGTAATCGTGCGAC,Exiting naive pluripotency
S3 52h:CTGTCGTGTTGCATCA,Epiblast
S3 52h:TCCGATCCAAAGCTAA,Epiblast
S3 52h:ACATCGATCGACGTCG,Epiblast
S3 52h:GTCGTTCAGTTGCGAG,Epiblast
S3 52h:CACAGGCAGCAATAGT,Epiblast
S3 52h:GCAACATAGCCGCTTG,Epiblast
S3 52h:GGGAAGTGTCTGTGTA,Epiblast
S3 52h:CTGCCATTCGCTCATC,Epiblast
S3 52h:CCACCATTCCCTTCCC,Epiblast
S3 52h:GTCTACCGTCGATTCA,Epiblast
S3 52h:AGTTCCCAGTCTTCCC,Epiblast
S3 52h:TTCCAATCAGACGCTC,Epiblast
S3 52h:CGTGATATCACGGTCG,Epiblast
S3 52h:TCTGTCGTCCACGTAA,Epiblast
S3 52h:CTTCCGATCAGAGTGG,Epiblast
S3 52h:AATGAAGAGCGCTGCT,Epiblast
S3 52h:GTCAAACCAGCCCACA,Epiblast
S3 52h:TTAGTCTGTCGTACAT,Epiblast
S3 52h:TGGTTAGCAGTAGATA,Epiblast
S3 52h:AATTTCCCATTGCTGA,Epiblast
S3 52h:ATTGGGTTCCAAGGGA,Epiblast
S3 52h:AAGACTCAGGAGTACC,Epiblast
S3 52h:TGTCCCATCGGAGTAG,Epiblast
S3 52h:TTGGGATGTACAAGTA,Epiblast
S3 52h:CAGTGGTATCAACGCA,Epiblast
S3 52h:TCGTGCTAGGCGATAC,Epiblast
S3 52h:TGTCAGACACCACTGG,Epiblast
S3 52h:TCGCTTGAGTACAACA,Epiblast
S3 52h:TACGGGCCAATAAGGT,Epiblast
S3 52h:TTTATGCTCCTTCTAA,Epiblast
S3 52h:AGATGAATCGCGTCGA,Epiblast
S3 52h:GTCGTTCGTATGAGCG,Epiblast
S3 52h:CCGTAGGAGCGTCTGC,Epiblast
S3 52h:GGGTCACTCCCGAAAT,Epiblast
S3 52h:AAAGTGAAGAGTGACC,Epiblast
S3 52h:GCAGGCTAGGGTCTTT,Epiblast
S3 52h:GAACACTAGGTACCTT,Epiblast
S3 52h:ACTGCAAAGTGTTGAA,Epiblast
S3 52h:CGGCAGTCATAACCCA,Epiblast
S3 52h:CCGATCTTCTCCCAAC,Epiblast
S3 52h:AGGCATTCAACACAAA,Epiblast
S3 52h:TTCATGTAGGCTGAAC,Epiblast
S3 52h:ACTATGGTCGCTTGCT,Exiting naive pluripotency
S3 52h:GGAATCTTCGTGGAAG,Epiblast
S3 52h:CGGTCAGCACACGCCA,Epiblast
S3 52h:GTGCGTGTCTCCCAAC,Zscan4+ Artefact
S3 52h:AGATGAACACTCATAG,Epiblast
S3 52h:AGGCATTTCGCGAAGA,Epiblast
S3 52h:AGCAGTGGTATCAACG,Epiblast
S3 52h:AGCGTCGAGAGAGAAC,Epiblast
S3 52h:GAGTGAGGTATGGAAT,Epiblast
S3 52h:GTGTGGCAGTGCTAGG,Epiblast
S3 52h:CCAAGCGTCGGTGCAC,Epiblast
S3 52h:TGGTAGTAGTTCTCTT,Epiblast
S3 52h:GACCCAGCATGACCCG,Epiblast
S3 52h:CTCTCAGGTCTACGTA,Epiblast
S3 52h:CAAGCTAGTATCGGTT,Epiblast
S3 52h:TCGTGCTCAGACGCTC,Epiblast
S3 52h:TTGTGGAAGTATCTGC,Epiblast
S3 52h:TTCTTGACACACCTTC,Epiblast
S3 52h:TGCCGAGAGCCTCGTG,Epiblast
S3 52h:ACTACGATCCTACGGG,Epiblast
S3 52h:GGACGTCGTGTTAGCT,Epiblast
S3 52h:CAGTGCGTCGATCCCT,Epiblast
S3 52h:CATGCAACAGGAAGTC,Epiblast
S3 52h:TCATATCCACCGTGAC,Epiblast
S3 52h:ACAACCACACATGTTG,Epiblast
S3 52h:CGACGCTCTTCCGATC,Epiblast
S3 52h:ACCCAAATCATGACAC,Epiblast
S3 52h:CTCAGGGTCCTTATAC,Epiblast
S3 52h:AGCGTCGCATCAGTCA,Epiblast
S3 52h:TCATGGACACGAAGAC,Epiblast
S3 52h:TTCCAATAGCTTTCTT,Epiblast
S3 52h:CGGAATTCACACACGC,Epiblast
S3 52h:TTCAATCGTCGTATGT,Epiblast
S3 52h:CATTCATAGCGCCGTT,Epiblast
S3 52h:ACACCAAAGGCCCAAA,Epiblast
S3 52h:CACGACGCTCTTCCGA,Epiblast
S3 52h:ACACGACGCTCTTCCG,Epiblast
S3 52h:TACGGGCGTTTCACTT,Epiblast
S3 52h:TTAATCCGTGTAGTGG,Epiblast
S3 52h:ACATCCCCACGCCAGT,Epiblast
S3 52h:AGGCATTCACCATTCC,Epiblast
S3 52h:TTTCACATCACGAACT,Epiblast
S3 52h:TCCTCTTTCGATCCAA,Epiblast
S3 52h:TCCTCTTCCGATCTTC,Epiblast
S3 52h:TTCAGGATCCTCCACA,Epiblast
S3 52h:CATGGTAGTCCCTGTT,Epiblast
S3 52h:ACAAAGAGTGGTCTAT,Epiblast
S3 52h:CTACACGACGCTCTTC,Epiblast
S3 52h:AGCGTCGTCACCCTTG,Epiblast
S4 56h:TGCGGGTCACCAGTAT,Epiblast
S4 56h:TCTGGCTTCCGATGTA,Epiblast
S4 56h:GTAATCGGTTGGAGGT,Zscan4+ Artefact
S4 56h:ATCACGACACAAAGCG,Epiblast
S4 56h:AGACCATTCGTTCCTG,Epiblast
S4 56h:CCTCACACACATGTTG,Epiblast
S4 56h:AGCGCTGAGGCCCAAA,Epiblast
S4 56h:GCTTCACGTCGCATTA,Epiblast
S4 56h:GTATTGGGTTCCGTTC,Epiblast
S4 56h:TCTTAGTCAGTATACC,Epiblast
S4 56h:CTTGATTTCATCGGGC,Epiblast
S4 56h:AACCACACAACTCGAT,Epiblast
S4 56h:AACCAACGTAGGAGTC,Epiblast
S4 56h:GATGACTGTCGAGATG,Epiblast
S4 56h:CTACTATAGCTAGAAT,Epiblast
S4 56h:CCTCACACACGGCACT,Epiblast
S4 56h:TCTACATCACGGATCC,Epiblast
S4 56h:AAGCATCCACGTCTCT,Epiblast
S4 56h:CCATCACCACTGGATT,Epiblast
S4 56h:AGGGTGATCAGACCGC,Epiblast
S4 56h:TCAGGTACAAGAGGCT,Epiblast
S4 56h:TCCGAAAAGGCATTTC,Epiblast
S4 56h:GGCACGTAGGCTCTAT,Epiblast
S4 56h:TAATTCCAGCCTATCA,Epiblast
S4 56h:CACTAAGCACCAATTG,Epiblast
S4 56h:TAGTGCATCCGCACTT,Epiblast
S4 56h:CGGAATTTCGATTTCT,Epiblast
S4 56h:TTCCGTGTCCTCACGT,Epiblast
S4 56h:GCTGCAGCAGAATGTA,Epiblast
S4 56h:CTCTCAGAGAACGCGT,Epiblast
S4 56h:TCACAAGGTTAAACAG,Epiblast
S4 56h:CCTCCTCCAGAATTCC,Epiblast
S4 56h:GGTAGAGAGCACGGAT,Epiblast
S4 56h:TTGCATTTCCCTGGTT,Epiblast
S4 56h:GTAGAGGCAAGCACAG,Epiblast
S4 56h:CCACCATAGGCAGTCA,Epiblast
S4 56h:CTAACTTTCGGCCTTT,Epiblast
S4 56h:AATGCCACAAACTAAG,Epiblast
S4 56h:ACCCAAAAGGTTCACT,Epiblast
S4 56h:AGGCATTGTGGATCAG,Epiblast
S4 56h:ACATCCCAGAGCAGCT,Epiblast
S4 56h:CATTCCGAGCCTATCA,Epiblast
S4 56h:GTAACACAGGGTTTCT,Epiblast
S4 56h:AATGGAAGTGATTAGA,Epiblast
S4 56h:GTGGAAGGTGGCCACT,Epiblast
S4 56h:CGCATGGGTGAGAGGG,Epiblast
S4 56h:TCATCCGAGCTGCCAC,Epiblast
S4 56h:TTGGGATAGTCAAGCG,Epiblast
S4 56h:ACCTGTCGTCCGATCG,Epiblast
S4 56h:GGGAGTATCTTCCACG,Epiblast
S4 56h:GAACGTTTCTAGACCA,Epiblast
S4 56h:GACTGATAGAACCCGA,Epiblast
S4 56h:CTGTGGGCAGATACTC,Epiblast
S4 56h:ATCCACCCATCCGCGA,Epiblast
S4 56h:TTCTAACTCCAGCAAT,Epiblast
S4 56h:GCTACAACACGCACCA,Epiblast
S4 56h:ATCCCTGCAAATGCGG,Epiblast
S4 56h:ACAGGGAAGTAACGAT,Epiblast
S4 56h:GTCCTCACACAAGCTT,Epiblast
S4 56h:GCCATTCTCTAGCCTC,Epiblast
S4 56h:TCTGGCTAGTATAGGT,Epiblast
S4 56h:GGATGTTGTATGTGTC,Epiblast
S4 56h:TATTCCAGTTATGTCG,Epiblast
S4 56h:TCTGTCGTCAGATGCT,Epiblast
S4 56h:TAAGTCGAGGCGAACT,Epiblast
S4 56h:TGACTCCTCCATCCGT,Epiblast
S4 56h:TAGGTTGCATTATGCG,Epiblast
S4 56h:TTTACGTGTCCAGAAG,Epiblast
S4 56h:TTGGGTAGTGACTCGC,Epiblast
S4 56h:ATGGGAGTCTTCGGAA,Epiblast
S4 56h:CGCCAGATCGCTCCTA,Epiblast
S4 56h:GCCGATGTCTTCGATT,Epiblast
S4 56h:TCCCATGAGTATTAGG,Epiblast
S4 56h:CGAATTGCAACTACGT,Epiblast
S4 56h:CTTCTAAGTGTCATCA,Epiblast
S4 56h:CCTGTTGTCTGCACCT,Epiblast
S4 56h:TTACGCCGTCCAAAGG,Epiblast
S4 56h:GGGCTCATCTCATAGG,Epiblast
S4 56h:ATTACTCCACCGTGGT,Epiblast
S4 56h:ATCCGTCAGATACCAA,Epiblast
S4 56h:TCGAACAAGTACCATC,Epiblast
S4 56h:CCATAAGGTAAGCAAT,Epiblast
S4 56h:TGAGACTGTTACCTTT,Epiblast
S4 56h:AGCGCCAAGCCGATAG,Epiblast
S4 56h:TCAGGTACACTACCCT,Epiblast
S4 56h:ATGTCTTTCAGTCATG,Epiblast
S4 56h:GGGACCTTCTTGAGCA,Epiblast
S4 56h:GGGACCTTCTAGACAC,Epiblast
S4 56h:TGGTACAAGGACTTCT,Epiblast
S4 56h:CACGAATGTCGAGCTC,Epiblast
S4 56h:CTACCCAGTGCCTTCT,Epiblast
S4 56h:GTGACGCCACAGAAGC,Epiblast
S4 56h:GTCTCACTCCCTTCCC,Epiblast
S4 56h:TGGTACATCCATCGTC,Epiblast
S4 56h:CCGGTGAAGCGATGGT,Epiblast
S4 56h:GCCGATGCAAGAGTTA,Epiblast
S4 56h:GACATCACACTGATTG,Epiblast
S4 56h:ATCGTCCAGGACAAGA,Epiblast
S4 56h:TCCTCCCGTATCGAAA,Epiblast
S4 56h:TGAATCGTCGCAGATT,Epiblast
S4 56h:TGGGATTGTCTCTCCA,Epiblast
S4 56h:TCATGAGCAAATGGTA,Epiblast
S4 56h:TACGTCCAGCCTAACT,Epiblast
S4 56h:GTTCGCTAGGTGAGCT,Exiting naive pluripotency
S4 56h:TATGTTCGTGTGAATA,Epiblast
S4 56h:GTGCACGGTAGACAGC,Epiblast
S4 56h:GAGTTTGAGATTAGAC,Epiblast
S4 56h:TATTGCTTCGCAATGT,Epiblast
S4 56h:CCTCTCCTCGTGGCGT,Epiblast
S4 56h:GTGATGTGTCTTGCTC,Epiblast
S4 56h:AGTCATGGTCGCATCG,Exiting naive pluripotency
S4 56h:GTCCACTCACAAATCC,Epiblast
S4 56h:GTCTACCGTAACCCGC,Epiblast
S4 56h:AGACCATTCTAAACGC,Epiblast
S4 56h:GGAATCTCAACTCGTA,Epiblast
S4 56h:GAGCCTGCAATGGCCC,Epiblast
S4 56h:TCATCCGCATGAAGCG,Epiblast
S4 56h:AAGTTCGGTGATTGGG,Epiblast
S4 56h:TTGCTGCAGCTGCGAA,Epiblast
S4 56h:ACGTTCCGTGAGACCA,Epiblast
S4 56h:TACGGTATCCACGAAT,Epiblast
S4 56h:GTTTGGATCCTTCGAC,Epiblast
S4 56h:GGGATGATCCGTAATG,Exiting naive pluripotency
S4 56h:TATATCCTCAACGCTA,Epiblast
S4 56h:GAGGCCTCATGACGTT,Epiblast
S4 56h:TACATTCAGCTGTACT,Epiblast
S4 56h:GTCAGCGAGGGCGAGA,Epiblast
S4 56h:TCCGAAAAGGGCTAAC,Epiblast
S4 56h:CTTCAATCACGTAGTT,Epiblast
S4 56h:GTTGCGGGTCTGATCA,Epiblast
S4 56h:CTTCTAAAGCTGGTGA,Epiblast
S4 56h:CTCAAGACACCCAAGC,Epiblast
S4 56h:GACTATGCATAATGCC,Epiblast
S4 56h:AACCTTTAGCAGCCCT,Epiblast
S4 56h:AGGGCCTAGATTCGCT,Epiblast
S4 56h:AACCTTTTCTAGGCCG,Epiblast
S4 56h:CCACACTGTCTGTAGT,Epiblast
S4 56h:GAGTCTAGTCCCGTGA,Epiblast
S4 56h:TAACTTCCAACTGTGT,Epiblast
S4 56h:CTTTCAAGTCGCATCG,Epiblast
S4 56h:TCGAACAAGCTAGCCC,Epiblast
S4 56h:CTGTACCCATATCGGT,Epiblast
S4 56h:AACGTCACAACAAGTA,Epiblast
S4 56h:ACCACAACAAGTGGCA,Epiblast
S4 56h:GAGTGAGTCCATCTGC,Epiblast
S4 56h:AAAGTCCAGTCCGCGT,Epiblast
S4 56h:TCGCTTGTCATGGGAG,Epiblast
S4 56h:CTCATCGAGGTTGCCC,Epiblast
S4 56h:TCACTATCAACCACGC,Epiblast
S4 56h:ACCCTTGGTCGAACGA,Epiblast
S4 56h:GAGATGGCAGGCCTGT,Zscan4+ Artefact
S4 56h:ATCATTCTCTCTATAC,Epiblast
S4 56h:GTCAAACCAACTGATC,Epiblast
S4 56h:AACCACAGTTGACTAC,Epiblast
S4 56h:TTAGGGTGTATTCCGA,Epiblast
S4 56h:GTCACGGGTCTACATG,Epiblast
S4 56h:CTGTGGGAGACCAAAT,Epiblast
S4 56h:ACTATCTGTGGCTCTG,Epiblast
S4 56h:TTCCTTCTCCGATCTC,Epiblast
S4 56h:GCACGGTAGCATTGTC,Epiblast
S4 56h:AAAGTGAGTTCAAGGG,Epiblast
S4 56h:CGGTCAGTCGACGACC,Epiblast
S4 56h:CGTGATACACGCAAAG,Epiblast
S4 56h:AATGAAGAGTAAGACT,Epiblast
S4 56h:TGTGAGTCATGCCGAC,Epiblast
S4 56h:CAGAGCCAGAGGCGTT,Epiblast
S4 56h:TTTACTGCAACTGCCG,Epiblast
S4 56h:TCTTGCGAGCCGAATG,Epiblast
S4 56h:AAACGCTTCAGCTAGT,Epiblast
S4 56h:TCATTGTGTAAGGCCA,Epiblast
S4 56h:AAGCATCCAAACGAGC,Epiblast
S4 56h:TAATTCCTCTTCACAT,Epiblast
S4 56h:GAATCACAGGTCATTC,Epiblast
S4 56h:AATCGTGAGGACAACC,Epiblast
S4 56h:CCACACTTCGGCTATA,Epiblast
S4 56h:GAACTGTCAACAAGTA,Epiblast
S4 56h:CTCAGTCTCCCGAAAT,Epiblast
S4 56h:AACCATGCAGTCTCTC,Epiblast
S4 56h:TAGTGCAGTTGCGGCT,Epiblast
S4 56h:TAAGCCATCGTTGTGA,Epiblast
S4 56h:ATCCATTGTTGCTCAA,Epiblast
S4 56h:TCGCACTGTAGTGTGG,Epiblast
S4 56h:GGGATCCAGGTTCACT,Epiblast
S4 56h:ACCCTCAAGGCTATCT,Epiblast
S4 56h:CATACCCCACTTGGGC,Epiblast
S4 56h:CAACCTCGTCCGAAAG,Epiblast
S4 56h:TAGAGTCCACAAGTTC,Epiblast
S4 56h:TACTTACTCACACCGG,Epiblast
S4 56h:CGGACACGTAAGGCCA,Epiblast
S4 56h:ACCGTTCTCACCTGGG,Epiblast
S4 56h:TACCTGCCAACCCTCT,Epiblast
S4 56h:GCTGCAGTCAAAGCCT,Epiblast
S4 56h:AGATCCACAAGGATGC,Epiblast
S4 56h:AAAGGGCCACCACATA,Epiblast
S4 56h:GCCAACGCACCAGCGT,Epiblast
S4 56h:GCTACCTAGTGGCAGT,Epiblast
S4 56h:CGGAACCAGCACCGAA,Epiblast
S4 56h:AAACGCTGTTGGCCTG,Epiblast
S4 56h:TTCTTGAAGATAGCTA,Epiblast
S4 56h:GGCTTTCCAACTGCCG,Epiblast
S4 56h:CGTCAAATCACCTTAT,Epiblast
S4 56h:CAAAGAATCTGTTCAT,Epiblast
S4 56h:TCTACATGTAGACAAT,Epiblast
S4 56h:TATCAGGCAAGAGTTA,Epiblast
S4 56h:GTAAGTCCACGAGGTA,Epiblast
S4 56h:CCTCATGAGACGGTCA,Epiblast
S4 56h:CGAGGAACACAATGAA,Epiblast
S4 56h:GCTACCTTCATGCATG,Epiblast
S4 56h:ACCTGTCGTGCCGAAA,Epiblast
S4 56h:GGGTGTCCAAACTAGA,Epiblast
S4 56h:TTTGACTCAACTGCCG,Epiblast
S4 56h:GGGTAGATCCGAGCTG,Epiblast
S4 56h:GAAGTAATCACTGGTA,Epiblast
S4 56h:CCGCAAGAGACCTTTG,Epiblast
S4 56h:CAGTTCCTCCCTTTGG,Epiblast
S4 56h:CATCAAGCAGTGGGTA,Epiblast
S4 56h:AGCCAATTCTGGACCG,Epiblast
S4 56h:TCCTTTCCATCGGCCA,Exiting naive pluripotency
S4 56h:CCACTTGCATTGCAAC,Epiblast
S4 56h:AAAGTCCAGCTCCGAC,Epiblast
S4 56h:TCAAGTGGTTTGAACC,Epiblast
S4 56h:CTACGGGAGTCGCGAA,Epiblast
S4 56h:CTCCCTCCACAAGTGG,Epiblast
S4 56h:TCTACATGTAGTTACC,Epiblast
S4 56h:CAGCAGCCACAGAGAC,Epiblast
S4 56h:ACATGCAGTGTCATTG,Epiblast
S4 56h:TCGCTCATCACCCTTG,Epiblast
S4 56h:TGTACAGCATCCTAAG,Epiblast
S4 56h:GTCTACCGTTTGGAGG,Epiblast
S4 56h:TCACACCGTATCATGC,Epiblast
S4 56h:ATACCGATCATTCGTT,Epiblast
S4 56h:GAAGCCCAGCGACATG,Exiting naive pluripotency
S4 56h:ACATCGAGTTGGGACA,Epiblast
S4 56h:AGTACCAGTGTTTCTT,Epiblast
S4 56h:CATGCAACAGAGCGTA,Exiting naive pluripotency
S4 56h:CCTCAGTCAATCCTTT,Epiblast
S4 56h:CACTGGGCACAACGAG,Epiblast
S4 56h:CCCATTGGTTATGGTC,Epiblast
S4 56h:TACATTCGTCCAATCA,Epiblast
S4 56h:TCCTTTCAGATGCTGG,Epiblast
S4 56h:CCCAACTCATTCAGCA,Epiblast
S4 56h:CAGGTATAGCGAACTG,Epiblast
S4 56h:CCTACGTAGTTGGACG,Epiblast
S4 56h:GTGGCGTCAATCGCCG,Epiblast
S4 56h:AGTTCCCTCAGTCAGT,Epiblast
S4 56h:AAGCAGTGGTATCAAC,Epiblast
S4 56h:CTACATTTCCATAGGT,Epiblast
S4 56h:CTGGACGAGATTAGAC,Epiblast
S4 56h:CTGTAGAGTCATTGCA,Epiblast
S4 56h:AGCTTCCTCTTAGGAC,Epiblast
S4 56h:CCCGGAACATCTTAGG,Epiblast
S4 56h:CTGGTCTAGACCCGCT,Epiblast
S4 56h:TATTGGGTCGCTGACG,Epiblast
S4 56h:ACGTTCCAGCATCGAG,Epiblast
S4 56h:TATATCCCACGCTGAC,Epiblast
S4 56h:GCACGTGGTGATAGAT,Epiblast
S4 56h:GAGTTTGAGCAGCACA,Epiblast
S4 56h:GTTACCCCACACTTAG,Epiblast
S4 56h:CCCTCTCCACACCTAA,Zscan4+ Artefact
S4 56h:CAATTTCAGTAACCTC,Epiblast
S4 56h:TGAATCGTCTGCTTTA,Epiblast
S4 56h:GCTCAAAAGTGAGCCA,Epiblast
S4 56h:AGGGTTTTCATTGAGC,Epiblast
S4 56h:CTCAGTCAGGGTACGT,Epiblast
S4 56h:ACTTTCAGTGCCCAGT,Epiblast
S4 56h:AGGTCATAGGTAGACC,Epiblast
S4 56h:TATTGCTGTGCATTTG,Epiblast
S4 56h:AACAACCTCTAGTGTG,Epiblast
S4 56h:TCCATGCTCCCTCATG,Epiblast
S4 56h:CACAACAGTCATATGC,Epiblast
S4 56h:ATTCGTTGTATTCTCT,Epiblast
S4 56h:TTAGGGTGTCAAGCCC,Epiblast
S4 56h:GTTGTCCCATTACGGT,Epiblast
S4 56h:CGGAACCTCGTGTGGC,Epiblast
S4 56h:GGTGAAGCACTGGCGT,Epiblast
S4 56h:TGCCGAGTCTGGGATT,Epiblast
S4 56h:CGGGCATTCGATCCCT,Epiblast
S4 56h:GTAGCTACAGCATTGT,Epiblast
S4 56h:GACGCTGCAGAACGCA,Epiblast
S4 56h:GATTGGTAGTGCACCC,Epiblast
S4 56h:TTGGGATTCGCTCATC,Epiblast
S4 56h:AGAGAATTCTTAGCTT,Epiblast
S4 56h:TCGACCTCACCAAATC,Epiblast
S4 56h:ATGGGTTTCCTAGCTC,Epiblast
S4 56h:TCTACCGGTTACAGCT,Epiblast
S4 56h:TAATTCCGTTCTCGTC,Epiblast
S4 56h:CTCATGCTCCACTTTA,Epiblast
S4 56h:TACGCTCCAGAGAGGG,Epiblast
S4 56h:GTACAACAGCTACGTT,Epiblast
S4 56h:ACGGGTCCAGCGAACA,Epiblast
S4 56h:CAACAACAGCGTGAAC,Epiblast
S4 56h:TGAGCGCAGGTCCCTG,Epiblast
S4 56h:GCTTGGGCAGCCGTCA,Epiblast
S4 56h:GCTCAAAGTCAAGCCC,Epiblast
S4 56h:TCCTTTCTCCAGTACA,Epiblast
S4 56h:GAGGCAAAGCAAATCA,Epiblast
S4 56h:GATTTCTAGGACATCG,Epiblast
S4 56h:ATCGATGTCGCCGATG,Epiblast
S4 56h:GCATCTCTCTTGGATG,Epiblast
S4 56h:CCATAAGTCCCGTTCA,Epiblast
S4 56h:TGTCAGACACATAACC,Epiblast
S4 56h:AATGCCATCATTGAGC,Epiblast
S4 56h:TACATTCGTTTCCATT,Epiblast
S4 56h:ACAGAAAAGCACTAGG,Epiblast
S4 56h:AAACCCATCCAATCCC,Epiblast
S4 56h:ATGACCACACGATAGG,Epiblast
S4 56h:CAAAGAAAGTAATACG,Epiblast
S4 56h:TCCACGTTCTCTTAAC,Epiblast
S4 56h:ATGTCTTTCTCATTTG,Epiblast
S4 56h:TCATCATCAGATGCGA,Epiblast
S4 56h:AGGCTGCGTTGTAAAG,Epiblast
S4 56h:AAGAACAGTAGGACCA,Epiblast
S4 56h:CGGAATTAGAAGTCTA,Epiblast
S4 56h:GCAGCCAGTGAACTAA,Epiblast
S4 56h:AGCGATTTCTAGCATG,Epiblast
S4 56h:TCTCCGATCGCGTGAC,Epiblast
S4 56h:TCATGTTTCAGAACCT,Epiblast
S4 56h:TACCGAACAATAACGA,Epiblast
S4 56h:TTCCTAATCTAATTCC,Epiblast
S4 56h:GAAGTAATCTTCGACC,Epiblast
S4 56h:TCCTGCAGTTCAATCG,Epiblast
S4 56h:GAAGGACGTCCATACA,Epiblast
S4 56h:ATAGGCTCAGCATGCC,Epiblast
S4 56h:TGTGGCGAGCATTTGC,Epiblast
S4 56h:TGGAACTGTTAGCGGA,Epiblast
S4 56h:GAGTCATCAACGATTC,Epiblast
S4 56h:ACGTAGTAGGTGCAGT,Epiblast
S4 56h:GTGTGATAGCCGATCC,Epiblast
S4 56h:TCAGTTTTCATGCCCT,Epiblast
S4 56h:CCACCATCAGGGCTTC,Epiblast
S4 56h:TGTACAGTCATACGAC,Epiblast
S4 56h:CCCTGATCACATTCTT,Epiblast
S4 56h:TCTATCAGTCACGCTG,Epiblast
S4 56h:TTCCTCTCAGTGTACT,Epiblast
S4 56h:CAGCAGCTCAAGAGTA,Epiblast
S4 56h:AGGGCCTAGCGATCGA,Epiblast
S4 56h:GCTGAATGTTGCGGAA,Epiblast
S4 56h:CCTCCTCCAATGGCAG,Epiblast
S4 56h:AACCAACAGCGACTGA,Epiblast
S4 56h:TCGAAGTGTGTCCGTG,Epiblast
S4 56h:GTAGAAAAGATAGCAT,Epiblast
S4 56h:TTATTGCCATAAGCAA,Epiblast
S4 56h:AGGGAGTCACGAGGTA,Epiblast
S4 56h:TTATTGCAGGCAGCTA,Epiblast
S4 56h:AGGTTACGTTAAACCC,Epiblast
S4 56h:GTGCTTCCAGTGGCTC,Epiblast
S4 56h:TTGAACGAGTCATGCT,Epiblast
S4 56h:GCATTAGAGGCACCAA,Exiting naive pluripotency
S4 56h:TTCAATCTCGACCTAA,Epiblast
S4 56h:CCTATCGAGGCCTTGC,Epiblast
S4 56h:AGGAATATCGAGCCTG,Epiblast
S4 56h:TTCCTAACAGGGTCTC,Epiblast
S4 56h:TTAGGGTAGCGGGTAT,Epiblast
S4 56h:CCTCACAGTTAAGAAC,Epiblast
S4 56h:AGACACTCAGCAGGAT,Exiting naive pluripotency
S4 56h:TCTGCCAGTAGAGGAA,Epiblast
S4 56h:GTGAGTTGTACTCCGG,Epiblast
S4 56h:GGGCCATCATAGCTGT,Exiting naive pluripotency
S4 56h:ACCAAACTCCTACACC,Epiblast
S4 56h:CTCTGGTTCTACGGTA,Epiblast
S4 56h:CTGCTCATCACCTGGG,Epiblast
S4 56h:TACCTGCAGCACACCC,Epiblast
S4 56h:GTAACCAAGGGCTGAT,Epiblast
S4 56h:AGATGAACAAAGACGC,Epiblast
S4 56h:TCTTCCTGTACGATTC,Epiblast
S4 56h:GGTCTGGAGCGCTGCT,Epiblast
S4 56h:CCTTCAGCAACTGTGT,Epiblast
S4 56h:AACAACCAGTATGACA,Epiblast
S4 56h:ATGATCGGTTCCGCAG,Epiblast
S4 56h:ACACGCGCATGTGTCA,Epiblast
S4 56h:CGTCCATCACAAGCAG,Epiblast
S4 56h:AATCACGCAGTGCGCT,Epiblast
S4 56h:CTCTCAGTCGGCTGGT,Epiblast
S4 56h:GCAACATTCTTCGGTC,Exiting naive pluripotency
S4 56h:TGGGCTGCACGGTCTG,Epiblast
S4 56h:AGGTAGGAGTCTTCCC,Exiting naive pluripotency
S4 56h:CAATTTCGTTGGGTAG,Epiblast
S4 56h:AGCGATTTCTGCACCT,Epiblast
S4 56h:GCTACCTGTCTCACGG,Epiblast
S4 56h:AACAAGAAGCTAAACA,Epiblast
S4 56h:ACAAGCTTCTCTTCAA,Epiblast
S4 56h:TCCCACATCACATACG,Epiblast
S4 56h:CCTCCTCAGCACGATG,Epiblast
S4 56h:TATCTGTTCGCCACTT,Epiblast
S4 56h:CCTGCATCAAATCGGG,Epiblast
S4 56h:GGGATCCTCGCATAGT,Epiblast
S4 56h:TTCCTAACATCCTCAC,Epiblast
S4 56h:TCGCAGGTCCCTATTA,Epiblast
S4 56h:CGGAATTGTCCGCAGT,Epiblast
S4 56h:GTACAACAGCTAATGA,Epiblast
S4 56h:TGATGCAGTTCTTGCC,Epiblast
S4 56h:CATTCTATCGGTATGT,Epiblast
S4 56h:TGGATGTGTATTGGCT,Epiblast
S4 56h:GAGTCTAGTTCTGACA,Epiblast
S4 56h:ATGAAAGGTCTCCTGT,Epiblast
S4 56h:TTCTAACTCCCTATTA,Epiblast
S4 56h:CCCTGATTCCTAGCTC,Epiblast
S4 56h:TTACTGTTCAGACATC,Epiblast
S4 56h:AGAACCTCATGAGTAA,Epiblast
S4 56h:ATGTCCCAGCCTGAAG,Epiblast
S4 56h:CGGAGAAGTGGCCTCA,Epiblast
S4 56h:AAAGGATCAACGTATC,Epiblast
S4 56h:GACACGCCACTATCCC,Epiblast
S4 56h:AGTACCATCTGCAGCG,Epiblast
S4 56h:AGTAACCGTGCCTTCT,Epiblast
S4 56h:TGATGCACAGCGGATA,Epiblast
S4 56h:TCATGAGAGTCTCGTA,Epiblast
S4 56h:AGTGACTGTAGGTACG,Epiblast
S4 56h:GTTAGACTCTGAGTCA,Epiblast
S4 56h:TTCGGTCCACCTGTCT,Epiblast
S4 56h:TCGGTCTAGAGGATGA,Epiblast
S4 56h:CTACATTAGTTCTCTT,Epiblast
S4 56h:GAGGCCTCAGTCACGC,Epiblast
S4 56h:GTAGAAAGTACACTCA,Epiblast
S4 56h:TGGAACTGTAGAAACT,Epiblast
S4 56h:AGTTAGCTCCGTGGGT,Epiblast
S4 56h:GCATGATGTTCCAAAC,Epiblast
S4 56h:AGATCCATCAGCCTTC,Epiblast
S4 56h:AAAGGGCAGTGATAAC,Epiblast
S4 56h:CCTCACATCAGTCATG,Exiting naive pluripotency
S4 56h:TGTTCCGTCTCTCCGA,Epiblast
S4 56h:GGGCCATGTGGCAGAT,Epiblast
S4 56h:AGCTTCCGTGCCTGAC,Epiblast
S4 56h:TGATGGTCATACACCA,Epiblast
S4 56h:TCAATTCCACTACCCT,Epiblast
S4 56h:GGAGCAATCACTACGA,Epiblast
S4 56h:CCGATGGTCAGACCTA,Epiblast
S4 56h:ATGGGAGCACTGTGTA,Epiblast
S4 56h:GGTAATCAGACTTGTC,Epiblast
S4 56h:GACGTTACATCGATGT,Epiblast
S4 56h:AACCAACCACTATGTG,Exiting naive pluripotency
S4 56h:GAATCACAGTTACTCG,Epiblast
S4 56h:CTCGAGGCAACACTAC,Epiblast
S4 56h:TGGGCTGAGCAGTAAT,Zscan4+ Artefact
S4 56h:TGAGTCATCTTGGAAC,Epiblast
S4 56h:ACGTACAAGCCATTTG,Epiblast
S4 56h:GTTGCGGCACATACTG,Epiblast
S4 56h:GTAACCAAGCTCGACC,Epiblast
S4 56h:TCAGTCCCATTCACCC,Epiblast
S4 56h:CAACAGTTCATTCGTT,Epiblast
S4 56h:TGCGATACACAAAGCG,Epiblast
S4 56h:AGGGTGAGTCGTATTG,Epiblast
S4 56h:GAAACCTCACAGTCGC,Exiting naive pluripotency
S4 56h:GATAGCTGTTAGAAAC,Epiblast
S4 56h:CGAATTGCAAACACCT,Epiblast
S4 56h:CCACGTTCAGCAGACA,Epiblast
S4 56h:TTCCTAAAGCATTGTC,Epiblast
S4 56h:AGAAATGGTTGCTTGA,Epiblast
S4 56h:GTCACTCCAAGTATAG,Epiblast
S4 56h:CATTCTATCTGGGATT,Epiblast
S4 56h:CAAGAGGAGTGGAAAG,Epiblast
S4 56h:CCTCAGTGTGGAGGTT,Exiting naive pluripotency
S4 56h:CACATGATCATCAGTG,Epiblast
S4 56h:TCAGCAAGTCCTGGTG,Epiblast
S4 56h:CGGGACTCAGCAGATG,Epiblast
S4 56h:CCACCATCAGGCGATA,Epiblast
S4 56h:CATCGCTGTCCGATCG,Exiting naive pluripotency
S4 56h:CATCCGTCAACCGTGC,Epiblast
S4 56h:GACATCAAGATACATG,Epiblast
S4 56h:TAACACGTCAGCATTG,Epiblast
S4 56h:ATAGACCAGCATCCCG,Epiblast
S4 56h:GTACAACGTACAAAGT,Epiblast
S4 56h:GTTGTCCCACTAACGT,Epiblast
S4 56h:TCATGCCTCAAGGAGC,Epiblast
S4 56h:GGGCCATTCAAGAGGC,Epiblast
S4 56h:ATTACCTCACACGGAA,Epiblast
S4 56h:GACACGCAGCATGATA,Epiblast
S4 56h:AACCCAACAGAGGACT,Epiblast
S4 56h:GATGAGGAGCGAGAAA,Epiblast
S4 56h:CCTGTTGCAGTCTGGC,Epiblast
S4 56h:CAACAGTAGAGTTGTA,Epiblast
S4 56h:GACTGATTCAGTGTCA,Epiblast
S4 56h:ATATCCTTCCATCAGA,Epiblast
S4 56h:TTTGTTGCAATGTTGC,Epiblast
S4 56h:TTGAACGGTTCTAACG,Epiblast
S4 56h:TGGTTAGTCGCTTGAA,Epiblast
S4 56h:GAACTGTTCCCAGCGA,Epiblast
S4 56h:AAAGGATAGTCGAGGT,Epiblast
S4 56h:TTCGGTCCATGGACAG,Epiblast
S4 56h:AGTACCACAAACTCGT,Epiblast
S4 56h:TCAGTTTTCTAGCCAA,Epiblast
S4 56h:TCAATCTAGTTAGAAC,Epiblast
S4 56h:CGGAACCTCAAAGGTA,Epiblast
S4 56h:AGGTAGGTCGATTGAC,Epiblast
S4 56h:TCCTCCCAGTAGACAT,Epiblast
S4 56h:CAATACGAGCCTGCCA,Epiblast
S4 56h:GTAATGCGTTGTGCAT,Epiblast
S4 56h:ATAGACCGTAGGCTGA,Epiblast
S4 56h:AAGACTCAGGACCCAA,Epiblast
S4 56h:TCGGGACTCGCACTCT,Epiblast
S4 56h:TATCTTGCACTCCGAG,Epiblast
S4 56h:CTCACTGAGACTCAAA,Epiblast
S4 56h:TGTAACGTCCAAGAGG,Epiblast
S4 56h:TATACCTTCTAACACG,Epiblast
S4 56h:ACACTGATCGTGCATA,Epiblast
S4 56h:CCTGTTGGTCTTCCGT,Epiblast
S4 56h:ACTTTCAAGAAGAGCA,Epiblast
S4 56h:TATCCTACAGCGTAGA,Epiblast
S4 56h:CTGGACGCACAGTCGC,Epiblast
S4 56h:ACTGATGTCTGCCTGT,Epiblast
S4 56h:CACAACAAGGAGAGTA,Epiblast
S4 56h:AGTGCCGCATGGAAGC,Epiblast
S4 56h:GAATCACCAATCTGCA,Epiblast
S4 56h:CGTGAATGTGGCTGCT,Epiblast
S4 56h:GGAGAACAGTGCCTCG,Epiblast
S4 56h:TCAGTTTCATAGAAAC,Epiblast
S4 56h:CAGATACAGACACACG,Epiblast
S4 56h:CCACGTTTCGTAGGGA,Epiblast
S4 56h:AGGGAGTGTACTGTTG,Epiblast
S4 56h:ACTCCCATCATCGCCT,Epiblast
S4 56h:CCCGAAGTCGCTACGG,Epiblast
S4 56h:ATTCCATCAGGTCAAG,Epiblast
S4 56h:TGGATGTAGAGAGAAC,Epiblast
S4 56h:CCTCAGTTCCGTGGGT,Epiblast
S4 56h:GGCTGTGCACAAGGTG,Epiblast
S4 56h:CGGACACGTTCTAAGC,Epiblast
S4 56h:TTCTGTAAGCAGCGAT,Epiblast
S4 56h:TGAATGCAGAGAATCT,Epiblast
S4 56h:GCAACCGAGTTCGCAT,Epiblast
S4 56h:ACGTACAGTCTACGTA,Epiblast
S4 56h:CCTACGTAGAATCTAG,Epiblast
S4 56h:CACAGATCAACTTGGT,Epiblast
S4 56h:GCCCAGAGTATGGGAC,Epiblast
S4 56h:AGTTCCCTCCCATTCG,Epiblast
S4 56h:GTTGCTCTCAGTGTGT,Epiblast
S4 56h:TCCTCCCAGGACTTCT,Epiblast
S4 56h:CACGGGTGTCCGGTGT,Epiblast
S4 56h:CCACCATCATGTGCTA,Epiblast
S4 56h:AATGCCAAGTGCACAG,Epiblast
S4 56h:TCGACCTGTCTGCCTT,Epiblast
S4 56h:TGACCCTGTGTCCCTT,Epiblast
S4 56h:CTCCCAACATTCTTCA,Epiblast
S4 56h:CTCAGAAAGGCCTTGC,Epiblast
S4 56h:CCGATCTTCGTCGACG,Epiblast
S4 56h:CAGTGCGAGCTCGCAC,Epiblast
S4 56h:CATGCTCGTCCTCCTA,Epiblast
S4 56h:ATACCTTTCTAATTCC,Epiblast
S4 56h:CGAAGGACACCGGTCA,Epiblast
S4 56h:TGGTGATCAGTTGTTG,Exiting naive pluripotency
S4 56h:TGGGCTGAGAACTCCT,Epiblast
S4 56h:CGCCAGATCGACTCCT,Epiblast
S4 56h:GATCATGGTCCAGCGT,Epiblast
S4 56h:CTGCTCACAACTTGCA,Epiblast
S4 56h:CATGAGTCATACAGAA,Epiblast
S4 56h:CAACCTCAGCAACAAT,Epiblast
S4 56h:CGTGAATAGTAAGAGG,Epiblast
S4 56h:ATCTCTATCCCGTAAA,Epiblast
S4 56h:TCATTACTCTAAGCCA,Epiblast
S4 56h:GGGAAGTAGCTTAAGA,Epiblast
S4 56h:GTTGTCCGTCCGTACG,Epiblast
S4 56h:GATGTTGGTAACTGCT,Epiblast
S4 56h:CCGCAAGGTTCAAACC,Epiblast
S4 56h:CAACCTCTCTCCTGCA,Epiblast
S4 56h:CAGGCCATCCAATGCA,Epiblast
S4 56h:AACCCAATCCAACACA,Epiblast
S4 56h:GCCAGCAGTCCAGCCA,Epiblast
S4 56h:ACCGTTCAGTCACTAC,Epiblast
S4 56h:GAAGCGAAGCGCACAA,Epiblast
S4 56h:TAGACCACACACGCCA,Epiblast
S4 56h:TCTCCGACAACGTATC,Epiblast
S4 56h:GATAGAATCCATCTGC,Epiblast
S4 56h:TGCTCGTGTTGCATGT,Epiblast
S4 56h:TATCCTAAGCAAACAT,Epiblast
S4 56h:CAGCACGCAAGGCGTA,Epiblast
S4 56h:TCCTTCTAGCCAACCC,Epiblast
S4 56h:TCGACCTGTGAATGAT,Epiblast
S4 56h:ATGGGTTAGGTCCAGA,Exiting naive pluripotency
S4 56h:CTGTACCAGGACGCAT,Epiblast
S4 56h:GGAATGGGTTGCTCAA,Epiblast
S4 56h:TTTACGTCACCAGCTG,Epiblast
S4 56h:TCATGAGAGTCATGAA,Epiblast
S4 56h:GGCAGTCAGTTGCCCG,Epiblast
S4 56h:AGTAACCAGGATGTTA,Epiblast
S4 56h:GAGGGATTCCTCTAAT,Epiblast
S4 56h:ATTTCTGTCGAATGCT,Epiblast
S4 56h:TAACCAGCAGGTTACT,Epiblast
S4 56h:TTGCATTGTCCGCAGT,Epiblast
S4 56h:TCGGTCTCAACTGCTA,Epiblast
S4 56h:GGTTCTCTCATCGCCT,Epiblast
S4 56h:TCAAGACAGATCACCT,Exiting naive pluripotency
S4 56h:CATGAGTCAGATTAAG,Epiblast
S4 56h:CGAAGTTAGTTAGTAG,Epiblast
S4 56h:CGCGTGAGTAACCCTA,Epiblast
S4 56h:ATCCCTGTCGAATGCT,Epiblast
S4 56h:GAGGCCTTCTGGGAGA,Exiting naive pluripotency
S4 56h:GAGTTGTAGTGGATAT,Epiblast
S4 56h:TGCAGTAGTCACCGAC,Epiblast
S4 56h:TTTCAGTCAATGAGCG,Epiblast
S4 56h:GGTAATCTCGTAACTG,Epiblast
S4 56h:CATAGACCAGGAATCG,Epiblast
S4 56h:TGCATGATCATGACAC,Epiblast
S4 56h:GTCATGAGTGGAACAC,Epiblast
S4 56h:ATCACAGGTGGTAATA,Epiblast
S4 56h:GGTAACTCAATTCGTG,Epiblast
S4 56h:TTAGGGTTCCCTCGTA,Epiblast
S4 56h:CATTGTTCAACGTTAC,Epiblast
S4 56h:TCCCAGTTCTTACGTT,Epiblast
S4 56h:GTAGATCAGTTTAGGA,Epiblast
S4 56h:GGGATGAGTCTGCCTT,Epiblast
S4 56h:GGATGTTAGGATACCG,Epiblast
S4 56h:GTTAGTGCATGGCTAT,Epiblast
S4 56h:TGAGGTTGTCCAATCA,Epiblast
S4 56h:GTTAGACAGGTACTGG,Epiblast
S4 56h:GAGTCATCATTGAGCT,Epiblast
S4 56h:TTGATGGTCTGTTCAT,Epiblast
S4 56h:CCGGTAGTCTGAGGTT,Epiblast
S4 56h:CTCCTTTCAATTCTTC,Epiblast
S4 56h:CGAGGCTTCATTACTC,Epiblast
S4 56h:TATACCTAGACGGATC,Epiblast
S4 56h:CGCAGGTAGGTCATCT,Epiblast
S4 56h:TGCGACGCACTTCATT,Epiblast
S4 56h:CCAATGAGTATCCCTC,Epiblast
S4 56h:ACAACCACACACTGGC,Epiblast
S4 56h:GTTGAACGTAGTCTTG,Epiblast
S4 56h:ACGGGTCGTCTCGACG,Epiblast
S4 56h:AGTACTGCATTGGCAT,Epiblast
S4 56h:ACAGCCGTCACCCTCA,Epiblast
S4 56h:TCACACCAGCAGATAT,Epiblast
S4 56h:GAGGCAAAGGTCGAGT,Epiblast
S4 56h:GACTTCCAGTCTGTAC,Epiblast
S4 56h:CTGATCCAGATAACGT,Epiblast
S4 56h:TCACACCGTACAACGG,Epiblast
S4 56h:TGAATCGCATCATTTC,Epiblast
S4 56h:GACTCAACAATTGCTG,Epiblast
S4 56h:ATTCCATAGCTCATAC,Epiblast
S4 56h:GCCATTCAGGTTAGTA,Epiblast
S4 56h:TCGTAGACATAATCCG,Epiblast
S4 56h:TTCGGTCCAATAAGGT,Epiblast
S4 56h:GATGATCAGCCATTGT,Exiting naive pluripotency
S4 56h:GCGGAAATCCAACTAG,Epiblast
S4 56h:AACAAAGTCAAGCCCG,Epiblast
S4 56h:GGGTAGACAGAACGCA,Epiblast
S4 56h:GTGAGTTTCCACTGAA,Epiblast
S4 56h:TCTAACTAGTGTCATC,Epiblast
S4 56h:GTACAACAGTGCTCGC,Epiblast
S4 56h:TCCAGAACATATGCGT,Epiblast
S4 56h:GATCGTAGTAACTAAG,Epiblast
S4 56h:GAAGGGTCATACTGAC,Epiblast
S4 56h:CAGCAATAGCGCATCC,Epiblast
S4 56h:TTCTTCCCAGTTAGAA,Epiblast
S4 56h:TCCGAAATCGAGTGAG,Epiblast
S4 56h:TACGGTATCACGATCA,Exiting naive pluripotency
S4 56h:AGTAACCTCACCTGGG,Epiblast
S4 56h:CTGCCATGTTCCAGGC,Epiblast
S4 56h:TCCTCTTCAAGGTACG,Epiblast
S4 56h:GAACACTGTTAGTTCG,Epiblast
S4 56h:CATGCTCTCCGTAGTA,Epiblast
S4 56h:TCATACTGTAGTCCTA,Epiblast
S4 56h:ACGGAAGTCAAAGAAC,Epiblast
S4 56h:TCGCTTGGTAACACCT,Epiblast
S4 56h:AATGGAACATTGGCAT,Epiblast
S4 56h:TTCTAACAGTCTCTGA,Epiblast
S4 56h:CATAAGCCATCCGAGC,Exiting naive pluripotency
S4 56h:CGATGCGAGGCCATAG,Epiblast
S4 56h:TGCGGGTTCAACCTTT,Epiblast
S4 56h:TCCGATCAGCTCATAC,Epiblast
S4 56h:CTCACTGGTGCGTGCT,Epiblast
S4 56h:CTCCAACTCGTAGTCA,Epiblast
S4 56h:TCTAACTTCCACCCTA,Epiblast
S4 56h:GACGCTGGTCCTACAA,Epiblast
S4 56h:TTATTGCCATCCGGTG,Epiblast
S4 56h:GGTTAACAGCAGGTCA,Epiblast
S4 56h:AATGAAGTCTTCGATT,Epiblast
S4 56h:CCACAAATCATACGGT,Epiblast
S4 56h:TGCATGAGTCACTTCC,Epiblast
S4 56h:CTAGGTACATCTATCT,Epiblast
S4 56h:CATCCGTCACACCTGG,Epiblast
S4 56h:TTTACGTTCCATACAG,Epiblast
S4 56h:ACGGTTAAGTGCTCGC,Epiblast
S4 56h:AGATCCATCCACAGGC,Epiblast
S4 56h:TCGCACTTCACTTATC,Epiblast
S4 56h:TGGTGATGTTGGACCC,Epiblast
S4 56h:ACGGTCGCAATCCAGT,Epiblast
S4 56h:GTGCAGCGTGGACCTC,Epiblast
S4 56h:GACCTTCAGAACTGAT,Epiblast
S4 56h:CAACCTCAGCTACTAC,Epiblast
S4 56h:ACAAAGACATATACCG,Epiblast
S4 56h:GCTTTCGTCTCCACTG,Epiblast
S4 56h:TGAGGGAGTGTAACGG,Epiblast
S4 56h:GAGAAATGTCACTCTC,Epiblast
S4 56h:CTACCTGAGGCTTAGG,Epiblast
S4 56h:CTCAACCCACCAATTG,Epiblast
S4 56h:TACCCGTCACAGTCAT,Epiblast
S4 56h:AGATGAAGTTGTATGC,Epiblast
S4 56h:CTCCTTTTCCTATTTG,Epiblast
S4 56h:AAGATAGGTTGCCATA,Epiblast
S4 56h:TTCCGTGAGACTCGAG,Epiblast
S4 56h:TCAATTCTCCGGCAAC,Epiblast
S4 56h:GATGGAGAGAGAAGGT,Epiblast
S4 56h:CTCTGGTGTTTGTGGT,Epiblast
S4 56h:CTGCCATGTGAATATG,Epiblast
S4 56h:TTCTAGTGTAGCACAG,Epiblast
S4 56h:TGTTGAGCACTCCCTA,Epiblast
S4 56h:CCTGCATAGTCCGCGT,Epiblast
S4 56h:ACTTAGGTCCATCAGA,Epiblast
S4 56h:GAAGTAAAGATCACTC,Epiblast
S4 56h:GGTCACGAGGGCCCTT,Epiblast
S4 56h:CAGATCAAGAGAACCC,Epiblast
S4 56h:GTCACGGTCACCACAA,Epiblast
S4 56h:TTGTTTGTCTCGGTCT,Epiblast
S4 56h:AGGTCTAAGGGTCAAC,Epiblast
S4 56h:GGGACCTTCTCTATAC,Epiblast
S4 56h:ACTCCCAAGTCGCCAC,Epiblast
S4 56h:GGGAGATGTTTACGTG,Epiblast
S4 56h:ATGTCCCGTTACCCAA,Epiblast
S4 56h:TCTTTGAGTGACTGAG,Epiblast
S4 56h:GGTGGCTCAGCGTGCT,Epiblast
S4 56h:AGGATAAAGCCAACCC,Epiblast
S4 56h:GCATCTCAGGCCTTCG,Epiblast
S4 56h:TTCATTGGTCGCCTAG,Epiblast
S4 56h:TCAGGGCTCAGCTTCC,Epiblast
S4 56h:ATTGTTCTCTTGGGCG,Zscan4+ Artefact
S4 56h:CCACCATCAAATTGGA,Epiblast
S4 56h:CATCAAGCATGGGCAA,Epiblast
S4 56h:AGGCTGCCATCCTATT,Epiblast
S4 56h:CATCGGGTCTGTCGTC,Epiblast
S4 56h:CTCTGGTTCCTAAACG,Epiblast
S4 56h:CGAGTGCAGGTATTGA,Epiblast
S4 56h:GTAGGTTGTTATGGTC,Epiblast
S4 56h:CGATGGCCATACCATG,Epiblast
S4 56h:GAAATGATCGACACTA,Epiblast
S4 56h:GCCCAGAGTTCCAGGC,Epiblast
S4 56h:TGGATGTCATGGCTGC,Epiblast
S4 56h:GCACATATCCTCACGT,Epiblast
S4 56h:GACATCAGTAGCGAGT,Epiblast
S4 56h:ACGTAGTTCTTCGATT,Epiblast
S4 56h:CTCCACAAGTCGCCAC,Epiblast
S4 56h:TGCGGCAGTGGTCTAT,Epiblast
S4 56h:CGAATTGAGTTCCTGA,Epiblast
S4 56h:TACTTGTTCTAGTGAC,Epiblast
S4 56h:GTAGAGGTCGAACGGA,Epiblast
S4 56h:GGCACGTAGACTGAGC,Epiblast
S4 56h:GCAACATCAGGACTAG,Epiblast
S4 56h:AAATGGATCTTACGTT,Epiblast
S4 56h:CCACGTTTCGTCAGAT,Epiblast
S4 56h:CATGCCTAGCTGTGCC,Epiblast
S4 56h:CGATGCGCACAAACGG,Epiblast
S4 56h:TTCCAATTCACCATGA,Epiblast
S4 56h:GACTGATCAGTAGGAC,Epiblast
S4 56h:CCTCAGTAGCATCAGG,Epiblast
S4 56h:AAGAACATCCGCAAAT,Epiblast
S4 56h:GCCAGTGTCGAACTCA,Epiblast
S4 56h:ATGATCGCAGTCTCTC,Epiblast
S4 56h:AGAAATGCAGCTACTA,Epiblast
S4 56h:AACAACCTCATCCTAT,Epiblast
S4 56h:TGTAGACCAAGTGGAC,Epiblast
S4 56h:CATTGAGAGCTTGTTG,Epiblast
S4 56h:GCCTGTTTCCACGGGT,Epiblast
S4 56h:CTTACCGAGATACATG,Epiblast
S4 56h:CGGAATTCAGGCTTGC,Epiblast
S4 56h:ATTCATCTCTCAACGA,Epiblast
S4 56h:CGAAGGAAGACCTCCG,Epiblast
S4 56h:GTCTCACTCTCTATAC,Epiblast
S4 56h:CCACTTGTCGATTGAC,Epiblast
S4 56h:GTGAGTTAGGTTTACC,Epiblast
S4 56h:TCCGATCTCTGGCCTT,Epiblast
S4 56h:GACCAATAGATCCCAT,Epiblast
S4 56h:GTATTGGTCCTCTCGA,Epiblast
S4 56h:AGTGCCGGTTGTCAGT,Epiblast
S4 56h:GATCATGCATCGCTGG,Epiblast
S4 56h:GCCGTGATCCGAGTGC,Epiblast
S4 56h:TTGAACGAGCAGGTCA,Epiblast
S4 56h:TACTGCCCAGGAGACT,Epiblast
S4 56h:GCAGGCTGTCGACTGC,Epiblast
S4 56h:TAGTGCAGTATTGCCA,Epiblast
S4 56h:GTCACGGTCCAGGACC,Epiblast
S4 56h:GGAACCCCAGCATGCC,Epiblast
S4 56h:GGGTGAAGTCGAAGCA,Epiblast
S4 56h:TCAATCTGTCTTCCGT,Epiblast
S4 56h:ATTTCACTCTCGTCAC,Epiblast
S4 56h:CATCAAGCACTGGATT,Epiblast
S4 56h:TGCAGTATCACACCGG,Epiblast
S4 56h:ATACCGACAGCAGACA,Epiblast
S4 56h:ACTATCTTCAAGGTGG,Epiblast
S4 56h:GTCATGACATCGCCTT,Epiblast
S4 56h:CCTCATGCACTAACGT,Epiblast
S4 56h:TCTTCCTCATTGTAGC,Epiblast
S4 56h:TGTTCCGAGGGTAATT,Epiblast
S4 56h:GAAGAATCAGAATGTA,Epiblast
S4 56h:TTGCCTGGTTCTCGCT,Epiblast
S4 56h:AGGCCACAGTAAGACT,Epiblast
S4 56h:ACTATGGTCACCTCAC,Epiblast
S4 56h:GGAGCAATCCACTTTA,Epiblast
S4 56h:CCACGAGTCGCAACAT,Epiblast
S4 56h:GGTCACGAGGACAAGA,Epiblast
S4 56h:TCTTGCGCAACAAAGT,Epiblast
S4 56h:CGAGGCTCAGCCGGTT,Epiblast
S4 56h:GAGTCATCAAAGTATG,Epiblast
S4 56h:GTACAGTTCTTCACGC,Epiblast
S4 56h:ATCTCTACAGCTAACT,Epiblast
S4 56h:GTGGTTAGTTTGGGTT,Epiblast
S4 56h:CTGATCCTCCTCGCAT,Epiblast
S4 56h:ATATCCTCATGCACTA,Epiblast
S4 56h:GATCAGTCAGGATTCT,Epiblast
S4 56h:CTAAGTGGTCCGACGT,Epiblast
S4 56h:GGGACCTAGCGAACTG,Epiblast
S4 56h:CCTCAACAGACCTTTG,Exiting naive pluripotency
S4 56h:GTCTTTAGTCAGCTTA,Epiblast
S4 56h:AACACACAGGGCGAGA,Epiblast
S4 56h:CTCCAACTCGTGTGGC,Epiblast
S4 56h:TTGCTGCAGCACTAAA,Epiblast
S4 56h:GCGGATCGTTGGGCCT,Epiblast
S4 56h:ACCCAAAGTCTGATCA,Epiblast
S4 56h:CGATGGCGTCACCGAC,Epiblast
S4 56h:ACTATTCTCCGCTTAC,Epiblast
S4 56h:TACTGCCTCGAGCACC,Epiblast
S4 56h:GACCAATAGGGACACT,Epiblast
S4 56h:ACTCCCAGTTGGGACA,Epiblast
S4 56h:TCCTTTCTCCCTTGTG,Epiblast
S4 56h:ATCGTGACATGACTTG,Epiblast
S4 56h:TATCTGTTCTCACGAA,Epiblast
S4 56h:TGGTAGTAGCACTGGA,Epiblast
S4 56h:AAACCCAGTGGTCAAG,Epiblast
S4 56h:CACCGTTTCTCCATAT,Epiblast
S4 56h:CACATGAGTAGTTAGA,Epiblast
S4 56h:CAATGACGTGACTCGC,Epiblast
S4 56h:GAATCGTGTGTTCGTA,Epiblast
S4 56h:GTGAGGAAGTCCCGGT,Epiblast
S4 56h:CAAGAGGAGATGAAGG,Epiblast
S4 56h:TCAGCCTAGCCATTGT,Epiblast
S4 56h:AAAGAACCAGCTACAT,Epiblast
S4 56h:ATCCACCGTTGCTCGG,Epiblast
S4 56h:TACCGAACAGCAGACA,Epiblast
S4 56h:GACAGCCAGACGAAGA,Epiblast
S4 56h:AGATGCTGTACGTAGG,Epiblast
S4 56h:TTTAGTCAGGTAGCCA,Epiblast
S4 56h:AATGGAATCAAGTTGC,Epiblast
S4 56h:CCAAGCGCATACATCG,Epiblast
S4 56h:CCACAAATCGCCGAAC,Epiblast
S4 56h:CCGTAGGAGTTTGTCG,Epiblast
S4 56h:AGCTACACAAGCTGTT,Epiblast
S4 56h:CAAAGAAAGTATTAGG,Epiblast
S4 56h:GAGTTGTCAACACGTT,Epiblast
S4 56h:CAAGAGGGTGACCTGC,Epiblast
S4 56h:CTCCACACAACCGTGC,Epiblast
S4 56h:TCCACCATCTCCCTAG,Epiblast
S4 56h:CCACGAGGTGCATGAG,Epiblast
S4 56h:CACGTGGGTACCGCGT,Epiblast
S4 56h:AGTTAGCCAGACCATT,Epiblast
S4 56h:TACACCCCAAGAGAGA,Epiblast
S4 56h:GCATGATTCCTTATAC,Epiblast
S4 56h:AAATGGATCTCGACGG,Epiblast
S4 56h:CCCTGATAGTGAGGCT,Exiting naive pluripotency
S4 56h:GTTGAACAGGCATCTT,Epiblast
S4 56h:AGCCAGCCACGAGAAC,Epiblast
S4 56h:AGGTGTTGTAACGGTG,Epiblast
S4 56h:TCATACTCAACACACT,Epiblast
S4 56h:CCTAACCCATCGTTCC,Epiblast
S4 56h:CTGGCAGAGTACGAGC,Epiblast
S4 56h:TATTTCGTCCCTTGTG,Epiblast
S4 56h:TCCCAGTGTACAACGG,Epiblast
S4 56h:ACACAGTTCTTCCCGA,Epiblast
S4 56h:TAGGTTGTCCTTCTTC,Epiblast
S4 56h:TCGGATACAATGAAAC,Epiblast
S4 56h:GCTTTCGTCTACTCAT,Epiblast
S4 56h:AACCCAATCTCTAAGG,Epiblast
S4 56h:CATTCCGCACGAGAAC,Epiblast
S4 56h:TCCCAGTAGATACCAA,Epiblast
S4 56h:ATGACCAGTGTGGTCC,Exiting naive pluripotency
S4 56h:ACTATTCTCCATTTAC,Epiblast
S4 56h:TCTGCCACAGACCCGT,Epiblast
S4 56h:TGCTTGCAGGCGAAGG,Epiblast
S4 56h:GTTTACTTCCTTATGT,Epiblast
S4 56h:GATCGTAAGTGCCAGA,Epiblast
S4 56h:CACTGGGAGCTGGTGA,Epiblast
S4 56h:CTACATTAGTTTGCTG,Epiblast
S4 56h:TTACCATGTTGTAGCT,Epiblast
S4 56h:ACGTTCCCATCGATCA,Epiblast
S4 56h:TTGGATGAGCACCGAA,Epiblast
S4 56h:TGATTTCCAGCGTACC,Epiblast
S4 56h:TTGGGTAAGTACCCTA,Epiblast
S4 56h:ATTTCACGTCATACCA,Epiblast
S4 56h:CCTAAGACAACCGTAT,Epiblast
S4 56h:TGACAGTCAGATCATC,Epiblast
S4 56h:GTGTCCTAGCGACTGA,Epiblast
S4 56h:GTACAGTCAGTATTCG,Epiblast
S4 56h:CGGGTGTGTTGCATAC,Epiblast
S4 56h:CAGTTCCAGGTTTGAA,Epiblast
S4 56h:ACGATGTAGAGCTGCA,Epiblast
S4 56h:CCATCACTCACGAACT,Epiblast
S4 56h:CAATTTCTCTAACACG,Epiblast
S4 56h:GACTTCCTCAAGAATG,Epiblast
S4 56h:TTCAGGAAGCTGAGCA,Epiblast
S4 56h:ACACAGTTCATGCCCT,Epiblast
S4 56h:ATTCATCAGGCTGTAG,Epiblast
S4 56h:GTAACACCAGAACCGA,Epiblast
S4 56h:CACGGGTCAGGTCCCA,Epiblast
S4 56h:AGGACGACACATCATG,Epiblast
S4 56h:CGGGCATCAAGTACCT,Epiblast
S4 56h:TAACCAGAGTATAGAC,Epiblast
S4 56h:TGTAACGCACCTTCGT,Epiblast
S4 56h:CTCCCTCCACTAACCA,Epiblast
S4 56h:CCTCCTCTCAAGCCCG,Epiblast
S4 56h:ATGGGAGCATGGTACT,Epiblast
S4 56h:CCCTAACGTAGTCGTT,Epiblast
S4 56h:TCAGTCCAGAGAACCC,Epiblast
S4 56h:AACGTCACATATTCGG,Epiblast
S4 56h:ACCTGAACAGATCCTA,Epiblast
S4 56h:TTAGGGTTCTGCTGAA,Epiblast
S4 56h:CACGAATCACTATCGA,Epiblast
S4 56h:CCTCTCCTCTCTTAAC,Epiblast
S4 56h:TCGAACACAGGGACTA,Epiblast
S4 56h:CTCCCTCAGGGAGGCA,Epiblast
S4 56h:TTACCGCAGCAACTTC,Epiblast
S4 56h:TGTGATGTCGATCCAA,Epiblast
S4 56h:CACTGTCCACCACTGG,Epiblast
S4 56h:CTCTCGACACCGTCGA,Epiblast
S4 56h:GACGTTATCGAGATGG,Epiblast
S4 56h:TGAACGTCATCACAGT,Epiblast
S4 56h:TTGGGTAAGAGACAAG,Exiting naive pluripotency
S4 56h:CATCAAGCACACGGAA,Epiblast
S4 56h:TTTATGCCACACGTGC,Epiblast
S4 56h:TTACCGCCAAACCACT,Epiblast
S4 56h:CTCAACCTCTAAGCGT,Epiblast
S4 56h:GTCCCATCAATCGTCA,Epiblast
S4 56h:GTAATCGGTAGTCCTA,Epiblast
S4 56h:GATAGAACACAAATAG,Epiblast
S4 56h:TTGACCCGTCAGACGA,Exiting naive pluripotency
S4 56h:AGCCACGGTGCGACAA,Epiblast
S4 56h:AGCTCAATCGAATGCT,Epiblast
S4 56h:ATCCCTGTCTCTGCTG,Epiblast
S4 56h:ACTGCAACATTGAAGA,Epiblast
S4 56h:TCCTCTTGTTCTTCAT,Epiblast
S4 56h:TGTGCGGCAGCGAACA,Epiblast
S4 56h:CCGATCTCACTTCTCG,Epiblast
S4 56h:TCCTCTTAGTACCCTA,Epiblast
S4 56h:GGAGGTAGTTGCATAC,Epiblast
S4 56h:CGATGCGGTGACACAG,Epiblast
S4 56h:ACGCACGTCTGGTGGC,Epiblast
S4 56h:TGGGAAGTCAGGACAG,Epiblast
S4 56h:TAGGAGGCAATCCAGT,Epiblast
S4 56h:TTGGGATCACAATGTC,Epiblast
S4 56h:TCGTAGAAGAAACTGT,Epiblast
S4 56h:TAACACGGTTCTAACG,Epiblast
S4 56h:CACAGATGTGGACCAA,Epiblast
S4 56h:TCTATCAGTAGAAACT,Epiblast
S4 56h:TTACCGCTCTCGACGG,Epiblast
S4 56h:AAGGAATTCATCTATC,Epiblast
S4 56h:TCCTGCAAGATAACGT,Epiblast
S4 56h:AAGTGAATCAGACCTA,Epiblast
S4 56h:TCGGTCTGTCTTCCGT,Epiblast
S4 56h:TCATTCATCTCAACGA,Epiblast
S4 56h:AGACCCGTCTTAGTTC,Epiblast
S4 56h:GATGACTCATCTTCGC,Epiblast
S4 56h:TCGCAGGGTGAATGAT,Epiblast
S4 56h:TCATTACCATCAGCTA,Epiblast
S4 56h:TGTGTGAAGCCTATCA,Epiblast
S4 56h:ACTCTCGGTGACAGCA,Epiblast
S4 56h:TGCTGAAGTACCCAGC,Epiblast
S4 56h:CGGGCATTCATGCCGG,Epiblast
S4 56h:ATGAGGGCACCCGTAG,Epiblast
S4 56h:ACCTGTCAGAAACTAC,Epiblast
S4 56h:AACGAAAGTGCCTATA,Epiblast
S4 56h:CGAGGCTAGGTAGCCA,Epiblast
S4 56h:CAGATCAAGTATCCTG,Epiblast
S4 56h:GCTGAATCACCATTCC,Epiblast
S4 56h:TGCATGAGTAACATCC,Epiblast
S4 56h:GCGGATCCATGTTACG,Epiblast
S4 56h:TCACACCTCCGTGTAA,Epiblast
S4 56h:GTGAGCCTCGCTACGG,Epiblast
S4 56h:TTGTTGTCAATACCTG,Epiblast
S4 56h:CTCCACATCTCATTGT,Epiblast
S4 56h:TCTCAGCCACCAAATC,Epiblast
S4 56h:AGACCCGAGTGCCCGT,Epiblast
S4 56h:GATCATGAGTTCTACG,Epiblast
S4 56h:TTGGGATGTTTACACG,Epiblast
S4 56h:CTCAGGGAGAGGGTGG,Epiblast
S4 56h:TTCAGGATCAAATGCC,Epiblast
S4 56h:TACCCGTCACGACTAT,Epiblast
S4 56h:GATGCTATCATTACGG,Epiblast
S4 56h:GATGATCTCCTGTAGA,Epiblast
S4 56h:CATCCGTCACCTCAGG,Epiblast
S4 56h:CTTTCAAGTCCAGTTA,Epiblast
S4 56h:TTAGGGTTCCGTTGGG,Epiblast
S4 56h:TTCTTCCGTTTACCTT,Epiblast
S4 56h:CAGGTATTCAAATGAG,Epiblast
S4 56h:AGAAGTAAGAATCGCG,Epiblast
S4 56h:TTTCATGGTGACACAG,Epiblast
S4 56h:TCAAGACAGGTAAGGA,Epiblast
S4 56h:CTCTCAGGTCTTTATC,Epiblast
S4 56h:GAGAGGTTCTAACGCA,Epiblast
S4 56h:CACAACAAGCTCATAC,Epiblast
S4 56h:CCTACGTAGCTGTTAC,Epiblast
S4 56h:CCGGACACAGGGATAC,Epiblast
S4 56h:AATGGAATCGGACTGC,Epiblast
S4 56h:CTCCAACTCAATCTTC,Epiblast
S4 56h:GAAGTAATCCAGCTCT,Epiblast
S4 56h:TACCCACCAAAGGCGT,Epiblast
S4 56h:GCAACCGTCACTGGGC,Epiblast
S4 56h:CGGTCAGCACCCTAGG,Epiblast
S4 56h:TTGGGATTCGTCTCAC,Epiblast
S4 56h:TAGGTTGGTGTGTGTT,Epiblast
S4 56h:TCGTAGAAGCCGTTGC,Epiblast
S4 56h:GCCATGGTCCGCATAA,Epiblast
S4 56h:CGGAATTCAATCTGCA,Epiblast
S4 56h:CTTTCGGTCCCGAACG,Epiblast
S4 56h:AGTAACCTCGACGCGT,Epiblast
S4 56h:AACGGGAGTTACACTG,Epiblast
S4 56h:AGAGCCCCAAGTATAG,Epiblast
S4 56h:TAGAGTCAGACCAAGC,Epiblast
S4 56h:GATGCTAAGAGATTCA,Epiblast
S4 56h:GATCACACAAGCGCAA,Epiblast
S4 56h:TGAGTCAAGGCATCGA,Zscan4+ Artefact
S4 56h:GAGTCATCAGATGCGA,Epiblast
S4 56h:TACAGGTTCTGCGATA,Epiblast
S4 56h:TTGCTGCGTATCTCGA,Epiblast
S4 56h:TCCTCCCCAATCAAGA,Epiblast
S4 56h:TCTTGCGCACAACGAG,Exiting naive pluripotency
S4 56h:GTATTTCAGCGTCAGA,Epiblast
S4 56h:CACGGGTGTTACACAC,Epiblast
S4 56h:TCATGGATCTTACGGA,Epiblast
S4 56h:CTGCATCCATCCAATG,Epiblast
S4 56h:AGACCATCAACGAGGT,Epiblast
S4 56h:CCCGGAAGTATGAAAC,Epiblast
S4 56h:ACGATGTTCCATTCGC,Epiblast
S4 56h:TTGCCTGTCCAATCTT,Epiblast
S4 56h:AAGCGTTGTCTTGTCC,Epiblast
S4 56h:GCCAACGGTGGATCGA,Epiblast
S4 56h:TCATTCAGTGCCTATA,Epiblast
S4 56h:ACCTGTCAGACGCCCT,Epiblast
S4 56h:TTGAACGTCTCCCATG,Epiblast
S4 56h:AGTCAACAGTCCCAGC,Epiblast
S4 56h:ATTTACCCAAGAAATC,Epiblast
S4 56h:TACCGAAGTATGAAGT,Epiblast
S4 56h:TCCTCCCAGCGACATG,Epiblast
S4 56h:CTAAGTGCATCCGGTG,Epiblast
S4 56h:ACCATTTGTCTTAGTG,Epiblast
S4 56h:ATTTCACTCTAGACCA,Epiblast
S4 56h:TTGCCTGCATCAGCAT,Epiblast
S4 56h:ACTCTCGGTAACCAGG,Epiblast
S4 56h:GGAGATGAGAGTATAC,Epiblast
S4 56h:GACAGCCGTGTCTAAC,Epiblast
S4 56h:TTTCATGTCCATAGGT,Epiblast
S4 56h:GTGATGTTCCTTCTGG,Epiblast
S4 56h:ATGGGTTTCCCAGGCA,Epiblast
S4 56h:GTGCTGGCAATTCTCT,Epiblast
S4 56h:CACATGACATATGAAG,Epiblast
S4 56h:GTTGCGGTCCTACGGG,Epiblast
S4 56h:GTTGCGGCATTGACCA,Exiting naive pluripotency
S4 56h:TGATGGTCATGGCCAC,Epiblast
S4 56h:AGACCCGCAAGGAGTC,Epiblast
S4 56h:CATACAGCAGACTGCC,Epiblast
S4 56h:ATTGTTCTCGAGCTGC,Epiblast
S4 56h:ACCACAAAGAAACCAT,Epiblast
S4 56h:GATGTTGGTCAACCAT,Epiblast
S4 56h:CGCATGGCAGACCGCT,Epiblast
S4 56h:GGACGTCTCAAACCCA,Epiblast
S4 56h:TCTTCCTAGCATGTTC,Epiblast
S4 56h:GGTGAAGTCCTACCGT,Epiblast
S4 56h:TGCGGGTGTATCGAAA,Epiblast
S4 56h:GTACAGTAGCTGTCCG,Epiblast
S4 56h:GCTGCAGAGTCATCCA,Epiblast
S4 56h:AGGAGGTGTCCTCCAT,Epiblast
S4 56h:CAGCCAGGTCCACACG,Epiblast
S4 56h:CTAGGTATCGGTATGT,Epiblast
S4 56h:TCATATCCAGCCTACG,Epiblast
S4 56h:ACGGGTCGTGAGATAT,Epiblast
S4 56h:ACTTATCTCTTCACGC,Epiblast
S4 56h:GGTGTCGTCCTACCAC,Epiblast
S4 56h:ATTCGTTAGCATGATA,Epiblast
S4 56h:CATGCTCGTCCGGACT,Epiblast
S4 56h:TGTTGAGGTTTCCCAC,Epiblast
S4 56h:AGTAGTCAGTTACTCG,Epiblast
S4 56h:TTCTTCCTCGTTATCT,Epiblast
S4 56h:ACGCACGGTTCTGAGT,Epiblast
S4 56h:CTAGACACAGGTCCGT,Epiblast
S4 56h:TGATTCTCAGCTGAGA,Epiblast
S4 56h:AGATCCACACCGGTCA,Epiblast
S4 56h:CACTGTCCAGGGAATC,Epiblast
S4 56h:AGCGATTTCCAACCGG,Epiblast
S4 56h:GGGTTATAGCGATTCT,Epiblast
S4 56h:TTCATTGCAATTGTGC,Epiblast
S4 56h:GGAGCAATCCACGAAT,Epiblast
S4 56h:CGAGTGCAGGTTGAGC,Epiblast
S4 56h:GTAGAGGAGCACACCC,Epiblast
S4 56h:AGACAAACAGGTCTCG,Epiblast
S4 56h:ATTACTCAGTTCCGGC,Epiblast
S4 56h:CCGGTGACAGCGACAA,Epiblast
S4 56h:GACTCTCCAGATGCGA,Exiting naive pluripotency
S4 56h:GACGCTGAGCGCTGCT,Exiting naive pluripotency
S4 56h:GGTTAACTCATTCCTA,Epiblast
S4 56h:ACCACAACACGAGGAT,Epiblast
S4 56h:ATGACCACATCCGGCA,Epiblast
S4 56h:TATCAGGCAGTTAGGG,Epiblast
S4 56h:GATTGGTCACGCCACA,Epiblast
S4 56h:CCTCTCCCAATCTGCA,Epiblast
S4 56h:ATACCTTAGGATTTGA,Epiblast
S4 56h:AAAGGATAGTATGATG,Epiblast
S4 56h:TACGGGCGTGTCCACG,Epiblast
S4 56h:GGCACGTCATATCTGG,Epiblast
S4 56h:GTGTTCCGTTCCTAAG,Epiblast
S4 56h:ATCACTTAGATAGTCA,Epiblast
S4 56h:GGAGATGAGTAGCTCT,Epiblast
S4 56h:AACAAAGCAATGACCT,Epiblast
S4 56h:ATGCATGGTTCCGCGA,Epiblast
S4 56h:AGCTTCCAGGAGGTTC,Epiblast
S4 56h:CACTTCGCACAGAGAC,Epiblast
S4 56h:GTACAACGTAGTCTTG,Epiblast
S4 56h:TTGCATTCACATAACC,Epiblast
S4 56h:GTTACAGGTCCCTGAG,Epiblast
S4 56h:CATGCTCAGTGCGACA,Epiblast
S4 56h:TTGAGTGCAGTCTCTC,Epiblast
S4 56h:GATTGGTTCGTCTACC,Epiblast
S4 56h:TACGGTACAGGTGTTT,Epiblast
S4 56h:TACCCGTTCCGTAATG,Epiblast
S4 56h:TGTCCTGAGTCTAGAA,Epiblast
S4 56h:GACGTTACATTCAGGT,Epiblast
S4 56h:CTCAATTAGCGGTAGT,Epiblast
S4 56h:AAGCGTTAGTGCTCAT,Epiblast
S4 56h:TTTCAGTAGCAACTTC,Epiblast
S4 56h:AGTCAACAGGCCTTCG,Epiblast
S4 56h:ATCGTGACAATCAGCT,Epiblast
S4 56h:CTCATGCCATAATCGC,Epiblast
S4 56h:AGCTCAACATTAGGCT,Epiblast
S4 56h:TCACATTAGTGAGTTA,Epiblast
S4 56h:CGTCAAAAGTCCCGAC,Epiblast
S4 56h:GTAGGTTGTTGGGAAC,Epiblast
S4 56h:TTGGATGTCCCAGGCA,Epiblast
S4 56h:ATAGGCTGTCCGGTGT,Epiblast
S4 56h:AATTCCTGTAGGTACG,Epiblast
S4 56h:GGAGCAAAGTCTTCCC,Epiblast
S4 56h:TGGAGGACAAAGAACT,Epiblast
S4 56h:TGGTAGTAGGTTCATC,Epiblast
S4 56h:CAGTTAGGTCATCAGT,Exiting naive pluripotency
S4 56h:TTCACCGAGGCTCCCA,Epiblast
S4 56h:ATGAGGGGTCCAGTTA,Epiblast
S4 56h:AATCACGAGCCACCGT,Epiblast
S4 56h:TGGATCATCTTGGTGA,Epiblast
S4 56h:CGTCAAATCACTCGAA,Epiblast
S4 56h:CATCCCATCGGAGATG,Epiblast
S4 56h:CTTGAGACACTGTTCC,Epiblast
S4 56h:GACATCACATACCGTA,Epiblast
S4 56h:GGCGTCAAGCGATCGA,Epiblast
S4 56h:GTTCTATCAAGTGGCA,Epiblast
S4 56h:GCTTGGGTCAGAGCGA,Epiblast
S4 56h:GACTATGGTCCAGTTA,Epiblast
S4 56h:GAGGCAATCGCGTGCA,Epiblast
S4 56h:GCAGCTGTCTTCGATT,Epiblast
S4 56h:CAACCAAAGCCTCACG,Epiblast
S4 56h:GTTGTAGGTACTGCGC,Epiblast
S4 56h:CGGGTCACAGCATCTA,Epiblast
S4 56h:ATTCTACTCTTAATCC,Epiblast
S4 56h:AGACTCAGTGTCACAT,Epiblast
S4 56h:CTGGACGCATAGAATG,Epiblast
S4 56h:TCTGGCTAGACCAAGC,Epiblast
S4 56h:ATACCGAGTCACTGAT,Epiblast
S4 56h:TTTATGCCAAGTATAG,Epiblast
S4 56h:CCCTCAACATGCGGTC,Epiblast
S4 56h:TTGCATTAGCATCAAA,Epiblast
S4 56h:CAATCGACAAGGTTGG,Epiblast
S4 56h:GCAGCTGGTTGCCTAA,Epiblast
S4 56h:GCAACCGGTCAGACTT,Epiblast
S4 56h:TGATTTCTCCTCTCGA,Epiblast
S4 56h:TATCCTAGTTCTCACC,Epiblast
S4 56h:GTCAAACGTGATATAG,Epiblast
S4 56h:TCGGATAGTCAAATCC,Epiblast
S4 56h:TTCATTGTCAGCTCTC,Epiblast
S4 56h:GAAATGAAGCACTGGA,Epiblast
S4 56h:CTTTCAAAGTTACGTC,Epiblast
S4 56h:CGGAATTGTGAGTGAC,Epiblast
S4 56h:CATCGCTTCCTCATAT,Epiblast
S4 56h:AATCACGAGCCTGTGC,Epiblast
S4 56h:TCATCATCAGAAGCTG,Epiblast
S4 56h:AAAGGGCAGCATGATA,Epiblast
S4 56h:TCATTACAGGCAGGGA,Epiblast
S4 56h:GCTTCACCACATGTTG,Epiblast
S4 56h:CTTCCTTCATGAAGCG,Epiblast
S4 56h:CCTAAGAAGTTGCCTA,Epiblast
S4 56h:TGCGGGTTCAATCAGC,Epiblast
S4 56h:CCTTGTGGTATGCAAA,Epiblast
S4 56h:ACCCTTGAGCACGGAT,Epiblast
S4 56h:GACCGTGGTCAGGAGT,Epiblast
S4 56h:CAACGATAGACCATTC,Epiblast
S4 56h:GGAGGTACACTCCGGA,Epiblast
S4 56h:GCCAACGAGAAGAGCA,Epiblast
S4 56h:CCTGCATAGATGCCGA,Epiblast
S4 56h:CATGCTCCACATGACT,Epiblast
S4 56h:AACACACAGCACGATG,Epiblast
S4 56h:CGGACACAGTCGGCCT,Epiblast
S4 56h:CCAATGAGTCTCTCTG,Epiblast
S4 56h:CTACCCAAGAACCCGA,Epiblast
S4 56h:TCCCAGTTCACGATAC,Epiblast
S4 56h:GCAGTTAGTACGGGAT,Epiblast
S4 56h:ATTCCCGCAATGAGCG,Epiblast
S4 56h:GTCTACCGTCTCACGG,Epiblast
S4 56h:GGAATCTCAACGACAG,Epiblast
S4 56h:CCCTCAAAGTATCCTG,Epiblast
S4 56h:TCAGTGATCTGCAGCG,Epiblast
S4 56h:AGTACCACAAGCACCC,Epiblast
S4 56h:CAGGGCTAGTGACCTT,Epiblast
S4 56h:CATTGTTGTCAAATCC,Epiblast
S4 56h:AACAAGACATCCTTGC,Epiblast
S4 56h:CTCCATGTCACTACTT,Epiblast
S4 56h:GTCGAATCAGCCGTCA,Epiblast
S4 56h:GGCACGTGTCGACTGC,Epiblast
S4 56h:GACATCAGTGGGTATG,Epiblast
S4 56h:CGGGTCACAGGCTCTG,Epiblast
S4 56h:GACCGTGCACACCTAA,Epiblast
S4 56h:TGCCGAGCACGAAGAC,Epiblast
S4 56h:AGAACAAAGGCCGCTT,Epiblast
S4 56h:TGGTGATCAGCTTTGA,Epiblast
S4 56h:CCTCACAAGGTTACCT,Epiblast
S4 56h:AATGGCTCAGGAATCG,Epiblast
S4 56h:GATAGAAGTGCAATAA,Epiblast
S4 56h:ACTACGAGTAGTCACT,Epiblast
S4 56h:GGTTCTCAGATAACAC,Exiting naive pluripotency
S4 56h:GGAGAACTCAAATGCC,Epiblast
S4 56h:TTCTAGTCAGGCGTTC,Epiblast
S4 56h:TCCGGGACACAATCTG,Epiblast
S4 56h:TGTCCCAAGAGCTGCA,Epiblast
S4 56h:ATCACAGTCTAGCAAC,Epiblast
S4 56h:AAGTGAAGTCCAAAGG,Epiblast
S4 56h:TCACACCCACTGGCCA,Epiblast
S4 56h:GATCATGTCCACAGGC,Epiblast
S4 56h:TACTTCAGTCCTACGG,Exiting naive pluripotency
S4 56h:TAACTTCGTAATTGGA,Epiblast
S4 56h:GCTCAAAAGCTAGAGC,Epiblast
S4 56h:TTGGGTACATCCGGCA,Epiblast
S4 56h:GGAGGTACATATCGGT,Epiblast
S4 56h:GGCTTGGCAGGAATAT,Epiblast
S4 56h:TCGCACTCATTGCAAC,Epiblast
S4 56h:AACACACAGTCTGTAC,Epiblast
S4 56h:TGCGGCATCTACAGGT,Epiblast
S4 56h:ACAACCATCGCGCCAA,Epiblast
S4 56h:TACTTACGTCTGCGCA,Epiblast
S4 56h:ACTCCCAAGTCCGCCA,Epiblast
S4 56h:TGAGGTTTCTGCCCTA,Epiblast
S4 56h:ATGGTTGGTCGGCCTA,Epiblast
S4 56h:CTCCTTTAGAGAGAAC,Epiblast
S4 56h:TTCAGGACAATGTGGG,Epiblast
S4 56h:AGATAGAGTGAGACCA,Epiblast
S4 56h:TCTATCAGTAGTGTGG,Epiblast
S4 56h:TCCATCGGTGATTCTG,Epiblast
S4 56h:CCGTAGGCAGAACGCA,Epiblast
S4 56h:GGGACAAAGCCATGCC,Epiblast
S4 56h:ACATCGAAGCTAAATG,Epiblast
S4 56h:AATTTCCAGGCTCAAG,Epiblast
S4 56h:TGACGCGGTTCGATTG,Epiblast
S4 56h:ACAAAGAAGCAGTAAT,Epiblast
S4 56h:CACGAATCAAATCAAG,Epiblast
S4 56h:CTATCTAAGACGGTCA,Epiblast
S4 56h:ACCACAAGTTTGTTCT,Epiblast
S4 56h:TTTGGAGTCTGACCCT,Epiblast
S4 56h:TATACCTCATCGATCA,Epiblast
S4 56h:GATGAGGAGTCATGCT,Epiblast
S4 56h:ACACAGTTCGACATAC,Epiblast
S4 56h:GAGGGATGTTTCGATG,Epiblast
S4 56h:TGATCTTAGAGCAGTC,Epiblast
S4 56h:TCCCACAAGCTCCATA,Epiblast
S4 56h:GACCCTTGTCCATAGT,Epiblast
S4 56h:TGTCAGACACCTCTAC,Epiblast
S4 56h:ATTGTTCCAGCATACT,Epiblast
S4 56h:GGTCACGTCGACACTA,Epiblast
S4 56h:ATGTCCCGTAGAGCTG,Epiblast
S4 56h:GTATTGGAGGTAGCCA,Epiblast
S4 56h:GATGGAGTCTGCAGCG,Epiblast
S4 56h:ATTCTTGCATACAGGG,Epiblast
S4 56h:GACTATGCAATGGCCC,Epiblast
S4 56h:ACAGAAACATCCGGTG,Epiblast
S4 56h:GGAACCCCAAGGAGTC,Epiblast
S4 56h:GTGCGTGCACGCACCA,Epiblast
S4 56h:AGTGATCGTCTGCATA,Epiblast
S4 56h:CACTTCGGTCTTAGTG,Epiblast
S4 56h:CGGAGAACAAAGGTTA,Epiblast
S4 56h:AAACCCATCGCATTGA,Epiblast
S4 56h:AGACTCATCGTCGATA,Epiblast
S4 56h:TCGACGGAGGATTTAG,Epiblast
S4 56h:TTTACCATCATCAGTG,Epiblast
S4 56h:GTAATCGCACGCGCTA,Epiblast
S4 56h:AACGTCACAACCCTCT,Epiblast
S4 56h:CGGGACTGTAACTTCG,Epiblast
S4 56h:GTGATGTTCCAAGAGG,Exiting naive pluripotency
S4 56h:TCCCATGAGGAACGTC,Epiblast
S4 56h:TAACGACCACAGCATT,Epiblast
S4 56h:GAACACTTCTACCCAC,Epiblast
S4 56h:GATTCGATCACGAACT,Epiblast
S4 56h:CGGTCAGCAAGTTTGC,Epiblast
S4 56h:TCGTAGAAGAACTTCC,Epiblast
S4 56h:AGAAGTAAGAGAAGGT,Epiblast
S4 56h:TATTCCAGTGGATGAC,Epiblast
S4 56h:CTCAACCTCACCCTCA,Epiblast
S4 56h:CACAGGCCACCCATAA,Epiblast
S4 56h:TGCTTGCTCACCTGTC,Epiblast
S4 56h:AGCTCAACAGTCCCGA,Epiblast
S4 56h:TTTCGATGTATGAGAT,Epiblast
S4 56h:CGGGTCACACGTAGTT,Epiblast
S4 56h:ATCCACCAGGACTTCT,Epiblast
S4 56h:TGATGCAAGATTGATG,Epiblast
S4 56h:CATCCCAGTATACAGA,Epiblast
S4 56h:TTCAATCTCCATTCAT,Epiblast
S4 56h:CATGAGTAGAACTTCC,Epiblast
S4 56h:GGATCTAGTCGAAACG,Epiblast
S4 56h:TCAGGTACACCCAATA,Epiblast
S4 56h:GTAATCGTCTGTAACG,Epiblast
S4 56h:TATGTTCAGTAACGTA,Epiblast
S4 56h:ATTCCCGAGTTGTCAC,Epiblast
S4 56h:TTCATGTCACGGGTAA,Epiblast
S4 56h:TGCGGGTCACCAGCGT,Epiblast
S4 56h:AGGCCACGTATCACCA,Epiblast
S4 56h:TTTGTTGAGATGACAT,Epiblast
S4 56h:AGGGAGTTCAAGAGTA,Epiblast
S4 56h:GATTGGTCAATCCTTT,Epiblast
S4 56h:TATTGCTTCATGGCCG,Epiblast
S4 56h:ACGGAAGTCTACCACC,Epiblast
S4 56h:GCCATGGTCTCCGCAT,Epiblast
S4 56h:TTGTTCAGTCACCTTC,Epiblast
S4 56h:GTGCAGCCAGTCACGC,Epiblast
S4 56h:GCTACCTCAGGGTCTC,Epiblast
S4 56h:CAACGGCTCATACGAC,Epiblast
S4 56h:CGGAATTCAAGTGGTG,Epiblast
S4 56h:ACTACGACAAACACGG,Epiblast
S4 56h:TGTACAGAGATCCCAT,Epiblast
S4 56h:ACGATCAGTCCAAGAG,Epiblast
S4 56h:ACGCACGAGATTCGAA,Epiblast
S4 56h:AGTCTCCGTAAGGCCA,Epiblast
S4 56h:GTGCTTCTCAAACCTG,Epiblast
S4 56h:GGAATCTAGATAGTGT,Epiblast
S4 56h:GGGTTTACACATTCTT,Epiblast
S4 56h:TACCCGTCAACTGCTA,Epiblast
S4 56h:CATAAGCGTGATAGAT,Epiblast
S4 56h:TAAGCCAAGGTCGCCT,Epiblast
S4 56h:TATTGCTGTGTATTGC,Epiblast
S4 56h:AGTCACATCCCTTGTG,Epiblast
S4 56h:GCCAGTGAGGACGGAG,Epiblast
S4 56h:ATCGGATGTGAGTCAG,Epiblast
S4 56h:CTCCAACAGTAATCCC,Epiblast
S4 56h:TCACTATAGCTCTTCC,Epiblast
S4 56h:ATTCACTTCTGCCTGT,Epiblast
S4 56h:TGCCGAGGTTTCGCTC,Epiblast
S4 56h:GAGGCAACAACCGACC,Epiblast
S4 56h:CGAGGCTGTTTCGCTC,Epiblast
S4 56h:TCTTTGACACCCAATA,Epiblast
S4 56h:CTTCGGTTCCTTCTTC,Epiblast
S4 56h:GTACAGTGTTAGAAGT,Epiblast
S4 56h:CATGCGGTCCATATGG,Epiblast
S4 56h:GTAATCGCAAGCTGTT,Epiblast
S4 56h:TGAATCGGTGTCATCA,Epiblast
S4 56h:GTAGGAGGTAGCGCTC,Epiblast
S4 56h:GTCCTCAGTACGACTT,Epiblast
S4 56h:GGGTTTAAGTGCAAAT,Epiblast
S4 56h:GCGGAAATCTGATGGT,Exiting naive pluripotency
S4 56h:CATTCTAGTAACGTTC,Epiblast
S4 56h:TCTTTGACATCGGATT,Epiblast
S4 56h:CACAGGCGTGGGAGAG,Epiblast
S4 56h:CGTAGTAGTCCAGGTC,Epiblast
S4 56h:TAACCAGCAGCAGTAG,Epiblast
S4 56h:ATGCATGAGACGGTCA,Epiblast
S4 56h:TGTGATGAGGATACGC,Epiblast
S4 56h:AGAACCTGTTCGCGTG,Epiblast
S4 56h:AGGTCTAAGGAGATAG,Epiblast
S4 56h:GAATCGTCAACTCATG,Epiblast
S4 56h:CCACACTAGGCAGTCA,Epiblast
S4 56h:AGCCACGCATTAAGCC,Epiblast
S4 56h:GAGGGTAGTATCACCA,Epiblast
S4 56h:TCAATCTGTATCGTGT,Epiblast
S4 56h:TCAGTCCTCTTCCCGA,Epiblast
S4 56h:CGGAGAACACAAGCCC,Epiblast
S4 56h:CTGCCATCACCGCTAG,Epiblast
S4 56h:AGTCATGAGGCATTTC,Epiblast
S4 56h:GACCTTCAGATGGCGT,Epiblast
S4 56h:GACCAATTCGCCGAAC,Epiblast
S4 56h:GCATGATTCATCTCTA,Epiblast
S4 56h:GACTATGCACAACGAG,Epiblast
S4 56h:AGGATAACAAGTTGGG,Epiblast
S4 56h:GGCGTCATCTCTCGCA,Epiblast
S4 56h:TTCTTGACAGCTCATA,Epiblast
S4 56h:AGCGTATGTCATCGGC,Epiblast
S4 56h:CAAGAGGCAACACAAA,Epiblast
S4 56h:TTGTTGTGTGTCATCA,Epiblast
S4 56h:TATTGCTGTGCTGCAC,Epiblast
S4 56h:CTGGACGGTAGTCACT,Epiblast
S4 56h:TACCGGGTCTATACGG,Epiblast
S4 56h:GTATTGGAGAGTCAGC,Epiblast
S4 56h:TGAGGAGTCCCGAAAT,Epiblast
S4 56h:AGGAAATAGTCATTGC,Epiblast
S4 56h:CAATTTCGTGCCGGTT,Epiblast
S4 56h:TACTGCCCAGCGTTGC,Epiblast
S4 56h:TAGGAGGCAGTAACCT,Epiblast
S4 56h:TCATTCACAATAGGGC,Epiblast
S4 56h:TCGGTCTTCTACTGCC,Epiblast
S4 56h:AATGGCTGTGTTGACT,Epiblast
S4 56h:GGAGATGTCGGCTGAC,Epiblast
S4 56h:AGGTCTAAGCAGCCCT,Epiblast
S4 56h:TAAGCCAAGTCTTCGA,Epiblast
S4 56h:TCGACCTGTAGAGGAA,Epiblast
S4 56h:TTGTTTGGTCATAGTC,Epiblast
S4 56h:ATACCTTAGTCGCCAC,Epiblast
S4 56h:CAGCAATAGGGCAGGA,Epiblast
S4 56h:CATAAGCAGAAGGCTC,Epiblast
S4 56h:AACGGGACACCCTCTA,Epiblast
S4 56h:ACTGTGATCGATTGAC,Epiblast
S4 56h:GATCCCTGTGACGTCC,Epiblast
S4 56h:CGGGTGTAGACCTGGA,Epiblast
S4 56h:TAACCAGTCCTAGCCT,Epiblast
S4 56h:TACCTGCAGACCACGA,Epiblast
S4 56h:TCTCACGGTGACAGCA,Epiblast
S4 56h:GAGAGGTAGTGAATAC,Epiblast
S4 56h:GCGGAAACACCGCTGA,Epiblast
S4 56h:ACAAGCTTCTAAGCGT,Epiblast
S4 56h:CATCAAGTCAAGCCCG,Epiblast
S4 56h:AGTTAGCAGCAGTACG,Epiblast
S4 56h:TTTACGTTCCGTGCGA,Epiblast
S4 56h:ATACTTCCAACCGGAA,Epiblast
S4 56h:CTCAATTAGGGCTAAC,Epiblast
S4 56h:TCCACGTTCAAATGCC,Epiblast
S4 56h:ACATCCCTCGGCCTTT,Epiblast
S4 56h:TTGCTGCAGTAGCTCT,Epiblast
S4 56h:CCTCACACAAGTATAG,Epiblast
S4 56h:ATCACTTTCGCCTTGT,Epiblast
S4 56h:CCTCCTCGTTCTTGTT,Epiblast
S4 56h:TCACGGGAGCCGGATA,Epiblast
S4 56h:AATCGTGGTGAGTGAC,Epiblast
S4 56h:TGATGCAGTTGCTAGT,Epiblast
S4 56h:CTACGGGCAAACACGG,Epiblast
S4 56h:AACCATGCAGACCATT,Epiblast
S4 56h:CGATGCGCAGCAGTTT,Epiblast
S4 56h:CGGTCAGCAACCGATT,Epiblast
S4 56h:TCTGCCAAGACCATAA,Epiblast
S4 56h:CTTCAATGTCACTCAA,Epiblast
S4 56h:TTCTGTAAGGAATTAC,Epiblast
S4 56h:CCCTGATAGCGCCTAC,Epiblast
S4 56h:TACACCCAGTCGAAAT,Epiblast
S4 56h:TTAATCCTCCTTTAGT,Epiblast
S4 56h:AAAGGTACAAGCGCAA,Epiblast
S4 56h:TCGCTTGTCGTGAGAG,Epiblast
S4 56h:TAATCTCTCGTACACA,Epiblast
S4 56h:TGTGGCGCACGCTTAA,Epiblast
S4 56h:TATTGCTAGCGAGAAA,Epiblast
S4 56h:TTGGGCGCATCCAACA,Epiblast
S4 56h:ACTTCGCCAATACGAA,Epiblast
S4 56h:GTAACCAAGTAAGCAT,Epiblast
S4 56h:CGCAGGTGTGATAGTA,Exiting naive pluripotency
S4 56h:AAACGCTAGCCGGATA,Epiblast
S4 56h:AGACTCAGTATACCCA,Epiblast
S4 56h:GACCTTCCAGCTAACT,Epiblast
S4 56h:GTACAACTCGACCATA,Epiblast
S4 56h:AGGACTTTCTTACTGT,Epiblast
S4 56h:GTCGAATTCGCTTAAG,Epiblast
S4 56h:TTTATGCGTCATGCAT,Epiblast
S4 56h:CGCAGGTCAACCCGCA,Epiblast
S4 56h:TCATTGTTCATTGCGA,Epiblast
S4 56h:CCAAGCGCAAACTAAG,Epiblast
S4 56h:CTCATCGGTTAGTTCG,Epiblast
S4 56h:GCTTTCGAGAGCCCAA,Epiblast
S4 56h:CACGAATTCAGGACGA,Epiblast
S4 56h:GCTTCACTCAATGCAC,Epiblast
S4 56h:CAGGGCTTCGCTACGG,Epiblast
S4 56h:GCCAGTGTCCGTGACG,Exiting naive pluripotency
S4 56h:AACCATGGTATCACGT,Epiblast
S4 56h:GCTGGGTAGTGGACTG,Epiblast
S4 56h:AACAAAGAGCATCCTA,Epiblast
S4 56h:TGTTGAGAGGAGTACC,Epiblast
S4 56h:CAGCAATAGAGGTCAC,Epiblast
S4 56h:ACCGTTCAGACATAGT,Epiblast
S4 56h:TCAGGTACATAACCCA,Epiblast
S4 56h:ATTGTTCAGGAGAGTA,Epiblast
S4 56h:TGCGGGTTCACACCCT,Epiblast
S4 56h:GAGTCATCAGCTAACT,Epiblast
S4 56h:GACTCTCGTTGGCTAT,Epiblast
S4 56h:GATTCGAAGTCATCCA,Epiblast
S4 56h:TACCTGCGTGTTACTG,Epiblast
S4 56h:CACTTCGTCGGCTCTT,Epiblast
S4 56h:TGATTCTCAGAATGTA,Epiblast
S4 56h:TGAGCGCTCTTACCGC,Epiblast
S4 56h:GTTGTGACACGGCGTT,Epiblast
S4 56h:TCCATGCCACTTACAG,Epiblast
S4 56h:GAGACTTCATTATGCG,Epiblast
S4 56h:GAGTCTATCATGACAC,Epiblast
S4 56h:CTGGTCTAGCTCTATG,Epiblast
S4 56h:TGAGGGATCCGTTTCG,Epiblast
S4 56h:AGGGTCCTCTCATTTG,Epiblast
S4 56h:TGTGATGCAGCTGTTA,Epiblast
S4 56h:CTGGCAGCAGACAAAT,Epiblast
S4 56h:CTGTACCGTATGTGTC,Epiblast
S4 56h:ACAGGGAGTGCAGATG,Epiblast
S4 56h:GTACAGTCACGCCAGT,Epiblast
S4 56h:GATGTTGGTTGTTGAC,Exiting naive pluripotency
S4 56h:GGGACAACATGACTCA,Epiblast
S4 56h:TAACTTCTCCACCTGT,Epiblast
S4 56h:ATTACCTCAGTAGTTC,Epiblast
S4 56h:CGGGACTAGAAGCGGG,Epiblast
S4 56h:GGCTTTCGTTGCAACT,Epiblast
S4 56h:GACACGCAGACAACAT,Epiblast
S4 56h:TTGCTGCGTCCATCTC,Epiblast
S4 56h:TCGGGTGGTCGAGATG,Epiblast
S4 56h:CCGATCTAGTCATTGC,Epiblast
S4 56h:CATGCGGCAGATTTCG,Epiblast
S4 56h:TATTGGGGTGGCGCTT,Epiblast
S4 56h:CCGGTGATCTCTGCTG,Epiblast
S4 56h:GTGAGTTCATGTTTGG,Epiblast
S4 56h:CATCAAGCAAATCAAG,Epiblast
S4 56h:TACTTACCAAATTGCC,Epiblast
S4 56h:GGGTGAACACAGCCTG,Epiblast
S4 56h:TGGCGTGAGTATTAGG,Epiblast
S4 56h:TAATCTCTCGGACAAG,Epiblast
S4 56h:CACCAAACAATACGAA,Epiblast
S4 56h:ATCAGGTCACGGTAGA,Epiblast
S4 56h:GAGTTTGTCAGTAGGG,Epiblast
S4 56h:ATGAGGGAGTGGAAGA,Epiblast
S4 56h:AGTAACCTCTACCCAC,Epiblast
S4 56h:TTGCTGCGTCCCTGTT,Exiting naive pluripotency
S4 56h:TCTCACGTCATGCCAA,Epiblast
S4 56h:TAAGCCAGTGGAAGTC,Epiblast
S4 56h:CCGCAAGCACAGCATT,Epiblast
S4 56h:TACTTACTCTCCCAAC,Epiblast
S4 56h:TTCCTCTCACCGGCTA,Epiblast
S4 56h:GAGTCATGTGTGTGGA,Epiblast
S4 56h:AGCGATTTCGAGCTGC,Epiblast
S4 56h:CATAGACCACAATCTG,Epiblast
S4 56h:CGAGTTAGTATGCGTT,Epiblast
S4 56h:TTGGGATAGTGGGAAA,Epiblast
S4 56h:TCAGCCTTCTGAATCG,Epiblast
S4 56h:TGCGATAAGGAGGTTC,Epiblast
S4 56h:GCATTAGCACTATCGA,Epiblast
S4 56h:GTAGTACAGGACAAGA,Epiblast
S4 56h:CCACTTGAGTCTGTAC,Epiblast
S4 56h:GAGTGTTCACAACATC,Epiblast
S4 56h:TCAAGTGCAATCTCTT,Epiblast
S4 56h:AGGAATAGTCAAGGCA,Epiblast
S4 56h:AGCGCTGAGTCCCGGT,Epiblast
S4 56h:CGTCAAATCGGACAAG,Epiblast
S4 56h:CCACCATAGGCTCCCA,Epiblast
S4 56h:AGCGCCAGTCCCTGAG,Epiblast
S4 56h:CTTCCGAAGCCTTTCC,Epiblast
S4 56h:GATCAGTTCTGCATAG,Epiblast
S4 56h:CGAAGTTGTAGACTGG,Epiblast
S4 56h:GTACAGTCAGACCAAG,Epiblast
S4 56h:CATACTTAGCCTAACT,Epiblast
S4 56h:TGACTCCAGATGGTCG,Epiblast
S4 56h:TTCAATCCAGAGAATT,Epiblast
S4 56h:GGAGATGCACCGTACG,Epiblast
S4 56h:ATTCCCGCACGATAGG,Epiblast
S4 56h:TTTCCTCGTAAGATTG,Epiblast
S4 56h:GTTACCCGTAGCGTTT,Epiblast
S4 56h:TTGCATTTCGCTCTAC,Epiblast
S4 56h:CCTCCTCAGGTATCTC,Epiblast
S4 56h:GAACGTTCAGTATACC,Epiblast
S4 56h:AGACAGGGTTGCTGAT,Epiblast
S4 56h:TAAGCCAAGGGACAGG,Epiblast
S4 56h:GACCTTCGTCCAGCCA,Epiblast
S4 56h:ACTCCCAAGATCACCT,Epiblast
S4 56h:GACTATGTCAGCTTCC,Epiblast
S4 56h:TTGCTGCAGCTACAAA,Epiblast
S4 56h:AGCCAATCATACTGAC,Epiblast
S4 56h:CCCAACTGTTACGTAC,Epiblast
S4 56h:TCTATACCATCATGAC,Epiblast
S4 56h:CAAGAGGAGACATAAC,Epiblast
S4 56h:AAGTGAAAGGTAGACC,Epiblast
S4 56h:CGGACACTCATTTCCA,Epiblast
S4 56h:TTCGCTGAGCCAAGTG,Epiblast
S4 56h:CATTGCCTCCTTTAGT,Epiblast
S4 56h:ATGAAAGCAAAGGCAC,Exiting naive pluripotency
S4 56h:CTCTCAGGTTGACTGT,Epiblast
S4 56h:AACGAAAGTGTCCACG,Epiblast
S4 56h:CGATCGGTCGGAACTT,Epiblast
S4 56h:GACTATGAGCAATAGT,Epiblast
S4 56h:GCTTCACCAATGTCTG,Epiblast
S4 56h:GAAGCCCAGAAACACT,Epiblast
S4 56h:AGCGTATTCACATACG,Epiblast
S4 56h:ACGTCCTCACAAAGTA,Epiblast
S4 56h:ACCATTTCAGCGACCT,Epiblast
S4 56h:GCGGAAAAGTATGGCG,Epiblast
S4 56h:CGGACACAGGAACGTC,Epiblast
S4 56h:AGCGATTCACCAGACC,Epiblast
S4 56h:AACAGGGTCTGGACCG,Epiblast
S4 56h:CATGCGGCAAGGACAC,Epiblast
S4 56h:AGACCCGAGATCGCTT,Epiblast
S4 56h:GTCTACCAGGTAGGCT,Epiblast
S4 56h:GCAGCCAGTGATTAGA,Epiblast
S4 56h:CGGGACTAGGATCACG,Epiblast
S4 56h:CAGTTCCTCTGGGCGT,Epiblast
S4 56h:ACGTAGTTCTGGCTGG,Epiblast
S4 56h:AGTACTGGTCGAGATG,Epiblast
S4 56h:AGTCATGAGCGCACAA,Epiblast
S4 56h:ATTCAGGAGCCTGGAA,Epiblast
S4 56h:ACGTCCTTCCATCAGA,Epiblast
S4 56h:AATGGAATCGAGAAGC,Epiblast
S4 56h:GGCTGTGCATAGAGGC,Epiblast
S4 56h:TGATCAGCAAATACAG,Epiblast
S4 56h:ACGGTTAGTTGCCTAA,Epiblast
S4 56h:CCGCAAGCAAACGTGG,Epiblast
S4 56h:CAGATCACACTAACCA,Epiblast
S4 56h:CTACCCAAGGAAAGAC,Epiblast
S4 56h:GTCACTCCATCGTGGC,Epiblast
S4 56h:GATTTCTGTGTTCATG,Epiblast
S4 56h:CTTCAATGTGTTACAC,Epiblast
S4 56h:GGCACGTGTCATAGTC,Epiblast
S4 56h:CTCTCGATCCTAGAGT,Epiblast
S4 56h:GAAATGAGTCGTACTA,Epiblast
S4 56h:ATAGGCTTCGGAGTGA,Epiblast
S4 56h:GCTTCACGTGTTACAC,Epiblast
S4 56h:ATCATTCAGATCGGTG,Epiblast
S4 56h:TGCCGAGTCTTGGCTC,Epiblast
S4 56h:TACTTACGTTTCTATC,Epiblast
S4 56h:AGACCATAGTGCAAAT,Epiblast
S4 56h:GCCATGGTCGAGAAGC,Epiblast
S4 56h:ACGGTCGCACTTCAGA,Epiblast
S4 56h:ATTCCTACAGCTAACT,Epiblast
S4 56h:TACAGGTCAAATGAGT,Epiblast
S4 56h:CTTCGGTAGAGAGGGC,Epiblast
S4 56h:TGGGCTGAGTGGGAAA,Epiblast
S4 56h:GTAGAAAGTCGTGGAA,Epiblast
S4 56h:TTTGGTTTCCGATCTC,Epiblast
S4 56h:AATGGCTTCACTTATC,Epiblast
S4 56h:CATACAGAGACTGAGC,Epiblast
S4 56h:TCACATTGTCGCACAC,Epiblast
S4 56h:CATGGTAAGGAAAGGT,Epiblast
S4 56h:CATGGATTCGCCACTT,Epiblast
S4 56h:ACGTTCCTCAAGCTGT,Epiblast
S4 56h:AACCAACTCTAGAACC,Epiblast
S4 56h:AGTTAGCTCATTCGGA,Epiblast
S4 56h:ATTCCATGTAAGGCCA,Epiblast
S4 56h:CCCAACTGTATCGCTA,Epiblast
S4 56h:CTTGATTGTCTGCATA,Epiblast
S4 56h:CAGATTGGTGTACAGG,Epiblast
S4 56h:AAGCCATTCTGATGGT,Epiblast
S4 56h:TCTCTGGTCCCTTTGG,Epiblast
S4 56h:ATGGGTTCACGACAAG,Epiblast
S4 56h:ATTACTCCATCAGCTA,Epiblast
S4 56h:TCTGTCGCACTATGTG,Epiblast
S4 56h:TTGGGATCACACCAGC,Epiblast
S4 56h:GTTCATTAGTGGAATT,Epiblast
S4 56h:GCCATTCCATAGGAGC,Epiblast
S4 56h:TTTCCTCCATTGACTG,Epiblast
S4 56h:GACACGCTCCCATTTA,Epiblast
S4 56h:ACGTCCTCATGCGGTC,Epiblast
S4 56h:AGCGCCAAGCTGTGCC,Epiblast
S4 56h:AATGGAAAGTGGCGAT,Epiblast
S4 56h:TGGGATTCACCCATAA,Epiblast
S4 56h:TCTTTGAGTCATCAGT,Epiblast
S4 56h:CTACGGGCATCGATAC,Epiblast
S4 56h:CGTAGTATCCGATGTA,Epiblast
S4 56h:TGATGGTGTGCTGATT,Epiblast
S4 56h:CAACAGTTCAACCTCC,Epiblast
S4 56h:CGGGTCATCTAGGCCG,Epiblast
S4 56h:GTTGCTCCAGGAAGTC,Epiblast
S4 56h:TCTCCGAGTTCTTGCC,Epiblast
S4 56h:GGTGTTAAGTGCGTCC,Epiblast
S4 56h:TTCAGGAGTGACTCGC,Epiblast
S4 56h:TGACTCCTCCGTACGG,Epiblast
S4 56h:GCTTTCGAGGAACGAA,Epiblast
S4 56h:TCCTAATTCTCTTCAA,Epiblast
S4 56h:GGTCACGAGATGACCG,Epiblast
S4 56h:GACAGCCCACGCAAAG,Epiblast
S4 56h:ACCTGAATCTCTCAAT,Epiblast
S4 56h:CTGCGAGTCTTTGCGC,Epiblast
S4 56h:TTCGCTGAGTCAGGGT,Epiblast
S4 56h:GTCCCATAGAATCGCG,Epiblast
S4 56h:CGGGCATGTGACCGTC,Epiblast
S4 56h:CGGTCAGCAATGGGTG,Epiblast
S4 56h:TGTCCACAGGTGCAGT,Epiblast
S4 56h:GCTTCACGTTATTCTC,Epiblast
S4 56h:CTCCCTCTCTCCACTG,Epiblast
S4 56h:TTCCACGGTTAAGGGC,Epiblast
S4 56h:CCGAACGAGTGATCGG,Epiblast
S4 56h:GGGACCTTCTGGCCAG,Epiblast
S4 56h:TATCTTGAGATTTGCC,Epiblast
S4 56h:GTCTAGACAGAGATTA,Epiblast
S4 56h:GACACGCCATGGTGGA,Epiblast
S4 56h:CATCCCATCTTACCGC,Epiblast
S4 56h:TTTAGTCAGGAGTATT,Epiblast
S4 56h:ACATTTCCATACCGTA,Epiblast
S4 56h:TGTTGGAGTTCTCTCG,Epiblast
S4 56h:TGCGGGTCAATCAGCT,Epiblast
S4 56h:AGTGACTCATGCACTA,Epiblast
S4 56h:CTACCCAAGACCAAGC,Epiblast
S4 56h:TGGTACACAACCGGAA,Epiblast
S4 56h:GCGGATCGTTAACAGA,Epiblast
S4 56h:AACTTCTTCAAGTGGG,Epiblast
S4 56h:GTTGTCCGTGAACCGA,Epiblast
S4 56h:TCCCAGTGTGGTCTCG,Epiblast
S4 56h:GACGTTAGTTAAGCAA,Epiblast
S4 56h:TGCCGAGGTAACACCT,Epiblast
S4 56h:TACCTCGAGGTCTGGA,Epiblast
S4 56h:AGATGAACACAGTACT,Epiblast
S4 56h:GTAACCATCAAGAGTA,Epiblast
S4 56h:TCATACTTCAGTGCGC,Epiblast
S4 56h:GTGGAAGTCAGCGCAC,Epiblast
S4 56h:TCCTTTCCATATGCGT,Epiblast
S4 56h:TAGGTTGCATCTCCCA,Epiblast
S4 56h:AGTGATCAGGACTTCT,Epiblast
S4 56h:CTCCAACGTCGGTACC,Epiblast
S4 56h:CAGATCATCACTTATC,Epiblast
S4 56h:CCACGTTAGTCTCGTA,Epiblast
S4 56h:CCTCTCCCAACCAACT,Epiblast
S4 56h:TGCGATACAACCACGC,Epiblast
S4 56h:TTTAGTCTCCCAGGCA,Epiblast
S4 56h:CGTTAGAAGGATTTGA,Epiblast
S4 56h:GGGTGAAAGTAAGACT,Epiblast
S4 56h:TACGGTATCCCGTTCA,Epiblast
S4 56h:CAGCACGTCGTTCATT,Epiblast
S4 56h:CCCATTGGTGGTTTAC,Epiblast
S4 56h:TCCTTTCGTCTAGATC,Epiblast
S4 56h:TGTTTGTCATGATGCT,Epiblast
S4 56h:GTCTGTCGTTGGGCCT,Epiblast
S4 56h:GGTCACGTCTGTCAGA,Epiblast
S4 56h:ATCTTCACATGATCTG,Epiblast
S4 56h:CATCGCTTCGGAGTAG,Epiblast
S4 56h:AGCCAGCCAAGTAGTA,Epiblast
S4 56h:CTCCGATTCTTCGACC,Epiblast
S4 56h:TCCGGGATCCATCAGA,Epiblast
S4 56h:AATGAAGCATGTTCGA,Epiblast
S4 56h:AACACACGTTCAGCTA,Epiblast
S4 56h:GGGCTACCATGGCTGC,Epiblast
S4 56h:ACGTACAAGTCCTACA,Epiblast
S4 56h:AGGGTCCAGCAGGTCA,Epiblast
S4 56h:ACATCCCTCTATTGTC,Epiblast
S4 56h:TCTCACGAGAGAGCCT,Epiblast
S4 56h:CTTTCAAAGATCCAAA,Epiblast
S4 56h:CGAATTGGTGATTCAC,Epiblast
S4 56h:CTTCTAAAGTTTGCTG,Epiblast
S4 56h:AGGGCCTGTGAGCTCC,Epiblast
S4 56h:TACCTCGCACTTGTCC,Epiblast
S4 56h:TCGCTTGGTTTACCTT,Epiblast
S4 56h:TGGAACTGTGGAATGC,Epiblast
S4 56h:TGACCCTCAAGCGAAC,Epiblast
S4 56h:ACATCCCTCCGTGACG,Epiblast
S4 56h:GAGAAATGTACTTGTG,Epiblast
S4 56h:TAGAGTCCATGTGCCG,Epiblast
S4 56h:TGAGACTAGAGCATAT,Epiblast
S4 56h:CCCAACTTCGGCCAAC,Epiblast
S4 56h:TCACACCTCTCAATCT,Epiblast
S4 56h:AGTGTTGGTACATACC,Epiblast
S4 56h:GTCTACCCAGAACTCT,Epiblast
S4 56h:CCCGAAGCACGGTGAA,Epiblast
S4 56h:AGGAGGTAGTCCTGTA,Epiblast
S4 56h:TACTTCACAATCGCAT,Epiblast
S4 56h:GACGCTGGTTTGCCGG,Epiblast
S4 56h:TAATTCCCAGAGACTG,Epiblast
S4 56h:CACAGGCCACGGCCAT,Epiblast
S4 56h:GCTTGGGTCGAGCCTG,Epiblast
S4 56h:GCTCAAAGTCTCTCTG,Epiblast
S4 56h:GCACGGTCACGCAAAG,Epiblast
S4 56h:GTGGTTACACATTCTT,Epiblast
S4 56h:GGTCACGCATCCGAAT,Epiblast
S4 56h:AGGCCACCATCCTAAG,Epiblast
S4 56h:TGGCGTGTCTCACCCA,Epiblast
S4 56h:AGCGATTTCCATATGG,Epiblast
S4 56h:CTCCCAAGTGACAACG,Epiblast
S4 56h:TATCTGTGTTGTTGTG,Epiblast
S4 56h:ACGGTTATCGCCCAGA,Exiting naive pluripotency
S4 56h:GTGCTTCCACCTAAAC,Epiblast
S4 56h:CAACCAATCTCTCGAC,Epiblast
S4 56h:GTTCGCTCACGCTGAC,Epiblast
S4 56h:AGTGTTGTCCACGGAC,Epiblast
S4 56h:AGTCTCCAGAGTGAAG,Epiblast
S4 56h:ACAACCAGTACCCGCA,Epiblast
S4 56h:ATACCGAGTTGGAGAC,Epiblast
S4 56h:ACATTTCTCTCCGCAT,Epiblast
S4 56h:TCAGTGAGTCCAAATC,Epiblast
S4 56h:AGGACGAGTGTCACAT,Epiblast
S4 56h:TCGACGGCATCTAACG,Epiblast
S4 56h:TAGGTTGGTAGCTTTG,Epiblast
S4 56h:ATTGGGTAGACGAAGA,Epiblast
S4 56h:ATAGAGAAGTATGCAA,Epiblast
S4 56h:TACATTCTCCCAATAG,Epiblast
S4 56h:ACTATGGCAAGGGCAT,Epiblast
S4 56h:TTACCGCCACCGTACG,Epiblast
S4 56h:CGTGCTTAGTGGATAT,Epiblast
S4 56h:TTAGTCTAGATGCGAC,Epiblast
S4 56h:CATAGACTCCGATCGG,Epiblast
S4 56h:GTTAGTGTCTCTTAAC,Epiblast
S4 56h:GCGAGAAAGTCAGGGT,Epiblast
S4 56h:ACGGTCGCATTGGCAT,Epiblast
S4 56h:TCCTCCCGTGGATGAC,Epiblast
S4 56h:TTGCATTTCTCTCGCA,Epiblast
S4 56h:CATGCAATCTTACCAT,Epiblast
S4 56h:TCGGGTGAGTGTCATC,Epiblast
S4 56h:AACCCAACAAGCTGTT,Epiblast
S4 56h:TCATATCCACCTCGTT,Epiblast
S4 56h:ATTTCTGCATTAGGAA,Epiblast
S4 56h:ACATCGACATGGCCCA,Epiblast
S4 56h:CAGATACAGCAGATAT,Epiblast
S4 56h:TCGAAGTTCATTTCGT,Epiblast
S4 56h:AACACACTCGTGTGAT,Epiblast
S4 56h:GGCACGTTCAAGGTGG,Epiblast
S4 56h:TTACCGCAGGTCACCC,Epiblast
S4 56h:TGCTTCGGTCATCACA,Epiblast
S4 56h:TCGACGGTCGTTAGTG,Epiblast
S4 56h:TAACACGCAATCCAGT,Epiblast
S4 56h:GGTGTTAAGACTGTTC,Epiblast
S4 56h:GTGGGAAAGTGCGCTC,Epiblast
S4 56h:CTGCCTAAGCGCCTCA,Epiblast
S4 56h:CCGTTCACAGTACTAC,Epiblast
S4 56h:TGTTACTTCCCTCGTA,Epiblast
S4 56h:CATCCGTCATAGGAGC,Epiblast
S4 56h:TCAATCTCAAGTTGGG,Epiblast
S4 56h:AGCGATTTCATTCATC,Epiblast
S4 56h:ACAACCAGTTCTGAGT,Epiblast
S4 56h:GTCATTTCATCAGCTA,Epiblast
S4 56h:TCTTCCTGTATGAGGC,Epiblast
S4 56h:TGAGTCATCCTGCTAC,Epiblast
S4 56h:TATTCCACATCCTTGC,Epiblast
S4 56h:CGAAGTTCAACGTTAC,Epiblast
S4 56h:ACACCAATCTTCACGC,Epiblast
S4 56h:GTAAGTCTCTATGCCC,Epiblast
S4 56h:CCTCTCCAGCTGTACT,Epiblast
S4 56h:AGAGAATCAGGTCCGT,Epiblast
S4 56h:GTCTGTCGTACTGGGA,Epiblast
S4 56h:ACAGGGATCTTCCCAG,Epiblast
S4 56h:AGACTCATCCTGTTGC,Epiblast
S4 56h:GACTTCCGTTCAGTAC,Epiblast
S4 56h:TGATGCAAGCTTCTAG,Epiblast
S4 56h:GGGTTATAGCCACCGT,Epiblast
S4 56h:ATGGATCAGGCGTTGA,Epiblast
S4 56h:CTCAATTCACATACGT,Epiblast
S4 56h:ACTTTGTTCAAGGACG,Epiblast
S4 56h:CTCAGAATCATGAGAA,Epiblast
S4 56h:TTCGGTCAGTAATACG,Epiblast
S4 56h:CAACCTCTCTCTTAAC,Epiblast
S4 56h:GTATTGGAGAATTCAG,Epiblast
S4 56h:TGGTACAGTGTACATC,Epiblast
S4 56h:GTGCTTCCAAGAATGT,Epiblast
S4 56h:ACACCAAAGATGTTCC,Exiting naive pluripotency
S4 56h:GTCTACCCACAGTCGC,Epiblast
S4 56h:AGTACTGAGCATCAAA,Epiblast
S4 56h:AAATGGAGTATCAGGG,Epiblast
S4 56h:AAACGAACAGGCCCTA,Epiblast
S4 56h:CGGTCAGAGAGGACTC,Epiblast
S4 56h:GTAGGTTTCTAGACCA,Epiblast
S4 56h:AAGCGAGGTGTGCCTG,Epiblast
S4 56h:AGTAACCCACCCAACG,Epiblast
S4 56h:TGGAGGACACATACGT,Epiblast
S4 56h:GGATCTATCGTCACCT,Epiblast
S4 56h:CAGCACGCAACGGCCT,Epiblast
S4 56h:GCATTAGTCCATGCAA,Epiblast
S4 56h:GGTTGTACAATAGGAT,Epiblast
S4 56h:TTCTAGTAGAGGGTCT,Epiblast
S4 56h:TTATTGCAGTTGAAGT,Epiblast
S4 56h:GTAGCTACACACTTAG,Epiblast
S4 56h:AGCCAGCTCCGTGTGG,Epiblast
S4 56h:CTACCTGAGACCATAA,Epiblast
S4 56h:AATCGTGAGTCAGAGC,Epiblast
S4 56h:TAGGGTTGTCCGATCG,Epiblast
S4 56h:TCACACCCATGCCGGT,Epiblast
S4 56h:CAGATTGGTTGTCAGT,Epiblast
S4 56h:ACTATGGCAAGCGCTC,Epiblast
S4 56h:AGTAACCTCCAAACCA,Epiblast
S4 56h:GCTTCACGTGGGAGAG,Epiblast
S4 56h:AAGTCGTTCGACGACC,Epiblast
S4 56h:GCCAGCAAGTTGCCTA,Epiblast
S4 56h:GTTAGTGTCAAGCCTA,Epiblast
S4 56h:CAGGTATTCGTCTAAG,Epiblast
S4 56h:AACACACAGCCAGAGT,Epiblast
S4 56h:AACTTCTTCTGCGGGT,Epiblast
S4 56h:TCATTCATCTCCTACG,Epiblast
S4 56h:GCCATTCCACAACCGC,Epiblast
S4 56h:ACTATTCAGCTTAGTC,Epiblast
S4 56h:TATTGCTGTGCCGGTT,Epiblast
S4 56h:CCCTGATCAGACCCGT,Epiblast
S4 56h:CCGATGGCACATAGCT,Epiblast
S4 56h:TCTACATGTTGGATCT,Epiblast
S4 56h:GGGTAGACAGCTTTGA,Epiblast
S4 56h:TTCACGCAGTCAGAGC,Epiblast
S4 56h:ACTTAGGCAGTAGGAC,Epiblast
S4 56h:TCACAAGAGGTAAAGG,Epiblast
S4 56h:TCGCAGGAGTCAGCGA,Epiblast
S4 56h:GTTGAACGTTCCGTTC,Epiblast
S4 56h:ACAAAGACACTGTCCT,Epiblast
S4 56h:GCTGAATCATTGCCTC,Epiblast
S4 56h:GATGGAGTCTATCGTT,Epiblast
S4 56h:AAAGTCCAGCCTTCTC,Epiblast
S4 56h:TCACGCTAGCGCCGTT,Epiblast
S4 56h:TTGTTCAAGATCACCT,Epiblast
S4 56h:TTAGGGTTCTACGCAA,Epiblast
S4 56h:ATCGCCTAGGGCAATC,Epiblast
S4 56h:TGTAACGGTCGAACAG,Epiblast
S4 56h:GGAGATGGTCTCGCGA,Epiblast
S4 56h:TACTTGTCACAATGCT,Epiblast
S4 56h:TGAGCATGTAGCGCCT,Epiblast
S4 56h:CAGTGCGTCAAGTGGG,Epiblast
S4 56h:AGGGTCCAGGTCATCT,Epiblast
S4 56h:AAGCCATAGCTTACGT,Epiblast
S4 56h:CTAACTTCATCATTTC,Epiblast
S4 56h:GACATCAAGCGCAATG,Epiblast
S4 56h:CCACGAGTCCTCTCGA,Epiblast
S4 56h:GAGGGATCAATGAACA,Epiblast
S4 56h:ACTACGATCGACTCCT,Epiblast
S4 56h:GGGTATTTCTTCCGTG,Epiblast
S4 56h:GGCTTGGAGGAACGTC,Epiblast
S4 56h:AATTCCTCACTCCGAG,Epiblast
S4 56h:AAGATAGCAGATACCT,Epiblast
S4 56h:CCGAACGAGGCAATGC,Epiblast
S4 56h:TACGGGCAGCAGTACG,Epiblast
S4 56h:GATTCTTGTCGGATTT,Epiblast
S4 56h:AGAAGCGGTGGCTTAT,Epiblast
S4 56h:AGACAAAGTAGCTGTT,Epiblast
S4 56h:TGGAACTTCCAGGACC,Epiblast
S4 56h:CCTTGTGAGGATTTCC,Epiblast
S4 56h:TATCTGTTCACCACAA,Epiblast
S4 56h:GGTTGTATCTCGACCT,Epiblast
S4 56h:ATCAGGTTCGTTCCCA,Epiblast
S4 56h:CTGATCCGTAGTCGTT,Epiblast
S4 56h:GGAGATGCACGACGTC,Epiblast
S4 56h:AACGGGACATTCACCC,Epiblast
S4 56h:CAACCTCTCAGCAGAG,Epiblast
S4 56h:GTTTGGATCGAACGCC,Epiblast
S4 56h:TGTGGCGCAGGAATCG,Epiblast
S4 56h:TTACTGTCAAAGGCTG,Epiblast
S4 56h:CCCGAAGTCTGGCTGG,Epiblast
S4 56h:GGGCTCACACTAGGTT,Epiblast
S4 56h:CGATCGGCATGACGTT,Epiblast
S4 56h:GATGAGGGTCCAACGC,Epiblast
S4 56h:TGATGGTCACCAGCCA,Epiblast
S4 56h:GTAATCGGTCTGTTAG,Epiblast
S4 56h:CACTGGGAGTTCCGGC,Epiblast
S4 56h:TCACTCGCAGAGATTA,Epiblast
S4 56h:ACAACCATCACACCGG,Epiblast
S4 56h:TGTCAGAAGAGTCGAC,Epiblast
S4 56h:GCCATGGTCTTTCCAA,Epiblast
S4 56h:GAGGCCTTCTTTCCGG,Epiblast
S4 56h:CTAAGTGTCAAGCTGT,Epiblast
S4 56h:CCACACTAGCCTAGGA,Epiblast
S4 56h:ATTCATCCACGTTGGC,Epiblast
S4 56h:CTGTGAATCATGAAAG,Epiblast
S4 56h:TCCCACAAGCCTGACC,Epiblast
S4 56h:GACTATGAGGATTTAG,Epiblast
S4 56h:GGTAATCGTAGAGACC,Epiblast
S4 56h:TTTAGTCAGGAATTAC,Epiblast
S4 56h:TGTCCACAGCCTGAGA,Epiblast
S4 56h:GTGACGCAGAGTCAGC,Epiblast
S4 56h:ATTACTCTCCTCACGT,Epiblast
S4 56h:CGCGTGAGTGAGTCAG,Epiblast
S4 56h:GAACACTGTTTCCAAG,Epiblast
S4 56h:AGGGTCCGTGAGGCAT,Epiblast
S4 56h:CGGACACTCCAGTGTA,Epiblast
S4 56h:CTGCATCCAGGAGACT,Epiblast
S4 56h:CATGCGGGTCACCACG,Epiblast
S4 56h:ATTCTTGTCCGCAGTG,Epiblast
S4 56h:AGGACGACATAGGTAA,Epiblast
S4 56h:GAATCACAGTCAACAA,Epiblast
S4 56h:AACCAACGTGGTTCTA,Epiblast
S4 56h:TAATCTCAGCACTTTG,Epiblast
S4 56h:AGAACCTAGCTTTCTT,Epiblast
S4 56h:ATCACTTTCCGAAGGA,Epiblast
S4 56h:TTCATTGAGTTGGCGA,Epiblast
S4 56h:TCAAGCACAATCTGCA,Epiblast
S4 56h:CAACAGTTCAACCGAT,Epiblast
S4 56h:AAGACAAGTCGGAAAC,Epiblast
S4 56h:AGACAGGCACTAGGCC,Epiblast
S4 56h:GATAGAAGTTCTCTCG,Epiblast
S4 56h:GTCCACTCAGCTTCGG,Epiblast
S4 56h:CTCTCGATCCCTGGTT,Epiblast
S4 56h:AAGGAATTCCGGTAGC,Epiblast
S4 56h:TTACAGGTCACGGGAA,Epiblast
S4 56h:AAAGGGCAGCATGCAG,Epiblast
S4 56h:ATGAGGGCAACACACT,Epiblast
S4 56h:AGGAGGTAGCTGGCTC,Epiblast
S4 56h:CATGGATGTCCTCAGG,Epiblast
S4 56h:AACAAGAAGGGACAGG,Epiblast
S4 56h:GTAATCGGTAGTCTTG,Epiblast
S4 56h:CACACAAGTCGCCTAG,Epiblast
S4 56h:AGTGCCGCACGGCCAT,Epiblast
S4 56h:GTCTAGAAGTAGGGTC,Exiting naive pluripotency
S4 56h:AGGACGAAGACTTCGT,Epiblast
S4 56h:GCAGTGGTATCAACGC,Epiblast
S4 56h:CCCGGAATCCGTGCGA,Epiblast
S4 56h:TGTCCTGCAAACCATC,Epiblast
S4 56h:TGCTGAACATTGGATC,Epiblast
S4 56h:TCCGATCCACAAATAG,Epiblast
S4 56h:TTGGTTTTCCAGTGCG,Epiblast
S4 56h:CATCCCAGTACCAGAG,Epiblast
S4 56h:GTTAGACGTCTGTTAG,Epiblast
S4 56h:AGGCCACCACTAGGTT,Exiting naive pluripotency
S4 56h:TATTCCACAGCCCAGT,Epiblast
S4 56h:AAGCATCAGCACACCC,Epiblast
S4 56h:TTCTCTCCAGGACTTT,Epiblast
S4 56h:TACAACGAGGACACTG,Epiblast
S4 56h:TTGGGTACAGTTTCAG,Epiblast
S4 56h:ATCTTCAAGAATCTAG,Epiblast
S4 56h:GACTATGAGTAGTCCT,Epiblast
S4 56h:GTGTTAGGTGTTCGTA,Epiblast
S4 56h:TAATCTCAGGCCTTCG,Epiblast
S4 56h:TTTATGCCAGGCAATG,Epiblast
S4 56h:GTTCATTAGTCTAACC,Epiblast
S4 56h:GGTTAACTCGTAGTCA,Epiblast
S4 56h:GAGCCTGTCGCCCAGA,Epiblast
S4 56h:TTGGTTTCACGCTATA,Epiblast
S4 56h:TCCGAAAAGGCTTAAA,Epiblast
S4 56h:AACGAAAAGCGCCTAC,Epiblast
S4 56h:TTGTGTTGTGCCCACA,Epiblast
S4 56h:GTTCTATAGGATGGCT,Epiblast
S4 56h:GACAGCCAGCTGGCCT,Epiblast
S4 56h:TTAGGCAGTATCGCAT,Zscan4+ Artefact
S4 56h:CATGCAAAGTCATAGA,Epiblast
S4 56h:CATGGATCAATGTTGC,Epiblast
S4 56h:GGGTTTAGTGGTCTAT,Epiblast
S4 56h:TCTGTCGTCAGGGTAG,Epiblast
S4 56h:TCTCCGAAGACGCATG,Epiblast
S4 56h:TTCACCGAGTGGATTA,Epiblast
S4 56h:TTCTAGTGTTCCACGG,Epiblast
S4 56h:GAACTGTCACGACCTG,Epiblast
S4 56h:ACTGTCCCAAGTCATC,Epiblast
S4 56h:AAACCCACAAACACCT,Epiblast
S4 56h:AACGTCAAGCTTAGTC,Exiting naive pluripotency
S4 56h:AGAAATGCAAAGGCAC,Epiblast
S4 56h:AACAGGGCAGCTGTAT,Epiblast
S4 56h:TTAGGGTAGTGCCGAA,Epiblast
S4 56h:TGTTGGATCCGCAGTG,Epiblast
S4 56h:ATTTCACCATGGACAG,Epiblast
S4 56h:ATTCGTTTCTGCATAG,Epiblast
S4 56h:CGAGGAAAGGTAGCAC,Epiblast
S4 56h:TCAGGGCCAGTCCCGA,Epiblast
S4 56h:TGTCCACTCCTGTAGA,Epiblast
S4 56h:AAGCCATTCAATCAGC,Epiblast
S4 56h:GATTTCTCAGGCTCTG,Epiblast
S4 56h:TTGCGTCAGAACTCCT,Epiblast
S4 56h:CACACAAAGCAGCGAT,Epiblast
S4 56h:GCCAGTGAGACTTCCA,Epiblast
S4 56h:CATACTTCACACCTGG,Exiting naive pluripotency
S4 56h:TTGCTGCAGTAACGTA,Epiblast
S4 56h:TCGGGCAAGTTCAACC,Epiblast
S4 56h:CTCACTGCATTGCCGG,Epiblast
S4 56h:ACTGCAAGTAGTCGTT,Epiblast
S4 56h:CAGGGCTTCGGTTGTA,Epiblast
S4 56h:TCTATCACACAGTCAT,Epiblast
S4 56h:GCTCAAACATGGAGAC,Epiblast
S4 56h:TCGTCCATCAAGGTGG,Epiblast
S4 56h:TTGTGGATCAGCAATC,Epiblast
S4 56h:GTGTTCCGTACTCGCG,Epiblast
S4 56h:GTGCTTCTCTTGGTGA,Epiblast
S4 56h:GACCAATCAATTGCGT,Epiblast
S4 56h:CCTCAACTCCGTGGGT,Epiblast
S4 56h:TACGTCCTCGACTCCT,Epiblast
S4 56h:AGAACAAGTGAATGTA,Epiblast
S4 56h:AATGGCTAGCCATTTG,Epiblast
S4 56h:CGAGGCTAGCAGGGAG,Epiblast
S4 56h:GCAGGCTCAGCTTCCT,Epiblast
S4 56h:TCATTGTCACAGTATC,Epiblast
S4 56h:TCGGGTGTCGCTAAAC,Epiblast
S4 56h:GGTAATCGTGCTTATG,Exiting naive pluripotency
S4 56h:CAACCTCCATAGGCGA,Epiblast
S4 56h:GAGTTTGTCTCCGTGT,Epiblast
S4 56h:TCGGGACAGTCATGAA,Epiblast
S4 56h:ACTCTCGTCAAGTGTC,Epiblast
S4 56h:AAGCGAGTCACCGACG,Epiblast
S4 56h:CATTTCAGTTCGTTCC,Zscan4+ Artefact
S4 56h:TTCCTAACACGGATCC,Epiblast
S4 56h:ATTCCCGTCGGACTTA,Epiblast
S4 56h:AGTACCACACTCGATA,Epiblast
S4 56h:TTCACGCGTCACAATC,Epiblast
S4 56h:TCGGTCTCAATGACCT,Epiblast
S4 56h:TTCTCTCTCTATTGTC,Epiblast
S4 56h:TGCTTGCGTACTCCGG,Epiblast
S4 56h:TTTCAGTTCTCTTGCG,Epiblast
S4 56h:CTTCAATTCACTCCGT,Epiblast
S4 56h:GCTTGGGGTAAGTAGT,Epiblast
S4 56h:TCTGTCGAGCTGTTAC,Epiblast
S4 56h:ACAGCCGCAGCCGGTT,Epiblast
S4 56h:AAAGGATTCCAACTAG,Epiblast
S4 56h:TGTCAGACAATGAACA,Epiblast
S4 56h:TTGGATGGTCGCAACC,Epiblast
S4 56h:ACATCCCGTCAGACGA,Epiblast
S4 56h:GAGTTTGAGCAAGCCA,Epiblast
S4 56h:ATTACCTAGGCATGGT,Epiblast
S4 56h:GAAATGACACCTGTCT,Epiblast
S4 56h:CCCTGATCAGCAGTTT,Epiblast
S4 56h:CTGCAGGCAGTGTACT,Epiblast
S4 56h:TTACCATAGCGGCTCT,Epiblast
S4 56h:CCGATCTCACCCATAA,Epiblast
S4 56h:CACTGGGCACGAGAAC,Epiblast
S4 56h:TCCGGGATCCCTCTTT,Epiblast
S4 56h:CAATACGCAAAGCTAA,Epiblast
S4 56h:TCTACATCACCGCTGA,Epiblast
S4 56h:AGGCCACCATCATTTC,Epiblast
S4 56h:GCATCTCCACTGGATT,Epiblast
S4 56h:TGGAGAGGTATGGAGC,Epiblast
S4 56h:TGAACGTCATAGAATG,Epiblast
S4 56h:AACCATGAGGCCCACT,Epiblast
S4 56h:CCACGAGGTGCCGTAC,Epiblast
S4 56h:TGCGACGCAACACAAA,Epiblast
S4 56h:ATCATTCGTTTGTTGG,Epiblast
S4 56h:GTGAGCCCAATGCAGG,Epiblast
S4 56h:CTACCTGGTCGCCTAG,Epiblast
S4 56h:GTGAGCCTCACCTCGT,Epiblast
S4 56h:ACGTACACAAATGGAT,Epiblast
S4 56h:CTCATCGGTCCTGTTC,Epiblast
S4 56h:ATCGATGTCTTGGTGA,Epiblast
S4 56h:CATGGTAAGCTCGAAG,Epiblast
S4 56h:ACAAGCTTCTGAGGTT,Epiblast
S4 56h:TAATCTCTCTCAATCT,Epiblast
S4 56h:TATCAGGAGCATACTC,Epiblast
S4 56h:ATGCGATAGCGACTAG,Epiblast
S4 56h:TATCAGGGTCTACGAT,Epiblast
S4 56h:ATTCTTGCATAATCGC,Epiblast
S4 56h:TGATGCAAGCGTTCCG,Epiblast
S4 56h:GAAGCCCGTGCCGAAA,Epiblast
S4 56h:TCGGATAGTAGCTCGC,Epiblast
S4 56h:TTGAACGTCACAATGC,Epiblast
S4 56h:TCAGTCCCACGTGTGC,Epiblast
S4 56h:TCGTAGAAGAAGCTGC,Exiting naive pluripotency
S4 56h:GCTGAATAGCCGATTT,Epiblast
S4 56h:CGAATTGAGTAGCTCT,Epiblast
S4 56h:AGTCTCCTCCTGTAGA,Epiblast
S4 56h:TCCAGAATCTAGCCAA,Epiblast
S4 56h:TCGACCTGTCCCTGTT,Epiblast
S4 56h:TCAGGGCGTCGTCTCT,Epiblast
S4 56h:GCTTTCGTCAACTGGT,Epiblast
S4 56h:CGTAATGAGGCCGCTT,Epiblast
S4 56h:ATTGGGTAGTTAACGA,Exiting naive pluripotency
S4 56h:CTGGTCTAGCTGACCC,Epiblast
S4 56h:GCCAGGTCACCCAAGC,Exiting naive pluripotency
S4 56h:TAACACGTCGATGCAT,Epiblast
S4 56h:CTCAAGAAGAACCCGA,Epiblast
S4 56h:TTTATGCCAGTGAGCA,Epiblast
S4 56h:AGGTCTAAGGGCGAAG,Epiblast
S4 56h:TGATGGTCAGGTCCCA,Epiblast
S4 56h:CATTGAGTCTCGCTCA,Epiblast
S4 56h:TTTGGAGCATAACCCA,Epiblast
S4 56h:TTCTTCCGTCACTTAG,Epiblast
S4 56h:GTTGAACCAGCCGTTG,Epiblast
S4 56h:GGGTCACTCTCTCTAA,Epiblast
S4 56h:ATCGGCGCATGACTCA,Epiblast
S4 56h:CAACAGTGTTCTCAGA,Epiblast
S4 56h:TTCCACGCAGCATCTA,Epiblast
S4 56h:TTTGTTGAGTAAGAGG,Epiblast
S4 56h:GGACGTCAGCAGCAGT,Epiblast
S4 56h:TCAGCAACAGGCACAA,Epiblast
S4 56h:TACCTGCGTACTGGGA,Epiblast
S4 56h:CATAGACAGATCGCCC,Epiblast
S4 56h:CCAAGCGCATAACTCG,Epiblast
S4 56h:CGTCAAATCTGTAAGC,Exiting naive pluripotency
S4 56h:CGAATTGAGTAAAGCT,Epiblast
S4 56h:AGTCAACTCCTGGGTG,Epiblast
S4 56h:TAACGACTCGGCCTTT,Epiblast
S4 56h:GCAGCTGTCCATCGTC,Epiblast
S4 56h:TCTCCGAAGACATAGT,Epiblast
S4 56h:TCACATTGTAGTCGGA,Epiblast
S4 56h:AACAAAGCAGCAGTAG,Epiblast
S4 56h:TTTACCACACAACGTT,Epiblast
S4 56h:TAGTGCATCGATTGAC,Epiblast
S4 56h:CTACAGAAGATGTTAG,Epiblast
S4 56h:TATATCCAGCTACAAA,Epiblast
S4 56h:GTGCTGGCAATTCGTG,Epiblast
S4 56h:TTCAGGAAGACCTGGA,Epiblast
S4 56h:CTTCTCTAGCTAATCC,Epiblast
S4 56h:TTGCCTGCAAACAGGC,Epiblast
S4 56h:CCCTCAAAGTGCAACG,Epiblast
S4 56h:GTGCTTCTCATAGCAC,Epiblast
S4 56h:CAACCAATCACATACG,Epiblast
S4 56h:TCATCATGTCACTCTC,Epiblast
S4 56h:AGGCATTTCTATCGGA,Epiblast
S4 56h:TACTTACCAGCGAGTA,Epiblast
S4 56h:GCCATTCGTAGCCCTG,Epiblast
S4 56h:AGGGTTTAGCCATTTG,Epiblast
S4 56h:CTAACTTTCAGACCTA,Epiblast
S4 56h:ACCTACCGTTGTTGCA,Epiblast
S4 56h:CGCATGGAGGTATCTC,Epiblast
S4 56h:ATGGATCGTACTGAGG,Epiblast
S4 56h:CGGAACCAGCAAATCA,Epiblast
S4 56h:TTTACTGAGTTGTAGA,Epiblast
S4 56h:GTCAAACCACAATGTC,Epiblast
S4 56h:GAGACCCTCATTATCC,Epiblast
S4 56h:GAGGGTAGTGCAGGAT,Epiblast
S4 56h:CGTTCTGCAGTAGTGG,Epiblast
S4 56h:TGTTCATTCCATATGG,Epiblast
S4 56h:GCATCGGTCCACCTCA,Epiblast
S4 56h:CTCCATGAGACTTGTC,Epiblast
S4 56h:CAGGGCTCATATGGCT,Epiblast
S4 56h:GAGTGAGGTTGCTGAT,Epiblast
S4 56h:CAATCGAGTATGGTTC,Epiblast
S4 56h:TGCTTCGGTCGCGGTT,Epiblast
S4 56h:CTTCTAAAGGTACAAT,Epiblast
S4 56h:CTATAGGGTACTCCCT,Epiblast
S4 56h:ACCTGAAGTAAGTCAA,Epiblast
S4 56h:AAATGGACAGAATTCC,Epiblast
S4 56h:GTCACTCTCAAGTCTG,Epiblast
S4 56h:CCGAACGGTACTGTTG,Epiblast
S4 56h:TATCAGGAGTGCGACA,Epiblast
S4 56h:GGTGAAGGTCAGCGTC,Epiblast
S4 56h:ACACGCGCAGCTACAT,Epiblast
S4 56h:TCATTCAAGGATTCCT,Epiblast
S4 56h:GGAGGTATCATTGTGG,Epiblast
S4 56h:CACTAAGTCGAATCCA,Epiblast
S4 56h:GAGGCCTCATTCACCC,Epiblast
S4 56h:CGGGTCACAGCGTGAA,Epiblast
S4 56h:CCACTTGCAGAGTCAG,Epiblast
S4 56h:GTGAGGAGTAGATCCT,Epiblast
S4 56h:GCAACATAGGCTCACC,Epiblast
S4 56h:GTAACCACACAAAGCG,Epiblast
S4 56h:GTTTACTTCAAGCCTA,Epiblast
S4 56h:GACCGTGGTGGCTAGA,Epiblast
S4 56h:GTGCAGCTCGTGAGAG,Epiblast
S4 56h:GAAACCTCACGCAAAG,Epiblast
S4 56h:GGATGTTAGCATTGTC,Epiblast
S4 56h:TTAGTCTGTCCAGAAG,Epiblast
S4 56h:GAATAGACAATGTGGG,Epiblast
S4 56h:TTCCAATCAAACTGCT,Epiblast
S4 56h:GCAGCCATCCACATAG,Epiblast
S4 56h:CGAGAAGTCTCGGTAA,Epiblast
S4 56h:GGGTTATGTGGATCAG,Exiting naive pluripotency
S4 56h:CTGCCTAGTCCATCTC,Epiblast
S4 56h:GTGAGTTTCCGACAGC,Epiblast
S4 56h:TCATCATTCGCAGAGA,Epiblast
S4 56h:GTTCCGTCACGAAAGC,Epiblast
S4 56h:CTGGACGCACAGCCAC,Epiblast
S4 56h:GGAGGATTCGTAGGAG,Exiting naive pluripotency
S4 56h:ACAACCACACTAGAGG,Epiblast
S4 56h:CGTTAGAAGTGGTGAC,Epiblast
S4 56h:GTCACTCCAGAGGAAA,Epiblast
S4 56h:CACTAAGAGGAGTCTG,Epiblast
S4 56h:CACCGTTAGTGCAGCA,Epiblast
S4 56h:ACTCTCGTCTGAGTCA,Epiblast
S4 56h:TCATACTTCCGATAGT,Epiblast
S4 56h:GGAAGTGTCAAGGTGG,Epiblast
S4 56h:GTGGAAGAGTATGCAA,Epiblast
S4 56h:CGTCCATAGCAGCAGT,Epiblast
S4 56h:AACACACGTTAGGAGC,Epiblast
S4 56h:CATTCTATCTGATTCT,Epiblast
S4 56h:CATGCCTTCGCAGTGC,Epiblast
S4 56h:GTACAACGTGGTCCGT,Epiblast
S4 56h:CTGAATGGTCTGGTTA,Epiblast
S4 56h:ACAAGCTAGTCAATCC,Epiblast
S4 56h:CATTCATAGACCAAAT,Epiblast
S4 56h:GGAGGATCACCCTAGG,Epiblast
S4 56h:TACGTCCTCGGTCATA,Epiblast
S4 56h:GTACAACAGAGGCCAT,Epiblast
S4 56h:CAGGCCAGTATCAGGG,Epiblast
S4 56h:AAGTCGTAGCTGGCCT,Epiblast
S4 56h:CATCAAGGTAACATGA,Epiblast
S4 56h:AGGTCTACAGAGAGGG,Epiblast
S4 56h:TCCATCGTCACGGAGA,Epiblast
S4 56h:CAATACGAGTGGAAAG,Epiblast
S4 56h:AGAAGCGAGCCATTGT,Epiblast
S4 56h:TTCAGGATCCATAAGC,Epiblast
S4 56h:TCTCCGATCACGACTA,Epiblast
S4 56h:ATTACTCAGACGCCCT,Epiblast
S4 56h:TGTTACTCAGTATGAA,Epiblast
S4 56h:ATCGTCCGTTATCCAG,Epiblast
S4 56h:TCTCACGGTAGGATAT,Epiblast
S4 56h:GACCGTGGTTATCTTC,Epiblast
S4 56h:CACCGTTAGCCTTCTC,Epiblast
S4 56h:GGGAGATCAGCCGTCA,Epiblast
S4 56h:GCAGCCAAGGTCATCT,Epiblast
S4 56h:CTAACCCGTCAGGTAG,Epiblast
S4 56h:GGTAACTCACGTGTGC,Epiblast
S4 56h:TGGATCATCGCTGATA,Epiblast
S4 56h:CCTACGTAGCCATTCA,Epiblast
S4 56h:CCACGTTTCGAGAAAT,Epiblast
S4 56h:AGTAGTCTCATGACAC,Epiblast
S4 56h:CCTACGTAGGTACCTT,Epiblast
S4 56h:TTTATGCTCCAGCTCT,Epiblast
S4 56h:CATACTTAGGGTAATT,Epiblast
S4 56h:TACCCGTGTCGAGATG,Epiblast
S4 56h:GTGTGATGTTGGATCT,Epiblast
S4 56h:TTTACGTCATACTGAC,Epiblast
S4 56h:TAACACGTCAAGCCGC,Epiblast
S4 56h:CTGCCTAAGATTGCGG,Epiblast
S4 56h:ACATCGACATAGTCGT,Epiblast
S4 56h:TCACATTCAACAGATA,Epiblast
S4 56h:TCCTCCCCATCAGCTA,Epiblast
S4 56h:CTACCTGAGCCTGACC,Epiblast
S4 56h:AGTCACATCTCGCCTA,Epiblast
S4 56h:GTTGTGACACTGTCGG,Epiblast
S4 56h:TGTAACGAGAATAACC,Epiblast
S4 56h:ACTGATGAGAGATTCA,Epiblast
S4 56h:CCACACTGTACCCGCA,Epiblast
S4 56h:GTGCACGTCATTTACC,Epiblast
S4 56h:TGACTCCTCCCGAGTG,Epiblast
S4 56h:TCATGAGAGTTGCGAG,Epiblast
S4 56h:TCTAACTCAGCATCTA,Epiblast
S4 56h:GCCAACGTCTTCGTAT,Epiblast
S4 56h:CTTACCGTCGCGTGCA,Epiblast
S4 56h:CTCTGGTCACATAGCT,Epiblast
S4 56h:GTGTAACGTAACAAGT,Epiblast
S4 56h:TCTGGCTTCCTAAACG,Epiblast
S4 56h:TTCGATTAGCCATTGT,Epiblast
S4 56h:TACCTGCCAATGTCAC,Epiblast
S4 56h:TGAGGGAAGAGAGCAA,Epiblast
S4 56h:CCGATGGCATTGACTG,Epiblast
S4 56h:AATCGACTCGCTACAA,Epiblast
S4 56h:TTCATTGGTTTCCATT,Epiblast
S4 56h:CCTCTCCGTGTCATGT,Epiblast
S4 56h:CTTCTAATCCTACCAC,Epiblast
S4 56h:GAAGCCCCACTTCTCG,Epiblast
S4 56h:GGAGGTAGTCGTCGGT,Epiblast
S4 56h:CGGGTCACAGTAGTTC,Epiblast
S4 56h:TTAGGCAAGGTTGGAC,Epiblast
S4 56h:AAAGTGATCTATTGTC,Epiblast
S4 56h:AGAACAAGTACTCCCT,Epiblast
S4 56h:GTGTCCTTCTCTTGCG,Exiting naive pluripotency
S4 56h:TGCTTCGTCGACACCG,Epiblast
S4 56h:ACAACCAAGCGGACAT,Epiblast
S4 56h:TTCCGTGCAAGACTGG,Epiblast
S4 56h:AGACAGGCAAACTCGT,Epiblast
S4 56h:ACATGCATCAAGATAG,Epiblast
S4 56h:CAAGGGAGTACTCGTA,Epiblast
S4 56h:CTACTATAGCTGACAG,Epiblast
S4 56h:GGGTGTCAGTGTACAA,Epiblast
S4 56h:GTGCACGTCATTTCCA,Epiblast
S4 56h:AACGAAAAGTTCGGTT,Epiblast
S4 56h:ACCCTTGCAATTGCAC,Epiblast
S4 56h:TTGTTGTAGGGTCTTT,Epiblast
S4 56h:TCATGGAAGAAGTCAT,Epiblast
S4 56h:ATGAGGGCAACCAGAG,Epiblast
S4 56h:ACGGAAGTCGTTCCCA,Epiblast
S4 56h:GATTCTTCACGGCACT,Epiblast
S4 56h:GGGATCCAGTGCACAG,Epiblast
S4 56h:GCCAACGGTGCGGTAA,Epiblast
S4 56h:GTACAACAGGTCATCT,Epiblast
S4 56h:GAGTCATGTCCGGTCA,Epiblast
S4 56h:TAACGACAGCCTCAGC,Epiblast
S4 56h:CCTCTAGAGTTAGAAC,Epiblast
S4 56h:TGGGTTACAGAGAAAG,Epiblast
S4 56h:TGTCAGAAGCACTCGC,Epiblast
S4 56h:AAGATAGGTCCCTAAA,Epiblast
S4 56h:TGTCCACAGTCGCCAC,Epiblast
S4 56h:GTCAAACGTCCAAATC,Epiblast
S4 56h:TGACGCGCAGCATCTA,Epiblast
S4 56h:TCCATGCCATTCACAG,Epiblast
S4 56h:AGAAATGGTGGGTATG,Epiblast
S4 56h:TGCTGAAAGCCTCAAT,Epiblast
S4 56h:CTCCACACACCCAACG,Epiblast
S4 56h:GGCTTTCGTCCAACGC,Epiblast
S4 56h:AGGTAGGGTTGATGTC,Epiblast
S4 56h:AGGGCTCCAGCACCCA,Epiblast
S4 56h:AGGATAAGTCACTCTC,Epiblast
S4 56h:ACCAAACCATGGAATA,Epiblast
S4 56h:ACTGTCCAGGTAGCAC,Epiblast
S4 56h:GTTAGTGGTCAAAGAT,Epiblast
S4 56h:TCGTCCAGTATGGTAA,Epiblast
S4 56h:ATGAGGGTCTTGAGCA,Epiblast
S4 56h:GTGGGAATCCTACGGG,Epiblast
S4 56h:ACACCAACACACTTAG,Epiblast
S4 56h:GTGTGGCTCCGATGCG,Epiblast
S4 56h:AGTCACATCAGGAAAT,Epiblast
S4 56h:ACGTACAGTGTTTGCA,Epiblast
S4 56h:CATTGCCAGGTAGCCA,Epiblast
S4 56h:AAGCGAGTCAAGTCTG,Epiblast
S4 56h:GCTTTCGTCTAGACAC,Epiblast
S4 56h:AGGATAATCCAAATGC,Epiblast
S4 56h:CAACGATGTCTTCGAA,Epiblast
S4 56h:CCCATTGTCCGCAAAT,Epiblast
S4 56h:AGTTCGAAGACAAGCC,Epiblast
S4 56h:GGTAACTTCCCAACTC,Epiblast
S4 56h:ACCAACACAACGCCCA,Epiblast
S4 56h:TTACCATTCCGAAATC,Epiblast
S4 56h:AGAGAGCAGACCCGCT,Epiblast
S4 56h:GAGAGGTTCTTCCCAG,Epiblast
S4 56h:CATCGTCAGTGGATAT,Epiblast
S4 56h:ATGGGAGGTCGTACAT,Epiblast
S4 56h:GTCTTTACAAGTGGTG,Epiblast
S4 56h:GTAGAAAGTAACGATA,Epiblast
S4 56h:CTGATCCCAATGTGGG,Epiblast
S4 56h:GCCAACGCAGAACGCA,Epiblast
S4 56h:GTGTTAGAGTCGAGGT,Epiblast
S4 56h:CATGAGTGTAGCGAGT,Epiblast
S4 56h:CTGTCGTCAATCTAGC,Epiblast
S4 56h:TGGGCTGCAATCGTCA,Epiblast
S4 56h:GCAGCCATCCATCTGC,Epiblast
S4 56h:ATTCTACCAAATTAGG,Epiblast
S4 56h:GAGTTTGAGATGGCAC,Epiblast
S4 56h:AGACAGGAGGTATAGT,Epiblast
S4 56h:TGAGGTTTCAAATGCC,Epiblast
S4 56h:CCTAACCCAGACAAAT,Epiblast
S4 56h:ACAGGGATCTGGCCAG,Epiblast
S4 56h:GTAAGTCTCGAAACAA,Epiblast
S4 56h:TTGGTTTTCGTTGTGA,Epiblast
S4 56h:ATAGGCTAGCCTGACC,Epiblast
S4 56h:CAGCAATCAGGATTCT,Epiblast
S4 56h:CTACTATTCCTGATAG,Epiblast
S4 56h:CTGTATTGTCTAGTGT,Epiblast
S4 56h:CTCAAGAAGAGAGAAC,Epiblast
S4 56h:GCCAGTGGTGGTCTGC,Epiblast
S4 56h:AAGGAATAGTCGGGAT,Epiblast
S4 56h:GATGGAGCATAACAGA,Epiblast
S4 56h:TCGCAGGGTCACTTCC,Exiting naive pluripotency
S4 56h:TAAGCACGTAGACAGC,Epiblast
S4 56h:AAGGAATAGCGGCTCT,Epiblast
S4 56h:TAGGTTGCACCTGCGA,Epiblast
S4 56h:CCTCTAGTCATACGAC,Epiblast
S4 56h:TTTCACAAGCATCAAA,Epiblast
S4 56h:GTCAAACAGGTACTGG,Epiblast
S4 56h:GTAGCTAGTTATTCTC,Epiblast
S4 56h:AAACCCATCGTGCTCT,Epiblast
S4 56h:AGAAGTAGTGGAGGTT,Epiblast
S4 56h:GGTAACTTCGAGTGAG,Epiblast
S4 56h:ATAGACCGTGGTCTTA,Epiblast
S4 56h:GTGTTCCCACGGCGTT,Epiblast
S4 56h:GATAGCTTCCGAAATC,Epiblast
S4 56h:TTCATTGCAGCTACTA,Epiblast
S4 56h:TTACCATCACGGAAGT,Epiblast
S4 56h:ATGTCTTAGTTGAATG,Epiblast
S4 56h:AGAACAATCTGGCCGA,Epiblast
S4 56h:CCACGAGGTTTGAAAG,Epiblast
S4 56h:CTCATTACAAGTATCC,Epiblast
S4 56h:ATCACAGAGATGGGCT,Epiblast
S4 56h:TGCTTCGAGTCACGAG,Epiblast
S4 56h:GTTGTAGGTCGTATGT,Epiblast
S4 56h:TGCTCGTTCCGCTAGG,Epiblast
S4 56h:AGGGTTTCAAGGCTTT,Epiblast
S4 56h:GGAGATGAGTTTGGCT,Epiblast
S4 56h:TTTGACTAGGAACGAA,Epiblast
S4 56h:TTCTGTAGTAGAATAC,Epiblast
S4 56h:TGGGATTGTGATCGTT,Epiblast
S4 56h:CCTCACACACAGTGAG,Epiblast
S4 56h:TACATTCAGCATTGTC,Epiblast
S4 56h:GTTCATTCATCGTGCG,Epiblast
S4 56h:CATGCTCCAAGCCTGC,Epiblast
S4 56h:AGGGCCTGTAGACAAT,Epiblast
S4 56h:CTGTATTCAAGAGCTG,Epiblast
S4 56h:CAATTTCAGACAACAT,Epiblast
S4 56h:CGATGGCTCATTGTGG,Epiblast
S4 56h:GAGATGGGTCCTCATC,Epiblast
S4 56h:CACGTTCGTTAGGGAC,Epiblast
S4 56h:TTGGGATGTCGCGGTT,Epiblast
S4 56h:TTCCGGTAGAAACTCA,Epiblast
S4 56h:GTGGTTATCATTATCC,Epiblast
S4 56h:GACCAATTCTACAGGT,Epiblast
S4 56h:CTCATCGGTAATTAGG,Epiblast
S4 56h:CGGAACCTCTATCGTT,Epiblast
S4 56h:TCAGCAAAGCTTTCCC,Epiblast
S4 56h:ATGTCCCGTCTCGGGT,Epiblast
S4 56h:TCGAAGTCACATACTG,Epiblast
S4 56h:GTGGAAGTCATACGAC,Epiblast
S4 56h:CGAGGAAAGGATGAGA,Epiblast
S4 56h:AGAACCTTCTATGCCC,Epiblast
S4 56h:GGGAGATAGCCTATTG,Epiblast
S4 56h:CGAAGTTAGACCGTTT,Epiblast
S4 56h:CCATCACGTCCCGTGA,Exiting naive pluripotency
S4 56h:CTCACTGCAGGTACGA,Epiblast
S4 56h:TAACTTCGTACTAGCT,Epiblast
S4 56h:GTATTGGAGCATTTCG,Epiblast
S4 56h:TGAGTCATCATGAAAG,Epiblast
S4 56h:AACCCAACAACCAACT,Epiblast
S4 56h:CCGTGAGGTACCTAGT,Epiblast
S4 56h:ACTTTGTCACCGTACG,Epiblast
S4 56h:TAGACTGGTAGGACCA,Epiblast
S4 56h:TCCCACATCCTTATCA,Epiblast
S4 56h:ATTACCTAGTGGCAGT,Epiblast
S4 56h:TACGGTAAGTGCTAGG,Epiblast
S4 56h:CACATGACATAGGTAA,Epiblast
S4 56h:CGATGGCAGAAGAGCA,Epiblast
S4 56h:CCACAAAGTAGGCTCC,Epiblast
S4 56h:TCCTGCATCCGATTAG,Epiblast
S4 56h:TGACAGTTCTTTCGAT,Epiblast
S4 56h:CAGTTCCCAGCGGTTC,Epiblast
S4 56h:CTGCCATGTGTTGATC,Epiblast
S4 56h:ATAGACCCATGACTGT,Epiblast
S4 56h:GACGCTGGTACAGAGC,Epiblast
S4 56h:GCATCGGTCTTTCTAG,Epiblast
S4 56h:CCTCAGTCACCCAAGC,Epiblast
S4 56h:AATGACCAGTGATCGG,Epiblast
S4 56h:TGGAGAGTCTGTGCTC,Epiblast
S4 56h:AGTGCCGTCCAACACA,Exiting naive pluripotency
S4 56h:CATTCTAAGTGTACAA,Epiblast
S4 56h:GACACGCTCTATCACT,Epiblast
S4 56h:CCTCAACCAGTCTTCC,Epiblast
S4 56h:AAACGAATCGTTCCTG,Epiblast
S4 56h:ACAGCCGTCTAGACAC,Epiblast
S4 56h:AGTCAACCAGTCGGAA,Epiblast
S4 56h:ACAGCCGGTGCTATTG,Epiblast
S4 56h:TCACTATAGGGCGAAG,Epiblast
S4 56h:GCGGATCCAGTGTACT,Epiblast
S4 56h:ATTATCCAGCCTAGGA,Epiblast
S4 56h:ATCATTCTCAAACCCA,Epiblast
S4 56h:GAAGTAACAAGGTCGA,Epiblast
S4 56h:GGAGGTACAATAGTCC,Epiblast
S4 56h:GGAGCAAAGCCAAGTG,Epiblast
S4 56h:GTCCTCAGTTCGATTG,Epiblast
S4 56h:AAAGGTATCCGATCTC,Epiblast
S4 56h:CGTGATACAATCAAGA,Epiblast
S4 56h:TCAGTGAAGTCGGCAA,Epiblast
S4 56h:GAGGGTAAGTTCGCAT,Epiblast
S4 56h:GGGAGTATCACAGAGG,Epiblast
S4 56h:ACGTTCCGTAGCTGCC,Epiblast
S4 56h:GAAGCCCCATCGGCCA,Epiblast
S4 56h:TCATTGTGTCTCGCGA,Epiblast
S4 56h:GATCCCTTCACTAGCA,Epiblast
S4 56h:AAGATAGTCGCAGTTA,Epiblast
S4 56h:CGCATAATCGCCGTGA,Epiblast
S4 56h:TTGCTGCAGATGATTG,Epiblast
S4 56h:CTTAGGATCCGGTTCT,Epiblast
S4 56h:ACCATTTGTGATGTAA,Epiblast
S4 56h:CCACACTGTTAGGAGC,Epiblast
S4 56h:CACATGAAGTATGACA,Epiblast
S4 56h:GTCATTTCACCAGGTC,Epiblast
S4 56h:TACCGAACACGAGGTA,Exiting naive pluripotency
S4 56h:GCAGCTGCACACACTA,Epiblast
S4 56h:TTCTTGAAGTCGGCAA,Epiblast
S4 56h:CAGGGCTGTGTCTTCC,Epiblast
S4 56h:AGGTTGTCATATCTGG,Epiblast
S4 56h:CATTCCGGTCAACCTA,Epiblast
S4 56h:CCTATCGAGTGCACTT,Epiblast
S4 56h:AGGGTGATCCGGCTTT,Epiblast
S4 56h:ACTTAGGGTCATACCA,Epiblast
S4 56h:CATAAGCAGACCATAA,Epiblast
S4 56h:CTACCCACAAAGGATT,Epiblast
S4 56h:TTGAACGCATAGCACT,Epiblast
S4 56h:TTTCATGTCTAGCCTC,Epiblast
S4 56h:TCTCACGGTGGATTTC,Epiblast
S4 56h:ATTCGTTTCTTCCCGA,Epiblast
S4 56h:AAGACAAGTGCGGCTT,Epiblast
S4 56h:TGGGCTGGTCACCGAC,Epiblast
S4 56h:ATTCTACGTTGTGTAC,Epiblast
S4 56h:ATACCTTTCAAGAATG,Epiblast
S4 56h:AGGACGAGTTGTTGTG,Epiblast
S4 56h:AAGGAATCACATGTTG,Epiblast
S4 56h:CACAGGCAGCCTCACG,Epiblast
S4 56h:AGGCATTTCGGACCAC,Epiblast
S4 56h:TATCTGTGTCGCTTGG,Epiblast
S4 56h:TGCGGGTAGATAGGGA,Epiblast
S4 56h:TCCTCCCGTTATAGAG,Epiblast
S4 56h:GTATTTCCACTCCTGT,Epiblast
S4 56h:CAAGGGACAACCGATT,Epiblast
S4 56h:CACGGGTCAGTAGAAT,Epiblast
S4 56h:GAGCCTGCAAGTGATA,Epiblast
S4 56h:CAAGGGAGTAGTATAG,Epiblast
S4 56h:AGGGCCTAGGCTCTAT,Epiblast
S4 56h:CTCATGCAGTAGAGTT,Epiblast
S4 56h:ATCCATTGTATGGAGC,Epiblast
S4 56h:ATTTACCAGCTGTACT,Epiblast
S4 56h:CCGGACATCAACCTCC,Epiblast
S4 56h:TCGATTTCAAATCGTC,Epiblast
S4 56h:CCTATCGCACGACCTG,Epiblast
S4 56h:TGCACGGAGTGGTGAC,Exiting naive pluripotency
S4 56h:TAGACCATCCAGCTCT,Epiblast
S4 56h:GGGATCCTCTGGACCG,Epiblast
S4 56h:GGCTTTCAGTAGAATC,Epiblast
S4 56h:TTGTGGACACCATATG,Zscan4+ Artefact
S4 56h:CCTGTTGCAGCGTGCT,Epiblast
S4 56h:CATGCGGCAGAATTCC,Epiblast
S4 56h:TTGCTGCGTGTTGCCG,Epiblast
S4 56h:AGGATAATCGGACTTA,Epiblast
S4 56h:TTCTTGACACAATCTG,Epiblast
S4 56h:CTTCCGATCACAATGC,Epiblast
S4 56h:TCGACGGCAGGTGAGT,Epiblast
S4 56h:TAGAGTCCAGTCAGAG,Epiblast
S4 56h:GTGAGCCGTGGCAACA,Epiblast
S4 56h:CGAGTGCAGTTGGAAT,Exiting naive pluripotency
S4 56h:TGTCCACTCACTGTTT,Epiblast
S4 56h:TACCGGGTCGGTCAGC,Epiblast
S4 56h:TCATTTGCAAAGACTA,Epiblast
S4 56h:GTCATTTCATGTGCCG,Epiblast
S4 56h:CAACGATCAGAACATA,Epiblast
S4 56h:CTTCGGTTCCGCAACG,Exiting naive pluripotency
S4 56h:CCTATCGCATGACACT,Epiblast
S4 56h:CTCCCAAGTACGTTCA,Epiblast
S4 56h:GTCCTCAAGACCACGA,Epiblast
S4 56h:ATCCTATAGTTGTAGA,Epiblast
S4 56h:TTCCAATCATAACCCA,Epiblast
S4 56h:CATTCCGGTCCGACGT,Epiblast
S4 56h:GCAGCCACATCTGGGC,Epiblast
S4 56h:ACGGTCGCAAGAGTTA,Epiblast
S4 56h:CCACACTCACGCGTGT,Epiblast
S4 56h:TGGTTAGTCTCCATAT,Epiblast
S4 56h:CTGATCCTCCCGATCT,Epiblast
S4 56h:TAAGCGTAGAAGCCTG,Epiblast
S4 56h:TCGCAGGCACGTAGTT,Epiblast
S4 56h:TTTGGAGAGGCATCTT,Epiblast
S4 56h:GCCAGTGAGATAGTCA,Epiblast
S4 56h:GTACAACTCATATGGC,Epiblast
S4 56h:CCACGTTAGTGCTAGG,Epiblast
S4 56h:CGTAGTAGTAGAGTTA,Epiblast
S4 56h:CTCAAGAAGTGCTCGC,Epiblast
S4 56h:AAGACTCCACGTGTGC,Epiblast
S4 56h:TCATGCCAGCAACAGC,Epiblast
S4 56h:AGGATCTAGAACTGAT,Epiblast
S4 56h:CCGAACGTCAGTCATG,Epiblast
S4 56h:TCACGCTGTAGACGTG,Epiblast
S4 56h:TCCCATGTCATTCGGA,Epiblast
S4 56h:GATGGAGCAAGGATGC,Epiblast
S4 56h:AGGGTCCTCACGATAC,Epiblast
S4 56h:TTCCTCTGTACGATTC,Epiblast
S4 56h:ACTGCAACATCGGAAG,Epiblast
S4 56h:CTGCCTATCGTTCTCG,Epiblast
S4 56h:TGTCAGACAAACTAAG,Epiblast
S4 56h:CCTCAACAGGGTGAAA,Epiblast
S4 56h:GAGTGAGAGACAAGCC,Epiblast
S4 56h:AGTGTTGAGGCATGCA,Epiblast
S4 56h:GCACTAACAGGCTATT,Epiblast
S4 56h:ACTATTCAGCAAGTCG,Epiblast
S4 56h:GTGTTCCCATTCGGGC,Epiblast
S4 56h:GCAACCGTCCCAAGCG,Epiblast
S4 56h:CTGGTCTCACGGTGAA,Epiblast
S4 56h:GCTGAATCATAGAATG,Exiting naive pluripotency
S4 56h:ACGTAGTTCCGTGTGG,Epiblast
S4 56h:TTGTTCAAGTCCCAGC,Epiblast
S4 56h:ATCGATGAGTTGGACG,Epiblast
S4 56h:CTCATGCGTTCTCTCG,Epiblast
S4 56h:AGACCCGGTTTGTGGT,Epiblast
S4 56h:GCACTAAGTAGGATAT,Epiblast
S4 56h:AGTCACACAGGCGATA,Epiblast
S4 56h:CCTATCGCAGCTGTTA,Epiblast
S4 56h:CGCCAGAGTAGGAAAG,Epiblast
S4 56h:AGTACCAGTTTCGCTC,Epiblast
S4 56h:GGGAGATTCCGTGCGA,Epiblast
S4 56h:TCGCACTAGGTGGGTT,Epiblast
S4 56h:CACATGACAAACTCTG,Epiblast
S4 56h:TAAGCACTCGACACTA,Epiblast
S4 56h:ATGAAAGTCTCTGCTG,Exiting naive pluripotency
S4 56h:TCACGGGCATCGAGCC,Epiblast
S4 56h:GACACGCAGGAGAGGC,Epiblast
S4 56h:ACACTGACAACTACGT,Epiblast
S4 56h:GAAGGACCAACACGTT,Epiblast
S4 56h:CCAAGCGAGGGCTTCC,Epiblast
S4 56h:GATCACATCGACACTA,Epiblast
S4 56h:AACACACTCCGATCGG,Epiblast
S4 56h:CTGAGGCCAGGCACAA,Epiblast
S4 56h:CATCCACAGCTTCTAG,Epiblast
S4 56h:CACTTCGGTCGAGTGA,Epiblast
S4 56h:GATGAGGTCCTTGAAG,Epiblast
S4 56h:AGCCACGCACAAATAG,Epiblast
S4 56h:CCGAACGTCCTTACCG,Epiblast
S4 56h:AAGACTCAGCGATGAC,Epiblast
S4 56h:AGACACTGTCCTTAAG,Epiblast
S4 56h:GTGCAGCGTAGTGATA,Epiblast
S4 56h:CGAGTGCAGCGGATCA,Epiblast
S4 56h:TAGACCAAGGCATGCA,Epiblast
S4 56h:GTTGAACCACCCTAGG,Epiblast
S4 56h:CTGTCGTTCAAGTTGC,Epiblast
S4 56h:CTGGACGCATGACGGA,Epiblast
S4 56h:CCACACTAGGGCCCTT,Epiblast
S4 56h:AACCAACGTTGTTGTG,Epiblast
S4 56h:ATTGTTCCAGTTGTTG,Epiblast
S4 56h:ATTCAGGGTAACCAGG,Epiblast
S4 56h:TGGATGTTCACTCGAA,Epiblast
S4 56h:CATCGGGGTACTCCGG,Epiblast
S4 56h:CATGCTCGTTACGGAG,Epiblast
S4 56h:TCTGGCTGTCAAACGG,Epiblast
S4 56h:TCACATTCATCACGGC,Epiblast
S4 56h:CTCAACCAGGAAGTAG,Exiting naive pluripotency
S4 56h:GTCTTTACACGGCGTT,Epiblast
S4 56h:GGAATGGAGGCCTAAG,Epiblast
S4 56h:TGCGGGTTCTCGCTTG,Epiblast
S4 56h:CATACTTGTTGTACGT,Epiblast
S4 56h:TGGGATTTCCCGTAAA,Epiblast
S4 56h:AGATGCTCACCAAAGG,Epiblast
S4 56h:CAACCTCGTCTAGGTT,Epiblast
S4 56h:ATGCCTCCACACACTA,Epiblast
S4 56h:AACGTCAAGCGACATG,Epiblast
S4 56h:AGGAATAAGTTGCGCC,Epiblast
S4 56h:TGTTTGTCAAGAGATT,Epiblast
S4 56h:TCATTTGCAAGCGCTC,Epiblast
S4 56h:GCAGGCTTCGCCGATG,Epiblast
S4 56h:CATTGTTTCTAATTCC,Epiblast
S4 56h:TTCCACGGTATGTGTC,Epiblast
S4 56h:CTGCGAGTCATTGAGC,Epiblast
S4 56h:GCGATCGTCGACCAAT,Epiblast
S4 56h:AGGAGGTCACAGCTTA,Epiblast
S4 56h:GAGGCAATCTTGATTC,Epiblast
S4 56h:ATATCCTTCGTTGTGA,Epiblast
S4 56h:AACAAGACAGACTGCC,Epiblast
S4 56h:TGGAGAGTCTAGGAAA,Epiblast
S4 56h:ATAGACCAGTCCGCGT,Epiblast
S4 56h:TCTCCGACATATGGCT,Epiblast
S4 56h:CTATCCGGTTAATGAG,Epiblast
S4 56h:AGTAGTCGTACATACC,Epiblast
S4 56h:GAAGGACCATCCGCGA,Epiblast
S4 56h:CGTGCTTAGCATATGA,Epiblast
S4 56h:CTCAGGGGTCTAACGT,Epiblast
S4 56h:TACCGGGTCTTCGGTC,Epiblast
S4 56h:TGAGCATTCGCAATGT,Epiblast
S4 56h:TCCCATGTCCGCGGAT,Epiblast
S4 56h:CATGCTCTCGCTTGAA,Epiblast
S4 56h:GCAGCTGGTGTACATC,Epiblast
S4 56h:AGGACGAGTCAGTCGC,Epiblast
S4 56h:TCGTAGATCTGGGCCA,Epiblast
S4 56h:TCTCTGGTCCTAGCTC,Epiblast
S4 56h:TTTCGATCATCCTTCG,Epiblast
S4 56h:CTGAATGCATTGGCAT,Epiblast
S4 56h:TTCCTAATCGGTGAAG,Epiblast
S4 56h:ACCATTTTCAGCCTTC,Epiblast
S4 56h:GGTGTCGGTACTGGGA,Epiblast
S4 56h:TTGAACGGTCTGTTAG,Epiblast
S4 56h:ACTATGGGTGGTCTGC,Epiblast
S4 56h:TTACTGTTCCACTAGA,Epiblast
S4 56h:TCAGGTATCGTAGTGT,Epiblast
S4 56h:AGATCCATCCATTGCC,Epiblast
S4 56h:TCTTTGATCCCAGGAC,Epiblast
S4 56h:TCAAGACCAAGCCTGC,Epiblast
S4 56h:TTCAATCTCAACACGT,Epiblast
S4 56h:AGCCAGCTCCAGTGTA,Epiblast
S4 56h:GAGAGGTGTTAAGGGC,Epiblast
S4 56h:TATTTCGTCAGGGTAG,Epiblast
S4 56h:CTATCCGAGTTGTCAC,Epiblast
S4 56h:TTTCGATGTTCTTCAT,Epiblast
S4 56h:GAGACCCGTTTGGCTA,Epiblast
S4 56h:CTATCTAGTGTTGCCG,Epiblast
S4 56h:ACATCCCGTATCAGCT,Epiblast
S4 56h:AATCACGCATCCGCGA,Epiblast
S4 56h:TTTGACTCACTGTCCT,Epiblast
S4 56h:AGGTTACGTTCTCCAC,Epiblast
S4 56h:CGTTAGATCGGTCATA,Epiblast
S4 56h:GACAGCCAGGCCCACT,Exiting naive pluripotency
S4 56h:AGAACAATCAAGTTGC,Epiblast
S4 56h:GTTGCTCTCTGACAGT,Exiting naive pluripotency
S4 56h:CATCCCACAGAGGACT,Epiblast
S4 56h:ACACTGATCCGGACTG,Epiblast
S4 56h:GCTGCAGTCATCGCTC,Epiblast
S4 56h:CCTAAGACACATGTTG,Epiblast
S4 56h:TCTCCGACAGACCGCT,Epiblast
S4 56h:GTTGAACTCCGATCGG,Epiblast
S4 56h:CCGAACGTCACGTCCT,Epiblast
S4 56h:TGACGCGCATCGATCA,Epiblast
S4 56h:AATGGCTCAAACTAGA,Epiblast
S4 56h:TCATTACGTCACATTG,Epiblast
S4 56h:CAACCTCGTATGAGAT,Epiblast
S4 56h:ATGGAGGAGCGACCCT,Epiblast
S4 56h:CATGCGGCAAGCTGTT,Epiblast
S4 56h:GTGCGTGCATGGTGGA,Epiblast
S4 56h:ATTACTCTCTACCCAC,Epiblast
S4 56h:GGTAACTCAAGTCCAT,Epiblast
S4 56h:GGTTAACAGATGAAGG,Epiblast
S4 56h:AGGGAGTAGGTTCCGC,Epiblast
S4 56h:ATGGGAGAGGATACAT,Epiblast
S4 56h:ATCCATTCACACGGTC,Epiblast
S4 56h:CATGCTCCAGCACACC,Epiblast
S4 56h:CGGAATTAGAGCATCG,Epiblast
S4 56h:GTGAGTTCAGTGTACT,Epiblast
S4 56h:GCTGCAGGTTGCGAAG,Epiblast
S4 56h:GTAGATCAGTCTGCGC,Epiblast
S4 56h:TGACTCCAGACGCCCT,Epiblast
S4 56h:GTCAAACAGTTACGAA,Epiblast
S4 56h:GGAACCCTCGAGAATA,Exiting naive pluripotency
S4 56h:TTGGGTAGTGGTCTAT,Epiblast
S4 56h:GAACACTCAGCATTGT,Epiblast
S4 56h:GACCCTTAGAAGAGCA,Epiblast
S4 56h:GGGCCATTCAATGTCG,Epiblast
S4 56h:TACCGAAAGTGGCGAT,Epiblast
S4 56h:TTCCAATAGTATAGGT,Epiblast
S4 56h:TCTGTCGTCCCATACC,Epiblast
S4 56h:GTATTGGGTGGACAGT,Epiblast
S4 56h:AAAGGTACAAGTGATA,Epiblast
S4 56h:AGTAGCTGTGTCATTG,Epiblast
S4 56h:CACGTGGTCTTTGCTA,Epiblast
S4 56h:TCAATCTAGCTTCATG,Epiblast
S4 56h:CTGCAGGCAGCTCGGT,Epiblast
S4 56h:TGAGGAGAGTATTGCC,Epiblast
S4 56h:TCATCCGTCCATGATG,Epiblast
S4 56h:ACTTATCTCTGCTAGA,Epiblast
S4 56h:CTGGACGCAGTCTTCC,Epiblast
S4 56h:CCCGGAATCCTACTGC,Epiblast
S4 56h:CAGATTGGTGGCTGAA,Epiblast
S4 56h:ACCCAAATCAGTGTTG,Epiblast
S4 56h:CCACCATTCGAGATGG,Epiblast
S4 56h:AGTAGCTGTCCAATCA,Epiblast
S4 56h:CGAAGTTTCGCTGACG,Exiting naive pluripotency
S4 56h:CCATCACCACTGGAAG,Epiblast
S4 56h:TCAGGTATCTCGAACA,Epiblast
S4 56h:AGCATCATCTCTAGGA,Epiblast
S4 56h:TGGGATTCACAGCCTG,Epiblast
S4 56h:ATCGATGGTTAGGCTT,Epiblast
S4 56h:GTGAGTTAGGTACAGC,Epiblast
S4 56h:TGGAGGAGTTGATGTC,Epiblast
S4 56h:TGCAGGCGTCTAGGCC,Epiblast
S4 56h:TTGTTGTAGAGCAACC,Epiblast
S4 56h:GACTGATTCCGGTTCT,Epiblast
S4 56h:CACTGAAAGAGGGTAA,Epiblast
S4 56h:AGATAGATCGGACTTA,Epiblast
S4 56h:CGATCGGCAGGGTCTC,Epiblast
S4 56h:TGTAACGTCTACTCAT,Epiblast
S4 56h:CGTCAAAAGCAGCCTC,Epiblast
S4 56h:CGATGGCCAGGATCTT,Epiblast
S4 56h:CATTGTTTCCCAGGCA,Epiblast
S4 56h:ACCACAATCGATTCCC,Epiblast
S4 56h:TACCCGTTCGAGCCTG,Epiblast
S4 56h:GCTGCAGTCTTCGATT,Epiblast
S4 56h:ATCCCTGTCCTGTTAT,Epiblast
S4 56h:CAGTTCCCAAGTGGAC,Epiblast
S4 56h:TTTATGCCATCGGTTA,Epiblast
S4 56h:CAATCGATCTCGACCT,Epiblast
S4 56h:ATCCACCAGAGGATCC,Epiblast
S4 56h:AGCATCAAGCGAACTG,Epiblast
S4 56h:CCGATGGCAACTTCTT,Epiblast
S4 56h:CATGAGTGTACGCTTA,Epiblast
S4 56h:CTCCGATTCGACACTA,Epiblast
S4 56h:TCGAAGTAGGCTAAAT,Epiblast
S4 56h:TGCTTCGAGCGACAGT,Epiblast
S4 56h:CTGGACGCAATTTCCT,Epiblast
S4 56h:CCTCAGTCATCCTATT,Epiblast
S4 56h:TCTACATAGCACTCCG,Epiblast
S4 56h:GTTCTATAGACAAGCC,Epiblast
S4 56h:AGTTAGCCAAATCGGG,Epiblast
S4 56h:CTGCGAGGTCTATGAC,Epiblast
S4 56h:CCCGGAAAGCTCCCTT,Epiblast
S4 56h:ATCGGATAGAGCTGAC,Epiblast
S4 56h:TCATTACCAGTTCTAG,Epiblast
S4 56h:ATACCGATCGGTTAGT,Epiblast
S4 56h:GTGTTAGTCCATCTAT,Epiblast
S4 56h:GCGTGCAAGACCTTTG,Epiblast
S4 56h:TGTAGACGTTCCCAAA,Epiblast
S4 56h:CATTTCATCGCAGTCG,Epiblast
S4 56h:ACCAACATCAGCGTCG,Epiblast
S4 56h:GCAGCCACAAGGGCAT,Epiblast
S4 56h:GAGCCTGAGCCTTCTC,Epiblast
S4 56h:TATATCCCAGGAACCA,Epiblast
S4 56h:CACTTCGTCAGACCGC,Epiblast
S4 56h:TAGGAGGAGTAGGTTA,Epiblast
S4 56h:AGTACTGCAGTAACAA,Epiblast
S4 56h:ATCTTCACACGCGTCA,Epiblast
S4 56h:GACCAATAGGCGTTAG,Epiblast
S4 56h:CCGGTGATCCATTTGT,Epiblast
S4 56h:GGGATCCCAAAGCTCT,Epiblast
S4 56h:CGTCAAAGTAGCGTAG,Epiblast
S4 56h:GTAGATCAGATTGGGC,Epiblast
S4 56h:GCATCGGAGCAGGGAG,Epiblast
S4 56h:CTTTCGGCATCTGGGC,Epiblast
S4 56h:AAACGCTTCAGAGTTC,Epiblast
S4 56h:TCATGCCGTCTTTCAT,Epiblast
S4 56h:AGTAGCTAGCAGGCTA,Epiblast
S4 56h:GGAGGATAGCAGTAAT,Epiblast
S4 56h:TTAGGGTAGAATGTTG,Epiblast
S4 56h:TGACAGTTCCGATCTC,Epiblast
S4 56h:GGGAGTACACCCTATC,Epiblast
S4 56h:AGATCCACATTCGGGC,Epiblast
S4 56h:TACGTCCAGATAGTGT,Epiblast
S4 56h:GAACACTAGTGACCTT,Epiblast
S4 56h:ACTTTCACACAATTCG,Epiblast
S4 56h:CGGGACTGTCAGTTTG,Epiblast
S4 56h:CATGGTAAGGTGATCG,Epiblast
S4 56h:TCTTTGACAAGAGTTA,Epiblast
S4 56h:CCGGTGACACTATGTG,Epiblast
S4 56h:TTCCGTGCAGCGACAA,Exiting naive pluripotency
S4 56h:CCACGTTAGTCGTCTA,Epiblast
S4 56h:CCGCAAGCAAGACTGG,Epiblast
S4 56h:GGAGGTAAGTACAGAT,Epiblast
S4 56h:CATCGCTCAAGACGAC,Epiblast
S4 56h:ACTGCAAAGCTCTATG,Epiblast
S4 56h:GTAGCTACACAAGGTG,Epiblast
S4 56h:TAACACGCATCAGTGT,Epiblast
S4 56h:TGAGACTAGGGCTGAT,Epiblast
S4 56h:TGATTTCCACCAGTAT,Epiblast
S4 56h:GTTCATTGTGTGATGG,Epiblast
S4 56h:AAGGTAATCATGCCCT,Epiblast
S4 56h:TCCTCCCCATCTGCGG,Epiblast
S4 56h:TAAGTCGTCACCGACG,Epiblast
S4 56h:TTCCTTCTCGTTAGTG,Epiblast
S4 56h:GCCCAGACATCCCGTT,Epiblast
S4 56h:CCGTGAGAGTTCCGGC,Epiblast
S4 56h:GTGTTCCTCACAGTGT,Epiblast
S4 56h:CCATCACTCTGTAACG,Epiblast
S4 56h:TGGGATTTCAGGAGAC,Epiblast
S4 56h:AGACAAAAGACGAGCT,Epiblast
S4 56h:CCTCAGTGTATTTCTC,Epiblast
S4 56h:TTCCTCTGTATCGTTG,Epiblast
S4 56h:CACTGGGGTGAGCAGT,Epiblast
S4 56h:ACTTTCATCGGATACT,Epiblast
S4 56h:TTACCGCGTATCACCA,Epiblast
S4 56h:TCGGATAGTGGCGTAA,Epiblast
S4 56h:GACGTTAGTTCAGGTT,Epiblast
S4 56h:CTCAAGAAGACATATG,Epiblast
S4 56h:CCATCACCAGCATACT,Epiblast
S4 56h:TCATATCAGTCACGAG,Epiblast
S4 56h:CGAAGTTAGGGTGAAA,Epiblast
S4 56h:GTCACGGTCCACGGGT,Epiblast
S4 56h:GATGAGGAGATACGAT,Epiblast
S4 56h:TCCGGGACATGAGAAT,Epiblast
S4 56h:GGAGAACAGTCTCCTC,Epiblast
S4 56h:GTGGTTATCGATGGAG,Epiblast
S4 56h:GTCTACCCAGGACATG,Epiblast
S4 56h:AATAGAGGTTACGGAG,Epiblast
S4 56h:TTTACGTGTACTCCCT,Epiblast
S4 56h:CTCATTATCTATCGCC,Epiblast
S4 56h:GTCTACCAGGCCTAGA,Epiblast
S4 56h:TTTGATCGTGCATGAG,Exiting naive pluripotency
S4 56h:TGGAGGAAGTTCCTGA,Epiblast
S4 56h:TAGTGCACAGCGAGTA,Epiblast
S4 56h:TTATTGCAGCTCTGTA,Epiblast
S4 56h:CAACAGTAGGTCACAG,Epiblast
S4 56h:ACAGAAACAGATCATC,Epiblast
S4 56h:TCCTTCTGTATCCCAA,Epiblast
S4 56h:AGAGAGCCAGCTGTGC,Epiblast
S4 56h:TGACCCTCAGCCTTCT,Epiblast
S4 56h:AGAAATGCAAGCACAG,Epiblast
S4 56h:GAATCGTAGCGTTGTT,Epiblast
S4 56h:TCCTTCTTCTGGACCG,Epiblast
S4 56h:CATTGCCAGTTACGGG,Epiblast
S4 56h:ACACTGATCGTGAGAG,Epiblast
S4 56h:TCATTACAGAGAGAAC,Epiblast
S4 56h:GTCAAACGTGCCTGCA,Epiblast
S4 56h:TCAAGTGAGGACATCG,Epiblast
S4 56h:CCCTGATAGGATCACG,Exiting naive pluripotency
S4 56h:AAGTGAACAATTAGGA,Epiblast
S4 56h:TTCGATTTCTACGCGG,Exiting naive pluripotency
S4 56h:AGGCTGCAGGTTCACT,Epiblast
S4 56h:GTCATGATCGAAGGAC,Epiblast
S4 56h:CGGGCATCAAGTGCTT,Epiblast
S4 56h:CTAGACATCCAGTGCG,Epiblast
S4 56h:GGGACCTCAAGACCGA,Epiblast
S4 56h:GTCACTCGTAGTATAG,Epiblast
S4 56h:ATCACTTCACGTGTGC,Epiblast
S4 56h:TAACTTCCACTCTAGA,Epiblast
S4 56h:TACCCGTGTCCCACGA,Epiblast
S4 56h:CATGCTCTCTCATAGG,Epiblast
S4 56h:TGGATCATCATGAAAG,Epiblast
S4 56h:TACTGCCGTCTGCGCA,Epiblast
S4 56h:AGGACTTGTCTCTCTG,Epiblast
S4 56h:GAATAGAAGTCAATCC,Epiblast
S4 56h:CCGATCTGTACAGTAA,Epiblast
S4 56h:TGTAACGCACAGTCCG,Epiblast
S4 56h:AACCTGAGTACGGCAA,Epiblast
S4 56h:GAATCACTCGTTGCCT,Epiblast
S4 56h:TTCTAGTAGTGGTGGT,Epiblast
S4 56h:TGAGACTTCTCCGATC,Epiblast
S4 56h:GACGCTGTCATCGCCT,Epiblast
S4 56h:AGCCAATTCCTAGCCT,Epiblast
S4 56h:GCTACAAGTCAGCGTC,Epiblast
S4 56h:CTCAAGACAATCACGT,Epiblast
S4 56h:TGCTCCAGTGCAACGA,Epiblast
S4 56h:TTCTAGTGTAGTCTGT,Exiting naive pluripotency
S4 56h:CCGTGAGAGGAGGGTG,Epiblast
S4 56h:TGTTGGATCGATTTCT,Epiblast
S4 56h:ATGTCTTAGTCTAGAA,Epiblast
S4 56h:GATGAGGCACGTATAC,Epiblast
S4 56h:TACTGCCAGCGTGTCC,Epiblast
S4 56h:GAAGTAATCCCTGTTG,Epiblast
S4 56h:TAATTCCCAACAACAA,Epiblast
S4 56h:AGTCAACAGGCAGCTA,Epiblast
S4 56h:ACTATCTTCAAGTAAG,Epiblast
S4 56h:CCGGGTACAACTGCTA,Epiblast
S4 56h:CTCCTCCAGGACGCTA,Epiblast
S4 56h:CAACGATTCTTAGTTC,Epiblast
S4 56h:TCGGATAGTTCCCACT,Epiblast
S4 56h:GAAATGAGTCTGTGGC,Epiblast
S4 56h:GTTGTCCAGGTTCAGG,Epiblast
S4 56h:CCGCAAGCATGTGTCA,Epiblast
S4 56h:ACCAAACAGTAAGGGA,Epiblast
S4 56h:TCTTCCTGTCGTATTG,Epiblast
S4 56h:AGTGCCGTCCGGTAAT,Epiblast
S4 56h:CTGCGAGAGCACGATG,Epiblast
S4 56h:TGTAAGCTCGAGCACC,Epiblast
S4 56h:AGTACTGAGCTAGAAT,Epiblast
S4 56h:CACAACACACCGTACG,Epiblast
S4 56h:AGGATCTAGGTTGCCC,Epiblast
S4 56h:CTGTCGTCAACTGGTT,Epiblast
S4 56h:ACAACCAAGCAGCAGT,Epiblast
S4 56h:GTGCACGGTTCCTACC,Epiblast
S4 56h:GTGGAAGCAAATAGCA,Epiblast
S4 56h:TGCAGGCGTGTGGTCC,Epiblast
S4 56h:TGAGACTGTTCCTAAG,Epiblast
S4 56h:CGTTGGGCATACAGAA,Epiblast
S4 56h:CCCTCAAGTCCCTCAT,Epiblast
S4 56h:CATACTTAGTTGCTGT,Epiblast
S4 56h:GTGTGGCGTGGCTGAA,Epiblast
S4 56h:AGTAGTCTCTGAATGC,Epiblast
S4 56h:AAGACAATCGCCTATC,Epiblast
S4 56h:TCGGGTGGTGCAATGG,Epiblast
S4 56h:TGAATCGGTGTCCTAA,Epiblast
S4 56h:TGTTGAGCAGTCGAGA,Epiblast
S4 56h:ACCAACACAAGGAGTC,Epiblast
S4 56h:GTGGAAGGTAACGTTC,Epiblast
S4 56h:TCGGGACAGGATTCAA,Epiblast
S4 56h:CACAGGCCAGTAGAAT,Epiblast
S4 56h:TCAGCCTGTCCTGTCT,Epiblast
S4 56h:GATAGCTTCATCGCCT,Epiblast
S4 56h:CTCAGTCTCTTACACT,Epiblast
S4 56h:ACGTAGTGTCGTCATA,Epiblast
S4 56h:TGGTACAAGTTGGCTT,Epiblast
S4 56h:GACGTTACATGGCTGC,Epiblast
S4 56h:TTGTGGACATTATGCG,Epiblast
S4 56h:TCATATCAGCGCGTTC,Epiblast
S4 56h:GTGGAGACAGATCACT,Epiblast
S4 56h:AGAGCAGTCCAGCTCT,Epiblast
S4 56h:TGTGAGTTCCTTCGAC,Epiblast
S4 56h:CGGGACTAGCGTGCTC,Epiblast
S4 56h:CAAGACTCAGGCTATT,Epiblast
S4 56h:AGACTCAAGGGAACAA,Epiblast
S4 56h:TGCATCCAGATTGGGC,Epiblast
S4 56h:TGGCGTGTCTCATGCC,Epiblast
S4 56h:GTGCGTGTCATTCCTA,Epiblast
S4 56h:CCTCTCCTCCGCAACG,Epiblast
S4 56h:CATAAGCTCCATGAGT,Epiblast
S4 56h:CAATGACGTAGAGCTG,Epiblast
S4 56h:TCGCACTAGGATTTCC,Epiblast
S4 56h:TTGGGATGTATCAGCT,Epiblast
S4 56h:CGGCAGTGTATCCTTT,Epiblast
S4 56h:CATCCACCAACAACAA,Epiblast
S4 56h:TATACCTTCCATTGTT,Epiblast
S4 56h:ACGGAAGGTTATGGTC,Epiblast
S4 56h:TGGGCGTAGTCGCCAC,Epiblast
S4 56h:TGATTTCCATCACGGC,Epiblast
S4 56h:TACTTCACACTACCGG,Epiblast
S4 56h:ACTTAGGAGCTTTCCC,Epiblast
S4 56h:CATTGTTAGTCCCAGC,Epiblast
S4 56h:ATCACGATCGAGCCTG,Exiting naive pluripotency
S4 56h:ATGGTTGCACGACGAA,Epiblast
S4 56h:TCGGGACTCGAGCACC,Epiblast
S4 56h:TCGCAGGCATCAGTGT,Epiblast
S4 56h:GGGAGATAGGTTAGTA,Epiblast
S4 56h:GGAACCCTCTTGGTGA,Epiblast
S4 56h:TTTGATCTCGAGAAGC,Epiblast
S4 56h:CGCATAAGTAGGATAT,Epiblast
S4 56h:AGAAGCGGTGTAGGAC,Epiblast
S4 56h:CTCATCGTCTGAATGC,Epiblast
S4 56h:CGTCCATGTCCGATCG,Epiblast
S4 56h:AACCCAAAGTGAGTTA,Epiblast
S4 56h:GGTAATCAGTAATCCC,Epiblast
S4 56h:GGGATGACAGGTTCCG,Epiblast
S4 56h:GGCAGTCTCGTCCTCA,Epiblast
S4 56h:GACCCTTGTCGAGATG,Epiblast
S4 56h:TATGTTCGTGCTGCAC,Epiblast
S4 56h:GGGTGTCGTTGAGTCT,Epiblast
S4 56h:GGGACAATCGCCTCTA,Epiblast
S4 56h:CATTGTTCATCCTGTC,Epiblast
S4 56h:ACCTACCTCTTCCCGA,Epiblast
S4 56h:GAAGTAAAGAGCATAT,Epiblast
S4 56h:GACGCTGTCTGGTTGA,Epiblast
S4 56h:TCACATTCAAGCGGAT,Epiblast
S4 56h:TTAGGGTGTTTGTGGT,Epiblast
S4 56h:TATTGGGAGTATGATG,Epiblast
S4 56h:GATAGCTGTTAAGGGC,Epiblast
S4 56h:TCTACATTCAGGAAGC,Epiblast
S4 56h:AGATCCAAGGCATCAG,Epiblast
S4 56h:TGCACGGGTGAGTGAC,Epiblast
S4 56h:ATATCCTAGTGGATTA,Epiblast
S4 56h:GATGATCGTCAGGAGT,Exiting naive pluripotency
S4 56h:CTTCAATGTTTCGGCG,Epiblast
S4 56h:GGTGTCGAGGTGGGTT,Epiblast
S4 56h:GATGTTGTCGGCATAT,Epiblast
S4 56h:AACGAAAGTTGACTGT,Epiblast
S4 56h:ATAGGCTAGAGCAGCT,Epiblast
S4 56h:GGCGTCACAGACCAGA,Epiblast
S4 56h:CTAAGTGTCTTCGACC,Epiblast
S4 56h:CATACAGGTAGGACCA,Epiblast
S4 56h:TAACTTCGTCTGTGTA,Epiblast
S4 56h:CGTGCTTGTTCTCGCT,Epiblast
S4 56h:AGTTCGATCGAACTCA,Epiblast
S4 56h:CGTTAGACAGGTCCCA,Epiblast
S4 56h:CGTGTCTCAGAAATCA,Epiblast
S4 56h:GCACGGTTCTCGACGG,Epiblast
S4 56h:ATCACGAAGCTAAATG,Epiblast
S4 56h:GAGTGAGGTGTTCGTA,Epiblast
S4 56h:TCTTGCGTCTGAGTCA,Epiblast
S4 56h:CTCAGAACATGCGGTC,Epiblast
S4 56h:CGACAGCCACCACTGG,Epiblast
S4 56h:GAGTCATAGCTCAGAG,Epiblast
S4 56h:AGGACTTAGCAAGGAA,Epiblast
S4 56h:CATTCCGTCACCTCAC,Epiblast
S4 56h:GCACATAGTGCAACGA,Epiblast
S4 56h:AATGACCCACCATAAC,Epiblast
S4 56h:TTGGGCGTCCAATCTT,Epiblast
S4 56h:GAGAAATAGTGTAGTA,Epiblast
S4 56h:ATGAGGGTCCTTCTGG,Epiblast
S4 56h:GGAGATGGTCGAGCAA,Epiblast
S4 56h:CAAGGGACAGGCGAAT,Epiblast
S4 56h:TTGTTGTGTTATCCAG,Epiblast
S4 56h:CTCCCAAAGTTGCTGT,Epiblast
S4 56h:CCTCTCCAGACGCATG,Epiblast
S4 56h:AACTTCTTCCCATTTA,Epiblast
S4 56h:TGAGGAGAGACAGTCG,Epiblast
S4 56h:TTGTGGACAAGCACAG,Epiblast
S4 56h:TAGACCAAGAGTGGCT,Exiting naive pluripotency
S4 56h:ATTCTTGGTGTATTGC,Epiblast
S4 56h:CGACAGCAGTATGAAC,Epiblast
S4 56h:GGGTATTGTGTGCCTG,Epiblast
S4 56h:CACCGTTTCATTGCTT,Epiblast
S4 56h:GGGTGAAAGAACGTGC,Epiblast
S4 56h:GAAGGGTTCGGCTGAC,Epiblast
S4 56h:TCCCAGTCATGGTGGA,Epiblast
S4 56h:TGGGCTGTCAATCTTC,Epiblast
S4 56h:CAGTTCCTCTGGGCCA,Epiblast
S4 56h:GTGGGAATCACTGGTA,Exiting naive pluripotency
S4 56h:CAGCGTGGTCCACAGC,Epiblast
S4 56h:TCTATACAGCCAAGCA,Epiblast
S4 56h:TTACAGGAGCGAGGAG,Epiblast
S4 56h:CGCATGGAGTGGTGGT,Epiblast
S4 56h:CACAACAGTTGCGGCT,Epiblast
S4 56h:GATTTCTAGCTAAGTA,Epiblast
S4 56h:TCCACGTTCTTAGGAC,Epiblast
S4 56h:TCGTCCATCGTGCACG,Epiblast
S4 56h:ATGGGAGAGTCTTCGA,Exiting naive pluripotency
S4 56h:AGGGAGTCATTCCTAT,Epiblast
S4 56h:GTTGTGAGTAGTGATA,Epiblast
S4 56h:GACCTTCGTTCTAACG,Epiblast
S4 56h:CTACTATTCTTGGGCG,Exiting naive pluripotency
S4 56h:CGAGTTAGTCACCTTC,Epiblast
S4 56h:TTCTTGACATGACAGG,Exiting naive pluripotency
S4 56h:AAAGGGCCATGGGAAC,Epiblast
S4 56h:AGGATAATCTACGCGG,Epiblast
S4 56h:GATAGAATCCTGCTAC,Epiblast
S4 56h:TGGTACAAGCTGAAAT,Epiblast
S4 56h:TAGGGTTAGAACGTGC,Epiblast
S4 56h:TTCCACGGTGGCTTAT,Epiblast
S4 56h:TGGGAGAAGTACCCTA,Epiblast
S4 56h:TCTCAGCGTTAGCTAC,Epiblast
S4 56h:GTAGCTATCGCCAGAC,Epiblast
S4 56h:TACAGGTAGCCACTCG,Epiblast
S4 56h:CTCAGTCCAAAGCGTG,Epiblast
S4 56h:GCATGATTCGTCGGGT,Epiblast
S4 56h:GGGACCTGTATCTTCT,Epiblast
S4 56h:GAGACCCCACCGTCTT,Epiblast
S4 56h:CAGATTGCAATCACGT,Epiblast
S4 56h:ATTATCCGTTAGGCCC,Epiblast
S4 56h:AGTCAACAGATAACGT,Epiblast
S4 56h:AGGGTCCAGGTACATA,Epiblast
S4 56h:CATTCTATCACTTATC,Epiblast
S4 56h:TGTTCTACACCGTACG,Epiblast
S4 56h:GAAGGGTGTAGAATGT,Epiblast
S4 56h:CGTAAGTCATCGATCA,Epiblast
S4 56h:CAAGGGAGTCCATACA,Epiblast
S4 56h:CTATCTATCCGCAACG,Epiblast
S4 56h:GTCACGGTCGGTGAAG,Exiting naive pluripotency
S4 56h:TGCACGGTCTCGTCAC,Epiblast
S4 56h:GTTCATTCATGCCGAC,Epiblast
S4 56h:CATGGTATCGGTGTTA,Epiblast
S4 56h:GATCAGTTCAAGCCAT,Epiblast
S4 56h:CTCCCAAGTGCCTAAT,Epiblast
S4 56h:AAGCATCAGACAAGCC,Epiblast
S4 56h:ATCCTATTCAACGTGT,Epiblast
S4 56h:TCCCATGCAGAAGTTA,Epiblast
S4 56h:ACACAGTTCGCTGATA,Epiblast
S4 56h:TCACTATAGGACAACC,Epiblast
S4 56h:AGAGAGCGTAACCCTA,Epiblast
S4 56h:AATCGACAGGGCGAAG,Epiblast
S4 56h:GCGTGCAAGTCACTAC,Epiblast
S4 56h:CTGCATCTCACTTCTA,Epiblast
S4 56h:AGGAATAAGCCACTCG,Epiblast
S4 56h:CTTCGGTAGCATTTGC,Epiblast
S4 56h:TGTTACTAGGCCGCTT,Epiblast
S4 56h:GATAGCTAGTTGCGCC,Epiblast
S4 56h:TACCTCGCATCGAACT,Epiblast
S4 56h:CTCTCAGAGCCTGTGC,Epiblast
S4 56h:TGAGACTAGAATTGTG,Epiblast
S4 56h:GACTCTCAGCGCCCAT,Epiblast
S4 56h:CTTACCGAGTGGTGGT,Epiblast
S4 56h:TGTTGAGAGTGGTTGG,Epiblast
S4 56h:TTGTTGTAGTCTCTGA,Epiblast
S4 56h:AAACGCTTCCGAGAAG,Epiblast
S4 56h:CCGGTGATCCTGGGAC,Epiblast
S4 56h:CTCGAGGCAACGAGGT,Epiblast
S4 56h:ACAAAGATCTATTGTC,Epiblast
S4 56h:ACCGTTCAGTATAGAC,Epiblast
S4 56h:CTGAGGCGTGCAGGAT,Epiblast
S4 56h:TACGGGCCACTCTAGA,Epiblast
S4 56h:ATCACGATCCCTCTAG,Epiblast
S4 56h:CAAGCTACATCGTGCG,Epiblast
S4 56h:TAGCACATCGCCAGAC,Epiblast
S4 56h:TTCTAGTTCTGTCCGT,Epiblast
S4 56h:ATGGTTGTCTATTCGT,Epiblast
S4 56h:TGGATGTCACGGTAGA,Epiblast
S4 56h:TAACCAGGTGTATTCG,Epiblast
S4 56h:CTGAATGCAACTCGAT,Epiblast
S4 56h:TCATCCGTCGATGCAT,Epiblast
S4 56h:TGGGAGAGTGAGATTA,Epiblast
S4 56h:GCCGTGATCGCATAGT,Epiblast
S4 56h:ATCACGACAGATGCGA,Epiblast
S4 56h:CCACGTTAGTAGGATT,Epiblast
S4 56h:GACCGTGGTGTGGTCC,Epiblast
S4 56h:GATGCTAGTCGGCACT,Epiblast
S4 56h:CAACAGTTCTCGTCGT,Epiblast
S4 56h:ACCAAACCAGGCTATT,Epiblast
S4 56h:TCAGGTATCCTACCGT,Epiblast
S4 56h:AAGTGAAGTTGTGGCC,Epiblast
S4 56h:AGACCATGTGACTCTA,Epiblast
S4 56h:TAGGTTGCATATACCG,Epiblast
S4 56h:TTCTGTACAGCGTGAA,Epiblast
S4 56h:TCGTCCACACCCATAA,Epiblast
S4 56h:CGCATGGGTCAAGCGA,Epiblast
S4 56h:GAGGCCTGTTGCGGAA,Epiblast
S4 56h:TCAGGTACATCGGAGA,Epiblast
S4 56h:CATCAAGTCAGGGATG,Epiblast
S4 56h:GCCCAGAAGTTGGCTT,Epiblast
S4 56h:ACCAAACAGGTTAGTA,Epiblast
S4 56h:TTCTAGTAGTAACAGT,Epiblast
S4 56h:CTGTATTTCTCTTGCG,Epiblast
S4 56h:AGACTCACAAAGGCGT,Epiblast
S4 56h:CGGAATTCATCGTGGC,Epiblast
S4 56h:GCCGTGACAATCAGCT,Epiblast
S4 56h:ATTATCCGTCCCACGA,Epiblast
S4 56h:AGCGATTGTTATCCAG,Epiblast
S4 56h:TCATGTTCAAGAGAGA,Epiblast
S4 56h:GGAATGGCACTACGGC,Epiblast
S4 56h:GAAGCGATCCCATTTA,Epiblast
S4 56h:TTCCGTGGTTGTTGTG,Epiblast
S4 56h:TCGCTTGTCTTAGTTC,Epiblast
S4 56h:AGCGCTGCAGGACAGT,Epiblast
S4 56h:CTCCTTTTCCGGGACT,Epiblast
S4 56h:ATTACTCCACTGAGGA,Epiblast
S4 56h:AACAAAGAGCGCTGAA,Epiblast
S4 56h:TAAGTCGGTTCGTTCC,Epiblast
S4 56h:AGTCTCCTCATGGAGG,Epiblast
S4 56h:GGTTGTAGTCGCGTTG,Epiblast
S4 56h:ACTGATGCACTAACCA,Epiblast
S4 56h:GAATCGTGTCTCACAA,Epiblast
S4 56h:CGCAGGTTCTAAACGC,Epiblast
S4 56h:ACAGCCGGTGGCTGAA,Epiblast
S4 56h:TGCTCGTAGATAACAC,Epiblast
S4 56h:GGGTCACTCTCCTGCA,Exiting naive pluripotency
S4 56h:CTACTATGTGGTTCTA,Epiblast
S4 56h:TCAAGTGAGCCGCACT,Epiblast
S4 56h:AGTGCCGCAATTGTGC,Epiblast
S4 56h:TATCCTACACCGGAAA,Epiblast
S4 56h:GTTACCCGTCATCAGT,Epiblast
S4 56h:GCAGTTAAGCAGCCTC,Epiblast
S4 56h:ATGAGTCGTAGCTGTT,Epiblast
S4 56h:CTACTATTCTCTCTAA,Epiblast
S4 56h:CAGATTGAGAAGCTGC,Epiblast
S4 56h:CAATACGGTTCTCCTG,Epiblast
S4 56h:GTCGAATTCCGATGTA,Epiblast
S4 56h:TTCACGCAGTGCTCGC,Epiblast
S4 56h:AGTAGCTCAGGAATAT,Epiblast
S4 56h:GGGAAGTCACCGGAAA,Epiblast
S4 56h:GTGGAGATCGAACACT,Epiblast
S4 56h:CCGGGTAAGGGAGGTG,Epiblast
S4 56h:TCTACATAGCGGGTTA,Epiblast
S4 56h:AGGTCATAGGCGATAC,Epiblast
S4 56h:TCCTTTCAGGAGGTTC,Epiblast
S4 56h:TAGGTTGTCTCTTGCG,Epiblast
S4 56h:CGTGAATGTCTTACTT,Epiblast
S4 56h:AGGATCTCACCGAATT,Epiblast
S4 56h:AAGCATCAGTGGTTAA,Epiblast
S4 56h:AGCCAATGTCATTCCC,Epiblast
S4 56h:GCTGGGTTCATTTGTC,Epiblast
S4 56h:CCCATTGGTATGGTTC,Epiblast
S4 56h:CTTCTAAAGAATACAC,Epiblast
S4 56h:ACGGTCGTCGCAGTCG,Epiblast
S4 56h:GTGGGAATCCTACCGT,Epiblast
S4 56h:CCCAACTAGCAACAAT,Exiting naive pluripotency
S4 56h:AGGTCATAGCTCCACG,Epiblast
S4 56h:CAACCTCGTACGCTTA,Epiblast
S4 56h:TACAGGTGTTCCGTTC,Epiblast
S4 56h:TATATCCGTAACAAGT,Epiblast
S4 56h:TCAGCAAAGCATTTCG,Epiblast
S4 56h:TATTGGGCAGGGACTA,Epiblast
S4 56h:ACATTTCCAGCTATAC,Epiblast
S4 56h:TGGGATTTCGCCCAGA,Epiblast
S4 56h:TCCACGTTCGGCTTCT,Epiblast
S4 56h:CCTCAACCACGACTAT,Epiblast
S4 56h:TGTTCTAGTAGGCTCC,Epiblast
S4 56h:CGTGAATCAGACACCC,Epiblast
S4 56h:AGAACCTAGCTACTAC,Epiblast
S4 56h:CACAGATCAAGCCATT,Epiblast
S4 56h:CTCATGCAGCAAGTGC,Epiblast
S4 56h:CGGGTGTTCGGAATTC,Epiblast
S4 56h:TAGCACAGTATCAGGG,Epiblast
S4 56h:ACATTTCAGAGCCGTA,Epiblast
S4 56h:TCTCCGATCGGCCAAC,Epiblast
S4 56h:AGAAGTACACCTAAAC,Epiblast
S4 56h:TGGTAGTGTCGATGCC,Epiblast
S4 56h:CTACCCACAGTAGATA,Epiblast
S4 56h:CACGTTCAGCTTCATG,Epiblast
S4 56h:TCCCATGGTGGATGAC,Epiblast
S4 56h:CTGTCGTAGAAACCAT,Epiblast
S4 56h:TCTAACTCAATTGTGC,Epiblast
S4 56h:GATGCTAGTGTACAGG,Epiblast
S4 56h:CTTTCGGCAATCTAGC,Epiblast
S4 56h:GACAGCCTCAAATAGG,Epiblast
S4 56h:AAGTCGTAGCACCGAA,Epiblast
S4 56h:TGTTGGAGTATGCGTT,Epiblast
S4 56h:TAACCAGCACAAGCTT,Epiblast
S4 56h:GGAGAACGTCAAGTTC,Epiblast
S4 56h:GGGCTACGTCCACGCA,Epiblast
S4 56h:TATCCTAAGCGTGTCC,Epiblast
S4 56h:CACAGATGTCATACCA,Epiblast
S4 56h:ATTCGTTCAGAACGCA,Epiblast
S4 56h:CATTGAGCAATGCTCA,Epiblast
S4 56h:TAGATCGTCTGGTGCG,Epiblast
S4 56h:TCAGGTAGTACGAGCA,Epiblast
S4 56h:ATGGGTTCAAAGGCAC,Epiblast
S4 56h:ATGCGATCAACCGTAT,Epiblast
S4 56h:AGCCACGGTTAGAGTA,Epiblast
S4 56h:CGGAATTAGGCATGCA,Epiblast
S4 56h:CTGTCGTAGAAATGGG,Epiblast
S4 56h:CGAGGAAAGATTGAGT,Epiblast
S4 56h:ACAGAAAGTGTCTCCT,Epiblast
S4 56h:GTTTACTGTCGTGATT,Epiblast
S4 56h:ACTGATGAGACCATAA,Epiblast
S4 56h:TTGGGTAAGGTGGGTT,Epiblast
S4 56h:AGTGACTCAAGGCGTA,Exiting naive pluripotency
S4 56h:ATGAAAGTCTGAGAGG,Epiblast
S4 56h:TGCAGGCAGCCATTTG,Epiblast
S4 56h:TGTTGGAAGAGTCGAC,Epiblast
S4 56h:TGTTGGAGTTTGTTGG,Epiblast
S4 56h:TCAAGCATCCTTATGT,Epiblast
S4 56h:TTGTTCACATGTTCGA,Epiblast
S4 56h:CCTGCATGTTAAGGAT,Epiblast
S4 56h:CTCCATGTCGCTTAAG,Epiblast
S4 56h:ATCGGCGTCTGCGGCA,Epiblast
S4 56h:CGACAGCGTTCCGCAG,Epiblast
S4 56h:TGGGCTGCACTTGGGC,Epiblast
S4 56h:CACCGTTTCTTCACAT,Epiblast
S4 56h:ACTACGACAACTCCCT,Epiblast
S4 56h:ACACGCGGTTTGGAGG,Epiblast
S4 56h:CGCCATTTCGCCTCTA,Epiblast
S4 56h:TCGAAGTAGCAGCGAT,Epiblast
S4 56h:TCATGCCAGAGTCTGG,Epiblast
S4 56h:GGGTCTGCATGCCGAC,Epiblast
S4 56h:CTTCTCTCAGCGACCT,Epiblast
S4 56h:ACGTTCCCAATCGAAA,Epiblast
S4 56h:CTCTGGTGTAGCTGTT,Epiblast
S4 56h:GAGTTACTCGTGAGAG,Epiblast
S4 56h:GTCAAACTCGGACCAC,Epiblast
S4 56h:AGATCCAAGCGATGCA,Epiblast
S4 56h:AAACCCAGTTGGTAGG,Exiting naive pluripotency
S4 56h:TTGCCTGCAGCAATTC,Epiblast
S4 56h:TTAATCCGTCGGATTT,Epiblast
S4 56h:TCGGGCACAGTAACGG,Epiblast
S4 56h:CCGCAAGAGATTACCC,Epiblast
S4 56h:CCGTTCACACCATAAC,Epiblast
S4 56h:TGGTACAAGAGGTATT,Epiblast
S4 56h:TGAGGTTTCTACTCAT,Epiblast
S4 56h:CACAGATGTCATGGCC,Epiblast
S4 56h:GGAGGATCATTCGATG,Epiblast
S4 56h:ACTGATGCATTGAAGA,Epiblast
S4 56h:TCATTACTCGCCAGTG,Epiblast
S4 56h:CTTTCGGTCCTCTCTT,Epiblast
S4 56h:AAGTTCGGTTAGGAGC,Epiblast
S4 56h:CAGAGCCAGCGATGGT,Epiblast
S4 56h:AAGGAATCACTGCATA,Epiblast
S4 56h:CGAAGGACAGGATGAC,Epiblast
S4 56h:CCTCCTCCAATACAGA,Epiblast
S4 56h:TTCTTGAAGCTCTGTA,Epiblast
S4 56h:GAGAGGTCAACCCTAA,Epiblast
S4 56h:TGGGTTACAAAGCGTG,Epiblast
S4 56h:TAGGTTGAGTGGGAAA,Epiblast
S4 56h:ATCCCTGCAAGTGGAC,Epiblast
S4 56h:GTGCACGTCTGCGGGT,Epiblast
S4 56h:ATTCCTATCTTAGCAG,Epiblast
S4 56h:ATAGACCTCTTGGGCG,Epiblast
S4 56h:CTTCTCTTCGCTTGCT,Epiblast
S4 56h:GTAACACTCAAGAGGC,Epiblast
S4 56h:ACTATGGAGCCATTTG,Epiblast
S4 56h:TTAGTCTGTGTCGATT,Epiblast
S4 56h:ATGCATGAGCAGAAAG,Epiblast
S4 56h:TCGCTTGCATCTGTTT,Epiblast
S4 56h:GTAGAAATCTGCGATA,Epiblast
S4 56h:AGAGCAGGTCATGACT,Epiblast
S4 56h:CTATAGGCATCGTTCC,Epiblast
S4 56h:GCCAGTGGTGAGATTA,Epiblast
S4 56h:GCCAGTGCATGACTAC,Epiblast
S4 56h:GTGAGCCGTTGCCGAC,Epiblast
S4 56h:AGGGAGTCACAGTACT,Epiblast
S4 56h:CTTGAGATCACGAGGA,Epiblast
S4 56h:CGAAGTTAGTTGGCTT,Epiblast
S4 56h:GTAAGTCCACTACGGC,Epiblast
S4 56h:AATTTCCTCTCGACCT,Epiblast
S4 56h:ATGGTTGGTGCAATGG,Epiblast
S4 56h:GTGGGAAAGGTTGGAC,Epiblast
S4 56h:GCTTCACAGGACGCAT,Epiblast
S4 56h:CGGAACCGTTCACGAT,Epiblast
S4 56h:TATCAGGTCCTAGCCT,Epiblast
S4 56h:CAATGACAGTTCATGC,Epiblast
S4 56h:TTCTAACCATGGAACG,Epiblast
S4 56h:GTCACGGCACAAGGTG,Epiblast
S4 56h:CGCGTGACAGAGTTGG,Epiblast
S4 56h:AGTCATGAGACCAGAC,Epiblast
S4 56h:CGGGACTAGTTTCGGT,Epiblast
S4 56h:TCATGGAAGCACTGGA,Epiblast
S4 56h:ACATCGAGTCACGCTG,Epiblast
S4 56h:TGACAGTTCTGCTAGA,Epiblast
S4 56h:GTAGAGGAGTGAACAT,Epiblast
S4 56h:CTCTGGTAGTGCTAGG,Epiblast
S4 56h:CATCGGGTCATTGGTG,Epiblast
S4 56h:AAGGAATGTTCTAACG,Epiblast
S4 56h:ACAGCCGTCAGTGTCA,Epiblast
S4 56h:GTGTTAGAGATTAGCA,Epiblast
S4 56h:GTGACGCCACTACACA,Epiblast
S4 56h:CGTAGTAAGCGCTTCG,Epiblast
S4 56h:CCTCAACTCAGTGCGC,Epiblast
S4 56h:AGGACGACAAGTGGGT,Epiblast
S4 56h:TCCTCGAAGGATGAGA,Epiblast
S4 56h:GTGTGGCAGTTCCAGT,Epiblast
S4 56h:AGGGTCCAGCGATGGT,Epiblast
S4 56h:CCACACTGTTTACGTG,Epiblast
S4 56h:TGCGATACACACCTGG,Epiblast
S4 56h:ATGCATGAGGACTAAT,Epiblast
S4 56h:ACACTGATCTAGATCG,Epiblast
S4 56h:AACAACCCAGTCGGTC,Exiting naive pluripotency
S4 56h:TACAACGGTTCAGCGC,Epiblast
S4 56h:TGTAGACGTACCGCGT,Epiblast
S4 56h:CTGTAGAAGCTGGTGA,Epiblast
S4 56h:CGAGAAGCATGGGCAA,Epiblast
S4 56h:TGATGGTAGCTAATGA,Epiblast
S4 56h:GCTTTCGTCCGAACGC,Epiblast
S4 56h:ATTCACTCACCGTGCA,Epiblast
S4 56h:TGGTTAGGTTCTCCCA,Epiblast
S4 56h:CTATAGGTCCGTGTAA,Epiblast
S4 56h:GGGTGAACATCTGCGG,Epiblast
S4 56h:GCAGTTATCGTTAGAC,Epiblast
S4 56h:CACAGGCTCAGACCCG,Epiblast
S4 56h:CTACTATAGATAACAC,Epiblast
S4 56h:TCTACCGGTCTTCAAG,Epiblast
S4 56h:TCAAGCATCCCATAAG,Epiblast
S4 56h:TACCTCGCACACCGCA,Epiblast
S4 56h:GAGTGAGCACGGTAGA,Epiblast
S4 56h:TCTTAGTAGCGGTATG,Epiblast
S4 56h:CAGAGCCAGTGCGCTC,Epiblast
S4 56h:AGAAGTAAGGATGAGA,Exiting naive pluripotency
S4 56h:CAGATACCACATAGCT,Epiblast
S4 56h:TAAGCCACAATTGCTG,Epiblast
S4 56h:TGAATGCCAAACCATC,Epiblast
S4 56h:GCGAGAAAGAGAGAAC,Epiblast
S4 56h:GGTGGCTTCTACACTT,Epiblast
S4 56h:CAGATCAGTGGGCTCT,Epiblast
S4 56h:TCCTTTCGTTGCATAC,Epiblast
S4 56h:AGGCTGCGTGGAACAC,Epiblast
S4 56h:CTTCAATGTACTGTTG,Epiblast
S4 56h:CTGCCATCAGAGGAAA,Epiblast
S4 56h:GAGACCCAGATCCGAG,Epiblast
S4 56h:TCTACCGTCGACCACG,Epiblast
S4 56h:TGGTGATAGTTGCGCC,Epiblast
S4 56h:TGATGGTTCTTGGGCG,Epiblast
S4 56h:AACGTCAAGACTTCGT,Epiblast
S4 56h:TGTGAGTCATCGGAAG,Epiblast
S4 56h:GCCTGTTGTCTCCTGT,Epiblast
S4 56h:ATCGTCCCACCAGTAT,Epiblast
S4 56h:CTGTAGATCCGTGGCA,Epiblast
S4 56h:GATTCTTAGTGCAGCA,Epiblast
S4 56h:TCAGCAACAGCGCTTG,Epiblast
S4 56h:AAGTGAAGTCCTGTTC,Epiblast
S4 56h:CTCAAGAAGACCGCCT,Epiblast
S4 56h:TCCGAAACAGAACTAA,Epiblast
S4 56h:ATCGTGAGTGTCTCCT,Epiblast
S4 56h:CATCGTCTCCAAAGGG,Epiblast
S4 56h:GTAGGTTAGTCCCAGC,Epiblast
S4 56h:CCTCATGTCCGATAAC,Epiblast
S4 56h:TGAGGGAAGCTACTAC,Exiting naive pluripotency
S4 56h:CATGCGGTCAACTGAC,Epiblast
S4 56h:AGAAGCGAGCCACAAG,Epiblast
S4 56h:TCAATCTGTATCGGTT,Epiblast
S4 56h:GACCAATTCGCGCTGA,Epiblast
S4 56h:TTAGGGTGTCATCGGC,Epiblast
S4 56h:GACCAATCAGCCTACG,Epiblast
S4 56h:ACTTCCGTCATGCGGC,Epiblast
S4 56h:TACAGGTGTAAGGCCA,Epiblast
S4 56h:TCGAAGTAGCACTGGA,Epiblast
S4 56h:TTCCTCTAGTTGCTGT,Epiblast
S4 56h:TAGCACATCGGTGAAG,Epiblast
S4 56h:TTTCGATAGAACTGAT,Epiblast
S4 56h:TATCTTGTCACCGACG,Epiblast
S4 56h:ACCGTTCTCCGGACGT,Epiblast
S4 56h:CAGATTGAGTCAGGGT,Epiblast
S4 56h:CGAAGTTCAATAAGGT,Epiblast
S4 56h:ATTCTTGAGTAAGACT,Epiblast
S4 56h:CGGGCATTCTGTCAGA,Epiblast
S4 56h:GAATAGAAGGGTGAGG,Epiblast
S4 56h:GAGCCTGCATACTGAC,Epiblast
S4 56h:CACTAAGCATCAGTGT,Exiting naive pluripotency
S4 56h:CATCCCACATGCGTGC,Epiblast
S4 56h:CATCGGGTCCATTCGC,Epiblast
S4 56h:CGAGTTAGTGTCCAAT,Epiblast
S4 56h:TCTGCCAAGCAGTAAT,Epiblast
S4 56h:AGGCATTGTATCACCA,Epiblast
S4 56h:TCGTAGACACCCTCTA,Epiblast
S4 56h:AAAGGGCGTTTACTTC,Epiblast
S4 56h:TAACACGGTGTCCCTT,Epiblast
S4 56h:CTGGTCTGTCGAATTC,Epiblast
S4 56h:CACTGAAAGCCGGATA,Epiblast
S4 56h:AACAAGATCCAAGCAT,Epiblast
S4 56h:TGCAGGCCAGGGAGAG,Epiblast
S4 56h:GGTGTTAAGATCACTC,Epiblast
S4 56h:ACATGCAAGTTGGGAC,Epiblast
S4 56h:TGAACGTAGCGTTGTT,Epiblast
S4 56h:CCTTTGGTCCGGCTTT,Epiblast
S4 56h:GGCGTCAAGTTGTAAG,Epiblast
S4 56h:GTATTTCTCAGAGTGG,Epiblast
S4 56h:TGCAGATAGCTAATGA,Epiblast
S4 56h:TTAGGGTTCAGCAGAG,Epiblast
S4 56h:GGTTGTACATGCGTGC,Epiblast
S4 56h:CGATCGGGTACTGGGA,Epiblast
S4 56h:GTGTGGCAGATTAGTG,Exiting naive pluripotency
S4 56h:TGGTTAGCATCGCCTT,Epiblast
S4 56h:GTCACTCGTTCTTGCC,Epiblast
S4 56h:TTTAGTCTCCTGGCTT,Epiblast
S4 56h:TAAGCCACACCCGTAG,Exiting naive pluripotency
S4 56h:GACCCAGAGGCAATGC,Epiblast
S4 56h:AACCTTTGTACGATCT,Epiblast
S4 56h:AAGCGAGGTGTTTCTT,Epiblast
S4 56h:GGGTGAAAGTGTCATC,Epiblast
S4 56h:CTGGCAGGTAGCCAGA,Epiblast
S4 56h:AGGTCATAGCTAGCCC,Epiblast
S4 56h:GTCATGATCGGTCGGT,Epiblast
S4 56h:CTATAGGTCCGTAGTA,Epiblast
S4 56h:ATCGTCCAGTAAAGCT,Exiting naive pluripotency
S4 56h:CTCAGAATCAATGTCG,Epiblast
S4 56h:AGGACGAGTAGTATAG,Epiblast
S4 56h:GACTATGCACAAGTGG,Epiblast
S4 56h:ATTACCTTCATCCTAT,Epiblast
S4 56h:TCCTTCTTCTCGGTCT,Epiblast
S4 56h:CACAGATCAGCGGATA,Epiblast
S4 56h:TTTATGCCAAAGGCAC,Epiblast
S4 56h:TCGACCTTCTTCACAT,Epiblast
S4 56h:TGCTTGCAGCAAGGAA,Epiblast
S4 56h:TTGGGTAAGTCCGTCG,Epiblast
S4 56h:CGAGGAATCGCCAGAC,Epiblast
S4 56h:GGGAGTAGTTACCTTT,Epiblast
S4 56h:TACACCCAGGCGAAGG,Epiblast
S4 56h:AAGAACAGTTATGACC,Epiblast
S4 56h:CCGATGGTCCCGAGTG,Epiblast
S4 56h:CTGCCATGTGGTCTGC,Epiblast
S4 56h:CAGATTGTCACCATCC,Epiblast
S4 56h:GCCTGTTAGGTTGAGC,Epiblast
S4 56h:GGGTCACTCACTGAAC,Epiblast
S4 56h:ATTTCTGTCCATCACC,Epiblast
S4 56h:GGGTAGAAGTGCGACA,Epiblast
S4 56h:TTCTAGTCATTCACAG,Epiblast
S4 56h:AGATCCAAGGGACAGG,Epiblast
S4 56h:AGCTTCCAGTCTGGTT,Epiblast
S4 56h:GGTTGTATCTCCGAAA,Epiblast
S4 56h:TGATCAGCATCTAACG,Epiblast
S4 56h:TGTGCGGAGCATGCAG,Epiblast
S4 56h:CCCAACTGTCGGTACC,Epiblast
S4 56h:AGCTACAAGGCTCTCG,Epiblast
S4 56h:CCTCTCCCAATAGTAG,Epiblast
S4 56h:TCGTAGAAGGCTCAAG,Epiblast
S4 56h:TGTGTGACAGGCCTGT,Epiblast
S4 56h:AAATGGACACAATGTC,Epiblast
S4 56h:TGATTTCAGGCGTTGA,Epiblast
S4 56h:GATGCTAGTGCATCTA,Epiblast
S4 56h:AGGAATACATGCACTA,Epiblast
S4 56h:CTGCTCATCGCCAATA,Epiblast
S4 56h:AGGTGTTAGAGGCCAT,Epiblast
S4 56h:AATGACCGTTCCAAAC,Epiblast
S4 56h:GTCTCACCACCCTAGG,Epiblast
S4 56h:ACCATTTTCGGTAACT,Epiblast
S4 56h:TGAGTCATCGTAGTCA,Epiblast
S4 56h:TGAGCATCACTATCGA,Epiblast
S4 56h:AGCTTCCCAGCCCACA,Epiblast
S4 56h:AGGAGGTTCCTGTAGA,Epiblast
S4 56h:CTACTATTCAGTCTTT,Epiblast
S4 56h:CCTCTAGTCTGTGCTC,Epiblast
S4 56h:TGCGGGTAGTAGTCAA,Epiblast
S4 56h:CACACAATCTGTGTGA,Epiblast
S4 56h:GGGATGAGTTTGGAAA,Epiblast
S4 56h:CGAAGGATCAAACCCA,Epiblast
S4 56h:TGACGCGGTAGGCAGT,Epiblast
S4 56h:GCTACAAAGCATCCCG,Epiblast
S4 56h:CATGGTAAGGTGGCTA,Epiblast
S4 56h:CAACCTCTCTGGTTGA,Epiblast
S4 56h:ATCGGCGAGCACAAAT,Epiblast
S4 56h:AGTTCGACACAATGCT,Epiblast
S4 56h:CGATGCGTCTCTGAGA,Epiblast
S4 56h:AGAGAATTCTAGTTCT,Epiblast
S4 56h:ACTTTGTAGCGGCTCT,Epiblast
S4 56h:TACTTACTCTAGGCAT,Epiblast
S4 56h:TCAGTTTGTACTAAGA,Epiblast
S4 56h:GCGAGAAGTCCTTGTC,Epiblast
S4 56h:GTAGGAGCATCGGAAG,Epiblast
S4 56h:ATCGGATTCTTCTTCC,Epiblast
S4 56h:CGTCAAATCACCTACC,Epiblast
S4 56h:ACAAGCTAGGTCGTGA,Epiblast
S4 56h:TTGCGTCCAAGCTGCC,Epiblast
S4 56h:AGGGCCTGTGGATCAG,Epiblast
S4 56h:TCCTCCCGTCAAACGG,Epiblast
S4 56h:TCTTCCTCACACGTGC,Epiblast
S4 56h:AGGGCTCGTCGTATGT,Epiblast
S4 56h:CCCGGAAGTCTGCAAT,Epiblast
S4 56h:CTCCTCCAGAACAGGA,Epiblast
S4 56h:GTAACACGTTAAGACA,Epiblast
S4 56h:TTGAGTGGTCACTCTC,Epiblast
S4 56h:GGGCCATCAGCTGAGA,Epiblast
S4 56h:GTAGAGGCAGGTTCGC,Epiblast
S4 56h:GACATCATCAGGAACG,Epiblast
S4 56h:TTGTTCAAGAGTTGAT,Epiblast
S4 56h:TTACAGGGTGTAACGG,Exiting naive pluripotency
S4 56h:ATCCATTAGAAGCCTG,Epiblast
S4 56h:CCCTCTCCATCTCGTC,Epiblast
S4 56h:CTCACTGGTTGCAAGG,Epiblast
S4 56h:CCTCAGTCATTCAGCA,Epiblast
S4 56h:GCATCGGGTCTACAGT,Epiblast
S4 56h:GCCGTGACAGTGCCTG,Epiblast
S4 56h:CTAGGTACATGTGGTT,Epiblast
S4 56h:CCGGGTAAGTCTGCAT,Epiblast
S4 56h:GATCAGTCATGTGGTT,Epiblast
S4 56h:CAAGCTACACACGGTC,Epiblast
S4 56h:AAGTGAATCACTTCTA,Epiblast
S4 56h:GATCGTAAGGCAGGGA,Epiblast
S4 56h:ACCGTTCCAGGTCCCA,Epiblast
S4 56h:TAAGTCGAGGTATTGA,Epiblast
S4 56h:TCAGTGACAACTGGTT,Epiblast
S4 56h:TTCGATTTCCTTCACG,Epiblast
S4 56h:GTTGTCCCAGAGTTGG,Epiblast
S4 56h:TCCATCGGTGCGCTCA,Epiblast
S4 56h:CACAGATTCCATCACC,Epiblast
S4 56h:TCGGGACGTCTCACAA,Epiblast
S4 56h:CATTCCGTCTCTTCAA,Epiblast
S4 56h:AGGAATACAGAATTCC,Epiblast
S4 56h:CACATGACAGCAGTCC,Epiblast
S4 56h:TGAGTCAAGACTGGGT,Epiblast
S4 56h:TTGAACGCATCGCTAA,Exiting naive pluripotency
S4 56h:CTGTAGATCTGAATCG,Epiblast
S4 56h:TCACTATCATTAAAGG,Epiblast
S4 56h:GAGTGAGGTATCGGTT,Epiblast
S4 56h:TTTACTGGTTAGCTAC,Epiblast
S4 56h:GTTACGAAGGCTAGCA,Epiblast
S4 56h:CTTTCAAAGACGCTCC,Epiblast
S4 56h:TGGTGATGTTAGGAGC,Epiblast
S4 56h:CGATGCGAGCGTTGTT,Epiblast
S4 56h:GCTCAAAGTCTTAGTG,Epiblast
S4 56h:GTAAGTCTCCCAGCGA,Epiblast
S4 56h:AGCATCACATCATTTC,Epiblast
S4 56h:TGTCCACAGTCCGCCA,Epiblast
S4 56h:TTTCATGAGGTGCGAT,Epiblast
S4 56h:GTCTGTCTCCCAATAG,Epiblast
S4 56h:TTTCATGGTTGACTGT,Epiblast
S4 56h:TTTGATCAGACTTCCA,Exiting naive pluripotency
S4 56h:GTGCGTGCACAAGTGG,Epiblast
S4 56h:TTTCAGTCAAATCCCA,Epiblast
S4 56h:TGGTGATTCTGTACAG,Epiblast
S4 56h:CAGCCAGAGTAGGTTA,Epiblast
S4 56h:TGTTTGTTCACGTCCT,Epiblast
S4 56h:TGCGACGTCGAAATCC,Epiblast
S4 56h:GTAACCAAGAGGCTGT,Epiblast
S4 56h:CTCTCAGCAGGTGTGA,Exiting naive pluripotency
S4 56h:CTCAGTCCAAGAGTAT,Epiblast
S4 56h:TCAGTTTAGTTGGCTT,Epiblast
S4 56h:GTGCTTCGTCGTCAGC,Epiblast
S4 56h:TTGCATTAGCGAGGAG,Epiblast
S4 56h:TGTTACTAGCGGACAT,Epiblast
S4 56h:TTTACTGAGCACCCAC,Epiblast
S4 56h:ATTCGTTGTCCTGTTC,Epiblast
S4 56h:AGGTTACTCGCCGATG,Epiblast
S4 56h:AGCGCTGAGGACAACC,Epiblast
S4 56h:CTGAATGGTTTGCCGG,Epiblast
S4 56h:TGGGAAGTCTTACGGA,Epiblast
S4 56h:TAGGGTTTCCGGACGT,Epiblast
S4 56h:TCACGCTGTCGCGGTT,Epiblast
S4 56h:AAGGTAAAGAATCCCT,Epiblast
S4 56h:GTTGCGGCAGCTGGTC,Epiblast
S4 56h:ATCGATGAGTTGCTGT,Epiblast
S4 56h:AGATCGTGTTGCTTGA,Epiblast
S4 56h:TTACAGGGTATCGTTG,Epiblast
S4 56h:AGGGCTCAGCGTGTTT,Epiblast
S4 56h:CTGGACGGTCATTCCC,Epiblast
S4 56h:AGATCGTCAAGTGCTT,Epiblast
S4 56h:GGAGAACTCTAGACAC,Epiblast
S4 56h:CTCCAACAGGCCTGAA,Epiblast
S4 56h:TGTTCTAAGTTTCGAC,Epiblast
S4 56h:TACTTCACAGTTAAAG,Epiblast
S4 56h:AGGTTGTAGCACAAAT,Epiblast
S4 56h:GGAGGATTCCCTCTCC,Epiblast
S4 56h:TTCTGTAAGCTGCCTG,Epiblast
S4 56h:GTCCACTCACAAACGG,Epiblast
S4 56h:GGCTGTGTCCGCTAGG,Epiblast
S4 56h:GCGATCGCAGAAGCTG,Epiblast
S4 56h:AACCTGACAGGTCCCA,Epiblast
S4 56h:TCTGGCTTCTAGTTCT,Epiblast
S4 56h:AGAAGCGGTAGATTGA,Epiblast
S4 56h:CATCCCATCTTAAGGC,Epiblast
S4 56h:TTCCGGTGTGTGTCCG,Epiblast
S4 56h:GTGCAGCGTTGGAGGT,Epiblast
S4 56h:ACTCCCAAGGTTCAGG,Epiblast
S4 56h:GTTATGGCAACGATTC,Epiblast
S4 56h:ACGGAAGCATGAGTAA,Epiblast
S4 56h:CTCTCGAAGGATACAT,Epiblast
S4 56h:ATCGCCTTCTGTAACG,Epiblast
S4 56h:TTGTGTTCAAATCAGA,Epiblast
S4 56h:AGTAGTCTCAAGGAGC,Epiblast
S4 56h:GGTAACTAGGAACGAA,Epiblast
S4 56h:GTGGAAGCAGTCCCGA,Epiblast
S4 56h:TTTGACTGTGTTGACT,Epiblast
S4 56h:GTCTTTACAGGGATAC,Epiblast
S4 56h:TCCACGTGTGTGAATA,Epiblast
S4 56h:TCATGTTTCGCTAATG,Epiblast
S4 56h:TTCAGGAAGGGTATAT,Exiting naive pluripotency
S4 56h:ACGGTCGAGACGCCCT,Epiblast
S4 56h:TTGTGTTTCGGATAAA,Epiblast
S4 56h:CCCTAACGTAGGAGGG,Epiblast
S4 56h:TTCGCTGTCCTTGACC,Epiblast
S4 56h:CGCATAAGTACCAGAG,Epiblast
S4 56h:ACAAGCTCACATTACG,Epiblast
S4 56h:CGTAAGTCACTTCATT,Epiblast
S4 56h:ATGGGAGGTAGGCTCC,Epiblast
S4 56h:GCAGCCAAGCTTTGTG,Exiting naive pluripotency
S4 56h:AACCTGAGTTTCGACA,Epiblast
S4 56h:TCATTACGTCAGGTGA,Epiblast
S4 56h:TATACCTCAAAGGGCT,Epiblast
S4 56h:CAGGCCATCCTTCTGG,Epiblast
S4 56h:CTCTGGTCAAGCACAG,Epiblast
S4 56h:CAGCACGGTCTTCATT,Epiblast
S4 56h:TTGATGGAGACATACA,Epiblast
S4 56h:TTATTGCGTGGTCAAG,Epiblast
S4 56h:CAGGGCTGTCCGGACT,Epiblast
S4 56h:CTAGGTACAGAGAATT,Epiblast
S4 56h:GCGATCGCAGTTGGTT,Epiblast
S4 56h:TGGTACACAAATACAG,Epiblast
S4 56h:GTTACAGGTCTGATAC,Epiblast
S4 56h:AGCGCTGAGTGATAGT,Epiblast
S4 56h:GGCTTGGAGAAACACT,Epiblast
S4 56h:GGTTGTAGTGCCCGTA,Epiblast
S4 56h:TGAGGAGCAGCATCTA,Epiblast
S4 56h:CCTGTTGCAGAACCGA,Epiblast
S4 56h:TCACAAGCAAGACAAT,Epiblast
S4 56h:GTCCACTCACCGTACG,Epiblast
S4 56h:GCCAGTGAGTGTTCAC,Epiblast
S4 56h:GTGAGCCAGTCAGCCC,Epiblast
S4 56h:CAGATACAGGTACAGC,Epiblast
S4 56h:CGCATGGCAAACTAAG,Epiblast
S4 56h:ACACGCGAGATTCGAA,Epiblast
S4 56h:CTTGAGAGTAGACAAT,Epiblast
S4 56h:GAGGCCTTCAGAATAG,Epiblast
S4 56h:CACTAAGTCGTGGAAG,Epiblast
S4 56h:CCTCAACAGCATTGTC,Epiblast
S4 56h:CTTGAGAAGCCATCCG,Epiblast
S4 56h:AGCATCAGTATCAGGG,Epiblast
S4 56h:ATACCGAGTGGATGAC,Epiblast
S4 56h:TGCTCCACAATTTCCT,Epiblast
S4 56h:TTCCTCTGTCCGGCAT,Epiblast
S4 56h:AAGCCATGTGCGTGCT,Epiblast
S4 56h:TCTTGCGTCAGGGATG,Epiblast
S4 56h:CATAAGCAGCTCTGTA,Epiblast
S4 56h:GGGACTCAGCACCGTC,Epiblast
S4 56h:AGTCACATCGAACACT,Epiblast
S4 56h:TGTAACGAGGTTGCCC,Epiblast
S4 56h:CGTAAGTAGTCTGCAT,Epiblast
S4 56h:TAGGTACGTCATAAAG,Epiblast
S4 56h:CTACTATAGGTCACTT,Epiblast
S4 56h:CTCTGGTCAGCTGGTC,Epiblast
S4 56h:AGGGTCCGTTTCCATT,Epiblast
S4 56h:CTTCCGACAAAGACGC,Epiblast
S4 56h:GATGAGGAGAGGTTTA,Epiblast
S4 56h:TCCAGAAAGCATCTTG,Epiblast
S4 56h:GACCCTTGTGTAAATG,Epiblast
S4 56h:TCCCATGGTCTGGTTA,Epiblast
S4 56h:AACGTCAAGGCCTAGA,Epiblast
S4 56h:TTTCACAGTCCTGGGT,Epiblast
S4 56h:CTCCACAAGCATCTTG,Epiblast
S4 56h:GTTACAGAGAGTGTGC,Epiblast
S4 56h:ACCCTCAAGGGTACGT,Epiblast
S4 56h:CAACAGTTCGTCAGAT,Epiblast
S4 56h:TCAAGCAAGTTAGTAG,Epiblast
S4 56h:GTTAGACCATGGGTCC,Epiblast
S4 56h:TCGGGTGCATGCGTGC,Epiblast
S4 56h:GACGCTGAGATTGCGG,Epiblast
S4 56h:GTTGCGGAGTAGACAT,Epiblast
S4 56h:GGGCTACTCGGCACTG,Epiblast
S4 56h:CATCCACGTGGCGCTT,Epiblast
S4 56h:TATCGCCTCGTACCTC,Epiblast
S4 56h:ACGTCCTAGTGAGGTC,Epiblast
S4 56h:AGGATAACATAGGTAA,Epiblast
S4 56h:TGTAGACTCAGCATTG,Epiblast
S4 56h:TCGACGGGTGCTCTTC,Epiblast
S4 56h:TTTGACTAGTACGAGC,Epiblast
S4 56h:GTGCACGAGAGTCTTC,Epiblast
S4 56h:ATCTTCAAGTGCAGCA,Epiblast
S4 56h:ATCCCTGTCGTCTCAC,Epiblast
S4 56h:ATTTACCCAGGATCTT,Epiblast
S4 56h:ATTACTCAGAGGTCAC,Epiblast
S4 56h:AGGATCTTCGGACCAC,Epiblast
S4 56h:ACGATGTTCAAGGACG,Epiblast
S4 56h:ATACTTCTCCGATAAC,Epiblast
S4 56h:GTAACACCATGATGCT,Epiblast
S4 56h:CTACCCACAGCCGTTG,Epiblast
S4 56h:GTCTACCTCTTAGGAC,Epiblast
S4 56h:GTCACGGCAGGCCCTA,Epiblast
S4 56h:AGGGAGTAGGCTGAAC,Epiblast
S4 56h:CTCAGAAGTGCGCTCA,Epiblast
S4 56h:CAGGTATCAATAGTAG,Epiblast
S4 56h:CTGCAGGTCGCAATGT,Epiblast
S4 56h:GTGGTATCAACGCAGA,Epiblast
S4 56h:CTGAGCGAGTCTAGAA,Epiblast
S4 56h:CGGGTGTTCTGGCTGG,Epiblast
S4 56h:CATGCAATCCGGTAGC,Epiblast
S4 56h:CAGCAATTCATATGGC,Epiblast
S4 56h:TAAGCCAAGCGACCCT,Epiblast
S4 56h:GTATTGGTCCCTAGGG,Epiblast
S4 56h:AATGGAAAGTCACGCC,Epiblast
S4 56h:CCTGCATAGGTCATCT,Epiblast
S4 56h:CTTGAGACAGGTCCGT,Epiblast
S4 56h:TGTTGGATCCTTCTGG,Epiblast
S4 56h:TGGATGTGTGGGAGAG,Epiblast
S4 56h:GGCGTCAAGGCACAAC,Epiblast
S4 56h:ACTATGGTCATTGCGA,Epiblast
S4 56h:CCACCATGTCTCGCGA,Epiblast
S4 56h:GATAGAATCGCTATTT,Epiblast
S4 56h:TCGCTCAGTGATTCAC,Epiblast
S4 56h:CGCCATTAGCCATATC,Epiblast
S4 56h:CAATCGACAAGTAGTA,Epiblast
S4 56h:TATGTTCGTCTGTTAG,Epiblast
S4 56h:ACATCGAAGTACTCGT,Epiblast
S4 56h:CTCTGGTGTAGGCAGT,Epiblast
S4 56h:CTTCTAACAAGGGCAT,Epiblast
S4 56h:ACATCGATCTCATAGG,Epiblast
S4 56h:GGTTCTCCATTGAGGG,Epiblast
S4 56h:AAGCCATAGTAAACAC,Epiblast
S4 56h:AACAAGACACAAATGA,Epiblast
S4 56h:AGGGTTTCATTCAGGT,Epiblast
S4 56h:GTCCACTAGTGATGGC,Epiblast
S4 56h:TCATTTGGTCCCTAAA,Epiblast
S4 56h:CCACCATAGAAGTGTT,Epiblast
S4 56h:AAAGAACCAAGGTCTT,Epiblast
S4 56h:TCAAGCATCCATCGTC,Epiblast
S4 56h:TACAGGTAGCTTTGTG,Epiblast
S4 56h:CTAGGTATCTTGAACG,Epiblast
S4 56h:AAGGTAAAGAAGGTAG,Epiblast
S4 56h:TCCTCCCTCCATTTCA,Epiblast
S4 56h:TGCGGGTCAACTGGTT,Epiblast
S4 56h:ACAGGGAGTGGACAGT,Epiblast
S4 56h:GTGTGATAGACCAGCA,Epiblast
S4 56h:GCGGAAATCCCAACTC,Epiblast
S4 56h:TTTCCTCTCGTTGTTT,Epiblast
S4 56h:GTACAGTGTCGATTAC,Epiblast
S4 56h:CATGCAAAGTCAGCGA,Epiblast
S4 56h:GATTCTTGTGGCTGAA,Epiblast
S4 56h:TATCCTAAGATAGCTA,Epiblast
S4 56h:CTGCCATAGCCTCTTC,Epiblast
S4 56h:GGATCTAGTATCGTTG,Epiblast
S4 56h:GGGCTACCATCCTTGC,Epiblast
S4 56h:TGTGATGTCAGATGCT,Epiblast
S4 56h:TGAACGTCAACCCTCT,Epiblast
S4 56h:GGAACCCGTCAAGTTC,Epiblast
S4 56h:GGAGGTAAGCTCTTCC,Epiblast
S4 56h:AGAAATGAGGCCTGAA,Epiblast
S4 56h:CAATACGGTTCTGAGT,Epiblast
S4 56h:TTCCACGAGCGTCAGA,Epiblast
S4 56h:CTTACCGTCTGTCTCG,Epiblast
S4 56h:GAAGAATAGCACAAAT,Epiblast
S4 56h:ATCGGATGTCCAGCCA,Epiblast
S4 56h:GTTGTCCAGTAACAGT,Epiblast
S4 56h:TAGTGCACACGGAAGT,Epiblast
S4 56h:GTAGAAAGTATCCTCC,Epiblast
S4 56h:GCGTGCACACAATGCT,Epiblast
S4 56h:CTGAGCGCATCAGTCA,Epiblast
S4 56h:CACTGTCCACTTCAAG,Epiblast
S4 56h:TCACAAGTCTAGAGCT,Epiblast
S4 56h:GCCTGTTCAGACGATG,Epiblast
S4 56h:CACGTGGCAAAGACTA,Epiblast
S4 56h:GACTCTCCATGGGTTT,Epiblast
S4 56h:CTTCCTTTCTCTGCTG,Epiblast
S4 56h:TCCTAATGTGTATCCA,Epiblast
S4 56h:CACTGGGTCCGATCGG,Epiblast
S4 56h:GCCAGTGTCAACTACG,Epiblast
S4 56h:TATATCCAGTCATGGG,Epiblast
S4 56h:AGGTCTAAGGAACTAT,Epiblast
S4 56h:TGTGAGTTCGGAAGGT,Epiblast
S4 56h:GACCAATCATGGGAAC,Epiblast
S4 56h:CTCCGATGTTAATGAG,Epiblast
S4 56h:GGGTCTGTCACATACG,Epiblast
S4 56h:CCATCACTCTGCCCTA,Epiblast
S4 56h:CAGGCCAAGGCAGCTA,Exiting naive pluripotency
S4 56h:CACTGGGGTGGTGATG,Epiblast
S4 56h:ACCGTTCAGAAATCCA,Epiblast
S4 56h:CGTAGTAAGGGATCGT,Epiblast
S4 56h:TTCATTGCATGCCATA,Epiblast
S4 56h:CAAGAGGTCTTTGGAG,Epiblast
S4 56h:TGCTTGCAGGCACTCC,Epiblast
S4 56h:CGAGTTAAGAATCTAG,Epiblast
S4 56h:AACGTCAAGAAGTCAT,Epiblast
S4 56h:TTCAATCTCCTTTAGT,Epiblast
S4 56h:ACGTAGTCACGACAGA,Epiblast
S4 56h:GGTGTTATCTGGAAGG,Epiblast
S4 56h:CCGGGTAGTACTGTTG,Epiblast
S4 56h:GATGTTGAGCGTGCCT,Epiblast
S4 56h:CTCCTCCTCACAACCA,Epiblast
S4 56h:CAATGACCAGTCGCAC,Epiblast
S4 56h:AGCGTATCAGAATCGG,Epiblast
S4 56h:TTGACCCCAGTTCTAG,Epiblast
S4 56h:CCCATTGAGCCGTCGT,Epiblast
S4 56h:GTCCACTGTTCGGACC,Epiblast
S4 56h:AGTAGCTCAACAGCCC,Epiblast
S4 56h:AGTAGCTTCGCGTGAC,Epiblast
S4 56h:GTGGAAGCAGGAAGTC,Epiblast
S4 56h:ACGGTTACAGCCTACG,Epiblast
S4 56h:CCTTTGGAGCCGGATA,Epiblast
S4 56h:CTCAACCAGGCTCTCG,Epiblast
S4 56h:TCGCACTAGACATAGT,Epiblast
S4 56h:GTTATGGCACCCTTAC,Epiblast
S4 56h:TTGGGTATCCCAGTGG,Epiblast
S4 56h:GGATCTACATGTGGCC,Epiblast
S4 56h:TCACTCGCACCGTGGT,Epiblast
S4 56h:CATGCGGAGACAGTCG,Epiblast
S4 56h:TAGGTTGCAGTCTCTC,Epiblast
S4 56h:ACCCTCATCGTTGCCT,Epiblast
S4 56h:AGAGAATCATTGTAGC,Epiblast
S4 56h:ACAACCAAGATTGCGG,Epiblast
S4 56h:GTCTTTACAGAATTCC,Epiblast
S4 56h:TCAGTTTTCGGTTAGT,Epiblast
S4 56h:ATGAAAGAGATGAAGG,Epiblast
S4 56h:TTGGATGCAAAGCGTG,Epiblast
S4 56h:TATCGCCTCGCTACGG,Epiblast
S4 56h:GTCTTTAGTCGTGCCA,Epiblast
S4 56h:GGGTTATGTCGAATTC,Epiblast
S4 56h:CCTTCAGCAAATCCCA,Epiblast
S4 56h:CTACAGATCGGACCAC,Epiblast
S4 56h:GGCAGTCGTAGGCTGA,Epiblast
S4 56h:GGCACGTCAACTCCCT,Epiblast
S4 56h:CAAGGGAGTAAGCTCT,Epiblast
S4 56h:CGGGTGTCACTATGTG,Epiblast
S4 56h:AATGCCACAATAAGGT,Epiblast
S4 56h:CAAGAGGGTTATGTCG,Epiblast
S4 56h:ATTCCCGCATCACGGC,Epiblast
S4 56h:CTAGGTATCTCTCGAC,Epiblast
S4 56h:ATGGGTTCATCGATAC,Epiblast
S4 56h:CAGGTATGTGAGATAT,Epiblast
S4 56h:GAAGAATGTAACATAG,Epiblast
S4 56h:GTAGGAGAGCTGAGCA,Epiblast
S4 56h:CTGTAGATCTTCCTAA,Epiblast
S4 56h:CACGTTCTCACGGGAA,Epiblast
S4 56h:CGCGTGACAGACCTAT,Epiblast
S4 56h:CTACTATGTGGTCCGT,Epiblast
S4 56h:CCGGTAGAGACCAAAT,Epiblast
S4 56h:GGGTGTCAGATAGTCA,Epiblast
S4 56h:ACACCAATCAGCACCG,Epiblast
S4 56h:GCAGCTGAGCTTCATG,Epiblast
S4 56h:TGCGATAAGTCACTGT,Epiblast
S4 56h:GAAACCTTCAGCGTCG,Epiblast
S4 56h:GAGGGTAGTCAAAGCG,Epiblast
S4 56h:CCGGACACAGCGCGTT,Epiblast
S4 56h:TGTGCGGTCTGTAACG,Epiblast
S4 56h:CATCCGTTCTTTACAC,Epiblast
S4 56h:CTACCCAAGTAGTCAA,Epiblast
S4 56h:CTCATCGTCCTTGGAA,Epiblast
S4 56h:AGGGTGATCAGTCAGT,Epiblast
S4 56h:TGTAAGCCACGCTATA,Epiblast
S4 56h:GCATCTCAGGAGATAG,Epiblast
S4 56h:GCATCGGCACCAGTTA,Epiblast
S4 56h:CCTATCGAGTGGACGT,Epiblast
S4 56h:TCGGTCTTCGAAGCAG,Epiblast
S4 56h:GTAACACAGGATAATC,Epiblast
S4 56h:CATACAGGTCTAACGT,Epiblast
S4 56h:ACAAAGACACCGGAAA,Epiblast
S4 56h:GTGCGTGTCGCTAGCG,Epiblast
S4 56h:TCACAAGGTCTTCATT,Epiblast
S4 56h:ACTTAGGTCGCTGTTC,Epiblast
S4 56h:CACGAATTCATTTCCA,Epiblast
S4 56h:AGCCACGAGGTCCCGT,Epiblast
S4 56h:GCGGATCTCCTCGATC,Epiblast
S4 56h:CACATGAAGGGTTAGC,Epiblast
S4 56h:GATAGAAGTGGCTAGA,Epiblast
S4 56h:GATCGTACAAACCGGA,Epiblast
S4 56h:AGGGCCTTCGGACAAG,Epiblast
S4 56h:CGAGAAGAGTTAACGA,Epiblast
S4 56h:AGATGAAAGTTGCTGT,Epiblast
S4 56h:GGGTGAAAGATCCCAT,Epiblast
S4 56h:GACTATGAGCCTCAGC,Exiting naive pluripotency
S4 56h:AGTAACCCAATGAACA,Epiblast
S4 56h:ACTTATCGTGCAATGG,Epiblast
S4 56h:CGAAGTTTCTCCATAT,Epiblast
S4 56h:CCACGAGGTAGAGGAA,Epiblast
S4 56h:AGAAGTAAGGCAGCTA,Epiblast
S4 56h:CGGAACCAGATTGCGG,Epiblast
S4 56h:TCCTCTTTCGCGTAGC,Epiblast
S4 56h:CACAGGCTCAAGTAAG,Epiblast
S4 56h:CAATTTCAGACGTCGA,Epiblast
S4 56h:GGGATCCAGTTTAGGA,Epiblast
S4 56h:AATTCCTGTGAATATG,Epiblast
S4 56h:CCCGGAAAGGAGGGTG,Epiblast
S4 56h:AAGACAAGTATGTCCA,Epiblast
S4 56h:ATAGGCTGTAACATAG,Epiblast
S4 56h:TACGCTCCATCCGAAT,Epiblast
S4 56h:TGTACAGTCGCGAAGA,Epiblast
S4 56h:TAACTTCCAAGAGTTA,Epiblast
S4 56h:GTGCTTCAGTTGTACC,Epiblast
S4 56h:GACGTTAGTTTCACAG,Exiting naive pluripotency
S4 56h:TTGAACGAGACTAAGT,Epiblast
S4 56h:CCGCAAGGTTATAGAG,Epiblast
S4 56h:GTGGAAGAGAAGGTAG,Epiblast
S4 56h:ACGTTCCCAGCGGATA,Epiblast
S4 56h:GGAGGATAGGTATTGA,Epiblast
S4 56h:TGGATCACAACAGCCC,Epiblast
S4 56h:CAGTTAGAGGTTGCCC,Epiblast
S4 56h:CGTAGTAAGTGGAAAG,Epiblast
S4 56h:TGTTCCGTCGTGGCGT,Epiblast
S4 56h:GGACGTCAGAGGCGGA,Epiblast
S4 56h:GACCCTTAGGGCAGGA,Epiblast
S4 56h:AGTAGCTCAGTCAGAG,Epiblast
S4 56h:CTTGATTTCCTACAAG,Epiblast
S4 56h:ACTATGGCACGACGAA,Epiblast
S4 56h:CTCATGCTCGACGCGT,Epiblast
S4 56h:ACACGCGTCTTCCTAA,Epiblast
S4 56h:TTTATGCCAGGGAGAG,Epiblast
S4 56h:GCAGGCTTCATCCCGT,Epiblast
S4 56h:GCCAGTGAGACGCAGT,Epiblast
S4 56h:CGCGTGACAGTTAAAG,Epiblast
S4 56h:CCGGTAGAGAGAGGTA,Epiblast
S4 56h:GGGACAAAGACCAAGC,Epiblast
S4 56h:CATGAGTCACAATCTG,Epiblast
S4 56h:AAGTACCTCGACCATA,Epiblast
S4 56h:TGTCCTGGTCAGTCGC,Epiblast
S4 56h:TCTGGCTTCAGCACCG,Exiting naive pluripotency
S4 56h:AGTAGCTGTAGGAAAG,Epiblast
S4 56h:TACTTGTCAGGCACAA,Epiblast
S4 56h:TTCGGTCTCCGTGTGG,Epiblast
S4 56h:ACCTGAAAGAGGGTGG,Epiblast
S4 56h:TCGTCCACATAGGAGC,Epiblast
S4 56h:TCGAAGTAGATGCCGA,Epiblast
S4 56h:CCATAAGTCATTCGGA,Epiblast
S4 56h:GTGAGGATCCTCTAAT,Epiblast
S4 56h:CGTCAAATCCGTAGGC,Epiblast
S4 56h:TGGATGTCAACGACAG,Epiblast
S4 56h:GTTACGATCGGTCATA,Epiblast
S4 56h:TGTACAGGTTGACTGT,Epiblast
S4 56h:GATGGAGAGGTTTGAA,Epiblast
S4 56h:GTGTCCTAGAGTGTTA,Epiblast
S4 56h:ACGTTCCTCGAGTTGT,Epiblast
S4 56h:GGAATCTAGCAGGGAG,Epiblast
S4 56h:GATGATCAGTTGGGAC,Epiblast
S4 56h:GCCAGGTTCGGCTGAC,Epiblast
S4 56h:TCCGTGTCACCGTGGT,Epiblast
S4 56h:ATGCATGGTGAGTAAT,Epiblast
S4 56h:GGGAGTACACAACGCC,Epiblast
S4 56h:TCTACCGCAAAGACTA,Epiblast
S4 56h:TGGTTAGAGGAGCTGT,Epiblast
S4 56h:CGGTCAGGTCTTAGTG,Epiblast
S4 56h:CAAGCTAGTTTGAACC,Epiblast
S4 56h:TGATGCATCATAGGCT,Epiblast
S4 56h:GTGCTTCTCGATTCCC,Epiblast
S4 56h:CTTGATTCACTTCAAG,Epiblast
S4 56h:GCTGAATCATATCTCT,Epiblast
S4 56h:TGGAGAGAGGTCATCT,Epiblast
S4 56h:GAGTCTATCAATCCGA,Epiblast
S4 56h:GAGCTGCGTAGTACGG,Epiblast
S4 56h:GTGCTTCCACAATGCT,Epiblast
S4 56h:TCCTTTCGTTCTCCTG,Epiblast
S4 56h:GTTGTAGTCCGAGCTG,Epiblast
S4 56h:ATCGCCTTCTCCGCAT,Epiblast
S4 56h:CTATCTACATCGTGCG,Epiblast
S4 56h:ATTCTTGTCCGATGTA,Epiblast
S4 56h:CGGGACTGTCTCAGAT,Epiblast
S4 56h:CTAGACATCGCTCCTA,Epiblast
S4 56h:AGGACGACAGTCGAGA,Epiblast
S4 56h:TGGTTAGGTCTCGACG,Epiblast
S4 56h:TCGTAGATCCATCAGA,Epiblast
S4 56h:TTGTGGACATCAGCTA,Epiblast
S4 56h:AATGACCTCGAGCTGC,Epiblast
S4 56h:GGGCCATCATTGAAAG,Epiblast
S4 56h:ATGGGTTTCGGTCATA,Epiblast
S4 56h:TGAGACTCATTGAGGG,Epiblast
S4 56h:TCGTCCAGTTGCGTAT,Epiblast
S4 56h:TCTCCGAAGTCCCTAA,Epiblast
S4 56h:CTGTCGTTCATCTACT,Epiblast
S4 56h:GGGATGACACAGCATT,Epiblast
S4 56h:CATACAGTCTCAACGA,Epiblast
S4 56h:CCGATGGTCATTCTTG,Epiblast
S4 56h:CCCTCTCGTATCGAGG,Epiblast
S4 56h:CTGCAGGCAGGGACTA,Epiblast
S4 56h:CAGTGCGGTGATACAA,Exiting naive pluripotency
S4 56h:ATTGTTCCAATTGCTG,Epiblast
S4 56h:TTGAACGGTACCGGCT,Epiblast
S4 56h:ACTTTCACACTTCAAG,Epiblast
S4 56h:ACAGAAAAGCATCAAA,Exiting naive pluripotency
S4 56h:AACCAACTCCTAGCCT,Epiblast
S4 56h:TGACGCGCAGAAGCGT,Epiblast
S4 56h:TCACTCGTCGGTCTGG,Epiblast
S4 56h:TAGGGTTTCCTCTCTT,Epiblast
S4 56h:TAATCTCCAAGATCCT,Epiblast
S4 56h:AAATGGAGTGCCCTTT,Epiblast
S4 56h:CTTCCTTTCAAGGCTT,Epiblast
S4 56h:AGAGCCCCAATTGCAC,Epiblast
S4 56h:TTCCTTCCAAATTAGG,Epiblast
S4 56h:AGGTCTATCGCCGAAC,Epiblast
S4 56h:ACGTACACAACGGCTC,Epiblast
S4 56h:GACTGATAGCAAGTCG,Epiblast
S4 56h:TTGGGATGTCTACGTA,Epiblast
S4 56h:GACCGTGGTTGGGTTT,Epiblast
S4 56h:ATGAGTCAGTGACACG,Epiblast
S4 56h:TTCCAATTCGGCTGTG,Exiting naive pluripotency
S4 56h:CTGCATCCAGGAGGAG,Epiblast
S4 56h:GCCAGTGGTGGTCTCG,Epiblast
S4 56h:GAAGTAACACACCTGG,Epiblast
S4 56h:TTCCGTGAGACCTCAT,Epiblast
S4 56h:CCCTCTCTCGTAGTGT,Epiblast
S4 56h:GCTGCAGCAAAGAACT,Epiblast
S4 56h:TGTTCTACATGTCAGT,Epiblast
S4 56h:CTAACCCGTGATACCT,Epiblast
S4 56h:TGGGCTGCATATTCGG,Epiblast
S4 56h:TCGTCCAAGATAACGT,Epiblast
S4 56h:AGGCCACAGTTCGCAT,Epiblast
S4 56h:AACCTGACACACAGAG,Epiblast
S4 56h:TTTGGAGCATGGCTGC,Epiblast
S4 56h:AATCGTGTCAAACCTG,Epiblast
S4 56h:ATAGACCTCCACAGCG,Epiblast
S4 56h:TATGTTCAGGAACGCT,Epiblast
S4 56h:TCAGCAAGTGGACTAG,Epiblast
S4 56h:TATGTTCTCTGTGCTC,Epiblast
S4 56h:AGCTCAAGTGAGCCAA,Epiblast
S4 56h:TCCGGGATCACGAACT,Epiblast
S4 56h:TTAATCCGTTTAGTCG,Epiblast
S4 56h:TACTTCAGTTTACCAG,Epiblast
S4 56h:GTGAGTTGTTCGATTG,Epiblast
S4 56h:ACAGAAATCCGTCAAA,Epiblast
S4 56h:GCTACCTTCGAGTACT,Epiblast
S4 56h:CACATGACATGGCGCT,Epiblast
S4 56h:TGCTTGCCAGTCGGAA,Epiblast
S4 56h:GATGGAGGTCGACTTA,Epiblast
S4 56h:GCATTAGAGCTCTGTA,Epiblast
S4 56h:AGGCATTTCATGAGAA,Epiblast
S4 56h:AGAAGTACACGACAAG,Epiblast
S4 56h:CACTAAGCAAATGAGT,Epiblast
S4 56h:CTTCAATCAAAGACGC,Epiblast
S4 56h:ATCACTTTCGGAGCAA,Epiblast
S4 56h:CCGGGTATCTCGTGAA,Epiblast
S4 56h:GTCAAGTGTTGGGAAC,Epiblast
S4 56h:TGTGGCGAGCATCAGG,Epiblast
S4 56h:TCTTGCGAGGACTTCT,Epiblast
S4 56h:TAATCTCCAGGTCAGA,Epiblast
S4 56h:ATCGGCGGTCACTTAG,Epiblast
S4 56h:GTTGCTCAGTCAGGGT,Epiblast
S4 56h:ACGGTCGAGATACTGA,Epiblast
S4 56h:CAACGGCCATGCCATA,Epiblast
S4 56h:GCCGATGAGCGCGTTC,Epiblast
S4 56h:GTGACGCAGGATTTCC,Epiblast
S4 56h:AAGCATCCAGGAGGAG,Epiblast
S4 56h:TCATGGATCGGAGCAA,Epiblast
S4 56h:CGCATGGTCTAGGCAT,Epiblast
S4 56h:TTCTAACTCCTACAAG,Epiblast
S4 56h:GTGCGTGAGTCTTGGT,Epiblast
S4 56h:TCAGTGAAGTTCACTG,Epiblast
S4 56h:TGTAACGGTGCGTGCT,Epiblast
S4 56h:AATGGCTCAAGGACAC,Epiblast
S4 56h:GACTGATCATTACTCT,Epiblast
S4 56h:AGTGATCAGATGCTTC,Epiblast
S4 56h:CATGGATTCAATCGGT,Epiblast
S4 56h:GAGGGATCAGCCGGTT,Epiblast
S4 56h:CATTGAGCAGGGCTTC,Epiblast
S4 56h:CATAAGCGTCAGTCTA,Exiting naive pluripotency
S4 56h:GACTCTCAGCATAGGC,Epiblast
S4 56h:CGTTAGAAGACGGTTG,Epiblast
S4 56h:GTAATGCTCGTTCCCA,Epiblast
S4 56h:AGACAGGAGTGGCAGT,Epiblast
S4 56h:AAAGTGATCTGGGTCG,Epiblast
S4 56h:CCCATTGTCGAGCCTG,Epiblast
S4 56h:TATTTCGGTTCTCACC,Epiblast
S4 56h:ACAGCCGAGTTTCGGT,Epiblast
S4 56h:TGCAGATTCATCGCTC,Epiblast
S4 56h:TCAGCAACATGGACAG,Epiblast
S4 56h:AAACCCATCGAATCCA,Epiblast
S4 56h:ACCCTCACACTTCATT,Epiblast
S4 56h:ATCGATGTCTTGGATG,Epiblast
S4 56h:TCCATCGTCATGGATC,Epiblast
S4 56h:GGCTTGGCAGACAATA,Epiblast
S4 56h:CAGTTAGGTTGCCATA,Epiblast
S4 56h:TGAGCATAGACATAGT,Epiblast
S4 56h:AACAAGACATAGGAGC,Epiblast
S4 56h:CTTGATTGTATGATCC,Epiblast
S4 56h:ATGAGTCTCAAGAGTA,Epiblast
S4 56h:ACACAGTGTATGCGTT,Epiblast
S4 56h:GTCATCCGTGACCGTC,Epiblast
S4 56h:TGAGGAGCACTAGTAC,Exiting naive pluripotency
S4 56h:GACGCTGTCATAAGGA,Epiblast
S4 56h:GGAGCAAAGGCTTTCA,Epiblast
S4 56h:CTCTGGTTCTGGAAGG,Epiblast
S4 56h:CTTGATTTCCAACTGA,Epiblast
S4 56h:CGCGTGAGTGCCTATA,Epiblast
S4 56h:AGTGTTGGTATCGCGC,Epiblast
S4 56h:CTAGACAAGCTGGTGA,Epiblast
S4 56h:CCGTGAGAGGAAGTAG,Epiblast
S4 56h:TGGGATTGTACCGGAA,Epiblast
S4 56h:TACCCGTCATAGACTC,Epiblast
S4 56h:ACGTCCTTCTGGGCAC,Epiblast
S4 56h:AATGAAGCAGCACACC,Epiblast
S4 56h:GAGATGGAGAACAGGA,Epiblast
S4 56h:AGAGCAGCAGCACACC,Epiblast
S4 56h:AGATCGTCAACTGATC,Epiblast
S4 56h:AAGTCGTGTGATGTAA,Epiblast
S4 56h:TATCAGGGTTGTTTGG,Epiblast
S4 56h:CATTTCAAGTATCTGC,Epiblast
S4 56h:AAACCCATCAAGAATG,Epiblast
S4 56h:CCAATTTAGATTGTGA,Epiblast
S4 56h:TACAGGTCAAGTTGGG,Epiblast
S4 56h:GTAGGTTAGCACTGGA,Epiblast
S4 56h:TGTGATGTCACGACTA,Epiblast
S4 56h:CTTCTCTGTGAGCCAA,Epiblast
S4 56h:GAAATGAGTAAGGTCG,Epiblast
S4 56h:TCGTAGAAGTCTCTGA,Epiblast
S4 56h:TTCCTTCGTCCGATCG,Epiblast
S4 56h:GTTCATTGTCTGTAAC,Epiblast
S4 56h:ACTATCTCACCATATG,Epiblast
S4 56h:CATGGTATCCACATAG,Epiblast
S4 56h:GTGCTTCCACAGCCTG,Epiblast
S4 56h:TCATACTAGGGCATGT,Epiblast
S4 56h:GGGCCATAGTGCAACG,Epiblast
S4 56h:TTTATGCTCTCCCATG,Epiblast
S4 56h:TCACTCGCAATAACCC,Exiting naive pluripotency
S4 56h:GCGTTTCTCGGAGTGA,Epiblast
S4 56h:TCGCAGGGTTGGGTAG,Epiblast
S4 56h:TATTTCGTCATCTGTT,Epiblast
S4 56h:CATCGTCCACGATTCA,Epiblast
S4 56h:TTGGTTTGTCGTGATT,Epiblast
S4 56h:TTATTGCAGCCAGACA,Epiblast
S4 56h:TCTCCGATCCCATACC,Epiblast
S4 56h:CAGATACAGGATACAT,Epiblast
S4 56h:TCCGGGATCCTGATAG,Epiblast
S4 56h:GCAGCTGTCGGCTGGT,Exiting naive pluripotency
S4 56h:GACTCTCAGTTAACAG,Epiblast
S4 56h:ATGAAAGCAGTATGAA,Epiblast
S4 56h:TGACTCCCATGAATCC,Epiblast
S4 56h:ATTACTCAGCGACTAG,Epiblast
S4 56h:CGTAATGTCGACGACC,Epiblast
S4 56h:AGTTCCCGTGTCGATT,Epiblast
S4 56h:CGGCAGTTCAGTGCGC,Exiting naive pluripotency
S4 56h:TAAGCCACAAGTCGTT,Epiblast
S4 56h:GACGCTGAGTATGATG,Epiblast
S4 56h:AGGTCTATCCCAGTGG,Epiblast
S4 56h:ACTGTGACAGGAGGTT,Epiblast
S4 56h:TTAGGGTTCGGTCGGT,Epiblast
S4 56h:TTAGGCAAGATGTTGA,Epiblast
S4 56h:AAGACAAAGAAGCGCT,Epiblast
S4 56h:CGCATGGGTATCGTAC,Epiblast
S4 56h:AGATCCAAGCATCAAA,Epiblast
S4 56h:GTCTACCAGCCTTTGA,Epiblast
S4 56h:TACATTCAGTTTCGGT,Epiblast
S4 56h:GTGAGTTCATAATGAG,Epiblast
S4 56h:GGGTATTTCCGTATGA,Epiblast
S4 56h:TGTTACTGTGTTTCTT,Epiblast
S4 56h:GATCACACATGTTCAG,Epiblast
S4 56h:CAGGCCAAGCCTGTGC,Epiblast
S4 56h:GTGACGCGTCCAGAAG,Epiblast
S4 56h:TTGGGTAGTTTCGGCG,Epiblast
S4 56h:TCCTTTCGTAACCAGG,Epiblast
S4 56h:AGTTCGATCGTAGGAG,Epiblast
S4 56h:TCAAGCAAGTCTCCTC,Exiting naive pluripotency
S4 56h:AATTTCCTCTCCAATT,Epiblast
S4 56h:TAAGTCGCAATTCTTC,Epiblast
S4 56h:TGCAGGCGTTTAGACC,Epiblast
S4 56h:TCATGAGCAAGTGATA,Epiblast
S4 56h:TGCTCGTGTGTCTAAC,Epiblast
S4 56h:GCAACATAGAGATTCA,Epiblast
S4 56h:AAGCGAGTCCACGGAC,Epiblast
S4 56h:CGTGCTTTCTAGCATG,Epiblast
S4 56h:ACGGTCGTCTCTATGT,Epiblast
S4 56h:AATGGAAAGGGTCACA,Epiblast
S4 56h:ATGGAGGGTGAGCTCC,Epiblast
S4 56h:AGATAGACAAAGCTAA,Epiblast
S4 56h:GTAGCTAAGGAGCAAA,Epiblast
S4 56h:TGATGCATCTTGAGCA,Epiblast
S4 56h:AACAACCTCGACGACC,Epiblast
S4 56h:TTCTAACCAAAGGTTA,Epiblast
S4 56h:ATAGGCTAGGGTGAGG,Epiblast
S4 56h:CTTTCGGAGGAGCAAA,Epiblast
S4 56h:CCTCACAGTCGTCAGC,Exiting naive pluripotency
S4 56h:AGGGCCTTCTCCAAGA,Epiblast
S4 56h:CACGGGTGTACGTACT,Epiblast
S4 56h:TTCCGGTGTATAGCTC,Exiting naive pluripotency
S4 56h:ACAAGCTAGCTGAAAT,Epiblast
S4 56h:ACTTCGCTCTCGAGTA,Epiblast
S4 56h:TTCATGTTCTAATTCC,Exiting naive pluripotency
S4 56h:CGGGCATTCTTACGGA,Epiblast
S4 56h:CACGTTCTCCAACCAA,Epiblast
S4 56h:GAGGCAAAGACGGTTG,Epiblast
S4 56h:GGAAGTGTCACAACCA,Epiblast
S4 56h:TCCGAAACAAGTCGTT,Epiblast
S4 56h:GTATTTCGTAACGCGA,Epiblast
S4 56h:AGTGTTGTCGCGATCG,Exiting naive pluripotency
S4 56h:CTGCGAGTCTCCGAGG,Epiblast
S4 56h:TCCTGCAGTAGATCCT,Epiblast
S4 56h:TTACGTTAGGATACAT,Epiblast
S4 56h:CGAAGGATCAGCATTG,Epiblast
S4 56h:AACGAAAGTCTGGTTA,Epiblast
S4 56h:GTAGGAGGTACGCGTC,Epiblast
S4 56h:TCAGTGAAGCAGCAGT,Epiblast
S4 56h:CGAGGAACACCAGCTG,Epiblast
S4 56h:ACGATCACATCCTTGC,Epiblast
S4 56h:TATCGCCGTCAGGTGA,Epiblast
S4 56h:CCTTCAGAGGTATTGA,Epiblast
S4 56h:ATCACGACAGAGCGTA,Epiblast
S4 56h:ATACTTCGTCTCTCCA,Epiblast
S4 56h:TCATACTCAGATTAAG,Epiblast
S4 56h:TGGTAGTTCAGCGCGT,Epiblast
S4 56h:GTTACGAAGCGATTCT,Epiblast
S4 56h:CCGATGGGTAGAGGAA,Epiblast
S4 56h:ACGTCCTTCTTGGCTC,Epiblast
S4 56h:ACACGCGAGTAATACG,Epiblast
S4 56h:GTAACCAAGGTGTGAC,Epiblast
S4 56h:CAGCCAGTCACTGTCC,Epiblast
S4 56h:AAGATAGAGAGAGAAC,Epiblast
S4 56h:TCTGTCGTCTGGTGCG,Epiblast
S4 56h:TCCGATCTCGTAGAGG,Epiblast
S4 56h:TGAGCGCAGCTCGAAG,Epiblast
S4 56h:GAGACCCGTGAGTTGG,Epiblast
S4 56h:TCGCTTGGTACCTTCC,Epiblast
S4 56h:CATGCTCGTAAGCAAT,Epiblast
S4 56h:TTTACGTAGCTCGGCT,Epiblast
S4 56h:TGTGATGCACTCCGAG,Epiblast
S4 56h:GATCAGTGTACCACGC,Epiblast
S4 56h:TTACAGGCAAGTATAG,Epiblast
S4 56h:GGGTAGAAGGGACTGT,Epiblast
S4 56h:GGGCTACAGGCTTAAA,Epiblast
S4 56h:GATCATGAGGCAGTCA,Epiblast
S4 56h:GTAGGTTAGATAGCAT,Epiblast
S4 56h:ACGGTTAGTCCCTGTT,Epiblast
S4 56h:GCGAGAATCATCCTAT,Epiblast
S4 56h:CGGTCAGTCCACGTAA,Epiblast
S4 56h:ATACCTTGTAATACCC,Epiblast
S4 56h:TCATTCATCATCGTAG,Epiblast
S4 56h:AGCATCAGTGTTCGAT,Epiblast
S4 56h:GCTTGGGCACGACGCT,Epiblast
S4 56h:CCCTAACGTGTCCCTT,Epiblast
S4 56h:CCTCCAAAGTCCTGTA,Epiblast
S4 56h:TTCATTGGTGCGGTAA,Epiblast
S4 56h:TGTTGAGTCGAGCCTG,Epiblast
S4 56h:GTCCACTCATGATAGA,Epiblast
S4 56h:TAGGGTTTCTCTTCAA,Epiblast
S4 56h:GGTAGAGCAAGAGTAT,Epiblast
S4 56h:TGTTCATGTACGAGTG,Epiblast
S4 56h:CTAACTTGTACAGTTC,Epiblast
S4 56h:AAGCGAGTCGGCATCG,Epiblast
S4 56h:GCCAACGAGCATACTC,Epiblast
S4 56h:GACTATGAGGACTAAT,Epiblast
S4 56h:GTGGAGAGTTTAGTCG,Epiblast
S4 56h:TATTGCTGTGAGTCAG,Epiblast
S4 56h:TTGTGTTGTTTGGGTT,Epiblast
S4 56h:CTAAGTGTCAGCGCGT,Epiblast
S4 56h:GCAACATTCAAGTCGT,Exiting naive pluripotency
S4 56h:GATTGGTAGGTTCAGG,Epiblast
S4 56h:GATGACTAGGTCATTC,Epiblast
S4 56h:AATCGACTCGAGCACC,Epiblast
S4 56h:ACCGTTCTCGCAATTG,Epiblast
S4 56h:GAATCACCACCTGTCT,Epiblast
S4 56h:CTCAATTAGGTGCTAG,Epiblast
S4 56h:GCAGGCTTCCCGTTGT,Epiblast
S4 56h:CGTGATACAGAATCGG,Epiblast
S4 56h:GCCAGGTAGATGTAGT,Epiblast
S4 56h:TCAGGGCTCGAAGTGG,Epiblast
S4 56h:AAGTACCAGCAAACAT,Epiblast
S4 56h:GTCGCGACATCGTGCG,Epiblast
S4 56h:ATTTCACAGTGGTGAC,Epiblast
S4 56h:GAATCGTGTCTCACGG,Epiblast
S4 56h:AGTCACACAATTTCGG,Epiblast
S4 56h:AGTAGCTTCAGACAAA,Exiting naive pluripotency
S4 56h:GAACTGTTCCGGTAAT,Zscan4+ Artefact
S4 56h:CGGGTGTTCTCTTAAC,Epiblast
S4 56h:GAACACTGTGTGACCC,Epiblast
S4 56h:GGTGGCTAGCCGTTAT,Epiblast
S4 56h:TCCGATCGTAATGATG,Epiblast
S4 56h:TAGATCGGTTGCTAGT,Epiblast
S4 56h:CCTCACAAGATGGGCT,Epiblast
S4 56h:GGGTATTAGAGCATAT,Epiblast
S4 56h:AGGGTGAGTCGGCCTA,Epiblast
S4 56h:CATTCTATCGGAACTT,Epiblast
S4 56h:CCAATGAGTCGTAATC,Epiblast
S4 56h:TCAATTCGTCTGCCTT,Epiblast
S4 56h:TCTGCCACACTGCATA,Epiblast
S4 56h:CGTGAATGTATTGCCA,Epiblast
S4 56h:TGTCCTGGTGTGACCC,Epiblast
S4 56h:AGTAACCAGACACACG,Exiting naive pluripotency
S4 56h:TACTGCCAGAGTACCG,Epiblast
S4 56h:CACTTCGAGATAACGT,Epiblast
S4 56h:CGTCAAATCGGAGATG,Epiblast
S4 56h:AAACGAAAGCATCAGG,Epiblast
S4 56h:TCGGGCACAGATTAAG,Epiblast
S4 56h:AGCCAGCAGTTACGGG,Epiblast
S4 56h:GGTTCTCCAGGTAGTG,Epiblast
S4 56h:CGCGTGATCTTTCGAT,Epiblast
S4 56h:ATGAGTCGTGGACTAG,Epiblast
S4 56h:GACATCATCTGGGTCG,Epiblast
S4 56h:CCAATGAGTCCTCATC,Epiblast
S4 56h:TCTGGCTAGATAACAC,Epiblast
S4 56h:CTGATCCAGCTGCCAC,Epiblast
S4 56h:AATGGAATCAAGAGTA,Epiblast
S4 56h:TTTCATGAGCGCTGAA,Epiblast
S4 56h:TTTCGATAGAAACTGT,Epiblast
S4 56h:TTCTTGATCTCGTGAA,Epiblast
S4 56h:GCCAGCACAAATGGCG,Epiblast
S4 56h:GTGATGTTCTTCACGC,Epiblast
S4 56h:CTAGACATCGGTTCAA,Epiblast
S4 56h:TCAAGTGAGTGCGACA,Epiblast
S4 56h:GGCTGTGTCTTTCCGG,Epiblast
S4 56h:CACGTTCTCGGTGTAT,Epiblast
S4 56h:TTACCATGTAGACAAT,Epiblast
S4 56h:CCTTCAGAGCTGAGCA,Epiblast
S4 56h:GGAATCTAGGAGTCTG,Epiblast
S4 56h:GGAGCAACAGAGGCTA,Epiblast
S4 56h:GTGGAGACAAGAATGT,Epiblast
S4 56h:TCTTCCTGTAGCCCTG,Epiblast
S4 56h:GATTTCTGTCAAAGAT,Epiblast
S4 56h:TGGGATTAGAGGTTAT,Epiblast
S4 56h:CTTCAATCACGTCGTG,Epiblast
S4 56h:CAGAGCCGTAGTCGGA,Epiblast
S4 56h:CTCCACATCTTAGTTC,Epiblast
S4 56h:TCCTAATTCTTCGCTG,Epiblast
S4 56h:GCCAGCAAGTTGTAGA,Epiblast
S4 56h:CATGCTCTCAGCTCTC,Epiblast
S4 56h:CCGATGGCAGTTCTAG,Epiblast
S4 56h:AGACTCATCCGAGAAG,Epiblast
S4 56h:CGTCAAAAGCGTCTGC,Epiblast
S4 56h:TGATCTTTCTGACAGT,Epiblast
S4 56h:GGTTCTCCAGTCAGTT,Epiblast
S4 56h:TTCTCTCGTCTCGGAC,Epiblast
S4 56h:GAGACTTTCTTAGTTC,Epiblast
S4 56h:AATGCCAGTGAGCAGT,Exiting naive pluripotency
S4 56h:GTATTGGAGACATAAC,Epiblast
S4 56h:TGCAGATGTGGCACTC,Epiblast
S4 56h:TCGGGCAGTAGACACG,Epiblast
S4 56h:TGGGCGTCAGTAACGG,Epiblast
S4 56h:ATCGTGAAGTAGACAT,Epiblast
S4 56h:CGGAACCCACTTGAGT,Epiblast
S4 56h:AACAAAGCAAGTGGGT,Epiblast
S4 56h:CACGAATAGCGACTGA,Epiblast
S4 56h:GGCAGTCTCAGGGTAG,Epiblast
S4 56h:AGTTAGCAGGTTGCCC,Epiblast
S4 56h:TTCCTAAAGATGTAGT,Epiblast
S4 56h:GACGCTGGTGGTTTAC,Epiblast
S4 56h:GACATCAGTCTGCGCA,Epiblast
S4 56h:GTGGGAAAGCTCGCAC,Epiblast
S4 56h:CCAATGACATTCAGGT,Epiblast
S4 56h:AGTAACCAGCTGGTGA,Epiblast
S4 56h:GTGGTTACAGTGACCC,Epiblast
S4 56h:ATTGTTCTCAGCGGAA,Epiblast
S4 56h:TGTGGCGCATGACGAG,Epiblast
S4 56h:CAGCGTGAGGCTTAGG,Epiblast
S4 56h:GGTGTCGCATGAGATA,Epiblast
S4 56h:TTGTGTTAGCAAGTCG,Epiblast
S4 56h:GGAATCTGTACTGTTG,Epiblast
S4 56h:GTTCTATAGGTGGCTA,Epiblast
S4 56h:TGTTGGAGTCTTTCAT,Epiblast
S4 56h:TCCGTGTTCCGCAACG,Epiblast
S4 56h:TGAGACTAGCGTACAG,Epiblast
S4 56h:ATGGGTTTCTCTAGGA,Epiblast
S4 56h:GGATCTATCGACGCTG,Epiblast
S4 56h:GAACGTTTCGGTCACG,Epiblast
S4 56h:TTACAGGCACCCTGAG,Epiblast
S4 56h:CCTAAGAGTTTCGACA,Epiblast
S4 56h:ACGTACAAGTGTAGTA,Epiblast
S4 56h:CTGAATGCACCAAAGG,Epiblast
S4 56h:GTCCCATCAAGAGCTG,Epiblast
S4 56h:TATTGCTGTTCGCGTG,Epiblast
S4 56h:GGAGCAAGTCGTTATG,Epiblast
S4 56h:CGGGACTTCGGTGTTA,Epiblast
S4 56h:CAATGACAGTGCCCGT,Epiblast
S4 56h:CAACCTCGTGTAAACA,Epiblast
S4 56h:TGTGGCGCATAACCCA,Epiblast
S4 56h:AAGTGAAAGGAACTAT,Epiblast
S4 56h:GACATCATCTCCACTG,Epiblast
S4 56h:GGTGTTATCATTTCGT,Epiblast
S4 56h:GTCATTTAGACTACGG,Epiblast
S4 56h:ATCCATTGTCTACTGA,Epiblast
S4 56h:CGGACACGTAGGAGGG,Epiblast
S4 56h:ATGAGGGAGTCTTCGA,Epiblast
S4 56h:TGACGCGCACCTGAAT,Epiblast
S4 56h:TAAGTCGTCTTTCGAT,Epiblast
S4 56h:GTTAGTGTCCAATGCA,Exiting naive pluripotency
S4 56h:GGGATCCAGTCGTCTA,Epiblast
S4 56h:TCGACCTAGCTAGAGC,Epiblast
S4 56h:ATGTCTTGTGGATCGA,Epiblast
S4 56h:CGCATAAAGCCATTTG,Epiblast
S4 56h:TGCAGGCGTGCGCTCA,Exiting naive pluripotency
S4 56h:CTGTACCCATGCACTA,Epiblast
S4 56h:CACGGGTAGGTAGATT,Epiblast
S4 56h:AGAGCAGGTAGCTTTG,Epiblast
S4 56h:TGTACAGAGAGGCTGT,Epiblast
S4 56h:CACAGATTCGCAGTTA,Epiblast
S4 56h:GCCTGTTTCCTTGGAA,Epiblast
S4 56h:TTCATTGGTTTGGGTT,Epiblast
S4 56h:GTAGCTACATATAGCC,Epiblast
S4 56h:AAAGGGCAGTGGAATT,Epiblast
S4 56h:GCCGATGTCCAAATGC,Epiblast
S4 56h:AATGCCACAGTTCTAG,Epiblast
S4 56h:GGGCTACGTGGCGCTT,Epiblast
S4 56h:TCAAGACAGGCGCTTC,Epiblast
S4 56h:GTCGAATGTATGGTTC,Epiblast
S4 56h:TGAATGCGTGTGCCTG,Epiblast
S4 56h:TCTTAGTAGCGAAACC,Epiblast
S4 56h:TGATTTCTCGTCGGGT,Epiblast
S4 56h:GCTGGGTGTCCAGCAC,Epiblast
S4 56h:AACCAACTCAGTGGGA,Epiblast
S4 56h:CATTCTAGTACGTACT,Epiblast
S4 56h:CGCGTGACAGCACCCA,Epiblast
S4 56h:GTAATGCGTGGTCTGC,Epiblast
S4 56h:ATTCACTTCGGCCAAC,Epiblast
S4 56h:GCTTTCGGTCATCAGT,Epiblast
S4 56h:TGCCGAGTCCCGTGTT,Epiblast
S4 56h:AGGCTGCCACCGTACG,Epiblast
S4 56h:TCCTCTTAGTTGGAAT,Epiblast
S4 56h:AAGGTAAGTTTACGTG,Exiting naive pluripotency
S4 56h:CGCGTGAGTGGAACCA,Epiblast
S4 56h:GAATAGAGTGAAGCGT,Epiblast
S4 56h:ACAGGGATCACTGAAC,Epiblast
S4 56h:GAAGAATCACTGCGAC,Epiblast
S4 56h:GATGACTCACAGCTTA,Epiblast
S4 56h:TGACTCCAGTCAACAA,Epiblast
S4 56h:GATCGTAGTGACAGGT,Epiblast
S4 56h:TGACAGTAGAGTAACT,Epiblast
S4 56h:CAAGCTAGTCGATTCA,Epiblast
S4 56h:CCGAACGAGATCGACG,Epiblast
S4 56h:GAAGGGTCACGGCGTT,Epiblast
S4 56h:TTGATGGGTGGAACAC,Zscan4+ Artefact
S4 56h:TGATCAGTCACGGAGA,Epiblast
S4 56h:CACTAAGAGCCAAGGT,Epiblast
S4 56h:AAAGTCCCATATCTGG,Epiblast
S4 56h:AACAAAGAGCTAAATG,Epiblast
S4 56h:TGCAGATGTGAGTAAT,Epiblast
S4 56h:TGACGCGCATCGTGGC,Epiblast
S4 56h:GAGTGAGCAACAAAGT,Epiblast
S4 56h:GCGTTTCAGCGCCTTG,Epiblast
S4 56h:TCAATCTTCGTGGCGT,Epiblast
S4 56h:GTTGAACCAAGTGATA,Epiblast
S4 56h:ATCGGATAGCGAGTAC,Epiblast
S4 56h:GTGTGATCAGGTGGAT,Exiting naive pluripotency
S4 56h:AGAGAGCCAGACAAAT,Epiblast
S4 56h:GCCAGGTCACCCTATC,Epiblast
S4 56h:TGTTGGATCCCGTTGT,Epiblast
S4 56h:TGCTTCGAGCGTGAGT,Epiblast
S4 56h:ACGGTCGTCAATCTTC,Epiblast
S4 56h:TACTGCCGTTGAGTCT,Epiblast
S4 56h:GTAGATCGTACCAATC,Epiblast
S4 56h:CGTAATGTCCGAGCTG,Epiblast
S4 56h:TGTGTGAAGTGCTAGG,Epiblast
S4 56h:TATATCCCACCCAAGC,Epiblast
S4 56h:ACTGTCCAGTTGGCGA,Epiblast
S4 56h:CAATTTCAGACTACGG,Epiblast
S4 56h:CAGCGTGTCAATGCAC,Epiblast
S4 56h:AGGAGGTTCGACCCAG,Epiblast
S4 56h:GACATCAAGTTCTCTT,Epiblast
S4 56h:AGAGCCCAGTTCCGGC,Epiblast
S4 56h:CAAGAGGAGGAGTACC,Epiblast
S4 56h:CTCCAACTCTCTCGCA,Epiblast
S4 56h:GGTGTCGTCGCGTGCA,Epiblast
S4 56h:TGACAGTAGCCTTGAT,Epiblast
S4 56h:ACAGAAAAGACGAGCT,Epiblast
S4 56h:TCACATTTCCTTCAGC,Epiblast
S4 56h:TGCTTCGGTATACCTG,Epiblast
S4 56h:ACGCACGAGAGCTGCA,Exiting naive pluripotency
S4 56h:GAGTCTACAGCGATTT,Epiblast
S4 56h:AAGTGAAAGGACTTCT,Epiblast
S4 56h:GATGGAGCATACACCA,Epiblast
S4 56h:TTCGCTGTCCTGTTGC,Epiblast
S4 56h:AGAAGTAAGTCTGGTT,Epiblast
S4 56h:CCGTGAGCAGCAGGAT,Epiblast
S4 56h:GTATTGGGTAGACAGC,Epiblast
S4 56h:CCGTTCAGTGCTCGTG,Epiblast
S4 56h:GGTCACGGTCATCGGC,Epiblast
S4 56h:GAGAGGTTCACCATCC,Epiblast
S4 56h:GTGTAACTCCGCAACG,Epiblast
S4 56h:AATGGAATCCGGACTG,Epiblast
S4 56h:CATCCGTTCAGCTAGT,Epiblast
S4 56h:AACACACTCAAGTAAG,Exiting naive pluripotency
S4 56h:GGAGCAAAGCGATGGT,Epiblast
S4 56h:GTAATGCTCATTTGCT,Epiblast
S4 56h:CCTAAGAGTCCGGTGT,Epiblast
S4 56h:ATTCGTTAGAATCGTA,Epiblast
S4 56h:GTCAGCGTCCGATCTC,Epiblast
S4 56h:TTCCGTGAGGTGATCG,Epiblast
S4 56h:CCACGAGAGTGCTCAT,Epiblast
S4 56h:TTTCAGTGTGTTACTG,Epiblast
S4 56h:GCGGATCAGTCGTCTA,Epiblast
S4 56h:AGTAGCTAGAGAACCC,Epiblast
S4 56h:TTCCTTCGTGAACTAA,Exiting naive pluripotency
S4 56h:TACACCCGTAGAGACC,Epiblast
S4 56h:TTCTTCCTCGTGGAAG,Epiblast
S4 56h:CATTGAGGTCATCTAG,Epiblast
S4 56h:GGCGTCAAGGCTCTAT,Epiblast
S4 56h:GTAGATCCAGTCGTTA,Epiblast
S4 56h:TGCAGATTCACGAACT,Epiblast
S4 56h:TACACCCCAAGTGGCA,Epiblast
S4 56h:AAAGGGCAGTGCGACA,Epiblast
S4 56h:ACGTAGTGTACGACAG,Epiblast
S4 56h:TTTAGTCCAGAGTCAG,Epiblast
S4 56h:TCATATCCAGTATGAA,Epiblast
S4 56h:ATACCTTGTCACGCTG,Epiblast
S4 56h:ACTTTCAGTAAGATAC,Epiblast
S4 56h:TTGCTGCAGAGTGAAG,Epiblast
S4 56h:GTCCCATCACGCAAAG,Epiblast
S4 56h:TTGAACGGTAAGGAGA,Epiblast
S4 56h:ATGGATCTCACCGACG,Epiblast
S4 56h:TTCTTCCTCTGAGAAA,Epiblast
S4 56h:ACATCGAGTGGGAGAG,Epiblast
S4 56h:TGTCAGAAGCCTCGTG,Epiblast
S4 56h:TTTACTGAGGCCACTC,Epiblast
S4 56h:CATACTTCATCAGTCA,Epiblast
S4 56h:TCGTAGATCGCAGAGA,Epiblast
S4 56h:CTTCTAATCCTTATGT,Epiblast
S4 56h:TGTGCGGGTGGACAGT,Epiblast
S4 56h:CTTAGGAGTGGTAATA,Epiblast
S4 56h:GTAATGCAGATCGACG,Epiblast
S4 56h:GATGAGGCAATCGCAT,Epiblast
S4 56h:GTAACCAGTACCCAGC,Epiblast
S4 56h:TTCACCGGTTAATGAG,Epiblast
S4 56h:GTAGAGGCATTGTAGC,Epiblast
S4 56h:CTTGAGAAGATGCAGC,Epiblast
S4 56h:AGTAGCTAGTGCACCC,Epiblast
S4 56h:CCGAACGCAGCATGCC,Epiblast
S4 56h:CATCGCTCATGATCTG,Epiblast
S4 56h:TGGGCGTCAACCGCTG,Epiblast
S4 56h:TTTGACTGTTCGTTCC,Epiblast
S4 56h:CGTGAATTCGATACGT,Epiblast
S4 56h:TCCGTGTGTCAAGCGA,Exiting naive pluripotency
S4 56h:AAGATAGAGGAAAGGT,Epiblast
S4 56h:GGTTGTAAGTCACTAC,Epiblast
S4 56h:GCATTAGTCACGGGAA,Epiblast
S4 56h:ATTGTTCCATGAGGGT,Epiblast
S4 56h:GTATTTCGTCCATCTC,Epiblast
S4 56h:TATCTTGGTTTCACAG,Epiblast
S4 56h:CGCCAGACAAGTACCT,Epiblast
S4 56h:TTCACGCTCGCCGTGA,Epiblast
S4 56h:AACCATGCAAGCACCC,Epiblast
S4 56h:ACAACCAAGAACCCGA,Epiblast
S4 56h:AGCGTATTCCGCGAGT,Exiting naive pluripotency
S4 56h:ATCGATGAGACAACTA,Epiblast
S4 56h:GCTGGGTAGCAAGTGC,Epiblast
S4 56h:GTCTCACGTAATCAGA,Exiting naive pluripotency
S4 56h:ACTTCGCGTTTCGTGA,Epiblast
S4 56h:CGCATAAAGAGTTGAT,Epiblast
S4 56h:AGGTTACAGTTCTACG,Epiblast
S4 56h:GTGCTGGGTACCCAGC,Epiblast
S4 56h:AAAGGTATCTCTAGGA,Epiblast
S4 56h:CCAATGACACTATCCC,Epiblast
S4 56h:TGTGTGAAGTCCGCCA,Epiblast
S4 56h:GGGAAGTAGGAGATAG,Epiblast
S4 56h:TGAATCGTCAACGCTA,Epiblast
S4 56h:ATCTCTACATATTCGG,Epiblast
S4 56h:CTCAAGACACGATTCA,Epiblast
S4 56h:CTGAATGGTAGTTCCA,Epiblast
S4 56h:CATCAAGAGTTGAAAC,Epiblast
S4 56h:TGATTCTAGCTCCATA,Epiblast
S4 56h:CCCTGATTCCACTGGG,Epiblast
S4 56h:TAGAGTCAGTCGCTAT,Epiblast
S4 56h:ACTTCGCTCGTGCAGC,Epiblast
S4 56h:TACCGGGGTTGTGGCC,Epiblast
S4 56h:TTGTGGATCGCAACAT,Epiblast
S4 56h:AGATGAAAGACGTCGA,Epiblast
S4 56h:GAAGAATAGGTCACCC,Epiblast
S4 56h:GTTCGCTCAGCTTTCC,Epiblast
S4 56h:GGGTCTGGTAGCTGAG,Epiblast
S4 56h:GAGTCTAGTGTGGTCC,Epiblast
S4 56h:GAAGGACTCCTCTAAT,Epiblast
S4 56h:GTCGAATAGTGGATAT,Epiblast
S4 56h:TGTTTGTCAAGGGTCA,Epiblast
S4 56h:ATGGATCCACGCAAAG,Epiblast
S4 56h:GACCGTGCACAGTGAG,Epiblast
S4 56h:TTGAACGCAGCGACCT,Epiblast
S4 56h:AAGAACAGTGCATTTG,Epiblast
S4 56h:CGGACACCAGCAGAAC,Epiblast
S4 56h:GACCGTGGTATTCTCT,Epiblast
S4 56h:CTTAGGAGTGTTCGTA,Epiblast
S4 56h:TAGGTACGTTTCACAG,Epiblast
S4 56h:TCGAAGTCACTAGGTT,Epiblast
S4 56h:TCGCAGGCATGGCGCT,Epiblast
S4 56h:TGATTCTCATATGAAG,Epiblast
S4 56h:ACGTAACTCTGAGAGG,Epiblast
S4 56h:GTGATGTGTAACTGCT,Epiblast
S4 56h:CAATTTCCATATGGCT,Epiblast
S4 56h:CCCTCAATCTCTCTTC,Epiblast
S4 56h:GAAATGATCTGGTTGA,Epiblast
S4 56h:TGTAAGCCATGTGCCG,Epiblast
S4 56h:GGAATGGTCTGTCCCA,Epiblast
S4 56h:CTGTGAAGTGTAGGAC,Epiblast
S4 56h:CAACGATTCGCGTCGA,Epiblast
S4 56h:AATAGAGAGGGAGATA,Epiblast
S4 56h:TGTGTGATCGTCACCT,Epiblast
S4 56h:GGTAGAGTCCAATGCA,Epiblast
S4 56h:TTGTGGATCACCCTGT,Epiblast
S4 56h:CAATCGATCGCTACGG,Epiblast
S4 56h:ATCGATGTCCGACATA,Epiblast
S4 56h:GATCACAGTTCGGTTA,Epiblast
S4 56h:AGCGCTGGTGCCCAGT,Epiblast
S4 56h:ATGCGATTCTATCGGA,Exiting naive pluripotency
S4 56h:GGGTTATTCTGCGAGC,Epiblast
S4 56h:AGAAGTATCTGAGAGG,Epiblast
S4 56h:TTCTTCCTCGAGAAAT,Epiblast
S4 56h:CATCCACAGTTCGCAT,Epiblast
S4 56h:GGGACAAAGAGTGAAG,Epiblast
S4 56h:TTCCGGTCATCCTAAG,Epiblast
S4 56h:ATTATCCAGAGCTGAC,Epiblast
S4 56h:CCTCATGGTACTGCCG,Epiblast
S4 56h:TTCAGGACACACGGTC,Epiblast
S4 56h:CTGTGGGCAAAGCTAA,Epiblast
S4 56h:TGCACGGAGGGCATGT,Epiblast
S4 56h:CCCTCTCAGAGTTGTA,Epiblast
S4 56h:ATAGGCTAGGTCTTTG,Epiblast
S4 56h:AGAGCAGTCTGGTTGA,Epiblast
S4 56h:ATCATTCCAAAGGCTG,Epiblast
S4 56h:TTGAGTGGTGTAGGAC,Epiblast
S4 56h:TTGTTTGGTGGATCAG,Epiblast
S4 56h:TCAAGCATCCTGATAG,Epiblast
S4 56h:TTCCGGTCAAGACAAT,Epiblast
S4 56h:GTGTCCTAGACCAAAT,Epiblast
S4 56h:CAACAACAGGTACAGC,Epiblast
S4 56h:TTGTGGACATGAATAG,Epiblast
S4 56h:ATAGACCGTAACATAG,Epiblast
S4 56h:TGTCCCATCCTTCTGG,Epiblast
S4 56h:CTTCCGAGTCGCACGT,Epiblast
S4 56h:CAGGGCTAGCGTGAGT,Epiblast
S4 56h:CTCAAGACAGCCGTTG,Epiblast
S4 56h:GGGCTACAGGTGGGTT,Epiblast
S4 56h:CGTGATAGTTCGGGTC,Epiblast
S4 56h:AGCGTATAGAGCATCG,Epiblast
S4 56h:TGCGACGAGATTGGGC,Epiblast
S4 56h:TCCCAGTGTAATTAGG,Epiblast
S4 56h:GTTCGCTAGCTGGCCT,Epiblast
S4 56h:TTTCAGTTCAGACAAA,Epiblast
S4 56h:GTGAGTTCAGCGACAA,Epiblast
S4 56h:GGGTTATAGAATCCCT,Epiblast
S4 56h:TATTGCTTCACGGGAA,Epiblast
S4 56h:CCTAACCGTAGTCGGA,Epiblast
S4 56h:AGGTGTTTCTACCCAC,Epiblast
S4 56h:GTGAGGACAAGCGGAT,Epiblast
S4 56h:GACATCAGTCTAGGTT,Epiblast
S4 56h:CATCCCAGTGGCTGAA,Epiblast
S4 56h:CTGTGAATCCAGTTCC,Epiblast
S4 56h:ATCGATGAGCATGATA,Epiblast
S4 56h:TCTTCCTGTTCCTAAG,Epiblast
S4 56h:CCTCATGAGCGCCATC,Epiblast
S4 56h:AGAGAATAGACCTTTG,Epiblast
S4 56h:TTAGGCAAGTGCACAG,Epiblast
S4 56h:TCCCAGTTCGCGGTAC,Epiblast
S4 56h:CTGTGGGTCGGCGATC,Epiblast
S4 56h:TGATTCTGTGAGTTGG,Epiblast
S4 56h:GTCTGTCGTGTGTACT,Epiblast
S4 56h:ATCTTCAAGCACTCTA,Epiblast
S4 56h:CTAAGTGTCGTTCCCA,Epiblast
S4 56h:GTAGTACAGTGCCAGA,Epiblast
S4 56h:GATTCTTGTATTCTCT,Epiblast
S4 56h:TGGATCAGTGAGACCA,Epiblast
S4 56h:GCTTGGGAGGGCAGGA,Epiblast
S4 56h:GTCGCGAGTACCGGAA,Epiblast
S4 56h:AGCGTATGTCTCGACG,Epiblast
S4 56h:GTGGCGTTCACCCTCA,Epiblast
S4 56h:TCTCCGATCGACGACC,Epiblast
S4 56h:CATGCAAGTTCGCGTG,Epiblast
S4 56h:TTACTGTGTCTGTGTA,Epiblast
S4 56h:TAGGAGGAGAGCTGCA,Epiblast
S4 56h:AGTCATGTCGGAGTGA,Epiblast
S4 56h:GGTGATTGTAACAGGC,Epiblast
S4 56h:TGATTTCTCTTCCACG,Epiblast
S4 56h:GGACGTCTCAGTGTCA,Epiblast
S4 56h:AGATCGTAGCCTCATA,Epiblast
S4 56h:ATGGGAGAGCTGTGCC,Epiblast
S4 56h:TGTTCTACAAAGGCAC,Epiblast
S4 56h:AGAACCTTCCAGTTCC,Epiblast
S4 56h:TTACCATTCTTAATCC,Epiblast
S4 56h:GGGTATTCAACCAACT,Epiblast
S4 56h:TACGGTAGTTTCTATC,Epiblast
S4 56h:TGCGATATCGGACAAG,Exiting naive pluripotency
S4 56h:AGGGAGTCAAGACCTT,Epiblast
S4 56h:GGCTTTCTCCATTGGA,Epiblast
S4 56h:TACCCGTCACATAGCT,Epiblast
S4 56h:ATGTCTTAGCTATCTG,Epiblast
S4 56h:CGGGACTCATGGCTGC,Epiblast
S4 56h:GCCCAGATCCGACAGC,Epiblast
S4 56h:ATCGTAGTCAACCTTT,Epiblast
S4 56h:GGCTTGGAGAGAGCAA,Epiblast
S4 56h:TGTACAGAGAGAGTGA,Epiblast
S4 56h:TGATCTTCACGCGTCA,Epiblast
S4 56h:TGAGGAGTCGGCTTGG,Epiblast
S4 56h:TATCTGTGTTGCGGAA,Epiblast
S4 56h:GTAGGTTGTAGTAAGT,Epiblast
S4 56h:CAGATTGAGCTGCCAC,Epiblast
S4 56h:CTGAGCGGTCGTCATA,Epiblast
S4 56h:TCGTCCACACGTGAGA,Epiblast
S4 56h:TCATCCGAGTGTAGAT,Epiblast
S4 56h:CGTGCTTGTCGTAATC,Epiblast
S4 56h:ATTCAGGAGATTAGTG,Epiblast
S4 56h:AGGCATTGTAGGCAAC,Epiblast
S4 56h:TTTGGTTTCATTTCCA,Epiblast
S4 56h:TGTTCATGTCGACGCT,Epiblast
S4 56h:AAGACTCGTTAAGACA,Epiblast
S4 56h:TCAGTTTAGGCGTCCT,Epiblast
S4 56h:CCACGAGCAAGATCCT,Epiblast
S4 56h:ATTCCATAGTCGCTAT,Epiblast
S4 56h:GAAGGGTAGCTGGTGA,Epiblast
S4 56h:CCGGGTAGTTGTTGTG,Epiblast
S4 56h:ATCCACCGTCTGTTAG,Epiblast
S4 56h:TCGCTCACACCGGTCA,Epiblast
S4 56h:ACTTTGTAGAGTCACG,Epiblast
S4 56h:CAGTGCGTCCGAGCTG,Epiblast
S4 56h:ACCAAACCATCCGATA,Epiblast
S4 56h:AGCTACATCACTACGA,Epiblast
S4 56h:GTGTCCTGTACCGTCG,Epiblast
S4 56h:GAGTCATAGCCTGAAG,Epiblast
S4 56h:AGACTCACACCTGCTT,Exiting naive pluripotency
S4 56h:GTCTACCGTAAGATCA,Epiblast
S4 56h:GGTAACTAGGTAGCAC,Epiblast
S4 56h:CAACGATCATTACGGT,Epiblast
S4 56h:CTTTCGGCAATCTCTT,Epiblast
S4 56h:CCTAAGAGTTGTGGCC,Exiting naive pluripotency
S4 56h:CAGGTATAGACAGTCG,Zscan4+ Artefact
S4 56h:GTCGTAACAACGCCCA,Exiting naive pluripotency
S4 56h:CTACATTAGCCATTTG,Epiblast
S4 56h:TCACGGGTCTCGAACA,Epiblast
S4 56h:TCAGTGACACGTACTA,Epiblast
S4 56h:TCTAACTAGTCCTGTA,Epiblast
S4 56h:TCGGGCACATAGGCGA,Epiblast
S4 56h:CGCCAGATCGAAGGAC,Epiblast
S4 56h:TCGTAGAAGGGCAGTT,Epiblast
S4 56h:TTCGATTAGAAGCGCT,Epiblast
S4 56h:TGGGCTGAGTGGCCTC,Epiblast
S4 56h:ATACCTTAGTTGTCGT,Epiblast
S4 56h:TGGCGTGAGGGCAGAG,Epiblast
S4 56h:CTTCCGACATGAGATA,Epiblast
S4 56h:AGAAGTACATCGTGCG,Epiblast
S4 56h:CCTTCAGAGATGCCGA,Epiblast
S4 56h:CGCGTGAGTATAGCTC,Epiblast
S4 56h:TTACCGCAGGCAATGC,Epiblast
S4 56h:CTCTCGAGTAGACTGG,Epiblast
S4 56h:CATGCCTTCATCTCTA,Epiblast
S4 56h:ACTCTCGCAATTGCAC,Epiblast
S4 56h:TTCTAACCAAAGAGTT,Epiblast
S4 56h:AGAGAATTCCAGTGCG,Epiblast
S4 56h:AAGTTCGTCCATCCGT,Epiblast
S4 56h:CTGCAGGTCAGGAAGC,Epiblast
S4 56h:CAGCAGCGTACACGTT,Epiblast
S4 56h:TTAGGGTCACTGAGGA,Epiblast
S4 56h:TGTGAGTTCCTACTGC,Epiblast
S4 56h:GTTGCTCGTGCGCTCA,Epiblast
S4 56h:TGGGTTAAGTCATGAA,Exiting naive pluripotency
S4 56h:ATCACGAGTGTTCCAA,Epiblast
S4 56h:GGGTTATGTAACACCT,Epiblast
S4 56h:TCGATTTGTGTTGACT,Epiblast
S4 56h:GTCAAGTGTACCGGCT,Exiting naive pluripotency
S4 56h:GTGCTTCTCGGCTGAC,Epiblast
S4 56h:CCGAACGGTGTTCGTA,Epiblast
S4 56h:GCTACAACAATGAACA,Epiblast
S4 56h:GCTTGGGAGTCACGCC,Epiblast
S4 56h:CTCTCAGTCCCAGGAC,Epiblast
S4 56h:TTGTTCAAGTCGCCAC,Epiblast
S4 56h:CAGAGCCAGGTTACCT,Epiblast
S4 56h:TGTTCTAAGTATCCTG,Epiblast
S4 56h:TGGTACACACGCTGAC,Epiblast
S4 56h:ATCGGATGTGCTCTCT,Epiblast
S4 56h:GTAATGCGTGATGAAT,Epiblast
S4 56h:ACAAAGACATGAAGCG,Epiblast
S4 56h:GATCAGTTCTGAGTCA,Epiblast
S4 56h:TGGATGTCACGTCGTG,Epiblast
S4 56h:GGGCTCACATGGCTGC,Epiblast
S4 56h:GCATCGGAGTACTCGT,Epiblast
S4 56h:CCACCATCATCCGGTG,Epiblast
S4 56h:ATGAGGGCAAGATGTA,Epiblast
S4 56h:GGGCTCATCACTTCTA,Epiblast
S4 56h:CGAGAAGAGTCGCGAA,Epiblast
S4 56h:TTCTTGACAACAAGAT,Epiblast
S4 56h:GATGGAGCAAATGAGT,Epiblast
S4 56h:CTGGCAGGTGCCGGTT,Epiblast
S4 56h:CCAAGCGAGCGACTGA,Epiblast
S4 56h:TCGTCCATCGCTAATG,Epiblast
S4 56h:TTCATGTAGTTGCTGT,Epiblast
S4 56h:GGTAGAGCATCATGAC,Epiblast
S4 56h:GTTGAACGTATGAGGC,Epiblast
S4 56h:GGGTCTGCAGGAATAT,Epiblast
S4 56h:ATCGGCGCAACACTAC,Epiblast
S4 56h:CATCGGGTCGAAGCCC,Epiblast
S4 56h:CGAGAAGAGGACGCTA,Epiblast
S4 56h:CATACCCTCGGCTTGG,Epiblast
S4 56h:CTCGAGGAGGTTAGTA,Epiblast
S4 56h:CCACCATAGTCCCTAA,Epiblast
S4 56h:GACCCTTAGATCCGAG,Epiblast
S4 56h:GACCTTCGTCCTCCAT,Epiblast
S4 56h:TTTACGTTCCGAGATT,Epiblast
S4 56h:CTTCGGTCAGAACTAA,Epiblast
S4 56h:GTCCCATGTATTGCCA,Epiblast
S4 56h:CCAATGACAGGCAATG,Epiblast
S4 56h:GTAATGCAGCCTGCCA,Epiblast
S4 56h:TGCAGATCATGTGGTT,Epiblast
S4 56h:GTGCTTCAGAAGCCTG,Epiblast
S4 56h:TGCGACGAGTATAGGT,Epiblast
S4 56h:ATCGGCGGTGCCTATA,Epiblast
S4 56h:TCTGTCGTCCCTTGTG,Epiblast
S4 56h:TTTCGATCACGTATAC,Epiblast
S4 56h:AAGGAATAGTCGCGAA,Epiblast
S4 56h:CGTGCTTAGTCTCCTC,Epiblast
S4 56h:TAGGTACGTTGGTGTT,Epiblast
S4 56h:ACTCTCGAGTTTCAGC,Epiblast
S4 56h:TCTATACCAAATTAGG,Epiblast
S4 56h:ATCCGTCGTAAGGAGA,Epiblast
S4 56h:ACGTTCCTCCGTGTCT,Epiblast
S4 56h:GCAGCTGTCTAACGGT,Epiblast
S4 56h:GTGTGGCCACTTCAAG,Epiblast
S4 56h:AATTCCTCACAAATGA,Epiblast
S4 56h:GAATCGTGTATCGTAC,Epiblast
S4 56h:TACTTGTAGGCCCAAA,Epiblast
S4 56h:GTGCACGTCCTGCCAT,Epiblast
S4 56h:CAGTTCCTCCATAGAC,Epiblast
S4 56h:TGGTAGTAGTTTAGGA,Epiblast
S4 56h:TCGAACAAGTAGGATT,Epiblast
S4 56h:TGCTCGTTCGAGATAA,Epiblast
S4 56h:TCGTGGGTCGACACCG,Epiblast
S4 56h:TCTTAGTTCGAGAACG,Epiblast
S4 56h:ACGTTCCGTGGAGGTT,Epiblast
S4 56h:GTCGTTCTCGCATTGA,Epiblast
S4 56h:TCATGAGTCGGCTGAC,Epiblast
S4 56h:ATGAAAGAGGTCGTGA,Epiblast
S4 56h:GTAAGTCGTACTCCGG,Epiblast
S4 56h:TGTGAGTAGGCTCTCG,Epiblast
S4 56h:CGATCGGAGGCTCCCA,Epiblast
S4 56h:AACTTCTCAGGAATCG,Epiblast
S4 56h:AACCACAAGTCGGCAA,Epiblast
S4 56h:TGGATGTAGAAGAGCA,Epiblast
S4 56h:AAGTGAACACACTGGC,Exiting naive pluripotency
S4 56h:GTTAGACCACAAGGTG,Epiblast
S4 56h:CTATCTAAGGCTGGAT,Epiblast
S4 56h:AGGTTACAGCTCGAAG,Epiblast
S4 56h:ACATTTCCACGCTATA,Epiblast
S4 56h:CTGGCAGGTTGGACTT,Epiblast
S4 56h:CCGGTGATCTGCCCTA,Epiblast
S4 56h:ATTCTTGTCAAGTTGC,Epiblast
S4 56h:TTTATGCTCAGCGCGT,Exiting naive pluripotency
S4 56h:AAGTCGTGTGGATGAC,Epiblast
S4 56h:GCCTGTTTCGCTGTCT,Epiblast
S4 56h:TCAGGGCAGGTATTGA,Epiblast
S4 56h:CTTCGGTCATGCCGGT,Epiblast
S4 56h:GGAATGGGTCCTTAAG,Epiblast
S4 56h:ACTCTCGAGTGGTCAG,Epiblast
S4 56h:TTGCATTTCAATGTCG,Epiblast
S4 56h:TCAGGTATCTGAGAAA,Epiblast
S4 56h:CATGCCTAGTCGAAAT,Epiblast
S4 56h:GTCATTTTCTCCGAAA,Epiblast
S4 56h:AGCTACAAGACTCCGC,Epiblast
S4 56h:CTTGAGAAGAAGGATG,Epiblast
S4 56h:GGCGTCAGTAATTAGG,Epiblast
S4 56h:CATGGATGTCCGGATC,Exiting naive pluripotency
S4 56h:CCTCTCCGTACTAGCT,Epiblast
S4 56h:TCCTTCTAGGGTACAC,Epiblast
S4 56h:CTCCCTCCATAGTCGT,Epiblast
S4 56h:CCACTTGCATATGAAG,Epiblast
S4 56h:CCTTCAGAGATCCTAC,Epiblast
S4 56h:GCAGGCTCAAGGTACG,Epiblast
S4 56h:GACCCAGGTAGTCGTT,Epiblast
S4 56h:CTGTCGTTCTGGGTCG,Epiblast
S4 56h:TCCTGCATCTGTCAGA,Epiblast
S4 56h:AACAGGGGTGCGGATA,Epiblast
S4 56h:GGCGTCACACCTGTCT,Epiblast
S4 56h:CGTGCTTCATCAACCA,Epiblast
S4 56h:AATCGTGAGCTCCATA,Epiblast
S4 56h:TCATGGAAGGCACAAC,Epiblast
S4 56h:TCGGTCTGTAGGTAGC,Epiblast
S4 56h:AGGGTTTCAAGAATAC,Epiblast
S4 56h:AGCGCCAGTGGTACAG,Epiblast
S4 56h:TGCGGGTGTGTTACTG,Epiblast
S4 56h:TCGTCCAAGACGAAGA,Epiblast
S4 56h:CTTCTAAAGCGTACAG,Epiblast
S4 56h:CCTGCATTCCAGCAAT,Epiblast
S4 56h:ATCCATTCACCCTGAG,Epiblast
S4 56h:TGCGATATCTTCTAAC,Epiblast
S4 56h:TGTACAGCAGGTTCAT,Epiblast
S4 56h:CTCAGAATCAGGGTAG,Epiblast
S4 56h:AACGGGAAGGATCACG,Epiblast
S4 56h:CTTGATTAGCTGAGTG,Exiting naive pluripotency
S4 56h:CGGGCATCAAAGGATT,Epiblast
S4 56h:CTGGTCTCACGTACAT,Epiblast
S4 56h:GGTAGAGCACAGTACT,Exiting naive pluripotency
S4 56h:GTGTTAGGTGACCTGC,Epiblast
S4 56h:CGGGACTTCGCCGTGA,Epiblast
S4 56h:ATATCCTAGAAAGCGA,Epiblast
S4 56h:ACTTTGTCAGGTGTTT,Epiblast
S4 56h:CATAGACAGTGGCGAT,Epiblast
S4 56h:ACGGGTCGTGGTCAAG,Epiblast
S4 56h:GGTGTTATCACAATGC,Epiblast
S4 56h:TTACCGCGTGTTCGTA,Epiblast
S4 56h:TCGTGGGTCTCGGTCT,Epiblast
S4 56h:GAGTCTAAGATAGGGA,Epiblast
S4 56h:TACGCTCTCCATCGTC,Epiblast
S4 56h:GACTATGAGCAAGCCA,Epiblast
S4 56h:TACAACGAGTATGAAC,Epiblast
S4 56h:ACTACGAAGAGCCTGA,Epiblast
S4 56h:ACGATGTAGGGTTAGC,Epiblast
S4 56h:GGGCGTTAGAACTCCT,Epiblast
S4 56h:TCCTCCCCAATTGAAG,Epiblast
S4 56h:CTGAATGGTATGGAGC,Epiblast
S4 56h:TACCCGTCAACAGTGG,Epiblast
S4 56h:CGGCAGTGTTCAGGTT,Epiblast
S4 56h:GGAAGTGGTTCCTTGC,Epiblast
S4 56h:TACCTCGCAGTAGAGC,Epiblast
S4 56h:TGCTCCAGTAGTTCCA,Epiblast
S4 56h:CCATCACTCTGAGGTT,Epiblast
S4 56h:GCGTGCACAAACTGCT,Zscan4+ Artefact
S4 56h:ATGAGGGGTCGCTTGG,Epiblast
S4 56h:AAGACTCCATAAGATG,Epiblast
S4 56h:CCTCACAGTATACCCA,Epiblast
S4 56h:ACGTAACCACTAGAGG,Epiblast
S4 56h:ACGGGTCGTTCGGTAT,Epiblast
S4 56h:CTCTCAGAGTGTACCT,Epiblast
S4 56h:TGTCAGACATCTCCCA,Epiblast
S4 56h:GTTGTCCCAAGGGCAT,Epiblast
S4 56h:ACTTTCAAGCATCTTG,Epiblast
S4 56h:GCCCAGAAGCACTCTA,Exiting naive pluripotency
S4 56h:CCGTGAGCATATCGGT,Epiblast
S4 56h:TATACCTCAGTCGTTA,Epiblast
S4 56h:CTGTAGAAGTAATACG,Epiblast
S4 56h:TACTTACTCCACTTCG,Epiblast
S4 56h:GAGACTTCACCTGTCT,Epiblast
S4 56h:GTCTAGATCACGTCCT,Epiblast
S4 56h:AGGATCTCACTGAATC,Epiblast
S4 56h:GTCAGCGTCCGTCCTA,Epiblast
S4 56h:AGGATCTCACCAGACC,Epiblast
S4 56h:TCTCAGCAGAAGCGGG,Epiblast
S4 56h:TCTATACAGTATGGCG,Exiting naive pluripotency
S4 56h:TCATGTTTCGTGTGGC,Epiblast
S4 56h:CACTAAGTCTTCGTGC,Epiblast
S4 56h:ATGCGATAGTCACAGG,Epiblast
S4 56h:CATACAGAGTCACTAC,Epiblast
S4 56h:GACCTTCGTTGGCCTG,Epiblast
S4 56h:TGATTCTTCAACGTGT,Epiblast
S4 56h:CATTTCATCGTTCCCA,Epiblast
S4 56h:GTCAAACAGACTCAAA,Epiblast
S4 56h:GGCAGTCGTTCCTTGC,Epiblast
S4 56h:TGATCTTAGGACAGCT,Epiblast
S4 56h:CCCTCAATCGGCTGGT,Epiblast
S4 56h:TCCGATCAGGCTAAAT,Epiblast
S4 56h:TAGCACAGTTGACGGA,Epiblast
S4 56h:ATCGGCGAGTGGACTG,Epiblast
S4 56h:GTCGAATAGGACCCAA,Epiblast
S4 56h:TAAGCGTAGCTATCCA,Epiblast
S4 56h:AGACTCATCCTCAGGG,Epiblast
S4 56h:TATGTTCTCTCCTACG,Exiting naive pluripotency
S4 56h:TCGATTTAGGGAGTTC,Epiblast
S4 56h:GCACATATCGCAGTTA,Epiblast
S4 56h:GAAGAATGTATGAGCG,Epiblast
S4 56h:TGTAACGGTCGTATTG,Epiblast
S4 56h:CGTGTCTGTCGTGTTA,Epiblast
S4 56h:GGGTGAACATCGCTAA,Epiblast
S4 56h:GACCAATCATGATCTG,Epiblast
S4 56h:GTCTAGACAGGTCAAG,Epiblast
S4 56h:GGGTTTACACTGGCCA,Epiblast
S4 56h:AGGCCACCAAGGTTGG,Epiblast
S4 56h:AGTGATCCAAGCTGCC,Epiblast
S4 56h:ACTGCAAGTAGTGGCA,Epiblast
S4 56h:GTAATCGTCGGTGAAG,Epiblast
S4 56h:GACCCAGGTCTCGCGA,Epiblast
S4 56h:CGTGAATTCATTCGGA,Epiblast
S4 56h:GAAGCCCGTCGACTTA,Epiblast
S4 56h:ACGATCATCTGGGTCG,Epiblast
S4 56h:TTCTGTAAGGGCCAAT,Epiblast
S4 56h:GAACACTGTGGCGTAA,Epiblast
S4 56h:GGGTAGAGTATTGGCT,Epiblast
S4 56h:TCTCACGTCCAGTTCC,Epiblast
S4 56h:GTCTTTATCCGAGTGC,Epiblast
S4 56h:AGTACTGCACAACGAG,Epiblast
S4 56h:GGGCTCAAGTGTTGTC,Epiblast
S4 56h:TGTTCATGTCACAATC,Epiblast
S4 56h:GGGTCACGTACATACC,Exiting naive pluripotency
S4 56h:CTACCCAAGGAGAGTA,Epiblast
S4 56h:TCCTTCTCATGAAGCG,Epiblast
S4 56h:GGGATGATCGAATCCA,Epiblast
S4 56h:CTTGATTGTCGAGCTC,Epiblast
S4 56h:AATTTCCCAGGAGGTT,Epiblast
S4 56h:GCCATGGGTATGTCCA,Epiblast
S4 56h:ATACTTCGTTATGTCG,Epiblast
S4 56h:ATCGTAGGTCCATAGT,Epiblast
S4 56h:CGAAGGAGTCACTCTC,Epiblast
S4 56h:AGGTTGTGTTACGCCG,Epiblast
S4 56h:GGGTATTGTTACTCAG,Epiblast
S4 56h:ATCGGATGTTGTGGAG,Epiblast
S4 56h:GTTCTATAGGGCAAGG,Epiblast
S4 56h:TGGGCTGCATGATAGA,Epiblast
S4 56h:ATCTCTAAGTCTGCAT,Epiblast
S4 56h:CGATGGCGTGCGGATA,Epiblast
S4 56h:ATGGGAGAGGCTCTAT,Epiblast
S4 56h:CTCTCAGAGTGATCGG,Epiblast
S4 56h:ACGGAAGAGATGGGCT,Epiblast
S4 56h:AGAACCTGTTTGGAGG,Epiblast
S4 56h:TCGTAGAAGGTAGTAT,Exiting naive pluripotency
S4 56h:TGCTGAATCGCTTGCT,Epiblast
S4 56h:ACGTCCTGTCGTGGTC,Epiblast
S4 56h:CATGCTCAGCCGGATA,Epiblast
S4 56h:GTAGCTACACAAATGA,Epiblast
S4 56h:GCGTGCAGTCGATTTG,Epiblast
S4 56h:GCGTTTCGTCAAAGTA,Epiblast
S4 56h:GTGCTTCCACTGGCGT,Epiblast
S4 56h:CTCCACATCGTAGAGG,Epiblast
S4 56h:AGAGCAGCAGAAATTG,Epiblast
S4 56h:CGTGTCTCATACCAGT,Epiblast
S4 56h:GTAGGTTAGACGGATC,Epiblast
S4 56h:GTCGAATAGCGGTATG,Epiblast
S4 56h:CTTCAATGTTCCGTTC,Epiblast
S4 56h:TCAGTTTTCCAACCGG,Epiblast
S4 56h:ATCGTCCAGCAACCAG,Epiblast
S4 56h:GAAGAATCAGCCGTCA,Epiblast
S4 56h:TCATTTGAGAATCGAT,Epiblast
S4 56h:GGGTTTAAGACATCCT,Epiblast
S4 56h:TGGTTAGCACAAGTTC,Epiblast
S4 56h:CGTTAGATCAGGAACG,Epiblast
S4 56h:AGATCGTTCCCTCAAC,Epiblast
S4 56h:CTTGAGAGTGTCACAT,Epiblast
S4 56h:TCCATGCGTCTACAAC,Epiblast
S4 56h:GCGTTTCGTGGCACTC,Epiblast
S4 56h:CATCAAGTCGTTGTAG,Epiblast
S4 56h:CTTCTCTGTACTAGCT,Epiblast
S4 56h:ACCTGAACATCCCGTT,Epiblast
S4 56h:AATAGAGTCTTGAGCA,Epiblast
S4 56h:GACCCTTAGAGAGGTA,Epiblast
S4 56h:CGGTCAGTCAGCGTCG,Epiblast
S4 56h:CATTTCAAGAGCCCAA,Epiblast
S4 56h:CGTGAATGTTGGATCT,Epiblast
S4 56h:GGTAATCGTTACCTTT,Epiblast
S4 56h:CGTGATAGTCAGCGTC,Epiblast
S4 56h:GCCAGGTGTACCATAC,Epiblast
S4 56h:CGAATTGGTAGAGATT,Epiblast
S4 56h:TGTAACGAGCCAGTAG,Epiblast
S4 56h:TTGGATGCATTAAGCC,Epiblast
S4 56h:CGTGATAGTCGCCTAG,Epiblast
S4 56h:CATTCATGTGAGCGAT,Epiblast
S4 56h:CGTTGGGAGCTTCGTA,Epiblast
S4 56h:GCTACAACACTGGATT,Epiblast
S4 56h:AGAGCAGAGCCACTCG,Epiblast
S4 56h:AGCGTATGTGTGACCC,Epiblast
S4 56h:GCGTGCAGTCAATCTG,Epiblast
S4 56h:TTAGGCAGTAGGTCAG,Epiblast
S4 56h:TGTTGGATCATGCCCT,Epiblast
S4 56h:ATTGGGTAGACCAGAC,Epiblast
S4 56h:GTCGCGACAGCCCACA,Epiblast
S4 56h:ATCGGCGAGCAAACAT,Epiblast
S4 56h:AGAAGTAAGTCTCTGA,Epiblast
S4 56h:CCGTAGGCAGAACCGA,Exiting naive pluripotency
S4 56h:TTAGGGTAGGTGATAT,Epiblast
S4 56h:CAGAGCCTCGGACGTC,Epiblast
S4 56h:GTGCAGCTCAATCCGA,Epiblast
S4 56h:GAGACCCAGCTTTGTG,Epiblast
S4 56h:AGGTCTAAGCCGCACT,Exiting naive pluripotency
S4 56h:ACTGCAATCATCCTGC,Epiblast
S4 56h:CTTTCAACATCGAAGG,Epiblast
S4 56h:TGCGGCACAGCCATTA,Epiblast
S4 56h:AGGGCTCAGCTTGTGT,Epiblast
S4 56h:CCAAGCGAGAAGTCTA,Epiblast
S4 56h:GGAGAACAGGGTCTTT,Epiblast
S4 56h:CCTCTCCGTGTAAATG,Epiblast
S4 56h:TGGGCGTCATTCCTAT,Epiblast
S4 56h:CAACGATTCCCAGTGG,Epiblast
S4 56h:TTGAACGAGCTTGTTG,Epiblast
S4 56h:TGTGCGGAGCAAATGT,Epiblast
S4 56h:TATCTGTAGAAATTGC,Epiblast
S4 56h:TTACGCCCATGGCGCT,Epiblast
S4 56h:TCGTGGGAGTATTCCG,Epiblast
S4 56h:CTCAGAATCGCGATCG,Epiblast
S4 56h:CTCAGTCGTGCCGAAA,Epiblast
S4 56h:AGTGACTGTAGGAGTC,Epiblast
S4 56h:GGGAGATGTTGCCAAT,Epiblast
S4 56h:TCGCTCAGTAGCGAGT,Epiblast
S4 56h:GCCAGTGTCGTGCTCT,Epiblast
S4 56h:AGCCAATAGTGCTAGG,Epiblast
S4 56h:TGTGCGGAGAAACTAC,Epiblast
S4 56h:TACTTCAAGACGACTG,Exiting naive pluripotency
S4 56h:CCGCAAGAGCCTGAAG,Epiblast
S4 56h:TCACATTGTAGCTTGT,Epiblast
S4 56h:CTTCCTTAGTGGAAGA,Exiting naive pluripotency
S4 56h:GCTGCAGCATGTGACT,Epiblast
S4 56h:AGACACTCAGTAGTTC,Epiblast
S4 56h:TATCTGTAGATGGTAT,Epiblast
S4 56h:CGGAGAACATAACAGA,Epiblast
S4 56h:AGGGAGTCATGTGACT,Exiting naive pluripotency
S4 56h:CATTGTTAGAACGCGT,Epiblast
S4 56h:TAGAGTCGTATCGCGC,Epiblast
S4 56h:ACGTTCCAGATGAAGG,Epiblast
S4 56h:GGTAACTGTAACAGGC,Epiblast
S4 56h:CGGGACTAGCTGAAGC,Epiblast
S4 56h:TGAGGAGGTTATGTCG,Epiblast
S4 56h:CCTCAGTCACTAACGT,Epiblast
S4 56h:CACGGGTGTTGGATCT,Epiblast
S4 56h:TAACGACAGCTTCGTA,Epiblast
S4 56h:GTCGAATAGCGCCTAC,Epiblast
S4 56h:CCTCACACACGAGGTA,Epiblast
S4 56h:TGATTCTCAGAGCTAG,Epiblast
S4 56h:CCGTTCAAGCGTCAGA,Epiblast
S4 56h:TGAGTCATCGGCATCG,Epiblast
S4 56h:TTCATGTCATGCCATA,Epiblast
S4 56h:CGAATTGAGGTCACAG,Epiblast
S4 56h:GCTACAAGTAGTGGCA,Epiblast
S4 56h:GGGTGAAGTAGAGCTG,Epiblast
S4 56h:TGTAACGAGCGTCTCG,Epiblast
S4 56h:AACAAGACATCGAAGG,Epiblast
S4 56h:TTTGATCAGGGTATAT,Epiblast
S4 56h:GTCAAGTTCGTCACCT,Epiblast
S4 56h:GAGGCCTAGATTAGTG,Epiblast
S4 56h:TCAGTCCTCCATACAG,Exiting naive pluripotency
S4 56h:CTGGACGTCAGACAAA,Epiblast
S4 56h:CCGGGTAGTGTAACGG,Epiblast
S4 56h:TGTGCGGGTGTTACTG,Epiblast
S4 56h:TCAGTTTAGGGATCGT,Epiblast
S4 56h:ATCGATGTCTTCACGC,Epiblast
S4 56h:TTGCGTCTCCGCCTAT,Epiblast
S4 56h:CTTAGGATCCCATGGG,Epiblast
S4 56h:CATTGTTAGGTTAAAC,Epiblast
S4 56h:CGAGGAATCGACATAC,Epiblast
S4 56h:CCGAACGTCAAGATAG,Epiblast
S4 56h:TGTGATGAGCGTTCCG,Epiblast
S4 56h:TGTGCGGGTTGTTTGG,Epiblast
S4 56h:TTGTTCAAGTAGCCAG,Epiblast
S4 56h:GTAATCGTCAGTGCGC,Epiblast
S4 56h:TGTTCATCAGTTTCAG,Epiblast
S4 56h:GGGTTTAGTCCTGTTC,Epiblast
S4 56h:CCGGTGATCAAATGCC,Epiblast
S4 56h:CTGTCGTGTGGTCTAT,Epiblast
S4 56h:AGCTCAATCAGAGCAG,Epiblast
S4 56h:CTCTCGACAAACGTGG,Epiblast
S4 56h:GCAGGCTTCTAGGAAA,Epiblast
S4 56h:GAGTCTACACAGAGCA,Epiblast
S4 56h:TCGTGCTGTTATAGCC,Epiblast
S4 56h:AGTTCGATCGGAAACG,Epiblast
S4 56h:TGTTACTTCGGAATTC,Epiblast
S4 56h:ACTTATCCACGACGTC,Epiblast
S4 56h:CCAATTTGTGTCCGTG,Epiblast
S4 56h:CAATACGTCGTCGCTT,Epiblast
S4 56h:TATGTTCGTTTGCAGT,Exiting naive pluripotency
S4 56h:CTGTCGTGTGTATACC,Epiblast
S4 56h:GCGGATCGTCTCTCTG,Epiblast
S4 56h:GTCAAGTCACGTCGGT,Epiblast
S4 56h:CGAGTGCCACTGAGGA,Epiblast
S4 56h:GCGATCGTCTAGCATG,Epiblast
S4 56h:AACAACCTCACCGGTG,Epiblast
S4 56h:GTTCATTAGTCGGCAA,Epiblast
S4 56h:GTCAGCGTCAATCAGC,Epiblast
S4 56h:TTCAGGACACTGATTG,Epiblast
S4 56h:TTCGCTGCAGTCGTTA,Epiblast
S4 56h:AACAAAGTCGTTCATT,Epiblast
S4 56h:GTCTAGAGTCACGTGC,Epiblast
S4 56h:GACTCTCTCGGCCCAA,Epiblast
S4 56h:ATTTCTGCACACACTA,Epiblast
S4 56h:AGGAGGTCAAATGGAT,Epiblast
S4 56h:GTCTACCGTATATGGA,Epiblast
S4 56h:GAAGTAAGTGGTACAG,Epiblast
S4 56h:CTATAGGTCTACAGGT,Epiblast
S4 56h:TTGGATGGTCGCGTTG,Epiblast
S4 56h:ACAAAGATCGTCGATA,Epiblast
S4 56h:AGACACTAGACCATTC,Epiblast
S4 56h:CGTGTCTAGGCTGTAG,Epiblast
S4 56h:TATGTTCAGGGAGTGG,Exiting naive pluripotency
S4 56h:CGTGTCTTCCAAACCA,Exiting naive pluripotency
S4 56h:TACTTACTCCGCTAGG,Epiblast
S4 56h:CCGCAAGTCCTGTACC,Epiblast
S4 56h:TTCTAGTGTAGGAAAG,Epiblast
S4 56h:GATTCTTAGCCTCAGC,Epiblast
S4 56h:AAAGGGCCAAGTCGTT,Epiblast
S4 56h:CAGTGGTATCAACGCA,Epiblast
S4 56h:CCGTGAGCATCGATCA,Epiblast
S4 56h:GGTCTGGCAGGACTAG,Epiblast
S4 56h:CTTCGGTGTTAATGAG,Epiblast
S4 56h:CAGGTATTCTGGACCG,Epiblast
S4 56h:ACGTTCCCATCGGTTA,Epiblast
S4 56h:CTGGACGTCCTAAGTG,Epiblast
S4 56h:ACGGTCGCAAGAGGTC,Epiblast
S4 56h:GATTCGACAGAGGTTG,Epiblast
S4 56h:CCGTGAGAGTCAGAGC,Epiblast
S4 56h:CACAGATAGTGGCAGT,Epiblast
S4 56h:TGAGTCAGTTTACGTG,Epiblast
S4 56h:TGACTCCAGTCTTCGA,Epiblast
S4 56h:TTCATGTAGAGTCTGG,Epiblast
S4 56h:AACGAAAAGATTAGTG,Epiblast
S4 56h:CTGTGGGCACCAGGTC,Epiblast
S4 56h:TGGGAAGAGCTAATCC,Epiblast
S4 56h:GGCGTCAAGCGACTAG,Epiblast
S4 56h:TTGCTGCTCTCTATAC,Epiblast
S4 56h:GTCGTTCTCACAAGAA,Epiblast
S4 56h:ATTCTACTCGAGTACT,Epiblast
S4 56h:AATAGAGAGTTCGGTT,Epiblast
S4 56h:GTCACGGGTAAGGAGA,Epiblast
S4 56h:AGTAGTCAGCAGGCTA,Epiblast
S4 56h:GAGTGTTCAGGTCAGA,Epiblast
S4 56h:AGCGATTAGGCAGGGA,Epiblast
S4 56h:TGGAGAGGTTGGTAGG,Epiblast
S4 56h:GACCGTGGTCAAACGG,Epiblast
S4 56h:TCCTCGAAGTCAGGGT,Epiblast
S4 56h:GTGCAGCAGGAGTATT,Epiblast
S4 56h:CTGTCGTAGTAGAATC,Epiblast
S4 56h:CCGTTCACATGCGTGC,Epiblast
S4 56h:CTTAGGAGTTACCCAA,Epiblast
S4 56h:GTTAGTGCATCGTGCG,Epiblast
S4 56h:TGCGGGTCAGCTCGGT,Epiblast
S4 56h:TTTCACATCAAGGCTT,Epiblast
S4 56h:CCTCTAGAGAGGGTGG,Epiblast
S4 56h:TGGCGTGTCAAAGACA,Epiblast
S4 56h:CTCGAGGAGAAGATCT,Epiblast
S4 56h:AGAGAGCGTGTCGATT,Epiblast
S4 56h:TCGTGGGAGTGGTTCT,Epiblast
S4 56h:TGATGGTAGCTGGTGA,Epiblast
S4 56h:TGCATGAAGTTTAGGA,Epiblast
S4 56h:GTCAGCGCAAATCGTC,Epiblast
S4 56h:CTCTGGTCAAATGGCG,Epiblast
S4 56h:CGTGCTTCACGTCGGT,Epiblast
S4 56h:TACTTGTAGAACTCCT,Epiblast
S4 56h:GTCTTTAAGGAACGAA,Epiblast
S4 56h:TCGTGCTTCTCGCCTA,Epiblast
S4 56h:TATCTGTTCAACTGGT,Epiblast
S4 56h:AACACACAGAGCATCG,Epiblast
S4 56h:CTTTCGGCATGACTGT,Epiblast
S4 56h:TCGCTTGCAGAGACTG,Epiblast
S4 56h:GAGTTACCAGAGAATT,Epiblast
S4 56h:TGAGACTCAGTGTGCC,Epiblast
S4 56h:TCACTATCATGGTACT,Epiblast
S4 56h:ACATCGAAGCGCGTTC,Epiblast
S4 56h:CTTCAATCAACGTTAC,Epiblast
S4 56h:ACCCTTGCAGCCCACA,Epiblast
S4 56h:CGTGTCTTCATTTCGT,Epiblast
S4 56h:CTCATCGAGAGCATCG,Epiblast
S4 56h:ATGGAGGAGGCGCTTC,Epiblast
S4 56h:GGGTGAAAGGAACTCG,Epiblast
S4 56h:TCGTGCTTCGTCGACG,Epiblast
S4 56h:GGGCGTTGTCACCCTT,Epiblast
S4 56h:GAGTTTGCAAGAGTTA,Epiblast
S4 56h:GTTCGCTGTGCGTCGT,Epiblast
S4 56h:GTAATGCGTGAGCCAA,Epiblast
S4 56h:ACGTCCTGTATGAGAT,Epiblast
S4 56h:CTAGACAAGGCTAGCA,Epiblast
S4 56h:AGCAGTGGTATCAACG,Epiblast
S4 56h:ACAACCAGTGTGTGTT,Epiblast
S4 56h:GTTCCGTTCGGACAAG,Epiblast
S4 56h:GTCCCATGTAGGAGTC,Epiblast
S4 56h:ATTCCCGGTCGAATGG,Epiblast
S4 56h:CCACGAGGTTGCCGAC,Epiblast
S4 56h:GTCGCGAAGAGATTCA,Epiblast
S4 56h:ACATGCACAAGAGGCT,Epiblast
S4 56h:CGTGTCTGTACGCGTC,Epiblast
S4 56h:GACAGCCAGTCATGAA,Epiblast
S4 56h:CATTCTATCGCAACAT,Epiblast
S4 56h:ACTTATCCACGCAGTC,Epiblast
S4 56h:GTTACGAGTCGCTTGG,Epiblast
S4 56h:TGCGACGTCTATTTCG,Epiblast
S4 56h:AGGTTGTTCTGAGAAA,Epiblast
S4 56h:GTTCGCTAGGTGGGTT,Epiblast
S4 56h:TCGGGACGTTTGGAAA,Epiblast
S4 56h:CGTGTCTAGTATGACA,Epiblast
S4 56h:TTGTGTTTCTTGGGCG,Epiblast
S4 56h:TCGTAGAGTCGCAACC,Epiblast
S4 56h:AACCTGATCGTAACAC,Epiblast
S4 56h:TCGTGCTAGAAGGGAT,Epiblast
S4 56h:GTAGAGGCAAGGATGC,Epiblast
S4 56h:AATTTCCTCAGAACCT,Epiblast
S4 56h:CTATCCGAGTGATAAC,Epiblast
S4 56h:AGCGTCGGTCGGCTAC,Epiblast
S4 56h:AAGTTCGTCTACTGCC,Epiblast
S4 56h:GCATCGGGTAGTGATA,Epiblast
S4 56h:GTCTAGATCTCACGAA,Epiblast
S4 56h:TCGTGCTGTTGGCCGT,Epiblast
S4 56h:GGGTAGAAGTACTGTC,Epiblast
S4 56h:TAGAGTCGTCACTACA,Epiblast
S4 56h:CGACGCTCTTCCGATC,Epiblast
S4 56h:GTGGGAAAGCGCCGTT,Epiblast
S4 56h:GTCATGATCGCAGTGC,Epiblast
S4 56h:GCCGTGAAGACTCAAA,Epiblast
S4 56h:GTCGTTCAGCCTAGGA,Epiblast
S4 56h:TTCATGTAGCAACAGC,Epiblast
S4 56h:GTCGAATAGACATAAC,Epiblast
S4 56h:ATGTCCCAGAGGTCGT,Epiblast
S4 56h:TTCAGGAAGTGGCAGT,Epiblast
S4 56h:ACATCGACAGGTTCCG,Epiblast
S4 56h:ATCAGGTTCAAGAGTA,Epiblast
S4 56h:TCCGTGTTCGTGGAAG,Epiblast
S4 56h:CACGACGCTCTTCCGA,Epiblast
S4 56h:TTGCGTCGTTGCTCAA,Epiblast
S4 56h:AGAGAATAGTCTGCGC,Epiblast
S4 56h:TCAGTCCGTACACGTT,Epiblast
S4 56h:GTCGTTCTCCAAATGC,Epiblast
S4 56h:CCACAAATCATGCAGT,Epiblast
S4 56h:ATGGTTGCACCAGCCA,Epiblast
S4 56h:CGAGGCTCAACAGATA,Epiblast
S4 56h:CGTGTCTCAAACTGCT,Epiblast
S4 56h:ACCGTTCCAGAGGTTG,Epiblast
S4 56h:GATCGTAGTTACCGTA,Epiblast
S4 56h:ACGATCAAGTCTAACC,Epiblast
S4 56h:ACACGACGCTCTTCCG,Epiblast
S4 56h:CGATCGGTCGCTTTAT,Epiblast
S4 56h:AAACGAACAAGCCTGC,Epiblast
S4 56h:ACGTACACATCAGTGT,Epiblast
S4 56h:GAGCTGCAGGTTCAGG,Epiblast
S4 56h:GAGACCCGTGCCGAAA,Epiblast
S4 56h:GCGATCGAGAGCAGTC,Epiblast
S4 56h:CCTCACAAGTGCAGCA,Epiblast
S4 56h:CATCGGGAGCTTCATG,Epiblast
S4 56h:TTCGATTGTGCATTTG,Epiblast
S4 56h:GATTTCTGTAGCTGAG,Epiblast
S4 56h:ATCGTGAAGGGATCTG,Epiblast
S4 56h:GTGACGCGTGTCTCCT,Epiblast
S4 56h:ATCTTCATCAATCTCT,Epiblast
S4 56h:GCTACAACAGAGACTG,Epiblast
S4 56h:CCTATCGTCGTGTGGC,Epiblast
S4 56h:ACGTCCTTCTAAGCCA,Epiblast
S4 56h:CCTCATGAGGTCGTGA,Epiblast
S4 56h:GGTTAACCAGAGTTCT,Epiblast
S4 56h:AGCGTCGAGGAGTCTG,Epiblast
S4 56h:GAGCTGCCAGCTTTGA,Epiblast
S4 56h:AGCGTCGCAAGCTGCC,Epiblast
S4 56h:CATTCTAAGTGATAAC,Epiblast
S4 56h:CTGAGCGTCTTGAGCA,Epiblast
S4 56h:AGGTCATAGTTTCTTC,Epiblast
S4 56h:CTACACGACGCTCTTC,Epiblast
S4 56h:ATCGTGAAGGGCCTCT,Epiblast
S4 56h:TCCACGTGTAGAGTTA,Epiblast
SBR-60h:CTCGAGGCATATCTGG,Epiblast
SBR-60h:TAATCTCTCCGATAGT,Epiblast
SBR-60h:GCCGATGCATGGAACG,Epiblast
SBR-60h:CGGAACCAGAGAGGGC,Epiblast
SBR-60h:TGGGAGACAGACCAAG,Epiblast
SBR-60h:AGGGTCCTCTTTCGAT,Epiblast
SBR-60h:CTCTCGACAATAGTGA,Epiblast
SBR-60h:GATGCTAAGTTAGTGA,Epiblast
SBR-60h:TCCACCACAGTTCCAA,Cd63+ ectoderm-like artefact
SBR-60h:GTAACACCACCAGCTG,Epiblast
SBR-60h:TACCGAACATCATCCC,Epiblast
SBR-60h:ATGACCAAGACGGTTG,Epiblast
SBR-60h:TTGATGGGTCCGAAAG,Epiblast
SBR-60h:GATTCGATCTGACAGT,Epiblast
SBR-60h:CTCATGCCAAGACGAC,Epiblast
SBR-60h:CCGAACGCAACCGACC,Exiting naive pluripotency
SBR-60h:GAACGTTTCCCTTCCC,Exiting naive pluripotency
SBR-60h:CCTCTAGGTACCTTCC,Epiblast
SBR-60h:GATCAGTCATCATCCC,Epiblast
SBR-60h:CTGTACCTCTGTCAGA,Epiblast
SBR-60h:CTCAATTTCGCTCCTA,Ectopic pluripotency
SBR-60h:TGAGGGATCCCTTCCC,Epiblast
SBR-60h:TACGCTCCACGCTATA,Epiblast
SBR-60h:AATGGCTCACTAGGTT,Epiblast
SBR-60h:TAATCTCAGTCGAAAT,Epiblast
SBR-60h:CATGGATAGATACAGT,Epiblast
SBR-60h:CACCAAACAGCGGTTC,Epiblast
SBR-60h:AGGTTACCACATAGCT,Epiblast
SBR-60h:CTTAGGAAGTCACAGG,Epiblast
SBR-60h:TTTAGTCAGTGATGGC,Epiblast
SBR-60h:GTGCTTCTCCTACCGT,Epiblast
SBR-60h:TCATCCGCAGCTATTG,Epiblast
SBR-60h:AACACACGTGTAACGG,Epiblast
SBR-60h:TTACAGGAGCTACAAA,Epiblast
SBR-60h:TGCTGAAAGTCCTGCG,Ectopic pluripotency
SBR-60h:AGAGAATTCAGGGTAG,Ectopic pluripotency
SBR-60h:GCCTGTTCAATTGCAC,Epiblast
SBR-60h:GAGTCATAGTAGGATT,Epiblast
SBR-60h:TAGTGCAAGCATGGGT,Epiblast
SBR-60h:CCCTGATTCTTAATCC,Epiblast
SBR-60h:CAACAACCAGACGGAT,Epiblast
SBR-60h:AGGTCATTCTGACGCG,Epiblast
SBR-60h:TAGAGTCCACAGAGCA,Epiblast
SBR-60h:AAGTGAACAGTTCTAG,Epiblast/primitive streak
SBR-60h:CCTCCTCCACGCTTAA,Epiblast
SBR-60h:AACCACAGTGGTCAAG,Epiblast
SBR-60h:GCATTAGAGATTGACA,Epiblast
SBR-60h:ATCCGTCCACCCAACG,Epiblast
SBR-60h:GATGGAGCACTGGCCA,Epiblast
SBR-60h:AACCACAAGACTCATC,Epiblast
SBR-60h:AAGGAATGTTGTCCCT,Epiblast
SBR-60h:TAAGCACCACGTCTCT,Epiblast
SBR-60h:GAACTGTAGATCCTAC,Ectopic pluripotency
SBR-60h:TCAAGACGTCGGCCTA,Epiblast
SBR-60h:AGTCAACTCTGCACCT,Ectopic pluripotency
SBR-60h:TGTGTGACATGACAAA,Exiting naive pluripotency
SBR-60h:TGCATGAAGACCTTTG,Epiblast
SBR-60h:TTGGGATTCGACGAGA,Epiblast
SBR-60h:GGTGAAGTCACAACCA,Epiblast
SBR-60h:TCCACGTCAAGACCTT,Epiblast
SBR-60h:CATTGAGCAATCCTAG,Epiblast
SBR-60h:CCTAAGACAGCCGGTT,Epiblast
SBR-60h:AACAAAGTCGAACGGA,Epiblast
SBR-60h:TCCCACATCACGAACT,Epiblast
SBR-60h:TCAGTCCAGCGACTTT,Epiblast
SBR-60h:CACGGGTAGGAACGCT,Epiblast
SBR-60h:TGCGGCATCCTGTTAT,Epiblast
SBR-60h:CAGATACCAAGATGTA,Epiblast
SBR-60h:AAACCCAGTTCCATTT,Epiblast
SBR-60h:GCCAGCACATGACTCA,Epiblast
SBR-60h:TCTGCCAGTTGGATCT,Epiblast
SBR-60h:TCACACCTCTGGTCAA,Epiblast
SBR-60h:TACGCTCAGATGAACT,Epiblast
SBR-60h:GATGTTGGTAAGATCA,Naive pluripotency
SBR-60h:AACAGGGAGTGCGACA,Epiblast
SBR-60h:TCTTAGTGTATGTCTG,Epiblast
SBR-60h:TTCGCTGAGTGGTTCT,Epiblast
SBR-60h:ACTACGACACAAGCTT,Epiblast
SBR-60h:TCAATCTAGTTGCTGT,Epiblast
SBR-60h:ATCGGATTCAAGTCTG,Epiblast
SBR-60h:TTTCCTCTCAGACTGT,Epiblast
SBR-60h:GGTGAAGGTGACGCCT,Epiblast
SBR-60h:AGTAGCTCAATGTGGG,Epiblast
SBR-60h:TCTCTGGCAGAATCGG,Cd63+ ectoderm-like artefact
SBR-60h:CCCTTAGGTTGTTGCA,Epiblast
SBR-60h:CTGCCATTCGCAATTG,Epiblast
SBR-60h:AATGAAGCACAACCGC,Epiblast
SBR-60h:CTACATTCACTGATTG,Epiblast
SBR-60h:ACCGTTCAGCGACTTT,Epiblast
SBR-60h:CATACTTCAATACCTG,Epiblast
SBR-60h:ACAAGCTCAAACTCTG,Epiblast
SBR-60h:TCACATTGTCACAATC,Epiblast
SBR-60h:GACTGATAGTTGCTGT,Ectopic pluripotency
SBR-60h:AATGCCATCCAATGCA,Ectopic pluripotency
SBR-60h:AAAGGGCCAAATGCTC,Epiblast
SBR-60h:CATTGCCGTAGGACCA,Epiblast
SBR-60h:AAGATAGGTAAGGCTG,Ectopic pluripotency
SBR-60h:CCGAACGAGCGCACAA,Naive pluripotency
SBR-60h:TTGTGTTGTCATGCAT,Epiblast
SBR-60h:ACCCTCATCGACATTG,Epiblast
SBR-60h:TTAGGCAAGGGTACAC,Epiblast
SBR-60h:TCATACTAGTACTGTC,Epiblast
SBR-60h:ATTGTTCCACGGATCC,Epiblast
SBR-60h:GAGACTTCACGACAAG,Epiblast
SBR-60h:AACACACGTTTCAGAC,Epiblast
SBR-60h:GGTTAACCACGCGCTA,Epiblast
SBR-60h:AACTTCTCAACAGCTT,Epiblast
SBR-60h:ATCCACCTCTGGGTCG,Epiblast
SBR-60h:AGGCATTTCCATTGTT,Epiblast
SBR-60h:AAAGGTAGTCTGCGCA,Epiblast
SBR-60h:CCCAACTAGAGGTTTA,Ectopic pluripotency
SBR-60h:GTGATGTCAGTCCGTG,Epiblast
SBR-60h:TCTAACTGTAGCGCTC,Ectopic pluripotency
SBR-60h:AACAGGGGTTTACGTG,Epiblast
SBR-60h:TGTAACGGTGATACCT,Epiblast
SBR-60h:AGGATCTTCGGTAAGG,Epiblast
SBR-60h:CCCTTAGCAGCACAAG,Ectopic pluripotency
SBR-60h:CATCAAGCAAGACCGA,Epiblast
SBR-60h:GTGCTTCTCGACGATT,Epiblast
SBR-60h:TGATGCAGTTGACTGT,Epiblast
SBR-60h:AGAAGTATCTATTCGT,Ectopic pluripotency
SBR-60h:TATCAGGGTTACCTTT,Epiblast
SBR-60h:CTCATCGAGGCGAACT,Epiblast
SBR-60h:AAGCATCAGAAACCCG,Epiblast
SBR-60h:GGAGCAAAGGACTAAT,Exiting naive pluripotency
SBR-60h:TCCTTCTTCCACAGCG,Epiblast
SBR-60h:AGATCCAGTAACGATA,Ectopic pluripotency
SBR-60h:TGAGTCAAGCAATAAC,Epiblast
SBR-60h:TTCTAACCAACAGATA,Epiblast
SBR-60h:CTACCTGTCCGGCTTT,Epiblast
SBR-60h:GTGTTAGGTCGATTCA,Epiblast
SBR-60h:TTCTGTATCCAGTGCG,Epiblast
SBR-60h:CAGCACGCAGTTGTCA,Epiblast
SBR-60h:AACGGGACATCCTATT,Epiblast
SBR-60h:ACACAGTCACCGTGCA,Exiting naive pluripotency
SBR-60h:AGGGTCCGTTCAAGGG,Epiblast
SBR-60h:AACAAGAAGCAGATAT,Epiblast
SBR-60h:GGATCTACACCTTCCA,Epiblast
SBR-60h:TCGCAGGGTTCAGGTT,Cd63+ ectoderm-like artefact
SBR-60h:TCATCCGAGTATTCCG,Epiblast
SBR-60h:GCATTAGAGTAGCAAT,Ectopic pluripotency
SBR-60h:CGAGTGCGTGAGTTTC,Epiblast
SBR-60h:CTACTATAGCGATGGT,Epiblast
SBR-60h:AGCGCCACACGCTTAA,Ectopic pluripotency
SBR-60h:CAACGGCTCAATCTCT,Exiting naive pluripotency
SBR-60h:AAAGGGCGTCCAATCA,Epiblast
SBR-60h:GCCAGCACATGCCGGT,Epiblast
SBR-60h:CGTCCATCAAAGACGC,Epiblast
SBR-60h:GGTCACGGTGCCTAAT,Epiblast
SBR-60h:TCCATGCTCCTCTAGC,Epiblast
SBR-60h:GGGTCACAGACCTCCG,Epiblast
SBR-60h:AGAAATGTCTAAACGC,Epiblast
SBR-60h:CCGCAAGGTCAGTCTA,Epiblast
SBR-60h:ATATCCTTCCCAGTGG,Epiblast
SBR-60h:CATGCGGTCCTAGCGG,Epiblast
SBR-60h:AGAACCTAGTTTGGCT,Epiblast
SBR-60h:ATCACAGTCTTCGATT,Epiblast
SBR-60h:GAATCACTCTTCTGTA,Epiblast
SBR-60h:AGTCACATCACCATAG,Epiblast
SBR-60h:CGTAATGTCTTAGCAG,Epiblast
SBR-60h:TTATTGCGTACCTAAC,Epiblast
SBR-60h:GAAGCGAAGCTTACGT,Epiblast
SBR-60h:TTCCTAAGTATCACGT,Naive pluripotency
SBR-60h:CTCCCTCGTTACTCAG,Epiblast
SBR-60h:AAGCCATTCCGATAGT,Epiblast
SBR-60h:AGGACGAGTATAGCTC,Epiblast
SBR-60h:ATGCATGGTTAACAGA,Epiblast
SBR-60h:GACATCATCCTAGCTC,Epiblast
SBR-60h:CTCTGGTAGTGCACAG,Epiblast
SBR-60h:TCTGGCTGTCAATGGG,Epiblast
SBR-60h:AAGTACCTCTAGAACC,Epiblast
SBR-60h:TCATACTGTGCATTTG,Epiblast
SBR-60h:AGCATCAGTTAATGAG,Epiblast
SBR-60h:CACATGACAAAGAACT,Epiblast
SBR-60h:TGTCCCATCTCTGCTG,Ectopic pluripotency
SBR-60h:CAGCGTGAGACTTCGT,Epiblast
SBR-60h:GAACTGTCACCGCTAG,Epiblast
SBR-60h:ACTTTCAGTTCCTAGA,Ectopic pluripotency
SBR-60h:CAGGCCAAGACAGTCG,Epiblast
SBR-60h:ACGTAACTCAGCTAGT,Epiblast
SBR-60h:AACGTCACATTAAGCC,Epiblast
SBR-60h:TCACTATTCATCTGTT,Ectopic pluripotency
SBR-60h:CTTCTAAGTCCCGGTA,Epiblast
SBR-60h:GCACGGTAGCGCCTTG,Exiting naive pluripotency
SBR-60h:AATTTCCAGTCTCCTC,Epiblast
SBR-60h:CTCAGGGTCTGAGCAT,Epiblast
SBR-60h:TCAGGTAAGACAGCGT,Exiting naive pluripotency
SBR-60h:GATGAGGCAACTTGCA,Epiblast
SBR-60h:TTAGGGTGTAGCGTTT,Epiblast
SBR-60h:GAGGCAAAGCTACAAA,Epiblast
SBR-60h:AGGAATAAGCCTCTTC,Epiblast
SBR-60h:CTACTATCATGTCTAG,Epiblast
SBR-60h:TCGGATACACGTTGGC,Epiblast
SBR-60h:TCAATTCCAATTGCCA,Epiblast
SBR-60h:ATATCCTTCCGCAACG,Epiblast
SBR-60h:ACTTTCACACAACGCC,Epiblast
SBR-60h:ATACCGAGTCTTTATC,Epiblast
SBR-60h:TACCTGCAGGATACAT,Exiting naive pluripotency
SBR-60h:ACCGTTCCAGCACAAG,Epiblast
SBR-60h:CCATCACAGTGTACAA,Epiblast
SBR-60h:CTGCATCTCGACCATA,Epiblast
SBR-60h:CTCCATGTCCAGTTCC,Epiblast
SBR-60h:GCATTAGTCTTCCAGC,Epiblast
SBR-60h:AGACCATTCGTGGCTG,Epiblast
SBR-60h:GAAGCCCTCCAAGCTA,Epiblast
SBR-60h:GACTCAAAGCTAATCC,Epiblast
SBR-60h:TGATTTCCAGACTGCC,Ectopic pluripotency
SBR-60h:CACTGAAGTTGTCTAG,Epiblast
SBR-60h:TAGACCATCCATTTAC,Epiblast
SBR-60h:AAAGAACCATAACAGA,Ectopic pluripotency
SBR-60h:TGTACAGAGACGGAAA,Epiblast
SBR-60h:AGTCATGCATGAGGGT,Epiblast
SBR-60h:ATTCTTGGTTTGCCGG,Epiblast
SBR-60h:CAATCGACAAGAAATC,Epiblast
SBR-60h:CCGATGGTCATTCATC,Epiblast
SBR-60h:AGAAGCGAGAGCAAGA,Epiblast
SBR-60h:GGGACTCTCATTCATC,Epiblast
SBR-60h:GAAGTAAAGCCTTGAT,Epiblast
SBR-60h:GGGCTACTCCAGGACC,Epiblast
SBR-60h:AGACCCGTCTCGACCT,Epiblast
SBR-60h:TTGGATGGTGTGTGGA,Epiblast
SBR-60h:GCCCAGACAGGCTTGC,Epiblast
SBR-60h:TGCATGAAGGATCACG,Ectopic pluripotency
SBR-60h:TCCTAATTCGAACGCC,Epiblast
SBR-60h:CAAAGAAAGGAATTAC,Epiblast
SBR-60h:GATCACACATGCAGCC,Epiblast
SBR-60h:ACTTTGTCAGCGTACC,Epiblast
SBR-60h:TCCATGCGTTCCCAAA,Ectopic pluripotency
SBR-60h:GAGGCCTTCGAACTCA,Epiblast
SBR-60h:TGACTCCAGGGCTGAT,Epiblast
SBR-60h:CATAAGCAGATGAACT,Epiblast
SBR-60h:GTGTAACTCAACTCTT,Epiblast
SBR-60h:AGGAAATCATCATGAC,Epiblast
SBR-60h:TGAGACTCAATGAAAC,Epiblast
SBR-60h:TTGTTGTCAACTGTGT,Ectopic pluripotency
SBR-60h:CATCGCTCACACGTGC,Epiblast
SBR-60h:AAAGTGACAAAGACTA,Epiblast
SBR-60h:GTTGTGAGTACAGTAA,Epiblast
SBR-60h:AACAGGGCAGCAGAAC,Epiblast
SBR-60h:CAACGATCACGTACTA,Epiblast
SBR-60h:TAATTCCGTCCTGGGT,Exiting naive pluripotency
SBR-60h:CCACAAATCGAACACT,Epiblast
SBR-60h:TAGGAGGAGTCAAGCG,Epiblast
SBR-60h:ACCGTTCCAACAGATA,Epiblast
SBR-60h:AGCATCAGTAGATTGA,Epiblast
SBR-60h:AAAGTCCTCAACCCGG,Epiblast
SBR-60h:GGAATGGGTGTACATC,Epiblast
SBR-60h:CCCATTGAGGACCCAA,Epiblast
SBR-60h:AACAAGAAGAGAGTGA,Ectopic pluripotency
SBR-60h:ATTACCTTCCTCGCAT,Epiblast
SBR-60h:CATACCCGTGGATGAC,Exiting naive pluripotency
SBR-60h:AGGATAACAGCGTGAA,Epiblast
SBR-60h:GAACACTAGCCGCTTG,Epiblast
SBR-60h:TGCTGAACACAACCGC,Exiting naive pluripotency
SBR-60h:TAGACCAAGCTATCTG,Epiblast
SBR-60h:TACCGGGGTGTTAAAG,Epiblast
SBR-60h:TTAGTCTCAGCAAGAC,Epiblast
SBR-60h:TTAATCCAGGAGATAG,Epiblast
SBR-60h:ACGTCCTCATTCGGGC,Epiblast
SBR-60h:TCCATGCTCGACCTAA,Epiblast
SBR-60h:AACCCAACAGAACATA,Epiblast
SBR-60h:TCCTTTCCATCGTTCC,Epiblast
SBR-60h:GAGTGTTCATCCTATT,Epiblast
SBR-60h:CCTACGTTCCCAAGCG,Epiblast
SBR-60h:TTCAATCTCAGCATTG,Epiblast
SBR-60h:TCCACGTCAGATGCGA,Exiting naive pluripotency
SBR-60h:ACCTACCTCACTTGGA,Epiblast
SBR-60h:ATGCGATGTAACGCGA,Epiblast
SBR-60h:TCATTTGGTTCCATTT,Epiblast
SBR-60h:TTTCGATTCTCTGACC,Epiblast
SBR-60h:TCCATGCAGCATCCCG,Epiblast
SBR-60h:CCAAGCGAGTACTGTC,Epiblast
SBR-60h:ATGGGAGCAGCAGATG,Epiblast
SBR-60h:CTCCACAAGGCTATCT,Epiblast
SBR-60h:TGTGAGTTCACGAGGA,Epiblast
SBR-60h:CTGCAGGAGGTTAAAC,Epiblast
SBR-60h:GAGACTTGTAATGCTC,Epiblast
SBR-60h:ACTATGGGTGTTAGCT,Epiblast
SBR-60h:ACGGTTAAGAGAGAAC,Epiblast
SBR-60h:GTAGATCGTAGCTTAC,Epiblast
SBR-60h:ATTTCTGGTTTGTTCT,Epiblast
SBR-60h:TGCTCCAAGTCGGCAA,Epiblast
SBR-60h:TCATCATCACGGTAGA,Epiblast
SBR-60h:GCGATCGGTACAAAGT,Ectopic pluripotency
SBR-60h:ACCCTTGTCACGAGGA,Ectopic pluripotency
SBR-60h:GTCCACTAGTGGTGAC,Epiblast
SBR-60h:AGTTCCCTCAGACCCG,Epiblast
SBR-60h:CATGGATAGAAAGTCT,Epiblast
SBR-60h:TGAGCGCGTCATCAGT,Epiblast
SBR-60h:GCAACATAGGCGAACT,Epiblast
SBR-60h:TAGACTGTCAGCTAGT,Cd63+ ectoderm-like artefact
SBR-60h:AGTACCAAGGTATTGA,Epiblast
SBR-60h:CATCAAGCAATACGCT,Epiblast
SBR-60h:CGGGACTAGGCTTCCG,Epiblast
SBR-60h:CAATGACCACCAGACC,Epiblast
SBR-60h:TATACCTCAGGCACAA,Epiblast
SBR-60h:CATCCACCAATCTCGA,Epiblast
SBR-60h:ACGTACATCTCTTCAA,Epiblast
SBR-60h:CCTAACCTCACCTGGG,Epiblast
SBR-60h:CTCCTCCTCGGTAACT,Epiblast
SBR-60h:TTGCATTGTTTGACAC,Epiblast
SBR-60h:ATGGAGGTCCTCAGAA,Epiblast
SBR-60h:ACCCTTGCACAGCCTG,Epiblast
SBR-60h:AATGCCATCTCCGTGT,Exiting naive pluripotency
SBR-60h:GGTGATTGTGGGTCAA,Epiblast
SBR-60h:GTTTACTTCAAACTGC,Epiblast
SBR-60h:GGTAGAGAGGCGATAC,Epiblast
SBR-60h:ATCGATGGTTTGGAGG,Epiblast
SBR-60h:CCGATGGTCACCTCGT,Epiblast
SBR-60h:CCACCATGTCAACGCC,Epiblast
SBR-60h:ATGGGTTCAACCGGAA,Cd63+ ectoderm-like artefact
SBR-60h:TAATTCCGTCCGTTTC,Epiblast
SBR-60h:GAAGTAACACCGGCTA,Epiblast
SBR-60h:CCTTCAGTCGGTCGAC,Naive pluripotency
SBR-60h:ATTCTACCAAACACCT,Epiblast
SBR-60h:TGCAGATGTAAGATTG,Epiblast
SBR-60h:AACAAGACAGAGATGC,Epiblast
SBR-60h:TCATATCTCCCATACC,Epiblast
SBR-60h:AGGATAACACTATCGA,Naive pluripotency
SBR-60h:TCTATACAGAGTCTGG,Epiblast
SBR-60h:ATCAGGTTCGCTTGAA,Epiblast
SBR-60h:AGACAAACAGCCTACG,Epiblast
SBR-60h:GCAACCGTCAACGAGG,Epiblast
SBR-60h:TCTCTGGAGATACCAA,Epiblast
SBR-60h:TTAGTCTAGCAATTCC,Epiblast
SBR-60h:GGTTAACGTCATCACA,Epiblast
SBR-60h:ATCATTCAGCCTTTCC,Epiblast
SBR-60h:ACACGCGGTGCTTCAA,Epiblast
SBR-60h:TTTACGTTCCCAAGCG,Epiblast
SBR-60h:GATTCTTGTGAGGCAT,Epiblast
SBR-60h:AAGACAAAGGTTGGAC,Epiblast
SBR-60h:AAGCAGTGGTATCAAC,Epiblast/primitive streak
SBR-60h:CATGAGTAGATTAGCA,Ectopic pluripotency
SBR-60h:CAATACGTCAGAGTTC,Epiblast
SBR-60h:ACACAGTTCTTCCCAG,Epiblast
SBR-60h:CTCAGTCTCAGCTGTA,Epiblast
SBR-60h:TCCCAGTTCTTAGGAC,Epiblast
SBR-60h:GAGAGGTAGCCTCATA,Epiblast
SBR-60h:GGGAGTACAAGCACCC,Epiblast
SBR-60h:CATCGCTAGTGGTCAG,Epiblast
SBR-60h:CATACAGGTACCGGCT,Epiblast
SBR-60h:GGGAGTAGTGGGACAT,Epiblast
SBR-60h:GCCCAGACACTACCCT,Ectopic pluripotency
SBR-60h:CTACGGGCACTTGAGT,Epiblast
SBR-60h:CCTCTCCCATGACGAG,Epiblast
SBR-60h:CAGCAGCTCCAAACCA,Epiblast
SBR-60h:AACAACCCAGGCATTT,Epiblast
SBR-60h:GAGGGATGTGTTTGCA,Epiblast
SBR-60h:GTAGAAAAGTGCTAGG,Epiblast
SBR-60h:CAACAACCATGGCCAC,Epiblast
SBR-60h:AGAACAAGTTACGTAC,Epiblast
SBR-60h:TAACGACCACGGTGAA,Epiblast
SBR-60h:AAAGGATAGTCAATCC,Epiblast
SBR-60h:CAATTTCAGACTTCCA,Epiblast
SBR-60h:ACCAAACAGATTGACA,Epiblast
SBR-60h:CTCAAGAGTCAGTCCG,Epiblast
SBR-60h:TCATTCAAGAGCCATG,Epiblast
SBR-60h:TAGACTGAGCTATCCA,Epiblast
SBR-60h:TCAGTTTTCTTGGTGA,Epiblast
SBR-60h:ATGGAGGAGTTAGTGA,Exiting naive pluripotency
SBR-60h:CTCACTGAGAGTTGAT,Epiblast
SBR-60h:TGCGACGGTGGTCAAG,Exiting naive pluripotency
SBR-60h:ACGTAACTCCATCTAT,Ectopic pluripotency
SBR-60h:TAACACGCATGATAGA,Epiblast
SBR-60h:GAATCACAGTAACGTA,Epiblast
SBR-60h:TCATATCAGTACAGCG,Epiblast
SBR-60h:AGTGACTGTCCGGTGT,Epiblast
SBR-60h:TCCACGTAGACATGCG,Epiblast
SBR-60h:CGGGACTGTATCGGTT,Epiblast
SBR-60h:ACCACAAAGTAAAGCT,Epiblast
SBR-60h:CACTTCGGTCAACGCC,Epiblast
SBR-60h:CCGCAAGGTCCGGTGT,Epiblast
SBR-60h:AATTCCTCAGAGTTCT,Epiblast
SBR-60h:AGGCATTAGAAGGCTC,Epiblast
SBR-60h:ATACCTTTCATTTCGT,Epiblast
SBR-60h:CTCTCGACATGCTGCG,Epiblast
SBR-60h:GTAATGCTCCAGCTCT,Ectopic pluripotency
SBR-60h:CTTCTAACAAATGATG,Ectopic pluripotency
SBR-60h:CTCATGCCACAGTACT,Epiblast
SBR-60h:GATTTCTGTTTCCATT,Epiblast
SBR-60h:ACCATTTAGAGAACCC,Epiblast
SBR-60h:CTATCTAGTTGTAAAG,Epiblast
SBR-60h:TGGGAGAGTGTCATGT,Epiblast
SBR-60h:GACCCTTTCCCTGTTG,Epiblast
SBR-60h:ACGGTTATCGCTGATA,Epiblast
SBR-60h:AACGGGAAGGCCCAAA,Epiblast
SBR-60h:ATTCTTGGTGCCTTTC,Epiblast
SBR-60h:ACTTAGGGTAGCTGCC,Epiblast
SBR-60h:ATGACCATCACCGGTG,Epiblast
SBR-60h:ACATGCAAGGCAGTCA,Epiblast
SBR-60h:TCAGCAAAGGGTTAAT,Epiblast
SBR-60h:GGAGAACTCTTCTGGC,Epiblast
SBR-60h:CCTCATGTCCTTCAGC,Epiblast
SBR-60h:AGTTCCCAGAGAGGTA,Epiblast
SBR-60h:GAGAAATCATGCCGGT,Epiblast
SBR-60h:TCTTGCGGTATTGAGA,Epiblast
SBR-60h:CTAACCCTCTTACTGT,Cd63+ ectoderm-like artefact
SBR-60h:CGACAGCTCCTCTCGA,Epiblast
SBR-60h:AGCCAATGTCCGGTCA,Epiblast
SBR-60h:GTTCGCTGTACGGCAA,Epiblast
SBR-60h:CTACATTCAAGGTCGA,Epiblast
SBR-60h:CAGCAATCACCATTCC,Epiblast
SBR-60h:CATGCCTTCTTGTGCC,Ectopic pluripotency
SBR-60h:TATTCCAAGCGGACAT,Epiblast
SBR-60h:TTCTCTCCAGGGAATC,Epiblast
SBR-60h:TCAGTGACATTCTCTA,Epiblast
SBR-60h:TACCCGTCACCGTGCA,Epiblast
SBR-60h:CTCAGTCTCGACCATA,Epiblast
SBR-60h:CAACCAACAGTCAGAG,Epiblast
SBR-60h:GGAACCCAGCAACTTC,Epiblast
SBR-60h:CATACTTCAGCAATTC,Epiblast
SBR-60h:GGAACCCAGATGTTGA,Epiblast
SBR-60h:TCATTCAAGAATTGTG,Naive pluripotency
SBR-60h:GGGACCTTCTTCCTAA,Epiblast
SBR-60h:GTTTACTCACGCTGTG,Epiblast
SBR-60h:AATCACGCAGCTCCTT,Epiblast
SBR-60h:AGCGCCATCAAGATAG,Epiblast
SBR-60h:CGTCCATTCGCCGAGT,Epiblast
SBR-60h:AGCCAATGTATCCCTC,Epiblast
SBR-60h:GACCAATAGGGCGAGA,Exiting naive pluripotency
SBR-60h:TACTTACCAAATCAAG,Epiblast
SBR-60h:AGAGAGCTCACCTACC,Epiblast
SBR-60h:CATGCAAAGCCAAGTG,Epiblast
SBR-60h:GGGTCACCACAAGCTT,Exiting naive pluripotency
SBR-60h:GACAGCCCAGCCTACG,Epiblast
SBR-60h:CGCAGGTCAGACCTAT,Epiblast
SBR-60h:CCATAAGTCCGGGACT,Epiblast
SBR-60h:CAGTTAGTCTCGTGGG,Epiblast
SBR-60h:ACTGCAATCGATACAC,Epiblast
SBR-60h:CCACACTCAGATCACT,Epiblast
SBR-60h:AACCACACACTCACTC,Epiblast
SBR-60h:TTGCTGCAGAAACACT,Epiblast
SBR-60h:ACAGCCGTCAAACCTG,Epiblast
SBR-60h:GTTACCCAGTAGATCA,Epiblast
SBR-60h:AGTAGTCAGTGCCTCG,Epiblast
SBR-60h:TAAGCCAGTACACGTT,Epiblast
SBR-60h:GGAATCTGTGCAAGAC,Epiblast
SBR-60h:GACTGATCACTTCATT,Epiblast
SBR-60h:TGCAGTAAGAGATGCC,Epiblast
SBR-60h:TTTGACTGTGGTACAG,Naive pluripotency
SBR-60h:GACCGTGAGTAGAATC,Epiblast
SBR-60h:ATCACAGCACAGTCAT,Epiblast
SBR-60h:GAGTTTGAGAGCTGCA,Epiblast
SBR-60h:TGCACGGAGAGGCGTT,Epiblast
SBR-60h:GTCACTCTCCATTGTT,Epiblast
SBR-60h:ATTGTTCTCCCGATCT,Epiblast
SBR-60h:AGTCTCCGTTTGGGTT,Epiblast
SBR-60h:CCACCATCATGTCAGT,Epiblast
SBR-60h:TTAATCCCAAGGTCTT,Naive pluripotency
SBR-60h:AAAGTGAGTGGTACAG,Epiblast
SBR-60h:GTGGAAGTCTTAATCC,Ectopic pluripotency
SBR-60h:TTTCAGTGTTGCTCGG,Epiblast
SBR-60h:ACCCAAAGTTCCTAGA,Epiblast
SBR-60h:CAACCAAGTGCTGCAC,Ectopic pluripotency
SBR-60h:AACCATGTCGTAGCCG,Epiblast
SBR-60h:CCTCAGTAGGGTGAGG,Epiblast
SBR-60h:AGGTTACGTGCCTTCT,Epiblast
SBR-60h:CCACGAGAGGTGGCTA,Epiblast
SBR-60h:ATGAGTCAGACTCCGC,Epiblast
SBR-60h:CACCAAAAGGTTACAA,Epiblast
SBR-60h:GAGAGGTTCCTCTTTC,Epiblast
SBR-60h:TTCTTCCAGCCGAATG,Epiblast
SBR-60h:GTAACCACAATCCTAG,Ectopic pluripotency
SBR-60h:AGGATCTCAAGTCCAT,Ectopic pluripotency
SBR-60h:TGATGGTTCGTCACCT,Epiblast
SBR-60h:GACCGTGGTTAATCGC,Epiblast
SBR-60h:CTTCCTTTCTCTCAAT,Epiblast
SBR-60h:TACATTCAGAGAATCT,Exiting naive pluripotency
SBR-60h:GGGTATTTCGATCCCT,Epiblast
SBR-60h:GTATTGGAGCCATTTG,Epiblast
SBR-60h:GGAATGGCAAACAGGC,Epiblast
SBR-60h:TCCGAAATCCAACCGG,Epiblast
SBR-60h:GTTCCGTCAGCTATAC,Epiblast
SBR-60h:GTGTTCCAGAAGATCT,Epiblast
SBR-60h:TTACTGTCACCCTCTA,Epiblast
SBR-60h:AGGGTGAGTCCAATCA,Epiblast/primitive streak
SBR-60h:AACAACCGTTAGAGTA,Epiblast/primitive streak
SBR-60h:CAGGCCACAATGCAGG,Epiblast
SBR-60h:TACCGAACATCCGATA,Epiblast
SBR-60h:AGACAAACACCTGTCT,Epiblast
SBR-60h:TTTCATGTCAAGCCAT,Epiblast
SBR-60h:GCAGCTGGTAGATGTA,Epiblast
SBR-60h:AGTACTGAGTCACTGT,Epiblast
SBR-60h:AAGCGTTAGGGCCTCT,Epiblast
SBR-60h:CCCAACTCAGCGGTTC,Ectopic pluripotency
SBR-60h:TTAATCCCATATGAAG,Ectopic pluripotency
SBR-60h:GCCATGGTCCCGAATA,Epiblast
SBR-60h:CAGTTCCAGCTCACTA,Epiblast
SBR-60h:TGCATGACACAAGTTC,Epiblast
SBR-60h:TGCTGAATCATCTACT,Epiblast
SBR-60h:TGATTTCGTACGTGTT,Epiblast
SBR-60h:TGGATGTAGCAATAAC,Epiblast
SBR-60h:ATCACTTGTCCTGTCT,Naive pluripotency
SBR-60h:CCTCAACTCACTGGTA,Naive pluripotency
SBR-60h:AACCTGAAGCCTGACC,Epiblast
SBR-60h:GTGTTCCCATGGGCAA,Epiblast
SBR-60h:ATGCCTCGTCGGAAAC,Naive pluripotency
SBR-60h:AAGCATCTCACCATGA,Epiblast
SBR-60h:TGGATCATCCTGATAG,Epiblast
SBR-60h:AAAGTGAGTTTAAGGA,Epiblast
SBR-60h:GAATAGAAGACTACCT,Epiblast
SBR-60h:TCACACCTCACCCATC,Epiblast
SBR-60h:CTCCTTTCAGCAGATG,Exiting naive pluripotency
SBR-60h:GCTACAATCCTCCACA,Epiblast
SBR-60h:ACCACAAGTGAGTGAC,Epiblast
SBR-60h:TACTGCCAGCTTAGTC,Epiblast
SBR-60h:ACGATGTTCTGGCCTT,Epiblast
SBR-60h:TCCGAAAGTGTATCCA,Epiblast
SBR-60h:AAACGAAGTCCCTCAT,Epiblast
SBR-60h:CATTGAGAGAATCTAG,Epiblast
SBR-60h:AAGACAATCCTTCTAA,Epiblast
SBR-60h:CTCCGATTCGCATTAG,Epiblast
SBR-60h:GGGACAACACTGGCCA,Epiblast
SBR-60h:GTGAGCCCAATGTGGG,Epiblast
SBR-60h:CATTCCGTCACTACGA,Epiblast
SBR-60h:TCAGTCCGTCCGCAGT,Epiblast
SBR-60h:GTTTACTAGTTGAAGT,Epiblast
SBR-60h:ACCATTTGTTAGGCCC,Epiblast
SBR-60h:CACATGAAGCCTCACG,Epiblast
SBR-60h:CACCGTTAGCAAACAT,Epiblast
SBR-60h:AGCCAATTCTAGCCAA,Exiting naive pluripotency
SBR-60h:CTCCCTCGTATGCTAC,Epiblast
SBR-60h:CTTCAATCAGAGGCTA,Epiblast
SBR-60h:TCATCATTCATGAGAA,Epiblast
SBR-60h:GATGCTACACGGCACT,Epiblast
SBR-60h:TGATGGTGTCTTGAAC,Epiblast
SBR-60h:TCGACCTGTGCATGAG,Epiblast
SBR-60h:GCGAGAAAGTGTACCT,Epiblast
SBR-60h:ACCCTCATCGATAACC,Epiblast
SBR-60h:AAGACAACAGCACACC,Epiblast
SBR-60h:TATTGCTTCTTCACAT,Epiblast
SBR-60h:CGGGCATGTATGGAGC,Epiblast
SBR-60h:TCGCAGGGTAAGTTAG,Epiblast
SBR-60h:CTCCAACAGGCACTAG,Epiblast
SBR-60h:GTGAGGAAGAAATGGG,Epiblast
SBR-60h:AGGGAGTTCGTAACCA,Epiblast
SBR-60h:TCACTATTCGGTCACG,Ectopic pluripotency
SBR-60h:GGGTCTGTCTTTCAGT,Exiting naive pluripotency
SBR-60h:TGCCGAGTCCTTCTTC,Epiblast
SBR-60h:AGACCCGGTTGCCATA,Exiting naive pluripotency
SBR-60h:GCACGTGAGAGTGTGC,Epiblast
SBR-60h:TATATCCAGAGTGTTA,Epiblast
SBR-60h:GTCCCATCACGACGAA,Epiblast
SBR-60h:CAGGTATGTGCTCTTC,Epiblast
SBR-60h:CCGGACACATATCGGT,Epiblast
SBR-60h:TCCGAAATCAACGTGT,Epiblast
SBR-60h:GATAGAAGTATAGGAT,Epiblast
SBR-60h:GAAACCTGTATGCGTT,Epiblast
SBR-60h:GTACAGTAGTAGGATT,Epiblast
SBR-60h:CTATCTACAGGCACAA,Epiblast
SBR-60h:CGCATGGAGGTCATCT,Ectopic pluripotency
SBR-60h:AAATGGAGTCCACACG,Epiblast
SBR-60h:TATCCTACACTTGACA,Epiblast
SBR-60h:GGGCGTTGTTCGGTAT,Epiblast
SBR-60h:GTGGAGATCATAGAGA,Epiblast
SBR-60h:ATCGGATTCTGAGATC,Epiblast
SBR-60h:TAGGTACAGACATAAC,Epiblast/primitive streak
SBR-60h:TCAATTCCACTTGGCG,Epiblast
SBR-60h:GTGACGCTCTAGACCA,Naive pluripotency
SBR-60h:AGCCAATCACGCTATA,Ectopic pluripotency
SBR-60h:TACCTGCTCCCTCTTT,Epiblast
SBR-60h:TCACACCGTCCCTAAA,Epiblast
SBR-60h:TCGTAGACAAGTTCCA,Epiblast
SBR-60h:CTGCATCAGCTCCACG,Epiblast
SBR-60h:ATTACCTGTGGAATGC,Epiblast
SBR-60h:CTCCCAAGTTAGAGTA,Epiblast
SBR-60h:GTATTGGTCGAAGTGG,Epiblast
SBR-60h:GCTGAATGTAGCGCTC,Epiblast
SBR-60h:ACAACCAGTTGGCTAT,Epiblast
SBR-60h:ATGAGTCTCATTACGG,Epiblast
SBR-60h:GTTACAGGTCCAAATC,Epiblast
SBR-60h:CATTGCCTCCCTTGGT,Epiblast
SBR-60h:TCCTGCATCATTTACC,Epiblast
SBR-60h:GTCACTCCACAAAGTA,Exiting naive pluripotency
SBR-60h:CCCGAAGGTAATTAGG,Epiblast
SBR-60h:GTGAGGATCTCGTCAC,Epiblast
SBR-60h:TTTCGATGTACCTATG,Epiblast
SBR-60h:TTGTTGTCAAGGCAAC,Epiblast
SBR-60h:CAACCAATCGTAACAC,Epiblast
SBR-60h:CATTGTTAGCGTACAG,Epiblast/primitive streak
SBR-60h:TCCTAATAGTTCCTGA,Epiblast
SBR-60h:ATCACTTGTGGCATCC,Epiblast
SBR-60h:TCTCCGATCAACTACG,Epiblast
SBR-60h:CACTGGGAGAAATTGC,Epiblast
SBR-60h:TTACGCCGTAACAGGC,Epiblast
SBR-60h:CATCCCAGTTTGATCG,Epiblast
SBR-60h:ATGAAAGCAGCGAACA,Epiblast
SBR-60h:TTTAGTCGTCATCAGT,Epiblast
SBR-60h:CCACACTTCATGTCAG,Epiblast
SBR-60h:ACGGGTCTCAGAGTGG,Epiblast
SBR-60h:ACACAGTGTATACCTG,Epiblast
SBR-60h:GATTTCTAGTCACGAG,Epiblast
SBR-60h:AAGGTAACACAATTCG,Naive pluripotency
SBR-60h:CCCGAAGCAGTTAGGG,Exiting naive pluripotency
SBR-60h:CTCCGATCAATGCTCA,Epiblast
SBR-60h:ACCGTTCCAGACGGAT,Epiblast
SBR-60h:GATCCCTGTGGATGAC,Epiblast
SBR-60h:AGGCCACAGGGAGAAT,Epiblast
SBR-60h:TCGACCTCACTCCCTA,Epiblast
SBR-60h:ATAGACCTCCTTCTAA,Epiblast
SBR-60h:CCCGAAGGTTAGGGAC,Epiblast
SBR-60h:AATCGACTCTACGGTA,Epiblast
SBR-60h:AGACTCAAGGTATTGA,Ectopic pluripotency
SBR-60h:GTGAGGAGTTAGGGAC,Ectopic pluripotency
SBR-60h:CTGCGAGCAACGTATC,Epiblast
SBR-60h:GCAGCCAGTGGTTTGT,Epiblast
SBR-60h:CAAGAGGTCAACACCA,Epiblast
SBR-60h:AGACAAAAGATTGATG,Epiblast
SBR-60h:CTGTACCGTGACATCT,Epiblast
SBR-60h:GGTCACGCACGGGTAA,Epiblast
SBR-60h:AAGTTCGCAGGCGATA,Epiblast
SBR-60h:TATCCTAGTGTGCCTG,Epiblast
SBR-60h:CACTGAAGTCAGACGA,Epiblast
SBR-60h:TCATCCGCAGGTCAAG,Epiblast
SBR-60h:GATGCTAGTCCGGCAT,Ectopic pluripotency
SBR-60h:GAAATGATCACAGTGT,Epiblast
SBR-60h:GCCCAGAGTTAAGGAT,Epiblast
SBR-60h:ATCTTCAAGCCGCACT,Epiblast
SBR-60h:TCCTTTCGTCACTTAG,Epiblast
SBR-60h:GGAGCAACACATACGT,Ectopic pluripotency
SBR-60h:GACTGATAGGTACATA,Epiblast
SBR-60h:GAATAGAAGCACGTCC,Epiblast
SBR-60h:GAGTTTGTCCAATCCC,Epiblast
SBR-60h:AGTGCCGGTACTGAGG,Epiblast
SBR-60h:TCAATTCCACCTGTCT,Epiblast
SBR-60h:ACCAAACTCCTTATGT,Epiblast
SBR-60h:CCCGGAACAGACAAGC,Epiblast
SBR-60h:TCATGCCTCGTCAACA,Epiblast
SBR-60h:TACATTCAGTTCTCTT,Epiblast
SBR-60h:TGCGATACAGTCTTCC,Epiblast
SBR-60h:CACTGGGTCATGCTAG,Epiblast
SBR-60h:TTTCATGAGTAGACCG,Epiblast
SBR-60h:CTTTCAATCAGAACCT,Epiblast
SBR-60h:TCACGGGCACATTACG,Epiblast
SBR-60h:GGATGTTGTCTAACGT,Epiblast
SBR-60h:CAAGCTATCTCAGAAC,Epiblast
SBR-60h:AGTGATCTCTATCGCC,Epiblast
SBR-60h:CTCAGGGTCTCCCATG,Epiblast
SBR-60h:TTTAGTCGTTAAGTCC,Epiblast
SBR-60h:TTTACGTTCGCGCCAA,Epiblast
SBR-60h:CTCAAGAGTCGACTTA,Epiblast
SBR-60h:ACCGTTCAGGAAGTCC,Naive pluripotency
SBR-60h:CATCCCAGTGGGTTGA,Epiblast/primitive streak
SBR-60h:CACCGTTTCTAGGCAT,Epiblast
SBR-60h:CCTACGTGTCCAGTTA,Epiblast
SBR-60h:TTTCCTCTCCTACGAA,Epiblast
SBR-60h:ACTATGGCACGACAGA,Epiblast
SBR-60h:ATCCGTCTCCAGCACG,Cd63+ ectoderm-like artefact
SBR-60h:CTCCACACAAGTTTGC,Epiblast
SBR-60h:GGTGAAGGTAGCTTAC,Epiblast
SBR-60h:AATGAAGCAAATACAG,Exiting naive pluripotency
SBR-60h:CCAAGCGAGGGTTAAT,Epiblast
SBR-60h:TACGGGCCACAAATAG,Epiblast
SBR-60h:TAGTGCATCACCTGGG,Epiblast
SBR-60h:CGTAGTAAGAAGATCT,Epiblast/primitive streak
SBR-60h:GGAACCCAGCACTAAA,Epiblast
SBR-60h:TCGCAGGGTGCCGGTT,Ectopic pluripotency
SBR-60h:AGTCATGCAGGAGGTT,Exiting naive pluripotency
SBR-60h:GCCGATGAGAGCAAGA,Epiblast
SBR-60h:GACATCATCATTTGTC,Epiblast
SBR-60h:TGTAGACGTAACGATA,Epiblast
SBR-60h:GACTCAACACGGCCAT,Epiblast
SBR-60h:TGAGCGCTCGGCATTA,Epiblast
SBR-60h:GCAGCCACATTCATCT,Epiblast
SBR-60h:TTTCATGCAGCACAGA,Exiting naive pluripotency
SBR-60h:CCGGTAGTCTATCGTT,Epiblast
SBR-60h:ATAGGCTTCCCATAGA,Epiblast
SBR-60h:AGCGCTGCAGTGACCC,Epiblast
SBR-60h:AAAGGGCCATGGGAAC,Epiblast
SBR-60h:CACGGGTAGTTTGGCT,Epiblast
SBR-60h:TATCTTGAGGTGATAT,Epiblast
SBR-60h:CATTTCACATCAGTGT,Epiblast
SBR-60h:AGGTCTAAGCCTTGAT,Epiblast
SBR-60h:ATAGGCTCACAAAGCG,Epiblast
SBR-60h:TAACGACCATCTGTTT,Epiblast
SBR-60h:TAATCTCTCTCTCGAC,Naive pluripotency
SBR-60h:AAGGAATTCCATTGCC,Epiblast
SBR-60h:GTGGTTAGTCTGGTTA,Epiblast
SBR-60h:AAGCATCAGGTAACTA,Epiblast
SBR-60h:AATTTCCAGATGACAT,Epiblast
SBR-60h:ACTTATCAGTGGTCAG,Epiblast
SBR-60h:AGCGCCAGTTTAGAGA,Epiblast
SBR-60h:TATATCCGTGTCATCA,Epiblast
SBR-60h:AGGATCTCATACCATG,Epiblast
SBR-60h:TCATTACTCCGGACTG,Epiblast
SBR-60h:AACCTGAAGACCCTTA,Ectopic pluripotency
SBR-60h:TTTGTTGTCTGTGCAA,Epiblast
SBR-60h:GGAAGTGCAGCACCCA,Epiblast
SBR-60h:GCAGGCTTCCCAGCGA,Epiblast
SBR-60h:CCTCTAGGTATCAAGA,Epiblast
SBR-60h:CAAGGGAGTCTGGTTA,Epiblast
SBR-60h:CAGGTATGTTTACTTC,Epiblast
SBR-60h:ACAACCATCTCTTAAC,Cd63+ ectoderm-like artefact
SBR-60h:GGTGTTACAACTCATG,Epiblast
SBR-60h:CTCCCAATCTCTGCTG,Epiblast
SBR-60h:CAGAGCCAGACTCATC,Epiblast
SBR-60h:GAATAGAAGAATGTTG,Epiblast
SBR-60h:TCAGCAAAGTCAGCCC,Epiblast
SBR-60h:GAAATGACATGAATCC,Ectopic pluripotency
SBR-60h:GACTCAAGTGTTCGTA,Ectopic pluripotency
SBR-60h:GTTACGAAGAGGTTTA,Epiblast
SBR-60h:CCTCAACGTATTGAGA,Epiblast
SBR-60h:ACCAAACTCTGGGCAC,Epiblast
SBR-60h:CATTGCCTCAACTTTC,Epiblast
SBR-60h:TCGGTCTCAACGGGTA,Epiblast
SBR-60h:GGTGTTATCCTCACTG,Epiblast
SBR-60h:TACACCCAGCAGAAAG,Epiblast
SBR-60h:AAGTACCCAAAGGCTG,Naive pluripotency
SBR-60h:TAATTCCAGACGACTG,Ectopic pluripotency
SBR-60h:AAACCCAGTAGTACGG,Epiblast
SBR-60h:ATTCGTTAGGACGCTA,Epiblast
SBR-60h:CCTCCTCTCCTCTGCA,Epiblast
SBR-60h:TCATCCGGTGGCCACT,Ectopic pluripotency
SBR-60h:TATGTTCGTCAGTTTG,Epiblast
SBR-60h:TTCCTCTGTAGGTCAG,Epiblast
SBR-60h:AGATGCTCATGTTACG,Epiblast
SBR-60h:TGTCCTGAGCAAATGT,Exiting naive pluripotency
SBR-60h:AAAGGATGTCTGTCAA,Epiblast
SBR-60h:TACTGCCCAGCGCTTG,Epiblast
SBR-60h:CACACAACAGACCAAG,Naive pluripotency
SBR-60h:GTAACCATCCATATGG,Epiblast
SBR-60h:ATTCACTTCCATTTGT,Epiblast
SBR-60h:GGAATGGCAGTCGAGA,Epiblast
SBR-60h:TCCATCGCAAGAGTAT,Epiblast
SBR-60h:CTAGACATCATAGACC,Epiblast
SBR-60h:CAAGGGACACTGGAAG,Epiblast
SBR-60h:AGTCTCCAGTCTGTAC,Epiblast
SBR-60h:ATACTTCTCCGAACGC,Ectopic pluripotency
SBR-60h:CCTCACACAATATCCG,Epiblast
SBR-60h:CAAGAGGTCTCATTAC,Exiting naive pluripotency
SBR-60h:TCATCATTCAGAGTGG,Epiblast
SBR-60h:AGATGCTGTAAGTTAG,Epiblast
SBR-60h:CTCTCAGGTACCAGAG,Epiblast
SBR-60h:AACCACAGTGAGACGT,Epiblast
SBR-60h:CATTGAGGTATCCTCC,Epiblast
SBR-60h:GATGCTAAGACTAGAT,Epiblast
SBR-60h:GGCACGTCAACAGATA,Epiblast
SBR-60h:AAGTGAAGTCATTGCA,Epiblast
SBR-60h:CCTAACCAGTCATACC,Epiblast
SBR-60h:CATACCCAGTCGTCTA,Epiblast
SBR-60h:CAACAACGTTAGGAGC,Exiting naive pluripotency
SBR-60h:CAGTTAGCAGTTGGTT,Epiblast
SBR-60h:GCAACATAGTAGTCTC,Epiblast
SBR-60h:CATAGACTCAACTTTC,Epiblast
SBR-60h:ATTTACCCAGGTGAGT,Epiblast
SBR-60h:TGCGATAGTATGACAA,Epiblast
SBR-60h:AGGGCCTCAAATGAAC,Epiblast
SBR-60h:AACCAACGTGACTATC,Epiblast
SBR-60h:GAACGTTCAGCCTTCT,Epiblast
SBR-60h:ACTTAGGAGCCTGAAG,Epiblast
SBR-60h:GACAGCCGTTCCTAGA,Epiblast
SBR-60h:TAACCAGTCTCGTGAA,Epiblast
SBR-60h:GACTATGCAGGTTCGC,Naive pluripotency
SBR-60h:TCGCTCAGTGAATAAC,Epiblast
SBR-60h:GTAATCGTCTGTCCGT,Epiblast
SBR-60h:AATGCCAGTTCTCCTG,Epiblast
SBR-60h:ATAGGCTTCACCTCAC,Epiblast
SBR-60h:GTCATCCTCCACCTCA,Naive pluripotency
SBR-60h:AATGGAAGTTCCCAAA,Epiblast
SBR-60h:CACGAATGTAAGGTCG,Ectopic pluripotency
SBR-60h:TAATTCCGTGAGTAAT,Epiblast
SBR-60h:CCCAACTCATTGGCAT,Epiblast
SBR-60h:ACATCGATCACTTCTA,Epiblast
SBR-60h:GTGTTCCGTCCAACGC,Epiblast
SBR-60h:CCTCAACTCTGTCGCT,Ectopic pluripotency
SBR-60h:AGAGCCCCACTGAGGA,Epiblast
SBR-60h:CTGATCCTCCTATTGT,Epiblast
SBR-60h:ACAAAGATCATGGCCG,Epiblast
SBR-60h:AACGTCACAAGGATGC,Epiblast
SBR-60h:TCTCACGCAGAGAAAG,Epiblast
SBR-60h:TCTCCGAGTAGCTGTT,Exiting naive pluripotency
SBR-60h:CCTCATGTCGGAAACG,Epiblast
SBR-60h:GTAGGTTCAGCGTTTA,Epiblast
SBR-60h:ATTGTTCGTAATCAAG,Epiblast
SBR-60h:AACTTCTTCGGTGTAT,Epiblast
SBR-60h:CCCAACTTCCTGTAGA,Epiblast
SBR-60h:TTAGGGTTCCACTTCG,Epiblast
SBR-60h:AGGTTACAGTAATTGG,Epiblast
SBR-60h:AATTCCTCACGGCACT,Epiblast
SBR-60h:CTACCCAAGCCAAGCA,Epiblast
SBR-60h:TCTGGCTTCTCCAAGA,Epiblast
SBR-60h:AGAGCCCAGTCCCTAA,Epiblast
SBR-60h:GTCTTTACATCTTTCA,Epiblast
SBR-60h:TATCTGTCAAGGCAAC,Epiblast
SBR-60h:CTGGCAGCACAATGTC,Cd63+ ectoderm-like artefact
SBR-60h:TCGTCCATCGTGGACC,Epiblast
SBR-60h:CTGAATGCAGACCGCT,Epiblast
SBR-60h:CTCCATGTCCCTCTAG,Epiblast
SBR-60h:GAATCGTTCTGAACGT,Epiblast
SBR-60h:GGTGATTGTGACACGA,Epiblast
SBR-60h:TTACTGTCAAGCCATT,Ectopic pluripotency
SBR-60h:GGGATGAGTGGGCTCT,Epiblast
SBR-60h:GCCAGTGCAAGATGTA,Epiblast
SBR-60h:AGAGCCCCATCACCAA,Epiblast
SBR-60h:AGATCCAGTGTTACTG,Epiblast
SBR-60h:TGATTCTAGCGTGTCC,Ectopic pluripotency
SBR-60h:GGAGGATTCTCCCAAC,Epiblast
SBR-60h:GTTGTCCGTGGATCAG,Epiblast
SBR-60h:GAGACTTAGCTATCTG,Epiblast
SBR-60h:GTACAGTCAAACAGGC,Epiblast
SBR-60h:CATCCACAGGTTGCCC,Epiblast
SBR-60h:AGGGTTTCATGCTGCG,Epiblast
SBR-60h:GAGCCTGCAATTTCTC,Epiblast
SBR-60h:AGCTCAATCGATTTCT,Epiblast
SBR-60h:GTGGCGTCAAAGCACG,Epiblast
SBR-60h:GTCAAACCAGTCACGC,Epiblast
SBR-60h:GACCCTTCATAACCCA,Epiblast
SBR-60h:GCAGCTGAGAGTACCG,Epiblast
SBR-60h:GAGATGGCAGACCAGA,Epiblast
SBR-60h:GATGAGGTCTAAGAAG,Epiblast
SBR-60h:GATTGGTTCACCGACG,Epiblast
SBR-60h:CGGCAGTGTCTCAAGT,Epiblast
SBR-60h:TTAGGCACAGCATCTA,Epiblast
SBR-60h:TGTCAGACAAATACAG,Epiblast
SBR-60h:CTTCCTTGTCCTATAG,Epiblast
SBR-60h:TACGTCCGTAGCTGCC,Epiblast
SBR-60h:ACATCGATCGTCTCAC,Epiblast
SBR-60h:GGACGTCAGAGAGCGG,Cd63+ ectoderm-like artefact
SBR-60h:TCCTAATAGGTCACCC,Epiblast
SBR-60h:TCATGAGGTTCAAGGG,Epiblast
SBR-60h:TACAACGCACACCTAA,Epiblast
SBR-60h:ATACCGAAGTTGCCTA,Epiblast
SBR-60h:CACGGGTAGTTCATGC,Epiblast
SBR-60h:GCCAGGTAGCACCGTC,Epiblast
SBR-60h:GCACGGTCAAGTGGGT,Epiblast
SBR-60h:TACTTGTTCCTGTACC,Epiblast
SBR-60h:CGCATGGGTTTCACAG,Epiblast
SBR-60h:TGTGATGCACTACTTT,Epiblast
SBR-60h:ACAAGCTCAGCCGTCA,Epiblast
SBR-60h:GAAGCGAGTAGACGTG,Epiblast
SBR-60h:TGATCAGCACATACTG,Epiblast
SBR-60h:GGAACCCAGGGTGAAA,Epiblast
SBR-60h:CATACAGCACGATTCA,Ectopic pluripotency
SBR-60h:TGAATGCCAGACGATG,Epiblast
SBR-60h:TCACAAGCAACCAACT,Epiblast
SBR-60h:ATGGATCAGAGGATGA,Epiblast
SBR-60h:TTACCATTCTGACGCG,Epiblast
SBR-60h:CTACGGGTCCTATTGT,Epiblast
SBR-60h:GTAATCGGTCGAACAG,Naive pluripotency
SBR-60h:GGAGGATTCCACTGGG,Epiblast
SBR-60h:ATGTCCCTCATGCCCT,Epiblast
SBR-60h:CTGCATCGTCGTAATC,Epiblast
SBR-60h:GTGTTCCTCAGAATAG,Epiblast
SBR-60h:GCACGGTTCTTGGTGA,Epiblast
SBR-60h:TGATCAGAGAGTCGAC,Epiblast
SBR-60h:TCCTAATAGGTTACCT,Epiblast
SBR-60h:CTACCCAAGGTGATAT,Epiblast
SBR-60h:GACGCTGCATCAGCAT,Epiblast
SBR-60h:GGAATGGCAATAGGAT,Epiblast
SBR-60h:CTCTGGTGTCATAAAG,Epiblast
SBR-60h:CTGTCGTCATGACGGA,Epiblast
SBR-60h:TTTCCTCAGGCCTTCG,Epiblast
SBR-60h:GTCCTCATCTGGCCGA,Ectopic pluripotency
SBR-60h:ACTGCAATCTCGTGGG,Epiblast
SBR-60h:TTTCACAGTTGGTAGG,Epiblast
SBR-60h:GCAGGCTCAGATCCAT,Epiblast
SBR-60h:TCTCAGCAGAAGTCTA,Epiblast
SBR-60h:TGCACGGTCAGAGTGG,Epiblast
SBR-60h:AGAAGCGAGGCGACAT,Epiblast
SBR-60h:TTCTCTCCACGTATAC,Epiblast
SBR-60h:ACTTATCTCCCTGTTG,Epiblast
SBR-60h:GCTACCTTCCGTAGTA,Ectopic pluripotency
SBR-60h:AATAGAGCAGGTCTCG,Epiblast
SBR-60h:GGAATGGCAGGACTTT,Epiblast
SBR-60h:GTAGAAATCCTAAACG,Epiblast
SBR-60h:TTTGATCCATACACCA,Epiblast
SBR-60h:TAGACTGCAGTGACCC,Naive pluripotency
SBR-60h:TACGGTATCTAAGCCA,Epiblast
SBR-60h:ATCCTATTCAAGCCGC,Epiblast/primitive streak
SBR-60h:GGTTAACAGCAATAAC,Epiblast
SBR-60h:TATTGGGTCTAGCCTC,Epiblast
SBR-60h:GTGTAACTCTCTGAGA,Epiblast
SBR-60h:TAGGAGGCATTCTCCG,Epiblast
SBR-60h:GTAAGTCGTAGAGATT,Epiblast
SBR-60h:TCAGGTATCGAACGGA,Epiblast
SBR-60h:AGGACGACAGTTACCA,Epiblast
SBR-60h:GTCACTCAGACGCCAA,Epiblast
SBR-60h:GAGTTACGTTATTCCT,Epiblast
SBR-60h:GACAGCCTCGAGAACG,Epiblast
SBR-60h:ATGGGTTTCATTGGTG,Epiblast
SBR-60h:AGGGTCCAGATGCTAA,Epiblast
SBR-60h:CTGTACCCATGGGATG,Epiblast
SBR-60h:TCCAGAACAGTCGGAA,Epiblast
SBR-60h:CAGTTAGTCCTACACC,Epiblast
SBR-60h:TCTATACTCGTTCAGA,Epiblast
SBR-60h:CCTCAACTCTCTATGT,Epiblast
SBR-60h:GCTGAATCAACAAAGT,Epiblast
SBR-60h:CAGCAATCAGAAGCGT,Ectopic pluripotency
SBR-60h:CTGAATGCAGCACCCA,Epiblast
SBR-60h:CCCTCTCGTGTCCACG,Naive pluripotency
SBR-60h:TATTTCGTCTGGGTCG,Epiblast
SBR-60h:GTTACAGTCGTTCGCT,Epiblast
SBR-60h:GATCCCTAGGAGCTGT,Ectopic pluripotency
SBR-60h:GGGACAACACGTACTA,Epiblast
SBR-60h:ACAAGCTTCCTCTCTT,Epiblast
SBR-60h:TCTGGCTAGTATGTAG,Epiblast
SBR-60h:TCGAAGTGTGATTCTG,Epiblast
SBR-60h:ACCAAACAGTAAACAC,Epiblast
SBR-60h:ATGGAGGAGGCACCAA,Ectopic pluripotency
SBR-60h:CAATTTCCAAGTGGTG,Epiblast
SBR-60h:CTACCCAAGACATATG,Epiblast
SBR-60h:TCGCAGGTCCCATTTA,Epiblast
SBR-60h:CAACCTCAGGTGGCTA,Epiblast
SBR-60h:TTCTCTCTCTCCTGCA,Epiblast
SBR-60h:AGGGTCCGTAGACAGC,Epiblast
SBR-60h:CGATGGCCACTCCGAG,Epiblast
SBR-60h:TGCTGAAGTTCTCGCT,Epiblast
SBR-60h:GTCTTTACAAGGCAAC,Epiblast
SBR-60h:TCGATTTAGTATCTGC,Epiblast
SBR-60h:CTAACTTCACGCGCTA,Epiblast
SBR-60h:ATTTACCCAGGCAATG,Epiblast
SBR-60h:TCTCCGATCAGACCTA,Epiblast
SBR-60h:GATAGCTCAGGATCTT,Epiblast
SBR-60h:ATGGATCTCAAGGTGG,Epiblast
SBR-60h:ATCCGTCAGGCGAACT,Epiblast
SBR-60h:AATTTCCAGTCTTCGA,Epiblast
SBR-60h:GCCAGCATCCTAGAGT,Epiblast
SBR-60h:ACGGTCGTCCACGTAA,Epiblast
SBR-60h:CTGTCGTCATCCGATA,Epiblast
SBR-60h:AGGCATTCAGGGAGAG,Epiblast
SBR-60h:CACTAAGTCTCTCTTC,Epiblast
SBR-60h:CTCAAGAAGCCATATC,Naive pluripotency
SBR-60h:AGATGAAAGTTGAAAC,Epiblast
SBR-60h:TGAACGTAGAAGGTAG,Epiblast
SBR-60h:GTTACCCAGGCTTAGG,Epiblast
SBR-60h:TTGGGATCACCTGCTT,Epiblast
SBR-60h:TAGGTACTCTCGGGAC,Epiblast
SBR-60h:ACCCTTGAGCCATGCC,Epiblast
SBR-60h:TGATTTCTCATCGTAG,Epiblast
SBR-60h:ACCATTTCAACTAGAA,Epiblast
SBR-60h:AGAACAAAGCCAAGCA,Epiblast
SBR-60h:TTCCGTGAGGCGCTCT,Epiblast/primitive streak
SBR-60h:CATCGTCGTCTCTCTG,Epiblast
SBR-60h:ATCCTATTCTCTATAC,Epiblast
SBR-60h:CGATCGGCACAATGTC,Epiblast
SBR-60h:TATACCTGTACTGGGA,Epiblast
SBR-60h:AGGAATATCGCACGGT,Epiblast
SBR-60h:TGCTCCAAGTATAACG,Epiblast
SBR-60h:TATTGCTCAGGATCTT,Ectopic pluripotency
SBR-60h:TCCTTTCCAATCTGCA,Ectopic pluripotency
SBR-60h:CATCCACCACACTTAG,Naive pluripotency
SBR-60h:AGAGCAGGTTGAATCC,Epiblast
SBR-60h:GACATCAGTGTACAGG,Epiblast
SBR-60h:CATTGCCGTGTCCGTG,Epiblast
SBR-60h:CTACATTTCCACCCTA,Ectopic pluripotency
SBR-60h:GAACTGTGTTTACTTC,Ectopic pluripotency
SBR-60h:GCCTGTTCACGGTGCT,Epiblast
SBR-60h:GAATCACGTAACATGA,Epiblast
SBR-60h:ATGCATGTCATGGCCG,Epiblast
SBR-60h:ACGCACGCATCCGAAT,Epiblast
SBR-60h:AGGACTTTCTCCACTG,Ectopic pluripotency
SBR-60h:GGGAAGTTCAAACGTC,Epiblast
SBR-60h:AAGATAGCATCGTCCT,Epiblast
SBR-60h:CTGATCCAGGATCACG,Epiblast
SBR-60h:ATTCCCGCACGTAGTT,Epiblast
SBR-60h:AAGTCGTCACTTGGGC,Ectopic pluripotency
SBR-60h:GTTCATTAGATGCTAA,Epiblast
SBR-60h:CTGTCGTAGTAGTCTC,Epiblast
SBR-60h:GTTCTATTCCTATTTG,Epiblast
SBR-60h:TAGCACAAGACCTCCG,Epiblast/primitive streak
SBR-60h:ACGTAACGTCTACGTA,Epiblast
SBR-60h:TAACTTCGTGTTTACG,Epiblast
SBR-60h:CATTTCAAGTTACTCG,Epiblast
SBR-60h:CATTCATGTGCCTGCA,Epiblast
SBR-60h:TACCCACCACTACCCT,Epiblast
SBR-60h:ATCTCTATCCAAGGGA,Epiblast/primitive streak
SBR-60h:AGTTCGACACAGTCCG,Cd63+ ectoderm-like artefact
SBR-60h:GGGAGATTCCGAAATC,Epiblast
SBR-60h:CCACAAACAATCAAGA,Epiblast
SBR-60h:ATGACCATCTACTTCA,Exiting naive pluripotency
SBR-60h:AGGATCTGTGTAACGG,Epiblast
SBR-60h:TCTATACTCTGCATGA,Cd63+ ectoderm-like artefact
SBR-60h:ATTTCACGTTTCCAAG,Epiblast
SBR-60h:GTGCAGCAGTATGTAG,Epiblast
SBR-60h:CCTGTTGTCAAGAGTA,Exiting naive pluripotency
SBR-60h:AGCCAATTCGCTCTAC,Epiblast
SBR-60h:AGGACTTAGAAATCCA,Epiblast
SBR-60h:TGCGGCAAGATGTTCC,Naive pluripotency
SBR-60h:GGTTCTCGTATGCTTG,Epiblast
SBR-60h:CCTCTCCGTTGCCAAT,Epiblast
SBR-60h:TCATTTGAGGGAACAA,Epiblast
SBR-60h:ATTCCTACATGTGCTA,Epiblast
SBR-60h:TCTGGCTTCTGACCCT,Cd63+ ectoderm-like artefact
SBR-60h:CCACAAACAGCTGAGA,Epiblast
SBR-60h:CTACATTCACTTCAGA,Epiblast
SBR-60h:CTAACTTTCCACGAAT,Epiblast
SBR-60h:TTCGATTAGAATTGCA,Epiblast
SBR-60h:TCCCAGTCAGGCTACC,Naive pluripotency
SBR-60h:CTAACCCAGAGTTCGG,Epiblast
SBR-60h:TGACAGTTCGACTCCT,Epiblast
SBR-60h:CTGTACCTCTATTCGT,Epiblast
SBR-60h:CGCATGGAGACTTAAG,Epiblast
SBR-60h:GGGCCATGTCACCGCA,Epiblast
SBR-60h:CTTGATTGTGCAATGG,Epiblast
SBR-60h:TGGAGGAGTTTCGTGA,Epiblast
SBR-60h:ATCGATGAGGGTCTTT,Epiblast
SBR-60h:ACGTAGTTCACTCGAA,Epiblast
SBR-60h:TATCGCCTCGGCTGTG,Exiting naive pluripotency
SBR-60h:AACAACCCATAGTCGT,Epiblast
SBR-60h:CAGTTCCAGAGTCCGA,Ectopic pluripotency
SBR-60h:GATAGCTGTGAATGTA,Epiblast
SBR-60h:CCGCAAGGTTATCTGG,Epiblast/primitive streak
SBR-60h:TAGACTGTCCATGAGT,Epiblast
SBR-60h:AAGCCATAGGTATTGA,Epiblast
SBR-60h:GAAGGGTCAATTCTTC,Epiblast
SBR-60h:GCCGATGGTAGGCTGA,Epiblast
SBR-60h:GTGGAAGGTCGCAACC,Ectopic pluripotency
SBR-60h:GTATTTCAGCGTCTCG,Epiblast
SBR-60h:TAGACTGCATCCCGTT,Epiblast
SBR-60h:CTTCAATGTATGGGAC,Epiblast
SBR-60h:AGTTAGCAGTCAGAGC,Epiblast
SBR-60h:TGATTCTGTAGGCAAC,Epiblast
SBR-60h:CCGGACAGTTATGACC,Exiting naive pluripotency
SBR-60h:GCCGATGCAATCAGCT,Ectopic pluripotency
SBR-60h:TATATCCAGCAAGTGC,Epiblast
SBR-60h:TATCCTACAAATACGA,Epiblast
SBR-60h:AACAAAGAGTTGCTCA,Ectopic pluripotency
SBR-60h:TTTACTGAGCTCCACG,Epiblast
SBR-60h:CATCCCACAGCCCACA,Epiblast/primitive streak
SBR-60h:GCTACAAAGTGCGTCC,Epiblast
SBR-60h:ACGCACGCAAAGCAAT,Epiblast
SBR-60h:ACAGAAAAGTTGTACC,Epiblast
SBR-60h:GAAGGACAGGAGTCTG,Epiblast
SBR-60h:TGAGCGCAGTCGCCCA,Epiblast
SBR-60h:TCTATACCATCACGGC,Epiblast
SBR-60h:GGAAGTGCACGCTTAA,Epiblast
SBR-60h:TGTAGACAGACCAAAT,Epiblast
SBR-60h:GGTTCTCTCCAACCGG,Epiblast
SBR-60h:AAGTACCGTCCGACGT,Epiblast
SBR-60h:TGTGAGTCAATTGCAC,Epiblast
SBR-60h:CTCAATTCATCGGATT,Epiblast
SBR-60h:ATCGATGCAATACGCT,Epiblast
SBR-60h:AGGCCACCATCTTCGC,Epiblast
SBR-60h:CCCTCTCAGATGGTCG,Epiblast
SBR-60h:CAATCGACATGTAACC,Epiblast
SBR-60h:AGAAGTAGTACCGCGT,Exiting naive pluripotency
SBR-60h:ATTTCTGAGGGTGGGA,Ectopic pluripotency
SBR-60h:AAGATAGCATTCGGGC,Epiblast
SBR-60h:GTGTGGCTCCATAAGC,Epiblast
SBR-60h:TCATACTAGTTGTAGA,Epiblast
SBR-60h:GGACGTCCAAGTGGCA,Epiblast
SBR-60h:GACAGCCCATCCTAAG,Epiblast
SBR-60h:GGAGCAAAGCATCCCG,Naive pluripotency
SBR-60h:AGAGCCCCAACTTGCA,Epiblast
SBR-60h:ACACGCGCAGCTAACT,Epiblast
SBR-60h:CGCGTGATCGAATGCT,Epiblast
SBR-60h:TTCTTCCTCAAGAAAC,Ectopic pluripotency
SBR-60h:GTGGAGAGTCCAGTTA,Epiblast
SBR-60h:TAAGTCGTCTGAGCAT,Epiblast
SBR-60h:TTCAATCTCTGCACCT,Epiblast
SBR-60h:TACCGGGGTGATATAG,Epiblast
SBR-60h:CTATCCGCATTGCCTC,Epiblast
SBR-60h:TCCTCTTGTATCGCGC,Epiblast
SBR-60h:CAGCACGGTCCTACAA,Epiblast
SBR-60h:CATACAGCAATACGCT,Epiblast
SBR-60h:CAAGCTATCTGAGCAT,Epiblast
SBR-60h:TGAATCGAGGTGCGAT,Ectopic pluripotency
SBR-60h:GACAGCCGTCGATTTG,Epiblast
SBR-60h:TACCCGTCACCCTTGT,Epiblast
SBR-60h:TTGTTCATCATACGGT,Epiblast
SBR-60h:TAGGGTTGTGAATAAC,Epiblast
SBR-60h:TTGGATGAGTAGATCA,Epiblast
SBR-60h:TCGGGACGTGAACCGA,Epiblast
SBR-60h:AACCACATCAGCTTCC,Epiblast
SBR-60h:GCTTTCGGTCATGGCC,Epiblast
SBR-60h:GTTGAACCAGCTGTGC,Epiblast
SBR-60h:GCCAGGTGTCTTGGTA,Epiblast
SBR-60h:ATGAGTCTCATCACCC,Epiblast
SBR-60h:CTTCTCTAGGCGATAC,Epiblast
SBR-60h:GAATCACTCACCCTTG,Epiblast/primitive streak
SBR-60h:CTCAGAATCGCTACAA,Epiblast
SBR-60h:AACTTCTCACCTGATA,Epiblast
SBR-60h:TCCTTTCAGGTCGTCC,Epiblast
SBR-60h:TTCCTAAGTTAGGCCC,Epiblast
SBR-60h:AAAGGATAGTATTAGG,Exiting naive pluripotency
SBR-60h:TGAGGAGCACTATCCC,Ectopic pluripotency
SBR-60h:TATGTTCGTTGCAAGG,Epiblast
SBR-60h:AGCATCAGTAGTCGTT,Epiblast
SBR-60h:ACATGCAAGGCTTTCA,Epiblast
SBR-60h:CTACAGACACAAGCCC,Epiblast
SBR-60h:GGCTGTGGTATGTCAC,Ectopic pluripotency
SBR-60h:CGGAGAAGTCGTGATT,Epiblast
SBR-60h:GAAGGGTGTAGCACAG,Epiblast
SBR-60h:CCCTGATTCCTTACCG,Epiblast
SBR-60h:ATCATTCTCTCTATAC,Epiblast/primitive streak
SBR-60h:TTCAATCTCTGGTCAA,Epiblast
SBR-60h:ATTATCCTCACCCTCA,Epiblast
SBR-60h:ATGACCATCTATGCCC,Epiblast
SBR-60h:TCCTCGAGTTGTAAAG,Epiblast
SBR-60h:TCCTCTTGTTATAGAG,Epiblast
SBR-60h:ATTCCCGCAGACCCGT,Epiblast
SBR-60h:TCTAACTAGCTGTTCA,Epiblast
SBR-60h:CAAGACTGTGTCATCA,Epiblast
SBR-60h:AGTAGCTCAGATTCGT,Epiblast
SBR-60h:TCTAACTCAAATAAGC,Epiblast
SBR-60h:CCTCTAGAGACCGCCT,Epiblast
SBR-60h:GACCCTTCAGGTGACA,Epiblast
SBR-60h:CCGCAAGGTTGGGTAG,Epiblast
SBR-60h:TCCTCGAAGAGGTCAC,Epiblast
SBR-60h:CGTTCTGGTGTCTTAG,Epiblast
SBR-60h:ACGATGTAGCCTGACC,Epiblast
SBR-60h:CTAACCCGTAACGGTG,Ectopic pluripotency
SBR-60h:GAATCACAGGCTATCT,Epiblast
SBR-60h:TGATGGTAGCGACAGT,Epiblast
SBR-60h:ACATCGACAAGCACCC,Epiblast
SBR-60h:TTCACGCGTACCTTCC,Epiblast
SBR-60h:ATCACAGTCGGCTGAC,Epiblast
SBR-60h:CCGATGGTCGGCTGTG,Epiblast
SBR-60h:TGCGATATCGTGCACG,Epiblast
SBR-60h:CTCCACATCTAAGGAA,Epiblast
SBR-60h:AATCGACGTGCAATGG,Epiblast
SBR-60h:CAATCGATCTACTGAG,Epiblast
SBR-60h:CCTCTAGGTCGACTTA,Epiblast
SBR-60h:TCATTACCATGGGTCC,Naive pluripotency
SBR-60h:CCCTGATCACAATGAA,Epiblast
SBR-60h:GACCAATAGACTTCGT,Epiblast
SBR-60h:GTAGTACTCTCTCGCA,Epiblast
SBR-60h:ACGGTTAGTCTCGGGT,Epiblast
SBR-60h:CACTGAAGTATACGGG,Epiblast/primitive streak
SBR-60h:GACCGTGGTTATGTGC,Epiblast
SBR-60h:TTCACCGAGGAACGAA,Epiblast
SBR-60h:CTTCTAAAGAGGGTGG,Epiblast
SBR-60h:CTCATGCGTGCGTGCT,Epiblast
SBR-60h:AGAACAATCTTGGCTC,Epiblast
SBR-60h:AACCCAAGTGACCTGC,Ectopic pluripotency
SBR-60h:TTGTTCAGTGAAAGTT,Epiblast
SBR-60h:TCATGTTAGACCGTTT,Epiblast
SBR-60h:AGACTCAAGTCTTCGA,Epiblast
SBR-60h:TACGCTCTCGAGTCTA,Epiblast
SBR-60h:ATCCACCTCCAGTGCG,Epiblast
SBR-60h:CGGACACTCGCCTCTA,Epiblast
SBR-60h:TCAGCCTTCTTCTGGC,Epiblast
SBR-60h:GGATCTAGTATCCTCC,Epiblast
SBR-60h:CATAGACAGTTGCATC,Epiblast/primitive streak
SBR-60h:GTTACAGCATGACACT,Epiblast
SBR-60h:AGGAATAGTAACAGGC,Epiblast
SBR-60h:CTCCGATTCTCATTGT,Epiblast
SBR-60h:ATTCACTCAAGTGCTT,Exiting naive pluripotency
SBR-60h:GGGAGTAAGAGCCGTA,Epiblast
SBR-60h:CAAGACTGTCCGAAGA,Epiblast
SBR-60h:CCGGTGAGTCTGATCA,Epiblast
SBR-60h:TATCAGGTCTTGCAGA,Epiblast
SBR-60h:CCGGTGACACCAAAGG,Epiblast
SBR-60h:TGCCGAGCATTCACCC,Epiblast
SBR-60h:TTCTAACGTCACCCTT,Epiblast
SBR-60h:GCCCAGATCTACACTT,Ectopic pluripotency
SBR-60h:TCACTATAGTTGTCAC,Epiblast
SBR-60h:TAAGCCATCTCTTCAA,Epiblast
SBR-60h:TTTACTGTCCGCTGTT,Epiblast
SBR-60h:TGATGGTAGTCAAGCG,Epiblast
SBR-60h:TCCGGGATCTCATTAC,Epiblast
SBR-60h:CAGCGTGAGACGCCCT,Epiblast
SBR-60h:CACTTCGAGACGATAT,Epiblast
SBR-60h:GGGATCCGTGCCCAGT,Epiblast
SBR-60h:CTGCCTAGTCACCTTC,Epiblast
SBR-60h:TGAGGTTTCCCTCTAG,Ectopic pluripotency
SBR-60h:TGCTTGCAGATCCCAT,Epiblast
SBR-60h:ACGATGTAGTAGTCTC,Cd63+ ectoderm-like artefact
SBR-60h:CCTGCATAGTCCCGGT,Epiblast
SBR-60h:TAAGCACCATGGCGCT,Epiblast
SBR-60h:GGTGATTAGCATACTC,Epiblast
SBR-60h:GCTACCTAGCTCACTA,Epiblast/primitive streak
SBR-60h:CAAGGGAAGACGGTCA,Epiblast
SBR-60h:GGGTATTTCGAGGCAA,Ectopic pluripotency
SBR-60h:TCGAAGTGTGAGGAAA,Epiblast
SBR-60h:TGTCAGAGTGCTCCGA,Epiblast
SBR-60h:GACCAATGTGTCCAAT,Epiblast
SBR-60h:TCGGTCTGTACACTCA,Epiblast
SBR-60h:ACTGTCCGTGTTACAC,Epiblast
SBR-60h:GCCAGCAAGGAGGCAG,Epiblast
SBR-60h:GACTTCCTCTATTTCG,Epiblast
SBR-60h:ATAGGCTCACTGCTTC,Epiblast
SBR-60h:GATGCTACAATAACGA,Epiblast
SBR-60h:GATGTTGTCGCGGTAC,Epiblast
SBR-60h:ATCCGTCTCTCCAAGA,Epiblast
SBR-60h:ACTATGGCATGGGAAC,Epiblast
SBR-60h:TCCTCTTTCCTACGAA,Epiblast
SBR-60h:CGAATTGAGGTCTTTG,Epiblast
SBR-60h:GACTATGAGCACTAAA,Epiblast
SBR-60h:CCTCCAACATTAAGCC,Epiblast
SBR-60h:AAAGAACCAACCGATT,Epiblast/primitive streak
SBR-60h:CCTCAGTCAACTGAAA,Exiting naive pluripotency
SBR-60h:CAGCAATCAGGTCAAG,Epiblast
SBR-60h:ACATGCACATTCACAG,Epiblast
SBR-60h:GTTACAGAGTTCCGTA,Epiblast
SBR-60h:AGCGTATAGGATTTCC,Epiblast
SBR-60h:GTTACGACACCGTCGA,Epiblast
SBR-60h:CCGGTGAAGGCTCTAT,Epiblast
SBR-60h:AAGGTAAGTGTTTACG,Epiblast/primitive streak
SBR-60h:GTGATGTTCAATGTCG,Epiblast
SBR-60h:TACCTGCCAAATGAAC,Epiblast/primitive streak
SBR-60h:CTAACCCAGATGGTAT,Epiblast
SBR-60h:AGCGTATCAATCCTAG,Epiblast
SBR-60h:ACATCGACATACTTTC,Epiblast/primitive streak
SBR-60h:CTCCATGGTATCGTTG,Epiblast
SBR-60h:TCCGAAACAGACATCT,Epiblast
SBR-60h:CAACAACGTACTCCCT,Epiblast
SBR-60h:TGGATGTCATTAAAGG,Epiblast
SBR-60h:AGAACCTAGAGACAAG,Epiblast
SBR-60h:CGTTAGATCCGTGGGT,Epiblast
SBR-60h:TCTGTCGTCGCTTACC,Epiblast
SBR-60h:ATCATTCAGTTAGTAG,Epiblast
SBR-60h:GTGGAGATCGCTTAAG,Epiblast
SBR-60h:GATGCTAAGCATATGA,Epiblast
SBR-60h:GACGCTGTCTCTGACC,Epiblast/primitive streak
SBR-60h:TCATGGAGTCGCATGC,Epiblast
SBR-60h:ATGCCTCTCAAAGACA,Epiblast/primitive streak
SBR-60h:ACCGTTCAGACGCATG,Epiblast
SBR-60h:CAAGGGATCTTTCTAG,Ectopic pluripotency
SBR-60h:GTAGGAGAGTGAGTTA,Epiblast
SBR-60h:TACCTGCGTACGACAG,Epiblast
SBR-60h:TTACTGTAGAACTGAT,Epiblast
SBR-60h:AGACACTCAATAGGAT,Epiblast
SBR-60h:AATGACCTCGTAACAC,Epiblast/primitive streak
SBR-60h:GCTACAACATAGTCAC,Epiblast
SBR-60h:GATGCTAGTTACTCAG,Epiblast
SBR-60h:AGAGAATCAAGAAATC,Epiblast
SBR-60h:CGAGTGCAGGGCTAAC,Epiblast
SBR-60h:GTTACAGAGGTAGCCA,Epiblast
SBR-60h:GCTGGGTTCCCTGGTT,Epiblast
SBR-60h:GACCGTGTCTAGCAAC,Epiblast
SBR-60h:GTAGGAGAGAAGCGCT,Epiblast
SBR-60h:TCCCATGTCATTTGCT,Ectopic pluripotency
SBR-60h:TACCCACAGGGCAGGA,Epiblast/primitive streak
SBR-60h:GAAGGGTTCAAGCCGC,Epiblast
SBR-60h:TCCTTCTGTCCAGTTA,Ectopic pluripotency
SBR-60h:TACCGGGGTACGAGCA,Epiblast
SBR-60h:TCCCACACACATAACC,Epiblast
SBR-60h:AATTTCCAGAGTCGAC,Epiblast
SBR-60h:CATAGACAGCGAGGAG,Epiblast
SBR-60h:TTGATGGTCGTGAGAG,Epiblast/primitive streak
SBR-60h:TAGGAGGAGACGACGT,Epiblast
SBR-60h:AATAGAGCAGCTCGGT,Epiblast/primitive streak
SBR-60h:CTCACTGAGTATAGGT,Epiblast
SBR-60h:GGTAATCAGTTCCGGC,Ectopic pluripotency
SBR-60h:TTGTTTGCATCTTCGC,Epiblast
SBR-60h:AGTCTCCCAATAGGGC,Epiblast
SBR-60h:TGTCCTGCAAAGGAGA,Exiting naive pluripotency
SBR-60h:CACTAAGAGATTGACA,Epiblast
SBR-60h:GGCTTTCCATTGAAGA,Epiblast
SBR-60h:ACGTACACAGGTCTCG,Exiting naive pluripotency
SBR-60h:CGCAGGTAGTAGACAT,Epiblast
SBR-60h:CGAATTGTCCGCTAGG,Epiblast
SBR-60h:CTTGAGATCGCCTTTG,Epiblast
SBR-60h:AGGTGTTAGTGTGTTC,Epiblast
SBR-60h:TTCACCGGTGACTGTT,Epiblast
SBR-60h:ACTTATCAGGTGATAT,Naive pluripotency
SBR-60h:GTAGGAGGTTTCGCTC,Epiblast
SBR-60h:GCGGATCCAAACCATC,Epiblast
SBR-60h:AGCGTATGTCGCTCGA,Epiblast
SBR-60h:ATTCTACCACACAGAG,Epiblast
SBR-60h:CTACCTGTCTTGAACG,Epiblast
SBR-60h:TAAGTCGTCCCAACTC,Ectopic pluripotency
SBR-60h:AGTGCCGCAGACAAGC,Epiblast
SBR-60h:TAATCTCAGGTGCCTC,Epiblast
SBR-60h:ACTTTCAGTTTCGGCG,Epiblast
SBR-60h:TAAGTCGAGGTCCGAA,Epiblast
SBR-60h:GAGTTTGAGTCCGCCA,Epiblast
SBR-60h:CTGCCATTCTTGAGCA,Epiblast
SBR-60h:GTACAGTCAGCGTGAA,Epiblast
SBR-60h:GCTGCAGCATACAGGG,Epiblast
SBR-60h:GGTGATTCAGAATTCC,Epiblast
SBR-60h:TGCAGTAGTTGGAGGT,Epiblast
SBR-60h:ACATTTCCAGTTGAAA,Ectopic pluripotency
SBR-60h:AATCACGTCATTTACC,Epiblast
SBR-60h:TCTATACGTTGCCGCA,Epiblast
SBR-60h:ATACCTTGTCGATTCA,Epiblast
SBR-60h:CATAAGCCATGCCGGT,Epiblast/primitive streak
SBR-60h:AAGACTCCAGTCGAGA,Epiblast
SBR-60h:CACCAAACATCCGTTC,Epiblast
SBR-60h:TGGGCGTGTGCTATTG,Cd63+ ectoderm-like artefact
SBR-60h:AGATGAAGTCCCGTGA,Epiblast
SBR-60h:TGCGACGCACGGTCTG,Epiblast
SBR-60h:GAACTGTAGCGCTGAA,Epiblast
SBR-60h:ATTATCCAGGCTAGCA,Epiblast
SBR-60h:GTTACAGCAGGCAATG,Epiblast
SBR-60h:TCGACGGGTCCACACG,Epiblast
SBR-60h:ATCGTAGTCACGTAGT,Epiblast
SBR-60h:TACGTCCAGAGCCTGA,Epiblast
SBR-60h:AGAACCTCACAGCGCT,Epiblast
SBR-60h:GTATTGGGTCCAAATC,Epiblast
SBR-60h:AGGGTGAAGGATTTAG,Epiblast
SBR-60h:CCCTGATCAATTGCCA,Epiblast/primitive streak
SBR-60h:CGGAACCCAGCAAGAC,Epiblast
SBR-60h:TCCATCGAGGTGGGTT,Epiblast/primitive streak
SBR-60h:AGACAAATCATCACTT,Epiblast
SBR-60h:AGTAGTCGTACGTAGG,Epiblast
SBR-60h:TTTACCACAGTCTACA,Epiblast
SBR-60h:TCTAACTGTCGAATTC,Epiblast
SBR-60h:AAAGTCCTCGTTTACT,Ectopic pluripotency
SBR-60h:TGGTAGTTCCGCAGTG,Epiblast
SBR-60h:GTACAACTCCTAGCTC,Epiblast
SBR-60h:AATCGACAGATACTGA,Epiblast
SBR-60h:ATCGCCTTCAACACCA,Epiblast
SBR-60h:ACTATGGAGCCGATAG,Epiblast/primitive streak
SBR-60h:ACTATTCTCTTCCCAG,Epiblast
SBR-60h:GTCCCATAGTAGCTCT,Epiblast
SBR-60h:GAAGTAAAGCACACAG,Epiblast
SBR-60h:CACAGATTCCAGCCTT,Epiblast
SBR-60h:GGTGGCTAGGGACAGG,Epiblast
SBR-60h:TACTGCCTCGGTCTAA,Epiblast
SBR-60h:AGCCAATCAACGTTAC,Epiblast/primitive streak
SBR-60h:CTGATCCTCTGTCGCT,Epiblast
SBR-60h:TCCTAATTCATTCCTA,Epiblast
SBR-60h:GATGCTAAGGACAGCT,Epiblast
SBR-60h:GGTAGAGAGACCTTTG,Epiblast
SBR-60h:GTTGAACGTGAGTCAG,Epiblast
SBR-60h:TTGAGTGGTATCCCTC,Epiblast
SBR-60h:ATTATCCGTTTCTATC,Epiblast
SBR-60h:TGACCCTCATGTACGT,Epiblast
SBR-60h:GATTGGTCAGGATCTT,Epiblast/primitive streak
SBR-60h:ATGTCCCAGTATCCTG,Epiblast
SBR-60h:AGATGCTGTTAAGGAT,Ectopic pluripotency
SBR-60h:TGAATCGGTATGGAAT,Epiblast
SBR-60h:TCTACATTCACATACG,Epiblast
SBR-60h:CATTGAGTCCATTGCC,Epiblast
SBR-60h:TGAGACTGTTGCGAAG,Epiblast
SBR-60h:GTTATGGAGCACCGAA,Epiblast
SBR-60h:CCGCAAGGTCATCCCT,Cd63+ ectoderm-like artefact
SBR-60h:AGATCGTTCGCCATAA,Epiblast
SBR-60h:CTATCCGTCATTGTGG,Epiblast
SBR-60h:AACACACAGGTATAGT,Epiblast
SBR-60h:TTACAGGAGCTAATGA,Epiblast/primitive streak
SBR-60h:ATCCACCGTTAAGTCC,Epiblast
SBR-60h:ACCCAAACACTCAGAT,Epiblast
SBR-60h:TCTACCGTCAACGCTA,Epiblast
SBR-60h:CTGGCAGTCAGACTGT,Epiblast
SBR-60h:GCCTGTTTCACAACCA,Epiblast
SBR-60h:AACCACATCCGTCCTA,Epiblast
SBR-60h:GCCAGTGCACAGGATG,Epiblast
SBR-60h:TCATCATAGCACTCCG,Epiblast
SBR-60h:GATCCCTCACCAACAT,Epiblast
SBR-60h:ACTGTCCCACTACGGC,Epiblast
SBR-60h:TCGTCCAGTGTTCCTC,Epiblast
SBR-60h:CCGTAGGAGTTACGAA,Epiblast
SBR-60h:TCACGCTTCCCAAGCG,Epiblast
SBR-60h:TTAGGGTTCCACGGAC,Epiblast
SBR-60h:CCTGTTGAGATGCCGA,Epiblast
SBR-60h:AGCGATTGTTCGAGCC,Epiblast/primitive streak
SBR-60h:AGGACTTCAGGCCCTA,Epiblast
SBR-60h:AGACAAATCGGTCGGT,Epiblast
SBR-60h:CGTGAATCAGCTCCTT,Epiblast/primitive streak
SBR-60h:ATAGGCTAGTTGCGCC,Epiblast/primitive streak
SBR-60h:TGGTACATCTGATTCT,Epiblast
SBR-60h:GCTCAAAGTTCGGTTA,Epiblast
SBR-60h:TTGGGTAAGGCACCAA,Epiblast
SBR-60h:TCAAGCACAACTCATG,Epiblast
SBR-60h:GGGTTTAGTTTACTGG,Epiblast
SBR-60h:TAAGCGTCAAGATGTA,Epiblast
SBR-60h:CGTCAAAGTACATACC,Epiblast
SBR-60h:AATGGCTGTAGCGTTT,Epiblast
SBR-60h:TGCAGTAGTACCGCGT,Epiblast/primitive streak
SBR-60h:AACCCAAGTGGCTAGA,Epiblast
SBR-60h:CGGGCATGTTACACAC,Ectopic pluripotency
SBR-60h:CTTACCGAGGCTTAAA,Epiblast
SBR-60h:GAAGTAAAGAATTGCA,Epiblast
SBR-60h:TATCGCCTCAGGACGA,Epiblast
SBR-60h:CAGCGTGCAAATGGCG,Cd63+ ectoderm-like artefact
SBR-60h:GACCAATCATGGCCAC,Epiblast/primitive streak
SBR-60h:TCCACCAGTCTTACTT,Epiblast/primitive streak
SBR-60h:AAAGAACGTGGTTTGT,Epiblast
SBR-60h:GTCTACCTCAGAACCT,Epiblast
SBR-60h:GTGTTCCAGCAAATGT,Epiblast
SBR-60h:GCATTAGGTAGGAGTC,Epiblast
SBR-60h:TTAATCCTCAGTCCGG,Epiblast
SBR-60h:ATCCCTGCAAACACGG,Exiting naive pluripotency
SBR-60h:TATCTTGCAGCTACCG,Epiblast
SBR-60h:GGCTTTCTCGTTCTCG,Epiblast
SBR-60h:ATGTCCCTCAATGTCG,Epiblast/primitive streak
SBR-60h:GCACATACAGCATTGT,Exiting naive pluripotency
SBR-60h:CTACTATGTTGCAAGG,Epiblast
SBR-60h:GAGACCCTCAAGCGTT,Epiblast/primitive streak
SBR-60h:CCCTGATCAACACGTT,Epiblast
SBR-60h:CAAGACTAGTCAACAA,Epiblast
SBR-60h:TTGGATGCACCGAATT,Epiblast
SBR-60h:GAGATGGCACGTCATA,Epiblast
SBR-60h:AAACGAAAGAAAGCGA,Epiblast
SBR-60h:CTGTACCGTCATATGC,Ectopic pluripotency
SBR-60h:GGGAGTAAGATCACCT,Epiblast
SBR-60h:CTACCCATCTATGTGG,Epiblast
SBR-60h:TAACACGGTAAGGCCA,Epiblast
SBR-60h:ATCACAGCACCCGTAG,Epiblast
SBR-60h:AGGCTGCCACAGTGAG,Epiblast
SBR-60h:TATCTTGGTACTCAAC,Epiblast
SBR-60h:AAAGGATTCAGTGGGA,Epiblast
SBR-60h:CGTCAAATCAAATAGG,Epiblast
SBR-60h:AACGTCAGTCACTCAA,Epiblast/primitive streak
SBR-60h:ACTGCAAGTTTGTGGT,Epiblast
SBR-60h:AACGAAAAGTGGAAAG,Epiblast
SBR-60h:CTCCATGGTCAGGCAA,Epiblast/primitive streak
SBR-60h:CTCAATTAGTGGACTG,Epiblast/primitive streak
SBR-60h:GCCATGGTCCTCACGT,Epiblast/primitive streak
SBR-60h:AGTTCCCTCATCGGGC,Epiblast
SBR-60h:TCGTAGACAGGACAGT,Ectopic pluripotency
SBR-60h:TCCATGCTCGCACTCT,Epiblast/primitive streak
SBR-60h:CATTCTAAGACAACTA,Epiblast
SBR-60h:CACAACAGTGGACCTC,Epiblast
SBR-60h:GTATTGGTCATTCGTT,Epiblast
SBR-60h:CTGAGCGCAAGATGTA,Epiblast
SBR-60h:TTTCACACACACGGTC,Epiblast
SBR-60h:GTCCTCATCTTCTGGC,Epiblast
SBR-60h:CCTCTAGAGGTTGACG,Cd63+ ectoderm-like artefact
SBR-60h:CCCTCTCAGCCGATTT,Epiblast
SBR-60h:GGGTATTAGGACTGGT,Epiblast
SBR-60h:ATATCCTCAGTCTCTC,Epiblast
SBR-60h:TTGAACGTCATCCCGT,Epiblast
SBR-60h:CAGATACCATCAACCA,Ectopic pluripotency
SBR-60h:AGGATCTTCTCATGCC,Ectopic pluripotency
SBR-60h:ACATGCAGTCAGTCTA,Epiblast
SBR-60h:GTGGTTAAGTGCCCGT,Epiblast
SBR-60h:TGTTACTGTCCTCAGG,Epiblast
SBR-60h:ACTTAGGCAACACAAA,Naive pluripotency
SBR-60h:AGTAACCAGGACAGCT,Epiblast
SBR-60h:GCAGGCTCAGAGCCCT,Epiblast
SBR-60h:ACTCCCACAGGTCTCG,Ectopic pluripotency
SBR-60h:TCATGTTTCAGTCAGT,Epiblast
SBR-60h:ATTACCTCAGCTACCG,Epiblast/primitive streak
SBR-60h:CATTCTAAGGGATCAC,Epiblast
SBR-60h:CATCGGGTCAAGTCTG,Epiblast
SBR-60h:TTGTGGATCTGGTTGA,Ectopic pluripotency
SBR-60h:AGGGCTCAGTTGCCTA,Epiblast
SBR-60h:AACTTCTGTCTGCAAT,Epiblast/primitive streak
SBR-60h:GAAGCGATCATTTCCA,Epiblast/primitive streak
SBR-60h:GAACTGTAGTTCTACG,Epiblast/primitive streak
SBR-60h:TCGACGGCACCCAACG,Epiblast
SBR-60h:TGTTCCGCAAGGCCTC,Epiblast
SBR-60h:CTTTCAACATACTTTC,Epiblast
SBR-60h:TTTCCTCAGGATTTGA,Exiting naive pluripotency
SBR-60h:AGACAAATCGAAGAAT,Epiblast
SBR-60h:TGATGGTGTCACAGAG,Epiblast/primitive streak
SBR-60h:ACTTCCGGTTACCCAA,Epiblast
SBR-60h:CTCTCAGCACACCTGG,Epiblast
SBR-60h:TTCGGTCGTCACCACG,Epiblast
SBR-60h:CTGATCCAGCCAAGTG,Epiblast
SBR-60h:TGCTTGCTCGACCATA,Epiblast
SBR-60h:TGCAGGCAGACCATTC,Epiblast
SBR-60h:TGCGACGGTTGCTTGA,Epiblast
SBR-60h:TGTGATGCAAGCCTGC,Epiblast
SBR-60h:GTAACCAAGGCCTGCT,Epiblast
SBR-60h:ATACCTTGTCGCTCGA,Epiblast
SBR-60h:TAGGTTGGTGTAGCAG,Epiblast
SBR-60h:ATCACGACACTTACAG,Epiblast
SBR-60h:GAACGTTGTGAATATG,Epiblast
SBR-60h:GTCATTTTCTAGTGAC,Epiblast
SBR-60h:AATTTCCGTTTACCTT,Epiblast
SBR-60h:TAGATCGGTAAGATTG,Epiblast
SBR-60h:TTTGACTTCGATTGGT,Epiblast
SBR-60h:CTACTATCATGTAACC,Epiblast
SBR-60h:CCTTCAGCAAGGGTCA,Epiblast
SBR-60h:GGGCCATAGCTAATGA,Epiblast
SBR-60h:ATGCGATCATGCGTGC,Epiblast
SBR-60h:TGCGATAGTCTGTTAG,Epiblast
SBR-60h:ACGTAACTCTCCGTGT,Epiblast
SBR-60h:ACGGTTAGTTAGGAGC,Epiblast/primitive streak
SBR-60h:TCAGTTTAGTAGGCCA,Epiblast
SBR-60h:TACCCACGTGCAGTGA,Epiblast/primitive streak
SBR-60h:AGCCAGCCACCTATCC,Epiblast/primitive streak
SBR-60h:TTGCTGCCATCACCAA,Epiblast
SBR-60h:ATGGAGGCACTACTTT,Epiblast
SBR-60h:ATCACGAAGTGAGTTA,Epiblast/primitive streak
SBR-60h:GAGTCTATCAACGTGT,Epiblast
SBR-60h:AAACGCTTCTCGGTAA,Epiblast
SBR-60h:TATCTGTCAGCTCTGG,Epiblast
SBR-60h:AGAACCTAGGCTTCCG,Epiblast/primitive streak
SBR-60h:AAGCATCTCTGGCCTT,Ectopic pluripotency
SBR-60h:ACACTGAGTTAAGCAA,Epiblast
SBR-60h:CAGGCCAAGAACCCGA,Epiblast
SBR-60h:GGGTATTGTTGGCTAT,Epiblast/primitive streak
SBR-60h:ATCGATGGTTGCCGCA,Ectopic pluripotency
SBR-60h:CGAGTTAGTGCATTAC,Epiblast
SBR-60h:GATCAGTAGTATTCCG,Epiblast/primitive streak
SBR-60h:AGGTCATTCCCGAATA,Epiblast/primitive streak
SBR-60h:GGGCTCACAAACACCT,Epiblast
SBR-60h:GGGAGATTCAGCGGAA,Epiblast
SBR-60h:GTAGGTTCACATGAAA,Epiblast
SBR-60h:CGTCCATAGGTAGATT,Epiblast
SBR-60h:AACAGGGCATGACACT,Epiblast
SBR-60h:TTTGACTGTAGATTAG,Epiblast
SBR-60h:GCTCAAACAATTAGGA,Epiblast
SBR-60h:ATTCCTATCTCGACGG,Epiblast
SBR-60h:ATCACTTTCGGTCTAA,Epiblast
SBR-60h:GTTCATTGTTGCCGCA,Epiblast
SBR-60h:GTAGAGGTCCATAAGC,Epiblast
SBR-60h:GACTCAACACAGCGCT,Epiblast/primitive streak
SBR-60h:TTCACGCCAAGAATGT,Epiblast/primitive streak
SBR-60h:CGAGGAAAGTTGCTCA,Epiblast
SBR-60h:CTAAGTGTCTCGTGGG,Epiblast
SBR-60h:TTCCACGTCTGGACCG,Naive pluripotency
SBR-60h:AACCTTTGTAGTGATA,Epiblast
SBR-60h:AAGGAATGTCACCGCA,Epiblast
SBR-60h:ACGCACGAGGTTCAGG,Epiblast/primitive streak
SBR-60h:ATCCTATGTTACCTTT,Naive pluripotency
SBR-60h:ACCATTTGTCCGAAAG,Epiblast
SBR-60h:CAGCAGCTCGTAGGAG,Ectopic pluripotency
SBR-60h:ACCAAACAGGGAGTTC,Epiblast/primitive streak
SBR-60h:TTTCCTCGTACGATCT,Ectopic pluripotency
SBR-60h:TACCCACAGGATTTGA,Exiting naive pluripotency
SBR-60h:ACTATCTAGTTGCTCA,Epiblast
SBR-60h:AACCCAAGTTAAGAAC,Epiblast
SBR-60h:CGTAATGTCTAAGGAA,Epiblast
SBR-60h:CAAGGGACATTGCTTT,Epiblast
SBR-60h:GCTCAAAAGAAATTCG,Epiblast
SBR-60h:TAATCTCCAGGTCCCA,Epiblast
SBR-60h:AGACACTCAGCTTTCC,Ectopic pluripotency
SBR-60h:TGATCTTAGTCACAGG,Epiblast
SBR-60h:ATTCTACAGCTGTTAC,Epiblast
SBR-60h:AGGTAGGAGGGTAATT,Epiblast
SBR-60h:GCAACATGTTGTGCAT,Exiting naive pluripotency
SBR-60h:CGGACACAGCGTATAA,Epiblast
SBR-60h:GAGTGTTGTTTGGGTT,Epiblast
SBR-60h:TCAGTGATCCTGTACC,Epiblast
SBR-60h:AGGGCTCTCGCTAAAC,Epiblast
SBR-60h:AAAGGGCTCCATCCGT,Epiblast/primitive streak
SBR-60h:GGTAGAGAGACTGTTC,Epiblast
SBR-60h:AATGCCACAATAACCC,Naive pluripotency
SBR-60h:ATGACCAAGCTCTATG,Epiblast/primitive streak
SBR-60h:CTTCCGAAGCTCACTA,Epiblast/primitive streak
SBR-60h:AGACAAACATACCACA,Epiblast/primitive streak
SBR-60h:TTACGTTAGAGTACCG,Epiblast
SBR-60h:CCAAGCGGTTGTTGTG,Epiblast
SBR-60h:TGGATCAGTGGGTTGA,Ectopic pluripotency
SBR-60h:TGTAACGAGAGTTCGG,Epiblast
SBR-60h:CTTCTAAAGCCTCCAG,Epiblast
SBR-60h:GTCAAACAGGGACTGT,Naive pluripotency
SBR-60h:ACCAAACGTTAAAGTG,Epiblast
SBR-60h:CCTAACCAGCTATCTG,Epiblast/primitive streak
SBR-60h:TTGAGTGAGACCAACG,Ectopic pluripotency
SBR-60h:GATCACAAGGTTAAAC,Epiblast
SBR-60h:ATCGCCTTCCAACTGA,Epiblast
SBR-60h:TGGGATTAGGTCCAGA,Epiblast
SBR-60h:GTAGAGGCAAATTGGA,Epiblast
SBR-60h:TAACCAGAGTTGGCGA,Epiblast
SBR-60h:TGTTCCGCATTACTCT,Epiblast
SBR-60h:AGTCATGCAGAAGTGC,Epiblast
SBR-60h:TAGACTGTCACGATCA,Epiblast
SBR-60h:CGGTCAGTCCCTGTTG,Epiblast
SBR-60h:CGGGACTTCTCATTAC,Epiblast
SBR-60h:TCGAACACAAACGAGC,Epiblast
SBR-60h:ATTTCTGTCCTACCAC,Epiblast
SBR-60h:AGGCTGCTCCGACAGC,Ectopic pluripotency
SBR-60h:GTTACGACACCGGTCA,Naive pluripotency
SBR-60h:GGCTTGGAGCTGCGAA,Epiblast
SBR-60h:GCAACATCATAATCGC,Epiblast
SBR-60h:GTTCATTCAGCTCGGT,Epiblast
SBR-60h:TTCGGTCAGAGTAACT,Epiblast
SBR-60h:GTAGCTATCGTTCCTG,Epiblast
SBR-60h:CTAACCCCATTCAGGT,Epiblast/primitive streak
SBR-60h:TAACGACCATCTCGTC,Epiblast/primitive streak
SBR-60h:GACATCAGTCGCACAC,Cd63+ ectoderm-like artefact
SBR-60h:ACTGTCCAGTAGCAAT,Epiblast
SBR-60h:TCTGCCAAGCTGAGCA,Epiblast
SBR-60h:GAAGAATCAATTTCGG,Epiblast
SBR-60h:GGGCTCATCACCGGGT,Epiblast
SBR-60h:GCTTGGGCACGACAGA,Epiblast
SBR-60h:CCTCAGTAGGCATGCA,Epiblast/primitive streak
SBR-60h:ATGAAAGAGGATTCCT,Epiblast/primitive streak
SBR-60h:CATGCTCAGATACTGA,Epiblast
SBR-60h:GCATGATTCAACACGT,Epiblast
SBR-60h:ACTGTGAGTCAAGTTC,Epiblast
SBR-60h:AGGATAATCATTTCGT,Epiblast
SBR-60h:GTAGGAGCAGCATGCC,Epiblast
SBR-60h:CTACTATAGTAATACG,Epiblast
SBR-60h:ACTTCCGAGCACAAAT,Epiblast/primitive streak
SBR-60h:TAGTGCATCTAAGCCA,Epiblast/primitive streak
SBR-60h:ATGACCATCAACACGT,Ectopic pluripotency
SBR-60h:GAAGCCCAGTGCCCGT,Epiblast
SBR-60h:ACTGCAATCATACGAC,Epiblast
SBR-60h:CGCGTGAAGTTGGGAC,Epiblast
SBR-60h:TCCAGAAGTCCAGTTA,Epiblast
SBR-60h:ACACAGTCAGTCTCTC,Epiblast
SBR-60h:ACGGTTACACGCGCAT,Epiblast
SBR-60h:TTGCCTGGTTCCGCGA,Epiblast
SBR-60h:AGTCTCCTCAAGCCTA,Naive pluripotency
SBR-60h:GGTGTTAAGTCCGCGT,Epiblast
SBR-60h:AAAGTGAGTTGTCATG,Epiblast/primitive streak
SBR-60h:GTCCACTAGGATGAGA,Cd63+ ectoderm-like artefact
SBR-60h:CGGAGAAGTTGGACCC,Epiblast/primitive streak
SBR-60h:GGGTGAAGTGTTAGCT,Epiblast
SBR-60h:ACATGCACATCCTTGC,Epiblast
SBR-60h:GACGCTGTCGCTCATC,Epiblast
SBR-60h:TCCGAAATCTGGGTCG,Epiblast
SBR-60h:GCAACATTCACCATAG,Epiblast
SBR-60h:GATTCTTTCAGAGTGG,Epiblast
SBR-60h:GAATAGACAGTTAAAG,Epiblast
SBR-60h:GGTTGTAAGCTCGAAG,Epiblast
SBR-60h:GGGATGAAGGTTGGTG,Epiblast
SBR-60h:GTGGGAACATAGACTC,Epiblast
SBR-60h:TGGCGTGGTCCTATAG,Epiblast
SBR-60h:CCGCAAGTCAAGTGTC,Epiblast
SBR-60h:AGCGCCAGTGGTACAG,Epiblast
SBR-60h:CTCGAGGTCTTCGTGC,Epiblast
SBR-60h:TGCATCCTCTGCGGGT,Epiblast/primitive streak
SBR-60h:GTAGCTACACCCAACG,Epiblast
SBR-60h:ACAACCACAGACCAGA,Epiblast/primitive streak
SBR-60h:AACCTTTTCAGCTGTA,Epiblast/primitive streak
SBR-60h:ACCATTTAGAAGCTCG,Ectopic pluripotency
SBR-60h:ACGATGTAGGCGTTGA,Epiblast/primitive streak
SBR-60h:CGTTAGATCGATCCCT,Epiblast/primitive streak
SBR-60h:GTGTGATAGAGTATAC,Naive pluripotency
SBR-60h:GGGTATTCATGTGGTT,Cd63+ ectoderm-like artefact
SBR-60h:TTCTCTCAGATGTTAG,Epiblast
SBR-60h:GATGAGGAGAAATCCA,Epiblast/primitive streak
SBR-60h:TGGGAGAAGCACAAAT,Epiblast
SBR-60h:GTACAGTAGTATAACG,Epiblast
SBR-60h:TCTATACGTAGTATAG,Epiblast
SBR-60h:AGCTCAATCAAGTGGG,Epiblast
SBR-60h:GCTTCACTCTAGAGCT,Epiblast
SBR-60h:AGTTCGACAAAGCTCT,Epiblast
SBR-60h:GACACGCAGCGCTGAA,Epiblast
SBR-60h:CCCGAAGAGAAACTAC,Epiblast/primitive streak
SBR-60h:TGCTCGTGTTGTGCCG,Epiblast
SBR-60h:TGTGGCGCAACCGATT,Epiblast/primitive streak
SBR-60h:GTAGAGGCAGGCATTT,Epiblast
SBR-60h:GTTACCCTCTGCTGAA,Epiblast
SBR-60h:TGCTGAAAGTTTGGCT,Epiblast
SBR-60h:GAAGGACGTGTGTTTG,Epiblast/primitive streak
SBR-60h:TCACTATGTACGGGAT,Exiting naive pluripotency
SBR-60h:ATGGATCGTAGACGGT,Epiblast
SBR-60h:AGGAATACAACTTGCA,Epiblast
SBR-60h:TGTGATGCAGAAGTGC,Epiblast
SBR-60h:CTGCATCAGTGTTCAC,Epiblast
SBR-60h:GATGCTATCGCGATCG,Epiblast
SBR-60h:CTGTGAAAGACGATAT,Epiblast
SBR-60h:GAGGGTAGTGACACGA,Epiblast
SBR-60h:ATCGGCGAGACCACGA,Epiblast
SBR-60h:ATGTCCCTCTGCAGCG,Epiblast
SBR-60h:CCCTGATAGGCACTAG,Epiblast
SBR-60h:ATGAAAGGTCGTTTCC,Epiblast/primitive streak
SBR-60h:CTTCGGTGTCCCTGAG,Epiblast
SBR-60h:ATGCGATGTCGTGATT,Epiblast
SBR-60h:CGGTCAGTCTTCACGC,Epiblast
SBR-60h:ATTACCTGTGCGTTTA,Epiblast/primitive streak
SBR-60h:GTCAAGTAGTGTAGTA,Epiblast
SBR-60h:CAACCTCGTAACGATA,Epiblast
SBR-60h:AGGACGAAGGCGTTAG,Epiblast
SBR-60h:TGTCCCACACCAGTTA,Epiblast
SBR-60h:TGCAGGCGTGGCTGCT,Epiblast
SBR-60h:TTGCTGCAGGCTCCCA,Epiblast/primitive streak
SBR-60h:GAGGGTAAGACAGCTG,Epiblast/primitive streak
SBR-60h:CACGTTCTCAGCAATC,Epiblast/primitive streak
SBR-60h:CAGTTCCCAATCTCGA,Epiblast/primitive streak
SBR-60h:CATTGAGCACCTGAAT,Epiblast
SBR-60h:TCTGTCGCATTGTGCA,Epiblast/primitive streak
SBR-60h:TTCTAGTTCATGCCCT,Epiblast/primitive streak
SBR-60h:TTTGTTGTCTGAGCAT,Epiblast
SBR-60h:TGTTGGATCCATGCAA,Epiblast
SBR-60h:AACCCAATCTGTCCCA,Epiblast/primitive streak
SBR-60h:ATTGTTCCAATCTAGC,Epiblast
SBR-60h:AACCATGCAATCCAGT,Exiting naive pluripotency
SBR-60h:GATGGAGAGCGCCATC,Epiblast/primitive streak
SBR-60h:ACATTTCGTTCAACGT,Epiblast/primitive streak
SBR-60h:ACGTACAAGCTAGAAT,Epiblast
SBR-60h:GACCTTCTCTACCTTA,Exiting naive pluripotency
SBR-60h:TCATGTTCAGACAATA,Epiblast
SBR-60h:CTCAGGGCAGACACCC,Epiblast
SBR-60h:ATCAGGTGTAGCTGCC,Epiblast
SBR-60h:AATCGTGTCTGAGGTT,Epiblast
SBR-60h:ACACTGAAGGATGCGT,Epiblast/primitive streak
SBR-60h:TACACCCTCCATCTAT,Epiblast
SBR-60h:CATTGTTCATTGAAGA,Epiblast
SBR-60h:GTACAGTAGAGTGAAG,Epiblast
SBR-60h:GCAGCTGGTTCTCCAC,Epiblast
SBR-60h:AGGCATTTCGGCATAT,Epiblast
SBR-60h:GTTCTATTCACACCCT,Epiblast
SBR-60h:ACCAACAAGTGGATTA,Epiblast
SBR-60h:ATTCTTGAGTCAGCCC,Epiblast
SBR-60h:AGCCAGCTCGAGTTGT,Epiblast/primitive streak
SBR-60h:TGGAGGATCACAGAGG,Epiblast
SBR-60h:CATCGTCGTTGGTACT,Epiblast
SBR-60h:GTCTAGAGTTCGTACA,Epiblast
SBR-60h:CGTAGTATCGCGCTGA,Epiblast
SBR-60h:TATCTTGAGTGCCAGA,Epiblast/primitive streak
SBR-60h:AGGGCCTGTTAAGGGC,Epiblast
SBR-60h:CTTGAGAAGGAAACGA,Epiblast
SBR-60h:CCGGACACAGGCCTGT,Epiblast
SBR-60h:CTGTGGGGTGCTCTCT,Epiblast
SBR-60h:TCAGGTATCATGTCAG,Epiblast
SBR-60h:CAGCACGAGCTACTAC,Epiblast
SBR-60h:GAGATGGTCTTAGCAG,Epiblast
SBR-60h:ATTCACTCACAAGCCC,Epiblast/primitive streak
SBR-60h:AGTACTGGTGTGGACA,Epiblast
SBR-60h:TTTCCTCTCTTCCCAG,Epiblast/primitive streak
SBR-60h:ATCAGGTTCTGAGCAT,Epiblast/primitive streak
SBR-60h:TTCCTTCAGGGTCAAC,Epiblast
SBR-60h:GGCTTGGTCCACACCT,Epiblast
SBR-60h:AGTTAGCGTAACGATA,Epiblast
SBR-60h:ATGGAGGTCGCGGACT,Epiblast
SBR-60h:CAAGCTAGTTGGGATG,Epiblast/primitive streak
SBR-60h:CAAGCTACAGTTGTTG,Epiblast
SBR-60h:CATAGACGTAACGATA,Epiblast/primitive streak
SBR-60h:TTTACCACATCCTGTC,Epiblast/primitive streak
SBR-60h:CCACACTTCCATCTGC,Epiblast
SBR-60h:TTTGATCCACAAGTGG,Epiblast
SBR-60h:GATCCCTCATAATCGC,Epiblast/primitive streak
SBR-60h:ATTCAGGGTTAGAAAC,Epiblast
SBR-60h:TGATGCAGTCGCGTCA,Exiting naive pluripotency
SBR-60h:AGTAGTCGTCAAGCCC,Ectopic pluripotency
SBR-60h:TGCACGGGTGCTCGTG,Ectopic pluripotency
SBR-60h:GAGTCTAGTGCCTAAT,Epiblast
SBR-60h:TGGATCAGTTCTCTAT,Epiblast
SBR-60h:TACTGCCCATTATGCG,Epiblast
SBR-60h:TCTACATGTCGCAACC,Epiblast
SBR-60h:AACACACAGTCGGCAA,Exiting naive pluripotency
SBR-60h:CCGAACGCACTACCCT,Epiblast
SBR-60h:ACAAAGAAGACAGCTG,Exiting naive pluripotency
SBR-60h:AATGAAGAGGGTTAAT,Epiblast
SBR-60h:TAACTTCAGTAGACAT,Epiblast/primitive streak
SBR-60h:CTTCCGACAACAACAA,Epiblast
SBR-60h:TTAGGCATCTATCCAT,Epiblast
SBR-60h:TAACCAGAGGTACAGC,Ectopic pluripotency
SBR-60h:GTGATGTGTATACAGA,Epiblast
SBR-60h:CTATCCGTCTAGACAC,Epiblast
SBR-60h:CATCAAGTCACGAGGA,Epiblast/primitive streak
SBR-60h:CGGCAGTAGTTTGAGA,Epiblast
SBR-60h:GGGTCACAGCATGGGT,Epiblast
SBR-60h:ATGCCTCAGACGGTCA,Epiblast
SBR-60h:AGATGCTCAATGAAAC,Ectopic pluripotency
SBR-60h:CTGCCTATCACCTCAC,Epiblast
SBR-60h:GATAGAAAGTCACACT,Epiblast/primitive streak
SBR-60h:TCAGTGAAGTGCAAAT,Epiblast
SBR-60h:CTAACTTCAACAGTGG,Epiblast/primitive streak
SBR-60h:GAGCTGCGTGTTCGAT,Epiblast
SBR-60h:CAACGATTCCCTCAAC,Epiblast/primitive streak
SBR-60h:AAAGTGAAGTCGCCAC,Ectopic pluripotency
SBR-60h:GACCGTGGTGTATTGC,Epiblast
SBR-60h:TGGGCGTCACCAGTAT,Epiblast
SBR-60h:CTCATTAAGTAGAGTT,Epiblast/primitive streak
SBR-60h:CATTTCAGTGATCGTT,Epiblast
SBR-60h:ACTATCTCAGGACATG,Epiblast/primitive streak
SBR-60h:CTGATCCTCAAACTGC,Epiblast
SBR-60h:GTGCGTGTCCTACGAA,Epiblast
SBR-60h:TGGGTTACATTGTCGA,Epiblast
SBR-60h:AGCCAGCAGTCTACCA,Epiblast
SBR-60h:GTGAGGAGTTAAGACA,Epiblast
SBR-60h:TCAGTCCCAGGGTCTC,Epiblast
SBR-60h:TATTCCAGTATTTCTC,Naive pluripotency
SBR-60h:ATTCCTATCCGGGACT,Ectopic pluripotency
SBR-60h:CGAGGCTCACAACGAG,Exiting naive pluripotency
SBR-60h:CTGGTCTCAAACCATC,Epiblast
SBR-60h:TGTACAGGTGGCCACT,Epiblast
SBR-60h:TAATCTCTCCATAAGC,Epiblast
SBR-60h:CAATTTCCATCCCACT,Epiblast
SBR-60h:CTTCTAAAGTGATAAC,Epiblast
SBR-60h:CCAATGACACTGCACG,Epiblast
SBR-60h:CTCTCAGAGAGTCTTC,Epiblast
SBR-60h:TTTGGTTTCGAGAGAC,Epiblast
SBR-60h:TATGTTCAGGTTCACT,Naive pluripotency
SBR-60h:TCCACCACACCTGATA,Epiblast
SBR-60h:CGACAGCAGCCTGGAA,Exiting naive pluripotency
SBR-60h:GTACAACGTTAATGAG,Epiblast
SBR-60h:CGGAACCAGGGCAGAG,Epiblast
SBR-60h:TTGAGTGTCTGGACTA,Epiblast
SBR-60h:AGCGCCAGTTAGCGGA,Epiblast
SBR-60h:TGCGATAAGCTCCACG,Epiblast
SBR-60h:TAGGTACAGTGGCCTC,Epiblast
SBR-60h:CCGATCTGTAGCCCTG,Epiblast
SBR-60h:GGGACCTCAGTCAGCC,Epiblast
SBR-60h:TTGTTCAGTACTCAAC,Epiblast
SBR-60h:GCCGATGGTACCAATC,Exiting naive pluripotency
SBR-60h:CAAGCTAAGTCGGGAT,Epiblast
SBR-60h:GAAGCCCGTTGGGTAG,Epiblast
SBR-60h:GTCTAGATCCACTGAA,Epiblast
SBR-60h:TGTCCCATCCACCCTA,Epiblast
SBR-60h:CAGGGCTCACGTAGAG,Epiblast
SBR-60h:CTGCATCCAAAGCTAA,Epiblast
SBR-60h:ATCGTCCGTTAAGGAT,Epiblast/primitive streak
SBR-60h:TTGGTTTTCCTGGGTG,Epiblast
SBR-60h:GTAGAAATCAAATAGG,Epiblast
SBR-60h:GGGAAGTCACACGGAA,Epiblast/primitive streak
SBR-60h:GGGCCATAGCAACAAT,Epiblast
SBR-60h:GATCACACACAGTGAG,Epiblast
SBR-60h:TAGACCAGTCTGCATA,Epiblast
SBR-60h:AACCATGCATTGACAC,Epiblast
SBR-60h:AGTCTCCGTGAGAACC,Epiblast/primitive streak
SBR-60h:TACCTCGGTGCATACT,Epiblast/primitive streak
SBR-60h:AGTCATGCATCATTTC,Exiting naive pluripotency
SBR-60h:GGGTATTCACAGTATC,Epiblast
SBR-60h:CAGCAGCTCCTGGGTG,Epiblast/primitive streak
SBR-60h:CCACTTGAGATACTGA,Epiblast/primitive streak
SBR-60h:AGTGCCGGTCCCTCAT,Epiblast
SBR-60h:CCTCAGTTCGCGCTGA,Epiblast/primitive streak
SBR-60h:CGATGGCAGAGCAGCT,Epiblast
SBR-60h:CCGTTCAAGAATCCCT,Epiblast
SBR-60h:GAGAGGTAGGTCCGAA,Epiblast/primitive streak
SBR-60h:CCGTAGGAGCGACATG,Epiblast
SBR-60h:GTGTCCTCAAAGGTTA,Epiblast
SBR-60h:TACCCGTTCGACATAC,Epiblast
SBR-60h:CTACGGGTCTAGACCA,Ectopic pluripotency
SBR-60h:TCACTCGGTTGTGTAC,Epiblast
SBR-60h:GGGATCCTCTAGTTCT,Epiblast
SBR-60h:TCAAGCAAGTGAGGCT,Epiblast
SBR-60h:CGGGTGTCACACAGAG,Epiblast
SBR-60h:ACACCAAGTATCGCTA,Ectopic pluripotency
SBR-60h:TGTTTGTGTTACCTTT,Epiblast/primitive streak
SBR-60h:TGTTCTACAGAACTCT,Epiblast
SBR-60h:ATGGTTGAGCGGGTTA,Epiblast/primitive streak
SBR-60h:TACAACGGTTGAGGAC,Epiblast/primitive streak
SBR-60h:ATGCGATGTGCTTATG,Epiblast
SBR-60h:GATAGAATCTTAATCC,Epiblast/primitive streak
SBR-60h:AACCTTTGTCGCAACC,Epiblast/primitive streak
SBR-60h:TTAATCCAGCGTATAA,Epiblast
SBR-60h:CTGCAGGAGGTAAACT,Epiblast
SBR-60h:AGGATCTCATAGGTTC,Epiblast
SBR-60h:TACAGGTAGGATCATA,Ectopic pluripotency
SBR-60h:TCACGGGAGTTGCATC,Epiblast
SBR-60h:GTCTCACCAGTATACC,Epiblast/primitive streak
SBR-60h:AGGATAAAGCTTAGTC,Epiblast
SBR-60h:GGGTGTCGTTCGAACT,Epiblast
SBR-60h:TCCACGTTCACACGAT,Epiblast/primitive streak
SBR-60h:CCACTTGAGTCATCCA,Epiblast
SBR-60h:TGGATCAGTCCCGCAA,Epiblast
SBR-60h:ATACCGACAGCGATTT,Epiblast
SBR-60h:TGGGAAGCAGTCCGTG,Epiblast
SBR-60h:CTGAGCGGTATTGAGA,Epiblast
SBR-60h:GCCAGCAGTGGTTTAC,Epiblast
SBR-60h:TTTACTGAGGCCTAAG,Exiting naive pluripotency
SBR-60h:TTCACCGTCATACGGT,Naive pluripotency
SBR-60h:CCCGAAGGTGTAGGAC,Epiblast
SBR-60h:TTTACGTAGACGACGT,Epiblast
SBR-60h:GCCTGTTCAACTGTGT,Epiblast/primitive streak
SBR-60h:ATAGACCTCCGCTGTT,Ectopic pluripotency
SBR-60h:ATGGTTGGTCTTGCGG,Epiblast
SBR-60h:GCCGATGTCTGGGCCA,Epiblast/primitive streak
SBR-60h:CTCAGTCTCGAACGGA,Epiblast
SBR-60h:TGTGAGTGTCGCACAC,Epiblast
SBR-60h:ACCACAAGTGTGACCC,Epiblast
SBR-60h:TCCAGAAAGATGATTG,Epiblast/primitive streak
SBR-60h:GGTAATCAGTTCAACC,Epiblast
SBR-60h:CCCAACTCAAGCCCAC,Epiblast
SBR-60h:AGTGTTGCATTCCTCG,Epiblast
SBR-60h:TGTACAGAGCTACTGT,Epiblast/primitive streak
SBR-60h:GGGATCCGTTGCCATA,Epiblast/primitive streak
SBR-60h:AAGTTCGCACTGAGGA,Epiblast
SBR-60h:AGAACAACAGGTGACA,Epiblast/primitive streak
SBR-60h:AGCCACGAGCCTGCCA,Epiblast/primitive streak
SBR-60h:CGAGGCTTCTTCCGTG,Epiblast
SBR-60h:ATCGGATCACATTCTT,Epiblast
SBR-60h:TCACTATGTTCTCGTC,Epiblast
SBR-60h:AAGCGTTTCCGTGGTG,Epiblast/primitive streak
SBR-60h:AGTAACCTCGACATTG,Epiblast
SBR-60h:GCCATGGAGTGGCGAT,Epiblast
SBR-60h:TACTGCCGTTAAACCC,Epiblast
SBR-60h:AAGGAATAGCACTCTA,Epiblast
SBR-60h:ACACCAATCTCCTGAC,Epiblast
SBR-60h:CCGGTGACAGTAACCT,Epiblast
SBR-60h:CACGGGTGTACGATCT,Epiblast
SBR-60h:CTCATGCAGACGGAAA,Exiting naive pluripotency
SBR-60h:TGGTACAAGAGATTCA,Epiblast
SBR-60h:ACAGCCGAGGGTTGCA,Epiblast
SBR-60h:AGGTAGGGTTGCGGCT,Epiblast
SBR-60h:CTGCGAGCATCCGTGG,Epiblast
SBR-60h:CTAGGTAGTAACAAGT,Epiblast/primitive streak
SBR-60h:GTAGAAACACGACAGA,Epiblast/primitive streak
SBR-60h:GACTTCCGTTTGATCG,Epiblast/primitive streak
SBR-60h:TTGCATTAGACCAACG,Exiting naive pluripotency
SBR-60h:TTCTTCCCAACGACTT,Epiblast
SBR-60h:TCGTAGACAAGCTACT,Epiblast
SBR-60h:AATGGAACAGTAGGAC,Epiblast
SBR-60h:ATTCTTGCACTACACA,Epiblast
SBR-60h:CTACAGAGTTGTTTGG,Epiblast/primitive streak
SBR-60h:GGCACGTAGCTGAAGC,Epiblast
SBR-60h:AGGTCTAGTGGCTTAT,Epiblast/primitive streak
SBR-60h:AAAGTGAGTTAGGACG,Epiblast/primitive streak
SBR-60h:GTAGAAACATCTCGTC,Ectopic pluripotency
SBR-60h:CAGGTATCATCTGGGC,Epiblast
SBR-60h:ACAAGCTCAGATTCGT,Epiblast/primitive streak
SBR-60h:AAGCATCCATGGGTTT,Epiblast
SBR-60h:ACGTACATCGCTGTCT,Epiblast
SBR-60h:TAACACGAGGGCTAAC,Epiblast
SBR-60h:TCCTAATCAGTAACCT,Epiblast
SBR-60h:GATGGAGTCACGGGAA,Epiblast
SBR-60h:CGGAGAACACACCTTC,Epiblast/primitive streak
SBR-60h:AACGAAAAGGCGAACT,Epiblast
SBR-60h:GTGAGGAAGGGTTAAT,Epiblast
SBR-60h:ATCCGTCAGTCACTGT,Epiblast
SBR-60h:CCACTTGAGCTAATGA,Epiblast
SBR-60h:TGCAGGCGTATCGTTG,Epiblast
SBR-60h:TGACAGTAGGACACTG,Epiblast/primitive streak
SBR-60h:TTGAGTGGTTTGGCTA,Epiblast/primitive streak
SBR-60h:TGAACGTTCCGAGAAG,Epiblast
SBR-60h:ACAAGCTGTGGACCTC,Ectopic pluripotency
SBR-60h:ATACCTTGTATCCTCC,Epiblast
SBR-60h:GAATCACCATACTTTC,Epiblast/primitive streak
SBR-60h:GTAGTACAGCGCCATC,Epiblast
SBR-60h:CTCAGAAGTACGATTC,Epiblast/primitive streak
SBR-60h:TGAGACTAGACGCCCT,Epiblast
SBR-60h:AAGTGAAGTCTGATAC,Epiblast/primitive streak
SBR-60h:GAAGTAAGTGGTCAAG,Epiblast/primitive streak
SBR-60h:AGGAAATGTGACTGAG,Epiblast
SBR-60h:CACAGATGTATCGTAC,Epiblast
SBR-60h:TCGCTTGCAGAGTAAT,Epiblast
SBR-60h:CAGTTAGGTAGTTAGA,Epiblast/primitive streak
SBR-60h:AGCGATTCAAAGGATT,Epiblast/primitive streak
SBR-60h:TCACGCTGTTGTACGT,Epiblast/primitive streak
SBR-60h:ATCGTCCGTCCGGTGT,Epiblast
SBR-60h:GGTCTGGCAACACACT,Epiblast
SBR-60h:ACGATCAAGGTAGGCT,Epiblast
SBR-60h:GTCATGAAGAGTTGAT,Epiblast
SBR-60h:ATCACGATCATAAGGA,Epiblast
SBR-60h:TGGAACTAGCCTGTGC,Epiblast
SBR-60h:GTCGCGATCTCTGACC,Exiting naive pluripotency
SBR-60h:CAGATCACAAATGGCG,Epiblast
SBR-60h:CTCATCGCAGCTCATA,Epiblast
SBR-60h:CGCAGGTAGCACGATG,Epiblast
SBR-60h:GTAGTACAGCTAGTTC,Epiblast
SBR-60h:TCCTTTCTCTTCTGGC,Epiblast/primitive streak
SBR-60h:AGGGCTCGTATCTCTT,Epiblast
SBR-60h:TGAATGCGTAGTTACC,Epiblast/primitive streak
SBR-60h:CAGATACTCAACCCGG,Epiblast
SBR-60h:CAGCACGTCAGTCACA,Epiblast/primitive streak
SBR-60h:CTATAGGTCGTAGGAG,Epiblast
SBR-60h:TCACGCTCAGAACATA,Epiblast
SBR-60h:ACCTGAACATACCAGT,Epiblast
SBR-60h:AGGGTCCAGCAGCACA,Epiblast
SBR-60h:ACCAAACCAGCATACT,Epiblast/primitive streak
SBR-60h:CATTGAGGTATAGGGC,Epiblast
SBR-60h:AACAAGACAGCTGAGA,Epiblast/primitive streak
SBR-60h:AAAGGTAAGCCGATTT,Epiblast/primitive streak
SBR-60h:ATCACGATCGTCTAAG,Epiblast
SBR-60h:GATAGCTTCGGTAAGG,Epiblast
SBR-60h:ATTCATCAGGCCACTC,Epiblast
SBR-60h:ACCATTTTCCCGTAAA,Epiblast/primitive streak
SBR-60h:CCCAACTGTTCCAGGC,Cd63+ ectoderm-like artefact
SBR-60h:TATTGGGCAACCGGAA,Epiblast
SBR-60h:ATTCTACAGGGCTTCC,Epiblast/primitive streak
SBR-60h:AGCTTCCTCGAAGCCC,Epiblast/primitive streak
SBR-60h:CATCGCTGTATGCAAA,Epiblast
SBR-60h:CCAATTTAGATCCCAT,Epiblast
SBR-60h:CATTCTAAGCACTCAT,Exiting naive pluripotency
SBR-60h:CGATGGCTCTAACGGT,Epiblast
SBR-60h:CTACGGGGTGATTGGG,Epiblast
SBR-60h:GAGTGAGAGCATATGA,Epiblast
SBR-60h:CTCAATTAGTCTCGTA,Epiblast/primitive streak
SBR-60h:AGACACTTCGCTTTAT,Epiblast/primitive streak
SBR-60h:AGGAGGTGTAGATTAG,Epiblast
SBR-60h:AATTTCCGTAATGCGG,Epiblast
SBR-60h:GATCACAGTAGAATAC,Epiblast
SBR-60h:TTCCACGTCTCGTGGG,Epiblast
SBR-60h:AAAGGTACATGACGTT,Epiblast
SBR-60h:TAGGAGGTCCGCGGAT,Epiblast
SBR-60h:TACTTACCAATAGGGC,Epiblast/primitive streak
SBR-60h:TAGCACACACCTCAGG,Exiting naive pluripotency
SBR-60h:GAGATGGCACTAAACC,Epiblast/primitive streak
SBR-60h:CTTCCGACACACAGCC,Exiting naive pluripotency
SBR-60h:TCCGAAATCTCCGAGG,Epiblast
SBR-60h:TTCTTGACACTTGGGC,Epiblast
SBR-60h:CTACATTAGCCTATTG,Epiblast/primitive streak
SBR-60h:ACTATTCAGTCGCCCA,Epiblast/primitive streak
SBR-60h:GTTCGCTCAGAAGCTG,Epiblast
SBR-60h:TTCCAATCAGAAATTG,Epiblast/primitive streak
SBR-60h:AGCCAGCCACTAGAGG,Epiblast/primitive streak
SBR-60h:AAAGTCCCAGATTCGT,Epiblast
SBR-60h:ACCCTTGAGTGGCGAT,Epiblast/primitive streak
SBR-60h:TCACTATTCAGATTGC,Epiblast
SBR-60h:CCTAACCCACTTGGGC,Epiblast/primitive streak
SBR-60h:CGACAGCAGATCACTC,Epiblast/primitive streak
SBR-60h:TGTTGGACAGACACAG,Epiblast/primitive streak
SBR-60h:GCGATCGCAAACCGGA,Epiblast/primitive streak
SBR-60h:ACAGAAACAGAGGGTT,Epiblast/primitive streak
SBR-60h:CCACTTGCAGCCCACA,Epiblast/primitive streak
SBR-60h:AAGTGAATCCATATGG,Epiblast
SBR-60h:AAGACTCGTGCCCGTA,Epiblast
SBR-60h:GGGTGAAAGAAGTCCG,Epiblast
SBR-60h:AACACACGTCTTTATC,Epiblast/primitive streak
SBR-60h:ACTTATCCAAGACTGG,Epiblast
SBR-60h:AGACCCGGTTAGTCGT,Epiblast/primitive streak
SBR-60h:AAACGAAGTGGCTACC,Epiblast/primitive streak
SBR-60h:CTCTCGAAGGCATGCA,Epiblast
SBR-60h:GATGATCGTTCGTAAC,Epiblast
SBR-60h:AGAACCTAGGAGGCAG,Epiblast/primitive streak
SBR-60h:CCGTGAGCAAAGACGC,Epiblast
SBR-60h:ATTCTACCATACATCG,Naive pluripotency
SBR-60h:TACTTGTGTTGGGCCT,Epiblast
SBR-60h:TACAACGAGACTAAGT,Epiblast
SBR-60h:TTCCGGTGTTGCGGAA,Epiblast/primitive streak
SBR-60h:GGAGCAATCACATACG,Epiblast
SBR-60h:TAGACCAAGAGAGCGG,Epiblast
SBR-60h:CCGGACAAGTAAACTG,Epiblast
SBR-60h:TCATACTTCTCGTGAA,Epiblast/primitive streak
SBR-60h:CTCAAGACATTGTCGA,Epiblast
SBR-60h:GAATAGACACAGAGCA,Epiblast
SBR-60h:GTTCATTGTGGCAACA,Epiblast
SBR-60h:AAAGTGACAAGACCTT,Epiblast/primitive streak
SBR-60h:GATTCTTTCTGTAAGC,Epiblast
SBR-60h:GTAGGTTAGGCCGCTT,Epiblast
SBR-60h:GTAATCGTCGAAACAA,Epiblast
SBR-60h:ACTGTCCTCGCAACAT,Epiblast
SBR-60h:AGTGTTGTCTCTGAGA,Naive pluripotency
SBR-60h:AGAGCAGTCATCACTT,Epiblast/primitive streak
SBR-60h:CGGAACCTCGACCATA,Epiblast
SBR-60h:TCAAGCAGTGCGGCTT,Epiblast
SBR-60h:GAATCACTCGCCAACG,Epiblast
SBR-60h:TGAGCATAGCGTACAG,Epiblast
SBR-60h:AGACAGGTCATCGTAG,Epiblast
SBR-60h:TCAAGACAGCAGTACG,Epiblast/primitive streak
SBR-60h:TTTACCACACTACGGC,Epiblast/primitive streak
SBR-60h:TCGAACAGTTACCGTA,Epiblast/primitive streak
SBR-60h:CCTCACAGTAAGTTAG,Epiblast/primitive streak
SBR-60h:TCATTGTCAGTTCACA,Epiblast
SBR-60h:TTCGGTCAGCTATCTG,Epiblast
SBR-60h:ATGAGTCCAATACCCA,Epiblast
SBR-60h:CAAGAGGCAAGCACAG,Epiblast/primitive streak
SBR-60h:AGTTCGAGTTGGGCCT,Epiblast
SBR-60h:AATAGAGCAAGCTGCC,Exiting naive pluripotency
SBR-60h:GGTGTCGAGCTAGCCC,Epiblast
SBR-60h:AGGGTGACATGGTGGA,Epiblast
SBR-60h:CAATGACAGAGCCGTA,Epiblast/primitive streak
SBR-60h:TTCATTGTCTGTCGCT,Epiblast/primitive streak
SBR-60h:CAGGTATGTGTATTCG,Epiblast/primitive streak
SBR-60h:ATTATCCCACTCCACT,Epiblast
SBR-60h:GGCACGTGTATCAGCT,Exiting naive pluripotency
SBR-60h:ATTTCACTCACATACG,Epiblast/primitive streak
SBR-60h:ACGCACGCACGCACCA,Epiblast/primitive streak
SBR-60h:CTGTGGGTCTCGCTTG,Epiblast
SBR-60h:GTCCTCACAACCGATT,Epiblast/primitive streak
SBR-60h:CATTGAGTCCAGTACA,Epiblast/primitive streak
SBR-60h:CGATGCGAGACCAGAC,Epiblast/primitive streak
SBR-60h:CTCATGCGTTAAGAAC,Epiblast/primitive streak
SBR-60h:ATTGGGTAGGTCATCT,Epiblast
SBR-60h:AGGAGGTTCTGTGCAA,Epiblast
SBR-60h:CATCGCTGTCTGATAC,Epiblast/primitive streak
SBR-60h:TAGGTACAGCCTGACC,Epiblast
SBR-60h:CAAGCTATCTCCATAT,Epiblast
SBR-60h:ACTTTCAAGTACTGGG,Epiblast/primitive streak
SBR-60h:ATCGGATTCGATACAC,Epiblast
SBR-60h:ACGTCCTAGAAGCGAA,Epiblast
SBR-60h:GGTAGAGAGTGTTGAA,Epiblast
SBR-60h:GGAGCAAGTCTTCAAG,Epiblast
SBR-60h:CATCGTCCAGCAGACA,Epiblast
SBR-60h:AGATCCACATACCGTA,Epiblast/primitive streak
SBR-60h:GTACAACAGGCCTTGC,Epiblast
SBR-60h:ATGGTTGGTTCTTCAT,Epiblast
SBR-60h:AGGATAATCTTCCAGC,Epiblast
SBR-60h:CGAAGGAAGGTGGTTG,Naive pluripotency
SBR-60h:TCAGCAAGTGTTCGTA,Cd63+ ectoderm-like artefact
SBR-60h:ACGTACAGTCGCAGTC,Epiblast
SBR-60h:GATTCTTCAGTTACCA,Epiblast
SBR-60h:TGGATCAGTCACTTCC,Epiblast/primitive streak
SBR-60h:ATCCGTCTCGGCCAAC,Epiblast/primitive streak
SBR-60h:GGGACAATCGTGGGTC,Ectopic pluripotency
SBR-60h:TACGGTACAAACGTGG,Epiblast
SBR-60h:CTCTGGTCAGTGACCC,Epiblast
SBR-60h:TTTCACATCCAAGCCG,Epiblast
SBR-60h:TCCCACAGTGGACCTC,Epiblast
SBR-60h:TATCTGTTCGGTTCAA,Epiblast
SBR-60h:GCGGAAACATCCTAAG,Epiblast/primitive streak
SBR-60h:ACTTAGGAGCAACAAT,Exiting naive pluripotency
SBR-60h:ACGATGTCATGACGTT,Epiblast
SBR-60h:TCTAACTAGACGCCAA,Epiblast/primitive streak
SBR-60h:CCTCAACAGCCTCGTG,Epiblast
SBR-60h:CGGCAGTGTGGTTTAC,Epiblast
SBR-60h:CTGCCTACATGACAGG,Epiblast/primitive streak
SBR-60h:CTGCAGGTCATGCCAA,Epiblast
SBR-60h:CATTGCCAGATCCGAG,Epiblast
SBR-60h:TGCTCGTCATAATGAG,Epiblast
SBR-60h:CACGTGGAGTCTACCA,Epiblast
SBR-60h:TTCCACGAGGAGCAAA,Epiblast/primitive streak
SBR-60h:TCTCAGCGTAAGAACT,Epiblast
SBR-60h:ACATCCCAGGCGTTAG,Epiblast/primitive streak
SBR-60h:TGCTGAAGTTCTCAGA,Epiblast
SBR-60h:AGAGAATGTGAGGATC,Epiblast/primitive streak
SBR-60h:GCCAGTGCACAACGAG,Epiblast/primitive streak
SBR-60h:AGCCACGGTTGGGTTT,Ectopic pluripotency
SBR-60h:GGGATCCAGACGCTCC,Ectopic pluripotency
SBR-60h:TACCGGGAGCTGAGTG,Epiblast
SBR-60h:CGAAGGACACACACGC,Epiblast
SBR-60h:AAGTACCGTAAGGCCA,Epiblast
SBR-60h:AGGGTCCGTTGCATGT,Epiblast
SBR-60h:AGGAATAAGACGTCCC,Ectopic pluripotency
SBR-60h:GAAGGGTGTATCGGTT,Epiblast/primitive streak
SBR-60h:GCATGATTCGGAGTGA,Epiblast/primitive streak
SBR-60h:GATGCTATCACGGACC,Exiting naive pluripotency
SBR-60h:GTCATCCCATGATCTG,Epiblast/primitive streak
SBR-60h:ATAGAGAAGGCTCAAG,Epiblast
SBR-60h:CTTGATTGTATCCCAA,Ectopic pluripotency
SBR-60h:TCTAACTCAAATACGA,Exiting naive pluripotency
SBR-60h:TATCGCCTCGTCCATC,Epiblast
SBR-60h:AACGAAACACAGCTGC,Epiblast/primitive streak
SBR-60h:GACGTTATCATGCTAG,Epiblast/primitive streak
SBR-60h:AACCATGGTGGACCTC,Epiblast/primitive streak
SBR-60h:GAACTGTAGCGCCTAC,Epiblast
SBR-60h:CTTCGGTCACCCTTGT,Epiblast/primitive streak
SBR-60h:GTCATGAGTGCTGATT,Epiblast
SBR-60h:CTGGACGCACGTCATA,Epiblast
SBR-60h:AAGAACAAGATGCGAC,Epiblast/primitive streak
SBR-60h:TATTGGGTCCGCTAGG,Epiblast
SBR-60h:TGATCTTCAGGTTCCG,Epiblast/primitive streak
SBR-60h:CTGTGAAGTGTTCAGT,Exiting naive pluripotency
SBR-60h:GATGACTGTACACGTT,Epiblast
SBR-60h:TGAGCATGTGAGACCA,Exiting naive pluripotency
SBR-60h:TGACCCTGTATTCTCT,Epiblast/primitive streak
SBR-60h:CGTAATGGTTGAGAGC,Epiblast
SBR-60h:CTGCTCAAGAGAGAAC,Epiblast/primitive streak
SBR-60h:ATCCACCGTCCGAAGA,Epiblast
SBR-60h:GACCCTTTCCAGTGCG,Exiting naive pluripotency
SBR-60h:TTTAGTCGTGCAACGA,Epiblast
SBR-60h:TTACCATAGGGATCGT,Epiblast/primitive streak
SBR-60h:AGTGTTGTCGTAACAC,Epiblast
SBR-60h:AGGATAATCAGATGCT,Epiblast
SBR-60h:TCATGTTGTGTGTCCG,Epiblast
SBR-60h:TGCAGATAGTAGTCAA,Epiblast/primitive streak
SBR-60h:GTGTAACGTTAAAGTG,Epiblast/primitive streak
SBR-60h:ACTCCCAGTGTTGAGG,Epiblast
SBR-60h:CTTCTCTCACTCCTTG,Epiblast
SBR-60h:TGCTCCAAGGAATGTT,Epiblast
SBR-60h:CTGATCCTCCGATCTC,Epiblast
SBR-60h:ATGAAAGAGGCGCTCT,Epiblast
SBR-60h:CCTCATGTCCCTCAAC,Epiblast/primitive streak
SBR-60h:ATAGGCTAGTCTTGGT,Epiblast
SBR-60h:GGTTGTACATGGGAAC,Epiblast/primitive streak
SBR-60h:CCTGTTGGTGGAATGC,Epiblast
SBR-60h:GCCAGGTGTATGGGAC,Epiblast/primitive streak
SBR-60h:GTTACAGTCGAGATAA,Cd63+ ectoderm-like artefact
SBR-60h:GCTGAATGTACCGTGC,Epiblast/primitive streak
SBR-60h:TGAATCGAGGCTCACC,Epiblast
SBR-60h:GAAGGGTGTGTTTGCA,Epiblast
SBR-60h:CCCTCAAGTTTCTATC,Epiblast
SBR-60h:GGAATCTTCTGACCCT,Epiblast/primitive streak
SBR-60h:CCTATCGCAGCGACAA,Epiblast
SBR-60h:CCTACGTCAGTAACCT,Epiblast
SBR-60h:CTCCTCCTCCGGGACT,Epiblast
SBR-60h:CTCGAGGAGGCCATAG,Epiblast
SBR-60h:AATCACGGTAACATAG,Epiblast/primitive streak
SBR-60h:CATACAGGTATCGCTA,Epiblast/primitive streak
SBR-60h:TCATGCCGTCTCGCGA,Epiblast
SBR-60h:GATTTCTGTCCGAAGA,Epiblast/primitive streak
SBR-60h:ATGGATCGTGGTCTTA,Epiblast/primitive streak
SBR-60h:ATCCGTCAGTTGGAAT,Epiblast/primitive streak
SBR-60h:TCAATCTTCATTTGGG,Epiblast
SBR-60h:ACACCAAGTGGACTGA,Epiblast/primitive streak
SBR-60h:GACTATGCAATCACGT,Epiblast
SBR-60h:CACAGATAGCTTGTTG,Epiblast/primitive streak
SBR-60h:GGTAATCAGTCGCTAT,Epiblast/primitive streak
SBR-60h:TACAGGTCATCGCTAA,Epiblast
SBR-60h:TCTTAGTAGCTGTTCA,Epiblast/primitive streak
SBR-60h:AGGCTGCTCGATTGAC,Epiblast/primitive streak
SBR-60h:TCATCCGCACAATGAA,Epiblast/primitive streak
SBR-60h:ATCTCTATCTCATTGT,Epiblast/primitive streak
SBR-60h:GAGTGAGTCAGCGCAC,Epiblast
SBR-60h:TCATTTGAGTGCGTCC,Epiblast/primitive streak
SBR-60h:AACCCAAGTCGTTTCC,Epiblast
SBR-60h:TGCAGTAGTGCAGTGA,Ectopic pluripotency
SBR-60h:GGTGGCTTCTGCACCT,Epiblast
SBR-60h:AGGGTTTGTTATTCTC,Epiblast
SBR-60h:GCGGATCTCCGCACGA,Epiblast
SBR-60h:TGGTGATAGCCGAATG,Epiblast
SBR-60h:GTCAAACAGAGTTGAT,Epiblast/primitive streak
SBR-60h:CCACTTGTCGAGAGAC,Epiblast/primitive streak
SBR-60h:CACGAATAGTAAACGT,Epiblast
SBR-60h:TGAATCGTCCTCGATC,Epiblast
SBR-60h:GAGACTTGTCGGAAAC,Epiblast
SBR-60h:ATTCACTTCAGAACCT,Epiblast/primitive streak
SBR-60h:CTCATTAAGTAGTCTC,Epiblast
SBR-60h:TGCGATACAAGGCAAC,Epiblast
SBR-60h:TCGTCCAGTGATGGCA,Epiblast
SBR-60h:TCAGGTACAACTACGT,Epiblast/primitive streak
SBR-60h:GTCTGTCAGCCTGCCA,Epiblast/primitive streak
SBR-60h:AACAAAGAGTAGCTCT,Epiblast
SBR-60h:TGCAGTAGTATCTCGA,Epiblast/primitive streak
SBR-60h:CTACCCAGTGCTCGTG,Epiblast/primitive streak
SBR-60h:GTCTACCCAACTCGAT,Epiblast/primitive streak
SBR-60h:CATCAAGTCCAGTACA,Epiblast/primitive streak
SBR-60h:CTCAGGGTCTATCCAT,Ectopic pluripotency
SBR-60h:TAGGTACTCGCATAGT,Epiblast
SBR-60h:TCAGGTACACTAGAGG,Epiblast/primitive streak
SBR-60h:AGGAGGTTCACACGAT,Epiblast/primitive streak
SBR-60h:TAACACGTCAGAGTGG,Epiblast
SBR-60h:TGGTGATGTTCTTCAT,Cd63+ ectoderm-like artefact
SBR-60h:GACCAATAGTGACACG,Epiblast/primitive streak
SBR-60h:AAGCGTTCAATGAGCG,Epiblast/primitive streak
SBR-60h:CGGACACAGACTACCT,Naive pluripotency
SBR-60h:AGATCCAGTGTCCAAT,Epiblast/primitive streak
SBR-60h:CGTGAATGTCCAGCCA,Epiblast
SBR-60h:GCCAGGTCAAGAAATC,Epiblast
SBR-60h:GATGATCAGTGATGGC,Epiblast
SBR-60h:CTGCTCATCCCATTCG,Epiblast
SBR-60h:CTCATCGCAGACCTGC,Ectopic pluripotency
SBR-60h:ATTGGGTCAGAGTCAG,Epiblast
SBR-60h:CCCTTAGGTAATCAAG,Epiblast
SBR-60h:ACTGATGCAACGGCCT,Epiblast/primitive streak
SBR-60h:CACCGTTGTACTTGTG,Epiblast
SBR-60h:TGAGGGATCCGGCAGT,Epiblast/primitive streak
SBR-60h:GAGATGGCAAACACCT,Epiblast/primitive streak
SBR-60h:GTGATGTGTTAGAGAT,Epiblast/primitive streak
SBR-60h:CATTTCAAGGCTCTAT,Epiblast
SBR-60h:GCACGGTGTGACTGTT,Epiblast
SBR-60h:CTCAGTCTCAACACGT,Epiblast
SBR-60h:TAACTTCAGCACGATG,Epiblast
SBR-60h:AAGTCGTAGGGCCCTT,Exiting naive pluripotency
SBR-60h:TAACTTCAGAACCGCA,Epiblast/primitive streak
SBR-60h:TGGGTTAAGGCTGAAC,Epiblast/primitive streak
SBR-60h:CAATGACTCCTCGATC,Epiblast
SBR-60h:AGACAGGGTTGCCGCA,Epiblast
SBR-60h:ATTTCTGGTCCTTTGC,Epiblast
SBR-60h:GAAGAATCAAGAGATT,Epiblast/primitive streak
SBR-60h:GTAGAAAAGCTCGACC,Epiblast
SBR-60h:CCACCATAGGTCCCTG,Epiblast
SBR-60h:CACAGATTCTGACCCT,Epiblast
SBR-60h:TACCCGTAGACCAAAT,Epiblast
SBR-60h:ACCAACAAGGGACCAT,Epiblast
SBR-60h:GCATCGGTCAAGATAG,Epiblast
SBR-60h:TACACCCAGAAAGTCT,Cd63+ ectoderm-like artefact
SBR-60h:GTCACTCTCCCGAGTG,Epiblast
SBR-60h:CGAGGAATCCACCCTA,Epiblast
SBR-60h:AAAGGATAGCCTGTCG,Epiblast
SBR-60h:GTTTACTTCTCCGTGT,Epiblast
SBR-60h:TTCCTCTTCGTTTACT,Epiblast/primitive streak
SBR-60h:GTGGTTACAATACCCA,Ectopic pluripotency
SBR-60h:GCTGCAGGTTGAGTCT,Epiblast
SBR-60h:CTACTATCACTACTTT,Epiblast
SBR-60h:ATGAGTCAGCTACTGT,Epiblast/primitive streak
SBR-60h:AGGCTGCCAGCAATTC,Epiblast/primitive streak
SBR-60h:TCGTAGAAGATTAGTG,Epiblast/primitive streak
SBR-60h:ATTTCTGCAGCTTCCT,Epiblast/primitive streak
SBR-60h:AACGTCACAACAGCCC,Epiblast
SBR-60h:CCCTCAATCTACACAG,Epiblast
SBR-60h:GACGTTAGTCGAGATG,Epiblast/primitive streak
SBR-60h:CGAGTGCTCGAGGCAA,Epiblast/primitive streak
SBR-60h:TGATCAGTCTACTGAG,Epiblast
SBR-60h:TCACATTCAACTCCCT,Epiblast/primitive streak
SBR-60h:GACTGATCAAATACGA,Epiblast/primitive streak
SBR-60h:TTGCATTGTTTGGAGG,Epiblast
SBR-60h:TTCGGTCTCCTAGCCT,Epiblast/primitive streak
SBR-60h:TACCTCGAGCACACAG,Epiblast
SBR-60h:CCCTAACTCAAGAATG,Epiblast/primitive streak
SBR-60h:TAAGCACAGATCGACG,Epiblast/primitive streak
SBR-60h:GAAGAATTCTGCTTAT,Epiblast/primitive streak
SBR-60h:CATTCTAAGAGTTGAT,Epiblast
SBR-60h:GTCTTTACAGGAAGTC,Epiblast
SBR-60h:AACCCAAGTGTTGACT,Epiblast
SBR-60h:TTGCTGCTCTAGACAC,Epiblast
SBR-60h:CAATACGTCGCGCTGA,Epiblast
SBR-60h:TCATGCCCACAGAGCA,Epiblast/primitive streak
SBR-60h:GGGACAAAGTCGAAAT,Epiblast
SBR-60h:CTCATCGCAGATACCT,Naive pluripotency
SBR-60h:TAGAGTCAGACGACGT,Epiblast
SBR-60h:TTCGATTAGTGGCGAT,Epiblast
SBR-60h:CACTTCGGTTAGGCTT,Epiblast/primitive streak
SBR-60h:GCGGAAATCCAGTTCC,Epiblast/primitive streak
SBR-60h:ACATCGATCGAGAACG,Epiblast
SBR-60h:CCTCCAACAGAGATTA,Epiblast/primitive streak
SBR-60h:GTTACCCTCCTCCACA,Epiblast
SBR-60h:AGTCAACCAAGTACCT,Epiblast
SBR-60h:GCTGCAGAGTTGCCCG,Epiblast
SBR-60h:GTATTGGTCTCCGCAT,Epiblast
SBR-60h:AAAGGATTCGACATTG,Epiblast
SBR-60h:TACATTCTCAAGCCGC,Epiblast
SBR-60h:CTGTGAAGTTATTCCT,Epiblast
SBR-60h:TGAGACTGTGAATAAC,Epiblast/primitive streak
SBR-60h:TTGTTGTAGTTAACGA,Epiblast
SBR-60h:GTGTTAGGTCGAAACG,Exiting naive pluripotency
SBR-60h:GCTGCAGCAGTAACAA,Epiblast/primitive streak
SBR-60h:TCAAGTGTCATGAGTC,Epiblast/primitive streak
SBR-60h:CGTCAAATCATACAGC,Epiblast
SBR-60h:CTACATTTCTGCGATA,Epiblast
SBR-60h:GCTACAACAGGACATG,Epiblast/primitive streak
SBR-60h:GAGACTTGTTGACTAC,Ectopic pluripotency
SBR-60h:TTTACTGGTGGTCCCA,Epiblast/primitive streak
SBR-60h:ACCGTTCGTCATGGCC,Epiblast/primitive streak
SBR-60h:CAGTTAGCAAGCTGCC,Epiblast
SBR-60h:CACACAACAATTGCCA,Epiblast
SBR-60h:CTGCGAGCACAGAGAC,Epiblast
SBR-60h:CGAGTTAGTTCGGGTC,Epiblast
SBR-60h:GTAGAAACAGGAATCG,Exiting naive pluripotency
SBR-60h:ATTCTACTCTAGGCCG,Epiblast
SBR-60h:GGTAACTGTTCGGACC,Epiblast
SBR-60h:AGAAATGAGATGAACT,Epiblast/primitive streak
SBR-60h:TATTTCGTCGCTGTCT,Epiblast
SBR-60h:CTCATCGCATGGCTGC,Epiblast
SBR-60h:GGCGTCACAGACACAG,Epiblast
SBR-60h:ACATCCCGTTGTGGAG,Epiblast
SBR-60h:ACTACGACATTACGGT,Epiblast
SBR-60h:TACAGGTCAACAAGTA,Epiblast
SBR-60h:GCGAGAAGTTAACAGA,Epiblast
SBR-60h:CATCGTCCAGCTCATA,Epiblast
SBR-60h:GGGTCTGGTGAGACCA,Epiblast
SBR-60h:GATCAGTGTCGTCGGT,Epiblast
SBR-60h:TATGTTCTCGTCGGGT,Epiblast/primitive streak
SBR-60h:GGTAATCTCTCATTAC,Epiblast
SBR-60h:CATCGTCGTAGGCAGT,Epiblast
SBR-60h:GAGGCAACACTTTAGG,Epiblast
SBR-60h:TGATCTTGTATCTCGA,Epiblast/primitive streak
SBR-60h:TCCTCTTTCGTAGGAG,Epiblast/primitive streak
SBR-60h:CAACGATGTAACGGTG,Epiblast
SBR-60h:ATCTCTATCGACACCG,Epiblast/primitive streak
SBR-60h:CACGTGGAGGAAGTCC,Epiblast
SBR-60h:ACGTAGTCATGTTCAG,Ectopic pluripotency
SBR-60h:TTCTGTACAAGGTCGA,Epiblast
SBR-60h:GACACGCAGCACCGAA,Epiblast
SBR-60h:GTTACGATCGCAGTTA,Epiblast
SBR-60h:GCAACATCAATCTCGA,Epiblast
SBR-60h:CAATCGAAGATAGGGA,Epiblast/primitive streak
SBR-60h:TCGGGTGCACTATGTG,Epiblast
SBR-60h:CGAGTGCCACACGCCA,Epiblast/primitive streak
SBR-60h:CGGAACCGTATCGTAC,Epiblast
SBR-60h:ATTCATCAGCCTGTGC,Epiblast/primitive streak
SBR-60h:GTTGTGAAGAAATTCG,Epiblast/primitive streak
SBR-60h:ATGTCTTCATGACAAA,Epiblast/primitive streak
SBR-60h:GAGTGAGAGTACAACA,Epiblast/primitive streak
SBR-60h:TACGGGCGTTACCCAA,Epiblast
SBR-60h:CAGTTCCAGCACTAGG,Epiblast
SBR-60h:CGGACACAGCATCCCG,Epiblast
SBR-60h:TTTGGTTAGCCACCGT,Epiblast
SBR-60h:AAGCCATGTCACGCTG,Epiblast/primitive streak
SBR-60h:AGCATCACATATCGGT,Epiblast/primitive streak
SBR-60h:TCGGTCTGTGTGTGTT,Naive pluripotency
SBR-60h:CCCTTAGGTATCGTGT,Epiblast
SBR-60h:TGTGCGGTCCTTATAC,Epiblast
SBR-60h:CAACGGCTCATCACTT,Epiblast
SBR-60h:CGGAATTAGCTACAAA,Epiblast/primitive streak
SBR-60h:GTGTTAGAGAGTCAGC,Epiblast
SBR-60h:TTCAGGAAGCACTCGC,Epiblast/primitive streak
SBR-60h:TCCTCTTGTAGCTGAG,Epiblast/primitive streak
SBR-60h:GCCAACGGTTTCCATT,Epiblast/primitive streak
SBR-60h:TACAACGAGGTTACAA,Epiblast
SBR-60h:ACAGGGACAACACGTT,Epiblast
SBR-60h:TCCATCGCAGCGTACC,Epiblast
SBR-60h:TCCCAGTTCCCTCTCC,Epiblast/primitive streak
SBR-60h:GTCTCACTCGTGCACG,Epiblast/primitive streak
SBR-60h:GAGGCAAAGTTTCAGC,Epiblast/primitive streak
SBR-60h:GCGTGCACACCTGAAT,Epiblast
SBR-60h:AGGACGACACTATGTG,Exiting naive pluripotency
SBR-60h:TGTGCGGGTCGTGTTA,Epiblast
SBR-60h:AGGATCTGTATGATCC,Epiblast
SBR-60h:TCATCATAGTCGGCCT,Epiblast
SBR-60h:CGTTAGAAGCTCTTCC,Epiblast/primitive streak
SBR-60h:AAAGTGAGTGGATGAC,Epiblast
SBR-60h:GTCACTCGTCGAACGA,Epiblast
SBR-60h:GATAGCTAGCGCTGAA,Epiblast
SBR-60h:GCTTGGGCACCATTCC,Epiblast/primitive streak
SBR-60h:AGTGCCGCACGGGTAA,Epiblast/primitive streak
SBR-60h:GACCGTGCACTAACGT,Epiblast
SBR-60h:ATTGGGTAGTAGGATT,Epiblast/primitive streak
SBR-60h:GTCGCGATCATGACAC,Epiblast
SBR-60h:TACAACGTCACCTGTC,Epiblast/primitive streak
SBR-60h:AGACAGGGTAGCTCGC,Epiblast
SBR-60h:TAACTTCTCTATTCGT,Epiblast
SBR-60h:GAACACTTCTCATGGA,Ectopic pluripotency
SBR-60h:GCATTAGGTAGCTGAG,Epiblast/primitive streak
SBR-60h:ATGGATCCAGCTACCG,Epiblast
SBR-60h:AGTAACCCACATACTG,Epiblast
SBR-60h:AGACTCATCCTCTGCA,Epiblast
SBR-60h:TTAGGGTGTCCCGTGA,Epiblast
SBR-60h:TTTCGATTCTCGACGG,Epiblast
SBR-60h:ACAAGCTAGGTACCTT,Epiblast/primitive streak
SBR-60h:TGCGACGAGACTAGAT,Epiblast
SBR-60h:AACAAGAGTTCGGACC,Exiting naive pluripotency
SBR-60h:GTGTTAGCACCGTCGA,Epiblast
SBR-60h:GCGGAAAGTCATCCGG,Ectopic pluripotency
SBR-60h:ACCCTCACACCAGCGT,Epiblast/primitive streak
SBR-60h:CTACTATCACGCACCA,Epiblast
SBR-60h:GCGGAAACATCCGAGC,Epiblast
SBR-60h:GACCTTCTCCGTGTGG,Epiblast/primitive streak
SBR-60h:GCCAGTGCAGCATTGT,Epiblast
SBR-60h:CACGAATTCATACAGC,Epiblast
SBR-60h:CCGAACGGTAAGGCTG,Epiblast/primitive streak
SBR-60h:AGGCTGCTCCATCTAT,Epiblast
SBR-60h:GAACGTTCAGCAGTAG,Cd63+ ectoderm-like artefact
SBR-60h:GTCAAGTGTTCTTGTT,Epiblast/primitive streak
SBR-60h:TGAGGGAGTGCTCGTG,Epiblast/primitive streak
SBR-60h:GTGACGCTCCAATCCC,Epiblast/primitive streak
SBR-60h:TTGGGATGTCGCATGC,Epiblast/primitive streak
SBR-60h:AATGGCTGTCAGGCAA,Epiblast/primitive streak
SBR-60h:CGAGAAGCATGACGTT,Epiblast
SBR-60h:ATTTCACTCGTACACA,Epiblast
SBR-60h:ATGATCGCACAACGCC,Epiblast/primitive streak
SBR-60h:GTCTCACTCCATAGGT,Epiblast
SBR-60h:CGAAGTTGTCGCTGCA,Epiblast
SBR-60h:TGCGACGGTGCAGGAT,Epiblast
SBR-60h:TTTCGATTCCTTATAC,Epiblast/primitive streak
SBR-60h:GTCCCATAGAAATCCA,Epiblast
SBR-60h:CTGATCCGTGTCCGTG,Epiblast
SBR-60h:CGGGTGTCATCGAACT,Epiblast
SBR-60h:GACTATGAGGACAACC,Epiblast/primitive streak
SBR-60h:TAACTTCAGGCGCTCT,Ectopic pluripotency
SBR-60h:CTATAGGTCACGGTCG,Epiblast/primitive streak
SBR-60h:TACCTGCTCTCTGCTG,Epiblast
SBR-60h:GGATCTAAGGCTGAAC,Epiblast/primitive streak
SBR-60h:CGCAGGTCACGAGAAC,Epiblast/primitive streak
SBR-60h:TTATTGCGTGTATCCA,Epiblast
SBR-60h:CCCGGAAAGGGCAGTT,Epiblast
SBR-60h:GGCTGTGGTAGGACCA,Epiblast
SBR-60h:TCATCATAGCACACAG,Epiblast
SBR-60h:CCTGTTGCACGTTCGG,Naive pluripotency
SBR-60h:TCAGGGCTCCTCAGAA,Epiblast/primitive streak
SBR-60h:CGCATAAGTGAGCGAT,Epiblast
SBR-60h:CATGGATAGCAAGTCG,Epiblast/primitive streak
SBR-60h:ACGTCCTTCTTCGTGC,Epiblast/primitive streak
SBR-60h:CATGCGGGTTGGCCGT,Epiblast/primitive streak
SBR-60h:GCGTGCAAGGAACGAA,Epiblast
SBR-60h:TCATTACTCTCTAGGA,Exiting naive pluripotency
SBR-60h:GTGCTGGAGGTACTGG,Epiblast
SBR-60h:GTAGAAAAGATCACTC,Epiblast
SBR-60h:GGTGAAGGTAAGTCAA,Epiblast
SBR-60h:GACCAATCATGGAATA,Epiblast/primitive streak
SBR-60h:CTATAGGAGCTAATCC,Epiblast/primitive streak
SBR-60h:GGTTGTAAGGTTGGTG,Epiblast/primitive streak
SBR-60h:TTTACTGCAAGCACAG,Epiblast
SBR-60h:ATCGTCCCATGGCACC,Cd63+ ectoderm-like artefact
SBR-60h:CAAGCTACAGTACTAC,Epiblast
SBR-60h:GAGTTTGCAAGATCCT,Epiblast
SBR-60h:AGTGATCAGGTACCTT,Epiblast
SBR-60h:TCAGTCCAGAAACCCG,Epiblast
SBR-60h:CCACGTTCATACAGAA,Epiblast/primitive streak
SBR-60h:AACAGGGGTTTACGAC,Epiblast
SBR-60h:TGCGATACAGTTAGGG,Epiblast
SBR-60h:GCATCTCAGCCGGATA,Epiblast
SBR-60h:TGGGAGAAGTTGGGAC,Epiblast
SBR-60h:GGGTAGACAGAGAATT,Epiblast/primitive streak
SBR-60h:CAGCCAGTCGCATTAG,Epiblast
SBR-60h:TCAGGGCGTACCTTCC,Epiblast
SBR-60h:CTGATCCTCACGGTCG,Epiblast/primitive streak
SBR-60h:GGAGCAACAAGGTCAG,Naive pluripotency
SBR-60h:ATGAGTCGTGTATTGC,Epiblast
SBR-60h:GTGTCCTGTCTAGGTT,Epiblast/primitive streak
SBR-60h:GAGTGAGTCTCTGCTG,Epiblast/primitive streak
SBR-60h:CCCATTGGTGTCCAAT,Epiblast
SBR-60h:CCACGAGTCCGAGCTG,Epiblast
SBR-60h:ATTTCACCAATAAGGT,Epiblast
SBR-60h:CAGTTAGGTTTGGCTA,Ectopic pluripotency
SBR-60h:AGCTTCCTCCGCAACG,Epiblast
SBR-60h:TACGCTCGTCGCTGCA,Epiblast/primitive streak
SBR-60h:TTTATGCGTGTTCATG,Ectopic pluripotency
SBR-60h:GTGGTTAAGGAATGTT,Epiblast
SBR-60h:TCTACATTCGACGACC,Epiblast/primitive streak
SBR-60h:CGGAGAATCCTATTGT,Epiblast
SBR-60h:AAGTTCGGTGACACAG,Epiblast/primitive streak
SBR-60h:GCGGATCTCGCGTAGC,Epiblast/primitive streak
SBR-60h:GCAGTTACAAGCGAAC,Epiblast/primitive streak
SBR-60h:TATCAGGAGTGCTCGC,Epiblast
SBR-60h:CAACCAAAGCCATCCG,Ectopic pluripotency
SBR-60h:AACGGGAGTGGGCTTC,Epiblast/primitive streak
SBR-60h:CCCATTGTCTGATTCT,Epiblast/primitive streak
SBR-60h:AGAGCCCTCATTACGG,Epiblast
SBR-60h:TCCTAATAGCGTGAAC,Epiblast/primitive streak
SBR-60h:ACATCCCCAGGACGAT,Epiblast/primitive streak
SBR-60h:ATCCACCCATGGAAGC,Epiblast
SBR-60h:TAGAGTCAGATGTTCC,Epiblast
SBR-60h:AACCCAACAACGGCCT,Epiblast
SBR-60h:CTGAGCGCAGCTACAT,Epiblast/primitive streak
SBR-60h:CACGGGTCAAGAAATC,Epiblast/primitive streak
SBR-60h:ATCCTATAGGTAAGTT,Epiblast/primitive streak
SBR-60h:CCCGAAGTCACAACCA,Epiblast/primitive streak
SBR-60h:AACACACTCCGCGATG,Epiblast
SBR-60h:GTTGCGGAGCGTACAG,Epiblast/primitive streak
SBR-60h:GAAATGAGTGGCTCTG,Epiblast/primitive streak
SBR-60h:AAGACTCAGTGGTTGG,Epiblast/primitive streak
SBR-60h:CATACTTGTACAGAAT,Epiblast
SBR-60h:GTAGAAAAGTGATAAC,Epiblast/primitive streak
SBR-60h:TAACACGGTATGTGTC,Epiblast/primitive streak
SBR-60h:GATGTTGAGGTTCCAT,Epiblast
SBR-60h:AGTGACTCAGTAACGG,Epiblast
SBR-60h:AGCGTATAGCAGCCTC,Epiblast/primitive streak
SBR-60h:CCGGACATCAAGCTTG,Epiblast
SBR-60h:TACGGGCCACGTACAT,Epiblast/primitive streak
SBR-60h:CGATCGGTCAAGCTTG,Epiblast
SBR-60h:ACTCTCGAGTGGACGT,Epiblast
SBR-60h:TTACAGGAGGGTACGT,Epiblast
SBR-60h:AGCGATTTCGCTAATG,Epiblast/primitive streak
SBR-60h:CCTCTCCGTCAGTCGC,Epiblast
SBR-60h:AACTTCTAGATCCTAC,Epiblast
SBR-60h:GTCCCATTCAGGGATG,Epiblast
SBR-60h:GTTCGCTGTTAAGGAT,Epiblast
SBR-60h:CATAAGCCAGTGAGCA,Epiblast
SBR-60h:AGTCAACTCCAAATGC,Epiblast/primitive streak
SBR-60h:TGTCCTGGTTCTCGCT,Epiblast
SBR-60h:GAAGGGTCAAGTGCTT,Epiblast
SBR-60h:TTGGTTTGTGAGTTTC,Epiblast
SBR-60h:TCTTTGATCGCAGTCG,Epiblast
SBR-60h:AAAGAACGTACGCTTA,Epiblast/primitive streak
SBR-60h:ATGTCTTCATGAATCC,Epiblast
SBR-60h:TTCTAACGTGGCTTGC,Epiblast/primitive streak
SBR-60h:ATTTACCTCTCTAGGA,Epiblast
SBR-60h:AGTGATCGTGTACGCC,Epiblast
SBR-60h:ACACAGTAGTCTACCA,Epiblast
SBR-60h:CATAGACTCATTCCTA,Epiblast
SBR-60h:ATCCATTTCCGTCCTA,Epiblast/primitive streak
SBR-60h:GTGTCCTTCCAGTTCC,Epiblast
SBR-60h:AAGATAGAGTGGCAGT,Epiblast
SBR-60h:GTAATCGAGCCACTCG,Epiblast/primitive streak
SBR-60h:AGATCCAGTGCATGTT,Epiblast/primitive streak
SBR-60h:TGCTCGTTCATGGATC,Epiblast
SBR-60h:TCACATTCATGTGGTT,Epiblast/primitive streak
SBR-60h:CGCATAAAGTCATGCT,Epiblast/primitive streak
SBR-60h:TGGTAGTCATACCAGT,Epiblast/primitive streak
SBR-60h:GGTGTTACAGATGCGA,Epiblast
SBR-60h:GTTACCCGTGGCTGAA,Epiblast
SBR-60h:GCTTCACCACGTACTA,Epiblast/primitive streak
SBR-60h:AGGACGACATAGATCC,Epiblast/primitive streak
SBR-60h:GCCATTCTCTGTCTCG,Epiblast/primitive streak
SBR-60h:GAAGCGACACTTGTGA,Epiblast
SBR-60h:TGGGTTATCCCATAAG,Epiblast
SBR-60h:GTTGCGGCATGACTAC,Epiblast/primitive streak
SBR-60h:AATGGCTGTGTTAGCT,Epiblast/primitive streak
SBR-60h:GCGTTTCAGTTACGGG,Epiblast
SBR-60h:CTCCCTCCACGCAAAG,Epiblast
SBR-60h:GGGCCATGTCACAATC,Epiblast
SBR-60h:ATCACGACAGGTGTGA,Epiblast
SBR-60h:CGCCAGAAGCTAGTTC,Cd63+ ectoderm-like artefact
SBR-60h:TCACTCGCAACGCCCA,Epiblast/primitive streak
SBR-60h:ATTTACCAGAAGTATC,Epiblast/primitive streak
SBR-60h:GATGTTGCACATGGTT,Naive pluripotency
SBR-60h:TCGGGACTCCGTCAAA,Epiblast
SBR-60h:GCACATAAGGTCTGGA,Naive pluripotency
SBR-60h:GCGGATCGTGTGTACT,Epiblast
SBR-60h:AGCTCAACAATTTCCT,Epiblast
SBR-60h:ACTACGACAGAACTTC,Epiblast/primitive streak
SBR-60h:TCGTAGAGTGGCTGAA,Epiblast
SBR-60h:GTAGAGGCACACAGCC,Epiblast
SBR-60h:AGACCATCAAGCTACT,Epiblast
SBR-60h:TTCGGTCCATGCGGTC,Naive pluripotency
SBR-60h:GAGTGAGAGCATGGGT,Epiblast/primitive streak
SBR-60h:CGCCAGACAACCCTCT,Epiblast/primitive streak
SBR-60h:TAAGTCGAGAACTTCC,Epiblast
SBR-60h:ACCATTTTCCGCGGAT,Epiblast
SBR-60h:AAGATAGCAACTTGGT,Epiblast/primitive streak
SBR-60h:GAGTCTAAGTTGTAGA,Epiblast/primitive streak
SBR-60h:AGACAAAGTCTTCGAA,Epiblast
SBR-60h:ACTTAGGAGGTTGTTC,Epiblast
SBR-60h:GAAGGACTCCGCTTAC,Epiblast
SBR-60h:TGGGAGAAGATGGCAC,Epiblast
SBR-60h:GCACTAAGTAGAGTTA,Epiblast/primitive streak
SBR-60h:GCTGAATTCCGCAACG,Epiblast/primitive streak
SBR-60h:TGCTCCAAGAGCCCAA,Epiblast
SBR-60h:CACTGTCTCGACGCTG,Epiblast/primitive streak
SBR-60h:GGGAAGTGTAGCCAGA,Epiblast/primitive streak
SBR-60h:CATGCAATCGCAGATT,Epiblast/primitive streak
SBR-60h:TCAATCTAGATGATTG,Exiting naive pluripotency
SBR-60h:TCGTAGAAGTCTGCAT,Epiblast/primitive streak
SBR-60h:GATTCGATCAACCTCC,Epiblast
SBR-60h:TTCTGTAAGTGATTCC,Epiblast
SBR-60h:CGGCAGTAGCGGCTCT,Ectopic pluripotency
SBR-60h:GTCGTAAGTTCAGTAC,Epiblast
SBR-60h:CTGCATCCAATGAACA,Epiblast
SBR-60h:CGAGGCTCAAAGGCGT,Epiblast
SBR-60h:TTCCTAAAGCTTAAGA,Epiblast/primitive streak
SBR-60h:AGATAGAAGAGGGTAA,Epiblast/primitive streak
SBR-60h:TGACCCTCAAGACGAC,Epiblast
SBR-60h:AGAGAATAGGGCATGT,Epiblast/primitive streak
SBR-60h:TTCTGTATCTTTCTAG,Epiblast
SBR-60h:AAAGTCCGTCCACTCT,Epiblast/primitive streak
SBR-60h:CCTTTGGGTTGTTGCA,Epiblast/primitive streak
SBR-60h:AGTTCGAGTACGACAG,Epiblast/primitive streak
SBR-60h:ACTTAGGTCCGTAATG,Epiblast/primitive streak
SBR-60h:GTGGAGAGTGAGATAT,Epiblast/primitive streak
SBR-60h:TAGGTACGTCACGTGC,Epiblast/primitive streak
SBR-60h:AAGGAATAGCTTTGTG,Epiblast
SBR-60h:CTCATGCCACGATTCA,Epiblast
SBR-60h:TCTCAGCAGCCTCCAG,Epiblast
SBR-60h:ATTATCCTCTTCGTAT,Epiblast
SBR-60h:TCGCTCAGTGAGAGGG,Epiblast/primitive streak
SBR-60h:TGCGACGTCCCAGGCA,Epiblast
SBR-60h:CAAGACTAGCTAAACA,Exiting naive pluripotency
SBR-60h:GAGTTACCAATCCTAG,Epiblast
SBR-60h:AGGGCTCAGTTGTACC,Epiblast/primitive streak
SBR-60h:TCCCATGTCGTTGTTT,Epiblast/primitive streak
SBR-60h:GTAGGTTTCTTCTGGC,Epiblast
SBR-60h:GTGTCCTAGTTGTAGA,Epiblast/primitive streak
SBR-60h:GTCTACCAGCGTTCCG,Epiblast
SBR-60h:CGCATGGGTGACTCTA,Epiblast/primitive streak
SBR-60h:TTGCGTCAGAATACAC,Epiblast
SBR-60h:TCCCACATCGTTGTGA,Epiblast
SBR-60h:ATCGTCCAGCGCAATG,Epiblast
SBR-60h:TCAGCAAGTTCTCAGA,Epiblast
SBR-60h:GCCCGAATCGAACCTA,Epiblast
SBR-60h:GAGACCCCAGGCATTT,Epiblast/primitive streak
SBR-60h:CTACGGGCATCACAGT,Epiblast/primitive streak
SBR-60h:CTGCCATCATGACAGG,Epiblast/primitive streak
SBR-60h:TCACAAGAGATCCCAT,Epiblast
SBR-60h:AACAAGAGTAGAATAC,Epiblast/primitive streak
SBR-60h:CAATGACTCTAGGCCG,Epiblast
SBR-60h:TCATTACCAATGGCCC,Epiblast/primitive streak
SBR-60h:AGGGTCCTCACCCATC,Epiblast
SBR-60h:TAGTGCATCTAGCAAC,Epiblast/primitive streak
SBR-60h:CACCGTTGTACCGGCT,Epiblast
SBR-60h:AACCAACGTCACTCGG,Epiblast/primitive streak
SBR-60h:TGGAGAGCAACAAAGT,Epiblast
SBR-60h:TGTCCTGGTAGGAGGG,Epiblast/primitive streak
SBR-60h:CACTGTCAGAAATCCA,Epiblast/primitive streak
SBR-60h:GATCAGTTCATTGCCC,Epiblast/primitive streak
SBR-60h:AAAGAACTCTGTGCTC,Epiblast
SBR-60h:AAGATAGCACTGGACC,Epiblast/primitive streak
SBR-60h:GAACACTGTCGCAGTC,Epiblast
SBR-60h:TCCCAGTGTCTCAGAT,Epiblast
SBR-60h:CTGAGGCCAAATACGA,Epiblast/primitive streak
SBR-60h:CAGCAATAGCCTGCCA,Epiblast/primitive streak
SBR-60h:GCTACAACATTGACCA,Epiblast/primitive streak
SBR-60h:GTCGAATCAACCGATT,Epiblast/primitive streak
SBR-60h:GTATTGGTCTGCTGAA,Epiblast/primitive streak
SBR-60h:CTCACTGAGACTACGG,Epiblast
SBR-60h:ATGGGTTCAGACAAAT,Epiblast
SBR-60h:AGAGCAGCAGTCTACA,Epiblast
SBR-60h:CAACCAAAGAGGGTGG,Epiblast
SBR-60h:TTGTTGTTCCTTGACC,Naive pluripotency
SBR-60h:CCACGAGCAGGGCTTC,Ectopic pluripotency
SBR-60h:AGACTCAGTAGATCGG,Epiblast/primitive streak
SBR-60h:ACAGCCGTCGGAAGGT,Epiblast
SBR-60h:ACCATTTCAGGTTACT,Epiblast/primitive streak
SBR-60h:GGAGAACCAATGGCAG,Epiblast/primitive streak
SBR-60h:GATTTCTCACTTGGCG,Epiblast/primitive streak
SBR-60h:CCCTCTCCACCCTGTT,Epiblast
SBR-60h:AGGTCTACAGCTCATA,Epiblast/primitive streak
SBR-60h:ACTGATGAGAGATCGC,Epiblast/primitive streak
SBR-60h:GCCAGTGTCGACACCG,Epiblast
SBR-60h:CACGGGTTCACCATCC,Epiblast/primitive streak
SBR-60h:GTGGAAGAGATCCGAG,Epiblast
SBR-60h:GGTGAAGCAACATCGT,Epiblast
SBR-60h:GTTACCCTCATTGTGG,Epiblast
SBR-60h:GCCCAGAAGAAGGCTC,Epiblast
SBR-60h:TAAGCGTCAGCGTTTA,Epiblast/primitive streak
SBR-60h:CGCGTGAAGGTAAACT,Epiblast
SBR-60h:ATGCCTCAGTCGCTAT,Epiblast
SBR-60h:AACGGGAGTTAGCGGA,Epiblast
SBR-60h:GGCTTTCTCGCTGATA,Epiblast/primitive streak
SBR-60h:CGGAATTTCCGTGTCT,Epiblast/primitive streak
SBR-60h:TTCTTGAAGGTTCCAT,Epiblast
SBR-60h:CGACAGCCAGGCTCTG,Epiblast
SBR-60h:ATTCGTTAGTCCGCCA,Epiblast/primitive streak
SBR-60h:GTTGTCCAGTAGGATT,Epiblast/primitive streak
SBR-60h:TTGACCCAGCCATCCG,Epiblast
SBR-60h:CACTGTCCATTACGGT,Epiblast
SBR-60h:ACCCAAAGTCAGATTC,Epiblast
SBR-60h:CGTCAAAAGACCTCCG,Epiblast
SBR-60h:TTCGGTCAGGCCTTCG,Epiblast
SBR-60h:CGCAGGTCATACATCG,Epiblast/primitive streak
SBR-60h:CTACACGACGCTCTTC,Epiblast
SBR-60h:GTGCTGGCATAGTCAC,Epiblast
SBR-60h:AACAAGACATGTGCTA,Epiblast
SBR-60h:AGAACCTGTATGAGCG,Epiblast/primitive streak
SBR-60h:GACGTTAGTAGGGTAC,Epiblast
SBR-60h:CAACAACAGTGCTCGC,Epiblast
SBR-60h:GACAGCCCACGTTCGG,Epiblast/primitive streak
SBR-60h:AAGCGAGTCAAGAATG,Epiblast/primitive streak
SBR-60h:TAACTTCTCGACGTCG,Epiblast
SBR-60h:GCAGTTAGTGGCCTCA,Epiblast
SBR-60h:CTCCATGGTTGTGGAG,Epiblast
SBR-60h:CATACAGGTGCATGTT,Epiblast
SBR-60h:ATTATCCGTCTTCGAA,Epiblast
SBR-60h:GAGTTGTTCATCGCCT,Epiblast
SBR-60h:ATAGGCTTCCAATCTT,Epiblast/primitive streak
SBR-60h:AAGTGAACAATACGAA,Epiblast
SBR-60h:TGGTGATTCTGATGGT,Epiblast
SBR-60h:ACGGTCGAGGAGGCAG,Epiblast
SBR-60h:TGCATCCGTACGATTC,Epiblast
SBR-60h:TACCTGCGTGGGTTGA,Epiblast/primitive streak
SBR-60h:TTGGATGCAGTCAGCC,Epiblast
SBR-60h:ATGTCCCCACGAGGAT,Ectopic pluripotency
SBR-60h:ACTTTGTGTGTGTGGA,Epiblast/primitive streak
SBR-60h:TGTTGGACAGCAATTC,Epiblast
SBR-60h:TTACAGGGTCTACGTA,Epiblast/primitive streak
SBR-60h:AACCAACCAGCCCAGT,Epiblast/primitive streak
SBR-60h:AATAGAGGTCAGGTAG,Epiblast/primitive streak
SBR-60h:CCACCATTCAATCCAG,Epiblast/primitive streak
SBR-60h:AGAGCAGAGAGTGACC,Epiblast
SBR-60h:GTAGATCTCATTGGTG,Naive pluripotency
SBR-60h:GAGTTTGTCTTGCAAG,Naive pluripotency
SBR-60h:TTCCGTGAGAGTATAC,Epiblast/primitive streak
SBR-60h:TGGGATTAGTCATCGT,Epiblast
SBR-60h:TTCTGTAAGACTTCGT,Epiblast/primitive streak
SBR-60h:ATGTCTTCAAGTAGTA,Epiblast
SBR-60h:ACTTAGGTCCTTCTAA,Epiblast
SBR-60h:TAGACTGGTTAGGACG,Epiblast/primitive streak
SBR-60h:GGTGAAGAGAGCACTG,Epiblast
SBR-60h:TGTACAGGTCCCTGAG,Epiblast
SBR-60h:AAACGCTCAGGACTAG,Epiblast
SBR-60h:TCAGGGCTCTCTATAC,Epiblast
SBR-60h:GTTCATTTCGTTTACT,Epiblast/primitive streak
SBR-60h:GTTAGACGTGTCTAAC,Epiblast/primitive streak
SBR-60h:CTCAATTCAGCATACT,Epiblast/primitive streak
SBR-60h:GCATGATTCTTCACAT,Epiblast/primitive streak
SBR-60h:CATTCTAGTGTGCTTA,Epiblast/primitive streak
SBR-60h:TGATTTCTCGGAGTGA,Epiblast/primitive streak
SBR-60h:ATCGTCCTCTTCTTCC,Epiblast
SBR-60h:GGCTTGGCACGAAGAC,Epiblast/primitive streak
SBR-60h:CGAGGCTAGGTAGGCT,Epiblast/primitive streak
SBR-60h:TTTGACTAGGCTCCCA,Epiblast
SBR-60h:ATTCACTAGCCGCTTG,Epiblast
SBR-60h:AACGTCAAGTACAACA,Epiblast
SBR-60h:CCAATTTTCGGCTCTT,Epiblast/primitive streak
SBR-60h:CAGTTCCAGTTGCTGT,Epiblast/primitive streak
SBR-60h:TGATTTCGTACTGTTG,Epiblast/primitive streak
SBR-60h:TCGATTTGTAACACCT,Epiblast
SBR-60h:TTTCGATAGATAGTCA,Epiblast
SBR-60h:TTTGTTGGTCACCGAC,Epiblast
SBR-60h:TTACAGGGTGTGTACT,Epiblast
SBR-60h:AATGACCGTCAAACGG,Epiblast/primitive streak
SBR-60h:TTTCATGAGCTTTCTT,Epiblast
SBR-60h:GATAGAATCTAGATCG,Ectopic pluripotency
SBR-60h:GGTCACGTCGCTCTCA,Exiting naive pluripotency
SBR-60h:ATTCATCGTCTTGGTA,Epiblast
SBR-60h:GTGGAAGGTGGAATGC,Epiblast
SBR-60h:AACGGGAAGCTCTGTA,Ectopic pluripotency
SBR-60h:TACAGGTCATCTAGAC,Epiblast/primitive streak
SBR-60h:CATGCAATCCCAGGCA,Epiblast
SBR-60h:TCCCATGTCCGGCAGT,Epiblast
SBR-60h:ATATCCTAGCGTGAGT,Epiblast
SBR-60h:AGTCTCCGTGCAACGA,Epiblast/primitive streak
SBR-60h:TTAATCCTCCTTTAGT,Epiblast
SBR-60h:CGCATGGGTAATGTGA,Epiblast
SBR-60h:TCTCAGCAGTGCAAAT,Epiblast/primitive streak
SBR-60h:AGGTCATCAGATTTCG,Epiblast/primitive streak
SBR-60h:CGTAATGCAGGACTTT,Epiblast
SBR-60h:TTTACTGGTCACTACA,Epiblast
SBR-60h:TCGTAGACACCAGACC,Epiblast
SBR-60h:GATGTTGCAAGTGGGT,Epiblast
SBR-60h:ACATGCAAGCCGAATG,Epiblast/primitive streak
SBR-60h:CTCCTCCAGTAGTCCT,Epiblast
SBR-60h:TGAGACTCATCGTGCG,Epiblast
SBR-60h:GCTACCTGTGTTTGCA,Epiblast
SBR-60h:TGACGCGAGCCTGTGC,Cd63+ ectoderm-like artefact
SBR-60h:GGTCACGAGTTAGTGA,Epiblast/primitive streak
SBR-60h:AATGACCCACGCTGCA,Epiblast
SBR-60h:CCAATGATCGCGTTTC,Epiblast/primitive streak
SBR-60h:ATTACTCTCGCCAACG,Epiblast
SBR-60h:GAGGGTACAGAGGGTT,Exiting naive pluripotency
SBR-60h:ATTCCCGTCTGGCCAG,Epiblast/primitive streak
SBR-60h:GCCCGAACACAAGCTT,Epiblast/primitive streak
SBR-60h:GCGGAAAAGAAACTGT,Exiting naive pluripotency
SBR-60h:GGTGAAGTCTCGGTAA,Epiblast
SBR-60h:TGTGCGGGTAAGTTAG,Epiblast
SBR-60h:TGATCTTCAATTGAGA,Epiblast/primitive streak
SBR-60h:ATGGGTTGTTTGAAAG,Epiblast
SBR-60h:GTGCGTGAGACTTCGT,Epiblast
SBR-60h:CAATCGATCAGGGATG,Epiblast
SBR-60h:GAGAAATAGTTAGTGA,Exiting naive pluripotency
SBR-60h:GTAGGTTAGTTGTAAG,Epiblast/primitive streak
SBR-60h:TGCAGGCTCTAGCAAC,Epiblast
SBR-60h:AACCATGAGTGGCCTC,Epiblast/primitive streak
SBR-60h:CTTGATTCAGAGCTAG,Epiblast
SBR-60h:TGCAGGCCACCTGCAG,Exiting naive pluripotency
SBR-60h:CTCCCTCCATCTCATT,Epiblast
SBR-60h:AAGTCGTCAGAGATGC,Epiblast/primitive streak
SBR-60h:AGTACCACAATCTCGA,Epiblast
SBR-60h:GTCACGGAGGGACCAT,Epiblast/primitive streak
SBR-60h:TCCTTCTGTCAGCTTA,Epiblast
SBR-60h:TTGGGTACATTGTGCA,Epiblast
SBR-60h:ATTACCTGTCTTACTT,Epiblast/primitive streak
SBR-60h:TGTTGAGTCGATCCCT,Epiblast
SBR-60h:CCTTCAGCAAACACCT,Epiblast
SBR-60h:CATTGCCGTAGGCTCC,Epiblast
SBR-60h:TTCTAGTTCGAGTTGT,Epiblast/primitive streak
SBR-60h:TACTGCCCATGCACTA,Epiblast
SBR-60h:GTGATGTCAACTCCCT,Epiblast/primitive streak
SBR-60h:CGCCATTAGCAAGTCG,Epiblast/primitive streak
SBR-60h:CGGAACCTCCCATAAG,Epiblast
SBR-60h:TTACCGCGTACAAGCG,Epiblast/primitive streak
SBR-60h:GTAGTACTCGGTATGT,Exiting naive pluripotency
SBR-60h:TGGGAAGAGACCAGCA,Epiblast
SBR-60h:TTCCTAAGTCTCGGAC,Epiblast/primitive streak
SBR-60h:CGACAGCAGGATACAT,Epiblast
SBR-60h:TGTTCTACAAATCAGA,Epiblast/primitive streak
SBR-60h:TATTTCGCACAATGAA,Epiblast
SBR-60h:GTGTGATCAATGGCAG,Epiblast
SBR-60h:TGACTCCCAGTTAGAA,Epiblast
SBR-60h:GGGCGTTTCTACTGAG,Epiblast/primitive streak
SBR-60h:GGGACAAGTCATCACA,Epiblast
SBR-60h:AGCTTCCCACCCATAA,Epiblast
SBR-60h:TTACTGTGTCTCTCCA,Epiblast
SBR-60h:CCGGGTAAGAAGATCT,Epiblast
SBR-60h:CATCCACGTGCACATT,Epiblast
SBR-60h:TCCGATCGTACGATCT,Epiblast
SBR-60h:ACCAACAAGGCACGAT,Epiblast/primitive streak
SBR-60h:TGATTTCAGTGGTGGT,Epiblast
SBR-60h:CACGGGTTCTTACTGT,Epiblast
SBR-60h:GTACAACAGTGTAGAT,Epiblast/primitive streak
SBR-60h:ATGGGTTAGCCTTCTC,Epiblast
SBR-60h:ATGGAGGCAAACACGG,Epiblast/primitive streak
SBR-60h:TGAGCGCCATAACGGG,Ectopic pluripotency
SBR-60h:ATACTTCTCGGTAAGG,Epiblast
SBR-60h:ACACTGAAGTAAACTG,Epiblast
SBR-60h:CTCAATTCATGCAGCC,Epiblast/primitive streak
SBR-60h:GGGTGAATCAAACTGC,Epiblast
SBR-60h:ACGTTCCAGACCCTTA,Epiblast
SBR-60h:TTCGGTCAGCTCTATG,Epiblast
SBR-60h:CTAAGTGCAAAGACGC,Epiblast
SBR-60h:ACTTCCGTCGGCAGTC,Epiblast
SBR-60h:CATGGATCAACAGAGC,Cd63+ ectoderm-like artefact
SBR-60h:ACAGCCGCACAAATGA,Epiblast/primitive streak
SBR-60h:TCAATCTGTGTTATCG,Epiblast
SBR-60h:TCGACGGGTGCGAGTA,Epiblast/primitive streak
SBR-60h:AGGTTGTTCTCTGAGA,Epiblast
SBR-60h:TGCGACGCAACTTCTT,Epiblast
SBR-60h:ATGGAGGGTGTCTTCC,Epiblast
SBR-60h:GTTCATTGTTTACACG,Epiblast
SBR-60h:GTAGGTTGTTCTCCAC,Epiblast
SBR-60h:AGGGTGACAATTCTTC,Epiblast
SBR-60h:TCATGTTAGTAGTCTC,Epiblast/primitive streak
SBR-60h:GCTTTCGAGCGACTTT,Epiblast
SBR-60h:GTTCCGTGTGACCGTC,Epiblast
SBR-60h:GTTGCGGTCCACAGGC,Epiblast
SBR-60h:GCTACAAAGTGGAAAG,Epiblast
SBR-60h:GATTTCTTCCGAGAAG,Epiblast
SBR-60h:GATCACAAGTGGCGAT,Epiblast
SBR-60h:TCAAGCACAAAGACGC,Epiblast
SBR-60h:ATGTCCCGTGACTGTT,Epiblast/primitive streak
SBR-60h:ACGGAAGCATTGGATC,Epiblast
SBR-60h:GCACGGTCATGTGTCA,Epiblast
SBR-60h:ACTTCGCGTAAGGAGA,Exiting naive pluripotency
SBR-60h:TATGTTCAGGGATCTG,Epiblast/primitive streak
SBR-60h:AAGATAGCAAGGTCTT,Exiting naive pluripotency
SBR-60h:AACCTTTTCACCTACC,Epiblast
SBR-60h:AAAGAACGTCTACACA,Epiblast/primitive streak
SBR-60h:CCCTTAGTCGGTTCAA,Epiblast
SBR-60h:AGATCCAGTTGCCGAC,Ectopic pluripotency
SBR-60h:AACCTGAGTAAGTTGA,Epiblast
SBR-60h:TATATCCCAACTACGT,Epiblast
SBR-60h:GGAAGTGGTCTTGAAC,Epiblast
SBR-60h:AGAAGCGGTCTACTGA,Epiblast
SBR-60h:ATACCTTGTGTCTTAG,Epiblast
SBR-60h:TGCATCCCAAGTTGGG,Epiblast/primitive streak
SBR-60h:TATCGCCGTCTGTCAA,Epiblast/primitive streak
SBR-60h:CATAAGCGTAGTTCCA,Epiblast
SBR-60h:ACGGGTCGTAAGAACT,Epiblast
SBR-60h:CTCAGGGGTTGGACTT,Naive pluripotency
SBR-60h:TCCTTTCCAAGACGGT,Epiblast/primitive streak
SBR-60h:TATCCTAGTGTATTCG,Epiblast
SBR-60h:TTGGATGCACAGGATG,Epiblast
SBR-60h:CATGCGGTCCACTTCG,Epiblast/primitive streak
SBR-60h:AGTAGCTAGCAACCAG,Epiblast/primitive streak
SBR-60h:TGGGAGAAGACCATGG,Epiblast/primitive streak
SBR-60h:AGACAGGAGCGCCGTT,Epiblast
SBR-60h:GGAATCTCACGGCTAC,Epiblast
SBR-60h:GACAGCCAGTAGCCAG,Epiblast
SBR-60h:CCTCACACACGATAGG,Epiblast
SBR-60h:AGTGACTGTCAAACGG,Epiblast/primitive streak
SBR-60h:GTCATTTCAGGTTCCG,Epiblast
SBR-60h:CTTGAGAAGTCGCCCA,Epiblast
SBR-60h:TAGGTACAGACACACG,Epiblast/primitive streak
SBR-60h:TGAGGGACAGTCAACT,Epiblast
SBR-60h:TACCGAAAGCTGTACT,Epiblast
SBR-60h:TTCGATTTCAAGGCTT,Epiblast
SBR-60h:AGGGTTTTCTGCAGCG,Epiblast/primitive streak
SBR-60h:AAGACTCGTGGGCTTC,Epiblast
SBR-60h:TTAGTCTTCCGAGAAG,Epiblast/primitive streak
SBR-60h:GTAGAAATCTAAGGAA,Epiblast/primitive streak
SBR-60h:TGGTACAAGGACAGTC,Exiting naive pluripotency
SBR-60h:GGGTCACAGCCTGCCA,Epiblast
SBR-60h:CAGGGCTTCGGTCGAC,Epiblast/primitive streak
SBR-60h:TCACAAGGTCCAAAGG,Epiblast
SBR-60h:CAGCAGCTCGACGCGT,Epiblast
SBR-60h:TGTGGCGGTCTTCGAA,Epiblast/primitive streak
SBR-60h:GAGGGATCAACCACAT,Epiblast
SBR-60h:TTCGATTGTACCAGAG,Epiblast
SBR-60h:GATCACATCCAGCAAT,Epiblast
SBR-60h:TGTTTGTTCAAAGGTA,Epiblast
SBR-60h:GGTCTGGAGCGATGAC,Epiblast/primitive streak
SBR-60h:ACTATTCAGTTCGCAT,Epiblast
SBR-60h:TCATTACGTGCACAAG,Epiblast/primitive streak
SBR-60h:TTGATGGCAGTCAGCC,Epiblast
SBR-60h:GCTTCACGTATCGCGC,Epiblast/primitive streak
SBR-60h:GTCATGACATCTCATT,Epiblast
SBR-60h:ACAGGGAGTGTTACAC,Epiblast
SBR-60h:TTCTGTATCACTTGGA,Cd63+ ectoderm-like artefact
SBR-60h:TTACGCCAGCAGGGAG,Epiblast/primitive streak
SBR-60h:ATAGACCCAAATCAAG,Epiblast/primitive streak
SBR-60h:TCATTACGTGATATAG,Epiblast/primitive streak
SBR-60h:AGTACCAGTTTGGGTT,Epiblast
SBR-60h:AGGAGGTAGTACAACA,Epiblast
SBR-60h:CCCTCAACAACCGTAT,Epiblast
SBR-60h:CGATGCGTCCTTCTGG,Epiblast/primitive streak
SBR-60h:AAGACTCGTTGAAGTA,Epiblast
SBR-60h:CTCTCGACAGACCCGT,Epiblast
SBR-60h:TCCGATCCATATGGCT,Epiblast
SBR-60h:TCTCACGAGACCATAA,Epiblast/primitive streak
SBR-60h:TTACCATAGATGACCG,Epiblast
SBR-60h:TCTATACAGGAGTACC,Epiblast
SBR-60h:GACTCAAGTTTATGCG,Epiblast
SBR-60h:GTGGAGACAAGAGTTA,Epiblast
SBR-60h:ATCACTTCAGCACACC,Epiblast/primitive streak
SBR-60h:TGAGTCAGTGAGACGT,Naive pluripotency
SBR-60h:CAGGCCAGTGAGATCG,Epiblast
SBR-60h:ATCACAGGTGTGGACA,Epiblast
SBR-60h:TGAGACTAGAGTCTTC,Naive pluripotency
SBR-60h:GTGTGATAGCTGAGTG,Epiblast/primitive streak
SBR-60h:ACCTACCAGAGCATCG,Epiblast
SBR-60h:TCCATGCTCGTCGACG,Epiblast
SBR-60h:CCCAACTTCTCTCTAA,Epiblast
SBR-60h:TGTCAGAAGTCGGCCT,Epiblast
SBR-60h:TGTAGACGTTAGGGAC,Exiting naive pluripotency
SBR-60h:CTGCGAGGTCGAGCAA,Epiblast/primitive streak
SBR-60h:TGTTCCGTCTGTCCGT,Exiting naive pluripotency
SBR-60h:TACGGTACAACACACT,Epiblast/primitive streak
SBR-60h:CTCAACCTCTTACGGA,Epiblast
SBR-60h:ACTTTGTAGTTGCCTA,Epiblast/primitive streak
SBR-60h:AAATGGACAACAAGAT,Epiblast
SBR-60h:CGTGATAAGGGTGGGA,Epiblast
SBR-60h:GTTCATTAGGGACTGT,Epiblast
SBR-60h:CAATACGTCCACGGGT,Epiblast
SBR-60h:TGGATCAAGGCGTTGA,Ectopic pluripotency
SBR-60h:CATTCCGGTCTTGAGT,Epiblast
SBR-60h:TTTGATCGTTCAATCG,Epiblast
SBR-60h:GGTTAACCAATGCAAA,Epiblast
SBR-60h:ATCACTTCATCCTGTC,Epiblast
SBR-60h:CCCTCAAAGTGCAGGT,Epiblast
SBR-60h:TGCATGAGTGTAGGAC,Epiblast
SBR-60h:GTTGCTCAGGTCCCGT,Epiblast/primitive streak
SBR-60h:TCCCATGAGAGGCTGT,Epiblast/primitive streak
SBR-60h:GTCAAACTCGTGGGAA,Epiblast
SBR-60h:TACGGTAAGGCCTAAG,Epiblast/primitive streak
SBR-60h:GGGACTCGTCGGAACA,Epiblast/primitive streak
SBR-60h:GGGCTACCACTGGCGT,Epiblast
SBR-60h:ACTTCCGAGTATAACG,Epiblast
SBR-60h:GTGGCGTAGCGTCAGA,Epiblast/primitive streak
SBR-60h:ATTGGGTAGTGCGTCC,Epiblast
SBR-60h:GTTACCCTCGATGCAT,Epiblast/primitive streak
SBR-60h:GTGCGTGCAACCGCCA,Epiblast
SBR-60h:TTTACGTTCCACGGAC,Epiblast/primitive streak
SBR-60h:AATTTCCGTTCTTAGG,Epiblast/primitive streak
SBR-60h:TGGAGGATCGACCTAA,Epiblast
SBR-60h:TAAGTCGAGAAGCGAA,Cd63+ ectoderm-like artefact
SBR-60h:GACACGCTCACGATAC,Epiblast
SBR-60h:TCCTCGAGTATCACGT,Epiblast
SBR-60h:CATGGTATCGCGTGCA,Epiblast
SBR-60h:TCAATCTCACGAAAGC,Epiblast
SBR-60h:TCGCAGGGTTGGTGTT,Epiblast
SBR-60h:AGGATAATCTTCGTAT,Epiblast
SBR-60h:TGGGATTTCCGCACGA,Epiblast
SBR-60h:CTGTCGTTCTAACACG,Epiblast/primitive streak
SBR-60h:CCTCATGTCGAACCTA,Epiblast/primitive streak
SBR-60h:AAAGTCCTCGATCCAA,Epiblast
SBR-60h:ATCACAGTCGGTTAGT,Epiblast
SBR-60h:ACGATCAAGGTTATAG,Epiblast
SBR-60h:AGCCACGTCTGCTTTA,Epiblast
SBR-60h:TGGGAAGTCCGTATGA,Epiblast
SBR-60h:ACTTTCAAGAAGCCAC,Epiblast
SBR-60h:AGGATAATCTGGGATT,Epiblast
SBR-60h:CGTTAGATCCTCTCGA,Epiblast
SBR-60h:TTTGGTTCATAATCCG,Epiblast
SBR-60h:CGAAGGAGTTGGGAAC,Epiblast/primitive streak
SBR-60h:TCCGGGACACTCACTC,Epiblast
SBR-60h:AGTGTTGAGCTGGCTC,Epiblast
SBR-60h:AACCTTTCAGTCGCAC,Epiblast/primitive streak
SBR-60h:CTACTATGTGTCACAT,Epiblast
SBR-60h:ACTTAGGAGCACCGTC,Epiblast/primitive streak
SBR-60h:TGTTACTGTGGGCTTC,Epiblast
SBR-60h:CCATAAGGTATGCTAC,Epiblast
SBR-60h:TGTTGAGGTATACCTG,Epiblast
SBR-60h:GTGATGTAGACGGATC,Epiblast
SBR-60h:CGTAATGCATAGGTAA,Epiblast/primitive streak
SBR-60h:CGGGTCACACAAATGA,Epiblast
SBR-60h:GACTCTCAGATTCGCT,Epiblast
SBR-60h:CAGGGCTGTATCGTGT,Epiblast
SBR-60h:TTCGGTCCAGCTAACT,Epiblast
SBR-60h:CTGCCATAGAAATTGC,Epiblast/primitive streak
SBR-60h:TTAGTCTTCAGGAGAC,Exiting naive pluripotency
SBR-60h:GTCATTTTCCGTGTAA,Naive pluripotency
SBR-60h:AGGACGAGTTCCAGGC,Epiblast/primitive streak
SBR-60h:AAGGTAAAGTATGATG,Epiblast
SBR-60h:CACCAAACATTGACCA,Epiblast
SBR-60h:CACTTCGAGAAGTCTA,Epiblast
SBR-60h:CATTGCCAGCCAGTAG,Epiblast/primitive streak
SBR-60h:GTAGCTAGTCACTCGG,Epiblast
SBR-60h:AGCCAGCTCATTACGG,Epiblast/primitive streak
SBR-60h:AAATGGACAGACCAGA,Epiblast/primitive streak
SBR-60h:CCTCATGAGGGTACGT,Epiblast
SBR-60h:AGGAAATCATAAGATG,Epiblast/primitive streak
SBR-60h:CTGCCTAGTTTGACAC,Epiblast
SBR-60h:ACATGCACATAACAGA,Epiblast
SBR-60h:CAACGGCTCATTGAGC,Epiblast
SBR-60h:AGTAACCAGGCTAACG,Epiblast/primitive streak
SBR-60h:GCCAGTGCAGCACAGA,Epiblast
SBR-60h:ATGCATGTCGCCTTGT,Epiblast
SBR-60h:TCACTCGGTAACCCGC,Epiblast
SBR-60h:TGCTCGTGTGTTAGCT,Epiblast
SBR-60h:GGTGATTGTGTTAAAG,Epiblast/primitive streak
SBR-60h:CGTAGTATCGGCCCAA,Cd63+ ectoderm-like artefact
SBR-60h:ACACAGTTCGGCTGAC,Epiblast
SBR-60h:TCACACCGTCATGCAT,Epiblast
SBR-60h:GCACTAAAGTCAGGGT,Naive pluripotency
SBR-60h:CGATGCGAGCGTTGTT,Epiblast
SBR-60h:CTCAGAATCTTTGCGC,Epiblast
SBR-60h:ATTCGTTCACGTTGGC,Epiblast/primitive streak
SBR-60h:CGGAATTTCCGTTTCG,Epiblast
SBR-60h:GTCAAACCAATCGTCA,Epiblast
SBR-60h:ATCCATTGTATGAGAT,Exiting naive pluripotency
SBR-60h:CAACCTCGTAGCTGCC,Epiblast
SBR-60h:AGAAGTATCGTGCTCT,Epiblast
SBR-60h:ATTCCATTCCTAGCTC,Epiblast
SBR-60h:CAGTTAGTCAGCGCGT,Epiblast
SBR-60h:ATCGTCCCACTCTGCT,Epiblast/primitive streak
SBR-60h:TATCTTGCAAGTCGTT,Epiblast
SBR-60h:GATAGCTAGGACTGGT,Epiblast/primitive streak
SBR-60h:GAAATGATCATGGGAG,Epiblast/primitive streak
SBR-60h:GTCGAATTCATACGAC,Epiblast/primitive streak
SBR-60h:GACTATGTCGTGGCGT,Epiblast
SBR-60h:GCACGTGTCGCCATAA,Epiblast
SBR-60h:GTCATGAGTGCGTTTA,Epiblast/primitive streak
SBR-60h:AGTGCCGAGACTGTTC,Epiblast/primitive streak
SBR-60h:TTCGCTGAGCATTGTC,Epiblast/primitive streak
SBR-60h:TCAGCAACAAGATCCT,Epiblast
SBR-60h:AGCGATTGTATGAGAT,Epiblast
SBR-60h:GACCGTGTCCTGGGAC,Epiblast
SBR-60h:GTGCAGCCATTGAGGG,Epiblast
SBR-60h:GGGTGAAAGAACAGGA,Epiblast
SBR-60h:ATCATTCTCGTGCAGC,Epiblast
SBR-60h:CATTGAGAGGATACCG,Epiblast
SBR-60h:ATCACAGAGACACACG,Epiblast
SBR-60h:TGAATGCGTAGGAGTC,Epiblast
SBR-60h:GTAGTACTCCGGCTTT,Epiblast/primitive streak
SBR-60h:GATCACAGTGTAAATG,Epiblast
SBR-60h:AGGAAATCAACAGTGG,Epiblast
SBR-60h:CTTACCGAGCTTCGTA,Epiblast
SBR-60h:ATCGATGGTTAGGAGC,Naive pluripotency
SBR-60h:AAATGGATCGTTCGCT,Epiblast/primitive streak
SBR-60h:AGGTGTTTCAGTGATC,Epiblast
SBR-60h:CATGCAAGTCTTACAG,Epiblast
SBR-60h:TATTGGGTCTTCGCTG,Epiblast
SBR-60h:CAGAGCCCAATGTCTG,Epiblast
SBR-60h:GGGTATTAGAGGTGCT,Epiblast/primitive streak
SBR-60h:CAGATACGTACAGTCT,Epiblast
SBR-60h:CGGACACTCGCCGAGT,Epiblast
SBR-60h:CTCATCGAGAAACTGT,Epiblast
SBR-60h:CCCTGATTCTGTGCTC,Naive pluripotency
SBR-60h:GTCATGAGTAGTCTTG,Epiblast/primitive streak
SBR-60h:GATCAGTGTGATTAGA,Epiblast
SBR-60h:GCTACCTTCAATCCGA,Epiblast
SBR-60h:AACAGGGCACCGCTGA,Epiblast/primitive streak
SBR-60h:GTTTACTCACGGCGTT,Epiblast
SBR-60h:TGAGGGATCTCTCGCA,Epiblast
SBR-60h:AGTTCGAAGGCATTTC,Epiblast
SBR-60h:CAACGATTCTCCGAGG,Exiting naive pluripotency
SBR-60h:CTGCCTATCGGCTGGT,Epiblast/primitive streak
SBR-60h:TCTAACTAGTGAGTTA,Epiblast
SBR-60h:GAGACTTCACATGAAA,Epiblast/primitive streak
SBR-60h:GCGGATCTCAGCTGAT,Epiblast
SBR-60h:GTTGCGGCAAATTGGA,Epiblast/primitive streak
SBR-60h:ACGGGTCCACTGATTG,Epiblast
SBR-60h:GAACTGTAGATGGTCG,Epiblast
SBR-60h:ATAGGCTAGTTCCGTA,Epiblast/primitive streak
SBR-60h:CTCATCGTCCACGGAC,Naive pluripotency
SBR-60h:GAGACTTTCCGCTAGG,Epiblast
SBR-60h:TACGGTACAAGCTCTA,Cd63+ ectoderm-like artefact
SBR-60h:GCCATTCAGTTCCGTA,Epiblast/primitive streak
SBR-60h:ATCGATGAGAGCTGCA,Epiblast
SBR-60h:CACGAATGTAGCGTTT,Epiblast
SBR-60h:GTTAGACCACTCTGCT,Epiblast/primitive streak
SBR-60h:TCATCATAGGGCGAAG,Epiblast/primitive streak
SBR-60h:ATACCGAAGAATTGTG,Epiblast
SBR-60h:GAGGCCTCATGCCATA,Epiblast/primitive streak
SBR-60h:TCCTCCCCATTAGGCT,Epiblast/primitive streak
SBR-60h:AAAGGATAGGATCACG,Epiblast
SBR-60h:TGCGGGTTCCCGTGAG,Epiblast
SBR-60h:TTACGCCGTAGCTCGC,Epiblast
SBR-60h:ACCCTTGAGTGCAACG,Exiting naive pluripotency
SBR-60h:GAGCTGCAGTCCCAAT,Epiblast/primitive streak
SBR-60h:CCGTGAGAGAGATCGC,Epiblast/primitive streak
SBR-60h:GGGTGTCTCCCGGTAG,Epiblast/primitive streak
SBR-60h:CAAAGAAAGACCATAA,Epiblast/primitive streak
SBR-60h:TTCCGTGCACCAGGTC,Epiblast/primitive streak
SBR-60h:CTAGACAAGTCGTCTA,Epiblast
SBR-60h:ACGTTCCCACGCCACA,Naive pluripotency
SBR-60h:ATTCACTAGGTTACCT,Epiblast
SBR-60h:TGAGGGATCGGCTGGT,Epiblast
SBR-60h:TCTATCATCTAAGAAG,Epiblast
SBR-60h:TCGACGGAGAGATGCC,Epiblast
SBR-60h:CCTCCAAGTATCTCTT,Epiblast
SBR-60h:GCGTGCAAGCACTCCG,Epiblast
SBR-60h:ACCCTCAGTCACTCAA,Epiblast
SBR-60h:AAATGGAGTGAGAGGG,Epiblast
SBR-60h:CATCCCAGTGAATTGA,Epiblast/primitive streak
SBR-60h:GGCTGTGTCTAAGAAG,Epiblast
SBR-60h:TTTGGAGGTAGCACAG,Epiblast/primitive streak
SBR-60h:AATCGACCAACACTAC,Epiblast
SBR-60h:CCTAAGAGTTCGTACA,Epiblast
SBR-60h:AGATGCTAGCCTAACT,Epiblast/primitive streak
SBR-60h:AGTCAACTCATTCCTA,Epiblast
SBR-60h:CTACTATAGTTCCGGC,Epiblast/primitive streak
SBR-60h:TAGGTTGGTCTGTCCT,Epiblast
SBR-60h:TTTACGTCACTCCGAG,Epiblast
SBR-60h:TGCCGAGTCAGACAAA,Epiblast
SBR-60h:TCGCAGGAGTGAACAT,Epiblast
SBR-60h:ACTGATGCAGCTATTG,Epiblast
SBR-60h:TGTCAGACAGCAGACA,Epiblast
SBR-60h:GAGGGATGTATTCCGA,Epiblast/primitive streak
SBR-60h:CATCCCACACGTCGGT,Epiblast
SBR-60h:CGTTGGGCATTATGCG,Epiblast/primitive streak
SBR-60h:AACGTCAAGCGCCTCA,Epiblast/primitive streak
SBR-60h:CCAATTTTCGATTCCC,Epiblast
SBR-60h:TGCGATAGTAGAATGT,Epiblast/primitive streak
SBR-60h:ATCGGATCAACATCGT,Epiblast/primitive streak
SBR-60h:AAAGGTAAGTCGGCAA,Epiblast/primitive streak
SBR-60h:TTCTGTAGTTCGGTCG,Epiblast
SBR-60h:TGGGATTTCCTACACC,Epiblast
SBR-60h:TATCTGTAGCACCGAA,Epiblast/primitive streak
SBR-60h:TACGTCCAGCTGTCCG,Epiblast
SBR-60h:GACATCAAGTAGCTCT,Epiblast
SBR-60h:CCGTAGGTCAACTGAC,Epiblast/primitive streak
SBR-60h:CCTTTGGGTATAGCTC,Epiblast
SBR-60h:CCTCACAGTCCTGGGT,Epiblast
SBR-60h:TTCACGCCAAATTGGA,Epiblast
SBR-60h:TCTCAGCTCGCGGTAC,Epiblast
SBR-60h:TGTCCCAAGGCTAGCA,Epiblast
SBR-60h:GGTTGTAGTGAAGCTG,Epiblast
SBR-60h:GTCTTTATCTTCGCTG,Epiblast
SBR-60h:CTCTCGAGTCCTCCAT,Epiblast
SBR-60h:ACTGTGATCAGTCACA,Epiblast
SBR-60h:GCGTTTCAGCATCAAA,Epiblast
SBR-60h:TCAATTCCAGGGTCTC,Epiblast/primitive streak
SBR-60h:CCTTCAGGTAGCTGAG,Epiblast/primitive streak
SBR-60h:GTTTACTTCGGAATTC,Epiblast/primitive streak
SBR-60h:GTTATGGGTAACCAGG,Epiblast
SBR-60h:TGTTGGAGTTTACGTG,Epiblast
SBR-60h:TGACCCTGTCCGGTCA,Epiblast/primitive streak
SBR-60h:CTTGAGACATGGTGGA,Epiblast/primitive streak
SBR-60h:ACCAAACAGAGCTGCA,Epiblast
SBR-60h:TGTGAGTTCTCCTGCA,Epiblast
SBR-60h:AACACACAGCCTCATA,Epiblast
SBR-60h:TGAGGAGAGAGCGACT,Epiblast
SBR-60h:GAGTGAGGTTGTAGCT,Epiblast
SBR-60h:TTGGGATTCTGGCTGG,Epiblast
SBR-60h:AGCTTCCTCCATATGG,Epiblast
SBR-60h:TGACAGTAGTCGTTAC,Epiblast
SBR-60h:CTCACTGGTCACTTAG,Epiblast
SBR-60h:GTCTAGATCAAGGAGC,Epiblast/primitive streak
SBR-60h:GAGCCTGTCGGACTGC,Epiblast
SBR-60h:CTACGGGTCATTCACT,Epiblast/primitive streak
SBR-60h:TGCATCCAGTTGTAGA,Exiting naive pluripotency
SBR-60h:TGGTACACATGCAGCC,Epiblast
SBR-60h:TCCGAAATCACGATCA,Epiblast/primitive streak
SBR-60h:CGTAGTAAGCGTGCTC,Epiblast
SBR-60h:CACAGATGTTCAAGGG,Epiblast
SBR-60h:CGGAGAAAGTTGCCCG,Epiblast
SBR-60h:GCGTGCACACAAATCC,Epiblast/primitive streak
SBR-60h:CATACTTCAGTGAGCA,Epiblast/primitive streak
SBR-60h:CTCCGATAGTATGACA,Epiblast
SBR-60h:GTCGAATAGAAACCAT,Exiting naive pluripotency
SBR-60h:GGTGGCTAGCGCCTCA,Epiblast
SBR-60h:TGTCAGAGTAAGACCG,Epiblast
SBR-60h:CCCTTAGAGCCGTCGT,Ectopic pluripotency
SBR-60h:GGTAATCCATTCTCCG,Epiblast/primitive streak
SBR-60h:GAAGTAACACCCTATC,Epiblast/primitive streak
SBR-60h:TATTTCGTCGTTCTGC,Epiblast/primitive streak
SBR-60h:CTCATTAAGACGGTCA,Epiblast
SBR-60h:ACTATCTTCCACGGGT,Epiblast
SBR-60h:CTGGACGGTCTCGGGT,Epiblast
SBR-60h:AAAGGGCAGTAGATCA,Epiblast
SBR-60h:CTACTATCATGCAGGA,Epiblast
SBR-60h:TGCAGATGTTGTGGCC,Epiblast/primitive streak
SBR-60h:CCTAAGAGTTTGCCGG,Epiblast
SBR-60h:CTCAGGGCAGGGTCTC,Epiblast/primitive streak
SBR-60h:GATGGAGGTTGTTGAC,Epiblast
SBR-60h:GTTCTATAGTGCACCC,Epiblast
SBR-60h:GGGCTCACAAAGGATT,Epiblast
SBR-60h:ATTCTACAGAAGGTAG,Epiblast
SBR-60h:GTTGTCCGTGCAGGAT,Epiblast
SBR-60h:GTCTTTACAAGCTACT,Epiblast
SBR-60h:TACCCGTCAGATGCGA,Epiblast
SBR-60h:TGCTGAAGTTTGCAGT,Epiblast/primitive streak
SBR-60h:GCTGCAGGTAGCTAAA,Epiblast/primitive streak
SBR-60h:GTCACGGGTCTCGGAC,Epiblast/primitive streak
SBR-60h:CGGGACTTCTCCAATT,Epiblast/primitive streak
SBR-60h:GTTCTATGTGACAGCA,Epiblast
SBR-60h:TTTCATGCAGGGTTGA,Epiblast/primitive streak
SBR-60h:TGCATGACACTAAACC,Epiblast/primitive streak
SBR-60h:AGTTCCCAGCGTCAAG,Epiblast
SBR-60h:GTAGGAGGTAAGGCTG,Epiblast
SBR-60h:CGGAACCCAAAGGGCT,Epiblast/primitive streak
SBR-60h:TGTAGACCAACCAACT,Epiblast/primitive streak
SBR-60h:TCAGGGCGTCCTACAA,Epiblast/primitive streak
SBR-60h:GGTTAACCACGGTGCT,Epiblast
SBR-60h:ATACCGATCCAAAGGG,Epiblast
SBR-60h:GTCTAGATCAGGAAAT,Epiblast/primitive streak
SBR-60h:GTTACCCTCGAACACT,Epiblast
SBR-60h:ATACCTTGTGCGGCTT,Epiblast/primitive streak
SBR-60h:TGTGTGATCGAGTGAG,Epiblast/primitive streak
SBR-60h:GAGTCTATCGGAGTGA,Epiblast
SBR-60h:TCATTGTGTCATCGGC,Epiblast
SBR-60h:CTGTGAACATGGTACT,Epiblast
SBR-60h:AAGCATCGTTGGCCGT,Epiblast/primitive streak
SBR-60h:ATCCGTCCACAGAGCA,Epiblast/primitive streak
SBR-60h:ACTTATCCAAATAAGC,Cd63+ ectoderm-like artefact
SBR-60h:CTCCACAAGGTTAAAC,Epiblast
SBR-60h:TCTTCCTCATCGGAGA,Epiblast
SBR-60h:GAGGGATGTACATTGC,Epiblast
SBR-60h:CCTCTAGAGCTCCACG,Epiblast
SBR-60h:GAGTTGTGTCTGTCAA,Epiblast
SBR-60h:TGTTACTCAAACTCGT,Epiblast
SBR-60h:TGTTACTTCTTCCAGC,Epiblast
SBR-60h:AGAGCAGTCTTTGCAT,Epiblast
SBR-60h:TTGTTTGCATGGCTGC,Epiblast
SBR-60h:CTTCCGAAGCGGATCA,Epiblast
SBR-60h:TTACCATCATTCAGGT,Epiblast
SBR-60h:ACATCCCCATAGATCC,Epiblast
SBR-60h:ACCGTTCGTTTAGTCG,Epiblast/primitive streak
SBR-60h:AGTCATGCAGGATTCT,Epiblast/primitive streak
SBR-60h:AGTCTCCCATTCCTCG,Epiblast
SBR-60h:GCGGATCGTTCCGTTC,Epiblast
SBR-60h:TTAGGCAGTGAGAGGG,Epiblast
SBR-60h:AACCAACGTATCTCTT,Ectopic pluripotency
SBR-60h:CTGGCAGCAACGGCCT,Epiblast
SBR-60h:GTAGGAGAGCGTTGTT,Epiblast
SBR-60h:GGGACTCTCTCGTCAC,Epiblast
SBR-60h:CGAGTTACATACATCG,Epiblast
SBR-60h:TCCGGGATCACGGACC,Epiblast
SBR-60h:ATCGGCGTCTTGGCTC,Epiblast
SBR-60h:GATTCTTGTCTCCTGT,Epiblast/primitive streak
SBR-60h:AGTTCGAGTTCCATTT,Epiblast
SBR-60h:ACTTTGTTCTCAACGA,Epiblast
SBR-60h:CCCGGAACACCCATAA,Epiblast
SBR-60h:ATGGTTGGTAGTCACT,Epiblast
SBR-60h:GAGAGGTAGGAGAGTA,Epiblast
SBR-60h:TTCTTCCGTTGTTGCA,Epiblast
SBR-60h:TTGCTGCTCTAGACCA,Epiblast/primitive streak
SBR-60h:ATCGTGATCTGTTGGA,Epiblast
SBR-60h:TCCACGTAGTGGACTG,Epiblast
SBR-60h:ATCCATTTCTCACTCG,Epiblast
SBR-60h:TAAGCGTCATCCCGTT,Epiblast
SBR-60h:CAACAACCAACACAAA,Epiblast
SBR-60h:TGGGCTGTCACAGAGG,Epiblast
SBR-60h:TTGAGTGGTATCTCTT,Epiblast
SBR-60h:GTCGTTCTCGCAACAT,Epiblast
SBR-60h:CTGTATTGTAATTGGA,Epiblast
SBR-60h:TGACGCGAGTGAGCCA,Epiblast/primitive streak
SBR-60h:AGAGCAGTCGAACCAT,Epiblast/primitive streak
SBR-60h:AGACAAAGTCCGCAGT,Epiblast
SBR-60h:AATGGCTGTGAGCCAA,Epiblast
SBR-60h:GGAGGATCACGGAAGT,Epiblast/primitive streak
SBR-60h:CTGCAGGTCATGAGGG,Epiblast
SBR-60h:AGACCATAGAGTCGAC,Epiblast
SBR-60h:TCGGGTGGTACTCGCG,Epiblast
SBR-60h:TTTGATCCACTCTGCT,Epiblast
SBR-60h:GAGGGATTCCATCTCG,Epiblast
SBR-60h:CATCGTCAGAACCGCA,Epiblast
SBR-60h:TCCTTCTCAGGTCCCA,Epiblast
SBR-60h:GGGCCATAGCCTAGGA,Epiblast/primitive streak
SBR-60h:ATTGGGTTCTTAGCTT,Epiblast
SBR-60h:CGGGACTGTTGAGGAC,Epiblast
SBR-60h:GGGCGTTAGACGCCAA,Epiblast
SBR-60h:ATCGTCCAGCTCCCTT,Epiblast
SBR-60h:CGGAACCCACCAGCGT,Epiblast/primitive streak
SBR-60h:TTCATGTTCGCTATTT,Epiblast
SBR-60h:TGGAGGAGTTATAGAG,Epiblast
SBR-60h:AAGACAAGTTGGAGAC,Epiblast/primitive streak
SBR-60h:CAACCAACAACTAGAA,Epiblast
SBR-60h:AGTCAACGTGTTCATG,Epiblast
SBR-60h:TTGGGTATCCAGTGTA,Exiting naive pluripotency
SBR-60h:CATCGTCCATGGGATG,Epiblast
SBR-60h:GGAGGATGTGACTATC,Epiblast
SBR-60h:ACAACCAAGTAGATCA,Epiblast
SBR-60h:CGAGAAGCACAATTCG,Epiblast
SBR-60h:ACCTACCCACAACATC,Epiblast
SBR-60h:AGTGCCGCATAGCTGT,Epiblast
SBR-60h:GAATCGTGTTAGGGAC,Epiblast/primitive streak
SBR-60h:GACTATGGTTTACCTT,Epiblast
SBR-60h:TGACAGTCAATTGCTG,Epiblast
SBR-60h:AAGCCATGTTAGTCGT,Epiblast
SBR-60h:AACGTCAGTAGAGATT,Epiblast
SBR-60h:GTTCGCTAGGTCCGAA,Epiblast/primitive streak
SBR-60h:CCTCAGTGTCGTCAGC,Epiblast
SBR-60h:TTACAGGGTAGCGATG,Cd63+ ectoderm-like artefact
SBR-60h:TTTCAGTAGTAACCGG,Epiblast
SBR-60h:ATCCACCCAAACGAGC,Epiblast
SBR-60h:GTCCCATCAAATGATG,Epiblast
SBR-60h:CCAATTTAGGAACGTC,Epiblast
SBR-60h:AGACCATGTAGAGTTA,Epiblast
SBR-60h:GGAGATGCATTAGGAA,Cd63+ ectoderm-like artefact
SBR-60h:GTGAGGACAGCTTCCT,Epiblast
SBR-60h:CCACAAATCATGGAGG,Epiblast
SBR-60h:TTTCAGTTCCTTCTTC,Epiblast
SBR-60h:CTCACTGAGAATCTAG,Epiblast/primitive streak
SBR-60h:CTTCCTTGTTTAGAGA,Epiblast
SBR-60h:TCGACGGGTGTCCATA,Epiblast
SBR-60h:TCTTCCTCAGACCTGC,Epiblast
SBR-60h:ACGGGTCTCCACGGAC,Epiblast
SBR-60h:AAAGGATGTCTACAAC,Epiblast
SBR-60h:GTGCTGGGTCGTTTCC,Epiblast
SBR-60h:AATGCCAAGTTGCTCA,Epiblast
SBR-60h:ATACCTTCACTGAGTT,Epiblast
SBR-60h:AGGGAGTTCCGTAGGC,Epiblast
SBR-60h:AAACCCAGTTTGCAGT,Epiblast
SBR-60h:GTCGAATTCTAATTCC,Epiblast
SBR-60h:TCGCTCATCGCGAAGA,Epiblast
SBR-60h:TCCGATCGTGGACTGA,Epiblast
SBR-60h:TTCGCTGCACAGTCCG,Epiblast
SBR-60h:GAGCTGCGTTGGGTTT,Epiblast
SBR-60h:GTAGGAGCACTAACGT,Epiblast
SBR-60h:GCCATGGAGCCTGGAA,Epiblast/primitive streak
SBR-60h:AAGCATCCAGACTGCC,Epiblast
SBR-60h:ATCGGATTCGCAATTG,Epiblast
SBR-60h:CGGAACCCATCTTAGG,Epiblast/primitive streak
SBR-60h:TTACGCCGTTCAGCTA,Epiblast
SBR-60h:AGCGATTTCGCGCCAA,Epiblast
SBR-60h:TCTACATAGAACTGAT,Epiblast
SBR-60h:TCATGTTCAATTGAAG,Exiting naive pluripotency
SBR-60h:CGCAGGTAGACTTCAC,Epiblast
SBR-60h:CCAAGCGTCTTACCAT,Epiblast
SBR-60h:TGCATCCAGCATCAAA,Cd63+ ectoderm-like artefact
SBR-60h:AGGACGATCGAGATGG,Epiblast
SBR-60h:CTTCTAACACAGCATT,Exiting naive pluripotency
SBR-60h:CGTTGGGCAACACTAC,Epiblast
SBR-60h:TGTTCTATCACTTGGA,Epiblast
SBR-60h:AACAGGGGTTGTGGAG,Epiblast
SBR-60h:GTTGCTCTCGGTCTGG,Epiblast/primitive streak
SBR-60h:AGCCAGCCATAGACTC,Epiblast
SBR-60h:CCGCAAGGTCTCACGG,Epiblast
SBR-60h:GGTAGAGTCAACACGT,Epiblast
SBR-60h:GCGTGCATCATGAGAA,Epiblast/primitive streak
SBR-60h:TGAGCGCGTTTACGAC,Epiblast
SBR-60h:GTAACACCAAGGAGTC,Epiblast
SBR-60h:TAGATCGGTGCTGCAC,Epiblast/primitive streak
SBR-60h:GAATCACTCGGCTGAC,Exiting naive pluripotency
SBR-60h:GTGGCGTGTAACACGG,Epiblast
SBR-60h:TCATCCGCATTGCTTT,Cd63+ ectoderm-like artefact
SBR-60h:GATTTCTTCCCTGTTG,Epiblast
SBR-60h:TCTTAGTAGGGAGGTG,Epiblast
SBR-60h:CGGAATTCAACGACAG,Ectopic pluripotency
SBR-60h:AATCGTGGTCTACTGA,Epiblast
SBR-60h:CTTGATTAGTCAGGGT,Epiblast
SBR-60h:TTTCATGTCCTATTTG,Epiblast
SBR-60h:ATGTCTTAGCAGCCTC,Epiblast/primitive streak
SBR-60h:ACGGGTCTCCATAAGC,Epiblast
SBR-60h:GGTTGTAAGGGAGATA,Epiblast
SBR-60h:CATAAGCGTTCGGTCG,Epiblast
SBR-60h:GATGCTAAGACCATAA,Epiblast
SBR-60h:TCTAACTGTGCATTAC,Epiblast/primitive streak
SBR-60h:GTCTTTATCGCGTGCA,Epiblast
SBR-60h:GTATTTCCAGCTGTCG,Epiblast
SBR-60h:GATGCTACAATTTCCT,Epiblast
SBR-60h:GGGTAGATCGCCTCTA,Epiblast
SBR-60h:CTATCCGTCCACCCTA,Epiblast
SBR-60h:CGAGTTAAGGGCTAAC,Epiblast
SBR-60h:GGTCTGGCAATCCTAG,Epiblast
SBR-60h:ATTGGGTGTTTCACAG,Epiblast
SBR-60h:AGGTGTTTCGTCGCTT,Epiblast
SBR-60h:CCGGTAGGTCAAAGAT,Epiblast
SBR-60h:GTTGTAGCACCAGACC,Cd63+ ectoderm-like artefact
SBR-60h:TCATGCCGTAGTCACT,Epiblast
SBR-60h:ATGAAAGCAAGGTCAG,Epiblast
SBR-60h:CTGTATTTCGGACTTA,Epiblast
SBR-60h:ATTGGGTAGCCATCCG,Epiblast
SBR-60h:TTCCTAACAGATCATC,Epiblast
SBR-60h:TCGGTCTAGAAGTCTA,Epiblast
SBR-60h:GGAGAACTCCATTGTT,Epiblast
SBR-60h:TCAAGCACACTATCCC,Epiblast
SBR-60h:TCGGGCAGTGAGTAAT,Epiblast/primitive streak
SBR-60h:GTGATGTGTGGTCAAG,Epiblast
SBR-60h:GCTCAAAAGGAACGCT,Epiblast
SBR-60h:CTCCATGCAACCAATC,Epiblast
SBR-60h:CCTAAGATCTCTCAAT,Epiblast/primitive streak
SBR-60h:AGTCTCCCAGTTAGAA,Epiblast/primitive streak
SBR-60h:AAATGGACATCGAAGG,Epiblast
SBR-60h:GTTGAACAGTCTGGAG,Epiblast
SBR-60h:GCGGATCGTGTGATGG,Epiblast
SBR-60h:GCGGAAAGTCAGGTAG,Epiblast
SBR-60h:GCAGGCTTCTCCTGCA,Epiblast
SBR-60h:TTACCGCCAGAGCGTA,Epiblast/primitive streak
SBR-60h:TGCTCCACAGGATTCT,Epiblast
SBR-60h:TTCCTAAGTTAGAAAC,Epiblast
SBR-60h:AGGTAGGCAACCAACT,Epiblast
SBR-60h:TACTTACTCCGTCCTA,Epiblast/primitive streak
SBR-60h:CAGGTATAGATACATG,Epiblast
SBR-60h:GGGTGTCGTTGTTGCA,Epiblast
SBR-60h:AGCTACATCATGCAGT,Epiblast
SBR-60h:GTCATCCCAGACAAGC,Epiblast
SBR-60h:ACGTTCCAGGCAGTCA,Epiblast
SBR-60h:CTGGCAGTCGGCTGTG,Epiblast
SBR-60h:AGATAGAGTTGCATGT,Epiblast
SBR-60h:GACCTTCGTGTTCATG,Epiblast
SBR-60h:TTCGCTGGTTACCGTA,Epiblast
SBR-60h:AGGTGTTAGCCATCCG,Epiblast
SBR-60h:AGTTCCCAGCGTATGG,Epiblast
SBR-60h:CCGGGTACACAACGCC,Epiblast
SBR-60h:TGAACGTGTTCCAAAC,Epiblast/primitive streak
SBR-60h:CTTCGGTTCGAAGTGG,Epiblast
SBR-60h:TCAATTCTCCCATTTA,Epiblast
SBR-60h:TACATTCGTTGTGCCG,Epiblast
SBR-60h:CCATAAGTCGACCAAT,Epiblast
SBR-60h:GTTATGGCATCCTGTC,Exiting naive pluripotency
SBR-60h:ATGATCGCACCCAACG,Epiblast
SBR-60h:AGGCCACAGGTTATAG,Epiblast
SBR-60h:CACACAAAGGGAGGGT,Epiblast/primitive streak
SBR-60h:TAATTCCTCGGATTAC,Epiblast
SBR-60h:CTCATCGGTATACCTG,Epiblast
SBR-60h:TCTACATAGAGAGTTT,Epiblast
SBR-60h:CTGTGAACATCCGTGG,Epiblast/primitive streak
SBR-60h:GTCTACCGTTCTGACA,Epiblast
SBR-60h:AGGACGAAGCGCCTTG,Epiblast
SBR-60h:CAATACGAGCAGCCCT,Epiblast
SBR-60h:ACCAAACGTCATAAAG,Epiblast
SBR-60h:ACATCGAAGACCATAA,Epiblast
SBR-60h:GCGGAAACACGACGTC,Exiting naive pluripotency
SBR-60h:GATCCCTTCTGTCCCA,Epiblast
SBR-60h:CCTGCATTCGACCATA,Naive pluripotency
SBR-60h:TTTAGTCGTAATGCTC,Epiblast
SBR-60h:TGTACAGAGAGTACCG,Epiblast
SBR-60h:GAGAAATCACGGCTAC,Epiblast
SBR-60h:TCAGCCTAGATGTAGT,Epiblast
SBR-60h:TCGAACAAGTCAACAA,Epiblast
SBR-60h:AAAGGTATCTCTGCCA,Epiblast
SBR-60h:GGGAAGTCAGGGCTTC,Epiblast
SBR-60h:GGGCTACAGGCTCCCA,Epiblast/primitive streak
SBR-60h:TCCACGTCAGCAAGAC,Epiblast
SBR-60h:TGCAGTATCACTTGGA,Epiblast/primitive streak
SBR-60h:GTTGAACCACTCGATA,Epiblast
SBR-60h:GATTTCTGTCAACATC,Epiblast
SBR-60h:CTCCGATGTTGAGTCT,Epiblast
SBR-60h:GTGATGTGTGAAGCGT,Epiblast
SBR-60h:GAGGCCTGTTAGCGGA,Epiblast
SBR-60h:AGACAGGCAGAGGAAA,Epiblast
SBR-60h:AAAGTGAGTAGTCACT,Epiblast
SBR-60h:ATTCGTTAGTAGGAAG,Epiblast
SBR-60h:TCGCAGGGTACGCGTC,Epiblast
SBR-60h:TATGTTCCATGTCGTA,Epiblast/primitive streak
SBR-60h:GTTCCGTAGGCTGTAG,Epiblast/primitive streak
SBR-60h:GGGTTATGTTCAGCGC,Epiblast
SBR-60h:GGGACAAGTTCCTAAG,Epiblast
SBR-60h:GCGGATCGTTATGGTC,Epiblast
SBR-60h:TTCTTCCCAATTTCCT,Epiblast
SBR-60h:GTGCAGCGTCTAGTGT,Epiblast
SBR-60h:TCGACGGTCTCTATAC,Epiblast
SBR-60h:GCCTGTTCAACCAACT,Epiblast
SBR-60h:ACTGCAATCCTTGGAA,Epiblast
SBR-60h:GTCTAGATCGCTTGAA,Epiblast/primitive streak
SBR-60h:TCTCCGAGTAAGTAGT,Epiblast
SBR-60h:TGAGCATCAGAAGTGC,Epiblast
SBR-60h:TCGAACAAGCTGAGCA,Exiting naive pluripotency
SBR-60h:GATCACAGTTGCGGAA,Epiblast/primitive streak
SBR-60h:GATTCTTAGGGCAGTT,Epiblast
SBR-60h:GCTGGGTCATTCAGCA,Epiblast
SBR-60h:TGGGTTAAGCAACTCT,Epiblast
SBR-60h:GTATTGGTCTGGGCCA,Epiblast
SBR-60h:TAGCACATCGCATGAT,Epiblast
SBR-60h:GCATTAGGTGGTCTAT,Epiblast
SBR-60h:TATCTGTTCTCGCTCA,Epiblast/primitive streak
SBR-60h:GTGAGCCCACTTCATT,Exiting naive pluripotency
SBR-60h:TGAGACTTCACTGGGC,Epiblast
SBR-60h:TCATGCCTCGCGGACT,Epiblast
SBR-60h:ATTCACTGTTGGGTAG,Epiblast/primitive streak
SBR-60h:TCGAACAAGGGCTTCC,Epiblast
SBR-60h:TACACCCAGGTGATCG,Epiblast
SBR-60h:GCACGTGAGCTAAGTA,Epiblast
SBR-60h:CTACAGACACATATGC,Epiblast
SBR-60h:GCAACATCATAGTCAC,Epiblast/primitive streak
SBR-60h:CCTTGTGTCAGACCGC,Exiting naive pluripotency
SBR-60h:CCCGAAGAGCTCTGTA,Epiblast
SBR-60h:ATGGATCGTGACGTCC,Epiblast
SBR-60h:CCGTGAGTCATCGCAA,Epiblast
SBR-60h:ATGAGTCCACACCGCA,Epiblast
SBR-60h:ACGATCACAGGCCTGT,Exiting naive pluripotency
SBR-60h:GGCTTGGAGATGAATC,Epiblast/primitive streak
SBR-60h:AGTACTGAGCGTATAA,Epiblast
SBR-60h:GGGTGAATCTGAGAGG,Epiblast
SBR-60h:GTCTCACCACCATAAC,Epiblast
SBR-60h:GCCAGGTCATCTAGAC,Epiblast
SBR-60h:CCTAACCCAGCTTTGA,Epiblast
SBR-60h:TCGCTTGTCACATACG,Epiblast
SBR-60h:AGTGATCCACTTCAAG,Epiblast
SBR-60h:ATCGTAGGTGTTTCTT,Epiblast
SBR-60h:TGGATGTTCAAGAAAC,Epiblast/primitive streak
SBR-60h:TGAACGTAGGTCGTGA,Epiblast
SBR-60h:CAATCGATCGCCTATC,Epiblast
SBR-60h:TTCCTAAGTACGAGTG,Epiblast
SBR-60h:AAAGTCCAGTTGTCGT,Epiblast
SBR-60h:GTTATGGGTTGGGAAC,Epiblast
SBR-60h:TGATTTCTCCATTGTT,Epiblast
SBR-60h:CATTCATAGACCATAA,Epiblast
SBR-60h:TAACGACGTGAATATG,Epiblast
SBR-60h:GCCAGCAGTATTGACC,Epiblast
SBR-60h:CATTGCCAGGTTAAAC,Epiblast/primitive streak
SBR-60h:GTACAGTCAAGGATGC,Epiblast
SBR-60h:GGTGATTTCTGGCTGG,Epiblast
SBR-60h:AGTCTCCCATCCGCGA,Epiblast
SBR-60h:CACAGATGTAATGCGG,Epiblast
SBR-60h:TGAGTCAGTTTCGTTT,Epiblast
SBR-60h:GGTTGTACAGAGGAAA,Epiblast/primitive streak
SBR-60h:CGGGTCAAGTATGTAG,Epiblast
SBR-60h:TCATTACTCGGTCGGT,Epiblast
SBR-60h:CCACCATGTAGATTAG,Epiblast
SBR-60h:CCCTTAGCAGAAATCA,Epiblast
SBR-60h:ATGATCGCATGCGTGC,Epiblast
SBR-60h:TCATTGTCACTGCGTG,Epiblast
SBR-60h:AAGTACCCAAATACAG,Epiblast
SBR-60h:CCAATGAGTCGTCATA,Epiblast
SBR-60h:AAGCCATAGGCGAAGG,Epiblast
SBR-60h:CAGAGCCCACTAGTAC,Epiblast
SBR-60h:GGGTGTCTCTACCAGA,Epiblast
SBR-60h:TTCTAACGTAGGGTAC,Epiblast
SBR-60h:GCATTAGTCGCAGATT,Epiblast
SBR-60h:GTGTAACGTGGCTTGC,Epiblast
SBR-60h:GTAGCTATCAGTCACA,Epiblast
SBR-60h:CGGAGAAGTAGTGATA,Epiblast
SBR-60h:TCGCAGGCACCTCGTT,Epiblast
SBR-60h:ACGATGTAGAGCCGAT,Epiblast
SBR-60h:CTTGAGATCGGCCCAA,Epiblast
SBR-60h:AACCTGAGTTAATCGC,Epiblast/primitive streak
SBR-60h:TAATCTCGTATGAGAT,Epiblast
SBR-60h:AGTCAACTCCATCACC,Epiblast
SBR-60h:ATTCCATAGCTGAGTG,Epiblast
SBR-60h:AGAACAACATAAGCGG,Epiblast
SBR-60h:ACTTCGCGTTTGGGAG,Epiblast
SBR-60h:CTCCTCCAGACGCCAA,Epiblast
SBR-60h:CCTCTAGAGAGTCTTC,Epiblast
SBR-60h:GTGCGTGGTAGGGAGG,Epiblast
SBR-60h:CGAGTTATCAACTTTC,Epiblast
SBR-60h:GTGTTCCCAAGCCCAC,Epiblast
SBR-60h:TCTGCCAAGAAGAGCA,Epiblast
SBR-60h:ATTCACTAGTGGTTGG,Epiblast
SBR-60h:ACTTCGCGTTAGGGTG,Epiblast
SBR-60h:ATTCATCCAGCGGTCT,Epiblast
SBR-60h:ACAGGGACAGCATCTA,Epiblast
SBR-60h:GATAGCTAGTTGCCTA,Epiblast
SBR-60h:GGTTAACCAGTCCCGA,Epiblast
SBR-60h:GTGTCCTAGATGCGAC,Epiblast/primitive streak
SBR-60h:TTGCCTGGTATGGAAT,Epiblast
SBR-60h:TGTTCATTCGGACAAG,Epiblast
SBR-60h:CGGTCAGCAAATAAGC,Epiblast
SBR-60h:ATACCGAGTGAGTTGG,Epiblast/primitive streak
SBR-60h:AGTCAACCAGTCTCTC,Epiblast
SBR-60h:CGTCCATCAGGGAATC,Epiblast
SBR-60h:AGACTCAGTGGGTATG,Epiblast
SBR-60h:ACTGTCCTCGCTGACG,Epiblast
SBR-60h:TTCCTCTTCCCTCGTA,Epiblast
SBR-60h:ACTATTCCAGAGTTGG,Epiblast/primitive streak
SBR-60h:AGTTAGCTCAATCAGC,Naive pluripotency
SBR-60h:GTTACAGTCTCGGGAC,Epiblast/primitive streak
SBR-60h:ACCTGTCGTATTCCTT,Epiblast/primitive streak
SBR-60h:TTCTCTCAGAGTTGAT,Epiblast
SBR-60h:GATGACTAGGGTGGGA,Epiblast
SBR-60h:ACGGTTAGTAGCTTAC,Epiblast
SBR-60h:CATGCGGGTATGCAAA,Epiblast/primitive streak
SBR-60h:AGGGCCTTCCGTTGAA,Epiblast/primitive streak
SBR-60h:TCATTACGTGCCGTTG,Epiblast
SBR-60h:GTCTCACCAGGATTCT,Exiting naive pluripotency
SBR-60h:GTTACAGGTGTCATTG,Epiblast
SBR-60h:CTGTACCAGCAGCACA,Epiblast/primitive streak
SBR-60h:ATCGTCCAGATGGTAT,Epiblast
SBR-60h:GTAGAAATCACCTGGG,Epiblast
SBR-60h:CCGTTCATCGACCTAA,Epiblast
SBR-60h:AGGTGTTAGAAGCTCG,Epiblast
SBR-60h:ATTTCACCAAGTACCT,Epiblast/primitive streak
SBR-60h:AGCGCCACAAGGATGC,Epiblast
SBR-60h:CATACTTCACGTCTCT,Epiblast
SBR-60h:TAGGGTTGTGAGCGAT,Epiblast
SBR-60h:GGGTGAAAGACTCTAC,Cd63+ ectoderm-like artefact
SBR-60h:TCAAGTGCAAACCATC,Epiblast
SBR-60h:GGTCACGGTGTGAGCA,Epiblast
SBR-60h:TCGAAGTAGTTGCTGT,Epiblast
SBR-60h:AAGTACCGTCGAACAG,Epiblast
SBR-60h:AGGGAGTTCCTAGAGT,Epiblast
SBR-60h:TGGAGAGTCCCTCTTT,Epiblast
SBR-60h:GCCTGTTTCGGCCCAA,Epiblast
SBR-60h:TATTCCAGTTTGAAAG,Epiblast
SBR-60h:GAAGGACAGTGTAGAT,Epiblast
SBR-60h:GGGCTACCAACTAGAA,Naive pluripotency
SBR-60h:CAGCGTGGTATTCCGA,Epiblast
SBR-60h:TTGGTTTGTAGCGATG,Epiblast
SBR-60h:ATGATCGGTACCGGCT,Epiblast
SBR-60h:AGGGAGTGTCCTCCAT,Epiblast
SBR-60h:ATCACGAGTAACCCTA,Epiblast
SBR-60h:CCGGACAGTCACTCAA,Epiblast/primitive streak
SBR-60h:TTTACGTTCTGCTTTA,Epiblast
SBR-60h:GAAGGGTGTTGACTAC,Epiblast
SBR-60h:TGTTTGTAGACGTCCC,Epiblast
SBR-60h:CGGCAGTAGCTTAAGA,Epiblast/primitive streak
SBR-60h:GATCGTAGTGGCCACT,Epiblast
SBR-60h:CTAACTTAGCGTTCCG,Epiblast
SBR-60h:GGAGGATTCGCCTTTG,Epiblast/primitive streak
SBR-60h:AATCACGAGCATGGGT,Epiblast
SBR-60h:GCTGAATGTCAAAGAT,Epiblast
SBR-60h:CCCTTAGGTGGTCTGC,Epiblast
SBR-60h:GAGAGGTGTTGGAGGT,Epiblast
SBR-60h:ATGAGGGAGCGTTAGG,Epiblast
SBR-60h:ACACAGTAGTGGCCTC,Cd63+ ectoderm-like artefact
SBR-60h:CGACAGCAGGAACATT,Exiting naive pluripotency
SBR-60h:AGGGCTCGTACTAGCT,Epiblast
SBR-60h:GAGGGTACAGTAACCT,Epiblast
SBR-60h:TTCTAGTTCTCCGAAA,Epiblast
SBR-60h:GTGTCCTCACAGAGCA,Epiblast
SBR-60h:GGATGTTGTATCGTTG,Epiblast
SBR-60h:GAAATGATCCAACCGG,Epiblast
SBR-60h:AGCCAGCTCAGATTGC,Epiblast
SBR-60h:GTTACCCGTGTATACC,Epiblast
SBR-60h:TGCTCGTTCGGACGTC,Epiblast
SBR-60h:AGCATCACACACGTGC,Epiblast
SBR-60h:GAGAGGTGTGGCTAGA,Epiblast
SBR-60h:CTCTGGTTCTCAGAAC,Epiblast
SBR-60h:GGTGTCGCAACCGCCA,Epiblast/primitive streak
SBR-60h:GTTTGGAGTCCTCATC,Epiblast
SBR-60h:AGACTCAAGGGTCAAC,Epiblast
SBR-60h:TGGCGTGTCAACACGT,Epiblast
SBR-60h:CTGAATGCACACCTAA,Ectopic pluripotency
SBR-60h:GCGAGAAAGATGGGCT,Epiblast
SBR-60h:TCGTAGACACTGCGAC,Epiblast
SBR-60h:TCCTAATAGTAGGATT,Epiblast
SBR-60h:AGCATCAAGTGAACAT,Epiblast
SBR-60h:CCCAACTTCGTCGATA,Naive pluripotency
SBR-60h:TCCGGGAGTCCCGGTA,Epiblast
SBR-60h:GCTGCAGAGACCACGA,Epiblast
SBR-60h:TGGATCAAGTAACGTA,Epiblast/primitive streak
SBR-60h:GGAGCAAAGGCACCAA,Epiblast
SBR-60h:TTCCTCTGTATTGACC,Epiblast
SBR-60h:TACGGTAAGAGCCGTA,Epiblast
SBR-60h:GTCAAACTCTGCTAGA,Epiblast
SBR-60h:ACGTAGTGTTCCCACT,Epiblast
SBR-60h:CGGGCATGTACCGGCT,Epiblast
SBR-60h:TGGGAAGTCACGGGAA,Epiblast
SBR-60h:GCTGGGTCAAGCACCC,Epiblast
SBR-60h:GAGCTGCAGATTGAGT,Epiblast
SBR-60h:ACGATGTTCAATCGGT,Exiting naive pluripotency
SBR-60h:AGGTTGTGTCGAACAG,Epiblast
SBR-60h:TGAACGTGTGCATCTA,Exiting naive pluripotency
SBR-60h:GTGCTTCTCCTCGCAT,Epiblast
SBR-60h:CATTTCACACCGTGAC,Epiblast
SBR-60h:TCGATTTGTCGTGCCA,Epiblast/primitive streak
SBR-60h:TCTCTGGTCATGAGTC,Epiblast
SBR-60h:TCGGATACACCGCTGA,Epiblast
SBR-60h:CTTCTAATCCGTCCTA,Epiblast
SBR-60h:AGGTCATGTCACTCAA,Epiblast/primitive streak
SBR-60h:TAGTGCACATCCGTTC,Epiblast
SBR-60h:GCCAGTGAGCCATCCG,Exiting naive pluripotency
SBR-60h:CGAGAAGTCGACCACG,Epiblast
SBR-60h:GGGTTTATCAAATGCC,Epiblast
SBR-60h:AGGACTTAGTGCACCC,Epiblast
SBR-60h:GTTAGACTCCACATAG,Epiblast
SBR-60h:CAACCAAAGTCGCGAA,Epiblast
SBR-60h:CTGAATGGTGTGGTCC,Epiblast
SBR-60h:GGGATGATCCGATTAG,Cd63+ ectoderm-like artefact
SBR-60h:ATCGTGATCCACCTCA,Epiblast
SBR-60h:ACAAGCTTCGAAGTGG,Epiblast
SBR-60h:TCTTCCTCAGTAGTGG,Epiblast
SBR-60h:AGACTCACATGAGATA,Epiblast
SBR-60h:CACTGTCCACGCGCAT,Cd63+ ectoderm-like artefact
SBR-60h:AGGTCATAGAGCCATG,Epiblast
SBR-60h:TCGTAGAGTGTTTGCA,Epiblast
SBR-60h:AACCAACAGCTTGTGT,Epiblast/primitive streak
SBR-60h:GCATCTCCACTAAACC,Epiblast
SBR-60h:GGGTTTATCGTAACTG,Epiblast
SBR-60h:GATCACAGTTTCGGCG,Epiblast/primitive streak
SBR-60h:TCCTAATTCCATACAG,Epiblast
SBR-60h:TTAGTCTGTGAGACGT,Epiblast
SBR-60h:GATTTCTGTGACGCCT,Epiblast/primitive streak
SBR-60h:GGACGTCTCGGACGTC,Epiblast
SBR-60h:TTCTGTAGTCAGCGTC,Epiblast
SBR-60h:TATGTTCAGTGAGGCT,Epiblast
SBR-60h:AGAAATGGTCCATCTC,Epiblast
SBR-60h:ACACTGACACGACAGA,Exiting naive pluripotency
SBR-60h:GAGGCCTTCCCGAGTG,Epiblast
SBR-60h:CAACGATCAGCAGTAG,Epiblast
SBR-60h:GCCATGGGTGTCCTAA,Epiblast
SBR-60h:TATCTGTTCTAACGGT,Epiblast/primitive streak
SBR-60h:ATGAGGGGTAGCGAGT,Epiblast
SBR-60h:TCCGATCGTAGGCTCC,Epiblast
SBR-60h:CTGGACGTCAACGAGG,Epiblast
SBR-60h:CGGACACGTGTTCGAT,Exiting naive pluripotency
SBR-60h:AAACCCACAGGATTCT,Epiblast
SBR-60h:TGACGCGTCAGACAAA,Epiblast
SBR-60h:CTGCTCAGTTGCTCGG,Epiblast
SBR-60h:CACAGGCGTTCCGCGA,Naive pluripotency
SBR-60h:AGCGCTGCAAGGACAC,Epiblast
SBR-60h:AACAACCTCGACGAGA,Epiblast/primitive streak
SBR-60h:GAATAGATCATCGCTC,Epiblast/primitive streak
SBR-60h:TGCCGAGGTCGAATGG,Epiblast
SBR-60h:TTCAATCAGACGGAAA,Epiblast
SBR-60h:AGGCTGCGTCTTGTCC,Epiblast
SBR-60h:GTATTGGTCGACATAC,Epiblast
SBR-60h:AGGATCTGTTGTGGAG,Epiblast
SBR-60h:TGCATGATCGTAGCCG,Epiblast
SBR-60h:TGGGCGTGTCTACACA,Epiblast
SBR-60h:GTAGAGGAGCATCGAG,Epiblast
SBR-60h:TCATGCCTCTTTCGAT,Epiblast
SBR-60h:GCACGGTCATGGGCAA,Epiblast
SBR-60h:TAAGCGTCATGACACT,Epiblast
SBR-60h:GATGGAGTCTACCACC,Ectopic pluripotency
SBR-60h:TACGCTCAGCTGGAGT,Epiblast
SBR-60h:CGTGCTTAGAGAGAAC,Epiblast
SBR-60h:GAACGTTCAGATCCTA,Epiblast
SBR-60h:CAATCGAAGAATTGCA,Epiblast
SBR-60h:TTGGTTTCAAAGCACG,Epiblast
SBR-60h:GATTGGTGTGGGCTCT,Exiting naive pluripotency
SBR-60h:GCCAGGTTCCCATTCG,Epiblast
SBR-60h:AAACGAATCATGCGGC,Epiblast
SBR-60h:ATGCATGAGTTGCTGT,Epiblast
SBR-60h:GTCAAACCAAATGATG,Epiblast
SBR-60h:ATGAGGGTCTCGGCTT,Epiblast
SBR-60h:ATCCGTCGTATATGGA,Epiblast/primitive streak
SBR-60h:AAGTCGTTCCCATAAG,Epiblast
SBR-60h:GTCAGCGCACAGCCTG,Epiblast/primitive streak
SBR-60h:GTGTTCCTCCATACAG,Epiblast
SBR-60h:AGCGCTGTCCGACGGT,Epiblast/primitive streak
SBR-60h:TAGACTGCAAAGACTA,Epiblast
SBR-60h:AATGGAAAGGGTCACA,Epiblast
SBR-60h:GTTGCGGGTCAGACTT,Epiblast
SBR-60h:TCCACCATCCAGTGTA,Epiblast
SBR-60h:GTCAAGTAGCATCCTA,Epiblast
SBR-60h:CCTTGTGAGTCGAAGC,Epiblast
SBR-60h:CGTTAGACAGCAGACA,Epiblast
SBR-60h:GTCCACTGTGACTCGC,Epiblast
SBR-60h:TGTGGCGCAGCACAAG,Epiblast
SBR-60h:TCACGCTGTGGAGAAA,Epiblast
SBR-60h:CTTCCTTCATAATGAG,Epiblast
SBR-60h:GAGCTGCCAGGTACGA,Epiblast
SBR-60h:GCATCTCCAGCGTACC,Epiblast
SBR-60h:TGTCAGATCCACGTGG,Epiblast
SBR-60h:TGAATGCTCGTTAGAC,Epiblast
SBR-60h:CCACGAGGTACCGGAA,Epiblast
SBR-60h:GTCTCACGTCACTCAA,Epiblast
SBR-60h:CACACAACAACCGGAA,Epiblast
SBR-60h:CTTGATTTCTTTCCGG,Epiblast
SBR-60h:CAAAGAAAGCACTTTG,Epiblast
SBR-60h:TCCTCCCAGTCCGCGT,Epiblast
SBR-60h:GTGGAGAGTAGACAAT,Epiblast
SBR-60h:CGATCGGGTGGGTTGA,Epiblast
SBR-60h:GAAGTAAGTACTGCGC,Epiblast
SBR-60h:GTGGAGACAGCGTAGA,Epiblast
SBR-60h:CTGATCCGTCAAACGG,Epiblast
SBR-60h:CAAGAGGCAAATGCTC,Naive pluripotency
SBR-60h:GATAGCTTCAGTCATG,Epiblast/primitive streak
SBR-60h:CTCCCAAAGGAACGCT,Epiblast
SBR-60h:AAACCCATCGGAGATG,Epiblast
SBR-60h:TCAGGGCAGGTAGATT,Epiblast
SBR-60h:GACATCATCAGACTGT,Epiblast
SBR-60h:CAACCAAGTTTGAAAG,Epiblast
SBR-60h:ACACCAACATGATCTG,Epiblast
SBR-60h:GGGAGATGTCGATTAC,Epiblast
SBR-60h:GATTCGAGTCCGTACG,Epiblast
SBR-60h:GGGTTTAGTTGGTAGG,Epiblast
SBR-60h:GCGTGCATCGGAATGG,Epiblast
SBR-60h:TGGTGATAGTCAGGGT,Epiblast
SBR-60h:TAAGCCAAGTTGGACG,Epiblast
SBR-60h:GTCGCGAGTGTCGCTG,Epiblast
SBR-60h:GTCTACCAGTATGAGT,Epiblast
SBR-60h:TGAGCGCGTGCCTAAT,Epiblast
SBR-60h:GTAACCACAGCTCTGG,Epiblast
SBR-60h:GTGGTTAAGAATCCCT,Epiblast
SBR-60h:ATTTACCGTTGGGTTT,Epiblast
SBR-60h:TGTTTGTAGCATAGGC,Exiting naive pluripotency
SBR-60h:CCATAAGAGTGGAAGA,Epiblast
SBR-60h:AATCGTGAGGTAGGCT,Epiblast/primitive streak
SBR-60h:TCATGGATCATGTCAG,Epiblast
SBR-60h:CATGCAAGTCCGACGT,Epiblast
SBR-60h:GTTGTAGGTAACTAAG,Epiblast
SBR-60h:ATCTTCAAGCACCGTC,Epiblast
SBR-60h:GATCATGGTCGCACGT,Epiblast
SBR-60h:GGTTCTCGTAGCTTGT,Epiblast
SBR-60h:AGGGTCCCAGGTGGAT,Epiblast
SBR-60h:CTTCCGAAGTTAGAAC,Epiblast
SBR-60h:GTGGCGTGTGCGACAA,Epiblast
SBR-60h:GCCGTGAAGTCTGGAG,Epiblast
SBR-60h:GGGACTCGTCTTCTAT,Epiblast
SBR-60h:CAACGATCAGTGAGCA,Epiblast
SBR-60h:AGATAGATCGGCTTCT,Epiblast
SBR-60h:TCATCATCACGGAAGT,Epiblast/primitive streak
SBR-60h:ACCCTTGTCTGCGTCT,Naive pluripotency
SBR-60h:TGAGCGCTCTCTTCAA,Epiblast
SBR-60h:CTTCTAAGTCAGGCAA,Epiblast
SBR-60h:CCTCAACTCGCCGAAC,Epiblast
SBR-60h:GTCGTTCAGTACTCGT,Epiblast
SBR-60h:CCGTTCAAGTGGATAT,Epiblast
SBR-60h:CTTGAGACAATGGCAG,Epiblast
SBR-60h:TGGATGTCATCGATAC,Epiblast
SBR-60h:CATCCGTGTACTCGCG,Epiblast
SBR-60h:AGAAATGCACCAGCCA,Epiblast
SBR-60h:AGTGTTGTCGAGAGAC,Epiblast
SBR-60h:TGCGACGCATGTTACG,Epiblast
SBR-60h:GTTCTATTCCATCAGA,Epiblast
SBR-60h:GTAATGCCAATTGCCA,Epiblast
SBR-60h:AGGCTGCAGGATATAC,Epiblast
SBR-60h:TTGGGCGGTATGGGAC,Epiblast
SBR-60h:TTCAGGAGTCCGGTCA,Epiblast
SBR-60h:TATTTCGAGGACAACC,Epiblast
SBR-60h:TGATGGTAGGTTGTTC,Epiblast
SBR-60h:CCAAGCGGTCTCTCTG,Epiblast
SBR-60h:GTGTCCTCATTGAAGA,Epiblast
SBR-60h:GTCAGCGGTGCTAGCC,Epiblast
SBR-60h:GTGCAGCGTTGCCGAC,Epiblast
SBR-60h:GTGATGTGTCCCGTGA,Epiblast
SBR-60h:CTGCTCATCTAGCCAA,Epiblast
SBR-60h:TTACTGTGTCCAAGAG,Epiblast
SBR-60h:ATTTCACCACACCTAA,Epiblast
SBR-60h:ACACCAATCGAGAAGC,Epiblast
SBR-60h:TTGGGTATCTGGACCG,Epiblast
SBR-60h:TTCTTGATCAGACTGT,Epiblast
SBR-60h:ACTACGAGTACCGGCT,Epiblast
SBR-60h:TCACGGGTCGCTGTTC,Epiblast
SBR-60h:CGTGTCTCACCTTCGT,Epiblast
SBR-60h:AGGTAGGTCTCCGTGT,Epiblast
SBR-60h:GGTTCTCTCACTACGA,Epiblast
SBR-60h:TATTGGGGTCTTACTT,Epiblast/primitive streak
SBR-60h:GGGTGTCCAATAGGGC,Epiblast
SBR-60h:TACTGCCCAGAGGCTA,Epiblast
SBR-60h:CCTTTGGAGGAAAGAC,Epiblast
SBR-60h:TGGGCTGTCCAACCGG,Epiblast
SBR-60h:AGGCTGCGTGTGGTCC,Epiblast
SBR-60h:AGATCCACAGCGATTT,Epiblast
SBR-60h:GAGACCCGTTCGTGCG,Epiblast
SBR-60h:ATTTCACTCGGCTGGT,Epiblast
SBR-60h:TGCGGGTTCTTCGGTC,Epiblast
SBR-60h:GGCGTCAAGTCGTCTA,Epiblast
SBR-60h:ATTGTTCGTGTCCACG,Epiblast
SBR-60h:GTGCTGGCACGGTGCT,Epiblast
SBR-60h:GAAGCCCGTCCAAGAG,Epiblast
SBR-60h:CAGGCCAAGAAGTATC,Epiblast
SBR-60h:GGCTGTGTCCTCAGAA,Exiting naive pluripotency
SBR-60h:GCCATTCGTTTGCAGT,Epiblast
SBR-60h:ACAGGGAGTGGTCTGC,Epiblast
SBR-60h:CAAGCTATCTAGCAAC,Epiblast/primitive streak
SBR-60h:TCCGTGTGTCACTACA,Epiblast/primitive streak
SBR-60h:CGATCGGCATGGATCT,Epiblast/primitive streak
SBR-60h:CCGTTCATCAACTACG,Epiblast
SBR-60h:CATAGACGTGGAGGTT,Epiblast
SBR-60h:CTACCCACACGAAGAC,Epiblast
SBR-60h:TCATGTTCATATCGGT,Epiblast/primitive streak
SBR-60h:TGCTGAACACGACAGA,Epiblast
SBR-60h:CTCATCGAGCCGTTAT,Epiblast
SBR-60h:ACTTTGTAGAGTCGAC,Epiblast
SBR-60h:GTTGTGACACGCCACA,Epiblast
SBR-60h:TTCTAACGTGCGGATA,Epiblast
SBR-60h:TCGTCCAAGAACTCCT,Epiblast
SBR-60h:AAACCCACATGAGATA,Cd63+ ectoderm-like artefact
SBR-60h:GTGCTTCTCGGCATCG,Epiblast
SBR-60h:GACCCTTGTGCGAGTA,Epiblast
SBR-60h:ATTCCCGGTTCGTGCG,Epiblast/primitive streak
SBR-60h:GTCTAGAGTCCCTAAA,Epiblast
SBR-60h:CGGGTCAAGATAGTCA,Epiblast
SBR-60h:GATCCCTCATCAGCGC,Epiblast
SBR-60h:AGACAGGTCGAACTCA,Epiblast
SBR-60h:GATCATGGTGTCGATT,Epiblast
SBR-60h:GATTGGTGTGTTCAGT,Epiblast
SBR-60h:GTGCAGCGTGGCAACA,Epiblast
SBR-60h:GATGTTGAGTATAACG,Epiblast
SBR-60h:TTGGTTTGTTACGCCG,Epiblast
SBR-60h:TTGGGCGGTCTGTCCT,Epiblast
SBR-60h:CAGGCCAGTCGTGTTA,Epiblast
SBR-60h:AGAGCCCAGACATCAA,Epiblast
SBR-60h:CATACTTGTGAGTGAC,Epiblast
SBR-60h:GGAGAACCAGTCGAGA,Epiblast
SBR-60h:GTGCTTCAGTTTGCTG,Epiblast
SBR-60h:TCTGTCGGTATGCTTG,Epiblast
SBR-60h:GTGGGAATCTGGCCGA,Epiblast
SBR-60h:GAGTGAGTCACCTACC,Epiblast
SBR-60h:TCCATCGTCCATTGTT,Epiblast
SBR-60h:GTGGTTATCCCGGTAG,Epiblast
SBR-60h:TTTGTTGGTTGTCTAG,Epiblast
SBR-60h:TCCTAATTCACTTCTA,Epiblast
SBR-60h:CGTTGGGGTCGTGCCA,Epiblast
SBR-60h:TTCGGTCCACCTCAGG,Epiblast
SBR-60h:TCATGTTGTAAGGAGA,Epiblast
SBR-60h:GGGTTTACATGATAGA,Epiblast
SBR-60h:TCTGGCTAGCGGTAGT,Epiblast
SBR-60h:TCAGGGCAGTAAAGCT,Epiblast
SBR-60h:ACAAAGAGTTGCGGCT,Epiblast
SBR-60h:CACTGAAAGCAAGGAA,Epiblast
SBR-60h:CGTGCTTGTTGTTGAC,Epiblast
SBR-60h:TGGATCACAGTGTGCC,Epiblast
SBR-60h:CGGACACCAACTACGT,Epiblast/primitive streak
SBR-60h:ACTTTCACACCCGTAG,Epiblast
SBR-60h:AAGCATCAGCCATTCA,Epiblast
SBR-60h:CGGGTCACAAGCAGGT,Epiblast
SBR-60h:CGAGGCTAGACATATG,Epiblast
SBR-60h:TGTTACTCAGGTGAGT,Epiblast
SBR-60h:TATCTGTGTACTGCCG,Cd63+ ectoderm-like artefact
SBR-60h:ATGGAGGAGCATCCCG,Epiblast/primitive streak
SBR-60h:GGGTCTGCACGGCTAC,Epiblast
SBR-60h:CACAACAAGTGGTCAG,Epiblast
SBR-60h:TGATCTTCATCGAAGG,Epiblast
SBR-60h:AGTAGTCGTAGGACCA,Epiblast
SBR-60h:CCTCTCCGTAGATCGG,Epiblast
SBR-60h:GGTAGAGCATTCTCTA,Epiblast
SBR-60h:CCCATTGTCGTTGTAG,Epiblast
SBR-60h:GTGTGGCAGCAACTTC,Epiblast
SBR-60h:TCCATCGAGGTTGCCC,Epiblast
SBR-60h:GGAATGGCAACAAAGT,Epiblast
SBR-60h:TCAGTCCGTAGAGTTA,Cd63+ ectoderm-like artefact
SBR-60h:TGCGGCAAGACCGTTT,Epiblast
SBR-60h:GCTTGGGAGGCTAACG,Epiblast
SBR-60h:CCGGGTAAGTTAGAAC,Epiblast
SBR-60h:TCAGTTTTCCGATCTC,Epiblast
SBR-60h:GGAGGATGTACCACGC,Epiblast
SBR-60h:TGGATCATCAAGAAAC,Epiblast
SBR-60h:GCCCGAAAGGTAGCAC,Epiblast
SBR-60h:TACTGCCTCATGCGGC,Epiblast
SBR-60h:TACGTCCCATACCGTA,Epiblast/primitive streak
SBR-60h:CACAGATCACTGGATT,Epiblast
SBR-60h:CGTGTCTTCGGCACTG,Epiblast
SBR-60h:CTTGAGACAAAGACGC,Exiting naive pluripotency
SBR-60h:GTCATGAAGACTGAGC,Epiblast
SBR-60h:TGTCCTGCACGCGCAT,Epiblast
SBR-60h:TCATTCAAGCCTCGTG,Epiblast
SBR-60h:TCATGGACAAGAAATC,Exiting naive pluripotency
SBR-60h:TCTGTCGCAAGTCGTT,Epiblast
SBR-60h:GTGCGTGAGACCTCAT,Epiblast/primitive streak
SBR-60h:GACATCAGTCTCAGAT,Epiblast
SBR-60h:TGTTGGAAGCGCCCAT,Epiblast
SBR-60h:TGTTCATTCTTTGCGC,Epiblast
SBR-60h:GGTTCTCGTGTTGCCG,Epiblast
SBR-60h:CAAGAGGGTCGTTTCC,Epiblast
SBR-60h:GGCAGTCCAGCTCGGT,Epiblast
SBR-60h:AATCGACGTGACATCT,Epiblast
SBR-60h:GTCGAATTCAGACAAA,Epiblast
SBR-60h:GTGGAAGGTGCTCGTG,Epiblast
SBR-60h:GTTTGGAAGGCATCGA,Epiblast
SBR-60h:TTGGGATTCCCACAGG,Epiblast
SBR-60h:TATCGCCAGCTACGTT,Epiblast
SBR-60h:GTCGTAAAGGCCTGAA,Epiblast
SBR-60h:TGACAGTCACTCCTGT,Epiblast
SBR-60h:TTGTGTTGTGATTGGG,Epiblast
SBR-60h:CGATGGCGTTCGGTTA,Epiblast
SBR-60h:GTTGTAGTCTGGCCGA,Exiting naive pluripotency
SBR-60h:ATCGATGCAGCAGTCC,Epiblast
SBR-60h:CGGGTGTTCGTGTGAT,Epiblast
SBR-60h:GACCGTGAGCTCTATG,Naive pluripotency
SBR-60h:CTTCTCTTCTTGGAAC,Epiblast
SBR-60h:CCGTGAGCATACAGCT,Epiblast
SBR-60h:TGGGCGTCACTGGAAG,Epiblast
SBR-60h:GCTGGGTCACAAGTTC,Epiblast
SBR-60h:CCGGGTAGTGGACCAA,Cd63+ ectoderm-like artefact
SBR-60h:GCCCAGATCGGAGCAA,Epiblast
SBR-60h:CATGCTCGTGATTCTG,Epiblast
SBR-60h:TCTTGCGGTCTACATG,Epiblast
SBR-60h:CGGTCAGAGTTCTACG,Epiblast
SBR-60h:TCGTGGGTCATCTACT,Epiblast
SBR-60h:AGGGCCTGTGGTGATG,Epiblast
SBR-60h:GAGTTGTGTCAGACGA,Epiblast
SBR-60h:CGAGAAGGTTGAGAGC,Epiblast
SBR-60h:CAAGCTACATCGAGCC,Epiblast
SBR-60h:AACGGGAGTGTTCCAA,Epiblast
SBR-60h:GTTACAGTCTAGTTCT,Epiblast
SBR-60h:TCGTCCAAGGATTCCT,Epiblast
SBR-60h:AGGACTTGTACGGGAT,Epiblast
SBR-60h:TATGTTCCATGACGAG,Epiblast
SBR-60h:TGGAGGAGTTGACTAC,Epiblast
SBR-60h:TCGTAGACAGCAGGAT,Epiblast/primitive streak
SBR-60h:GAATCACGTACTGACT,Epiblast
SBR-60h:TCCTCCCTCTTCGTGC,Epiblast
SBR-60h:GCTCAAACAAATGCGG,Epiblast
SBR-60h:CTGTGAAGTGTGTACT,Epiblast
SBR-60h:TCGGTCTCATTCAGCA,Epiblast
SBR-60h:CCACCATGTAGAGATT,Epiblast
SBR-60h:CATCCGTCATTCCTCG,Epiblast
SBR-60h:CGGAATTTCTTTGCAT,Epiblast
SBR-60h:CACGGGTGTACGCTTA,Epiblast/primitive streak
SBR-60h:CGATCGGTCTGCCTCA,Epiblast
SBR-60h:CTTTCAAAGTAGCTCT,Epiblast
SBR-60h:CCGATGGAGGATGGCT,Epiblast
SBR-60h:GAGTCATTCGAGATAA,Epiblast
SBR-60h:GTTACAGTCAGGAAGC,Epiblast
SBR-60h:AGCTACAAGCAAGGAA,Epiblast
SBR-60h:TCTTGCGGTAGACACG,Epiblast
SBR-60h:ATGATCGGTGAAGCGT,Epiblast
SBR-60h:TGACAGTTCACCTGGG,Epiblast
SBR-60h:AATCGACTCCATCTAT,Epiblast
SBR-60h:TGTTTGTAGCCAGAGT,Epiblast
SBR-60h:CGGGACTGTCACAGAG,Epiblast
SBR-60h:ATCGCCTCAGTGTATC,Epiblast
SBR-60h:TGTCCACAGGTAGTAT,Epiblast
SBR-60h:CGAATTGAGGGTGAAA,Epiblast
SBR-60h:CTTCTAAGTAGGCTGA,Epiblast
SBR-60h:CTTCTAAGTCGCATGC,Epiblast
SBR-60h:GTGCAGCCATCCGCGA,Epiblast
SBR-60h:TTTGGTTCAGGATGAC,Epiblast
SBR-60h:ATCAGGTCAGGAATAT,Exiting naive pluripotency
SBR-60h:CCGATCTCACATAGCT,Epiblast
SBR-60h:TCGGGCACAAACTAAG,Epiblast
SBR-60h:GGGCTACTCCGAGATT,Epiblast/primitive streak
SBR-60h:GTTGTCCGTTAAACAG,Epiblast
SBR-60h:GGTGTCGCAATCGCGC,Exiting naive pluripotency
SBR-60h:ACTATGGTCCTAGAGT,Epiblast
SBR-60h:GAGTCTATCGCACGAC,Epiblast
SBR-60h:GGTCTGGGTTGCAACT,Epiblast
SBR-60h:CAGGCCAAGTCTAGCT,Epiblast
SBR-60h:CGTGATAAGATCGACG,Exiting naive pluripotency
SBR-60h:TCGGGTGAGCGGGTTA,Epiblast
SBR-60h:CTACATTTCTATTTCG,Cd63+ ectoderm-like artefact
SBR-60h:GGAGATGGTATGCGGA,Epiblast
SBR-60h:GCGAGAAGTGTATTGC,Epiblast
SBR-60h:GCGTTTCTCTCACCCA,Epiblast
SBR-60h:ACGATCATCGAGTGGA,Epiblast
SBR-60h:GCCAGCATCGACGACC,Epiblast/primitive streak
SBR-60h:CTCAGAACAAGAGGTC,Epiblast
SBR-60h:TATCTTGTCTGTTGGA,Epiblast
SBR-60h:GGAATCTGTATCGTAC,Epiblast/primitive streak
SBR-60h:AATAGAGAGGCTAAAT,Epiblast
SBR-60h:GGGTGAATCTCAACGA,Exiting naive pluripotency
SBR-60h:TTGGGATGTCGATTTG,Epiblast
SBR-60h:AGTAGTCGTGCAATAA,Epiblast
SBR-60h:CTCCCAAAGTGTCATC,Epiblast
SBR-60h:ATGGGTTCAGCTGTAT,Epiblast
SBR-60h:GGAATGGCAGACGATG,Epiblast
SBR-60h:GTTGCTCCAGCAAGAC,Epiblast
SBR-60h:AGTCACAGTATGCGGA,Cd63+ ectoderm-like artefact
SBR-60h:TGGTACATCATGGCCG,Epiblast
SBR-60h:GACAGCCGTGCCCTTT,Epiblast
SBR-60h:GGAGGTAAGCTGGTGA,Epiblast
SBR-60h:CCTCTCCAGGTGCGAT,Epiblast/primitive streak
SBR-60h:GGTTGTAAGAAGGCTC,Epiblast
SBR-60h:TGGTGATGTTTAGTCG,Epiblast
SBR-60h:GTGCGTGGTCCAGCGT,Epiblast/primitive streak
SBR-60h:TGGCGTGCATGTCAGT,Epiblast
SBR-60h:TGGTAGTTCATCAGTG,Epiblast
SBR-60h:AACGGGAGTGAATTAG,Epiblast
SBR-60h:TCGGGTGTCGTCACCT,Epiblast
SBR-60h:TTCACGCAGGTGCAGT,Epiblast
SBR-60h:TCCTTTCCAGCCGTTG,Epiblast
SBR-60h:TTAGTCTAGAAGGGAT,Epiblast
SBR-60h:TTGGATGAGCACTGGA,Epiblast
SBR-60h:TGAGTCAGTTCTGACA,Epiblast
SBR-60h:GGGTGAAAGCGCGTTC,Epiblast
SBR-60h:TTGGGCGAGCCAGAGT,Epiblast
SBR-60h:ATCGGCGGTGCTGATT,Epiblast
SBR-60h:CATCAAGCATCGTGCG,Epiblast
SBR-60h:TTACCGCAGTTGCCTA,Epiblast
SBR-60h:TGGTAGTAGATCGACG,Epiblast
SBR-60h:TAACTTCGTGAGATCG,Epiblast
SBR-60h:GTTTGGATCTGATGGT,Epiblast
SBR-60h:GTCCTCACACGGCGTT,Cd63+ ectoderm-like artefact
SBR-60h:AGGGTTTAGCTGGCTC,Epiblast
SBR-60h:CTGTGGGGTCAGCGTC,Exiting naive pluripotency
SBR-60h:ATCGTCCAGATTGACA,Epiblast
SBR-60h:TGGGAGAAGACGACGT,Epiblast
SBR-60h:GTTAGACAGTGTTCAC,Epiblast
SBR-60h:ACGCACGTCGCTACGG,Epiblast
SBR-60h:AGCGCCACAAAGGTTA,Epiblast
SBR-60h:CATGAGTTCGTCGGGT,Epiblast
SBR-60h:CGCATAATCACTGCTC,Epiblast
SBR-60h:CGAAGGATCAAGTAAG,Epiblast
SBR-60h:CCCTCAATCAACTCTT,Epiblast
SBR-60h:CTCAAGAGTCCTCAGG,Epiblast
SBR-60h:GGGATGAGTAGACTGG,Epiblast/primitive streak
SBR-60h:AGACACTCAGAGGACT,Epiblast
SBR-60h:CACATGAAGTCAAGCG,Epiblast
SBR-60h:CCGGGTAGTTAGGAGC,Epiblast
SBR-60h:AATAGAGAGTGGACGT,Epiblast
SBR-60h:TCGGGCAAGACGCCCT,Epiblast
SBR-60h:TGGGCTGGTCGTCGGT,Epiblast/primitive streak
SBR-60h:CGGGCATTCTCCTACG,Epiblast
SBR-60h:GTGAGTTAGGTTCACT,Epiblast
SBR-60h:CTACATTCATGTTCAG,Epiblast
SBR-60h:ATCGGCGGTCACTTAG,Epiblast
SBR-60h:TCATGAGTCAGGTAAA,Cd63+ ectoderm-like artefact
SBR-60h:CACTGGGGTGCCGGTT,Epiblast
SBR-60h:GACGTTAAGACATATG,Epiblast
SBR-60h:ACACGCGTCCGTTGGG,Epiblast
SBR-60h:AAGCATCTCCAAGCAT,Epiblast
SBR-60h:TTCCTTCGTTGGAGAC,Epiblast
SBR-60h:TGTTACTGTTGTACGT,Epiblast
SBR-60h:GTAGTACAGACTCAAA,Epiblast
SBR-60h:TCTAACTCAGCTGTAT,Epiblast
SBR-60h:TCAGTGAAGGATTTGA,Epiblast
SBR-60h:GAGCCTGGTGTACAGG,Epiblast
SBR-60h:GAGTGTTAGGCAATGC,Epiblast
SBR-60h:CGCGTGACACGTCGTG,Epiblast
SBR-60h:GTAGGTTTCCCGAGTG,Epiblast
SBR-60h:CGTTGGGTCAATCCAG,Epiblast/primitive streak
SBR-60h:CACCGTTTCGTTAGTG,Epiblast/primitive streak
SBR-60h:AGTTCCCGTCAGTTTG,Naive pluripotency
SBR-60h:TAGTGCAGTAGACGGT,Epiblast
SBR-60h:GTGCTGGCATAGAGGC,Epiblast
SBR-60h:GTCGCGATCATTGTTC,Epiblast
SBR-60h:TCCCACAAGATAACGT,Epiblast/primitive streak
SBR-60h:ATTACTCAGCGCTTCG,Naive pluripotency
SBR-60h:TCATTCAAGACGCCCT,Epiblast/primitive streak
SBR-60h:CTATCTACATCGTGCG,Epiblast
SBR-60h:GTTATGGAGGTATTGA,Epiblast
SBR-60h:GGGACTCCAAAGGCGT,Epiblast/primitive streak
SBR-60h:GCTCAAAAGCGTACAG,Epiblast
SBR-60h:TTCACCGGTCTACGAT,Epiblast
SBR-60h:TCATTGTTCGTGCATA,Epiblast
SBR-60h:TACAACGGTGTATTGC,Epiblast
SBR-60h:TCCATCGTCCAAGCAT,Cd63+ ectoderm-like artefact
SBR-60h:CGGGACTGTATAGCTC,Epiblast
SBR-60h:AGGACTTGTGGCCTCA,Epiblast/primitive streak
SBR-60h:CAAGAGGAGGAGGCAG,Epiblast
SBR-60h:AGGTAGGAGTCTACCA,Epiblast
SBR-60h:CCACGTTAGTTCCAGT,Epiblast
SBR-60h:AGGTTGTGTCTCAAGT,Epiblast/primitive streak
SBR-60h:TCATCATTCTCCGTGT,Cd63+ ectoderm-like artefact
SBR-60h:AAGACAATCATGCAGT,Epiblast
SBR-60h:TATTCCAGTTGCCAAT,Epiblast
SBR-60h:CATTGTTCAACAGATA,Epiblast/primitive streak
SBR-60h:ACCTGTCCAGTCGTTA,Epiblast
SBR-60h:ATGGATCTCCCTTGTG,Epiblast
SBR-60h:AAAGGTACATCATGAC,Epiblast
SBR-60h:TCTCCGAAGACGAGCT,Epiblast
SBR-60h:GAATCACGTTTGGGAG,Epiblast
SBR-60h:GAAATGAGTCTAGTGT,Epiblast
SBR-60h:CTAAGTGAGCCTGCCA,Epiblast
SBR-60h:AATGGAAGTACAAGTA,Epiblast
SBR-60h:ACATCGAGTAAGATTG,Epiblast
SBR-60h:GTACAACTCAGTCATG,Epiblast
SBR-60h:ACCATTTAGAGTTGCG,Epiblast
SBR-60h:TTGCGTCGTACACGCC,Naive pluripotency
SBR-60h:AGCCACGCATCGAGCC,Epiblast
SBR-60h:CTGTGGGCAGTCGGTC,Epiblast
SBR-60h:CAGAGCCGTAGAAACT,Epiblast
SBR-60h:ACCTGTCAGCAGGCAT,Epiblast
SBR-60h:GCCCAGACAAGGAGTC,Exiting naive pluripotency
SBR-60h:CGATGCGTCAGAGCAG,Epiblast
SBR-60h:GGAGGTAAGACCGCCT,Epiblast
SBR-60h:ACAAAGAGTGTCCAAT,Epiblast
SBR-60h:TCTAACTTCCGCGATG,Epiblast
SBR-60h:TGAGCGCTCGACACTA,Epiblast
SBR-60h:GTTGCTCTCAGCCTTC,Epiblast
SBR-60h:CTCCTTTGTTCTGAGT,Epiblast/primitive streak
SBR-60h:GCGAGAACAACGAGGT,Epiblast
SBR-60h:GCATCGGCATGACGAG,Epiblast
SBR-60h:TCAGCAAGTCATCCCT,Epiblast
SBR-60h:CGTTGGGTCCCGAGTG,Epiblast
SBR-60h:GTGGAGAGTCACTAGT,Epiblast
SBR-60h:CTGTACCCAACCTATG,Epiblast
SBR-60h:GGTGTCGTCCCTCTAG,Epiblast
SBR-60h:TGCAGTATCCCGTGTT,Epiblast
SBR-60h:CCGATCTGTCACCTTC,Epiblast
SBR-60h:CTGTGGGGTGCGGCTT,Exiting naive pluripotency
SBR-60h:TGAATGCGTTGCTCCT,Epiblast
SBR-60h:ACGGGTCGTTCAAACC,Epiblast
SBR-60h:TGCACGGGTATCAGCT,Naive pluripotency
SBR-60h:ACGGAAGTCGGCTTGG,Epiblast
SBR-60h:TCGACCTTCCACACAA,Naive pluripotency
SBR-60h:TCGCACTCATCTCGTC,Epiblast
SBR-60h:TGAGCGCCACACCAGC,Epiblast
SBR-60h:CCGAACGTCCTACCAC,Epiblast
SBR-60h:GCTTGGGCAGTAACGG,Epiblast
SBR-60h:ACGGAAGGTAGCGTTT,Epiblast
SBR-60h:CTGTAGATCATTGCGA,Ectopic pluripotency
SBR-60h:ATTCCATTCATTACCT,Epiblast
SBR-60h:GAATAGACAGCCTTCT,Epiblast/primitive streak
SBR-60h:TCCGGGATCACCGGTG,Epiblast
SBR-60h:GTTGCGGGTTCAAAGA,Epiblast
SBR-60h:CAGCCAGCAACTGGTT,Exiting naive pluripotency
SBR-60h:AGCATCAAGCTTCGTA,Epiblast
SBR-60h:GAGGCAAGTGCCTGAC,Cd63+ ectoderm-like artefact
SBR-60h:ACGGGTCTCGTGGGTC,Epiblast
SBR-60h:GACCCAGTCTCTGCTG,Epiblast
SBR-60h:ACATTTCAGTAGACAT,Epiblast/primitive streak
SBR-60h:GGGCTACTCGAGGCAA,Epiblast
SBR-60h:GATTGGTCAGCCGTTG,Epiblast
SBR-60h:CCTCAGTCAAATGATG,Epiblast
SBR-60h:AGGTCATTCTGTGCAA,Epiblast
SBR-60h:TCAAGTGTCCCAGGAC,Epiblast
SBR-60h:AACAAGAAGCAACTCT,Epiblast
SBR-60h:AGGTTGTGTCTACTGA,Epiblast
SBR-60h:GTCAGCGTCATGGTAC,Epiblast
SBR-60h:AGTAGCTTCATGAAAG,Epiblast
SBR-60h:CGGGCATAGCCTCGTG,Epiblast
SBR-60h:AACGGGAAGGGAGATA,Epiblast
SBR-60h:TTGGGCGCAGCCCAGT,Epiblast
SBR-60h:ATTCCCGTCCATCACC,Epiblast
SBR-60h:GGTGTTAGTGAGGAAA,Exiting naive pluripotency
SBR-60h:TGGAGAGAGCACACAG,Epiblast
SBR-60h:ATGGTTGAGAAGGTAG,Epiblast
SBR-60h:TAACCAGTCAAGTGGG,Epiblast
SBR-60h:CTGTGAATCGATGCTA,Epiblast
SBR-60h:CGTAATGCAGGTATGG,Epiblast
SBR-60h:ACTCCCAGTAGGAGGG,Epiblast/primitive streak
SBR-60h:TTGGGTAGTGGATGAC,Epiblast
SBR-60h:TGCGGGTCAGACCGCT,Epiblast
SBR-60h:GTCGTTCGTCTGCATA,Epiblast
SBR-60h:GAGTCATCAACGTAAA,Epiblast
SBR-60h:GTTGTGAGTACGGGAT,Epiblast
SBR-60h:TTGGTTTTCGGATAAA,Epiblast
SBR-60h:CTTCTAAGTATTGAGA,Epiblast
SBR-60h:TGGTTAGAGAGTACCG,Epiblast
SBR-60h:TTAATCCGTGCCTTCT,Epiblast/primitive streak
SBR-60h:TAGGTTGTCGGTCGGT,Epiblast
SBR-60h:CAGTTAGAGTACCGGA,Epiblast
SBR-60h:CGTAATGAGCTAGTTC,Epiblast/primitive streak
SBR-60h:TTCAATCGTGGAACCA,Epiblast/primitive streak
SBR-60h:CTACATTTCGTTGTTT,Epiblast
SBR-60h:CTGGCAGTCTACTCAT,Epiblast
SBR-60h:CACGTTCCAAGTGGCA,Epiblast/primitive streak
SBR-60h:TCGGGTGTCTAGTTCT,Epiblast
SBR-60h:TGCGGCACAAGGGCAT,Epiblast
SBR-60h:CATGCTCTCATAGCAC,Epiblast
SBR-60h:CAGTTAGAGCCTGTCG,Epiblast/primitive streak
SBR-60h:CACGTTCCAGCGAGTA,Epiblast
SBR-60h:CAGCAGCCAAAGGGCT,Epiblast
SBR-60h:GTCATTTAGATCGACG,Epiblast
SBR-60h:CAGATACGTCTCAGGC,Epiblast
SBR-60h:AGTCACAAGCTGAGTG,Epiblast
SBR-60h:TCATGCCGTCGTGTTA,Epiblast
SBR-60h:GTTCTATCACTAGTAC,Epiblast
SBR-60h:GTATTGGTCGTTCAGA,Epiblast
SBR-60h:GGTGTTAAGTCTGGTT,Epiblast/primitive streak
SBR-60h:TGCACGGCAGAACTTC,Epiblast
SBR-60h:GGGCCATCACAAGTTC,Epiblast
SBR-60h:CTATCCGGTATTGCCA,Epiblast
SBR-60h:AACAGGGTCGTGCTCT,Epiblast
SBR-60h:ATACTTCTCTCATGGA,Epiblast
SBR-60h:ACTGCAACAGCAGTTT,Epiblast
SBR-60h:TCGGGACCAGAGAAAG,Epiblast
SBR-60h:GTGTTAGTCGTGGGTC,Epiblast
SBR-60h:CGGACACAGAGGTGCT,Epiblast
SBR-60h:TTGGATGGTCATTCCC,Epiblast
SBR-60h:TGGGTTACATCGCTAA,Epiblast
SBR-60h:TGGGTTATCAAGAGGC,Epiblast
SBR-60h:TAAGCGTTCTAGCATG,Naive pluripotency
SBR-60h:GGACGTCTCATGGAGG,Epiblast
SBR-60h:AAATGGATCAAGGACG,Epiblast
SBR-60h:ATTCAGGTCTCCTACG,Epiblast/primitive streak
SBR-60h:TTGAACGAGATGCGAC,Epiblast
SBR-60h:TGCTCCAGTACCCACG,Epiblast
SBR-60h:GTAGAAATCGCATTGA,Cd63+ ectoderm-like artefact
SBR-60h:GTGGTTAAGATGCTAA,Epiblast
SBR-60h:TTGAACGCAGGGATAC,Epiblast
SBR-60h:GGGCTACAGGGATCTG,Epiblast
SBR-60h:CATCGCTGTGTCGATT,Epiblast/primitive streak
SBR-60h:ATGGATCAGGACGGAG,Epiblast
SBR-60h:TGTTTGTGTTAGAGTA,Epiblast
SBR-60h:TGCGGGTGTTGGATCT,Epiblast
SBR-60h:TATCGCCTCGGCTGGT,Epiblast
SBR-60h:GGAGGATTCGTTCCTG,Epiblast
SBR-60h:CCTTGTGTCCATGATG,Epiblast
SBR-60h:ATAGACCGTCATAACC,Cd63+ ectoderm-like artefact
SBR-60h:AACCATGAGATTAGAC,Epiblast
SBR-60h:CAGCCAGCAGAACATA,Epiblast
SBR-60h:GCCTGTTGTGCAACGA,Epiblast
SBR-60h:TTGGGTACAGCTACAT,Epiblast
SBR-60h:CTAACTTGTAGAGTTA,Epiblast/primitive streak
SBR-60h:TCCGAAATCTGCGGCA,Epiblast
SBR-60h:GCGTGCATCGAACCTA,Epiblast
SBR-60h:GGGTCACGTAGCTTTG,Epiblast
SBR-60h:CATGCAACAGGCCCTA,Epiblast
SBR-60h:AGGTTACTCTAGCCTC,Epiblast
SBR-60h:TTTACTGCACATACTG,Epiblast
SBR-60h:GCTTCACAGTAGCTCT,Epiblast
SBR-60h:TGCTCGTTCTAAGAAG,Epiblast
SBR-60h:GATGGAGGTAGCTGAG,Epiblast
SBR-60h:CAACCAAAGCTTCTAG,Epiblast
SBR-60h:CTGAGCGAGCCACTCG,Naive pluripotency
SBR-60h:CCTGTTGAGAGTTGTA,Epiblast/primitive streak
SBR-60h:ATCATTCCAGACGCTC,Epiblast/primitive streak
SBR-60h:TGGAACTAGTCCGCGT,Epiblast
SBR-60h:CCCGAAGCACATTCGA,Epiblast
SBR-60h:CGGGACTAGGGAGTGG,Epiblast
SBR-60h:GTTTACTTCCGCCTAT,Epiblast/primitive streak
SBR-60h:TTACCATCATGACGAG,Epiblast/primitive streak
SBR-60h:ATTATCCAGGTCGTCC,Epiblast/primitive streak
SBR-60h:AGGGTGAGTATGGTAA,Epiblast
SBR-60h:AGGGAGTGTACTGAGG,Epiblast
SBR-60h:CAGGGCTTCTGCGGGT,Naive pluripotency
SBR-60h:AGGTTGTCAGACCTAT,Epiblast
SBR-60h:ATGGGTTCATGATGCT,Epiblast
SBR-60h:AGGAAATTCAAGCGTT,Epiblast
SBR-60h:TCTCTGGCAGCTTCGG,Ectopic pluripotency
SBR-60h:TTGGGATAGAACAGGA,Naive pluripotency
SBR-60h:GATGACTAGGCGACAT,Epiblast
SBR-60h:TACGTCCAGTTTCGAC,Epiblast
SBR-60h:GCTGAATTCTTACCGC,Epiblast
SBR-60h:GGGTAGACAACAAGAT,Epiblast/primitive streak
SBR-60h:TATATCCTCAGCAGAG,Epiblast
SBR-60h:CGGGACTGTGTTCCTC,Cd63+ ectoderm-like artefact
SBR-60h:GTGCGTGAGACCAAGC,Epiblast/primitive streak
SBR-60h:CCGGACACAGGAATAT,Epiblast/primitive streak
SBR-60h:ACTCTCGGTGAGGCAT,Epiblast/primitive streak
SBR-60h:CGCCAGAGTGGCTTGC,Epiblast/primitive streak
SBR-60h:TCCGATCGTAGGACTG,Epiblast/primitive streak
SBR-60h:TGAGCGCCACTACTTT,Epiblast
SBR-60h:GTCAGCGTCTAGAACC,Epiblast
SBR-60h:CCGGTAGTCCTTTGAT,Epiblast
SBR-60h:GTCGTTCCACTACGGC,Epiblast
SBR-60h:CTTGATTTCGGTCGAC,Epiblast
SBR-60h:TTGGTTTCAAGCCTGC,Epiblast
SBR-60h:CTTCTAAGTCGAATGG,Epiblast
SBR-60h:CATTGCCGTCACCGAC,Epiblast
SBR-60h:TGAGCGCAGCCTCTGG,Epiblast
SBR-60h:GTGTCCTCATTCACCC,Epiblast
SBR-60h:ATTCCTATCAAGATAG,Epiblast
SBR-60h:CTCAGGGTCCTGTAGA,Epiblast/primitive streak
SBR-60h:ACTTCGCCACTTACAG,Epiblast
SBR-60h:CCGTTCACACCCTTAC,Epiblast/primitive streak
SBR-60h:GCAGTTACATGCGGTC,Cd63+ ectoderm-like artefact
SBR-60h:TGTAGACGTCGCGTTG,Exiting naive pluripotency
SBR-60h:ACGTCCTCAGTCTACA,Epiblast/primitive streak
SBR-60h:CTCCCTCCAAAGGATT,Epiblast/primitive streak
SBR-60h:AGGACGAGTAGCTGAG,Epiblast/primitive streak
SBR-60h:TCGCTCACAGGAGACT,Epiblast/primitive streak
SBR-60h:TCATGGAAGAGCCGTA,Epiblast
SBR-60h:TCAAGTGCAGTTAGGG,Epiblast
SBR-60h:CGGGCATCAATGCAAA,Epiblast
SBR-60h:TATTTCGAGGCAGCTA,Epiblast/primitive streak
SBR-60h:TTGGGCGGTAACGATA,Epiblast
SBR-60h:TTCACCGGTGTCACAT,Epiblast
SBR-60h:TGGGATTTCGGTCGGT,Epiblast
SBR-60h:GGTTCTCGTGGTATGG,Epiblast
SBR-60h:TGTTCCGGTACACGTT,Epiblast
SBR-60h:TGGCGTGTCAATCCGA,Epiblast
SBR-60h:CCGGTGAAGAAGTGTT,Epiblast
SBR-60h:CCACTTGGTACTTCCC,Epiblast
SBR-60h:GCCTGTTTCGCAGTTA,Epiblast
SBR-60h:TCCATGCCAAGCCTGC,Epiblast
SBR-60h:TCATGGAAGCGCCGTT,Epiblast
SBR-60h:TTACCGCGTGTGTGTT,Epiblast
SBR-60h:GCATTAGAGTGCCGAA,Epiblast
SBR-60h:ACCTACCGTGAATATG,Epiblast/primitive streak
SBR-60h:TATTCCAAGATGAAGG,Epiblast/primitive streak
SBR-60h:TGGGATTAGCACCGAA,Epiblast
SBR-60h:TGTTGGACAGTGACCC,Epiblast
SBR-60h:CACGTTCGTCTAGGCC,Epiblast
SBR-60h:CCGATGGTCGCCAGTG,Epiblast
SBR-60h:GAGAGGTTCGCCGATG,Epiblast
SBR-60h:GGCGTCAGTAGCTGCC,Epiblast
SBR-60h:AGACACTAGTCTAGCT,Epiblast
SBR-60h:AGTACTGTCACTTGGA,Epiblast/primitive streak
SBR-60h:TGATCTTCAAGACCGA,Epiblast/primitive streak
SBR-60h:ATCACTTGTCGAACAG,Epiblast/primitive streak
SBR-60h:GTCATCCGTTTACACG,Epiblast
SBR-60h:TGTGTGATCCTACGGG,Epiblast
SBR-60h:TACCCGTTCCGTTGGG,Epiblast
SBR-60h:CTTAGGAAGAGGTTAT,Epiblast/primitive streak
SBR-60h:TCATCCGAGCGTGAAC,Epiblast/primitive streak
SBR-60h:TCGGGACGTCGGAACA,Cd63+ ectoderm-like artefact
SBR-60h:CCGGGTATCACCTTAT,Epiblast
SBR-60h:AAAGGGCAGGTTGAGC,Exiting naive pluripotency
SBR-60h:CTCCGATTCCTTCACG,Exiting naive pluripotency
SBR-60h:GCGATCGTCAAGTCTG,Epiblast
SBR-60h:GTCAGCGGTATCGTGT,Epiblast
SBR-60h:CTTGAGATCGACGTCG,Epiblast
SBR-60h:ACTTATCAGTGTGTTC,Epiblast
SBR-60h:CTTTCAATCCAACCGG,Epiblast
SBR-60h:GTCGTTCAGGCAATGC,Ectopic pluripotency
SBR-60h:TTGTTGTAGAGTCAAT,Epiblast/primitive streak
SBR-60h:TGAGACTTCGCTGTTC,Epiblast
SBR-60h:CTATCCGTCCGATAAC,Epiblast
SBR-60h:TTGGTTTCAGCATGCC,Epiblast
SBR-60h:GTGATGTAGGGCCAAT,Epiblast
SBR-60h:GAGTTGTTCGGACTTA,Epiblast/primitive streak
SBR-60h:CGTGCTTGTTCTCGTC,Epiblast/primitive streak
SBR-60h:TGGCGTGGTCAGTTTG,Epiblast
SBR-60h:TCGACGGGTTGCATTG,Epiblast
SBR-60h:GGCTGTGTCAGCACCG,Epiblast/primitive streak
SBR-60h:GTGGGAACAGCCATTA,Epiblast
SBR-60h:AGTTCGAAGGGCAGGA,Epiblast/primitive streak
SBR-60h:AGAACAAAGCGTGTCC,Epiblast
SBR-60h:TTGTTGTTCGACCATA,Epiblast/primitive streak
SBR-60h:GGTTAACGTCACCGCA,Epiblast/primitive streak
SBR-60h:TAGGGTTGTTGGAGAC,Epiblast
SBR-60h:CAGGGCTGTTAGGGTG,Epiblast
SBR-60h:AGGATAATCGGTCACG,Epiblast/primitive streak
SBR-60h:AGGAGGTGTCAGACTT,Epiblast/primitive streak
SBR-60h:TAGATCGGTCGCTGCA,Epiblast
SBR-60h:ACTTATCAGTAGCTCT,Epiblast
SBR-60h:TGCAGATAGCTGGAGT,Epiblast
SBR-60h:CTGTGGGCAGCTGAGA,Epiblast
SBR-60h:CAAGGGACACAATGCT,Epiblast
SBR-60h:TGTTACTCATGATGCT,Epiblast
SBR-60h:GCCGTGACAGGGACTA,Epiblast
SBR-60h:GTCGTTCCACCAGCCA,Epiblast/primitive streak
SBR-60h:GTGGGAACATGGAACG,Epiblast
SBR-60h:GCGATCGGTGGTACAG,Epiblast
SBR-60h:GTTACGAGTATCGGTT,Epiblast
SBR-60h:CACTGTCTCGCTACGG,Epiblast/primitive streak
SBR-60h:CGGGTGTCAGTTAGAA,Epiblast/primitive streak
SBR-60h:GTCGCGATCGATCCCT,Epiblast
SBR-60h:GTTACGATCAGACCCG,Epiblast
SBR-60h:TTCTTCCAGTTCCATG,Epiblast/primitive streak
SBR-60h:ATGGGTTAGGTCTTTG,Epiblast
SBR-60h:TCGTGGGCATATACCG,Epiblast
SBR-60h:GTGTGGCGTAAGGCCA,Epiblast/primitive streak
SBR-60h:TGCGGCAAGATACATG,Epiblast/primitive streak
SBR-60h:GCCGTGAGTGCAGATG,Epiblast
SBR-60h:TCTATCAAGGCATCAG,Epiblast/primitive streak
SBR-60h:TCGCAGGGTCATAAAG,Epiblast/primitive streak
SBR-60h:ACTGTCCCACAGTCGC,Epiblast/primitive streak
SBR-60h:CGTGTCTAGCTGACTT,Epiblast
SBR-60h:TTCAGGACACGGGTAA,Epiblast
SBR-60h:CCTATCGTCTCGTCAC,Epiblast
SBR-60h:GATCGTAAGAGTACCG,Epiblast
SBR-60h:TGTTCTACAGCTCGGT,Epiblast/primitive streak
SBR-60h:TGGTACAAGACAGCTG,Epiblast
SBR-60h:GTATTGGAGGTTGACG,Epiblast
SBR-60h:GTCGTTCGTTGTGTTG,Epiblast
SBR-60h:ATCGTGAAGAGAGGGC,Epiblast
SBR-60h:TGTTCCGAGTTCGGTT,Epiblast/primitive streak
SBR-60h:TCCATCGTCCTGGCTT,Epiblast/primitive streak
SBR-60h:CAGCGTGGTGTCGCTG,Epiblast
SBR-60h:TGTGGCGGTTGCCGCA,Epiblast
SBR-60h:GCCAGCACAATAACCC,Epiblast/primitive streak
SBR-60h:CTCACTGTCATCGCAA,Epiblast/primitive streak
SBR-60h:GAGTGTTTCGGAGCAA,Epiblast
SBR-60h:GGGCCATCAATGGCCC,Epiblast
SBR-60h:TGTGAGTAGGATTCCT,Epiblast
SBR-60h:AGCTCAATCTTCGTGC,Epiblast
SBR-60h:GTGTTAGCACTTCAGA,Epiblast
SBR-60h:AGGGTTTCACTGTGTA,Epiblast/primitive streak
SBR-60h:GGGTGAAGTTGGAGGT,Epiblast
SBR-60h:GGGACCTGTTCTCCTG,Epiblast
SBR-60h:TTCTAACTCGCTTACC,Epiblast/primitive streak
SBR-60h:GGTTCTCCAAGCGCAA,Epiblast/primitive streak
SBR-60h:GAATCGTGTGTTGATC,Epiblast
SBR-60h:CTAAGTGTCAATCGGT,Epiblast
SBR-60h:TCTCCGAGTATGAGAT,Epiblast
SBR-60h:CATGCTCTCCTGTTAT,Epiblast/primitive streak
SBR-60h:TTGTTGTCAGGGAGAG,Epiblast/primitive streak
SBR-60h:TGTACAGCACGACGAA,Epiblast
SBR-60h:TCGTAGAGTCTGTGTA,Epiblast/primitive streak
SBR-60h:GCCGTGAAGTTGAAGT,Epiblast
SBR-60h:CGTTCTGAGCCGAATG,Epiblast/primitive streak
SBR-60h:CACCGTTCAGCGAGTA,Epiblast
SBR-60h:GGACGTCTCTCTGGTC,Epiblast
SBR-60h:AGCGCCAAGCGAGTAC,Epiblast
SBR-60h:TCGGGACTCGCAACAT,Epiblast
SBR-60h:CTTACCGAGGACGGAG,Epiblast/primitive streak
SBR-60h:AGCCAATTCATGTCTT,Epiblast/primitive streak
SBR-60h:GCGGAAAAGCTGTCCG,Epiblast
SBR-60h:CACGTTCTCTTAGCAG,Epiblast/primitive streak
SBR-60h:TGGGTTAGTCCAAAGG,Cd63+ ectoderm-like artefact
SBR-60h:GTGTTCCTCCTACGAA,Epiblast/primitive streak
SBR-60h:GTCTGTCCAGGCATGA,Epiblast/primitive streak
SBR-60h:TGCTTGCCAAAGTATG,Epiblast
SBR-60h:TTCTTGAAGGGCTGAT,Cd63+ ectoderm-like artefact
SBR-60h:AGCGTATGTGCGGCTT,Epiblast/primitive streak
SBR-60h:AGCGTATGTCCAAAGG,Epiblast
SBR-60h:GTTACCCCACGCGTCA,Epiblast
SBR-60h:GTTGTAGGTGGGACAT,Epiblast
SBR-60h:CTCCATGGTAACATGA,Cd63+ ectoderm-like artefact
SBR-60h:GCCGATGGTTATAGCC,Epiblast/primitive streak
SBR-60h:CTACCTGCAATCGCAT,Epiblast/primitive streak
SBR-60h:CCGATCTAGAAAGCGA,Epiblast/primitive streak
SBR-60h:TTACTGTCATTAAAGG,Epiblast/primitive streak
SBR-60h:GCTTTCGGTCATCGCG,Epiblast/primitive streak
SBR-60h:CGTGCTTAGAGGGTAA,Epiblast
SBR-60h:TCCTGCACAGGTTCAT,Epiblast/primitive streak
SBR-60h:GTTGTAGAGTGCGTCC,Epiblast/primitive streak
SBR-60h:GGCTTGGCAACGGGTA,Epiblast
SBR-60h:TGCCGAGTCTCAACCC,Epiblast/primitive streak
SBR-60h:TACAGGTTCCGGCTTT,Epiblast/primitive streak
SBR-60h:ATCACGACATAGGAGC,Epiblast/primitive streak
SBR-60h:TGCAGTAAGACAACAT,Epiblast/primitive streak
SBR-60h:GTGCACGTCACTAGCA,Epiblast
SBR-60h:TCGTGGGGTGAGTTGG,Epiblast
SBR-60h:GATCACAGTCAGATTC,Epiblast/primitive streak
SBR-60h:TTTCCTCGTCGCTTAA,Epiblast/primitive streak
SBR-60h:AATCACGAGACCAGAC,Epiblast/primitive streak
SBR-60h:GGACGTCCAACCAACT,Epiblast/primitive streak
SBR-60h:GACGCTGCAGCACCCA,Epiblast/primitive streak
SBR-60h:CCTCCTCCAGTCGGTC,Epiblast/primitive streak
SBR-60h:TCGACCTGTTAGGACG,Epiblast/primitive streak
SBR-60h:TTTGGAGGTTGTGTTG,Epiblast/primitive streak
SBR-60h:TCGGGTGTCTAGCAAC,Epiblast/primitive streak
SBR-60h:TCAATCTGTAAGCTCT,Cd63+ ectoderm-like artefact
SBR-60h:GCGTGCACACTGAGTT,Epiblast
SBR-60h:GATGACTCAGGAGGAG,Epiblast/primitive streak
SBR-60h:CCGTTCACATGACGGA,Epiblast/primitive streak
SBR-60h:TCCTCCCGTTACCTTT,Epiblast/primitive streak
SBR-60h:CTTCTAAAGGTTTGAA,Epiblast/primitive streak
SBR-60h:CTGAGCGTCTTCGCTG,Epiblast/primitive streak
SBR-60h:CGTGTCTCACACCTTC,Epiblast/primitive streak
SBR-60h:GCATTAGTCCTAGCGG,Cd63+ ectoderm-like artefact
SBR-60h:ATCACAGCATGTAACC,Epiblast/primitive streak
SBR-60h:AATGAAGGTGTTCAGT,Epiblast/primitive streak
SBR-60h:TGTTCCGTCGCAACAT,Epiblast/primitive streak
SBR-60h:TACCGAACAATCAGCT,Epiblast/primitive streak
SBR-60h:CTCTGGTCAGCTGAGA,Epiblast/primitive streak
SBR-60h:AACCATGGTTAAGACA,Epiblast/primitive streak
SBR-60h:TGAATGCTCATTTCCA,Epiblast/primitive streak
SBR-60h:GGAGATGCAATCAAGA,Epiblast/primitive streak
SBR-60h:TATCTGTAGTAGTCTC,Epiblast/primitive streak
SBR-60h:TGGAGAGAGCACTAAA,Epiblast/primitive streak
SBR-60h:GTCAAGTAGTAATCCC,Epiblast/primitive streak
SBR-60h:GAACGTTTCTTAGCTT,Epiblast/primitive streak
SBR-60h:CAGCGTGCACATTGTG,Naive pluripotency
SBR-60h:TGTAACGAGAACGTGC,Epiblast/primitive streak
SBR-60h:CTGCGAGCAGTTAGAA,Epiblast/primitive streak
SBR-60h:TAAGTCGTCGTGCACG,Epiblast/primitive streak
SBR-60h:TAAGCACAGGATACCG,Epiblast/primitive streak
SBR-60h:GCGATCGCAAGCGATG,Epiblast/primitive streak
SBR-60h:TCGTGGGCAGCGTATT,Epiblast/primitive streak
SBR-60h:GCTTTCGTCGAACTCA,Epiblast/primitive streak
SBR-60h:TAATCTCGTATGTGTC,Epiblast/primitive streak
SBR-60h:AGTGTTGCAGCCCAGT,Epiblast/primitive streak
SBR-60h:GCGATCGGTCTCAGGC,Epiblast/primitive streak
SBR-60h:AGACACTTCGCTAATG,Epiblast/primitive streak
SBR-60h:GGCTGTGTCATGCCCT,Epiblast/primitive streak
SBR-60h:GGGTGAAGTCCGATCG,Epiblast/primitive streak
SBR-60h:CAGCACGAGCACACCC,Cd63+ ectoderm-like artefact
SBR-60h:GCATCCTCTCCTATTA,Epiblast/primitive streak
SBR-60h:CTCTCAGCAAGTCGTT,Epiblast/primitive streak
SBR-60h:TCATGGATCAGCGTCG,Epiblast/primitive streak
SBR-60h:GTCGTTCAGTATAGGT,Epiblast/primitive streak
SBR-60h:GGTGTCGCACGGAAGT,Epiblast/primitive streak
SBR-60h:ACACGCGTCTTAGCAG,Epiblast/primitive streak
SBR-60h:CAACAACCATGGGATG,Epiblast/primitive streak
SBR-60h:GTCGCGATCACGTCCT,Cd63+ ectoderm-like artefact
SBR-60h:CTGAGCGTCCAAATGC,Epiblast/primitive streak
SBR-60h:CACTAAGCATGTTTGG,Epiblast/primitive streak
SBR-60h:TCTCCGAAGTGTTGTC,Epiblast/primitive streak
SBR-60h:TGTGAGTAGGAAACGA,Cd63+ ectoderm-like artefact
SBR-60h:AATGACCAGTGGAATT,Epiblast/primitive streak
SBR-60h:CGATGCGTCGCCGAAC,Epiblast/primitive streak
SBR-60h:TGGAGAGTCTATTTCG,Epiblast/primitive streak
SBR-60h:GAGTTACAGCACACCC,Cd63+ ectoderm-like artefact
SBR-60h:TTGTTGTCAAAGGGTC,Epiblast/primitive streak
SBR-60h:GCATCGGGTAGGTCAG,Epiblast/primitive streak
SBR-60h:ATACCGAGTGTAAACA,Epiblast/primitive streak
SBR-60h:CTTCCTTCAGGCGTTC,Epiblast/primitive streak
SBR-60h:TCGGATAAGTCGAAGC,Epiblast/primitive streak
SBR-60h:AAGACTCGTGATCGTT,Epiblast/primitive streak
SBR-60h:GGATGTTGTTGGTAGG,Epiblast/primitive streak
SBR-60h:GCATGATAGTAAAGCT,Epiblast/primitive streak
SBR-60h:TCTCCGATCCACGGAC,Epiblast/primitive streak
SBR-60h:CGGTCAGTCTGTTCAT,Epiblast/primitive streak
SBR-60h:CTGCAGGTCAGGGTAG,Epiblast/primitive streak
SBR-60h:ATCCTATGTTTGGAAA,Epiblast/primitive streak
SBR-60h:GGGCGTTTCGCCTTTG,Epiblast/primitive streak
SBR-60h:AATTTCCGTCAGTCTA,Epiblast/primitive streak
SBR-60h:GTTGCGGAGTGGTTGG,Epiblast/primitive streak
SBR-60h:GTACAGTAGACCAGCA,Epiblast/primitive streak
SBR-60h:CCCTTAGAGAAGTATC,Epiblast/primitive streak
SBR-60h:GTCGTTCCACCCTATC,Epiblast/primitive streak
SBR-60h:CCGATCTGTGGCTTGC,Epiblast/primitive streak
SBR-60h:TTGCGTCTCAGCGTCG,Cd63+ ectoderm-like artefact
SBR-60h:CTGGACGAGAGAGAAC,Epiblast/primitive streak
SBR-60h:CGCCATTAGATCGGTG,Epiblast/primitive streak
SBR-60h:TCGTGGGCACTGTCCT,Epiblast/primitive streak
SBR-60h:TCGTGCTTCCAACCAA,Epiblast/primitive streak
SBR-60h:ACGGAAGAGGCAGCTA,Epiblast/primitive streak
SBR-60h:GGAGGTACATCGGAGA,Epiblast/primitive streak
SBR-60h:TCGTGCTAGGGTTTCT,Epiblast/primitive streak
SBR-60h:TCCACGTCACCCTGAG,Epiblast/primitive streak
SBR-60h:ATCGGCGGTGTACATC,Epiblast/primitive streak
SBR-60h:AGAAGCGTCTATTGTC,Epiblast/primitive streak
SBR-60h:GTGGCGTCAAATGGTA,Epiblast/primitive streak
SBR-60h:GTCGTAATCGGAGTGA,Epiblast/primitive streak
SBR-60h:GTCGTAACACCTGCGA,Epiblast/primitive streak
SBR-60h:ATGGTTGGTAAGGCCA,Epiblast/primitive streak
SBR-60h:CGTGCTTAGGTAAGAG,Epiblast/primitive streak
SBR-60h:TCGTGCTTCAAGTCTG,Epiblast/primitive streak
SBR-60h:GGGTGTCGTGTGTTTG,Epiblast/primitive streak
SBR-60h:GCTCAAATCCCAGCGA,Epiblast/primitive streak
SBR-60h:AGCGTCGGTCTGTGCG,Epiblast/primitive streak
SBR-60h:AAGATAGCATCATCTT,Epiblast/primitive streak
SBR-60h:TCGTGCTCACGTCGGT,Epiblast/primitive streak
SBR-60h:TCGTGCTGTTGCATAC,Epiblast/primitive streak
SBR-60h:TGGGAAGAGTTGCGAG,Epiblast/primitive streak
SBR-60h:CAATGACGTGACACAG,Epiblast/primitive streak
SBR-60h:TTTGATCGTCGTGGTC,Epiblast/primitive streak
SBR-60h:TCGACGGCAAGCGCTC,Epiblast/primitive streak
SBR-60h:GTCGCGATCACTTTGT,Epiblast/primitive streak
SBR-60h:GTCAGCGGTTAAGGAT,Epiblast/primitive streak
SBR-60h:TGAGCATCAGATCATC,Epiblast/primitive streak
SBR-60h:CGGGTGTTCGCCATAA,Epiblast/primitive streak
SBR-60h:GGGCTCAGTCGAAACG,Epiblast/primitive streak
SBR-60h:GGTCTGGGTTACCTGA,Epiblast/primitive streak
SBR-60h:CTGTCGTGTATGCGTT,Epiblast/primitive streak
SBR-60h:TGTAACGTCAACACGT,Epiblast/primitive streak
SBR-60h:GCCGTGAAGCATCGAG,Epiblast/primitive streak
SBR-60h:GTTCATTTCAACGCTA,Epiblast/primitive streak
SBR-72h:TGAATCGTCTTTGCGC,Primitive streak
SBR-72h:CGTCAAATCGCATTAG,Primitive streak
SBR-72h:TACAACGCACAGTGAG,Primitive streak
SBR-72h:TCAAGCACACTTGACA,Primitive streak
SBR-72h:AGACACTCAGACATCT,Primitive streak
SBR-72h:TTCTAACCACTTGGCG,Primitive streak
SBR-72h:TTGAACGCATGCCGGT,Primitive streak
SBR-72h:CCAATGACATCTGGGC,Primitive streak
SBR-72h:CATCGTCTCTAGAACC,Primitive streak
SBR-72h:CTGTAGACAAGATCCT,Primitive streak
SBR-72h:AATGCCAGTCGTATTG,Primitive streak
SBR-72h:AGTTAGCCAACTCCCT,Primitive streak
SBR-72h:TACAACGGTGAGTAAT,Primitive streak
SBR-72h:TCCCACATCAAGTCTG,Primitive streak
SBR-72h:AACTTCTTCCCTATTA,Primitive streak
SBR-72h:TCCAGAAAGACTCCGC,Primitive streak
SBR-72h:GGAGAACCAACTGCCG,Primitive streak
SBR-72h:CGCATAACATTGCCTC,Primitive streak
SBR-72h:TGGAACTAGGTTGCCC,Primitive streak
SBR-72h:ATTACTCTCCAATGCA,Primitive streak
SBR-72h:CAAGCTAAGCGCCCAT,Primitive streak
SBR-72h:GCCAGGTTCACGAGGA,Primitive streak
SBR-72h:TCGAAGTTCCTTACCG,Primitive streak
SBR-72h:CACCAAACAGGTCCGT,Primitive streak
SBR-72h:CACTGAACAAACCGGA,Primitive streak
SBR-72h:AGACTCAGTTGTGGCC,Primitive streak
SBR-72h:GTACAGTCAATAGTGA,Primitive streak
SBR-72h:GATGATCAGTGCTAGG,Primitive streak
SBR-72h:GTTGAACTCGGATTAC,Primitive streak
SBR-72h:ATCACGACAGACAAAT,Primitive streak
SBR-72h:GTTACAGCACACCTTC,Ectopic pluripotency
SBR-72h:AACAAGATCGTCACCT,Primitive streak
SBR-72h:CCCAACTTCGAGCTGC,Primitive streak
SBR-72h:GATCACAAGCGTATAA,Ectopic pluripotency
SBR-72h:CACCAAATCAGGTGTT,Primitive streak
SBR-72h:GGAGATGGTGGTATGG,Primitive streak
SBR-72h:AGGGAGTAGCACCGTC,Naive pluripotency
SBR-72h:AACGGGACAATGTCAC,Primitive streak
SBR-72h:AGGATCTTCCTTGAAG,Ectopic pluripotency
SBR-72h:CTACAGACATTGTAGC,Primitive streak
SBR-72h:GTAGAAAAGCCATTCA,Primitive streak
SBR-72h:AGCTACACAGTGTACT,Primitive streak
SBR-72h:AACAAGACACTCCGAG,Primitive streak
SBR-72h:CCATCACTCTCCTACG,Ectopic pluripotency
SBR-72h:TCGAACACAGAGGCAT,Primitive streak
SBR-72h:TACTTCATCATTTGGG,Primitive streak
SBR-72h:TATCTTGAGTGAGTGC,Primitive streak
SBR-72h:AGACAAAGTCGCATTA,Primitive streak
SBR-72h:AGCCACGAGAGCAGAA,Primitive streak
SBR-72h:TTTCAGTGTTGTTGTG,Primitive streak
SBR-72h:AGGATAATCTGGGCCA,Primitive streak
SBR-72h:TATGTTCTCCATTTGT,Primitive streak
SBR-72h:CATTCTAAGTTGTAAG,Primitive streak
SBR-72h:GGAATGGCACCCTCTA,Ectopic pluripotency
SBR-72h:TAACCAGTCGTGAGAG,Primitive streak
SBR-72h:TACTTCAAGTGACCTT,Primitive streak
SBR-72h:TAACTTCGTTATCCAG,Primitive streak
SBR-72h:AGACCCGGTTAGGGTG,Primitive streak
SBR-72h:GCCGATGCATTCAGGT,Primitive streak
SBR-72h:ATTCAGGGTCCGATCG,Primitive streak
SBR-72h:TATACCTAGCACCGAA,Primitive streak
SBR-72h:GCATGATAGAGACAAG,Ectopic pluripotency
SBR-72h:CGAATTGGTCAACACT,Primitive streak
SBR-72h:CGACAGCCAAACAGGC,Cd63+ ectoderm-like artefact
SBR-72h:AGCCACGGTCGGATTT,Primitive streak
SBR-72h:GAGAAATAGTCTACCA,Primitive streak
SBR-72h:ACTTATCTCACGGTCG,Primitive streak
SBR-72h:TCCTTTCGTCCGGATC,Ectopic pluripotency
SBR-72h:ACTCTCGCAACTGATC,Primitive streak
SBR-72h:CTGCCATCACTAGAGG,Primitive streak
SBR-72h:AGGAAATGTCTCTCCA,Primitive streak
SBR-72h:TCCGATCCAAGTAGTA,Primitive streak
SBR-72h:GCACGTGAGTGTTGTC,Primitive streak
SBR-72h:TCCTCGAGTGCATCTA,Primitive streak
SBR-72h:AGCGTATTCACCCTTG,Primitive streak
SBR-72h:GCCATGGTCCGGCTTT,Primitive streak
SBR-72h:ATTGGGTCAACTTGGT,Ectopic pluripotency
SBR-72h:GTGGAGAAGGAAACGA,Primitive streak
SBR-72h:ATTGGGTTCATGAGTC,Primitive streak
SBR-72h:ATCTTCACACAATGCT,Primitive streak
SBR-72h:GGGAAGTTCGCTCCTA,Primitive streak
SBR-72h:TCCTCTTGTACCGTCG,Primitive streak
SBR-72h:CCTATCGCAACCTATG,Ectopic pluripotency
SBR-72h:GAAGTAACATGTGACT,Primitive streak
SBR-72h:GTAGCTAGTTCACGAT,Primitive streak
SBR-72h:TTCTAACCAACCGCTG,Primitive streak
SBR-72h:CTTCCTTAGCAGTACG,Primitive streak
SBR-72h:TTCACCGGTTCAACGT,Primitive streak
SBR-72h:CGGGCATCAGTCGCAC,Primitive streak
SBR-72h:ATGGGTTCAGCACCCA,Naive pluripotency
SBR-72h:ATTTCTGGTGGGCTTC,Primitive streak
SBR-72h:ACTCCCACAATGGCCC,Ectopic pluripotency
SBR-72h:CCGCAAGTCGGAATTC,Primitive streak
SBR-72h:ATCACGAGTGTCCACG,Primitive streak
SBR-72h:TCAAGCATCCATATGG,Primitive streak
SBR-72h:ATCACAGTCCGGCAGT,Primitive streak
SBR-72h:AGGATCTAGTAAACTG,Primitive streak
SBR-72h:GCCATTCCATTCACCC,Ectopic pluripotency
SBR-72h:ACGGTCGGTGAGACCA,Primitive streak
SBR-72h:GCTGCAGCATGGCACC,Primitive streak
SBR-72h:CCTGCATGTGCCTATA,Ectopic pluripotency
SBR-72h:TCCGAAAGTTTACTGG,Primitive streak
SBR-72h:ACCATTTCAAAGGCTG,Primitive streak
SBR-72h:TGCGGGTCAGCGTAGA,Primitive streak
SBR-72h:AGTTCCCTCTCAGAAC,Primitive streak
SBR-72h:TCGGGACCAAATGGTA,Ectopic pluripotency
SBR-72h:CGAAGTTCAAGACCGA,Primitive streak
SBR-72h:ACACAGTCACCTCTAC,Primitive streak
SBR-72h:ATTCACTGTGGATCGA,Primitive streak
SBR-72h:GTAGCTATCTCAGGCG,Primitive streak
SBR-72h:TCCGAAAAGATGCTAA,Primitive streak
SBR-72h:TCCTCCCAGTAGCCAG,Primitive streak
SBR-72h:CACAACAAGCTGTTCA,Primitive streak
SBR-72h:TCGGTCTAGCTGACTT,Primitive streak
SBR-72h:TATCAGGTCAAGTCGT,Primitive streak
SBR-72h:CATCGGGGTCCAGCCA,Primitive streak
SBR-72h:GAGCCTGAGAATACAC,Ectopic pluripotency
SBR-72h:AGGAGGTTCATCGACA,Ectopic pluripotency
SBR-72h:CTAACCCCATAGATGA,Primitive streak
SBR-72h:ACCATTTCATAGACTC,Primitive streak
SBR-72h:TATCGCCAGGTTGGAC,Primitive streak
SBR-72h:CCTGCATTCTACTGAG,Primitive streak
SBR-72h:GAAGAATCATCATCTT,Primitive streak
SBR-72h:TGACCCTAGAAACTGT,Primitive streak
SBR-72h:AATTCCTAGCCTTTCC,Primitive streak
SBR-72h:CCATCACGTGTGAATA,Ectopic pluripotency
SBR-72h:ATCGGATTCTGAGGTT,Primitive streak
SBR-72h:TCCACCAAGTCACACT,Primitive streak
SBR-72h:GTACAACTCTAAGAAG,Primitive streak
SBR-72h:TCTTGCGAGGGCAGTT,Primitive streak
SBR-72h:CTGTCGTTCCACGGAC,Primitive streak
SBR-72h:CATCCCAGTAGCCAGA,Primitive streak
SBR-72h:TATCTTGCACGACAGA,Primitive streak
SBR-72h:CGAATTGTCATGGCCG,Primitive streak
SBR-72h:TCCGGGAAGAATACAC,Primitive streak
SBR-72h:AGCATCACACTGTCGG,Primitive streak
SBR-72h:CAATTTCGTACCTGTA,Ectopic pluripotency
SBR-72h:CTCTCAGTCTAAACGC,Primitive streak
SBR-72h:GTTAGTGCACGGCCAT,Primitive streak
SBR-72h:ATCACAGCAGCCTTCT,Primitive streak
SBR-72h:CATAAGCCAATGCTCA,Primitive streak
SBR-72h:GAATAGACACCATTCC,Ectopic pluripotency
SBR-72h:GCCCAGAGTATTCCTT,Primitive streak
SBR-72h:CTAACCCCATAGGTTC,Primitive streak
SBR-72h:CAACCAATCATTTCGT,Primitive streak
SBR-72h:AGGTAGGAGGTTACCT,Primitive streak
SBR-72h:CTCCTCCCAAATGATG,Ectopic pluripotency
SBR-72h:ACAAGCTCAGAGTAAT,Primitive streak
SBR-72h:AGGTTGTTCGTTAGTG,Ectopic pluripotency
SBR-72h:ACCATTTCAACCACAT,Primitive streak
SBR-72h:AGCCAGCTCGTAGTGT,Primitive streak
SBR-72h:GCATGATCACATATGC,Primitive streak
SBR-72h:AGCCAGCGTATCGCGC,Primitive streak
SBR-72h:CAAGAGGCATCATTTC,Ectopic pluripotency
SBR-72h:CACTGGGAGGCTATCT,Primitive streak
SBR-72h:GTAATGCCATCACGGC,Primitive streak
SBR-72h:ACATCCCTCCACAGGC,Primitive streak
SBR-72h:TCCTTCTAGCCACAAG,Primitive streak
SBR-72h:GACATCATCTGAGGCC,Primitive streak
SBR-72h:ATCATTCCACCCTAGG,Primitive streak
SBR-72h:TAACCAGCACATTCTT,Primitive streak
SBR-72h:GTTCCGTTCCACTTCG,Primitive streak
SBR-72h:AGGTTACCAAAGGATT,Primitive streak
SBR-72h:TGAACGTCACCTATCC,Primitive streak
SBR-72h:ATGATCGGTGGGAGAG,Primitive streak
SBR-72h:TAACACGAGGTTGCCC,Ectopic pluripotency
SBR-72h:TAGGTTGCAGCATTGT,Primitive streak
SBR-72h:ATCCGTCCACAACGAG,Ectopic pluripotency
SBR-72h:AACAACCTCAGCCCAG,Primitive streak
SBR-72h:TAATTCCCAAGGCTTT,Naive pluripotency
SBR-72h:TTACCATTCAAGTTGC,Primitive streak
SBR-72h:TTTCAGTAGGTGCATG,Ectopic pluripotency
SBR-72h:TGAGGTTTCAGCGCAC,Primitive streak
SBR-72h:TCTGGCTTCTCGACCT,Primitive streak
SBR-72h:GTATTGGAGCGGTAAC,Primitive streak
SBR-72h:GCCAACGTCCATTGTT,Primitive streak
SBR-72h:TACCCGTTCTGGGCAC,Primitive streak
SBR-72h:ATTCATCAGCTGCCAC,Ectopic pluripotency
SBR-72h:TGTTTGTCAGGATCTT,Primitive streak
SBR-72h:TCATCATAGAGGATCC,Primitive streak
SBR-72h:CTTGATTAGACCAGAC,Primitive streak
SBR-72h:AAGAACACAAGGTCAG,Primitive streak
SBR-72h:CTGCCATTCTCGGTCT,Primitive streak
SBR-72h:AGAACCTCACGTTCGG,Primitive streak
SBR-72h:GTAGAGGAGACGGTCA,Ectopic pluripotency
SBR-72h:GTATTGGTCCTACACC,Ectopic pluripotency
SBR-72h:CGAATTGTCGACATAC,Primitive streak
SBR-72h:CTACATTAGCTGACAG,Primitive streak
SBR-72h:CATCGGGAGGGTCAAC,Primitive streak
SBR-72h:TGGAGAGTCAACTACG,Primitive streak
SBR-72h:CTCCCTCGTACCTTCC,Primitive streak
SBR-72h:AGACAAAAGGCCACCT,Primitive streak
SBR-72h:CCACGAGGTAATTAGG,Ectopic pluripotency
SBR-72h:CTACTATCAAGCGATG,Primitive streak
SBR-72h:TCTTAGTTCGACCAAT,Ectopic pluripotency
SBR-72h:CTATAGGAGCGAGGAG,Primitive streak
SBR-72h:AAGACTCAGCCTATCA,Primitive streak
SBR-72h:TACGGGCCACGTGAGA,Primitive streak
SBR-72h:TTTATGCTCCTTCACG,Primitive streak
SBR-72h:TTTATGCTCCACCTCA,Primitive streak
SBR-72h:TGGGCGTGTACTGAGG,Primitive streak
SBR-72h:CTGCCTACAGCCTTCT,Primitive streak
SBR-72h:ACCGTTCTCTTACCGC,Primitive streak
SBR-72h:CTCCCTCGTCACTCAA,Primitive streak
SBR-72h:CATGCCTCAGAAGTGC,Primitive streak
SBR-72h:AGATCGTCACAAGTGG,Primitive streak
SBR-72h:CACATGACAGACTGCC,Primitive streak
SBR-72h:GTTTACTAGGCAATGC,Primitive streak
SBR-72h:TAACACGTCTACACTT,Primitive streak
SBR-72h:CATACAGCAATGTGGG,Primitive streak
SBR-72h:GTGTTCCGTACTGCGC,Primitive streak
SBR-72h:AGACCATGTAGTCTGT,Primitive streak
SBR-72h:TGATTCTTCCTGTTAT,Primitive streak
SBR-72h:GACTCAATCAAACGAA,Naive pluripotency
SBR-72h:AAGCAGTGGTATCAAC,Primitive streak
SBR-72h:AAGACAAAGCTTCGTA,Primitive streak
SBR-72h:CAATTTCAGGTCCCGT,Primitive streak
SBR-72h:GCCCAGATCGTTCCTG,Primitive streak
SBR-72h:TTGAGTGAGACGGATC,Primitive streak
SBR-72h:TGAATCGGTGGGCTCT,Primitive streak
SBR-72h:TACAGGTCAACCCTCT,Primitive streak
SBR-72h:GACCCTTTCACGGACC,Ectopic pluripotency
SBR-72h:TTTACCAGTCGATTAC,Ectopic pluripotency
SBR-72h:CACTTCGTCAAGTAAG,Primitive streak
SBR-72h:CCGGTAGCAGCACCCA,Primitive streak
SBR-72h:AGTACCAGTTCAGGTT,Ectopic pluripotency
SBR-72h:CAACCAAGTTGACTAC,Primitive streak
SBR-72h:CGCCAGATCACTCTTA,Primitive streak
SBR-72h:TCCTCCCTCTGGGCCA,Primitive streak
SBR-72h:TACGGTATCACTTATC,Primitive streak
SBR-72h:GAACGTTTCGGAGCAA,Primitive streak
SBR-72h:TCGGGCATCTGCATAG,Primitive streak
SBR-72h:ACTATCTCATATGAAG,Ectopic pluripotency
SBR-72h:CATTTCATCCACCTGT,Primitive streak
SBR-72h:CACTGTCGTTCAGCTA,Primitive streak
SBR-72h:TCCAGAAGTCCTGGTG,Primitive streak
SBR-72h:GACCAATAGAAATTCG,Ectopic pluripotency
SBR-72h:ATCTTCAAGCGCAATG,Ectopic pluripotency
SBR-72h:ATCTTCATCAGAGTTC,Primitive streak
SBR-72h:ACTTAGGGTGACTAAA,Ectopic pluripotency
SBR-72h:TGCGGCACAAATCGTC,Primitive streak
SBR-72h:ACTACGACACACCTGG,Primitive streak
SBR-72h:TCTACATAGCTTTCCC,Ectopic pluripotency
SBR-72h:TCCACCACATGGCACC,Primitive streak
SBR-72h:TGCATCCGTCACTACA,Ectopic pluripotency
SBR-72h:ATCGTCCAGCCTCTTC,Primitive streak
SBR-72h:GTCACTCCACTGGCCA,Primitive streak
SBR-72h:TACTTACAGGGCAGTT,Ectopic pluripotency
SBR-72h:TTGACCCAGTAAACAC,Primitive streak
SBR-72h:TTATTGCCAGCTCATA,Primitive streak
SBR-72h:TTCCTAAAGCACAAAT,Primitive streak
SBR-72h:GTCACGGAGTAATCCC,Primitive streak
SBR-72h:CTCCTCCGTTAAGCAA,Primitive streak
SBR-72h:AGAGCCCGTATGCTTG,Primitive streak
SBR-72h:GAAGTAACACCACTGG,Primitive streak
SBR-72h:GCACTAAGTGCAATAA,Primitive streak
SBR-72h:AACCTGAAGTATGAGT,Primitive streak
SBR-72h:AGGAATAAGGGTGAAA,Primitive streak
SBR-72h:TACAACGAGTAGTCAA,Primitive streak
SBR-72h:TTAATCCGTTGTCTAG,Primitive streak
SBR-72h:GAACACTGTATCGTAC,Ectopic pluripotency
SBR-72h:GCTTCACTCTCTTGCG,Primitive streak
SBR-72h:CTGCAGGAGCTCTATG,Cd63+ ectoderm-like artefact
SBR-72h:GTTACAGGTATCCTCC,Primitive streak
SBR-72h:GAATCACGTTACAGCT,Primitive streak
SBR-72h:GGAATCTCAGTAGTTC,Primitive streak
SBR-72h:AAGACTCAGGCATCAG,Primitive streak
SBR-72h:GAGTCATTCCGATGTA,Primitive streak
SBR-72h:TCCCATGTCTCTAAGG,Primitive streak
SBR-72h:GGGTGAAGTACTGACT,Primitive streak
SBR-72h:CCGTTCACACCACTGG,Primitive streak
SBR-72h:TGTGAGTTCCTCACCA,Primitive streak
SBR-72h:CTGTACCAGAATAACC,Primitive streak
SBR-72h:TAACCAGAGCCATCCG,Primitive streak
SBR-72h:TCTAACTGTGACTGTT,Primitive streak
SBR-72h:ATCGTCCGTTGGGAAC,Primitive streak
SBR-72h:GTAAGTCTCAAGTCGT,Primitive streak
SBR-72h:CCGGTGACAATATCCG,Primitive streak
SBR-72h:TAATTCCCACTGAGGA,Primitive streak
SBR-72h:TGACCCTGTGGGCTTC,Primitive streak
SBR-72h:TTAGTCTGTGTATCCA,Primitive streak
SBR-72h:CCTGTTGCACGTGAGA,Ectopic pluripotency
SBR-72h:CAGTTCCTCTCTCCGA,Primitive streak
SBR-72h:CAAGCTAAGAGATGCC,Primitive streak
SBR-72h:CTGCATCCAGCTATTG,Primitive streak
SBR-72h:CTGGCAGGTCCGAAAG,Primitive streak
SBR-72h:AGAGCCCAGATGCGAC,Primitive streak
SBR-72h:TCATTTGTCCATTGGA,Primitive streak
SBR-72h:GACTATGGTTAAACCC,Primitive streak
SBR-72h:TGAGACTAGCTGTTAC,Primitive streak
SBR-72h:CTTAGGATCTACTGCC,Primitive streak
SBR-72h:CCTAAGAAGGCCGCTT,Primitive streak
SBR-72h:TCCTCCCAGCTATCCA,Primitive streak
SBR-72h:TAACCAGCAGCCGTCA,Primitive streak
SBR-72h:CATGCGGGTTCACCGG,Primitive streak
SBR-72h:TCACTATCATACAGAA,Primitive streak
SBR-72h:GTCAAACCAAGCTGTT,Primitive streak
SBR-72h:CACGAATAGTAGGCCA,Primitive streak
SBR-72h:GAAGGGTAGCGAGTCA,Primitive streak
SBR-72h:CTCCTCCCACTTGGGC,Primitive streak
SBR-72h:GCATGATAGTAACCGG,Ectopic pluripotency
SBR-72h:TTCTAACAGGTACCTT,Primitive streak
SBR-72h:AAGCGAGTCCCAGGAC,Primitive streak
SBR-72h:TCCTTCTCAAATCCCA,Ectopic pluripotency
SBR-72h:TCATTTGTCCTGGCTT,Ectopic pluripotency
SBR-72h:CCCATTGAGCTCCGAC,Primitive streak
SBR-72h:ACATGCAAGACGGTCA,Primitive streak
SBR-72h:TCCCAGTTCGTCAAAC,Primitive streak
SBR-72h:ATGGATCCATTAAGCC,Primitive streak
SBR-72h:TATCAGGTCCCTGGTT,Primitive streak
SBR-72h:CATCCCAAGTTCCTGA,Primitive streak
SBR-72h:TGTACAGGTTGTTTGG,Primitive streak
SBR-72h:CAAGCTAAGACCAGCA,Primitive streak
SBR-72h:CATTTCATCACATTGG,Primitive streak
SBR-72h:AAGTTCGTCTCAGTCC,Primitive streak
SBR-72h:TGTAACGCAGGCGATA,Primitive streak
SBR-72h:GCACTAAAGAAACTGT,Primitive streak
SBR-72h:GCCAACGCACCAGGTC,Primitive streak
SBR-72h:GAATCACGTGTCTCCT,Primitive streak
SBR-72h:CTACCTGAGGTGGCTA,Ectopic pluripotency
SBR-72h:AGGGCTCAGGCCTAGA,Primitive streak
SBR-72h:AACACACCAGGTCAAG,Primitive streak
SBR-72h:GTAATCGCAACCGTGC,Primitive streak
SBR-72h:ATGAAAGAGGTGGTTG,Ectopic pluripotency
SBR-72h:AAAGTCCTCATGCCCT,Ectopic pluripotency
SBR-72h:ACCACAATCGGATTAC,Primitive streak
SBR-72h:AGGAAATGTAGAGCTG,Primitive streak
SBR-72h:TCCGAAAGTTGTGTAC,Ectopic pluripotency
SBR-72h:TATTGGGTCAGACCTA,Primitive streak
SBR-72h:TCATGGATCAAAGAAC,Ectopic pluripotency
SBR-72h:ACAGCCGAGTCACGCC,Primitive streak
SBR-72h:ACAGAAATCTTCCTAA,Primitive streak
SBR-72h:CAACCAAGTATCGCAT,Ectopic pluripotency
SBR-72h:CCTGTTGCACTACCGG,Primitive streak
SBR-72h:GACTATGTCGCTTTAT,Primitive streak
SBR-72h:CATACTTGTAACACCT,Primitive streak
SBR-72h:AGTTCCCCAAGGCCTC,Naive pluripotency
SBR-72h:AACGGGACACACCTAA,Primitive streak
SBR-72h:TCATATCAGCCTTCTC,Ectopic pluripotency
SBR-72h:CATAGACAGATCCAAA,Primitive streak
SBR-72h:TACCCACAGCCTGCCA,Primitive streak
SBR-72h:TGAGTCATCAAGTTGC,Primitive streak
SBR-72h:CTTCCGAAGGGATCAC,Primitive streak
SBR-72h:TTTACTGTCAAGTCTG,Primitive streak
SBR-72h:GTACAGTCATCCAACA,Primitive streak
SBR-72h:ACGTAGTCAAGTCATC,Primitive streak
SBR-72h:AAAGTCCTCACCCATC,Primitive streak
SBR-72h:TCTATACTCCTAGCGG,Primitive streak
SBR-72h:TGCGGCACAATCGCAT,Primitive streak
SBR-72h:GTACAACAGCACACAG,Primitive streak
SBR-72h:CAACCTCAGTGAATAC,Primitive streak
SBR-72h:CTTTCGGGTGCACATT,Primitive streak
SBR-72h:TATATCCGTACTTCCC,Primitive streak
SBR-72h:ACCCTCACACGCTGAC,Primitive streak
SBR-72h:GACTCAAGTGCCGAAA,Primitive streak
SBR-72h:AGAAGTACATGAGGGT,Ectopic pluripotency
SBR-72h:AGGAAATGTAGCTTTG,Primitive streak
SBR-72h:TCATGGATCACGTAGT,Primitive streak
SBR-72h:GCCAGCAAGTGGCGAT,Cd63+ ectoderm-like artefact
SBR-72h:TCGATTTCAACGACTT,Naive pluripotency
SBR-72h:TCCGAAACAACTGCTA,Primitive streak
SBR-72h:CTATCTATCTGTCAGA,Primitive streak
SBR-72h:TAGGGTTCACAGCGCT,Primitive streak
SBR-72h:AATGGAAGTCCGATCG,Ectopic pluripotency
SBR-72h:CGTTAGATCCGTTGAA,Primitive streak
SBR-72h:GGAATGGAGAGCTGAC,Primitive streak
SBR-72h:TTCATGTGTGTGAATA,Primitive streak
SBR-72h:CCTATCGCATTCCTAT,Primitive streak
SBR-72h:TCATCATGTCTCACAA,Primitive streak
SBR-72h:TGGGCTGGTAGGTCAG,Primitive streak
SBR-72h:CAATACGCACTCATAG,Ectopic pluripotency
SBR-72h:TCAATTCTCCAAGCCG,Primitive streak
SBR-72h:TCTACATCACCCTTGT,Primitive streak
SBR-72h:CAAGCTAAGCAATAGT,Primitive streak
SBR-72h:GATGGAGGTTTGTTGG,Ectopic pluripotency
SBR-72h:AGACCCGTCTATCGTT,Primitive streak
SBR-72h:CATGGATTCGTAGTGT,Primitive streak
SBR-72h:CCACACTCACAGTCGC,Primitive streak
SBR-72h:TTCCAATAGTAACGAT,Primitive streak
SBR-72h:ATTATCCTCCGGGACT,Ectopic pluripotency
SBR-72h:TCATTACCAGCAAGAC,Primitive streak
SBR-72h:CATGGTACACCGTACG,Exiting naive pluripotency
SBR-72h:AGGAAATCATGAAGGC,Primitive streak
SBR-72h:TCACTATAGTACAGAT,Primitive streak
SBR-72h:GAGGCCTTCAACTGGT,Ectopic pluripotency
SBR-72h:GAGTCTAGTACCACGC,Primitive streak
SBR-72h:CTCAAGAAGGTACTGG,Ectopic pluripotency
SBR-72h:CATCAAGTCCTGGCTT,Primitive streak
SBR-72h:ATTTCTGCAAACTCTG,Primitive streak
SBR-72h:TAATTCCGTAGCGCCT,Primitive streak
SBR-72h:CTGCATCGTTAAGGGC,Ectopic pluripotency
SBR-72h:ACATCCCCACCGTGCA,Ectopic pluripotency
SBR-72h:TCTCTGGTCGGATAAA,Primitive streak
SBR-72h:GCTACAAGTTTCGGCG,Ectopic pluripotency
SBR-72h:ACAGGGACATGGCCCA,Primitive streak
SBR-72h:TAGTGCACAAGTGCTT,Primitive streak
SBR-72h:CATACAGAGGATATGT,Primitive streak
SBR-72h:GATCAGTAGGTAGGCT,Primitive streak
SBR-72h:CCGCAAGAGATGCAGC,Primitive streak
SBR-72h:GACTCAAAGGTGCTAG,Primitive streak
SBR-72h:GAATCGTCACACAGCC,Ectopic pluripotency
SBR-72h:TGGAACTGTCGAGTTT,Primitive streak
SBR-72h:CAACCAAAGATAACAC,Primitive streak
SBR-72h:CGGGTGTTCACCGGGT,Primitive streak
SBR-72h:TTATTGCAGAGACAAG,Ectopic pluripotency
SBR-72h:GTAACCAAGTGCTCAT,Primitive streak
SBR-72h:GTAGAGGCACTTGGCG,Primitive streak
SBR-72h:CAACAACGTGAGCTCC,Primitive streak
SBR-72h:GGAATGGTCCTACCGT,Primitive streak
SBR-72h:AGAGAATAGGGCGAAG,Primitive streak
SBR-72h:AACAAAGGTCCATCTC,Primitive streak
SBR-72h:CTAACCCTCGTCTACC,Primitive streak
SBR-72h:TGGGATTTCTTCCTAA,Primitive streak
SBR-72h:ACTGCAAAGCTTAAGA,Primitive streak
SBR-72h:CTAGACAAGATCCCAT,Primitive streak
SBR-72h:AACAAGACAGGCACTC,Primitive streak
SBR-72h:GAAGAATAGCAACAGC,Primitive streak
SBR-72h:CCAAGCGGTTAGTCGT,Primitive streak
SBR-72h:GATGACTAGGACAACC,Primitive streak
SBR-72h:TAGCACAAGGTACAAT,Primitive streak
SBR-72h:CCGGTAGCATATGGCT,Primitive streak
SBR-72h:CCCTGATGTCTGCAAT,Primitive streak
SBR-72h:TACTTACAGCGACTAG,Primitive streak
SBR-72h:TCTAACTCAACGATTC,Primitive streak
SBR-72h:TCGGTCTCATCAGTCA,Primitive streak
SBR-72h:ACCACAAGTGACCTGC,Primitive streak
SBR-72h:AAGAACAGTGACTATC,Primitive streak
SBR-72h:CTAACCCCAAAGTGTA,Ectopic pluripotency
SBR-72h:AAACGCTGTAGAGATT,Primitive streak
SBR-72h:AATGGCTGTGGACTGA,Primitive streak
SBR-72h:CGCATAAGTGTTGATC,Primitive streak
SBR-72h:ACGCACGAGGCGAACT,Ectopic pluripotency
SBR-72h:TTTGATCTCATGTCTT,Primitive streak
SBR-72h:CTCAACCTCACTCTTA,Primitive streak
SBR-72h:TGCCGAGAGTCATTGC,Ectopic pluripotency
SBR-72h:AAGCATCCAGCTAACT,Primitive streak
SBR-72h:GAAACCTAGCCGCTTG,Primitive streak
SBR-72h:TGCGATATCATCTACT,Primitive streak
SBR-72h:AGAGAATGTGTTTCTT,Primitive streak
SBR-72h:CCGTAGGAGCACCCAC,Primitive streak
SBR-72h:CACTTCGCAACGCATT,Ectopic pluripotency
SBR-72h:AGGTAGGTCGAAGTGG,Primitive streak
SBR-72h:TATTGGGGTTGCAAGG,Ectopic pluripotency
SBR-72h:CAACAACGTTATGACC,Primitive streak
SBR-72h:GATTTCTAGGGCAGAG,Primitive streak
SBR-72h:ACATCGACACTTTATC,Primitive streak
SBR-72h:ATTTCTGAGACAACAT,Primitive streak
SBR-72h:CATCGTCTCGCTTACC,Naive pluripotency
SBR-72h:ATCGCCTAGTCACAGG,Primitive streak
SBR-72h:GCCGTGACAGTCCCGA,Primitive streak
SBR-72h:ACTGTCCTCTAGACCA,Primitive streak
SBR-72h:AACACACTCTCAGGCG,Primitive streak
SBR-72h:CAACAGTAGCCTATCA,Primitive streak
SBR-72h:GTAACACCAATGTGGG,Primitive streak
SBR-72h:TGAACGTCAGTTTCGA,Primitive streak
SBR-72h:CCTGCATCAACCCTAA,Primitive streak
SBR-72h:ATATCCTTCATAGCAC,Primitive streak
SBR-72h:TTCATGTTCCTGGCTT,Primitive streak
SBR-72h:TTACAGGAGCCAGACA,Primitive streak
SBR-72h:ACACTGAGTCTCTCAC,Primitive streak
SBR-72h:ACCTGAAGTTAATGAG,Primitive streak
SBR-72h:ATTTACCGTTCTCTCG,Primitive streak
SBR-72h:CATACAGCATCAGTCA,Ectopic pluripotency
SBR-72h:ACTTATCTCGCTGATA,Primitive streak
SBR-72h:AGCTTCCCAATCTGCA,Primitive streak
SBR-72h:AGTTAGCCAGCAAGAC,Primitive streak
SBR-72h:CCAATGAGTCGACTTA,Primitive streak
SBR-72h:CGCCATTCACAGAGAC,Primitive streak
SBR-72h:AGGGCCTCACTATCCC,Ectopic pluripotency
SBR-72h:CGCGTGATCCATATGG,Ectopic pluripotency
SBR-72h:GTCTACCTCCTTTGAT,Primitive streak
SBR-72h:AACCCAATCGATACAC,Primitive streak
SBR-72h:AGACAGGGTGGATGAC,Primitive streak
SBR-72h:GTTTACTCAGGTTCGC,Primitive streak
SBR-72h:TTCTAACGTAGAGACC,Primitive streak
SBR-72h:AATGGCTCAAGCGCAA,Primitive streak
SBR-72h:GCCATTCAGGTTCAGG,Naive pluripotency
SBR-72h:TTTGTTGCACTACAGT,Ectopic pluripotency
SBR-72h:ACTTCGCCAGGTTCGC,Ectopic pluripotency
SBR-72h:AATCGACTCCCATAGA,Ectopic pluripotency
SBR-72h:CCTTCAGCAAACTAAG,Ectopic pluripotency
SBR-72h:GATGTTGTCTGCTTTA,Primitive streak
SBR-72h:TCCTCTTGTCGTATTG,Primitive streak
SBR-72h:AATAGAGCATGGTACT,Primitive streak
SBR-72h:AGTACTGGTCGGTAAG,Primitive streak
SBR-72h:TTAGTCTTCTTTGATC,Primitive streak
SBR-72h:TACATTCGTCATATGC,Primitive streak
SBR-72h:CCCTCTCTCACTAGCA,Primitive streak
SBR-72h:CGTCCATGTGTTCCAA,Primitive streak
SBR-72h:TCCATCGGTACGGATG,Primitive streak
SBR-72h:GTAATGCAGAAGCTCG,Ectopic pluripotency
SBR-72h:AACCCAACAACTGCTA,Primitive streak
SBR-72h:ATTCCCGCACTCGATA,Primitive streak
SBR-72h:CCACACTAGTGATAAC,Primitive streak
SBR-72h:ACAACCAGTCAGGTGA,Primitive streak
SBR-72h:TTGTTCAGTCTCCTGT,Primitive streak
SBR-72h:ATACCTTCAGCCTATA,Primitive streak
SBR-72h:GTTGTCCTCGAAGAAT,Primitive streak
SBR-72h:CAAAGAACATCCGAAT,Primitive streak
SBR-72h:TCCTGCATCACATCAG,Primitive streak
SBR-72h:TTGATGGTCACTCACC,Primitive streak
SBR-72h:GCATTAGAGGATGCGT,Primitive streak
SBR-72h:GTCTAGACATAGACTC,Ectopic pluripotency
SBR-72h:GTCAGCGAGGGAGGAC,Primitive streak
SBR-72h:GACTATGAGCTCTTCC,Primitive streak
SBR-72h:ACTGTCCCATACCACA,Primitive streak
SBR-72h:AACTTCTAGGAGTACC,Primitive streak
SBR-72h:TAATCTCCACCAGCCA,Primitive streak
SBR-72h:AGTGACTTCATCCTGC,Ectopic pluripotency
SBR-72h:CCCAACTAGGTCCAGA,Primitive streak
SBR-72h:GGAGGTAGTCTGCATA,Primitive streak
SBR-72h:GTCACGGAGTTAACGA,Primitive streak
SBR-72h:ATTCTTGGTTAGCGGA,Primitive streak
SBR-72h:AACTTCTCAAATCGTC,Primitive streak
SBR-72h:TCCGAAACAGGTCAAG,Primitive streak
SBR-72h:GATCAGTGTAAGTTAG,Primitive streak
SBR-72h:GGGTCACCAATGGGTG,Primitive streak
SBR-72h:CATGGTATCCGTATGA,Primitive streak
SBR-72h:TAACGACGTAGACAGC,Primitive streak
SBR-72h:TCAGCCTTCAGGTAAA,Ectopic pluripotency
SBR-72h:TAAGTCGTCGCTGACG,Primitive streak
SBR-72h:AAGAACATCTGATGGT,Primitive streak
SBR-72h:GACATCAGTACGGTTT,Primitive streak
SBR-72h:TCAATTCGTCAACATC,Primitive streak
SBR-72h:ATTCAGGAGTTCCGGC,Ectopic pluripotency
SBR-72h:GAGTCTACAGGCTTGC,Primitive streak
SBR-72h:TTTCCTCGTAATCAGA,Primitive streak
SBR-72h:ACATGCAAGGACAGCT,Primitive streak
SBR-72h:AGTCACAGTGACGCCT,Primitive streak
SBR-72h:GTCATCCCAGGAGACT,Primitive streak
SBR-72h:GGCACGTCAATAACGA,Primitive streak
SBR-72h:CACCAAAGTGTTCGTA,Primitive streak
SBR-72h:GACTATGGTACGTTCA,Primitive streak
SBR-72h:CCCAACTAGTGCTAGG,Primitive streak
SBR-72h:ACCCAAATCCAGCCTT,Primitive streak
SBR-72h:CCATCACCATTAGGCT,Primitive streak
SBR-72h:CTACCCACAAGAGGCT,Ectopic pluripotency
SBR-72h:CAGGTATCACACACTA,Primitive streak
SBR-72h:GATGGAGGTCCACTTC,Primitive streak
SBR-72h:GTGAGGAAGTCACACT,Primitive streak
SBR-72h:TCCCATGGTACAATAG,Primitive streak
SBR-72h:AAGAACAGTAGTACGG,Primitive streak
SBR-72h:AACCATGAGTTACTCG,Primitive streak
SBR-72h:GAGACCCCAAACACGG,Primitive streak
SBR-72h:CAAGACTAGGTATCTC,Primitive streak
SBR-72h:TACTTGTCAACAGCTT,Primitive streak
SBR-72h:ACTGTCCCATTCCTCG,Primitive streak
SBR-72h:TTGGATGTCCGCGGAT,Primitive streak
SBR-72h:AAAGTGAAGTCATGCT,Exiting naive pluripotency
SBR-72h:GCTGCAGGTCACAATC,Primitive streak
SBR-72h:GCTACCTCAAGGGTCA,Primitive streak
SBR-72h:GATGCTACAGGCTACC,Primitive streak
SBR-72h:GAAGAATTCCAGTACA,Primitive streak
SBR-72h:ACACTGAGTGCTCTCT,Naive pluripotency
SBR-72h:ATCACGAGTGTGTACT,Primitive streak
SBR-72h:GATTCTTCATGCCGCA,Ectopic pluripotency
SBR-72h:ATCGATGCAGGGAATC,Primitive streak
SBR-72h:TATTTCGAGCACTCCG,Primitive streak
SBR-72h:CACTTCGAGTTCACTG,Primitive streak
SBR-72h:CCACACTAGGGTAATT,Primitive streak
SBR-72h:ATCACAGCACAGTATC,Primitive streak
SBR-72h:CAACCAAGTCCACTTC,Primitive streak
SBR-72h:CCCAACTAGTATAACG,Primitive streak
SBR-72h:TATACCTAGACTGTTC,Naive pluripotency
SBR-72h:CGAGTTATCGTTGTGA,Primitive streak
SBR-72h:AATGCCAAGTATAACG,Primitive streak
SBR-72h:CACCAAACACAAGCTT,Primitive streak
SBR-72h:ACAGGGAGTTTCAGAC,Primitive streak
SBR-72h:GGAGAACGTGGTAACG,Primitive streak
SBR-72h:CAAGAGGCATGGCGCT,Primitive streak
SBR-72h:CCACACTTCAGCTTCC,Primitive streak
SBR-72h:CCTCCTCCAAGCACCC,Primitive streak
SBR-72h:GGCACGTAGAGTCCGA,Primitive streak
SBR-72h:GTGAGTTGTGGCAACA,Primitive streak
SBR-72h:TAGACTGAGGAGTACC,Primitive streak
SBR-72h:TGTCAGACATCCTAAG,Primitive streak
SBR-72h:GAGGGTACAATACCCA,Naive pluripotency
SBR-72h:GCCCAGACAACAACAA,Primitive streak
SBR-72h:ATCACAGTCCCGAATA,Primitive streak
SBR-72h:AATCACGTCCGATCTC,Primitive streak
SBR-72h:ATAGGCTGTACAGTCT,Primitive streak
SBR-72h:GTAGGTTGTCCGGACT,Primitive streak
SBR-72h:TGCTTGCAGCTACAAA,Primitive streak
SBR-72h:GAGCTGCTCCATTGCC,Primitive streak
SBR-72h:CTCAATTTCAAGAAAC,Primitive streak
SBR-72h:GGGACTCTCGGTTCAA,Primitive streak
SBR-72h:TATGTTCGTATGGTAA,Primitive streak
SBR-72h:GGAGGTACATTCACAG,Primitive streak
SBR-72h:CAGCAGCGTTGCAACT,Ectopic pluripotency
SBR-72h:AACAAGAAGCGATGCA,Primitive streak
SBR-72h:AGGCTGCAGGCTGAAC,Primitive streak
SBR-72h:TAGACTGAGTAATACG,Primitive streak
SBR-72h:TGACAGTGTTACCCTC,Primitive streak
SBR-72h:GTCATCCAGCAGCACA,Primitive streak
SBR-72h:ATACCGACAGCAAGAC,Primitive streak
SBR-72h:AGCTACAGTTTCCCAC,Primitive streak
SBR-72h:TTCCGGTGTGGTCTCG,Primitive streak
SBR-72h:CAGTTCCGTACGAGCA,Primitive streak
SBR-72h:CAACAGTGTTGACGGA,Ectopic pluripotency
SBR-72h:GGGAGATTCGGCCTTT,Primitive streak
SBR-72h:CCTTGTGAGACTTAAG,Primitive streak
SBR-72h:CTCCCTCTCTGGTGGC,Primitive streak
SBR-72h:CTCCATGCACTACCCT,Primitive streak
SBR-72h:TTGGGTAGTCAAAGAT,Primitive streak
SBR-72h:ACACAGTTCAAGAGTA,Ectopic pluripotency
SBR-72h:GGTTAACGTAAGCAAT,Primitive streak
SBR-72h:GTCATTTTCAAGCCTA,Primitive streak
SBR-72h:GTCAGCGAGAGAACCC,Primitive streak
SBR-72h:CTCCATGTCGTCACCT,Primitive streak
SBR-72h:TCAAGACTCATTTGCT,Primitive streak
SBR-72h:CAGATACGTTCTAACG,Primitive streak
SBR-72h:CGCGTGATCCCTCAAC,Primitive streak
SBR-72h:GGTCTGGAGTCCCGAC,Primitive streak
SBR-72h:ACAAGCTTCTCAGTCC,Ectopic pluripotency
SBR-72h:AGGCTGCAGGGCAATC,Primitive streak
SBR-72h:CAGGGCTCAGATCACT,Ectopic pluripotency
SBR-72h:TTCCGGTTCTACTCAT,Primitive streak
SBR-72h:CAGATTGCAGCTATTG,Primitive streak
SBR-72h:GGAGAACGTGTCCATA,Primitive streak
SBR-72h:GAGACCCTCGAGTTGT,Primitive streak
SBR-72h:TCTCCGACATGCCATA,Primitive streak
SBR-72h:GATGGAGTCAAGCCTA,Primitive streak
SBR-72h:TACGTCCTCGCTGTTC,Primitive streak
SBR-72h:ACTACGACATTGAAGA,Primitive streak
SBR-72h:ATTATCCAGCTAGTTC,Primitive streak
SBR-72h:CTTAGGACAAATTGCC,Primitive streak
SBR-72h:GAAGCGAGTACCGTGC,Primitive streak
SBR-72h:AGAACAAAGGTAACTA,Primitive streak
SBR-72h:CCTAACCCATCGTGCG,Primitive streak
SBR-72h:GATGAGGTCTTCCACG,Primitive streak
SBR-72h:AGACCCGTCTATCCAT,Primitive streak
SBR-72h:AAGATAGCACGCCAGT,Ectopic pluripotency
SBR-72h:AGTACCACATATTCGG,Primitive streak
SBR-72h:ACATGCAAGCCTTCTC,Primitive streak
SBR-72h:ACAACCATCTCGTTTA,Primitive streak
SBR-72h:TAGACTGTCGAAGCCC,Primitive streak
SBR-72h:TCTATACGTACGATCT,Primitive streak
SBR-72h:ATACTTCTCTGTAACG,Primitive streak
SBR-72h:GGGATGACAATTTCGG,Primitive streak
SBR-72h:CATGCCTCAGACCCGT,Primitive streak
SBR-72h:TCAAGTGTCGATACAC,Primitive streak
SBR-72h:GGGATCCTCGGACTTA,Ectopic pluripotency
SBR-72h:GTTACAGAGGCCCGTT,Primitive streak
SBR-72h:AGCCAATAGCTGGTGA,Primitive streak
SBR-72h:GCACGTGGTATACGGG,Primitive streak
SBR-72h:AGAAATGGTACGTAGG,Primitive streak
SBR-72h:CGGAGAACAACAGCTT,Primitive streak
SBR-72h:TCATGGAGTCTACAGT,Primitive streak
SBR-72h:GTCAAGTTCCCGTTGT,Primitive streak
SBR-72h:TCGAACAAGCAGCGAT,Primitive streak
SBR-72h:ATGGGTTCACGCCACA,Primitive streak
SBR-72h:AATGGCTAGACATAGT,Primitive streak
SBR-72h:ATTTCACGTAAGGCCA,Primitive streak
SBR-72h:CAACCTCGTTCTCTCG,Primitive streak
SBR-72h:GGAATCTAGGCACGAT,Primitive streak
SBR-72h:GGTAATCAGATGACAT,Primitive streak
SBR-72h:ACGGTCGAGCATCCCG,Ectopic pluripotency
SBR-72h:GGGTGTCAGACCAACG,Primitive streak
SBR-72h:GATGGAGAGAGGTCAC,Ectopic pluripotency
SBR-72h:AGGTGTTTCATCGCTC,Primitive streak
SBR-72h:GCCGATGTCCAGCTCT,Primitive streak
SBR-72h:TCCTCCCCAAAGCTCT,Primitive streak
SBR-72h:TCAGCAAAGCGTGCTC,Primitive streak
SBR-72h:GATCACAGTTTCCAAG,Primitive streak
SBR-72h:ACAGCCGTCCTTCACG,Primitive streak
SBR-72h:ATTACTCGTTGGGCCT,Primitive streak
SBR-72h:GAGTCATGTATTGGCT,Primitive streak
SBR-72h:TCAAGTGCAAATACAG,Ectopic pluripotency
SBR-72h:TGCGGGTCAGCAGATG,Ectopic pluripotency
SBR-72h:TAACGACGTACTCGAT,Primitive streak
SBR-72h:CAACGATCACTGAATC,Primitive streak
SBR-72h:GCACATATCTCTGCTG,Ectopic pluripotency
SBR-72h:TGATGGTGTTTCGTGA,Primitive streak
SBR-72h:CAACGGCCACCGTGCA,Primitive streak
SBR-72h:GCGGATCCATAGCTGT,Primitive streak
SBR-72h:TGATGGTTCTCACGAA,Primitive streak
SBR-72h:GGCACGTCACAGCCAC,Ectopic pluripotency
SBR-72h:GTGAGCCCATTCCTCG,Primitive streak
SBR-72h:CCGATGGTCATCGCCT,Primitive streak
SBR-72h:GAGCTGCTCCTCTCGA,Primitive streak
SBR-72h:GGAGGTATCATGAAAG,Primitive streak
SBR-72h:TTGAACGAGATGCGAC,Primitive streak
SBR-72h:GCCCAGACACACCAGC,Primitive streak
SBR-72h:TCATACTTCCACGAAT,Primitive streak
SBR-72h:CTCAACCGTTGTTGCA,Primitive streak
SBR-72h:CATTCTAAGCACTAGG,Primitive streak
SBR-72h:CTGCTCACAACGACAG,Cd63+ ectoderm-like artefact
SBR-72h:AGGAGGTAGAGTTGCG,Primitive streak
SBR-72h:GTAACACGTTATGACC,Primitive streak
SBR-72h:AGATAGATCATCGGGC,Ectopic pluripotency
SBR-72h:GCGAGAATCTCGAGTA,Primitive streak
SBR-72h:AAGCGAGAGTGTAGTA,Primitive streak
SBR-72h:GGCTTTCAGTAAATGC,Primitive streak
SBR-72h:GCATCTCGTCCGGTCA,Primitive streak
SBR-72h:CACTAAGCACGACGAA,Primitive streak
SBR-72h:TACCCGTTCTGCCTGT,Primitive streak
SBR-72h:ACGATGTAGAAACACT,Ectopic pluripotency
SBR-72h:ATAGACCTCAACTTTC,Ectopic pluripotency
SBR-72h:ACTGTCCAGTATCTGC,Ectopic pluripotency
SBR-72h:TCACTCGAGTTACGGG,Primitive streak
SBR-72h:AGAACCTGTCCACTTC,Primitive streak
SBR-72h:CAATGACGTACCTAGT,Ectopic pluripotency
SBR-72h:TGCTCGTAGGAGCAAA,Primitive streak
SBR-72h:TTCCAATAGCTGACTT,Primitive streak
SBR-72h:CTCATGCAGAACGTGC,Primitive streak
SBR-72h:GGTGTTAAGAGGACTC,Primitive streak
SBR-72h:CAATTTCTCACTAGCA,Primitive streak
SBR-72h:CTACCTGTCTCATGGA,Primitive streak
SBR-72h:TTCCACGTCGGTGCAC,Primitive streak
SBR-72h:TACCGGGGTCGTAATC,Primitive streak
SBR-72h:ATTTCTGTCCCTGGTT,Primitive streak
SBR-72h:ACGTCCTTCAAACGAA,Primitive streak
SBR-72h:GTAATGCCAAAGCAAT,Ectopic pluripotency
SBR-72h:CTCCTCCGTACCCGAC,Ectopic pluripotency
SBR-72h:CCTAACCAGACCATAA,Primitive streak
SBR-72h:AAAGAACAGATCCGAG,Primitive streak
SBR-72h:GTTGCGGCAAGAAACT,Primitive streak
SBR-72h:ACCCTCACAGAGGACT,Primitive streak
SBR-72h:GCCATTCAGTAACAGT,Primitive streak
SBR-72h:CCCTAACCAAAGGCAC,Primitive streak
SBR-72h:TACAACGCATTAAGCC,Primitive streak
SBR-72h:AGGGAGTCAATAGTGA,Primitive streak
SBR-72h:TCACTATCAAGATGTA,Primitive streak
SBR-72h:CCTCATGTCCTTCTTC,Primitive streak
SBR-72h:GGCACGTCAACACAAA,Primitive streak
SBR-72h:AGCGCCAGTTGGCCTG,Primitive streak
SBR-72h:TCATCATTCTCTATGT,Primitive streak
SBR-72h:GATGTTGTCGGCTGGT,Primitive streak
SBR-72h:TTCGATTCATGTGCTA,Primitive streak
SBR-72h:TTACCGCAGGAACGCT,Primitive streak
SBR-72h:AGGACTTCAACGACAG,Primitive streak
SBR-72h:AAGAACATCCCTTGTG,Primitive streak
SBR-72h:CCTACGTTCTCTGGTC,Primitive streak
SBR-72h:TCAGTCCGTGGATGAC,Primitive streak
SBR-72h:TCATTCAGTTGTCCCT,Primitive streak
SBR-72h:CCTAACCAGGTCGTCC,Ectopic pluripotency
SBR-72h:GGAGATGTCACGGGAA,Primitive streak
SBR-72h:AACAACCTCGCTTGCT,Primitive streak
SBR-72h:CCACAAAAGCATGAAT,Primitive streak
SBR-72h:TGTTTGTAGGATTACA,Primitive streak
SBR-72h:TTTCGATAGAAAGTCT,Primitive streak
SBR-72h:AACACACAGCCGTTGC,Primitive streak
SBR-72h:GTCATTTAGGCACCAA,Primitive streak
SBR-72h:CTAACTTTCCATAGGT,Primitive streak
SBR-72h:AGCCAATAGGTTACCT,Primitive streak
SBR-72h:TAAGCGTCATAGAATG,Primitive streak
SBR-72h:TCTAACTCAATGGCCC,Primitive streak
SBR-72h:ATGTCCCGTCGAGTGA,Primitive streak
SBR-72h:TCAAGACTCTCATTAC,Primitive streak
SBR-72h:GGGTTATAGTCAGGGT,Primitive streak
SBR-72h:CAATTTCCATACTTTC,Primitive streak
SBR-72h:GTCGCGATCTTGCAGA,Primitive streak
SBR-72h:ACTTATCCAACTGCTA,Primitive streak
SBR-72h:CTCCAACAGCCATGCC,Primitive streak
SBR-72h:TCCACGTAGGTAGACC,Primitive streak
SBR-72h:GTCACGGCACTCACTC,Primitive streak
SBR-72h:GTCACGGCAGCAAGAC,Primitive streak
SBR-72h:CCTACGTCATCGATGT,Primitive streak
SBR-72h:AAATGGATCGAGAGCA,Primitive streak
SBR-72h:CGAGGAATCTCCTGCA,Primitive streak
SBR-72h:GACCCAGCAGCGACCT,Ectopic pluripotency
SBR-72h:AGGATAATCACTCGAA,Primitive streak
SBR-72h:ATCGGCGGTGGCAACA,Primitive streak
SBR-72h:ACTGCAATCTGGTGGC,Primitive streak
SBR-72h:GTGTCCTGTATTTCCT,Primitive streak
SBR-72h:AGCGCTGGTTCCGCAG,Primitive streak
SBR-72h:CTATCTATCACTAGCA,Primitive streak
SBR-72h:ACGTAGTTCCCTGGTT,Primitive streak
SBR-72h:CTCCTCCCAAGCGAAC,Primitive streak
SBR-72h:GTAGCTACAGAGCCCT,Primitive streak
SBR-72h:CTCGAGGCAAGAGGCT,Primitive streak
SBR-72h:TTACCGCAGCTGCCTG,Primitive streak
SBR-72h:GTAATGCAGCGACCCT,Primitive streak
SBR-72h:TGTCCTGAGGTGCCAA,Primitive streak
SBR-72h:TGATTTCGTCACCACG,Primitive streak
SBR-72h:TTTCATGAGTCATTGC,Primitive streak
SBR-72h:CAATTTCTCATTCGGA,Primitive streak
SBR-72h:CCATAAGAGTGTAGTA,Primitive streak
SBR-72h:CACTGTCCACTCGATA,Primitive streak
SBR-72h:CGATGGCCATCGCTAA,Primitive streak
SBR-72h:ACGTACATCACTGTCC,Primitive streak
SBR-72h:ATTCACTTCGGTGAAG,Primitive streak
SBR-72h:CTTTCGGTCCCTTCCC,Primitive streak
SBR-72h:ACAGGGAAGGTACATA,Ectopic pluripotency
SBR-72h:GCATGATCAAACGGCA,Primitive streak
SBR-72h:TAATTCCAGTTTCGGT,Primitive streak
SBR-72h:TTGGGTATCGTAACAC,Primitive streak
SBR-72h:GGAACCCTCCATCACC,Primitive streak
SBR-72h:CACGAATGTTGCTCCT,Ectopic pluripotency
SBR-72h:GAAGGGTAGGAATCGC,Primitive streak
SBR-72h:TATACCTGTACTCAAC,Primitive streak
SBR-72h:GCACTAAGTAGGCTGA,Primitive streak
SBR-72h:GTGCTTCCAGACCGCT,Primitive streak
SBR-72h:TCAAGACTCCATTCGC,Primitive streak
SBR-72h:ACCGTTCCACTCCTGT,Primitive streak
SBR-72h:CTATCTACATCCTTCG,Ectopic pluripotency
SBR-72h:GACTCAACAACCGACC,Primitive streak
SBR-72h:TCCATCGCAACCGACC,Primitive streak
SBR-72h:AAAGGTAGTATGGAAT,Primitive streak
SBR-72h:TACTTGTTCTTACGTT,Primitive streak
SBR-72h:TAACGACCACATAACC,Primitive streak
SBR-72h:CTGCCATTCCGCTGTT,Primitive streak
SBR-72h:AGAAATGTCATAGCAC,Primitive streak
SBR-72h:ATCTCTAAGAAATCCA,Primitive streak
SBR-72h:GCCGATGTCTCTCGAC,Primitive streak
SBR-72h:ACACCAACAACTTCTT,Primitive streak
SBR-72h:CCTACGTTCTACCACC,Primitive streak
SBR-72h:GGCACGTTCCGTAGTA,Primitive streak
SBR-72h:TGTCCTGGTTAAGGAT,Primitive streak
SBR-72h:GGCTTTCAGGGAGTTC,Primitive streak
SBR-72h:CTGCTCACAGAAATTG,Primitive streak
SBR-72h:GTTGTAGGTACGTGTT,Primitive streak
SBR-72h:ATTTCACAGAGTGTGC,Primitive streak
SBR-72h:AACCTGATCGGTATGT,Ectopic pluripotency
SBR-72h:GGCTTGGCAGCGAGTA,Primitive streak
SBR-72h:AAAGAACTCGCTGTCT,Primitive streak
SBR-72h:CGTTCTGGTGGGATTG,Primitive streak
SBR-72h:GCCATGGGTTTGCAGT,Primitive streak
SBR-72h:CACGAATGTTAAGTCC,Primitive streak
SBR-72h:GTTGTGATCCTGGTCT,Primitive streak
SBR-72h:GACTTCCCACTGTCGG,Primitive streak
SBR-72h:ATTGGGTCAGAGGTAC,Primitive streak
SBR-72h:TCCTCCCCATGTTTGG,Primitive streak
SBR-72h:TCAGGTATCTCCGCAT,Primitive streak
SBR-72h:CCGTTCAAGCGCAATG,Primitive streak
SBR-72h:ATTCCCGCACGGATCC,Primitive streak
SBR-72h:TTCGGTCGTGTCGATT,Primitive streak
SBR-72h:GCACTAATCGAACGCC,Primitive streak
SBR-72h:CTATCCGGTATGGGAC,Primitive streak
SBR-72h:ACCCAAACACATGACT,Primitive streak
SBR-72h:TACTTCACAAAGGATT,Cd63+ ectoderm-like artefact
SBR-72h:TCATATCAGTGATTCC,Primitive streak
SBR-72h:ATCCTATTCAGCAATC,Primitive streak
SBR-72h:TGATCTTGTTGCATTG,Primitive streak
SBR-72h:CCACGTTAGCAACAGC,Primitive streak
SBR-72h:ACATCCCCACGGATCC,Ectopic pluripotency
SBR-72h:TCATTGTAGAGCCCAA,Primitive streak
SBR-72h:AATCGTGCACTTTAGG,Primitive streak
SBR-72h:CAAGGGATCAGTGTTG,Primitive streak
SBR-72h:GCAGTTACATCCGCGA,Primitive streak
SBR-72h:GAACTGTTCAGACATC,Primitive streak
SBR-72h:GGAAGTGGTACAAGTA,Primitive streak
SBR-72h:GCCATGGAGTCAGCCC,Primitive streak
SBR-72h:ATCGGATCAACTCGAT,Primitive streak
SBR-72h:TCCATGCTCGATTGAC,Ectopic pluripotency
SBR-72h:TATTGCTAGCCAACCC,Primitive streak
SBR-72h:AATCGTGGTGTTGCCG,Primitive streak
SBR-72h:CTTAGGACACAACCGC,Primitive streak
SBR-72h:TAGGAGGCATCGTTCC,Primitive streak
SBR-72h:ACTGATGGTGGTTTGT,Primitive streak
SBR-72h:CCACAAAAGCCTCACG,Ectopic pluripotency
SBR-72h:TCCACGTGTTTGTTCT,Primitive streak
SBR-72h:ACGTACACATAACTCG,Primitive streak
SBR-72h:AATGGCTGTAACGATA,Primitive streak
SBR-72h:AACCTTTCATGTTCGA,Primitive streak
SBR-72h:CAGCCAGCAGCATCTA,Primitive streak
SBR-72h:ACCCAAACACTGGACC,Primitive streak
SBR-72h:GAGATGGAGGAGGGTG,Primitive streak
SBR-72h:TTCTGTACAGAGATTA,Primitive streak
SBR-72h:GCCGATGAGCAACTTC,Primitive streak
SBR-72h:ACTTATCTCATCCCGT,Primitive streak
SBR-72h:GCCAGCAAGTAGCCAG,Primitive streak
SBR-72h:ATTGTTCTCCGTCACT,Primitive streak
SBR-72h:ATCGCCTCAAGAGAGA,Primitive streak
SBR-72h:CTACGGGTCAACTGGT,Primitive streak
SBR-72h:AAACGAATCTGCGGAC,Primitive streak
SBR-72h:CCGGTAGCAAGTATCC,Exiting naive pluripotency
SBR-72h:CTTTCGGTCACCTTGC,Primitive streak
SBR-72h:GTAACACTCCCAAGCG,Primitive streak
SBR-72h:TCGTCCACATCTAACG,Primitive streak
SBR-72h:TGGAGAGTCCACGGGT,Ectopic pluripotency
SBR-72h:TGATGCATCAAGCTGT,Primitive streak
SBR-72h:CCTCTAGTCCTCACGT,Primitive streak
SBR-72h:CAGCACGCAAGACGAC,Primitive streak
SBR-72h:AATGGCTTCACTACTT,Ectopic pluripotency
SBR-72h:AACTTCTTCTACGGTA,Primitive streak
SBR-72h:TCACTCGTCCGATGTA,Primitive streak
SBR-72h:ATCGTAGGTCATTGCA,Primitive streak
SBR-72h:CACGGGTCAATACCTG,Primitive streak
SBR-72h:TTCTAGTTCGACATAC,Primitive streak
SBR-72h:AGTCAACGTTTCGTGA,Primitive streak
SBR-72h:TCTGTCGCAATAGTAG,Primitive streak
SBR-72h:AAATGGAGTTCGGCGT,Primitive streak
SBR-72h:CCCTGATGTAATCAAG,Primitive streak
SBR-72h:TGTCCCACAGTCGTTA,Primitive streak
SBR-72h:GTAGCTACATTGACCA,Primitive streak
SBR-72h:ATTACCTCACCCTATC,Primitive streak
SBR-72h:AGACCCGTCCCTATTA,Primitive streak
SBR-72h:GATAGAAAGTAGTCCT,Primitive streak
SBR-72h:GCAGTTAAGAATTGTG,Primitive streak
SBR-72h:ACACTGATCCTTCTAA,Cd63+ ectoderm-like artefact
SBR-72h:TCTCCGAAGCCAACCC,Primitive streak
SBR-72h:CGGAACCTCTTGGAAC,Primitive streak
SBR-72h:TTTCAGTGTTCATCTT,Primitive streak
SBR-72h:ATTGGGTAGATCCAAA,Primitive streak
SBR-72h:TATTTCGTCCGTCACT,Primitive streak
SBR-72h:ATCGATGGTCCAGGTC,Primitive streak
SBR-72h:AGCCAGCTCGGTCTAA,Primitive streak
SBR-72h:GGTAATCGTTCTTGTT,Naive pluripotency
SBR-72h:ATCACAGAGTGGCAGT,Primitive streak
SBR-72h:GAAGCGACATACTGAC,Ectopic pluripotency
SBR-72h:CTCCACAGTAACGTTC,Cd63+ ectoderm-like artefact
SBR-72h:CATCCCACATGCGTGC,Primitive streak
SBR-72h:TTGAGTGGTAAGGTCG,Primitive streak
SBR-72h:ATTATCCTCGGTCGGT,Ectopic pluripotency
SBR-72h:CAGGTATGTTGTGCAT,Primitive streak
SBR-72h:CGCCATTAGGCAGGTT,Primitive streak
SBR-72h:TTCTAGTTCGTGGAAG,Primitive streak
SBR-72h:CAATTTCGTATCAGCT,Primitive streak
SBR-72h:GCCTGTTCAATTGCGT,Primitive streak
SBR-72h:CCGCAAGTCATCGCCT,Ectopic pluripotency
SBR-72h:ACGATGTGTACCTATG,Primitive streak
SBR-72h:ATCGGCGCACTCTGCT,Primitive streak
SBR-72h:TAGGGTTAGTACTCGT,Primitive streak
SBR-72h:AGAACCTGTAACCCTA,Primitive streak
SBR-72h:TTCCTCTCATTGCAAC,Primitive streak
SBR-72h:GGTGTTACAAAGCTAA,Primitive streak
SBR-72h:GTCACTCTCTAACACG,Primitive streak
SBR-72h:TCGGTCTGTTCCGCAG,Primitive streak
SBR-72h:CTGAATGCACATGAAA,Primitive streak
SBR-72h:GACTCTCAGCTCACTA,Primitive streak
SBR-72h:CTTCTCTGTAGCGCTC,Primitive streak
SBR-72h:GCACGTGCATTATGCG,Primitive streak
SBR-72h:TCTGTCGTCGCTACGG,Ectopic pluripotency
SBR-72h:AGCCAGCAGTAAAGCT,Primitive streak
SBR-72h:GCCCGAAGTATGTGTC,Ectopic pluripotency
SBR-72h:GAGTCATTCTCCCATG,Ectopic pluripotency
SBR-72h:ATACCGAGTATGCTAC,Primitive streak
SBR-72h:TTCTAGTGTTCGCGTG,Primitive streak
SBR-72h:GCTGCAGCAACGTAAA,Ectopic pluripotency
SBR-72h:TAATTCCGTTGGACTT,Primitive streak
SBR-72h:ACTTATCAGCATTTGC,Primitive streak
SBR-72h:GCATCTCAGCACACCC,Primitive streak
SBR-72h:CTCAGAAAGGAGATAG,Primitive streak
SBR-72h:GGTCTGGGTTCCGTTC,Primitive streak
SBR-72h:ACTATCTAGTCGAAGC,Primitive streak
SBR-72h:CTCCCAAAGCCTGAGA,Primitive streak
SBR-72h:GCTTGGGGTCTCCCTA,Primitive streak
SBR-72h:AAGGAATAGTCACAGG,Primitive streak
SBR-72h:TAAGCACGTGGTAATA,Primitive streak
SBR-72h:TGTTGGAAGGCCCACT,Primitive streak
SBR-72h:GACTGATAGCGCGTTC,Ectopic pluripotency
SBR-72h:GCGAGAAAGAAACCCG,Primitive streak
SBR-72h:GAACGTTTCCCGTGTT,Primitive streak
SBR-72h:CAATTTCCATCCAACA,Primitive streak
SBR-72h:CCTCAACGTTGCCATA,Ectopic pluripotency
SBR-72h:TCGAAGTCACGACAGA,Primitive streak
SBR-72h:CATCCCACAGCAGTTT,Primitive streak
SBR-72h:ACCTGTCAGAATGTTG,Primitive streak
SBR-72h:TTAATCCGTGATACCT,Primitive streak
SBR-72h:ATCAGGTTCACGAACT,Primitive streak
SBR-72h:TACCCACCATGTTTGG,Primitive streak
SBR-72h:ACGTAACCACTACACA,Primitive streak
SBR-72h:TACCTGCTCCACGAAT,Primitive streak
SBR-72h:TATCAGGAGGTGGTTG,Primitive streak
SBR-72h:ACGCACGCAGTATGAA,Primitive streak
SBR-72h:GCTGAATGTTGGGATG,Primitive streak
SBR-72h:TCAATCTCACACCGCA,Ectopic pluripotency
SBR-72h:AAGCGTTTCGACACTA,Primitive streak
SBR-72h:TGAGACTTCAATGTCG,Primitive streak
SBR-72h:GGTTGTACAAATCGTC,Primitive streak
SBR-72h:GAATCGTTCGTTAGTG,Primitive streak
SBR-72h:AACAACCTCCGCGGAT,Primitive streak
SBR-72h:TATATCCAGGATCATA,Primitive streak
SBR-72h:CAGCACGTCAAGCTGT,Primitive streak
SBR-72h:TTCATTGCAAGTAGTA,Primitive streak
SBR-72h:TGCACGGAGAGACAAG,Primitive streak
SBR-72h:TCATACTGTGGGTTGA,Primitive streak
SBR-72h:CTATAGGCACCCGTAG,Primitive streak
SBR-72h:GATAGAATCGGTGCAC,Primitive streak
SBR-72h:ATCCATTAGCCATTTG,Primitive streak
SBR-72h:GTTAGACAGATTACCC,Primitive streak
SBR-72h:ATCGTAGGTGGCTCTG,Naive pluripotency
SBR-72h:GCTGGGTCATTCGATG,Primitive streak
SBR-72h:TTTAGTCAGGATATGT,Primitive streak
SBR-72h:GAAGAATTCATCGCCT,Primitive streak
SBR-72h:GAATCACCAATGCAAA,Primitive streak
SBR-72h:GAGTTGTGTACAGTCT,Primitive streak
SBR-72h:CATCGGGCAATTCGTG,Primitive streak
SBR-72h:CACATGAGTTGCTAGT,Primitive streak
SBR-72h:CGGCAGTAGAATCGAT,Primitive streak
SBR-72h:ACTGATGGTAATGCTC,Primitive streak
SBR-72h:TATTCCAAGTGCACTT,Primitive streak
SBR-72h:TTGGTTTGTGAGACCA,Primitive streak
SBR-72h:TGTAACGAGGCTAGCA,Primitive streak
SBR-72h:TCATGGAAGGAGGCAG,Primitive streak
SBR-72h:TTCATGTGTAAGCGGT,Primitive streak
SBR-72h:CGTTAGAAGACATATG,Primitive streak
SBR-72h:CCTCAGTGTATGCTAC,Primitive streak
SBR-72h:TGGGAAGCAGATCCTA,Primitive streak
SBR-72h:CCACACTTCTCAACCC,Primitive streak
SBR-72h:TGCACGGAGCAGCAGT,Primitive streak
SBR-72h:GTGCACGTCTGTCCCA,Primitive streak
SBR-72h:TCAATTCGTTCATCGA,Primitive streak
SBR-72h:GAGAAATGTAGCCCTG,Primitive streak
SBR-72h:CTCGAGGCAACAAAGT,Primitive streak
SBR-72h:CGGACACAGATGACCG,Primitive streak
SBR-72h:CTGCCATTCATTGTTC,Primitive streak
SBR-72h:AGTTCCCCAGAGCTAG,Primitive streak
SBR-72h:GAAGAATCAGAGTTGG,Primitive streak
SBR-72h:GAATAGACAAGTGACG,Primitive streak
SBR-72h:GTCTTTACACTGTGTA,Primitive streak
SBR-72h:AACGAAACACGTTCGG,Primitive streak
SBR-72h:CTCTCAGGTTGTGGCC,Primitive streak
SBR-72h:CTAACCCAGCAATTAG,Ectopic pluripotency
SBR-72h:TGCCGAGCACAAATCC,Primitive streak
SBR-72h:ACCATTTCAAAGAACT,Primitive streak
SBR-72h:TGAACGTTCGGTCTAA,Primitive streak
SBR-72h:GCAGCTGCAGCTACTA,Primitive streak
SBR-72h:AACAACCCAGGCGATA,Primitive streak
SBR-72h:ACACTGATCGCTCCTA,Ectopic pluripotency
SBR-72h:CCTGTTGCAGCAATTC,Primitive streak
SBR-72h:TTGCGTCAGAAGCTGC,Primitive streak
SBR-72h:TACGCTCTCAGCCTCT,Naive pluripotency
SBR-72h:AATTCCTCAGCAGTCC,Primitive streak
SBR-72h:TTGGGTAGTAGCCAGA,Cd63+ ectoderm-like artefact
SBR-72h:TCACTCGAGCACGTCC,Primitive streak
SBR-72h:ACCACAATCCGCGGAT,Primitive streak
SBR-72h:TTCTAGTCAAGCTGCC,Primitive streak
SBR-72h:CAGTTCCCAGAGCCCT,Primitive streak
SBR-72h:TACCTGCTCATTCGTT,Primitive streak
SBR-72h:AGGATAAAGACCATGG,Ectopic pluripotency
SBR-72h:TGGAACTGTACGCTAT,Primitive streak
SBR-72h:ACGCACGGTCAACCAT,Primitive streak
SBR-72h:GAGCCTGCAATGAACA,Primitive streak
SBR-72h:GAACGTTAGTAAACTG,Primitive streak
SBR-72h:TCTGCCAGTCGGTGAA,Primitive streak
SBR-72h:GAGAGGTTCCGTGCGA,Primitive streak
SBR-72h:AGTTAGCAGAGGACTC,Primitive streak
SBR-72h:AGGTGTTCAAAGTGTA,Primitive streak
SBR-72h:CGAGTGCTCGGTAACT,Primitive streak
SBR-72h:GGTGATTTCCTGTTGC,Primitive streak
SBR-72h:ATTCCTATCACAACCA,Primitive streak
SBR-72h:CCCTCAACATCGTTCC,Primitive streak
SBR-72h:TTTAGTCAGCACGATG,Ectopic pluripotency
SBR-72h:GATAGAACAATACCTG,Primitive streak
SBR-72h:TAAGCCACAAACTCTG,Primitive streak
SBR-72h:TCACACCCATCATCTT,Primitive streak
SBR-72h:GATGGAGCATCATTTC,Primitive streak
SBR-72h:GATAGAAGTCCAGCAC,Primitive streak
SBR-72h:ACTACGACATACACCA,Primitive streak
SBR-72h:CCACGAGGTAGACGTG,Primitive streak
SBR-72h:TTTCGATCAAGAATGT,Primitive streak
SBR-72h:TATATCCCACCTTCCA,Primitive streak
SBR-72h:ACCTACCGTGGCGCTT,Primitive streak
SBR-72h:ATTCAGGTCCATCTCG,Primitive streak
SBR-72h:TTACGTTCAGGACAGT,Primitive streak
SBR-72h:GTATTGGTCTCGGGAC,Primitive streak
SBR-72h:GAGCCTGCATTGCAAC,Primitive streak
SBR-72h:GAGATGGGTACTGTTG,Primitive streak
SBR-72h:ACAGAAATCCGAAGGA,Primitive streak
SBR-72h:ATGCCTCTCTCTTCAA,Primitive streak
SBR-72h:GGAGATGAGGGAGGTG,Primitive streak
SBR-72h:GTCTGTCCACCTGCTT,Primitive streak
SBR-72h:GAAGTAAAGTTGTCAC,Primitive streak
SBR-72h:TTCATTGTCTCTAGGA,Primitive streak
SBR-72h:CTGTAGATCCGGCTTT,Exiting naive pluripotency
SBR-72h:ACGATGTTCGCTAATG,Primitive streak
SBR-72h:CTTCCGAAGTATGCAA,Primitive streak
SBR-72h:GGGTCTGCAGGCATGA,Primitive streak
SBR-72h:TTACCGCTCTTGAACG,Primitive streak
SBR-72h:ATGAAAGAGACGTCGA,Primitive streak
SBR-72h:ACTCCCATCCTAACAG,Primitive streak
SBR-72h:TGGAGAGGTCATTGCA,Primitive streak
SBR-72h:GAGGGATTCGCCATAA,Ectopic pluripotency
SBR-72h:ATACCTTTCATCGCTC,Ectopic pluripotency
SBR-72h:ATTCGTTCACACGCCA,Primitive streak
SBR-72h:TACGCTCAGTTGCCTA,Primitive streak
SBR-72h:GATCATGCATCGGATT,Primitive streak
SBR-72h:GCTTGGGCAAGAGGCT,Primitive streak
SBR-72h:GTCTCACAGAGAAGGT,Primitive streak
SBR-72h:TGTGATGCACCAGTAT,Primitive streak
SBR-72h:AGTAACCCAACTGGTT,Primitive streak
SBR-72h:ACTTCCGTCTCCTGAC,Primitive streak
SBR-72h:TACCCGTGTTGGTACT,Primitive streak
SBR-72h:ATATCCTGTGCTAGCC,Primitive streak
SBR-72h:GCCCAGAAGCAGTACG,Primitive streak
SBR-72h:CTCCACAGTGTTTGCA,Primitive streak
SBR-72h:AGACCATAGAACTTCC,Primitive streak
SBR-72h:TCATATCGTCCTCCAT,Primitive streak
SBR-72h:ACCACAACAATGAGCG,Primitive streak
SBR-72h:AGTCAACGTACAAACA,Ectopic pluripotency
SBR-72h:CACTGAACAGAACCGA,Primitive streak
SBR-72h:AGTAGTCGTGTGTGGA,Primitive streak
SBR-72h:ATTCACTCAAGAGATT,Primitive streak
SBR-72h:ACGCACGTCCTCTAGC,Primitive streak
SBR-72h:TCTCCGAAGTCACGCC,Primitive streak
SBR-72h:AGCGTATTCTGCCTGT,Primitive streak
SBR-72h:TATCGCCAGGGCAGAG,Primitive streak
SBR-72h:GAGAGGTGTCCATAGT,Primitive streak
SBR-72h:GTTACGATCATCGTAG,Primitive streak
SBR-72h:AACAACCAGTAGACCG,Primitive streak
SBR-72h:CAAAGAATCGCTTGAA,Primitive streak
SBR-72h:TGGGATTCAGTTGAAA,Ectopic pluripotency
SBR-72h:CGGCAGTAGGTGGTTG,Ectopic pluripotency
SBR-72h:CCACTTGAGCGAACTG,Ectopic pluripotency
SBR-72h:TCTCTGGGTAGTGTGG,Primitive streak
SBR-72h:CGAGTTAGTGGCTTAT,Primitive streak
SBR-72h:TACGGTACAGAAACCG,Primitive streak
SBR-72h:TCTGCCAGTCTCGCGA,Primitive streak
SBR-72h:CTCCGATAGAAACTGT,Primitive streak
SBR-72h:CTCCAACAGTCTAACC,Primitive streak
SBR-72h:CCTCTCCAGGCTGTAG,Ectopic pluripotency
SBR-72h:GGGATCCCAGAGTGTG,Primitive streak
SBR-72h:GATCGTATCGATTGGT,Primitive streak
SBR-72h:TTCAATCGTTGGAGAC,Primitive streak
SBR-72h:AAACGCTTCATCCTAT,Primitive streak
SBR-72h:AGGTTGTTCAAAGACA,Primitive streak
SBR-72h:GTGAGTTCAAACCATC,Primitive streak
SBR-72h:CACCAAACATTGGCAT,Primitive streak
SBR-72h:CCCTTAGCAAAGGAGA,Ectopic pluripotency
SBR-72h:CACAGATGTGAATTGA,Primitive streak
SBR-72h:ATATCCTGTCCCAAAT,Primitive streak
SBR-72h:TACGGGCAGATGCTTC,Ectopic pluripotency
SBR-72h:TACCTCGGTGTTCGTA,Primitive streak
SBR-72h:ACTATCTTCATAGGCT,Primitive streak
SBR-72h:GTTATGGGTCAAGCCC,Primitive streak
SBR-72h:AGTCACAGTCAGGCAA,Naive pluripotency
SBR-72h:TATATCCAGTACGTCT,Primitive streak
SBR-72h:CCCATTGTCAAGGTGG,Primitive streak
SBR-72h:TCTGGCTCAGAGTCTT,Primitive streak
SBR-72h:GTGCTGGTCCTTGACC,Primitive streak
SBR-72h:TCGCTTGCAGCAGTAG,Ectopic pluripotency
SBR-72h:ATTGTTCCATCATCTT,Primitive streak
SBR-72h:TGATGGTAGGTAAGTT,Primitive streak
SBR-72h:CTACTATGTGCAACGA,Ectopic pluripotency
SBR-72h:GCATCTCTCCTACGAA,Primitive streak
SBR-72h:TGTGGCGAGCCAAGCA,Primitive streak
SBR-72h:TTCCTCTTCCATCGTC,Primitive streak
SBR-72h:TTCCACGTCAGACAAA,Ectopic pluripotency
SBR-72h:CTGAATGTCTTCCCGA,Primitive streak
SBR-72h:AACGAAAAGCCTAACT,Primitive streak
SBR-72h:TCGGGACAGAGGACTC,Primitive streak
SBR-72h:AAGCGAGAGATGGGCT,Primitive streak
SBR-72h:CATGCAAAGCTATCTG,Primitive streak
SBR-72h:TAAGTCGTCCCTGGTT,Primitive streak
SBR-72h:CCTAACCGTCTATGAC,Primitive streak
SBR-72h:AGAAATGTCCTCTCTT,Naive pluripotency
SBR-72h:AATTCCTCAGACAAGC,Primitive streak
SBR-72h:CATCCCATCGCGTTTC,Primitive streak
SBR-72h:ACGGTCGTCGTAGCCG,Primitive streak
SBR-72h:TGTTCCGTCGAGATGG,Primitive streak
SBR-72h:CATGCTCGTTTCGACA,Primitive streak
SBR-72h:TTGATGGTCTTCACAT,Primitive streak
SBR-72h:AAAGGTAGTGAATTGA,Primitive streak
SBR-72h:CTATCCGCAACTCGAT,Primitive streak
SBR-72h:CTTTCGGAGATCCCGC,Primitive streak
SBR-72h:CGAGGAATCACTTATC,Primitive streak
SBR-72h:TGGAACTCACTGAGTT,Primitive streak
SBR-72h:TCCTCCCTCGATAACC,Primitive streak
SBR-72h:GGTGTCGCACCGTGCA,Primitive streak
SBR-72h:CCGAACGAGCCTGTCG,Primitive streak
SBR-72h:ATTGTTCGTACTTCCC,Primitive streak
SBR-72h:CAGCAATAGGGTCTTT,Ectopic pluripotency
SBR-72h:TCGAAGTAGGCGTCCT,Primitive streak
SBR-72h:GACTCTCCACTGTTCC,Primitive streak
SBR-72h:ACAGGGAGTCTGTAAC,Primitive streak
SBR-72h:GAAGAATTCGGATTAC,Primitive streak
SBR-72h:TGACAGTCAGGCATGA,Primitive streak
SBR-72h:TCAGTTTTCTCCAAGA,Primitive streak
SBR-72h:CAATCGAGTGAGATTA,Primitive streak
SBR-72h:CCTCCAAAGCTCTATG,Primitive streak
SBR-72h:TGGAACTCATTCACAG,Primitive streak
SBR-72h:TGGTAGTAGCGGCTCT,Primitive streak
SBR-72h:CTCAGGGGTTGACGGA,Primitive streak
SBR-72h:GGGAAGTTCATTCACT,Primitive streak
SBR-72h:AGTGACTGTCGTGGAA,Primitive streak
SBR-72h:AAAGTGATCCATATGG,Primitive streak
SBR-72h:CGGAACCAGTTAGTAG,Primitive streak
SBR-72h:ATCCACCCATACAGAA,Naive pluripotency
SBR-72h:AGCCAATTCTGGCTGG,Ectopic pluripotency
SBR-72h:CACGTTCGTCCGGTCA,Ectopic pluripotency
SBR-72h:GGTGAAGCAGGATCTT,Primitive streak
SBR-72h:ACTGATGCAACGGTAG,Primitive streak
SBR-72h:GTTACCCAGTGTACCT,Primitive streak
SBR-72h:GCTTGGGAGAACTGAT,Primitive streak
SBR-72h:CTGTATTAGGTCCAGA,Primitive streak
SBR-72h:TGTCCTGAGAAACTAC,Primitive streak
SBR-72h:TCCATGCCATTAGGCT,Primitive streak
SBR-72h:ACACCAAAGGCTAAAT,Primitive streak
SBR-72h:TGGATGTAGCCTCAGC,Primitive streak
SBR-72h:TCACGCTAGGAACGAA,Primitive streak
SBR-72h:GATAGCTTCAACTCTT,Primitive streak
SBR-72h:TTGGTTTGTACTCCGG,Primitive streak
SBR-72h:TCCAGAAAGTCTCCTC,Ectopic pluripotency
SBR-72h:CTTACCGAGGGTAATT,Primitive streak
SBR-72h:AGAAGTACAGATAAAC,Naive pluripotency
SBR-72h:GTAAGTCCACAAAGCG,Ectopic pluripotency
SBR-72h:GTAAGTCCAAGTATAG,Primitive streak
SBR-72h:CTCATGCCAAGACCTT,Primitive streak
SBR-72h:CTCGAGGTCTACCCAC,Primitive streak
SBR-72h:CGCATGGCAATCTGCA,Primitive streak
SBR-72h:ATCAGGTGTAGAAACT,Primitive streak
SBR-72h:CATGGATGTCAAGCGA,Primitive streak
SBR-72h:GCAACATAGCTGCCAC,Primitive streak
SBR-72h:CCACACTAGGAACGCT,Primitive streak
SBR-72h:CATCCACGTCGTACAT,Naive pluripotency
SBR-72h:CATCAAGTCGCTGTTC,Primitive streak
SBR-72h:AAGCGAGAGGACACTG,Primitive streak
SBR-72h:CGAGTTAAGAGCATCG,Naive pluripotency
SBR-72h:ATAGACCAGTATTAGG,Primitive streak
SBR-72h:TCCATGCAGACTACGG,Primitive streak
SBR-72h:GGATGTTGTGAGAACC,Primitive streak
SBR-72h:TCCACGTAGTCCGCCA,Primitive streak
SBR-72h:TAAGTCGGTGTTCGAT,Primitive streak
SBR-72h:CGCGTGACAGCTTTCC,Primitive streak
SBR-72h:CTACCTGTCAGCTTGA,Primitive streak
SBR-72h:GATAGAACATGGAATA,Primitive streak
SBR-72h:TCGATTTTCCCAGCGA,Primitive streak
SBR-72h:TTCTAACAGAGTAACT,Ectopic pluripotency
SBR-72h:CAATTTCGTAGTCGGA,Primitive streak
SBR-72h:ATCGTCCAGTCACTAC,Primitive streak
SBR-72h:TGATCAGTCATCGACA,Primitive streak
SBR-72h:TATCAGGGTCGAATGG,Primitive streak
SBR-72h:TCGGATAAGTGCCCGT,Primitive streak
SBR-72h:GGTCACGAGGGCCAAT,Primitive streak
SBR-72h:GTCCTCATCCCTCATG,Primitive streak
SBR-72h:CCTCACACAATCTCTT,Primitive streak
SBR-72h:CGTGAATCATACACCA,Primitive streak
SBR-72h:TGTACAGAGTCACGAG,Naive pluripotency
SBR-72h:CTTCCGAAGTTGGCGA,Primitive streak
SBR-72h:CATCCCAAGCATCCCG,Primitive streak
SBR-72h:CAACCAACAGCATCTA,Primitive streak
SBR-72h:CAACAGTTCAACTACG,Primitive streak
SBR-72h:TCCACGTAGTAGTCAA,Primitive streak
SBR-72h:AGATGCTCAACCCTCT,Naive pluripotency
SBR-72h:GCCATGGAGCTGACTT,Ectopic pluripotency
SBR-72h:TACAACGGTCCTCCAT,Primitive streak
SBR-72h:CATGGTACAGGCGAAT,Primitive streak
SBR-72h:AGTCATGTCAAGGCTT,Naive pluripotency
SBR-72h:GTACAACCAAACGGCA,Primitive streak
SBR-72h:CAGATCAAGCGTTAGG,Primitive streak
SBR-72h:GACCCTTTCCGTGGTG,Primitive streak
SBR-72h:AGGCCACTCAAGTCTG,Primitive streak
SBR-72h:ACTGCAATCCCATACC,Primitive streak
SBR-72h:TCCTTCTAGGTCGTGA,Primitive streak
SBR-72h:CAAGACTAGCTGCCAC,Primitive streak
SBR-72h:CTTCCGAAGCGCATCC,Ectopic pluripotency
SBR-72h:CCATAAGGTGCTCCGA,Primitive streak
SBR-72h:TGGAGGAGTGAACCGA,Primitive streak
SBR-72h:ATCACTTTCGTGGGAA,Primitive streak
SBR-72h:AGGACGAAGAGCCCAA,Primitive streak
SBR-72h:CTATAGGTCCTCCACA,Primitive streak
SBR-72h:CCGTAGGAGTGGGAAA,Primitive streak
SBR-72h:ATACTTCAGCAGCAGT,Primitive streak
SBR-72h:GACCCTTAGCTCGGCT,Primitive streak
SBR-72h:AATCGTGTCCGAGCTG,Primitive streak
SBR-72h:AATGCCACAGTGTGGA,Primitive streak
SBR-72h:GGTGAAGTCCAAGCTA,Primitive streak
SBR-72h:ACTATTCCAGGTGAGT,Primitive streak
SBR-72h:AAGAACAAGGATACGC,Ectopic pluripotency
SBR-72h:CATCAAGAGGATGAGA,Ectopic pluripotency
SBR-72h:GTATTGGCACTACCCT,Primitive streak
SBR-72h:TAACTTCTCTAAGCGT,Primitive streak
SBR-72h:TTCCTTCAGAAATTGC,Ectopic pluripotency
SBR-72h:TCTACCGAGGTGTGAC,Primitive streak
SBR-72h:AACAACCAGCGTGAGT,Primitive streak
SBR-72h:TATCCTAAGGGCTAAC,Primitive streak
SBR-72h:TCTCTGGGTTGATCGT,Primitive streak
SBR-72h:GACTGATGTGTGACCC,Primitive streak
SBR-72h:CTGAATGAGTGCACTT,Primitive streak
SBR-72h:CCCTTAGTCCTACTGC,Primitive streak
SBR-72h:TTAGTCTCAGCCGTCA,Primitive streak
SBR-72h:GAGTTTGGTTGCATAC,Primitive streak
SBR-72h:AGGTTGTTCATGCCCT,Primitive streak
SBR-72h:TTTCCTCCAGGGAGAG,Primitive streak
SBR-72h:AATAGAGTCTTTGATC,Primitive streak
SBR-72h:AGGCATTTCGACCATA,Primitive streak
SBR-72h:TCATGAGAGTAAAGCT,Primitive streak
SBR-72h:TCGGGCATCCGATAGT,Primitive streak
SBR-72h:GTTACAGAGTGGTTAA,Primitive streak
SBR-72h:AGACCATTCGTGAGAG,Primitive streak
SBR-72h:TGCACGGAGCAACAGC,Primitive streak
SBR-72h:TAACTTCTCGGAGATG,Primitive streak
SBR-72h:ATCCCTGGTGGAAGTC,Ectopic pluripotency
SBR-72h:CACGAATAGGCATCAG,Primitive streak
SBR-72h:CAGGGCTTCCGTGGGT,Primitive streak
SBR-72h:GAAGTAAAGGTAACTA,Primitive streak
SBR-72h:AGGTTGTTCACTTGTT,Primitive streak
SBR-72h:GTGACGCAGTCTGCGC,Primitive streak
SBR-72h:ACAAGCTCACCGTGGT,Primitive streak
SBR-72h:TATCTTGCATTGTCGA,Primitive streak
SBR-72h:GTTGTCCCATGCCATA,Primitive streak
SBR-72h:CCTCTAGCATGGTGGA,Primitive streak
SBR-72h:TTTGGAGCAAATCGTC,Primitive streak
SBR-72h:GATCCCTTCGTCCATC,Primitive streak
SBR-72h:TTCTTCCCAAAGGCTG,Primitive streak
SBR-72h:TCATCCGTCTCGTTTA,Primitive streak
SBR-72h:TATTTCGAGAAGTATC,Primitive streak
SBR-72h:TTACGTTCATGGCTAT,Primitive streak
SBR-72h:GTAGGTTGTACGTTCA,Primitive streak
SBR-72h:ATGGAGGGTCACTGAT,Primitive streak
SBR-72h:AGCATCAGTAACACGG,Primitive streak
SBR-72h:ATGAGTCGTTGCATCA,Primitive streak
SBR-72h:TATTGCTGTCACAGTT,Primitive streak
SBR-72h:CCTCTCCAGTTGCTCA,Primitive streak
SBR-72h:AGGGCCTTCGACATAC,Primitive streak
SBR-72h:ATACCTTTCGGCTGGT,Primitive streak
SBR-72h:GGGTATTCAACATCGT,Primitive streak
SBR-72h:CCGGACACATGGGAAC,Primitive streak
SBR-72h:CATCAAGTCAGACCGC,Primitive streak
SBR-72h:CCCAACTCAGGCAATG,Primitive streak
SBR-72h:TGCGATATCCAAACCA,Primitive streak
SBR-72h:GACGCTGTCAGCATTG,Primitive streak
SBR-72h:TGCTCCAAGCATCAGG,Primitive streak
SBR-72h:CCGTTCACATAAGCAA,Primitive streak
SBR-72h:CCCTGATCAAGAAACT,Primitive streak
SBR-72h:CGGCAGTGTTGTTGAC,Primitive streak
SBR-72h:CCGGACAAGATGACCG,Primitive streak
SBR-72h:ACCATTTGTTTACTGG,Primitive streak
SBR-72h:AGACCATCATCATCTT,Primitive streak
SBR-72h:TCGCACTAGTCCTGCG,Primitive streak
SBR-72h:CCTCAGTGTGGCTCTG,Ectopic pluripotency
SBR-72h:ACGTAGTCATGTGCCG,Primitive streak
SBR-72h:ACCAACAGTAACTTCG,Primitive streak
SBR-72h:ACACGCGTCGGAATGG,Primitive streak
SBR-72h:ACTGATGGTATGTGTC,Primitive streak
SBR-72h:ACCGTTCGTTTCGTTT,Primitive streak
SBR-72h:TGGTAGTCAACTCATG,Primitive streak
SBR-72h:GGCTGTGCACACGCCA,Primitive streak
SBR-72h:TAGCACACAACGACAG,Primitive streak
SBR-72h:TTGTTCACAGCTGTCG,Primitive streak
SBR-72h:TGGGAGAAGGTAGGCT,Primitive streak
SBR-72h:TCAGTTTCAAATTAGG,Primitive streak
SBR-72h:TGTACAGAGTCATGGG,Ectopic pluripotency
SBR-72h:GTAGGTTGTATCGCAT,Naive pluripotency
SBR-72h:TAGGTTGTCACGAGGA,Primitive streak
SBR-72h:ATAGGCTAGAGATGCC,Primitive streak
SBR-72h:GAACTGTTCCAGTACA,Primitive streak
SBR-72h:TCACGGGCAGTGCGCT,Primitive streak
SBR-72h:GGGTATTGTAACGATA,Primitive streak
SBR-72h:ATCGCCTTCCAAGAGG,Primitive streak
SBR-72h:GGTAATCGTCCGGACT,Naive pluripotency
SBR-72h:GTCAGCGTCCACACCT,Primitive streak
SBR-72h:CGAAGTTAGCCTTCTC,Primitive streak
SBR-72h:ATCCCTGCAGCCGTTG,Primitive streak
SBR-72h:GACTCAACAACGTATC,Primitive streak
SBR-72h:ATCCTATAGAGGTCGT,Primitive streak
SBR-72h:TACTTCAGTCTGTCAA,Primitive streak
SBR-72h:ACTTTCAGTCCGATCG,Primitive streak
SBR-72h:CCCAACTAGAAGCTCG,Primitive streak
SBR-72h:CTACCTGAGGAGGCAG,Primitive streak
SBR-72h:TTTCAGTCATATTCGG,Primitive streak
SBR-72h:GTGACGCCAAGCCATT,Primitive streak
SBR-72h:ATACCGATCCGTATAG,Primitive streak
SBR-72h:CCTAACCCACGCTGCA,Primitive streak
SBR-72h:TACCCGTCATGGCACC,Primitive streak
SBR-72h:GGGTTATGTGCCTGCA,Primitive streak
SBR-72h:TCATTACGTGACGCCT,Ectopic pluripotency
SBR-72h:GATAGAATCTTTGCTA,Primitive streak
SBR-72h:GTCACTCCAAGTGACG,Ectopic pluripotency
SBR-72h:GTGTGGCCATCCTGTC,Primitive streak
SBR-72h:CGCAGGTCAAAGGAGA,Primitive streak
SBR-72h:GTAATGCGTCAACACT,Primitive streak
SBR-72h:CTGTATTGTAACCCGC,Primitive streak
SBR-72h:CTGATCCGTTCGATTG,Cd63+ ectoderm-like artefact
SBR-72h:GAAGGGTAGCTTACGT,Primitive streak
SBR-72h:TGAGACTCATTCACAG,Primitive streak
SBR-72h:TCTCAGCGTATGAAAC,Primitive streak
SBR-72h:GGTAATCCATTGACTG,Primitive streak
SBR-72h:CTGCAGGTCCACTTTA,Primitive streak
SBR-72h:GAAGTAATCCGCGGAT,Primitive streak
SBR-72h:GGAGATGCACTACAGT,Naive pluripotency
SBR-72h:TCATGCCTCACCCATC,Primitive streak
SBR-72h:CATTGAGCAAGTGTCT,Primitive streak
SBR-72h:TCGACCTTCGCTGACG,Primitive streak
SBR-72h:GGAACCCCATCCGAAT,Primitive streak
SBR-72h:ATGAAAGGTCTTGGTA,Primitive streak
SBR-72h:ATACTTCAGCACGTCC,Primitive streak
SBR-72h:CTGTAGAGTAGAGACC,Primitive streak
SBR-72h:CATGGTATCTGCCTGT,Ectopic pluripotency
SBR-72h:TGAACGTGTTCGAACT,Primitive streak
SBR-72h:TACAACGAGGGACTGT,Primitive streak
SBR-72h:GATCATGTCGGAGCAA,Primitive streak
SBR-72h:AAGCATCAGTCTGCAT,Primitive streak
SBR-72h:TGTGATGAGGGTTAGC,Primitive streak
SBR-72h:GCTGAATGTTCTGACA,Primitive streak
SBR-72h:ATTACCTTCGATGGAG,Primitive streak
SBR-72h:TCACGCTAGGGTTTCT,Primitive streak
SBR-72h:CGCCATTCACTTGTGA,Primitive streak
SBR-72h:CTGTACCAGGCCGCTT,Primitive streak
SBR-72h:AAGAACAAGTCTGGTT,Primitive streak
SBR-72h:GTTACGATCCCGTTCA,Primitive streak
SBR-72h:GTTAGACTCACACGAT,Primitive streak
SBR-72h:TCGGATATCGATACGT,Primitive streak
SBR-72h:GGAGCAATCTGCCCTA,Ectopic pluripotency
SBR-72h:TTTGATCCAGGTTTAC,Primitive streak
SBR-72h:GTGCAGCGTGGTAATA,Primitive streak
SBR-72h:CACTGAAAGCTGAAGC,Primitive streak
SBR-72h:ACATTTCCATGTTCAG,Primitive streak
SBR-72h:TGCTCCAGTCGATGCC,Primitive streak
SBR-72h:CCACAAAAGAGGCCAT,Primitive streak
SBR-72h:TCCGGGACAAAGGGTC,Primitive streak
SBR-72h:CGAAGTTTCTGCATAG,Primitive streak
SBR-72h:CCCTGATCAAATCAGA,Primitive streak
SBR-72h:AATAGAGCAACCAACT,Primitive streak
SBR-72h:AGCTTCCTCTATTTCG,Primitive streak
SBR-72h:CATACCCCATACTGAC,Ectopic pluripotency
SBR-72h:CCGGACATCCATTCGC,Primitive streak
SBR-72h:CGAGAAGTCTGTACAG,Primitive streak
SBR-72h:TTTCATGAGAGTGAAG,Primitive streak
SBR-72h:TGCGGGTGTCCTATAG,Exiting naive pluripotency
SBR-72h:AGAGCCCCAAGCACAG,Primitive streak
SBR-72h:CCCTTAGAGCGGCTCT,Primitive streak
SBR-72h:ACGTCCTAGATAACGT,Primitive streak
SBR-72h:GAGTCATTCGAAGTGG,Primitive streak
SBR-72h:TGGAACTAGTCTAGAA,Primitive streak
SBR-72h:CCTCATGGTTAACAGA,Primitive streak
SBR-72h:TTGCTGCCAAGATGGC,Primitive streak
SBR-72h:ATCGTAGTCTCGTGGG,Primitive streak
SBR-72h:GTTATGGTCGTCTAAG,Primitive streak
SBR-72h:TTTGGAGAGACCCGCT,Primitive streak
SBR-72h:GCCCAGACAAGCAATA,Primitive streak
SBR-72h:TGCAGGCTCAAGTCGT,Primitive streak
SBR-72h:AATCGACTCCCTTGTG,Primitive streak
SBR-72h:CTACCTGCAGCCCAGT,Primitive streak
SBR-72h:CGTGCTTTCAGTCTTT,Ectopic pluripotency
SBR-72h:ATCACTTAGACATATG,Primitive streak
SBR-72h:CTACTATTCCCGTTCA,Primitive streak
SBR-72h:CAGATCATCTCCTGAC,Primitive streak
SBR-72h:GGGACAAGTCGCACAC,Primitive streak
SBR-72h:CACTGTCTCAATGCAC,Primitive streak
SBR-72h:AAGCCATCAGACCTGC,Primitive streak
SBR-72h:GGATCTATCTTAGCAG,Primitive streak
SBR-72h:GACAGCCTCGAACGGA,Primitive streak
SBR-72h:AGGTAGGAGTGCTAGG,Primitive streak
SBR-72h:TCTCCGAGTGCTTATG,Primitive streak
SBR-72h:ACGGGTCTCCGCGGAT,Primitive streak
SBR-72h:ACACAGTCAGACTGCC,Naive pluripotency
SBR-72h:TACAACGGTTGCATTG,Primitive streak
SBR-72h:CCCAACTGTGCAAGAC,Primitive streak
SBR-72h:AGGTAGGAGCGCACAA,Primitive streak
SBR-72h:CATTCTATCTCTCCGA,Primitive streak
SBR-72h:ACTGATGTCTACCCAC,Primitive streak
SBR-72h:CCTCAGTTCGTAACTG,Ectopic pluripotency
SBR-72h:TGGGAAGTCCGTATAG,Primitive streak
SBR-72h:ACTATTCGTCCTATAG,Primitive streak
SBR-72h:CCGATCTTCCCAACTC,Primitive streak
SBR-72h:CATCAAGTCAATGCAC,Ectopic pluripotency
SBR-72h:AAGACTCTCCCTGTTG,Primitive streak
SBR-72h:TATGTTCCATACTTTC,Primitive streak
SBR-72h:AGATGCTCAATAAGGT,Primitive streak
SBR-72h:TATCTTGTCCGGCAGT,Primitive streak
SBR-72h:CTAGGTAAGGGAGGTG,Primitive streak
SBR-72h:CAGGCCAAGCGGGTAT,Primitive streak
SBR-72h:TGTTGGAAGATTGACA,Primitive streak
SBR-72h:CACTGGGTCGCTCCTA,Primitive streak
SBR-72h:AACGAAAGTTTCGCTC,Primitive streak
SBR-72h:AAGCATCTCAAGGTGG,Primitive streak
SBR-72h:ATTACCTTCTACCACC,Primitive streak
SBR-72h:CCGTAGGGTACAGTCT,Primitive streak
SBR-72h:ATAGGCTCAGACAATA,Primitive streak
SBR-72h:ATCGGCGAGATCCAAA,Primitive streak
SBR-72h:ATCGTCCAGACAACTA,Primitive streak
SBR-72h:TATATCCTCTAAGGAA,Primitive streak
SBR-72h:TGCGATAAGCCACAAG,Primitive streak
SBR-72h:CAATTTCTCCCTTCCC,Primitive streak
SBR-72h:CAGTTCCCATCTCATT,Primitive streak
SBR-72h:GAAGCCCGTGGTCCGT,Primitive streak
SBR-72h:CCTTTGGTCAAGATAG,Primitive streak
SBR-72h:CTACTATGTGCATTTG,Ectopic pluripotency
SBR-72h:CGTCAAATCTAAGCCA,Primitive streak
SBR-72h:TTCCTTCGTCGAATGG,Ectopic pluripotency
SBR-72h:CTGCCTACATTCTCTA,Primitive streak
SBR-72h:ATTTACCGTGGTCTGC,Primitive streak
SBR-72h:TGATCTTTCCTCTGCA,Primitive streak
SBR-72h:TCTTGCGGTTTACACG,Ectopic pluripotency
SBR-72h:AGGAGGTAGGGCAACT,Primitive streak
SBR-72h:AGACCATTCATGGAGG,Primitive streak
SBR-72h:CTTCAATCACTTCCTG,Primitive streak
SBR-72h:ATTTACCCACTCCTGT,Primitive streak
SBR-72h:GTGATGTCAACAAAGT,Primitive streak
SBR-72h:TGTTGGAGTGATCGTT,Primitive streak
SBR-72h:ACGTCCTAGTAATTGG,Primitive streak
SBR-72h:CTCCTTTCAACGACTT,Primitive streak
SBR-72h:GATAGCTAGCGTATAA,Primitive streak
SBR-72h:GTCATGATCTTACACT,Ectopic pluripotency
SBR-72h:CATACAGAGTTACGGG,Primitive streak
SBR-72h:AGATCGTCATAGTCAC,Primitive streak
SBR-72h:TTCTTCCAGGGTTTCT,Primitive streak
SBR-72h:GTGGGAACATATGGCT,Primitive streak
SBR-72h:CGGAACCTCGAGTCTA,Primitive streak
SBR-72h:CCATCACGTGCATGTT,Primitive streak
SBR-72h:CAGATACGTACGATGG,Primitive streak
SBR-72h:TCCATCGTCCTATTTG,Primitive streak
SBR-72h:GCCTGTTGTAGCTGTT,Primitive streak
SBR-72h:ACTATGGTCGCCAATA,Primitive streak
SBR-72h:TGCATCCCACCTCAGG,Primitive streak
SBR-72h:CCCTAACAGCATCCCG,Primitive streak
SBR-72h:CCCTTAGCAAGTTCCA,Primitive streak
SBR-72h:GCCCAGAGTATTTCTC,Cd63+ ectoderm-like artefact
SBR-72h:TGTGTGAGTCTTGTCC,Primitive streak
SBR-72h:CTTTCAATCTTTGGAG,Primitive streak
SBR-72h:CTCCATGTCCCTTGGT,Primitive streak
SBR-72h:TAAGCACTCCGCTTAC,Primitive streak
SBR-72h:CTCTCGACAAATGGAT,Primitive streak
SBR-72h:AACCTGATCTTAATCC,Primitive streak
SBR-72h:AGGCCACAGTCATACC,Primitive streak
SBR-72h:ATTTACCGTTTGTTGG,Primitive streak
SBR-72h:TTAGGCAGTGGGTATG,Primitive streak
SBR-72h:GCTCAAATCTTAATCC,Primitive streak
SBR-72h:TAGACCACAATCCAGT,Primitive streak
SBR-72h:ATGCATGCAATTGCTG,Primitive streak
SBR-72h:GTGTGGCAGTAGTCTC,Primitive streak
SBR-72h:TTCTAACGTAGACGGT,Primitive streak
SBR-72h:AACAAGACAGCCTACG,Primitive streak
SBR-72h:AGAAATGGTTCTATCT,Primitive streak
SBR-72h:CTGAATGAGCCGTTGC,Primitive streak
SBR-72h:GGACGTCGTCTACAAC,Primitive streak
SBR-72h:GTGATGTCACAATGCT,Ectopic pluripotency
SBR-72h:TTCTCTCCAATCGCAT,Primitive streak
SBR-72h:GCTCAAAGTTGTCAGT,Primitive streak
SBR-72h:CAAGAGGGTTTCCATT,Primitive streak
SBR-72h:GTTTGGAGTTGCAAGG,Primitive streak
SBR-72h:CGAAGTTCAATCGCAT,Primitive streak
SBR-72h:TTGCCTGAGTTGAATG,Primitive streak
SBR-72h:AAGCGTTTCTTGGAAC,Primitive streak
SBR-72h:AGGGAGTTCCTTATGT,Primitive streak
SBR-72h:GAGGCCTGTGACACGA,Primitive streak
SBR-72h:TTGGGATTCTCTCTTC,Primitive streak
SBR-72h:GAACTGTAGCCAGTAG,Primitive streak
SBR-72h:TCACTATCAGCTAACT,Primitive streak
SBR-72h:GTGAGTTTCCCAATAG,Primitive streak
SBR-72h:ATCCATTGTACTGGGA,Primitive streak
SBR-72h:GTTACAGAGGGAGTTC,Primitive streak
SBR-72h:GCCCGAACATTCACCC,Primitive streak
SBR-72h:CTGAGGCCAAAGAGTT,Primitive streak
SBR-72h:ATGGTTGGTCAGACGA,Primitive streak
SBR-72h:TCTATCATCTTGGCTC,Primitive streak
SBR-72h:CCTATCGTCGTTGCCT,Primitive streak
SBR-72h:TCAGCCTAGCATCCTA,Primitive streak
SBR-72h:GTTCTATAGACTACGG,Ectopic pluripotency
SBR-72h:CGATGGCTCACTGTTT,Primitive streak
SBR-72h:CTCAGTCGTAGGAAAG,Primitive streak
SBR-72h:TACAGGTAGGTTCAGG,Primitive streak
SBR-72h:GGAGAACTCGACGTCG,Primitive streak
SBR-72h:CACTGTCAGAACCGCA,Primitive streak
SBR-72h:GTTGTGACATGATCTG,Primitive streak
SBR-72h:AGCGCCAAGACTTCCA,Cd63+ ectoderm-like artefact
SBR-72h:CAAGACTAGCCGTTAT,Primitive streak
SBR-72h:GAGGGTAGTGTTTACG,Primitive streak
SBR-72h:ACTGTGACAAAGGGCT,Primitive streak
SBR-72h:AGTAACCAGACCGTTT,Primitive streak
SBR-72h:GAAGAATGTGGTACAG,Primitive streak
SBR-72h:ATTGGGTCACCCGTAG,Primitive streak
SBR-72h:ACTATCTAGAGCACTG,Primitive streak
SBR-72h:AACCCAACACAGTCCG,Primitive streak
SBR-72h:CGAAGGAGTGTCCGTG,Primitive streak
SBR-72h:AGATGAAGTGCCCGTA,Primitive streak
SBR-72h:TGCGGCAGTTAGCTAC,Primitive streak
SBR-72h:TCACACCAGGACGCAT,Primitive streak
SBR-72h:GCGTTTCGTAACAGGC,Primitive streak
SBR-72h:GACCTTCCACTAAACC,Ectopic pluripotency
SBR-72h:AGAACAATCGTCGACG,Primitive streak
SBR-72h:AGCGTATGTCTAGGCC,Primitive streak
SBR-72h:CCTCCAAGTAACATAG,Primitive streak
SBR-72h:GTGCACGAGTAAACGT,Primitive streak
SBR-72h:GTCATTTCAGAGGCAT,Primitive streak
SBR-72h:AAAGGTAGTGACTGTT,Primitive streak
SBR-72h:AGCTCAAGTCGCCTAG,Primitive streak
SBR-72h:TGTGTGACACTTCAGA,Primitive streak
SBR-72h:CCTAACCAGCTGGCTC,Primitive streak
SBR-72h:CTCAGTCAGCGCCTCA,Ectopic pluripotency
SBR-72h:CCGGTAGCATCGGTTA,Primitive streak
SBR-72h:CTGAGGCAGGATATAC,Primitive streak
SBR-72h:TGGGAAGCAGTAACCT,Ectopic pluripotency
SBR-72h:TATTCCATCCGTATGA,Primitive streak
SBR-72h:AAGTACCGTCATGGCC,Primitive streak
SBR-72h:GTCAGCGGTCTTGCGG,Primitive streak
SBR-72h:GATCATGTCTTTGATC,Primitive streak
SBR-72h:TCCCATGCACCCTAGG,Primitive streak
SBR-72h:AAGTACCTCGAAGTGG,Primitive streak
SBR-72h:GATCACAAGGGCAGTT,Primitive streak
SBR-72h:AGGGAGTGTCTTCATT,Primitive streak
SBR-72h:CGTCAAAGTTATGTCG,Primitive streak
SBR-72h:TGGATCAAGGTAGCAC,Primitive streak
SBR-72h:CACGGGTCAGTATACC,Primitive streak
SBR-72h:TACACCCCAGGCGAAT,Primitive streak
SBR-72h:TTTACCAAGAAGCCTG,Primitive streak
SBR-72h:CTGCATCCAACATCGT,Primitive streak
SBR-72h:AGGAAATCACAGAAGC,Primitive streak
SBR-72h:AGGGTCCGTTCCTACC,Primitive streak
SBR-72h:AAACGAATCGGTGTTA,Primitive streak
SBR-72h:CTATAGGTCGTCAACA,Primitive streak
SBR-72h:AACCTTTGTTAATGAG,Primitive streak
SBR-72h:ATCACAGAGTAAACTG,Primitive streak
SBR-72h:TTCCTTCTCAAATGAG,Primitive streak
SBR-72h:CATCGCTGTGCCTATA,Primitive streak
SBR-72h:ACAACCAAGCACGATG,Primitive streak
SBR-72h:CCACCATCAACTGCTA,Primitive streak
SBR-72h:TAAGCACTCAGAACCT,Primitive streak
SBR-72h:GGAGAACAGACCAGAC,Primitive streak
SBR-72h:AGGAAATAGGTAGGCT,Primitive streak
SBR-72h:GGGTCTGCAGCGGTCT,Primitive streak
SBR-72h:GCCCGAACAAAGGTTA,Primitive streak
SBR-72h:TGAGGAGCATCATCCC,Primitive streak
SBR-72h:TGACCCTCATGTTACG,Ectopic pluripotency
SBR-72h:GGTTAACCAGTTCACA,Primitive streak
SBR-72h:TAAGCCACACTGAGTT,Primitive streak
SBR-72h:AGGTCTACAAGTGACG,Primitive streak
SBR-72h:ACATCCCAGTTACGAA,Primitive streak
SBR-72h:GACATCAAGCCGCACT,Primitive streak
SBR-72h:TAACTTCAGTACGTCT,Primitive streak
SBR-72h:GCCCGAATCTGAGCAT,Primitive streak
SBR-72h:TTCCTTCCAGAGAGGG,Primitive streak
SBR-72h:CCGTGAGTCGCTATTT,Primitive streak
SBR-72h:ATACCGAAGCGCCTAC,Primitive streak
SBR-72h:TGATGGTAGGATTTGA,Primitive streak
SBR-72h:TGAGGGAGTTTGAAAG,Primitive streak
SBR-72h:TAGACCAGTACACGTT,Primitive streak
SBR-72h:GTGGCGTTCAAGCCCG,Primitive streak
SBR-72h:AGGAAATCAGGTGTGA,Primitive streak
SBR-72h:CACTAAGGTATCTCGA,Primitive streak
SBR-72h:CTCCGATAGTCATGCT,Primitive streak
SBR-72h:CAAGAGGAGGCAATGC,Primitive streak
SBR-72h:ACGCACGTCCAAAGGG,Primitive streak
SBR-72h:AGGGTTTAGTTTGGCT,Primitive streak
SBR-72h:GAGTTTGTCGACGAGA,Primitive streak
SBR-72h:TGTTGGAAGCGAAACC,Primitive streak
SBR-72h:TATATCCTCTGTCTCG,Ectopic pluripotency
SBR-72h:CCATCACTCACTCGAA,Primitive streak
SBR-72h:AATGAAGCAGGTGAGT,Primitive streak
SBR-72h:GCCATGGTCTAGTGTG,Primitive streak
SBR-72h:TCCCATGCACTACGGC,Ectopic pluripotency
SBR-72h:ATGAAAGTCATGAAAG,Primitive streak
SBR-72h:TCCGGGAAGGTCACTT,Primitive streak
SBR-72h:AGAGAGCTCGAACCAT,Primitive streak
SBR-72h:GCACGTGAGCAATTCC,Primitive streak
SBR-72h:CTTCCGAGTCCTCCTA,Primitive streak
SBR-72h:AATTCCTCAATCGCGC,Primitive streak
SBR-72h:TGTTCCGGTTAAGAAC,Primitive streak
SBR-72h:TTCTTCCGTCATAAAG,Primitive streak
SBR-72h:AACACACAGGATCATA,Primitive streak
SBR-72h:GACCCTTAGATAGCAT,Primitive streak
SBR-72h:CGTTGGGGTCTTGCTC,Primitive streak
SBR-72h:CAAGACTTCATTCATC,Primitive streak
SBR-72h:GACTCTCAGCAGCCCT,Primitive streak
SBR-72h:AGTAACCTCCGAACGC,Primitive streak
SBR-72h:TCACGCTGTTGTACGT,Primitive streak
SBR-72h:CACCAAACAAAGAACT,Primitive streak
SBR-72h:GCCAGTGTCGGCTATA,Primitive streak
SBR-72h:GAAACCTCATCACGGC,Primitive streak
SBR-72h:GCATCTCCATCAACCA,Primitive streak
SBR-72h:TAGCACAGTACCGTCG,Primitive streak
SBR-72h:GACTCAATCCGCGAGT,Ectopic pluripotency
SBR-72h:AGAGCAGAGTACTCGT,Primitive streak
SBR-72h:TCTATCAAGCTAATGA,Primitive streak
SBR-72h:GTCATCCTCCCATACC,Primitive streak
SBR-72h:TCATTGTTCGCTGACG,Primitive streak
SBR-72h:CCACAAAGTCGGTGTC,Primitive streak
SBR-72h:TCGGTCTCATAGAAAC,Ectopic pluripotency
SBR-72h:GAACTGTAGATGTTGA,Primitive streak
SBR-72h:GAGTGTTTCTATCGTT,Primitive streak
SBR-72h:CCAATTTAGACTCCGC,Primitive streak
SBR-72h:CGGAACCCATGCGGTC,Primitive streak
SBR-72h:CCTGTTGTCATCCTAT,Primitive streak
SBR-72h:GCAGGCTAGAGGTTTA,Primitive streak
SBR-72h:TTCTTCCCAGTGAGCA,Primitive streak
SBR-72h:CCATAAGAGATGCGAC,Primitive streak
SBR-72h:CAGTTAGCAGGCCCTA,Primitive streak
SBR-72h:TCCACGTAGCAACTCT,Primitive streak
SBR-72h:GTCAAGTCAGCCCAGT,Primitive streak
SBR-72h:TGCTTGCTCGGTCAGC,Primitive streak
SBR-72h:CAAGCTAGTCTCCTGT,Primitive streak
SBR-72h:AGGTGTTAGCTTCATG,Primitive streak
SBR-72h:ATCGGATAGTCTCGTA,Primitive streak
SBR-72h:ATCGCCTCAAGGTCTT,Primitive streak
SBR-72h:ACTTAGGCATTGAGCT,Primitive streak
SBR-72h:GTTACCCGTGATTCAC,Primitive streak
SBR-72h:TCAAGACCACCTGCTT,Primitive streak
SBR-72h:TTCTCTCCACACTTAG,Primitive streak
SBR-72h:AGTCTCCAGGTAGATT,Primitive streak
SBR-72h:AATCGTGAGTCGAGGT,Primitive streak
SBR-72h:AGTTCCCCACCACTGG,Primitive streak
SBR-72h:CTCAACCCACAATGCT,Ectopic pluripotency
SBR-72h:GCGAGAATCAGCAGAG,Primitive streak
SBR-72h:AGGAATAGTGATACAA,Primitive streak
SBR-72h:CTGTCGTAGCGTATAA,Primitive streak
SBR-72h:TCCTCGAAGTACGTCT,Primitive streak
SBR-72h:GTTGTAGCAACTGAAA,Cd63+ ectoderm-like artefact
SBR-72h:CCACGAGTCATAGGCT,Primitive streak
SBR-72h:GGGTCACCACACCTGG,Primitive streak
SBR-72h:TCAGTTTCATATGAAG,Primitive streak
SBR-72h:CATCCCAGTCACCACG,Primitive streak
SBR-72h:CCATCACGTTGTACGT,Primitive streak
SBR-72h:CTGCATCAGGCCTTGC,Primitive streak
SBR-72h:TGGGCGTAGTTGGCGA,Primitive streak
SBR-72h:GGGTATTGTTGTTTGG,Primitive streak
SBR-72h:TGTGAGTTCGTGGCTG,Primitive streak
SBR-72h:TGCTCCAGTTCCACAA,Primitive streak
SBR-72h:GCACATAAGTACAACA,Primitive streak
SBR-72h:CCACCATGTACGTGTT,Primitive streak
SBR-72h:CGATGCGTCCTACACC,Primitive streak
SBR-72h:ATCTCTACAATTGAAG,Primitive streak
SBR-72h:GGTAACTAGATCACCT,Primitive streak
SBR-72h:GTCATTTTCTAGGCCG,Primitive streak
SBR-72h:CGTAATGTCCTAAGTG,Primitive streak
SBR-72h:CTGCGAGCAGAATCGG,Primitive streak
SBR-72h:TGCTGAAAGACTGGGT,Primitive streak
SBR-72h:TTGGATGCAGCATACT,Primitive streak
SBR-72h:CTGATCCAGGTCTTTG,Primitive streak
SBR-72h:CACTGAAGTAGCTTTG,Primitive streak
SBR-72h:GGTGAAGGTCTCTCCA,Primitive streak
SBR-72h:AAACCCAGTTGCCAAT,Cd63+ ectoderm-like artefact
SBR-72h:GCTTCACGTTCCCACT,Primitive streak
SBR-72h:CAAGACTTCGCAGAGA,Primitive streak
SBR-72h:AGATGCTGTGCCAAGA,Primitive streak
SBR-72h:TTTCAGTTCCAACTAG,Ectopic pluripotency
SBR-72h:TCTGCCACATAGGTTC,Primitive streak
SBR-72h:ACGGTCGGTTCCAAAC,Primitive streak
SBR-72h:CCTATCGAGTTACGAA,Primitive streak
SBR-72h:AATCGACAGCCATATC,Primitive streak
SBR-72h:ACGGGTCAGATCACTC,Primitive streak
SBR-72h:GCCCGAAAGTAGGATT,Naive pluripotency
SBR-72h:GAATAGAGTGACTCTA,Primitive streak
SBR-72h:TGAGCATAGAAGCGAA,Primitive streak
SBR-72h:ACTTATCCACTCTGCT,Primitive streak
SBR-72h:AGATCGTAGATTGATG,Primitive streak
SBR-72h:TTCACCGTCGGCATAT,Primitive streak
SBR-72h:TCCATCGTCGTAACCA,Primitive streak
SBR-72h:ACCATTTAGAGGCCAT,Primitive streak
SBR-72h:ACACTGATCAGTGGGA,Primitive streak
SBR-72h:ATTTACCAGTGCAACG,Primitive streak
SBR-72h:GAAGGACCAAAGCTAA,Primitive streak
SBR-72h:AGTCACACAATCACGT,Primitive streak
SBR-72h:GTTAGTGAGGGAGGCA,Primitive streak
SBR-72h:ACAAGCTAGACAACTA,Primitive streak
SBR-72h:ACCAACACAGGTCAAG,Primitive streak
SBR-72h:CCCTAACCAGATCCAT,Ectopic pluripotency
SBR-72h:TGTCCCATCGCTAGCG,Primitive streak
SBR-72h:CATGGTAGTTGGAGAC,Primitive streak
SBR-72h:TTGAGTGTCAAAGAAC,Primitive streak
SBR-72h:TGTTTGTTCGATTCCC,Primitive streak
SBR-72h:TCTGGCTGTGGTCTGC,Primitive streak
SBR-72h:CTCAGTCTCCTGTAGA,Ectopic pluripotency
SBR-72h:GACTCTCAGCACAAAT,Primitive streak
SBR-72h:GTAGGTTGTTCTCTAT,Primitive streak
SBR-72h:ATAGAGACACCAGACC,Primitive streak
SBR-72h:ACTGCAAGTGTGACCC,Primitive streak
SBR-72h:TTCACGCAGTGGATTA,Primitive streak
SBR-72h:AATAGAGTCGAGTGGA,Primitive streak
SBR-72h:ATCCCTGCAAGAAATC,Primitive streak
SBR-72h:ACTTTGTGTTTGCAGT,Primitive streak
SBR-72h:CAGCAGCCACTTGGCG,Primitive streak
SBR-72h:AAGCGTTAGCAGGCAT,Primitive streak
SBR-72h:TCCATGCCACCGTGCA,Primitive streak
SBR-72h:ATACTTCTCTGTCGCT,Primitive streak
SBR-72h:CAGGTATGTCATAGTC,Primitive streak
SBR-72h:TGTGATGCAGCATCTA,Primitive streak
SBR-72h:GATGATCCACGCACCA,Primitive streak
SBR-72h:CTAAGTGCATCCTCAC,Primitive streak
SBR-72h:CCTACGTGTGCCTACG,Primitive streak
SBR-72h:GGATCTAGTAAGATAC,Primitive streak
SBR-72h:ATGGAGGAGTCTACCA,Primitive streak
SBR-72h:AGCGCTGAGGGCTGAT,Primitive streak
SBR-72h:TTTGACTCAACATCGT,Primitive streak
SBR-72h:TCTTCCTCATACCGTA,Primitive streak
SBR-72h:CAGATTGCATGGCACC,Primitive streak
SBR-72h:CAAGACTTCTGGGCAC,Primitive streak
SBR-72h:TGGCGTGTCTCATTAC,Primitive streak
SBR-72h:TTACCATCACAAAGTA,Primitive streak
SBR-72h:GCTCAAACACTCCGAG,Primitive streak
SBR-72h:TGGGATTCAGTTAGGG,Primitive streak
SBR-72h:CAACGGCCAGAAGCTG,Primitive streak
SBR-72h:CCACGAGGTGAAGCGT,Primitive streak
SBR-72h:GGTGATTCAGCATCTA,Primitive streak
SBR-72h:ATCGTCCTCTCGGTCT,Primitive streak
SBR-72h:CGAGGCTTCCACCTCA,Primitive streak
SBR-72h:CACAACATCACGGACC,Primitive streak
SBR-72h:TAACGACGTGCATGTT,Naive pluripotency
SBR-72h:ATCGGCGAGTTCTACG,Primitive streak
SBR-72h:TTAGGGTAGGCATTTC,Primitive streak
SBR-72h:ATTGGGTCAGGCGTTC,Primitive streak
SBR-72h:AGGGTTTGTGTAAACA,Primitive streak
SBR-72h:TGATGCAGTATCGTTG,Primitive streak
SBR-72h:CTCAGGGTCCGACATA,Primitive streak
SBR-72h:TTCAGGAGTATCGAAA,Ectopic pluripotency
SBR-72h:CAGATCATCAGGCGAA,Primitive streak
SBR-72h:GAAGGGTCACTGTCGG,Primitive streak
SBR-72h:GGAATCTCAACGAGGT,Primitive streak
SBR-72h:CGTAGTATCAATCAGC,Primitive streak
SBR-72h:TCCTAATGTAATGCTC,Primitive streak
SBR-72h:TGACAGTCATACTGAC,Primitive streak
SBR-72h:GATTCTTTCGACCTAA,Primitive streak
SBR-72h:TTGGATGTCGATTGAC,Primitive streak
SBR-72h:GTGTCCTAGCATGATA,Primitive streak
SBR-72h:AATAGAGAGGGACCAT,Primitive streak
SBR-72h:GCCAACGAGGAATGTT,Primitive streak
SBR-72h:TCAAGCAGTCGAGCAA,Primitive streak
SBR-72h:TAACACGCACATTACG,Primitive streak
SBR-72h:GTACAACTCGCTTAAG,Primitive streak
SBR-72h:TCCTGCATCGTGCACG,Primitive streak
SBR-72h:ATTTCTGGTGCCTAAT,Primitive streak
SBR-72h:GTGAGTTTCACTCCGT,Primitive streak
SBR-72h:TTTGATCTCCGATTAG,Primitive streak
SBR-72h:CCTCTCCTCACGATAC,Primitive streak
SBR-72h:CATTGAGAGCGTGAAC,Primitive streak
SBR-72h:GAGGCAAGTTCCAAAC,Ectopic pluripotency
SBR-72h:TGTACAGGTGTGGACA,Primitive streak
SBR-72h:GAGGGTAAGGCATCGA,Primitive streak
SBR-72h:CTCCCTCAGAGTGACC,Primitive streak
SBR-72h:AATGACCCATGTGTCA,Primitive streak
SBR-72h:TCGAAGTCATATCTGG,Primitive streak
SBR-72h:CCCTTAGCAGTCACGC,Primitive streak
SBR-72h:ACAGCCGTCGCTCTAC,Primitive streak
SBR-72h:TGCTTGCTCCATCTCG,Primitive streak
SBR-72h:ATGGGAGAGGCCCGTT,Primitive streak
SBR-72h:GAAGTAAAGGTCACCC,Primitive streak
SBR-72h:TCATTTGGTCACTCAA,Primitive streak
SBR-72h:CATCCCACACTCCGGA,Primitive streak
SBR-72h:ACCAACATCTAGTGAC,Primitive streak
SBR-72h:CTTCCGACACAACCGC,Primitive streak
SBR-72h:TCATTACAGTAGCCAG,Primitive streak
SBR-72h:CCTCAGTTCTTTGCTA,Primitive streak
SBR-72h:TGAGTCAAGACCACGA,Primitive streak
SBR-72h:CCATAAGGTAACAGGC,Primitive streak
SBR-72h:AAGACAATCCTTGGAA,Primitive streak
SBR-72h:CCTTTGGGTACTGACT,Primitive streak
SBR-72h:GAAATGATCAAATAGG,Primitive streak
SBR-72h:AAACGCTCACATGTTG,Primitive streak
SBR-72h:GCACTAAAGTCATTGC,Primitive streak
SBR-72h:ATAGAGAAGCAGCCCT,Primitive streak
SBR-72h:CCGAACGTCTAGCCAA,Primitive streak
SBR-72h:CAGAGCCTCATCGACA,Primitive streak
SBR-72h:CTCTCAGGTGCACATT,Ectopic pluripotency
SBR-72h:CCACTTGTCTGAGGTT,Ectopic pluripotency
SBR-72h:TGAGCATGTTGCATCA,Primitive streak
SBR-72h:GGTTCTCGTCTCAGAT,Primitive streak
SBR-72h:ATACCTTCACGATTCA,Primitive streak
SBR-72h:CTTCTCTCAGTCTGGC,Primitive streak
SBR-72h:GTTCGCTCACATGAAA,Primitive streak
SBR-72h:TCGAACATCATTGGTG,Primitive streak
SBR-72h:CGTGATACAGCTATAC,Primitive streak
SBR-72h:AGATCCATCACCTACC,Primitive streak
SBR-72h:TATCTTGAGCCTTCTC,Naive pluripotency
SBR-72h:ATGGTTGCAGTTTCGA,Primitive streak
SBR-72h:AGATAGACAAATCGGG,Primitive streak
SBR-72h:TACCTGCCAGCTGTCG,Ectopic pluripotency
SBR-72h:CAATACGCATAATGAG,Primitive streak
SBR-72h:GCACGTGTCGTTAGAC,Primitive streak
SBR-72h:CCTAACCGTCCAGTTA,Primitive streak
SBR-72h:AACAACCCAGGTCTCG,Primitive streak
SBR-72h:TTCCGGTGTGGTCCGT,Primitive streak
SBR-72h:CATCGCTGTCATGGCC,Primitive streak
SBR-72h:TTACCATAGCACTCCG,Primitive streak
SBR-72h:CCAATGATCAGGACAG,Primitive streak
SBR-72h:TCCTCTTTCCGAAGGA,Primitive streak
SBR-72h:TGCAGATGTGAGCCAA,Primitive streak
SBR-72h:CTCCCTCAGCTAGATA,Primitive streak
SBR-72h:AGATCCAAGAGCCGAT,Primitive streak
SBR-72h:TGATTCTGTAATTGGA,Naive pluripotency
SBR-72h:GCCAGCATCTTGGTGA,Primitive streak
SBR-72h:CTCTCGATCTAGTGTG,Primitive streak
SBR-72h:GTCCTCAGTTGGGAAC,Ectopic pluripotency
SBR-72h:GCACATACACTCTGCT,Ectopic pluripotency
SBR-72h:TGCTTGCCAGAGGTAC,Primitive streak
SBR-72h:GAGCTGCCACTCAAGT,Primitive streak
SBR-72h:TCGACCTAGAACAAGG,Primitive streak
SBR-72h:CTTCGGTGTACGATGG,Primitive streak
SBR-72h:ATGCATGAGCCTGGAA,Primitive streak
SBR-72h:GTTGCTCCAATTTCTC,Primitive streak
SBR-72h:AAGCCATTCCATTGTT,Primitive streak
SBR-72h:TGCATGAGTACCGTGC,Primitive streak
SBR-72h:CCTCAGTAGTCACTCA,Primitive streak
SBR-72h:CCGGTAGGTAGATGTA,Primitive streak
SBR-72h:CATGGATCATCTAACG,Naive pluripotency
SBR-72h:CAGGTATTCTGAATGC,Primitive streak
SBR-72h:CTACTATGTTTCGGCG,Primitive streak
SBR-72h:CCTCACAGTACGGTTT,Primitive streak
SBR-72h:TTCCTAAAGCAGAAAG,Primitive streak
SBR-72h:GTAGAGGCACGCGGTT,Primitive streak
SBR-72h:TGATTTCAGTATGACA,Primitive streak
SBR-72h:AGGCATTTCCATACTT,Primitive streak
SBR-72h:CAGGCCAGTTGTCCCT,Primitive streak
SBR-72h:AAGGAATCACGCTGAC,Primitive streak
SBR-72h:TTATTGCAGTACGAGC,Primitive streak
SBR-72h:CTAGACACATCCTTGC,Primitive streak
SBR-72h:TGAGGAGGTTACCCTC,Primitive streak
SBR-72h:CACCGTTTCATATGGC,Primitive streak
SBR-72h:GGGAGATGTCTCCTGT,Ectopic pluripotency
SBR-72h:AGTCAACAGACGGATC,Cd63+ ectoderm-like artefact
SBR-72h:CAACCTCTCCTGGCTT,Primitive streak
SBR-72h:TAGCACACATAGTCGT,Primitive streak
SBR-72h:TGTCCCACACAGCCTG,Primitive streak
SBR-72h:AGGCATTAGCCTGACC,Primitive streak
SBR-72h:TGTTACTTCCACAGGC,Primitive streak
SBR-72h:CCCTGATTCCTATGGA,Primitive streak
SBR-72h:CCGCAAGCAAGACCTT,Primitive streak
SBR-72h:CCGAACGTCTATCGCC,Primitive streak
SBR-72h:ATTATCCAGAGTCTTC,Primitive streak
SBR-72h:CCACGTTCAAAGAACT,Primitive streak
SBR-72h:TTCCACGTCTAGACCA,Primitive streak
SBR-72h:ATGACCACAAATGAGT,Primitive streak
SBR-72h:AGCCAATGTTCTCTAT,Primitive streak
SBR-72h:AGAGCAGAGGCACAAC,Primitive streak
SBR-72h:TATCTTGCAGTTTCGA,Primitive streak
SBR-72h:TGGTGATTCCCTGTTG,Primitive streak
SBR-72h:GTTCGCTCATCATCCC,Primitive streak
SBR-72h:TGACCCTTCAGGAGAC,Primitive streak
SBR-72h:TCCGTGTGTTTGGGTT,Primitive streak
SBR-72h:CCTAAGAAGATAGGGA,Primitive streak
SBR-72h:GCCAGTGAGGACGGAG,Primitive streak
SBR-72h:TTGTTCACAAATACAG,Primitive streak
SBR-72h:GGGTCACTCGGTCGAC,Primitive streak
SBR-72h:GATGATCCATGACTAC,Primitive streak
SBR-72h:AGGTGTTTCTATTGTC,Primitive streak
SBR-72h:CCCTAACGTAGGCAAC,Primitive streak
SBR-72h:CGTTCTGGTTCCCACT,Primitive streak
SBR-72h:CACTGAAGTTGCCTAA,Primitive streak
SBR-72h:ACATCCCCACCTCGTT,Primitive streak
SBR-72h:CGTAGTACAGTCTGGC,Primitive streak
SBR-72h:GGTAATCCAACGAGGT,Primitive streak
SBR-72h:TAGAGTCGTATGTCCA,Primitive streak
SBR-72h:CTAACCCGTCCCTGAG,Ectopic pluripotency
SBR-72h:ACAACCACAGGACATG,Primitive streak
SBR-72h:TCCACGTGTCATGGCC,Primitive streak
SBR-72h:GGCTTTCTCAATCTCT,Primitive streak
SBR-72h:TCATACTTCTACTGAG,Primitive streak
SBR-72h:ACAACCAAGTGGCCTC,Primitive streak
SBR-72h:ACAGCCGCATGAAAGT,Primitive streak
SBR-72h:GATTTCTCAATAGTAG,Primitive streak
SBR-72h:ACTGCAATCACACGAT,Primitive streak
SBR-72h:AGGAGGTTCTATGCCC,Primitive streak
SBR-72h:CGTGAATGTGAGATAT,Primitive streak
SBR-72h:AGCGTATAGTAGTCTC,Primitive streak
SBR-72h:AACTTCTTCCTAGAGT,Primitive streak
SBR-72h:GGTTAACGTAGGTGCA,Primitive streak
SBR-72h:CTCCATGCAACAGATA,Primitive streak
SBR-72h:CAGCAGCCACCCTATC,Primitive streak
SBR-72h:CTGAGGCAGGACAACC,Primitive streak
SBR-72h:ATTCCCGAGCTAGTTC,Primitive streak
SBR-72h:ACTTCCGTCCCAGGAC,Primitive streak
SBR-72h:AATAGAGCATATACCG,Primitive streak
SBR-72h:GGTTAACAGTGCTAGG,Primitive streak
SBR-72h:GTAGAGGAGGTCACAG,Primitive streak
SBR-72h:CCTCACAAGTAGACCG,Ectopic pluripotency
SBR-72h:TCCACCAGTCACATTG,Primitive streak
SBR-72h:TTTGATCCATGTCTAG,Primitive streak
SBR-72h:AGATGAACAAGAGCTG,Primitive streak
SBR-72h:AGGAGGTTCTCCAATT,Primitive streak
SBR-72h:TATACCTAGTTGGAAT,Primitive streak
SBR-72h:CTCCGATAGGTCACTT,Primitive streak
SBR-72h:CAACAACCAGGTTCGC,Primitive streak
SBR-72h:TAGGAGGAGACGATAT,Primitive streak
SBR-72h:AAGTACCTCGTTCCTG,Primitive streak
SBR-72h:GAGAGGTAGTCGGGAT,Primitive streak
SBR-72h:GTCATTTTCCTAGCTC,Primitive streak
SBR-72h:CTTGATTGTGGCCCAT,Primitive streak
SBR-72h:TCTTCCTAGTTCCAGT,Primitive streak
SBR-72h:TGACAGTAGGATTTGA,Primitive streak
SBR-72h:CTTCCGATCGTTCTAT,Primitive streak
SBR-72h:GGGTCACAGCTGACTT,Primitive streak
SBR-72h:GTAATGCCAGTTCTAG,Primitive streak
SBR-72h:TATGTTCCACTACACA,Primitive streak
SBR-72h:CATGCCTCAGGCATTT,Primitive streak
SBR-72h:GTATTGGTCAGTCCGG,Primitive streak
SBR-72h:ATTTACCAGATCCAAA,Naive pluripotency
SBR-72h:ACCCAAAAGTTGTAAG,Primitive streak
SBR-72h:AGCTCAAGTAGTTAGA,Primitive streak
SBR-72h:ATTGTTCAGACATAGT,Ectopic pluripotency
SBR-72h:ACATCCCGTCTAGGCC,Primitive streak
SBR-72h:TCACATTAGGTGCAGT,Primitive streak
SBR-72h:GTTGTAGGTCCAACGC,Primitive streak
SBR-72h:CGAGTGCAGTCAGCCC,Primitive streak
SBR-72h:GGGACTCCACTCCTTG,Primitive streak
SBR-72h:TTCGGTCTCGAGAGCA,Primitive streak
SBR-72h:GAAGTAAAGCATATGA,Primitive streak
SBR-72h:TCAAGCATCACCCTGT,Primitive streak
SBR-72h:AGAAATGCAGAGACTG,Primitive streak
SBR-72h:GACTCAAAGTGGAAGA,Primitive streak
SBR-72h:CTCCGATGTAGAGCTG,Primitive streak
SBR-72h:ACTTCGCAGTGAATAC,Primitive streak
SBR-72h:GTTGTCCTCTCTCTAA,Primitive streak
SBR-72h:AGTCATGAGTATTCCG,Primitive streak
SBR-72h:GACTGATAGAGCAACC,Primitive streak
SBR-72h:TTTCGATGTGTTCCTC,Ectopic pluripotency
SBR-72h:GACTCTCTCTCAACGA,Primitive streak
SBR-72h:CAATTTCTCACGGGCT,Primitive streak
SBR-72h:GTCATCCCATCTTTCA,Ectopic pluripotency
SBR-72h:CCTTGTGGTAACACGG,Primitive streak
SBR-72h:CATGAGTTCACGATAC,Primitive streak
SBR-72h:CAAGCTACAATATCCG,Primitive streak
SBR-72h:AAGCCATGTCTAGGTT,Exiting naive pluripotency
SBR-72h:AAGTACCGTGAGCAGT,Primitive streak
SBR-72h:AGGCCACTCGTGGACC,Primitive streak
SBR-72h:CTACAGACATCTCATT,Primitive streak
SBR-72h:TGATGGTTCCCATACC,Primitive streak
SBR-72h:CTTTCAAGTTGACTAC,Primitive streak
SBR-72h:TGATTTCCAGCCCACA,Primitive streak
SBR-72h:CCTCCAACAGACCTGC,Primitive streak
SBR-72h:TTGGGATGTTCATCGA,Primitive streak
SBR-72h:GGTGTTATCGATGCTA,Primitive streak
SBR-72h:CGGGACTGTTTAGTCG,Ectopic pluripotency
SBR-72h:AACAACCAGGCACTAG,Primitive streak
SBR-72h:TCAGCCTCACTTGTCC,Primitive streak
SBR-72h:GTGACGCCACTCCCTA,Ectopic pluripotency
SBR-72h:CCCTAACTCTTTACAC,Primitive streak
SBR-72h:GTAGTACGTAGCGTTT,Primitive streak
SBR-72h:GGTGGCTCATTAGGAA,Primitive streak
SBR-72h:TTTAGTCGTTCCTAAG,Primitive streak
SBR-72h:AAACGCTCACCTAAAC,Primitive streak
SBR-72h:GATCGTACATGGGAAC,Primitive streak
SBR-72h:GACCTTCAGCACACCC,Primitive streak
SBR-72h:AGGTTGTTCAGCCTCT,Primitive streak
SBR-72h:GTTGTGAGTCTCCCTA,Primitive streak
SBR-72h:TTGGATGAGAGTACCG,Primitive streak
SBR-72h:GCCAGCACACTGGAAG,Primitive streak
SBR-72h:TTCCGTGGTCACAGTT,Primitive streak
SBR-72h:CATTCATTCCTACGAA,Primitive streak
SBR-72h:CTTTCAAAGCACTTTG,Primitive streak
SBR-72h:CCACAAAAGGAGAATG,Primitive streak
SBR-72h:TCAATCTGTATTGGCT,Primitive streak
SBR-72h:CTCAGGGCAACTGTGT,Primitive streak
SBR-72h:ATTCTACTCGGAGTAG,Primitive streak
SBR-72h:ACCTGAAGTCACTTCC,Primitive streak
SBR-72h:TTTATGCCACAACGTT,Primitive streak
SBR-72h:GTTTACTGTTATGACC,Primitive streak
SBR-72h:ATGAGTCCATGGGTTT,Primitive streak
SBR-72h:GTCAAGTCAATTCTCT,Primitive streak
SBR-72h:GGATCTACACAATGTC,Primitive streak
SBR-72h:TCCTGCAGTAGTCTGT,Naive pluripotency
SBR-72h:ATTACCTCACCGGCTA,Ectopic pluripotency
SBR-72h:CTATAGGGTCGGTGAA,Primitive streak
SBR-72h:CGGGACTCATACCATG,Primitive streak
SBR-72h:GTTACGATCAGCGGAA,Primitive streak
SBR-72h:GTACAGTTCGAATGCT,Primitive streak
SBR-72h:TCACATTAGAGGCTGT,Cd63+ ectoderm-like artefact
SBR-72h:CTTCAATCAGGCACAA,Primitive streak
SBR-72h:ATCGGCGTCTCAACCC,Ectopic pluripotency
SBR-72h:TGAACGTAGCGCACAA,Primitive streak
SBR-72h:CGATGCGTCACTGCTC,Primitive streak
SBR-72h:TCCATCGTCAACTGGT,Primitive streak
SBR-72h:CATTCTACACCAAATC,Primitive streak
SBR-72h:GGGATCCGTTGCTCCT,Primitive streak
SBR-72h:TCTCACGGTCCACGCA,Primitive streak
SBR-72h:GGGCTCATCGGTTGTA,Primitive streak
SBR-72h:CCTTGTGAGAAAGTCT,Primitive streak
SBR-72h:GAGATGGGTGCGAGTA,Ectopic pluripotency
SBR-72h:TGGCGTGGTGCCCAGT,Ectopic pluripotency
SBR-72h:GACTTCCCATATGGCT,Primitive streak
SBR-72h:TGTGATGCAAGTATCC,Primitive streak
SBR-72h:AGAGAATAGGGCAGGA,Primitive streak
SBR-72h:GGGTGTCGTGGGATTG,Primitive streak
SBR-72h:GGGATCCCAGAAGTGC,Primitive streak
SBR-72h:TTCACGCGTTCAAAGA,Primitive streak
SBR-72h:ATTCGTTCAGTGGCTC,Primitive streak
SBR-72h:GGTAATCAGCGCCGTT,Primitive streak
SBR-72h:TACCTCGTCACTACGA,Primitive streak
SBR-72h:CAAGCTAGTCCCGCAA,Primitive streak
SBR-72h:GATGTTGGTATGCGTT,Primitive streak
SBR-72h:GTTACGATCTCCTGCA,Primitive streak
SBR-72h:TCGAAGTGTAGGAGGG,Primitive streak
SBR-72h:CCCTGATAGTATGGAT,Primitive streak
SBR-72h:GAGAGGTGTCAAGCCC,Primitive streak
SBR-72h:ACTTTGTCATATACCG,Ectopic pluripotency
SBR-72h:GTTGCTCAGATGCGAC,Ectopic pluripotency
SBR-72h:CATAGACAGTGCCTCG,Primitive streak
SBR-72h:ACCTGTCTCTGTGCTC,Primitive streak
SBR-72h:TCTCAGCGTGTTCGAT,Primitive streak
SBR-72h:TGGTGATTCACATCAG,Primitive streak
SBR-72h:CTGCATCGTCGTTTCC,Primitive streak
SBR-72h:CTTACCGTCGGCTGGT,Primitive streak
SBR-72h:TGAGGAGAGGGCAGTT,Primitive streak
SBR-72h:TCCTGCACACTACCGG,Primitive streak
SBR-72h:GAGGGATAGCCTTGAT,Primitive streak
SBR-72h:CAACCAAAGTTGGCGA,Primitive streak
SBR-72h:TGGAGAGTCAAGGACG,Primitive streak
SBR-72h:ACCCAAAAGAGTGTGC,Primitive streak
SBR-72h:CAGCGTGAGCAGCGAT,Primitive streak
SBR-72h:AGACTCAGTGCCTTTC,Cd63+ ectoderm-like artefact
SBR-72h:CGATGCGCAAGCGAAC,Primitive streak
SBR-72h:TCTTGCGCAGTCGTTA,Primitive streak
SBR-72h:TCCCATGGTTAGTCGT,Primitive streak
SBR-72h:TCATGGAAGATACGAT,Ectopic pluripotency
SBR-72h:ATCACAGCATATCTGG,Primitive streak
SBR-72h:TAACCAGCATGGTGGA,Primitive streak
SBR-72h:CTTCCTTAGACGGAAA,Primitive streak
SBR-72h:TACTTCATCGCAGTTA,Primitive streak
SBR-72h:CTCAAGAAGGCCACCT,Primitive streak
SBR-72h:CTGGTCTGTCACCGAC,Ectopic pluripotency
SBR-72h:GGAACCCTCGTGGTAT,Primitive streak
SBR-72h:CAACAGTCATGGGTTT,Primitive streak
SBR-72h:TTGAGTGGTAATCAAG,Primitive streak
SBR-72h:AAACGAAGTATCACCA,Primitive streak
SBR-72h:GGTAATCGTGTCACAT,Primitive streak
SBR-72h:TTCCTTCAGGCTCCCA,Primitive streak
SBR-72h:GAGGCCTAGCAGAAAG,Primitive streak
SBR-72h:GGAGGATAGATAACAC,Ectopic pluripotency
SBR-72h:ATCGCCTCAAACAGGC,Primitive streak
SBR-72h:CCACTTGTCTCCAAGA,Primitive streak
SBR-72h:CCACACTGTGCTGCAC,Primitive streak
SBR-72h:GTGTTAGTCCTGCCAT,Primitive streak
SBR-72h:AGACAAACAGGGAGAG,Primitive streak
SBR-72h:CTGTGAATCTTGCAAG,Primitive streak
SBR-72h:CCTATCGCAACCGCCA,Primitive streak
SBR-72h:TACAACGAGACTCATC,Primitive streak
SBR-72h:GATTCTTCATGTCTAG,Primitive streak
SBR-72h:TTGTTGTAGGGTTTCT,Ectopic pluripotency
SBR-72h:AGGCTGCAGAAATTGC,Primitive streak
SBR-72h:TGGGAGAGTATCTTCT,Primitive streak
SBR-72h:ATGCATGTCGGCTGAC,Primitive streak
SBR-72h:AGTACTGGTCGCATCG,Primitive streak
SBR-72h:ACCAAACAGATAGGGA,Primitive streak
SBR-72h:GGGTTATAGTCGGGAT,Primitive streak
SBR-72h:CAAGGGACAACCTAAC,Primitive streak
SBR-72h:GACCAATCACGGTGTC,Primitive streak
SBR-72h:CTGTGGGGTACCGGCT,Primitive streak
SBR-72h:TTGGATGAGGATGAGA,Primitive streak
SBR-72h:TCGGTCTCAAGTTTGC,Primitive streak
SBR-72h:TTTATGCCAGGCATTT,Primitive streak
SBR-72h:CACGTGGAGCTGCGAA,Primitive streak
SBR-72h:TCCAGAAAGACTCGAG,Primitive streak
SBR-72h:GATTCTTGTGTGACCC,Primitive streak
SBR-72h:TGCATGAGTGTCCATA,Primitive streak
SBR-72h:CATGGTATCGTTCTCG,Primitive streak
SBR-72h:CATGCAACAGGCTATT,Primitive streak
SBR-72h:GAGAAATCAGTGACCC,Primitive streak
SBR-72h:AGGTCATGTGAGAACC,Ectopic pluripotency
SBR-72h:ACTTTCACATTGAAGA,Primitive streak
SBR-72h:TGGAACTAGGTAAACT,Primitive streak
SBR-72h:GACAGCCGTAGACAAT,Primitive streak
SBR-72h:TATTGGGAGAGGTATT,Primitive streak
SBR-72h:TTCTGTATCCACAGGC,Primitive streak
SBR-72h:GGCTTGGGTCGCAACC,Primitive streak
SBR-72h:GCAACCGAGTGAATAC,Primitive streak
SBR-72h:CACAGGCCACGGATCC,Primitive streak
SBR-72h:ACCTGTCTCCGAGTGC,Primitive streak
SBR-72h:CCCATTGAGGTCACAG,Primitive streak
SBR-72h:GTAACCAGTTTACACG,Primitive streak
SBR-72h:CGTTCTGGTATCGCGC,Primitive streak
SBR-72h:TCGACCTAGGAGTCTG,Primitive streak
SBR-72h:TACTTACGTATCGCTA,Primitive streak
SBR-72h:CTGTGAACAAACACGG,Primitive streak
SBR-72h:GGATCTATCACGGACC,Primitive streak
SBR-72h:AGCTCAAAGCACACAG,Primitive streak
SBR-72h:GAGTTTGAGCTGGCCT,Primitive streak
SBR-72h:ACCCTCATCTGGGCCA,Primitive streak
SBR-72h:TGGGCGTTCGCACGGT,Primitive streak
SBR-72h:TCAAGACTCACCCATC,Primitive streak
SBR-72h:TTCGATTCAGTCAACT,Primitive streak
SBR-72h:CCTCCTCCAGACGATG,Primitive streak
SBR-72h:AATGGCTCACGCAGTC,Primitive streak
SBR-72h:TGATGCAGTGATTGGG,Ectopic pluripotency
SBR-72h:TACTTGTAGCAATAAC,Primitive streak
SBR-72h:CTGAATGTCTGCACCT,Primitive streak
SBR-72h:AGAGCAGCACCCTGAG,Ectopic pluripotency
SBR-72h:GTGCTTCGTTGTATGC,Primitive streak
SBR-72h:GTCAGCGAGGACTGGT,Primitive streak
SBR-72h:ATCCACCCAGTCTTCC,Primitive streak
SBR-72h:TGCCGAGCAGCGAGTA,Primitive streak
SBR-72h:AGGTCTATCTATTGTC,Primitive streak
SBR-72h:AACCATGTCATGCCGG,Primitive streak
SBR-72h:TTACTGTAGTACCGGA,Primitive streak
SBR-72h:TCAGCAAGTTGGAGAC,Primitive streak
SBR-72h:GCTACAACATTCGATG,Primitive streak
SBR-72h:TCTATACAGGTTATAG,Primitive streak
SBR-72h:TCAGCCTGTCTTTCTA,Primitive streak
SBR-72h:AGACACTGTTGCATAC,Primitive streak
SBR-72h:CCCTTAGCACACCTGG,Cd63+ ectoderm-like artefact
SBR-72h:AGGATAAAGATGCCGA,Primitive streak
SBR-72h:GACACGCTCTATTCGT,Primitive streak
SBR-72h:TGTTTGTTCTACTGAG,Primitive streak
SBR-72h:CTGCCTATCTATTTCG,Primitive streak
SBR-72h:CATAGACCATACCAGT,Primitive streak
SBR-72h:CATACCCTCCGATCGG,Primitive streak
SBR-72h:GGACGTCAGGGTGGGA,Primitive streak
SBR-72h:CGTGATACAATCTAGC,Primitive streak
SBR-72h:TCTGTCGAGCCTCCAG,Primitive streak
SBR-72h:GCTGAATCAGCAATTC,Primitive streak
SBR-72h:TGTTCATTCCCTCTCC,Primitive streak
SBR-72h:GCCGATGTCGTTCAGA,Primitive streak
SBR-72h:GTGCAGCTCTGTGCGG,Primitive streak
SBR-72h:GACCTTCAGAGTCCGA,Primitive streak
SBR-72h:CAAAGAAAGAAATCCA,Primitive streak
SBR-72h:ATTCGTTAGGAAAGTG,Primitive streak
SBR-72h:ATAGGCTGTAGGCAAC,Primitive streak
SBR-72h:GGTGATTAGGTTCATC,Primitive streak
SBR-72h:TACCCACCACGTCGGT,Primitive streak
SBR-72h:TCTACCGTCTACGCGG,Primitive streak
SBR-72h:TTTCATGTCATTACCT,Primitive streak
SBR-72h:GCTACAAAGTGGTTCT,Primitive streak
SBR-72h:AAGCATCTCAAACGTC,Primitive streak
SBR-72h:TTCTAGTGTAATTAGG,Primitive streak
SBR-72h:TGACGCGTCTCACGAA,Primitive streak
SBR-72h:TCAAGTGTCTCAAAGC,Primitive streak
SBR-72h:CAATGACAGTTACTCG,Primitive streak
SBR-72h:GGGTAGAAGCGCCCAT,Ectopic pluripotency
SBR-72h:GCGGAAAGTGTGTCGC,Primitive streak
SBR-72h:CGAGGAACACCAACAT,Primitive streak
SBR-72h:TACATTCTCGAAGGAC,Primitive streak
SBR-72h:TAGCACAGTTCTCGCT,Primitive streak
SBR-72h:CATAAGCTCCGTGTCT,Primitive streak
SBR-72h:TTGAGTGGTGCTCTCT,Primitive streak
SBR-72h:TTTGATCCAGAAATCA,Primitive streak
SBR-72h:AGGAATAAGCACCCAC,Primitive streak
SBR-72h:GTTCATTCAGGGAGAG,Primitive streak
SBR-72h:AACCACATCTATCGGA,Ectopic pluripotency
SBR-72h:CTCCCTCAGCCACAAG,Primitive streak
SBR-72h:AAGTGAAAGATCGACG,Primitive streak
SBR-72h:GAGACCCGTGGTAACG,Primitive streak
SBR-72h:AGCCACGTCGGTGCAC,Primitive streak
SBR-72h:GTCATGAAGTTGAAGT,Primitive streak
SBR-72h:AACCAACGTTGTACGT,Primitive streak
SBR-72h:GAAGCGAAGTGCTCAT,Primitive streak
SBR-72h:TTTGTTGGTACGCTTA,Primitive streak
SBR-72h:GCAACCGCAGGCACTC,Primitive streak
SBR-72h:TACCTGCTCTCTCAAT,Primitive streak
SBR-72h:AGTGATCCATATGAAG,Primitive streak
SBR-72h:TGCAGATCACCATTCC,Primitive streak
SBR-72h:CTGCAGGTCGCTTTAT,Primitive streak
SBR-72h:TGATGCAGTCGCAGTC,Primitive streak
SBR-72h:CACAGATGTGCATCTA,Primitive streak
SBR-72h:AGGGAGTCAAGGACAC,Primitive streak
SBR-72h:GACCGTGAGGGCAACT,Primitive streak
SBR-72h:CTACCCAGTATCCTTT,Primitive streak
SBR-72h:CATGGTACATAGGTTC,Primitive streak
SBR-72h:GGGACCTTCTGCTTAT,Primitive streak
SBR-72h:GATAGCTAGTCTAGCT,Primitive streak
SBR-72h:TCATGAGCATGCGGTC,Primitive streak
SBR-72h:AAATGGACATGGAATA,Primitive streak
SBR-72h:GAGTTGTCAGAGGTTG,Primitive streak
SBR-72h:AGGATAATCGACCTAA,Primitive streak
SBR-72h:ATCGATGCACTGTCCT,Primitive streak
SBR-72h:ATGAGTCAGCACCGAA,Primitive streak
SBR-72h:ATGCCTCTCAGAGTGG,Primitive streak
SBR-72h:GCAACATTCTCATGGA,Primitive streak
SBR-72h:TTTACCATCAGCATTG,Primitive streak
SBR-72h:CATCCACGTGTCTTCC,Primitive streak
SBR-72h:AGTACCACACGCTATA,Primitive streak
SBR-72h:TGCGGCAAGGTACAAT,Primitive streak
SBR-72h:ACAAGCTAGGTTAGTA,Primitive streak
SBR-72h:GGGCTCATCGCTACGG,Primitive streak
SBR-72h:GGAGGTACATAGGTTC,Primitive streak
SBR-72h:TGACTCCGTCCATCTC,Primitive streak
SBR-72h:GTCGAATCACAATCTG,Primitive streak
SBR-72h:CTCCCTCCAATTCACG,Primitive streak
SBR-72h:CGTAAGTCAGATACTC,Ectopic pluripotency
SBR-72h:CATCGTCCAAACCATC,Primitive streak
SBR-72h:CATTCATCAAGCGCTC,Primitive streak
SBR-72h:ATGAGTCTCTGGGCAC,Primitive streak
SBR-72h:TTGTTCACAAGTAGTA,Primitive streak
SBR-72h:GTATTGGCATTGCTGA,Primitive streak
SBR-72h:GATGAGGTCAAGAGGC,Primitive streak
SBR-72h:CACAGGCGTGATACTC,Naive pluripotency
SBR-72h:GCGGAAATCAAGCCGC,Primitive streak
SBR-72h:GAGGCCTCAAATTAGG,Primitive streak
SBR-72h:ACATGCAAGAGAGTTT,Primitive streak
SBR-72h:AAAGAACAGCAGCCTC,Primitive streak
SBR-72h:TCGACCTAGGAGGTTC,Ectopic pluripotency
SBR-72h:CCCTAACCAAGGCTTT,Primitive streak
SBR-72h:TGACGCGGTCAAGCCC,Primitive streak
SBR-72h:TCCCATGAGAGAGCGG,Primitive streak
SBR-72h:GCGGAAAGTTTAGTCG,Primitive streak
SBR-72h:CTGGCAGGTAAGATTG,Primitive streak
SBR-72h:CATGCCTTCTAAGCGT,Primitive streak
SBR-72h:ATAGGCTCAGGCGTTC,Primitive streak
SBR-72h:AAGACAAGTGGCGCTT,Primitive streak
SBR-72h:TGTCCCAAGGTTCACT,Primitive streak
SBR-72h:CGGAGAAGTAGAATGT,Primitive streak
SBR-72h:TCTAACTCATGGGAAC,Primitive streak
SBR-72h:CACACAACATAGAAAC,Primitive streak
SBR-72h:GTCCTCAAGTAGGTTA,Primitive streak
SBR-72h:CACGTTCCAAGTGCTT,Primitive streak
SBR-72h:CACGTGGGTTAAGAAC,Primitive streak
SBR-72h:GGCTGTGGTCAGTTTG,Primitive streak
SBR-72h:GATGAGGCAGTGTACT,Primitive streak
SBR-72h:GAAGAATGTCTGTAGT,Primitive streak
SBR-72h:GGTAATCGTCCTCATC,Primitive streak
SBR-72h:CGTAGTATCGGCTTCT,Primitive streak
SBR-72h:AAAGTGACAGTTGCGC,Primitive streak
SBR-72h:GTTTACTGTCAACCAT,Primitive streak
SBR-72h:TACCGGGGTCAAGGCA,Primitive streak
SBR-72h:ACATGCATCAAGCTGT,Primitive streak
SBR-72h:AGGTCATAGTCTGCGC,Primitive streak
SBR-72h:TCACTCGTCTACCTTA,Primitive streak
SBR-72h:CATGGATGTGTAGTGG,Primitive streak
SBR-72h:TTAGGGTCATCCGGTG,Primitive streak
SBR-72h:TAGTGCAAGCTACAAA,Primitive streak
SBR-72h:ACGTAGTGTAACATCC,Primitive streak
SBR-72h:GGTGTCGAGAATTGCA,Primitive streak
SBR-72h:TGATCAGTCCCTAGGG,Primitive streak
SBR-72h:TTCAGGACACAGCCAC,Primitive streak
SBR-72h:GCTTCACCAGTTGCGC,Primitive streak
SBR-72h:ACTTTCACATCGTTCC,Primitive streak
SBR-72h:TTGCGTCAGCCTTTCC,Primitive streak
SBR-72h:CGTGATATCCATGAGT,Primitive streak
SBR-72h:GAGCCTGGTCAAATCC,Primitive streak
SBR-72h:CACGTTCCAAGACGGT,Primitive streak
SBR-72h:ATGAAAGCAACGTAAA,Primitive streak
SBR-72h:ATCGCCTAGGGATGTC,Primitive streak
SBR-72h:ACTTATCAGCATGCAG,Primitive streak
SBR-72h:TCACAAGTCTGCCTGT,Primitive streak
SBR-72h:AACGGGATCCACGGGT,Primitive streak
SBR-72h:GGGTGTCGTAACAGGC,Primitive streak
SBR-72h:AGGAAATAGAATCGTA,Primitive streak
SBR-72h:TCATGTTTCTTACCAT,Primitive streak
SBR-72h:GGTTAACCAAAGCTAA,Primitive streak
SBR-72h:TCATATCAGACTCAAA,Primitive streak
SBR-72h:TTTGACTGTGAGAACC,Primitive streak
SBR-72h:CTAGGTATCACACCCT,Primitive streak
SBR-72h:CCGGGTATCCACAGGC,Primitive streak
SBR-72h:CACTAAGGTTAGAGTA,Primitive streak
SBR-72h:CCACGTTAGACGGATC,Primitive streak
SBR-72h:TCATATCCATGACACT,Primitive streak
SBR-72h:GCAACCGAGAGTTGTA,Primitive streak
SBR-72h:CCTTTGGCAGCTCCTT,Primitive streak
SBR-72h:TCTACCGGTACCTATG,Primitive streak
SBR-72h:ACATGCATCGTTAGAC,Primitive streak
SBR-72h:GGGAGATGTGGTCTGC,Primitive streak
SBR-72h:GACCCAGCAGCACAAG,Primitive streak
SBR-72h:GATCACATCGATACTG,Primitive streak
SBR-72h:GGTGAAGTCACGAACT,Primitive streak
SBR-72h:TTGAGTGCACTGTGAT,Primitive streak
SBR-72h:GTGGTTAGTCGATTAC,Naive pluripotency
SBR-72h:GGTAACTCAGGTATGG,Primitive streak
SBR-72h:AGGTCTAGTGGTTTAC,Primitive streak
SBR-72h:AGTAGCTAGAAGTCTA,Primitive streak
SBR-72h:GTGTGATGTAGAATGT,Primitive streak
SBR-72h:CCTCTCCCAGTATACC,Cd63+ ectoderm-like artefact
SBR-72h:AGAGCCCTCATAGCAC,Primitive streak
SBR-72h:TGAATCGAGACTTCGT,Primitive streak
SBR-72h:TACCGAAGTGTGTCGC,Primitive streak
SBR-72h:CCTCTAGTCGACCTAA,Primitive streak
SBR-72h:TAACTTCGTTATGTCG,Primitive streak
SBR-72h:GGTGATTAGCTCCATA,Primitive streak
SBR-72h:AATTCCTTCCCATTCG,Primitive streak
SBR-72h:GCCATGGGTTATGTGC,Primitive streak
SBR-72h:AGTAGTCGTCTGTCCT,Primitive streak
SBR-72h:TACCCACTCCAACACA,Primitive streak
SBR-72h:ACACCAACAGACTCTA,Primitive streak
SBR-72h:TCGTCCAGTTAAGACA,Primitive streak
SBR-72h:CCGGACAAGCGATCGA,Ectopic pluripotency
SBR-72h:TAACACGGTGTAGCAG,Primitive streak
SBR-72h:AGTGCCGAGCACTCTA,Primitive streak
SBR-72h:GAGGGTAAGAGTTGCG,Primitive streak
SBR-72h:AGCGCTGCAAACTAAG,Primitive streak
SBR-72h:TTCATGTCACCTCAGG,Primitive streak
SBR-72h:TGTGGCGAGTAACCTC,Primitive streak
SBR-72h:GATCAGTTCTAGCCTC,Primitive streak
SBR-72h:TGTAGACGTGTCGCTG,Primitive streak
SBR-72h:TGTTCCGTCTAGCAAC,Primitive streak
SBR-72h:CATTCTACACTGTCGG,Primitive streak
SBR-72h:ACCGTTCGTCCACTCT,Primitive streak
SBR-72h:TGCTGAAGTTTGGCTA,Primitive streak
SBR-72h:ATCGTCCCAGCTACAT,Primitive streak
SBR-72h:GATCACAGTTACCTTT,Primitive streak
SBR-72h:CCTCCTCAGTTACGGG,Primitive streak
SBR-72h:TTTCAGTAGTCATCGT,Primitive streak
SBR-72h:CACAGATAGCTCGACC,Primitive streak
SBR-72h:ACCTGAACATCCTTGC,Primitive streak
SBR-72h:CGAGTGCCACTCCACT,Primitive streak
SBR-72h:GTCTCACAGCTTCGTA,Primitive streak
SBR-72h:GGATCTACATACACCA,Primitive streak
SBR-72h:ATGGATCGTCTCGCGA,Primitive streak
SBR-72h:CCACGTTCACCTTCCA,Primitive streak
SBR-72h:CAGTTCCTCAGGACAG,Primitive streak
SBR-72h:ATTTACCGTGGTTTAC,Primitive streak
SBR-72h:AGGTTACGTCCTGAAT,Primitive streak
SBR-72h:CTACCCAAGCAGCACA,Primitive streak
SBR-72h:GGACGTCCACGGGTAA,Primitive streak
SBR-72h:AGACACTTCACCATCC,Primitive streak
SBR-72h:TCATTTGCATTCGATG,Primitive streak
SBR-72h:CAATTTCCAAGATCCT,Primitive streak
SBR-72h:GATGTTGGTAGCTTTG,Primitive streak
SBR-72h:GACCGTGAGGTTCACT,Primitive streak
SBR-72h:TAGACCACAGAGGAAA,Primitive streak
SBR-72h:AGCCAATCACATTGTG,Primitive streak
SBR-72h:CCTCTAGGTCAAGCCC,Primitive streak
SBR-72h:GAAGGACTCCAGTTCC,Primitive streak
SBR-72h:AAGTTCGAGTAAGGGA,Primitive streak
SBR-72h:CTGGACGGTGCCTGAC,Primitive streak
SBR-72h:CTGCCATAGTCGAGGT,Primitive streak
SBR-72h:ACTTCCGCATCTTTCA,Primitive streak
SBR-72h:TCGTCCACACCTCTAC,Primitive streak
SBR-72h:ATTCTACGTAACATAG,Primitive streak
SBR-72h:GGGAGTATCACAGTGT,Primitive streak
SBR-72h:GATTGGTAGCAAACAT,Primitive streak
SBR-72h:CATTGAGGTTTGAACC,Primitive streak
SBR-72h:GCAACCGCAAGAGATT,Primitive streak
SBR-72h:TATACCTAGTACCATC,Primitive streak
SBR-72h:TGGATCATCGGCATAT,Primitive streak
SBR-72h:TCATTGTGTGGCGTAA,Primitive streak
SBR-72h:TTCTAACTCACACCCT,Primitive streak
SBR-72h:TACAGGTGTGCTCCGA,Primitive streak
SBR-72h:TACGTCCTCGGTCACG,Primitive streak
SBR-72h:CATTCCGTCCAATGCA,Primitive streak
SBR-72h:TTACCGCGTGCCCTTT,Primitive streak
SBR-72h:GTCACGGAGATCCGAG,Primitive streak
SBR-72h:GTCGTAAGTGACATCT,Primitive streak
SBR-72h:CGAGGCTGTGTGTTTG,Primitive streak
SBR-72h:TGCGGCACAACCAATC,Primitive streak
SBR-72h:GTACAGTAGCAAACAT,Naive pluripotency
SBR-72h:CCTCATGTCGTCTCAC,Primitive streak
SBR-72h:GTTACGACAGGCGTTC,Primitive streak
SBR-72h:TTTCAGTTCATTTGGG,Primitive streak
SBR-72h:CTATAGGCAATGTTGC,Primitive streak
SBR-72h:CGTCCATGTGCTCTCT,Primitive streak
SBR-72h:GAAGGGTGTGGTAACG,Primitive streak
SBR-72h:CTTACCGGTAGGGAGG,Primitive streak
SBR-72h:GCTTCACCAATAGTCC,Primitive streak
SBR-72h:CTGAATGCATACAGCT,Primitive streak
SBR-72h:TCCGATCAGACTCTAC,Primitive streak
SBR-72h:CTCAATTTCCGACATA,Primitive streak
SBR-72h:AATGCCAGTTGCTTGA,Primitive streak
SBR-72h:CGATGCGGTGTCCGGT,Primitive streak
SBR-72h:AGCTCAAGTGAGATTA,Primitive streak
SBR-72h:TCTATCAGTACTGCCG,Primitive streak
SBR-72h:CTCCATGCACTGAATC,Primitive streak
SBR-72h:CACATGAAGGTAGTCG,Primitive streak
SBR-72h:CTCAATTTCCAAGAGG,Primitive streak
SBR-72h:CGTAATGTCCCACAGG,Primitive streak
SBR-72h:TCGACGGGTGGTGATG,Primitive streak
SBR-72h:GATGCTAGTTCATCGA,Primitive streak
SBR-72h:ACCTGTCAGATTTGCC,Primitive streak
SBR-72h:ATTTACCAGAATCGTA,Primitive streak
SBR-72h:ATCTTCACATGCCATA,Primitive streak
SBR-72h:GGGACAATCACACGAT,Primitive streak
SBR-72h:ACACGCGCACCCAATA,Primitive streak
SBR-72h:TAAGCCACACAATCTG,Primitive streak
SBR-72h:GTAGTACTCCCTCTCC,Primitive streak
SBR-72h:GTAACCAGTTCCGTTC,Primitive streak
SBR-72h:TTTCGATCACAAAGTA,Primitive streak
SBR-72h:TGTCCACTCATACGGT,Primitive streak
SBR-72h:AGGTTGTGTCGGTAAG,Primitive streak
SBR-72h:GAGTTGTAGCATCCTA,Primitive streak
SBR-72h:TTCCTCTCAACTACGT,Primitive streak
SBR-72h:CTACTATAGGTGGCTA,Primitive streak
SBR-72h:CAAGGGAAGACCTCCG,Primitive streak
SBR-72h:AGTTAGCCATTCTCCG,Primitive streak
SBR-72h:TTTGTTGAGTATAGGT,Primitive streak
SBR-72h:TATATCCAGCCTCTTC,Primitive streak
SBR-72h:CGGGACTGTGGAACAC,Primitive streak
SBR-72h:AGTTCCCCACTGGCGT,Primitive streak
SBR-72h:ATTTACCTCTCAACCC,Primitive streak
SBR-72h:TCCTCTTAGTAAACGT,Primitive streak
SBR-72h:TCTCCGACAGGCTATT,Primitive streak
SBR-72h:GTGCGTGCATCCTGTC,Primitive streak
SBR-72h:AGAAGCGCAGATGCGA,Primitive streak
SBR-72h:AGTGTTGTCGCTTACC,Primitive streak
SBR-72h:TAGCACAAGCAAGTGC,Primitive streak
SBR-72h:GGGTCTGCATATACCG,Primitive streak
SBR-72h:CCGTAGGAGGTTAAAC,Primitive streak
SBR-72h:GGTAACTGTCAGCTTA,Primitive streak
SBR-72h:TGATTTCCAGAGTGAC,Primitive streak
SBR-72h:CTATCTAGTGTCATCA,Primitive streak
SBR-72h:AACGGGAGTTGCATGT,Primitive streak
SBR-72h:TGACCCTTCCCATTCG,Primitive streak
SBR-72h:ACTTCGCCATGCTGCG,Primitive streak
SBR-72h:GGGCTCAAGCGTATGG,Primitive streak
SBR-72h:TCTCCGAAGCTCTTCC,Primitive streak
SBR-72h:GTGACGCTCTATCGTT,Primitive streak
SBR-72h:CTGCCATAGGGAGAAT,Primitive streak
SBR-72h:CCTTTGGAGCATGCAG,Primitive streak
SBR-72h:TCAAGACGTTCAATCG,Primitive streak
SBR-72h:CAACGATAGAGGCTGT,Primitive streak
SBR-72h:GGGATCCGTATCGCAT,Primitive streak
SBR-72h:GGTCTGGTCTGACGCG,Primitive streak
SBR-72h:CGCCAGACAACAGTGG,Primitive streak
SBR-72h:CATGCGGCAAGGTCGA,Primitive streak
SBR-72h:TTACAGGCAAGACAAT,Primitive streak
SBR-72h:TCATGGAGTCATGCAT,Primitive streak
SBR-72h:GGTCTGGCAAGAAACT,Ectopic pluripotency
SBR-72h:GCAGTTAAGTCATACC,Primitive streak
SBR-72h:CAGGTATAGTAAGACT,Primitive streak
SBR-72h:TGATGGTAGAATAGTC,Primitive streak
SBR-72h:TCACGCTAGCCTAGGA,Ectopic pluripotency
SBR-72h:ACATCGACAGGCATGA,Primitive streak
SBR-72h:CAGCAATAGGAGTCTG,Primitive streak
SBR-72h:TCATGTTAGTACAACA,Primitive streak
SBR-72h:GAGTTGTTCCCTCGTA,Primitive streak
SBR-72h:GTCCACTAGGAAAGGT,Primitive streak
SBR-72h:TCAAGCATCAACTACG,Primitive streak
SBR-72h:TGACCCTTCCCTGGTT,Primitive streak
SBR-72h:GCGGATCTCTCGCGTT,Primitive streak
SBR-72h:GATGATCCATCGAGCC,Primitive streak
SBR-72h:AACAAGAGTAGAATAC,Ectopic pluripotency
SBR-72h:ATCGATGTCAAGTAAG,Primitive streak
SBR-72h:CTGAGGCTCGTTCCTG,Primitive streak
SBR-72h:ATTACCTAGAATTGTG,Cd63+ ectoderm-like artefact
SBR-72h:TTCCGTGAGGCGTCCT,Primitive streak
SBR-72h:CTGATCCCAACAACAA,Primitive streak
SBR-72h:GTCATGATCTGCATGA,Primitive streak
SBR-72h:CACACAATCATTTGCT,Primitive streak
SBR-72h:AGGTAGGCACTGCGTG,Primitive streak
SBR-72h:TCTAACTCATGACTTG,Primitive streak
SBR-72h:GCTGAATTCACGGTCG,Primitive streak
SBR-72h:CTTCTAAAGTCGCCCA,Primitive streak
SBR-72h:TTCTTCCGTTTCCCAC,Primitive streak
SBR-72h:AGACCATAGCGACTTT,Primitive streak
SBR-72h:TACCTCGAGTACCGGA,Ectopic pluripotency
SBR-72h:CGGGACTGTAAGTTAG,Primitive streak
SBR-72h:GTAACACTCTAAGCGT,Primitive streak
SBR-72h:TGAATGCTCATGGTAC,Primitive streak
SBR-72h:CCTGCATGTCCCACGA,Primitive streak
SBR-72h:GGATGTTAGTCACTGT,Primitive streak
SBR-72h:AGGACGACATTCTCTA,Primitive streak
SBR-72h:GTTAGACAGAGAGCAA,Primitive streak
SBR-72h:TGAGTCAGTGATAGAT,Primitive streak
SBR-72h:CAATCGACACCATAAC,Primitive streak
SBR-72h:GTCATGATCCGTACGG,Primitive streak
SBR-72h:TGAGGTTAGGTAGACC,Primitive streak
SBR-72h:AGGGCTCGTCATGCAT,Ectopic pluripotency
SBR-72h:CCGGTGATCTTGGTCC,Primitive streak
SBR-72h:TTGTTCAGTGGAACAC,Primitive streak
SBR-72h:TATTGCTCAGGACAGT,Primitive streak
SBR-72h:GGTCACGTCTGCGTCT,Primitive streak
SBR-72h:CTACTATTCCTGCCAT,Primitive streak
SBR-72h:ACTATTCGTCGCCACA,Primitive streak
SBR-72h:GTCTCACAGAAGAACG,Primitive streak
SBR-72h:CAACCAAAGCATGTTC,Primitive streak
SBR-72h:GTGGAGAAGACGCAGT,Primitive streak
SBR-72h:TTTGGTTTCCGTCAAA,Primitive streak
SBR-72h:GTTACGATCCGTGTAA,Primitive streak
SBR-72h:CTGTACCCAATTGGTC,Primitive streak
SBR-72h:CCGTAGGGTCAAATCC,Primitive streak
SBR-72h:TTCTAACCAAGCAGGT,Primitive streak
SBR-72h:TGCATGAGTGGCTAGA,Primitive streak
SBR-72h:TGTTGGAGTGAGTGAC,Primitive streak
SBR-72h:GACATCATCGCTTTAT,Primitive streak
SBR-72h:CAATCGAAGATGAACT,Primitive streak
SBR-72h:CCTCAGTGTCTGCAAT,Primitive streak
SBR-72h:GTAGTACTCTGACGCG,Primitive streak
SBR-72h:CAGTGCGCAGGCTATT,Primitive streak
SBR-72h:AGTGCCGCAGGATCTT,Primitive streak
SBR-72h:CCGCAAGCAGAATGTA,Primitive streak
SBR-72h:CAGTTCCGTGACACAG,Primitive streak
SBR-72h:CCACCATAGGCACCAA,Primitive streak
SBR-72h:CAACAGTCATCTCATT,Primitive streak
SBR-72h:TCCTTCTAGAGGTTTA,Primitive streak
SBR-72h:GTGCGTGAGCATCAGG,Primitive streak
SBR-72h:TGACTCCTCGATACAC,Primitive streak
SBR-72h:ATAGGCTAGGTGCCAA,Primitive streak
SBR-72h:TGGATGTAGGGCAGTT,Primitive streak
SBR-72h:GGTAACTAGCCTCAGC,Primitive streak
SBR-72h:AAGCATCTCATACGGT,Naive pluripotency
SBR-72h:GCAGGCTGTACAGAAT,Primitive streak
SBR-72h:TTGTGTTTCCGTGTGG,Primitive streak
SBR-72h:ATTATCCGTCCACAGC,Primitive streak
SBR-72h:TAACACGTCCGCAACG,Primitive streak
SBR-72h:TACGGTACAGCTGTTA,Primitive streak
SBR-72h:GACCCTTAGAACTTCC,Primitive streak
SBR-72h:GGGTGAAGTCTGTCCT,Primitive streak
SBR-72h:CTCCGATAGGAATGTT,Primitive streak
SBR-72h:TGATCTTTCGCCGAGT,Primitive streak
SBR-72h:TAACCAGTCCTGCTAC,Primitive streak
SBR-72h:TCCGGGAGTGATGGCA,Primitive streak
SBR-72h:CACTGTCAGATCCAAA,Primitive streak
SBR-72h:ATTCACTAGTTGCTGT,Primitive streak
SBR-72h:TGCGGCAGTAAGCTCT,Primitive streak
SBR-72h:ATTCCATAGTAACGTA,Primitive streak
SBR-72h:CCACGTTTCTCCGTGT,Ectopic pluripotency
SBR-72h:GCAGCCAGTTCCCAAA,Primitive streak
SBR-72h:CATAAGCAGCAGGCAT,Primitive streak
SBR-72h:TGAGCGCTCAACTCTT,Primitive streak
SBR-72h:GGGTTTAAGATTAGCA,Primitive streak
SBR-72h:AGAACCTAGATGGGCT,Primitive streak
SBR-72h:CTACCTGAGGCTGTAG,Primitive streak
SBR-72h:CGGAATTTCGCCAATA,Primitive streak
SBR-72h:ATAGACCAGAAGGATG,Primitive streak
SBR-72h:GGAGATGTCGACCACG,Primitive streak
SBR-72h:CCTCAACAGCGACATG,Primitive streak
SBR-72h:AGGCATTAGCACCGTC,Primitive streak
SBR-72h:AGTTCCCTCTATTCGT,Primitive streak
SBR-72h:TCGAAGTAGTTCGCAT,Primitive streak
SBR-72h:CGCATAAAGCGCTGCT,Primitive streak
SBR-72h:CTGGTCTGTCTTCTAT,Ectopic pluripotency
SBR-72h:ACGTCCTGTCGCTTGG,Primitive streak
SBR-72h:AAGGAATCACATACTG,Primitive streak
SBR-72h:GATAGCTGTCAGTCGC,Primitive streak
SBR-72h:AAGTGAAAGCCACCGT,Primitive streak
SBR-72h:GAGGGATCACTACCGG,Primitive streak
SBR-72h:TAGACTGAGCTAGAAT,Primitive streak
SBR-72h:GATCAGTTCTAAGCGT,Primitive streak
SBR-72h:ATGCGATAGTCGCCCA,Primitive streak
SBR-72h:GTTACGACAGGGACTA,Primitive streak
SBR-72h:TGGATGTGTAAGATTG,Primitive streak
SBR-72h:TGTAACGTCAACTGAC,Primitive streak
SBR-72h:GGGTTTAAGTTCAACC,Primitive streak
SBR-72h:TGTAAGCAGGCGAACT,Primitive streak
SBR-72h:TGAGCATGTGAGTTGG,Primitive streak
SBR-72h:GCCATGGTCACTGCTC,Ectopic pluripotency
SBR-72h:GTGCTGGAGGACAGCT,Primitive streak
SBR-72h:ATTTCACCATAGGAGC,Primitive streak
SBR-72h:CAGCAGCTCATTCGTT,Primitive streak
SBR-72h:ACGATCAAGGATTTCC,Primitive streak
SBR-72h:TCACTCGGTACTCCCT,Primitive streak
SBR-72h:TCCCATGAGCGTTCCG,Primitive streak
SBR-72h:TCGACCTTCCTTCACG,Primitive streak
SBR-72h:TCTGCCAGTCCTGGGT,Primitive streak
SBR-72h:ACTCTCGGTATCGTGT,Primitive streak
SBR-72h:GCGAGAACAAAGCTCT,Primitive streak
SBR-72h:TGTCAGAGTGAGGATC,Primitive streak
SBR-72h:GAACACTCATGGTGGA,Primitive streak
SBR-72h:CGGACACCACGCAGTC,Primitive streak
SBR-72h:TTCCTAATCTATTCGT,Primitive streak
SBR-72h:CATGGATGTGCACATT,Primitive streak
SBR-72h:GATGTTGGTGCCTGAC,Primitive streak
SBR-72h:GAGGCCTTCTGTGCGG,Primitive streak
SBR-72h:AACGAAATCTGGAGAG,Primitive streak
SBR-72h:TACTTCATCCTTGAAG,Primitive streak
SBR-72h:GTATTGGCATGAAAGT,Primitive streak
SBR-72h:GTGGAAGCATTGCTGA,Primitive streak
SBR-72h:CTGTGAATCAGTCCGG,Primitive streak
SBR-72h:AACAGGGAGCCTGAAG,Primitive streak
SBR-72h:TGAATGCTCTGGAAGG,Primitive streak
SBR-72h:CGTTCTGAGGAACGCT,Primitive streak
SBR-72h:TGTTACTGTTATGACC,Primitive streak
SBR-72h:ACACGCGCACCTTCCA,Primitive streak
SBR-72h:TTTCATGGTATGGAAT,Naive pluripotency
SBR-72h:GGAACCCGTTGTATGC,Primitive streak
SBR-72h:CCACAAATCCATCAGA,Primitive streak
SBR-72h:ATTTCTGAGGGAGATA,Primitive streak
SBR-72h:GTCTAGACAGTGTATC,Primitive streak
SBR-72h:GAGGCCTCACTGAGTT,Primitive streak
SBR-72h:CATGCAAAGACTTAAG,Primitive streak
SBR-72h:AGGATAATCCCAGGAC,Primitive streak
SBR-72h:CGCATAAAGATCCCAT,Primitive streak
SBR-72h:AAATGGATCAAAGGAT,Primitive streak
SBR-72h:GCCTGTTGTTATCTTC,Primitive streak
SBR-72h:CTAGACACAGAGTAAT,Primitive streak
SBR-72h:AAGCCATAGGTAATCA,Primitive streak
SBR-72h:GGTCTGGTCATTGAGC,Primitive streak
SBR-72h:ATCACAGTCCGAGAAG,Primitive streak
SBR-72h:GTTGCTCAGCCGCACT,Primitive streak
SBR-72h:CATACCCGTGTGCTTA,Primitive streak
SBR-72h:GTCTTTATCAAGGCTT,Primitive streak
SBR-72h:TTCCTAAGTGGTCTCG,Primitive streak
SBR-72h:ACGATCATCCACACAA,Primitive streak
SBR-72h:CAGAGCCCAGAAATCA,Primitive streak
SBR-72h:TAGGAGGTCAATCTTC,Primitive streak
SBR-72h:ATTCGTTTCCAAGCCG,Primitive streak
SBR-72h:CAGCACGAGTGCAGCA,Primitive streak
SBR-72h:GGCACGTCAGAACATA,Primitive streak
SBR-72h:AGGAAATTCTTCGACC,Primitive streak
SBR-72h:CCTTTGGTCTGCGTCT,Primitive streak
SBR-72h:ATGATCGAGCAAATGT,Primitive streak
SBR-72h:CGTCAAAGTACAGGTG,Primitive streak
SBR-72h:TGGGCGTAGATGCTGG,Primitive streak
SBR-72h:TGAGACTGTTCTGACA,Primitive streak
SBR-72h:CTGCCATCAGAGGGTT,Primitive streak
SBR-72h:ATCACAGAGATTGTGA,Primitive streak
SBR-72h:TCTCTGGAGACCATTC,Primitive streak
SBR-72h:TGTTCATCACACCTGG,Primitive streak
SBR-72h:GAGCCTGCAGTAGGAC,Primitive streak
SBR-72h:TGATCAGTCAAAGACA,Primitive streak
SBR-72h:TCCACGTGTACCGTCG,Primitive streak
SBR-72h:GTTTGGAGTGATGAAT,Primitive streak
SBR-72h:GTGCACGAGTAATACG,Primitive streak
SBR-72h:CAGATACGTATGGTAA,Primitive streak
SBR-72h:CGCAGGTTCCCACAGG,Primitive streak
SBR-72h:TTTGACTTCAACACGT,Primitive streak
SBR-72h:ACAAAGATCTTCCACG,Cd63+ ectoderm-like artefact
SBR-72h:GATGTTGCACATGACT,Primitive streak
SBR-72h:CCTCCTCCACCAAATC,Primitive streak
SBR-72h:CATTCTAAGCGTGCCT,Primitive streak
SBR-72h:TTAGTCTAGGTGCTTT,Primitive streak
SBR-72h:ACTACGAGTTGGTGTT,Primitive streak
SBR-72h:AGCTCAATCATTGCGA,Primitive streak
SBR-72h:ACCCAAACAAGGTCTT,Primitive streak
SBR-72h:ATGAGGGAGCAAGTCG,Primitive streak
SBR-72h:CGTAATGAGGCACTAG,Primitive streak
SBR-72h:CCCGGAAGTGCTTCAA,Primitive streak
SBR-72h:CACGAATAGATCCAAA,Ectopic pluripotency
SBR-72h:TTAATCCTCCCTCGAT,Primitive streak
SBR-72h:TGTTTGTTCGGCACTG,Primitive streak
SBR-72h:AACGGGAAGTCTAGAA,Primitive streak
SBR-72h:TCCCAGTAGGCCTGCT,Primitive streak
SBR-72h:TGCGGGTCACACGTGC,Primitive streak
SBR-72h:TTGATGGCATGACTGT,Primitive streak
SBR-72h:AGGACGAGTATTCTCT,Primitive streak
SBR-72h:TGATCTTAGACGGTCA,Cd63+ ectoderm-like artefact
SBR-72h:TCGCACTGTTAACCTG,Primitive streak
SBR-72h:TGGATGTGTATGACAA,Primitive streak
SBR-72h:TCCCACAAGCAAATCA,Primitive streak
SBR-72h:ACTGTGAAGTACGAGC,Primitive streak
SBR-72h:TTAGGCAGTTTGCAGT,Primitive streak
SBR-72h:CCCTCTCAGCACACCC,Primitive streak
SBR-72h:ATCGTCCCAGGTCCGT,Primitive streak
SBR-72h:CTGAATGGTTCACGAT,Primitive streak
SBR-72h:ACGTCCTGTACTGGGA,Primitive streak
SBR-72h:TACCCGTAGTTTGAGA,Primitive streak
SBR-72h:AAAGGTAGTGCAACAG,Primitive streak
SBR-72h:TTGTGGAGTTGCATAC,Primitive streak
SBR-72h:CGTGTCTAGGCTAGCA,Primitive streak
SBR-72h:TGACAGTAGCATACTC,Ectopic pluripotency
SBR-72h:TTGGATGTCTGGTCAA,Primitive streak
SBR-72h:GACTATGGTCTGCGCA,Primitive streak
SBR-72h:CATACCCTCGCCGTGA,Primitive streak
SBR-72h:ATGCCTCAGAGTCGAC,Primitive streak
SBR-72h:GACGTTAGTGATCATC,Primitive streak
SBR-72h:TTAGGCATCACTTCTA,Primitive streak
SBR-72h:CTCCGATAGGCCATAG,Primitive streak
SBR-72h:CGCCAGAGTACTAGCT,Primitive streak
SBR-72h:AGGGCTCTCATGTCAG,Primitive streak
SBR-72h:TGCTTCGTCTGCCTCA,Primitive streak
SBR-72h:ACGATGTAGCGCTTCG,Naive pluripotency
SBR-72h:TAGTGCAGTACAGAGC,Primitive streak
SBR-72h:GGTCACGGTCCGGTGT,Primitive streak
SBR-72h:TAATTCCCAAACCACT,Primitive streak
SBR-72h:CAAGAGGTCCTTCACG,Primitive streak
SBR-72h:CCCATTGGTACGGATG,Primitive streak
SBR-72h:TTGGTTTCAATCAAGA,Primitive streak
SBR-72h:TTTAGTCGTGCATGTT,Primitive streak
SBR-72h:TCCTGCACACGTCGTG,Primitive streak
SBR-72h:ACACCAAAGTTACGGG,Primitive streak
SBR-72h:CTCAATTAGAGGTCGT,Primitive streak
SBR-72h:CGTGAATTCGTCAGAT,Primitive streak
SBR-72h:TGTGGCGGTCTAATCG,Primitive streak
SBR-72h:ACCACAAGTCCAGCAC,Cd63+ ectoderm-like artefact
SBR-72h:GTAAGTCAGTGGATTA,Primitive streak
SBR-72h:GATCCCTCAAGAAACT,Primitive streak
SBR-72h:ATCTCTATCAGCGGAA,Primitive streak
SBR-72h:GACCAATCAACCGATT,Primitive streak
SBR-72h:GACAGCCTCCTTACCG,Primitive streak
SBR-72h:CATAGACTCATCGTAG,Primitive streak
SBR-72h:CACATGATCTCCCAAC,Primitive streak
SBR-72h:AGTTAGCGTCATACCA,Primitive streak
SBR-72h:CACTGTCCACTCTGCT,Primitive streak
SBR-72h:TTGTTGTTCACTTTGT,Primitive streak
SBR-72h:GCTACCTAGAAGAACG,Primitive streak
SBR-72h:ATGAGGGTCTGGGCCA,Primitive streak
SBR-72h:GATTCGAGTCCACGCA,Primitive streak
SBR-72h:TCGATTTTCCCTCGTA,Primitive streak
SBR-72h:CTGTACCAGCACTAGG,Primitive streak
SBR-72h:TCTATACGTCCTACAA,Primitive streak
SBR-72h:GTAATCGGTACCGGCT,Primitive streak
SBR-72h:TTGGGTAAGATCGACG,Primitive streak
SBR-72h:TGGGCTGAGGCATCAG,Primitive streak
SBR-72h:CTCAAGAGTCAACCAT,Primitive streak
SBR-72h:AGGAATAAGTTAGTGA,Primitive streak
SBR-72h:CCACTTGGTCAGGTAG,Primitive streak
SBR-72h:CTGGTCTGTACTGACT,Primitive streak
SBR-72h:TTATTGCGTCAGGAGT,Primitive streak
SBR-72h:TTAATCCCACGCTGAC,Primitive streak
SBR-72h:AGTGCCGGTGAATATG,Primitive streak
SBR-72h:CGATGGCTCCATGATG,Primitive streak
SBR-72h:GTTGTCCAGCCATTTG,Primitive streak
SBR-72h:ATTATCCTCCTCTTTC,Primitive streak
SBR-72h:TATTGGGGTACCATAC,Primitive streak
SBR-72h:CTTCTCTCAGACCAGA,Primitive streak
SBR-72h:TCTAACTCAGAGTTGG,Primitive streak
SBR-72h:CATCGTCAGTAATTGG,Primitive streak
SBR-72h:TGCACGGCAGGTGACA,Primitive streak
SBR-72h:TTTCAGTGTCGTGGTC,Primitive streak
SBR-72h:TTCAATCCAGAAGTGC,Primitive streak
SBR-72h:TCCTAATAGGCATCTT,Primitive streak
SBR-72h:GGGTTTATCCTTTAGT,Primitive streak
SBR-72h:AGGAGGTTCCTGCCAT,Primitive streak
SBR-72h:GTTGTAGAGGCCCGTT,Primitive streak
SBR-72h:ACTATTCCAAGAGGCT,Primitive streak
SBR-72h:TATTGGGGTCTTCCGT,Primitive streak
SBR-72h:GGGTCACTCACCTCGT,Primitive streak
SBR-72h:TACGCTCAGACTTGTC,Primitive streak
SBR-72h:AGAGAGCGTTGCTGAT,Primitive streak
SBR-72h:AAGTGAACATCATGAC,Ectopic pluripotency
SBR-72h:CATTCATAGACACACG,Primitive streak
SBR-72h:TCATATCGTTTCGACA,Primitive streak
SBR-72h:CTTTCAAGTCACCTTC,Primitive streak
SBR-72h:TGTAAGCTCCGATAAC,Primitive streak
SBR-72h:AGTACTGTCGCTTGCT,Primitive streak
SBR-72h:AGTGACTAGCCAACCC,Primitive streak
SBR-72h:AAATGGAAGCCGGAAT,Naive pluripotency
SBR-72h:TGTGAGTAGAAACCAT,Primitive streak
SBR-72h:TTCCACGCATTCTCTA,Primitive streak
SBR-72h:TCTCAGCAGTCAGGGT,Primitive streak
SBR-72h:GCTCAAAGTCCTCCTA,Primitive streak
SBR-72h:CCTAAGAGTGGATCGA,Primitive streak
SBR-72h:TCGGGACAGTGGCGAT,Primitive streak
SBR-72h:GTTGTGAGTTGCAACT,Primitive streak
SBR-72h:GCATCTCTCCTTCACG,Primitive streak
SBR-72h:CCTAAGACAAACTAAG,Primitive streak
SBR-72h:AACGTCAGTAGCACAG,Primitive streak
SBR-72h:TGTCAGACACTGCTTC,Primitive streak
SBR-72h:CATGCGGTCTGCCTCA,Primitive streak
SBR-72h:TACTTGTTCGACACCG,Primitive streak
SBR-72h:ACATGCAGTGCAACGA,Primitive streak
SBR-72h:CATCGGGGTCTCAAGT,Primitive streak
SBR-72h:GATGGAGGTGGCGTAA,Primitive streak
SBR-72h:TACCTCGAGTCGGCAA,Primitive streak
SBR-72h:CCTCTCCCAGTAGGAC,Primitive streak
SBR-72h:ACATTTCGTCTACAGT,Primitive streak
SBR-72h:AATCGACGTGTCCAAT,Primitive streak
SBR-72h:GCTGCAGAGCAGCACA,Primitive streak
SBR-72h:GTTGTGAGTAGCACGA,Primitive streak
SBR-72h:TCGACGGAGCTCAGAG,Primitive streak
SBR-72h:CGAGGCTAGTTGTAAG,Primitive streak
SBR-72h:CACGGGTTCATACAGC,Primitive streak
SBR-72h:CAAGAGGCAGTTTCAG,Primitive streak
SBR-72h:TGAGACTTCCATCTGC,Primitive streak
SBR-72h:AGAGAATTCAGCGTCG,Primitive streak
SBR-72h:AGTCATGCAACCAACT,Primitive streak
SBR-72h:TTTGATCCAATCAAGA,Primitive streak
SBR-72h:CCAATGAGTCCTACAA,Primitive streak
SBR-72h:ATTCGTTCAAGTGGCA,Primitive streak
SBR-72h:CACGAATAGCGATGAC,Primitive streak
SBR-72h:CATAAGCAGTCTTGGT,Primitive streak
SBR-72h:GTTACAGCATCTGCGG,Naive pluripotency
SBR-72h:GTCATGATCACATACG,Primitive streak
SBR-72h:CTCTCGAAGATGAATC,Naive pluripotency
SBR-72h:CAAAGAACATGTGGTT,Primitive streak
SBR-72h:GTCAAGTTCCCTCGTA,Primitive streak
SBR-72h:ACTTCGCAGTCACAGG,Primitive streak
SBR-72h:GGAGCAAAGAAACTAC,Primitive streak
SBR-72h:CTGTGGGCATGTCTAG,Primitive streak
SBR-72h:ACTGTGAGTGACTGAG,Primitive streak
SBR-72h:CTACAGATCTGGCCGA,Primitive streak
SBR-72h:GCGATCGTCACCTCAC,Ectopic pluripotency
SBR-72h:CTGTAGATCGCTCCTA,Primitive streak
SBR-72h:GTCGAATAGCCGCACT,Primitive streak
SBR-72h:CCGTTCATCGCGTAGC,Ectopic pluripotency
SBR-72h:TTCTAGTAGATCACCT,Primitive streak
SBR-72h:TCTTGCGCAGAGGTAC,Primitive streak
SBR-72h:ATCTCTAGTCAGACTT,Primitive streak
SBR-72h:GACTTCCGTGCATTAC,Primitive streak
SBR-72h:CTCTGGTCATACTGTG,Primitive streak
SBR-72h:GGGACTCCATCATCCC,Primitive streak
SBR-72h:TCTGTCGCAATCAAGA,Primitive streak
SBR-72h:TCCTTTCCATCGATAC,Primitive streak
SBR-72h:CATACAGTCTGTTGGA,Primitive streak
SBR-72h:CTACCCACATGTTCAG,Primitive streak
SBR-72h:GTTAGACGTCTAATCG,Primitive streak
SBR-72h:AGGAAATAGGGCAGAG,Primitive streak
SBR-72h:GCATTAGAGTCGGGAT,Primitive streak
SBR-72h:TTACCGCAGTCATGGG,Primitive streak
SBR-72h:AATCACGAGCATGATA,Primitive streak
SBR-72h:AGACAGGTCATCACAG,Primitive streak
SBR-72h:GTGGAGACAGAAACCG,Primitive streak
SBR-72h:CTAAGTGTCTTAAGGC,Primitive streak
SBR-72h:ATTGGGTGTGGACTAG,Primitive streak
SBR-72h:CCGTGAGTCTCTAAGG,Primitive streak
SBR-72h:ACAAAGAGTTCAAGTC,Primitive streak
SBR-72h:ACTGATGTCCATCTGC,Primitive streak
SBR-72h:TCTTGCGAGTAAGAGG,Ectopic pluripotency
SBR-72h:AGTTCCCAGCCATTGT,Primitive streak
SBR-72h:ATCGATGCAGCTCTGG,Primitive streak
SBR-72h:AGGTTACCATCGCTAA,Primitive streak
SBR-72h:ATTACTCGTACGCTTA,Primitive streak
SBR-72h:ACCTGTCAGACACACG,Primitive streak
SBR-72h:GTGTGATGTCAGGTGA,Primitive streak
SBR-72h:TATACCTTCCACTAGA,Primitive streak
SBR-72h:AGCGTATCAGCGTGCT,Primitive streak
SBR-72h:TTCACGCCAGGCATTT,Primitive streak
SBR-72h:TATCTGTAGGGAGTGG,Primitive streak
SBR-72h:CACTGGGGTAGTCGGA,Primitive streak
SBR-72h:ATCTCTATCTCCTACG,Primitive streak
SBR-72h:TCCGAAACAAGCCTGC,Primitive streak
SBR-72h:CATGCCTGTGTTGAGG,Primitive streak
SBR-72h:CAACAGTTCGACTCCT,Primitive streak
SBR-72h:TGCACGGCAGATACTC,Primitive streak
SBR-72h:CAACGGCCAGCCATTA,Cd63+ ectoderm-like artefact
SBR-72h:CGGGTGTAGCTGACTT,Primitive streak
SBR-72h:TTCAATCAGAAGCCTG,Ectopic pluripotency
SBR-72h:CTGAGGCAGTATGGAT,Primitive streak
SBR-72h:AGGGTCCCACTCATAG,Primitive streak
SBR-72h:TGCAGTACACAACGTT,Primitive streak
SBR-72h:CGACAGCTCCTCTAGC,Primitive streak
SBR-72h:AGAACAATCTTGGGCG,Primitive streak
SBR-72h:GATAGAATCTCCATAT,Primitive streak
SBR-72h:CCTATCGCAGCAGTAG,Primitive streak
SBR-72h:TAAGCACGTCTACAAC,Primitive streak
SBR-72h:AGTTAGCGTCGACGCT,Primitive streak
SBR-72h:GTTCATTGTGAGCAGT,Primitive streak
SBR-72h:GTGCTGGGTCCTTGTC,Primitive streak
SBR-72h:TTCGCTGGTGGCTGAA,Primitive streak
SBR-72h:TCTCAGCGTTTCGACA,Primitive streak
SBR-72h:GAAGCCCAGAGAGGTA,Primitive streak
SBR-72h:GGGAGATCAAGAGGTC,Primitive streak
SBR-72h:TATGTTCGTTAGTTCG,Primitive streak
SBR-72h:GCCAGTGAGCCACAAG,Primitive streak
SBR-72h:GGGATCCCATGAGGGT,Primitive streak
SBR-72h:TGCGATAGTATGGTTC,Cd63+ ectoderm-like artefact
SBR-72h:TTGGGCGCAACTGGTT,Primitive streak
SBR-72h:TTCATGTCACATTCTT,Primitive streak
SBR-72h:GAGACCCGTTAAGACA,Primitive streak
SBR-72h:ATAGACCAGTAACGTA,Primitive streak
SBR-72h:AGCCAGCCAGACAATA,Primitive streak
SBR-72h:GGTTCTCCATCCTGTC,Primitive streak
SBR-72h:TCACATTGTGCAACAG,Primitive streak
SBR-72h:ATTTACCGTCTGTGAT,Primitive streak
SBR-72h:GACTTCCAGAATCGCG,Primitive streak
SBR-72h:CGAAGGATCCTACAAG,Primitive streak
SBR-72h:GCGGAAATCTGAGGCC,Primitive streak
SBR-72h:AATAGAGTCCACGGGT,Primitive streak
SBR-72h:TTGGATGAGTTACGAA,Primitive streak
SBR-72h:CTGGACGTCGGCATAT,Primitive streak
SBR-72h:CGGAATTCACGTAGAG,Primitive streak
SBR-72h:TATCTTGGTCACTCAA,Primitive streak
SBR-72h:TTACAGGGTCCTTGTC,Primitive streak
SBR-72h:AGGTAGGCACTTCAGA,Primitive streak
SBR-72h:TTGGGTAGTGCGTGCT,Primitive streak
SBR-72h:AGATGCTTCTCATTGT,Primitive streak
SBR-72h:CACTAAGAGGCTAGCA,Primitive streak
SBR-72h:GGACGTCAGAGGTGCT,Primitive streak
SBR-72h:ACCATTTTCCACTAGA,Primitive streak
SBR-72h:TAGCACACAAGTCCCG,Primitive streak
SBR-72h:GCTTTCGTCAAGAATG,Primitive streak
SBR-72h:CGGGTGTGTTGAGGAC,Primitive streak
SBR-72h:TGTACAGAGCACTCAT,Primitive streak
SBR-72h:CAAGAGGCAAAGGGTC,Primitive streak
SBR-72h:TCCGTGTGTGCCTGCA,Primitive streak
SBR-72h:CATGGATGTACTTGTG,Primitive streak
SBR-72h:TGCAGGCCAAGCCCAC,Primitive streak
SBR-72h:TCTGGCTAGAGCCTGA,Primitive streak
SBR-72h:ATCGCCTCAGGGACTA,Primitive streak
SBR-72h:AGGTAGGGTGGTAATA,Primitive streak
SBR-72h:TCGCACTCACAAATAG,Primitive streak
SBR-72h:AACCTGAAGGACATCG,Primitive streak
SBR-72h:GTCTACCGTACCGCGT,Primitive streak
SBR-72h:TGGCGTGCATGGCCAC,Primitive streak
SBR-72h:TATATCCTCTCCCTAG,Primitive streak
SBR-72h:ACGGGTCTCATGAAAG,Primitive streak
SBR-72h:ATTTCACAGCGATCGA,Primitive streak
SBR-72h:GTGTAACAGACGCATG,Primitive streak
SBR-72h:AATCGACTCAAGCTTG,Primitive streak
SBR-72h:TCATTTGTCGCCAGTG,Primitive streak
SBR-72h:ATTGTTCTCGACGCGT,Primitive streak
SBR-72h:CCTGTTGCAGGTTCGC,Cd63+ ectoderm-like artefact
SBR-72h:CTAGACAGTGCATTTG,Primitive streak
SBR-72h:CTGGACGTCAAGGTGG,Primitive streak
SBR-72h:AGAACAAGTGCGAGTA,Primitive streak
SBR-72h:AGTGCCGGTCTACAAC,Primitive streak
SBR-72h:GCACGGTTCTCATGGA,Primitive streak
SBR-72h:TTTCCTCCAACTCATG,Primitive streak
SBR-72h:CTACCCATCGTGGACC,Primitive streak
SBR-72h:AGCTTCCCAGGAGGTT,Primitive streak
SBR-72h:TTCTAACGTGTGTGGA,Primitive streak
SBR-72h:GACCCTTTCGTCGATA,Primitive streak
SBR-72h:CGATGCGAGAATTGCA,Primitive streak
SBR-72h:TAGGTTGGTACAGTAA,Ectopic pluripotency
SBR-72h:CTGTGGGGTTTATGCG,Primitive streak
SBR-72h:ATGCATGCACTGTCCT,Primitive streak
SBR-72h:ACATCCCCAGTGTGGA,Primitive streak
SBR-72h:GAGGCAATCGCGCTGA,Primitive streak
SBR-72h:GCGGATCGTATCTCTT,Primitive streak
SBR-72h:CCTCCAAGTGTTCCAA,Primitive streak
SBR-72h:GCATCGGGTCCAGAAG,Primitive streak
SBR-72h:AGTGCCGCAAGAGAGA,Primitive streak
SBR-72h:GATCATGGTTAACAGA,Primitive streak
SBR-72h:CAGCAGCGTCCTTTGC,Primitive streak
SBR-72h:GGCTGTGCAGAACATA,Primitive streak
SBR-72h:TGTCCCAGTGTCATGT,Primitive streak
SBR-72h:GGTGTCGTCGAACGGA,Primitive streak
SBR-72h:CTCAATTGTGAGATAT,Primitive streak
SBR-72h:AGGAATATCGATACAC,Primitive streak
SBR-72h:GCGATCGCAAACACCT,Primitive streak
SBR-72h:GTTCGCTCAAACTCGT,Primitive streak
SBR-72h:GCAACCGCAGAAACCG,Primitive streak
SBR-72h:GTAGAAACAGACAAGC,Primitive streak
SBR-72h:CGAGTTAGTTTCACAG,Primitive streak
SBR-72h:TGTCCTGCACAGTCCG,Primitive streak
SBR-72h:CATGCGGTCAAACCTG,Cd63+ ectoderm-like artefact
SBR-72h:CTCCATGCAGCTGGTC,Primitive streak
SBR-72h:TCCCAGTAGCTGACCC,Primitive streak
SBR-72h:GGGACCTGTTAACAGA,Primitive streak
SBR-72h:ATCTCTATCTGGGTCG,Ectopic pluripotency
SBR-72h:ATTCACTCAAATGAGT,Primitive streak
SBR-72h:TAGCACAGTGTAGGAC,Primitive streak
SBR-72h:GACGCTGCAAGATGTA,Primitive streak
SBR-72h:TGTTGAGTCCCATAGA,Primitive streak
SBR-72h:CACGTGGCATATCTCT,Primitive streak
SBR-72h:CCCTGATTCGATACAC,Primitive streak
SBR-72h:CCTGTTGAGTGCAAAT,Primitive streak
SBR-72h:AGCGATTCATTGCCTC,Primitive streak
SBR-72h:GTGCGTGAGTTGGACG,Primitive streak
SBR-72h:AACCTTTAGTTAACGA,Primitive streak
SBR-72h:AATGACCTCAACCGAT,Primitive streak
SBR-72h:CGGTCAGGTTTCGGCG,Primitive streak
SBR-72h:CTGGACGCACTAAACC,Primitive streak
SBR-72h:CTTAGGATCGGAGCAA,Primitive streak
SBR-72h:CGTGAATCATCACAGT,Primitive streak
SBR-72h:GATCCCTGTTCAAAGA,Primitive streak
SBR-72h:AAGCGTTTCTAGAACC,Ectopic pluripotency
SBR-72h:TCGTCCACATCTAGAC,Primitive streak
SBR-72h:ACAGGGACAGCTTCCT,Primitive streak
SBR-72h:AGTACTGGTGTAAACA,Primitive streak
SBR-72h:TGAATGCCACGCTGAC,Primitive streak
SBR-72h:TACGGTAAGTAGGGTC,Primitive streak
SBR-72h:ACCAACACAAACTAGA,Primitive streak
SBR-72h:CGGAGAATCAGCAGAG,Primitive streak
SBR-72h:TAGGGTTTCAAACCCA,Primitive streak
SBR-72h:ATGGAGGAGGAAGTAG,Primitive streak
SBR-72h:ATCGGATCATCACAGT,Primitive streak
SBR-72h:TTCTTCCCAGGTCAGA,Primitive streak
SBR-72h:ATGATCGAGGCGCTCT,Primitive streak
SBR-72h:GCCCGAACACGACAAG,Primitive streak
SBR-72h:GACTGATAGCGATGGT,Primitive streak
SBR-72h:CTCTGGTAGGAACTAT,Primitive streak
SBR-72h:ATCGTGACATGACAGG,Primitive streak
SBR-72h:GATCAGTAGTCACGAG,Primitive streak
SBR-72h:TCAGTCCTCGCAGAGA,Primitive streak
SBR-72h:ACACCAAGTACAGAGC,Ectopic pluripotency
SBR-72h:TCACTATCAGTTTCAG,Primitive streak
SBR-72h:ATGAGTCTCTCGACGG,Cd63+ ectoderm-like artefact
SBR-72h:CAGATCAGTTACCCAA,Primitive streak
SBR-72h:TCATGGACAAGCAGGT,Cd63+ ectoderm-like artefact
SBR-72h:CACTGTCGTGTGATGG,Primitive streak
SBR-72h:AAACGCTGTGTAGCAG,Primitive streak
SBR-72h:GGTAACTAGACCATAA,Primitive streak
SBR-72h:TGCTCCATCATCGCAA,Primitive streak
SBR-72h:GGTAACTGTAGCCCTG,Primitive streak
SBR-72h:TACGGGCTCGTTGCCT,Primitive streak
SBR-72h:CTACGGGTCTCCTACG,Primitive streak
SBR-72h:CCCTTAGTCACCGACG,Ectopic pluripotency
SBR-72h:CACGTTCGTCTAACTG,Primitive streak
SBR-72h:GGGAAGTTCCAACTAG,Primitive streak
SBR-72h:CTTTCAAAGGGACCAT,Primitive streak
SBR-72h:TCATGGAAGGGTGAGG,Primitive streak
SBR-72h:GTCCACTTCTGTGCGG,Primitive streak
SBR-72h:ACACTGATCGGACCAC,Primitive streak
SBR-72h:TCCCATGTCAGAGCGA,Primitive streak
SBR-72h:CGAAGGATCACGGGCT,Ectopic pluripotency
SBR-72h:GGTTCTCAGCTTTCCC,Primitive streak
SBR-72h:CCTCAACCACGAGGAT,Primitive streak
SBR-72h:TGGGATTCATAGAGGC,Primitive streak
SBR-72h:TCCGAAATCACAAGAA,Primitive streak
SBR-72h:ATGAGGGAGGTGCAGT,Primitive streak
SBR-72h:TTACCGCCATGGTACT,Primitive streak
SBR-72h:ATACCTTAGCGACATG,Ectopic pluripotency
SBR-72h:CTGCAGGGTGTGAATA,Primitive streak
SBR-72h:TTTGATCAGAAGCTGC,Primitive streak
SBR-72h:CGGAACCGTGTATACC,Primitive streak
SBR-72h:TATCTGTTCACCTGGG,Primitive streak
SBR-72h:TGTTCATCAGCTATAC,Primitive streak
SBR-72h:GAACGTTCAGATCACT,Primitive streak
SBR-72h:ACGTCCTAGCTCGGCT,Primitive streak
SBR-72h:TGCAGATAGAGCCTGA,Primitive streak
SBR-72h:TTGGGATAGACGCCCT,Primitive streak
SBR-72h:AACCTTTCACAGCTGC,Primitive streak
SBR-72h:TCCTCCCCAGACCTAT,Primitive streak
SBR-72h:CGGACACAGCGTACAG,Primitive streak
SBR-72h:CTCATTAGTTAGAGAT,Primitive streak
SBR-72h:GACCTTCGTCATTGCA,Primitive streak
SBR-72h:CCACACTGTCATCGCG,Primitive streak
SBR-72h:ATCGATGCAAGATGGC,Primitive streak
SBR-72h:AGCCACGCAGCATCTA,Naive pluripotency
SBR-72h:AGACAGGCAGGATCTT,Primitive streak
SBR-72h:ATCAGGTGTCTCTCTG,Primitive streak
SBR-72h:CCGTAGGTCCGATCGG,Primitive streak
SBR-72h:CAGTTCCCATCGAGCC,Primitive streak
SBR-72h:AGACAAAGTAGTACGG,Primitive streak
SBR-72h:GGAATCTTCGCCGATG,Primitive streak
SBR-72h:TCAAGACAGTCGGGAT,Primitive streak
SBR-72h:AGGGTCCCAGGGATAC,Primitive streak
SBR-72h:CATTCATTCGAGTGAG,Cd63+ ectoderm-like artefact
SBR-72h:TATTTCGGTACCAATC,Primitive streak
SBR-72h:AATGACCGTGTTCGTA,Primitive streak
SBR-72h:TGAGACTAGACCATGG,Primitive streak
SBR-72h:ATTGGGTTCCCTCTAG,Primitive streak
SBR-72h:TTCATGTTCTTGTGCC,Primitive streak
SBR-72h:TACATTCAGCTACTGT,Primitive streak
SBR-72h:TCACGCTAGTTCGCAT,Primitive streak
SBR-72h:TTTCCTCTCGACTCCT,Ectopic pluripotency
SBR-72h:ATCCGTCTCCAGCTCT,Primitive streak
SBR-72h:TCTCAGCGTTCTCGTC,Primitive streak
SBR-72h:AGTCTCCTCTTGCAGA,Primitive streak
SBR-72h:TTCTCTCCATAGGTTC,Primitive streak
SBR-72h:CTCATGCAGAGCAGAA,Primitive streak
SBR-72h:CCACACTCAGTCGTTA,Primitive streak
SBR-72h:CTGTAGACAGACCCGT,Primitive streak
SBR-72h:TCAGGGCGTTGCGGAA,Primitive streak
SBR-72h:TAATCTCTCGGCCAAC,Primitive streak
SBR-72h:ATGAGTCCAACCCTCT,Primitive streak
SBR-72h:CCACGTTTCTTCACAT,Primitive streak
SBR-72h:GATGCTAAGGTTACAA,Naive pluripotency
SBR-72h:AAACGCTAGCTGCCAC,Primitive streak
SBR-72h:ATGCATGTCTCCCAAC,Primitive streak
SBR-72h:TTGTTGTAGATCGCCC,Primitive streak
SBR-72h:GAGCCTGCATTCTCCG,Primitive streak
SBR-72h:GGAATGGAGAGAGTGA,Primitive streak
SBR-72h:GCCCGAAGTGGAACCA,Primitive streak
SBR-72h:ATGGAGGCATGGACAG,Primitive streak
SBR-72h:TCGAACAGTAGACACG,Primitive streak
SBR-72h:CATAAGCGTCCGGATC,Primitive streak
SBR-72h:TTGCGTCTCCTCGCAT,Primitive streak
SBR-72h:GTCTACCGTCATTCCC,Primitive streak
SBR-72h:GTGCTGGTCCTACTGC,Primitive streak
SBR-72h:GAATCACGTGGGATTG,Ectopic pluripotency
SBR-72h:ATGAGGGTCGCCATAA,Primitive streak
SBR-72h:AATGAAGTCTTCTGTA,Primitive streak
SBR-72h:GTACAACTCGGTGCAC,Primitive streak
SBR-72h:TGGTAGTAGAGCATTA,Primitive streak
SBR-72h:TTGTTCAAGAAGGGAT,Primitive streak
SBR-72h:ATGGAGGGTGTTAAAG,Primitive streak
SBR-72h:GTAGAAAAGAAGATCT,Primitive streak
SBR-72h:AAAGGTATCATCCTAT,Primitive streak
SBR-72h:GAGGCAAGTTGCTCGG,Primitive streak
SBR-72h:GTAGAAAGTCTGGTTA,Primitive streak
SBR-72h:AGGGTGAGTAGTGCGA,Primitive streak
SBR-72h:GGAGGTACAGAGTGAC,Primitive streak
SBR-72h:CTGAGGCCAGATCATC,Primitive streak
SBR-72h:CACAGGCGTTGGACCC,Primitive streak
SBR-72h:GCCGTGACATGCGTGC,Primitive streak
SBR-72h:ACGTACAGTCAACCTA,Ectopic pluripotency
SBR-72h:GGCTTTCAGCTGCCAC,Primitive streak
SBR-72h:GTAACACGTGCTAGCC,Primitive streak
SBR-72h:CCCGAAGCAGAGATGC,Primitive streak
SBR-72h:TCGGTCTCAAGAGTTA,Primitive streak
SBR-72h:GACCGTGTCGGACTGC,Primitive streak
SBR-72h:GTGGGAAGTGGTCCGT,Primitive streak
SBR-72h:GGGTCACGTCGGTAAG,Primitive streak
SBR-72h:CCTACGTTCCTGTTAT,Primitive streak
SBR-72h:ATGCATGAGATGCAGC,Ectopic pluripotency
SBR-72h:AGTGATCAGTCGAGGT,Primitive streak
SBR-72h:GAATCGTTCCCATAAG,Primitive streak
SBR-72h:CGGGTCAAGTGCCTCG,Primitive streak
SBR-72h:GGAGATGGTCTCACAA,Primitive streak
SBR-72h:GAGGGTACAGTCCCGA,Ectopic pluripotency
SBR-72h:GTTACGAAGTCACACT,Primitive streak
SBR-72h:AACCTGAGTCTCAAGT,Primitive streak
SBR-72h:CTCAAGAGTTTGGCTA,Primitive streak
SBR-72h:CATCAAGAGGCGAAGG,Primitive streak
SBR-72h:TCTGTCGCAGACTCTA,Primitive streak
SBR-72h:ATTTACCAGAGGCGGA,Ectopic pluripotency
SBR-72h:CGAGTGCCAGTTCTAG,Primitive streak
SBR-72h:TACCGGGAGGATTCAA,Primitive streak
SBR-72h:GCTGCAGCATGCCATA,Primitive streak
SBR-72h:TTACGCCTCGGAGTAG,Primitive streak
SBR-72h:AGGGAGTTCGTAACTG,Primitive streak
SBR-72h:CTCAGGGTCACCATGA,Primitive streak
SBR-72h:ACGATGTAGGAACGTC,Primitive streak
SBR-72h:GCGAGAAGTCTGATCA,Primitive streak
SBR-72h:TTCCGGTCATACGCAT,Primitive streak
SBR-72h:ACCAACATCTGGGCGT,Primitive streak
SBR-72h:GCCCAGAGTCTACGAT,Ectopic pluripotency
SBR-72h:TCAAGTGCAACAGCCC,Primitive streak
SBR-72h:TCCGAAAGTCTCAGGC,Primitive streak
SBR-72h:GGCTGTGTCCATTTCA,Primitive streak
SBR-72h:CCACACTGTGATCGTT,Primitive streak
SBR-72h:CGAGTGCCATAGGAGC,Primitive streak
SBR-72h:CTCCCAAAGAGCCGTA,Primitive streak
SBR-72h:TTTCGATAGACTTGTC,Primitive streak
SBR-72h:CCCATTGAGGTCGAGT,Primitive streak
SBR-72h:GTGTGGCCAGATCACT,Primitive streak
SBR-72h:AGATCCAGTGTCATTG,Primitive streak
SBR-72h:GCGTTTCTCGTGTCAA,Primitive streak
SBR-72h:CCCTCTCGTTCGGTAT,Primitive streak
SBR-72h:CGATGCGTCACCTGTC,Primitive streak
SBR-72h:CGGAGAAGTTGATGTC,Primitive streak
SBR-72h:ACTATCTCAAGTTGGG,Primitive streak
SBR-72h:AGACAAATCAACGTGT,Primitive streak
SBR-72h:TTAGGCACACACCAGC,Primitive streak
SBR-72h:GGACGTCAGGAGCAAA,Primitive streak
SBR-72h:ATATCCTTCGGTAGGA,Primitive streak
SBR-72h:GATTGGTTCCACCTCA,Primitive streak
SBR-72h:ATCACTTGTAATGATG,Primitive streak
SBR-72h:TGGTGATTCTAGTGTG,Primitive streak
SBR-72h:CGCAGGTTCAGAGCAG,Primitive streak
SBR-72h:CGTCCATGTTGTTGAC,Primitive streak
SBR-72h:AGGCTGCAGCGATGAC,Primitive streak
SBR-72h:GGAGAACAGTGGATTA,Primitive streak
SBR-72h:ATTCATCGTGACGTCC,Cd63+ ectoderm-like artefact
SBR-72h:TCGATTTCAACCGCTG,Primitive streak
SBR-72h:GATGGAGCACACGTGC,Primitive streak
SBR-72h:ACACCAAAGCCTGTGC,Primitive streak
SBR-72h:TTGTGGAAGAGATTCA,Primitive streak
SBR-72h:TCCTTTCCAAGACCTT,Primitive streak
SBR-72h:TAGGGTTAGTTGTCGT,Primitive streak
SBR-72h:CCGAACGAGACGAGCT,Primitive streak
SBR-72h:GCAACATGTCGATTTG,Primitive streak
SBR-72h:GATCACAAGCTGTCCG,Primitive streak
SBR-72h:TACCCGTGTAAGTCAA,Primitive streak
SBR-72h:CTGCCTACACACCAGC,Primitive streak
SBR-72h:ATAGGCTAGCGAGGAG,Primitive streak
SBR-72h:CGGGTGTAGCAGTCTT,Primitive streak
SBR-72h:TCATGGACATAAGCGG,Primitive streak
SBR-72h:AACCTTTTCGCCGTGA,Primitive streak
SBR-72h:TGATTCTGTAGGTAGC,Primitive streak
SBR-72h:CTTCGGTTCAACTACG,Primitive streak
SBR-72h:TTCTGTACACCCTGAG,Primitive streak
SBR-72h:AAGTGAACATTCAGGT,Primitive streak
SBR-72h:GAGTCTAGTGTCCACG,Primitive streak
SBR-72h:GATTCGACACATATGC,Primitive streak
SBR-72h:AACGGGATCTCAACGA,Primitive streak
SBR-72h:TGTTCATAGAAGCGGG,Primitive streak
SBR-72h:GTAACCAAGTTGCCCG,Primitive streak
SBR-72h:GTTGTGAGTGACCGAA,Primitive streak
SBR-72h:TCATTGTGTTACAGCT,Primitive streak
SBR-72h:TCTATACTCACCTTAT,Primitive streak
SBR-72h:CGTCCATTCTCTATGT,Primitive streak
SBR-72h:GACTTCCTCACCTCAC,Primitive streak
SBR-72h:ATTCGTTCACATATCG,Primitive streak
SBR-72h:CGAAGGATCTAGTTCT,Primitive streak
SBR-72h:GGGTTTAGTACGGGAT,Primitive streak
SBR-72h:CCCTGATAGGATTCAA,Primitive streak
SBR-72h:CTCAGGGGTCGTTATG,Primitive streak
SBR-72h:TTCGATTTCCGAAGGA,Primitive streak
SBR-72h:GCGGATCTCGTGCATA,Primitive streak
SBR-72h:GGCTTGGCATGATAGA,Primitive streak
SBR-72h:CTGTAGATCAGAGTGG,Primitive streak
SBR-72h:GTCATGATCCCATAGA,Primitive streak
SBR-72h:GGCTTTCTCGGCTCTT,Primitive streak
SBR-72h:TGCGATAAGCGCTGCT,Primitive streak
SBR-72h:CTCCTTTAGAGATTCA,Primitive streak
SBR-72h:GACGTTATCTGCCCTA,Primitive streak
SBR-72h:CATGCTCTCTCGTCAC,Primitive streak
SBR-72h:ATGAAAGGTCTGTCCT,Primitive streak
SBR-72h:CATGCAAGTGCAACGA,Primitive streak
SBR-72h:ATGGGTTGTGCTGCAC,Primitive streak
SBR-72h:GGCGTCAGTCCGGATC,Primitive streak
SBR-72h:TATCAGGGTACGATTC,Primitive streak
SBR-72h:CTACGGGGTCTGTCCT,Primitive streak
SBR-72h:GTCTAGATCATGAGAA,Primitive streak
SBR-72h:CGTAAGTCAGTTGCGC,Primitive streak
SBR-72h:CAAAGAACAATACAGA,Primitive streak
SBR-72h:CTCTGGTAGATGTTGA,Primitive streak
SBR-72h:TCAGGTACAACAAAGT,Primitive streak
SBR-72h:GGGATCCCAACTTCTT,Primitive streak
SBR-72h:TCTCCGACACTTACAG,Primitive streak
SBR-72h:CAGGTATGTACAGAGC,Primitive streak
SBR-72h:GGGAGATTCTTGGTCC,Primitive streak
SBR-72h:ATCGGCGCAAATGCTC,Primitive streak
SBR-72h:TTCTAACTCAGAACCT,Primitive streak
SBR-72h:TGGAGAGTCTGGTTGA,Primitive streak
SBR-72h:GTCAAGTGTTGGGTAG,Primitive streak
SBR-72h:GATCATGGTCTACAGT,Primitive streak
SBR-72h:CCAATGACACTCATAG,Primitive streak
SBR-72h:TAAGCGTTCACCCTTG,Primitive streak
SBR-72h:AGTTCGACATGGGCAA,Primitive streak
SBR-72h:AGCATCATCTTACGTT,Primitive streak
SBR-72h:AAAGTCCTCACTCGAA,Primitive streak
SBR-72h:GTGTTCCTCTACAGGT,Primitive streak
SBR-72h:TCACTATCAGTGCGCT,Primitive streak
SBR-72h:TCAGGGCGTGGTATGG,Primitive streak
SBR-72h:TAAGTCGGTATTGCCA,Primitive streak
SBR-72h:GAGACTTGTGGGAGAG,Primitive streak
SBR-72h:TGATGGTAGTTTCAGC,Primitive streak
SBR-72h:CTCAACCCAACGAGGT,Primitive streak
SBR-72h:ACAGAAAAGAGCCTGA,Primitive streak
SBR-72h:TCTGGCTTCGGAATGG,Primitive streak
SBR-72h:AGTCAACAGAAGTCTA,Primitive streak
SBR-72h:TGCAGTATCAAGTCTG,Ectopic pluripotency
SBR-72h:AGCCAGCGTGGTCTAT,Primitive streak
SBR-72h:CGTTAGATCGTTATCT,Primitive streak
SBR-72h:CCACGAGGTACGATCT,Primitive streak
SBR-72h:TGAGACTGTAAGTTAG,Primitive streak
SBR-72h:TTTCATGGTCGCGTCA,Primitive streak
SBR-72h:CTAAGTGCACCGTCTT,Primitive streak
SBR-72h:GGAATGGAGGTGAGAA,Primitive streak
SBR-72h:AGTGTTGCACTAGAGG,Primitive streak
SBR-72h:ATGATCGGTGACAGGT,Primitive streak
SBR-72h:TACATTCCACGGCCAT,Primitive streak
SBR-72h:GTCAGCGAGCCTGTGC,Ectopic pluripotency
SBR-72h:AGGAATAGTACGTGAG,Primitive streak
SBR-72h:GATTCTTGTTAACAGA,Primitive streak
SBR-72h:CTACAGACACCCATAA,Primitive streak
SBR-72h:TCTCAGCCAGATCCAT,Primitive streak
SBR-72h:CACGGGTTCGCTACGG,Primitive streak
SBR-72h:GGTAGAGTCTAGCCTC,Primitive streak
SBR-72h:TTCACCGGTAGATCGG,Primitive streak
SBR-72h:TAATTCCGTTTCGACA,Primitive streak
SBR-72h:CCGTGAGAGCTCCATA,Ectopic pluripotency
SBR-72h:CTAAGTGCATCGGCCA,Primitive streak
SBR-72h:TTGTTTGCACCCAATA,Primitive streak
SBR-72h:AGACAAAGTGACCGAA,Primitive streak
SBR-72h:TGACCCTGTGAGTAGC,Primitive streak
SBR-72h:GGTGATTAGACAAGCC,Primitive streak
SBR-72h:GGAGAACTCGCATAGT,Primitive streak
SBR-72h:ACGTAGTAGCGAGGAG,Primitive streak
SBR-72h:TCTTTGAAGACTACGG,Primitive streak
SBR-72h:CCATAAGTCGAAGTGG,Primitive streak
SBR-72h:TGCTTCGTCTCTCCGA,Primitive streak
SBR-72h:TGTGCGGGTTCTTGCC,Primitive streak
SBR-72h:CGCATGGGTTCAAGGG,Primitive streak
SBR-72h:CAGCGTGAGTCCTGCG,Primitive streak
SBR-72h:GTCAAGTAGTAAGCAT,Primitive streak
SBR-72h:GAAACCTCATTGGCAT,Primitive streak
SBR-72h:CTAGACACATGGTGGA,Primitive streak
SBR-72h:CGTGAATTCCAAACCA,Primitive streak
SBR-72h:AGGACTTTCTAGTTCT,Primitive streak
SBR-72h:TACTTACGTCACTAGT,Primitive streak
SBR-72h:TACGGTATCCCGAATA,Primitive streak
SBR-72h:GGTTGTATCTGAACGT,Primitive streak
SBR-72h:GGGCGTTCAGCTACAT,Primitive streak
SBR-72h:GGGCTACTCCGTGGCA,Primitive streak
SBR-72h:GAACTGTGTATCGATC,Primitive streak
SBR-72h:TGAGGTTAGCAACAGC,Primitive streak
SBR-72h:TACGGTAAGACTTCGT,Primitive streak
SBR-72h:CATCGCTCATTACTCT,Primitive streak
SBR-72h:GTCAGCGCAAGTGTCT,Primitive streak
SBR-72h:TGTAACGCACTACCCT,Primitive streak
SBR-72h:TCATACTTCTTCACAT,Primitive streak
SBR-72h:CCGTGAGGTTGTGTTG,Primitive streak
SBR-72h:CAGGCCACAACTGATC,Primitive streak
SBR-72h:GATGACTTCTGAATCG,Primitive streak
SBR-72h:GCGGAAATCCACGGAC,Primitive streak
SBR-72h:CCGGGTAAGGTGCCAA,Primitive streak
SBR-72h:GGTGGCTGTATTTCGG,Primitive streak
SBR-72h:TCCTCGAAGCTACTGT,Primitive streak
SBR-72h:TTAGGCATCCAGCACG,Primitive streak
SBR-72h:CCTCCAAGTGTGATGG,Primitive streak
SBR-72h:AATCGTGGTCAGGTAG,Primitive streak
SBR-72h:AAGTCGTTCCCTCTTT,Primitive streak
SBR-72h:AGTCATGCAACTACGT,Primitive streak
SBR-72h:TGCGGCAAGGTGCCAA,Primitive streak
SBR-72h:GTAAGTCGTATCCTCC,Primitive streak
SBR-72h:GTGTTCCAGCCAGACA,Primitive streak
SBR-72h:GTCCTCAGTCGTTATG,Primitive streak
SBR-72h:GGAGAACTCCCTCGTA,Primitive streak
SBR-72h:ATGGGTTCAAATCCCA,Primitive streak
SBR-72h:CGAAGTTAGTGCACCC,Primitive streak
SBR-72h:CGCATGGGTAAGAACT,Primitive streak
SBR-72h:CGACAGCCAGAGGTTG,Primitive streak
SBR-72h:TATCGCCAGCGTGCCT,Primitive streak
SBR-72h:TCGATTTAGGTCGTGA,Primitive streak
SBR-72h:CTGTAGAGTAGGACTG,Primitive streak
SBR-72h:AATCGTGCATGACAAA,Primitive streak
SBR-72h:TTGCTGCCAGCTGTGC,Primitive streak
SBR-72h:GTTCGCTGTATGAGAT,Ectopic pluripotency
SBR-72h:ATGAGTCAGCTAGATA,Primitive streak
SBR-72h:GAAGAATAGTCTCGTA,Primitive streak
SBR-72h:GTTACGATCGAACCAT,Primitive streak
SBR-72h:GTCTAGAAGGTTGCCC,Primitive streak
SBR-72h:AAAGTGATCTCACCCA,Primitive streak
SBR-72h:ATCGCCTAGCGACTTT,Primitive streak
SBR-72h:GATGTTGCATGCCGAC,Primitive streak
SBR-72h:AAGCCATGTGATATAG,Primitive streak
SBR-72h:CTACAGAGTGTATTGC,Primitive streak
SBR-72h:TTCTAACGTCACCCTT,Primitive streak
SBR-72h:CTCTCAGGTAAGTCAA,Primitive streak
SBR-72h:ATTCATCAGGGCCCTT,Primitive streak
SBR-72h:ATCGCCTTCACAAGGG,Primitive streak
SBR-72h:ACAGGGAGTATCGAGG,Primitive streak
SBR-72h:ATTTCTGCAATTGAGA,Primitive streak
SBR-72h:TCGAAGTAGAGGCGGA,Cd63+ ectoderm-like artefact
SBR-72h:CGTCCATTCCTGCCAT,Primitive streak
SBR-72h:TTCGCTGGTCGGAACA,Primitive streak
SBR-72h:TCGCACTGTGTTATCG,Primitive streak
SBR-72h:TCCTCGAAGGTGGTTG,Primitive streak
SBR-72h:GTGCAGCAGGCGTTAG,Primitive streak
SBR-72h:TCCAGAAAGTATGAAC,Primitive streak
SBR-72h:TGTTACTTCTTCGATT,Primitive streak
SBR-72h:CTTTCGGTCAACTGGT,Primitive streak
SBR-72h:TAAGCCAGTCGTAATC,Primitive streak
SBR-72h:CTGCCTAAGTACAACA,Primitive streak
SBR-72h:CTGCAGGCACATGACT,Primitive streak
SBR-72h:GTGAGCCCACGATAGG,Primitive streak
SBR-72h:GGGACTCCAAGCGCTC,Primitive streak
SBR-72h:CTAGGTACAACTTGCA,Primitive streak
SBR-72h:CTGTGGGCAACTGCTA,Primitive streak
SBR-72h:ACTGTCCGTACGTGTT,Primitive streak
SBR-72h:TCATTTGTCGAACGGA,Primitive streak
SBR-72h:CTCTGGTGTGAGCGAT,Primitive streak
SBR-72h:TCGTAGAGTTCAGCGC,Primitive streak
SBR-72h:GTGTGATGTTGCCGCA,Primitive streak
SBR-72h:GAGTGAGGTTTAGACC,Primitive streak
SBR-72h:CTGTGGGAGTCGCCAC,Primitive streak
SBR-72h:TGCAGATTCTGAGGCC,Primitive streak
SBR-72h:AGTAGCTTCTGCACCT,Primitive streak
SBR-72h:TTCCTAATCTCCCAAC,Primitive streak
SBR-72h:TGAGGAGAGCAGCAGT,Primitive streak
SBR-72h:AGGTTACGTATATGGA,Primitive streak
SBR-72h:ACGGTTACACATTCGA,Primitive streak
SBR-72h:CGAGTTAAGGGAGTGG,Primitive streak
SBR-72h:AGTTAGCGTGCATCTA,Primitive streak
SBR-72h:ATGTCCCTCGACCTAA,Primitive streak
SBR-72h:CCGATGGTCAGTAGGG,Primitive streak
SBR-72h:CAGATTGAGCACGGAT,Primitive streak
SBR-72h:CTTCCGACAAGCGAAC,Primitive streak
SBR-72h:CTTGATTTCATTTCCA,Primitive streak
SBR-72h:TTGAACGAGGTCGTAG,Primitive streak
SBR-72h:GACGCTGAGTCTTCCC,Primitive streak
SBR-72h:CTCCTTTAGAGAGGGC,Primitive streak
SBR-72h:CGAGGCTAGCGGTAAC,Primitive streak
SBR-72h:ATCAGGTCACGTACAT,Primitive streak
SBR-72h:GTAGAAACAACGAGGT,Primitive streak
SBR-72h:CTGTACCTCTTGAGCA,Primitive streak
SBR-72h:GTGCACGTCGGACTTA,Primitive streak
SBR-72h:CTCAAGATCTCAACCC,Primitive streak
SBR-72h:GTTATGGAGTGCAACG,Ectopic pluripotency
SBR-72h:CAGCGTGTCACTTCTA,Primitive streak
SBR-72h:TAGGAGGTCTTCACGC,Primitive streak
SBR-72h:AATCACGAGTTAGTAG,Primitive streak
SBR-72h:CGTAGTATCAGTGTGT,Primitive streak
SBR-72h:TACATTCGTATGATCC,Primitive streak
SBR-72h:ACTTTGTAGGTAGTCG,Primitive streak
SBR-72h:TCCTTCTGTTAGGGAC,Primitive streak
SBR-72h:TTTCAGTCATATGGCT,Primitive streak
SBR-72h:TACCCACTCCGACATA,Primitive streak
SBR-72h:AGTGTTGGTATTGGCT,Primitive streak
SBR-72h:GGTAGAGCAGACCGCT,Primitive streak
SBR-72h:GGGTATTTCGCGAAGA,Primitive streak
SBR-72h:ATTCTACGTATATGGA,Primitive streak
SBR-72h:TTACTGTGTACAGCGA,Primitive streak
SBR-72h:GGAGAACCAACTCCAA,Primitive streak
SBR-72h:GACCGTGAGAGGTTTA,Primitive streak
SBR-72h:CATTGAGAGAAGAGCA,Primitive streak
SBR-72h:GCCGATGCAAGGCCTC,Primitive streak
SBR-72h:AGTGTTGCACGGATCC,Primitive streak
SBR-72h:GATCACAGTGACACGA,Primitive streak
SBR-72h:TGGAACTTCAACGCTA,Cd63+ ectoderm-like artefact
SBR-72h:AGGCATTGTCCTACGG,Primitive streak
SBR-72h:TATTCCATCTTCCTAA,Primitive streak
SBR-72h:TGTAACGGTTCGATTG,Primitive streak
SBR-72h:CTTGAGAGTACCCAGC,Primitive streak
SBR-72h:TATCAGGCAAGACTGG,Primitive streak
SBR-72h:GGCAGTCAGCCATTTG,Primitive streak
SBR-72h:TGTTCCGAGCAGATAT,Primitive streak
SBR-72h:TGACCCTAGAAGATCT,Primitive streak
SBR-72h:TCCTTCTAGTGTACCT,Ectopic pluripotency
SBR-72h:GAGGGATCAATTGGTC,Primitive streak
SBR-72h:GCAGGCTGTTGTTGCA,Primitive streak
SBR-72h:AATGACCGTATCGAGG,Primitive streak
SBR-72h:TAGGAGGCAATGGCCC,Primitive streak
SBR-72h:CAACAACGTATCGCAT,Primitive streak
SBR-72h:CATTCCGTCGTTCCTG,Primitive streak
SBR-72h:AGGTGTTCAAGTATAG,Primitive streak
SBR-72h:GAACGTTCAGCGTACC,Primitive streak
SBR-72h:ACGTTCCAGGATTTCC,Primitive streak
SBR-72h:ATGGAGGTCCTTCAGC,Primitive streak
SBR-72h:TGAGACTCACCAGGTC,Primitive streak
SBR-72h:ATTACTCAGTTGTAAG,Primitive streak
SBR-72h:TCAGTGAGTTAGGACG,Primitive streak
SBR-72h:GCTTGGGTCTCACTCG,Primitive streak
SBR-72h:AGCGCCAAGACTCTTG,Primitive streak
SBR-72h:TTGTGGAGTAGCTTTG,Primitive streak
SBR-72h:GTGTCCTTCATACGAC,Primitive streak
SBR-72h:GCCTGTTGTAGACGTG,Primitive streak
SBR-72h:TGGCGTGTCGCCATAA,Primitive streak
SBR-72h:TTACTGTAGGTATTGA,Primitive streak
SBR-72h:TACACCCGTTTAGTCG,Primitive streak
SBR-72h:CAATGACGTAGTGCGA,Primitive streak
SBR-72h:CATGCAAAGAATGTTG,Primitive streak
SBR-72h:CTCCGATTCCACGGAC,Primitive streak
SBR-72h:TGCTTCGCATGCCGAC,Primitive streak
SBR-72h:AGCGTATTCTTACACT,Primitive streak
SBR-72h:GAACTGTTCGAGAGAC,Primitive streak
SBR-72h:GTCTTTATCGGCAGTC,Primitive streak
SBR-72h:CAGATCACACTGTTCC,Primitive streak
SBR-72h:GGTGAAGTCCTTACCG,Primitive streak
SBR-72h:GCCTGTTCACTGAGGA,Primitive streak
SBR-72h:ATTACTCCACGACCTG,Naive pluripotency
SBR-72h:TTTGGAGTCCTGGGAC,Primitive streak
SBR-72h:TTGGGCGGTCCACGCA,Primitive streak
SBR-72h:ACCACAATCCGAAATC,Primitive streak
SBR-72h:TAGGAGGTCACTTTGT,Primitive streak
SBR-72h:TCACTCGCATCATTGG,Primitive streak
SBR-72h:ATAGAGATCCACATAG,Primitive streak
SBR-72h:CGGGTGTAGTCCCTAA,Primitive streak
SBR-72h:ACGTACAAGTCTGGAG,Primitive streak
SBR-72h:GTGTTCCTCGGCATTA,Primitive streak
SBR-72h:GGGTGTCCAACCGTAT,Primitive streak
SBR-72h:GCATTAGCATAATCCG,Primitive streak
SBR-72h:AGATGAAGTAGAGCTG,Primitive streak
SBR-72h:GTTACCCAGTTTGGCT,Ectopic pluripotency
SBR-72h:CCATAAGGTGCTTATG,Primitive streak
SBR-72h:ACAGGGAGTTGTATGC,Primitive streak
SBR-72h:GAATAGATCACTGATG,Primitive streak
SBR-72h:GGTTCTCTCACTGATG,Primitive streak
SBR-72h:GTTGTCCTCAAGGTGG,Primitive streak
SBR-72h:CTCGAGGTCAGCAGAG,Primitive streak
SBR-72h:GAACACTAGGCTAACG,Primitive streak
SBR-72h:CATCGGGTCGCCTTGT,Ectopic pluripotency
SBR-72h:AAGTGAATCATTGCGA,Primitive streak
SBR-72h:TTCCTCTGTCAAGTTC,Primitive streak
SBR-72h:TGGGAAGCAAGTATCC,Primitive streak
SBR-72h:TCCCAGTAGTTCACTG,Primitive streak
SBR-72h:TGACCCTAGATGGCGT,Primitive streak
SBR-72h:CGGGCATAGGGCTGAT,Primitive streak
SBR-72h:TGAGGGACATAGTCAC,Primitive streak
SBR-72h:CTAGACATCTCAGTCC,Primitive streak
SBR-72h:TCATTGTAGATTCGAA,Primitive streak
SBR-72h:TTTATGCGTGCATGTT,Primitive streak
SBR-72h:CTCCTTTGTCAAAGTA,Primitive streak
SBR-72h:GCAGGCTAGCGCATCC,Primitive streak
SBR-72h:CACGGGTTCATTTGGG,Primitive streak
SBR-72h:AAAGGGCAGGACCCAA,Primitive streak
SBR-72h:GGTTGTACACAGAGCA,Primitive streak
SBR-72h:GTGTGGCCAAAGACGC,Primitive streak
SBR-72h:CTGGCAGTCTATGTGG,Primitive streak
SBR-72h:AGCCAATCATCAACCA,Primitive streak
SBR-72h:TCCGGGAGTGAAAGTT,Primitive streak
SBR-72h:TCAATTCGTGAATGAT,Primitive streak
SBR-72h:CCACAAAGTGCTCTCT,Primitive streak
SBR-72h:TAGTGCAGTCTCAGAT,Primitive streak
SBR-72h:TCGCTCACAACGACAG,Primitive streak
SBR-72h:GACTCTCAGACTTGTC,Primitive streak
SBR-72h:CCCTAACGTCGTAATC,Primitive streak
SBR-72h:TGTACAGAGCGTTACT,Primitive streak
SBR-72h:AGCCAGCCAGCCGGTT,Naive pluripotency
SBR-72h:TTGTTCAGTTAGAAAC,Primitive streak
SBR-72h:ATCGATGCATTCGGGC,Primitive streak
SBR-72h:ATGGTTGGTCTACGTA,Primitive streak
SBR-72h:TACCGAACAGAGCCCT,Primitive streak
SBR-72h:CAAGAGGTCTAACGCA,Primitive streak
SBR-72h:CACGGGTGTCGTCGGT,Primitive streak
SBR-72h:GGAAGTGCACGCGTGT,Primitive streak
SBR-72h:ATCACTTAGAGGTCGT,Primitive streak
SBR-72h:CTCTCGAGTATCGATC,Primitive streak
SBR-72h:TTGGATGTCTTCGGTC,Primitive streak
SBR-72h:GATGCTAAGCCATATC,Primitive streak
SBR-72h:TCTTAGTAGTTGGGAC,Primitive streak
SBR-72h:CGACAGCTCCTGTACC,Primitive streak
SBR-72h:TAGGTACCACCATAAC,Primitive streak
SBR-72h:AGACCATCATACAGGG,Primitive streak
SBR-72h:AACCTGATCGTTAGTG,Cd63+ ectoderm-like artefact
SBR-72h:AGTGACTTCCTTGGAA,Primitive streak
SBR-72h:TCATGAGTCGAACCAT,Primitive streak
SBR-72h:AAGGAATAGGCTTCCG,Primitive streak
SBR-72h:GGGAGTACAGAGCTAG,Primitive streak
SBR-72h:TTCCACGAGATGATTG,Primitive streak
SBR-72h:ACGCACGTCTAGAACC,Primitive streak
SBR-72h:TGTCCCAAGCCTTCTC,Primitive streak
SBR-72h:CAAAGAATCATCGCTC,Primitive streak
SBR-72h:ACATCCCAGTTATGGA,Primitive streak
SBR-72h:ATCGTAGGTAAGTCAA,Primitive streak
SBR-72h:TAGACTGGTCTAGTGT,Primitive streak
SBR-72h:TCTACATGTGGGATTG,Primitive streak
SBR-72h:TCATGAGTCCGTGGGT,Primitive streak
SBR-72h:CTTAGGAGTACAAAGT,Primitive streak
SBR-72h:GCCTGTTGTGTCATTG,Primitive streak
SBR-72h:CAGCGTGCAAGTTCCA,Primitive streak
SBR-72h:GGGTCTGCACATTGTG,Primitive streak
SBR-72h:GACTTCCAGCCAAGGT,Primitive streak
SBR-72h:GACGTTAAGAGTCGAC,Primitive streak
SBR-72h:GATGAGGCAACATACC,Primitive streak
SBR-72h:TCGACCTAGCGTGTTT,Primitive streak
SBR-72h:CCGTAGGCAGTTTCAG,Primitive streak
SBR-72h:GCATTAGGTCCTATAG,Primitive streak
SBR-72h:CATGCTCCACCACTGG,Primitive streak
SBR-72h:AATGGAACACCGTCGA,Primitive streak
SBR-72h:CAACAGTCAACGACAG,Primitive streak
SBR-72h:CTGCCTACACATTCGA,Primitive streak
SBR-72h:TTGATGGCATACCACA,Exiting naive pluripotency
SBR-72h:ACTTTCAAGGGAGGAC,Primitive streak
SBR-72h:AGGCATTAGATGACCG,Primitive streak
SBR-72h:GTCGTTCCAGCACAGA,Primitive streak
SBR-72h:GGGACTCAGCGTGAGT,Primitive streak
SBR-72h:TTGGATGAGCCAAGTG,Primitive streak
SBR-72h:CGGGTCATCCTGCCAT,Primitive streak
SBR-72h:CACGTTCTCGCACTCT,Primitive streak
SBR-72h:ACGGTCGAGGAGGCAG,Primitive streak
SBR-72h:TTTCATGCACAAGTTC,Primitive streak
SBR-72h:TATACCTCAGCTACCG,Primitive streak
SBR-72h:CATTCCGGTACATTGC,Primitive streak
SBR-72h:GCAGCTGTCAGATGCT,Primitive streak
SBR-72h:CGGGCATCACGCGGTT,Primitive streak
SBR-72h:GGCAGTCAGCGATCGA,Primitive streak
SBR-72h:GCACGTGGTGAGGATC,Primitive streak
SBR-72h:TGGTGATAGCAGAAAG,Primitive streak
SBR-72h:CGCGTGATCGATACAC,Primitive streak
SBR-72h:GATGTTGGTGCTTCAA,Primitive streak
SBR-72h:GGTTGTAGTAATGCGG,Primitive streak
SBR-72h:CATAAGCGTCCATCTC,Primitive streak
SBR-72h:TGATCTTAGAGTTGAT,Primitive streak
SBR-72h:GACGTTATCACTGAAC,Primitive streak
SBR-72h:CTTACCGCACGTCGGT,Primitive streak
SBR-72h:TCAGGTAAGGAGGCAG,Primitive streak
SBR-72h:CCTCTAGGTGGAAGTC,Primitive streak
SBR-72h:AGCGTATGTCTACGAT,Primitive streak
SBR-72h:TTTATGCGTGAGCCAA,Primitive streak
SBR-72h:GTGCGTGAGTAATACG,Primitive streak
SBR-72h:CTCTCAGAGCCTTTGA,Primitive streak
SBR-72h:TTTACCACATAGACTC,Primitive streak
SBR-72h:CTGCATCAGGCCTTCG,Primitive streak
SBR-72h:CCCTCAACAAATACGA,Primitive streak
SBR-72h:TTTCGATCACCGAATT,Ectopic pluripotency
SBR-72h:ACGGGTCTCTCCATAT,Primitive streak
SBR-72h:TTCTAACGTTCTTGTT,Primitive streak
SBR-72h:CTAGGTAAGCGGTAAC,Primitive streak
SBR-72h:GGAATGGCAGTCCCGA,Ectopic pluripotency
SBR-72h:AGTGATCCAGAGAATT,Primitive streak
SBR-72h:GTTGTGATCGGTCTAA,Primitive streak
SBR-72h:TTCATTGCACATTCGA,Primitive streak
SBR-72h:TGCAGATCAGCTGAAG,Primitive streak
SBR-72h:CCGTTCACATTGAAGA,Primitive streak
SBR-72h:CTCTCAGTCTCGGGAC,Primitive streak
SBR-72h:GGCTGTGAGATCGCCC,Primitive streak
SBR-72h:GAGGCAAGTTAAGTCC,Primitive streak
SBR-72h:GTTACAGGTATCGAAA,Primitive streak
SBR-72h:TTCGCTGCACAGTGTT,Primitive streak
SBR-72h:ATCGATGGTTCGAACT,Primitive streak
SBR-72h:CATACTTGTTACCTGA,Primitive streak
SBR-72h:CGAGTGCAGGGCAATC,Primitive streak
SBR-72h:TGACAGTAGTCGAAAT,Primitive streak
SBR-72h:GGGATGAGTCACCCTT,Primitive streak
SBR-72h:GAACGTTGTAGACGGT,Primitive streak
SBR-72h:CGGGACTTCCCAACTC,Primitive streak
SBR-72h:TTACAGGTCAGACCCG,Primitive streak
SBR-72h:GGTAATCGTGGAAATT,Primitive streak
SBR-72h:CAACGATTCGATCCCT,Primitive streak
SBR-72h:TCGACGGTCGTCAACA,Primitive streak
SBR-72h:GCGGATCCAACAGAGC,Primitive streak
SBR-72h:GGAGCAAAGAACCGCA,Primitive streak
SBR-72h:CGGCAGTCACAAATCC,Primitive streak
SBR-72h:TGTTCTAAGTACTCGT,Primitive streak
SBR-72h:TCGTCCACACGTTCGG,Naive pluripotency
SBR-72h:AGTCATGCATCCTGTC,Primitive streak
SBR-72h:GCAACATTCTAGTCAG,Primitive streak
SBR-72h:TGTCAGAGTTGCGTAT,Primitive streak
SBR-72h:TAAGCACTCAGTCTTT,Primitive streak
SBR-72h:GTTATGGCACGCAGTC,Primitive streak
SBR-72h:CAAGACTTCTTAGCTT,Cd63+ ectoderm-like artefact
SBR-72h:ATGGGAGTCAGACCCG,Primitive streak
SBR-72h:GCCATTCGTAAGTCAA,Cd63+ ectoderm-like artefact
SBR-72h:GCTTCACAGTGCTAGG,Primitive streak
SBR-72h:ACAAGCTGTCACTCTC,Ectopic pluripotency
SBR-72h:AGACAAAGTGTTCGAT,Primitive streak
SBR-72h:CCTTTGGAGTGCGCTC,Primitive streak
SBR-72h:GCAGCTGAGAGTCAAT,Primitive streak
SBR-72h:TGTTCTAAGATAGTGT,Primitive streak
SBR-72h:TAGTGCACATGGGTTT,Primitive streak
SBR-72h:GGGACTCCAGAATGTA,Primitive streak
SBR-72h:GAGGGTATCGAAACAA,Primitive streak
SBR-72h:ATATCCTAGGCTTCCG,Primitive streak
SBR-72h:TGGAACTTCCTTCGAC,Primitive streak
SBR-72h:GAGGGATTCAGACATC,Primitive streak
SBR-72h:TCGGATAAGCGACTGA,Primitive streak
SBR-72h:ATACTTCAGTGGTCAG,Primitive streak
SBR-72h:AGGCATTTCGGAAACG,Primitive streak
SBR-72h:AACGAAACAGAGGACT,Primitive streak
SBR-72h:GGAATCTCACAACGAG,Primitive streak
SBR-72h:TGGGCTGAGCGTACAG,Primitive streak
SBR-72h:CAATACGTCTGGGAGA,Primitive streak
SBR-72h:TTTAGTCTCGAAGTGG,Primitive streak
SBR-72h:ACGATCAGTCAACCAT,Primitive streak
SBR-72h:GCATCGGTCTTACTGT,Primitive streak
SBR-72h:TTGAGTGTCGTCGACG,Primitive streak
SBR-72h:AGCTTCCGTCACTAGT,Primitive streak
SBR-72h:CTTGAGAAGCCGGATA,Primitive streak
SBR-72h:AGGCATTTCGGCCCAA,Primitive streak
SBR-72h:CTCTGGTGTGGAATGC,Ectopic pluripotency
SBR-72h:ACTGTGAAGGGTACAC,Primitive streak
SBR-72h:CTCAACCCATTGGGAG,Primitive streak
SBR-72h:AGTTAGCCAACTAGAA,Primitive streak
SBR-72h:AGTGTTGTCTGTCCCA,Primitive streak
SBR-72h:ATCGTAGCATCATTTC,Primitive streak
SBR-72h:ATACCTTAGCGGATCA,Primitive streak
SBR-72h:TTGACCCGTCAAATCC,Primitive streak
SBR-72h:CTTCTCTAGGAAAGAC,Primitive streak
SBR-72h:CTGTGAATCACAGAGG,Primitive streak
SBR-72h:AAGTACCAGCGACTAG,Primitive streak
SBR-72h:ATCAGGTTCGGAGTAG,Primitive streak
SBR-72h:CCTCACAGTAAGGAGA,Cd63+ ectoderm-like artefact
SBR-72h:TTCAGGAGTGTTCAGT,Primitive streak
SBR-72h:AGACAAAGTGGATGAC,Ectopic pluripotency
SBR-72h:TGATCTTGTGAGTTGG,Primitive streak
SBR-72h:GTTTGGAGTAGCTTGT,Primitive streak
SBR-72h:AGTAGTCTCCGCAGTG,Primitive streak
SBR-72h:GTGCGTGTCTCCAAGA,Primitive streak
SBR-72h:CAGCACGCAATCGAAA,Primitive streak
SBR-72h:ACTTAGGGTGGCGTAA,Primitive streak
SBR-72h:GAGTCTACATTGAGGG,Primitive streak
SBR-72h:GTGTTCCTCAAGTGTC,Primitive streak
SBR-72h:GTTCCGTCAATGAACA,Primitive streak
SBR-72h:CATCGCTCACAGAAGC,Ectopic pluripotency
SBR-72h:GAATCGTTCTTCTCAA,Primitive streak
SBR-72h:GGTAATCTCGAGAGCA,Primitive streak
SBR-72h:ACGGGTCAGAGTCAGC,Primitive streak
SBR-72h:CTAACCCTCGTCCTTG,Primitive streak
SBR-72h:AAAGGATGTTTACGTG,Primitive streak
SBR-72h:TGATGGTAGCCGGATA,Primitive streak
SBR-72h:ATAGAGACACCGTGGT,Primitive streak
SBR-72h:TTACCGCAGCTAGCCC,Primitive streak
SBR-72h:CCCTAACGTTGCTTGA,Primitive streak
SBR-72h:GCCAGGTAGCGCTGAA,Primitive streak
SBR-72h:AACCTGACACCTAAAC,Primitive streak
SBR-72h:CCGGTAGTCCGATAGT,Primitive streak
SBR-72h:CTACTATAGCAGGCAT,Primitive streak
SBR-72h:GACCGTGTCGCGCTGA,Primitive streak
SBR-72h:AGGTCATTCGCAGTTA,Primitive streak
SBR-72h:GACTCAAGTGAGCAGT,Primitive streak
SBR-72h:TGCGGGTGTTAGGGTG,Primitive streak
SBR-72h:CTGTACCTCGGACAAG,Primitive streak
SBR-72h:GTTCTATCAATAGAGT,Primitive streak
SBR-72h:TGCGACGGTAAGATTG,Primitive streak
SBR-72h:ATGAGGGTCTTGATTC,Ectopic pluripotency
SBR-72h:TCGTCCAAGGGATGTC,Primitive streak
SBR-72h:TCGGATATCACGGTCG,Primitive streak
SBR-72h:TTCTAGTTCGGTATGT,Primitive streak
SBR-72h:AGGCCACTCAGACAAA,Primitive streak
SBR-72h:TGAGGAGGTCACCACG,Primitive streak
SBR-72h:GAGGCAACATAGGCGA,Primitive streak
SBR-72h:TCATCCGCACGCTTAA,Primitive streak
SBR-72h:TCGAACACACTCTGCT,Primitive streak
SBR-72h:ACACGCGCATCATCTT,Primitive streak
SBR-72h:CACAGGCGTCGCAGTC,Primitive streak
SBR-72h:GATTTCTGTACCAGAG,Primitive streak
SBR-72h:AGGCTGCAGTTACGAA,Primitive streak
SBR-72h:CTACAGAAGACTTAAG,Primitive streak
SBR-72h:ACTGTCCAGTAACGAT,Primitive streak
SBR-72h:TGCGATAGTTGCTGAT,Primitive streak
SBR-72h:AGTTAGCAGTCGAAAT,Primitive streak
SBR-72h:CTACACGACGCTCTTC,Primitive streak
SBR-72h:GGGACTCCAAAGGAGA,Cd63+ ectoderm-like artefact
SBR-72h:CTGAATGGTCACGACC,Primitive streak
SBR-72h:ATCCTATGTGGAAATT,Primitive streak
SBR-72h:GTCAAACCACCCTAAA,Primitive streak
SBR-72h:GCATCGGAGGCTCAAG,Primitive streak
SBR-72h:TCTTTGATCGGACTTA,Primitive streak
SBR-72h:AGGCATTCACGGTCTG,Primitive streak
SBR-72h:GTAACCATCGAGTTGT,Primitive streak
SBR-72h:ACGCACGAGAGGGTCT,Primitive streak
SBR-72h:TTCGATTCACCTGATA,Primitive streak
SBR-72h:TACGTCCAGTCCGTCG,Primitive streak
SBR-72h:ATGTCCCAGGCATCTT,Primitive streak
SBR-72h:TAGACCAAGAGTCAGC,Primitive streak
SBR-72h:TCTCTGGAGTGCACTT,Primitive streak
SBR-72h:TAGACCATCGTGGGTC,Primitive streak
SBR-72h:GTAGCTATCATCACCC,Primitive streak
SBR-72h:TAACGACGTTGAGGAC,Primitive streak
SBR-72h:GTGTCCTCACGACGCT,Primitive streak
SBR-72h:GTTCTATTCCGTTTCG,Primitive streak
SBR-72h:GCCTGTTCAGGACTTT,Primitive streak
SBR-72h:TTACCATTCGGAAGGT,Primitive streak
SBR-72h:CTCATCGAGTAATTGG,Primitive streak
SBR-72h:ATGAGTCCAATACCTG,Primitive streak
SBR-72h:CCGGACAGTCGAGTGA,Primitive streak
SBR-72h:ACACCAAAGCTAATGA,Primitive streak
SBR-72h:TGTCCTGCACTGCATA,Primitive streak
SBR-72h:CTTCCTTTCACCTGTC,Primitive streak
SBR-72h:TCTGGCTGTGCGGTAA,Primitive streak
SBR-72h:CACCGTTAGTACCATC,Primitive streak
SBR-72h:TGATCTTTCCCGAATA,Primitive streak
SBR-72h:CTCATTAGTAATGTGA,Primitive streak
SBR-72h:ACAACCATCCCATAAG,Primitive streak
SBR-72h:TCGGGCAGTCCAAAGG,Primitive streak
SBR-72h:TATCAGGCAAGTGGAC,Primitive streak
SBR-72h:TGAATCGAGGCCGCTT,Primitive streak
SBR-72h:GGGAAGTAGTCATAGA,Primitive streak
SBR-72h:ACAGGGAGTTTGCCGG,Primitive streak
SBR-72h:GTCACGGCACGACAGA,Cd63+ ectoderm-like artefact
SBR-72h:TCATACTTCCTAGCGG,Primitive streak
SBR-72h:CACTAAGAGGATTTGA,Primitive streak
SBR-72h:TTCATTGCAAGCCTGC,Primitive streak
SBR-72h:CACAACATCCCGAAAT,Primitive streak
SBR-72h:GAAGCGATCTCTGGTC,Primitive streak
SBR-72h:AGACAAATCTTCACAT,Primitive streak
SBR-72h:CCGGTGAAGATTGACA,Primitive streak
SBR-72h:AATGAAGAGAGTCTGG,Primitive streak
SBR-72h:CTAACCCGTCACAGTT,Primitive streak
SBR-72h:AGTTAGCGTTACGATC,Primitive streak
SBR-72h:AGGATCTCAATCCTAG,Primitive streak
SBR-72h:ACTTCGCGTCTACTGA,Primitive streak
SBR-72h:TGGGAAGAGTTAGTGA,Primitive streak
SBR-72h:GTCGCGAGTTTGATCG,Primitive streak
SBR-72h:CTCCAACAGTAACGAT,Cd63+ ectoderm-like artefact
SBR-72h:ATCAGGTAGAGCAGCT,Primitive streak
SBR-72h:TATCTGTCATCCGATA,Primitive streak
SBR-72h:AGTCATGTCATTACTC,Primitive streak
SBR-72h:TCATGTTAGAAGTATC,Primitive streak
SBR-72h:ACCTGAAGTGGCTTAT,Ectopic pluripotency
SBR-72h:ACATCGAAGGTGCCAA,Primitive streak
SBR-72h:AATGCCACAGATAAAC,Primitive streak
SBR-72h:GAAGCCCCACCAGTTA,Primitive streak
SBR-72h:ACGGGTCGTCAAAGAT,Primitive streak
SBR-72h:TGAACGTCAAGACGAC,Primitive streak
SBR-72h:CACTGGGAGTGCCGAA,Primitive streak
SBR-72h:TTGCTGCCAGATAAAC,Primitive streak
SBR-72h:GTGATGTCAGAGTTGG,Primitive streak
SBR-72h:TGTCCTGCACCCTGTT,Primitive streak
SBR-72h:TCTGGCTTCCATGAGT,Primitive streak
SBR-72h:ACGGTTAGTGTCCAAT,Primitive streak
SBR-72h:GTTACGACATTGGGAG,Primitive streak
SBR-72h:AATCACGCACAAGTGG,Primitive streak
SBR-72h:TACGTCCAGGAATCGC,Primitive streak
SBR-72h:TCAATCTAGTCCGCGT,Primitive streak
SBR-72h:GGCTGTGGTGCTTCAA,Primitive streak
SBR-72h:CAGGGCTTCACTTGTT,Primitive streak
SBR-72h:CTGCTCACAATGGCAG,Primitive streak
SBR-72h:CCACGTTGTGGATCGA,Primitive streak
SBR-72h:TATGTTCTCCTACTGC,Primitive streak
SBR-72h:GAAGGACGTTCGGCGT,Primitive streak
SBR-72h:CTCAAGACAGCAGTCC,Primitive streak
SBR-72h:AAAGTGATCGCATTAG,Primitive streak
SBR-72h:TGTTTGTTCATGAGGG,Primitive streak
SBR-72h:TCGGATACAGGACTAG,Primitive streak
SBR-72h:TCATTGTGTGAACTAA,Primitive streak
SBR-72h:CCCATTGTCTCTGAGA,Primitive streak
SBR-72h:CTGTGAACAGAGTCAG,Primitive streak
SBR-72h:GGGATCCAGCTCTGTA,Primitive streak
SBR-72h:TTGGGTATCGAACTCA,Primitive streak
SBR-72h:TCAGGTAGTTCCTAAG,Primitive streak
SBR-72h:GCTACAAGTTGCTGAT,Primitive streak
SBR-72h:CGATCGGTCTCACTCG,Primitive streak
SBR-72h:TCATGAGGTAACATAG,Primitive streak
SBR-72h:TTAATCCGTGAGCCAA,Primitive streak
SBR-72h:GCCCGAAGTAAGATTG,Primitive streak
SBR-72h:TTGCGTCAGAGGGCGA,Primitive streak
SBR-72h:GTGGTTAAGTTACGGG,Ectopic pluripotency
SBR-72h:CTTGATTGTGAACGGT,Primitive streak
SBR-72h:GAAGCGATCCGGACTG,Primitive streak
SBR-72h:TTGGGATGTGTAAATG,Primitive streak
SBR-72h:GGGTGTCAGACTCTAC,Primitive streak
SBR-72h:AGGTTGTGTAGATTAG,Primitive streak
SBR-72h:TTGAACGAGTATTCCG,Primitive streak
SBR-72h:TCGGTCTTCCGTGTAA,Primitive streak
SBR-72h:TATTTCGAGATGTTCC,Primitive streak
SBR-72h:GGAGATGCACTCTAGA,Primitive streak
SBR-72h:ATCATTCGTGATCATC,Cd63+ ectoderm-like artefact
SBR-72h:AACCTGATCAATCTTC,Primitive streak
SBR-72h:CGGGTCATCCAAGCTA,Primitive streak
SBR-72h:GTCTGTCAGTATTGCC,Primitive streak
SBR-72h:ACATCGATCGGCATAT,Cd63+ ectoderm-like artefact
SBR-72h:AACACACGTGTCATGT,Primitive streak
SBR-72h:AGCGATTGTGACAGCA,Primitive streak
SBR-72h:TCGGGTGCAGACCGCT,Naive pluripotency
SBR-72h:CGTTCTGTCCGAGGCT,Primitive streak
SBR-72h:GGGTTTACAAGCGCAA,Primitive streak
SBR-72h:CTGTACCTCCGTCACT,Primitive streak
SBR-72h:TTGGGTACACAGCCTG,Primitive streak
SBR-72h:TTTCATGGTCACTCAA,Primitive streak
SBR-72h:CAAGGGAAGGTTCTAC,Primitive streak
SBR-72h:TGTTCCGGTTAGAGTA,Primitive streak
SBR-72h:CGTTAGACATTGAAAG,Primitive streak
SBR-72h:CTTCGGTAGGTTGACG,Primitive streak
SBR-72h:CACGTGGAGCAGTACG,Primitive streak
SBR-72h:CGTTAGAAGGTTCATC,Primitive streak
SBR-72h:CTAACTTGTATGGTAA,Primitive streak
SBR-72h:TTCCTAAGTCGCACAC,Primitive streak
SBR-72h:GCTGAATCAACAGTGG,Primitive streak
SBR-72h:GAGTTGTGTTCAAGGG,Primitive streak
SBR-72h:ATTCAGGAGAACTTCC,Primitive streak
SBR-72h:GAACTGTGTAACAAGT,Primitive streak
SBR-72h:ACGGGTCGTAGCGCTC,Primitive streak
SBR-72h:GATGATCGTGTTGCCG,Primitive streak
SBR-72h:AGGGTTTTCTCCCTAG,Primitive streak
SBR-72h:TGTTACTCAAATCCCA,Primitive streak
SBR-72h:GGGTTATTCAGCCTTC,Primitive streak
SBR-72h:TCCACGTCATGGCGCT,Primitive streak
SBR-72h:GTAGCTATCTTCCTAA,Primitive streak
SBR-72h:AAAGTGAGTGATTGGG,Primitive streak
SBR-72h:TATTGGGAGATCCCGC,Primitive streak
SBR-72h:CGAATTGCAAATGGAT,Primitive streak
SBR-72h:ATCGTCCGTCGCTGCA,Primitive streak
SBR-72h:CAATTTCGTCCGACGT,Primitive streak
SBR-72h:GCCCGAATCACAGAGG,Primitive streak
SBR-72h:GCGTGCACAGCAGACA,Primitive streak
SBR-72h:CGTGCTTCATGCACTA,Primitive streak
SBR-72h:ACCCTTGGTCCCTGTT,Primitive streak
SBR-72h:AGAGAATAGAAGTCTA,Primitive streak
SBR-72h:CTTCTCTTCTAGTGTG,Primitive streak
SBR-72h:TCTTGCGCATCGCCTT,Primitive streak
SBR-72h:AAGTCGTCACGGGCTT,Primitive streak
SBR-72h:AGGCTGCAGAGCATTA,Primitive streak
SBR-72h:TCGCTCACAGCTTCCT,Primitive streak
SBR-72h:TTGTGGATCCGTAGGC,Primitive streak
SBR-72h:CTGGTCTTCTACACAG,Primitive streak
SBR-72h:TGCTTCGGTCGACTTA,Primitive streak
SBR-72h:TTGGGATAGGAAAGGT,Primitive streak
SBR-72h:TGACAGTTCTTAGCAG,Primitive streak
SBR-72h:CATCGCTTCTTACACT,Primitive streak
SBR-72h:GGGTTATAGCTCTTCC,Primitive streak
SBR-72h:GTCACTCCATCTTAGG,Primitive streak
SBR-72h:GTCTTTAGTCGGTACC,Cd63+ ectoderm-like artefact
SBR-72h:ACCTGTCCAGGAGGAG,Primitive streak
SBR-72h:CCTTTGGGTGATATAG,Primitive streak
SBR-72h:CCGGTGAGTGAGCAGT,Primitive streak
SBR-72h:TGTCAGAGTGATAGAT,Primitive streak
SBR-72h:TGTTACTCACGGTGCT,Primitive streak
SBR-72h:AGACCATCACTCAAGT,Primitive streak
SBR-72h:GTGGGAACACGCCACA,Primitive streak
SBR-72h:GTCTAGACAGGCAATG,Primitive streak
SBR-72h:TTCCTCTGTGGCAACA,Primitive streak
SBR-72h:CTATAGGCAAGCGGAT,Primitive streak
SBR-72h:GCAGGCTCAAATCGGG,Primitive streak
SBR-72h:ACTTCGCGTGAATAAC,Primitive streak
SBR-72h:AACAAGACAGAATGTA,Primitive streak
SBR-72h:GTCTACCCAAGGCGTA,Primitive streak
SBR-72h:GGGTCACAGAAGCTCG,Primitive streak
SBR-72h:GGAGGTAGTACAAAGT,Primitive streak
SBR-72h:AGGGCTCGTATGGTAA,Primitive streak
SBR-72h:TCGAAGTTCTCGCTCA,Primitive streak
SBR-72h:TGTAACGCAGCTATAC,Primitive streak
SBR-72h:GTTCTATAGGGTCAAC,Primitive streak
SBR-72h:GTTCCGTTCTTCACAT,Primitive streak
SBR-72h:ACAACCATCTCCACTG,Primitive streak
SBR-72h:CTGCATCTCCGGTAAT,Primitive streak
SBR-72h:TCGTGGGAGTGCAGGT,Primitive streak
SBR-72h:GTCTTTAGTTTGCCGG,Primitive streak
SBR-72h:ATGCCTCGTATTGGCT,Primitive streak
SBR-72h:CTGTGGGTCGTGGACC,Primitive streak
SBR-72h:TTGTGGAGTCCAGTTA,Cd63+ ectoderm-like artefact
SBR-72h:GTAGAAAAGCGATCGA,Primitive streak
SBR-72h:TGCATCCAGTGTCATC,Primitive streak
SBR-72h:GGTGAAGAGCTAGAAT,Ectopic pluripotency
SBR-72h:GCCCAGAAGAGCCATG,Primitive streak
SBR-72h:AGACTCATCCTTGAAG,Cd63+ ectoderm-like artefact
SBR-72h:ACTCTCGAGTGCCTCG,Primitive streak
SBR-72h:TAGGTTGTCGCCGATG,Primitive streak
SBR-72h:AAAGTCCGTCCGCAGT,Primitive streak
SBR-72h:ACACGCGTCAGGCGAA,Primitive streak
SBR-72h:GTCTCACCACAGTCAT,Primitive streak
SBR-72h:TTACGCCAGAGTAACT,Primitive streak
SBR-72h:TGTTACTCAACCCTAA,Ectopic pluripotency
SBR-72h:ACGTACAGTTCGGCGT,Primitive streak
SBR-72h:ATCGTGATCGTGGGAA,Primitive streak
SBR-72h:AGCGATTGTGTGGTCC,Primitive streak
SBR-72h:GTAATGCGTGACCTGC,Primitive streak
SBR-72h:TTGGGTACATACAGCT,Primitive streak
SBR-72h:CACTGTCAGTTTGAGA,Primitive streak
SBR-72h:GATTGGTAGTCGAAAT,Primitive streak
SBR-72h:ATTTACCGTGAACGGT,Primitive streak
SBR-72h:TCCTCCCCAGGCAATG,Primitive streak
SBR-72h:TGCTCGTTCGCGCCAA,Primitive streak
SBR-72h:CCACGTTTCAAGTAAG,Primitive streak
SBR-72h:TACCGAATCACTCCGT,Naive pluripotency
SBR-72h:CTGAGCGAGACAACAT,Primitive streak
SBR-72h:TTCAATCGTTGCCATA,Primitive streak
SBR-72h:CATACAGGTTCTCTCG,Primitive streak
SBR-72h:GTGCTTCCAATCGCAT,Primitive streak
SBR-72h:TGTAAGCCACGACGAA,Primitive streak
SBR-72h:GGGTTATGTACATTGC,Cd63+ ectoderm-like artefact
SBR-72h:GCTTTCGAGAGGGTCT,Primitive streak
SBR-72h:GAGTGTTGTATCCCAA,Cd63+ ectoderm-like artefact
SBR-72h:TTGAACGAGCAACAGC,Primitive streak
SBR-72h:TGTGAGTTCTCGGGAC,Primitive streak
SBR-72h:TGAGCGCTCTTTCCGG,Primitive streak
SBR-72h:GGCTTTCGTTCCGGTG,Primitive streak
SBR-72h:GAGACTTGTCACTTAG,Primitive streak
SBR-72h:AAGCCATTCTGGACTA,Primitive streak
SBR-72h:TTCTTGATCGATTCCC,Primitive streak
SBR-72h:TAGACTGAGCTTACGT,Primitive streak
SBR-72h:GACTCAATCTTCCAGC,Primitive streak
SBR-72h:ATCAGGTGTCTCACAA,Primitive streak
SBR-72h:TATCAGGCAGCTCGGT,Primitive streak
SBR-72h:ACATGCATCGTGGGAA,Primitive streak
SBR-72h:CCTTTGGCAGTCGCAC,Primitive streak
SBR-72h:CATTGCCGTGCCTTCT,Primitive streak
SBR-72h:CTGTGGGTCGAAGCAG,Primitive streak
SBR-72h:GTACAGTTCGATCCCT,Primitive streak
SBR-72h:CAGCAATCAAATCCCA,Primitive streak
SBR-72h:GCATCGGGTCCTTAAG,Primitive streak
SBR-72h:ATCGGCGTCGCATTAG,Primitive streak
SBR-72h:TTGCATTAGCGGACAT,Primitive streak
SBR-72h:TGTTGAGGTTAAGGAT,Primitive streak
SBR-72h:GCAGGCTCAGAGTGTG,Primitive streak
SBR-72h:TGGAGGAGTGGCTACC,Primitive streak
SBR-72h:GTCATTTTCTCTGCCA,Primitive streak
SBR-72h:CTACCTGCACGACGAA,Primitive streak
SBR-72h:CAGATCACAAGTCATC,Primitive streak
SBR-72h:GCTCAAAGTCACTCGG,Primitive streak
SBR-72h:TTCATGTTCTACCCAC,Primitive streak
SBR-72h:TTCCACGGTCGTTGCG,Primitive streak
SBR-72h:GACGTTAAGATTAGTG,Primitive streak
SBR-72h:AGTAGCTGTTCCGCAG,Primitive streak
SBR-72h:TTTCAGTTCGAGCCAC,Primitive streak
SBR-72h:CGCGTGACAGAGGTTG,Primitive streak
SBR-72h:TTCCGTGTCCGATCGG,Primitive streak
SBR-72h:AAGCCATAGTCACTGT,Primitive streak
SBR-72h:GACTATGAGTGATAGT,Primitive streak
SBR-72h:GTTAGACTCGGCAGTC,Primitive streak
SBR-72h:ACGGGTCTCCTGTTAT,Primitive streak
SBR-72h:GGGACTCCAGTCGAGA,Primitive streak
SBR-72h:GGGAAGTTCCGTGGTG,Primitive streak
SBR-72h:ACCAAACGTACCAATC,Primitive streak
SBR-72h:CCAAGCGCAGACACCC,Primitive streak
SBR-72h:AGTTCCCGTATCGTGT,Primitive streak
SBR-72h:CTGTACCCAACTAGAA,Primitive streak
SBR-72h:GACCCTTCAATGTTGC,Primitive streak
SBR-72h:ATCAGGTGTGCAGATG,Primitive streak
SBR-72h:GTAGAGGTCAGGACGA,Primitive streak
SBR-72h:AATGCCACAGTAACGG,Primitive streak
SBR-72h:TTCGGTCCAGCTACAT,Primitive streak
SBR-72h:GAAGTAAAGCGATGGT,Primitive streak
SBR-72h:AATCGACAGCGTGCTC,Primitive streak
SBR-72h:TGGAGAGAGGGAGGTG,Primitive streak
SBR-72h:GAGACTTGTCAAAGTA,Primitive streak
SBR-72h:CTCCTCCGTGGGATTG,Primitive streak
SBR-72h:AAGTACCCAAGTATAG,Primitive streak
SBR-72h:CAGTTAGTCGCCGAGT,Primitive streak
SBR-72h:GGAGAACCAGTGTGCC,Primitive streak
SBR-72h:ATCCTATTCCACATAG,Primitive streak
SBR-72h:GAGTGAGTCGTAATGC,Primitive streak
SBR-72h:CTCTCGAAGTTTCAGC,Primitive streak
SBR-72h:GCTGGGTCACCTGAAT,Primitive streak
SBR-72h:CATTGAGTCAAAGGTA,Primitive streak
SBR-72h:TTTCACACAATTGTGC,Primitive streak
SBR-72h:AGTCAACCAAGTTCGT,Primitive streak
SBR-72h:TATTTCGGTCCACGCA,Primitive streak
SBR-72h:AGGGTTTTCATTCCTA,Primitive streak
SBR-72h:AGGGTTTAGAGCTGCA,Primitive streak
SBR-72h:TCGGATAGTGGTATGG,Ectopic pluripotency
SBR-72h:GGGCGTTCACGCGTCA,Primitive streak
SBR-72h:AGTGTTGTCGAGTTGT,Primitive streak
SBR-72h:TCGAACACAGGCACAA,Primitive streak
SBR-72h:AGATGCTGTCCACTCT,Primitive streak
SBR-72h:ACATGCACACTTTAGG,Primitive streak
SBR-72h:CAACCAATCTTGAACG,Primitive streak
SBR-72h:GGAGGTAGTACTTGTG,Primitive streak
SBR-72h:GAGTTGTGTTTGGCTA,Primitive streak
SBR-72h:CCTCATGGTTGGAGAC,Primitive streak
SBR-72h:GTCATGAAGACGCTCC,Primitive streak
SBR-72h:TCATGTTGTGGCACTC,Primitive streak
SBR-72h:GTAATCGGTTCCGTTC,Primitive streak
SBR-72h:GATGTTGCATGAAAGT,Primitive streak
SBR-72h:AAGTTCGTCAGTCACA,Primitive streak
SBR-72h:AGCTTCCTCGCCAATA,Primitive streak
SBR-72h:AAAGGGCAGTATTAGG,Primitive streak
SBR-72h:TGCAGTACACTGTCCT,Primitive streak
SBR-72h:GCCGTGATCTGTCCGT,Primitive streak
SBR-72h:TGTTCATCAGCACAGA,Primitive streak
SBR-72h:AGCTTCCTCAGGTAAA,Primitive streak
SBR-72h:CGAGTGCAGCCTCACG,Primitive streak
SBR-72h:TTAGTCTAGTAATTGG,Primitive streak
SBR-72h:CCGTGAGGTGAATAAC,Primitive streak
SBR-72h:GTTGTCCCATAGGTTC,Primitive streak
SBR-72h:GTGACGCTCTCCACTG,Primitive streak
SBR-72h:AGGAGGTCATTGTAGC,Primitive streak
SBR-72h:TGAGGGATCGGTTGTA,Primitive streak
SBR-72h:ATAGACCCACTTGTGA,Primitive streak
SBR-72h:GGAGATGTCACTGTTT,Primitive streak
SBR-72h:AGATCCACAGCGTTTA,Primitive streak
SBR-72h:TCGACCTTCATGAGTC,Primitive streak
SBR-72h:GCAGTTACAAACGGCA,Primitive streak
SBR-72h:AGGGAGTAGCCTTTCC,Primitive streak
SBR-72h:GGGTAGACAGACCAAG,Primitive streak
SBR-72h:TCCACCACAACACAAA,Primitive streak
SBR-72h:CATTGAGAGTATGAGT,Primitive streak
SBR-72h:GTGGAAGTCTCTTGCG,Primitive streak
SBR-72h:TTCCTAAAGAACCCGA,Primitive streak
SBR-72h:CGAGGCTTCAAACGTC,Primitive streak
SBR-72h:GTAGATCCACGGCACT,Primitive streak
SBR-72h:GGTCTGGTCGGTAACT,Primitive streak
SBR-72h:GTGCTGGTCAGCGCAC,Primitive streak
SBR-72h:CTCACTGCAGCCTTCT,Primitive streak
SBR-72h:ATCGTGACAAGAGCTG,Primitive streak
SBR-72h:GAGACCCGTTGCGGAA,Primitive streak
SBR-72h:GTGGTTACAGGTTCGC,Primitive streak
SBR-72h:CACTGTCAGGTAATCA,Primitive streak
SBR-72h:TTCCAATAGTCTCTGA,Primitive streak
SBR-72h:TGTTCTAAGGGACCAT,Primitive streak
SBR-72h:GCTTCACTCGCCAGTG,Primitive streak
SBR-72h:GGGCTACGTCCGGACT,Primitive streak
SBR-72h:CCTTCAGGTGACTGAG,Primitive streak
SBR-72h:TTACCATAGATTCGAA,Primitive streak
SBR-72h:TCCGTGTTCGCTTTAT,Primitive streak
SBR-72h:CAGCCAGCAAGAGGCT,Cd63+ ectoderm-like artefact
SBR-72h:GTAAGTCCAATGAACA,Primitive streak
SBR-72h:TGAGACTTCGTCCTCA,Primitive streak
SBR-72h:ATAGACCGTATCGCTA,Primitive streak
SBR-72h:TACGGGCCACCGTACG,Primitive streak
SBR-72h:TGGAGAGGTCATAACC,Primitive streak
SBR-72h:GTGCGTGTCGACATCA,Primitive streak
SBR-72h:TCTCCGAAGGCATGGT,Primitive streak
SBR-72h:TGTGCGGCAACAAAGT,Primitive streak
SBR-72h:GTGGCGTCATACACCA,Primitive streak
SBR-72h:TGGCGTGGTCATAGTC,Primitive streak
SBR-72h:CTCAATTAGAGGGTCT,Primitive streak
SBR-72h:TGCGGCATCAGTGGGA,Primitive streak
SBR-72h:CTTGAGAAGACGCAGT,Primitive streak
SBR-72h:GTAGAAAAGCCTCAGC,Primitive streak
SBR-72h:TTAGGGTCAGCAGTGA,Primitive streak
SBR-72h:ACGGTCGGTAACTGCT,Primitive streak
SBR-72h:CACTGAAGTTGTCAGT,Naive pluripotency
SBR-72h:GGGTTATAGGTGAGCT,Primitive streak
SBR-72h:ACTGCAATCGAGCACC,Primitive streak
SBR-72h:GATCGTACAGGTACGA,Primitive streak
SBR-72h:TACTTGTCACCTCTGT,Ectopic pluripotency
SBR-72h:TCCTGCAAGCTGTACT,Primitive streak
SBR-72h:AGATGAATCGAGAAAT,Primitive streak
SBR-72h:ATAGACCTCCTGTAAG,Primitive streak
SBR-72h:ATTCATCTCGGTAACT,Primitive streak
SBR-72h:GAGTTACGTGAATGAT,Primitive streak
SBR-72h:TCTCCGACATGCAGGA,Primitive streak
SBR-72h:GTTACAGAGACCAAAT,Primitive streak
SBR-72h:GCCCGAATCTGACGCG,Cd63+ ectoderm-like artefact
SBR-72h:TGTCAGACAGTTTCGA,Primitive streak
SBR-72h:GTTTGGAGTTGTTGAC,Primitive streak
SBR-72h:AGAGAGCCACATGTTG,Primitive streak
SBR-72h:GTCCCATGTCCTGTCT,Primitive streak
SBR-72h:TGGGTTAGTTTCGGCG,Primitive streak
SBR-72h:CAACAACTCCATAAGC,Primitive streak
SBR-72h:GCCGTGAGTGCGTGCT,Primitive streak
SBR-72h:CGCGTGATCTGCATAG,Primitive streak
SBR-72h:GTAGCTAGTAGTATAG,Cd63+ ectoderm-like artefact
SBR-72h:GTGAGCCTCTGGAGAG,Primitive streak
SBR-72h:AGGTCTAAGGATGGCT,Primitive streak
SBR-72h:AAATGGATCAGGTAAA,Primitive streak
SBR-72h:TGCTTCGTCTCTGCTG,Primitive streak
SBR-72h:ATGGTTGCAATTGCGT,Primitive streak
SBR-72h:AATGGAAAGCGTGCTC,Primitive streak
SBR-72h:TCTAACTGTGTGATGG,Primitive streak
SBR-72h:CTGGACGCACAAATCC,Primitive streak
SBR-72h:GTCGAATAGCCTTCTC,Primitive streak
SBR-72h:TTCCTAAAGAATAACC,Primitive streak
SBR-72h:CGTGAATGTTCGGTAT,Primitive streak
SBR-72h:GGAGCAAAGAAATCCA,Primitive streak
SBR-72h:CGTAGTAGTGGCCTCA,Primitive streak
SBR-72h:TAGTGCACACTGCGTG,Primitive streak
SBR-72h:AAATGGATCATGTCTT,Primitive streak
SBR-72h:AAGCGAGGTAATGATG,Primitive streak
SBR-72h:ACCTGAATCGGACTTA,Primitive streak
SBR-72h:CTAACCCGTGTTACAC,Primitive streak
SBR-72h:TTTGGTTGTGTTTCTT,Primitive streak
SBR-72h:GGTTAACTCGGTAGAG,Primitive streak
SBR-72h:GACTCAAGTGTTGATC,Naive pluripotency
SBR-72h:ACCTGAATCAGACCCG,Primitive streak
SBR-72h:GTCGTAATCCAATCCC,Primitive streak
SBR-72h:GTCGCGACAAAGTATG,Primitive streak
SBR-72h:GTCTTTAAGTGATGGC,Primitive streak
SBR-72h:CACTGAACAGAGCTAG,Primitive streak
SBR-72h:GATCGTACAAACCGGA,Primitive streak
SBR-72h:GAGCTGCAGCGCTGAA,Primitive streak
SBR-72h:TATCTTGGTTAGCGGA,Primitive streak
SBR-72h:TAGAGTCAGCATTGAA,Primitive streak
SBR-72h:CATGGTATCTCGCAGG,Primitive streak
SBR-72h:AGGGTGACAGCTTTGA,Primitive streak
SBR-72h:CGCCAGATCCTGATAG,Primitive streak
SBR-72h:CGGAGAAAGTATAGAC,Primitive streak
SBR-72h:TTCACGCCACGACCTG,Primitive streak
SBR-72h:ACTATGGGTTCAAGTC,Primitive streak
SBR-72h:GTGGTTAGTCGATGCC,Primitive streak
SBR-72h:TGCGGCACAAATGGAT,Primitive streak
SBR-72h:TCATTTGAGAGGATCC,Primitive streak
SBR-72h:ACTTATCGTTAAGAAC,Primitive streak
SBR-72h:GTCACTCCATTACGGT,Primitive streak
SBR-72h:CAGAGCCTCTGGGATT,Primitive streak
SBR-72h:AAGACTCGTAGAGATT,Primitive streak
SBR-72h:CCTTTGGAGCATTTGC,Primitive streak
SBR-72h:ATCACTTGTTAGGAGC,Primitive streak
SBR-72h:GTTACGAAGTACAGAT,Primitive streak
SBR-72h:TTAGGGTAGTGCAAAT,Primitive streak
SBR-72h:TATTCCACAGTTTGGT,Primitive streak
SBR-72h:TCGATTTGTATAGGGC,Ectopic pluripotency
SBR-72h:TACGGGCGTCATCCCT,Primitive streak
SBR-72h:GTGGAAGTCGTAGAGG,Primitive streak
SBR-72h:GGTGATTTCTTTGATC,Primitive streak
SBR-72h:CACATGAAGAGCTGCA,Primitive streak
SBR-72h:GGGTCACTCAATGTCG,Primitive streak
SBR-72h:CCTCAGTTCTCTGCCA,Primitive streak
SBR-72h:ACACAGTAGAGAAGGT,Primitive streak
SBR-72h:ACCCTCATCAAGCTTG,Primitive streak
SBR-72h:TCTGCCACAATCTCGA,Primitive streak
SBR-72h:GATCGTAGTTTCGTGA,Primitive streak
SBR-72h:TCTAACTAGTGCGCTC,Primitive streak
SBR-72h:TTCCTTCGTGAGTTTC,Primitive streak
SBR-72h:TGATCTTCAGGCATTT,Primitive streak
SBR-72h:GTGAGGACAAGCGATG,Primitive streak
SBR-72h:CTGCTCAAGGTCTACT,Primitive streak
SBR-72h:TTTGGAGCAGTGACCC,Primitive streak
SBR-72h:GGTTGTAGTATGGTAA,Primitive streak
SBR-72h:ATAGAGAGTAGGACCA,Primitive streak
SBR-72h:TCCCAGTTCGGTGAAG,Primitive streak
SBR-72h:TTCTTGATCGCAAGAG,Primitive streak
SBR-72h:TCTGGCTGTTCTTAGG,Primitive streak
SBR-72h:CAACGGCTCCCGTGAG,Primitive streak
SBR-72h:AAGGAATGTATCGAAA,Primitive streak
SBR-72h:GGGAGTAGTTTGATCG,Primitive streak
SBR-72h:CGGGACTTCGGCATCG,Primitive streak
SBR-72h:TGTGAGTCAGCAATTC,Primitive streak
SBR-72h:TGGTTAGTCCATCTCG,Primitive streak
SBR-72h:GGGTTATAGTGGAATT,Primitive streak
SBR-72h:CGCCAGACAAGCTCTA,Primitive streak
SBR-72h:GAAGGACGTGGTTTAC,Primitive streak
SBR-72h:TGCTGAAGTAGAGATT,Primitive streak
SBR-72h:TCGTAGAGTGATCGTT,Primitive streak
SBR-72h:TGGATGTCAGACCTAT,Primitive streak
SBR-72h:TCAGCCTCATCCTTCG,Primitive streak
SBR-72h:GTCTACCGTAATCAAG,Primitive streak
SBR-72h:TACCGAACAGATACTC,Primitive streak
SBR-72h:TGGAGAGGTTCTGAGT,Primitive streak
SBR-72h:GTAATCGGTCAAATCC,Primitive streak
SBR-72h:ACGATCAGTCGCTGCA,Primitive streak
SBR-72h:TTGCTGCTCGTGGCGT,Cd63+ ectoderm-like artefact
SBR-72h:GGGTAGATCCATAGGT,Primitive streak
SBR-72h:GGCAGTCGTGGGCTCT,Primitive streak
SBR-72h:TCAGGTAGTGAGATTA,Primitive streak
SBR-72h:ACCTGTCAGAGTTGAT,Primitive streak
SBR-72h:TGTTCCGAGCTGTTCA,Primitive streak
SBR-72h:GTGGCGTCACGACAAG,Primitive streak
SBR-72h:AGGCCACGTCTGTGGC,Primitive streak
SBR-72h:TTGGTTTAGTTGGCGA,Primitive streak
SBR-72h:GCCAGGTAGCTTTCTT,Primitive streak
SBR-72h:TCGGGTGAGATGGGCT,Primitive streak
SBR-72h:TTACTGTGTTCGTGCG,Primitive streak
SBR-72h:ACTCCCATCCCTCGTA,Primitive streak
SBR-72h:CCGATGGTCCAACACA,Primitive streak
SBR-72h:AGGGTTTCATGACAAA,Primitive streak
SBR-72h:TCGAACAAGGACTGGT,Primitive streak
SBR-72h:ACATCCCGTGATATAG,Primitive streak
SBR-72h:ACACAGTGTTACTCAG,Primitive streak
SBR-72h:TGCTCGTAGCTGAAAT,Primitive streak
SBR-72h:TCAGTCCGTAGAGTTA,Primitive streak
SBR-72h:GAACGTTCAACAGAGC,Primitive streak
SBR-72h:AGGTTGTTCTCGTGGG,Primitive streak
SBR-72h:AGGACGAGTTTACTTC,Primitive streak
SBR-72h:GGTGGCTTCCCATACC,Primitive streak
SBR-72h:AGGAGGTCATCCTCAC,Primitive streak
SBR-72h:TATCGCCCATGGCGCT,Primitive streak
SBR-72h:CACAACAAGATAGCTA,Primitive streak
SBR-72h:TCACATTCATGTGTCA,Primitive streak
SBR-72h:TATCCTAAGCGCAATG,Primitive streak
SBR-72h:AGGTTACGTCATCCGG,Cd63+ ectoderm-like artefact
SBR-72h:TTCGATTGTATTCCGA,Primitive streak
SBR-72h:CCTATCGTCACGGTCG,Naive pluripotency
SBR-72h:AGTTAGCCAGACGGAT,Primitive streak
SBR-72h:TGTAAGCTCAGCAGAG,Primitive streak
SBR-72h:CTAGACATCGGAAGGT,Primitive streak
SBR-72h:CATTGAGGTTTCGTAG,Primitive streak
SBR-72h:CGTGATATCGCCAGAC,Primitive streak
SBR-72h:TAGAGTCGTGCCTGAC,Ectopic pluripotency
SBR-72h:ATCGTGACACCAACAT,Primitive streak
SBR-72h:GGGTCTGCACTTCCTG,Primitive streak
SBR-72h:GACTCAACACGGTCTG,Primitive streak
SBR-72h:CCGATCTAGATTCGAA,Primitive streak
SBR-72h:GGGTCACGTCACCTTC,Primitive streak
SBR-72h:AGGGTTTGTCCGGATC,Primitive streak
SBR-72h:TACTTGTCAGGTCCCA,Primitive streak
SBR-72h:TATCCTACAACCGCTG,Primitive streak
SBR-72h:GATGATCTCGAGCACC,Primitive streak
SBR-72h:CATGCAAAGGAAAGAC,Primitive streak
SBR-72h:AGGGCCTAGCAAGCCA,Primitive streak
SBR-72h:GTCTGTCCAAGCAGGT,Primitive streak
SBR-72h:TGTCCTGAGATACATG,Cd63+ ectoderm-like artefact
SBR-72h:TGGAGAGAGCACTTTG,Primitive streak
SBR-72h:TTTCGATAGGGTGAGG,Primitive streak
SBR-72h:GGGAGATTCGCATTAG,Primitive streak
SBR-72h:GCTTCACCATTAAAGG,Primitive streak
SBR-72h:AAGTTCGAGTACTGGG,Primitive streak
SBR-72h:TCTTCCTAGGGACTGT,Primitive streak
SBR-72h:TCAGTGAGTGGAAATT,Primitive streak
SBR-72h:GGAGGATAGTTACGAA,Primitive streak
SBR-72h:CTGGCAGGTTGAGGAC,Primitive streak
SBR-72h:ATCACAGCAGTGGGTA,Cd63+ ectoderm-like artefact
SBR-72h:ACGGAAGTCACTTCTA,Primitive streak
SBR-72h:ATGGGTTCACGTGTGC,Primitive streak
SBR-72h:TCCTTCTGTAGGGAGG,Primitive streak
SBR-72h:CGTGCTTGTACGTGAG,Primitive streak
SBR-72h:GTTTGGAAGATAGGGA,Primitive streak
SBR-72h:TTACTGTGTATCGTGT,Primitive streak
SBR-72h:GGGCGTTGTATATGGA,Primitive streak
SBR-72h:TCCTTCTCAGAGTGTG,Naive pluripotency
SBR-72h:GATGGAGTCGTGGACC,Primitive streak
SBR-72h:GTAGGAGCACTAGGCC,Primitive streak
SBR-72h:GTTCGCTCAATAGGAT,Primitive streak
SBR-72h:TTGGGATAGCGAACTG,Primitive streak
SBR-72h:CCTGCATCATAGTCAC,Primitive streak
SBR-72h:GAAATGAAGTAGTCCT,Primitive streak
SBR-72h:TGGGCGTCAAACTAGA,Primitive streak
SBR-72h:CTCCAACAGATTAGCA,Primitive streak
SBR-72h:TACGGGCCAGTAACCT,Primitive streak
SBR-72h:CAGTGCGCACCAGGTC,Primitive streak
SBR-72h:GGTGGCTGTTGACTAC,Primitive streak
SBR-72h:TGCGGGTGTGGATCAG,Primitive streak
SBR-72h:GTGCGTGGTGCTATTG,Primitive streak
SBR-72h:GTGCAGCGTTGATGTC,Primitive streak
SBR-72h:TGAGGTTGTCACTCTC,Primitive streak
SBR-72h:ATTCATCGTGCTAGCC,Cd63+ ectoderm-like artefact
SBR-72h:AGAGAATAGGATGTTA,Primitive streak
SBR-72h:TTCGCTGGTCCAGCGT,Primitive streak
SBR-72h:TTGTTGTTCCACATAG,Primitive streak
SBR-72h:TAAGCCAGTGTTGACT,Primitive streak
SBR-72h:TCAGTGAGTCCAAGAG,Primitive streak
SBR-72h:TTTGGAGCAGTTTCAG,Cd63+ ectoderm-like artefact
SBR-72h:TGGGAAGGTGAGCAGT,Primitive streak
SBR-72h:TTGCTGCCAGCCGGTT,Primitive streak
SBR-72h:AAGCGTTTCCCTTGGT,Primitive streak
SBR-72h:TGGGCGTTCCATACAG,Primitive streak
SBR-72h:TCGTAGACACATAGCT,Primitive streak
SBR-72h:CCGTGAGTCGCAGTCG,Cd63+ ectoderm-like artefact
SBR-72h:TTCCTTCGTAGCGTAG,Primitive streak
SBR-72h:GTAGATCTCTCGCAGG,Primitive streak
SBR-72h:ACCCTTGAGGTCTTTG,Primitive streak
SBR-72h:GTCATCCGTGCACGCT,Primitive streak
SBR-72h:CGTGTCTCAATAGTCC,Primitive streak
SBR-72h:TCAGCCTTCCCGTTGT,Primitive streak
SBR-72h:CCTCTAGAGCGTTGTT,Primitive streak
SBR-72h:GTCGAATGTGACCGAA,Primitive streak
SBR-72h:CGAAGTTCAAGTGGGT,Primitive streak
SBR-72h:TGGTAGTAGGCACCAA,Primitive streak
SBR-72h:TGCATGAAGCGCATCC,Primitive streak
SBR-72h:ACAGAAATCTAGTGAC,Primitive streak
SBR-72h:GATCACATCCGATAGT,Primitive streak
SBR-72h:TACGGTAAGCAGGGAG,Primitive streak
SBR-72h:GCATGATCAGAGGCTA,Naive pluripotency
SBR-72h:TCTCACGAGCGCATCC,Primitive streak
SBR-72h:GTTGTAGCATGACTAC,Primitive streak
SBR-72h:ATCGTCCGTAAGTAGT,Primitive streak
SBR-72h:GTCGAATAGAGGCCAT,Primitive streak
SBR-72h:AAAGTGATCTCTGACC,Primitive streak
SBR-72h:CAAGGGACACAGAGAC,Primitive streak
SBR-72h:TGAGCGCTCATGTCAG,Primitive streak
SBR-72h:GATCGTATCATATGGC,Primitive streak
SBR-72h:TCAGTCCGTCGTACAT,Primitive streak
SBR-72h:TTGGGCGGTACGATGG,Primitive streak
SBR-72h:CATCGGGCAGTTTGGT,Primitive streak
SBR-72h:CTTCTCTAGCGAGTCA,Primitive streak
SBR-72h:GGGATCCCAGGCCTGT,Primitive streak
SBR-72h:ATTGTTCTCGAGTGGA,Primitive streak
SBR-72h:GTTAGTGAGTTGCGAG,Ectopic pluripotency
SBR-72h:CCGATCTTCCCAGGCA,Primitive streak
SBR-72h:CTGCTCAAGCGCCATC,Primitive streak
SBR-72h:CACGGGTCACGTAACT,Primitive streak
SBR-72h:GGCGTCATCCACACAA,Primitive streak
SBR-72h:GTTTACTTCTAGTGTG,Primitive streak
SBR-72h:ACCTGTCGTCTGTGGC,Primitive streak
SBR-72h:AACGGGACAGCCTTCT,Primitive streak
SBR-72h:TTGGGTAGTTGGCCGT,Primitive streak
SBR-72h:TGCGATATCGATCCCT,Naive pluripotency
SBR-72h:CTGTGAAAGATGTAGT,Primitive streak
SBR-72h:TCCTCTTCAGGCTACC,Primitive streak
SBR-72h:CAGTGCGTCTCGACGG,Primitive streak
SBR-72h:GAGGGATCACGCGGTT,Primitive streak
SBR-72h:TTCTCTCAGTACAGAT,Primitive streak
SBR-72h:ATCTCTAGTAACATAG,Primitive streak
SBR-72h:TACCTGCCACTTCAAG,Cd63+ ectoderm-like artefact
SBR-72h:ATCAGGTTCACCGGGT,Primitive streak
SBR-72h:TGCGACGTCATCAGTG,Primitive streak
SBR-72h:AGCGATTAGAGTCAAT,Primitive streak
SBR-72h:TGTGGCGCAGGCTACC,Primitive streak
SBR-72h:TGATGGTCAAGTCATC,Primitive streak
SBR-72h:AGGTCTAAGAGTGACC,Primitive streak
SBR-72h:TCCTTCTGTGTATTGC,Primitive streak
SBR-72h:TGGGTTAAGAGCATAT,Primitive streak
SBR-72h:CGTGAATAGCAGTAAT,Primitive streak
SBR-72h:TTTGGTTTCTTGAACG,Primitive streak
SBR-72h:GTCCACTCAGCTATAC,Primitive streak
SBR-72h:ACAGAAAAGAGAGCCT,Primitive streak
SBR-72h:CCGGTAGCACCAGCCA,Primitive streak
SBR-72h:ATGTCCCGTTGGGACA,Primitive streak
SBR-72h:CGTGTCTCAAGGTACG,Primitive streak
SBR-72h:ATAGAGAAGTGATCGG,Primitive streak
SBR-72h:TGGTGATCATGGAAGC,Primitive streak
SBR-72h:GTAGCTAGTGAGACGT,Primitive streak
SBR-72h:GATTTCTCACACCGCA,Primitive streak
SBR-72h:GAATCGTGTCCCTGTT,Primitive streak
SBR-72h:AGTCATGTCTCAACGA,Primitive streak
SBR-72h:TGCGGCAAGTATGAAC,Primitive streak
SBR-72h:ATGGTTGGTTGGCTAT,Primitive streak
SBR-72h:GTGGCGTAGCCTGTGC,Primitive streak
SBR-72h:GTTCGCTAGGCGAACT,Primitive streak
SBR-72h:AGGTTACAGAGGACTC,Primitive streak
SBR-72h:GACCAATGTAGGTAGC,Primitive streak
SBR-72h:ACACAGTCATGCTGCG,Primitive streak
SBR-72h:ACCACAATCAGGTAAA,Cd63+ ectoderm-like artefact
SBR-72h:CAGGCCAGTTCAACGT,Primitive streak
SBR-72h:TGCTGAATCAATCGGT,Primitive streak
SBR-72h:CTGTGGGAGAATTCAG,Primitive streak
SBR-72h:GGTCACGTCGGCTGAC,Primitive streak
SBR-72h:GAGTTGTCAGGTTCCG,Primitive streak
SBR-72h:CTGGTCTAGGTCCCGT,Primitive streak
SBR-72h:ATGGAGGGTGTCTTGA,Primitive streak
SBR-72h:TCGAACAAGCGTGAAC,Primitive streak
SBR-72h:GTTGTCCGTGTATTCG,Primitive streak
SBR-72h:TGCTCCACACCGTCTT,Primitive streak
SBR-72h:TTGGATGTCGGTCAGC,Primitive streak
SBR-72h:TCTCACGAGTAGGGTC,Primitive streak
SBR-72h:CTGCTCAGTCCAGAAG,Primitive streak
SBR-72h:GGTGATTCAAGAGTAT,Primitive streak
SBR-72h:TACTTGTAGGTAGGCT,Primitive streak
SBR-72h:GTGTTAGAGGGCTTCC,Primitive streak
SBR-72h:ACGGTTAGTATTGACC,Primitive streak
SBR-72h:TTCCACGAGCGGTAGT,Primitive streak
SBR-72h:CGAGGCTTCAAAGGTA,Primitive streak
SBR-72h:TCCTCTTAGCGACTAG,Cd63+ ectoderm-like artefact
SBR-72h:TGGGATTCATGGAAGC,Primitive streak
SBR-72h:GTTCATTAGGACTTCT,Primitive streak
SBR-72h:CTAGGTATCGGCATCG,Primitive streak
SBR-72h:TCTTGCGTCGTAGAGG,Primitive streak
SBR-72h:TCAGTGACACATTACG,Primitive streak
SBR-72h:TGGAGAGGTAGAGTTA,Cd63+ ectoderm-like artefact
SBR-72h:AACGTCATCCAATCTT,Primitive streak
SBR-72h:AACAAAGCAAGTGGGT,Cd63+ ectoderm-like artefact
SBR-72h:CCGTAGGGTAAGATTG,Primitive streak
SBR-72h:GTCGTTCTCCTTCGAC,Primitive streak
SBR-72h:TGTAAGCTCCTACCAC,Primitive streak
SBR-72h:TGTTCCGGTCGCATCG,Primitive streak
SBR-72h:TGTTGGAAGTCGTCTA,Primitive streak
SBR-72h:GATAGAATCGCCGAGT,Cd63+ ectoderm-like artefact
SBR-72h:TCCAGAACAAGGCTTT,Primitive streak
SBR-72h:ATTCATCAGCCAGACA,Primitive streak
SBR-72h:TGTGTGAGTCCAAGAG,Primitive streak
SBR-72h:CGTAAGTCACTTGTGA,Primitive streak
SBR-72h:TCCTTTCAGGAGGGTG,Primitive streak
SBR-72h:GAACGTTGTTCGGCGT,Primitive streak
SBR-72h:GTGGGAAGTCGTCAGC,Naive pluripotency
SBR-72h:CTTCTCTAGGTAAGTT,Primitive streak
SBR-72h:GTTGCTCGTACTCGCG,Primitive streak
SBR-72h:GTCTGTCGTGTTACAC,Primitive streak
SBR-72h:TACGCTCAGAGAGTTT,Primitive streak
SBR-72h:CTTTCGGAGAGCAGCT,Primitive streak
SBR-72h:TGCATCCTCGAGGCAA,Primitive streak
SBR-72h:TTCCTCTAGGCTAGCA,Primitive streak
SBR-72h:TACCCGTGTTCTGAGT,Primitive streak
SBR-72h:TTCTCTCGTAACCAGG,Primitive streak
SBR-72h:GAAGGGTAGCGGGTTA,Primitive streak
SBR-72h:CGTGTCTCATATGCGT,Primitive streak
SBR-72h:CTGTGGGCACTACCCT,Primitive streak
SBR-72h:TTCCGTGAGCGTGAGT,Primitive streak
SBR-72h:ACGGGTCCAGTGGGTA,Primitive streak
SBR-72h:GAGCTGCAGAGCAGTC,Primitive streak
SBR-72h:TTGTGGATCGCCTATC,Primitive streak
SBR-72h:TCCTGCAAGTCGCCCA,Primitive streak
SBR-72h:TCGGGTGTCGATGGAG,Primitive streak
SBR-72h:ATCGGATTCGGTCAGC,Cd63+ ectoderm-like artefact
SBR-72h:ACACTGATCGCCAACG,Primitive streak
SBR-72h:ACGGGTCGTTCAATCG,Primitive streak
SBR-72h:TGCTTGCCAAGGGTCA,Primitive streak
SBR-72h:GCAGCCACAGGGTCTC,Primitive streak
SBR-72h:CGTGATAAGGAGTATT,Primitive streak
SBR-72h:GGGCGTTAGTCGCGAA,Primitive streak
SBR-72h:TCACGGGTCGGAAACG,Primitive streak
SBR-72h:TGTTGGATCCCTTGTG,Primitive streak
SBR-72h:GTTGTAGAGCAGTCTT,Primitive streak
SBR-72h:CTGCGAGGTATCTCTT,Primitive streak
SBR-72h:AAGGAATAGGTTGGTG,Primitive streak
SBR-72h:TTGTGGACAGGTCCGT,Primitive streak
SBR-72h:TTGGGTAAGGGAACAA,Primitive streak
SBR-72h:TCGGGACAGGAACGAA,Primitive streak
SBR-72h:GGGTCACCATTCGGGC,Primitive streak
SBR-72h:CAGTGCGGTCAGACGA,Primitive streak
SBR-72h:TCCCAGTTCGTTAGAC,Primitive streak
SBR-72h:GTGCAGCCATCTAACG,Primitive streak
SBR-72h:TAAGCCAAGGTCGTAG,Cd63+ ectoderm-like artefact
SBR-72h:GTGTGATCAACAGAGC,Primitive streak
SBR-72h:GTCGTTCAGGAAGTAG,Primitive streak
SBR-72h:AGGATCTTCATGAGAA,Primitive streak
SBR-72h:TCGGGTGGTAGAGCTG,Primitive streak
SBR-72h:CCAATGATCGGAGATG,Primitive streak
SBR-72h:CCACGAGGTCAATCTG,Primitive streak
SBR-72h:ATTCCCGCAAGGTCGA,Primitive streak
SBR-72h:TTGGTTTCACTGCATA,Primitive streak
SBR-72h:TAACCAGAGCTTGTGT,Primitive streak
SBR-72h:TTGTTTGTCTTGAACG,Primitive streak
SBR-72h:TAGGAGGAGGGTTTCT,Primitive streak
SBR-72h:GATCGTAGTACTTGTG,Primitive streak
SBR-72h:AGAAGTAGTCAGCTTA,Primitive streak
SBR-72h:AACCTGAAGCATTTCG,Naive pluripotency
SBR-72h:GTTAGTGAGTGCTACT,Primitive streak
SBR-72h:CACAACATCGTCGACG,Primitive streak
SBR-72h:ACAGGGATCGTGTCAA,Primitive streak
SBR-72h:CAGGTATGTCGTGGTC,Primitive streak
SBR-72h:AAGCATCTCGTCAAAC,Primitive streak
SBR-72h:TTGCGTCCATACATCG,Primitive streak
SBR-72h:CAGTTCCTCATCAGTG,Primitive streak
SBR-72h:TGGCGTGGTTAGGCCC,Primitive streak
SBR-72h:TCACAAGTCTACGCGG,Primitive streak
SBR-72h:AGTGTTGAGGGACAGG,Primitive streak
SBR-72h:AGCGCCACACACACGC,Primitive streak
SBR-72h:CCAATTTGTCAAAGCG,Primitive streak
SBR-72h:TCTATACTCCCATAAG,Primitive streak
SBR-72h:AGTCACAAGCTAATCC,Primitive streak
SBR-72h:ACGGAAGTCGCTCTCA,Primitive streak
SBR-72h:CGTTAGAGTGTCATGT,Primitive streak
SBR-72h:ATTGTTCGTCGCATGC,Primitive streak
SBR-72h:AGAAGCGAGATGTTGA,Primitive streak
SBR-72h:CGCCAGAAGAGTGAAG,Primitive streak
SBR-72h:GGGATGAGTATCTCTT,Primitive streak
SBR-72h:CGGGTCACACATGGTT,Primitive streak
SBR-72h:CGGCAGTCAAAGAGTT,Primitive streak
SBR-72h:CCCGGAAGTGCGGATA,Primitive streak
SBR-72h:GGGCTACCAACTGAAA,Primitive streak
SBR-72h:CATCAAGTCTGTCCCA,Primitive streak
SBR-72h:GCGTTTCTCTACGGGC,Naive pluripotency
SBR-72h:GTAGAGGTCCGAAGGA,Primitive streak
SBR-72h:ATCCGTCTCCGTTGGG,Primitive streak
SBR-72h:ACCTGAACAGGAATAT,Primitive streak
SBR-72h:TTGCTGCTCTCTGCTG,Primitive streak
SBR-72h:ACCTGTCAGAAGAGCA,Primitive streak
SBR-72h:AGTTCGATCTCGCAGG,Primitive streak
SBR-72h:GGGTTATTCAAAGCCT,Primitive streak
SBR-72h:TGTAACGTCGTGGGTC,Primitive streak
SBR-72h:CAGTGCGTCTCGTGAA,Primitive streak
SBR-72h:GTGGCGTGTTCTCGCT,Primitive streak
SBR-72h:AGCTCAATCCATGCAA,Primitive streak
SBR-72h:AGGTCTAGTTGTCAGT,Primitive streak
SBR-72h:GTCGTTCAGCGTTACT,Primitive streak
SBR-72h:ACTTCGCAGTGCGTCC,Primitive streak
SBR-72h:CTTTCAACAGGCTTGC,Primitive streak
SBR-72h:ATCGGCGTCTACACTT,Primitive streak
SBR-72h:GACCCTTAGGCTCAAG,Primitive streak
SBR-72h:ATTGGGTCAATGACCT,Ectopic pluripotency
SBR-72h:TGTGTGAAGGGTCTTT,Primitive streak
SBR-72h:ATCCTATTCCTACCGT,Primitive streak
SBR-72h:AGGGTGAAGAGGGCGA,Primitive streak
SBR-72h:GAACTGTGTCTCCCTA,Cd63+ ectoderm-like artefact
SBR-72h:TTGTTGTGTACCTAGT,Primitive streak
SBR-72h:GACTGATAGGGCAGGA,Primitive streak
SBR-72h:GACTGATGTTAAGGGC,Primitive streak
SBR-72h:CCGATGGGTGCAATAA,Naive pluripotency
SBR-72h:TACAGGTGTCACCACG,Primitive streak
SBR-72h:ATGAGGGCATGACACT,Primitive streak
SBR-72h:CGTGATATCAGTGCGC,Primitive streak
SBR-72h:GTGTCCTAGTTCCATG,Primitive streak
SBR-72h:CGGGTCATCGCTCTAC,Primitive streak
SBR-72h:GTGTGATAGGCGATAC,Primitive streak
SBR-72h:AAGTCGTGTTAATCGC,Primitive streak
SBR-72h:AGATGCTGTGCGTCGT,Primitive streak
SBR-72h:CAGATACGTTTGACAC,Primitive streak
SBR-72h:GTCAGCGTCGCACTCT,Primitive streak
SBR-72h:CTACCTGAGAGGTTTA,Primitive streak
SBR-72h:TGGTTAGCAATTGAGA,Primitive streak
SBR-72h:TGCCGAGGTTGACTGT,Primitive streak
SBR-72h:AGATCGTGTAAGATAC,Primitive streak
SBR-72h:GGTGGCTGTTCCAGGC,Primitive streak
SBR-72h:GTAATCGGTCAGACGA,Primitive streak
SBR-72h:GAGTGTTTCGGAAGGT,Primitive streak
SBR-72h:GATTCTTTCCACGGAC,Primitive streak
SBR-72h:GAAGCGAGTCGCTTAA,Primitive streak
SBR-72h:TGGAACTTCCATCAGA,Primitive streak
SBR-72h:TAGGAGGTCTGGCCTT,Primitive streak
SBR-72h:TCGGTCTGTCCCTAAA,Primitive streak
SBR-72h:GGAATGGAGTTTGCTG,Primitive streak
SBR-72h:AAGCGAGAGAATCGTA,Primitive streak
SBR-72h:GGGTGTCGTTGGGACA,Primitive streak
SBR-72h:AACTTCTGTATTGAGA,Primitive streak
SBR-72h:GCCATGGTCTGGTGGC,Primitive streak
SBR-72h:GCGTGCAAGACGAGCT,Primitive streak
SBR-72h:GGGCGTTAGGTGCGAT,Primitive streak
SBR-72h:GGGACTCCAGCACAAG,Primitive streak
SBR-72h:ATTCGTTTCTGTGCTC,Primitive streak
SBR-72h:GCTTGGGAGGGATGTC,Primitive streak
SBR-72h:ATCGGCGAGCATATGA,Primitive streak
SBR-72h:GGGCTACTCTGATTCT,Primitive streak
SBR-72h:TCAGGTAGTCGAGCTC,Primitive streak
SBR-72h:CCGGTAGAGCCAAGTG,Primitive streak
SBR-72h:CATGCTCAGATTGACA,Primitive streak
SBR-72h:GGAACCCAGATTGATG,Primitive streak
SBR-72h:ATCATTCGTACCCGCA,Primitive streak
SBR-72h:AGGGTCCGTGGACCTC,Primitive streak
SBR-72h:CGTGATATCTAGGCAT,Primitive streak
SBR-72h:ACACAGTGTCAAGCGA,Primitive streak
SBR-72h:GTGCAGCGTACCTAGT,Primitive streak
SBR-72h:AGGTAGGAGTGTGTTC,Primitive streak
SBR-72h:GCGAGAAGTCGAAACG,Primitive streak
SBR-72h:TCGAACATCGTTGTGA,Primitive streak
SBR-72h:TCGTGGGTCTTGAACG,Primitive streak
SBR-72h:GTGTCCTGTTAGGCCC,Primitive streak
SBR-72h:TGAGGGACAAGATTGA,Primitive streak
SBR-72h:GGAGATGCAGAAACCG,Cd63+ ectoderm-like artefact
SBR-72h:GAGTCTACAGCTGTCG,Primitive streak
SBR-72h:TCTCAGCGTCATCCGG,Primitive streak
SBR-72h:TTGCCTGAGTGGAAGA,Primitive streak
SBR-72h:TATCGCCGTCGTTCAA,Primitive streak
SBR-72h:GGGACAAGTACAGAAT,Cd63+ ectoderm-like artefact
SBR-72h:GTCGTAATCGCAGTTA,Naive pluripotency
SBR-72h:GGGCTACCAACGCCCA,Primitive streak
SBR-72h:CATGGTACACAACGAG,Primitive streak
SBR-72h:GTGGAAGTCGGATTAC,Primitive streak
SBR-72h:TCTTAGTGTGATAGTA,Cd63+ ectoderm-like artefact
SBR-72h:TTGTTCACATTGCCGG,Primitive streak
SBR-72h:CATGGATGTCCAATCA,Primitive streak
SBR-72h:GCGTGCACACCGTGCA,Primitive streak
SBR-72h:GTCGTTCCAAACAGGC,Primitive streak
SBR-72h:AACCACAAGTAAACAC,Primitive streak
SBR-72h:TCCGGGATCGCTGATA,Primitive streak
SBR-72h:GGGTGAAAGTAGGTTA,Primitive streak
SBR-72h:TCCGTGTCAGTTGCGC,Primitive streak
SBR-72h:TGAGCGCCATGGTGGA,Primitive streak
SBR-72h:ATTCATCCAGGAGGAG,Primitive streak
SBR-72h:CGTGTCTGTGAATGTA,Primitive streak
SBR-72h:TTGTGGAAGCATCGAG,Primitive streak
SBR-72h:TGGTAGTAGAGAAGGT,Primitive streak
SBR-72h:CATGCAACAGTCGGTC,Primitive streak
SBR-72h:TCTTAGTGTAGAATGT,Naive pluripotency
SBR-72h:TCGTGCTTCACCGGGT,Primitive streak
SBR-72h:GAGTCATTCACCATCC,Primitive streak
SBR-72h:GTGTGATTCCGTCAAA,Primitive streak
SBR-72h:GGTGGCTAGGCGAAGG,Primitive streak
SBR-72h:CATCGGGCACAATGAA,Cd63+ ectoderm-like artefact
SBR-72h:AGTGATCAGACAAGCC,Primitive streak
SBR-72h:GGTGTTAGTCGCGTCA,Primitive streak
SBR-72h:GTCCACTCATAGGTTC,Primitive streak
SBR-72h:TATACCTCACAACGCC,Cd63+ ectoderm-like artefact
SBR-72h:CATGCGGCATAGAATG,Primitive streak
SBR-72h:CTGGACGAGAGGCGGA,Primitive streak
SBR-72h:CGAAGGATCGTTCTGC,Cd63+ ectoderm-like artefact
SBR-72h:GGCGTCAGTTATAGCC,Primitive streak
SBR-72h:AAAGAACTCGAAACAA,Cd63+ ectoderm-like artefact
SBR-72h:GTTCTATCAAGTACCT,Primitive streak
SBR-72h:CACCGTTGTTCTCCAC,Primitive streak
SBR-72h:TCCATCGTCGTGACTA,Primitive streak
SBR-72h:ACAAGCTCATGTTACG,Cd63+ ectoderm-like artefact
SBR-72h:TTGGGTATCCGGGACT,Primitive streak
SBR-72h:CTCCACAAGGAAGTAG,Primitive streak
SBR-72h:GTGGTTAAGTCTAACC,Primitive streak
SBR-72h:CTGGCAGAGCGATTCT,Primitive streak
SBR-72h:GAGGGATGTGTACATC,Primitive streak
SBR-72h:ATCGGCGTCGACGCTG,Primitive streak
SBR-72h:AACGAAAAGCTCTATG,Primitive streak
SBR-72h:TATTGCTCACACCGCA,Primitive streak
SBR-72h:CGTGTCTCAGTGGGTA,Primitive streak
SBR-72h:TGCGACGTCCTCACTG,Cd63+ ectoderm-like artefact
SBR-72h:GTAATCGAGACGACGT,Primitive streak
SBR-72h:TAGGTACTCGTCACCT,Cd63+ ectoderm-like artefact
SBR-72h:GGCTTTCCAGGGAGAG,Primitive streak
SBR-72h:AGGTTGTTCCATTTCA,Primitive streak
SBR-72h:AGAGCCCAGATGCTAA,Cd63+ ectoderm-like artefact
SBR-72h:CCGCAAGGTGCGTCGT,Primitive streak
SBR-72h:GTCGTTCTCTCCGTGT,Primitive streak
SBR-72h:GTGGGAATCGTGCTCT,Primitive streak
SBR-72h:GCCGTGATCATGCCAA,Primitive streak
SBR-72h:TGCTCGTCATCATTTC,Primitive streak
SBR-72h:CGATCGGGTAGACAGC,Primitive streak
SBR-72h:ATTACTCGTCGTTTCC,Cd63+ ectoderm-like artefact
SBR-72h:TTATTGCTCAGATTGC,Primitive streak
SBR-72h:ATCACAGAGATGATTG,Primitive streak
SBR-72h:GGGACCTGTTTCCCAC,Primitive streak
SBR-72h:TGGGCTGAGACATCAA,Primitive streak
SBR-72h:GGGCGTTTCAGTCCGG,Primitive streak
SBR-72h:GGTAATCCACAGCCAC,Primitive streak
SBR-72h:CGCATAAAGCTAGATA,Cd63+ ectoderm-like artefact
SBR-72h:CGATGGCGTTATGTCG,Primitive streak
SBR-72h:CGTGTCTAGATCCCAT,Primitive streak
SBR-72h:GTCGCGACACGTAGTT,Primitive streak
SBR-72h:TACCGGGTCAGCGGAA,Cd63+ ectoderm-like artefact
SBR-72h:GGGTTTACAACTTGCA,Primitive streak
SBR-72h:CGTTGGGTCATTTGTC,Cd63+ ectoderm-like artefact
SBR-72h:GGTGGCTCAAGGTTGG,Primitive streak
SBR-72h:CCCGAAGTCCAGCAAT,Primitive streak
SBR-72h:ACGTAGTCAAGTATCC,Naive pluripotency
SBR-72h:GGGTCTGTCCGTATGA,Primitive streak
SBR-72h:GTCGTTCCAGCAGACA,Primitive streak
SBR-72h:CGATGGCTCGCCTTGT,Naive pluripotency
SBR-72h:GTCGTTCTCCACAAGT,Primitive streak
SBR-72h:GCAGTGGTATCAACGC,Primitive streak
SBR-72h:TGTCAGATCGAGAGCA,Primitive streak
SBR-72h:TCGCTCAGTAATTGGA,Exiting naive pluripotency
SBR-72h:GTCATCCCAATGTGGG,Primitive streak
SBR-72h:GTGAGCCGTCCCTCAT,Primitive streak
SBR-72h:GCTGCAGAGCGACAGT,Primitive streak
SBR-72h:AGGTCTAAGCACACAG,Naive pluripotency
SBR-72h:GTTGTAGCACTACCGG,Cd63+ ectoderm-like artefact
SBR-72h:TCATTGTAGATTACCC,Primitive streak
SBR-72h:GTCGTTCTCTGGGCAC,Naive pluripotency
SBR-72h:GTTCGCTAGCTTTGTG,Primitive streak
SBR-72h:GCATTAGTCCAATGCA,Primitive streak
SBR-72h:CTAAGTGCATGGGCAA,Primitive streak
SBR-72h:GTCTCACGTGTCCGGT,Cd63+ ectoderm-like artefact
SBR-72h:GAGGCCTTCCACTTTA,Primitive streak
SBR-72h:CTGTGAAAGTCCCAGC,Primitive streak
SBR-72h:TTCTAACGTCGTGCCA,Primitive streak
SBR-72h:AGAAATGGTTGAGGAC,Primitive streak
SBR-72h:CATCGTCGTTTGAAAG,Cd63+ ectoderm-like artefact
SBR-72h:GACTGATAGTCCCTAA,Primitive streak
SBR-72h:GTGATGTGTCTGTAAC,Primitive streak
SBR-72h:ACTTTGTCAGGTCTCG,Cd63+ ectoderm-like artefact
SBR-72h:GGGCGTTAGTAGGCCA,Primitive streak
SBR-72h:TTGTTGTGTTTGGAGG,Cd63+ ectoderm-like artefact
SBR-72h:ACCTACCGTCCGATCG,Primitive streak
SBR-72h:GTCGTAATCGGCGATC,Primitive streak
SBR-72h:CGTGCTTCAAGAGGCT,Primitive streak
SBR-72h:AGAAGTAGTCTGCCTT,Cd63+ ectoderm-like artefact
SBR-72h:TCTATCAGTAGATTGA,Primitive streak
SBR-72h:GTGCAGCGTCGGTACC,Primitive streak
SBR-72h:CCGGTAGGTCTCCTGT,Primitive streak
SBR-72h:GAGTGAGGTCCAGAAG,Primitive streak
SBR-72h:CTTCTAAGTTTGAACC,Primitive streak
SBR-72h:TTGCATTCAAACACCT,Primitive streak
SBR-72h:TCGTGGGCAGTCGGAA,Primitive streak
SBR-72h:CCTACGTTCCGTGTGG,Cd63+ ectoderm-like artefact
SBR-72h:CAGGGCTCACAGACGA,Cd63+ ectoderm-like artefact
SBR-72h:ACGTACACAACAAGAT,Cd63+ ectoderm-like artefact
SBR-72h:TTGCCTGTCCACTGAA,Cd63+ ectoderm-like artefact
SBR-72h:GTCGCGATCCCGAGTG,Primitive streak
SBR-72h:GGTTCTCAGGTGGCTA,Cd63+ ectoderm-like artefact
SBR-72h:CTACCTGAGTGTTGAA,Primitive streak
SBR-72h:CCGGTGACATCTTAGG,Primitive streak
SBR-72h:CGAGTTATCAGAGTGG,Primitive streak
SBR-72h:GGCTTGGAGACAAGCC,Primitive streak
SBR-72h:TTCATGTAGCGACTTT,Primitive streak
SBR-72h:CGTGTCTTCGGTGTTA,Primitive streak
SBR-72h:TACTTCAAGACAGTCG,Cd63+ ectoderm-like artefact
SBR-72h:GTCGCGAAGGGTCAAC,Primitive streak
SBR-72h:GTCGCGACATCGCCTT,Cd63+ ectoderm-like artefact
SBR-72h:CACTGAAGTTATGTGC,Primitive streak
SBR-72h:TTGCGTCGTTGATGTC,Primitive streak
SBR-72h:CGTGTCTCAAAGACGC,Primitive streak
SBR-72h:GTGTTAGCATGACCCG,Cd63+ ectoderm-like artefact
SBR-72h:GCGTGCAGTCCTTAAG,Primitive streak
SBR-72h:TCGGGTGGTCGCGGTT,Primitive streak
SBR-72h:ATCTTCAGTGCTAGCC,Primitive streak
SBR-72h:CTGGCAGAGGTCGAGT,Primitive streak
SBR-72h:GTCGTAAAGAGGGTGG,Primitive streak
SBR-72h:GTTGCGGCAGCTGTGC,Primitive streak
SBR-72h:CCCTCTCCAGATGCGA,Primitive streak
SBR-72h:GCCGTGAAGACCTTTG,Primitive streak
SBR-72h:TCGGGTGTCATGTCTT,Primitive streak
SBR-72h:ATCGTGAAGCACTTTG,Primitive streak
SBR-72h:ATCGTGAAGTTGCGAG,Primitive streak
SBR-72h:GGGTGTCGTGTTGATC,Primitive streak
SBR-72h:GTGCTTCTCACCCTTG,Primitive streak
SBR-72h:GATAGAATCTCGCAGG,Primitive streak
SBR-72h:TCCTGCAAGCCTCGTG,Primitive streak
SBR-72h:CGGACACAGCGTTAGG,Primitive streak
SBR-72h:TCACATTAGTTGGACG,Cd63+ ectoderm-like artefact
SBR-72h:AGGGCCTTCGAGCCTG,Primitive streak
SBR-72h:TACGGGCGTTCCCAAA,Primitive streak
SBR-72h:CGATCGGGTCGCGTTG,Primitive streak
SBR-72h:CAGCACGGTGCGTCGT,Primitive streak
SBR-72h:GGAATCTAGATGCTGG,Primitive streak
SBR-72h:TAGGTACGTAACAGTA,Cd63+ ectoderm-like artefact
SBR-72h:CTGCCATCACGTCGTG,Primitive streak
SBR-72h:CCACTTGTCACGTAGT,Primitive streak
SBR-72h:GTGCGTGGTACAGCGA,Primitive streak
SBR-72h:TGTTGGATCCTCTAAT,Primitive streak
SBR-72h:TCCATGCAGAGAGGGC,Primitive streak
SBR-72h:CGTGCTTCAACTCCAA,Primitive streak
SBR-72h:GTCAGCGTCGACACTA,Primitive streak
SBR-72h:TACTTCAGTACAGCGA,Cd63+ ectoderm-like artefact
SBR-72h:TCGTGCTTCCCAGGCA,Primitive streak
SBR-72h:AGCGTCGGTTATCTTC,Primitive streak
SBR-72h:TGTAACGAGACATAGT,Cd63+ ectoderm-like artefact
SBR-72h:GTCAGCGTCGGTAACT,Primitive streak
SBR-72h:GGGTGAAGTAACCCTA,Primitive streak
SBR-72h:CGGGCATGTGCGTCGT,Primitive streak
SBR-72h:CCGAACGGTACGCGTC,Primitive streak
SBR-72h:TTAATCCAGACTTAAG,Primitive streak
SBR-72h:TGTGGCGTCGAGTCCG,Primitive streak
SBR-72h:TGGGAAGAGCTACTGT,Primitive streak
SBR-72h:GTCGCGAAGGGCCAAT,Primitive streak
SBR-72h:GCCGTGAAGTAGGTTA,Primitive streak
SBR-72h:GGCAGTCGTCGTGCCA,Primitive streak
SBR-72h:GTGATGTTCTCTCTAA,Primitive streak
SBR-72h:AATGAAGTCTGGAGAG,Cd63+ ectoderm-like artefact
SBR-72h:AGAGCCCGTGCAGGAT,Primitive streak
SBR-72h:CGAGTTATCGGTATGT,Primitive streak
SBR-72h:GTGTTAGCACAAGCTT,Primitive streak
SBR-72h:GTCGAATCACATGTTG,Primitive streak
SBR-72h:GGGACCTCAACCGCCA,Primitive streak
SBR-72h:AGTGCCGCAGACAAGC,Primitive streak
SBR-72h:ACCCTCACAACGATCT,Primitive streak
SBR-72h:CGTTAGACAGCGGTTC,Primitive streak
SBR-72h:TCGGGTGAGAACGCGT,Cd63+ ectoderm-like artefact
SBR-72h:GCCGTGAAGTTACGTC,Primitive streak
SBR-72h:CACGTTCGTTCTCTCG,Primitive streak
SBR-72h:GAAGCCCGTCGGTGTC,Primitive streak
SBR-72h:GTGGAAGAGCTGTGCC,Primitive streak
SBR-72h:CCAAGCGTCGTCAAAC,Primitive streak
SBR-84h_A:AAGTTCGAGCCATATC,Caudal epiblast/primitive streak
SBR-84h_A:ACTGTCCCACCACATA,Caudal epiblast/primitive streak
SBR-84h_A:CGCATAACACCATTCC,Caudal epiblast/primitive streak
SBR-84h_A:ACTTATCCATGGTGGA,Ectopic pluripotency
SBR-84h_A:GTAATGCCACTAACGT,Ectopic pluripotency
SBR-84h_A:AGGAATAAGGGAGTTC,Naive pluripotency
SBR-84h_A:CACAACAGTTAAGGGC,Caudal epiblast/primitive streak
SBR-84h_A:GGAGCAATCGAACTCA,Ectopic pluripotency
SBR-84h_A:ACGTACAAGTTTCAGC,Caudal epiblast/primitive streak
SBR-84h_A:CCGGTGAGTATCGGTT,Caudal epiblast/primitive streak
SBR-84h_A:ATTATCCGTAACACCT,Ectopic pluripotency
SBR-84h_A:CAAGGGAGTACTCGAT,Caudal epiblast/primitive streak
SBR-84h_A:CCTAACCTCCACAGGC,Ectopic pluripotency
SBR-84h_A:TCCCACAAGCAGCCTC,Caudal epiblast/primitive streak
SBR-84h_A:TCCACCAAGATTAGCA,Cd63+ ectoderm-like artefact
SBR-84h_A:AGCGTATTCATTGTTC,Caudal epiblast/primitive streak
SBR-84h_A:TCTATACTCCTACACC,Caudal epiblast/primitive streak
SBR-84h_A:AGGTTACGTGCCGAAA,Caudal epiblast/primitive streak
SBR-84h_A:ACATGCAGTGGGTATG,Caudal epiblast/primitive streak
SBR-84h_A:CATCCGTTCGTAACCA,Caudal epiblast/primitive streak
SBR-84h_A:GGTTAACTCATGCTAG,Caudal epiblast/primitive streak
SBR-84h_A:CATACCCCACCATTCC,Ectopic pluripotency
SBR-84h_A:CATTCATTCAAGGTGG,Ectopic pluripotency
SBR-84h_A:AAGTGAAGTGCAGGAT,Caudal epiblast/primitive streak
SBR-84h_A:GAATCACCACAAATCC,Caudal epiblast/primitive streak
SBR-84h_A:TGGAACTGTGTCTAAC,Caudal epiblast/primitive streak
SBR-84h_A:CCTCTAGGTCTACGAT,Caudal epiblast/primitive streak
SBR-84h_A:GAGTCTAGTACTCCCT,Caudal epiblast/primitive streak
SBR-84h_A:CCTCATGCACTGTTCC,Ectopic pluripotency
SBR-84h_A:AAAGTGATCGATTGGT,Caudal epiblast/primitive streak
SBR-84h_A:AGTAGCTCAGTAGGAC,Caudal epiblast/primitive streak
SBR-84h_A:TGTAGACGTGGCGTAA,Ectopic pluripotency
SBR-84h_A:ACTTTGTTCTGCCTCA,Ectopic pluripotency
SBR-84h_A:CATTCATGTAGTCTGT,Caudal epiblast/primitive streak
SBR-84h_A:TCTACATCAACCCGCA,Caudal epiblast/primitive streak
SBR-84h_A:CGAGTGCTCCCTCTCC,Naive pluripotency
SBR-84h_A:TCACTATCAGTATTCG,Ectopic pluripotency
SBR-84h_A:ACAGGGATCGCTTTAT,Caudal epiblast/primitive streak
SBR-84h_A:GATAGAAGTACAAGTA,Ectopic pluripotency
SBR-84h_A:GACCAATAGAGCCGTA,Ectopic pluripotency
SBR-84h_A:CTAGGTACATGCTGCG,Ectopic pluripotency
SBR-84h_A:ATTCATCCAACATCGT,Ectopic pluripotency
SBR-84h_A:CATGCGGCAAACTCTG,Caudal epiblast/primitive streak
SBR-84h_A:ATCGGCGCATACTGAC,Caudal epiblast/primitive streak
SBR-84h_A:GCAGGCTTCCCATAGA,Caudal epiblast/primitive streak
SBR-84h_A:AAGCGTTAGACTCTAC,Ectopic pluripotency
SBR-84h_A:ATCCGTCTCAGATTGC,Caudal epiblast/primitive streak
SBR-84h_A:GTCTCACAGCAACTCT,Caudal epiblast/primitive streak
SBR-84h_A:TCATGTTAGGAGCAAA,Ectopic pluripotency
SBR-84h_A:CCACCATGTGGTTCTA,Ectopic pluripotency
SBR-84h_A:AAACGCTAGGCCTTGC,Caudal epiblast/primitive streak
SBR-84h_A:TAGTGCACAATCCTTT,Ectopic pluripotency
SBR-84h_A:CCTCAACGTGGAACCA,Caudal epiblast/primitive streak
SBR-84h_A:CCTGTTGTCGCCGAAC,Ectopic pluripotency
SBR-84h_A:CCACAAACAGCCTATA,Ectopic pluripotency
SBR-84h_A:GACCGTGTCTCGGTCT,Caudal epiblast/primitive streak
SBR-84h_A:TCGCACTGTGTGAATA,Cd63+ ectoderm-like artefact
SBR-84h_A:CCTTCAGCAGCCCAGT,Caudal epiblast/primitive streak
SBR-84h_A:TGGTAGTAGAGCCGTA,Caudal epiblast/primitive streak
SBR-84h_A:CCCTCTCTCATTGCCC,Ectopic pluripotency
SBR-84h_A:ATCGATGTCACTGTTT,Caudal epiblast/primitive streak
SBR-84h_A:CTCCACACATGTGCTA,Caudal epiblast/primitive streak
SBR-84h_A:ATCAGGTCACCCTGTT,Caudal epiblast/primitive streak
SBR-84h_A:AACCCAACAGTTACCA,Ectopic pluripotency
SBR-84h_A:CTTAGGATCACACGAT,Ectopic pluripotency
SBR-84h_A:CTCGAGGCAGGAGACT,Caudal epiblast/primitive streak
SBR-84h_A:ACCAACATCTAGTTCT,Ectopic pluripotency
SBR-84h_A:CTCTCAGTCCCAAGCG,Ectopic pluripotency
SBR-84h_A:CCCAACTCACTGTCCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCGAGAAAGCCGAACA,Caudal epiblast/primitive streak
SBR-84h_A:TCAATTCGTCATCTAG,Caudal epiblast/primitive streak
SBR-84h_A:GTGTGGCTCGAACCAT,Ectopic pluripotency
SBR-84h_A:TAGTGCACATCCGTTC,Ectopic pluripotency
SBR-84h_A:GAGACCCAGCGTGCTC,Ectopic pluripotency
SBR-84h_A:TATCTGTTCCTCTTTC,Ectopic pluripotency
SBR-84h_A:TCTATCAGTGGATCAG,Caudal epiblast/primitive streak
SBR-84h_A:TCGGGACGTATGGAAT,Caudal epiblast/primitive streak
SBR-84h_A:TCCTCGACACTGCACG,Ectopic pluripotency
SBR-84h_A:TACTTACTCATTCACT,Caudal epiblast/primitive streak
SBR-84h_A:TCGAAGTCAGTTGCGC,Caudal epiblast/primitive streak
SBR-84h_A:ACTTCGCTCAAGTTGC,Caudal epiblast/primitive streak
SBR-84h_A:CTAGGTATCTTCGGTC,Caudal epiblast/primitive streak
SBR-84h_A:CCTACGTCACGACGCT,Ectopic pluripotency
SBR-84h_A:CCACGTTTCACAACCA,Ectopic pluripotency
SBR-84h_A:ACGTACAAGCGCCATC,Caudal epiblast/primitive streak
SBR-84h_A:TGGGTTATCACCTCGT,Caudal epiblast/primitive streak
SBR-84h_A:GTAATGCTCCCTAGGG,Caudal epiblast/primitive streak
SBR-84h_A:CCACACTCAGGTTCAT,Ectopic pluripotency
SBR-84h_A:CAATGACTCACATACG,Caudal epiblast/primitive streak
SBR-84h_A:TACTGCCGTATGCTAC,Caudal epiblast/primitive streak
SBR-84h_A:TAACCAGCAGCGGTTC,Ectopic pluripotency
SBR-84h_A:TCCCATGTCTGCATGA,Ectopic pluripotency
SBR-84h_A:CCTGTTGCATCCGAGC,Naive pluripotency
SBR-84h_A:GAACGTTTCATTACGG,Caudal epiblast/primitive streak
SBR-84h_A:ATTTCACTCCCATGGG,Caudal epiblast/primitive streak
SBR-84h_A:GGGTGTCCACCTGCTT,Ectopic pluripotency
SBR-84h_A:ACTTAGGGTACCAATC,Naive pluripotency
SBR-84h_A:CATACCCAGAGGACTC,Caudal epiblast/primitive streak
SBR-84h_A:CCTAAGACAATAGTAG,Ectopic pluripotency
SBR-84h_A:CTACAGAAGCTGCCAC,Caudal epiblast/primitive streak
SBR-84h_A:TCACACCGTCGTCAGC,Caudal epiblast/primitive streak
SBR-84h_A:ATTACCTGTGAGCAGT,Ectopic pluripotency
SBR-84h_A:GTAAGTCTCATTCGTT,Caudal epiblast/primitive streak
SBR-84h_A:CAAGCTATCTCCTGCA,Cd63+ ectoderm-like artefact
SBR-84h_A:CAGTTAGGTTAGGCCC,Caudal epiblast/primitive streak
SBR-84h_A:ACTTTCAAGCGTCTGC,Caudal epiblast/primitive streak
SBR-84h_A:CATTCATTCTGCGTCT,Ectopic pluripotency
SBR-84h_A:GCCTGTTGTCGCATGC,Ectopic pluripotency
SBR-84h_A:CGTCCATTCCTTGAAG,Caudal epiblast/primitive streak
SBR-84h_A:TGTAACGCACGCCACA,Caudal epiblast/primitive streak
SBR-84h_A:TCGGATACACTCAAGT,Ectopic pluripotency
SBR-84h_A:AAACGAAAGGCTAGCA,Caudal epiblast/primitive streak
SBR-84h_A:CCACAAAAGGTACATA,Caudal mesoderm
SBR-84h_A:TTCATTGTCCGAGATT,Ectopic pluripotency
SBR-84h_A:CCTGCATTCACTAGCA,Caudal epiblast
SBR-84h_A:CCCATTGCACATGACT,Ectopic pluripotency
SBR-84h_A:AACCAACAGCCTGCCA,Caudal mesoderm
SBR-84h_A:GAGTTACTCTAGCATG,Naive pluripotency
SBR-84h_A:ATCACTTAGTCGGCCT,Caudal epiblast/primitive streak
SBR-84h_A:GACAGCCTCCACTAGA,Ectopic pluripotency
SBR-84h_A:GTCGAATGTGGCGTAA,Caudal epiblast
SBR-84h_A:CGGGACTAGGGTAATT,Ectopic pluripotency
SBR-84h_A:ACCATTTGTTATGTCG,Caudal epiblast/primitive streak
SBR-84h_A:GAAACCTAGAAGGCTC,Caudal epiblast
SBR-84h_A:TCTCTGGTCGCTAGCG,Caudal epiblast/primitive streak
SBR-84h_A:CAACCTCCAGCAGGAT,Caudal epiblast/primitive streak
SBR-84h_A:CAGATTGTCCCTCGTA,Naive pluripotency
SBR-84h_A:CACAGGCCAAGAAACT,Caudal epiblast/primitive streak
SBR-84h_A:GACTGATGTCCGGACT,Naive pluripotency
SBR-84h_A:ACGATCATCGAGTTGT,Naive pluripotency
SBR-84h_A:GTGGCGTTCAGATGCT,Caudal epiblast/primitive streak
SBR-84h_A:GCCATGGAGTTGGAAT,Caudal epiblast/primitive streak
SBR-84h_A:TTCCGGTGTACCCGAC,Caudal epiblast/primitive streak
SBR-84h_A:GGTAACTTCATGACAC,Ectopic pluripotency
SBR-84h_A:ACCAAACGTCTACAAC,Caudal epiblast/primitive streak
SBR-84h_A:CCGGTAGTCCTACCAC,Caudal epiblast/primitive streak
SBR-84h_A:CTAGACAGTTTACTTC,Ectopic pluripotency
SBR-84h_A:CCATAAGCACTACACA,Caudal epiblast/primitive streak
SBR-84h_A:GACACGCCAGGAATCG,Ectopic pluripotency
SBR-84h_A:GGGTATTTCTGATTCT,Caudal epiblast/primitive streak
SBR-84h_A:TATTCCAGTAGCTGCC,Caudal epiblast/primitive streak
SBR-84h_A:CCTCATGGTGAATAAC,Caudal epiblast/primitive streak
SBR-84h_A:ACGGTTATCCTGTTAT,Ectopic pluripotency
SBR-84h_A:GTTGTAGCATAACGGG,Caudal epiblast
SBR-84h_A:ATCATTCTCCCGTGTT,Caudal epiblast/primitive streak
SBR-84h_A:CACGTGGGTATACAGA,Caudal epiblast/primitive streak
SBR-84h_A:TCTCAGCAGCAATTCC,Caudal epiblast/primitive streak
SBR-84h_A:GACAGCCAGTCTGTAC,Caudal epiblast/primitive streak
SBR-84h_A:CTTACCGTCGCTATTT,Caudal epiblast/primitive streak
SBR-84h_A:AGTGACTTCGGCGATC,Caudal epiblast/primitive streak
SBR-84h_A:GTACAACGTCATAGTC,Ectopic pluripotency
SBR-84h_A:CCACACTTCCGTAGGC,Ectopic pluripotency
SBR-84h_A:ACACGCGGTATAGGGC,Caudal epiblast/primitive streak
SBR-84h_A:TTTCCTCAGCGATGCA,Ectopic pluripotency
SBR-84h_A:ATGGTTGCAAGCCATT,Caudal epiblast/primitive streak
SBR-84h_A:CACAGATGTCCATACA,Caudal epiblast/primitive streak
SBR-84h_A:TAAGTCGCAAGTATCC,Caudal epiblast/primitive streak
SBR-84h_A:CCCGGAAGTGTTGATC,Naive pluripotency
SBR-84h_A:TCCTAATAGAGAACCC,Caudal epiblast
SBR-84h_A:GGAATCTTCATTTGGG,Ectopic pluripotency
SBR-84h_A:GCACATACATGGCCAC,Caudal epiblast/primitive streak
SBR-84h_A:ACTTTCAAGGTTCAGG,Caudal epiblast/primitive streak
SBR-84h_A:CGCATAAAGTCGCCAC,Caudal epiblast/primitive streak
SBR-84h_A:TCGGTCTGTAACTTCG,Caudal epiblast/primitive streak
SBR-84h_A:GTGGAGAAGCACGTCC,Ectopic pluripotency
SBR-84h_A:TCAGCCTCATGGATCT,Caudal epiblast/primitive streak
SBR-84h_A:ACTTCCGTCTCCCATG,Caudal epiblast/primitive streak
SBR-84h_A:AACGAAATCGTAACAC,Caudal epiblast/primitive streak
SBR-84h_A:CCTCTCCAGTTAACAG,Caudal epiblast/primitive streak
SBR-84h_A:TTCAGGACAGAACTTC,Ectopic pluripotency
SBR-84h_A:CTATCTAGTGGCATCC,Ectopic pluripotency
SBR-84h_A:AATTCCTGTGCTAGCC,Caudal epiblast/primitive streak
SBR-84h_A:GATAGAATCCATTGCC,Caudal epiblast/primitive streak
SBR-84h_A:AACAACCAGTGGACGT,Caudal epiblast/primitive streak
SBR-84h_A:GAGATGGTCAACACGT,Ectopic pluripotency
SBR-84h_A:AAGCCATCACGGTAGA,Caudal epiblast/primitive streak
SBR-84h_A:AGGAAATTCGAGAAAT,Caudal epiblast
SBR-84h_A:TCAAGACCAGTAGATA,Ectopic pluripotency
SBR-84h_A:TCAGTGACACGTGAGA,Ectopic pluripotency
SBR-84h_A:GACGCTGGTTAGAAGT,Caudal epiblast/primitive streak
SBR-84h_A:ACAGGGATCACCATGA,Caudal epiblast/primitive streak
SBR-84h_A:ATACTTCCAGATCCTA,Caudal epiblast/primitive streak
SBR-84h_A:GTTACAGCACAATGAA,Caudal epiblast/primitive streak
SBR-84h_A:ACGATCAGTGCGCTCA,Caudal mesoderm
SBR-84h_A:GGTAACTAGGCTTTCA,Caudal epiblast/primitive streak
SBR-84h_A:GATGAGGGTACCACGC,Caudal epiblast/primitive streak
SBR-84h_A:GACTTCCAGTTGAATG,Ectopic pluripotency
SBR-84h_A:GATCCCTCATCGCTGG,Caudal epiblast/primitive streak
SBR-84h_A:TCCCACAAGTAGCCAG,Naive pluripotency
SBR-84h_A:GAGACTTTCGCGCTGA,Caudal epiblast
SBR-84h_A:ACTTCGCTCTCCGATC,Caudal epiblast/primitive streak
SBR-84h_A:AATGAAGTCCGTCACT,Caudal epiblast/primitive streak
SBR-84h_A:CAACGGCAGGACAGCT,Naive pluripotency
SBR-84h_A:CATTCCGTCTGTAAGC,Caudal epiblast
SBR-84h_A:GATGACTTCATGCCGG,Caudal epiblast/primitive streak
SBR-84h_A:TCCGGGATCAGACAAA,Ectopic pluripotency
SBR-84h_A:AAGAACACAACATCGT,Caudal epiblast/primitive streak
SBR-84h_A:TGACTCCTCACCCTGT,Caudal epiblast
SBR-84h_A:GCCTGTTAGGGCCAAT,Caudal epiblast/primitive streak
SBR-84h_A:CTACTATGTGAATATG,Caudal epiblast/primitive streak
SBR-84h_A:CATCGCTTCTGTTGGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCCATTCAACCAATC,Caudal epiblast/primitive streak
SBR-84h_A:CCCGAAGGTATGCGTT,Caudal epiblast/primitive streak
SBR-84h_A:TTCAATCTCCGGTTCT,Caudal epiblast/primitive streak
SBR-84h_A:GCCATTCCACCATATG,Caudal epiblast/primitive streak
SBR-84h_A:TCAATTCAGTAGTCCT,Caudal epiblast/primitive streak
SBR-84h_A:GTTACCCAGGCGAACT,Caudal epiblast/primitive streak
SBR-84h_A:CAACGATCAGCACCCA,Caudal epiblast/primitive streak
SBR-84h_A:CATAGACGTCGAACAG,Ectopic pluripotency
SBR-84h_A:CGCCATTTCTCCTGCA,Caudal epiblast/primitive streak
SBR-84h_A:TATACCTTCGAACGCC,Caudal epiblast
SBR-84h_A:ACAAGCTAGGGCAATC,Ectopic pluripotency
SBR-84h_A:GTGCTTCCACGTATAC,Naive pluripotency
SBR-84h_A:AACACACAGCAGTACG,Caudal epiblast/primitive streak
SBR-84h_A:TTATTGCAGGCTTCCG,Ectopic pluripotency
SBR-84h_A:ACTTCCGCATCGCTGG,Caudal epiblast
SBR-84h_A:CTACCTGGTTGCACGC,Caudal epiblast/primitive streak
SBR-84h_A:TACATTCAGCTGTTAC,Caudal epiblast/primitive streak
SBR-84h_A:ACCACAACAACCGTGC,Caudal epiblast
SBR-84h_A:CACAGGCCACACCTTC,Caudal epiblast/primitive streak
SBR-84h_A:GTGCAGCTCAAGAAAC,Caudal epiblast/primitive streak
SBR-84h_A:TCTACATGTTGCAAGG,Caudal epiblast/primitive streak
SBR-84h_A:ACGTACATCGTAGTCA,Caudal epiblast/primitive streak
SBR-84h_A:TTGCTGCCAGGAATAT,Ectopic pluripotency
SBR-84h_A:GCCATGGTCATACAGC,Caudal epiblast/primitive streak
SBR-84h_A:GACTCTCAGAGATTCA,Caudal epiblast/primitive streak
SBR-84h_A:TATCTTGGTACCTAAC,Caudal epiblast/primitive streak
SBR-84h_A:TCAGTTTAGAACAGGA,Caudal epiblast/primitive streak
SBR-84h_A:GTACAGTCAGGGACTA,Caudal epiblast/primitive streak
SBR-84h_A:TCCCACAGTCTATGAC,Caudal epiblast/primitive streak
SBR-84h_A:AGGAAATCAGCTATAC,Ectopic pluripotency
SBR-84h_A:TATCTTGTCTAGACCA,Caudal epiblast/primitive streak
SBR-84h_A:CTCTGGTTCCCAACTC,Caudal epiblast/primitive streak
SBR-84h_A:GCAGTTATCTGGCCTT,Caudal epiblast/primitive streak
SBR-84h_A:CTACCCAGTCCGTTTC,Caudal mesoderm
SBR-84h_A:CCTCCAAAGAATACAC,Naive pluripotency
SBR-84h_A:GGGACCTTCTTCGACC,Caudal epiblast/primitive streak
SBR-84h_A:CAAGAGGGTTCGAGCC,Caudal epiblast/primitive streak
SBR-84h_A:CTACATTAGGAGCAAA,Caudal epiblast/primitive streak
SBR-84h_A:GTTACCCTCAAAGACA,Caudal epiblast/primitive streak
SBR-84h_A:GAACTGTGTTCAAGTC,Caudal epiblast/primitive streak
SBR-84h_A:ACCACAACAAAGGTTA,Caudal epiblast/primitive streak
SBR-84h_A:TGCTCCACACATGACT,Ectopic pluripotency
SBR-84h_A:AAACGAAGTATTTCTC,Caudal epiblast
SBR-84h_A:ACCCAAATCAAAGACA,Caudal epiblast/primitive streak
SBR-84h_A:CCAATGATCACTTTGT,Caudal epiblast
SBR-84h_A:AATGGAAAGAGAACCC,Caudal epiblast/primitive streak
SBR-84h_A:CACCAAACATGAAAGT,Caudal epiblast/primitive streak
SBR-84h_A:ACGGAAGGTAATGCTC,Caudal epiblast/primitive streak
SBR-84h_A:ATCGTCCCACTTTATC,Caudal epiblast/primitive streak
SBR-84h_A:TAGACCATCTTCCCGA,Ectopic pluripotency
SBR-84h_A:GACTTCCAGGTAGATT,Ectopic pluripotency
SBR-84h_A:GAAGAATGTGGGAGAG,Caudal epiblast/primitive streak
SBR-84h_A:CCTCTCCTCTTCACAT,Caudal epiblast
SBR-84h_A:CTCATGCGTTAACAGA,Caudal epiblast/primitive streak
SBR-84h_A:CAGGGCTAGATGTAGT,Caudal epiblast/primitive streak
SBR-84h_A:TCCTAATTCACATCAG,Caudal epiblast
SBR-84h_A:TACCCGTCATGGGCAA,Caudal epiblast/primitive streak
SBR-84h_A:TCTACCGCATCTAACG,Ectopic pluripotency
SBR-84h_A:CACTGTCAGAATTGCA,Caudal epiblast/primitive streak
SBR-84h_A:ATGAAAGAGAGTCAGC,Caudal epiblast/primitive streak
SBR-84h_A:AGGAATAGTATGTGTC,Caudal epiblast
SBR-84h_A:TTTCCTCCAGGTCCGT,Ectopic pluripotency
SBR-84h_A:GTGACGCGTGTGACCC,Caudal epiblast/primitive streak
SBR-84h_A:CCCTAACAGATCACCT,Caudal epiblast/primitive streak
SBR-84h_A:AATGACCAGAGCAGCT,Caudal epiblast/primitive streak
SBR-84h_A:ATCGTCCCAACACACT,Ectopic pluripotency
SBR-84h_A:ATCGTCCGTAACTTCG,Ectopic pluripotency
SBR-84h_A:TACATTCCATCGATAC,Caudal epiblast/primitive streak
SBR-84h_A:TTTACGTAGACTACCT,Ectopic pluripotency
SBR-84h_A:GTTACCCGTGATGGCA,Caudal epiblast
SBR-84h_A:CTTCCTTGTAGACAAT,Caudal epiblast/primitive streak
SBR-84h_A:TGTCAGAAGCGACTAG,Ectopic pluripotency
SBR-84h_A:GGCTGTGCATCCGGTG,Ectopic pluripotency
SBR-84h_A:AACCATGCACGGTGCT,Caudal epiblast/primitive streak
SBR-84h_A:TAAGTCGCATGGTGGA,Caudal epiblast/primitive streak
SBR-84h_A:TAGACCATCTCTGACC,Caudal epiblast/primitive streak
SBR-84h_A:TCATTGTCAGTCTACA,Caudal epiblast/primitive streak
SBR-84h_A:TGGAACTCACAGCCAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCATGAGGTAACGGTG,Caudal epiblast/primitive streak
SBR-84h_A:AAAGGATAGGCGACAT,Caudal epiblast/primitive streak
SBR-84h_A:CAGTTAGTCCCGATCT,Caudal epiblast
SBR-84h_A:GTGGCGTGTGGTTCTA,Caudal epiblast
SBR-84h_A:CCAATGAAGTTCCGTA,Ectopic pluripotency
SBR-84h_A:GACTATGGTATCGAAA,Caudal epiblast
SBR-84h_A:ACCATTTCACAATGCT,Caudal epiblast
SBR-84h_A:GGCACGTCAATCGTCA,Ectopic pluripotency
SBR-84h_A:TACCGAAAGACGGTTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCATACTTCACGAACT,Caudal epiblast/primitive streak
SBR-84h_A:TATCTGTAGCTGGCTC,Caudal epiblast/primitive streak
SBR-84h_A:GTTACAGCAAAGCTAA,Caudal epiblast/primitive streak
SBR-84h_A:AGCTCAAGTCTCTCTG,Caudal epiblast
SBR-84h_A:AAGGTAAAGGCTCACC,Caudal epiblast
SBR-84h_A:ATTTCTGGTGCGACAA,Ectopic pluripotency
SBR-84h_A:GGCACGTAGCAAATGT,Ectopic pluripotency
SBR-84h_A:AAATGGATCTCTCAAT,Caudal epiblast/primitive streak
SBR-84h_A:TGGTACAAGCCATATC,Caudal epiblast/primitive streak
SBR-84h_A:TGCGGCATCTGTGCAA,Ectopic pluripotency
SBR-84h_A:TACCCGTTCTACCCAC,Caudal epiblast/primitive streak
SBR-84h_A:ACCAACATCTTCTCAA,Caudal epiblast/primitive streak
SBR-84h_A:GATGACTAGCAATTCC,Caudal epiblast/primitive streak
SBR-84h_A:CCTGTTGTCCTTCTAA,Ectopic pluripotency
SBR-84h_A:CCGATGGTCACTGTCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCAACCGCATTCACCC,Caudal epiblast/primitive streak
SBR-84h_A:CAACGGCAGTCCCGGT,Caudal epiblast/primitive streak
SBR-84h_A:GTGTGATAGTATGGCG,Caudal epiblast/primitive streak
SBR-84h_A:ATCCGTCCACAAACGG,Caudal epiblast/primitive streak
SBR-84h_A:AGATAGATCCATACTT,Caudal epiblast/primitive streak
SBR-84h_A:ATTTCACCATCTTTCA,Caudal epiblast/primitive streak
SBR-84h_A:CTAACTTGTACCAATC,Caudal epiblast
SBR-84h_A:GAATAGATCCGTACGG,Caudal epiblast/primitive streak
SBR-84h_A:GAGGCCTTCACCTCTG,Caudal epiblast/primitive streak
SBR-84h_A:GACCCTTGTGGACCTC,Ectopic pluripotency
SBR-84h_A:AAACCCACACAAGCAG,Ectopic pluripotency
SBR-84h_A:TGAGTCAAGTTCATCG,Ectopic pluripotency
SBR-84h_A:ACGTACAAGCCTCTCT,Caudal epiblast
SBR-84h_A:ATCGCCTGTTGGTGTT,Caudal epiblast/primitive streak
SBR-84h_A:ATACCTTAGGCCACTC,Caudal epiblast/primitive streak
SBR-84h_A:GTCAAACAGTAACGTA,Caudal epiblast/primitive streak
SBR-84h_A:TATCAGGTCTATTGTC,Caudal epiblast/primitive streak
SBR-84h_A:CGTAAGTCATGGTGGA,Caudal epiblast/primitive streak
SBR-84h_A:GAACGTTGTAGCTGTT,Caudal epiblast/primitive streak
SBR-84h_A:GACCGTGTCGGCACTG,Ectopic pluripotency
SBR-84h_A:AACCATGCACATCCCT,Caudal mesoderm
SBR-84h_A:AAGAACAGTGCCCAGT,Caudal epiblast/primitive streak
SBR-84h_A:TAGAGTCTCTGTCTCG,Caudal epiblast/primitive streak
SBR-84h_A:ATACCGACAGACTCTA,Ectopic pluripotency
SBR-84h_A:GAACACTGTCGACTGC,Caudal epiblast
SBR-84h_A:TAGACCAGTCCATCTC,Caudal epiblast/primitive streak
SBR-84h_A:GGTGAAGGTCAGTTTG,Ectopic pluripotency
SBR-84h_A:CAACCAATCGGAAACG,Caudal epiblast/primitive streak
SBR-84h_A:ACTTAGGCAGGGAATC,Caudal epiblast/primitive streak
SBR-84h_A:AAGGTAAGTTCTGAGT,Caudal epiblast
SBR-84h_A:TACCGGGTCACCCTCA,Caudal epiblast/primitive streak
SBR-84h_A:TCTAACTTCCTTCTTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AATTCCTTCGCTAGCG,Caudal mesoderm
SBR-84h_A:AACAGGGTCAGGTGTT,Caudal epiblast/primitive streak
SBR-84h_A:CCACGTTCACTGTCCT,Caudal epiblast/primitive streak
SBR-84h_A:CGACAGCCAAGGTCGA,Caudal epiblast/primitive streak
SBR-84h_A:CATGGTATCACTACTT,Caudal epiblast
SBR-84h_A:TGGTACATCTTGGATG,Caudal epiblast/primitive streak
SBR-84h_A:TCCGAAATCTTTGGAG,Caudal epiblast/primitive streak
SBR-84h_A:CTCCATGTCCTAGCCT,Caudal epiblast
SBR-84h_A:CACAGGCGTACCTATG,Naive pluripotency
SBR-84h_A:AACTTCTCATGAAAGT,Caudal epiblast/primitive streak
SBR-84h_A:AGGTGTTCATCCTATT,Naive pluripotency
SBR-84h_A:CGCATAACAATTGAAG,Caudal epiblast/primitive streak
SBR-84h_A:CATTGCCGTAGGACCA,Caudal epiblast/primitive streak
SBR-84h_A:TTTGACTGTGTTTGCA,Caudal epiblast/primitive streak
SBR-84h_A:GCAACATCATGATCTG,Caudal epiblast
SBR-84h_A:GATGCTAAGAAGCGAA,Caudal epiblast/primitive streak
SBR-84h_A:CCTCCAACATTGGCAT,Caudal epiblast
SBR-84h_A:TCCACGTAGCTGAGTG,Ectopic pluripotency
SBR-84h_A:ATGGGAGCAGATCCAT,Caudal epiblast/primitive streak
SBR-84h_A:ATCGGATGTTCTCCCA,Naive pluripotency
SBR-84h_A:TCCTCTTCATTCTGTT,Caudal epiblast/primitive streak
SBR-84h_A:CTTCCGATCTTTGCAT,Ectopic pluripotency
SBR-84h_A:AATGAAGTCCGCATAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CAAGAGGGTGCCTGAC,Caudal epiblast/primitive streak
SBR-84h_A:TCTGGCTTCATCGCCT,Caudal epiblast/primitive streak
SBR-84h_A:CTGCCTACATAACAGA,Caudal epiblast
SBR-84h_A:TGAGGAGAGCTAGCCC,Caudal mesoderm
SBR-84h_A:AGTACTGGTGAGACCA,Ectopic pluripotency
SBR-84h_A:CTGTACCGTGGCATCC,Caudal epiblast/primitive streak
SBR-84h_A:TCACTATAGGCCCAAA,Caudal epiblast/primitive streak
SBR-84h_A:GAGACCCTCCACGAAT,Caudal epiblast/primitive streak
SBR-84h_A:CCTCCAAAGCTAAATG,Caudal epiblast/primitive streak
SBR-84h_A:GGGTTTACATCCTCAC,Ectopic pluripotency
SBR-84h_A:AAACGCTGTACGACAG,Naive pluripotency
SBR-84h_A:CAAGAGGGTGGAACCA,Caudal epiblast/primitive streak
SBR-84h_A:AACAACCCACTGTCCT,Naive pluripotency
SBR-84h_A:CCATCACAGGGAGGCA,Caudal epiblast/primitive streak
SBR-84h_A:AAAGTCCAGTCCGCGT,Ectopic pluripotency
SBR-84h_A:AGCGCCATCCGTCCTA,Caudal epiblast/primitive streak
SBR-84h_A:GGGCTCAGTCGAATTC,Caudal epiblast
SBR-84h_A:GTCTCACCAGTAGAAT,Ectopic pluripotency
SBR-84h_A:TAACGACCATATCTGG,Caudal epiblast/primitive streak
SBR-84h_A:TTCCGTGTCATAGAGA,Ectopic pluripotency
SBR-84h_A:ATGACCACAATGCTCA,Cd63+ ectoderm-like artefact
SBR-84h_A:ATTTACCAGAAGCGAA,Caudal epiblast/primitive streak
SBR-84h_A:TCATTACCACTTGAAC,Caudal epiblast/primitive streak
SBR-84h_A:GGTAACTAGCATGAAT,Caudal epiblast/primitive streak
SBR-84h_A:AGCTTCCAGATGTTCC,Caudal epiblast/primitive streak
SBR-84h_A:TGGAGGAAGATCGCTT,Caudal epiblast/primitive streak
SBR-84h_A:GACTTCCTCACGATAC,Caudal epiblast/primitive streak
SBR-84h_A:CTCCAACTCCGTTTCG,Caudal epiblast
SBR-84h_A:CAGATCAAGAGAGGTA,Naive pluripotency
SBR-84h_A:CAGATTGAGCTAGTTC,Caudal mesoderm
SBR-84h_A:GCCTGTTAGATCCGAG,Caudal epiblast/primitive streak
SBR-84h_A:GGGCTCAAGATTGTGA,Ectopic pluripotency
SBR-84h_A:TACCCGTGTCACCGCA,Caudal epiblast
SBR-84h_A:AATTCCTCAGAAGTTA,Caudal epiblast/primitive streak
SBR-84h_A:AACGTCATCAATCTTC,Caudal epiblast/primitive streak
SBR-84h_A:TTAATCCTCTGAGTCA,Caudal epiblast/primitive streak
SBR-84h_A:CGTAGTATCCAGTACA,Caudal epiblast/primitive streak
SBR-84h_A:GATGAGGTCTTTCCGG,Caudal epiblast/primitive streak
SBR-84h_A:GGAGCAAGTGAGTTTC,Naive pluripotency
SBR-84h_A:AAACCCAGTAAGTTAG,Caudal epiblast
SBR-84h_A:ACCATTTCAGGAACCA,Ectopic pluripotency
SBR-84h_A:TCGACCTAGGAGAGTA,Caudal epiblast
SBR-84h_A:TCTTGCGTCCTTCTAA,Caudal epiblast/primitive streak
SBR-84h_A:AGAGCCCAGGCTCACC,Caudal epiblast/primitive streak
SBR-84h_A:TTCGGTCTCATAGCAC,Caudal epiblast
SBR-84h_A:TTAGTCTAGACCAGAC,Caudal epiblast/primitive streak
SBR-84h_A:CTGTACCCAGAGAAAG,Caudal epiblast
SBR-84h_A:TACCGAATCGAAGCCC,Caudal epiblast
SBR-84h_A:CTCCCTCTCTACCTTA,Caudal epiblast
SBR-84h_A:CTGTAGACAGGACAGT,Caudal epiblast/primitive streak
SBR-84h_A:CTCATTAGTACAACGG,Caudal epiblast/primitive streak
SBR-84h_A:TTCATGTTCGAGATAA,Ectopic pluripotency
SBR-84h_A:TGGAACTGTACACGCC,Caudal epiblast/primitive streak
SBR-84h_A:TGTTCTATCTGAATCG,Caudal epiblast/primitive streak
SBR-84h_A:GCCATTCTCGGCTATA,Caudal epiblast
SBR-84h_A:GGACGTCGTTGAATCC,Caudal epiblast/primitive streak
SBR-84h_A:GAGTTTGTCGTAGTCA,Caudal epiblast/primitive streak
SBR-84h_A:ACTATTCCACAGAGAC,Ectopic pluripotency
SBR-84h_A:GACTGATGTGGTAACG,Caudal epiblast/primitive streak
SBR-84h_A:TGGGAAGAGTGAATAC,Caudal epiblast/primitive streak
SBR-84h_A:CACAACATCGAAGGAC,Caudal epiblast/primitive streak
SBR-84h_A:CTATCTACAGACCAAG,Caudal epiblast/primitive streak
SBR-84h_A:TCTTTGATCGTTCATT,Caudal epiblast/primitive streak
SBR-84h_A:TTTCGATGTGGAATGC,Caudal epiblast/primitive streak
SBR-84h_A:CAAAGAACATGGTGGA,Caudal epiblast/primitive streak
SBR-84h_A:TGGTAGTGTCAAAGAT,Caudal epiblast/primitive streak
SBR-84h_A:CCTCAGTTCGGTGCAC,Caudal epiblast
SBR-84h_A:AAATGGACAAGCCCAC,Caudal epiblast/primitive streak
SBR-84h_A:ATACCTTGTATCGAGG,Ectopic pluripotency
SBR-84h_A:CTCATTAAGATGAACT,Ectopic pluripotency
SBR-84h_A:TCGACCTGTGACAACG,Caudal epiblast/primitive streak
SBR-84h_A:TGATTCTGTATACCCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTGTCCTCTTCGCTG,Primitive streak
SBR-84h_A:ATACCGAAGGTAGCCA,Caudal epiblast/primitive streak
SBR-84h_A:ATTGTTCGTGTCCTAA,Naive pluripotency
SBR-84h_A:CACATGAAGATCACTC,Caudal epiblast/primitive streak
SBR-84h_A:CTACCCACAGATACCT,Ectopic pluripotency
SBR-84h_A:GCACGGTCATAAGCAA,Caudal epiblast
SBR-84h_A:ATTCCCGGTGCCCGTA,Caudal epiblast/primitive streak
SBR-84h_A:CCTGTTGTCTTGGAAC,Caudal epiblast/primitive streak
SBR-84h_A:ACATCCCAGCACTCTA,Caudal epiblast/primitive streak
SBR-84h_A:TCGCTCACAACAGTGG,Ectopic pluripotency
SBR-84h_A:ATCTTCATCTCTTAAC,Caudal epiblast/primitive streak
SBR-84h_A:CCAATTTGTGCGAACA,Primitive streak
SBR-84h_A:TCAGTCCGTAGCTCGC,Caudal epiblast/primitive streak
SBR-84h_A:TAGACTGCATAGAAAC,Caudal epiblast/primitive streak
SBR-84h_A:ATCTTCAGTCACTTAG,Caudal epiblast/primitive streak
SBR-84h_A:TCACGGGGTTGCTCGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCACTATGTCACCACG,Cd63+ ectoderm-like artefact
SBR-84h_A:TGATGCATCCTCTCGA,Caudal epiblast
SBR-84h_A:GATCGTATCCATTTAC,Caudal epiblast/primitive streak
SBR-84h_A:CTCCTCCAGAAATTCG,Ectopic pluripotency
SBR-84h_A:ACAACCAAGTTGTAGA,Caudal epiblast/primitive streak
SBR-84h_A:ATTTCACAGTAAAGCT,Caudal epiblast
SBR-84h_A:TTCTTGATCGCGTAGC,Caudal epiblast/primitive streak
SBR-84h_A:CAGATTGTCCTCGATC,Caudal epiblast/primitive streak
SBR-84h_A:TCCTTTCCAGAGCCCT,Caudal epiblast
SBR-84h_A:GGTTCTCAGCATCAGG,Caudal epiblast/primitive streak
SBR-84h_A:AGATCCAAGAATAGTC,Primitive streak
SBR-84h_A:CATTTCAAGGAATCGC,Primitive streak
SBR-84h_A:GAGGGATCAGAGCGTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TATCCTACAGCGTATT,Ectopic pluripotency
SBR-84h_A:TCCCATGTCGCAATTG,Caudal epiblast
SBR-84h_A:TCATTCAGTGCACATT,Caudal epiblast
SBR-84h_A:AACAACCAGCCTGTCG,Naive pluripotency
SBR-84h_A:CCCTTAGTCGACGTCG,Caudal epiblast/primitive streak
SBR-84h_A:AACCCAATCATTTGTC,Caudal epiblast/primitive streak
SBR-84h_A:AGCATCAGTGTGAGCA,Caudal epiblast/primitive streak
SBR-84h_A:AAGCAGTGGTATCAAC,Caudal epiblast/primitive streak
SBR-84h_A:ATTCTACAGTGGACTG,Primitive streak
SBR-84h_A:ACTGTGATCTCCTGAC,Caudal epiblast
SBR-84h_A:TGATGCATCAACTCTT,Caudal epiblast/primitive streak
SBR-84h_A:CCTCACACAACGGTAG,Caudal epiblast
SBR-84h_A:TGCTCGTAGCAGGGAG,Caudal epiblast/primitive streak
SBR-84h_A:GTAAGTCCAGACTGCC,Caudal epiblast
SBR-84h_A:GATGATCAGTGATAGT,Caudal epiblast/primitive streak
SBR-84h_A:TAGATCGTCCGAAGGA,Caudal epiblast
SBR-84h_A:GTCATCCGTCCAAATC,Caudal epiblast
SBR-84h_A:GAGCTGCAGATAGCAT,Caudal epiblast
SBR-84h_A:CACTGAACAAAGTGTA,Caudal epiblast
SBR-84h_A:GCAGTTATCGAGAAGC,Caudal epiblast/primitive streak
SBR-84h_A:CTCTCGAAGAAGTATC,Caudal epiblast/primitive streak
SBR-84h_A:TCAAGTGGTGACTAAA,Primitive streak
SBR-84h_A:GGTCTGGCACACAGCC,Caudal epiblast/primitive streak
SBR-84h_A:TAACCAGGTCCGAAGA,Caudal epiblast
SBR-84h_A:CGACAGCAGTGTAGTA,Caudal epiblast
SBR-84h_A:GATGTTGTCGGAGCAA,Caudal epiblast/primitive streak
SBR-84h_A:TCATATCCAACGCATT,Caudal epiblast/primitive streak
SBR-84h_A:CGAGTGCCATCCCGTT,Caudal epiblast
SBR-84h_A:TCTCACGTCCGCATAA,Primitive streak
SBR-84h_A:CCTCACAAGCTTCTAG,Caudal epiblast/primitive streak
SBR-84h_A:AACAAGAAGACTGAGC,Caudal epiblast/primitive streak
SBR-84h_A:TGCGGCACACGAAGAC,Ectopic pluripotency
SBR-84h_A:ATTCTTGAGTCTGCAT,Caudal epiblast/primitive streak
SBR-84h_A:ACTACGAAGACTCTTG,Caudal epiblast/primitive streak
SBR-84h_A:GTATTTCAGGGAGGAC,Caudal epiblast/primitive streak
SBR-84h_A:TATGTTCGTTCCACAA,Primitive streak
SBR-84h_A:GCCTGTTCAAACTGCT,Caudal epiblast
SBR-84h_A:AATGGAAGTGATTCAC,Caudal epiblast
SBR-84h_A:ACATGCACATGACGGA,Caudal epiblast/primitive streak
SBR-84h_A:GACACGCCAAGCCTGC,Primitive streak
SBR-84h_A:GTGAGGAGTACCATAC,Ectopic pluripotency
SBR-84h_A:AGGATAAAGACAAGCC,Ectopic pluripotency
SBR-84h_A:AACAACCAGGGCGAAG,Caudal epiblast/primitive streak
SBR-84h_A:TAAGCGTTCTTGCAGA,Caudal epiblast/primitive streak
SBR-84h_A:TGATCAGGTATACCTG,Primitive streak
SBR-84h_A:AGTGACTTCCATGCAA,Caudal epiblast
SBR-84h_A:TCCTTTCGTAGGCAGT,Caudal epiblast
SBR-84h_A:TCATGCCTCGGTTGTA,Caudal epiblast/primitive streak
SBR-84h_A:ACCAAACGTTCTCTAT,Caudal epiblast
SBR-84h_A:TCCTCCCTCGAAATCC,Caudal epiblast
SBR-84h_A:GAAGGGTGTAGAAACT,Caudal epiblast
SBR-84h_A:CAACCAACACTGCACG,Caudal epiblast
SBR-84h_A:TTTGATCCAAGAAATC,Ectopic pluripotency
SBR-84h_A:ATGTCTTTCTTGGATG,Caudal epiblast/primitive streak
SBR-84h_A:TCTCACGCACAAACGG,Naive pluripotency
SBR-84h_A:TCACAAGAGGCGTCCT,Ectopic pluripotency
SBR-84h_A:ACATTTCCAACAAGTA,Caudal epiblast
SBR-84h_A:ATATCCTTCGTGGGTC,Caudal epiblast/primitive streak
SBR-84h_A:AAACGAAAGTTGGAAT,Caudal epiblast/primitive streak
SBR-84h_A:TTCGCTGGTTCCGCGA,Ectopic pluripotency
SBR-84h_A:GCACTAAAGTAGCATA,Caudal epiblast/primitive streak
SBR-84h_A:AGTCACACAGACGATG,Caudal epiblast
SBR-84h_A:CACGGGTGTGAAAGTT,Primitive streak
SBR-84h_A:TCTATACCAACGGGTA,Caudal epiblast/primitive streak
SBR-84h_A:CAAGCTAGTCCTACAA,Ectopic pluripotency
SBR-84h_A:GCCCAGATCCGCACTT,Caudal epiblast/primitive streak
SBR-84h_A:CGCATAATCCGGCTTT,Caudal epiblast/primitive streak
SBR-84h_A:GCTACAAGTTACCTGA,Caudal epiblast
SBR-84h_A:CAATTTCTCCAGTGTA,Caudal epiblast/primitive streak
SBR-84h_A:GACGTTACACCCTGAG,Naive pluripotency
SBR-84h_A:CGTTAGAAGCTTAGTC,Caudal epiblast/primitive streak
SBR-84h_A:TCGTAGACATTACTCT,Caudal epiblast/primitive streak
SBR-84h_A:GGGATGACACCCTGAG,Caudal epiblast/primitive streak
SBR-84h_A:CCTCCAAAGCTTAGTC,Caudal epiblast/primitive streak
SBR-84h_A:GTTATGGCACAGAGCA,Caudal epiblast/primitive streak
SBR-84h_A:TACTGCCGTCATCCGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTTCCTCCAGAGACTG,Caudal epiblast/primitive streak
SBR-84h_A:AGGGCCTTCCGCAGTG,Caudal epiblast/primitive streak
SBR-84h_A:AACCAACTCGCAATGT,Caudal epiblast/primitive streak
SBR-84h_A:GTGGTTAGTGGAAATT,Caudal epiblast
SBR-84h_A:AAGACAACAATGAACA,Caudal epiblast
SBR-84h_A:CTGCCTACATCATCCC,Primitive streak
SBR-84h_A:GATGACTAGGATTCCT,Caudal epiblast
SBR-84h_A:TTTCGATCAACCAATC,Caudal epiblast/primitive streak
SBR-84h_A:GGAAGTGCAATCGCAT,Ectopic pluripotency
SBR-84h_A:CCACCATCACCCTGAG,Naive pluripotency
SBR-84h_A:GTTACCCGTAGTTACC,Caudal epiblast/primitive streak
SBR-84h_A:TCTGGCTTCACCGCTT,Caudal epiblast
SBR-84h_A:CCTCTCCGTCACGCTG,Caudal epiblast/primitive streak
SBR-84h_A:GAAATGACAACTCCAA,Caudal epiblast
SBR-84h_A:CCCTAACCACGGTGTC,Exiting naive pluripotency
SBR-84h_A:CTCAGGGCAGAGAGGG,Ectopic pluripotency
SBR-84h_A:GCTACAAAGGAACGCT,Caudal epiblast
SBR-84h_A:CGTTAGACACAGTGTT,Caudal epiblast
SBR-84h_A:TTTGACTCAGCCTTCT,Ectopic pluripotency
SBR-84h_A:CCTCTCCTCTTCCACG,Caudal epiblast/primitive streak
SBR-84h_A:ATCGGCGGTCTCTCTG,Caudal epiblast/primitive streak
SBR-84h_A:CCGGACAAGCCACCGT,Caudal epiblast/primitive streak
SBR-84h_A:CTCATTAGTAGCTTAC,Caudal epiblast
SBR-84h_A:CTTGATTAGTAAGGGA,Caudal epiblast/primitive streak
SBR-84h_A:CTCGAGGCATCTAGAC,Caudal epiblast/primitive streak
SBR-84h_A:AGGTTACTCGCGGTAC,Caudal epiblast/primitive streak
SBR-84h_A:TTCAATCGTTTCGTAG,Ectopic pluripotency
SBR-84h_A:GTAGATCCATTCCTAT,Ectopic pluripotency
SBR-84h_A:GAGGCAATCCCGGTAG,Caudal epiblast
SBR-84h_A:CTGGACGTCAATCCGA,Caudal epiblast/primitive streak
SBR-84h_A:TTGGGTACAGAGTAAT,Caudal epiblast/primitive streak
SBR-84h_A:CGGGCATTCTTCTAAC,Caudal epiblast/primitive streak
SBR-84h_A:CGACAGCTCAAGAGTA,Caudal epiblast/primitive streak
SBR-84h_A:GGGCTCACATCACGGC,Caudal epiblast/primitive streak
SBR-84h_A:CCTCACATCTGTTGGA,Ectopic pluripotency
SBR-84h_A:GCGTTTCTCTCTATGT,Caudal epiblast/primitive streak
SBR-84h_A:GGAGATGGTTCGGCCA,Caudal epiblast
SBR-84h_A:GAGTCTATCCGGCTTT,Caudal epiblast
SBR-84h_A:ATCGGATTCCCTCATG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GATTCGACAGCTGTCG,Caudal epiblast
SBR-84h_A:CAGTGCGGTGTGAATA,Caudal epiblast
SBR-84h_A:AATTCCTAGCTCTGTA,Caudal epiblast
SBR-84h_A:GCTGAATTCCTCTGCA,Caudal mesoderm
SBR-84h_A:CTTAGGATCCCTTGTG,Caudal epiblast/primitive streak
SBR-84h_A:ATTGGGTCATCATCTT,Caudal epiblast
SBR-84h_A:AATGCCAGTCCGAAGA,Primitive streak
SBR-84h_A:CACACAAAGGCGTCCT,Caudal epiblast
SBR-84h_A:AAACGCTTCCATCCGT,Caudal epiblast
SBR-84h_A:GGCTTTCCAATTGTGC,Caudal epiblast
SBR-84h_A:AGGGCTCTCTCCATAT,Caudal epiblast/primitive streak
SBR-84h_A:TGATTCTGTATGGTAA,Caudal epiblast
SBR-84h_A:GTCCCATTCTCATTGT,Caudal epiblast
SBR-84h_A:AATGCCAGTTCCTAGA,Caudal epiblast
SBR-84h_A:TCGAACAAGTGTCATC,Caudal epiblast/primitive streak
SBR-84h_A:CTACCTGGTTGAGGAC,Primitive streak
SBR-84h_A:TCACGCTTCTTACACT,Primitive streak
SBR-84h_A:GGCTTGGTCCAAGCTA,Caudal epiblast/primitive streak
SBR-84h_A:AGCCAGCCAATCAAGA,Primitive streak
SBR-84h_A:ACCCTCATCCGTATGA,Caudal epiblast/primitive streak
SBR-84h_A:CTTTCAAGTGTTATCG,Caudal epiblast
SBR-84h_A:AAGAACATCTCCCAAC,Ectopic pluripotency
SBR-84h_A:TCCCATGCAAGTGACG,Caudal epiblast
SBR-84h_A:GGGTCTGAGCTCATAC,Ectopic pluripotency
SBR-84h_A:TGTAGACGTTAGGACG,Caudal epiblast
SBR-84h_A:ATATCCTGTCGTGGTC,Caudal epiblast
SBR-84h_A:TGATGCAAGGATTCAA,Caudal epiblast/primitive streak
SBR-84h_A:TTCTAACCATGGCCAC,Caudal epiblast/primitive streak
SBR-84h_A:GTTCCGTCATGACGGA,Caudal epiblast/primitive streak
SBR-84h_A:AGCCAGCAGAGACAAG,Caudal epiblast
SBR-84h_A:GAGAAATGTAATCAGA,Caudal epiblast
SBR-84h_A:TACCTCGAGTAGTCAA,Caudal epiblast/primitive streak
SBR-84h_A:TCATACTAGTAGCATA,Primitive streak
SBR-84h_A:TACCGGGGTCCAACGC,Caudal epiblast
SBR-84h_A:CATGCCTAGCGCTGAA,Ectopic pluripotency
SBR-84h_A:CATGGATGTGGAATGC,Caudal epiblast
SBR-84h_A:CCTCTCCGTCCAAGAG,Caudal epiblast/primitive streak
SBR-84h_A:GTTGCTCGTATCTTCT,Caudal epiblast/primitive streak
SBR-84h_A:TCGGATAGTCTTTATC,Caudal mesoderm
SBR-84h_A:GTTGTCCCACCGTCTT,Caudal epiblast/primitive streak
SBR-84h_A:ATCATTCTCGTCCATC,Primitive streak
SBR-84h_A:ACCACAAGTCGCTTGG,Caudal epiblast
SBR-84h_A:TGAGACTCAGACAAAT,Caudal epiblast/primitive streak
SBR-84h_A:AAAGTCCCAACTCCAA,Caudal epiblast
SBR-84h_A:CCCATTGCACGCGCAT,Caudal epiblast/primitive streak
SBR-84h_A:CTCTCGAGTACGGTTT,Caudal epiblast
SBR-84h_A:TCCTTCTTCCGTGCGA,Caudal epiblast
SBR-84h_A:AATTTCCAGGAGAGGC,Caudal epiblast
SBR-84h_A:AAGACTCTCGTCGACG,Caudal epiblast
SBR-84h_A:TTTACTGGTTTGAAAG,Ectopic pluripotency
SBR-84h_A:GGTGAAGTCGCGCTGA,Caudal epiblast/primitive streak
SBR-84h_A:ACAAAGAGTAGACGTG,Cd63+ ectoderm-like artefact
SBR-84h_A:TACCGAAGTCCTACGG,Caudal epiblast/primitive streak
SBR-84h_A:CACTGGGCAGTCACGC,Caudal mesoderm
SBR-84h_A:GAGGGATCACAGTGTT,Ectopic pluripotency
SBR-84h_A:GTAGCTATCACTGTTT,Caudal epiblast
SBR-84h_A:ATGCATGAGACCTCAT,Caudal epiblast
SBR-84h_A:ACCTGTCTCATCCTGC,Caudal epiblast/primitive streak
SBR-84h_A:TTAGGCAAGGAGGTTC,Caudal mesoderm
SBR-84h_A:CAGCACGGTCCATCTC,Caudal epiblast
SBR-84h_A:TGACGCGAGAACCGCA,Caudal epiblast
SBR-84h_A:ACGTAGTCACCGTCTT,Caudal epiblast/primitive streak
SBR-84h_A:CTATCTATCTCCGAGG,Caudal epiblast
SBR-84h_A:GGGATGACAACCGGAA,Caudal epiblast/primitive streak
SBR-84h_A:TGATCAGCAGTCTGGC,Caudal epiblast
SBR-84h_A:CACTGAATCGGTCGAC,Caudal epiblast/primitive streak
SBR-84h_A:CATTCATAGGGTATAT,Ectopic pluripotency
SBR-84h_A:GAAGCCCCATTCGATG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCCTTCTTCAGCTCTC,Caudal epiblast/primitive streak
SBR-84h_A:TGGGAAGTCGAAATCC,Primitive streak
SBR-84h_A:CAGGTATGTTCAATCG,Caudal epiblast/primitive streak
SBR-84h_A:GGTTAACTCGAGGCAA,Primitive streak
SBR-84h_A:ACCAAACAGGTTTACC,Primitive streak
SBR-84h_A:GTTCTATTCTAACACG,Caudal epiblast/primitive streak
SBR-84h_A:TGGGCTGAGTACCCTA,Caudal mesoderm
SBR-84h_A:AGTGTTGTCAGTGCGC,Caudal epiblast
SBR-84h_A:ATCGTAGTCTATCGCC,Caudal epiblast
SBR-84h_A:GGTAATCAGTCATCCA,Caudal epiblast
SBR-84h_A:CAATCGAGTATCGTAC,Caudal epiblast/primitive streak
SBR-84h_A:CCCTTAGGTTATGTCG,Caudal epiblast
SBR-84h_A:GTCTGTCCAAATGATG,Caudal epiblast/primitive streak
SBR-84h_A:AACGTCAAGTAAACGT,Primitive streak
SBR-84h_A:GCGTTTCCAAACGGCA,Caudal epiblast
SBR-84h_A:AGCTTCCCAAAGGAGA,Caudal epiblast
SBR-84h_A:TCTTAGTGTTCTTCAT,Caudal epiblast/primitive streak
SBR-84h_A:TGGGATTCATGGCGCT,Caudal epiblast
SBR-84h_A:CGAGTGCCATGTAACC,Caudal epiblast
SBR-84h_A:ACACCAAGTGTTACAC,Caudal mesoderm
SBR-84h_A:CTGTGGGCAGTGTGCC,Caudal epiblast
SBR-84h_A:GAATAGAAGACTACCT,Caudal epiblast
SBR-84h_A:AGAACCTCATAGGTTC,Caudal epiblast
SBR-84h_A:TGGTACAGTACTGGGA,Naive pluripotency
SBR-84h_A:GAGTGTTAGGTGCAGT,Primitive streak
SBR-84h_A:GTGAGCCAGGAATCGC,Primitive streak
SBR-84h_A:GGTAGAGTCACCATGA,Caudal epiblast/primitive streak
SBR-84h_A:GATTTCTTCTGTGCAA,Caudal epiblast
SBR-84h_A:TCTTCCTAGTTCCAGT,Ectopic pluripotency
SBR-84h_A:TAATCTCTCCCACAGG,Primitive streak
SBR-84h_A:TGCTGAAAGGAATCGC,Caudal epiblast
SBR-84h_A:AGAAGTACAGCTACTA,Primitive streak
SBR-84h_A:CCGGTAGGTGAATATG,Caudal epiblast/primitive streak
SBR-84h_A:ATCGTAGGTATCAGCT,Caudal epiblast/primitive streak
SBR-84h_A:CATCCACCAGCAAGAC,Ectopic pluripotency
SBR-84h_A:TGGGCGTAGTTAGAAC,Caudal epiblast/primitive streak
SBR-84h_A:GTACAACCATCACAGT,Caudal epiblast/primitive streak
SBR-84h_A:ACTTCGCAGCTTTGTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGTAATGCACACACTA,Caudal epiblast
SBR-84h_A:CTGCCTACAATGTGGG,Caudal epiblast
SBR-84h_A:GCACGGTGTGTTTACG,Ectopic pluripotency
SBR-84h_A:ACGATCACACCGTCTT,Caudal epiblast/primitive streak
SBR-84h_A:GGGAGTAAGGCTCAAG,Caudal epiblast/primitive streak
SBR-84h_A:TGTTGAGGTGTATCCA,Caudal epiblast/primitive streak
SBR-84h_A:TGAGTCAGTGGAACCA,Caudal mesoderm
SBR-84h_A:CACTTCGCACGCGCAT,Primitive streak
SBR-84h_A:CATTGAGTCCGCGGAT,Caudal epiblast
SBR-84h_A:GTCTTTACAAACCACT,Caudal epiblast
SBR-84h_A:ACACGCGAGCGCCATC,Caudal epiblast/primitive streak
SBR-84h_A:AATGGCTTCGTCGCTT,Primitive streak
SBR-84h_A:AACCAACCATGATCTG,Ectopic pluripotency
SBR-84h_A:TTCATTGAGAGTTGTA,Caudal epiblast
SBR-84h_A:AGCGATTAGGCCGCTT,Caudal epiblast
SBR-84h_A:TCCATCGTCTACGGTA,Caudal epiblast
SBR-84h_A:TCACACCCATGTGCCG,Caudal epiblast
SBR-84h_A:GGAGCAAAGATTTGCC,Caudal epiblast/primitive streak
SBR-84h_A:TCATGGAGTTGTTTGG,Caudal epiblast
SBR-84h_A:TGAGCGCGTTGCGGCT,Caudal epiblast/primitive streak
SBR-84h_A:AGCGATTGTATATGGA,Naive pluripotency
SBR-84h_A:CAGAGCCGTTACAGCT,Ectopic pluripotency
SBR-84h_A:AACCATGAGTAGAATC,Caudal epiblast
SBR-84h_A:AATGCCATCCAAACCA,Primitive streak
SBR-84h_A:TTGATGGTCGCTCTAC,Caudal epiblast
SBR-84h_A:CCACGTTTCGTGCACG,Caudal mesoderm
SBR-84h_A:GAGTTACTCCAAGCCG,Ectopic pluripotency
SBR-84h_A:AGTCATGGTAGGGAGG,Caudal epiblast/primitive streak
SBR-84h_A:GTAGAAATCTCATTGT,Caudal mesoderm
SBR-84h_A:TGTGTGACAGTTAGGG,Primitive streak
SBR-84h_A:TAGGTACGTCGGATTT,Caudal epiblast/primitive streak
SBR-84h_A:CACATGACATGAATAG,Primitive streak
SBR-84h_A:TACAACGGTGGCACTC,Caudal epiblast
SBR-84h_A:CATTGAGTCGGTCTGG,Caudal epiblast/primitive streak
SBR-84h_A:AAAGAACGTACAAACA,Caudal epiblast
SBR-84h_A:CCCTCTCGTACGTACT,Naive pluripotency
SBR-84h_A:CCGGACACAGGTTACT,Caudal epiblast
SBR-84h_A:ATACCGATCAGATGCT,Caudal epiblast
SBR-84h_A:TTACGCCTCGAGAGAC,Ectopic pluripotency
SBR-84h_A:GTGGTTACACCAAATC,Caudal epiblast/primitive streak
SBR-84h_A:TGTCCTGAGGTGCCAA,Caudal epiblast/primitive streak
SBR-84h_A:TCTTTGAGTCCGTACG,Caudal epiblast
SBR-84h_A:GTTTACTCAGTGGCTC,Naive pluripotency
SBR-84h_A:CAACAGTGTTGAAGTA,Caudal epiblast
SBR-84h_A:TATCAGGGTGTGTGGA,Primitive streak
SBR-84h_A:TCATATCTCGTGTGAT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TATCTTGTCCACTGGG,Ectopic pluripotency
SBR-84h_A:TGATCTTAGCCAACCC,Caudal epiblast/primitive streak
SBR-84h_A:CCCAACTCATCCGTTC,Caudal epiblast/primitive streak
SBR-84h_A:CATAGACAGGAATGTT,Caudal epiblast
SBR-84h_A:ACTTCGCAGGTCATTC,Caudal epiblast
SBR-84h_A:GCTACCTAGTTGGCGA,Caudal epiblast
SBR-84h_A:TTGGTTTAGGATCACG,Caudal epiblast/primitive streak
SBR-84h_A:CACATGAAGCCTGACC,Primitive streak
SBR-84h_A:ACACAGTGTGCTAGCC,Caudal epiblast
SBR-84h_A:TCGGGCAGTACTGGGA,Ectopic pluripotency
SBR-84h_A:ACGTAACTCTACACAG,Primitive streak
SBR-84h_A:TGCATCCCAGAGTGAC,Ectopic pluripotency
SBR-84h_A:GGGTATTGTTGGACCC,Caudal epiblast/primitive streak
SBR-84h_A:GACTATGAGTATGGCG,Caudal epiblast
SBR-84h_A:ATCGGATCAAGGTTGG,Caudal epiblast/primitive streak
SBR-84h_A:GTTACGAGTACGACAG,Primitive streak
SBR-84h_A:TCGGTCTAGGAGGGTG,Caudal epiblast
SBR-84h_A:GACATCAAGCACCCAC,Primitive streak
SBR-84h_A:TCCACGTGTCTCCCTA,Caudal epiblast/primitive streak
SBR-84h_A:AACCACAGTGAGATCG,Caudal epiblast
SBR-84h_A:AAACCCAGTAACCAGG,Caudal epiblast
SBR-84h_A:CATACCCGTCAAGTTC,Primitive streak
SBR-84h_A:TGCGACGGTCGCTTGG,Caudal epiblast
SBR-84h_A:CCACTTGTCTGCGGCA,Ectopic pluripotency
SBR-84h_A:TTGGGATGTATCTCGA,Caudal epiblast
SBR-84h_A:TGAGTCACACGACGTC,Caudal epiblast
SBR-84h_A:CTCAGAACAATTTCCT,Caudal epiblast
SBR-84h_A:GGCGTCACAACCGCCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TACTTCACATAAGCAA,Caudal epiblast/primitive streak
SBR-84h_A:CGAAGGACAGGACTTT,Caudal epiblast
SBR-84h_A:CGGACACTCCACGTGG,Primitive streak
SBR-84h_A:TTTCAGTTCTCCAAGA,Caudal epiblast
SBR-84h_A:TGTCCTGCAAAGCGTG,Caudal epiblast/primitive streak
SBR-84h_A:AGTTAGCGTATGGGAC,Caudal epiblast
SBR-84h_A:AGGAGGTTCACCATGA,Caudal epiblast/primitive streak
SBR-84h_A:CAGAGCCAGAGGTTAT,Caudal epiblast/primitive streak
SBR-84h_A:TTGTTTGTCCTTATGT,Caudal epiblast/primitive streak
SBR-84h_A:TTCATGTGTTTACGAC,Caudal epiblast
SBR-84h_A:CAAGCTACAGCGAGTA,Primitive streak
SBR-84h_A:CGTAGTATCAGCCCAG,Caudal epiblast/primitive streak
SBR-84h_A:TGAACGTCATACAGCT,Caudal epiblast
SBR-84h_A:AAAGGGCCAGCAGTGA,Caudal epiblast/primitive streak
SBR-84h_A:ATAGACCGTCATAAAG,Caudal epiblast
SBR-84h_A:ATTTACCAGCGCTGCT,Ectopic pluripotency
SBR-84h_A:GCTACCTCACATAACC,Caudal epiblast
SBR-84h_A:AGCGTATCAAGCACAG,Caudal epiblast/primitive streak
SBR-84h_A:TCTGCCAAGCCTCAAT,Ectopic pluripotency
SBR-84h_A:ATCCCTGGTCATCCCT,Caudal epiblast/primitive streak
SBR-84h_A:AGATCGTAGTAGGAAG,Ectopic pluripotency
SBR-84h_A:TGATCAGCAAATTAGG,Caudal epiblast
SBR-84h_A:ACGATCACAGTCTACA,Primitive streak
SBR-84h_A:ACGTCCTAGATGACCG,Naive pluripotency
SBR-84h_A:GACTGATAGCAGCGAT,Ectopic pluripotency
SBR-84h_A:TTGATGGAGTAGAGTT,Caudal epiblast
SBR-84h_A:GGGTCTGCACGGTGTC,Caudal epiblast/primitive streak
SBR-84h_A:CATGCGGCATGACTGT,Caudal epiblast/primitive streak
SBR-84h_A:TCTCACGTCCGTATGA,Caudal epiblast
SBR-84h_A:AATCGTGTCACCTTAT,Caudal epiblast
SBR-84h_A:TCATATCAGCATCAAA,Caudal epiblast
SBR-84h_A:TATACCTGTGCGTGCT,Primitive streak
SBR-84h_A:CAATACGCACTGGAAG,Primitive streak
SBR-84h_A:TCGAACAGTCCAATCA,Caudal epiblast/primitive streak
SBR-84h_A:CCCGGAACAAACCACT,Caudal epiblast
SBR-84h_A:TGGAGAGGTCTCGGAC,Primitive streak
SBR-84h_A:ACACAGTAGCAACCAG,Naive pluripotency
SBR-84h_A:GGGACAAGTACAGTAA,Caudal epiblast
SBR-84h_A:TACCCACGTTGTGTTG,Caudal epiblast/primitive streak
SBR-84h_A:GTAATGCTCAGGACGA,Caudal epiblast
SBR-84h_A:GTCGAATCACACGGTC,Caudal epiblast
SBR-84h_A:TAGACCAAGCGCCGTT,Caudal epiblast
SBR-84h_A:ATGGTTGTCGTCACCT,Ectopic pluripotency
SBR-84h_A:TGACGCGCATGACTGT,Caudal epiblast
SBR-84h_A:GACATCACAAGCGATG,Primitive streak
SBR-84h_A:TAGTGCAGTCACTCGG,Caudal epiblast
SBR-84h_A:GACTCTCCAAAGGCGT,Ectopic pluripotency
SBR-84h_A:CACGAATGTTACTCAG,Primitive streak
SBR-84h_A:GTGGAGATCCGTAATG,Caudal epiblast/primitive streak
SBR-84h_A:TCATTTGCACAAAGCG,Caudal epiblast
SBR-84h_A:CATCGCTAGCAAGTCG,Caudal epiblast/primitive streak
SBR-84h_A:ACTTATCGTTGCTGAT,Ectopic pluripotency
SBR-84h_A:CTACATTTCCATGCAA,Ectopic pluripotency
SBR-84h_A:TTGGGATCATAACGGG,Primitive streak
SBR-84h_A:TGTCCTGGTTCAGCGC,Caudal epiblast
SBR-84h_A:GGTTGTAAGACTGTTC,Caudal epiblast
SBR-84h_A:CCCATTGCATTGTAGC,Caudal epiblast
SBR-84h_A:TGCGGGTAGGCAGCTA,Ectopic pluripotency
SBR-84h_A:CTCTCAGTCGCTCATC,Ectopic pluripotency
SBR-84h_A:GAAGCCCCACATGACT,Primitive streak
SBR-84h_A:AAAGAACAGCATCGAG,Caudal epiblast
SBR-84h_A:CAGATTGCACCGCTAG,Caudal epiblast
SBR-84h_A:CAACAACTCTACTATC,Caudal epiblast
SBR-84h_A:CGGGACTAGGTGCTTT,Ectopic pluripotency
SBR-84h_A:TGTGGCGAGCCTGACC,Caudal epiblast
SBR-84h_A:CTACTATCATCAGCAT,Primitive streak
SBR-84h_A:ATCCCTGAGTTCCTGA,Caudal epiblast/primitive streak
SBR-84h_A:TTGACCCTCCGTCACT,Caudal epiblast
SBR-84h_A:GTGTTAGAGGGCCCTT,Caudal epiblast/primitive streak
SBR-84h_A:GACATCAAGCTTTGTG,Ectopic pluripotency
SBR-84h_A:CACCGTTGTGTCTCCT,Caudal epiblast
SBR-84h_A:GCATCTCAGTTCGGTT,Caudal epiblast
SBR-84h_A:TGCGATATCCGAAGGA,Caudal epiblast
SBR-84h_A:TCTCACGTCATTCTTG,Caudal epiblast
SBR-84h_A:ACGGGTCAGCTGACCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TATATCCTCCCTCTAG,Caudal epiblast/primitive streak
SBR-84h_A:GCAACCGGTCTCACAA,Caudal epiblast
SBR-84h_A:ACCAACACACTGGACC,Primitive streak
SBR-84h_A:ACAGCCGAGACTAGAT,Primitive streak
SBR-84h_A:ACGCACGGTCACGCTG,Ectopic pluripotency
SBR-84h_A:CAACAACGTTGCATGT,Ectopic pluripotency
SBR-84h_A:GTGCGTGTCACGAACT,Naive pluripotency
SBR-84h_A:ACTCTCGTCTCAACCC,Caudal epiblast/primitive streak
SBR-84h_A:GGTTGTAGTAAGATCA,Caudal mesoderm
SBR-84h_A:GGGACCTGTGTCATTG,Caudal epiblast
SBR-84h_A:CCAATTTAGGCTCTAT,Primitive streak
SBR-84h_A:TCCTAATCAGCACAAG,Caudal epiblast
SBR-84h_A:TTGTTGTCATGAGAAT,Caudal epiblast
SBR-84h_A:GAGCCTGTCACCTGGG,Ectopic pluripotency
SBR-84h_A:TTGAACGCATGAGGGT,Caudal epiblast/primitive streak
SBR-84h_A:TATTGGGAGCCAGAGT,Primitive streak
SBR-84h_A:CTCAATTGTGGATACG,Caudal epiblast/primitive streak
SBR-84h_A:TCGCAGGAGGCTTAAA,Caudal epiblast
SBR-84h_A:TCAGTGATCTCCGAGG,Caudal epiblast/primitive streak
SBR-84h_A:ATTCATCAGCGGTATG,Caudal epiblast
SBR-84h_A:TCAGTCCAGCATCCCG,Caudal epiblast/primitive streak
SBR-84h_A:GATGATCGTGTACATC,Caudal epiblast/primitive streak
SBR-84h_A:TAGGGTTGTACCACGC,Caudal epiblast/primitive streak
SBR-84h_A:TTCTAACTCACATTGG,Primitive streak
SBR-84h_A:TGATTTCGTTCAGGTT,Primitive streak
SBR-84h_A:CAAGCTATCTCACGAA,Naive pluripotency
SBR-84h_A:ACTTTCATCTCCGTGT,Ectopic pluripotency
SBR-84h_A:CTCCTCCTCTTCGTGC,Caudal epiblast/primitive streak
SBR-84h_A:ATTCGTTCAATACGAA,Caudal epiblast
SBR-84h_A:GACTATGCATGACAAA,Caudal epiblast/primitive streak
SBR-84h_A:CCGAACGGTCTCACGG,Caudal epiblast
SBR-84h_A:TTGGTTTTCTACTTCA,Caudal epiblast
SBR-84h_A:GCCAGCAAGGTTACCT,Caudal epiblast/primitive streak
SBR-84h_A:TCAGTTTCAATAACCC,Primitive streak
SBR-84h_A:GGGTCACAGTGGCGAT,Caudal epiblast
SBR-84h_A:TTCGGTCAGTCGGGAT,Caudal epiblast/primitive streak
SBR-84h_A:TTGCATTAGGGATGTC,Caudal epiblast
SBR-84h_A:ACTATCTGTACGTAGG,Caudal epiblast/primitive streak
SBR-84h_A:GTCCCATGTACCAATC,Caudal epiblast
SBR-84h_A:TGATGGTCACGGCTAC,Caudal epiblast
SBR-84h_A:TTCCTTCGTTCTGACA,Caudal epiblast
SBR-84h_A:AGGGTGACACTGGCCA,Ectopic pluripotency
SBR-84h_A:GTTAGTGCAACAACAA,Primitive streak
SBR-84h_A:TGTAGACCATCCCACT,Primitive streak
SBR-84h_A:GGGTTATGTCCTACAA,Caudal epiblast
SBR-84h_A:CGAGTGCCACAGACGA,Caudal epiblast
SBR-84h_A:AGGACTTTCTTAATCC,Primitive streak
SBR-84h_A:CCACCATGTCCAAATC,Primitive streak
SBR-84h_A:CTGTGAATCAGTCAGT,Caudal epiblast/primitive streak
SBR-84h_A:CACTGGGGTTCCAAAC,Primitive streak
SBR-84h_A:TCGCACTCAGCAGTCC,Caudal epiblast
SBR-84h_A:AGCGCTGTCTACGCGG,Primitive streak
SBR-84h_A:TCAAGCATCTACACAG,Primitive streak
SBR-84h_A:GGGACCTTCCGGCAGT,Caudal epiblast/primitive streak
SBR-84h_A:CCCTAACGTGTGAATA,Primitive streak
SBR-84h_A:ATGGATCAGCAGCGAT,Caudal epiblast/primitive streak
SBR-84h_A:TCATTTGAGGGCAGAG,Caudal epiblast
SBR-84h_A:CTGCATCAGCTAAATG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGTTTATCGCTCCTA,Ectopic pluripotency
SBR-84h_A:AGCCACGGTTAGCGGA,Caudal epiblast/primitive streak
SBR-84h_A:AAGAACACAATACAGA,Caudal epiblast
SBR-84h_A:GACCTTCGTAAGCAAT,Caudal epiblast
SBR-84h_A:GACACGCGTGTCTTGA,Caudal epiblast
SBR-84h_A:CAATGACCAATCTCGA,Caudal epiblast
SBR-84h_A:TCTTGCGTCTGCCTGT,Caudal epiblast
SBR-84h_A:TGCATCCTCTTTGGAG,Caudal epiblast
SBR-84h_A:TCCATCGCATGACGGA,Primitive streak
SBR-84h_A:CAAGACTGTGCCCAGT,Caudal epiblast
SBR-84h_A:CAGCACGAGATTAGCA,Primitive streak
SBR-84h_A:GATGAGGGTAGATGTA,Caudal epiblast/primitive streak
SBR-84h_A:TTGGGCGAGACCTCCG,Caudal epiblast
SBR-84h_A:TGCAGATTCTAGTACG,Caudal epiblast
SBR-84h_A:CATCCGTCACATTACG,Caudal epiblast
SBR-84h_A:CCCTTAGAGCCACTCG,Caudal epiblast
SBR-84h_A:CCGTAGGCACTGTGTA,Ectopic pluripotency
SBR-84h_A:GTAGGTTGTGTACATC,Caudal epiblast
SBR-84h_A:CTGCCTATCCGGTAGC,Primitive streak
SBR-84h_A:TGCACGGCACAGTGTT,Caudal epiblast/primitive streak
SBR-84h_A:CCCTCTCAGCGATGAC,Primitive streak
SBR-84h_A:AGACTCATCTAGTCAG,Naive pluripotency
SBR-84h_A:AGATAGACATCTAACG,Primitive streak
SBR-84h_A:GTTGAACCAGCTTCCT,Caudal epiblast/primitive streak
SBR-84h_A:ACGGTTAGTAATCAAG,Caudal epiblast
SBR-84h_A:CTGAGGCAGGACTAAT,Caudal epiblast
SBR-84h_A:TAGGTACGTAAGCGGT,Caudal epiblast/primitive streak
SBR-84h_A:CCACTTGCAGCTGCCA,Ectopic pluripotency
SBR-84h_A:TGTTCTATCACTGTTT,Primitive streak
SBR-84h_A:GGACGTCAGTTCAACC,Caudal epiblast
SBR-84h_A:TTACCATAGACCATGG,Caudal epiblast
SBR-84h_A:CTACAGAAGAGTAACT,Caudal epiblast
SBR-84h_A:CAAGCTACACTAGAGG,Caudal epiblast
SBR-84h_A:TGCATCCGTGAGATAT,Naive pluripotency
SBR-84h_A:CGGACACCACCCAATA,Caudal epiblast
SBR-84h_A:GCAGCTGTCGTCTCAC,Primitive streak
SBR-84h_A:TTTGATCAGCAGCGAT,Primitive streak
SBR-84h_A:GGGAGATGTTGAAGTA,Ectopic pluripotency
SBR-84h_A:TTCCGTGCATAGGTAA,Ectopic pluripotency
SBR-84h_A:TTCTTGACATTGACAC,Caudal epiblast
SBR-84h_A:GTCCTCACACAGAGCA,Caudal epiblast/primitive streak
SBR-84h_A:ACAGAAACAACGTATC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGAGAACCACAGCATT,Caudal epiblast
SBR-84h_A:GTCAGCGTCTCTCTTC,Caudal epiblast
SBR-84h_A:ATATCCTGTCAGATTC,Ectopic pluripotency
SBR-84h_A:TCTCCGAGTGCCTTCT,Caudal epiblast
SBR-84h_A:TATTGCTTCTCTAAGG,Caudal epiblast
SBR-84h_A:GTGAGGAAGAATCCCT,Caudal epiblast
SBR-84h_A:TCCCACAAGCCTCAAT,Caudal epiblast
SBR-84h_A:ACTGATGCAATTGCGT,Primitive streak
SBR-84h_A:AACACACAGCATTGTC,Ectopic pluripotency
SBR-84h_A:TTAGGGTGTTCTAACG,Ectopic pluripotency
SBR-84h_A:TTCCGTGCAGGTTCAT,Caudal epiblast
SBR-84h_A:ATCCGTCCAGAACGCA,Caudal epiblast
SBR-84h_A:AATCACGCAGCCCACA,Caudal epiblast
SBR-84h_A:AAAGTCCGTGTGAGCA,Caudal epiblast
SBR-84h_A:TTAGTCTTCGACGACC,Caudal epiblast/primitive streak
SBR-84h_A:CTTCTCTGTAAGCAAT,Caudal epiblast
SBR-84h_A:TCCTCCCAGGTCGTCC,Caudal epiblast
SBR-84h_A:GTGTGATAGGGATCTG,Caudal epiblast
SBR-84h_A:ACGGGTCCAGCGTTTA,Caudal epiblast
SBR-84h_A:TTCATTGTCAGACCCG,Caudal epiblast
SBR-84h_A:TCTTGCGCACAGAGAC,Cd63+ ectoderm-like artefact
SBR-84h_A:GTTCATTTCGCAACAT,Primitive streak
SBR-84h_A:AGAAGTAAGTAAGACT,Caudal epiblast
SBR-84h_A:ACCCTTGCATTCACAG,Primitive streak
SBR-84h_A:GAATCGTTCCGTATAG,Primitive streak
SBR-84h_A:GTCCACTGTGAGCCAA,Primitive streak
SBR-84h_A:CGAATTGTCTTGGTCC,Caudal epiblast/primitive streak
SBR-84h_A:CCTCTCCGTTTGGAGG,Caudal epiblast/primitive streak
SBR-84h_A:TTGGGCGCACGGTGTC,Primitive streak
SBR-84h_A:TGCTGAAAGGGCCTCT,Primitive streak
SBR-84h_A:TCGACGGAGAATAACC,Caudal epiblast
SBR-84h_A:AACACACAGGGACCAT,Primitive streak
SBR-84h_A:CGATCGGGTGTCATCA,Caudal epiblast
SBR-84h_A:GTTAGTGGTAGTGGCA,Ectopic pluripotency
SBR-84h_A:CTGTAGAAGCTTCGTA,Caudal epiblast
SBR-84h_A:TTCTTCCAGATGACCG,Caudal epiblast
SBR-84h_A:GTGGCGTGTGGATTTC,Caudal epiblast
SBR-84h_A:ATACCTTGTTCTCTCG,Caudal epiblast
SBR-84h_A:ACATCGAAGGTACCTT,Primitive streak
SBR-84h_A:CTAACCCTCCGTAGTA,Caudal epiblast
SBR-84h_A:TTCGCTGTCGCGCCAA,Caudal epiblast/primitive streak
SBR-84h_A:GGGACTCCAACCACAT,Caudal epiblast/primitive streak
SBR-84h_A:AAGCGTTCAGGCTTGC,Naive pluripotency
SBR-84h_A:ATGGATCAGTACTGGG,Caudal epiblast
SBR-84h_A:CATTCCGGTCCCTGAG,Caudal epiblast
SBR-84h_A:TACACCCGTCTTGAGT,Caudal epiblast
SBR-84h_A:CATACCCCAAGCTGCC,Caudal epiblast
SBR-84h_A:CAACAACTCCTGGCTT,Caudal epiblast/primitive streak
SBR-84h_A:AGGGTCCCATCCCGTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTTCAGTTCAGTGTTG,Primitive streak
SBR-84h_A:CATCGTCTCAGACTGT,Cd63+ ectoderm-like artefact
SBR-84h_A:TGTTGGATCCCATAAG,Caudal epiblast/primitive streak
SBR-84h_A:ACATGCACATCGCTAA,Caudal epiblast
SBR-84h_A:AGGTCTAAGAAACTAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GAATAGATCGTGGGTC,Primitive streak
SBR-84h_A:TGGATGTAGCAGATAT,Caudal mesoderm
SBR-84h_A:ATCGGATAGGTATCTC,Primitive streak
SBR-84h_A:TGTCCTGCATCATGAC,Naive pluripotency
SBR-84h_A:GGGTCTGAGCTGTACT,Ectopic pluripotency
SBR-84h_A:GTGCTGGCAGTTGCGC,Primitive streak
SBR-84h_A:GGTTGTACAAAGCAAT,Caudal epiblast
SBR-84h_A:CCGGACAGTTCTCGTC,Caudal epiblast
SBR-84h_A:TAGACCAAGTCAGCCC,Primitive streak
SBR-84h_A:AACCTTTGTACTCAAC,Caudal epiblast
SBR-84h_A:GACAGCCTCCGTGACG,Primitive streak
SBR-84h_A:GAGCTGCAGATCCCGC,Primitive streak
SBR-84h_A:CTTCAATAGCCATTCA,Caudal epiblast/primitive streak
SBR-84h_A:CTCATTACATAGAAAC,Primitive streak
SBR-84h_A:CAAGAGGCACGACAGA,Primitive streak
SBR-84h_A:ATCATTCCAACTCCAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATTGTTCCATCGGAGA,Primitive streak
SBR-84h_A:AATCACGAGTCAGCCC,Caudal epiblast
SBR-84h_A:CCTTGTGCACGTACTA,Caudal epiblast
SBR-84h_A:TCTGGCTAGCGCCTTG,Caudal epiblast
SBR-84h_A:ACATTTCTCTTGCGCT,Caudal epiblast
SBR-84h_A:GACACGCGTGGCATCC,Ectopic pluripotency
SBR-84h_A:TGAGCGCAGGTTCATC,Caudal epiblast/primitive streak
SBR-84h_A:GCAGTTATCTCAACGA,Caudal epiblast
SBR-84h_A:TTGTTCATCCTGTAAG,Caudal epiblast
SBR-84h_A:TTCGGTCTCTGGCCTT,Caudal epiblast
SBR-84h_A:AAGTACCGTTACTCAG,Caudal epiblast
SBR-84h_A:TCAGTTTCAGAGGTTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATTCCATCATGACTAC,Primitive streak
SBR-84h_A:ATCCATTAGAATCCCT,Primitive streak
SBR-84h_A:ACCTGAATCGCAGTGC,Caudal epiblast/primitive streak
SBR-84h_A:AAACGCTAGGGTGGGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGTTTACAATTGCGT,Naive pluripotency
SBR-84h_A:CAGATACCACGCGGTT,Caudal epiblast
SBR-84h_A:GTAACCAAGTGGTGGT,Caudal epiblast
SBR-84h_A:ACGGTCGTCCTTCGAC,Caudal epiblast
SBR-84h_A:AATAGAGTCCATCTCG,Caudal epiblast
SBR-84h_A:TCATGTTTCACGATAC,Caudal epiblast
SBR-84h_A:GACAGCCAGAGACAAG,Naive pluripotency
SBR-84h_A:AGGAATACACACCTAA,Caudal epiblast
SBR-84h_A:CTCACTGCAGTCAGTT,Caudal epiblast
SBR-84h_A:GACCAATTCCGATTAG,Caudal epiblast
SBR-84h_A:AGTGTTGAGAGTCAGC,Caudal epiblast
SBR-84h_A:GTCAGCGTCAACACGT,Caudal epiblast/primitive streak
SBR-84h_A:GTTGCTCGTCGAACGA,Caudal epiblast
SBR-84h_A:GGGTTATTCAGCGGAA,Caudal epiblast
SBR-84h_A:CGGACACAGCATTTCG,Primitive streak
SBR-84h_A:CCGGTGATCAGGAAAT,Caudal epiblast
SBR-84h_A:TTACAGGTCCGAAGGA,Ectopic pluripotency
SBR-84h_A:TCCATCGGTCACTTCC,Primitive streak
SBR-84h_A:TCTATACGTTGTCAGT,Primitive streak
SBR-84h_A:CCATCACTCTGTAAGC,Caudal epiblast
SBR-84h_A:CATTCCGCAGTTTCGA,Primitive streak
SBR-84h_A:TATGTTCAGTATGGCG,Caudal epiblast
SBR-84h_A:GCGAGAACACGACAAG,Caudal epiblast
SBR-84h_A:TGGTACAAGATGACAT,Primitive streak
SBR-84h_A:TAACTTCCATACCGTA,Caudal epiblast
SBR-84h_A:AATGGAAGTGGTATGG,Caudal epiblast
SBR-84h_A:CTTACCGTCCCATAGA,Caudal epiblast
SBR-84h_A:GGGTCACTCTCTATGT,Caudal epiblast
SBR-84h_A:CAACAACAGCTAATGA,Caudal epiblast
SBR-84h_A:ATCACGACATCTTCGC,Primitive streak
SBR-84h_A:TCCTAATCATGGGAAC,Caudal epiblast/primitive streak
SBR-84h_A:CTGAATGCACCTCAGG,Caudal epiblast
SBR-84h_A:TGAATGCTCGGTCACG,Caudal epiblast
SBR-84h_A:GAGAAATAGTCTTCCC,Primitive streak
SBR-84h_A:TCAGCAAAGAGCATCG,Caudal epiblast/primitive streak
SBR-84h_A:GATAGCTCACACACGC,Caudal epiblast
SBR-84h_A:TCCGATCTCGAACCAT,Caudal epiblast/primitive streak
SBR-84h_A:TCAGTTTTCTGAGCAT,Caudal epiblast
SBR-84h_A:TACGCTCGTATCCTCC,Primitive streak
SBR-84h_A:GTGCACGGTATCTTCT,Caudal epiblast/primitive streak
SBR-84h_A:ATAGGCTTCGATAACC,Caudal epiblast
SBR-84h_A:GAATCACCAGTTGAAA,Caudal epiblast
SBR-84h_A:CCGATGGAGTCTTCGA,Caudal epiblast
SBR-84h_A:CTCCGATTCTCCGAAA,Caudal epiblast
SBR-84h_A:TATTGCTTCGCCTATC,Caudal epiblast
SBR-84h_A:AAAGGTACAACTCGTA,Primitive streak
SBR-84h_A:TGTGATGCACAGCTTA,Caudal epiblast
SBR-84h_A:GTTTACTAGACCTCCG,Caudal epiblast
SBR-84h_A:TTGCGTCAGCATACTC,Primitive streak
SBR-84h_A:TAGATCGGTGTCCCTT,Caudal epiblast
SBR-84h_A:CTCCCTCGTGTGCCTG,Primitive streak
SBR-84h_A:GTTTACTCACTTTAGG,Ectopic pluripotency
SBR-84h_A:AGGCATTTCGGAATTC,Ectopic pluripotency
SBR-84h_A:GTCATTTTCATGACAC,Caudal epiblast
SBR-84h_A:GCGGATCCAAGTGGCA,Caudal epiblast
SBR-84h_A:GATTTCTCATGGGAAC,Primitive streak
SBR-84h_A:AGATAGAAGACATAGT,Primitive streak
SBR-84h_A:AGGGCCTCACGGATCC,Primitive streak
SBR-84h_A:CATCGTCCAGAGTCAG,Caudal epiblast
SBR-84h_A:TTTCAGTCAGCGACAA,Primitive streak
SBR-84h_A:TTTCACAGTGACTATC,Caudal epiblast
SBR-84h_A:GATCCCTTCGGACGTC,Caudal epiblast/primitive streak
SBR-84h_A:ATCGTAGAGATCCCAT,Naive pluripotency
SBR-84h_A:ATGCATGGTTCCGGTG,Caudal epiblast
SBR-84h_A:CATGCTCCATACTGAC,Primitive streak
SBR-84h_A:TTATTGCGTGATGTAA,Primitive streak
SBR-84h_A:GAGTGAGTCCAACTAG,Caudal epiblast
SBR-84h_A:CATACAGAGACCAGCA,Caudal epiblast
SBR-84h_A:GGGTAGACAGACTGCC,Caudal epiblast/primitive streak
SBR-84h_A:CGTTCTGCAAGTATAG,Caudal epiblast/primitive streak
SBR-84h_A:GCATCGGCATCCGATA,Primitive streak
SBR-84h_A:ATCCACCGTGTACAGG,Naive pluripotency
SBR-84h_A:AAGTTCGGTCATGGCC,Caudal epiblast
SBR-84h_A:GACATCATCGAAGTGG,Caudal epiblast
SBR-84h_A:TCACGGGAGGGCGAGA,Caudal epiblast
SBR-84h_A:CAAGCTAAGACGCCAA,Caudal epiblast
SBR-84h_A:CCCTCAATCTAGCCTC,Caudal epiblast
SBR-84h_A:TTACTGTCACGCTGAC,Primitive streak
SBR-84h_A:TTCAGGACAATTCACG,Caudal epiblast
SBR-84h_A:TAACTTCCATAGGAGC,Cd63+ ectoderm-like artefact
SBR-84h_A:TCGAAGTAGCGCTGAA,Caudal epiblast
SBR-84h_A:TGGTAGTAGCCATATC,Caudal epiblast
SBR-84h_A:AACAAAGGTGCAGTGA,Caudal epiblast
SBR-84h_A:TCCTGCACAAACACGG,Primitive streak
SBR-84h_A:AGGCCACCATGACGGA,Caudal epiblast
SBR-84h_A:AACGAAAGTTCGTTCC,Caudal epiblast
SBR-84h_A:CGATGGCTCCATAGAC,Caudal epiblast
SBR-84h_A:AGTCTCCCACTGGACC,Caudal epiblast
SBR-84h_A:CTGGACGCAGCTACCG,Primitive streak
SBR-84h_A:TCTTAGTCACTTGACA,Primitive streak
SBR-84h_A:TACAACGCACTGCTTC,Caudal epiblast
SBR-84h_A:CACCGTTTCGGATACT,Caudal epiblast
SBR-84h_A:GAAACCTTCTGTCCGT,Caudal epiblast
SBR-84h_A:CACGTTCCAGTGCCTG,Primitive streak
SBR-84h_A:CTTCCGACATCCTCAC,Caudal epiblast
SBR-84h_A:TAGCACAGTCATGACT,Ectopic pluripotency
SBR-84h_A:ACAACCATCGCTCATC,Naive pluripotency
SBR-84h_A:AGGAATAGTACGACAG,Primitive streak
SBR-84h_A:CACAGATAGTCAGCGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CATCGTCGTAGCTCGC,Caudal epiblast
SBR-84h_A:GAATAGACAGACCAGA,Caudal epiblast
SBR-84h_A:CGTTGGGGTTGCGGCT,Caudal epiblast
SBR-84h_A:GCTTGGGAGTCTGGAG,Caudal epiblast
SBR-84h_A:CATTGCCCAACTCCAA,Caudal epiblast
SBR-84h_A:GTAGGTTAGAACAAGG,Caudal epiblast
SBR-84h_A:ATCGATGTCCTGATAG,Caudal epiblast
SBR-84h_A:CCGCAAGCACCCTTAC,Caudal epiblast
SBR-84h_A:GAATCACCATGGAATA,Caudal epiblast
SBR-84h_A:TCGCTTGAGGCACGAT,Caudal epiblast/primitive streak
SBR-84h_A:AGGATAAGTACTCCGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGTTTGTGTCGATTTG,Caudal epiblast
SBR-84h_A:GGTCTGGCAAGCCATT,Caudal epiblast
SBR-84h_A:TTTCAGTCATGGTACT,Caudal epiblast
SBR-84h_A:TTCACGCCACTATCCC,Caudal mesoderm
SBR-84h_A:CGAAGGAAGATGAATC,Ectopic pluripotency
SBR-84h_A:TCCAGAACAGCTGTCG,Primitive streak
SBR-84h_A:TGATGGTTCTTCGACC,Caudal epiblast
SBR-84h_A:GACATCATCCATGATG,Caudal epiblast
SBR-84h_A:GTAGCTACAGACCCGT,Caudal epiblast
SBR-84h_A:AGAACAACAGGCTATT,Primitive streak
SBR-84h_A:TCACTATCACCCTTGT,Primitive streak
SBR-84h_A:AGAGAATTCATGCCCT,Caudal epiblast
SBR-84h_A:TTTACGTCACCTGATA,Ectopic pluripotency
SBR-84h_A:GGGCTACTCTACGCGG,Caudal epiblast
SBR-84h_A:TCCATCGGTCATGGCC,Caudal epiblast
SBR-84h_A:TCTCACGGTATGAGCG,Caudal epiblast/primitive streak
SBR-84h_A:GATCGTAGTAGCGAGT,Caudal epiblast
SBR-84h_A:GGGCTACCACTTTAGG,Caudal epiblast
SBR-84h_A:AGAGCAGCATTGAAAG,Caudal epiblast
SBR-84h_A:ACTTCCGTCGCGGTAC,Caudal epiblast
SBR-84h_A:TCAGGGCTCCGTTTCG,Caudal epiblast
SBR-84h_A:TTCTAACAGTCTGGTT,Primitive streak
SBR-84h_A:AGGAAATAGTAAACAC,Caudal epiblast
SBR-84h_A:TGATGGTCAGAGCTAG,Caudal epiblast/primitive streak
SBR-84h_A:TACCCACCAGTCACGC,Caudal epiblast
SBR-84h_A:ATTACTCGTCTATGAC,Caudal epiblast
SBR-84h_A:AGAAGCGTCCTTATCA,Caudal epiblast
SBR-84h_A:GTGAGGATCTTACGGA,Caudal epiblast
SBR-84h_A:TGGGAAGCATAATGAG,Caudal epiblast
SBR-84h_A:AGTGTTGAGCCGATCC,Caudal epiblast
SBR-84h_A:CATCCCACACACGCCA,Caudal epiblast
SBR-84h_A:AATGGCTCACAGTCAT,Caudal epiblast
SBR-84h_A:AGACTCAGTTAAGCAA,Primitive streak
SBR-84h_A:CTTACCGAGGCTCTCG,Caudal epiblast
SBR-84h_A:CTGCAGGCACCTCGTT,Caudal epiblast/primitive streak
SBR-84h_A:AGGGCCTAGTATCTGC,Caudal epiblast
SBR-84h_A:AGAAGCGAGAATACAC,Caudal epiblast
SBR-84h_A:AATGGCTCAGCATGCC,Caudal epiblast
SBR-84h_A:CATAAGCGTCAGCGTC,Caudal epiblast
SBR-84h_A:TTGTTCATCTTAGCCC,Caudal epiblast
SBR-84h_A:TGATTCTAGTCGTCTA,Primitive streak
SBR-84h_A:AGTACTGCACATAGCT,Caudal epiblast
SBR-84h_A:ATCCACCCAAGTCCAT,Caudal epiblast
SBR-84h_A:ATCTCTATCACATCAG,Caudal epiblast
SBR-84h_A:GATTCTTAGCTCGACC,Primitive streak
SBR-84h_A:CCGTTCAAGGCCTTCG,Caudal epiblast
SBR-84h_A:TCTAACTCAGCTGTGC,Primitive streak
SBR-84h_A:CGCAGGTTCCGTGACG,Primitive streak
SBR-84h_A:TCATATCTCTGCAGCG,Primitive streak
SBR-84h_A:ATTCACTGTAAGCTCT,Caudal epiblast
SBR-84h_A:GTAACACTCTCCGTGT,Caudal epiblast
SBR-84h_A:GCACGTGTCCGCACTT,Primitive streak
SBR-84h_A:CTATCCGCAAGCGCTC,Caudal epiblast
SBR-84h_A:TTTACCATCATTGTGG,Caudal epiblast
SBR-84h_A:CCTCAGTGTTAGGACG,Primitive streak
SBR-84h_A:GCCAACGAGGTTCAGG,Ectopic pluripotency
SBR-84h_A:TGGTAGTCACAGCTTA,Caudal epiblast
SBR-84h_A:TGTGGCGCAACCGTGC,Ectopic pluripotency
SBR-84h_A:GCGGAAAGTATCAGCT,Caudal epiblast
SBR-84h_A:AACTTCTTCTGCACCT,Caudal epiblast
SBR-84h_A:TAGGTACCAGACATCT,Cd63+ ectoderm-like artefact
SBR-84h_A:GCGTTTCAGGCTTTCA,Ectopic pluripotency
SBR-84h_A:ATCACTTAGTTAACGA,Caudal epiblast
SBR-84h_A:GAGATGGAGCTAAGTA,Caudal epiblast
SBR-84h_A:CGATGCGCACGGTCTG,Ectopic pluripotency
SBR-84h_A:GCAGTTATCCGAACGC,Caudal epiblast
SBR-84h_A:CGGACACTCACATCAG,Primitive streak
SBR-84h_A:TAGGTTGTCCATTTAC,Caudal mesoderm
SBR-84h_A:ACGTCCTTCAAGCGTT,Primitive streak
SBR-84h_A:TCGTCCACAGGCTATT,Caudal epiblast/primitive streak
SBR-84h_A:CCTCCTCCACCTGTCT,Caudal epiblast
SBR-84h_A:ACGTACAAGTCGCTAT,Caudal epiblast/primitive streak
SBR-84h_A:GGGATGACATCGGAGA,Ectopic pluripotency
SBR-84h_A:GGTCTGGCAGGACGAT,Caudal epiblast
SBR-84h_A:CACACAAAGCGTCAAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GAGACTTTCGGCTCTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTCACCGTCTGCCTCA,Caudal epiblast
SBR-84h_A:AGGACTTCATTCCTAT,Primitive streak
SBR-84h_A:ACATCCCAGCTAGATA,Primitive streak
SBR-84h_A:GAAGCGAAGGTGTGAC,Caudal epiblast
SBR-84h_A:GGTAGAGCATGGGAAC,Caudal epiblast
SBR-84h_A:CCACGAGAGTATGACA,Caudal epiblast
SBR-84h_A:CCAATTTCAAGTTTGC,Caudal epiblast
SBR-84h_A:CTGCGAGGTGCCTGCA,Caudal epiblast
SBR-84h_A:AAACCCAAGCATGTTC,Caudal epiblast
SBR-84h_A:TAACCAGTCGCAAGAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AACAAAGAGTGACCTT,Caudal epiblast
SBR-84h_A:CACAGGCAGATCACTC,Caudal epiblast
SBR-84h_A:CGGCAGTCATTCTGTT,Caudal mesoderm
SBR-84h_A:CAGGCCATCGGATACT,Primitive streak
SBR-84h_A:ATTCCATCAGGTGTTT,Caudal epiblast
SBR-84h_A:TCTCACGAGTATGGCG,Ectopic pluripotency
SBR-84h_A:CTCAATTTCAGGCGAA,Caudal epiblast
SBR-84h_A:CCACGTTAGGAACGCT,Primitive streak
SBR-84h_A:GAAGGGTCAGACAATA,Ectopic pluripotency
SBR-84h_A:CTTCGGTAGCGCACAA,Primitive streak
SBR-84h_A:CTGTATTGTTCGCGTG,Caudal epiblast
SBR-84h_A:CCCGGAACAACCAATC,Caudal epiblast
SBR-84h_A:ATGGAGGAGGTTAGTA,Ectopic pluripotency
SBR-84h_A:TGCCGAGAGTCGAATA,Caudal epiblast
SBR-84h_A:TTGGGATTCATGCCCT,Ectopic pluripotency
SBR-84h_A:TGAGCATGTCCAGGTC,Caudal epiblast
SBR-84h_A:CCATAAGTCCCTCTAG,Caudal epiblast
SBR-84h_A:ACAGAAACATCTTAGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GATCACAAGCCATCCG,Naive pluripotency
SBR-84h_A:AATCGTGCAAGACGAC,Caudal epiblast
SBR-84h_A:CCCGAAGAGAAGGCTC,Primitive streak
SBR-84h_A:ATTCAGGCAATTCACG,Caudal epiblast
SBR-84h_A:AGTCATGTCACAAGAA,Caudal epiblast
SBR-84h_A:GGTCTGGAGCGTGCCT,Caudal epiblast
SBR-84h_A:TCCCAGTTCAGTCCGG,Caudal epiblast
SBR-84h_A:GTTGTAGTCTCGTGAA,Caudal epiblast
SBR-84h_A:AAGAACATCTGTCGTC,Caudal epiblast
SBR-84h_A:GTTGTCCGTTAGAAGT,Caudal epiblast
SBR-84h_A:ACACGCGGTGTTGCCG,Ectopic pluripotency
SBR-84h_A:GAAGTAACAGCGTGCT,Caudal epiblast/primitive streak
SBR-84h_A:AAAGGGCGTTGCATAC,Caudal epiblast
SBR-84h_A:TCTAACTTCATTCGGA,Caudal epiblast
SBR-84h_A:CTGTAGACAGTAGTGG,Naive pluripotency
SBR-84h_A:ACACTGAAGCTAGAAT,Caudal epiblast
SBR-84h_A:CCATCACGTAGCGTCC,Caudal epiblast
SBR-84h_A:GAGTCTATCATGACAC,Primitive streak
SBR-84h_A:AATAGAGAGCCTCTGG,Caudal epiblast
SBR-84h_A:TCTATACAGCAGCCTC,Caudal epiblast
SBR-84h_A:GGTGTCGAGCTGGAGT,Caudal epiblast
SBR-84h_A:TCGCTTGGTGGACTGA,Primitive streak
SBR-84h_A:CTGAGCGCACCTTCGT,Ectopic pluripotency
SBR-84h_A:GGCACGTCACATAACC,Caudal epiblast
SBR-84h_A:CGTTGGGGTACAGCGA,Caudal epiblast
SBR-84h_A:CCGGACAGTCTGCCTT,Caudal epiblast
SBR-84h_A:TCCTTTCGTTATTCTC,Caudal epiblast
SBR-84h_A:TTACCGCTCTACAGGT,Caudal epiblast
SBR-84h_A:CAAGACTCACAGCTTA,Caudal epiblast
SBR-84h_A:GTGGAGATCATAGACC,Caudal epiblast
SBR-84h_A:CGAAGTTTCTGAGGCC,Caudal epiblast
SBR-84h_A:AATGCCAAGGTAAGTT,Caudal epiblast
SBR-84h_A:ATGGATCCAGGATCTT,Caudal epiblast
SBR-84h_A:CACGTTCGTGGCCACT,Caudal epiblast
SBR-84h_A:GTCATTTGTATCACGT,Caudal epiblast
SBR-84h_A:GTGCACGAGTAAGCAT,Caudal epiblast
SBR-84h_A:TGAGGGATCACCTCAC,Primitive streak
SBR-84h_A:TACGCTCGTAGGTGCA,Caudal epiblast
SBR-84h_A:AGACAAACATCTGTTT,Caudal epiblast
SBR-84h_A:TGTCAGAGTACAGCGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTGTCCCAGCTATTG,Caudal epiblast
SBR-84h_A:GTCTACCAGCGTCAAG,Caudal epiblast
SBR-84h_A:GGTCACGTCCCTAGGG,Caudal epiblast
SBR-84h_A:GTGTTAGCAGCGAGTA,Caudal epiblast
SBR-84h_A:TATTGCTCAACGGCCT,Primitive streak
SBR-84h_A:GATGGAGAGGACAGTC,Primitive streak
SBR-84h_A:ACCCAAAAGACCAAAT,Primitive streak
SBR-84h_A:GTTGCTCGTTCGAACT,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGTGATCCACCCTTAC,Caudal epiblast
SBR-84h_A:TACCCACCAACCAGAG,Caudal epiblast
SBR-84h_A:AGCGATTAGTGTACAA,Naive pluripotency
SBR-84h_A:CTACAGAAGAGCTTTC,Caudal epiblast
SBR-84h_A:GGGTCACTCGCATTGA,Primitive streak
SBR-84h_A:TTATTGCGTGTCTTGA,Primitive streak
SBR-84h_A:TATCCTACAGGCGTTC,Caudal epiblast
SBR-84h_A:AACCTTTAGAAATCCA,Caudal epiblast
SBR-84h_A:GAATAGAAGGTTTGAA,Ectopic pluripotency
SBR-84h_A:CAGAGCCTCCATTTCA,Caudal epiblast
SBR-84h_A:GCGGATCTCTTTCCAA,Primitive streak
SBR-84h_A:CAGGCCAAGTGAGTTA,Caudal epiblast
SBR-84h_A:GGGACAATCAGCCTCT,Caudal epiblast/primitive streak
SBR-84h_A:CCTGCATAGGCTCAAG,Caudal epiblast
SBR-84h_A:GGGAAGTGTCCCGCAA,Primitive streak
SBR-84h_A:CGAATTGTCGCATTAG,Caudal epiblast
SBR-84h_A:CCTCATGCATGCTGCG,Caudal epiblast
SBR-84h_A:TGATCAGCAGAGTGAC,Caudal epiblast
SBR-84h_A:CTAACCCAGTGCTAGG,Caudal epiblast
SBR-84h_A:CTTCGGTCACTGGACC,Ectopic pluripotency
SBR-84h_A:GATCACAGTATCGGTT,Primitive streak
SBR-84h_A:GATAGCTTCCTAGCTC,Primitive streak
SBR-84h_A:CATAAGCCATTCTGTT,Caudal epiblast
SBR-84h_A:GGGACTCGTACCGTGC,Caudal epiblast
SBR-84h_A:CTCTCGATCATGGAGG,Caudal epiblast
SBR-84h_A:CAGCGTGCATCGAGCC,Caudal epiblast
SBR-84h_A:GTGGAAGTCCACTGAA,Caudal epiblast
SBR-84h_A:TCTGCCATCCTGTTAT,Primitive streak
SBR-84h_A:GACTTCCCATGGACAG,Caudal epiblast
SBR-84h_A:TCCTCGAAGGCACGAT,Caudal epiblast
SBR-84h_A:TTGCCTGTCCTTCTGG,Ectopic pluripotency
SBR-84h_A:TTAGTCTTCCTCTAGC,Primitive streak
SBR-84h_A:TAGACTGGTACCTAAC,Primitive streak
SBR-84h_A:TATCTTGTCTGCCTCA,Primitive streak
SBR-84h_A:GAGTCATCAACAAGTA,Caudal epiblast
SBR-84h_A:GACTGATCAGCCTATA,Primitive streak
SBR-84h_A:GATTCTTAGCCTCTTC,Primitive streak
SBR-84h_A:GTGTAACAGGCTAGCA,Caudal epiblast
SBR-84h_A:ACGTCCTAGGGTGAGG,Caudal epiblast
SBR-84h_A:GAACTGTTCCGCAAAT,Primitive streak
SBR-84h_A:AGACAAACACAAGGTG,Ectopic pluripotency
SBR-84h_A:GGTGTCGTCACCTCGT,Caudal epiblast
SBR-84h_A:CGCCAGAGTGCATGTT,Caudal epiblast
SBR-84h_A:GAGATGGAGGCCCGTT,Caudal epiblast
SBR-84h_A:ACGGTCGAGGATATGT,Caudal epiblast
SBR-84h_A:CGCCATTAGCACAAAT,Caudal epiblast
SBR-84h_A:ATCGCCTCAGAGGCTA,Caudal epiblast
SBR-84h_A:ATTGGGTAGACATACA,Primitive streak
SBR-84h_A:GTGGAAGAGAGAGTGA,Caudal epiblast
SBR-84h_A:ACTTCCGCAGTAGTTC,Caudal epiblast
SBR-84h_A:CAGCACGGTTCAGGTT,Caudal epiblast
SBR-84h_A:TGAGGGACACATTGTG,Primitive streak
SBR-84h_A:TGATCAGCATGATCTG,Caudal epiblast
SBR-84h_A:TTTACGTAGTGGTGAC,Caudal mesoderm
SBR-84h_A:GCATGATCAAAGCAAT,Caudal epiblast
SBR-84h_A:AAACGAAGTATGGTTC,Primitive streak
SBR-84h_A:ACGTCCTTCGAGTCCG,Caudal epiblast
SBR-84h_A:CCGTAGGAGCGACAGT,Primitive streak
SBR-84h_A:CTCCTCCCACCATAAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTGGCAGTCCATTTAC,Caudal epiblast
SBR-84h_A:CCCATTGTCAAAGCCT,Cd63+ ectoderm-like artefact
SBR-84h_A:GCTACCTCACAAGTTC,Primitive streak
SBR-84h_A:AAAGGATTCGCCTAGG,Caudal epiblast
SBR-84h_A:ACTTATCGTAGAGACC,Caudal epiblast
SBR-84h_A:ACACTGAGTACGAAAT,Cd63+ ectoderm-like artefact
SBR-84h_A:CTTCAATTCGCCAGTG,Caudal epiblast
SBR-84h_A:TCAAGACAGCACTCAT,Caudal epiblast
SBR-84h_A:GTCCTCAGTAGGGTAC,Caudal epiblast
SBR-84h_A:CCGATGGTCACGTAGT,Caudal epiblast
SBR-84h_A:GTGTGATCACATACGT,Primitive streak
SBR-84h_A:GGGTTATGTGTTGCCG,Cd63+ ectoderm-like artefact
SBR-84h_A:TACGGGCGTAGGTGCA,Caudal epiblast
SBR-84h_A:AGTAGTCTCTACTCAT,Primitive streak
SBR-84h_A:ATCTCTAGTTCGGTAT,Caudal epiblast/primitive streak
SBR-84h_A:TTCATTGTCGTCCATC,Caudal epiblast
SBR-84h_A:TTCTTGAGTAGACAAT,Caudal epiblast
SBR-84h_A:GTAGGTTTCTGGTTGA,Caudal epiblast
SBR-84h_A:ACGCACGTCGAAGCCC,Caudal epiblast
SBR-84h_A:ATGGAGGTCCAAGCCG,Primitive streak
SBR-84h_A:GCAGCTGAGCAAGTGC,Caudal epiblast
SBR-84h_A:TGTCAGACAATTGCGT,Primitive streak
SBR-84h_A:TCATTACCAGACCATT,Caudal epiblast
SBR-84h_A:GTTGTCCGTAGCGTTT,Primitive streak
SBR-84h_A:TCAGCAACATGGGCAA,Caudal epiblast
SBR-84h_A:TGGTAGTCATCTCGTC,Caudal epiblast
SBR-84h_A:GGAATCTGTCCCGGTA,Caudal epiblast
SBR-84h_A:GACCTTCGTTGTATGC,Caudal epiblast
SBR-84h_A:CTTCCGAGTCAGATTC,Caudal epiblast
SBR-84h_A:AATGAAGAGAACCCGA,Caudal epiblast
SBR-84h_A:CCAAGCGAGATGCTTC,Caudal epiblast
SBR-84h_A:ATGGGTTAGACTCCGC,Caudal epiblast
SBR-84h_A:GACCCTTCAGTGTACT,Caudal epiblast
SBR-84h_A:AAACGCTGTAACCCTA,Caudal epiblast
SBR-84h_A:AGGGTCCTCCACACCT,Caudal epiblast/primitive streak
SBR-84h_A:CAACGATTCGAAGCCC,Caudal epiblast
SBR-84h_A:GAACACTTCACCCATC,Caudal epiblast
SBR-84h_A:CAACGATCAGGAAGTC,Caudal epiblast
SBR-84h_A:ACGTAACAGTGGATAT,Caudal epiblast
SBR-84h_A:GTTACCCTCAAGATAG,Caudal epiblast
SBR-84h_A:TACGTCCAGTGTAGTA,Caudal epiblast
SBR-84h_A:CTCTCGACAAATGAAC,Primitive streak
SBR-84h_A:GACTATGAGCGACTAG,Primitive streak
SBR-84h_A:TACACCCTCAACCTTT,Caudal epiblast
SBR-84h_A:GAGGGTACAGGAGGTT,Primitive streak
SBR-84h_A:TATCTTGAGCAATAGT,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACAGAAACACTCCTTG,Caudal epiblast
SBR-84h_A:GAGAAATTCTATGCCC,Caudal epiblast
SBR-84h_A:AATAGAGGTCTACAAC,Caudal epiblast
SBR-84h_A:TAACGACAGCAGTAAT,Cd63+ ectoderm-like artefact
SBR-84h_A:CACGTTCAGAGTAACT,Caudal epiblast/primitive streak
SBR-84h_A:CGAATTGTCGTCGGGT,Primitive streak
SBR-84h_A:GGGAAGTTCACAAGAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGCGCCACATACTTTC,Primitive streak
SBR-84h_A:GTCTAGATCAATCGGT,Naive pluripotency
SBR-84h_A:ACACCAACAAGGTACG,Caudal epiblast
SBR-84h_A:TAAGCCAAGCCGAATG,Ectopic pluripotency
SBR-84h_A:CAGATCAGTGAATTGA,Primitive streak
SBR-84h_A:CGGAATTCACTATCCC,Primitive streak
SBR-84h_A:ATTTCTGAGATGCTAA,Caudal epiblast
SBR-84h_A:TCCGTGTCAAGGTCGA,Primitive streak
SBR-84h_A:GCCGTGATCACCCTGT,Primitive streak
SBR-84h_A:AACAACCAGCGTGAAC,Caudal epiblast
SBR-84h_A:AGATCGTAGTTCGCAT,Caudal epiblast
SBR-84h_A:CATAAGCAGTCATGCT,Caudal epiblast
SBR-84h_A:AAGACAAGTTGCTAGT,Caudal epiblast
SBR-84h_A:CTCTCAGAGGTGATAT,Primitive streak
SBR-84h_A:AGGGTTTCACCTCTAC,Primitive streak
SBR-84h_A:CCCTCAAGTCACAGTT,Caudal epiblast
SBR-84h_A:GAAGCGAAGGGCATGT,Naive pluripotency
SBR-84h_A:AGCTCAAGTCATCCGG,Ectopic pluripotency
SBR-84h_A:TGAGGTTTCTCGACCT,Caudal epiblast
SBR-84h_A:ACCTGTCCAACACACT,Cd63+ ectoderm-like artefact
SBR-84h_A:ATCCGTCTCTCTGCTG,Caudal epiblast
SBR-84h_A:TTTGGAGAGTGGTTAA,Caudal epiblast
SBR-84h_A:CTGAATGTCAATCCAG,Primitive streak
SBR-84h_A:CTTCTAAAGACTCTAC,Caudal epiblast
SBR-84h_A:CATACTTGTTCGTGCG,Caudal epiblast
SBR-84h_A:GATCAGTTCTACTTCA,Caudal epiblast
SBR-84h_A:CCTAAGAAGGTGGCTA,Primitive streak
SBR-84h_A:GGAGCAAGTCGAGTGA,Caudal epiblast
SBR-84h_A:GGGCTACTCGGTATGT,Caudal epiblast
SBR-84h_A:CTTACCGGTGGACTGA,Naive pluripotency
SBR-84h_A:CTAACCCAGGAATTAC,Caudal epiblast
SBR-84h_A:GCCATGGGTTGACGGA,Caudal epiblast
SBR-84h_A:ATTACCTAGGCGCTTC,Ectopic pluripotency
SBR-84h_A:GCTGCAGTCACGATCA,Caudal epiblast
SBR-84h_A:GTCCACTGTTAGAAGT,Caudal epiblast
SBR-84h_A:AGCCACGCAAGGGCAT,Caudal epiblast
SBR-84h_A:CCTACGTGTGGCTGAA,Caudal epiblast
SBR-84h_A:TCAAGTGGTTGCATCA,Caudal epiblast
SBR-84h_A:AAAGGATAGTACGTCT,Caudal epiblast
SBR-84h_A:ACCTGAATCTTGGTGA,Caudal epiblast
SBR-84h_A:CCTCTAGGTCCGCAGT,Caudal epiblast
SBR-84h_A:TCATTACAGCGATGGT,Caudal epiblast
SBR-84h_A:TCAAGCAAGACTGAGC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CAGTTAGAGACCCGCT,Caudal epiblast
SBR-84h_A:GTCCTCAAGTGATAAC,Primitive streak
SBR-84h_A:CCTGCATGTAACTGCT,Caudal epiblast
SBR-84h_A:TTTGACTGTTCTCGTC,Primitive streak
SBR-84h_A:TCGGGTGCAACAGAGC,Caudal epiblast
SBR-84h_A:TCCTAATGTTAAAGTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCAGCCAAGGAACGTC,Caudal epiblast
SBR-84h_A:ACTTAGGGTAAGTTGA,Caudal epiblast
SBR-84h_A:GTGACGCGTGGTATGG,Caudal epiblast
SBR-84h_A:GTTCGCTCAACGGCTC,Caudal epiblast
SBR-84h_A:CCACGTTTCCGCATAA,Caudal epiblast
SBR-84h_A:TAGATCGGTAGAATAC,Caudal epiblast
SBR-84h_A:TTTCACAGTGAGCGAT,Caudal epiblast
SBR-84h_A:GTAGCTACACGACCTG,Caudal epiblast
SBR-84h_A:GCCATGGAGCCTATCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGCTCATCGTGGGAA,Caudal epiblast
SBR-84h_A:AGAACAATCTGACAGT,Caudal epiblast
SBR-84h_A:CAACAGTGTTTCCAAG,Naive pluripotency
SBR-84h_A:AGCCAGCTCATCGCCT,Primitive streak
SBR-84h_A:AAGGAATCAACACGAG,Primitive streak
SBR-84h_A:GTGTAACGTTGAATCC,Caudal epiblast
SBR-84h_A:TGTAAGCAGTCGGGAT,Caudal epiblast
SBR-84h_A:TAAGCACCAGAGTGAC,Caudal epiblast
SBR-84h_A:CACGAATGTGCTCCGA,Caudal epiblast
SBR-84h_A:TCGATTTAGCAGTCTT,Primitive streak
SBR-84h_A:CACTAAGTCGGAGTGA,Caudal epiblast
SBR-84h_A:CGATCGGCAGACTCTA,Caudal epiblast
SBR-84h_A:TAGCACAGTACAGAGC,Caudal epiblast
SBR-84h_A:TCCGATCGTGCGCTCA,Caudal epiblast
SBR-84h_A:ATATCCTGTCACAATC,Caudal epiblast
SBR-84h_A:TCATTACCATTGGCAT,Caudal epiblast
SBR-84h_A:GGTGAAGCATTGCCTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGACAGGGTCGTTGCG,Ectopic pluripotency
SBR-84h_A:AAGACTCTCATTCATC,Caudal epiblast
SBR-84h_A:GACACGCGTAGGTGCA,Caudal epiblast
SBR-84h_A:AGGGCTCGTATGAGAT,Caudal epiblast
SBR-84h_A:TTTCACAAGTACCGGA,Primitive streak
SBR-84h_A:TGTTTGTGTCCTACAA,Caudal epiblast
SBR-84h_A:AAACGCTTCGCATGAT,Caudal epiblast
SBR-84h_A:TCATTTGAGGACAAGA,Ectopic pluripotency
SBR-84h_A:TACTTCAGTAAGGAGA,Primitive streak
SBR-84h_A:GGCAGTCGTACCCGCA,Caudal epiblast
SBR-84h_A:CTGCATCGTTCGAACT,Caudal epiblast
SBR-84h_A:GCGATCGCAACTCCAA,Caudal epiblast
SBR-84h_A:CAGTTCCCACGACGTC,Caudal epiblast
SBR-84h_A:ATTACCTTCGCTTGAA,Primitive streak
SBR-84h_A:CCCTCTCTCACCCTCA,Caudal epiblast
SBR-84h_A:AATGGAAGTAGGCTCC,Primitive streak
SBR-84h_A:ACCAACATCGGTTCAA,Caudal epiblast
SBR-84h_A:GTAACCAGTGTTCCAA,Primitive streak
SBR-84h_A:CGACAGCTCACTCCGT,Caudal epiblast
SBR-84h_A:ATTCCCGGTAATTGGA,Naive pluripotency
SBR-84h_A:ATTCTTGTCCGACAGC,Caudal epiblast
SBR-84h_A:ATACCGAGTTAGAGAT,Caudal epiblast
SBR-84h_A:TTCATGTTCGTGGGTC,Naive pluripotency
SBR-84h_A:GTCATTTGTTCGGGTC,Caudal epiblast
SBR-84h_A:CCTTGTGCACTATCCC,Caudal mesoderm
SBR-84h_A:AGGCCACCACCGAATT,Caudal epiblast
SBR-84h_A:GACTATGCAACCGTAT,Caudal epiblast
SBR-84h_A:GGGTAGAAGTCTTCGA,Naive pluripotency
SBR-84h_A:GCTGCAGCAACTGATC,Caudal epiblast
SBR-84h_A:TCAAGCATCACTACTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTGTTGTAGGTCTTTG,Caudal epiblast
SBR-84h_A:TGGTAGTAGTGCGTCC,Caudal epiblast
SBR-84h_A:CTTCCTTAGTCCCAGC,Caudal epiblast
SBR-84h_A:TCAGTCCGTTAGAAAC,Primitive streak
SBR-84h_A:CGATCGGTCCTAGAGT,Caudal epiblast
SBR-84h_A:GGTAACTTCAGTCAGT,Naive pluripotency
SBR-84h_A:CCTCATGTCCACGTGG,Ectopic pluripotency
SBR-84h_A:ATCCTATCATACATCG,Caudal epiblast
SBR-84h_A:AACAAGACATCCTGTC,Caudal epiblast
SBR-84h_A:CCTCTCCCAATCAAGA,Primitive streak
SBR-84h_A:TTACCATGTACTGGGA,Caudal epiblast
SBR-84h_A:AAGTTCGCAGCAGACA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCTTTGGAGAACGTGC,Caudal epiblast
SBR-84h_A:AGACAAACACAGCTGC,Caudal epiblast
SBR-84h_A:GTTACAGGTCACATTG,Caudal epiblast
SBR-84h_A:CCGTAGGAGGGATCAC,Primitive streak
SBR-84h_A:AAGAACAGTACTTCCC,Caudal mesoderm
SBR-84h_A:ATGGAGGAGTTACGTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCGTCCACACTTTATC,Caudal epiblast
SBR-84h_A:GGGTCTGCAGACCAGA,Primitive streak
SBR-84h_A:AAAGTGAAGAAAGCGA,Caudal epiblast
SBR-84h_A:GTACAGTCAAATGGAT,Caudal epiblast
SBR-84h_A:GGTCACGCAGTAACAA,Caudal epiblast
SBR-84h_A:TAATCTCAGCAAATGT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGAGTAGTAACTAAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGTCAACCAAGGGTCA,Caudal epiblast
SBR-84h_A:GTAATGCTCTATTCGT,Primitive streak
SBR-84h_A:CAGTTCCTCAGTGGGA,Caudal epiblast
SBR-84h_A:GGGTTATCAGTAGTGG,Ectopic pluripotency
SBR-84h_A:GGTGTCGGTATGAAAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CACATGAAGAGCAGAA,Caudal epiblast
SBR-84h_A:TCCGTGTCAATTTCTC,Caudal epiblast
SBR-84h_A:GGAACCCCACTGCGAC,Caudal epiblast
SBR-84h_A:CAGTTCCGTGGCATCC,Primitive streak
SBR-84h_A:TGTCAGAGTAGAATAC,Caudal epiblast
SBR-84h_A:GTCGAATTCGGTCTGG,Caudal epiblast
SBR-84h_A:CGGAATTAGTGCACTT,Caudal epiblast
SBR-84h_A:TTAATCCAGAGTTGCG,Caudal epiblast
SBR-84h_A:CGAGTTAGTATCACGT,Primitive streak
SBR-84h_A:CCGATCTTCAGGAAAT,Caudal epiblast/primitive streak
SBR-84h_A:AGGATAACACCACATA,Caudal epiblast
SBR-84h_A:TACGCTCAGGCCTAGA,Primitive streak
SBR-84h_A:GTACAACGTAGCTGAG,Primitive streak
SBR-84h_A:GGTCACGCACTCAAGT,Ectopic pluripotency
SBR-84h_A:GATGACTGTGACCGAA,Primitive streak
SBR-84h_A:GTAGCTAGTGCATTTG,Caudal epiblast
SBR-84h_A:TGTACAGGTAGATCGG,Primitive streak
SBR-84h_A:GGTAACTTCAGCGGAA,Ectopic pluripotency
SBR-84h_A:CATTCATGTCTACAAC,Primitive streak
SBR-84h_A:AGTTCGAGTTTATGCG,Caudal epiblast
SBR-84h_A:GAACGTTAGGGCGAGA,Caudal epiblast
SBR-84h_A:GCATCGGCATCACAGT,Primitive streak
SBR-84h_A:TCACATTGTTGTGCCG,Primitive streak
SBR-84h_A:TCAGGGCCATCCGAGC,Exiting naive pluripotency
SBR-84h_A:GACACGCCATTGTAGC,Primitive streak
SBR-84h_A:CGTGCTTAGTTGGCGA,Caudal epiblast/primitive streak
SBR-84h_A:TTCCTAAAGTCGCGAA,Caudal epiblast
SBR-84h_A:CACGTTCTCGTCAAAC,Caudal epiblast
SBR-84h_A:AAAGAACTCCCAGCGA,Caudal epiblast
SBR-84h_A:TATCAGGCATACATCG,Caudal epiblast
SBR-84h_A:TACCTGCAGAACAAGG,Caudal epiblast
SBR-84h_A:CATCCGTCAGTCCGTG,Primitive streak
SBR-84h_A:CTTCTAAAGAGTGTGC,Caudal epiblast
SBR-84h_A:AAAGAACGTTCTCGCT,Caudal epiblast
SBR-84h_A:TCCAGAAGTGTTGAGG,Caudal epiblast
SBR-84h_A:TCTTAGTAGCTACTGT,Caudal mesoderm
SBR-84h_A:TTTGGAGAGGTGATCG,Caudal epiblast
SBR-84h_A:GAAGTAAGTCTGTTAG,Ectopic pluripotency
SBR-84h_A:TTTCCTCTCCTACTGC,Primitive streak
SBR-84h_A:TGATTCTTCGTAGTGT,Caudal epiblast
SBR-84h_A:GCTCAAACATGACACT,Primitive streak
SBR-84h_A:GTGTCCTAGGCTTCCG,Naive pluripotency
SBR-84h_A:GTCACTCCAGAAGCGT,Caudal epiblast
SBR-84h_A:GTCCACTAGCGTGAAC,Caudal epiblast
SBR-84h_A:GGAATGGTCGCATAGT,Naive pluripotency
SBR-84h_A:TCGCTTGGTTAGGAGC,Caudal epiblast
SBR-84h_A:ATCTCTATCCGGCAAC,Caudal epiblast
SBR-84h_A:GCCCAGATCCGCATAA,Primitive streak
SBR-84h_A:GTTGTAGAGCTAAATG,Caudal epiblast
SBR-84h_A:CGCATGGAGAGAGTTT,Caudal epiblast
SBR-84h_A:GAGCTGCAGAGCATAT,Caudal epiblast
SBR-84h_A:CTGCTCACAAATGCGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCTACCTGTGTGTCCG,Caudal epiblast
SBR-84h_A:TAACGACAGGGTTAGC,Primitive streak
SBR-84h_A:TACACCCGTGGCTTGC,Naive pluripotency
SBR-84h_A:GATAGAACATCGTGGC,Caudal epiblast
SBR-84h_A:AATAGAGCACAAAGTA,Primitive streak
SBR-84h_A:ACGTACAGTGCAATAA,Caudal epiblast
SBR-84h_A:ACGTAGTTCATGCCGG,Caudal epiblast
SBR-84h_A:CCGTGAGTCGCCAATA,Caudal epiblast
SBR-84h_A:GCTTTCGGTGGCTGCT,Primitive streak
SBR-84h_A:TATCCTAGTTCTCTAT,Primitive streak
SBR-84h_A:CTCAATTAGTCAGGGT,Caudal epiblast
SBR-84h_A:TGAACGTAGGGAACAA,Caudal epiblast
SBR-84h_A:TCACATTTCCAAACCA,Caudal epiblast
SBR-84h_A:GGTGTTAGTACAGCGA,Ectopic pluripotency
SBR-84h_A:ACCAAACCAGTGTATC,Caudal epiblast
SBR-84h_A:TTGCTGCTCTATCGGA,Caudal epiblast
SBR-84h_A:TGGTTAGGTCAAGTTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGGGATTGTGCATGAG,Ectopic pluripotency
SBR-84h_A:TATCTGTAGGTCCTGC,Caudal epiblast
SBR-84h_A:AATCACGCATCTCATT,Caudal epiblast
SBR-84h_A:TTAATCCTCCGTGGGT,Caudal epiblast
SBR-84h_A:GTGCGTGAGAAGTGTT,Primitive streak
SBR-84h_A:CACAACACACAAATCC,Caudal mesoderm
SBR-84h_A:GGTTAACAGTGTACCT,Caudal epiblast
SBR-84h_A:GCCAGCAGTTGTACGT,Caudal epiblast
SBR-84h_A:GTTATGGGTGTTTGCA,Caudal epiblast
SBR-84h_A:GTATTTCGTTCTCACC,Caudal epiblast
SBR-84h_A:GAGACCCCATCGTCCT,Caudal epiblast
SBR-84h_A:GAGGGTACAACCAGAG,Caudal epiblast
SBR-84h_A:AAGGTAACAATAGGGC,Caudal mesoderm
SBR-84h_A:CTAACTTCATAAGATG,Caudal epiblast
SBR-84h_A:TCCACGTGTATTCCTT,Ectopic pluripotency
SBR-84h_A:CTTAGGACAGGGTTGA,Caudal epiblast
SBR-84h_A:CCCAACTGTGGCTCTG,Caudal epiblast
SBR-84h_A:TAAGCGTGTCCAGCCA,Caudal epiblast
SBR-84h_A:TAACCAGGTACTCAAC,Caudal epiblast
SBR-84h_A:GCAGGCTTCCTAGAGT,Exiting naive pluripotency
SBR-84h_A:AGCTTCCCAGACCTAT,Caudal epiblast
SBR-84h_A:TCATATCTCGCTGACG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATACTTCGTTAAGACA,Primitive streak
SBR-84h_A:AGGATAAGTGCGACAA,Caudal epiblast
SBR-84h_A:TCATGCCAGTCTTCCC,Caudal epiblast
SBR-84h_A:ATTTCACCATGTTCAG,Caudal epiblast
SBR-84h_A:TCACATTTCATCCCGT,Caudal epiblast
SBR-84h_A:GATGAGGCACCAAATC,Primitive streak
SBR-84h_A:ATGTCTTGTACCATAC,Caudal epiblast
SBR-84h_A:AATCGACAGGTTACCT,Caudal epiblast
SBR-84h_A:CTTCTCTTCAGTCACA,Caudal epiblast
SBR-84h_A:TTCGATTAGTGGATAT,Caudal epiblast
SBR-84h_A:ACGGTCGGTCAACGCC,Caudal epiblast
SBR-84h_A:TCGTGGGGTACCCAGC,Primitive streak
SBR-84h_A:CAAGGGACAAGAATGT,Caudal epiblast
SBR-84h_A:TCATATCCAACCACAT,Caudal epiblast
SBR-84h_A:TTGTGTTTCGGCTTGG,Caudal epiblast
SBR-84h_A:TTTCAGTCATCTTCGC,Caudal epiblast
SBR-84h_A:TCGGGTGTCCATGAGT,Caudal epiblast/primitive streak
SBR-84h_A:GTAATCGTCGACATTG,Naive pluripotency
SBR-84h_A:TCACGCTGTTACGATC,Caudal epiblast/primitive streak
SBR-84h_A:TGCACGGGTGCTGTCG,Caudal epiblast
SBR-84h_A:ATGCCTCGTTATCTGG,Primitive streak
SBR-84h_A:ACGATCATCCTACTGC,Caudal epiblast
SBR-84h_A:TATCCTAGTCAGTCCG,Caudal epiblast
SBR-84h_A:ACTATCTAGTATGGAT,Caudal epiblast
SBR-84h_A:CCACCATTCGGTCGGT,Ectopic pluripotency
SBR-84h_A:TCATATCTCGACTCCT,Caudal epiblast
SBR-84h_A:AGGATAACACGAAGAC,Caudal epiblast
SBR-84h_A:TGAGCGCGTTGGCCGT,Caudal epiblast
SBR-84h_A:GTAATCGCATCATGAC,Primitive streak
SBR-84h_A:ACGTAGTAGGAGAATG,Caudal epiblast
SBR-84h_A:TGTAAGCCAGCTCGGT,Primitive streak
SBR-84h_A:TCATTACAGCGACTTT,Caudal epiblast
SBR-84h_A:TTTCCTCAGGTATAGT,Primitive streak
SBR-84h_A:ATTCCATTCGTCGGGT,Primitive streak
SBR-84h_A:GAAACCTTCCGTTGAA,Caudal epiblast
SBR-84h_A:GGAATGGGTTAAAGTG,Caudal epiblast
SBR-84h_A:ATTCCTAAGGGCAGGA,Caudal epiblast
SBR-84h_A:TTACCATAGATGCTGG,Caudal epiblast
SBR-84h_A:CTGTGAACAGCCGGTT,Caudal epiblast
SBR-84h_A:TCGATTTAGACAACAT,Primitive streak
SBR-84h_A:AGTTCGACAGGGACTA,Caudal epiblast
SBR-84h_A:ATTTACCAGCTCGTGC,Primitive streak
SBR-84h_A:TTGATGGAGTCACTAC,Caudal epiblast
SBR-84h_A:TTGCATTCAATAACCC,Primitive streak
SBR-84h_A:CATAAGCAGGCCTTCG,Caudal epiblast
SBR-84h_A:CTGCTCAAGGCAGTCA,Caudal epiblast
SBR-84h_A:AGCCAGCCACTTGAAC,Primitive streak
SBR-84h_A:ATTTCTGCACGCGCTA,Caudal epiblast
SBR-84h_A:AGGATAACACCAGCTG,Caudal epiblast
SBR-84h_A:CACTGAACAGACCTAT,Primitive streak
SBR-84h_A:CGAGGAATCACTGTTT,Caudal epiblast
SBR-84h_A:ATCACAGCACGTCGGT,Caudal epiblast
SBR-84h_A:TGTTCATTCTCACTCG,Caudal epiblast
SBR-84h_A:CTGGACGCAAAGGTTA,Primitive streak
SBR-84h_A:AAACGAATCTTACGTT,Primitive streak
SBR-84h_A:ACCACAAAGGACTTCT,Caudal epiblast
SBR-84h_A:TCGCTCACATAATCCG,Caudal epiblast
SBR-84h_A:CTACAGAGTAGCGCCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCAGGCTGTCACAGAG,Caudal epiblast
SBR-84h_A:TCTTTGATCCGAAGGA,Caudal epiblast
SBR-84h_A:TAAGTCGGTCATAACC,Primitive streak
SBR-84h_A:CGAAGTTAGTATTGCC,Caudal mesoderm
SBR-84h_A:ATTACTCTCTGGCCAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACATTTCTCCCGAATA,Primitive streak
SBR-84h_A:AGCTTCCTCATGGAGG,Primitive streak
SBR-84h_A:AGACACTAGAGCAGTC,Caudal epiblast
SBR-84h_A:GACTATGGTTTGAACC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATTCCTAAGGTTGGTG,Caudal mesoderm
SBR-84h_A:TGTCCACGTCACGTGC,Caudal epiblast
SBR-84h_A:CGCAGGTGTATGAGAT,Caudal epiblast
SBR-84h_A:GATCACAGTGACTCTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTGAACGCAGCTGGTC,Caudal epiblast
SBR-84h_A:TACCGGGGTCACTGAT,Caudal epiblast
SBR-84h_A:CTCCTCCTCACCACAA,Caudal epiblast
SBR-84h_A:CCACTTGAGACGTCCC,Primitive streak
SBR-84h_A:GCCAGTGGTGGCATCC,Caudal epiblast
SBR-84h_A:ACGTTCCTCCACATAG,Caudal epiblast
SBR-84h_A:TCGCACTTCTCGCTTG,Caudal epiblast
SBR-84h_A:ATGACCAAGCCACAAG,Caudal mesoderm
SBR-84h_A:ACAAAGACAACTGTGT,Caudal epiblast
SBR-84h_A:ATTCACTGTCCGTACG,Caudal epiblast
SBR-84h_A:ATACCGAGTAGCTAAA,Caudal epiblast
SBR-84h_A:ATCGGCGGTTATGTGC,Primitive streak
SBR-84h_A:TCAGTGATCAATCTCT,Primitive streak
SBR-84h_A:AGAAATGAGAGAGCAA,Primitive streak
SBR-84h_A:ATTCGTTAGTATGCAA,Caudal epiblast
SBR-84h_A:CATTTCACAAGTGATA,Primitive streak
SBR-84h_A:ATTATCCTCTACGCGG,Caudal mesoderm
SBR-84h_A:CAGATTGCAGGTTTAC,Caudal epiblast
SBR-84h_A:TTCATTGCATAAGCAA,Caudal epiblast
SBR-84h_A:AGCGCTGGTAGCCCTG,Caudal mesoderm
SBR-84h_A:CATACCCGTCCAGGTC,Caudal epiblast
SBR-84h_A:CTCAGGGGTGCGGTAA,Caudal epiblast
SBR-84h_A:TTGAGTGCAAGAGGTC,Ectopic pluripotency
SBR-84h_A:GCATTAGTCGCACTCT,Caudal epiblast
SBR-84h_A:CGTTCTGGTAATCAAG,Caudal epiblast
SBR-84h_A:TCGCTTGCACAGCTTA,Caudal epiblast
SBR-84h_A:TATCAGGAGGAGAGGC,Primitive streak
SBR-84h_A:TTTCACAAGTGGAAGA,Caudal epiblast
SBR-84h_A:TGCATGATCTAATTCC,Primitive streak
SBR-84h_A:TACGGGCCATCGGATT,Caudal mesoderm
SBR-84h_A:GTCCTCATCGTGGCTG,Caudal epiblast
SBR-84h_A:CAGGGCTCAGATTTCG,Primitive streak
SBR-84h_A:TTGACCCAGAGTACCG,Ectopic pluripotency
SBR-84h_A:GCACATACATTGAAAG,Caudal epiblast
SBR-84h_A:TTTCCTCCACCGTACG,Caudal epiblast
SBR-84h_A:CACTTCGTCTGGTGGC,Caudal epiblast
SBR-84h_A:TACCTCGGTCGTAATC,Ectopic pluripotency
SBR-84h_A:TGCTCGTCATGGCCAC,Caudal epiblast
SBR-84h_A:TCCTTCTAGGACGCTA,Primitive streak
SBR-84h_A:CTACCCAGTACTGACT,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTTCCGCATCGATAC,Caudal epiblast
SBR-84h_A:ACAACCATCTACGGTA,Caudal epiblast
SBR-84h_A:CGTCAAAAGCCACTCG,Caudal epiblast
SBR-84h_A:TGAGGGAAGTCATTGC,Caudal epiblast
SBR-84h_A:GCCAGGTAGGAACGCT,Caudal epiblast
SBR-84h_A:AGAAGCGAGTGGTCAG,Ectopic pluripotency
SBR-84h_A:AGGTCATCAGCGTTTA,Primitive streak
SBR-84h_A:GCTTGGGCACTCCGAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GAGATGGTCAGTGTTG,Caudal epiblast
SBR-84h_A:AGAGAATCATCATGAC,Caudal epiblast
SBR-84h_A:CGTAGTATCTCAACCC,Primitive streak
SBR-84h_A:GGAGCAACAGCTGTCG,Caudal epiblast
SBR-84h_A:GAATCACTCGGTAGAG,Primitive streak
SBR-84h_A:TCTATCACAGGCTTGC,Ectopic pluripotency
SBR-84h_A:GCAACCGCACATGAAA,Caudal epiblast
SBR-84h_A:CACGTTCAGTAGTCCT,Caudal epiblast
SBR-84h_A:GCAGTTATCTCGACGG,Caudal epiblast
SBR-84h_A:GTGATGTCAGCGCGTT,Primitive streak
SBR-84h_A:AGAGAGCAGTCCTGTA,Caudal epiblast
SBR-84h_A:TCTAACTAGACCTCAT,Caudal epiblast
SBR-84h_A:GAAACCTCAAGGCGTA,Caudal epiblast
SBR-84h_A:AAGTGAATCGTGGACC,Caudal epiblast
SBR-84h_A:TATCAGGGTACAGTCT,Primitive streak
SBR-84h_A:TCGCAGGAGATGCTGG,Caudal epiblast
SBR-84h_A:GAGATGGCAAGGGCAT,Primitive streak
SBR-84h_A:GGAGCAAGTCTCGCGA,Caudal epiblast
SBR-84h_A:TGGGTTAAGAAGATCT,Primitive streak
SBR-84h_A:TCGCTTGAGTCTAACC,Primitive streak
SBR-84h_A:ATCTTCAGTAGGCTGA,Caudal epiblast
SBR-84h_A:CACGTGGCACGGCTAC,Caudal epiblast
SBR-84h_A:TGTAACGCATCTTAGG,Caudal epiblast
SBR-84h_A:TCATGGAAGTTGTCAC,Caudal epiblast
SBR-84h_A:AGATGAAGTTCAAAGA,Caudal epiblast
SBR-84h_A:CATTCCGAGGGCCCTT,Caudal epiblast
SBR-84h_A:CATGCGGGTACGCGTC,Caudal epiblast
SBR-84h_A:AGGCCACTCTGGCCTT,Caudal epiblast
SBR-84h_A:TCCGATCAGCGATGAC,Caudal epiblast
SBR-84h_A:CACGTTCTCCTAGCCT,Naive pluripotency
SBR-84h_A:CTCAGGGAGAGGTCAC,Exiting naive pluripotency
SBR-84h_A:ATTCTACCAGCACAGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTTACAGGTCGCACAC,Caudal epiblast
SBR-84h_A:AGGAGGTTCCGTCACT,Primitive streak
SBR-84h_A:GTGGAGAGTGATACAA,Primitive streak
SBR-84h_A:AGTACTGGTCGCATTA,Primitive streak
SBR-84h_A:TTACTGTTCCACACCT,Primitive streak
SBR-84h_A:CCTCAGTAGTTGGAGC,Primitive streak
SBR-84h_A:TCCCAGTTCATTACCT,Caudal epiblast
SBR-84h_A:ACTGATGTCTCAAAGC,Caudal mesoderm
SBR-84h_A:CTGTACCCACACACTA,Caudal epiblast
SBR-84h_A:CAGCACGGTTACCCTC,Caudal epiblast
SBR-84h_A:TCCTCGATCCCATACC,Caudal epiblast
SBR-84h_A:GAGATGGCAGAACCGA,Primitive streak
SBR-84h_A:AACCTTTAGAGTGACC,Caudal epiblast
SBR-84h_A:GGGTTTAAGATAGGGA,Caudal epiblast
SBR-84h_A:AAGTGAAGTATGTGTC,Naive pluripotency
SBR-84h_A:CTACGGGCAAGCGCAA,Primitive streak
SBR-84h_A:AAAGAACTCTGCGTCT,Caudal epiblast
SBR-84h_A:TGGGTTACATAATCGC,Primitive streak
SBR-84h_A:CAGATCACAACACAGG,Caudal epiblast
SBR-84h_A:GACTTCCCATTGGATC,Caudal epiblast
SBR-84h_A:TAGATCGTCACTACTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTCTTCCTCTAGACAC,Caudal epiblast
SBR-84h_A:CCTCAGTAGGACAGCT,Caudal epiblast
SBR-84h_A:GTCTTTAAGACTTCGT,Caudal epiblast
SBR-84h_A:TCATTCAAGGCCTTGC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGGAAATAGGAAAGAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTATCTAGGTGCCAA,Caudal epiblast
SBR-84h_A:TCTCAGCTCATCCTGC,Caudal epiblast
SBR-84h_A:TACTGCCGTACTAACC,Ectopic pluripotency
SBR-84h_A:TGACTCCAGACGAGCT,Naive pluripotency
SBR-84h_A:TGCACGGTCTTACACT,Caudal epiblast
SBR-84h_A:AGGGTGAGTCACCCTT,Ectopic pluripotency
SBR-84h_A:TGCAGATAGCGCCTAC,Primitive streak
SBR-84h_A:CTTCAATTCTTTCAGT,Caudal epiblast
SBR-84h_A:CCCGAAGCAGGTTTAC,Caudal epiblast
SBR-84h_A:AGTGACTAGCCTCAGC,Caudal epiblast
SBR-84h_A:TTCGGTCAGTGTGTTC,Primitive streak
SBR-84h_A:AGGGCCTTCCTTTAGT,Caudal epiblast
SBR-84h_A:AACAACCTCGCTTAAG,Ectopic pluripotency
SBR-84h_A:TTTACTGAGGTGCTAG,Caudal epiblast
SBR-84h_A:AAAGGATGTGTACGCC,Caudal epiblast
SBR-84h_A:TCTTTGATCCCGTAAA,Ectopic pluripotency
SBR-84h_A:AGCGCTGCAGGACTTT,Caudal epiblast
SBR-84h_A:GCGGATCAGTATGGAT,Primitive streak
SBR-84h_A:TGCGGGTTCTTCACGC,Caudal epiblast
SBR-84h_A:ATCCTATGTAACGCGA,Caudal mesoderm
SBR-84h_A:ACTTAGGAGATGCTGG,Caudal epiblast
SBR-84h_A:AAAGGTACAGACAAGC,Ectopic pluripotency
SBR-84h_A:ATAGACCGTTTAGTCG,Caudal epiblast
SBR-84h_A:GTTCGCTAGGGTTAGC,Primitive streak
SBR-84h_A:CATACTTGTGTAGTGG,Caudal epiblast
SBR-84h_A:CATCCGTTCTGGCCTT,Caudal mesoderm
SBR-84h_A:TACGGGCCAAGAGAGA,Caudal epiblast
SBR-84h_A:ATTACCTGTGGTATGG,Primitive streak
SBR-84h_A:GACATCACACATACGT,Caudal epiblast
SBR-84h_A:GGGTAGACAGATCACT,Caudal epiblast
SBR-84h_A:GCTGAATGTGGACAGT,Caudal epiblast
SBR-84h_A:GTCATCCCAATCCTTT,Caudal epiblast
SBR-84h_A:CTGATCCAGAACGTGC,Primitive streak
SBR-84h_A:TGCGGCAAGTAGCAAT,Primitive streak
SBR-84h_A:CTGAATGAGGACACTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCTCAAAAGTCAGGGT,Caudal epiblast
SBR-84h_A:GGTGTCGGTGCCGTAC,Caudal epiblast
SBR-84h_A:AGGGCTCCAAGATGGC,Primitive streak
SBR-84h_A:AGGAATAGTCAACCAT,Caudal epiblast
SBR-84h_A:TTGGGATAGACTAGAT,Caudal epiblast
SBR-84h_A:CAACAACAGATGACCG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCAGCTGCAAGTTGGG,Caudal epiblast
SBR-84h_A:AACCATGGTGCCTACG,Caudal epiblast
SBR-84h_A:TTACTGTCAGGTGTTT,Primitive streak
SBR-84h_A:AGGCCACGTTAAGGAT,Caudal epiblast
SBR-84h_A:TCAGTCCGTATGCAAA,Caudal epiblast
SBR-84h_A:CATCGGGGTAGATCCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGTATTCACTTCATT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTCAGGATCGTAGTGT,Caudal epiblast
SBR-84h_A:GTTGTAGCACAAAGCG,Caudal epiblast
SBR-84h_A:CTACATTTCTTCTTCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CAAGAGGAGGTAGTCG,Caudal epiblast
SBR-84h_A:AATGCCATCTACTTCA,Primitive streak
SBR-84h_A:AACCTTTGTAAGTTGA,Ectopic pluripotency
SBR-84h_A:TTCACCGGTGCATGAG,Caudal epiblast
SBR-84h_A:TTCCGTGGTACCTGTA,Primitive streak
SBR-84h_A:TCTCTGGGTGCATGAG,Primitive streak
SBR-84h_A:CCTAAGAAGCCGTTAT,Caudal epiblast
SBR-84h_A:GCATCTCCACGACCTG,Caudal epiblast
SBR-84h_A:CACTTCGTCGTAGCCG,Ectopic pluripotency
SBR-84h_A:TTGTTGTAGTCTTCCC,Caudal epiblast
SBR-84h_A:TTCCTTCCATCCGGTG,Caudal epiblast
SBR-84h_A:CCTACGTTCTGTCGCT,Caudal epiblast
SBR-84h_A:GTAGAAACATTGTCGA,Primitive streak
SBR-84h_A:TCGCACTAGTTTGTCG,Caudal epiblast
SBR-84h_A:ATAGACCAGGATACCG,Caudal epiblast
SBR-84h_A:TCAAGTGTCGAGGCAA,Primitive streak
SBR-84h_A:AGAACAAAGGGCATGT,Naive pluripotency
SBR-84h_A:TTACCATTCCAATCTT,Caudal epiblast
SBR-84h_A:ATGATCGAGAAACTAC,Caudal epiblast
SBR-84h_A:TACCCACTCTGGGCGT,Ectopic pluripotency
SBR-84h_A:CTCATTATCGCCGAAC,Primitive streak
SBR-84h_A:TCCCAGTGTTAACAGA,Caudal epiblast
SBR-84h_A:TCCCATGGTCGGAACA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTAGGCAAGTCAACAA,Caudal mesoderm
SBR-84h_A:TAAGCACGTCAAACGG,Primitive streak
SBR-84h_A:CTCCCAACAAACTCTG,Caudal epiblast
SBR-84h_A:AGAAATGCAGATTTCG,Primitive streak
SBR-84h_A:TCACAAGAGGTAAGTT,Caudal epiblast
SBR-84h_A:TAATCTCTCCGCACTT,Primitive streak
SBR-84h_A:TTCCGTGAGGAGCAAA,Caudal epiblast
SBR-84h_A:GAACACTTCATCGCAA,Primitive streak
SBR-84h_A:TAAGCACCATTGAGGG,Caudal epiblast
SBR-84h_A:CAGGCCACACATGGTT,Primitive streak
SBR-84h_A:GTGCGTGCATTCACAG,Caudal epiblast
SBR-84h_A:AATGACCCACATTCGA,Caudal epiblast
SBR-84h_A:GGGTTATCATAGAATG,Primitive streak
SBR-84h_A:AGCGCTGGTACTGGGA,Caudal epiblast
SBR-84h_A:ATCGTCCAGGCTTCCG,Caudal epiblast
SBR-84h_A:TGCTTGCCAATGACCT,Primitive streak
SBR-84h_A:TCAAGTGTCTTCTGTA,Caudal epiblast
SBR-84h_A:GATGACTAGGCCTTCG,Primitive streak
SBR-84h_A:ACTTTCAAGGATACGC,Caudal epiblast
SBR-84h_A:TGCTCCAGTTACGGAG,Caudal epiblast
SBR-84h_A:GACCTTCTCCCGTAAA,Primitive streak
SBR-84h_A:CTGCTCAGTCCACACG,Caudal epiblast
SBR-84h_A:TGGAGAGGTGCACGCT,Caudal epiblast
SBR-84h_A:AAAGAACAGAAGAACG,Caudal epiblast
SBR-84h_A:ATGGATCCAGTCGTTA,Caudal epiblast
SBR-84h_A:GGAATGGAGTGTTGAA,Caudal epiblast
SBR-84h_A:AATAGAGAGGCTCCCA,Caudal epiblast
SBR-84h_A:TGAGGTTCAGCATTGT,Primitive streak
SBR-84h_A:CTCAGTCGTACTCAAC,Caudal epiblast
SBR-84h_A:AGTCATGGTAGCCAGA,Caudal epiblast
SBR-84h_A:CTGAATGTCTGTACAG,Primitive streak
SBR-84h_A:TTCTGTATCCTTATAC,Primitive streak
SBR-84h_A:CGGGACTGTCTACGAT,Primitive streak
SBR-84h_A:CTCAACCGTATGATCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACGTAGTTCCACAGGC,Caudal epiblast
SBR-84h_A:AGAACCTGTTGCCATA,Caudal epiblast
SBR-84h_A:GGGACCTTCCCGAATA,Caudal epiblast
SBR-84h_A:GACCCAGCAAGGCCTC,Caudal epiblast
SBR-84h_A:CCGGTGAGTGGAATGC,Primitive streak
SBR-84h_A:CATAGACGTAACGATA,Primitive streak
SBR-84h_A:TCACACCTCCGATGCG,Caudal epiblast
SBR-84h_A:CACCAAAAGTAATCCC,Caudal mesoderm
SBR-84h_A:AAATGGAAGCGGATCA,Caudal epiblast
SBR-84h_A:ACTTCGCGTAAGAACT,Caudal epiblast
SBR-84h_A:TCCTGCACAATCAAGA,Caudal epiblast
SBR-84h_A:TGTCCACTCATCTCTA,Caudal epiblast
SBR-84h_A:TCTGCCATCCTCTCGA,Primitive streak
SBR-84h_A:CATCCACTCGACATTG,Primitive streak
SBR-84h_A:GTCAGCGGTATCGAAA,Caudal mesoderm
SBR-84h_A:TGGATGTAGACCATGG,Primitive streak
SBR-84h_A:AACCACAAGTATTCCG,Caudal epiblast
SBR-84h_A:TATCTGTCAGAAATCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGGTTAGAGGTATCTC,Primitive streak
SBR-84h_A:AAAGAACTCACGGACC,Primitive streak
SBR-84h_A:CGTTCTGCAGCTTTCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTTTGTCATCATTGG,Caudal epiblast
SBR-84h_A:CCGCAAGAGCACGTCC,Caudal epiblast
SBR-84h_A:AAGACTCAGACATGCG,Primitive streak
SBR-84h_A:ACACTGAAGGCGATAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGAATGGAGCATTTCG,Ectopic pluripotency
SBR-84h_A:AGTAGTCAGGTGGTTG,Primitive streak
SBR-84h_A:ACCACAAGTATGTCTG,Caudal epiblast
SBR-84h_A:GGTGGCTCACGGCTAC,Primitive streak
SBR-84h_A:AACAGGGAGGATGCGT,Ectopic pluripotency
SBR-84h_A:AAGCCATGTAGCTGCC,Primitive streak
SBR-84h_A:TTCAATCTCAGGGTAG,Caudal epiblast
SBR-84h_A:AGGGCCTTCCCTTCCC,Primitive streak
SBR-84h_A:GTTACCCGTTTGGGAG,Caudal epiblast
SBR-84h_A:AGAGAATAGTTGAATG,Cd63+ ectoderm-like artefact
SBR-84h_A:ACGGAAGGTTGGGTAG,Primitive streak
SBR-84h_A:CGGAATTAGGTACTGG,Primitive streak
SBR-84h_A:GACACGCCATCTCAAG,Caudal epiblast
SBR-84h_A:ACCAAACGTGGTATGG,Caudal epiblast
SBR-84h_A:GTTCCGTCATGGAATA,Caudal epiblast
SBR-84h_A:TGTGGCGTCATGAAAG,Caudal epiblast
SBR-84h_A:GAATAGATCCACACCT,Caudal epiblast
SBR-84h_A:AAGTACCAGCCGTCGT,Primitive streak
SBR-84h_A:GCACGGTCAGGTGGAT,Caudal epiblast
SBR-84h_A:TTCAATCTCTTCGTAT,Primitive streak
SBR-84h_A:ACCAACAGTAGTCTGT,Primitive streak
SBR-84h_A:CATCCCAGTTTACTGG,Caudal epiblast
SBR-84h_A:TGCATCCCAGCACAGA,Primitive streak
SBR-84h_A:TGAGCGCAGTACGAGC,Primitive streak
SBR-84h_A:GCGATCGGTTGGTAGG,Caudal epiblast
SBR-84h_A:GTAGAAAAGGTACAGC,Primitive streak
SBR-84h_A:GTAGAGGGTTCAGGTT,Caudal epiblast
SBR-84h_A:TCGTCCATCAAATAGG,Caudal epiblast
SBR-84h_A:ACTATGGTCGTTCATT,Caudal epiblast
SBR-84h_A:GTGGCGTTCACTCTTA,Primitive streak
SBR-84h_A:GCACGTGCATGCGGTC,Caudal epiblast
SBR-84h_A:AGAGAATTCTGGGCGT,Ectopic pluripotency
SBR-84h_A:CTGTGGGAGCTTCATG,Caudal epiblast
SBR-84h_A:GATAGAACAAAGGGTC,Ectopic pluripotency
SBR-84h_A:TGATGCAGTAGTCGGA,Caudal epiblast
SBR-84h_A:GGGAGATCAAAGTATG,Caudal epiblast
SBR-84h_A:TCATCATGTAGGTTTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGGGTTTAGGCCTTGC,Caudal epiblast
SBR-84h_A:AGCTTCCCATGGCGCT,Caudal epiblast
SBR-84h_A:TCGGGACAGAGCTGCA,Caudal epiblast
SBR-84h_A:TCAGGGCCAATCCTTT,Primitive streak
SBR-84h_A:TTGTGTTGTACAGTCT,Caudal epiblast
SBR-84h_A:CACGTGGAGACTCCGC,Caudal epiblast
SBR-84h_A:TGGAGGATCGCTGTTC,Caudal epiblast
SBR-84h_A:TGGAACTTCGAGTGAG,Ectopic pluripotency
SBR-84h_A:CTGATCCCACAAAGTA,Naive pluripotency
SBR-84h_A:ACACCAACACAAATAG,Primitive streak
SBR-84h_A:GAAGGGTCATCGAAGG,Primitive streak
SBR-84h_A:GAGTTTGGTCCTGTCT,Primitive streak
SBR-84h_A:CCTTCAGCATTGGGAG,Caudal epiblast
SBR-84h_A:CATTCTATCTCATAGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACAGCCGCAATACAGA,Caudal epiblast
SBR-84h_A:TACGGGCGTATCATGC,Caudal epiblast
SBR-84h_A:TGGGATTAGATCGCTT,Caudal epiblast
SBR-84h_A:GCTACCTAGGCGCTTC,Caudal epiblast
SBR-84h_A:AACAAAGGTAACAGGC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGAGACTTCACTGGTA,Caudal epiblast
SBR-84h_A:AGTCAACTCCTCGATC,Caudal epiblast
SBR-84h_A:AACAAAGTCACCATAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCCTCTCGTATCGTAC,Primitive streak
SBR-84h_A:CATCCGTAGGAAACGA,Primitive streak
SBR-84h_A:AGAGAATGTATTAAGG,Ectopic pluripotency
SBR-84h_A:CCATAAGTCACGGGCT,Caudal epiblast
SBR-84h_A:ATGGATCCAGCAGAAC,Caudal mesoderm
SBR-84h_A:AAAGTCCCAGACCTGC,Caudal epiblast
SBR-84h_A:CGTTAGACACATGAAA,Caudal epiblast
SBR-84h_A:ATGACCATCCGGACTG,Caudal epiblast
SBR-84h_A:GGAATCTGTGTACGCC,Caudal epiblast
SBR-84h_A:TCACGGGCAAATGAGT,Caudal epiblast
SBR-84h_A:ACCTGAAAGGGACCAT,Ectopic pluripotency
SBR-84h_A:GTGCGTGTCAGACCGC,Caudal epiblast
SBR-84h_A:ACCGTTCCATAGCTGT,Primitive streak
SBR-84h_A:GGGCTACAGTAGAATC,Primitive streak
SBR-84h_A:TCAATTCTCAGTGTGT,Caudal epiblast
SBR-84h_A:CACCAAAAGCATATGA,Caudal epiblast
SBR-84h_A:GTCAAGTTCAGAATAG,Caudal epiblast
SBR-84h_A:TGTAAGCGTCAACCTA,Caudal mesoderm
SBR-84h_A:AGTCATGCAGCACGAA,Primitive streak
SBR-84h_A:CAGCACGAGTGAGGCT,Caudal epiblast
SBR-84h_A:TCATGAGAGATGCTAA,Caudal epiblast
SBR-84h_A:AGAACAAAGGATATGT,Exiting naive pluripotency
SBR-84h_A:TATTTCGCACAACGCC,Caudal epiblast
SBR-84h_A:CGTAATGCATACTGTG,Caudal epiblast
SBR-84h_A:CACAGGCAGATGAATC,Caudal epiblast
SBR-84h_A:TGGGCGTGTTAGGACG,Ectopic pluripotency
SBR-84h_A:CTCAAGAAGTGTTGTC,Primitive streak
SBR-84h_A:CCGGTGAGTGATGGCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCCGTCAGGCGTTGA,Primitive streak
SBR-84h_A:ATGAAAGAGAACTGAT,Caudal epiblast
SBR-84h_A:GGGTTTATCTGGCTGG,Caudal epiblast
SBR-84h_A:TCATACTAGCTCGACC,Naive pluripotency
SBR-84h_A:CACTGGGCAAGGTCTT,Caudal epiblast
SBR-84h_A:GTTGCTCCACGGAAGT,Caudal epiblast
SBR-84h_A:TGACTCCGTGAGTTGG,Caudal epiblast
SBR-84h_A:GGTGATTCACTTCCTG,Caudal epiblast
SBR-84h_A:CAACCAAGTATTGGCT,Primitive streak
SBR-84h_A:TCTCCGAGTGTAAACA,Primitive streak
SBR-84h_A:TATCGCCGTGAACTAA,Primitive streak
SBR-84h_A:GATGAGGCACTGTGTA,Caudal mesoderm
SBR-84h_A:GAGAGGTTCCTCTGCA,Caudal epiblast
SBR-84h_A:AGTACTGCAACCGCTG,Primitive streak
SBR-84h_A:TTCCAATTCTGGACTA,Caudal epiblast
SBR-84h_A:TCCGGGAAGTGGAAAG,Ectopic pluripotency
SBR-84h_A:CCGAACGAGCCTCTTC,Caudal epiblast
SBR-84h_A:CAACGATTCGGAGCAA,Caudal epiblast
SBR-84h_A:GGTTAACAGCTCGTGC,Caudal mesoderm
SBR-84h_A:AACTTCTAGTAAACGT,Primitive streak
SBR-84h_A:TGAGCGCAGTATTAGG,Caudal epiblast
SBR-84h_A:TTCTAACGTTCAAAGA,Caudal epiblast
SBR-84h_A:AAGTCGTTCATTCGTT,Primitive streak
SBR-84h_A:TGTCAGACAAGGCCTC,Caudal epiblast
SBR-84h_A:CCGGTAGGTTCCGCAG,Primitive streak
SBR-84h_A:TTAGTCTAGACAGTCG,Caudal epiblast
SBR-84h_A:AACCTTTCACCTGCAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGCCAGAGTACGGATG,Caudal epiblast
SBR-84h_A:GCACTAATCGCTTGCT,Primitive streak
SBR-84h_A:CATACTTGTACGAGTG,Primitive streak
SBR-84h_A:TCCGATCGTTCGGGTC,Caudal epiblast
SBR-84h_A:GTAGAGGGTCTGTAAC,Primitive streak
SBR-84h_A:GTGGTTACACGACCTG,Ectopic pluripotency
SBR-84h_A:TGTTACTGTTGCGGCT,Caudal epiblast
SBR-84h_A:GCAGCCACAATCGCGC,Primitive streak
SBR-84h_A:CTAAGTGCAAGAGGCT,Primitive streak
SBR-84h_A:TGCTGAAAGTTAGAAC,Caudal epiblast
SBR-84h_A:TTTACCACATTGCTGA,Primitive streak
SBR-84h_A:CGAGAAGAGACCATTC,Caudal epiblast
SBR-84h_A:TCATATCCATGATGCT,Ectopic pluripotency
SBR-84h_A:TCAGTTTGTGTCATCA,Caudal epiblast
SBR-84h_A:CCCTCAAAGCTTTCCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTTCGCTCCTTCTAA,Caudal mesoderm
SBR-84h_A:TACACCCCAATAGTCC,Ectopic pluripotency
SBR-84h_A:GCTCAAACATTAAGCC,Caudal epiblast
SBR-84h_A:CATAAGCCAGAGAATT,Caudal epiblast
SBR-84h_A:CAACCTCCAGGCACAA,Primitive streak
SBR-84h_A:TGTTGAGTCAGACAAA,Primitive streak
SBR-84h_A:CTGCGAGGTCGTAATC,Naive pluripotency
SBR-84h_A:AGATAGAAGAAACCAT,Caudal epiblast
SBR-84h_A:CTACGGGTCACGTCCT,Caudal epiblast
SBR-84h_A:AAAGGTATCAAAGGTA,Caudal epiblast
SBR-84h_A:CCTCATGGTTCGTACA,Cd63+ ectoderm-like artefact
SBR-84h_A:GACTGATCACAAGTGG,Caudal epiblast
SBR-84h_A:GGGTCACTCAGCATTG,Caudal epiblast
SBR-84h_A:AGAAGCGCAGCTATTG,Primitive streak
SBR-84h_A:GAATAGATCGTCGACG,Caudal epiblast
SBR-84h_A:TGACAGTAGTTGTCAC,Primitive streak
SBR-84h_A:AGCCACGGTTGACTAC,Caudal epiblast
SBR-84h_A:ATTTACCGTCTGATCA,Primitive streak
SBR-84h_A:TCCTTCTGTGGCTGCT,Ectopic pluripotency
SBR-84h_A:GCTTCACCATAGGTTC,Caudal epiblast
SBR-84h_A:TGGTGATTCAAAGAAC,Caudal epiblast
SBR-84h_A:TAGCACATCGTCCATC,Cd63+ ectoderm-like artefact
SBR-84h_A:GGAGGTATCGGCATAT,Caudal epiblast
SBR-84h_A:CTAACTTCATGCCATA,Primitive streak
SBR-84h_A:TAGGAGGAGCATGGGT,Caudal epiblast
SBR-84h_A:GGCAGTCCATGTTACG,Primitive streak
SBR-84h_A:CGTGCTTTCATACGAC,Primitive streak
SBR-84h_A:TCTGCCACACGCAAAG,Caudal epiblast
SBR-84h_A:AGTCATGCAGTCCCGA,Cd63+ ectoderm-like artefact
SBR-84h_A:TATACCTCACTAGGTT,Primitive streak
SBR-84h_A:CACATGATCGCAATTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CACGTTCTCCTAAGTG,Caudal mesoderm
SBR-84h_A:AGGATAACATTGGGAG,Caudal epiblast
SBR-84h_A:TTGTTCAGTATTCCTT,Ectopic pluripotency
SBR-84h_A:CGTGATAAGATCCCGC,Primitive streak
SBR-84h_A:GAGTGAGAGAAATGGG,Caudal epiblast
SBR-84h_A:GTTCTATTCCCATTCG,Caudal epiblast
SBR-84h_A:ACAAGCTGTGGCTAGA,Caudal epiblast
SBR-84h_A:CATCAAGGTGGAGAAA,Caudal epiblast
SBR-84h_A:ATCCCTGCAGGAATCG,Primitive streak
SBR-84h_A:GCTTGGGAGCTTCTAG,Primitive streak
SBR-84h_A:CACAGGCGTCATCACA,Primitive streak
SBR-84h_A:TTACTGTAGTATTGCC,Caudal epiblast
SBR-84h_A:AAGCGAGTCATTGCGA,Primitive streak
SBR-84h_A:CGATGCGCATCCCACT,Caudal epiblast
SBR-84h_A:AGTACCATCTATGTGG,Naive pluripotency
SBR-84h_A:CCGAACGTCCGTGGGT,Cd63+ ectoderm-like artefact
SBR-84h_A:TGTTTGTCAACGACAG,Primitive streak
SBR-84h_A:CGAGTTACAACGGGTA,Caudal epiblast
SBR-84h_A:CTTCCTTCAAATAAGC,Caudal epiblast
SBR-84h_A:TGACCCTAGCCGGATA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CAACCAACAAAGGATT,Caudal epiblast
SBR-84h_A:TACTTGTGTCTCTCCA,Caudal epiblast
SBR-84h_A:TAATTCCGTTCGAAGG,Caudal epiblast
SBR-84h_A:CGATGGCCAAATACGA,Caudal epiblast
SBR-84h_A:GTGACGCTCCTAAACG,Caudal epiblast
SBR-84h_A:GCAGCTGCAGTCGGTC,Caudal epiblast
SBR-84h_A:CCTTGTGGTCCGGTGT,Caudal epiblast
SBR-84h_A:TCCACCACACATATGC,Caudal epiblast
SBR-84h_A:TTAGTCTTCAACTGGT,Ectopic pluripotency
SBR-84h_A:TACACCCGTGCTCGTG,Caudal epiblast
SBR-84h_A:TGGTGATTCCCTATTA,Caudal epiblast
SBR-84h_A:CGTCAAACAACACACT,Primitive streak
SBR-84h_A:GTCACGGGTGTGTACT,Caudal epiblast
SBR-84h_A:AGGATAATCGAGATAA,Ectopic pluripotency
SBR-84h_A:AACACACTCCATTTGT,Primitive streak
SBR-84h_A:CCAATGACAGCGTTTA,Caudal epiblast
SBR-84h_A:GCCCAGAGTGACTCGC,Primitive streak
SBR-84h_A:GTAAGTCGTCCGGATC,Primitive streak
SBR-84h_A:CTGCGAGAGGCTTTCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGCACGGTGGACCTC,Caudal epiblast
SBR-84h_A:CATAGACCAGGCACTC,Caudal epiblast
SBR-84h_A:GTTCCGTAGTATGAAC,Caudal epiblast
SBR-84h_A:ACATCCCTCCATCAGA,Caudal epiblast
SBR-84h_A:TTCATGTCAGTTTCAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCCATGGTCATCCCGT,Caudal epiblast
SBR-84h_A:AATTTCCCACTGGCGT,Caudal epiblast
SBR-84h_A:TATACCTCACGGTCTG,Caudal epiblast
SBR-84h_A:CGCGTGAAGTGAGGCT,Ectopic pluripotency
SBR-84h_A:CTCAACCGTCACTTCC,Primitive streak
SBR-84h_A:GAGCTGCAGCACTCAT,Caudal epiblast
SBR-84h_A:AATGACCAGCCTGGAA,Primitive streak
SBR-84h_A:AATTCCTTCATGCAGT,Primitive streak
SBR-84h_A:CTTACCGGTCCTGAAT,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCGTGAGGTAAGGTCG,Ectopic pluripotency
SBR-84h_A:AGACAGGGTACTCGAT,Caudal epiblast
SBR-84h_A:AGGGAGTCAGACAAGC,Caudal epiblast
SBR-84h_A:TCTTTGAAGCTCGGCT,Primitive streak
SBR-84h_A:AGAAGTACAATAGTCC,Caudal epiblast
SBR-84h_A:CCGGACACATCCGAGC,Caudal epiblast
SBR-84h_A:GAAGCGAAGCATTTGC,Ectopic pluripotency
SBR-84h_A:AACAGGGAGGGCGAGA,Primitive streak
SBR-84h_A:TTCCTAATCTGAATGC,Caudal epiblast
SBR-84h_A:GTGCGTGTCTGTCAGA,Caudal epiblast
SBR-84h_A:TACTTGTCAAGAGGCT,Caudal epiblast
SBR-84h_A:ATTCCCGGTCCTGGTG,Caudal epiblast
SBR-84h_A:TATCGCCCAAGAGAGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGGGCATCATCATTGG,Primitive streak
SBR-84h_A:TGAGACTAGCGATCGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGTCTGGCAAAGGGCT,Primitive streak
SBR-84h_A:GGCTTTCCAAACTCTG,Caudal mesoderm
SBR-84h_A:ACATCCCGTGACTGAG,Caudal epiblast
SBR-84h_A:ACCCTCAAGGCCACCT,Caudal epiblast
SBR-84h_A:ACTTAGGAGAGCAAGA,Caudal epiblast
SBR-84h_A:TAGACCAAGAGTCCGA,Primitive streak
SBR-84h_A:GTAGTACTCTTAGCTT,Ectopic pluripotency
SBR-84h_A:AGATGCTGTCGACTGC,Caudal epiblast
SBR-84h_A:GTTGTAGAGCCATTTG,Caudal epiblast
SBR-84h_A:AGCCACGGTTTCTATC,Caudal epiblast
SBR-84h_A:CCCTGATCACTGGATT,Caudal epiblast
SBR-84h_A:TGGAGGACACCAGCGT,Caudal epiblast
SBR-84h_A:TCCTTTCAGAGAATCT,Caudal epiblast
SBR-84h_A:ATCCTATCACACCAGC,Caudal epiblast
SBR-84h_A:ATACCTTTCCGTGCGA,Caudal epiblast
SBR-84h_A:GCCTGTTAGCCATTCA,Caudal epiblast
SBR-84h_A:TGAGGTTCAAAGGGCT,Caudal epiblast
SBR-84h_A:CATTGCCCATTCTCTA,Caudal epiblast
SBR-84h_A:CCTCCTCCATAGATGA,Primitive streak
SBR-84h_A:TGACGCGTCAGTGGGA,Caudal epiblast
SBR-84h_A:TACTTACCATACCACA,Caudal epiblast
SBR-84h_A:TCATTCAGTACGTACT,Caudal epiblast
SBR-84h_A:ATCGTCCGTTTAGAGA,Cd63+ ectoderm-like artefact
SBR-84h_A:TTGTTTGTCCTGGTCT,Caudal epiblast
SBR-84h_A:ATCATTCAGGGTCTTT,Caudal epiblast
SBR-84h_A:ATCTCTATCAAGAAAC,Caudal epiblast
SBR-84h_A:CCTAACCAGTGGACGT,Caudal epiblast
SBR-84h_A:CAAGCTAGTGCCCAGT,Caudal epiblast
SBR-84h_A:TCCACGTCATGTCAGT,Caudal mesoderm
SBR-84h_A:TGTAACGTCTCAGTCC,Caudal epiblast
SBR-84h_A:ACGTACACAGTCGCAC,Primitive streak
SBR-84h_A:GTAGGTTTCTGTCCGT,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCCTTAGTCGTGGAAG,Caudal epiblast
SBR-84h_A:TACCTGCAGCATCGAG,Caudal epiblast
SBR-84h_A:GAGGGATGTATGCGTT,Caudal epiblast
SBR-84h_A:ATGGGAGTCCGAGAAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCACGTGAGAAGGATG,Primitive streak
SBR-84h_A:CAGTGCGCAAATCCCA,Caudal epiblast
SBR-84h_A:CTGATCCAGTAAAGCT,Caudal epiblast
SBR-84h_A:GAATCACTCGACGACC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CACCGTTGTATGCTTG,Primitive streak
SBR-84h_A:TTTGGTTTCCTGTTGC,Primitive streak
SBR-84h_A:GGTTGTATCTCCATAT,Caudal epiblast
SBR-84h_A:GGCTTGGGTGCGTTTA,Ectopic pluripotency
SBR-84h_A:GGAGCAAAGTGCTCGC,Caudal epiblast
SBR-84h_A:GTCTACCAGGCCACTC,Caudal epiblast
SBR-84h_A:CGTCCATAGTCTGGTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATTCCCGTCCGTAATG,Caudal epiblast
SBR-84h_A:AATGACCAGTTATGGA,Caudal epiblast
SBR-84h_A:TCCACGTGTGATGTAA,Primitive streak
SBR-84h_A:TCAATTCAGGTAAGAG,Primitive streak
SBR-84h_A:TCGACCTGTCAAAGTA,Caudal epiblast
SBR-84h_A:TGCAGATTCCGCTGTT,Naive pluripotency
SBR-84h_A:CGTTCTGAGTAGACCG,Primitive streak
SBR-84h_A:GGAGCAATCCACTTTA,Caudal epiblast
SBR-84h_A:AGAGCCCGTGTGTCGC,Caudal epiblast
SBR-84h_A:GACTCAAGTCGTGTTA,Primitive streak
SBR-84h_A:GAGCTGCCACCGTGCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATTCCTACAATTGCGT,Exiting naive pluripotency
SBR-84h_A:TGTTGGAGTATCACGT,Caudal epiblast
SBR-84h_A:GTCTCACGTACGTACT,Caudal epiblast
SBR-84h_A:TGCTGAAGTATACCCA,Caudal epiblast
SBR-84h_A:TTTGGAGGTGACGTCC,Caudal epiblast
SBR-84h_A:TCTTTGAAGCACACCC,Primitive streak
SBR-84h_A:TTGTGTTTCCACGTGG,Primitive streak
SBR-84h_A:TATTGGGAGCTGGTGA,Ectopic pluripotency
SBR-84h_A:CGAGTGCCAGTCAGTT,Caudal epiblast
SBR-84h_A:CTCAGTCTCCCTTGGT,Caudal epiblast
SBR-84h_A:TAGATCGCAATGCAAA,Caudal epiblast
SBR-84h_A:CAGGTATGTTGCTTGA,Primitive streak
SBR-84h_A:CACGTTCTCCTGTTGC,Caudal epiblast
SBR-84h_A:CAACCTCTCTCTCTTC,Caudal epiblast
SBR-84h_A:GGGAAGTTCGCCAGTG,Caudal epiblast
SBR-84h_A:TAAGCACAGACCAAAT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCACATACATGCTGCG,Primitive streak
SBR-84h_A:ATGAGTCTCGCGGTAC,Ectopic pluripotency
SBR-84h_A:CCAAGCGCACGTAGTT,Caudal epiblast
SBR-84h_A:CGGAGAATCGTCCTTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCCGTCAGGAATCGC,Caudal epiblast
SBR-84h_A:ACATTTCAGATGCAGC,Caudal epiblast
SBR-84h_A:CAACCTCGTCTGATCA,Caudal epiblast
SBR-84h_A:GTTGTGACAAGATCCT,Caudal epiblast
SBR-84h_A:AGCCAGCCAAGAAACT,Caudal epiblast
SBR-84h_A:ACATCGATCCGTTGAA,Caudal epiblast
SBR-84h_A:GTTGCGGAGTATAACG,Caudal epiblast
SBR-84h_A:AAAGGGCCAGCGTATT,Cd63+ ectoderm-like artefact
SBR-84h_A:GTTACGATCGCCATAA,Caudal epiblast
SBR-84h_A:TGACGCGTCTACGCGG,Primitive streak
SBR-84h_A:AAGGAATAGAGGCGTT,Caudal epiblast
SBR-84h_A:TAAGCACAGGATGTTA,Caudal epiblast
SBR-84h_A:AGAGCAGGTACCTGTA,Caudal epiblast
SBR-84h_A:AGCCACGTCAAGTCGT,Caudal epiblast
SBR-84h_A:GAATAGAGTCTTGAGT,Caudal epiblast
SBR-84h_A:AATGGAACAATGAAAC,Caudal epiblast
SBR-84h_A:GGGTTATGTTAAGGAT,Primitive streak
SBR-84h_A:GCCAGGTTCGATACGT,Caudal epiblast
SBR-84h_A:CACTAAGTCTTACCAT,Caudal epiblast
SBR-84h_A:GGGTGAAAGACCATAA,Primitive streak
SBR-84h_A:TCACTATGTCGAACGA,Caudal epiblast
SBR-84h_A:GCTTTCGAGCAGCGAT,Caudal epiblast
SBR-84h_A:TTCATTGCAGAGGCTA,Primitive streak
SBR-84h_A:CGATGGCAGTATGTAG,Ectopic pluripotency
SBR-84h_A:CCGATCTGTAGCACGA,Caudal epiblast
SBR-84h_A:ATTACCTCATTCTGTT,Primitive streak
SBR-84h_A:AATCACGTCCGCTTAC,Caudal epiblast
SBR-84h_A:AACAAAGGTTTGAACC,Caudal epiblast
SBR-84h_A:CTCCCTCTCTTCCGTG,Primitive streak
SBR-84h_A:TTGTTGTGTACCCGCA,Primitive streak
SBR-84h_A:AATGCCAAGCTGCCAC,Caudal epiblast
SBR-84h_A:TGATCTTTCATGGCCG,Primitive streak
SBR-84h_A:GACTATGAGGTTGGAC,Caudal epiblast
SBR-84h_A:TCAGGGCAGCGTCGAA,Ectopic pluripotency
SBR-84h_A:CTAGGTAAGAGCTTTC,Caudal epiblast
SBR-84h_A:CCTGTTGCATCGGAAG,Caudal epiblast
SBR-84h_A:GAAGGGTTCTGAGAAA,Primitive streak
SBR-84h_A:CGCCAGAGTTACGCCG,Caudal epiblast
SBR-84h_A:TTCGGTCGTGCTTCAA,Caudal epiblast
SBR-84h_A:CAATGACGTCAAGCCC,Caudal epiblast
SBR-84h_A:AATAGAGTCATGGATC,Primitive streak
SBR-84h_A:GATTGGTAGAATTGTG,Ectopic pluripotency
SBR-84h_A:TGACAGTAGAGGGCGA,Primitive streak
SBR-84h_A:GTGTCCTAGCCTCTCT,Primitive streak
SBR-84h_A:GCAGGCTTCCTCTTTC,Cd63+ ectoderm-like artefact
SBR-84h_A:TAGAGTCTCAGTGTCA,Caudal epiblast
SBR-84h_A:CAGCCAGGTTTGTTCT,Caudal epiblast
SBR-84h_A:ATCACAGGTCATAAAG,Primitive streak
SBR-84h_A:GAGCTGCGTTGTGCAT,Caudal epiblast
SBR-84h_A:AGGACTTTCTGGTTGA,Caudal epiblast
SBR-84h_A:TTCTTCCAGCATCCTA,Caudal epiblast
SBR-84h_A:CCTCCTCTCCAAGAGG,Primitive streak
SBR-84h_A:CTGCTCACATCCGGTG,Caudal epiblast
SBR-84h_A:CGGAGAATCTGTCCCA,Primitive streak
SBR-84h_A:TGATGCAGTCAAATCC,Primitive streak
SBR-84h_A:GGAATGGAGTCGGGAT,Primitive streak
SBR-84h_A:CGGCAGTCATCCAACA,Primitive streak
SBR-84h_A:TCTCAGCCAGAGGCTA,Caudal epiblast
SBR-84h_A:TGAGGTTGTCTCAAGT,Caudal epiblast
SBR-84h_A:GGCACGTAGTTACTCG,Naive pluripotency
SBR-84h_A:CCACGTTAGATTAGTG,Primitive streak
SBR-84h_A:CATACCCAGATGGTAT,Caudal epiblast
SBR-84h_A:TCAGTTTGTAACCAGG,Ectopic pluripotency
SBR-84h_A:GGAATCTAGTAGGCCA,Caudal epiblast
SBR-84h_A:CCGTTCACACTCCACT,Caudal epiblast
SBR-84h_A:GTGAGTTAGTAAGCAT,Caudal mesoderm
SBR-84h_A:TGGTAGTCATCGGAGA,Caudal epiblast
SBR-84h_A:GTCTTTATCCTAACAG,Caudal epiblast
SBR-84h_A:TCGGGCACAGACAATA,Primitive streak
SBR-84h_A:CTAGGTAAGGCTGTAG,Primitive streak
SBR-84h_A:CTCAATTTCGGTCGGT,Caudal epiblast
SBR-84h_A:GGGTCACTCTTTCCAA,Caudal epiblast
SBR-84h_A:TCTACCGCAGCAGTTT,Caudal epiblast
SBR-84h_A:TCAGCCTAGGTTGGAC,Primitive streak
SBR-84h_A:TAATTCCAGGAGGCAG,Primitive streak
SBR-84h_A:TTATTGCTCACGGGCT,Primitive streak
SBR-84h_A:AGACTCAAGAGGTTTA,Caudal epiblast
SBR-84h_A:TTTGATCCAGTCGGTC,Caudal epiblast
SBR-84h_A:ACTATTCGTCCTACGG,Primitive streak
SBR-84h_A:GACCGTGTCGACATAC,Caudal epiblast
SBR-84h_A:ACCTGAAGTTAGAGTA,Caudal epiblast
SBR-84h_A:CATACTTAGCACGTCC,Primitive streak
SBR-84h_A:TCGCTCAGTGTAGGAC,Primitive streak
SBR-84h_A:ATACTTCCAAATTGGA,Caudal epiblast
SBR-84h_A:CCTCAGTTCATGGCCG,Caudal epiblast
SBR-84h_A:TGTGTGAAGATGTTGA,Caudal mesoderm
SBR-84h_A:CCTGTTGCAACTGATC,Caudal epiblast
SBR-84h_A:TATTCCAGTTAGCGGA,Caudal epiblast
SBR-84h_A:CATAGACTCACCTGTC,Primitive streak
SBR-84h_A:GATTGGTTCAAGCCCG,Caudal epiblast
SBR-84h_A:TGCGGGTCACGCAAAG,Caudal epiblast
SBR-84h_A:TGACTCCGTAAGGCCA,Caudal epiblast
SBR-84h_A:GGAATGGCACGTGAGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGGTGTTGTCAAAGCG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGATTTCTCTACACAG,Caudal epiblast
SBR-84h_A:TTGGGATTCTGCGGGT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCGGAAAAGCTCTTCC,Caudal epiblast
SBR-84h_A:TGTGCGGTCAATCAGC,Caudal epiblast
SBR-84h_A:TGATCTTCACCATAAC,Primitive streak
SBR-84h_A:CCACTTGCATTAAGCC,Caudal epiblast
SBR-84h_A:AGTGATCCAGTCGAGA,Caudal epiblast
SBR-84h_A:CCGTAGGCAGGTCTCG,Primitive streak
SBR-84h_A:TTGTGGACAACCGCCA,Primitive streak
SBR-84h_A:CCCATTGTCCAAACCA,Caudal epiblast
SBR-84h_A:CTTACCGAGCTTCGTA,Caudal epiblast
SBR-84h_A:GCCCGAATCCGTGTGG,Caudal epiblast
SBR-84h_A:AACAGGGAGTTGTCGT,Caudal epiblast
SBR-84h_A:GTCAAGTGTCATATGC,Primitive streak
SBR-84h_A:ATGAGGGCACGCGCTA,Caudal epiblast
SBR-84h_A:GAGTTTGGTACTCGCG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GAGATGGAGTCATGAA,Caudal epiblast
SBR-84h_A:AGATCCAAGTACTGGG,Caudal epiblast
SBR-84h_A:GTGGAGATCTCCTGCA,Caudal epiblast
SBR-84h_A:TCGCACTAGTGGTGGT,Caudal epiblast
SBR-84h_A:GGCTGTGCAACCTATG,Naive pluripotency
SBR-84h_A:TAAGTCGGTACTCGAT,Caudal epiblast
SBR-84h_A:AGGGTGATCGGTCATA,Caudal epiblast
SBR-84h_A:GACGTTAAGATGGGCT,Caudal epiblast
SBR-84h_A:GTGAGTTAGTTACTCG,Caudal epiblast
SBR-84h_A:GTAACACGTCGGAACA,Caudal epiblast
SBR-84h_A:AGGTAGGGTATGTCTG,Caudal epiblast
SBR-84h_A:GCATCCTCTCCTATTA,Caudal epiblast
SBR-84h_A:AAGCGAGCATTATGCG,Caudal epiblast
SBR-84h_A:CATAAGCGTGCCCAGT,Caudal epiblast
SBR-84h_A:AGGGTTTCATGCCGAC,Caudal epiblast
SBR-84h_A:TTGCGTCAGTCGGCAA,Primitive streak
SBR-84h_A:ATGAAAGGTATGAGGC,Caudal epiblast
SBR-84h_A:TGGCGTGTCTATCACT,Caudal epiblast
SBR-84h_A:TGCACGGAGGTAGTAT,Caudal epiblast
SBR-84h_A:TACGCTCGTCACTCAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGACACTCATCGGTTA,Primitive streak
SBR-84h_A:AAGATAGGTGGCGTAA,Primitive streak
SBR-84h_A:TAAGCGTCACGGGTAA,Cd63+ ectoderm-like artefact
SBR-84h_A:CGCATGGTCGCTTGCT,Primitive streak
SBR-84h_A:TCTATCAAGCCGGAAT,Ectopic pluripotency
SBR-84h_A:GCCCGAAGTATGCGGA,Caudal epiblast
SBR-84h_A:TGTGTGAGTATCCTTT,Caudal epiblast
SBR-84h_A:GCCAACGAGCGCCTTG,Primitive streak
SBR-84h_A:TGAGACTTCTTACCAT,Caudal epiblast
SBR-84h_A:GAGTTGTAGTAAGGGA,Caudal epiblast
SBR-84h_A:ATTACCTCACTTCAAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCGGCGGTTCGGACC,Caudal epiblast
SBR-84h_A:ATTCTTGCAACCACGC,Caudal epiblast
SBR-84h_A:ATTCCCGGTCGGCACT,Caudal epiblast
SBR-84h_A:AACAGGGAGGCTAGCA,Caudal epiblast
SBR-84h_A:GTACAACTCACTGAAC,Primitive streak
SBR-84h_A:GGTCACGCAGCGAACA,Caudal epiblast
SBR-84h_A:TATCCTACAAATCGTC,Caudal epiblast
SBR-84h_A:TCATGGAGTCACATTG,Caudal epiblast
SBR-84h_A:AGGTAGGTCCATACTT,Primitive streak
SBR-84h_A:GGTAATCTCGGTGTAT,Primitive streak
SBR-84h_A:CGCGTGATCTGTCCGT,Primitive streak
SBR-84h_A:ATTCAGGGTTAGGGAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTCCCACACGACGTC,Caudal epiblast
SBR-84h_A:CTCATGCCATGGCTGC,Ectopic pluripotency
SBR-84h_A:ACCTGTCGTAAGATCA,Cd63+ ectoderm-like artefact
SBR-84h_A:AGTAACCCATCGATGT,Primitive streak
SBR-84h_A:CGGGACTGTCATCGGC,Caudal epiblast
SBR-84h_A:GATCGTAGTATCAGGG,Caudal epiblast
SBR-84h_A:GTAGATCTCAATGCAC,Caudal epiblast
SBR-84h_A:CAACAGTCAAGTACCT,Caudal epiblast
SBR-84h_A:TCAGTTTTCCGTACGG,Primitive streak
SBR-84h_A:CGCATGGCATGAGATA,Primitive streak
SBR-84h_A:ATTACTCCAGACAATA,Primitive streak
SBR-84h_A:ACGTTCCGTACGTAGG,Primitive streak
SBR-84h_A:ATTCGTTCACAATCTG,Caudal epiblast
SBR-84h_A:ATACCGAAGAGCCTGA,Caudal epiblast
SBR-84h_A:GAAATGAAGTATTAGG,Caudal epiblast
SBR-84h_A:AACGTCACATCCTTGC,Caudal epiblast
SBR-84h_A:TGCGATATCTGCGTCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTCATCGCACTTCTCG,Caudal epiblast
SBR-84h_A:ACACAGTGTACTCCCT,Ectopic pluripotency
SBR-84h_A:CGTTGGGCAAGGTCTT,Caudal epiblast
SBR-84h_A:AGGTCATGTCATAACC,Primitive streak
SBR-84h_A:ACCTACCAGTCGGCCT,Caudal epiblast
SBR-84h_A:GGAGCAACAATAGTGA,Caudal epiblast
SBR-84h_A:GACCCTTGTGCAATGG,Caudal epiblast
SBR-84h_A:CAGGCCAGTTCGTGCG,Caudal epiblast
SBR-84h_A:TTTCACATCGATCCAA,Caudal epiblast
SBR-84h_A:TATCTTGCAACTGCTA,Primitive streak
SBR-84h_A:ACGGGTCCAAGACGAC,Caudal epiblast
SBR-84h_A:GTGTGATCAGAAGCTG,Caudal epiblast
SBR-84h_A:CCCATTGTCCTACTGC,Caudal epiblast
SBR-84h_A:TCAGGGCCAGACGGAT,Caudal epiblast
SBR-84h_A:TTCGCTGCATCTTCGC,Caudal epiblast
SBR-84h_A:ATGTCTTGTCCTCATC,Primitive streak
SBR-84h_A:ACATTTCCACGGCTAC,Caudal epiblast
SBR-84h_A:TTGGATGAGCCAACCC,Caudal epiblast
SBR-84h_A:CTGGCAGGTGCACAAG,Caudal epiblast
SBR-84h_A:CGCCATTCAGAGTGAC,Caudal epiblast
SBR-84h_A:CGAGTGCAGGGCAGTT,Caudal epiblast
SBR-84h_A:ATCCGTCAGAGTGAAG,Primitive streak
SBR-84h_A:TCCTCCCCAATTGAAG,Primitive streak
SBR-84h_A:TAAGCACTCCGTTGGG,Primitive streak
SBR-84h_A:ATAGAGAGTAGGTAGC,Primitive streak
SBR-84h_A:GCGTTTCTCAAGTGTC,Primitive streak
SBR-84h_A:TGTGATGTCAAACGTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGAGCGCAGATAGTGT,Caudal epiblast
SBR-84h_A:GCAGTTAGTTGCATAC,Caudal epiblast
SBR-84h_A:CCTAACCTCGTGGGTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGCCATCAGATCACT,Primitive streak
SBR-84h_A:AGACACTAGATGGGCT,Primitive streak
SBR-84h_A:AATCGTGTCCTAACAG,Caudal epiblast
SBR-84h_A:TCGGATAGTACACTCA,Caudal epiblast
SBR-84h_A:GGAATCTAGCAGTCTT,Caudal epiblast
SBR-84h_A:TGGGAGATCACGACTA,Caudal epiblast
SBR-84h_A:CCGGTAGTCCAAGCTA,Caudal epiblast
SBR-84h_A:TTACAGGCATAGGTTC,Caudal epiblast
SBR-84h_A:ATTGTTCTCTGCGATA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTGAGGCAGCTCAGAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTCTAACCAACACAGG,Caudal epiblast
SBR-84h_A:ATTCGTTAGGGTTAAT,Ectopic pluripotency
SBR-84h_A:CCGGTAGAGAAGTCTA,Caudal epiblast
SBR-84h_A:GGAGGATCATCCCGTT,Caudal epiblast
SBR-84h_A:GTAATGCTCAAGGACG,Primitive streak
SBR-84h_A:CCTATCGGTCCACACG,Primitive streak
SBR-84h_A:TCGCTTGAGCGATCGA,Caudal epiblast
SBR-84h_A:GAAGGACTCGCGGTAC,Caudal epiblast
SBR-84h_A:TCTAACTGTCTTCAAG,Caudal mesoderm
SBR-84h_A:CATCGGGAGCCTCTCT,Caudal epiblast
SBR-84h_A:CGCATAAGTGCTCGTG,Ectopic pluripotency
SBR-84h_A:ACACAGTCAGGTGAGT,Caudal epiblast
SBR-84h_A:CTGGTCTCAAACCACT,Ectopic pluripotency
SBR-84h_A:CCACGAGCAGCTGGTC,Caudal epiblast
SBR-84h_A:GACTATGGTTTGTTCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGACTCCATCCTTGC,Primitive streak
SBR-84h_A:ATTCGTTCACTGCTTC,Caudal epiblast
SBR-84h_A:CTTGAGAAGTACGAGC,Caudal epiblast
SBR-84h_A:CATGCGGGTGGCAACA,Primitive streak
SBR-84h_A:GTCTTTAAGTTACTCG,Primitive streak
SBR-84h_A:CATCGGGAGCCTTTGA,Caudal epiblast
SBR-84h_A:TGCTTGCTCCCGAACG,Primitive streak
SBR-84h_A:TCATCCGTCGCAAGAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TAGTGCACAATGAACA,Ectopic pluripotency
SBR-84h_A:TACGCTCAGCTAATCC,Ectopic pluripotency
SBR-84h_A:TGATTTCCACTGCTTC,Caudal epiblast
SBR-84h_A:TTGAGTGCACAGTCCG,Caudal epiblast
SBR-84h_A:GTCGAATGTGAGCAGT,Primitive streak
SBR-84h_A:TGGGCGTTCTCCGAAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCAGGTAGAGCTGAC,Caudal epiblast
SBR-84h_A:AGGGTTTAGGTCGTAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGTTGAGAGCGCCGTT,Caudal epiblast
SBR-84h_A:CTCTCGACAAACGAGC,Primitive streak
SBR-84h_A:GATGAGGTCGGAATTC,Caudal epiblast
SBR-84h_A:TACCTGCTCAGAACCT,Caudal mesoderm
SBR-84h_A:AGGCTGCCATAGTCGT,Caudal epiblast
SBR-84h_A:TCTTGCGGTCTTCCGT,Caudal epiblast
SBR-84h_A:TCTATACTCCTGTACC,Caudal mesoderm
SBR-84h_A:GTAACACAGTCCTGTA,Primitive streak
SBR-84h_A:TGGGAAGTCGTAACTG,Primitive streak
SBR-84h_A:ACACCAATCGGCATAT,Primitive streak
SBR-84h_A:CATCGCTGTTGAGAGC,Caudal epiblast
SBR-84h_A:TCGCAGGTCTAGAACC,Caudal epiblast
SBR-84h_A:GAATAGACACGATAGG,Caudal epiblast
SBR-84h_A:TCATGAGCACAGCGCT,Primitive streak
SBR-84h_A:CTACATTTCGAACCAT,Cd63+ ectoderm-like artefact
SBR-84h_A:AGACCCGAGCACTGGA,Primitive streak
SBR-84h_A:CGAGAAGTCAGCTGAT,Primitive streak
SBR-84h_A:GTGTCCTAGATAGGGA,Caudal epiblast
SBR-84h_A:ATGTCCCTCCAAATGC,Ectopic pluripotency
SBR-84h_A:CACGTGGTCCACACAA,Cd63+ ectoderm-like artefact
SBR-84h_A:CGCGTGACAGCATCTA,Ectopic pluripotency
SBR-84h_A:TTATTGCAGTACAGAT,Primitive streak
SBR-84h_A:GCTTTCGTCGCCCAGA,Ectopic pluripotency
SBR-84h_A:TACCCACCAAAGACGC,Caudal epiblast
SBR-84h_A:GCATTAGGTAGATCGG,Caudal epiblast
SBR-84h_A:TGTGCGGTCATCAGTG,Primitive streak
SBR-84h_A:GCTGAATGTTGCCGCA,Caudal epiblast
SBR-84h_A:GCTCAAATCAAGCCAT,Caudal epiblast
SBR-84h_A:GCTACAACACCGGAAA,Caudal epiblast
SBR-84h_A:GCATCGGTCCGAGAAG,Primitive streak
SBR-84h_A:AGGTTGTCATGGTACT,Primitive streak
SBR-84h_A:GGTGAAGAGCCTCCAG,Caudal epiblast
SBR-84h_A:CATCCCAAGCGATGGT,Caudal epiblast
SBR-84h_A:GACGTTACAAGAGTTA,Caudal epiblast
SBR-84h_A:GTGTGGCAGCTCCACG,Primitive streak
SBR-84h_A:AGTGATCTCGACATTG,Caudal epiblast
SBR-84h_A:CGCCATTAGGTCTGGA,Primitive streak
SBR-84h_A:GGCTTTCAGACGGTCA,Caudal epiblast
SBR-84h_A:GAGTGTTAGCCTCTGG,Caudal epiblast
SBR-84h_A:TCGTCCAAGGCGCTCT,Caudal epiblast
SBR-84h_A:AGCTCAATCAGTGCGC,Primitive streak
SBR-84h_A:CTGTAGATCGAGATAA,Primitive streak
SBR-84h_A:ACGTCCTTCCAGTACA,Caudal epiblast
SBR-84h_A:TCAGTTTGTTGACGGA,Primitive streak
SBR-84h_A:CGATGCGGTTTGATCG,Caudal epiblast
SBR-84h_A:TGAGCGCAGACTGGGT,Caudal epiblast
SBR-84h_A:TTCTAGTGTTAAGCAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGAGTTGTGTTGAGG,Caudal epiblast
SBR-84h_A:TGCGGGTAGGAGCAAA,Caudal epiblast
SBR-84h_A:TCAGTGATCTAGTCAG,Caudal epiblast
SBR-84h_A:ACTCCCATCGTTCCTG,Caudal epiblast
SBR-84h_A:GGGCCATGTGGGCTTC,Primitive streak
SBR-84h_A:GTCATCCGTGATTCTG,Caudal epiblast
SBR-84h_A:CTCCAACGTGGAGAAA,Primitive streak
SBR-84h_A:ACGCACGCATTCACAG,Caudal epiblast
SBR-84h_A:AGAGCAGCATCGGAAG,Caudal epiblast
SBR-84h_A:AGCCACGTCTCGTGAA,Primitive streak
SBR-84h_A:TACTGCCCAAGTGGTG,Primitive streak
SBR-84h_A:TGGATGTAGGGCAGGA,Caudal epiblast
SBR-84h_A:GATCGTAAGCGCCTTG,Primitive streak
SBR-84h_A:TGTACAGTCGTCTAAG,Primitive streak
SBR-84h_A:CAGATACGTCGTTGCG,Primitive streak
SBR-84h_A:CTGTATTGTGCGGCTT,Primitive streak
SBR-84h_A:TTTACTGCAAATCCCA,Primitive streak
SBR-84h_A:TCGAAGTCATAGACTC,Caudal epiblast
SBR-84h_A:CCTCACACAGCCTATA,Primitive streak
SBR-84h_A:TTGGGATTCCACAGCG,Caudal epiblast
SBR-84h_A:TTTGTTGAGTAGTCTC,Primitive streak
SBR-84h_A:GTGGCGTAGCGGGTAT,Primitive streak
SBR-84h_A:GCCTGTTAGACTTGTC,Primitive streak
SBR-84h_A:TAGCACAGTGAACCGA,Primitive streak
SBR-84h_A:TTTCACAAGCTGACCC,Caudal epiblast
SBR-84h_A:GTCTCACAGCCTCGTG,Caudal epiblast
SBR-84h_A:GTCCACTCAGTGGGTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGTTACTGTTGGACCC,Caudal epiblast
SBR-84h_A:ACAACCACAGAAGCGT,Caudal epiblast
SBR-84h_A:ACTTTCAGTGAGATAT,Primitive streak
SBR-84h_A:TTTGGAGGTATGCAAA,Caudal epiblast
SBR-84h_A:GCACGTGCAGTCTGGC,Primitive streak
SBR-84h_A:CAAGCTACATGCCGCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TAACACGGTCTGTGTA,Caudal epiblast
SBR-84h_A:CTCATTAAGGATTTAG,Primitive streak
SBR-84h_A:GCGATCGAGCACCAGA,Caudal epiblast
SBR-84h_A:CTCAGGGCAATGTTGC,Caudal epiblast
SBR-84h_A:GTTAGACCATATGGCT,Primitive streak
SBR-84h_A:AGCGCCAGTAACACGG,Primitive streak
SBR-84h_A:CACGTGGGTCGTGGAA,Caudal epiblast
SBR-84h_A:GAGACTTCAAGTGGGT,Caudal mesoderm
SBR-84h_A:ATTCGTTCAATCGCCG,Caudal epiblast
SBR-84h_A:GTCTACCTCAAGCTGT,Caudal mesoderm
SBR-84h_A:CTTTCGGAGGTCACCC,Caudal epiblast
SBR-84h_A:AGACACTTCCGTGTAA,Primitive streak
SBR-84h_A:ATCACTTGTCTTGGTA,Caudal epiblast
SBR-84h_A:GTGGCGTGTGCCTTCT,Primitive streak
SBR-84h_A:TTGGGATGTTACCGTA,Primitive streak
SBR-84h_A:TGATTTCCACACACTA,Primitive streak
SBR-84h_A:TCGGGACGTACCGGCT,Caudal epiblast
SBR-84h_A:CGCATAATCCCTCTTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGAAGTACAACCGACC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGAGACTTCTACTGAG,Primitive streak
SBR-84h_A:ACCCAAACATTCTTCA,Caudal epiblast
SBR-84h_A:TGTAAGCGTGGCTGAA,Caudal epiblast
SBR-84h_A:CGATGCGAGCGCTTCG,Caudal epiblast
SBR-84h_A:CTCCTTTGTTTGTTGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACACCAACAGCTTCCT,Primitive streak
SBR-84h_A:AGAACCTGTAGCGTCC,Primitive streak
SBR-84h_A:GTGGGAAAGTTGCTGT,Primitive streak
SBR-84h_A:GCGTGCAAGCTTCATG,Ectopic pluripotency
SBR-84h_A:GACGTTATCTAAGCCA,Caudal epiblast
SBR-84h_A:TACGTCCTCTGTTGGA,Caudal epiblast
SBR-84h_A:CATAAGCTCTGATGGT,Cd63+ ectoderm-like artefact
SBR-84h_A:GATTCGATCTCCAAGA,Primitive streak
SBR-84h_A:AAACGAATCGTAACAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:ACTTTCATCTTCTCAA,Primitive streak
SBR-84h_A:TGGTACAGTGTGTGGA,Primitive streak
SBR-84h_A:TACTTCACATCGCTGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTACTGTGTAGTGATA,Primitive streak
SBR-84h_A:TCCATGCGTTTGTTGG,Primitive streak
SBR-84h_A:ATGTCTTAGCTGAGTG,Naive pluripotency
SBR-84h_A:GTGTTCCAGATCGGTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGATCCATCTATGTGG,Caudal epiblast
SBR-84h_A:CCTCCAATCATTGCGA,Primitive streak
SBR-84h_A:GATTTCTGTAAGTCAA,Caudal epiblast
SBR-84h_A:CTACCCATCATGTCAG,Primitive streak
SBR-84h_A:ACATGCACAGGTGGAT,Ectopic pluripotency
SBR-84h_A:GGAGATGGTGAGTTGG,Caudal epiblast
SBR-84h_A:TTTGATCGTCCGGACT,Caudal epiblast
SBR-84h_A:CCCTTAGGTATCGATC,Caudal epiblast
SBR-84h_A:CCATCACAGAGTTGTA,Caudal epiblast
SBR-84h_A:ATCTTCAAGGGTTAGC,Primitive streak
SBR-84h_A:AGTTAGCTCATACGGT,Caudal epiblast
SBR-84h_A:TCCGGGAAGCTTGTTG,Caudal epiblast
SBR-84h_A:CCAATTTTCGGAGTGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCCTGATGTAACACGG,Primitive streak
SBR-84h_A:AGATGCTAGCGAGTCA,Naive pluripotency
SBR-84h_A:TGCGGCATCTTTCAGT,Caudal epiblast
SBR-84h_A:AGCTCAAAGCGTATGG,Caudal mesoderm
SBR-84h_A:CATCCACAGTCATCCA,Primitive streak
SBR-84h_A:GGGATCCGTGGACAGT,Caudal epiblast
SBR-84h_A:CTTGAGATCTGTCTCG,Caudal epiblast
SBR-84h_A:TGATCAGAGTTAGTAG,Caudal epiblast
SBR-84h_A:GCTTTCGCACGCAAAG,Caudal epiblast
SBR-84h_A:TACTTACCAAGGTCAG,Primitive streak
SBR-84h_A:ATTCATCCAATCCTAG,Caudal epiblast
SBR-84h_A:CATCCGTGTTGCATCA,Caudal epiblast
SBR-84h_A:GGGTTATTCGCTCCTA,Caudal epiblast
SBR-84h_A:TCTGTCGGTTCTGAGT,Caudal epiblast
SBR-84h_A:TGAATGCTCGTGAGAG,Caudal epiblast
SBR-84h_A:GTTAGTGGTCGATTCA,Caudal epiblast
SBR-84h_A:GCTACAAGTGCGGCTT,Caudal epiblast
SBR-84h_A:CGAAGGAAGGGCCCTT,Caudal epiblast
SBR-84h_A:CATAGACAGGATGGCT,Caudal epiblast
SBR-84h_A:ATCGTAGGTCGTGTTA,Primitive streak
SBR-84h_A:CCGGGTACAGAGTCAG,Caudal mesoderm
SBR-84h_A:ACGGTCGGTCCAGCGT,Primitive streak
SBR-84h_A:AGTACTGTCCTCTAAT,Caudal epiblast
SBR-84h_A:AGAGCCCTCCTTGGAA,Caudal epiblast
SBR-84h_A:TATCAGGTCAACGAGG,Caudal epiblast
SBR-84h_A:TCGGTCTTCCACACAA,Caudal epiblast
SBR-84h_A:ACTGATGAGCACCGAA,Caudal epiblast
SBR-84h_A:CTCATGCGTCGCCACA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGAGCAATCTAGTTCT,Caudal epiblast
SBR-84h_A:GATCATGGTAAGACCG,Primitive streak
SBR-84h_A:TTTACGTGTGACTGTT,Caudal epiblast
SBR-84h_A:TCTGGCTAGTGCACCC,Caudal epiblast
SBR-84h_A:TCGCTTGAGAAATTCG,Primitive streak
SBR-84h_A:GGGATCCGTCTTGAGT,Caudal epiblast
SBR-84h_A:CCTTTGGGTTGTAAAG,Primitive streak
SBR-84h_A:TTTACCATCAGGACAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCGTGAGCAGGACTAG,Primitive streak
SBR-84h_A:CTGTGAACATAATGCC,Caudal epiblast
SBR-84h_A:CCGAACGAGCAATTCC,Caudal epiblast
SBR-84h_A:GAGGGATGTGTAAATG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTTACCAGTACCCGAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGTCAACTCAACACCA,Caudal epiblast
SBR-84h_A:TCATTCAGTCGAGCAA,Caudal epiblast
SBR-84h_A:GTTAGTGAGGCGAAGG,Caudal epiblast
SBR-84h_A:GCTTGGGTCGATCCAA,Caudal epiblast
SBR-84h_A:ATGGTTGTCTACTGCC,Primitive streak
SBR-84h_A:CGCCATTCACCTCAGG,Primitive streak
SBR-84h_A:TCTACCGGTGATTCAC,Caudal epiblast
SBR-84h_A:ATGTCTTTCTCTCCGA,Primitive streak
SBR-84h_A:CCACGTTCAATGCAAA,Caudal epiblast
SBR-84h_A:CTGTGAAAGTGGTCAG,Caudal epiblast
SBR-84h_A:GAGTTGTTCACCTCAC,Caudal epiblast
SBR-84h_A:CACTGAAGTAGCGTTT,Primitive streak
SBR-84h_A:TTGGTTTAGGGACACT,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCACTTAGGTTAAAC,Caudal epiblast
SBR-84h_A:CGGAGAAGTTGGTACT,Caudal epiblast
SBR-84h_A:TCCACGTTCGGAGTGA,Caudal mesoderm
SBR-84h_A:CCTCAACCAATTGAGA,Caudal epiblast
SBR-84h_A:TACGCTCGTGCGGCTT,Caudal epiblast
SBR-84h_A:CAATCGAAGACTGAGC,Caudal epiblast
SBR-84h_A:TGGGCTGGTAAGCAAT,Caudal epiblast
SBR-84h_A:GAGGGATAGAGCATCG,Caudal epiblast
SBR-84h_A:CTCCTCCGTGCACGCT,Caudal epiblast
SBR-84h_A:AGTCTCCAGCGTATGG,Caudal epiblast
SBR-84h_A:TGTCAGAGTCGAACAG,Caudal epiblast
SBR-84h_A:GTTTGGATCCTGGTCT,Caudal epiblast
SBR-84h_A:AAGCGAGAGATGGGCT,Primitive streak
SBR-84h_A:GACCGTGCATAGACTC,Caudal epiblast
SBR-84h_A:CTTCGGTAGAGTGACC,Primitive streak
SBR-84h_A:GTGTGGCAGGAAACGA,Primitive streak
SBR-84h_A:CGACAGCTCAACTGAC,Caudal epiblast
SBR-84h_A:AAGCGTTTCAGGTAAA,Caudal epiblast
SBR-84h_A:TCGACGGTCCATGCAA,Caudal epiblast
SBR-84h_A:TTGAACGGTAAGGTCG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGTTAGCAGACCATGG,Caudal epiblast
SBR-84h_A:GCTTTCGGTGACTGTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:CAGCGTGCAAAGGGCT,Primitive streak
SBR-84h_A:TTCCTTCCATCGAAGG,Caudal epiblast
SBR-84h_A:ATTACTCAGATCGCTT,Primitive streak
SBR-84h_A:ATTTCTGCAAGTGCAG,Primitive streak
SBR-84h_A:GGCTGTGAGCGACATG,Naive pluripotency
SBR-84h_A:GCTGCAGGTGAGTAGC,Caudal mesoderm
SBR-84h_A:GTTGTCCGTCGGAAAC,Caudal epiblast
SBR-84h_A:CTCAATTTCCCGAGTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGAGGAATCATGACAC,Caudal epiblast
SBR-84h_A:TAGATCGAGACAGCGT,Caudal epiblast
SBR-84h_A:TGGAGGATCAGCATTG,Primitive streak
SBR-84h_A:TACGCTCTCGCGTTTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTGTGTTAGAGGGTCT,Caudal epiblast
SBR-84h_A:TGCGACGTCCGTCAAA,Caudal epiblast
SBR-84h_A:TAGGGTTGTTAGGGAC,Caudal epiblast
SBR-84h_A:TCCTGCAAGTGGCAGT,Caudal epiblast
SBR-84h_A:GGCTGTGAGTAATACG,Primitive streak
SBR-84h_A:ACACTGAAGATTAGTG,Caudal epiblast
SBR-84h_A:GTTACGAGTGACGCCT,Caudal epiblast
SBR-84h_A:TGCATGAGTGAGATCG,Caudal epiblast
SBR-84h_A:GGCTGTGGTCTCGGAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGAGTGCAGTGAGTTA,Caudal epiblast
SBR-84h_A:GTTGCGGGTACCTATG,Caudal epiblast
SBR-84h_A:GGATCTACAGAGAGGG,Primitive streak
SBR-84h_A:CTTCAATGTCACTCAA,Naive pluripotency
SBR-84h_A:ACCTACCTCTGCGAGC,Caudal epiblast
SBR-84h_A:CAGGGCTGTCAGGAGT,Caudal epiblast
SBR-84h_A:TCTTGCGAGCAGTCTT,Ectopic pluripotency
SBR-84h_A:TCGGGACGTAACATAG,Caudal epiblast
SBR-84h_A:GTCCTCAAGTAGTGCG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TATACCTTCGAAGCCC,Cd63+ ectoderm-like artefact
SBR-84h_A:CATTTCACATTGACTG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGGAATAGTCTGTCCT,Caudal epiblast
SBR-84h_A:CGCATGGTCACGGGCT,Caudal epiblast
SBR-84h_A:CGGAATTGTCGAGCTC,Caudal epiblast
SBR-84h_A:CCCTTAGAGGTACAAT,Primitive streak
SBR-84h_A:TTCAATCCACTGTCCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGCGGGTTCTCGTCAC,Caudal epiblast
SBR-84h_A:TCCTTCTAGAGAGCAA,Caudal epiblast
SBR-84h_A:TTACTGTAGAGCATCG,Ectopic pluripotency
SBR-84h_A:CTACTATGTGAGAACC,Primitive streak
SBR-84h_A:TGCGACGTCTCGACGG,Primitive streak
SBR-84h_A:TCGGGACGTTTACGAC,Caudal epiblast
SBR-84h_A:AGAGCAGGTTGTGCAT,Ectopic pluripotency
SBR-84h_A:GGTGGCTGTTTGGGAG,Primitive streak
SBR-84h_A:GAGGGTAGTTGGTGTT,Caudal epiblast
SBR-84h_A:AGAGCAGTCACAAGAA,Primitive streak
SBR-84h_A:GGACGTCTCATGAGGG,Caudal epiblast
SBR-84h_A:AGTAACCGTAATGATG,Primitive streak
SBR-84h_A:CTTTCAAAGGCTTCCG,Primitive streak
SBR-84h_A:CATACCCGTCACCGAC,Caudal epiblast
SBR-84h_A:GAACTGTGTATCTTCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGAACCCTCGAAGTGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGGGCCTGTGACCGTC,Caudal epiblast
SBR-84h_A:CTATAGGTCATTTGGG,Caudal epiblast
SBR-84h_A:GGGACTCTCGATTGAC,Caudal epiblast
SBR-84h_A:CATCAAGAGGGCTGAT,Caudal epiblast
SBR-84h_A:CTGTGGGTCCGGTAAT,Caudal epiblast
SBR-84h_A:TCCCAGTAGCGTCGAA,Primitive streak
SBR-84h_A:GTAGAGGGTGAGATCG,Caudal epiblast
SBR-84h_A:GAGACCCAGTTGGCGA,Caudal epiblast
SBR-84h_A:CGTGAATGTGCTCCGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:AATGAAGTCGTAGCCG,Caudal epiblast
SBR-84h_A:CTGTGGGGTGTATTCG,Caudal epiblast
SBR-84h_A:GTGTGATAGACTGGGT,Caudal epiblast
SBR-84h_A:GTGCTGGGTACGGGAT,Primitive streak
SBR-84h_A:CATGGATGTTGCCATA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTGCATTGTTTGCAGT,Primitive streak
SBR-84h_A:CTGTAGACAGTTAGGG,Caudal epiblast
SBR-84h_A:TCGACGGGTGTAACGG,Caudal epiblast
SBR-84h_A:GGTGGCTAGCGACTAG,Primitive streak
SBR-84h_A:TGGAGAGGTGAATTAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGTAGAGTCTTGTTAC,Caudal epiblast
SBR-84h_A:TCTTGCGTCCCATTCG,Caudal epiblast
SBR-84h_A:GGAGATGAGCGGTAAC,Primitive streak
SBR-84h_A:CCAATGAGTTGGAGAC,Caudal epiblast
SBR-84h_A:CACAACAAGACTCGAG,Primitive streak
SBR-84h_A:ATTACTCCAGGCACTC,Caudal epiblast
SBR-84h_A:AACCTGAAGTGAGTTA,Cd63+ ectoderm-like artefact
SBR-84h_A:TCGGGTGCACTTGGCG,Caudal epiblast
SBR-84h_A:ACTATCTGTTTCACAG,Primitive streak
SBR-84h_A:GTCGAATGTAATTAGG,Caudal epiblast
SBR-84h_A:GATGAGGCACGGTGCT,Primitive streak
SBR-84h_A:TTACCGCAGCCTCAGC,Caudal epiblast
SBR-84h_A:TTGTGTTAGAAGTATC,Caudal epiblast
SBR-84h_A:GTTGCTCAGTTGTAAG,Primitive streak
SBR-84h_A:GTGGCGTGTGTTGACT,Caudal epiblast
SBR-84h_A:TCGTAGATCTGAGAGG,Primitive streak
SBR-84h_A:TTGACCCAGCTCGCAC,Naive pluripotency
SBR-84h_A:GAGCTGCAGAACAAGG,Caudal epiblast
SBR-84h_A:CCCTCAATCTGGAAGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGTGATAGATCCCAT,Caudal epiblast
SBR-84h_A:TGCAGATAGGTAAGAG,Primitive streak
SBR-84h_A:GGGTCACAGGATGTTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCGGGTAAGAGATGCC,Primitive streak
SBR-84h_A:AGATCGTGTTTAGAGA,Cd63+ ectoderm-like artefact
SBR-84h_A:TATTCCACAATGAGCG,Caudal epiblast
SBR-84h_A:GTGTGATTCCGTAGTA,Primitive streak
SBR-84h_A:CACCAAAGTTTGGAAA,Cd63+ ectoderm-like artefact
SBR-84h_A:CTCATCGGTCCGAAAG,Caudal epiblast
SBR-84h_A:CTCATGCTCCTCTGCA,Caudal epiblast
SBR-84h_A:AGTGATCGTTGTGGCC,Caudal epiblast
SBR-84h_A:CGGGTGTCACTTCAAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTCACTGTCAGCACCG,Primitive streak
SBR-84h_A:ACACGCGTCTGTTGGA,Caudal epiblast
SBR-84h_A:GGGCTCATCCCTCTCC,Primitive streak
SBR-84h_A:TGTTGAGAGGGTGGGA,Caudal epiblast
SBR-84h_A:GTGAGTTCATTGACTG,Primitive streak
SBR-84h_A:TTTAGTCTCTTCTGTA,Caudal epiblast
SBR-84h_A:GCATGATGTTGAGAGC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GAGTTTGTCTCTATGT,Caudal epiblast
SBR-84h_A:CCCAACTAGGATGGCT,Caudal epiblast
SBR-84h_A:CGGGACTTCCTAGCGG,Caudal epiblast
SBR-84h_A:ATACCTTGTAGGTAGC,Primitive streak
SBR-84h_A:AAGCATCAGGAAAGAC,Caudal epiblast
SBR-84h_A:TTACGTTGTGTTAGCT,Caudal epiblast
SBR-84h_A:CTGTGGGCATGGCCAC,Caudal epiblast
SBR-84h_A:TATCTTGAGGATACGC,Caudal epiblast
SBR-84h_A:TACAGGTCACTGCACG,Caudal epiblast
SBR-84h_A:TTGTTTGTCACTGTCC,Primitive streak
SBR-84h_A:GGCAGTCTCAGACCGC,Caudal epiblast
SBR-84h_A:CATGCTCGTGCATTTG,Caudal epiblast
SBR-84h_A:CGGGACTCAGGCATTT,Primitive streak
SBR-84h_A:CTTCTAAAGAACTGAT,Caudal epiblast
SBR-84h_A:CGTCCATCAGCTTCGG,Caudal epiblast
SBR-84h_A:CATTCTAAGTTCGGTT,Primitive streak
SBR-84h_A:GTCTACCTCAAGCGTT,Caudal epiblast
SBR-84h_A:CTGTGAACACTTGTCC,Caudal epiblast
SBR-84h_A:AGTCACATCACTGATG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CCTGCATTCTATACTC,Caudal epiblast
SBR-84h_A:AGCGTATCATGCAGGA,Caudal epiblast
SBR-84h_A:ATTTCTGCAGCTCGGT,Primitive streak
SBR-84h_A:ACGGTTACATGAAGCG,Cd63+ ectoderm-like artefact
SBR-84h_A:ACCCTCATCGTCCATC,Caudal epiblast/primitive streak
SBR-84h_A:GCATCGGGTCCTGGGT,Primitive streak
SBR-84h_A:TTCCAATCACGTCGTG,Primitive streak
SBR-84h_A:TGGATCACATAGACTC,Primitive streak
SBR-84h_A:TCATCATAGCGACTTT,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGTGATAGTCCATACA,Caudal epiblast
SBR-84h_A:TCTGGCTGTTGTGGCC,Caudal epiblast
SBR-84h_A:CCGCAAGAGCCGATTT,Primitive streak
SBR-84h_A:GTCACGGAGTGGCGAT,Primitive streak
SBR-84h_A:AAAGGTAGTGGATCGA,Caudal epiblast
SBR-84h_A:CTTCGGTAGACGTCGA,Primitive streak
SBR-84h_A:ACTTTGTTCACCTTGC,Ectopic pluripotency
SBR-84h_A:CACTAAGGTCTTGCGG,Caudal epiblast
SBR-84h_A:GTTGTGAAGATTGAGT,Naive pluripotency
SBR-84h_A:TGGGCGTCAGGAGACT,Caudal epiblast
SBR-84h_A:GTTATGGGTCTTCGAA,Caudal epiblast
SBR-84h_A:TTCACGCTCTGTCCCA,Primitive streak
SBR-84h_A:GAGTGAGGTTTGAACC,Caudal mesoderm
SBR-84h_A:TGTCCTGCAGTAGTGG,Caudal epiblast
SBR-84h_A:CCCATTGGTCAATGGG,Caudal epiblast
SBR-84h_A:TGGAGAGAGTGGCCTC,Caudal epiblast
SBR-84h_A:GTAACACGTCTTGAGT,Primitive streak
SBR-84h_A:GTGCTGGGTGAGCAGT,Caudal epiblast
SBR-84h_A:GGGTTTATCCACACAA,Caudal epiblast
SBR-84h_A:CCTACGTCAGCCTACG,Caudal epiblast
SBR-84h_A:GTCAAGTAGATGGCGT,Caudal epiblast
SBR-84h_A:GTTACAGGTATTGACC,Caudal epiblast
SBR-84h_A:TCGGTCTAGTTCATCG,Caudal epiblast
SBR-84h_A:GGGTAGATCCCATTTA,Caudal epiblast
SBR-84h_A:TAGACCAGTACACGCC,Caudal epiblast
SBR-84h_A:GTGTTAGTCAACCGAT,Primitive streak
SBR-84h_A:TCGAAGTAGTCGTCTA,Caudal mesoderm
SBR-84h_A:AGAGAGCTCCTTCTTC,Ectopic pluripotency
SBR-84h_A:GTGGCGTGTCAAAGAT,Primitive streak
SBR-84h_A:TCAGCAATCCGTGGCA,Caudal epiblast
SBR-84h_A:AGTAGTCAGGAAAGTG,Caudal epiblast
SBR-84h_A:TCGTCCATCAGCTGTA,Primitive streak
SBR-84h_A:GGAGATGGTTATGTGC,Caudal epiblast
SBR-84h_A:TCCTGCACAAAGGGTC,Primitive streak
SBR-84h_A:GTGCGTGTCAACCTCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTCATCGCATCGTGCG,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTACATTAGACAGCGT,Caudal epiblast
SBR-84h_A:CACATGAGTCCGTACG,Caudal epiblast
SBR-84h_A:AGCGTATCAGGGAGAG,Primitive streak
SBR-84h_A:GGGTTTAAGCGGGTTA,Primitive streak
SBR-84h_A:GTGTGGCGTGGCTTGC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTGGGTAAGTCGAGGT,Primitive streak
SBR-84h_A:TGGATGTCAGCTGGTC,Caudal epiblast
SBR-84h_A:GAAGTAAAGTGCCGAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGAACCCAGGTTATAG,Cd63+ ectoderm-like artefact
SBR-84h_A:AGATGAAAGATTGGGC,Ectopic pluripotency
SBR-84h_A:GTGAGTTCATCGGAAG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCGGTCTGTCGGAAAC,Caudal epiblast
SBR-84h_A:TTGAGTGCAGCAGATG,Caudal epiblast
SBR-84h_A:TGTGGCGGTTTGGGAG,Caudal epiblast
SBR-84h_A:TGGGCGTCAGCAGATG,Ectopic pluripotency
SBR-84h_A:GGTTCTCAGTGTTGAA,Caudal mesoderm
SBR-84h_A:CGTAGTAAGTCTAGAA,Caudal epiblast
SBR-84h_A:TGTTCCGTCTAGACAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CGGCAGTTCTTGGTCC,Caudal epiblast
SBR-84h_A:CGAGTTAGTCAGTCCG,Caudal epiblast
SBR-84h_A:AGTAGTCAGAGAGGTA,Cd63+ ectoderm-like artefact
SBR-84h_A:ATAGACCCACAAATGA,Caudal epiblast
SBR-84h_A:ATCATTCAGCATCTTG,Caudal epiblast
SBR-84h_A:CGTAGTAGTAGGCAGT,Caudal epiblast
SBR-84h_A:CTTTCAAGTTAAACAG,Caudal epiblast
SBR-84h_A:GTAATCGCAAGTTCGT,Caudal epiblast
SBR-84h_A:CTGCAGGCACAAATAG,Primitive streak
SBR-84h_A:CACCAAAGTGGCTAGA,Caudal epiblast
SBR-84h_A:TGCAGATTCGTGCAGC,Caudal epiblast
SBR-84h_A:AGAAGCGGTCCACAGC,Primitive streak
SBR-84h_A:GGTGTCGGTCAAGTTC,Caudal epiblast
SBR-84h_A:TTGAACGTCGGAGTGA,Primitive streak
SBR-84h_A:TTGGATGTCGTGGCGT,Caudal mesoderm
SBR-84h_A:GCAACCGCAAATCAGA,Primitive streak
SBR-84h_A:AATTCCTGTAAGGAGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGCCATTCTCGGTAA,Caudal epiblast
SBR-84h_A:TGGGAGATCGCGATCG,Cd63+ ectoderm-like artefact
SBR-84h_A:TGGCGTGAGCCAAGTG,Primitive streak
SBR-84h_A:GGACGTCGTTGGGTAG,Caudal epiblast
SBR-84h_A:TCGCAGGCATCATCTT,Primitive streak
SBR-84h_A:TCCTCCCTCTCACGAA,Caudal epiblast
SBR-84h_A:GAGCTGCCAGGCATTT,Primitive streak
SBR-84h_A:ATTGTTCAGTAGGTTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCTATACAGGCCTTCG,Primitive streak
SBR-84h_A:AGGGAGTCACGATTCA,Primitive streak
SBR-84h_A:ATCAGGTTCTGCGATA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCGCTTGGTAAGGCCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTACACGACGCTCTTC,Primitive streak
SBR-84h_A:GGTGGCTGTATGATCC,Ectopic pluripotency
SBR-84h_A:TCGCAGGAGAGATCGC,Caudal epiblast
SBR-84h_A:GTAATGCTCGGCACTG,Caudal epiblast
SBR-84h_A:TGCGATACAAGTATAG,Caudal epiblast
SBR-84h_A:CTGTGGGGTCTGATAC,Caudal epiblast
SBR-84h_A:TGTTCATGTCGTCAGC,Primitive streak
SBR-84h_A:GGGTGAATCCGAGCTG,Primitive streak
SBR-84h_A:CAAAGAAGTCTTTATC,Caudal mesoderm
SBR-84h_A:TTTGTTGCATTGAGGG,Primitive streak
SBR-84h_A:TGGCGTGCATCGCTAA,Primitive streak
SBR-84h_A:AGTCTCCCAAATTGGA,Caudal epiblast
SBR-84h_A:CATACAGGTCCAAGAG,Caudal epiblast
SBR-84h_A:CCCTCAACACGTCTCT,Cd63+ ectoderm-like artefact
SBR-84h_A:TAGAGTCGTTTGGGTT,Caudal epiblast
SBR-84h_A:AAACGCTAGATACGAT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCAATCTCACCAGGTC,Caudal epiblast
SBR-84h_A:TCCGTGTGTCTTAGTG,Caudal epiblast
SBR-84h_A:CAACCAAGTACGGGAT,Caudal epiblast
SBR-84h_A:CCCTTAGAGCCGCACT,Primitive streak
SBR-84h_A:TCGCACTCACTACGGC,Primitive streak
SBR-84h_A:GCCGTGATCAAAGAAC,Primitive streak
SBR-84h_A:AAGTTCGAGTGATCGG,Caudal epiblast
SBR-84h_A:AGGGAGTCACGACTAT,Caudal epiblast
SBR-84h_A:GACTGATAGAGGTCGT,Primitive streak
SBR-84h_A:GTCATTTAGGGAGGCA,Primitive streak
SBR-84h_A:GTCAGCGTCTGCGGCA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TCAATCTGTTGGCCTG,Caudal mesoderm
SBR-84h_A:TGAATGCCACTAGAGG,Caudal epiblast
SBR-84h_A:TTCTTGACACTTGGCG,Caudal epiblast/primitive streak
SBR-84h_A:CTCTCGACAATCGCGC,Ectopic pluripotency
SBR-84h_A:GTTACGATCACCTCAC,Caudal epiblast/primitive streak
SBR-84h_A:GCGTGCACAAGTTGGG,Caudal epiblast
SBR-84h_A:TGAGCGCTCAAAGAAC,Caudal epiblast
SBR-84h_A:CGGAGAAAGAGAGGGC,Primitive streak
SBR-84h_A:TGTTGGACACAGAGCA,Caudal epiblast
SBR-84h_A:TTGCATTCAGGTTCCG,Caudal epiblast
SBR-84h_A:TTAGGCACATCCTGTC,Primitive streak
SBR-84h_A:TCTTGCGCATAACGGG,Caudal epiblast
SBR-84h_A:AGATCGTCATGACTCA,Primitive streak
SBR-84h_A:GCACGTGCAAGCGAAC,Caudal mesoderm
SBR-84h_A:TATGTTCGTCAGGCAA,Caudal epiblast
SBR-84h_A:AGCTTCCTCGAGATGG,Caudal epiblast
SBR-84h_A:ACCCAAAAGCGCGTTC,Caudal epiblast
SBR-84h_A:TTTGTTGGTGGGAGAG,Caudal epiblast
SBR-84h_A:CTGCATCTCCGGTAAT,Caudal epiblast/primitive streak
SBR-84h_A:CTTTCGGGTCACGTGC,Caudal epiblast
SBR-84h_A:AGTGTTGAGCATCAAA,Caudal epiblast
SBR-84h_A:AGGGCTCGTTACGATC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGACGCGTTCTCACC,Caudal epiblast
SBR-84h_A:CTGGACGAGTGCACAG,Primitive streak
SBR-84h_A:GTCGAATAGATGACCG,Caudal epiblast
SBR-84h_A:TGCTCGTAGTGCGCTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGGATGTGTCGGTACC,Primitive streak
SBR-84h_A:TCATGTTAGGGCAGAG,Caudal epiblast
SBR-84h_A:GGGTCTGAGGTTAAAC,Ectopic pluripotency
SBR-84h_A:TCATTGTTCACGGGCT,Caudal epiblast
SBR-84h_A:TGGGAAGGTATGGGAC,Caudal epiblast
SBR-84h_A:GTGGGAACAGGCTCTG,Primitive streak
SBR-84h_A:TTTCCTCGTAGTTACC,Caudal epiblast/primitive streak
SBR-84h_A:TTTCGATGTAGTCGGA,Caudal epiblast
SBR-84h_A:TCTTTGAGTGTTGCCG,Primitive streak
SBR-84h_A:CTGTCGTGTTTGGAGG,Primitive streak
SBR-84h_A:GTAGGTTTCCCTAGGG,Caudal epiblast
SBR-84h_A:TTGTGTTTCATAGACC,Caudal epiblast
SBR-84h_A:TGCGATAAGAAGCGAA,Caudal epiblast
SBR-84h_A:TGCTGAAAGTTTGTCG,Primitive streak
SBR-84h_A:CATTGAGAGCGCAATG,Primitive streak
SBR-84h_A:CCTCAACCATAGATGA,Caudal epiblast
SBR-84h_A:TGTTGAGAGACCTCAT,Caudal epiblast
SBR-84h_A:TGCTTCGCAACTACGT,Caudal epiblast
SBR-84h_A:CGGGTGTAGAGCCTGA,Caudal mesoderm
SBR-84h_A:GTGCTTCGTAGTCTTG,Primitive streak
SBR-84h_A:GTCGAATGTATCGCAT,Caudal epiblast
SBR-84h_A:GGGTGTCTCGCTGACG,Caudal epiblast
SBR-84h_A:CATCGGGAGCTGTTCA,Primitive streak
SBR-84h_A:GTGTTAGGTTGGGAAC,Caudal epiblast
SBR-84h_A:CGAGAAGTCGGATACT,Cd63+ ectoderm-like artefact
SBR-84h_A:GCGATCGGTGACGTCC,Caudal epiblast
SBR-84h_A:CCACTTGTCACATTGG,Caudal epiblast
SBR-84h_A:GTGAGTTAGGTATTGA,Primitive streak
SBR-84h_A:CTAGGTATCGTCAAAC,Caudal epiblast
SBR-84h_A:TGGGCGTGTATCCCAA,Primitive streak
SBR-84h_A:ATGGGTTGTATCAGGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:TAGATCGAGGCGATAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTCTGGTGTCTTCAAG,Caudal epiblast
SBR-84h_A:AGCGCTGTCTTCCCGA,Caudal epiblast
SBR-84h_A:GCCCGAATCTCCTACG,Caudal epiblast/primitive streak
SBR-84h_A:GTGTTAGTCATTGTTC,Caudal epiblast
SBR-84h_A:GTGCAGCGTGCTGCAC,Caudal epiblast
SBR-84h_A:TTTCATGGTACGCTTA,Caudal epiblast/primitive streak
SBR-84h_A:CGTGATATCTGGGAGA,Caudal epiblast
SBR-84h_A:CAACAGTGTCTGGTTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TAGAGTCAGTGTAGAT,Primitive streak
SBR-84h_A:GTGTGGCGTACGCTAT,Caudal epiblast
SBR-84h_A:CTGGCAGAGAGAAGGT,Caudal epiblast
SBR-84h_A:TTTCGATCAACGACAG,Caudal epiblast
SBR-84h_A:TGACAGTAGAATTGTG,Caudal epiblast
SBR-84h_A:TCCTCGAGTGTCTTGA,Caudal epiblast/primitive streak
SBR-84h_A:TGGCGTGTCTGCTTAT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GAGGCCTAGCCTTTCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:CTACGGGTCCTCACGT,Caudal epiblast/primitive streak
SBR-84h_A:GCTCAAAAGCGTATAA,Primitive streak
SBR-84h_A:TGGTTAGTCATTTGGG,Caudal epiblast
SBR-84h_A:TGCGGGTGTCAATGGG,Caudal epiblast
SBR-84h_A:CCCATTGTCTGCGTCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGTGAAGTATCGTAC,Caudal epiblast
SBR-84h_A:AACGTCACATGACGTT,Caudal epiblast
SBR-84h_A:TGGGTTAGTAACAAGT,Primitive streak
SBR-84h_A:AGTCTCCCAGATTAAG,Primitive streak
SBR-84h_A:TGTGTGATCCGCTGTT,Caudal epiblast
SBR-84h_A:AGAACAAGTCTACACA,Caudal epiblast/primitive streak
SBR-84h_A:TGGGCTGGTTGAATCC,Caudal epiblast
SBR-84h_A:GTGTTAGGTATCGAAA,Cd63+ ectoderm-like artefact
SBR-84h_A:CTGGTCTTCTTGGATG,Primitive streak
SBR-84h_A:TCGTGGGTCTCGCTCA,Ectopic pluripotency
SBR-84h_A:GGGTGTCCAATTTCCT,Primitive streak
SBR-84h_A:CGACAGCGTCTGATAC,Caudal epiblast
SBR-84h_A:CTCCGATTCAGCTGTA,Caudal epiblast
SBR-84h_A:AGCTTCCCACTGTCCT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGTGATGTTGGGATG,Caudal epiblast
SBR-84h_A:AGCATCAAGCGTCTGC,Caudal epiblast/primitive streak
SBR-84h_A:TTGGGCGAGGTTTGAA,Primitive streak
SBR-84h_A:TAGGGTTGTGTAGGAC,Primitive streak
SBR-84h_A:CGCATGGTCAGGAACG,Caudal epiblast
SBR-84h_A:CGTGCTTCAACAACAA,Caudal epiblast
SBR-84h_A:GCAGGCTTCGTGCAGC,Caudal epiblast
SBR-84h_A:CCTGTTGTCGTGGGAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:ATCGTGAGTAGATCCT,Cd63+ ectoderm-like artefact
SBR-84h_A:ATTACTCTCTGGGAGA,Caudal epiblast
SBR-84h_A:TCATCATTCGCCTTTG,Caudal epiblast
SBR-84h_A:CGAGAAGAGCACCGTC,Primitive streak
SBR-84h_A:CTTCGGTAGGGAGTTC,Caudal epiblast
SBR-84h_A:GTTAGTGGTAGAATAC,Caudal epiblast/primitive streak
SBR-84h_A:AGTACCAAGCGTCGAA,Primitive streak
SBR-84h_A:ATTTCACCATAGAAAC,Primitive streak
SBR-84h_A:CAGGCCATCCGTTTCG,Caudal epiblast
SBR-84h_A:GGCGTCATCTGCGAGC,Caudal epiblast
SBR-84h_A:TCATATCAGTGTTGTC,Caudal epiblast
SBR-84h_A:GGTGGCTCAGTACTAC,Caudal epiblast
SBR-84h_A:GTCGCGAGTTCGATTG,Ectopic pluripotency
SBR-84h_A:CATTTCACATATGGCT,Caudal epiblast
SBR-84h_A:CTGCTCATCTGAATCG,Primitive streak
SBR-84h_A:CTCAGGGGTGCAACAG,Caudal epiblast/primitive streak
SBR-84h_A:TGGGCGTCACCACTGG,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGGGTTTGTCTGTAAC,Cd63+ ectoderm-like artefact
SBR-84h_A:AGGGCTCAGTGGATAT,Caudal epiblast
SBR-84h_A:GGGCGTTAGCTTCGTA,Caudal epiblast
SBR-84h_A:GAGGGTACACAAAGCG,Caudal epiblast
SBR-84h_A:GGTGTTACACTCCTTG,Primitive streak
SBR-84h_A:GTCGTTCTCGGTTGTA,Caudal epiblast
SBR-84h_A:CGGTCAGGTAACGGTG,Caudal epiblast/primitive streak
SBR-84h_A:GTTGTAGCATCGCCTT,Caudal epiblast
SBR-84h_A:AGTACTGCAACAAAGT,Caudal epiblast
SBR-84h_A:GAAGCCCAGGGATCGT,Caudal epiblast/primitive streak
SBR-84h_A:GGAGGATGTGTTCGAT,Caudal epiblast
SBR-84h_A:TCATGAGCACGACGTC,Caudal epiblast/primitive streak
SBR-84h_A:AGTTAGCAGTGGTTGG,Caudal epiblast
SBR-84h_A:ACCATTTCATAGATCC,Cd63+ ectoderm-like artefact
SBR-84h_A:GCTGCAGGTGATAGTA,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGTTCCAGCCATTGT,Primitive streak
SBR-84h_A:ACGATGTCAGACTGCC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCTGCAGCATAACAGA,Anterior primitive streak/Def. endoderm
SBR-84h_A:TTACAGGTCAGCGGAA,Caudal epiblast
SBR-84h_A:ATCGGCGAGCTTTCTT,Primitive streak
SBR-84h_A:GCTCAAAGTCCTTGTC,Caudal epiblast/primitive streak
SBR-84h_A:CAGAGCCAGCGCTGAA,Caudal epiblast/primitive streak
SBR-84h_A:GTAGATCGTGGAACAC,Caudal epiblast
SBR-84h_A:AAAGGTATCCCATACC,Caudal epiblast/primitive streak
SBR-84h_A:GAAGGACGTCTCACAA,Caudal epiblast
SBR-84h_A:CGGGTGTTCATGAAAG,Caudal epiblast/primitive streak
SBR-84h_A:GTCTAGATCAGCGCGT,Primitive streak
SBR-84h_A:CTCCTCCGTTCGAAGG,Caudal epiblast
SBR-84h_A:TGTTGGAGTCCGGACT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GGGACAAGTGCGCTCA,Primitive streak
SBR-84h_A:AGGGTGACACGGTGAA,Cd63+ ectoderm-like artefact
SBR-84h_A:TCTTAGTAGTTGCCCG,Caudal epiblast/primitive streak
SBR-84h_A:TGAGGAGGTCGGTGAA,Anterior primitive streak/Def. endoderm
SBR-84h_A:CACTGAATCGGCTGAC,Primitive streak
SBR-84h_A:CAGATTGTCGAATCCA,Ectopic pluripotency
SBR-84h_A:CACTGTCGTGCGGCTT,Caudal epiblast/primitive streak
SBR-84h_A:CTTCTAAGTGTCATCA,Caudal epiblast/primitive streak
SBR-84h_A:CCGATGGCAAGCTGTT,Cd63+ ectoderm-like artefact
SBR-84h_A:GGGTGTCTCCTCTAAT,Primitive streak
SBR-84h_A:GCTGGGTTCATACGGT,Caudal epiblast
SBR-84h_A:CATCGGGTCCGAGTGC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AGCTACAGTTTGGCTA,Caudal epiblast/primitive streak
SBR-84h_A:GTGGGAAAGGCAGGGA,Caudal epiblast/primitive streak
SBR-84h_A:TACCTCGTCGAGCACC,Caudal epiblast
SBR-84h_A:GGTCTGGGTTAGTCGT,Caudal epiblast
SBR-84h_A:TCCGATCGTATGGTTC,Caudal epiblast/primitive streak
SBR-84h_A:GTGTGGCTCGGCAGTC,Ectopic pluripotency
SBR-84h_A:AAAGAACTCAGCGTCG,Caudal epiblast/primitive streak
SBR-84h_A:GCATGATGTGTCCGGT,Caudal epiblast/primitive streak
SBR-84h_A:GTGGAAGCAGAGGTTG,Caudal epiblast/primitive streak
SBR-84h_A:TGCTTCGAGCGCCGTT,Exiting naive pluripotency
SBR-84h_A:TCAAGCAGTGGGATTG,Primitive streak
SBR-84h_A:GTGCGTGTCGTGTCAA,Caudal epiblast/primitive streak
SBR-84h_A:GTCGTTCTCATCCTAT,Primitive streak
SBR-84h_A:CGGAATTCACCCTTAC,Naive pluripotency
SBR-84h_A:TTGGGCGTCTCACTCG,Caudal epiblast/primitive streak
SBR-84h_A:TTTCAGTGTACTAAGA,Caudal epiblast/primitive streak
SBR-84h_A:CCATAAGAGCCGTCGT,Caudal epiblast/primitive streak
SBR-84h_A:AATTTCCTCTTCGGAA,Caudal epiblast
SBR-84h_A:ACGGTCGAGTCGGGAT,Caudal epiblast/primitive streak
SBR-84h_A:AGATGAAGTGCTGATT,Primitive streak
SBR-84h_A:AGTGACTCAGTCACGC,Caudal epiblast/primitive streak
SBR-84h_A:TTAGGCAGTGGCAGAT,Caudal epiblast/primitive streak
SBR-84h_A:GTCGCGATCATGACAC,Caudal epiblast
SBR-84h_A:TTGCGTCTCGGTAAGG,Caudal epiblast/primitive streak
SBR-84h_A:CGTGTCTAGCATGATA,Caudal epiblast
SBR-84h_A:TTTAGTCTCTTCGACC,Caudal epiblast/primitive streak
SBR-84h_A:TGCTCCATCATGGAGG,Caudal epiblast/primitive streak
SBR-84h_A:CCTTCAGAGCTCGCAC,Caudal epiblast
SBR-84h_A:CGCATAACACACGGAA,Caudal epiblast/primitive streak
SBR-84h_A:TCGTGCTTCGTGCAGC,Caudal epiblast
SBR-84h_A:GTCGTAAGTGCCGTTG,Caudal epiblast/primitive streak
SBR-84h_A:TAGAGTCTCCCAAGCG,Caudal epiblast/primitive streak
SBR-84h_A:CTACAGAGTCGTGGTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCGATCGCATCGTGCG,Caudal epiblast/primitive streak
SBR-84h_A:AGCTCAAGTGCGAACA,Caudal epiblast/primitive streak
SBR-84h_A:AACCCAAAGAAACTGT,Caudal epiblast/primitive streak
SBR-84h_A:CATCGTCTCCATCGTC,Anterior primitive streak/Def. endoderm
SBR-84h_A:GCCAACGTCTGGGCGT,Caudal epiblast/primitive streak
SBR-84h_A:AAAGTGAGTATGAGAT,Anterior primitive streak/Def. endoderm
SBR-84h_A:TGATTTCAGGAGGCAG,Caudal epiblast/primitive streak
SBR-84h_A:TTTGGTTAGAGTATAC,Anterior primitive streak/Def. endoderm
SBR-84h_A:AACAAGACAATGACCT,Caudal epiblast/primitive streak
SBR-84h_A:CTTGAGATCGAACTCA,Caudal epiblast/primitive streak
SBR-84h_A:CAAGAGGTCAGACAAA,Caudal epiblast/primitive streak
SBR-84h_A:GGTGGCTGTGGAAATT,Anterior primitive streak/Def. endoderm
SBR-84h_A:GTGTGGCCATGACTGT,Caudal epiblast/primitive streak
SBR-84h_A:ATCGTGAAGCAATAAC,Caudal epiblast/primitive streak
SBR-84h_A:ATTATCCGTGCGACAA,Caudal epiblast/primitive streak
SBR-84h_A:TGGGATTTCGGTAGAG,Caudal epiblast/primitive streak
SBR-84h_A:GGTTGTAGTGTTGAGG,Caudal epiblast/primitive streak
SBR-84h_A:CGGAGAAGTCATATGC,Caudal epiblast/primitive streak
SBR-84h_A:AGGATCTAGGCCACTC,Caudal epiblast/primitive streak
SBR-84h_A:TGGAACTCAGTCTGGC,Caudal epiblast/primitive streak
SBR-84h_A:GCAGTTATCACTCCGT,Caudal epiblast/primitive streak
SBR-84h_A:CTTCCGATCCGATGTA,Caudal epiblast/primitive streak
SBR-84h_A:CGTGTCTAGATGATTG,Cd63+ ectoderm-like artefact
SBR-84h_A:ATCCCTGTCGTTGTTT,Caudal epiblast/primitive streak
SBR-84h_A:CGTGAATGTGTACATC,Caudal epiblast/primitive streak
SBR-84h_A:AGAGAATAGCCGAACA,Caudal epiblast/primitive streak
SBR-84h_A:AACGGGAGTCGTGCCA,Caudal epiblast/primitive streak
SBR-84h_A:GGACGTCGTGCATTAC,Caudal epiblast/primitive streak
SBR-84h_A:GTGATGTGTAGCTGTT,Caudal epiblast/primitive streak
SBR-84h_A:AGATCGTTCTATCGGA,Caudal epiblast/primitive streak
SBR-84h_A:CTTGATTTCCTAGAGT,Caudal epiblast/primitive streak
SBR-84h_A:TAGATCGTCTCGCTCA,Caudal epiblast/primitive streak
SBR-84h_A:GATTCGACAATCTCGA,Caudal epiblast/primitive streak
SBR-84h_A:TCCTCGACATTGCCGG,Caudal epiblast/primitive streak
SBR-84h_A:CTGAGGCCATCGGAGA,Caudal epiblast/primitive streak
SBR-84h_A:TTCATGTGTCCTTGTC,Caudal epiblast/primitive streak
SBR-84h_A:CGGGTCATCTATCGCC,Caudal epiblast/primitive streak
SBR-84h_A:AGGTCTAAGATGGGCT,Caudal epiblast/primitive streak
SBR-84h_A:TCGACCTCAAGAGATT,Caudal epiblast/primitive streak
SBR-84h_A:CTCCACATCGGATTAC,Caudal epiblast/primitive streak
SBR-84h_A:GTAATCGGTCGCGTCA,Caudal epiblast/primitive streak
SBR-84h_A:TCCTCTTTCCTGGTCT,Caudal epiblast/primitive streak
SBR-84h_A:CTTCAATTCCTGTAAG,Caudal epiblast/primitive streak
SBR-84h_A:GCATCGGAGACGTCGA,Caudal epiblast/primitive streak
SBR-84h_A:AGATCCACAAGTCCAT,Caudal epiblast/primitive streak
SBR-84h_A:AGCGTCGCAGTAGTTC,Naive pluripotency
SBR-84h_A:CCGAACGCACTAAACC,Caudal epiblast/primitive streak
SBR-84h_A:TCGCTCACAGGTTACT,Caudal epiblast/primitive streak
SBR-84h_A:GGCACGTTCCTGCTAC,Caudal epiblast/primitive streak
SBR-84h_A:AGAGAATTCACCTGTC,Caudal epiblast/primitive streak
SBR-84h_A:CCCTGATCATGAGATA,Caudal epiblast/primitive streak
SBR-84h_A:AGATGCTCATGCAGCC,Caudal epiblast/primitive streak
SBR-84h_A:TTGGGCGGTGCTCTCT,Caudal epiblast/primitive streak
SBR-84h_A:TCCATCGGTAGAGCTG,Caudal epiblast/primitive streak
SBR-84h_A:TTCATGTAGGTACTGG,Caudal epiblast/primitive streak
SBR-84h_A:GGGCTCACAAGGCCTC,Caudal epiblast/primitive streak
SBR-84h_A:ACGGTTAAGGACTATA,Caudal epiblast/primitive streak
SBR-84h_A:GAGACTTGTGTCCTAA,Caudal epiblast/primitive streak
SBR-84h_A:TTGCGTCGTTGTCCCT,Caudal epiblast/primitive streak
SBR-84h_A:ACCCAAAGTCTCTCAC,Caudal epiblast/primitive streak
SBR-84h_A:TTGGGCGAGGAAAGAC,Caudal epiblast/primitive streak
SBR-84h_A:AGCGTCGAGAAACTAC,Caudal epiblast/primitive streak
SBR-84h_A:TATGTTCGTGGGTATG,Caudal epiblast/primitive streak
SBR-84h_B:AGACAGGCACAGGATG,Ectopic pluripotency
SBR-84h_B:TAATTCCGTTTGAACC,Caudal epiblast/primitive streak
SBR-84h_B:TTGTGGAAGGGAGGGT,Ectopic pluripotency
SBR-84h_B:GACGCTGGTTGTGGCC,Ectopic pluripotency
SBR-84h_B:CCTCATGCAGACGCTC,Ectopic pluripotency
SBR-84h_B:CTCCCTCAGCAATAGT,Caudal epiblast/primitive streak
SBR-84h_B:AATGAAGCATGATGCT,Ectopic pluripotency
SBR-84h_B:ATGTCTTGTTCTGACA,Caudal epiblast/primitive streak
SBR-84h_B:AGTGCCGAGCTTCGTA,Caudal epiblast/primitive streak
SBR-84h_B:TACTTACCATCGATGT,Caudal epiblast/primitive streak
SBR-84h_B:CAATCGACACGACCTG,Caudal epiblast/primitive streak
SBR-84h_B:GAAGAATGTGGTCTTA,Ectopic pluripotency
SBR-84h_B:CAGCAATAGTACTGTC,Caudal epiblast/primitive streak
SBR-84h_B:GCAACATCAACTAGAA,Caudal epiblast/primitive streak
SBR-84h_B:TGAACGTGTGTATACC,Caudal epiblast/primitive streak
SBR-84h_B:TCCTCCCGTTGCACGC,Ectopic pluripotency
SBR-84h_B:CGTAATGGTTCAACGT,Caudal epiblast/primitive streak
SBR-84h_B:TCCGAAACATCCTTGC,Ectopic pluripotency
SBR-84h_B:TCATGGATCAGCCTCT,Caudal epiblast/primitive streak
SBR-84h_B:TCATGTTGTGGACCAA,Caudal epiblast/primitive streak
SBR-84h_B:ATTATCCCACAATTCG,Caudal epiblast/primitive streak
SBR-84h_B:ATTCACTAGACGAAGA,Ectopic pluripotency
SBR-84h_B:TCACTCGCAATACGCT,Ectopic pluripotency
SBR-84h_B:GTGCGTGTCCTGTTAT,Ectopic pluripotency
SBR-84h_B:TGGATCATCTTCTTCC,Caudal epiblast/primitive streak
SBR-84h_B:CTACTATTCAAGATAG,Caudal epiblast/primitive streak
SBR-84h_B:AATTTCCCATGGCCAC,Ectopic pluripotency
SBR-84h_B:CCAAGCGGTTTCAGAC,Ectopic pluripotency
SBR-84h_B:CTCTGGTCAAGTCCAT,Ectopic pluripotency
SBR-84h_B:ATTTACCGTGTTCCAA,Caudal epiblast/primitive streak
SBR-84h_B:CATTCCGGTTGCACGC,Ectopic pluripotency
SBR-84h_B:ACACGCGCAATTGCAC,Caudal epiblast/primitive streak
SBR-84h_B:CTCAGAAAGACCAGCA,Caudal epiblast/primitive streak
SBR-84h_B:TCTTCCTTCAACCGAT,Naive pluripotency
SBR-84h_B:CTACTATTCAAAGAAC,Caudal epiblast/primitive streak
SBR-84h_B:AACCTGAAGCGAGTCA,Caudal epiblast/primitive streak
SBR-84h_B:CATACCCGTTCTCCCA,Ectopic pluripotency
SBR-84h_B:GATCCCTCACCAACAT,Ectopic pluripotency
SBR-84h_B:TGTCCCATCATCGCTC,Caudal epiblast/primitive streak
SBR-84h_B:CATCCGTAGGCATGCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACCTGAGTTTGGGTT,Caudal epiblast/primitive streak
SBR-84h_B:TCGACCTAGGTTGTTC,Caudal epiblast/primitive streak
SBR-84h_B:ATTCAGGGTAGACAAT,Caudal epiblast/primitive streak
SBR-84h_B:TCTATACAGTTATGGA,Caudal epiblast/primitive streak
SBR-84h_B:CAAGCTAGTGCTGCAC,Caudal epiblast/primitive streak
SBR-84h_B:GTCATTTCACAGCCAC,Ectopic pluripotency
SBR-84h_B:TCGACGGAGCAGTCTT,Caudal epiblast/primitive streak
SBR-84h_B:ACATCCCTCAGTCCGG,Ectopic pluripotency
SBR-84h_B:CAGATCATCCGATGTA,Caudal epiblast/primitive streak
SBR-84h_B:CTAGACAGTTCCTAAG,Caudal epiblast/primitive streak
SBR-84h_B:ATAGACCGTAGAGATT,Caudal epiblast/primitive streak
SBR-84h_B:CCACAAATCGACTCCT,Caudal epiblast/primitive streak
SBR-84h_B:CAGGCCAGTCTCTCCA,Naive pluripotency
SBR-84h_B:CATACCCCATGTTTGG,Caudal epiblast/primitive streak
SBR-84h_B:TGGAACTTCGACACTA,Caudal epiblast/primitive streak
SBR-84h_B:ATGGATCGTTTCGTGA,Ectopic pluripotency
SBR-84h_B:CTCCACACATTGGATC,Ectopic pluripotency
SBR-84h_B:AATGCCATCGAGAAGC,Ectopic pluripotency
SBR-84h_B:ACATCCCAGTTCCTGA,Ectopic pluripotency
SBR-84h_B:TCAAGACTCAGGAAGC,Caudal epiblast/primitive streak
SBR-84h_B:TCACGCTGTATGAAAC,Caudal epiblast/primitive streak
SBR-84h_B:GGAGGTAAGCTCGACC,Caudal epiblast/primitive streak
SBR-84h_B:TTGGTTTAGAGGTTTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTAACACAGAAACACT,Caudal epiblast/primitive streak
SBR-84h_B:GGTTAACCAAATCAAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACAGGGAAGTCTGCGC,Caudal epiblast/primitive streak
SBR-84h_B:TACAACGAGTCACTAC,Caudal epiblast/primitive streak
SBR-84h_B:AAGGTAAAGACCATTC,Caudal epiblast/primitive streak
SBR-84h_B:TAGGTACAGCAAATCA,Caudal epiblast/primitive streak
SBR-84h_B:TCCCATGCACTGTGAT,Caudal epiblast/primitive streak
SBR-84h_B:CACATGAAGCGTTACT,Caudal epiblast/primitive streak
SBR-84h_B:GACCAATAGCGGTAAC,Caudal epiblast/primitive streak
SBR-84h_B:GTCTCACTCGAGATAA,Caudal epiblast/primitive streak
SBR-84h_B:CTAACTTAGTTCACTG,Caudal epiblast/primitive streak
SBR-84h_B:CTGCGAGAGGCAGGGA,Ectopic pluripotency
SBR-84h_B:GATTTCTCACGTACAT,Caudal epiblast/primitive streak
SBR-84h_B:TTCACCGCACTGAATC,Caudal epiblast/primitive streak
SBR-84h_B:CCCTCTCTCCAGTTCC,Caudal epiblast/primitive streak
SBR-84h_B:CCGATGGTCCGACAGC,Caudal epiblast/primitive streak
SBR-84h_B:AGACACTCAACAGATA,Ectopic pluripotency
SBR-84h_B:TCAGCCTTCTCTGACC,Caudal epiblast/primitive streak
SBR-84h_B:GTTGCTCTCTACTATC,Naive pluripotency
SBR-84h_B:ATTCGTTCAATAGTCC,Caudal epiblast/primitive streak
SBR-84h_B:CCTGTTGAGACAGCGT,Naive pluripotency
SBR-84h_B:AGGGCCTCATCCGAAT,Caudal epiblast/primitive streak
SBR-84h_B:TTAATCCCAGTCAGTT,Caudal epiblast/primitive streak
SBR-84h_B:ACGGGTCAGAGATTCA,Ectopic pluripotency
SBR-84h_B:CCGGACACACTTCAAG,Ectopic pluripotency
SBR-84h_B:AGTAACCGTCATAAAG,Ectopic pluripotency
SBR-84h_B:CATCCACTCCCGAGAC,Caudal epiblast/primitive streak
SBR-84h_B:CGCCATTGTCGGCTAC,Caudal epiblast/primitive streak
SBR-84h_B:AATGGCTGTTCATCGA,Caudal epiblast/primitive streak
SBR-84h_B:CTCATCGCATCGATAC,Caudal epiblast/primitive streak
SBR-84h_B:TCATTTGAGGTCCCTG,Caudal epiblast/primitive streak
SBR-84h_B:ACATGCAAGTGCGTCC,Caudal epiblast/primitive streak
SBR-84h_B:GAAGTAATCGCTACGG,Caudal epiblast/primitive streak
SBR-84h_B:CACTGAAAGGAACGAA,Caudal epiblast/primitive streak
SBR-84h_B:CAGCCAGGTCCCAAAT,Caudal epiblast/primitive streak
SBR-84h_B:AATCGACTCCAGCAAT,Ectopic pluripotency
SBR-84h_B:TCCATGCTCTTCCCGA,Ectopic pluripotency
SBR-84h_B:GCCAACGCAAAGGAGA,Caudal epiblast/primitive streak
SBR-84h_B:CCACGAGAGTAAATGC,Caudal epiblast/primitive streak
SBR-84h_B:GATTCGACATGTCAGT,Caudal epiblast/primitive streak
SBR-84h_B:GCAGCTGCAATCTCTT,Ectopic pluripotency
SBR-84h_B:TCATCATCATACACCA,Caudal epiblast/primitive streak
SBR-84h_B:TTAATCCAGTGCACAG,Caudal epiblast/primitive streak
SBR-84h_B:CCGCAAGTCACCGGGT,Cd63+ ectoderm-like artefact
SBR-84h_B:TCCACCAAGAAATCCA,Ectopic pluripotency
SBR-84h_B:GATCCCTTCATTTACC,Caudal epiblast/primitive streak
SBR-84h_B:ACACGCGCAGTAACAA,Caudal epiblast/primitive streak
SBR-84h_B:TAGGGTTTCGTTCCTG,Ectopic pluripotency
SBR-84h_B:TGTTTGTAGTCTGCAT,Cd63+ ectoderm-like artefact
SBR-84h_B:GGAGAACAGAAGGTAG,Ectopic pluripotency
SBR-84h_B:AACCTTTAGGAAAGAC,Caudal epiblast/primitive streak
SBR-84h_B:GACCCAGCACAGTCGC,Ectopic pluripotency
SBR-84h_B:ACTGCAAGTGCCTGCA,Caudal epiblast/primitive streak
SBR-84h_B:GATCCCTAGCCTTTCC,Caudal epiblast/primitive streak
SBR-84h_B:TGGTTAGCAGATTTCG,Caudal epiblast/primitive streak
SBR-84h_B:TGGGAGAGTGGTATGG,Caudal mesoderm
SBR-84h_B:AACACACCACGGTCTG,Ectopic pluripotency
SBR-84h_B:TCTACCGGTGCCCTTT,Naive pluripotency
SBR-84h_B:GATAGCTGTGACTGTT,Caudal epiblast/primitive streak
SBR-84h_B:CTGGTCTCACTGTGTA,Caudal epiblast/primitive streak
SBR-84h_B:GCTACCTGTCATAAAG,Caudal epiblast/primitive streak
SBR-84h_B:TCAAGACCAGCGATTT,Caudal epiblast/primitive streak
SBR-84h_B:TTACAGGAGATCGCTT,Caudal epiblast/primitive streak
SBR-84h_B:ATCGTGAGTTGAAGTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCGGTGACATCATCCC,Ectopic pluripotency
SBR-84h_B:CGTTAGAGTTACACTG,Caudal epiblast/primitive streak
SBR-84h_B:TTGCCTGAGAAGCTCG,Caudal epiblast/primitive streak
SBR-84h_B:TGAGGAGAGAGTGACC,Caudal epiblast/primitive streak
SBR-84h_B:CACATGACATAGATCC,Caudal epiblast/primitive streak
SBR-84h_B:CTGCAGGCATGGGTCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAACCAAGTTATGACC,Caudal epiblast/primitive streak
SBR-84h_B:CAGATCAAGCCTAACT,Caudal epiblast/primitive streak
SBR-84h_B:TAAGCCAAGCGCCCAT,Ectopic pluripotency
SBR-84h_B:GAAACCTGTGCATGAG,Caudal epiblast/primitive streak
SBR-84h_B:GCACGGTTCACAGTGT,Naive pluripotency
SBR-84h_B:CAACGATCACATTACG,Ectopic pluripotency
SBR-84h_B:CAGTTAGAGAAGCGGG,Ectopic pluripotency
SBR-84h_B:ACTTCCGTCGCATTGA,Caudal epiblast/primitive streak
SBR-84h_B:AACGAAACAATGGCAG,Caudal epiblast/primitive streak
SBR-84h_B:ACTTAGGCATCCTATT,Caudal epiblast/primitive streak
SBR-84h_B:CAGATCAAGCAATAGT,Caudal epiblast
SBR-84h_B:GACGCTGAGGGCAGTT,Caudal epiblast/primitive streak
SBR-84h_B:CAACAACTCACCATAG,Caudal epiblast/primitive streak
SBR-84h_B:AGCGTATTCGGTGTTA,Caudal epiblast/primitive streak
SBR-84h_B:CGTCCATTCTTCTGGC,Ectopic pluripotency
SBR-84h_B:CTACCCATCAGTGCGC,Caudal epiblast/primitive streak
SBR-84h_B:AAACGCTCACCGTCTT,Caudal epiblast
SBR-84h_B:ATTCGTTTCCCTCTCC,Ectopic pluripotency
SBR-84h_B:ATGTCTTTCAAGTCGT,Caudal epiblast/primitive streak
SBR-84h_B:CATTCCGTCCAACTGA,Caudal epiblast/primitive streak
SBR-84h_B:TTTCAGTCAGGACAGT,Ectopic pluripotency
SBR-84h_B:ATTCCCGCAATTAGGA,Caudal epiblast/primitive streak
SBR-84h_B:GATGTTGGTCCGGATC,Caudal epiblast/primitive streak
SBR-84h_B:CGAATTGTCTAGCAAC,Ectopic pluripotency
SBR-84h_B:TGATCTTAGAAAGCGA,Caudal epiblast/primitive streak
SBR-84h_B:AGGACGAAGTCATCCA,Naive pluripotency
SBR-84h_B:CCTACGTCAGCCGTCA,Ectopic pluripotency
SBR-84h_B:TCGATTTTCGCCAGAC,Caudal epiblast/primitive streak
SBR-84h_B:GCAACCGAGGGTTAAT,Naive pluripotency
SBR-84h_B:ATTACCTCAGGTATGG,Ectopic pluripotency
SBR-84h_B:CTCCATGCATGGCCAC,Caudal epiblast/primitive streak
SBR-84h_B:ACATGCACATGCACTA,Caudal epiblast/primitive streak
SBR-84h_B:TCGCAGGGTATCGCAT,Ectopic pluripotency
SBR-84h_B:GGAACCCCACTGAATC,Ectopic pluripotency
SBR-84h_B:ACTATCTAGGATCACG,Caudal epiblast/primitive streak
SBR-84h_B:AATTCCTGTTCACGAT,Naive pluripotency
SBR-84h_B:TACCCACCAAGTAGTA,Caudal epiblast/primitive streak
SBR-84h_B:TATTGCTCACCACTGG,Caudal epiblast/primitive streak
SBR-84h_B:CACTAAGTCACTACTT,Ectopic pluripotency
SBR-84h_B:GCCTGTTAGCTCTATG,Ectopic pluripotency
SBR-84h_B:ACTTTCACAACCTAAC,Caudal epiblast/primitive streak
SBR-84h_B:AGGGAGTCAACTAGAA,Ectopic pluripotency
SBR-84h_B:GTTCATTTCCAGCTCT,Naive pluripotency
SBR-84h_B:TAACCAGTCTGCACCT,Caudal epiblast/primitive streak
SBR-84h_B:CTGAGCGGTTACCTTT,Caudal epiblast
SBR-84h_B:GTTAGTGGTTGGGATG,Caudal epiblast/primitive streak
SBR-84h_B:CATCGTCTCGACGATT,Caudal epiblast
SBR-84h_B:TTGTTTGAGTGCACTT,Caudal epiblast/primitive streak
SBR-84h_B:CTACCTGCATATTCGG,Ectopic pluripotency
SBR-84h_B:AGGCTGCCACATAGCT,Ectopic pluripotency
SBR-84h_B:CAACGGCTCCGCACGA,Caudal epiblast
SBR-84h_B:ATTCTACTCAAATGAG,Primitive streak
SBR-84h_B:ACACCAACACTGTTCC,Caudal epiblast/primitive streak
SBR-84h_B:CGAATTGTCACATACG,Caudal epiblast/primitive streak
SBR-84h_B:ATCACTTAGCGAATGC,Ectopic pluripotency
SBR-84h_B:TCCATGCTCTTTGATC,Caudal epiblast/primitive streak
SBR-84h_B:CTGGCAGTCTCATTAC,Caudal mesoderm
SBR-84h_B:CAACGATAGAAGGATG,Primitive streak
SBR-84h_B:GCACTAACACTCCGAG,Caudal epiblast/primitive streak
SBR-84h_B:AATGGAAGTTCTTGTT,Caudal epiblast/primitive streak
SBR-84h_B:TCACTATCATCCTGTC,Ectopic pluripotency
SBR-84h_B:CCATCACAGACATCCT,Caudal epiblast/primitive streak
SBR-84h_B:TTCTGTAAGAATCCCT,Ectopic pluripotency
SBR-84h_B:GGTAATCAGGTTCTAC,Caudal epiblast/primitive streak
SBR-84h_B:CAGATACTCCGCAACG,Caudal epiblast/primitive streak
SBR-84h_B:GAGGCAAAGCAATTCC,Caudal epiblast
SBR-84h_B:CACTGGGTCAAACGTC,Caudal epiblast
SBR-84h_B:CATTCATGTAGGTACG,Ectopic pluripotency
SBR-84h_B:TCTACCGTCCGGCAAC,Caudal epiblast/primitive streak
SBR-84h_B:AATGACCAGTAAAGCT,Caudal epiblast
SBR-84h_B:TGGGTTAGTGCAATGG,Caudal epiblast/primitive streak
SBR-84h_B:TTGTGGAAGGTTTACC,Ectopic pluripotency
SBR-84h_B:TCTATCACACTAACGT,Caudal epiblast/primitive streak
SBR-84h_B:GATGTTGCAATATCCG,Caudal epiblast/primitive streak
SBR-84h_B:GACCAATGTGGTTTAC,Caudal epiblast/primitive streak
SBR-84h_B:AGATCGTTCGCATAGT,Ectopic pluripotency
SBR-84h_B:CTGATCCGTAACGTTC,Caudal epiblast/primitive streak
SBR-84h_B:CCAAGCGCAGCTGTCG,Caudal epiblast/primitive streak
SBR-84h_B:AGAAATGGTTTCGACA,Caudal epiblast/primitive streak
SBR-84h_B:ATGCCTCTCGGCATCG,Caudal epiblast/primitive streak
SBR-84h_B:CGAGGAACACCGGTCA,Caudal epiblast/primitive streak
SBR-84h_B:CAGATACGTCATAAAG,Caudal epiblast/primitive streak
SBR-84h_B:TTCCTCTGTTGGTAGG,Primitive streak
SBR-84h_B:ATCTTCATCGTACCTC,Caudal epiblast/primitive streak
SBR-84h_B:CTAGGTAGTGGCTTGC,Caudal epiblast
SBR-84h_B:AATCACGGTATCTTCT,Caudal epiblast/primitive streak
SBR-84h_B:TACTGCCGTCCCGCAA,Caudal epiblast
SBR-84h_B:CCTCCTCCAGAATGTA,Ectopic pluripotency
SBR-84h_B:AACCACACAAGGTTGG,Caudal epiblast/primitive streak
SBR-84h_B:CTAGACAGTACCTATG,Caudal epiblast
SBR-84h_B:TCACGCTGTCAAGTTC,Ectopic pluripotency
SBR-84h_B:GGAACCCTCACGAACT,Caudal epiblast/primitive streak
SBR-84h_B:TATTCCACATGGCCCA,Caudal epiblast/primitive streak
SBR-84h_B:TGAACGTTCGTTGTTT,Caudal epiblast/primitive streak
SBR-84h_B:TTCTGTAAGCGTTCAT,Caudal epiblast/primitive streak
SBR-84h_B:TTCTTCCCATCAGCAT,Caudal epiblast
SBR-84h_B:TTTACCAAGGTGGTTG,Caudal epiblast/primitive streak
SBR-84h_B:GACTCTCTCCGTGCGA,Ectopic pluripotency
SBR-84h_B:AGGCCACCAGACAAAT,Ectopic pluripotency
SBR-84h_B:GAAACCTCATCGGAGA,Caudal epiblast
SBR-84h_B:GATTCTTAGCGCTGCT,Caudal epiblast/primitive streak
SBR-84h_B:CATTTCACAAGGCTTT,Caudal epiblast/primitive streak
SBR-84h_B:TGGGCGTTCAATCCGA,Caudal epiblast
SBR-84h_B:AACAAAGGTTACCGTA,Caudal epiblast
SBR-84h_B:TCATCCGTCTATACTC,Caudal epiblast/primitive streak
SBR-84h_B:CATCAAGGTAAGATTG,Naive pluripotency
SBR-84h_B:GTTGCTCCACCCAATA,Caudal epiblast/primitive streak
SBR-84h_B:AAGAACACACTCCCTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACCTGTCCACTCGATA,Caudal epiblast/primitive streak
SBR-84h_B:ACTATTCAGCAAACAT,Caudal epiblast/primitive streak
SBR-84h_B:TTTCAGTCAATTGCCA,Caudal epiblast/primitive streak
SBR-84h_B:TATTTCGAGGTATCTC,Naive pluripotency
SBR-84h_B:GCCAGCAAGTCATTGC,Caudal epiblast/primitive streak
SBR-84h_B:TATTCCACATCAGCGC,Caudal epiblast
SBR-84h_B:ACTTTCATCTGTCAGA,Ectopic pluripotency
SBR-84h_B:CTCCACATCATGCTAG,Caudal epiblast/primitive streak
SBR-84h_B:GAGTGTTGTGCCGTTG,Caudal epiblast/primitive streak
SBR-84h_B:TTAATCCAGAGACAAG,Caudal epiblast/primitive streak
SBR-84h_B:AGAACCTCAACAGATA,Caudal epiblast
SBR-84h_B:TTTCCTCAGCACCGAA,Caudal epiblast/primitive streak
SBR-84h_B:AGACCCGGTGGTCCCA,Caudal epiblast
SBR-84h_B:TATTTCGAGCAACTCT,Caudal epiblast/primitive streak
SBR-84h_B:AGTTCGACAGATTAAG,Caudal epiblast/primitive streak
SBR-84h_B:GCGGATCCAATTGCAC,Caudal epiblast/primitive streak
SBR-84h_B:CACCGTTCAGTCGCAC,Caudal epiblast/primitive streak
SBR-84h_B:AAACGCTAGTAACGAT,Caudal epiblast/primitive streak
SBR-84h_B:CGCAGGTCAAGACCGA,Caudal epiblast/primitive streak
SBR-84h_B:ATTCGTTAGGTCATTC,Caudal epiblast/primitive streak
SBR-84h_B:TCACATTAGTGAGGTC,Caudal epiblast/primitive streak
SBR-84h_B:TATCAGGTCGTTCAGA,Caudal epiblast/primitive streak
SBR-84h_B:TAACTTCAGGTAACTA,Naive pluripotency
SBR-84h_B:TTGCCTGGTCACTCTC,Caudal epiblast/primitive streak
SBR-84h_B:TGGAGGAAGCGGCTCT,Caudal epiblast/primitive streak
SBR-84h_B:TCCTCTTGTTTGGGAG,Naive pluripotency
SBR-84h_B:CTCAGGGTCCGAGCTG,Ectopic pluripotency
SBR-84h_B:GCCATTCCACGGATCC,Caudal epiblast/primitive streak
SBR-84h_B:AGCTCAATCGTACCTC,Caudal epiblast/primitive streak
SBR-84h_B:TACCCACTCATCGCTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TATGTTCTCTGCATGA,Caudal epiblast
SBR-84h_B:AGACCCGTCATGGAGG,Caudal epiblast/primitive streak
SBR-84h_B:CGGGTCACAGCTTTGA,Naive pluripotency
SBR-84h_B:CTTCCTTTCGCCATAA,Caudal epiblast/primitive streak
SBR-84h_B:ATGGAGGGTCCCAAAT,Ectopic pluripotency
SBR-84h_B:TCTACATCAGGGTCTC,Caudal epiblast/primitive streak
SBR-84h_B:TCTCAGCAGTATTCCG,Caudal epiblast/primitive streak
SBR-84h_B:CTTCTCTTCCCATTCG,Caudal epiblast/primitive streak
SBR-84h_B:GCATCTCTCATTTGTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:AATGCCAAGCGACCCT,Caudal epiblast
SBR-84h_B:GAGTCATCACCAGCCA,Caudal epiblast/primitive streak
SBR-84h_B:GAGTTACGTGGCGCTT,Ectopic pluripotency
SBR-84h_B:CATTTCACACCTGCTT,Caudal epiblast/primitive streak
SBR-84h_B:CTGAATGGTTCAGCGC,Ectopic pluripotency
SBR-84h_B:ACCTGTCGTTTGGGTT,Caudal epiblast/primitive streak
SBR-84h_B:CCTCCTCCACTTCTCG,Caudal epiblast/primitive streak
SBR-84h_B:CCATCACTCTCTCGAC,Ectopic pluripotency
SBR-84h_B:CATGGATTCCACTGAA,Caudal epiblast/primitive streak
SBR-84h_B:GCTGCAGCAATTGTGC,Caudal epiblast/primitive streak
SBR-84h_B:GGGATGAGTTTCGATG,Ectopic pluripotency
SBR-84h_B:CTCACTGCACAGCGCT,Caudal epiblast/primitive streak
SBR-84h_B:GAAGTAAGTAGCGTAG,Caudal epiblast/primitive streak
SBR-84h_B:GTCATTTTCTGGGATT,Caudal epiblast/primitive streak
SBR-84h_B:TGTTACTTCGTGGTAT,Ectopic pluripotency
SBR-84h_B:CTTCAATAGTGTTCAC,Caudal epiblast/primitive streak
SBR-84h_B:AGCTCAAGTTCCAGGC,Caudal epiblast/primitive streak
SBR-84h_B:GTCCACTTCATTTACC,Caudal epiblast/primitive streak
SBR-84h_B:GTTGTCCAGCTGCGAA,Primitive streak
SBR-84h_B:GAACTGTCAGGCACAA,Caudal epiblast/primitive streak
SBR-84h_B:TACTGCCTCGGTGCAC,Caudal epiblast/primitive streak
SBR-84h_B:CTGAATGGTTCGGACC,Caudal epiblast/primitive streak
SBR-84h_B:TGAGACTTCAGTCACA,Caudal epiblast/primitive streak
SBR-84h_B:GAGATGGAGGATTCCT,Ectopic pluripotency
SBR-84h_B:CGCCAGAGTCAAGCGA,Ectopic pluripotency
SBR-84h_B:AGAAGCGGTGGCGTAA,Caudal epiblast/primitive streak
SBR-84h_B:CAACAGTCAGCAATTC,Caudal epiblast/primitive streak
SBR-84h_B:GGAACCCTCTGTTCAT,Caudal epiblast/primitive streak
SBR-84h_B:CTTCCGAAGTGACCTT,Caudal epiblast/primitive streak
SBR-84h_B:TAATTCCAGAACGTGC,Ectopic pluripotency
SBR-84h_B:TCACTCGCACGACAAG,Caudal epiblast
SBR-84h_B:CAGCCAGAGCACGATG,Caudal epiblast/primitive streak
SBR-84h_B:CCTCAACCAGTCGCAC,Caudal epiblast/primitive streak
SBR-84h_B:GTTACCCTCAAGTAAG,Caudal epiblast/primitive streak
SBR-84h_B:CCTCACATCACTACTT,Ectopic pluripotency
SBR-84h_B:ACGGTTAGTCGTCATA,Caudal epiblast/primitive streak
SBR-84h_B:GGAGAACGTAACACCT,Caudal epiblast/primitive streak
SBR-84h_B:TACCTGCCACCCAATA,Caudal epiblast/primitive streak
SBR-84h_B:AATTCCTTCTCTCGAC,Caudal epiblast
SBR-84h_B:ACCTGTCTCTGCATGA,Caudal epiblast/primitive streak
SBR-84h_B:TCAGTCCCAGGAGACT,Caudal epiblast/primitive streak
SBR-84h_B:CTTGATTGTGGGAGAG,Caudal epiblast/primitive streak
SBR-84h_B:ACAGAAATCGTAGAGG,Caudal epiblast/primitive streak
SBR-84h_B:TATCCTAGTCTGTCAA,Caudal epiblast/primitive streak
SBR-84h_B:TCATTCATCGAACGCC,Caudal epiblast/primitive streak
SBR-84h_B:GTGTGGCGTTGGCTAT,Ectopic pluripotency
SBR-84h_B:ACCACAATCACAATGC,Caudal epiblast/primitive streak
SBR-84h_B:GCTACAATCCCGATCT,Caudal epiblast
SBR-84h_B:ATTATCCCATCTGGGC,Ectopic pluripotency
SBR-84h_B:TTATTGCCACACACGC,Caudal epiblast/primitive streak
SBR-84h_B:TTACGCCTCTAGAACC,Caudal epiblast/primitive streak
SBR-84h_B:GTGAGTTTCCCAAGTA,Caudal epiblast
SBR-84h_B:CACAACACACGGGCTT,Caudal epiblast
SBR-84h_B:TCATTTGCAATCGCCG,Caudal epiblast/primitive streak
SBR-84h_B:GTGAGTTAGGTCATTC,Ectopic pluripotency
SBR-84h_B:AGGAGGTCAGTAGTGG,Caudal epiblast
SBR-84h_B:CCTCATGCACGACGCT,Caudal epiblast/primitive streak
SBR-84h_B:ATTGGGTTCTCTGACC,Primitive streak
SBR-84h_B:GCTGCAGAGCATGATA,Caudal epiblast/primitive streak
SBR-84h_B:GAGACTTTCAGTCTTT,Caudal epiblast/primitive streak
SBR-84h_B:GCCATTCCAGCTACCG,Caudal epiblast/primitive streak
SBR-84h_B:AACCTGACACAGCGCT,Ectopic pluripotency
SBR-84h_B:CTGTACCAGACAGCTG,Caudal epiblast/primitive streak
SBR-84h_B:CATACTTGTGATGGCA,Naive pluripotency
SBR-84h_B:CTTCAATGTTAAGGGC,Ectopic pluripotency
SBR-84h_B:TCACATTGTGATTCTG,Caudal epiblast
SBR-84h_B:GGTCTGGGTGTTATCG,Ectopic pluripotency
SBR-84h_B:GAGTTTGAGCGAGTAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATCGGGTCTACAGGT,Caudal epiblast/primitive streak
SBR-84h_B:TCCACCATCATGACAC,Ectopic pluripotency
SBR-84h_B:TTCCTAAAGTGCCAGA,Caudal epiblast/primitive streak
SBR-84h_B:CTACCCAGTTTCCCAC,Caudal epiblast
SBR-84h_B:ATCACGAAGTGAATAC,Caudal epiblast
SBR-84h_B:TACTTACCAAGGATGC,Caudal epiblast/primitive streak
SBR-84h_B:AACAACCGTTGCTCGG,Caudal epiblast/primitive streak
SBR-84h_B:AATCACGAGGACAGTC,Caudal epiblast/primitive streak
SBR-84h_B:GGAGAACTCTTTGCGC,Ectopic pluripotency
SBR-84h_B:CAACCTCCAGTCCGTG,Caudal epiblast/primitive streak
SBR-84h_B:GCCTGTTTCATTGAGC,Ectopic pluripotency
SBR-84h_B:ATCCATTTCTGCGATA,Caudal epiblast/primitive streak
SBR-84h_B:AGGTTGTAGTTGAAGT,Caudal epiblast
SBR-84h_B:CCGCAAGTCGAACACT,Ectopic pluripotency
SBR-84h_B:CACTGTCCATAAGATG,Naive pluripotency
SBR-84h_B:ATCTTCAGTCATTCCC,Caudal epiblast/primitive streak
SBR-84h_B:AAGGAATGTGGACCTC,Caudal epiblast/primitive streak
SBR-84h_B:GATGAGGGTACGCTAT,Caudal epiblast/primitive streak
SBR-84h_B:TGGGAAGCATGTCAGT,Caudal epiblast/primitive streak
SBR-84h_B:CATGCGGGTCCACACG,Caudal epiblast/primitive streak
SBR-84h_B:TACAGGTTCCTCTCGA,Caudal epiblast
SBR-84h_B:CTTACCGTCTCTGCCA,Ectopic pluripotency
SBR-84h_B:ACAAGCTTCGACACTA,Caudal epiblast/primitive streak
SBR-84h_B:TACCTGCAGTTACTCG,Caudal epiblast/primitive streak
SBR-84h_B:ACGGAAGGTATTCTCT,Caudal epiblast/primitive streak
SBR-84h_B:GCTACCTAGCTCGTGC,Caudal epiblast/primitive streak
SBR-84h_B:TCGAAGTCAGCTACCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTTATGCGTCTGTGGC,Caudal epiblast
SBR-84h_B:GACCAATAGGTTCACT,Caudal epiblast
SBR-84h_B:TAGACTGTCTGCTGAA,Caudal mesoderm
SBR-84h_B:GCATGATCAAATTGCC,Caudal epiblast/primitive streak
SBR-84h_B:AGGTAGGTCGCCTCTA,Ectopic pluripotency
SBR-84h_B:TCCTCTTTCTCTATAC,Caudal epiblast/primitive streak
SBR-84h_B:ATGGATCTCTACACAG,Caudal epiblast
SBR-84h_B:CATTCCGCAGACGGAT,Caudal epiblast/primitive streak
SBR-84h_B:CGAGGCTGTCACTACA,Ectopic pluripotency
SBR-84h_B:TGAGGTTTCACCGGGT,Caudal epiblast/primitive streak
SBR-84h_B:AATGACCAGTTGCCCG,Caudal epiblast/primitive streak
SBR-84h_B:TGCCGAGCAAGTGGAC,Caudal epiblast/primitive streak
SBR-84h_B:CCACCATAGCTGTTAC,Caudal epiblast/primitive streak
SBR-84h_B:ACCAAACCAGCGACCT,Caudal epiblast
SBR-84h_B:GGGACCTTCCCGTGTT,Caudal epiblast/primitive streak
SBR-84h_B:TCACGGGGTCCCGCAA,Ectopic pluripotency
SBR-84h_B:TATCTGTTCCACAAGT,Ectopic pluripotency
SBR-84h_B:TTCACGCTCCTGTTAT,Ectopic pluripotency
SBR-84h_B:TTGAGTGCAAATGAGT,Ectopic pluripotency
SBR-84h_B:AAGCATCTCTCGACGG,Caudal epiblast/primitive streak
SBR-84h_B:CCTTGTGGTACGTACT,Caudal epiblast/primitive streak
SBR-84h_B:AGATGAATCGCAAGAG,Primitive streak
SBR-84h_B:ATTCATCTCTCGTCGT,Caudal epiblast/primitive streak
SBR-84h_B:TCGAACAAGTGTTCAC,Caudal epiblast/primitive streak
SBR-84h_B:TTTCCTCTCGGTTCAA,Caudal epiblast/primitive streak
SBR-84h_B:CGCATAACAGAAATTG,Caudal epiblast/primitive streak
SBR-84h_B:CAAGCTATCGTCGCTT,Caudal epiblast
SBR-84h_B:GGAGGATTCGAGTTGT,Caudal epiblast/primitive streak
SBR-84h_B:AAACGAAGTGACTCGC,Caudal epiblast/primitive streak
SBR-84h_B:ATTGGGTGTGCCCACA,Caudal epiblast/primitive streak
SBR-84h_B:TTTCACATCTTGAACG,Caudal epiblast/primitive streak
SBR-84h_B:GGTAGAGGTAAGATAC,Caudal epiblast/primitive streak
SBR-84h_B:GAGGCAATCACGGAGA,Caudal epiblast/primitive streak
SBR-84h_B:CACAGATAGGAGACCT,Caudal epiblast/primitive streak
SBR-84h_B:CAAGCTAGTCCAAAGG,Caudal epiblast/primitive streak
SBR-84h_B:GAAGAATCACATTACG,Caudal epiblast/primitive streak
SBR-84h_B:TTAGGGTCAAATCAGA,Ectopic pluripotency
SBR-84h_B:TATCTTGTCAAACCCA,Caudal epiblast/primitive streak
SBR-84h_B:ACCTGTCGTACCAATC,Caudal epiblast
SBR-84h_B:ATGACCACAAATGGCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTCTCAGTCGGCACTG,Caudal epiblast/primitive streak
SBR-84h_B:TTTGGTTCATTCTCTA,Naive pluripotency
SBR-84h_B:AGATGCTGTCGTATGT,Caudal epiblast/primitive streak
SBR-84h_B:GGGAAGTGTGCAGTGA,Caudal epiblast/primitive streak
SBR-84h_B:CGACAGCCAGGATTCT,Caudal epiblast/primitive streak
SBR-84h_B:CCTCATGGTCCACTCT,Caudal epiblast/primitive streak
SBR-84h_B:GATGTTGTCTGCTTAT,Caudal epiblast/primitive streak
SBR-84h_B:TGTGATGAGCTATCCA,Caudal epiblast
SBR-84h_B:GTTACGAGTCCGATCG,Ectopic pluripotency
SBR-84h_B:TAACTTCCAGACCATT,Caudal epiblast
SBR-84h_B:TAAGCGTAGGATGTTA,Caudal epiblast/primitive streak
SBR-84h_B:CTTCTAACAGCATGCC,Caudal epiblast/primitive streak
SBR-84h_B:GAGTTGTAGCTGGCTC,Ectopic pluripotency
SBR-84h_B:GCGAGAAGTCATCTAG,Caudal epiblast/primitive streak
SBR-84h_B:TGAATCGCACGCGCTA,Ectopic pluripotency
SBR-84h_B:ATGACCAGTCTAGTGT,Ectopic pluripotency
SBR-84h_B:AGACAAAGTCTGTCCT,Caudal epiblast/primitive streak
SBR-84h_B:CTGCCATTCTGAGGTT,Caudal epiblast/primitive streak
SBR-84h_B:ATACTTCTCAAGGAGC,Ectopic pluripotency
SBR-84h_B:CAACAGTGTAGCTTAC,Caudal epiblast
SBR-84h_B:GTTCGCTAGTCCGCCA,Caudal epiblast/primitive streak
SBR-84h_B:CATAGACGTGCCCAGT,Ectopic pluripotency
SBR-84h_B:CTACTATTCTGTCGCT,Caudal epiblast
SBR-84h_B:ACAACCAAGGACTTCT,Caudal epiblast
SBR-84h_B:TGCGACGCAATGTCAC,Caudal epiblast/primitive streak
SBR-84h_B:TTTACTGAGTAACGTA,Caudal epiblast
SBR-84h_B:GGAATGGAGGTAGCCA,Caudal epiblast/primitive streak
SBR-84h_B:AGGGCTCTCCAATCTT,Ectopic pluripotency
SBR-84h_B:GGGAGTAAGTTGCGCC,Caudal epiblast
SBR-84h_B:ACCCAAAAGACTCCGC,Primitive streak
SBR-84h_B:TCCTCCCAGCAAATGT,Caudal epiblast/primitive streak
SBR-84h_B:ACGGGTCAGTAGGCCA,Caudal epiblast/primitive streak
SBR-84h_B:CCTCTAGTCTGCTAGA,Caudal epiblast/primitive streak
SBR-84h_B:GTAGAGGAGGCATGCA,Caudal epiblast/primitive streak
SBR-84h_B:CGACAGCGTTTGAACC,Caudal epiblast/primitive streak
SBR-84h_B:ACATTTCTCTGAGAAA,Caudal epiblast/primitive streak
SBR-84h_B:AGATAGATCCTTCTTC,Caudal epiblast
SBR-84h_B:TCCAGAATCTAGTGAC,Caudal epiblast/primitive streak
SBR-84h_B:CCATCACGTCTACACA,Caudal epiblast
SBR-84h_B:ATACCTTTCTACCACC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCCTTAGTCTCCTGAC,Caudal epiblast
SBR-84h_B:CTGCAGGAGGGTCTTT,Ectopic pluripotency
SBR-84h_B:TCATCCGTCAACTTTC,Caudal epiblast/primitive streak
SBR-84h_B:GAGAGGTAGAAGAGCA,Primitive streak
SBR-84h_B:AGCTCAAAGTGTGTTC,Exiting naive pluripotency
SBR-84h_B:CCACTTGCAGGACAGT,Caudal epiblast/primitive streak
SBR-84h_B:CTTCAATCAGTTAAAG,Caudal epiblast/primitive streak
SBR-84h_B:ATTACTCGTACTGACT,Caudal epiblast/primitive streak
SBR-84h_B:CTTGAGACATACTGAC,Caudal epiblast
SBR-84h_B:TCCTTCTGTGCCCGTA,Primitive streak
SBR-84h_B:CCTTCAGAGTTCCGTA,Naive pluripotency
SBR-84h_B:ATCACGAAGGTAGTCG,Caudal epiblast
SBR-84h_B:GTAACCAAGTGTTGAA,Naive pluripotency
SBR-84h_B:TACTTACAGCGTCTCG,Caudal epiblast/primitive streak
SBR-84h_B:TTCGATTTCTCTCCGA,Caudal epiblast
SBR-84h_B:GATCCCTCACGGCTAC,Ectopic pluripotency
SBR-84h_B:TGCGATACACCCATAA,Caudal epiblast/primitive streak
SBR-84h_B:CGAGGAAGTGATCATC,Caudal epiblast/primitive streak
SBR-84h_B:GACCGTGAGCACCAGA,Caudal epiblast
SBR-84h_B:CTCATTACACACCTTC,Caudal epiblast
SBR-84h_B:TCTGCCACAGCCTATA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCCACGTTCGAACGCC,Caudal epiblast/primitive streak
SBR-84h_B:AAACCCACATGACGGA,Caudal epiblast/primitive streak
SBR-84h_B:ACATTTCTCCGCGATG,Cd63+ ectoderm-like artefact
SBR-84h_B:ACTTAGGGTTGGGTAG,Caudal epiblast
SBR-84h_B:AATCACGTCAACTTTC,Caudal epiblast/primitive streak
SBR-84h_B:ACCTACCCAACTCCCT,Caudal epiblast
SBR-84h_B:AAACCCACACTTGAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCATAAGGTACGGTTT,Caudal epiblast/primitive streak
SBR-84h_B:GAATCGTCAACCGACC,Caudal epiblast
SBR-84h_B:AATTCCTCAAATGAAC,Caudal epiblast
SBR-84h_B:CAAGCTATCTAGATCG,Primitive streak
SBR-84h_B:CGCATAAAGCCTCTCT,Caudal epiblast/primitive streak
SBR-84h_B:TCCTTTCTCACACCGG,Naive pluripotency
SBR-84h_B:CGTTGGGAGTGCACAG,Caudal epiblast/primitive streak
SBR-84h_B:TCCGGGAAGACTCCGC,Ectopic pluripotency
SBR-84h_B:CTGGTCTTCGTCAGAT,Caudal epiblast
SBR-84h_B:TTCCTAAAGCCTAACT,Caudal epiblast/primitive streak
SBR-84h_B:TCCCAGTCACAGCATT,Ectopic pluripotency
SBR-84h_B:AAGTACCTCCATTGCC,Primitive streak
SBR-84h_B:AATTTCCGTTTGGAAA,Caudal epiblast/primitive streak
SBR-84h_B:TCTGGCTGTCACAGTT,Caudal epiblast
SBR-84h_B:CCCTGATTCTCGACGG,Caudal epiblast/primitive streak
SBR-84h_B:TGAATGCTCTTACTGT,Primitive streak
SBR-84h_B:CTATAGGAGAGCTTTC,Caudal epiblast/primitive streak
SBR-84h_B:AGCATCACAGGGCTTC,Caudal epiblast/primitive streak
SBR-84h_B:CCTGTTGAGGACAGCT,Caudal epiblast/primitive streak
SBR-84h_B:ATCACGAGTAAGCGGT,Caudal epiblast/primitive streak
SBR-84h_B:CATACCCCAGCGGATA,Caudal epiblast/primitive streak
SBR-84h_B:GGCACGTGTTTGTTCT,Caudal epiblast/primitive streak
SBR-84h_B:GTGAGGATCATTACCT,Caudal epiblast
SBR-84h_B:ATACCGAAGCATACTC,Caudal epiblast/primitive streak
SBR-84h_B:ATCATTCTCTCATTAC,Caudal epiblast/primitive streak
SBR-84h_B:CAAGGGATCTGCTTAT,Caudal epiblast
SBR-84h_B:TAGGTACGTCGCTTAA,Caudal epiblast/primitive streak
SBR-84h_B:AACAAAGAGCCTCTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCATAAGCACACACTA,Caudal epiblast
SBR-84h_B:AAGCAGTGGTATCAAC,Caudal epiblast/primitive streak
SBR-84h_B:GGCGTCATCGCGGACT,Caudal epiblast
SBR-84h_B:CATCCACAGTTCATGC,Caudal epiblast/primitive streak
SBR-84h_B:ACCCTCATCATCGCTC,Caudal epiblast
SBR-84h_B:TTACCATGTGGCAACA,Caudal epiblast/primitive streak
SBR-84h_B:CGCAGGTAGTGCTACT,Caudal epiblast/primitive streak
SBR-84h_B:AACGTCATCGCTTGCT,Caudal epiblast
SBR-84h_B:ACCTGAAGTTACGGAG,Caudal epiblast/primitive streak
SBR-84h_B:CAACGGCTCCTCGATC,Caudal epiblast
SBR-84h_B:CGCATAACAATGACCT,Caudal epiblast/primitive streak
SBR-84h_B:CGGGTCACAGGCGAAT,Caudal epiblast/primitive streak
SBR-84h_B:TCTCCGAGTTTCTTAC,Ectopic pluripotency
SBR-84h_B:CCACAAACATGACAGG,Caudal epiblast
SBR-84h_B:AACACACCATATCTGG,Caudal epiblast/primitive streak
SBR-84h_B:GAAGCGAGTACCAGAG,Caudal epiblast
SBR-84h_B:AGTACCACAGGTGACA,Caudal epiblast
SBR-84h_B:ATCTCTATCAAATAGG,Caudal epiblast
SBR-84h_B:GCAGCTGCAATGGCCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACGTAACCACCAAAGG,Ectopic pluripotency
SBR-84h_B:CTTCTAAGTTTGGAAA,Naive pluripotency
SBR-84h_B:ACTTTCATCAAACTGC,Caudal epiblast
SBR-84h_B:GGGAAGTTCCGTCAAA,Caudal epiblast/primitive streak
SBR-84h_B:GAGACCCTCCGAGGCT,Caudal epiblast/primitive streak
SBR-84h_B:ACTATTCGTACGAGTG,Caudal epiblast
SBR-84h_B:TGGAGGACATACAGGG,Ectopic pluripotency
SBR-84h_B:TGGCGTGAGACCAAGC,Ectopic pluripotency
SBR-84h_B:GACTTCCTCCTGGCTT,Caudal epiblast
SBR-84h_B:GCATGATCATCATCTT,Ectopic pluripotency
SBR-84h_B:AGACCATTCCCATTCG,Caudal epiblast/primitive streak
SBR-84h_B:TAGCACATCTTCGCTG,Caudal mesoderm
SBR-84h_B:CGCCATTTCGTTCAGA,Caudal epiblast/primitive streak
SBR-84h_B:ACACAGTAGGTGCTAG,Ectopic pluripotency
SBR-84h_B:CCGTTCATCTCATGCC,Caudal epiblast
SBR-84h_B:GTAAGTCTCAATGCAC,Ectopic pluripotency
SBR-84h_B:GATAGAAGTGCCCTTT,Caudal epiblast/primitive streak
SBR-84h_B:CATAGACGTTGCTCGG,Caudal epiblast/primitive streak
SBR-84h_B:ATACCGAGTCTCGGGT,Ectopic pluripotency
SBR-84h_B:TGGTAGTCAATTGGTC,Caudal epiblast
SBR-84h_B:AGAGAGCTCACGAGGA,Primitive streak
SBR-84h_B:CCTAAGACAGAACCGA,Caudal epiblast
SBR-84h_B:CTTACCGTCAACTGAC,Ectopic pluripotency
SBR-84h_B:GACGTTAAGCATGGGT,Caudal epiblast/primitive streak
SBR-84h_B:TCGGATAAGGTCACTT,Caudal epiblast
SBR-84h_B:ACGCACGAGTCATTGC,Primitive streak
SBR-84h_B:CAACAACTCGCCATAA,Caudal epiblast
SBR-84h_B:CTCAACCAGACGACTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGAGAGCCAGGTCCGT,Caudal epiblast
SBR-84h_B:TGTTACTAGCACGATG,Naive pluripotency
SBR-84h_B:GTAACCATCGATGCTA,Caudal epiblast
SBR-84h_B:TTGAACGGTTGCTAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGGCAGAGTATTGCC,Caudal epiblast
SBR-84h_B:TCATGGAAGAAGCCAC,Caudal epiblast/primitive streak
SBR-84h_B:GGTTCTCAGCTCGTGC,Caudal epiblast/primitive streak
SBR-84h_B:CACATGATCCGTCAAA,Ectopic pluripotency
SBR-84h_B:TGTTTGTAGAGAGCCT,Naive pluripotency
SBR-84h_B:AAACCCACAGATAAAC,Caudal epiblast
SBR-84h_B:TCTACATGTCGTTATG,Caudal epiblast/primitive streak
SBR-84h_B:ACATTTCCAATCCAGT,Caudal epiblast
SBR-84h_B:AGAGAATAGGTTCAGG,Caudal epiblast/primitive streak
SBR-84h_B:ATCGGCGAGTCATACC,Caudal epiblast/primitive streak
SBR-84h_B:TGGAGGACAGGGAATC,Naive pluripotency
SBR-84h_B:TAACGACCAGCGTATT,Caudal epiblast/primitive streak
SBR-84h_B:GTAGCTAAGTAAAGCT,Caudal epiblast/primitive streak
SBR-84h_B:ATTTACCCAGTTAAAG,Caudal epiblast
SBR-84h_B:AAGTACCAGTTCCAGT,Caudal epiblast
SBR-84h_B:CTAGGTATCACACCGG,Caudal epiblast
SBR-84h_B:TCACATTAGCGATTCT,Caudal mesoderm
SBR-84h_B:TCAATCTCACACACTA,Caudal epiblast
SBR-84h_B:AAGGAATCAAAGGCAC,Caudal epiblast
SBR-84h_B:TGAGTCACAAGTGTCT,Primitive streak
SBR-84h_B:ACAAGCTTCACGAACT,Caudal epiblast
SBR-84h_B:AGGTTGTCAAGTAGTA,Caudal epiblast/primitive streak
SBR-84h_B:CCCTCTCCATCCGGCA,Ectopic pluripotency
SBR-84h_B:ACAGAAAAGGGAGGCA,Caudal epiblast
SBR-84h_B:AGGATAATCGTACCTC,Caudal epiblast
SBR-84h_B:GTTACCCGTTCGAACT,Caudal epiblast/primitive streak
SBR-84h_B:GCACGTGAGCGTTCAT,Cd63+ ectoderm-like artefact
SBR-84h_B:TGACAGTCAAAGACGC,Primitive streak
SBR-84h_B:TATCGCCTCCATTCGC,Ectopic pluripotency
SBR-84h_B:CTCACTGCATTGCCTC,Caudal epiblast
SBR-84h_B:GGAGCAAGTCCGGTGT,Caudal epiblast
SBR-84h_B:TGAACGTCAGCGGTCT,Caudal epiblast/primitive streak
SBR-84h_B:AGGCTGCTCAAATAGG,Naive pluripotency
SBR-84h_B:ATTCGTTCAGTCAGTT,Caudal epiblast
SBR-84h_B:GCCAACGGTCTACACA,Caudal epiblast/primitive streak
SBR-84h_B:CATCGGGGTCCGGTCA,Caudal epiblast/primitive streak
SBR-84h_B:GTGATGTCAAGAAACT,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACGTCACATGCCGGT,Caudal epiblast/primitive streak
SBR-84h_B:GACACGCCACACAGAG,Naive pluripotency
SBR-84h_B:TGTCCTGAGAAAGCGA,Naive pluripotency
SBR-84h_B:CTACCCAAGGTAGGCT,Caudal mesoderm
SBR-84h_B:ACAAAGAAGTATTGCC,Caudal epiblast/primitive streak
SBR-84h_B:CTCGAGGTCAATCCGA,Caudal epiblast/primitive streak
SBR-84h_B:TCAATTCCACAAGCTT,Primitive streak
SBR-84h_B:CTTGATTCAGCGTAGA,Caudal epiblast/primitive streak
SBR-84h_B:CTCATGCAGTAGAATC,Caudal epiblast
SBR-84h_B:ATGTCCCCAGAGACTG,Primitive streak
SBR-84h_B:AGTGACTTCCCTCTTT,Caudal epiblast
SBR-84h_B:TCAGGTATCTACTCAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGTAAGCAGCACAAAT,Ectopic pluripotency
SBR-84h_B:TTAGGGTAGTTTAGGA,Caudal epiblast
SBR-84h_B:ATTCCCGAGCCGATTT,Primitive streak
SBR-84h_B:TACAACGGTATTTCTC,Caudal mesoderm
SBR-84h_B:AGTGATCAGATGGGCT,Caudal epiblast
SBR-84h_B:CCACGTTCACAATTCG,Caudal epiblast
SBR-84h_B:TCATACTCACTCCTGT,Caudal epiblast
SBR-84h_B:CCCGAAGGTCCGAAGA,Primitive streak
SBR-84h_B:GGTAACTGTTCTCGTC,Primitive streak
SBR-84h_B:TCCTCGACAGTTACCA,Caudal epiblast
SBR-84h_B:AGCTCAAGTAACGATA,Caudal epiblast
SBR-84h_B:TCATCATAGCTTTCCC,Primitive streak
SBR-84h_B:CAACGATGTTTACCAG,Naive pluripotency
SBR-84h_B:CAGATTGTCAGGTGTT,Caudal epiblast
SBR-84h_B:TCATACTAGTGCGACA,Caudal epiblast
SBR-84h_B:ATTCGTTCAGAGTCTT,Caudal epiblast/primitive streak
SBR-84h_B:CTACATTCACAGTCGC,Caudal mesoderm
SBR-84h_B:TCACTATCAACCGCCA,Primitive streak
SBR-84h_B:GCTACCTGTTAAGCAA,Caudal epiblast/primitive streak
SBR-84h_B:CAACAGTTCACTGCTC,Primitive streak
SBR-84h_B:TGAGCGCAGCGCTTCG,Caudal epiblast/primitive streak
SBR-84h_B:TGACTCCCAGGCACTC,Caudal epiblast
SBR-84h_B:AGTCTCCCATCGAACT,Caudal epiblast
SBR-84h_B:TTTATGCGTTCCTAGA,Caudal epiblast/primitive streak
SBR-84h_B:TCGTAGAAGATAACAC,Caudal epiblast
SBR-84h_B:GAGACCCGTAATGATG,Caudal epiblast/primitive streak
SBR-84h_B:CGTAATGCACGGAAGT,Caudal epiblast/primitive streak
SBR-84h_B:TACCTGCAGGTACTGG,Caudal epiblast/primitive streak
SBR-84h_B:CTTCCGAGTTGATGTC,Caudal mesoderm
SBR-84h_B:CTTGAGATCACAACCA,Caudal epiblast/primitive streak
SBR-84h_B:GCAGGCTGTCTACACA,Caudal epiblast
SBR-84h_B:TACTTACTCTACACTT,Caudal epiblast
SBR-84h_B:CCTTCAGCACTAACGT,Caudal epiblast
SBR-84h_B:TCAAGTGAGATCCGAG,Caudal epiblast/primitive streak
SBR-84h_B:CAAGAGGTCAGCCTTC,Ectopic pluripotency
SBR-84h_B:AAAGGTAAGACCCTTA,Naive pluripotency
SBR-84h_B:TTACCATAGTAGAATC,Caudal epiblast/primitive streak
SBR-84h_B:TCAGTTTAGCATCTTG,Caudal epiblast/primitive streak
SBR-84h_B:ATTCCTACATCCGTTC,Ectopic pluripotency
SBR-84h_B:AACCAACAGACGCATG,Caudal epiblast/primitive streak
SBR-84h_B:TATATCCTCCTTATCA,Caudal epiblast
SBR-84h_B:TTCCGGTGTCGCGGTT,Naive pluripotency
SBR-84h_B:GGTCTGGAGTACAGCG,Caudal epiblast/primitive streak
SBR-84h_B:TATCCTAAGGGACAGG,Caudal epiblast
SBR-84h_B:TGACTCCTCCATTTCA,Caudal epiblast
SBR-84h_B:TCTTAGTAGTAGCATA,Caudal epiblast
SBR-84h_B:CTGCGAGAGTAACCTC,Caudal epiblast/primitive streak
SBR-84h_B:GACTTCCTCCGAACGC,Ectopic pluripotency
SBR-84h_B:AGTACCAAGAAAGCGA,Caudal epiblast
SBR-84h_B:CAAGACTGTAGGATAT,Caudal epiblast/primitive streak
SBR-84h_B:GGCTGTGGTTACCGTA,Primitive streak
SBR-84h_B:GTTAGTGTCGTGGGTC,Caudal epiblast
SBR-84h_B:AGGAGGTGTTTGCCGG,Caudal epiblast
SBR-84h_B:TGTTACTAGCTATCTG,Naive pluripotency
SBR-84h_B:TTTGGTTAGATGGCGT,Caudal epiblast
SBR-84h_B:ATACTTCAGGAACTCG,Caudal epiblast/primitive streak
SBR-84h_B:AAAGGTAGTAACATCC,Caudal epiblast
SBR-84h_B:CACAGGCGTTTGCAGT,Caudal epiblast/primitive streak
SBR-84h_B:CGTAATGCATGTGACT,Caudal epiblast/primitive streak
SBR-84h_B:CACGTTCTCACCATCC,Caudal epiblast
SBR-84h_B:CTACAGATCTCACGAA,Ectopic pluripotency
SBR-84h_B:CATTGCCTCCTAGCCT,Primitive streak
SBR-84h_B:TAGATCGCATACTTTC,Ectopic pluripotency
SBR-84h_B:AGTTCGATCCTCAGAA,Caudal epiblast/primitive streak
SBR-84h_B:ATTCCATAGCCTATTG,Primitive streak
SBR-84h_B:TGGAGGAGTGGCGCTT,Caudal epiblast/primitive streak
SBR-84h_B:AACAAGACATTAAGCC,Caudal epiblast/primitive streak
SBR-84h_B:CTGAGGCGTATAATGG,Naive pluripotency
SBR-84h_B:CGGGTCAAGGAATTAC,Caudal epiblast
SBR-84h_B:AGGAAATTCATCACAG,Primitive streak
SBR-84h_B:ATGTCCCAGGCCTAGA,Caudal epiblast/primitive streak
SBR-84h_B:GGGCGTTTCCTACGAA,Caudal epiblast/primitive streak
SBR-84h_B:AACCATGGTGTTCATG,Caudal epiblast
SBR-84h_B:CAGATACTCTGTGCTC,Caudal epiblast
SBR-84h_B:GATCAGTTCGCTGTCT,Caudal epiblast
SBR-84h_B:CTAGACACAGCTGTTA,Caudal epiblast
SBR-84h_B:TTTCAGTCAAGGAGTC,Naive pluripotency
SBR-84h_B:ATGTCCCGTGTCTTAG,Naive pluripotency
SBR-84h_B:AAGCGAGAGCCATTGT,Caudal mesoderm
SBR-84h_B:ACAAGCTAGACTTAAG,Ectopic pluripotency
SBR-84h_B:TCTAACTAGAGAGAAC,Caudal epiblast
SBR-84h_B:TTTAGTCTCCTTCTTC,Caudal epiblast/primitive streak
SBR-84h_B:ACTGCAAGTGCATTAC,Caudal epiblast
SBR-84h_B:AAACCCAAGAGATGCC,Naive pluripotency
SBR-84h_B:GGTTAACGTAGTACGG,Caudal epiblast/primitive streak
SBR-84h_B:CCACGAGCAAGGTCAG,Caudal epiblast
SBR-84h_B:TGCCGAGGTTTACCAG,Caudal epiblast
SBR-84h_B:GGCAGTCCAACTTGCA,Caudal epiblast/primitive streak
SBR-84h_B:CGAGTTATCATCCCGT,Naive pluripotency
SBR-84h_B:AACAGGGCATGGGAAC,Caudal epiblast
SBR-84h_B:ATGATCGGTGACGCCT,Caudal epiblast
SBR-84h_B:TGCAGATAGCGAACTG,Caudal epiblast
SBR-84h_B:ACGGTTAGTAAGATAC,Primitive streak
SBR-84h_B:GCAGGCTGTTGCACGC,Primitive streak
SBR-84h_B:GTCGAATGTTTGGGTT,Caudal epiblast
SBR-84h_B:TACTTACCATGTGCTA,Caudal epiblast/primitive streak
SBR-84h_B:TTCGCTGTCCGTGCGA,Caudal epiblast/primitive streak
SBR-84h_B:CAATACGAGCTGTTAC,Caudal epiblast
SBR-84h_B:GGCAGTCAGCATCTTG,Caudal mesoderm
SBR-84h_B:TACGTCCTCTAAGCCA,Caudal epiblast
SBR-84h_B:AGTTCGAAGTCTTCGA,Caudal mesoderm
SBR-84h_B:AAGACAAAGTGATGGC,Ectopic pluripotency
SBR-84h_B:ACTTTCATCTTGGATG,Caudal epiblast/primitive streak
SBR-84h_B:CATAAGCCATGAGATA,Caudal epiblast
SBR-84h_B:TTCTGTACACATGACT,Ectopic pluripotency
SBR-84h_B:TTACGTTAGAGCAGCT,Ectopic pluripotency
SBR-84h_B:TCGACCTTCATCGGGC,Ectopic pluripotency
SBR-84h_B:CATGCCTTCCAACTAG,Caudal epiblast/primitive streak
SBR-84h_B:TACCGGGAGCTTAAGA,Caudal epiblast
SBR-84h_B:AGGAATATCCGGGACT,Ectopic pluripotency
SBR-84h_B:GATCGTACATGGCGCT,Caudal epiblast
SBR-84h_B:AACTTCTTCCTACTGC,Caudal epiblast
SBR-84h_B:CTTGAGATCTGTGCAA,Caudal epiblast
SBR-84h_B:TTGCGTCAGTGTTCCA,Caudal epiblast/primitive streak
SBR-84h_B:TGCACGGAGGGAGGGT,Caudal epiblast/primitive streak
SBR-84h_B:CCCGGAACAGTTTGGT,Caudal epiblast/primitive streak
SBR-84h_B:TCACGCTGTACACGCC,Caudal epiblast
SBR-84h_B:TCACGCTTCAGATGCT,Ectopic pluripotency
SBR-84h_B:CATGCTCCATGACGAG,Primitive streak
SBR-84h_B:TTAGGGTAGGCCACTC,Ectopic pluripotency
SBR-84h_B:AACGAAATCTGGAAGG,Caudal epiblast
SBR-84h_B:AGCTTCCAGGTCACTT,Caudal mesoderm
SBR-84h_B:GGGAGATGTTCGGCCA,Caudal epiblast
SBR-84h_B:GCTACCTCAACAAGAT,Caudal epiblast/primitive streak
SBR-84h_B:GAATCACAGACTGTTC,Caudal epiblast/primitive streak
SBR-84h_B:AGTTCCCCAGGCACAA,Caudal epiblast/primitive streak
SBR-84h_B:ATTGGGTTCGACATCA,Caudal epiblast
SBR-84h_B:GCATTAGTCTTGGTGA,Caudal epiblast
SBR-84h_B:GCAACCGTCATTGTGG,Caudal epiblast/primitive streak
SBR-84h_B:CAGATACTCTCGGGAC,Caudal epiblast
SBR-84h_B:CCAATGATCCACGGGT,Caudal epiblast
SBR-84h_B:CATCCGTTCGATACGT,Caudal epiblast
SBR-84h_B:TTTACCAAGGCTCCCA,Caudal epiblast
SBR-84h_B:TTGGGATCATGTGACT,Caudal epiblast/primitive streak
SBR-84h_B:ATAGACCAGTCGGCCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGACAAAGTAGAGCTG,Caudal epiblast
SBR-84h_B:GCTGGGTAGGATTCCT,Primitive streak
SBR-84h_B:CTGAGGCGTTGCTCGG,Caudal epiblast/primitive streak
SBR-84h_B:TAACTTCTCACTTCTA,Caudal mesoderm
SBR-84h_B:GGCTTTCAGTCATCCA,Caudal epiblast/primitive streak
SBR-84h_B:AGATCCACAGCACGAA,Caudal epiblast/primitive streak
SBR-84h_B:CATTCTAAGGTTCCAT,Ectopic pluripotency
SBR-84h_B:GTAGATCAGTCAGCCC,Caudal epiblast
SBR-84h_B:CTCAACCTCTGAGTCA,Primitive streak
SBR-84h_B:CAGCGTGTCAGCTTGA,Caudal epiblast
SBR-84h_B:CACTAAGTCAAGAAAC,Caudal epiblast
SBR-84h_B:TTCCACGTCCTATTTG,Ectopic pluripotency
SBR-84h_B:GGATGTTAGTTCAACC,Caudal epiblast/primitive streak
SBR-84h_B:AGGATCTCAATTCACG,Ectopic pluripotency
SBR-84h_B:GTGGAGATCTTCTGGC,Caudal epiblast/primitive streak
SBR-84h_B:GATCATGGTCCTCCAT,Naive pluripotency
SBR-84h_B:GATCACATCGAGCCAC,Caudal epiblast/primitive streak
SBR-84h_B:TGTACAGAGAAATTGC,Caudal epiblast/primitive streak
SBR-84h_B:AGACAGGCAGTTGGTT,Ectopic pluripotency
SBR-84h_B:CCTCCTCTCAACCTCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATTCTACTCTTGGAAC,Caudal epiblast/primitive streak
SBR-84h_B:CTTGATTAGGAAAGGT,Ectopic pluripotency
SBR-84h_B:ATGAGGGCACATTGTG,Caudal epiblast
SBR-84h_B:GATCACAGTTCCTACC,Caudal epiblast
SBR-84h_B:TGTAGACCATTGACTG,Caudal epiblast
SBR-84h_B:AGCCACGGTAAGCAAT,Caudal epiblast
SBR-84h_B:AAGCATCCATGCCGAC,Caudal epiblast/primitive streak
SBR-84h_B:TAAGCACCAGTGGCTC,Caudal epiblast/primitive streak
SBR-84h_B:ATAGAGACATCCGCGA,Caudal epiblast
SBR-84h_B:GTGAGCCTCTCCTGTG,Caudal epiblast/primitive streak
SBR-84h_B:GGGTCTGGTGTCCAAT,Naive pluripotency
SBR-84h_B:CGGAGAAGTACCAATC,Caudal epiblast/primitive streak
SBR-84h_B:CGCATGGTCAATCTCT,Caudal epiblast
SBR-84h_B:GAAGTAAAGGGCAATC,Naive pluripotency
SBR-84h_B:CCACCATAGACCGCCT,Naive pluripotency
SBR-84h_B:AAGCCATTCATGTCTT,Caudal epiblast
SBR-84h_B:TAACGACTCTGCGTCT,Caudal epiblast/primitive streak
SBR-84h_B:ATTTCTGCAGCGTATT,Ectopic pluripotency
SBR-84h_B:AACAGGGAGCCACCGT,Caudal epiblast/primitive streak
SBR-84h_B:TTGGATGTCCAAGCCG,Caudal epiblast
SBR-84h_B:ACTTCCGCACAGCTTA,Primitive streak
SBR-84h_B:CTCCAACGTTCTCCTG,Ectopic pluripotency
SBR-84h_B:TCAATCTGTTACACTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGGATCATCGGCCCAA,Caudal epiblast
SBR-84h_B:AAGTACCAGTAAATGC,Caudal epiblast/primitive streak
SBR-84h_B:CGAGTTAGTCGCATTA,Caudal epiblast
SBR-84h_B:TGAACGTTCTCCAAGA,Naive pluripotency
SBR-84h_B:CATCGTCTCTGCCTCA,Caudal epiblast/primitive streak
SBR-84h_B:GACGCTGTCCTTGGAA,Caudal epiblast
SBR-84h_B:CCTTTGGTCACTGTTT,Caudal epiblast/primitive streak
SBR-84h_B:CAGGGCTGTTAATGAG,Caudal epiblast
SBR-84h_B:GTACAGTCATCAGCGC,Primitive streak
SBR-84h_B:GGGCTCACAAGGCAAC,Ectopic pluripotency
SBR-84h_B:AGGACGAAGTAAACGT,Caudal epiblast
SBR-84h_B:GCACATACACGCTGAC,Caudal epiblast
SBR-84h_B:CAGCAGCCAAGACGAC,Primitive streak
SBR-84h_B:GCACATATCAAGAGGC,Caudal epiblast
SBR-84h_B:GCCTGTTAGTCCTGTA,Primitive streak
SBR-84h_B:AAGGAATTCTATTCGT,Caudal epiblast
SBR-84h_B:GAGCTGCAGCTAAACA,Ectopic pluripotency
SBR-84h_B:ACGCACGCATACAGGG,Caudal epiblast/primitive streak
SBR-84h_B:CTCCTCCGTAACGTTC,Caudal epiblast/primitive streak
SBR-84h_B:TTGCATTTCCTGCTAC,Primitive streak
SBR-84h_B:GATTTCTCAACGATCT,Caudal epiblast
SBR-84h_B:ACGGTTATCAGGTAAA,Caudal epiblast
SBR-84h_B:CAATACGCAACTGCTA,Caudal epiblast
SBR-84h_B:GGGTATTCATGAGAAT,Caudal epiblast/primitive streak
SBR-84h_B:CGTTGGGCATTAGGAA,Caudal epiblast/primitive streak
SBR-84h_B:TAGCACAAGTACAACA,Primitive streak
SBR-84h_B:CTCGAGGTCCTAGCCT,Caudal epiblast
SBR-84h_B:CATCCGTAGCACCGAA,Caudal epiblast/primitive streak
SBR-84h_B:TGCAGATTCGCTACGG,Caudal epiblast
SBR-84h_B:CCGGACAGTACCGTCG,Caudal epiblast/primitive streak
SBR-84h_B:ACTTATCGTACTGACT,Caudal epiblast/primitive streak
SBR-84h_B:CTTCTAATCTCGCTCA,Caudal epiblast
SBR-84h_B:TTGTGGAAGCCTGGAA,Ectopic pluripotency
SBR-84h_B:CTCAGGGCACGCTGTG,Cd63+ ectoderm-like artefact
SBR-84h_B:TTATTGCAGAGGCTGT,Caudal epiblast/primitive streak
SBR-84h_B:AGGTTGTCATGCCATA,Primitive streak
SBR-84h_B:GAATAGATCTCGAACA,Caudal epiblast
SBR-84h_B:AGGTAGGTCTGATGGT,Primitive streak
SBR-84h_B:ACTATGGTCGCTACGG,Caudal epiblast
SBR-84h_B:ATAGACCAGTATGGAT,Primitive streak
SBR-84h_B:CCTCACATCGCTTGAA,Caudal epiblast/primitive streak
SBR-84h_B:TCATTGTCACTCAGAT,Caudal epiblast
SBR-84h_B:TACCTCGTCATTACGG,Caudal epiblast
SBR-84h_B:CCACCATCAAGAATGT,Primitive streak
SBR-84h_B:GTGTTAGTCATCGCAA,Caudal epiblast
SBR-84h_B:GAGTTTGAGTGCCCGT,Caudal epiblast/primitive streak
SBR-84h_B:GACTTCCAGTGAATAC,Primitive streak
SBR-84h_B:TTCCACGTCTGCCTCA,Primitive streak
SBR-84h_B:AGGTTGTTCTTAGGAC,Caudal epiblast/primitive streak
SBR-84h_B:TCCATGCAGGTTCAGG,Ectopic pluripotency
SBR-84h_B:ACGGTCGAGTTCATGC,Caudal mesoderm
SBR-84h_B:AGGCATTCATCGGTTA,Primitive streak
SBR-84h_B:AGACAAATCATCGGGC,Caudal epiblast/primitive streak
SBR-84h_B:TCTACCGTCCTCACGT,Primitive streak
SBR-84h_B:GCCCAGACAGCCGGTT,Ectopic pluripotency
SBR-84h_B:CAGTGCGTCTACACTT,Caudal epiblast/primitive streak
SBR-84h_B:GGCACGTTCACTTCTA,Caudal epiblast/primitive streak
SBR-84h_B:AACCACAAGAATACAC,Caudal epiblast
SBR-84h_B:AATTTCCCAAGGGTCA,Caudal epiblast
SBR-84h_B:GGGTGAATCTCCTACG,Exiting naive pluripotency
SBR-84h_B:ATCGGATCAGCTTCCT,Caudal epiblast/primitive streak
SBR-84h_B:AAAGTGAGTGTTAAAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGTTACTAGCTGAGCA,Caudal epiblast
SBR-84h_B:TTGTGGAAGTGCACCC,Caudal epiblast
SBR-84h_B:TCAGTTTAGGCTAAAT,Caudal epiblast
SBR-84h_B:TTTCGATCAAGCGAGT,Caudal epiblast/primitive streak
SBR-84h_B:CCACCATAGTTTGCTG,Caudal epiblast/primitive streak
SBR-84h_B:ATGGATCCATTCCTAT,Caudal epiblast
SBR-84h_B:GAAGGACTCCGAAGGA,Primitive streak
SBR-84h_B:CAGCACGCATACCACA,Caudal epiblast
SBR-84h_B:CGGGTGTCACTGCTTC,Ectopic pluripotency
SBR-84h_B:ACACTGAAGCCTTTCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCTGCCACATCTGTTT,Caudal epiblast
SBR-84h_B:ATCTTCAGTCATCACA,Caudal epiblast
SBR-84h_B:TACAGGTGTAGTCTGT,Caudal epiblast
SBR-84h_B:TGTGAGTGTGAATAAC,Primitive streak
SBR-84h_B:AGTAGTCAGCTATCCA,Caudal epiblast
SBR-84h_B:GGAGGATTCCCTCATG,Caudal epiblast
SBR-84h_B:AATCGTGTCATGACAC,Caudal epiblast
SBR-84h_B:TAACACGCAAAGGGTC,Caudal epiblast/primitive streak
SBR-84h_B:CCTCTCCGTAGAGCTG,Caudal epiblast
SBR-84h_B:TGCGATAGTTAAACCC,Primitive streak
SBR-84h_B:ACCATTTCAGTGAGCA,Caudal epiblast
SBR-84h_B:AAGGTAACAAGGAGTC,Primitive streak
SBR-84h_B:CTCAACCAGAGTGACC,Caudal epiblast
SBR-84h_B:AAGACAACAGAACCGA,Caudal epiblast
SBR-84h_B:ACGCACGAGAGTTCGG,Caudal epiblast
SBR-84h_B:CGCAGGTAGATTCGCT,Caudal epiblast
SBR-84h_B:TGTCAGAGTGCGAACA,Caudal epiblast/primitive streak
SBR-84h_B:TTGCATTGTTCCACAA,Caudal epiblast
SBR-84h_B:AGAAGTAAGTAGGTTA,Caudal epiblast
SBR-84h_B:TGGAACTTCTGCTAGA,Caudal epiblast
SBR-84h_B:GCCCAGAAGAAATCCA,Caudal epiblast
SBR-84h_B:AGATGAAAGTAGATCA,Primitive streak
SBR-84h_B:TGATGGTGTATTCTCT,Caudal epiblast
SBR-84h_B:AGTTAGCGTGAACTAA,Caudal epiblast/primitive streak
SBR-84h_B:AACAACCTCTCAATCT,Ectopic pluripotency
SBR-84h_B:TACTTACGTCGTATGT,Caudal epiblast
SBR-84h_B:GTATTTCAGCCGATCC,Caudal epiblast
SBR-84h_B:GCCGATGTCCTATGGA,Caudal epiblast
SBR-84h_B:GAGTCTAGTGCCTGCA,Caudal epiblast/primitive streak
SBR-84h_B:CGAGTTATCATGAGTC,Caudal epiblast
SBR-84h_B:ATTATCCGTTCTCTCG,Primitive streak
SBR-84h_B:TACCCACCATCCGAAT,Caudal epiblast/primitive streak
SBR-84h_B:TCTCAGCCACCTGAAT,Caudal epiblast
SBR-84h_B:GTGAGTTGTGCCGTTG,Caudal epiblast/primitive streak
SBR-84h_B:TAAGCGTAGTCGCCCA,Caudal epiblast
SBR-84h_B:CGTCAAAGTTATCTTC,Caudal epiblast/primitive streak
SBR-84h_B:TCGGGTGGTGCGGCTT,Caudal epiblast/primitive streak
SBR-84h_B:GTTCGCTGTGCACAAG,Caudal epiblast
SBR-84h_B:AAGCGAGGTTGAATCC,Caudal epiblast
SBR-84h_B:GTCTAGAGTCTCAGAT,Primitive streak
SBR-84h_B:TACCGAACACTGATTG,Caudal epiblast
SBR-84h_B:CCTATCGCAAAGCTAA,Caudal epiblast/primitive streak
SBR-84h_B:TTGCCTGCAAAGTGTA,Caudal epiblast/primitive streak
SBR-84h_B:AAGTTCGGTATTCCTT,Primitive streak
SBR-84h_B:AATGGCTCAGTCCCGA,Caudal epiblast
SBR-84h_B:CATCCACTCGATCCAA,Caudal epiblast
SBR-84h_B:GGATCTACAACGACTT,Caudal epiblast/primitive streak
SBR-84h_B:CCATAAGCACATAGCT,Caudal epiblast/primitive streak
SBR-84h_B:ATGCCTCTCTACGCGG,Caudal epiblast
SBR-84h_B:TCCCATGTCCTAACAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGAGCCGTGTTACTG,Caudal epiblast
SBR-84h_B:CGGACACTCATCCTGC,Caudal epiblast
SBR-84h_B:GGACGTCAGAGTCCGA,Caudal epiblast
SBR-84h_B:CCATAAGAGACGGAAA,Caudal epiblast
SBR-84h_B:TACTGCCGTTTCGCTC,Ectopic pluripotency
SBR-84h_B:TAGGTACAGCGATCGA,Naive pluripotency
SBR-84h_B:ACTCTCGAGCAGCAGT,Primitive streak
SBR-84h_B:CGTGAATGTATCAAGA,Caudal epiblast/primitive streak
SBR-84h_B:CTGTATTTCTGTGCAA,Ectopic pluripotency
SBR-84h_B:AACACACAGATGGGCT,Ectopic pluripotency
SBR-84h_B:CCTCAACCATGCTGCG,Primitive streak
SBR-84h_B:ACTACGAAGGTGTGAC,Caudal epiblast
SBR-84h_B:TCATTGTTCCAGTGCG,Primitive streak
SBR-84h_B:TTGCATTTCCACAGCG,Caudal epiblast
SBR-84h_B:AATGCCAAGACTCAAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TACATTCTCCATCCGT,Caudal epiblast
SBR-84h_B:CGGCAGTGTGCCTGCA,Primitive streak
SBR-84h_B:CAAGCTAAGGGTGGGA,Caudal epiblast
SBR-84h_B:AGACAAATCGACGACC,Caudal epiblast
SBR-84h_B:CAGAGCCAGATGGGCT,Caudal epiblast
SBR-84h_B:GTTGTGAAGAAGTCTA,Ectopic pluripotency
SBR-84h_B:CAGATCACAATGAACA,Caudal epiblast/primitive streak
SBR-84h_B:AGTCAACTCTGCGGAC,Caudal epiblast/primitive streak
SBR-84h_B:AGGCCACGTGGCACTC,Caudal epiblast
SBR-84h_B:GTCGTAAAGCCTGCCA,Caudal epiblast
SBR-84h_B:AGGTCTACAGTTAGGG,Caudal epiblast/primitive streak
SBR-84h_B:ATTATCCCAGAGTGTG,Caudal epiblast/primitive streak
SBR-84h_B:CAGCAATTCCGATTAG,Caudal epiblast
SBR-84h_B:CGAGTTAGTATAGGAT,Caudal epiblast
SBR-84h_B:GGAATGGAGATAGGGA,Ectopic pluripotency
SBR-84h_B:AAATGGAGTCAACGCC,Caudal epiblast/primitive streak
SBR-84h_B:GCCGTGATCCGCACGA,Naive pluripotency
SBR-84h_B:AGGGTCCTCTGTCCCA,Caudal epiblast
SBR-84h_B:ATTGTTCAGTCTGTAC,Ectopic pluripotency
SBR-84h_B:TTGTGTTAGGCTCTCG,Ectopic pluripotency
SBR-84h_B:CTCCATGCAGCTCATA,Caudal epiblast
SBR-84h_B:ACCATTTTCTGTAACG,Caudal epiblast
SBR-84h_B:GCATTAGAGGTTATAG,Caudal epiblast
SBR-84h_B:ATCGATGTCAGCAGAG,Caudal epiblast
SBR-84h_B:ATGCATGCATCGAAGG,Caudal epiblast/primitive streak
SBR-84h_B:GGTAACTGTGTTACAC,Caudal epiblast
SBR-84h_B:CGTAGTAGTGTTACTG,Caudal epiblast/primitive streak
SBR-84h_B:GGTAATCAGGAGAATG,Caudal epiblast
SBR-84h_B:GTTGAACGTGGCGTAA,Caudal epiblast
SBR-84h_B:TCAGCCTGTGGCTACC,Primitive streak
SBR-84h_B:TCCTTCTTCACCATCC,Caudal epiblast
SBR-84h_B:CCACAAACAATGAAAC,Caudal epiblast
SBR-84h_B:CCGGTGATCCGTGCGA,Caudal epiblast/primitive streak
SBR-84h_B:GCAGCTGAGTGCAGGT,Ectopic pluripotency
SBR-84h_B:CACGTTCGTTCTTCAT,Caudal epiblast/primitive streak
SBR-84h_B:GGAGCAATCATTTCGT,Primitive streak
SBR-84h_B:AACAAAGGTGAACGGT,Caudal epiblast
SBR-84h_B:AGTCATGAGTAACGAT,Caudal epiblast
SBR-84h_B:TCCACGTCACGACAGA,Primitive streak
SBR-84h_B:AAGCGAGTCGATACAC,Ectopic pluripotency
SBR-84h_B:ACTCCCACAAGTGACG,Caudal epiblast
SBR-84h_B:CTAACTTGTTGGTACT,Caudal epiblast
SBR-84h_B:CCGGTAGCAGTCTGGC,Caudal epiblast
SBR-84h_B:GTAGAAACACTTCTCG,Caudal epiblast/primitive streak
SBR-84h_B:CTAGGTAAGAAGTCTA,Caudal epiblast
SBR-84h_B:CATACAGCAAAGTGTA,Caudal epiblast
SBR-84h_B:AGGATCTTCCGTGTAA,Caudal epiblast/primitive streak
SBR-84h_B:TTGTTCACAAGGGTCA,Caudal epiblast
SBR-84h_B:TCGCACTGTACCCAGC,Caudal epiblast
SBR-84h_B:GGTAGAGCATTGCCGG,Ectopic pluripotency
SBR-84h_B:TCACAAGTCCCTCGTA,Caudal epiblast
SBR-84h_B:AGGCATTTCGGTGAAG,Caudal epiblast
SBR-84h_B:CCTCATGCAACCCGCA,Caudal epiblast
SBR-84h_B:GTAACCACAAGCACCC,Primitive streak
SBR-84h_B:AGTCTCCTCGTGTTCC,Ectopic pluripotency
SBR-84h_B:AGTACTGGTGCGACAA,Ectopic pluripotency
SBR-84h_B:AACAAAGAGATGAATC,Caudal epiblast
SBR-84h_B:ATTTACCTCGTTCCTG,Caudal epiblast
SBR-84h_B:CGGAATTCACGACAAG,Caudal epiblast/primitive streak
SBR-84h_B:GTTGTAGAGGTTCCGC,Primitive streak
SBR-84h_B:GTCATGAGTCTGTCCT,Ectopic pluripotency
SBR-84h_B:GTTCCGTTCATGCCGG,Caudal epiblast
SBR-84h_B:GACTCTCCAGATACCT,Caudal epiblast
SBR-84h_B:CGACAGCAGCGCCTAC,Primitive streak
SBR-84h_B:CACCGTTGTTCGTACA,Caudal epiblast/primitive streak
SBR-84h_B:AAGACTCTCAAGTCTG,Caudal epiblast
SBR-84h_B:CGCAGGTAGTTGCCTA,Primitive streak
SBR-84h_B:TACCGAAAGTTCCAGT,Primitive streak
SBR-84h_B:CGAGAAGTCCAATCCC,Primitive streak
SBR-84h_B:AGGGCCTCACAAGCTT,Caudal epiblast
SBR-84h_B:GGTTGTACAGCGTTTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCAGTTATCATGCAGT,Primitive streak
SBR-84h_B:GTCAAGTTCAAGAAAC,Caudal epiblast
SBR-84h_B:TTCCGGTGTAATGCGG,Caudal epiblast/primitive streak
SBR-84h_B:TAGCACAAGGCTCACC,Primitive streak
SBR-84h_B:TAGCACATCGGCGATC,Caudal epiblast
SBR-84h_B:CTAAGTGTCAGTAGGG,Caudal epiblast
SBR-84h_B:TCCGGGATCCCTCTCC,Ectopic pluripotency
SBR-84h_B:CATTGTTGTCATAGTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGCATCCTCACCATGA,Caudal epiblast
SBR-84h_B:TGATTTCGTATGATCC,Primitive streak
SBR-84h_B:GCCAGCAGTTTCACAG,Ectopic pluripotency
SBR-84h_B:AGTCACAAGCCAAGCA,Ectopic pluripotency
SBR-84h_B:ACGTAACGTCATAACC,Ectopic pluripotency
SBR-84h_B:ACGGTTAGTCAACATC,Primitive streak
SBR-84h_B:TGAATCGCAGCACACC,Caudal epiblast
SBR-84h_B:CCGGTGAGTCAAGCGA,Caudal epiblast
SBR-84h_B:AGAAGCGTCCATTCGC,Caudal epiblast/primitive streak
SBR-84h_B:CTCCTCCAGCGAGTAC,Ectopic pluripotency
SBR-84h_B:GACCTTCAGTCAATCC,Caudal epiblast
SBR-84h_B:GTTGCGGTCATAAGGA,Caudal epiblast
SBR-84h_B:TCATCCGCAGGCATGA,Caudal epiblast
SBR-84h_B:ATTCATCAGTAAGAGG,Caudal epiblast
SBR-84h_B:TTAATCCTCACCATAG,Caudal epiblast
SBR-84h_B:CCGTAGGCATGACTCA,Caudal epiblast
SBR-84h_B:AAGACTCAGTGCACCC,Primitive streak
SBR-84h_B:CGTAGTACAAACGAGC,Caudal epiblast
SBR-84h_B:ATTCGTTAGTTTAGGA,Caudal epiblast
SBR-84h_B:TGGATGTTCGCAGTCG,Caudal epiblast
SBR-84h_B:GCGAGAAGTCTAGGTT,Caudal epiblast
SBR-84h_B:TGAGGAGCATCCGAAT,Naive pluripotency
SBR-84h_B:GTCACTCAGGGTCACA,Caudal epiblast/primitive streak
SBR-84h_B:TTCCTCTCAAATGAAC,Caudal epiblast
SBR-84h_B:ACTGATGGTGAATTAG,Caudal epiblast
SBR-84h_B:GTCTTTAGTAGGATAT,Primitive streak
SBR-84h_B:TCATGCCAGGTCACTT,Naive pluripotency
SBR-84h_B:AGACCATCAGTTGAAA,Caudal epiblast
SBR-84h_B:GTCCTCAAGAGAGAAC,Primitive streak
SBR-84h_B:GCCAACGCATGCTGCG,Caudal epiblast
SBR-84h_B:GCGTTTCGTACCCGCA,Caudal epiblast
SBR-84h_B:TCGCACTAGAGGTTTA,Caudal epiblast
SBR-84h_B:CATTGAGCAGCGGTCT,Caudal epiblast
SBR-84h_B:TTCGATTTCAGTAGGG,Ectopic pluripotency
SBR-84h_B:TCTATACGTTTCGATG,Caudal epiblast
SBR-84h_B:AATGGAATCCTCTTTC,Primitive streak
SBR-84h_B:TTCTCTCCATCGGATT,Primitive streak
SBR-84h_B:TCCGGGAAGAACGTGC,Caudal epiblast/primitive streak
SBR-84h_B:TCAATCTCAAGTATAG,Primitive streak
SBR-84h_B:CTCTCAGCAGAACGCA,Caudal epiblast
SBR-84h_B:GACGTTACAGCATCTA,Caudal epiblast
SBR-84h_B:GAGACCCTCAGGCGAA,Caudal epiblast
SBR-84h_B:CCACGAGGTCCAGCGT,Primitive streak
SBR-84h_B:TCCGAAAAGATCCAAA,Caudal epiblast
SBR-84h_B:ACCCAAAGTTTCTATC,Caudal epiblast
SBR-84h_B:GAGGCCTAGCTCCGAC,Caudal epiblast
SBR-84h_B:ACTGTGATCAGTGGGA,Caudal epiblast
SBR-84h_B:TCCTTCTAGAGGATCC,Caudal epiblast
SBR-84h_B:ACGGGTCTCGGACTGC,Caudal epiblast
SBR-84h_B:TGCATCCCAGTCTTCC,Caudal epiblast
SBR-84h_B:TACCTGCGTGGATACG,Ectopic pluripotency
SBR-84h_B:GTATTTCGTCCTACAA,Caudal epiblast
SBR-84h_B:AAAGGATTCTACTTCA,Primitive streak
SBR-84h_B:AGCCAATTCTACCACC,Caudal epiblast
SBR-84h_B:AGTGCCGCATCGGCCA,Primitive streak
SBR-84h_B:CATTTCAAGACTCTTG,Caudal mesoderm
SBR-84h_B:TGTACAGGTAGCGTTT,Caudal epiblast
SBR-84h_B:TCAAGACCAGGTACGA,Caudal epiblast
SBR-84h_B:CAGGTATGTGGTCAAG,Primitive streak
SBR-84h_B:CATTGTTAGACTCATC,Caudal epiblast
SBR-84h_B:TTGCATTCAGAACGCA,Caudal epiblast
SBR-84h_B:AGGTTGTGTGAATTAG,Primitive streak
SBR-84h_B:TAGTGCAGTTACCTTT,Primitive streak
SBR-84h_B:ATCTTCAGTTAAACAG,Primitive streak
SBR-84h_B:GTGGAGAGTACGTACT,Caudal epiblast
SBR-84h_B:GGGACAACAAAGAGTT,Caudal epiblast/primitive streak
SBR-84h_B:CCCGAAGCAACATCGT,Primitive streak
SBR-84h_B:TCACTCGGTTCGTTCC,Primitive streak
SBR-84h_B:AATTCCTTCAGTCTTT,Primitive streak
SBR-84h_B:TAGGAGGTCTAGCCTC,Caudal epiblast
SBR-84h_B:ACTTCGCCACCAGCGT,Caudal epiblast/primitive streak
SBR-84h_B:GTATTTCAGGACAAGA,Primitive streak
SBR-84h_B:GTGTAACTCCCACAGG,Caudal epiblast
SBR-84h_B:GCACTAACAAGTTCGT,Primitive streak
SBR-84h_B:CACGTTCAGTTAACAG,Caudal epiblast
SBR-84h_B:CTCTGGTTCGAACACT,Caudal epiblast
SBR-84h_B:TGTAACGCAGAGCTAG,Caudal epiblast
SBR-84h_B:TTACCGCGTACTGCCG,Naive pluripotency
SBR-84h_B:TCTACATAGCAGATAT,Naive pluripotency
SBR-84h_B:CAACAGTCAGTTGTTG,Primitive streak
SBR-84h_B:CACACAAAGTTGTCGT,Caudal epiblast/primitive streak
SBR-84h_B:CTCATGCCAACACACT,Caudal epiblast
SBR-84h_B:TAGGGTTTCAAGGTGG,Caudal epiblast/primitive streak
SBR-84h_B:GAGGGATCACAATCTG,Ectopic pluripotency
SBR-84h_B:GTCTACCTCGCCTATC,Caudal epiblast
SBR-84h_B:TCAGCCTTCAATGCAC,Caudal epiblast
SBR-84h_B:TAGACTGAGTTGCATC,Caudal epiblast
SBR-84h_B:GATCGTACAGCAGTGA,Caudal mesoderm
SBR-84h_B:TGTTACTTCGAGAACG,Caudal epiblast
SBR-84h_B:CCAATTTCAGGGAGAG,Caudal epiblast
SBR-84h_B:CCGATGGGTTTACCTT,Ectopic pluripotency
SBR-84h_B:TGATGCAGTCTGTGAT,Caudal epiblast
SBR-84h_B:TGTTCCGCAATACAGA,Caudal epiblast
SBR-84h_B:CGAGTTACACTGCGTG,Ectopic pluripotency
SBR-84h_B:TAGCACATCTTTCTAG,Caudal epiblast
SBR-84h_B:GTGCAGCCAGACCGCT,Naive pluripotency
SBR-84h_B:TACTTCACACGACCTG,Caudal epiblast
SBR-84h_B:CTTCTAAAGAGGCGGA,Caudal epiblast
SBR-84h_B:CATACCCGTGACTCGC,Primitive streak
SBR-84h_B:AGGCATTCACTATGTG,Primitive streak
SBR-84h_B:GCGAGAATCCGACAGC,Ectopic pluripotency
SBR-84h_B:AGTACCATCAAAGGAT,Caudal epiblast
SBR-84h_B:CATACTTGTTGTATGC,Primitive streak
SBR-84h_B:TGCTTGCCATACACCA,Primitive streak
SBR-84h_B:CAAGACTGTTTCGTGA,Caudal epiblast
SBR-84h_B:GCCATTCAGCGAGAAA,Caudal epiblast
SBR-84h_B:CTACATTGTGGCACTC,Caudal epiblast
SBR-84h_B:AGACTCAAGACCGCCT,Primitive streak
SBR-84h_B:TTCACGCTCCACTTTA,Ectopic pluripotency
SBR-84h_B:GTGTCCTGTGAGTCAG,Caudal epiblast
SBR-84h_B:TCCTTTCTCAGGAGAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAACGAATCGTTGCCT,Primitive streak
SBR-84h_B:TCTTGCGAGTCAACAA,Caudal epiblast
SBR-84h_B:TGATTTCAGCCTTCTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTTGAGAGTCGGATTT,Caudal epiblast
SBR-84h_B:GGGTAGAAGGCGACAT,Caudal epiblast
SBR-84h_B:CGAGTTAGTCGTGGAA,Primitive streak
SBR-84h_B:AGGTCTAAGTTGCCCG,Caudal epiblast
SBR-84h_B:CATTCCGCAACGATCT,Caudal epiblast
SBR-84h_B:TGTCAGAGTTTCGACA,Caudal epiblast
SBR-84h_B:GCTACAAAGCAAGTCG,Caudal epiblast
SBR-84h_B:GAGGCAAAGCCTGTCG,Caudal epiblast
SBR-84h_B:GCGGAAAAGGCACCAA,Caudal epiblast
SBR-84h_B:ATGTCTTGTCCATAGT,Caudal epiblast/primitive streak
SBR-84h_B:ATGGTTGAGATTGGGC,Caudal epiblast
SBR-84h_B:GAGAAATGTGACCGTC,Primitive streak
SBR-84h_B:TTGCCTGTCGTTGTGA,Caudal epiblast
SBR-84h_B:TTGGGCGAGGTTTGAA,Naive pluripotency
SBR-84h_B:CAACAGTCATGGCTAT,Primitive streak
SBR-84h_B:GTTACGAGTAGGCAGT,Caudal epiblast
SBR-84h_B:GAGGGTACACAGTATC,Caudal epiblast
SBR-84h_B:TCTTAGTGTTCACGAT,Primitive streak
SBR-84h_B:CAAGGGAAGACTACCT,Caudal epiblast
SBR-84h_B:GTTGTCCGTCTCGGAC,Caudal epiblast
SBR-84h_B:CGCATAATCTCTTCAA,Caudal epiblast
SBR-84h_B:TTTCCTCCACTGTGTA,Ectopic pluripotency
SBR-84h_B:CCTCAACCACAATTCG,Primitive streak
SBR-84h_B:TATTCCATCTGGCCTT,Caudal epiblast
SBR-84h_B:GTAGAGGAGCAGGGAG,Caudal epiblast
SBR-84h_B:GATCAGTCATGTCTAG,Caudal epiblast
SBR-84h_B:TCCGAAATCTCGTGGG,Caudal epiblast/primitive streak
SBR-84h_B:GTTCGCTCACCCGTAG,Primitive streak
SBR-84h_B:AGTCACAAGCGACCCT,Ectopic pluripotency
SBR-84h_B:CAGATCAAGTCACTGT,Caudal epiblast
SBR-84h_B:TACATTCTCCAGCACG,Primitive streak
SBR-84h_B:CACCGTTCAGCCCAGT,Naive pluripotency
SBR-84h_B:ATGAGTCTCTGCTTTA,Caudal epiblast
SBR-84h_B:TGTTACTAGGACAAGA,Caudal epiblast
SBR-84h_B:CTCAATTTCACTTGTT,Primitive streak
SBR-84h_B:AGAAATGAGCCTATCA,Caudal epiblast
SBR-84h_B:GCCATTCCATGGGTTT,Naive pluripotency
SBR-84h_B:CCCTAACTCTTTCCAA,Caudal epiblast
SBR-84h_B:TTCCGTGAGGTTCTAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGATCTTTCCATGCAA,Primitive streak
SBR-84h_B:AGATCCAGTTAAAGTG,Primitive streak
SBR-84h_B:ACTATTCCAAGGTTGG,Caudal epiblast
SBR-84h_B:TCACATTAGTCTAGCT,Primitive streak
SBR-84h_B:GAAGCCCAGCCTATCA,Caudal epiblast/primitive streak
SBR-84h_B:TGTACAGCAGTTTCGA,Caudal epiblast
SBR-84h_B:CTACATTTCGCTCCTA,Caudal epiblast
SBR-84h_B:ATACCGAGTACCGTCG,Primitive streak
SBR-84h_B:ACTACGAAGATTCGCT,Caudal epiblast
SBR-84h_B:GCTTGGGAGTATGGAT,Caudal epiblast
SBR-84h_B:GTGTAACAGTTCCGGC,Caudal epiblast/primitive streak
SBR-84h_B:AGTAGTCCAATCTGCA,Caudal epiblast
SBR-84h_B:GACTTCCCATGAATAG,Caudal epiblast
SBR-84h_B:TTCCTAAAGAAACTAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGGGTTAGTTAACCTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCTTTGACAACTGATC,Caudal epiblast
SBR-84h_B:CGATGCGCACTCATAG,Caudal epiblast
SBR-84h_B:CCCTCAACAAATGATG,Caudal epiblast
SBR-84h_B:GTTGCTCAGGTCGTCC,Primitive streak
SBR-84h_B:GGACGTCAGGTCATAA,Caudal epiblast
SBR-84h_B:TGAGTCAAGGTGAGCT,Caudal epiblast
SBR-84h_B:TACGGTATCAAACGTC,Primitive streak
SBR-84h_B:TTGTGTTCATTGACTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCTCTGGCAAATCCCA,Caudal epiblast
SBR-84h_B:ACAACCAAGGAGACCT,Caudal epiblast
SBR-84h_B:ATGAAAGTCGTGGGAA,Primitive streak
SBR-84h_B:TCCTTTCCACAAACGG,Caudal epiblast
SBR-84h_B:CTGAGGCCATTCGGGC,Caudal epiblast
SBR-84h_B:GCATCTCAGATCCAAA,Primitive streak
SBR-84h_B:ACTCTCGTCAGGACGA,Primitive streak
SBR-84h_B:ACTACGAAGTGGTTGG,Caudal mesoderm
SBR-84h_B:GTCATTTTCTCCCTAG,Caudal epiblast
SBR-84h_B:GATCGTAAGAAAGCGA,Caudal epiblast/primitive streak
SBR-84h_B:CTACTATAGACTACCT,Caudal epiblast
SBR-84h_B:TTCACGCAGAGTTGAT,Caudal epiblast
SBR-84h_B:GTGTGGCTCCTACGAA,Caudal epiblast
SBR-84h_B:AGGGAGTTCGGTATGT,Caudal epiblast
SBR-84h_B:CTAACTTGTTCAAAGA,Caudal epiblast
SBR-84h_B:TATCTGTCATCGATAC,Caudal epiblast
SBR-84h_B:TGTCCACGTTCGGCCA,Caudal epiblast
SBR-84h_B:AAGACTCTCGGCTCTT,Ectopic pluripotency
SBR-84h_B:AGAACAAGTATTGCCA,Caudal epiblast
SBR-84h_B:CTCTGGTTCCTACGGG,Primitive streak
SBR-84h_B:TCCGTGTGTACCAATC,Caudal epiblast
SBR-84h_B:GTGCGTGCAAAGAACT,Caudal epiblast/primitive streak
SBR-84h_B:ATACTTCAGGGCCCTT,Naive pluripotency
SBR-84h_B:AACCACACAGGACGAT,Caudal epiblast
SBR-84h_B:ACTATCTCAACGATTC,Caudal epiblast
SBR-84h_B:TTCTTGAGTGGGCTCT,Caudal epiblast
SBR-84h_B:TCACACCTCTGCTCTG,Caudal epiblast
SBR-84h_B:AGGACTTGTGATACCT,Caudal epiblast
SBR-84h_B:TCATGCCCAACCCGCA,Ectopic pluripotency
SBR-84h_B:GTGGGAAGTGCGGTAA,Caudal epiblast
SBR-84h_B:TCGACGGTCGCGTTTC,Primitive streak
SBR-84h_B:AGTGACTTCGTTTACT,Caudal epiblast
SBR-84h_B:GCAGGCTTCACTGATG,Caudal epiblast
SBR-84h_B:CGTTCTGTCGAAACAA,Primitive streak
SBR-84h_B:ATCGTCCTCTCTATAC,Naive pluripotency
SBR-84h_B:ATTATCCCATGGAACG,Caudal epiblast
SBR-84h_B:ACTATGGAGTGACCTT,Primitive streak
SBR-84h_B:GAGTTACGTTGTCATG,Ectopic pluripotency
SBR-84h_B:CTATCTACACACCGAC,Caudal epiblast
SBR-84h_B:ATTCCATGTTGGCCGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCACGCTTCCTGCCAT,Caudal epiblast
SBR-84h_B:CAGATCAAGCGAGGAG,Caudal epiblast
SBR-84h_B:ACAAGCTAGGGTGAAA,Primitive streak
SBR-84h_B:GCTGAATCACACCAGC,Primitive streak
SBR-84h_B:GCCAGGTGTAGACACG,Ectopic pluripotency
SBR-84h_B:CGTTAGACAGTCGGTC,Caudal epiblast
SBR-84h_B:AGTACTGGTCCAGGTC,Primitive streak
SBR-84h_B:AGCCACGTCGAGCTGC,Caudal epiblast
SBR-84h_B:CCGTGAGGTACGTGAG,Caudal epiblast
SBR-84h_B:TCAGCCTCATCGGCCA,Caudal epiblast
SBR-84h_B:TCGCAGGTCGGATACT,Caudal epiblast
SBR-84h_B:TTAATCCTCTGCTGAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACACAGTTCTGCAGCG,Caudal epiblast
SBR-84h_B:GAACTGTCATCAGCAT,Caudal epiblast
SBR-84h_B:TATTGGGCAGCGACAA,Caudal epiblast
SBR-84h_B:CCAATGACAGCGCGTT,Caudal epiblast
SBR-84h_B:TGCAGGCCATTCGGGC,Ectopic pluripotency
SBR-84h_B:ATTCGTTAGCTAGATA,Caudal epiblast
SBR-84h_B:ATTCCCGTCATTTCGT,Caudal epiblast
SBR-84h_B:GGGCCATGTACCACGC,Caudal epiblast
SBR-84h_B:CTCTCAGGTACTCGTA,Primitive streak
SBR-84h_B:GAAGCGACATACAGAA,Caudal epiblast
SBR-84h_B:TAGACTGTCTTGGATG,Caudal epiblast
SBR-84h_B:TCACAAGAGACCGCCT,Caudal epiblast
SBR-84h_B:GAAGGACGTCCCGCAA,Caudal epiblast
SBR-84h_B:GGGAAGTCAGAAACCG,Caudal epiblast
SBR-84h_B:GACTGATCACAATCTG,Caudal epiblast
SBR-84h_B:CCGTAGGTCATAAGGA,Caudal epiblast
SBR-84h_B:TCAGTGACACACCTTC,Caudal epiblast
SBR-84h_B:CAGATCACAACCGCCA,Caudal epiblast
SBR-84h_B:GGCAGTCAGTTGCCCG,Caudal epiblast
SBR-84h_B:GCAACCGAGGGATGTC,Caudal epiblast
SBR-84h_B:TGACCCTAGCGAACTG,Caudal epiblast
SBR-84h_B:GGGTGTCCACATTCGA,Caudal epiblast/primitive streak
SBR-84h_B:AGTTCGAGTTCCATTT,Caudal epiblast
SBR-84h_B:GTCTACCTCGAGTCTA,Caudal mesoderm
SBR-84h_B:GATCAGTGTCACGACC,Caudal epiblast
SBR-84h_B:AGTAACCAGATGAATC,Caudal epiblast/primitive streak
SBR-84h_B:TCCCAGTCACTTGACA,Caudal epiblast
SBR-84h_B:TTACCGCTCTCATGGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCTTCCAGAAGCCAC,Caudal epiblast
SBR-84h_B:GTAATCGAGCTATCTG,Caudal epiblast/primitive streak
SBR-84h_B:GAACACTAGCAGCGAT,Caudal epiblast
SBR-84h_B:CATAGACTCAACTGAC,Caudal epiblast
SBR-84h_B:TGACTCCCAGTTGGTT,Caudal epiblast
SBR-84h_B:TTACCGCTCTGAATGC,Caudal epiblast
SBR-84h_B:TAGGTACGTAGACGGT,Caudal epiblast
SBR-84h_B:GATTTCTCACGGTAGA,Caudal epiblast
SBR-84h_B:AGGATAACACAAATCC,Caudal epiblast
SBR-84h_B:CAGCAATTCGGTCATA,Primitive streak
SBR-84h_B:GATCGTACAACAGATA,Caudal mesoderm
SBR-84h_B:TATTTCGGTATCAAGA,Caudal epiblast
SBR-84h_B:GTGTGGCTCCTCTCGA,Primitive streak
SBR-84h_B:TGCACGGGTTATCTGG,Caudal epiblast
SBR-84h_B:CGGAATTGTGAATTGA,Caudal epiblast
SBR-84h_B:GCATGATCAGCCCAGT,Primitive streak
SBR-84h_B:TTGAGTGAGACCATGG,Primitive streak
SBR-84h_B:GTCACTCCATACAGGG,Caudal epiblast
SBR-84h_B:CTATCTAAGGCACAAC,Primitive streak
SBR-84h_B:GTTAGACGTTATTCTC,Cd63+ ectoderm-like artefact
SBR-84h_B:CCACGTTAGGTTCTAC,Caudal epiblast
SBR-84h_B:AATGAAGCAGAATTCC,Caudal epiblast
SBR-84h_B:TAGTGCATCGATAACC,Caudal epiblast
SBR-84h_B:AACCTTTCACAGTACT,Caudal epiblast
SBR-84h_B:TTTACTGGTTCTCCTG,Naive pluripotency
SBR-84h_B:AGGGTTTTCCCAGGAC,Caudal epiblast
SBR-84h_B:TCAAGACTCAAGCCTA,Primitive streak
SBR-84h_B:CATTCATTCGCATTAG,Caudal epiblast
SBR-84h_B:TGGTGATCATCACCAA,Primitive streak
SBR-84h_B:AGGACTTTCTAGTGAC,Caudal epiblast
SBR-84h_B:TATCCTAAGCCAGAGT,Primitive streak
SBR-84h_B:CATGCAACAGTCGTTA,Caudal epiblast
SBR-84h_B:GCGGATCAGTCTGTAC,Caudal epiblast
SBR-84h_B:TGAACGTAGGTGCCTC,Caudal epiblast
SBR-84h_B:ATCAGGTGTCCAGGTC,Caudal epiblast
SBR-84h_B:ATATCCTTCGCTACGG,Caudal epiblast
SBR-84h_B:CTTCGGTCAACCACAT,Primitive streak
SBR-84h_B:ATTCCTATCGTGTGAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TACTTCACACTACCCT,Ectopic pluripotency
SBR-84h_B:CGTTGGGCAATTTCTC,Caudal epiblast/primitive streak
SBR-84h_B:TCACTATCACTAGTAC,Caudal epiblast
SBR-84h_B:GGAACCCTCGGACTGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACAGAAATCTTCACGC,Caudal epiblast
SBR-84h_B:CTTAGGATCAGCGGAA,Naive pluripotency
SBR-84h_B:CTGCGAGCATGGTACT,Caudal epiblast
SBR-84h_B:TACGCTCTCGGCAGTC,Caudal epiblast
SBR-84h_B:CCTGTTGTCCGCAGTG,Caudal epiblast
SBR-84h_B:ACCAACATCCACTTTA,Caudal epiblast
SBR-84h_B:AGGGAGTAGATAGCTA,Caudal epiblast
SBR-84h_B:GAGACTTAGGCGATAC,Caudal epiblast
SBR-84h_B:AGAGAATTCTCTCTAA,Caudal epiblast
SBR-84h_B:TAATTCCAGCGACAGT,Caudal epiblast
SBR-84h_B:ACACTGAGTATCGTGT,Caudal epiblast
SBR-84h_B:ATATCCTTCGTTCTAT,Naive pluripotency
SBR-84h_B:TGACAGTTCCGAAGGA,Caudal epiblast
SBR-84h_B:GAGACCCGTTAGGCTT,Caudal epiblast
SBR-84h_B:TGCTCCAGTAACACCT,Caudal epiblast
SBR-84h_B:CATAAGCCAACAGTGG,Caudal epiblast
SBR-84h_B:TTGCATTGTGTGTACT,Caudal epiblast
SBR-84h_B:GTAGGAGCAGAAGCTG,Caudal epiblast
SBR-84h_B:GGGTCACAGAGCATAT,Caudal epiblast
SBR-84h_B:TCTCTGGTCGCCGAAC,Caudal epiblast
SBR-84h_B:GATGGAGCAGTTGTCA,Naive pluripotency
SBR-84h_B:GAGGCCTCAAGTGCTT,Ectopic pluripotency
SBR-84h_B:AGAACAATCGACCCAG,Caudal epiblast
SBR-84h_B:GACTCTCCATCTTCGC,Primitive streak
SBR-84h_B:CGGGCATAGATTAGAC,Caudal epiblast
SBR-84h_B:TGAGCGCGTAGCGAGT,Caudal epiblast
SBR-84h_B:GCACATAGTACGAGCA,Caudal epiblast
SBR-84h_B:GTTCATTTCACGATCA,Ectopic pluripotency
SBR-84h_B:TAACTTCAGTTCCGTA,Ectopic pluripotency
SBR-84h_B:GGTAGAGTCTACTATC,Primitive streak
SBR-84h_B:GTATTTCGTACGATCT,Caudal epiblast
SBR-84h_B:CTGATCCGTCGGATTT,Caudal epiblast
SBR-84h_B:CACGGGTGTAGGTGCA,Naive pluripotency
SBR-84h_B:CTCATGCCAGTTTCAG,Caudal epiblast
SBR-84h_B:TTGCTGCGTACTGTTG,Caudal epiblast
SBR-84h_B:CTGCATCAGGCCTGAA,Primitive streak
SBR-84h_B:GTAGAGGAGCTGGAGT,Caudal epiblast
SBR-84h_B:ATTTACCCAGGCTATT,Primitive streak
SBR-84h_B:CTCGAGGAGGTACAGC,Caudal epiblast
SBR-84h_B:CCTTTGGCAGTCGCTG,Caudal epiblast
SBR-84h_B:AAACGCTGTGGAACCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCAACCGTCGGACTTA,Naive pluripotency
SBR-84h_B:AGGGCTCTCCTGGGAC,Ectopic pluripotency
SBR-84h_B:CCGTAGGCACGACGCT,Caudal mesoderm
SBR-84h_B:CAGTTCCCAAAGCAAT,Caudal epiblast
SBR-84h_B:CGTGAATTCAGGAACG,Caudal epiblast
SBR-84h_B:CGCAGGTGTAGGCAAC,Caudal epiblast
SBR-84h_B:AGGACTTCATACCACA,Caudal epiblast
SBR-84h_B:GGGAGTATCAAGATAG,Caudal epiblast
SBR-84h_B:TCAGCAAGTATGAAGT,Caudal epiblast
SBR-84h_B:CAGTTCCTCGGTCGAC,Primitive streak
SBR-84h_B:CAAGCTAGTGGTTCTA,Caudal epiblast
SBR-84h_B:CATACCCTCCTCTCTT,Primitive streak
SBR-84h_B:AATTCCTGTAATGTGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCTTGGGCACCAGCTG,Caudal epiblast
SBR-84h_B:AGATGCTGTCCAAAGG,Caudal epiblast
SBR-84h_B:ATCGTCCTCGCCCAGA,Ectopic pluripotency
SBR-84h_B:ATACCGATCAGCTAGT,Caudal epiblast
SBR-84h_B:GTGAGCCAGTTCAACC,Caudal epiblast
SBR-84h_B:ATACTTCGTTGCAACT,Caudal epiblast
SBR-84h_B:TCATCCGCAGATCATC,Primitive streak
SBR-84h_B:AAAGGTATCGCCGTGA,Caudal epiblast
SBR-84h_B:GCTTCACTCGACCAAT,Caudal epiblast
SBR-84h_B:CCGATCTAGAGGGCGA,Caudal epiblast/primitive streak
SBR-84h_B:ATCGATGAGGTTAGTA,Caudal epiblast
SBR-84h_B:ATGAAAGCACGGCGTT,Caudal epiblast
SBR-84h_B:CTGTATTAGAGTCACG,Caudal epiblast
SBR-84h_B:CCCGAAGGTGTTAGCT,Caudal epiblast
SBR-84h_B:GTGTAACTCTGCCTCA,Caudal epiblast
SBR-84h_B:CACTAAGGTTACGGAG,Ectopic pluripotency
SBR-84h_B:TTTCGATAGATTAGCA,Caudal epiblast
SBR-84h_B:ACTTTGTTCGAGTCTA,Caudal epiblast
SBR-84h_B:TCTATACGTATCGGTT,Exiting naive pluripotency
SBR-84h_B:ACGCACGAGAATCGTA,Primitive streak
SBR-84h_B:AACGTCACAGGCCCTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCGTTTCAGACAAGCC,Primitive streak
SBR-84h_B:GCTGGGTCAGATTCGT,Caudal epiblast
SBR-84h_B:AAGGAATGTCTTCATT,Primitive streak
SBR-84h_B:ATGGTTGAGCGACTAG,Caudal epiblast
SBR-84h_B:GGGTAGAAGTCCCTAA,Caudal epiblast
SBR-84h_B:CCTCTAGGTGACACAG,Caudal epiblast
SBR-84h_B:GAATCGTAGTTAGTGA,Caudal epiblast
SBR-84h_B:TGAGGTTCATGCAGGA,Caudal epiblast
SBR-84h_B:TTTCAGTTCATTACGG,Caudal epiblast
SBR-84h_B:AAAGGGCGTGATCATC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTTCCTCCACGTTGGC,Caudal epiblast
SBR-84h_B:CCTCAACTCGTGCATA,Primitive streak
SBR-84h_B:CTCCCAATCGCGCTGA,Caudal epiblast
SBR-84h_B:TTCGGTCTCGCCTATC,Caudal epiblast
SBR-84h_B:AATCACGTCTTTACAC,Primitive streak
SBR-84h_B:AGGGTCCCACAGCCAC,Primitive streak
SBR-84h_B:TCATTGTAGTAAACAC,Caudal epiblast
SBR-84h_B:CAATCGAGTTGTGTTG,Naive pluripotency
SBR-84h_B:GTCAAGTGTGGTATGG,Cd63+ ectoderm-like artefact
SBR-84h_B:GAGTGTTTCATTTCCA,Primitive streak
SBR-84h_B:ATACCGACAGAGATTA,Caudal epiblast
SBR-84h_B:AGACAAACACATTGTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCGCACTAGTACAGCG,Caudal epiblast
SBR-84h_B:ATTCGTTCAATCTAGC,Caudal mesoderm
SBR-84h_B:ACAGGGAGTTGTATGC,Caudal epiblast
SBR-84h_B:ACTATGGTCAAGTCTG,Caudal epiblast
SBR-84h_B:GAACTGTGTTGTCATG,Caudal epiblast
SBR-84h_B:AACAGGGTCCTCTAGC,Caudal epiblast
SBR-84h_B:CTGGACGAGAGAGTTT,Caudal epiblast
SBR-84h_B:TATGTTCTCAGACCTA,Caudal epiblast
SBR-84h_B:ATACTTCCAGAAATTG,Ectopic pluripotency
SBR-84h_B:CACAGGCTCGTTCCCA,Primitive streak
SBR-84h_B:TGGGCGTCATCGGCCA,Ectopic pluripotency
SBR-84h_B:TGCTCGTCATTAAGCC,Caudal epiblast/primitive streak
SBR-84h_B:AACAACCCAGTGCCTG,Caudal epiblast
SBR-84h_B:GTTTGGACACGCTGCA,Caudal epiblast
SBR-84h_B:TGTGGCGTCCATATGG,Caudal epiblast
SBR-84h_B:AAGACTCCATTCAGGT,Caudal epiblast
SBR-84h_B:ATTCTACTCCCGTTCA,Caudal epiblast
SBR-84h_B:CTCTGGTCAATAACGA,Primitive streak
SBR-84h_B:CATCAAGTCCACGGAC,Ectopic pluripotency
SBR-84h_B:TTGGTTTCACCGTCGA,Caudal epiblast
SBR-84h_B:TAGACTGAGAAGCGGG,Primitive streak
SBR-84h_B:GCACGTGGTGTGTGGA,Caudal epiblast
SBR-84h_B:AGACACTTCAACTGAC,Primitive streak
SBR-84h_B:TATTGGGCAACAGCCC,Caudal epiblast
SBR-84h_B:TCATGTTGTGGGTCAA,Caudal epiblast
SBR-84h_B:TATTCCAGTATGGTTC,Caudal mesoderm
SBR-84h_B:CATTGCCAGCTCGTGC,Caudal epiblast
SBR-84h_B:GACGCTGTCCTTCAGC,Caudal epiblast
SBR-84h_B:CATGGTACATTGCTGA,Primitive streak
SBR-84h_B:ACGATCATCAAGAGGC,Caudal epiblast
SBR-84h_B:CGTCCATAGCTATCTG,Ectopic pluripotency
SBR-84h_B:TGGAACTGTGTTTGCA,Caudal mesoderm
SBR-84h_B:GCGGAAAGTATCGCGC,Primitive streak
SBR-84h_B:GACTCTCGTTGTCTAG,Primitive streak
SBR-84h_B:ACAAGCTCACCTTCCA,Caudal epiblast
SBR-84h_B:ACAGGGACAGAGAGGG,Caudal epiblast
SBR-84h_B:AAACGCTAGGGTTGCA,Primitive streak
SBR-84h_B:TCAGTTTAGCTCCACG,Ectopic pluripotency
SBR-84h_B:AAGTACCCAGCGACCT,Caudal epiblast
SBR-84h_B:ACAAAGACAGGCTACC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTTATGGGTTCTTCAT,Primitive streak
SBR-84h_B:ACACTGAGTATAGGAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACACTGAGTCTGTTAG,Caudal epiblast
SBR-84h_B:ACACCAAAGCGTGTTT,Caudal epiblast/primitive streak
SBR-84h_B:GCATTAGGTAGATGTA,Primitive streak
SBR-84h_B:TATACCTCACATGACT,Caudal epiblast
SBR-84h_B:GTTGTCCAGCCTCTTC,Ectopic pluripotency
SBR-84h_B:CCGTAGGCAACCGATT,Caudal epiblast
SBR-84h_B:CCTCACAAGAGTCAAT,Caudal epiblast
SBR-84h_B:AGTTCGAAGTAGTCCT,Caudal epiblast
SBR-84h_B:GATTTCTGTATCCCTC,Caudal epiblast
SBR-84h_B:GTGGGAAGTTATTCTC,Caudal epiblast/primitive streak
SBR-84h_B:TACGGTACACCACATA,Caudal epiblast
SBR-84h_B:TTACCATCAACTTGGT,Primitive streak
SBR-84h_B:TCGCTCACACGGTAGA,Caudal epiblast
SBR-84h_B:ACATCGAAGAAACACT,Caudal epiblast
SBR-84h_B:AAGATAGCAGTTGAAA,Primitive streak
SBR-84h_B:CTCAATTCAGAACGCA,Caudal epiblast
SBR-84h_B:CTGAATGTCACTCTTA,Caudal epiblast
SBR-84h_B:CTAACCCGTATAGGAT,Caudal epiblast
SBR-84h_B:TGTTGAGCAGCAGGAT,Caudal epiblast
SBR-84h_B:TTCTTGACACCCTGAG,Caudal epiblast
SBR-84h_B:CAGCAATCATCGATGT,Primitive streak
SBR-84h_B:TCATCCGCAAGCGCAA,Caudal epiblast
SBR-84h_B:GAGTCATCAGGTCCGT,Caudal epiblast
SBR-84h_B:ACTGTCCGTACTTCCC,Caudal epiblast
SBR-84h_B:GTAACCACACATTCGA,Caudal epiblast
SBR-84h_B:GGGTCTGAGCGGGTTA,Caudal epiblast/primitive streak
SBR-84h_B:GGAGATGGTCCCAAAT,Caudal epiblast
SBR-84h_B:TCATTGTTCGTTCATT,Caudal epiblast
SBR-84h_B:CTCAAGACACTAGTAC,Ectopic pluripotency
SBR-84h_B:TTGGTTTCAACAGTGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACAACCGTCCATACA,Caudal mesoderm
SBR-84h_B:TGCGATACACGGGTAA,Caudal epiblast
SBR-84h_B:GAGGGATGTCATTGCA,Caudal epiblast
SBR-84h_B:GACCTTCTCCTACGAA,Caudal epiblast
SBR-84h_B:TCTATCAGTTTACACG,Caudal epiblast/primitive streak
SBR-84h_B:ACACCAAGTGATCGTT,Caudal epiblast
SBR-84h_B:CAGTTCCAGACATACA,Caudal epiblast
SBR-84h_B:TGAGCATGTCCGGATC,Caudal epiblast
SBR-84h_B:AACACACTCTAAACGC,Primitive streak
SBR-84h_B:TTACCGCCACAAACGG,Caudal epiblast
SBR-84h_B:GTCTAGATCCGACGGT,Caudal epiblast
SBR-84h_B:GAGAAATTCCGGTAGC,Caudal epiblast
SBR-84h_B:TATTGGGGTCTCAAGT,Primitive streak
SBR-84h_B:TCAGGGCCAATTTCGG,Caudal epiblast
SBR-84h_B:GACGTTAAGCATGAAT,Caudal epiblast
SBR-84h_B:TGGAGAGCAAGGGCAT,Caudal epiblast
SBR-84h_B:ATGACCACACAAGCCC,Caudal epiblast
SBR-84h_B:TCCACGTCAAATTGCC,Caudal epiblast
SBR-84h_B:ATAGACCGTCTGCGCA,Caudal epiblast
SBR-84h_B:GTGCAGCAGGTCTTTG,Caudal epiblast
SBR-84h_B:TCAAGACCACTTCTCG,Caudal epiblast
SBR-84h_B:CTCTGGTGTTGTTGAC,Caudal epiblast
SBR-84h_B:AAGCATCTCCTAGCTC,Caudal epiblast
SBR-84h_B:TGCCGAGGTGACTCTA,Caudal epiblast
SBR-84h_B:TGAGGAGGTGCAAGAC,Ectopic pluripotency
SBR-84h_B:CGAAGTTCATGTGTCA,Caudal epiblast
SBR-84h_B:GACCCTTCAGGACTTT,Primitive streak
SBR-84h_B:TATATCCCAACTTGCA,Caudal mesoderm
SBR-84h_B:CTCCCTCTCCTCTGCA,Caudal epiblast
SBR-84h_B:AGTAACCAGAACAGGA,Caudal epiblast
SBR-84h_B:TTCACCGGTCGAAGCA,Caudal epiblast/primitive streak
SBR-84h_B:TTTCATGAGGTTTACC,Caudal epiblast
SBR-84h_B:AACTTCTTCCGATCTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCATGATGTACCGCGT,Primitive streak
SBR-84h_B:GATAGCTCAACCAACT,Primitive streak
SBR-84h_B:AGGTCATCACCAGCTG,Caudal epiblast
SBR-84h_B:TCCTTTCAGGTTCTTG,Caudal epiblast
SBR-84h_B:ACTGCAATCGCCTCTA,Caudal epiblast
SBR-84h_B:AGGGTGAAGTAGTGCG,Caudal epiblast
SBR-84h_B:AGGCATTAGGACCCAA,Caudal epiblast
SBR-84h_B:TTTGATCCATGACCCG,Caudal epiblast
SBR-84h_B:ATCATTCTCCGCATAA,Primitive streak
SBR-84h_B:GCTGCAGAGTTGCTGT,Ectopic pluripotency
SBR-84h_B:CCGTAGGAGTGAGTGC,Primitive streak
SBR-84h_B:ACTATGGGTACACGTT,Caudal epiblast
SBR-84h_B:ACGGTTAGTATGAAAC,Caudal epiblast
SBR-84h_B:GAATAGATCAGGCGAA,Caudal epiblast
SBR-84h_B:GGGTCACTCTTGAGCA,Primitive streak
SBR-84h_B:GAGCCTGGTGGCCACT,Caudal epiblast
SBR-84h_B:CATAAGCTCCGTCAAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACCGTTCGTATGCGGA,Caudal epiblast
SBR-84h_B:ATTTCACTCTAGGCAT,Caudal epiblast
SBR-84h_B:CAGCGTGAGGATTTAG,Caudal epiblast
SBR-84h_B:ATTACTCGTCTAATCG,Caudal epiblast
SBR-84h_B:TCTACCGTCTTTGCTA,Caudal epiblast
SBR-84h_B:TCGGGACCACGGTGCT,Caudal epiblast
SBR-84h_B:TAGACTGCATATGAAG,Caudal epiblast
SBR-84h_B:CGAGTTATCACTACGA,Caudal epiblast
SBR-84h_B:CAACAACTCATGAAAG,Primitive streak
SBR-84h_B:CAGTTCCAGCACCAGA,Caudal epiblast
SBR-84h_B:CCATCACTCGGCGATC,Cd63+ ectoderm-like artefact
SBR-84h_B:TTGTTTGGTCACATTG,Caudal epiblast
SBR-84h_B:AGTGATCAGGAGAGTA,Ectopic pluripotency
SBR-84h_B:ACGGTCGGTAGTATAG,Caudal epiblast
SBR-84h_B:TTGAACGTCCATCGTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TAGACCAAGAGCAGAA,Caudal epiblast
SBR-84h_B:CCTCACATCCATTTAC,Caudal mesoderm
SBR-84h_B:TCCGTGTGTCATGACT,Primitive streak
SBR-84h_B:CGTCAAAAGTTAACAG,Caudal epiblast
SBR-84h_B:GAGCCTGAGACCACGA,Caudal epiblast/primitive streak
SBR-84h_B:TCCTTTCCATCTCCCA,Caudal epiblast
SBR-84h_B:AGTGATCAGGTTCTAC,Primitive streak
SBR-84h_B:GCCAGCAGTACCCGAC,Caudal epiblast
SBR-84h_B:TACGTCCTCGGTCTAA,Caudal epiblast
SBR-84h_B:TCATCATAGTGTTCAC,Caudal epiblast
SBR-84h_B:CAGCAGCCATTACGGT,Primitive streak
SBR-84h_B:TCCGATCGTCGCATTA,Caudal epiblast
SBR-84h_B:GAAGCCCCAACAAGTA,Caudal epiblast
SBR-84h_B:ATTTCTGTCTGCGATA,Primitive streak
SBR-84h_B:CAGTTAGTCGAATCCA,Caudal epiblast
SBR-84h_B:TGGATCAAGCATGTTC,Primitive streak
SBR-84h_B:AAGACAATCCTCGCAT,Caudal epiblast
SBR-84h_B:CACATGATCCGGGACT,Caudal epiblast
SBR-84h_B:ACTTTGTTCTTCGGTC,Ectopic pluripotency
SBR-84h_B:ATGCATGAGTAGGCCA,Caudal epiblast/primitive streak
SBR-84h_B:ACCCTTGTCAAAGCCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATCCTATAGCTCGTGC,Caudal epiblast
SBR-84h_B:CTTACCGAGATTGGGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTCTCGACAGAACGCA,Caudal epiblast
SBR-84h_B:CCTAACCAGCGTATAA,Primitive streak
SBR-84h_B:CTCTCGAGTGAGGAAA,Caudal epiblast
SBR-84h_B:TTGAACGCAGCGCTTG,Caudal epiblast
SBR-84h_B:GAGTCTAAGCATTGAA,Caudal epiblast
SBR-84h_B:CACATGACAGGTCAAG,Ectopic pluripotency
SBR-84h_B:CATTCCGGTACTGAGG,Caudal epiblast
SBR-84h_B:GGGCTACCATTACTCT,Caudal epiblast
SBR-84h_B:ATGTCTTCATTCGGGC,Primitive streak
SBR-84h_B:GGCGTCATCGAGAAGC,Primitive streak
SBR-84h_B:TACTTGTGTATGGTTC,Caudal epiblast
SBR-84h_B:ATGCATGCATAATGAG,Caudal epiblast/primitive streak
SBR-84h_B:TTCTTGACAACATACC,Primitive streak
SBR-84h_B:CATGCTCTCTGGTGGC,Caudal mesoderm
SBR-84h_B:TTTGACTAGAGCCCAA,Caudal epiblast
SBR-84h_B:GTAGAGGAGTCACTGT,Primitive streak
SBR-84h_B:ATGACCAAGTAGGTTA,Caudal epiblast
SBR-84h_B:AAAGTGAGTAACTGCT,Caudal epiblast
SBR-84h_B:TACAGGTTCCAGCTCT,Caudal epiblast
SBR-84h_B:GGTAGAGCAACCGTGC,Ectopic pluripotency
SBR-84h_B:CTAGGTACAGCAGTAG,Caudal epiblast
SBR-84h_B:CAGAGCCCACTTTATC,Caudal epiblast
SBR-84h_B:GGAGATGGTTCTTGTT,Caudal epiblast
SBR-84h_B:AGAGAGCCACAATCTG,Primitive streak
SBR-84h_B:CAACCTCAGAGAATCT,Primitive streak
SBR-84h_B:TTGGGATCAGGCACAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGAATTGTCTTTCGAT,Caudal epiblast
SBR-84h_B:TCGACCTAGTAGTCAA,Caudal mesoderm
SBR-84h_B:TTAGGGTGTAAGATCA,Caudal epiblast
SBR-84h_B:GTGGCGTAGTATAGAC,Caudal epiblast
SBR-84h_B:ATTTCTGAGGTAAAGG,Ectopic pluripotency
SBR-84h_B:ACTTTCAGTAACGTTC,Caudal epiblast
SBR-84h_B:TTCAATCAGTGCCCGT,Caudal epiblast
SBR-84h_B:CCGGTAGCACTGAGTT,Caudal epiblast
SBR-84h_B:CAGGGCTGTTCTGAGT,Caudal epiblast
SBR-84h_B:AGGCATTTCTTTGGAG,Primitive streak
SBR-84h_B:AAGTACCTCTCGTGGG,Caudal epiblast
SBR-84h_B:CATTCTACAACAGCCC,Primitive streak
SBR-84h_B:CCTCACACACGCTGTG,Caudal epiblast
SBR-84h_B:GTCAAGTCATTCGGGC,Caudal mesoderm
SBR-84h_B:TACGGGCCAGATACCT,Caudal epiblast
SBR-84h_B:CCCTTAGTCTTTGCAT,Caudal epiblast
SBR-84h_B:CTGAGGCGTATTGGCT,Caudal epiblast
SBR-84h_B:ATCACGAAGATAACAC,Ectopic pluripotency
SBR-84h_B:TTCAATCAGGCGAACT,Primitive streak
SBR-84h_B:GCGGATCGTACCTAGT,Primitive streak
SBR-84h_B:CATCCACAGATTACCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGATCCCACAGTATC,Caudal epiblast
SBR-84h_B:GTCTAGACATGGATCT,Primitive streak
SBR-84h_B:GAAGCGAGTAGCACAG,Primitive streak
SBR-84h_B:GAATCACCAGTTCACA,Caudal epiblast
SBR-84h_B:AGCCAATTCGAGTGAG,Primitive streak
SBR-84h_B:CGGAATTGTGACTCTA,Primitive streak
SBR-84h_B:TCAGTCCTCCCGAGTG,Primitive streak
SBR-84h_B:TCAATCTAGAGTATAC,Caudal epiblast
SBR-84h_B:TCACTCGTCGATTGGT,Caudal epiblast
SBR-84h_B:TAGGAGGCACTGGCGT,Caudal epiblast
SBR-84h_B:TAACTTCAGAATCGTA,Primitive streak
SBR-84h_B:ACTTATCAGCTTTGTG,Caudal epiblast
SBR-84h_B:TAGACCATCCGACGGT,Caudal epiblast
SBR-84h_B:TGGGCTGAGCCGATAG,Caudal epiblast
SBR-84h_B:ATCGGCGTCATGCCGG,Caudal epiblast
SBR-84h_B:CCCTCTCGTTTACTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTGGGTAGTAACATGA,Caudal epiblast
SBR-84h_B:ATCGGATAGCGACTGA,Caudal epiblast
SBR-84h_B:GTCTGTCAGCTAGAAT,Ectopic pluripotency
SBR-84h_B:TGCCGAGTCACCCTTG,Caudal epiblast
SBR-84h_B:TCGATTTAGTCGCTAT,Naive pluripotency
SBR-84h_B:GGGTAGACATCGGATT,Caudal epiblast
SBR-84h_B:TGGAGGACAAGAGAGA,Caudal epiblast
SBR-84h_B:CACGTGGAGGGATGTC,Caudal epiblast
SBR-84h_B:TTCCTTCTCCGTCCTA,Primitive streak
SBR-84h_B:GGGACCTGTGTGGACA,Ectopic pluripotency
SBR-84h_B:ATCTTCAAGCTGACCC,Caudal epiblast
SBR-84h_B:GAGCTGCGTCCAACGC,Caudal epiblast
SBR-84h_B:ACAAGCTCAGCACACC,Caudal epiblast
SBR-84h_B:TTGACCCAGCCTCACG,Caudal epiblast
SBR-84h_B:TGCATCCGTGTTACTG,Ectopic pluripotency
SBR-84h_B:GAGTTACTCATGCCGG,Primitive streak
SBR-84h_B:TTGGGTACAAGTCCAT,Caudal epiblast
SBR-84h_B:CCAAGCGAGGGCAGGA,Primitive streak
SBR-84h_B:TGATCTTAGGTAAGTT,Primitive streak
SBR-84h_B:AGACTCACAGCGCGTT,Caudal epiblast
SBR-84h_B:TACCTCGTCGTAGGGA,Primitive streak
SBR-84h_B:ACTGTGATCTGTAACG,Caudal mesoderm
SBR-84h_B:CTGGCAGGTGGTATGG,Caudal epiblast
SBR-84h_B:ATACCGAAGACTTGTC,Primitive streak
SBR-84h_B:TATTTCGCATGTTCAG,Caudal epiblast
SBR-84h_B:CACTAAGTCCATAGAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTCAAGAAGCAGCCCT,Ectopic pluripotency
SBR-84h_B:GCATCGGAGGCTCTAT,Caudal epiblast
SBR-84h_B:GGAATCTCACCGCTGA,Primitive streak
SBR-84h_B:GCGGAAAAGGAGACCT,Caudal epiblast
SBR-84h_B:ATGACCACAACAGAGC,Primitive streak
SBR-84h_B:TCCAGAATCTGTGTGA,Caudal epiblast
SBR-84h_B:GTTGTCCAGATTTGCC,Caudal epiblast
SBR-84h_B:CGACAGCTCCGGTTCT,Caudal epiblast/primitive streak
SBR-84h_B:CCTCACAGTGAGCAGT,Primitive streak
SBR-84h_B:AAGTTCGTCAACGTGT,Caudal epiblast
SBR-84h_B:GTACAGTCACGGATCC,Primitive streak
SBR-84h_B:CTCCTCCGTATGCGGA,Caudal epiblast
SBR-84h_B:ACTTTGTAGTGCACAG,Caudal epiblast
SBR-84h_B:CCTCTAGAGGTCCGAA,Caudal epiblast
SBR-84h_B:GACGCTGTCCCGTTGT,Primitive streak
SBR-84h_B:GTATTTCTCGATGGAG,Caudal epiblast
SBR-84h_B:ATCCATTTCTTCACAT,Caudal epiblast
SBR-84h_B:CAACAGTAGAATACAC,Caudal epiblast
SBR-84h_B:TACAACGAGCGAGGAG,Caudal epiblast
SBR-84h_B:GGAGCAACATCATCCC,Caudal epiblast
SBR-84h_B:GTATTTCAGATGTTGA,Caudal epiblast
SBR-84h_B:CAAGAGGGTCTTAGTG,Caudal epiblast
SBR-84h_B:TAAGCACCATGAGGGT,Primitive streak
SBR-84h_B:TATCGCCAGTGTTGTC,Caudal epiblast
SBR-84h_B:TAGACTGCATGACTCA,Caudal epiblast
SBR-84h_B:GCTGAATAGAGGACTC,Caudal epiblast
SBR-84h_B:AGTAACCCACTAGAGG,Caudal epiblast
SBR-84h_B:CTAGACATCTCTGACC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CACCGTTTCGTGTGGC,Caudal epiblast
SBR-84h_B:TTCCTAATCTAAGCCA,Caudal epiblast
SBR-84h_B:GTTGTGAGTTGGGACA,Caudal epiblast
SBR-84h_B:GGAGATGAGACATAGT,Caudal epiblast
SBR-84h_B:AGGGAGTAGGTTCACT,Caudal epiblast
SBR-84h_B:GGGATGATCCTCGCAT,Caudal epiblast
SBR-84h_B:CCCGAAGTCAGCCTTC,Primitive streak
SBR-84h_B:CTTACCGAGGCTCAAG,Caudal epiblast
SBR-84h_B:CAGCACGGTTTAGTCG,Caudal epiblast
SBR-84h_B:TTTACTGGTAGTAAGT,Caudal epiblast
SBR-84h_B:GAGATGGCAATAGTAG,Primitive streak
SBR-84h_B:CTTGATTCATGACTGT,Primitive streak
SBR-84h_B:TTGTGGAGTGACATCT,Caudal epiblast
SBR-84h_B:TACCGGGAGGAAAGAC,Caudal epiblast
SBR-84h_B:CCAATGATCCCATTCG,Caudal epiblast
SBR-84h_B:TGCAGGCTCGGTTGTA,Caudal epiblast
SBR-84h_B:CTGTACCGTGCTAGCC,Caudal epiblast
SBR-84h_B:CCGATGGGTGGTAATA,Primitive streak
SBR-84h_B:CTGTAGAAGATGTAGT,Caudal epiblast/primitive streak
SBR-84h_B:AATGACCGTGTCTTCC,Primitive streak
SBR-84h_B:GCTGCAGGTGTTCATG,Ectopic pluripotency
SBR-84h_B:CGCGTGATCAGCAGAG,Caudal epiblast
SBR-84h_B:TATATCCTCCAACTAG,Caudal epiblast
SBR-84h_B:ATTCCCGGTCCACGCA,Naive pluripotency
SBR-84h_B:GCTACCTGTGCCTATA,Caudal epiblast
SBR-84h_B:GGGTATTTCAAACCCA,Primitive streak
SBR-84h_B:TTTGGTTTCAGCAATC,Primitive streak
SBR-84h_B:GCAGGCTCAATTGTGC,Caudal epiblast
SBR-84h_B:CAAGGGAAGTAGTCTC,Caudal epiblast
SBR-84h_B:TGTTCCGGTGTGATGG,Primitive streak
SBR-84h_B:AGATCCACAAGCTGCC,Caudal epiblast
SBR-84h_B:TTACCGCAGCCGTTGC,Caudal epiblast
SBR-84h_B:ACTTTGTCATCCTATT,Caudal epiblast
SBR-84h_B:TCGGGACGTCGGCTAC,Caudal epiblast
SBR-84h_B:GCTGGGTCACTAACCA,Caudal epiblast
SBR-84h_B:TTTAGTCCACAACCGC,Caudal epiblast
SBR-84h_B:GTTGAACAGTTCAACC,Caudal epiblast
SBR-84h_B:ACTATTCTCACTTATC,Ectopic pluripotency
SBR-84h_B:GCCAGGTAGACGGAAA,Caudal epiblast
SBR-84h_B:GACTGATTCTCTGCTG,Caudal epiblast
SBR-84h_B:ATGTCTTGTCCAGTTA,Caudal epiblast
SBR-84h_B:CTAGACAAGTTCCGTA,Primitive streak
SBR-84h_B:ACGATGTCAATTGCAC,Caudal epiblast
SBR-84h_B:TGCAGTACAAATCAGA,Caudal epiblast
SBR-84h_B:TGCTCCACACTTGTCC,Caudal epiblast
SBR-84h_B:GCCATTCGTCCCACGA,Caudal epiblast
SBR-84h_B:CTAGGTAAGTTGCATC,Caudal epiblast
SBR-84h_B:GGGATGATCATCGACA,Primitive streak
SBR-84h_B:CCACAAAAGGAACGCT,Primitive streak
SBR-84h_B:TTACTGTCACCTAAAC,Caudal epiblast
SBR-84h_B:ATGAGTCCAGATTTCG,Caudal epiblast
SBR-84h_B:AGTCATGGTCATACCA,Ectopic pluripotency
SBR-84h_B:ATCATTCCATCTGCGG,Primitive streak
SBR-84h_B:TGATCAGCATCCGAGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TAGACTGTCTTAGCTT,Caudal epiblast
SBR-84h_B:TACAACGGTAGCGCCT,Naive pluripotency
SBR-84h_B:GTTGCGGTCAGCGGAA,Primitive streak
SBR-84h_B:TCTCAGCTCCTCGATC,Caudal epiblast
SBR-84h_B:TTCCTAAAGCTAATCC,Caudal epiblast
SBR-84h_B:ACCAAACCAGCAGATG,Primitive streak
SBR-84h_B:TAAGCACTCGGAACTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCGATGGTCTCCATAT,Ectopic pluripotency
SBR-84h_B:GGGTTATAGTAACGTA,Caudal epiblast
SBR-84h_B:AGTGCCGGTAACAGTA,Primitive streak
SBR-84h_B:GTTACCCAGGTAGCCA,Primitive streak
SBR-84h_B:CTTGATTCAGTTCCAA,Caudal mesoderm
SBR-84h_B:TCTCCGAGTTCGATTG,Caudal epiblast
SBR-84h_B:TCACATTTCGGCTTGG,Primitive streak
SBR-84h_B:CCTTTGGCACCGAATT,Ectopic pluripotency
SBR-84h_B:GACCTTCTCTATACTC,Caudal epiblast
SBR-84h_B:TAAGCCAAGGATACGC,Primitive streak
SBR-84h_B:TGACTCCTCCTTTAGT,Caudal epiblast
SBR-84h_B:TTAGGCAAGTGTTCCA,Primitive streak
SBR-84h_B:AGTAGCTTCTTGCAAG,Caudal epiblast
SBR-84h_B:CCTGCATCAGCGTGAA,Caudal epiblast
SBR-84h_B:GGTAACTGTACCGCGT,Caudal epiblast
SBR-84h_B:TCGATTTAGTCGCCCA,Caudal epiblast
SBR-84h_B:CTTCTCTCATGAATAG,Ectopic pluripotency
SBR-84h_B:AACTTCTAGACCAACG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCGGGTAAGGTACATA,Caudal epiblast
SBR-84h_B:GACTGATCAAATGGCG,Primitive streak
SBR-84h_B:AATGGCTAGTATGAAC,Caudal epiblast
SBR-84h_B:CTACAGAAGCGTGTTT,Caudal epiblast
SBR-84h_B:GGTAGAGTCGGCACTG,Caudal epiblast
SBR-84h_B:ATACCGACATTGCCGG,Caudal epiblast
SBR-84h_B:TGCGGCAGTTTAGAGA,Primitive streak
SBR-84h_B:CTCTGGTGTAACCCGC,Caudal epiblast
SBR-84h_B:GGTTAACTCTGGTTGA,Caudal epiblast
SBR-84h_B:GACCCAGTCCGTCCTA,Caudal epiblast
SBR-84h_B:GATGCTAAGGCTGTAG,Caudal epiblast
SBR-84h_B:GAATAGACACCAGCTG,Primitive streak
SBR-84h_B:TTGGTTTGTGTTCATG,Caudal epiblast
SBR-84h_B:ATTTCTGAGTATCCTG,Caudal epiblast
SBR-84h_B:CGTGAATTCCAGGACC,Primitive streak
SBR-84h_B:CACAGATGTATGTGTC,Caudal epiblast
SBR-84h_B:TGCGACGAGACTCTTG,Primitive streak
SBR-84h_B:GCGGAAATCTAAGAAG,Exiting naive pluripotency
SBR-84h_B:GACCGTGAGACGGATC,Caudal epiblast
SBR-84h_B:TTGGATGTCTCAAAGC,Caudal epiblast
SBR-84h_B:TGATTCTTCGCAATGT,Primitive streak
SBR-84h_B:TCTATACTCCTACTGC,Primitive streak
SBR-84h_B:CAACCTCGTCACTCGG,Caudal epiblast
SBR-84h_B:CACCAAAGTCCTACGG,Caudal epiblast
SBR-84h_B:CATTGCCGTCGCTGCA,Caudal epiblast
SBR-84h_B:TTGCGTCTCAGACCTA,Caudal epiblast
SBR-84h_B:GAGCCTGGTTGTACGT,Caudal epiblast
SBR-84h_B:GCAGCTGTCTAGGAAA,Primitive streak
SBR-84h_B:TTCCGGTAGCAGAAAG,Primitive streak
SBR-84h_B:CATGCTCGTGGACTAG,Caudal epiblast
SBR-84h_B:AGACAGGAGAAGCGGG,Primitive streak
SBR-84h_B:GGGACAAAGAACGCGT,Caudal epiblast
SBR-84h_B:TCTATACGTAACATGA,Caudal epiblast
SBR-84h_B:GAGGGATGTCGTACTA,Ectopic pluripotency
SBR-84h_B:CTCCATGGTAAGCTCT,Caudal epiblast
SBR-84h_B:ATGTCTTAGACTAAGT,Primitive streak
SBR-84h_B:GCTTTCGTCCACGAAT,Naive pluripotency
SBR-84h_B:CAGGTATTCGCCTCTA,Caudal epiblast
SBR-84h_B:TCTTAGTCACTGAATC,Ectopic pluripotency
SBR-84h_B:CCTCAGTGTATGAGCG,Caudal epiblast
SBR-84h_B:TAACTTCCACATAACC,Caudal epiblast
SBR-84h_B:GCCGATGAGGCCGCTT,Naive pluripotency
SBR-84h_B:TAAGCGTGTATAGGAT,Caudal epiblast
SBR-84h_B:ACTATTCTCGGTCGGT,Caudal epiblast
SBR-84h_B:GTAACCAGTTGCTTGA,Caudal epiblast
SBR-84h_B:CCACCATGTTTCGATG,Caudal epiblast
SBR-84h_B:AGTAACCGTTCGTGCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTGGGTATCTACTCAT,Primitive streak
SBR-84h_B:GCTGCAGCAGACAATA,Primitive streak
SBR-84h_B:TGTTGAGTCTCAATCT,Caudal epiblast/primitive streak
SBR-84h_B:AGTCAACCATGTTTGG,Caudal epiblast
SBR-84h_B:GTTGCTCTCACATCAG,Caudal epiblast
SBR-84h_B:TTGATGGTCACAGAGG,Caudal epiblast
SBR-84h_B:TATTGCTCATAGAGGC,Ectopic pluripotency
SBR-84h_B:AACCATGCATCTTAGG,Caudal epiblast
SBR-84h_B:TACCTCGGTCTGTGTA,Caudal epiblast
SBR-84h_B:TCCTCTTAGGTGCTAG,Caudal epiblast
SBR-84h_B:TGACGCGCACCGTACG,Primitive streak
SBR-84h_B:GTTGCGGAGCCTCCAG,Primitive streak
SBR-84h_B:CATCGCTCAGCACCCA,Ectopic pluripotency
SBR-84h_B:GTTCTATTCCGAGAAG,Caudal epiblast
SBR-84h_B:GCAACCGTCAAGCCCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGTGGCTCCGCGATG,Ectopic pluripotency
SBR-84h_B:CCATAAGTCCGATTAG,Caudal epiblast
SBR-84h_B:ACCGTTCGTGTGTGGA,Caudal epiblast
SBR-84h_B:CTAACCCGTCTCGCGA,Caudal epiblast
SBR-84h_B:ATTTACCTCGCTTTAT,Caudal epiblast
SBR-84h_B:CTTACCGGTGCCTACG,Caudal epiblast
SBR-84h_B:GTTCATTGTTCAGCGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCATTTGGTGCACATT,Caudal epiblast
SBR-84h_B:TCATCCGCACACCTTC,Primitive streak
SBR-84h_B:TGCTGAAAGTTCCTGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCCTCTCCAGCTTTGA,Primitive streak
SBR-84h_B:TAGGTACGTAGGCAGT,Caudal epiblast
SBR-84h_B:CCGGGTATCGCCGATG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTCCACAAGGCATCAG,Caudal epiblast
SBR-84h_B:CAAGAGGGTATTTCTC,Caudal epiblast
SBR-84h_B:ACATGCAGTGGCTCTG,Ectopic pluripotency
SBR-84h_B:TTCACGCCAATAGGGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTAGGTTTCACGGGAA,Caudal epiblast
SBR-84h_B:TGATTTCAGTAATCCC,Caudal epiblast
SBR-84h_B:CATTCTACATTCACCC,Caudal epiblast
SBR-84h_B:TACATTCCAGTGTACT,Caudal epiblast
SBR-84h_B:AGGGTTTGTAAGAACT,Caudal epiblast
SBR-84h_B:ACTCCCAGTTCTCCTG,Caudal epiblast
SBR-84h_B:TTTATGCCATCTATCT,Caudal epiblast
SBR-84h_B:TAAGCCAAGACTAAGT,Caudal epiblast
SBR-84h_B:ATTCATCAGCGATTCT,Primitive streak
SBR-84h_B:AACTTCTTCCGCTAGG,Caudal epiblast
SBR-84h_B:GCAACATAGGGACTGT,Caudal epiblast
SBR-84h_B:CACTGAATCCACGTCT,Caudal epiblast
SBR-84h_B:GTCTTTATCGCCAGAC,Naive pluripotency
SBR-84h_B:CGAGGAAGTGTTCGTA,Caudal epiblast
SBR-84h_B:GTTGTAGTCTCCCAAC,Caudal epiblast
SBR-84h_B:CACTGGGAGAGGTTAT,Primitive streak
SBR-84h_B:TGATGGTAGTACAGAT,Caudal mesoderm
SBR-84h_B:TTGACCCGTGATATAG,Caudal epiblast
SBR-84h_B:TACGTCCAGACTACGG,Caudal epiblast
SBR-84h_B:ATGAAAGAGGGAGATA,Caudal epiblast
SBR-84h_B:TTTCCTCCATAACTCG,Caudal epiblast
SBR-84h_B:AATTTCCTCAGCACCG,Primitive streak
SBR-84h_B:ATTCATCTCCGTGTAA,Primitive streak
SBR-84h_B:CGGGCATTCTCTCGCA,Caudal epiblast
SBR-84h_B:AAACGCTGTTGGGATG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAAGTGAAGATTGAGT,Caudal epiblast
SBR-84h_B:CACCAAAAGAATCGAT,Primitive streak
SBR-84h_B:ATTCTACGTCGTGCCA,Caudal epiblast
SBR-84h_B:GTCCACTGTCGGCACT,Caudal epiblast
SBR-84h_B:TGAACGTGTTGGCTAT,Naive pluripotency
SBR-84h_B:CTGGCAGGTCTATGAC,Primitive streak
SBR-84h_B:AAGTTCGGTCTTGTCC,Caudal epiblast
SBR-84h_B:CTCCCTCTCTTGTGCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGAGGGAGCATGCAG,Caudal epiblast
SBR-84h_B:CACCAAATCTTTCGAT,Caudal epiblast
SBR-84h_B:GTAGTACAGTCATCGT,Caudal epiblast
SBR-84h_B:TTTGGAGAGTGCCCGT,Caudal epiblast
SBR-84h_B:TTATTGCAGGCTCAAG,Caudal mesoderm
SBR-84h_B:CGGCAGTTCATTCTTG,Primitive streak
SBR-84h_B:TTTCCTCAGTTCCATG,Caudal epiblast
SBR-84h_B:TGAGGAGAGAGGTATT,Primitive streak
SBR-84h_B:ACATCGACAGTAACGG,Ectopic pluripotency
SBR-84h_B:TTGGTTTTCATGTCAG,Caudal epiblast
SBR-84h_B:ACTGATGGTGAGCGAT,Caudal epiblast
SBR-84h_B:TGAGTCACAAATGGAT,Caudal epiblast
SBR-84h_B:ACCTGTCAGAATCTAG,Caudal epiblast
SBR-84h_B:CCGTAGGGTCTGCGCA,Primitive streak
SBR-84h_B:TTCGGTCCAAGTGCTT,Caudal epiblast
SBR-84h_B:GCCGATGCAATACCCA,Cd63+ ectoderm-like artefact
SBR-84h_B:TTCGGTCGTCTCGGAC,Caudal epiblast
SBR-84h_B:GAACGTTTCAGCGCGT,Caudal epiblast
SBR-84h_B:CATGCTCTCTCAGAAC,Caudal epiblast
SBR-84h_B:AAGCATCAGTTTCGGT,Caudal epiblast
SBR-84h_B:TTTGTTGTCGCGATCG,Ectopic pluripotency
SBR-84h_B:TACCGAAGTACAATAG,Caudal mesoderm
SBR-84h_B:ACAGAAAGTGAACGGT,Primitive streak
SBR-84h_B:GTGTTCCGTTACTCAG,Caudal epiblast
SBR-84h_B:TCCTCGAAGCCTTCTC,Caudal epiblast
SBR-84h_B:TTGAGTGCAGTAACGG,Primitive streak
SBR-84h_B:TTCCAATCAGGACAGT,Primitive streak
SBR-84h_B:ATCACAGAGTCATGAA,Primitive streak
SBR-84h_B:TCATCCGCAAAGGGCT,Caudal epiblast
SBR-84h_B:GAACGTTTCCGTGTAA,Primitive streak
SBR-84h_B:CCGAACGTCCTGCCAT,Primitive streak
SBR-84h_B:TCAAGCAAGAATCGTA,Caudal epiblast
SBR-84h_B:CTTGATTGTCGAATGG,Primitive streak
SBR-84h_B:CATTCCGGTGGTATGG,Caudal epiblast
SBR-84h_B:CGGCAGTAGACTCTTG,Caudal epiblast
SBR-84h_B:CATCAAGGTCCTTGTC,Caudal epiblast
SBR-84h_B:CTCCATGCATGACGTT,Caudal epiblast
SBR-84h_B:TCGGGCACAGAGAAAG,Primitive streak
SBR-84h_B:GTTGTCCGTTCGTTCC,Caudal epiblast
SBR-84h_B:CCATAAGGTAATTAGG,Ectopic pluripotency
SBR-84h_B:GGTGGCTAGGGATCAC,Caudal epiblast
SBR-84h_B:CAAGACTTCTGAATCG,Caudal epiblast
SBR-84h_B:GTTATGGCATTGTAGC,Caudal epiblast
SBR-84h_B:CGGGTGTCAGAGGTTG,Primitive streak
SBR-84h_B:TTCGGTCTCTCTAGGA,Caudal epiblast
SBR-84h_B:CGAGAAGTCACATCAG,Caudal epiblast
SBR-84h_B:GGGCGTTCAACATCGT,Ectopic pluripotency
SBR-84h_B:GTTTGGAGTTTGCAGT,Caudal epiblast
SBR-84h_B:GTCCCATTCCGATCGG,Primitive streak
SBR-84h_B:CGAAGTTGTTTCCATT,Primitive streak
SBR-84h_B:CTTCTAATCAGCAGAG,Primitive streak
SBR-84h_B:TTGTTTGAGGCTCTAT,Caudal epiblast
SBR-84h_B:CAATGACAGTTAGTAG,Primitive streak
SBR-84h_B:GACCCTTTCGGCATCG,Primitive streak
SBR-84h_B:CGTCAAAAGCAGCAGT,Caudal epiblast
SBR-84h_B:CGGAGAATCGACGCGT,Caudal epiblast
SBR-84h_B:TCCCAGTGTCAAGTTC,Caudal epiblast
SBR-84h_B:TGCATGACAAATGCTC,Caudal epiblast
SBR-84h_B:CAACAACGTAATACCC,Caudal epiblast
SBR-84h_B:GATGGAGAGGAAGTGA,Caudal epiblast
SBR-84h_B:TCATTTGTCGTCGACG,Caudal epiblast
SBR-84h_B:CATACCCTCCATTCAT,Primitive streak
SBR-84h_B:GGTGGCTAGTAAACAC,Caudal epiblast
SBR-84h_B:ATGCCTCAGTAACCTC,Caudal epiblast
SBR-84h_B:AGGATAAGTTCTAACG,Caudal epiblast
SBR-84h_B:CCTAACCTCTGGGATT,Caudal epiblast
SBR-84h_B:GGCTTGGAGGCATCGA,Primitive streak
SBR-84h_B:CCTGTTGGTAGCCAGA,Caudal epiblast
SBR-84h_B:TTGGGCGTCTTTCCAA,Caudal epiblast
SBR-84h_B:ATTCTACCACTCCCTA,Caudal epiblast
SBR-84h_B:AGGGTGAGTGTGTACT,Caudal epiblast
SBR-84h_B:TCCTCCCAGCTGGCTC,Caudal epiblast
SBR-84h_B:GTCGAATTCACAATGC,Ectopic pluripotency
SBR-84h_B:TTACTGTTCAAGAATG,Caudal epiblast
SBR-84h_B:CAGGGCTAGGATGGCT,Caudal epiblast
SBR-84h_B:TAAGTCGTCCGTATAG,Caudal epiblast
SBR-84h_B:GTGGAGAAGCCTCCAG,Caudal epiblast
SBR-84h_B:CGTTAGAGTCCATCTC,Caudal epiblast
SBR-84h_B:ATTTCTGTCGCTACGG,Primitive streak
SBR-84h_B:AGCCACGGTCAAATCC,Caudal epiblast
SBR-84h_B:CGAGAAGGTTAGGAGC,Primitive streak
SBR-84h_B:TGAGGTTGTGGGTCAA,Primitive streak
SBR-84h_B:TCGCAGGGTCACCGCA,Caudal epiblast
SBR-84h_B:TTACGTTAGGGCAGTT,Caudal epiblast
SBR-84h_B:CACGTTCCATCTAGAC,Caudal epiblast
SBR-84h_B:GTCTCACTCTCAGGCG,Caudal epiblast
SBR-84h_B:CAGAGCCAGGAGTACC,Primitive streak
SBR-84h_B:AGAGCAGAGGGCAGAG,Caudal epiblast
SBR-84h_B:ACACTGAGTAACTAAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGAGTTGTCAAGGCA,Primitive streak
SBR-84h_B:GGGTTTAGTACGGCAA,Primitive streak
SBR-84h_B:ACGTACAGTGGTTCTA,Primitive streak
SBR-84h_B:TACCCACCAAAGTGTA,Caudal epiblast
SBR-84h_B:TCGATTTTCGCGGACT,Primitive streak
SBR-84h_B:TTTCCTCTCACTGGTA,Caudal epiblast
SBR-84h_B:GATCACATCCACAAGT,Ectopic pluripotency
SBR-84h_B:GTTACAGCAGGTGACA,Caudal epiblast
SBR-84h_B:CATGGATTCACTGAAC,Primitive streak
SBR-84h_B:GTGTTAGAGTTCTACG,Caudal epiblast
SBR-84h_B:TGCTTGCCAAAGTATG,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACTGATGAGTTGAAAC,Primitive streak
SBR-84h_B:AGAGAGCAGACGGTCA,Naive pluripotency
SBR-84h_B:CGAGGCTAGGAGTACC,Caudal epiblast
SBR-84h_B:TAGGAGGTCACCCTTG,Caudal epiblast
SBR-84h_B:CCTACGTGTACGCGTC,Primitive streak
SBR-84h_B:TCGATTTCAGGCATGA,Caudal epiblast
SBR-84h_B:TGTACAGTCCATCTAT,Naive pluripotency
SBR-84h_B:GACTCAATCAGTCATG,Caudal epiblast
SBR-84h_B:GCCATTCTCGGCTATA,Caudal epiblast
SBR-84h_B:GCATCGGCAGGGTTGA,Caudal epiblast
SBR-84h_B:CTCCGATGTGAACCGA,Caudal epiblast
SBR-84h_B:TGGGTTATCCGTGGCA,Caudal epiblast
SBR-84h_B:TGAATGCTCCAACACA,Primitive streak
SBR-84h_B:AGATCCAAGGTAGATT,Caudal epiblast
SBR-84h_B:CACAACAAGAGTCTGG,Primitive streak
SBR-84h_B:AACAGGGTCCGGACGT,Caudal epiblast
SBR-84h_B:TTGATGGAGCCATCCG,Ectopic pluripotency
SBR-84h_B:TTAGGCATCGTGAGAG,Caudal epiblast
SBR-84h_B:CAGCAATCATTGCAAC,Ectopic pluripotency
SBR-84h_B:AAAGTCCCATGACCCG,Ectopic pluripotency
SBR-84h_B:GATGGAGTCCATCTAT,Caudal epiblast
SBR-84h_B:AGTTCGACAGGCACAA,Caudal epiblast
SBR-84h_B:AACCACAAGGCACAAC,Caudal epiblast
SBR-84h_B:CAGCAATTCGACCTAA,Primitive streak
SBR-84h_B:GCCAGGTTCATTGTTC,Caudal epiblast
SBR-84h_B:ATGTCCCCACCAGGTC,Caudal epiblast
SBR-84h_B:GTCAAGTGTAGAATGT,Primitive streak
SBR-84h_B:TGCAGTAAGACCATGG,Caudal epiblast
SBR-84h_B:AACCTGAAGGAGGCAG,Caudal epiblast
SBR-84h_B:CATACTTAGGAACATT,Primitive streak
SBR-84h_B:CGTGATAGTCAAGGCA,Caudal epiblast
SBR-84h_B:TCAGTGACAGCTGAAG,Caudal epiblast
SBR-84h_B:GTAACCAGTTTACCAG,Caudal epiblast
SBR-84h_B:TTTGGTTGTCGGCTAC,Caudal epiblast
SBR-84h_B:ATTCATCAGGAGTATT,Primitive streak
SBR-84h_B:CTCAGTCTCAGCCCAG,Caudal epiblast
SBR-84h_B:ATGTCCCGTTCTTAGG,Caudal epiblast
SBR-84h_B:ACGTACACAGCTATTG,Primitive streak
SBR-84h_B:ATAGACCAGTCTGGTT,Caudal epiblast
SBR-84h_B:AGGGAGTCAGCATGCC,Primitive streak
SBR-84h_B:AACGGGAGTAACCAGG,Caudal epiblast
SBR-84h_B:TATTTCGAGTGTGTTC,Caudal epiblast
SBR-84h_B:TGTAGACCATACAGAA,Caudal epiblast
SBR-84h_B:CGAAGGACAGAGTTCT,Caudal epiblast
SBR-84h_B:CGGTCAGTCCCGAGAC,Caudal epiblast
SBR-84h_B:TGTAGACAGGCGTTAG,Caudal epiblast
SBR-84h_B:CCCAACTGTTACGATC,Caudal epiblast
SBR-84h_B:AGTAACCAGGATCATA,Primitive streak
SBR-84h_B:GATGGAGCATGACCCG,Caudal epiblast
SBR-84h_B:GCTACCTTCTAGAGCT,Caudal epiblast
SBR-84h_B:GAATAGAGTTTACCTT,Caudal epiblast
SBR-84h_B:TGACTCCTCGACGCGT,Caudal epiblast
SBR-84h_B:AATTCCTCAACAGAGC,Caudal epiblast
SBR-84h_B:ATCACGAGTCCAAATC,Caudal epiblast
SBR-84h_B:TGCTCGTTCTGGTGCG,Caudal epiblast
SBR-84h_B:GTGTGGCGTTAACCTG,Caudal epiblast
SBR-84h_B:AGGGTTTAGAAACTGT,Ectopic pluripotency
SBR-84h_B:AGAAGTAGTACCATAC,Caudal epiblast
SBR-84h_B:CCTAACCGTCAGATTC,Caudal epiblast
SBR-84h_B:GCACTAAAGCCATCCG,Primitive streak
SBR-84h_B:GCATCGGGTGTTAGCT,Caudal epiblast
SBR-84h_B:AGACAAACATCCGTGG,Caudal epiblast
SBR-84h_B:TGGAGAGGTCTTAGTG,Primitive streak
SBR-84h_B:TCCTCGACAATTGCCA,Caudal epiblast
SBR-84h_B:TCTACATTCCCTATTA,Caudal epiblast
SBR-84h_B:GACTATGCAGTAACCT,Primitive streak
SBR-84h_B:TTGGTTTCATCGCTCT,Ectopic pluripotency
SBR-84h_B:CTGTATTAGTATTCCG,Caudal epiblast
SBR-84h_B:AGGCCACCAAGCTGCC,Caudal epiblast
SBR-84h_B:TGAGGTTCAATCGCCG,Caudal epiblast
SBR-84h_B:ATGATCGCATCTTAGG,Ectopic pluripotency
SBR-84h_B:GATTTCTTCTCTTAAC,Caudal epiblast
SBR-84h_B:TGTTGGACATGTGCTA,Caudal epiblast
SBR-84h_B:ATAGAGACAGAGACTG,Naive pluripotency
SBR-84h_B:GGGCTCACAGCGCGTT,Caudal mesoderm
SBR-84h_B:AGAAGCGCACCCTATC,Caudal epiblast
SBR-84h_B:ACTGCAAGTAGCTGTT,Primitive streak
SBR-84h_B:GTTACGACAGCGTTTA,Primitive streak
SBR-84h_B:CAGCACGTCATTCATC,Caudal epiblast
SBR-84h_B:ACCGTTCAGCCGTAAG,Ectopic pluripotency
SBR-84h_B:TCCCATGGTACAAGCG,Caudal epiblast
SBR-84h_B:CTCATTAGTCCTACAA,Caudal epiblast
SBR-84h_B:GGGAGTATCTACGGTA,Caudal epiblast
SBR-84h_B:TTTATGCAGATAGTCA,Primitive streak
SBR-84h_B:AGATGCTTCGTCAACA,Caudal epiblast
SBR-84h_B:AAGGTAACATCCGGTG,Caudal epiblast
SBR-84h_B:AAATGGAAGGATTACA,Caudal epiblast
SBR-84h_B:GGGTAGACATTGGATC,Primitive streak
SBR-84h_B:CACATGATCGGCTATA,Caudal epiblast
SBR-84h_B:TAGTGCAAGCATTGAA,Caudal epiblast
SBR-84h_B:ACGGTCGTCCCGATCT,Ectopic pluripotency
SBR-84h_B:TTGAACGAGGTGATCG,Caudal epiblast
SBR-84h_B:GCCATTCAGAATCGTA,Primitive streak
SBR-84h_B:ACTTCGCTCCTTTAGT,Caudal epiblast
SBR-84h_B:GGGCTACGTGACGTCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATCGATGCAGCCGGTT,Primitive streak
SBR-84h_B:GACTGATGTGCTATTG,Caudal epiblast
SBR-84h_B:CGTGCTTCAGATACCT,Ectopic pluripotency
SBR-84h_B:TCCGAAATCCGTTGAA,Caudal epiblast
SBR-84h_B:CCTATCGCATGCGTGC,Caudal epiblast
SBR-84h_B:TATTGGGCAACGCCCA,Primitive streak
SBR-84h_B:ACTTTGTTCTTCTGGC,Caudal epiblast
SBR-84h_B:GGGACTCCATAGAGGC,Caudal epiblast
SBR-84h_B:CTCCAACGTGCGCTCA,Caudal epiblast
SBR-84h_B:AAAGGTACACCCATAA,Primitive streak
SBR-84h_B:TCATACTTCTTCCCAG,Caudal epiblast/primitive streak
SBR-84h_B:GCACGGTCAGCGGATA,Caudal epiblast
SBR-84h_B:CATCCACCACCACTGG,Caudal mesoderm
SBR-84h_B:TTTATGCGTGATGTAA,Primitive streak
SBR-84h_B:GTTCGCTCACTCCGAG,Caudal epiblast
SBR-84h_B:TGTAACGTCAGAGTTC,Caudal epiblast
SBR-84h_B:GTCTAGAGTCTGTAGT,Primitive streak
SBR-84h_B:CCTTGTGAGCGCCTCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACACCAAGTAACCAGG,Caudal epiblast
SBR-84h_B:ACGGTTAGTCTGTGCG,Caudal epiblast
SBR-84h_B:CGGGCATTCGGTTGTA,Primitive streak
SBR-84h_B:CGATGCGTCCGATGTA,Cd63+ ectoderm-like artefact
SBR-84h_B:CGGGCATAGTCCCGGT,Caudal epiblast
SBR-84h_B:GCATCTCTCGTGGCGT,Caudal epiblast
SBR-84h_B:GGATCTATCCACAGCG,Caudal epiblast
SBR-84h_B:AAAGGGCTCCGACAGC,Caudal epiblast
SBR-84h_B:GACAGCCAGCTGAGTG,Caudal epiblast
SBR-84h_B:ACTCTCGAGTCGCGAA,Caudal epiblast
SBR-84h_B:TCGCTCACAGGTTTAC,Caudal epiblast
SBR-84h_B:GTGCACGGTCGTTCAA,Caudal epiblast
SBR-84h_B:AGAGCAGAGATGTAGT,Primitive streak
SBR-84h_B:ACAGAAAGTAGGGAGG,Caudal epiblast
SBR-84h_B:GCCAGTGGTCTGATCA,Caudal epiblast
SBR-84h_B:TTTGGTTAGTTGAATG,Primitive streak
SBR-84h_B:TTTCCTCTCGCGTGAC,Primitive streak
SBR-84h_B:TGGCGTGAGTAGGTTA,Caudal epiblast
SBR-84h_B:ATACCTTGTTGAGAGC,Caudal epiblast
SBR-84h_B:CGGAACCTCCGAAGGA,Caudal epiblast
SBR-84h_B:CTACAGAGTGAAGCTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATTCGTTAGGTATCTC,Caudal epiblast
SBR-84h_B:TTCTTCCTCATGACAC,Caudal epiblast
SBR-84h_B:TAAGCACCATGTGCCG,Caudal epiblast
SBR-84h_B:TCCACCAGTATGTCCA,Caudal epiblast
SBR-84h_B:AAAGGTACAGGTCTCG,Caudal epiblast
SBR-84h_B:TTACGTTTCAACTCTT,Caudal epiblast
SBR-84h_B:ATAGACCTCTCGTGGG,Caudal epiblast
SBR-84h_B:TCATGCCGTTAAAGTG,Caudal epiblast
SBR-84h_B:CTGCCATCAAAGGTTA,Naive pluripotency
SBR-84h_B:GATGCTAAGTTCCAGT,Caudal epiblast
SBR-84h_B:TGAGGAGCAAGAATGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGCATCCTCAAGGACG,Caudal epiblast
SBR-84h_B:GCTGAATCACATGAAA,Caudal epiblast
SBR-84h_B:CATACCCTCACCTCGT,Primitive streak
SBR-84h_B:GATGTTGGTGAGGATC,Caudal epiblast
SBR-84h_B:TCAAGCATCCGCGAGT,Caudal mesoderm
SBR-84h_B:CTCATGCCACCATTCC,Primitive streak
SBR-84h_B:CACAACACACTTGTCC,Caudal epiblast
SBR-84h_B:CCTAACCTCTGCGTCT,Caudal epiblast
SBR-84h_B:GAGCCTGTCGCTTGCT,Caudal epiblast
SBR-84h_B:CACAGGCTCATGGTAC,Primitive streak
SBR-84h_B:TTGCCTGGTAACTTCG,Caudal epiblast
SBR-84h_B:CCTGCATAGGGTTAGC,Primitive streak
SBR-84h_B:GACCCTTTCGGTCTGG,Caudal epiblast
SBR-84h_B:ATGAGTCCACTAACCA,Caudal epiblast
SBR-84h_B:GGGATCCTCATTGCGA,Caudal epiblast
SBR-84h_B:CGAGTGCCATCGTTCC,Primitive streak
SBR-84h_B:GCCAGGTTCAGCAGAG,Caudal epiblast
SBR-84h_B:TAGACCAAGTGATCGG,Caudal epiblast
SBR-84h_B:ATGTCCCTCAACACGT,Caudal epiblast
SBR-84h_B:TGATTCTAGGACTATA,Primitive streak
SBR-84h_B:TACCCACAGGTCGTGA,Caudal epiblast
SBR-84h_B:GGTGTCGGTCTTGCTC,Caudal epiblast
SBR-84h_B:GGGCTACCAACAGCTT,Caudal epiblast
SBR-84h_B:AAACCCAGTTAAGTCC,Caudal epiblast
SBR-84h_B:ACTTCCGGTGCAATAA,Caudal epiblast
SBR-84h_B:GAGATGGAGATTGTGA,Caudal epiblast
SBR-84h_B:AGGCATTAGCCTATTG,Primitive streak
SBR-84h_B:GCTGCAGGTTCCGCTT,Caudal epiblast
SBR-84h_B:CGCGTGAAGGTCGTGA,Primitive streak
SBR-84h_B:ACGGTCGGTATGCGGA,Caudal epiblast
SBR-84h_B:TTCACGCGTTGAGTCT,Primitive streak
SBR-84h_B:CCCTCTCAGCTTACGT,Caudal epiblast
SBR-84h_B:CAAGGGATCGAGCCAC,Caudal epiblast
SBR-84h_B:CGAATTGCATGCGGTC,Caudal mesoderm
SBR-84h_B:TCTTAGTGTTGGGTTT,Caudal epiblast
SBR-84h_B:GGAGGATTCCGTGGTG,Caudal epiblast
SBR-84h_B:TAAGCCATCCGATAAC,Caudal epiblast
SBR-84h_B:GGGTGTCTCCGACGGT,Caudal epiblast/primitive streak
SBR-84h_B:ATTTCACCATGATAGA,Caudal epiblast
SBR-84h_B:CAACGGCCAGCGACAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCTAACTCACCCTAGG,Caudal epiblast
SBR-84h_B:GCAGCTGAGGTTCTTG,Caudal epiblast
SBR-84h_B:GTCCTCACAGCTCCTT,Caudal epiblast
SBR-84h_B:GATAGCTCAGAACATA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACCATGTCGCCAACG,Caudal epiblast
SBR-84h_B:TTCTAACCAAATCCCA,Primitive streak
SBR-84h_B:TCTCCGAAGGCCACCT,Primitive streak
SBR-84h_B:GAGGGATAGACCGCCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATAAGCTCGGACGTC,Caudal epiblast
SBR-84h_B:TCTCACGCATAATCCG,Caudal epiblast
SBR-84h_B:TATTGCTGTCTGCATA,Caudal epiblast
SBR-84h_B:GCGGAAATCACCTCAC,Ectopic pluripotency
SBR-84h_B:GAATCACAGTCGAAGC,Primitive streak
SBR-84h_B:TGAATGCGTGACAGGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TATCTGTGTGATTAGA,Caudal epiblast
SBR-84h_B:TGCAGTAGTCTTACTT,Caudal epiblast
SBR-84h_B:AAGCATCTCTCGCGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAACAACGTCTTTATC,Caudal epiblast
SBR-84h_B:ACCTGTCAGTTGAATG,Naive pluripotency
SBR-84h_B:TCCTAATTCCCTCATG,Caudal epiblast
SBR-84h_B:ACCGTTCCAGGTCCCA,Caudal epiblast
SBR-84h_B:AAGTCGTCACAACATC,Caudal epiblast
SBR-84h_B:AGTGACTAGCACTTTG,Caudal mesoderm
SBR-84h_B:AGGACTTTCCCGGTAG,Caudal epiblast
SBR-84h_B:CTCAATTGTTAGGACG,Caudal epiblast
SBR-84h_B:AGATGCTGTCCAGAAG,Caudal epiblast
SBR-84h_B:CTGCATCCATCCTCAC,Caudal epiblast
SBR-84h_B:AAGACAACAAGGATGC,Caudal epiblast
SBR-84h_B:CACTGAAGTCGGTAAG,Caudal epiblast
SBR-84h_B:ACCTACCCACGGTAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATAGACCATGTGGTT,Primitive streak
SBR-84h_B:CCACGTTGTGAATTAG,Primitive streak
SBR-84h_B:TGTCCACTCTTGGTGA,Primitive streak
SBR-84h_B:TGAGACTAGCAGCGAT,Primitive streak
SBR-84h_B:CCAATTTAGGTTGAGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATTGTTTCAGCAGAG,Caudal epiblast
SBR-84h_B:TGAGGAGCAGCTGTTA,Caudal epiblast
SBR-84h_B:TCTACCGCATTCTGTT,Primitive streak
SBR-84h_B:GCAGGCTCATTCACAG,Primitive streak
SBR-84h_B:TCGACGGAGTGAGGTC,Caudal epiblast
SBR-84h_B:GGGTTATAGTCACACT,Caudal epiblast
SBR-84h_B:TATCCTAAGAGTGACC,Primitive streak
SBR-84h_B:AGATAGACACAAGCCC,Caudal epiblast
SBR-84h_B:TGTAGACGTCGTACTA,Caudal epiblast
SBR-84h_B:TCTATACCAGGATGAC,Primitive streak
SBR-84h_B:AGTAGCTTCACCACAA,Primitive streak
SBR-84h_B:CGAGTGCAGGCTAGCA,Caudal epiblast
SBR-84h_B:CTGAATGGTTACTCAG,Caudal epiblast
SBR-84h_B:GCTTTCGCAGCCATTA,Ectopic pluripotency
SBR-84h_B:GCCAGGTGTTCCTACC,Primitive streak
SBR-84h_B:GGTCTGGGTCCTCAGG,Caudal mesoderm
SBR-84h_B:CTCATGCGTTCAAAGA,Caudal epiblast
SBR-84h_B:ACATGCATCCGCCTAT,Primitive streak
SBR-84h_B:AGATCGTTCCGTAGTA,Primitive streak
SBR-84h_B:ATCGCCTCATGGCACC,Primitive streak
SBR-84h_B:AGAGAATAGGTGCTTT,Caudal epiblast
SBR-84h_B:TACCCACCAAAGCTCT,Caudal epiblast
SBR-84h_B:CCTATCGCATAACAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CACATGAGTCTCGACG,Primitive streak
SBR-84h_B:CGTTAGACACAACGTT,Primitive streak
SBR-84h_B:CAGCCAGCACACGTGC,Primitive streak
SBR-84h_B:CATTCATGTAACGCGA,Caudal epiblast
SBR-84h_B:CATTTCAGTTGTTGCA,Caudal epiblast
SBR-84h_B:CAGCAGCCATGGCCCA,Caudal epiblast
SBR-84h_B:AGTACCATCGGCTGTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGGACTTCAGGACTTT,Caudal epiblast
SBR-84h_B:AACACACTCAGCATTG,Ectopic pluripotency
SBR-84h_B:AGTCAACAGTGCACTT,Caudal epiblast
SBR-84h_B:AAAGAACAGCCGGAAT,Primitive streak
SBR-84h_B:TGCATCCGTATACCTG,Caudal mesoderm
SBR-84h_B:GGGCTACGTGGTTCTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACAGAAATCGGCTTGG,Primitive streak
SBR-84h_B:CTGTGAAGTTGCGTAT,Caudal epiblast
SBR-84h_B:TCGACGGGTCGACTTA,Caudal epiblast
SBR-84h_B:GACTATGCATGCAGCC,Caudal epiblast
SBR-84h_B:GAGATGGCAAATACAG,Ectopic pluripotency
SBR-84h_B:ATTTCTGAGCAGGGAG,Caudal epiblast
SBR-84h_B:AGAACCTTCTGAATGC,Primitive streak
SBR-84h_B:AACGTCAAGCCAGAGT,Caudal epiblast
SBR-84h_B:TAAGCACCAATTCTTC,Caudal epiblast
SBR-84h_B:TGCATCCCATGTTTGG,Primitive streak
SBR-84h_B:TGGTAGTCAGTAGAGC,Primitive streak
SBR-84h_B:CCGGACAAGAAGCGCT,Primitive streak
SBR-84h_B:TCTCACGCAGGAGGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCGCAGGTCCTGGCTT,Caudal epiblast
SBR-84h_B:TCGGTCTGTACAGTTC,Caudal epiblast
SBR-84h_B:TATCTGTGTCACCGCA,Primitive streak
SBR-84h_B:GATGCTAGTCACCCTT,Primitive streak
SBR-84h_B:CATCCGTGTGCGTTTA,Caudal epiblast
SBR-84h_B:CTCCGATAGGTGCGAT,Primitive streak
SBR-84h_B:CACAACAAGCAATTAG,Caudal epiblast
SBR-84h_B:CATAGACCACGGCTAC,Caudal epiblast
SBR-84h_B:AACGTCAAGCATCCCG,Caudal epiblast
SBR-84h_B:ACTTATCGTTCCACAA,Caudal epiblast
SBR-84h_B:TTGATGGGTAGGTGCA,Primitive streak
SBR-84h_B:TGCGATAGTTAGAAGT,Caudal epiblast
SBR-84h_B:TTCTTGAAGCTCTTCC,Caudal epiblast
SBR-84h_B:CTGCCTAGTTCCGCTT,Caudal epiblast
SBR-84h_B:ACTTAGGGTTCAACGT,Primitive streak
SBR-84h_B:TCCACCACACAGACGA,Primitive streak
SBR-84h_B:TCACAAGGTAATCAAG,Caudal epiblast
SBR-84h_B:GTCACGGCAGAGTTCT,Caudal mesoderm
SBR-84h_B:TACTTGTCACGTACAT,Caudal epiblast
SBR-84h_B:TCTTAGTAGTCTAGAA,Caudal mesoderm
SBR-84h_B:CTCATGCCACTGGATT,Ectopic pluripotency
SBR-84h_B:ATGGAGGCAAGTGGTG,Primitive streak
SBR-84h_B:GACCAATAGCGTGAGT,Caudal epiblast
SBR-84h_B:ACAAGCTGTCGCATTA,Caudal mesoderm
SBR-84h_B:TGGGAGAGTGCATTTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGAGGCTTCCAAGCCG,Caudal epiblast
SBR-84h_B:TGAATGCCATACTGAC,Primitive streak
SBR-84h_B:CATGAGTGTCGCTTAA,Primitive streak
SBR-84h_B:AAAGGATGTCAACACT,Caudal epiblast
SBR-84h_B:CCCTCAAGTCCCTGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCGCTGGTAGCACGA,Caudal epiblast
SBR-84h_B:ACTTAGGCACGATTCA,Cd63+ ectoderm-like artefact
SBR-84h_B:CTGCTCACAAACACCT,Caudal epiblast
SBR-84h_B:CAACCAACACGTCGGT,Primitive streak
SBR-84h_B:CTCATCGAGTTGCGCC,Primitive streak
SBR-84h_B:TTCGGTCAGGAATGTT,Primitive streak
SBR-84h_B:CAGCACGGTTGATCGT,Primitive streak
SBR-84h_B:TTGGTTTAGACATATG,Primitive streak
SBR-84h_B:GTCAGCGAGGAGGCAG,Primitive streak
SBR-84h_B:GTAGAGGCAGACATCT,Primitive streak
SBR-84h_B:TTAGTCTCAGTTAGAA,Primitive streak
SBR-84h_B:TCTTAGTCACCTCTGT,Primitive streak
SBR-84h_B:GAGAAATGTGTGTGTT,Ectopic pluripotency
SBR-84h_B:TCTACCGCAGCAGATG,Primitive streak
SBR-84h_B:TAGACCAGTGATACTC,Caudal epiblast
SBR-84h_B:GCAGTTACACGCGGTT,Primitive streak
SBR-84h_B:CACAGGCAGGTTAAAC,Caudal mesoderm
SBR-84h_B:CACATGATCACCTGGG,Caudal epiblast
SBR-84h_B:CCTGTTGCAAGCTGCC,Caudal epiblast
SBR-84h_B:GGGTCACCACGTACTA,Primitive streak
SBR-84h_B:GCATTAGGTTAGGCCC,Caudal epiblast
SBR-84h_B:GATCACATCCCTGGTT,Caudal epiblast
SBR-84h_B:AATGAAGTCCAATCCC,Primitive streak
SBR-84h_B:CACAGATAGGTAATCA,Naive pluripotency
SBR-84h_B:TCTGCCATCACTCACC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TAATCTCCAATTGAAG,Caudal epiblast
SBR-84h_B:ACTTTCACAGCAGTTT,Caudal epiblast
SBR-84h_B:CTGGACGGTTCCTACC,Caudal epiblast
SBR-84h_B:ACACCAATCGCGGTAC,Primitive streak
SBR-84h_B:ATTCATCTCGGCTTCT,Caudal epiblast
SBR-84h_B:CGAATTGCACGGAAGT,Caudal epiblast
SBR-84h_B:CTCCTCCGTCCAGAAG,Primitive streak
SBR-84h_B:GCGTTTCAGGATATGT,Caudal epiblast
SBR-84h_B:GAGATGGGTTGGCTAT,Caudal epiblast
SBR-84h_B:TCCGAAACAACCGCCA,Caudal epiblast
SBR-84h_B:TTCTAACCATGGAGAC,Caudal epiblast
SBR-84h_B:ATCGATGAGTCTCTGA,Caudal epiblast
SBR-84h_B:TATTCCAGTTATTCTC,Naive pluripotency
SBR-84h_B:ATAGGCTCATACAGGG,Caudal epiblast
SBR-84h_B:GGTCTGGTCACCTCGT,Primitive streak
SBR-84h_B:TGCGATACATTGCTGA,Caudal epiblast
SBR-84h_B:TATCAGGAGCTGTTCA,Caudal epiblast
SBR-84h_B:TGCTCGTCAGTGCCTG,Caudal epiblast
SBR-84h_B:CACTGAACAAGTCCAT,Caudal epiblast
SBR-84h_B:TTGCATTCACGACGAA,Primitive streak
SBR-84h_B:ATTCCCGTCGGCTCTT,Primitive streak
SBR-84h_B:TCATTACTCTACCAGA,Caudal epiblast
SBR-84h_B:TGGGCGTCATCATTGG,Caudal epiblast
SBR-84h_B:TGAACGTGTCACCTTC,Caudal epiblast
SBR-84h_B:GTTACGAGTGAATGAT,Primitive streak
SBR-84h_B:TGACGCGAGGAGAGGC,Primitive streak
SBR-84h_B:TCGAACAAGGCATTTC,Caudal epiblast
SBR-84h_B:AGTGTTGTCTTAATCC,Primitive streak
SBR-84h_B:CTCCACAGTAGCTGAG,Caudal epiblast
SBR-84h_B:ATACCGATCGGCTGTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAGGGCTGTTCGGTAT,Primitive streak
SBR-84h_B:CGTGAATAGACAGCTG,Primitive streak
SBR-84h_B:TGGTACAGTGGTCTGC,Primitive streak
SBR-84h_B:AAATGGAAGGTCGACA,Primitive streak
SBR-84h_B:GCAGCCACACTGGCGT,Primitive streak
SBR-84h_B:AAGTACCAGTGGCGAT,Caudal epiblast
SBR-84h_B:AGTGACTTCCGCAACG,Ectopic pluripotency
SBR-84h_B:GCGTGCATCAGCTCTC,Ectopic pluripotency
SBR-84h_B:CTCCTCCGTGCCGAAA,Caudal epiblast
SBR-84h_B:CTCTCAGTCTCGTCAC,Caudal epiblast
SBR-84h_B:GTTACCCAGGGCAGAG,Caudal epiblast
SBR-84h_B:CAGTTCCAGGACGCAT,Caudal epiblast
SBR-84h_B:ACACCAAGTAGGTAGC,Ectopic pluripotency
SBR-84h_B:ACCAAACGTATGCAAA,Primitive streak
SBR-84h_B:TGCTCGTCACATGACT,Caudal epiblast
SBR-84h_B:AGGAGGTCACAAACGG,Caudal epiblast
SBR-84h_B:GAAGCCCCAATTGCCA,Caudal epiblast
SBR-84h_B:TTACAGGGTATGGAAT,Primitive streak
SBR-84h_B:GACGCTGCACTTTAGG,Caudal epiblast
SBR-84h_B:CCATCACTCGGCATTA,Primitive streak
SBR-84h_B:ATGAGTCCACCAAATC,Primitive streak
SBR-84h_B:ATACCGAGTAGCGAGT,Ectopic pluripotency
SBR-84h_B:AGCATCACAGAAGCTG,Primitive streak
SBR-84h_B:GCTACAAGTGTGAGCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GGGTCACAGTCCCTAA,Caudal epiblast
SBR-84h_B:GGCTGTGAGGTTCCAT,Primitive streak
SBR-84h_B:ATTCACTAGACTGTTC,Caudal mesoderm
SBR-84h_B:TCTTTGAGTCGACTTA,Caudal epiblast
SBR-84h_B:CCTCCAACAAGCCCAC,Caudal epiblast
SBR-84h_B:CTCCATGAGGTTATAG,Caudal epiblast
SBR-84h_B:GTGTAACGTATGACAA,Caudal epiblast
SBR-84h_B:CACACAACAGCTGAGA,Primitive streak
SBR-84h_B:AGATAGAAGTGTCATC,Caudal epiblast
SBR-84h_B:GTCACGGAGGCCCAAA,Primitive streak
SBR-84h_B:CGAAGGAAGGAGTACC,Primitive streak
SBR-84h_B:ATTACTCTCATGGGAG,Caudal epiblast
SBR-84h_B:GTGCTGGGTTCTCGTC,Primitive streak
SBR-84h_B:ATCATTCCATTAGGAA,Caudal epiblast
SBR-84h_B:TATTGGGCACGTACAT,Caudal epiblast
SBR-84h_B:AGATCGTTCGGAGTAG,Caudal epiblast
SBR-84h_B:ACTACGAAGCCTGACC,Primitive streak
SBR-84h_B:GCACTAAAGAGCATAT,Caudal epiblast
SBR-84h_B:GCATGATGTGGGCTTC,Primitive streak
SBR-84h_B:ATTCCATTCCAGTACA,Caudal epiblast
SBR-84h_B:GTTACGAAGCCAGAGT,Cd63+ ectoderm-like artefact
SBR-84h_B:GGTTCTCGTCGTCGGT,Caudal epiblast
SBR-84h_B:GGGTTATAGGCTCTCG,Ectopic pluripotency
SBR-84h_B:GGTTAACCAAATGAAC,Caudal epiblast
SBR-84h_B:GCTCAAATCATTTGTC,Caudal epiblast
SBR-84h_B:CCCTTAGCAAATTGCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCATGGAGATACATG,Caudal epiblast
SBR-84h_B:GCAGGCTCAGACACCC,Caudal epiblast
SBR-84h_B:AATTTCCTCGCGAAGA,Caudal epiblast
SBR-84h_B:GTACAGTCAGGATTCT,Caudal epiblast
SBR-84h_B:ATTCCTATCACGACTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AATTCCTCATGGAAGC,Primitive streak
SBR-84h_B:AACAAAGTCTGGAGAG,Caudal epiblast
SBR-84h_B:CATCCGTCACAAATGA,Caudal epiblast
SBR-84h_B:AGCGTATGTTAAGACA,Caudal epiblast
SBR-84h_B:CATGCCTTCAACCTTT,Caudal epiblast
SBR-84h_B:TGTCAGATCTCAAAGC,Caudal epiblast
SBR-84h_B:CACATGAGTTAGAGTA,Primitive streak
SBR-84h_B:CATCAAGCAGTTAGGG,Caudal epiblast
SBR-84h_B:ACCACAAAGACATCCT,Caudal epiblast
SBR-84h_B:ATGGGAGAGGTGATAT,Caudal epiblast
SBR-84h_B:CACGGGTAGCCTATTG,Caudal epiblast
SBR-84h_B:AGTTCGAAGCCTGACC,Caudal epiblast
SBR-84h_B:CATCGCTGTAAGTTAG,Caudal epiblast
SBR-84h_B:TCAGTTTTCTTTCCGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TAGGAGGAGTCTGGTT,Caudal epiblast
SBR-84h_B:GGGATCCGTCCGAAAG,Caudal epiblast
SBR-84h_B:TGCAGTACATACGCAT,Caudal epiblast
SBR-84h_B:GACACGCGTATCAAGA,Caudal epiblast
SBR-84h_B:TAGAGTCCAATCGAAA,Primitive streak
SBR-84h_B:GTAGGTTTCAAGCCTA,Ectopic pluripotency
SBR-84h_B:TCATACTCAAGTCATC,Caudal epiblast
SBR-84h_B:CTCTGGTGTACTAAGA,Caudal epiblast
SBR-84h_B:TTTAGTCCATCAGCAT,Caudal epiblast
SBR-84h_B:CATCCCACAAGTTCCA,Caudal epiblast
SBR-84h_B:ACGATGTTCAGAACCT,Caudal mesoderm
SBR-84h_B:TACGGTACATAAGCGG,Caudal epiblast
SBR-84h_B:AAACGCTTCCGTGACG,Primitive streak
SBR-84h_B:TTGAACGTCCTGGGTG,Caudal mesoderm
SBR-84h_B:CAGCGTGCAGCTGTCG,Primitive streak
SBR-84h_B:GCACGTGCAGGATTCT,Caudal mesoderm
SBR-84h_B:GCTTCACCAGTAGTGG,Caudal epiblast
SBR-84h_B:AACCATGAGACTACCT,Primitive streak
SBR-84h_B:TAATCTCAGAAGAGCA,Primitive streak
SBR-84h_B:TCGGATAAGGAAGTGA,Ectopic pluripotency
SBR-84h_B:TTGTTCATCCAGCTCT,Primitive streak
SBR-84h_B:TACCCGTAGGATATGT,Caudal epiblast
SBR-84h_B:AGTGCCGCACATAGCT,Caudal epiblast
SBR-84h_B:ACTGCAAAGCCTCATA,Ectopic pluripotency
SBR-84h_B:GCGAGAATCGGATAAA,Caudal mesoderm
SBR-84h_B:CTCGAGGTCTGATGGT,Primitive streak
SBR-84h_B:ATTATCCGTTTCTTAC,Primitive streak
SBR-84h_B:TGTTCCGCACTCAGAT,Caudal epiblast
SBR-84h_B:ACTGCAAGTGCTCTCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCTAGTGTCGGCACT,Caudal epiblast
SBR-84h_B:CCCGGAAAGACCGTTT,Caudal epiblast
SBR-84h_B:TTCAGGATCTGAGAGG,Caudal epiblast
SBR-84h_B:CGATGCGTCCTTGACC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCACACTCAGCAGAAC,Caudal epiblast
SBR-84h_B:TGGTAGTGTCCCGCAA,Primitive streak
SBR-84h_B:GTTAGTGGTGTCCACG,Caudal epiblast
SBR-84h_B:CCGCAAGAGGGCAGTT,Caudal epiblast
SBR-84h_B:CGAAGGAGTGCTCCGA,Caudal epiblast
SBR-84h_B:TGAGTCATCGCATTGA,Caudal mesoderm
SBR-84h_B:GCAACCGAGTCATCGT,Caudal epiblast
SBR-84h_B:AATGACCCAGGTCAGA,Caudal epiblast
SBR-84h_B:TCTAACTGTACAACGG,Caudal epiblast
SBR-84h_B:GTCGCGAAGACTCTTG,Caudal epiblast
SBR-84h_B:GAGCTGCAGCACTAAA,Caudal epiblast
SBR-84h_B:ATGTCCCGTCGTCAGC,Caudal epiblast
SBR-84h_B:CTCAGGGCATGAATCC,Caudal epiblast
SBR-84h_B:AGTTAGCAGGTAAACT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGATGTGTAATGTGA,Caudal epiblast
SBR-84h_B:GGTCACGGTGATCATC,Naive pluripotency
SBR-84h_B:TACTTACTCCCAGGAC,Caudal epiblast
SBR-84h_B:CTGATCCCACTCTGCT,Caudal epiblast
SBR-84h_B:AAAGTGAAGTTGAAGT,Caudal epiblast
SBR-84h_B:GTCTAGATCCATATGG,Caudal epiblast
SBR-84h_B:AAGCGAGAGAGGATCC,Caudal epiblast
SBR-84h_B:GAGTTTGGTGCTCTTC,Primitive streak
SBR-84h_B:GGAGATGTCCTGGGTG,Primitive streak
SBR-84h_B:TGAGTCATCGCGATCG,Primitive streak
SBR-84h_B:CTTGATTCAGGCATGA,Naive pluripotency
SBR-84h_B:ATCGTGACACTACCGG,Primitive streak
SBR-84h_B:GTTCCGTCATCGTGCG,Caudal epiblast
SBR-84h_B:TATACCTCATCCGCGA,Caudal epiblast
SBR-84h_B:TCCATGCTCAATCCGA,Caudal epiblast
SBR-84h_B:GCGGATCCATTCAGGT,Caudal epiblast
SBR-84h_B:CCCTAACGTCTAGATC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATCCACCGTCAGTCTA,Primitive streak
SBR-84h_B:GGAATCTCACTATCGA,Caudal epiblast
SBR-84h_B:GACAGCCTCCCTCAAC,Caudal epiblast
SBR-84h_B:AAAGGTAAGAATAGTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGGTTGAGCTAGCCC,Caudal epiblast
SBR-84h_B:AGCGTATGTTACCTGA,Caudal epiblast
SBR-84h_B:AGGATAAAGTACGAGC,Primitive streak
SBR-84h_B:CAGCCAGAGCAGGCAT,Caudal epiblast
SBR-84h_B:TGGATGTAGAATACAC,Caudal epiblast
SBR-84h_B:TGCTGAATCACAATGC,Primitive streak
SBR-84h_B:GTAGGAGCAGTCGTTA,Caudal epiblast
SBR-84h_B:CCTCACAGTACTAGCT,Caudal epiblast
SBR-84h_B:TTAGGGTCACCCATAA,Caudal epiblast
SBR-84h_B:ATCGCCTGTAGATGTA,Primitive streak
SBR-84h_B:TCCGTGTCACTGATTG,Primitive streak
SBR-84h_B:CTGTGAACAGTCTGGC,Caudal epiblast
SBR-84h_B:ATCGCCTAGACCAGAC,Caudal epiblast
SBR-84h_B:AGTACCATCACGATAC,Caudal epiblast
SBR-84h_B:GGATGTTTCAGCTAGT,Primitive streak
SBR-84h_B:AGAAGCGAGTCGTCTA,Caudal epiblast
SBR-84h_B:TCCTCCCGTACGGCAA,Caudal epiblast
SBR-84h_B:ACCCTTGGTGGGCTTC,Primitive streak
SBR-84h_B:CTCTCGACAACGACAG,Caudal epiblast
SBR-84h_B:CCACGTTTCGGCACTG,Caudal epiblast
SBR-84h_B:ACGCACGGTTTCCCAC,Ectopic pluripotency
SBR-84h_B:TCTACCGGTAATTAGG,Caudal epiblast
SBR-84h_B:GAGTGTTAGCGAGGAG,Primitive streak
SBR-84h_B:AGGGTTTCACCCAATA,Caudal epiblast
SBR-84h_B:TTCCGGTAGATAGTCA,Primitive streak
SBR-84h_B:AACGTCAGTGCCTTTC,Caudal epiblast
SBR-84h_B:TTGCTGCAGCATCGAG,Caudal epiblast
SBR-84h_B:TCATTCATCTTTGGAG,Caudal epiblast
SBR-84h_B:ATGAGGGAGCTAAGTA,Primitive streak
SBR-84h_B:TAATTCCGTGCACAAG,Caudal epiblast
SBR-84h_B:TTTAGTCTCCTTCAGC,Caudal epiblast
SBR-84h_B:ACCTGTCTCCTCACCA,Primitive streak
SBR-84h_B:GTAATGCCAGCGCGTT,Naive pluripotency
SBR-84h_B:ACCGTTCCACGGGCTT,Caudal epiblast
SBR-84h_B:GAAGCGACACACCTAA,Primitive streak
SBR-84h_B:TAAGCACTCTGTCCCA,Caudal epiblast
SBR-84h_B:ATTGTTCAGAAGGCTC,Primitive streak
SBR-84h_B:ACCGTTCTCTACGGTA,Primitive streak
SBR-84h_B:AGCCAGCCACAACGTT,Caudal epiblast
SBR-84h_B:GGGCTACTCCTCTCGA,Naive pluripotency
SBR-84h_B:TTGTGTTAGGCGACAT,Caudal epiblast
SBR-84h_B:CTACTATTCCTAGCCT,Cd63+ ectoderm-like artefact
SBR-84h_B:GAACTGTAGGTCACTT,Caudal epiblast
SBR-84h_B:CACTAAGAGCTTCATG,Caudal epiblast
SBR-84h_B:GCTACAAAGTATTGCC,Caudal epiblast
SBR-84h_B:AATGCCATCTTCGGTC,Primitive streak
SBR-84h_B:AGGCTGCGTCATATGC,Caudal mesoderm
SBR-84h_B:TGAACGTGTTGGACCC,Caudal epiblast
SBR-84h_B:GAGCTGCAGGATATGT,Primitive streak
SBR-84h_B:GTGGAAGGTCGACTTA,Caudal epiblast
SBR-84h_B:GAATCGTAGTTGCGAG,Caudal epiblast
SBR-84h_B:ATCACAGCAGTCAGAG,Caudal epiblast
SBR-84h_B:AACAGGGAGCAGTAAT,Primitive streak
SBR-84h_B:TTGTGTTAGTCATGCT,Primitive streak
SBR-84h_B:CGAGGCTCACGGTGTC,Primitive streak
SBR-84h_B:AGATAGATCTTGCGCT,Caudal epiblast
SBR-84h_B:GATTGGTCATCGGATT,Caudal epiblast
SBR-84h_B:AATGAAGGTTGGGTAG,Caudal epiblast
SBR-84h_B:TCAGTCCGTTGAAGTA,Caudal epiblast
SBR-84h_B:CTGGTCTGTTTCCATT,Caudal epiblast
SBR-84h_B:TCCTTCTAGCGGTAAC,Caudal mesoderm
SBR-84h_B:CGGGACTGTCGTCATA,Primitive streak
SBR-84h_B:CAACGATAGGAATTAC,Caudal epiblast
SBR-84h_B:CAACCTCGTTTGCAGT,Caudal epiblast
SBR-84h_B:TTCGGTCCAATTGCGT,Naive pluripotency
SBR-84h_B:CGGGACTGTTTCACAG,Caudal epiblast
SBR-84h_B:TGCATCCTCGCGGTAC,Caudal epiblast
SBR-84h_B:CTCAAGAGTAGTGTGG,Caudal epiblast
SBR-84h_B:TTGTTTGTCCATGATG,Caudal epiblast
SBR-84h_B:TCTATCAAGACTTGTC,Primitive streak
SBR-84h_B:TGACCCTAGATTGATG,Caudal epiblast
SBR-84h_B:AACCATGGTGCATTAC,Caudal epiblast
SBR-84h_B:TATCCTATCAGCAATC,Caudal epiblast
SBR-84h_B:CACGAATGTCCTACGG,Caudal epiblast
SBR-84h_B:ACTATTCCAGTTCACA,Caudal epiblast
SBR-84h_B:CAGCAATCAGAGTTCT,Primitive streak
SBR-84h_B:GGTAACTCACATAACC,Caudal epiblast
SBR-84h_B:CCTAACCTCTACTATC,Caudal epiblast
SBR-84h_B:AAACCCATCCCATGGG,Caudal epiblast
SBR-84h_B:CCTGTTGCAGACAAAT,Caudal epiblast
SBR-84h_B:CACATGATCAAGCGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAAGGTACAAGTCCAT,Caudal epiblast
SBR-84h_B:CATTGAGCAAACCGGA,Primitive streak
SBR-84h_B:GTAATGCAGCATCGAG,Caudal epiblast
SBR-84h_B:TCTACCGAGGTGGGTT,Caudal epiblast
SBR-84h_B:ATGTCCCGTTGACGGA,Primitive streak
SBR-84h_B:GACTGATGTCTAGGTT,Caudal epiblast
SBR-84h_B:TGCTTGCAGCACTCAT,Primitive streak
SBR-84h_B:TATTCCACAACACGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCTGCATTCCTGTAAG,Caudal epiblast
SBR-84h_B:TGCTTCGCAGCACCCA,Caudal epiblast
SBR-84h_B:GGCAGTCGTGCTCGTG,Primitive streak
SBR-84h_B:ATAGGCTCAATCTCTT,Caudal epiblast
SBR-84h_B:AGGGCTCTCCTCACGT,Caudal epiblast
SBR-84h_B:ATGGGTTCAGACAATA,Caudal epiblast
SBR-84h_B:GGGTGAAGTCGCATGC,Caudal epiblast
SBR-84h_B:AGGGTGAAGTGGCCTC,Naive pluripotency
SBR-84h_B:TCTACATAGGACGGAG,Primitive streak
SBR-84h_B:GCATGATAGTAGCAAT,Caudal epiblast
SBR-84h_B:ACTTTCATCCCGAGGT,Caudal epiblast
SBR-84h_B:AAGTCGTCAGCAGTAG,Primitive streak
SBR-84h_B:AACCTGAGTACACGTT,Caudal epiblast
SBR-84h_B:TCTCCGAAGTGCAGCA,Primitive streak
SBR-84h_B:AGCGCCATCGCCTCTA,Caudal epiblast
SBR-84h_B:AGGCTGCCAGCTACTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTAATCGCAGCAGTAG,Primitive streak
SBR-84h_B:TTGGGTAAGAACGCGT,Caudal epiblast
SBR-84h_B:TTCGCTGGTCGTCTCT,Primitive streak
SBR-84h_B:TCAGCAATCAGCTTGA,Caudal epiblast
SBR-84h_B:TTCGGTCTCCCAGTGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGCCTAGTAGGTAGC,Caudal epiblast
SBR-84h_B:TCATGTTAGCTGCCAC,Caudal epiblast
SBR-84h_B:TTAGTCTCATGGCCAC,Caudal epiblast
SBR-84h_B:GGTTGTACAGCAAGAC,Primitive streak
SBR-84h_B:TTGGGTAGTTAGAAAC,Primitive streak
SBR-84h_B:TTCAGGACAGCATTGT,Primitive streak
SBR-84h_B:TAGACCAGTCAAGTTC,Caudal epiblast
SBR-84h_B:TTTGATCAGTAAACAC,Primitive streak
SBR-84h_B:AATAGAGCAAGATGGC,Caudal epiblast
SBR-84h_B:CTATAGGTCGATGGAG,Caudal epiblast
SBR-84h_B:GAAGCGACACACCAGC,Cd63+ ectoderm-like artefact
SBR-84h_B:TATTGGGGTAGCACAG,Caudal epiblast
SBR-84h_B:CATGCAATCAATCCGA,Caudal epiblast
SBR-84h_B:GGGCGTTTCATGCATG,Primitive streak
SBR-84h_B:ATCGTGATCACGTCCT,Caudal epiblast
SBR-84h_B:ATGAGGGTCTCTCCGA,Ectopic pluripotency
SBR-84h_B:ATGTCTTCACACGCCA,Ectopic pluripotency
SBR-84h_B:TGTCAGAGTCATAACC,Caudal mesoderm
SBR-84h_B:AGGTAGGCAACCGCTG,Caudal epiblast
SBR-84h_B:TGTAAGCTCAGTGTTG,Primitive streak
SBR-84h_B:TGCAGGCGTCACTCGG,Primitive streak
SBR-84h_B:GAAATGATCTTGTGCC,Caudal epiblast
SBR-84h_B:TCACTCGCAATCTCGA,Caudal epiblast
SBR-84h_B:ATGCGATAGCGCTTCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCGTTCACAACCCTCT,Primitive streak
SBR-84h_B:AGTCTCCAGAGGGTAA,Primitive streak
SBR-84h_B:TCATGAGCAAAGCTCT,Caudal epiblast
SBR-84h_B:GACTCTCCATAGAATG,Caudal epiblast
SBR-84h_B:AACCATGGTATAATGG,Caudal epiblast
SBR-84h_B:ATCTTCATCGTTGCCT,Caudal mesoderm
SBR-84h_B:GTTCTATAGCATATGA,Caudal epiblast
SBR-84h_B:CATACAGCAGAAATTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACCAACATCTAAGAAG,Caudal epiblast
SBR-84h_B:CTCCGATGTTTGAACC,Primitive streak
SBR-84h_B:AGGAATATCGTCCTCA,Primitive streak
SBR-84h_B:CGTGCTTAGACTCTAC,Caudal epiblast
SBR-84h_B:ATGCCTCCACTGAATC,Caudal epiblast
SBR-84h_B:AGAAATGGTTCTTAGG,Primitive streak
SBR-84h_B:ATTGTTCAGGAACTAT,Caudal epiblast
SBR-84h_B:GTCATTTTCAACACCA,Primitive streak
SBR-84h_B:GCGAGAATCTTCTAAC,Caudal epiblast
SBR-84h_B:CATGAGTTCCTCTAAT,Caudal epiblast
SBR-84h_B:CTGAGCGCACAAGCTT,Caudal epiblast
SBR-84h_B:AGGGTTTAGTAACAGT,Caudal epiblast
SBR-84h_B:CTACCCAGTTCGGCTG,Primitive streak
SBR-84h_B:GTTATGGTCTGCGTCT,Caudal epiblast
SBR-84h_B:CTTTCGGAGCTAGCCC,Primitive streak
SBR-84h_B:TTATTGCCACTTGTCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCCTCTCAAGTTGGG,Primitive streak
SBR-84h_B:ATCGCCTAGCCTCTCT,Caudal epiblast
SBR-84h_B:CAATCGAGTTAGAGAT,Caudal epiblast
SBR-84h_B:ACAGAAAGTGCCTGAC,Caudal epiblast
SBR-84h_B:TGTGCGGCAGGGCTTC,Primitive streak
SBR-84h_B:GGGTCTGGTGCCGTAC,Primitive streak
SBR-84h_B:TTCTAACTCCACAGCG,Primitive streak
SBR-84h_B:TGAGCATCATACAGCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TAGGAGGGTCGAGCTC,Caudal mesoderm
SBR-84h_B:CGAGGCTTCTTCTGGC,Primitive streak
SBR-84h_B:CCTCTAGAGGTGCAGT,Primitive streak
SBR-84h_B:TGGTGATCAAGCTGTT,Caudal epiblast
SBR-84h_B:ATCGGATTCGTTCCTG,Caudal epiblast
SBR-84h_B:GGTCACGCATGCAGGA,Caudal epiblast
SBR-84h_B:CATCCCACATTGGATC,Caudal epiblast
SBR-84h_B:ATTGTTCGTTATCCAG,Naive pluripotency
SBR-84h_B:TACTGCCTCGAAATCC,Caudal epiblast
SBR-84h_B:CCTACGTTCAGCCCAG,Primitive streak
SBR-84h_B:CCGTTCATCCCACAGG,Caudal epiblast
SBR-84h_B:TGAATCGGTCTGTGGC,Caudal epiblast
SBR-84h_B:ATCACAGGTTCTCGTC,Caudal epiblast
SBR-84h_B:GAAGGGTCAACACGAG,Primitive streak
SBR-84h_B:TTAGGCATCTACCAGA,Ectopic pluripotency
SBR-84h_B:CGATCGGGTGATCGTT,Primitive streak
SBR-84h_B:TCCGTGTCATCTAGAC,Primitive streak
SBR-84h_B:TGGGCTGAGAAGCGAA,Caudal epiblast
SBR-84h_B:GGCAGTCCACATAACC,Caudal epiblast
SBR-84h_B:AACCTGATCATTCACT,Caudal epiblast
SBR-84h_B:GCTGAATCAAAGCGTG,Caudal epiblast
SBR-84h_B:TCATACTAGAGTGGCT,Caudal epiblast
SBR-84h_B:ATGACCACAGAGGGTT,Primitive streak
SBR-84h_B:GTCTAGACATCCTTCG,Caudal epiblast
SBR-84h_B:CTTCGGTAGGCCTGAA,Caudal epiblast
SBR-84h_B:GATGACTCAACATACC,Caudal epiblast
SBR-84h_B:CGCCAGATCTAGAACC,Caudal epiblast
SBR-84h_B:TGAGTCATCGCGGTAC,Ectopic pluripotency
SBR-84h_B:CAAGCTACAGCACGAA,Primitive streak
SBR-84h_B:CTAACCCTCGCATAGT,Caudal epiblast
SBR-84h_B:GAGTGAGCAGAGTTCT,Caudal epiblast
SBR-84h_B:TTAGGCAAGGAGACCT,Caudal epiblast
SBR-84h_B:GACACGCAGCATACTC,Caudal epiblast
SBR-84h_B:GTTCATTGTTCCCAAA,Primitive streak
SBR-84h_B:TTGCCTGCATTAAGCC,Caudal mesoderm
SBR-84h_B:GTAGGAGTCGTAACTG,Caudal epiblast
SBR-84h_B:ATCGGATCATCGGAAG,Ectopic pluripotency
SBR-84h_B:GCGGAAAAGTCTCGTA,Primitive streak
SBR-84h_B:GCTGAATTCTGGGAGA,Caudal epiblast
SBR-84h_B:ACTTCCGAGGGATCAC,Primitive streak
SBR-84h_B:CGAGGCTAGCTCCACG,Caudal epiblast
SBR-84h_B:ATGGAGGCACTAGAGG,Caudal epiblast
SBR-84h_B:GTTCCGTCAGAACTAA,Caudal epiblast
SBR-84h_B:TGAGCGCAGATCGCTT,Primitive streak
SBR-84h_B:AACACACGTCGCATCG,Primitive streak
SBR-84h_B:AGGGTCCAGACTGGGT,Caudal epiblast
SBR-84h_B:TTCCACGCATACATCG,Caudal epiblast
SBR-84h_B:TTATTGCGTCCATCTC,Caudal epiblast
SBR-84h_B:CCGAACGAGGTGCAGT,Primitive streak
SBR-84h_B:CCTTCAGAGTTTCGAC,Primitive streak
SBR-84h_B:AGGGAGTTCATGCAGT,Caudal epiblast
SBR-84h_B:AGAGCCCCACGACAAG,Caudal epiblast
SBR-84h_B:CACGTGGAGAGTTGTA,Caudal epiblast
SBR-84h_B:CCCATTGGTTCTCGCT,Caudal epiblast
SBR-84h_B:CAGCCAGCAATACGCT,Caudal epiblast
SBR-84h_B:ATGCCTCTCTTCCGTG,Caudal epiblast
SBR-84h_B:TAGACCACACCGTGCA,Primitive streak
SBR-84h_B:GAGTGTTAGTCTAGCT,Caudal epiblast
SBR-84h_B:ACAGCCGCATCCTATT,Caudal epiblast
SBR-84h_B:GACGCTGGTCACAGTT,Caudal epiblast
SBR-84h_B:CTCACTGGTTGGGAAC,Caudal epiblast
SBR-84h_B:ATACCTTTCTCTGACC,Caudal epiblast
SBR-84h_B:AGGGAGTCACCAGACC,Caudal epiblast
SBR-84h_B:TGCGATAGTCTTGAAC,Primitive streak
SBR-84h_B:TCGTAGAAGGACCCAA,Caudal epiblast
SBR-84h_B:TGGTAGTCACTACGGC,Ectopic pluripotency
SBR-84h_B:CACGTGGGTCTTACTT,Caudal epiblast
SBR-84h_B:CTACCTGAGGTAGTAT,Caudal epiblast
SBR-84h_B:GATCATGGTGTAACGG,Caudal epiblast
SBR-84h_B:CTACAGATCCATTGGA,Caudal epiblast
SBR-84h_B:ATGGAGGCAAATCGGG,Caudal epiblast
SBR-84h_B:ATTCTACTCTGTGCGG,Primitive streak
SBR-84h_B:GAGCTGCGTAGATTGA,Caudal epiblast
SBR-84h_B:ACGTTCCCACCAGGTC,Caudal epiblast
SBR-84h_B:CCACGAGTCGCTCTAC,Caudal epiblast
SBR-84h_B:TGCTCGTTCTCGCTTG,Cd63+ ectoderm-like artefact
SBR-84h_B:TAGGTACCAGACAATA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTTCTCTTCGGTCTGG,Primitive streak
SBR-84h_B:TACCGGGGTGTCTTAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATACAGGTGGTTCTA,Caudal epiblast
SBR-84h_B:CCTTGTGAGAAGTATC,Caudal epiblast
SBR-84h_B:GGGTCTGAGCTACTGT,Caudal epiblast
SBR-84h_B:CATGAGTCATTGTAGC,Primitive streak
SBR-84h_B:CACGTGGCAAAGACTA,Primitive streak
SBR-84h_B:GCTGCAGCATATCTCT,Caudal epiblast
SBR-84h_B:GGCAGTCCATCGGTTA,Caudal epiblast
SBR-84h_B:CTTGATTTCACCCTGT,Primitive streak
SBR-84h_B:AGCTACATCGATTCCC,Caudal epiblast
SBR-84h_B:GGGTGAATCTAAACGC,Caudal epiblast
SBR-84h_B:CTTTCAAGTACTTCCC,Primitive streak
SBR-84h_B:TTCTTGACAGCTTTCC,Caudal epiblast
SBR-84h_B:AAGCATCCATCGCCTT,Caudal epiblast
SBR-84h_B:TAGAGTCGTAACGATA,Primitive streak
SBR-84h_B:AGGTGTTCATGCAGCC,Primitive streak
SBR-84h_B:GAGTCTATCTGGTTGA,Caudal epiblast
SBR-84h_B:GGGTCTGTCAAGTGGG,Primitive streak
SBR-84h_B:AGCGTATTCTACTTCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCTTGTGAGTAGACCG,Caudal epiblast
SBR-84h_B:TCAAGCAGTCGGTACC,Caudal epiblast
SBR-84h_B:GCACGTGGTTGAGGAC,Caudal epiblast
SBR-84h_B:CGATGCGTCACCCTCA,Primitive streak
SBR-84h_B:AAGACAACATCCTATT,Caudal epiblast
SBR-84h_B:TGATGCAGTCATAGTC,Primitive streak
SBR-84h_B:CACGGGTTCATTCTTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCAGGTAGGCGATAC,Caudal epiblast
SBR-84h_B:TCTACCGTCGCCATAA,Caudal epiblast
SBR-84h_B:GTGGTTACAACTCGTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACAACCACACGGCGTT,Caudal epiblast
SBR-84h_B:AAGCATCAGCCTGTCG,Caudal epiblast
SBR-84h_B:ATCCATTAGGAAAGAC,Caudal epiblast
SBR-84h_B:CCTCCAACAGAGCGTA,Primitive streak
SBR-84h_B:AGTGACTAGAAGTCAT,Caudal epiblast
SBR-84h_B:AGACCATAGTCCGCGT,Caudal epiblast
SBR-84h_B:TTCCTAAGTCCATAGT,Caudal epiblast
SBR-84h_B:TATATCCTCTGCGGGT,Caudal epiblast
SBR-84h_B:AACAAAGAGATACTGA,Caudal epiblast
SBR-84h_B:CAAAGAAAGAGGGTAA,Caudal mesoderm
SBR-84h_B:GGGTAGAAGGTAAGGA,Caudal epiblast
SBR-84h_B:AAAGGGCAGGTAGACC,Caudal epiblast
SBR-84h_B:CATTCTATCCCTAGGG,Caudal epiblast
SBR-84h_B:TTTGATCGTCCTCAGG,Caudal epiblast
SBR-84h_B:TGTTCTAGTCCATAGT,Primitive streak
SBR-84h_B:AAAGGATGTTGTTGTG,Caudal epiblast
SBR-84h_B:ACCACAAGTAGGTGCA,Primitive streak
SBR-84h_B:GTAAGTCTCATTCGGA,Caudal epiblast
SBR-84h_B:ACTGCAATCTCTGCCA,Primitive streak
SBR-84h_B:TCGACCTAGACGAGCT,Primitive streak
SBR-84h_B:AAAGGATAGCTACAAA,Caudal epiblast
SBR-84h_B:GTATTGGGTAGTTAGA,Caudal epiblast
SBR-84h_B:GAGAAATGTATCTCTT,Primitive streak
SBR-84h_B:GGGCCATCATGGCTGC,Caudal epiblast
SBR-84h_B:TGTCAGAGTGTTGAGG,Caudal epiblast
SBR-84h_B:CGGAGAAGTCGCAACC,Caudal epiblast
SBR-84h_B:ACAACCACACATCCCT,Caudal epiblast
SBR-84h_B:GTAATCGAGTAAAGCT,Primitive streak
SBR-84h_B:CATTCATAGAATTGTG,Primitive streak
SBR-84h_B:CTCGAGGAGGCCGCTT,Caudal epiblast
SBR-84h_B:GTAGAAATCGCTAATG,Caudal epiblast
SBR-84h_B:CACTGTCTCCCTTTGG,Caudal epiblast
SBR-84h_B:CCTAAGAAGTAAGAGG,Caudal epiblast
SBR-84h_B:TGTAACGAGTGTAGTA,Caudal epiblast
SBR-84h_B:CAGTGCGAGAGAGCCT,Primitive streak
SBR-84h_B:TGTGGCGCAGCAGTGA,Primitive streak
SBR-84h_B:GTGCAGCCACGATAGG,Caudal epiblast
SBR-84h_B:ATAGGCTCAAGCGCTC,Caudal epiblast
SBR-84h_B:AGCGCTGAGCGTGTCC,Ectopic pluripotency
SBR-84h_B:ACCCAAAGTGCATTTG,Caudal epiblast
SBR-84h_B:GCACGGTGTCGATGCC,Primitive streak
SBR-84h_B:AGAGAGCAGTCTGCAT,Caudal epiblast
SBR-84h_B:GTCTCACAGGCCTTGC,Primitive streak
SBR-84h_B:GTCCACTGTGTATTGC,Caudal epiblast
SBR-84h_B:TTTACGTAGGACAAGA,Caudal epiblast
SBR-84h_B:GTAAGTCAGACGCAGT,Primitive streak
SBR-84h_B:TTCCGTGGTTCCGCAG,Caudal epiblast
SBR-84h_B:ATGGATCTCTGAGAGG,Caudal mesoderm
SBR-84h_B:GCCGTGACACTAGGCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCATATCCACAAATAG,Naive pluripotency
SBR-84h_B:TGGTAGTCAGATGCGA,Primitive streak
SBR-84h_B:TTTCGATAGAGCAACC,Caudal epiblast
SBR-84h_B:TACCGGGAGGAAGTCC,Caudal epiblast
SBR-84h_B:CATTCCGGTCAACCAT,Primitive streak
SBR-84h_B:GCAGGCTCAGACAAGC,Caudal epiblast
SBR-84h_B:GCCCAGATCACTACTT,Primitive streak
SBR-84h_B:CGTTCTGAGAGGGTGG,Caudal epiblast
SBR-84h_B:GTTACAGGTTAGGGAC,Caudal epiblast
SBR-84h_B:GTCCACTGTCACCGCA,Caudal epiblast
SBR-84h_B:CAGGTATCACCCTCTA,Caudal epiblast
SBR-84h_B:ACCCAAAAGCATACTC,Caudal epiblast
SBR-84h_B:TCCGAAATCAGGGTAG,Caudal epiblast
SBR-84h_B:AGATAGAAGCCGTCGT,Primitive streak
SBR-84h_B:CATTTCAAGGTCATAA,Primitive streak
SBR-84h_B:CTACTATTCGAGTGGA,Primitive streak
SBR-84h_B:CATACCCCAGGCCCTA,Caudal epiblast
SBR-84h_B:TCACTATCAACGACAG,Caudal epiblast
SBR-84h_B:CGAGAAGGTCGATTAC,Primitive streak
SBR-84h_B:GATGCTACAACGATCT,Caudal epiblast
SBR-84h_B:CTCACTGCATCGCTGG,Primitive streak
SBR-84h_B:CACACAAGTGATGGCA,Caudal epiblast
SBR-84h_B:CCACACTCATAGCTGT,Caudal epiblast
SBR-84h_B:TACCCACAGCGAACTG,Ectopic pluripotency
SBR-84h_B:CTGCAGGGTAGCACGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGTACAGCAGTTGTCA,Primitive streak
SBR-84h_B:GGGTGTCTCCCTCTAG,Primitive streak
SBR-84h_B:CACTAAGTCTGCTGAA,Primitive streak
SBR-84h_B:GCAACCGGTCAGATTC,Caudal epiblast
SBR-84h_B:ATTTCTGCAACCCGCA,Primitive streak
SBR-84h_B:CTGTGAAAGTAGACCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGAGGAGGTAACCCGC,Ectopic pluripotency
SBR-84h_B:CAGATCAAGCTCATAC,Naive pluripotency
SBR-84h_B:AGGACTTAGAAGAGCA,Caudal epiblast
SBR-84h_B:TTTACGTCAAATGAAC,Primitive streak
SBR-84h_B:GTTACAGCACTGCATA,Caudal epiblast
SBR-84h_B:GCATGATTCCAACACA,Caudal epiblast
SBR-84h_B:ACGTAACTCGAAGCCC,Caudal epiblast
SBR-84h_B:AGTCACAAGAAGTCTA,Caudal epiblast
SBR-84h_B:TAGAGTCTCCTGCCAT,Primitive streak
SBR-84h_B:TTCACGCGTGAATTGA,Primitive streak
SBR-84h_B:CAGATACGTATCAAGA,Caudal epiblast
SBR-84h_B:AGATCGTTCCTTACCG,Caudal mesoderm
SBR-84h_B:GGACGTCTCTTGTTAC,Caudal epiblast
SBR-84h_B:TCACTCGTCTGAGATC,Primitive streak
SBR-84h_B:GTTGTAGAGCAAATGT,Primitive streak
SBR-84h_B:CGGGACTTCCTTGACC,Primitive streak
SBR-84h_B:CATTGCCTCGTAGAGG,Primitive streak
SBR-84h_B:CTAGACAGTCGGCTAC,Caudal epiblast
SBR-84h_B:AGAGCCCCAGCCGGTT,Primitive streak
SBR-84h_B:ATTCCTACACCTGCGA,Caudal epiblast
SBR-84h_B:TCCACGTAGGTCGCCT,Primitive streak
SBR-84h_B:TTGTTCAGTCCAAATC,Primitive streak
SBR-84h_B:TCCTCTTGTGAGAACC,Primitive streak
SBR-84h_B:CTTCGGTAGCCTGTCG,Caudal epiblast
SBR-84h_B:TGAATGCAGGAGGGTG,Caudal epiblast
SBR-84h_B:AATTTCCGTGTTACTG,Caudal epiblast
SBR-84h_B:CCTAACCAGAGAGGTA,Primitive streak
SBR-84h_B:CTCAGAATCGAGATGG,Caudal epiblast
SBR-84h_B:TTAGGGTTCGAACGCC,Primitive streak
SBR-84h_B:ATGTCTTGTGTAGTGG,Caudal epiblast
SBR-84h_B:AGCGCCAGTTGTAAAG,Caudal epiblast
SBR-84h_B:CTCAGAAGTCAGGAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCAGGTGTTCTTGTT,Caudal epiblast
SBR-84h_B:AGCCAGCTCGCAAGAG,Naive pluripotency
SBR-84h_B:AGGTCTACACGTCGGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GAGGCAATCAGTGATC,Primitive streak
SBR-84h_B:ATAGAGAAGATGAAGG,Primitive streak
SBR-84h_B:ACACCAAAGTATGAGT,Caudal epiblast
SBR-84h_B:TGGTAGTCATATTCGG,Caudal epiblast
SBR-84h_B:ACCTGAAGTGTTTGCA,Caudal epiblast
SBR-84h_B:GAGACTTGTGGTTTAC,Primitive streak
SBR-84h_B:CTGTGGGGTACGTGTT,Primitive streak
SBR-84h_B:AGGACGAAGAGCTGAC,Primitive streak
SBR-84h_B:ATGAGTCGTGTCCTAA,Primitive streak
SBR-84h_B:CAAAGAAGTTTGTGGT,Primitive streak
SBR-84h_B:GCCAGCAAGTCAAGCG,Primitive streak
SBR-84h_B:CTAGACAGTTCAACGT,Caudal epiblast
SBR-84h_B:CTGGACGGTCTGGTTA,Caudal epiblast
SBR-84h_B:CTTCCGAAGCTTGTGT,Caudal epiblast
SBR-84h_B:GGGCCATGTTCCAGGC,Primitive streak
SBR-84h_B:AGTACTGCACTCGATA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTACGCCAGATGTTGA,Caudal epiblast
SBR-84h_B:ACTCCCATCTAAGAAG,Caudal epiblast
SBR-84h_B:TTCTAGTCAGGTCTCG,Primitive streak
SBR-84h_B:TGTTGAGCATCAGCGC,Caudal epiblast
SBR-84h_B:ACTGTCCAGAAATGGG,Caudal epiblast
SBR-84h_B:TGCGGGTAGCAGCAGT,Primitive streak
SBR-84h_B:CGATGCGGTAATCAAG,Caudal epiblast
SBR-84h_B:TGAACGTAGATGACCG,Caudal mesoderm
SBR-84h_B:GTCCCATTCTGCTTTA,Caudal epiblast
SBR-84h_B:GACGTTAAGGACAAGA,Caudal epiblast
SBR-84h_B:CGCATGGGTAACATCC,Caudal epiblast
SBR-84h_B:TGTAACGAGAAGATCT,Caudal epiblast
SBR-84h_B:TGTCCTGAGTTAGAAC,Primitive streak
SBR-84h_B:TCCTCGAGTCTGTGCG,Caudal epiblast
SBR-84h_B:TGACAGTCAGTGGCTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTAGATCTCTAAGAAG,Primitive streak
SBR-84h_B:TTGGATGTCAGAGCAG,Primitive streak
SBR-84h_B:GGCTTGGCATGACACT,Caudal epiblast
SBR-84h_B:CCGAACGAGCCGCTTG,Ectopic pluripotency
SBR-84h_B:CTCATCGTCTGCGGAC,Ectopic pluripotency
SBR-84h_B:TCGCTCAGTGTGATGG,Primitive streak
SBR-84h_B:CCCATTGCACACCTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGCCATTCGCGTAGC,Primitive streak
SBR-84h_B:GTGTTCCCATAGTCGT,Primitive streak
SBR-84h_B:TAGACCAGTATGCTAC,Caudal epiblast
SBR-84h_B:GGGATGAAGAAGGGAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTTCAGTTCTACACAG,Caudal epiblast
SBR-84h_B:TCCTGCAGTACAGTTC,Caudal epiblast
SBR-84h_B:CCTTGTGCAGGCTATT,Caudal mesoderm
SBR-84h_B:GCCCGAATCCCTCTAG,Primitive streak
SBR-84h_B:ATTATCCTCAGGCGAA,Caudal epiblast
SBR-84h_B:CAGATACGTTTAGAGA,Caudal epiblast
SBR-84h_B:GTGTGATCACTCCCTA,Caudal epiblast
SBR-84h_B:GAGATGGTCGCACTCT,Primitive streak
SBR-84h_B:TCACACCCACCATATG,Caudal epiblast
SBR-84h_B:TGCGACGGTCTCGACG,Caudal epiblast
SBR-84h_B:GCCATGGAGAAGTCAT,Caudal epiblast
SBR-84h_B:ATGGATCGTCTTTCTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACGTCAGTAGAGCTG,Primitive streak
SBR-84h_B:TCTAACTTCGTGTCAA,Caudal epiblast
SBR-84h_B:GTTGAACTCAGAGCAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGGCTGCGTGGTCCGT,Primitive streak
SBR-84h_B:TTAGGGTTCAGCGCGT,Caudal epiblast
SBR-84h_B:CATCCCATCATGCGGC,Caudal epiblast
SBR-84h_B:CCACACTAGAATACAC,Caudal epiblast/primitive streak
SBR-84h_B:TTCGATTTCGCCCAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCGGATCTCAACGTGT,Caudal epiblast
SBR-84h_B:TCATTACCATTGAAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AATCACGAGCATCAGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTTCTAACAAATCAGA,Caudal epiblast
SBR-84h_B:GTTAGACCACGTAACT,Primitive streak
SBR-84h_B:CTCATGCTCGTGTGGC,Caudal mesoderm
SBR-84h_B:CTCTGGTTCATTCATC,Caudal mesoderm
SBR-84h_B:TCACACCCATGAATCC,Ectopic pluripotency
SBR-84h_B:GAACTGTCAAGACTGG,Caudal epiblast
SBR-84h_B:TTGGTTTTCTACACAG,Caudal epiblast
SBR-84h_B:GCACTAACATGTGCCG,Caudal epiblast
SBR-84h_B:GAGGCCTAGCGTGCCT,Primitive streak
SBR-84h_B:TTCGGTCAGATACGAT,Caudal epiblast
SBR-84h_B:CTGAGCGCAGGTACGA,Caudal epiblast
SBR-84h_B:CGCGTGACATGACCCG,Caudal epiblast
SBR-84h_B:CACAGATTCAGACCTA,Primitive streak
SBR-84h_B:TGTGCGGCAGCAATTC,Caudal epiblast
SBR-84h_B:ATCGTCCCAAAGGGCT,Primitive streak
SBR-84h_B:TGTTCATCATCGCTAA,Caudal epiblast
SBR-84h_B:TACTTCACACTGTGAT,Primitive streak
SBR-84h_B:AGATGCTTCATCCTAT,Primitive streak
SBR-84h_B:ATCGCCTTCAGCATTG,Caudal epiblast
SBR-84h_B:AGGGCCTGTCTTCCGT,Primitive streak
SBR-84h_B:GTCTGTCAGTCTCCTC,Primitive streak
SBR-84h_B:TCTAACTCACTCATAG,Caudal epiblast
SBR-84h_B:GTAGCTACATGTGGCC,Primitive streak
SBR-84h_B:TGCACGGTCACTCACC,Ectopic pluripotency
SBR-84h_B:TGTCCACCACCCTTAC,Caudal epiblast
SBR-84h_B:AGGGTTTCAACGGTAG,Primitive streak
SBR-84h_B:ACATGCATCTCGTGGG,Caudal epiblast
SBR-84h_B:CTCCGATTCACCGGGT,Primitive streak
SBR-84h_B:TCATATCTCGCACGAC,Caudal epiblast
SBR-84h_B:GTAGCTATCAGCCTTC,Primitive streak
SBR-84h_B:GCATTAGAGACTCAAA,Caudal epiblast
SBR-84h_B:CGGGTGTTCCTTTGAT,Caudal epiblast
SBR-84h_B:AGCATCAAGTCACTAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCAGGTTCTGTCAGA,Caudal epiblast
SBR-84h_B:AGGCATTTCGCCGTGA,Primitive streak
SBR-84h_B:GTCCACTTCTTGGAAC,Caudal epiblast
SBR-84h_B:CGAATTGTCAAATGCC,Caudal epiblast
SBR-84h_B:AGGGTCCGTACGAGCA,Caudal epiblast
SBR-84h_B:CGTTGGGGTTCTCGTC,Primitive streak
SBR-84h_B:ACCATTTAGCTCCGAC,Caudal epiblast
SBR-84h_B:ACGCACGGTCCTTAAG,Caudal epiblast
SBR-84h_B:CTCCTTTAGCGTGCCT,Caudal epiblast
SBR-84h_B:CCGTGAGTCTTACGGA,Caudal epiblast
SBR-84h_B:ATACCGATCGATACGT,Caudal epiblast
SBR-84h_B:AGTCATGAGGAAGAAC,Caudal epiblast
SBR-84h_B:CTAAGTGCATCGGATT,Primitive streak
SBR-84h_B:GTAATGCCACGTATAC,Caudal epiblast
SBR-84h_B:ATGGGAGCATCGAAGG,Primitive streak
SBR-84h_B:TGACCCTGTTTAGACC,Caudal epiblast
SBR-84h_B:GTTACAGGTCATAACC,Caudal epiblast
SBR-84h_B:TCAGCAACACATACTG,Ectopic pluripotency
SBR-84h_B:GTTACAGGTTAAGAAC,Caudal epiblast
SBR-84h_B:TCGAAGTGTTGTTGTG,Caudal epiblast
SBR-84h_B:CCAATGATCTCGGTCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTTATGGTCGAGAAAT,Primitive streak
SBR-84h_B:CACTGTCAGTCACAGG,Caudal epiblast
SBR-84h_B:CTGAGGCTCCGATTAG,Caudal epiblast
SBR-84h_B:GACTGATAGCGAAACC,Caudal epiblast
SBR-84h_B:GAACACTCAAGGCGTA,Caudal epiblast
SBR-84h_B:GCGTGCACATTCATCT,Caudal epiblast
SBR-84h_B:GTTAGACTCACAGTGT,Caudal epiblast
SBR-84h_B:GGTTCTCTCCGTGGGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTTTACTTCCATATGG,Caudal epiblast
SBR-84h_B:TGGGAAGTCTAGTTCT,Caudal epiblast
SBR-84h_B:ATTCGTTAGGTAGACC,Caudal epiblast
SBR-84h_B:TACCCACCAGTTCACA,Caudal epiblast
SBR-84h_B:GTCTTTAAGCGTATAA,Caudal mesoderm
SBR-84h_B:GAAATGAAGTGGTTGG,Caudal epiblast
SBR-84h_B:ACTCTCGAGGGTACAC,Caudal epiblast
SBR-84h_B:TGGATCAGTCGCTGCA,Caudal epiblast
SBR-84h_B:ATTATCCGTTCTCGTC,Caudal epiblast
SBR-84h_B:GCCGATGGTGATTGGG,Ectopic pluripotency
SBR-84h_B:TAGCACACACCAGACC,Naive pluripotency
SBR-84h_B:TCGCACTTCCGTGTAA,Caudal epiblast
SBR-84h_B:GTGTTCCGTCGTTCAA,Primitive streak
SBR-84h_B:TGCGATAGTAGCACGA,Primitive streak
SBR-84h_B:CATACCCAGGCTCCCA,Naive pluripotency
SBR-84h_B:GACTATGGTCACCCTT,Primitive streak
SBR-84h_B:TCGGTCTGTTCAACGT,Primitive streak
SBR-84h_B:CTGGTCTGTAGGTGCA,Caudal epiblast
SBR-84h_B:TTGCTGCTCAGCTAGT,Cd63+ ectoderm-like artefact
SBR-84h_B:TTTATGCTCTCGGCTT,Caudal epiblast
SBR-84h_B:AAACGAAGTCGTTCAA,Primitive streak
SBR-84h_B:TACCGGGCAAGGCCTC,Primitive streak
SBR-84h_B:TCAAGCAAGTTTCGGT,Caudal epiblast
SBR-84h_B:TAACCAGGTGACGCCT,Caudal epiblast
SBR-84h_B:CTCATTAGTGACAGCA,Primitive streak
SBR-84h_B:TGATTTCGTGGTATGG,Cd63+ ectoderm-like artefact
SBR-84h_B:AGGTCATAGACCACGA,Caudal epiblast
SBR-84h_B:TAGTGCAAGTAGTGCG,Caudal epiblast
SBR-84h_B:AGCGTATTCTCCCATG,Primitive streak
SBR-84h_B:TTTCAGTGTCTACACA,Caudal epiblast
SBR-84h_B:GTAGTACCAGCACAAG,Caudal epiblast
SBR-84h_B:GTCTTTATCTCAGGCG,Caudal epiblast
SBR-84h_B:ACTATGGCAACTTGCA,Caudal mesoderm
SBR-84h_B:CAGGTATGTGGTTTGT,Caudal epiblast
SBR-84h_B:TAAGCGTCAGACGCTC,Caudal epiblast
SBR-84h_B:CTTCTAAAGCTTTCTT,Caudal epiblast
SBR-84h_B:GCTTGGGCATCCTTCG,Caudal epiblast
SBR-84h_B:ACTGTCCCAGTGCCTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTGAACGCAGCTCATA,Caudal epiblast
SBR-84h_B:GTGAGTTAGTACTGGG,Caudal epiblast
SBR-84h_B:TGCAGATGTTCTCCCA,Caudal epiblast
SBR-84h_B:TCATTTGTCGTAGTGT,Primitive streak
SBR-84h_B:GCATTAGCATGCAGGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGTGTTGAGAATCGCG,Caudal epiblast
SBR-84h_B:TTACAGGAGTCCCAAT,Caudal epiblast
SBR-84h_B:CACAACAAGCCGAATG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAGCGTGTCGCAGTCG,Caudal epiblast
SBR-84h_B:CTCAGAAGTATACCCA,Primitive streak
SBR-84h_B:GAGACCCTCCAATGCA,Caudal epiblast
SBR-84h_B:TTTATGCCAGAAGCGT,Primitive streak
SBR-84h_B:TCAATCTTCCTGATAG,Caudal epiblast
SBR-84h_B:GAGTTGTTCACTGGGC,Primitive streak
SBR-84h_B:TAGGTACAGTAGGGTC,Primitive streak
SBR-84h_B:CTGTACCAGGACTGGT,Caudal epiblast
SBR-84h_B:AATCGACGTCTCTCAC,Primitive streak
SBR-84h_B:CTCGAGGTCTCTCCGA,Caudal epiblast
SBR-84h_B:GTCTACCTCTGTTCAT,Caudal mesoderm
SBR-84h_B:TGAGGGAGTGGCCCAT,Caudal epiblast
SBR-84h_B:CGCCAGAGTGGTCTCG,Primitive streak
SBR-84h_B:TTAGGCACAGCTGTCG,Primitive streak
SBR-84h_B:GGGCTCAGTAGAATGT,Caudal epiblast
SBR-84h_B:CGAAGGACATTATGCG,Caudal epiblast
SBR-84h_B:TGAATCGGTAGCTGAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGTGCGGTCGAACCAT,Caudal epiblast
SBR-84h_B:GCATCGGAGGACAAGA,Caudal epiblast
SBR-84h_B:TGCTGAAAGAAATGGG,Caudal epiblast
SBR-84h_B:TCTATACTCGACATCA,Primitive streak
SBR-84h_B:CTGTCGTTCCGAAATC,Caudal epiblast
SBR-84h_B:AGTTCGATCACAGAGG,Caudal epiblast
SBR-84h_B:CGCGTGAGTCGTCGGT,Caudal epiblast
SBR-84h_B:AATAGAGAGGATTTCC,Primitive streak
SBR-84h_B:AAGACTCTCTCAATCT,Primitive streak
SBR-84h_B:CTGTGGGGTCGTCTCT,Ectopic pluripotency
SBR-84h_B:GTCGTTCTCTCGACGG,Primitive streak
SBR-84h_B:GCGATCGAGTTGCTGT,Caudal epiblast
SBR-84h_B:ATGGGTTTCCGAGGCT,Caudal mesoderm
SBR-84h_B:GTAGATCCATCCTTGC,Primitive streak
SBR-84h_B:GTTTACTTCGGAGCAA,Primitive streak
SBR-84h_B:ATGGAGGGTTACAGCT,Caudal epiblast
SBR-84h_B:GCTGCAGGTAGGTAGC,Primitive streak
SBR-84h_B:GATGTTGCATTGTAGC,Caudal epiblast
SBR-84h_B:TCATGCCTCTAAGCGT,Naive pluripotency
SBR-84h_B:TACGCTCCAGAGTTCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACGGGTCAGCACTCGC,Naive pluripotency
SBR-84h_B:CTGCAGGAGGATTCCT,Primitive streak
SBR-84h_B:AGATGAAGTCCTCCTA,Primitive streak
SBR-84h_B:TGGGCTGGTCATGCAT,Caudal epiblast
SBR-84h_B:GCTGCAGTCCCGTGAG,Primitive streak
SBR-84h_B:CACAACATCATCAGTG,Caudal epiblast
SBR-84h_B:AATGGAACAGCGCGTT,Caudal epiblast
SBR-84h_B:GGAGAACCACTTGAGT,Primitive streak
SBR-84h_B:GGCGTCAAGATCGCTT,Caudal epiblast
SBR-84h_B:ATAGGCTCACTGGATT,Caudal epiblast
SBR-84h_B:TCAAGCACAAATTGCC,Caudal epiblast
SBR-84h_B:TCCTTTCAGTCCCGAC,Naive pluripotency
SBR-84h_B:CTACCCACAGGTGACA,Caudal epiblast
SBR-84h_B:GTAAGTCGTGTCCGGT,Primitive streak
SBR-84h_B:TCCGTGTGTTCACCGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACACACGTCTTGGTA,Primitive streak
SBR-84h_B:TGTAGACAGACCCTTA,Caudal epiblast
SBR-84h_B:GAGGGATTCAGCTGAT,Naive pluripotency
SBR-84h_B:AACCTGAGTCAGTCGC,Primitive streak
SBR-84h_B:GCACGGTCAATCCTTT,Caudal epiblast
SBR-84h_B:TATCAGGTCTAGAACC,Primitive streak
SBR-84h_B:CGGAACCTCTTCTAAC,Primitive streak
SBR-84h_B:GTGCGTGTCAACACGT,Primitive streak
SBR-84h_B:CGCCAGAAGGTAAGTT,Caudal epiblast
SBR-84h_B:GTCGCGAGTGGGCTCT,Primitive streak
SBR-84h_B:ATCGTCCCAACAGCCC,Primitive streak
SBR-84h_B:GTTCGCTTCTGCGGCA,Primitive streak
SBR-84h_B:ACAAAGACACCGGCTA,Caudal epiblast
SBR-84h_B:TTACGCCGTCGCTTGG,Primitive streak
SBR-84h_B:AGGGTCCTCACTGGGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:AATGGAAAGCAAGTCG,Primitive streak
SBR-84h_B:ATTCTTGTCAAATGAG,Primitive streak
SBR-84h_B:CCGTGAGCACATACGT,Caudal epiblast
SBR-84h_B:GAAGGACCACGTCATA,Caudal epiblast
SBR-84h_B:TTGCTGCAGATGAAGG,Primitive streak
SBR-84h_B:CTCCTTTCACTGCGTG,Primitive streak
SBR-84h_B:TCGGGCATCACTTCTA,Caudal epiblast
SBR-84h_B:ATCGGATCAGTTCTAG,Caudal epiblast
SBR-84h_B:CCACGAGCATAAGCAA,Caudal epiblast
SBR-84h_B:TGGAGGAGTTGGAGAC,Caudal epiblast
SBR-84h_B:TACACCCTCAGCCCAG,Caudal epiblast
SBR-84h_B:CATGGTATCGCAATGT,Caudal epiblast
SBR-84h_B:TTGGATGCACTAGGTT,Caudal epiblast
SBR-84h_B:GGTGAAGCAGAGAATT,Cd63+ ectoderm-like artefact
SBR-84h_B:CCATCACGTACAGCGA,Caudal epiblast
SBR-84h_B:GGAGCAATCAACGTGT,Caudal epiblast
SBR-84h_B:CATCCACTCGTCCTCA,Caudal epiblast
SBR-84h_B:CGTAATGTCGTGTTCC,Caudal epiblast
SBR-84h_B:TTGGTTTCAACGTAAA,Caudal epiblast
SBR-84h_B:TTCCACGAGACTACCT,Primitive streak
SBR-84h_B:GATCAGTCATGGCCCA,Caudal epiblast
SBR-84h_B:GTGTCCTAGCAGAAAG,Primitive streak
SBR-84h_B:CTAACTTAGGCATCGA,Caudal epiblast
SBR-84h_B:CGCGTGACAGCGTACC,Primitive streak
SBR-84h_B:ATGGTTGTCCACTGAA,Caudal epiblast
SBR-84h_B:TCACTATCACGTCGTG,Primitive streak
SBR-84h_B:GTGGAGACAGCGATTT,Caudal epiblast
SBR-84h_B:CCCGGAACAGTTGTTG,Caudal epiblast
SBR-84h_B:CTCAAGAGTGGACAGT,Caudal epiblast
SBR-84h_B:AGTACTGTCTGGTGGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCTACCGTCAGGTGTT,Naive pluripotency
SBR-84h_B:TAGTGCAGTCTGTAGT,Primitive streak
SBR-84h_B:GTGCAGCTCGTAACAC,Primitive streak
SBR-84h_B:GACCTTCCATCGGTTA,Ectopic pluripotency
SBR-84h_B:ATCTCTATCCCTCGTA,Primitive streak
SBR-84h_B:AGCCAATAGAGGGTAA,Primitive streak
SBR-84h_B:GACAGCCCAAGACGGT,Caudal epiblast
SBR-84h_B:AATGCCAGTTCCTAAG,Ectopic pluripotency
SBR-84h_B:AAAGTCCGTGCTGATT,Caudal epiblast
SBR-84h_B:GGGCGTTAGCCACTCG,Caudal epiblast
SBR-84h_B:TCAAGCAAGTTGCATC,Primitive streak
SBR-84h_B:TGTGTGAGTTATGACC,Caudal epiblast
SBR-84h_B:GTACAGTAGTCGAGGT,Caudal epiblast
SBR-84h_B:TGGCGTGGTCACTTCC,Ectopic pluripotency
SBR-84h_B:CTGAGCGAGTAGGAAG,Caudal epiblast
SBR-84h_B:TCACACCGTACTAACC,Primitive streak
SBR-84h_B:CAGAGCCAGTGTACAA,Caudal epiblast
SBR-84h_B:GATTCTTCACATATGC,Caudal epiblast
SBR-84h_B:CTCAGTCGTCTCGGAC,Primitive streak
SBR-84h_B:CCTCAGTAGATCGGTG,Caudal epiblast
SBR-84h_B:CTGGTCTCAAGGCAAC,Ectopic pluripotency
SBR-84h_B:GAGACCCAGCGTTGTT,Caudal epiblast
SBR-84h_B:GTGCGTGAGCAATAGT,Primitive streak
SBR-84h_B:CCATCACAGCACGGAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGCTTGCAGCATAGGC,Caudal epiblast
SBR-84h_B:AGGTTGTAGTACAGCG,Primitive streak
SBR-84h_B:GTCAAGTCACGCAAAG,Caudal epiblast
SBR-84h_B:GCACGTGCATGCCGCA,Caudal epiblast
SBR-84h_B:TGCAGTAGTACGTGAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GGATGTTGTCATACCA,Primitive streak
SBR-84h_B:TTCTAACGTGATGGCA,Caudal epiblast
SBR-84h_B:TCCCACAGTGAGACCA,Primitive streak
SBR-84h_B:GAGCTGCGTCGCTCGA,Caudal epiblast
SBR-84h_B:CATTGAGTCATACGGT,Caudal epiblast
SBR-84h_B:TTCCGGTAGCATATGA,Caudal mesoderm
SBR-84h_B:TTCTTGACAATAACCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TATTTCGTCCAACCGG,Primitive streak
SBR-84h_B:CATTGCCAGTGCAAAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGGTCTAAGTACTCGT,Caudal epiblast
SBR-84h_B:CAGTGCGGTGCCTTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GACACGCAGATGACAT,Primitive streak
SBR-84h_B:TTCGATTAGAGGATCC,Caudal epiblast
SBR-84h_B:GTGATGTTCAAACCCA,Primitive streak
SBR-84h_B:TCTAACTGTGACACAG,Caudal epiblast
SBR-84h_B:TGATTTCCAGCTGTGC,Caudal epiblast
SBR-84h_B:AGTGTTGTCAGTGCGC,Caudal epiblast
SBR-84h_B:TTTCGATAGCTGTTAC,Primitive streak
SBR-84h_B:CCTCAGTTCGTGCACG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAACGATTCCCAGCGA,Primitive streak
SBR-84h_B:TCGCTCACAGTGCGCT,Caudal epiblast
SBR-84h_B:ATACTTCGTCACTAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCAATGAAGTGCAGGT,Caudal epiblast
SBR-84h_B:GGAACCCGTTCCAGGC,Caudal epiblast
SBR-84h_B:CTACATTAGGTGCTTT,Primitive streak
SBR-84h_B:ATTCCCGCAGTAACGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGTGCTTCACTTCAGA,Caudal mesoderm
SBR-84h_B:ACAAGCTCAAGACCTT,Primitive streak
SBR-84h_B:ACAACCACAAACACGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATGCCTAGATAGCAT,Caudal epiblast
SBR-84h_B:CTCCAACCAATACGAA,Cd63+ ectoderm-like artefact
SBR-84h_B:TACGGTACAGTTCCAA,Caudal epiblast
SBR-84h_B:CTCTGGTCACAGTCGC,Caudal epiblast
SBR-84h_B:CGTGATATCAACCGAT,Primitive streak
SBR-84h_B:CGGGTCAGTTGCTAGT,Primitive streak
SBR-84h_B:ACTATTCGTGGCAGAT,Caudal epiblast
SBR-84h_B:TGGATGTTCGCGCTGA,Primitive streak
SBR-84h_B:CTTCGGTAGATAGTGT,Caudal epiblast
SBR-84h_B:TCGGTCTCATGAAGGC,Caudal epiblast
SBR-84h_B:TGTTACTCACTAGTAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCGAGAAGTAACTGCT,Caudal epiblast
SBR-84h_B:AGTGCCGGTCGAAACG,Primitive streak
SBR-84h_B:CAAGCTACAATCCAGT,Caudal epiblast
SBR-84h_B:ATGGTTGTCGCATTGA,Caudal epiblast
SBR-84h_B:GTCACGGAGGGTCACA,Caudal epiblast
SBR-84h_B:TGAGCATTCCAAATGC,Caudal epiblast
SBR-84h_B:ACTATCTCACTTCAGA,Primitive streak
SBR-84h_B:AGGAATAAGGTCACCC,Primitive streak
SBR-84h_B:GTCATTTAGCACAAAT,Primitive streak
SBR-84h_B:GGGCTACGTCACTCAA,Caudal epiblast
SBR-84h_B:TTTCAGTCAAGCGAGT,Caudal mesoderm
SBR-84h_B:TCTGGCTAGGAAAGTG,Caudal epiblast
SBR-84h_B:TTCTGTATCATACAGC,Caudal epiblast
SBR-84h_B:GTGTAACTCTGCGGAC,Primitive streak
SBR-84h_B:TGTTCCGCAGTAGGAC,Primitive streak
SBR-84h_B:TCTTCCTGTGTTATCG,Caudal epiblast
SBR-84h_B:TCCTTTCTCCGCTGTT,Caudal epiblast
SBR-84h_B:CTCCCTCGTTGGGACA,Primitive streak
SBR-84h_B:GCTCAAAAGCTCACTA,Primitive streak
SBR-84h_B:TTCTAGTCACAAAGTA,Caudal epiblast
SBR-84h_B:AAAGAACCATGACTAC,Caudal epiblast
SBR-84h_B:GTAGTACTCGAGAGAC,Caudal epiblast
SBR-84h_B:ACGATCACACGAGGTA,Primitive streak
SBR-84h_B:GGCACGTAGCCTGGAA,Primitive streak
SBR-84h_B:AGATCGTAGTGCAGGT,Caudal epiblast
SBR-84h_B:CGAGAAGTCTGTGTGA,Caudal epiblast
SBR-84h_B:CTTCTCTCACACGCCA,Cd63+ ectoderm-like artefact
SBR-84h_B:AAAGGTATCATGGAGG,Caudal epiblast
SBR-84h_B:TCGACCTTCATGGGAG,Primitive streak
SBR-84h_B:AATTTCCAGATAGTGT,Caudal epiblast
SBR-84h_B:CTGCCATTCGTTATCT,Primitive streak
SBR-84h_B:CTGTGAAGTACGGATG,Primitive streak
SBR-84h_B:GTGTGATCATCGCCTT,Primitive streak
SBR-84h_B:TCATGGAGTGACGTCC,Primitive streak
SBR-84h_B:ATGAGGGCAACGGCCT,Primitive streak
SBR-84h_B:GTGCTGGCAGCTCGGT,Caudal epiblast
SBR-84h_B:AATCACGAGGAGAGTA,Caudal epiblast
SBR-84h_B:AGTAGCTGTCGCAACC,Caudal epiblast
SBR-84h_B:GAACACTAGGCGTTGA,Caudal epiblast
SBR-84h_B:GCACATAGTACTGGGA,Ectopic pluripotency
SBR-84h_B:CCACTTGAGATTCGAA,Primitive streak
SBR-84h_B:GGATCTATCAGCAGAG,Primitive streak
SBR-84h_B:GTCGTTCTCCTTCACG,Ectopic pluripotency
SBR-84h_B:GTACAGTAGATAACGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GAGTTTGTCGCTAAAC,Caudal epiblast
SBR-84h_B:GCATCGGGTTATAGAG,Caudal epiblast
SBR-84h_B:GTCATCCCAGCAGTGA,Caudal epiblast
SBR-84h_B:TCACGCTTCGTTGTGA,Ectopic pluripotency
SBR-84h_B:CACGTGGGTCTTAGTG,Caudal epiblast
SBR-84h_B:GTCAAACTCGCGTGCA,Caudal epiblast
SBR-84h_B:GGGACTCGTCACTTAG,Caudal epiblast
SBR-84h_B:GCATGATAGGTTCTAC,Primitive streak
SBR-84h_B:GCCAGCAGTAAGACCG,Caudal epiblast
SBR-84h_B:CTCATGCGTAGTAAGT,Caudal epiblast
SBR-84h_B:TGATGCACACTACACA,Caudal epiblast
SBR-84h_B:CTTCCGAAGAACTTCC,Caudal epiblast
SBR-84h_B:GGGTCACGTCTCCCTA,Caudal epiblast
SBR-84h_B:TGTGCGGCAATCGCAT,Caudal epiblast
SBR-84h_B:CCTCATGCAGGTCTCG,Caudal mesoderm
SBR-84h_B:TCAATCTCAGCGACCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCAGCTGTCGCATTGA,Primitive streak
SBR-84h_B:GCGATCGAGCACCCAC,Primitive streak
SBR-84h_B:GTCTACCTCAGGCGAA,Caudal epiblast
SBR-84h_B:TCATGGACAAGTTCGT,Primitive streak
SBR-84h_B:TGCTTGCAGTTGAAAC,Caudal epiblast
SBR-84h_B:TGAATGCTCGAGAACG,Caudal epiblast
SBR-84h_B:CACGAATCATAGCACT,Caudal epiblast
SBR-84h_B:CCACGTTAGAGGCGGA,Caudal epiblast
SBR-84h_B:CAGATCAGTAAGCTCT,Caudal epiblast
SBR-84h_B:ACACTGATCGATCCCT,Naive pluripotency
SBR-84h_B:GCTACAAGTGAGAGGG,Primitive streak
SBR-84h_B:CAACAGTGTTAGGCCC,Caudal mesoderm
SBR-84h_B:TGCGACGTCGCAGTTA,Caudal epiblast
SBR-84h_B:ACGGAAGGTGGAGAAA,Primitive streak
SBR-84h_B:TGCAGATTCCGTGTCT,Caudal mesoderm
SBR-84h_B:TGAGGTTGTCCTTGTC,Caudal epiblast
SBR-84h_B:AGGCATTGTTGTTGCA,Caudal epiblast
SBR-84h_B:AGCTTCCGTGACAACG,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGAGTCCATGGAGAC,Primitive streak
SBR-84h_B:TGATCAGCATGAAAGT,Caudal epiblast
SBR-84h_B:GTTCGCTTCAAATGCC,Caudal epiblast
SBR-84h_B:GGTGATTTCCCATTCG,Caudal epiblast
SBR-84h_B:CAGCAGCTCGAGAGCA,Primitive streak
SBR-84h_B:TCACAAGTCATTCCTA,Caudal epiblast
SBR-84h_B:TTTGGAGAGTCCTGTA,Primitive streak
SBR-84h_B:AACCTTTCAGGAATCG,Primitive streak
SBR-84h_B:CATGCAAAGAAGGCTC,Primitive streak
SBR-84h_B:CAAGACTCACAACCGC,Caudal mesoderm
SBR-84h_B:TCGCTTGTCGCAGTCG,Primitive streak
SBR-84h_B:TTGACCCGTGTCATGT,Primitive streak
SBR-84h_B:GTAATCGCAGGCATTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACCATTTAGTTGGAAT,Primitive streak
SBR-84h_B:ACTTAGGCACTTCAGA,Primitive streak
SBR-84h_B:TCCGAAATCTTAGCAG,Caudal epiblast
SBR-84h_B:TGGATGTTCTCTGCCA,Primitive streak
SBR-84h_B:TCTGTCGTCAACTGGT,Caudal epiblast
SBR-84h_B:CTCATCGGTAGTACGG,Primitive streak
SBR-84h_B:GTACAGTCAGTCAGAG,Caudal epiblast
SBR-84h_B:CCTGTTGAGCAGATAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGAGTCAGCGCTGCT,Caudal epiblast
SBR-84h_B:TCTTGCGGTCGGAACA,Caudal epiblast
SBR-84h_B:TCCCATGAGATGTTCC,Primitive streak
SBR-84h_B:CACACAATCGCTACGG,Caudal epiblast
SBR-84h_B:GCGTTTCCAATCCTAG,Caudal epiblast
SBR-84h_B:TTACCGCTCTGGGATT,Caudal epiblast
SBR-84h_B:AGTCAACAGAACGCGT,Caudal epiblast
SBR-84h_B:GCACGGTTCTCACCCA,Caudal epiblast
SBR-84h_B:TCATCCGAGGTGATCG,Primitive streak
SBR-84h_B:CTTTCAATCTCCGCAT,Caudal epiblast
SBR-84h_B:CAGCGTGCAGGCCTGT,Caudal epiblast
SBR-84h_B:TGAATGCTCACTTGTT,Caudal epiblast
SBR-84h_B:CTAGACACAGAGGCTA,Caudal epiblast
SBR-84h_B:AGATGCTTCGGCATCG,Caudal epiblast
SBR-84h_B:TCTTAGTTCTACACAG,Caudal epiblast
SBR-84h_B:TACCTCGGTGATGGCA,Caudal epiblast
SBR-84h_B:TTCACGCCAGAGAAAG,Caudal epiblast
SBR-84h_B:TGTGGCGAGTGCCAGA,Caudal epiblast
SBR-84h_B:TCTCCGAAGCTGAGTG,Caudal epiblast
SBR-84h_B:TGAGCATCACTGGAAG,Caudal epiblast
SBR-84h_B:GGGTTTATCATTTGGG,Caudal epiblast
SBR-84h_B:ACCTACCGTCAGCGTC,Primitive streak
SBR-84h_B:GAGGCAAGTGCCGTTG,Caudal epiblast
SBR-84h_B:GTCCCATTCTACGGGC,Primitive streak
SBR-84h_B:CGGGACTCACTGGACC,Caudal epiblast
SBR-84h_B:CTAACCCGTCATGCAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TACGTCCGTTTCGGCG,Primitive streak
SBR-84h_B:CTGCGAGTCACTACGA,Primitive streak
SBR-84h_B:CCTGCATCAGTAACCT,Caudal epiblast
SBR-84h_B:GCACGTGGTGTCATGT,Caudal epiblast
SBR-84h_B:TAGGAGGTCCGTTGGG,Caudal epiblast
SBR-84h_B:TCTGTCGCATCGAAGG,Primitive streak
SBR-84h_B:TTCATGTTCGGCATCG,Primitive streak
SBR-84h_B:GTGTTCCCAAACTGCT,Caudal epiblast
SBR-84h_B:TTGCGTCCAGAGCGTA,Caudal epiblast
SBR-84h_B:TGCAGATTCATGAGTC,Primitive streak
SBR-84h_B:AGTGCCGAGAGGTCAC,Primitive streak
SBR-84h_B:AGGCATTCAGAATCGG,Primitive streak
SBR-84h_B:AAGTTCGAGCGATTCT,Caudal epiblast
SBR-84h_B:TCATTGTGTAGCGCTC,Caudal epiblast
SBR-84h_B:AATTTCCTCAAACGTC,Caudal epiblast
SBR-84h_B:GTGATGTCAAATGAAC,Caudal epiblast
SBR-84h_B:TCAAGTGAGCCATTCA,Primitive streak
SBR-84h_B:GGGCTCATCTGCGAGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCATGGAAGTGAGTGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACGGGATCGAACACT,Caudal epiblast
SBR-84h_B:GTAGAGGCAGGTGTTT,Primitive streak
SBR-84h_B:TAGGGTTTCCAACCGG,Caudal epiblast
SBR-84h_B:CTATCCGAGAGTTCGG,Caudal epiblast
SBR-84h_B:AGACCATCATTAAAGG,Primitive streak
SBR-84h_B:TCAATCTGTGGTCTTA,Caudal epiblast
SBR-84h_B:GATCCCTAGTGTTGTC,Primitive streak
SBR-84h_B:TCATTCAGTTTACGTG,Primitive streak
SBR-84h_B:TCATCCGAGTGGTTCT,Caudal epiblast
SBR-84h_B:CATTCTAGTTACAGCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCACCATGTACCTTCC,Caudal epiblast
SBR-84h_B:CCGTAGGCAGGGTTGA,Caudal epiblast
SBR-84h_B:GCAACATGTCGTGTTA,Caudal epiblast
SBR-84h_B:TGGGCGTGTGTGTCCG,Primitive streak
SBR-84h_B:TACTTGTCAGCTTCGG,Caudal epiblast
SBR-84h_B:ATGGATCGTGTGTACT,Primitive streak
SBR-84h_B:CGTGCTTGTCTTACTT,Primitive streak
SBR-84h_B:CGTGAATAGATACATG,Primitive streak
SBR-84h_B:CAACCTCCATCGAAGG,Caudal epiblast
SBR-84h_B:ATCATTCCACAGAGCA,Caudal epiblast
SBR-84h_B:ACAAAGAAGAGATGCC,Caudal epiblast
SBR-84h_B:TGGAACTCACTACCCT,Primitive streak
SBR-84h_B:TGCGACGCACACGTGC,Caudal epiblast
SBR-84h_B:TCATGCCAGTATGTAG,Primitive streak
SBR-84h_B:TCATCATGTCGTATGT,Caudal epiblast
SBR-84h_B:CAATTTCGTTTGATCG,Caudal epiblast
SBR-84h_B:CCACGAGCAGTTGAAA,Caudal epiblast
SBR-84h_B:GTCACGGGTCAATCTG,Caudal epiblast
SBR-84h_B:CCTGTTGTCCCATTCG,Caudal epiblast
SBR-84h_B:CAGCACGCATGGCTAT,Caudal epiblast
SBR-84h_B:TTTCGATCAGCAGGAT,Primitive streak
SBR-84h_B:AATCGTGTCTTCGGTC,Caudal epiblast
SBR-84h_B:CCGTAGGCAATACCTG,Caudal epiblast
SBR-84h_B:TAGGTACTCCGCTAGG,Caudal epiblast
SBR-84h_B:TGCGACGGTGGCTTAT,Caudal epiblast
SBR-84h_B:TTCTTCCGTGCCGTTG,Caudal epiblast
SBR-84h_B:CGCATAACATCTTTCA,Primitive streak
SBR-84h_B:GAAGCGAGTTACCCAA,Caudal mesoderm
SBR-84h_B:GCTACCTAGCCATTGT,Primitive streak
SBR-84h_B:TGATGCACACTCATAG,Caudal epiblast
SBR-84h_B:CAGATACGTGACATCT,Caudal epiblast
SBR-84h_B:ACATGCAGTGCTATTG,Naive pluripotency
SBR-84h_B:GCATGATTCTTGCGCT,Primitive streak
SBR-84h_B:TCTATACCAGTACTAC,Caudal epiblast
SBR-84h_B:TCTTAGTCACTTGGGC,Caudal epiblast
SBR-84h_B:TCATGAGTCATGCAGT,Caudal epiblast
SBR-84h_B:TGCACGGTCGATCCAA,Caudal epiblast
SBR-84h_B:ACATCGAAGGTCCAGA,Primitive streak
SBR-84h_B:GTGTGATCATGAGGGT,Primitive streak
SBR-84h_B:AAGTTCGAGGTACTGG,Caudal epiblast
SBR-84h_B:TTCAGGAGTGCAGATG,Primitive streak
SBR-84h_B:ATCACAGGTGCACAAG,Primitive streak
SBR-84h_B:AAAGTCCTCTATGTGG,Caudal epiblast
SBR-84h_B:TTGTGGACAGCTGCCA,Caudal epiblast
SBR-84h_B:GGGACCTGTAAGGCTG,Caudal epiblast
SBR-84h_B:ATACCGATCACAAGAA,Caudal epiblast/primitive streak
SBR-84h_B:CACGTGGGTCCAAATC,Primitive streak
SBR-84h_B:ACCCTCACACAGCTGC,Naive pluripotency
SBR-84h_B:CTGCTCAGTAGTCGGA,Caudal epiblast
SBR-84h_B:CGTTGGGAGTGGTCAG,Primitive streak
SBR-84h_B:CATGCGGCAGTGTACT,Caudal epiblast
SBR-84h_B:TGGAGGAGTAGGTAGC,Caudal epiblast
SBR-84h_B:CTACGGGAGTAAGACT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCAGTGGTTACCTGA,Primitive streak
SBR-84h_B:ATTCCATTCCACTTCG,Primitive streak
SBR-84h_B:TTCACCGTCGGCTTGG,Primitive streak
SBR-84h_B:TGGGCTGAGGCACCAA,Caudal epiblast
SBR-84h_B:AGGTTACAGCATCCCG,Caudal epiblast
SBR-84h_B:TGTCCCATCTTGGCTC,Primitive streak
SBR-84h_B:TCCGAAACATTACGGT,Primitive streak
SBR-84h_B:TCACTCGAGCCACCGT,Caudal epiblast
SBR-84h_B:TCAGCAAGTGATTAGA,Caudal epiblast
SBR-84h_B:TCAGGGCGTACCGTCG,Ectopic pluripotency
SBR-84h_B:TAGTGCACAGATAAAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGTGCTTGTAGTTAGA,Primitive streak
SBR-84h_B:GCTTGGGTCAGACAAA,Caudal epiblast
SBR-84h_B:CATACCCCAGCTACCG,Caudal epiblast
SBR-84h_B:TTGGGATAGCGTTACT,Caudal epiblast
SBR-84h_B:GTGTGATAGTGAATAC,Primitive streak
SBR-84h_B:AAGGAATAGTGGCCTC,Caudal epiblast
SBR-84h_B:TGTGGCGTCTGCACCT,Caudal epiblast
SBR-84h_B:GGGTGTCCACCATATG,Primitive streak
SBR-84h_B:GGCTTGGCAGCAATTC,Primitive streak
SBR-84h_B:GAGTGTTAGGCAGGTT,Primitive streak
SBR-84h_B:GTTGTAGAGACCTTTG,Caudal epiblast
SBR-84h_B:CGTAGTACAACTTGGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGCAGATAGATGGTAT,Primitive streak
SBR-84h_B:GTCATTTGTCCGGTGT,Caudal epiblast
SBR-84h_B:AGGATCTGTAGGCTGA,Caudal epiblast
SBR-84h_B:GTATTGGGTATCGCGC,Ectopic pluripotency
SBR-84h_B:GAATAGAAGCATCGAG,Caudal epiblast
SBR-84h_B:GCCAACGCACGGTGAA,Primitive streak
SBR-84h_B:GAGGGTAGTACCGGCT,Caudal epiblast
SBR-84h_B:TTTACCAAGATGGTAT,Caudal epiblast
SBR-84h_B:AGCGTATGTGTGTCGC,Caudal epiblast
SBR-84h_B:CCTCAACAGAGAGCCT,Caudal epiblast
SBR-84h_B:GTGAGCCCAATGCTCA,Primitive streak
SBR-84h_B:GGTTGTACAGCCGTTG,Ectopic pluripotency
SBR-84h_B:TTGGATGAGAAGATCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GAAGCGAAGCGTTAGG,Primitive streak
SBR-84h_B:GGGTTTAGTTCTCAGA,Primitive streak
SBR-84h_B:TCGGATATCATGACAC,Caudal mesoderm
SBR-84h_B:TGGAGAGTCTTACCAT,Primitive streak
SBR-84h_B:CCGGTGACACACAGCC,Caudal epiblast
SBR-84h_B:ACTTTCATCTTAGGAC,Primitive streak
SBR-84h_B:AGTCACAGTTTGTTCT,Caudal epiblast
SBR-84h_B:CATCCCAGTGGACTAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCACACTGTATCGCAT,Caudal epiblast
SBR-84h_B:CACCAAATCTATTGTC,Primitive streak
SBR-84h_B:TGGTAGTAGTCCCAGC,Ectopic pluripotency
SBR-84h_B:TTGTGTTCACTCCCTA,Primitive streak
SBR-84h_B:TGAATCGTCCGTAATG,Caudal epiblast
SBR-84h_B:TTCCGGTAGAATTTGG,Caudal epiblast
SBR-84h_B:GACGTTATCGCCGAGT,Primitive streak
SBR-84h_B:TGAATGCGTAACGATA,Caudal epiblast
SBR-84h_B:CTATCCGCAAGAAATC,Caudal epiblast
SBR-84h_B:CACTTCGTCTGGTCAA,Caudal epiblast
SBR-84h_B:TCCCATGGTCATCGCG,Primitive streak
SBR-84h_B:GGCTTGGTCCGAGTGC,Primitive streak
SBR-84h_B:CATCGGGGTACAGGTG,Caudal mesoderm
SBR-84h_B:TTGGGATAGCGGTAAC,Caudal epiblast
SBR-84h_B:CTGCATCGTCAGTCGC,Primitive streak
SBR-84h_B:CCCGGAATCATGACAC,Caudal epiblast
SBR-84h_B:CTCTCAGGTGCAGGAT,Primitive streak
SBR-84h_B:TGGCGTGGTATCACCA,Caudal epiblast
SBR-84h_B:ATTTCTGAGGTAGCAC,Primitive streak
SBR-84h_B:ATGACCACATGGAAGC,Ectopic pluripotency
SBR-84h_B:GACCTTCTCTACAGGT,Cd63+ ectoderm-like artefact
SBR-84h_B:TGTTACTTCGCCTAGG,Caudal epiblast
SBR-84h_B:TCTATACGTGGCGTAA,Caudal mesoderm
SBR-84h_B:AGACTCATCAGTGTCA,Caudal epiblast
SBR-84h_B:AGTAACCTCGGTTAGT,Cd63+ ectoderm-like artefact
SBR-84h_B:CGGGACTAGGTAGACC,Caudal epiblast
SBR-84h_B:GGTCTGGCAAGCGATG,Primitive streak
SBR-84h_B:CCTGTTGTCGAACGGA,Caudal epiblast
SBR-84h_B:ACCATTTAGTTCCAGT,Primitive streak
SBR-84h_B:GATGAGGTCGGACAAG,Caudal epiblast
SBR-84h_B:CGTTGGGCACAGCCTG,Caudal epiblast
SBR-84h_B:CAGGCCACATCCGGCA,Caudal epiblast
SBR-84h_B:GTCAGCGGTATTGAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCAGGAGTCACTCTC,Caudal epiblast
SBR-84h_B:CACAGATCACCGTCTT,Caudal epiblast
SBR-84h_B:GTCAAACTCTTGGGCG,Caudal epiblast
SBR-84h_B:GACCCAGGTTGTTGTG,Caudal epiblast
SBR-84h_B:CACAGGCAGAAACCCG,Caudal epiblast
SBR-84h_B:ATTACCTCAATTGGTC,Primitive streak
SBR-84h_B:TCACGGGAGCTACAAA,Primitive streak
SBR-84h_B:GCAGGCTGTCCTGTTC,Caudal epiblast
SBR-84h_B:TTCCTTCGTGTCCGTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAGATACGTCCTACGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTTACCGAGTGGAAAG,Caudal epiblast
SBR-84h_B:CATCGGGAGAAGCCAC,Primitive streak
SBR-84h_B:CGAAGTTCACTTCATT,Caudal epiblast
SBR-84h_B:TCAGCAACAAATTGCC,Caudal epiblast
SBR-84h_B:TGAGCATCATGAGAAT,Primitive streak
SBR-84h_B:GTCTACCAGGTTTGAA,Caudal mesoderm
SBR-84h_B:GCCCGAATCCTCACCA,Primitive streak
SBR-84h_B:CGGTCAGGTTCCGCTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGCAGGCAGGCGTCCT,Primitive streak
SBR-84h_B:CCGCAAGAGTTAACGA,Primitive streak
SBR-84h_B:ATTGTTCGTTGCATGT,Ectopic pluripotency
SBR-84h_B:ATTCCATAGATCGCCC,Caudal epiblast
SBR-84h_B:TCTTAGTTCGCGTGCA,Primitive streak
SBR-84h_B:CCCGAAGCAGACGATG,Caudal epiblast
SBR-84h_B:AGAAATGTCGGTGAAG,Primitive streak
SBR-84h_B:ACGTCCTGTCCTCATC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TACGCTCGTTGCATCA,Caudal epiblast
SBR-84h_B:TGAGCGCAGTAACGTA,Caudal epiblast
SBR-84h_B:CTACGGGAGGACATCG,Primitive streak
SBR-84h_B:ATAGACCGTGCGCTCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGCTCAGTGCGTGCT,Primitive streak
SBR-84h_B:TACGTCCAGGAAAGTG,Primitive streak
SBR-84h_B:TACTTCAAGTCTGTAC,Primitive streak
SBR-84h_B:ATGCATGTCGTTGTAG,Primitive streak
SBR-84h_B:ATCCATTCACATATGC,Caudal epiblast
SBR-84h_B:GTGAGCCCATACTGTG,Primitive streak
SBR-84h_B:GAGGGATGTAGGGTAC,Primitive streak
SBR-84h_B:GCCAGTGCAGCATGCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCCGGAACAAGAGATT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGTGGCGAGTCAATCC,Caudal epiblast
SBR-84h_B:CACTTCGGTTCTGACA,Primitive streak
SBR-84h_B:CGTGATAGTAGACACG,Primitive streak
SBR-84h_B:GTGTGGCGTGAGTTTC,Primitive streak
SBR-84h_B:GTGCGTGTCTGGCCTT,Caudal mesoderm
SBR-84h_B:CAAGAGGGTAAGGTCG,Caudal epiblast
SBR-84h_B:CCTCATGAGTCGTCTA,Caudal epiblast
SBR-84h_B:GAAGGGTTCTCATTGT,Primitive streak
SBR-84h_B:AAGACAACATCTCGTC,Primitive streak
SBR-84h_B:TTCTAGTAGTAGATCA,Caudal epiblast
SBR-84h_B:TCCGTGTTCAATCCAG,Caudal epiblast
SBR-84h_B:CTTCAATGTATATGGA,Caudal epiblast
SBR-84h_B:GCTGAATCAGAAATCA,Primitive streak
SBR-84h_B:AGCCACGCAGTTCCAA,Primitive streak
SBR-84h_B:GCCCGAAAGCAATTAG,Caudal epiblast
SBR-84h_B:AGGATCTAGTCAGAGC,Caudal epiblast
SBR-84h_B:GAAGCCCGTCAGGAGT,Caudal epiblast
SBR-84h_B:TGGATGTTCAGGGTAG,Caudal epiblast
SBR-84h_B:ATGAGGGAGTGATAGT,Caudal epiblast
SBR-84h_B:ATAGAGAAGCTGAAGC,Caudal epiblast
SBR-84h_B:CTCAGGGAGAATGTTG,Caudal epiblast
SBR-84h_B:ATCGTCCAGTCTCGTA,Caudal epiblast
SBR-84h_B:AGCGTATAGGAACGTC,Caudal epiblast
SBR-84h_B:CAGTTAGAGAGAGCCT,Caudal epiblast
SBR-84h_B:GAGATGGCAATCTCTT,Caudal epiblast
SBR-84h_B:AGGGAGTCAGCGTGAA,Ectopic pluripotency
SBR-84h_B:CACTGGGAGATGCGAC,Caudal epiblast
SBR-84h_B:TGCAGTAGTGCCCAGT,Caudal epiblast
SBR-84h_B:GGTCACGTCTAGATCG,Caudal epiblast
SBR-84h_B:CGCCATTTCACGACTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TATCTGTCAGAATTCC,Caudal epiblast
SBR-84h_B:ATTCTTGGTCCTGTCT,Cd63+ ectoderm-like artefact
SBR-84h_B:AGCCAATGTTCTATCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCAGGTAAGAAGCCTG,Caudal epiblast
SBR-84h_B:GGGTGTCAGCGTGCTC,Primitive streak
SBR-84h_B:CGATCGGGTTCGGCTG,Primitive streak
SBR-84h_B:GTCCTCAAGCGTGCTC,Caudal epiblast
SBR-84h_B:ACTGCAATCGGATAAA,Primitive streak
SBR-84h_B:CTCAGTCAGAGAGGGC,Primitive streak
SBR-84h_B:GGCACGTAGAGAGGGC,Caudal epiblast
SBR-84h_B:GCCAACGGTACCAATC,Caudal epiblast
SBR-84h_B:ACACCAATCTTCGTGC,Caudal epiblast
SBR-84h_B:CGGAGAAAGAATTTGG,Caudal epiblast
SBR-84h_B:TGGGATTGTGAGACGT,Primitive streak
SBR-84h_B:ATAGAGAAGGTCCCGT,Caudal epiblast
SBR-84h_B:TTCCGTGTCCAGCTCT,Caudal epiblast
SBR-84h_B:GAAGGGTGTTTGTTGG,Primitive streak
SBR-84h_B:AGTGTTGAGCCTCTTC,Ectopic pluripotency
SBR-84h_B:GTGTCCTGTGCTCTTC,Primitive streak
SBR-84h_B:GGAGCAAAGATGATTG,Caudal epiblast
SBR-84h_B:GTGCACGAGGCGCTTC,Primitive streak
SBR-84h_B:ACTTCGCGTAGAATAC,Primitive streak
SBR-84h_B:TCTCAGCAGGTCGTAG,Caudal epiblast
SBR-84h_B:CTGCCATAGTCGAAAT,Primitive streak
SBR-84h_B:CGATGGCCAGAACTCT,Caudal epiblast
SBR-84h_B:GATGCTAAGTAACGTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGGGATTAGGTTGGAC,Primitive streak
SBR-84h_B:AAACGCTCAAAGGATT,Caudal epiblast
SBR-84h_B:ATTCACTAGGGAGTTC,Ectopic pluripotency
SBR-84h_B:TTCAATCGTAATTAGG,Primitive streak
SBR-84h_B:TGGTTAGGTAGAGATT,Primitive streak
SBR-84h_B:TGATCTTTCATGCCGG,Primitive streak
SBR-84h_B:TCTGTCGTCGGACTTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTATTTCCAGAGTGTG,Caudal epiblast
SBR-84h_B:CGAAGTTGTTAGTTCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGCAGCCAGAGACTG,Caudal epiblast
SBR-84h_B:GTCCTCACAGTCTACA,Caudal epiblast
SBR-84h_B:CTACACGACGCTCTTC,Primitive streak
SBR-84h_B:CCGTGAGAGAAATCCA,Primitive streak
SBR-84h_B:AGACTCATCTGGCCTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACCTGAAGTTAGAAAC,Cd63+ ectoderm-like artefact
SBR-84h_B:AAGCGTTGTGCGGATA,Primitive streak
SBR-84h_B:TCGCAGGAGAATGTTG,Caudal epiblast
SBR-84h_B:ATATCCTGTTATGGTC,Caudal epiblast
SBR-84h_B:TCATGAGAGTCATGCT,Primitive streak
SBR-84h_B:CTGGACGAGCACACAG,Caudal epiblast
SBR-84h_B:TTTACCAAGCCGTTGC,Primitive streak
SBR-84h_B:GTTCGCTAGGAATGTT,Caudal epiblast
SBR-84h_B:GGATCTAGTGATCATC,Caudal epiblast
SBR-84h_B:ATTACTCGTGGTAATA,Caudal epiblast
SBR-84h_B:GTTACGAAGATAGCTA,Caudal epiblast
SBR-84h_B:CAGCCAGAGGAAGTAG,Caudal epiblast
SBR-84h_B:AGTGACTAGCACCTGC,Caudal epiblast
SBR-84h_B:CGAGTGCCACCGTACG,Caudal epiblast
SBR-84h_B:CTTTCAAAGGGAGTTC,Caudal epiblast
SBR-84h_B:GGGTTATGTGAAGCTG,Caudal epiblast
SBR-84h_B:CAATACGTCTGCGATA,Caudal epiblast
SBR-84h_B:AGCTACAAGCTCAGAG,Caudal epiblast
SBR-84h_B:TTCCGTGGTAGATCCT,Primitive streak
SBR-84h_B:CCATCACGTGCCGAAA,Caudal epiblast
SBR-84h_B:ATTGGGTGTGTGAATA,Caudal epiblast
SBR-84h_B:TAAGTCGGTCGATGCC,Caudal epiblast
SBR-84h_B:AGTACTGTCTCTGAGA,Caudal epiblast
SBR-84h_B:GTGGAGACAAGTGTCT,Primitive streak
SBR-84h_B:CTATAGGCAGCGTACC,Caudal epiblast
SBR-84h_B:TTGTTCAGTACGACAG,Caudal epiblast
SBR-84h_B:GTGTGGCGTTATGTGC,Caudal epiblast
SBR-84h_B:GGCTTGGTCGTCAAAC,Caudal epiblast
SBR-84h_B:TCACGCTTCGACGACC,Caudal epiblast
SBR-84h_B:ACACGCGGTGGCTTGC,Caudal epiblast
SBR-84h_B:GAAGAATGTTTACCTT,Caudal epiblast
SBR-84h_B:ATTCGTTCACTAAACC,Primitive streak
SBR-84h_B:TGCTCGTCAATACGCT,Caudal epiblast
SBR-84h_B:GTCGCGAAGTGGACGT,Primitive streak
SBR-84h_B:CCACCATAGGAGAGTA,Primitive streak
SBR-84h_B:GACCCAGGTATCGAGG,Primitive streak
SBR-84h_B:ATCGTCCCAGAGCGTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTTAGTCGTCCCTGAG,Caudal epiblast
SBR-84h_B:TCGACCTGTACTCCGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCATCGGTCCTTCTAA,Caudal epiblast
SBR-84h_B:ACGGTTAGTTCCTAAG,Caudal epiblast
SBR-84h_B:AGTAGTCGTCAGTCCG,Caudal epiblast
SBR-84h_B:TCACTATTCCGTGACG,Caudal epiblast
SBR-84h_B:ATGGGAGTCGTTAGTG,Caudal epiblast
SBR-84h_B:CGTAATGTCAGCGCAC,Caudal epiblast
SBR-84h_B:ATCGCCTAGTCGAATA,Primitive streak
SBR-84h_B:CAGCAGCTCTCGCAGG,Primitive streak
SBR-84h_B:TTCTAACAGCGCTGCT,Caudal epiblast
SBR-84h_B:TGTGTGAAGCTCGCAC,Caudal epiblast
SBR-84h_B:CTCGAGGTCAGACCGC,Primitive streak
SBR-84h_B:AGTGTTGAGGATTCCT,Primitive streak
SBR-84h_B:CTTTCGGAGATGACAT,Caudal epiblast
SBR-84h_B:GTCCACTGTCATATGC,Caudal epiblast/primitive streak
SBR-84h_B:TCGCACTCATGTCAGT,Primitive streak
SBR-84h_B:CTCAGAAGTGTCTCCT,Caudal epiblast
SBR-84h_B:GCAGTTAGTCGTCTCT,Caudal epiblast
SBR-84h_B:TAACTTCAGCGTCTCG,Caudal epiblast
SBR-84h_B:TGGAGAGTCTAGGAAA,Caudal epiblast
SBR-84h_B:TGTTACTCAGGTCCCA,Caudal epiblast
SBR-84h_B:CGTTGGGAGGTGCTGA,Primitive streak
SBR-84h_B:GTCATTTCAGAGGCTA,Ectopic pluripotency
SBR-84h_B:TACCTCGGTAGTTAGA,Primitive streak
SBR-84h_B:GTAATCGGTCCTTAAG,Caudal epiblast
SBR-84h_B:GTCGTAACACTATCGA,Primitive streak
SBR-84h_B:TGAGGTTTCAGTCAGT,Caudal epiblast
SBR-84h_B:CCTCCTCAGCCATTGT,Ectopic pluripotency
SBR-84h_B:CATTCATAGAGCGACT,Caudal epiblast
SBR-84h_B:CGACAGCCACGCCAGT,Caudal epiblast
SBR-84h_B:GCATTAGCATGCGTGC,Caudal epiblast
SBR-84h_B:TAGGAGGTCGGTGCAC,Primitive streak
SBR-84h_B:GAACTGTAGTGGTTAA,Primitive streak
SBR-84h_B:GCATGATAGGGTTTCT,Primitive streak
SBR-84h_B:TCCACCATCTCGGTAA,Caudal epiblast
SBR-84h_B:TCAGTGACAAAGACGC,Caudal epiblast
SBR-84h_B:TGGAGGACAGTTTCAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GAACTGTTCGACGCGT,Caudal epiblast
SBR-84h_B:AGTAGCTAGACGTCGA,Primitive streak
SBR-84h_B:TTGTTCAAGTGACACG,Primitive streak
SBR-84h_B:TGATCAGTCCCGAGTG,Caudal epiblast
SBR-84h_B:GGGCTCAAGGCCTAGA,Caudal epiblast
SBR-84h_B:ACTTCGCGTTCGGCCA,Caudal epiblast
SBR-84h_B:GGAGATGTCTGATTCT,Caudal epiblast
SBR-84h_B:TCTTGCGAGCTAGTTC,Caudal epiblast
SBR-84h_B:TCATCATCAGGCGATA,Caudal epiblast
SBR-84h_B:TCATGTTAGCTGAGTG,Caudal epiblast
SBR-84h_B:GGGTTTACACGTAACT,Caudal epiblast
SBR-84h_B:AGTACTGCAAGTGATA,Primitive streak
SBR-84h_B:CGTCCATCATCTCGTC,Primitive streak
SBR-84h_B:TATCAGGGTATGAGGC,Caudal epiblast
SBR-84h_B:ATCGGATAGTAAGCAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GAGACCCGTGATAGTA,Primitive streak
SBR-84h_B:CAGTTAGCAGAGGGTT,Caudal epiblast
SBR-84h_B:GGGTCTGAGGATGAGA,Primitive streak
SBR-84h_B:TTGCGTCCACGTGAGA,Primitive streak
SBR-84h_B:CGATCGGTCGAAACAA,Primitive streak
SBR-84h_B:TGGCGTGTCAGCCTTC,Caudal epiblast
SBR-84h_B:CCAAGCGCACGAAGAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGCACGAGTGAATAC,Caudal epiblast
SBR-84h_B:TTCGCTGAGTGGAAGA,Caudal epiblast
SBR-84h_B:GTCCACTAGTTCTACG,Caudal epiblast
SBR-84h_B:GTTAGTGGTATCCTTT,Caudal epiblast
SBR-84h_B:GGGAGATGTCGTCGGT,Caudal epiblast
SBR-84h_B:GGCAGTCTCACACCGG,Naive pluripotency
SBR-84h_B:GTCTTTAAGAAGCTGC,Primitive streak
SBR-84h_B:TGTGGCGGTATCGCGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTTACCATCGGATTAC,Primitive streak
SBR-84h_B:CCACGAGAGAAGTCTA,Caudal epiblast
SBR-84h_B:CGATGGCAGATAGGGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATTCATCTCGATGGAG,Caudal epiblast
SBR-84h_B:ACGGTTATCAGGCGAA,Primitive streak
SBR-84h_B:CTGTGGGTCTGCGATA,Ectopic pluripotency
SBR-84h_B:CTCCCTCAGTGGCAGT,Naive pluripotency
SBR-84h_B:TTCTGTATCTCGTCGT,Primitive streak
SBR-84h_B:TGGAGAGTCTCTAGGA,Ectopic pluripotency
SBR-84h_B:GAGTGAGGTGAGTCAG,Primitive streak
SBR-84h_B:AGTAGCTGTCTGTCAA,Caudal epiblast/primitive streak
SBR-84h_B:GGGCTACTCATTTCCA,Primitive streak
SBR-84h_B:CCGGTGATCAAACGTC,Caudal epiblast
SBR-84h_B:TACTGCCAGGCATCTT,Cd63+ ectoderm-like artefact
SBR-84h_B:TAACTTCAGGAGAATG,Caudal epiblast
SBR-84h_B:TCCCACAGTTTAGTCG,Caudal epiblast
SBR-84h_B:CAAGGGAGTCTTGAAC,Primitive streak
SBR-84h_B:GATGACTAGGGCAGTT,Caudal epiblast
SBR-84h_B:AGCTCAAGTGTTCCTC,Primitive streak
SBR-84h_B:TGCATGAAGTGGGAAA,Caudal epiblast
SBR-84h_B:GGCTGTGGTGATGAAT,Caudal epiblast
SBR-84h_B:CGCCAGATCGTTCTCG,Caudal epiblast
SBR-84h_B:TGAATGCAGATGTAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGGCGTAGTAGGATT,Caudal epiblast
SBR-84h_B:TCCGTGTTCAGGTAAA,Primitive streak
SBR-84h_B:CGTGTCTAGTTCATGC,Primitive streak
SBR-84h_B:ATTCCTACAGGTGAGT,Caudal epiblast
SBR-84h_B:TGTAACGAGCAATAGT,Primitive streak
SBR-84h_B:TCACAAGAGCAAGTCG,Caudal epiblast
SBR-84h_B:AAGATAGAGGTTGGTG,Caudal epiblast
SBR-84h_B:TCTTGCGTCAATGCAC,Caudal epiblast
SBR-84h_B:TCATGCCCATATCTCT,Caudal epiblast
SBR-84h_B:CCGAACGCAGCGCTTG,Primitive streak
SBR-84h_B:CCTCATGAGATCCCGC,Caudal epiblast
SBR-84h_B:ATCGCCTGTCGTTGCG,Caudal epiblast
SBR-84h_B:GTCACGGTCTCTGCTG,Caudal epiblast
SBR-84h_B:GTAAGTCAGGTAGGCT,Primitive streak
SBR-84h_B:GGGCTACCAAATAGCA,Caudal epiblast/primitive streak
SBR-84h_B:CGAAGGATCTCGTGAA,Primitive streak
SBR-84h_B:TGTAAGCGTCGCTTGG,Primitive streak
SBR-84h_B:CATCCACGTTGGGTTT,Primitive streak
SBR-84h_B:CGACAGCAGCGACAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGCCTCGTCGTGGAA,Primitive streak
SBR-84h_B:TCTGCCAGTCGAAGCA,Primitive streak
SBR-84h_B:CGAATTGAGGTCGTAG,Caudal epiblast
SBR-84h_B:TGTTACTTCCTACCGT,Caudal epiblast
SBR-84h_B:TCGAAGTCAAAGCGTG,Caudal epiblast
SBR-84h_B:TTCGATTGTTCCTAGA,Cd63+ ectoderm-like artefact
SBR-84h_B:GTGGCGTGTAAGATAC,Primitive streak
SBR-84h_B:ATCGGCGTCAGCTGTA,Caudal epiblast
SBR-84h_B:ACTTTGTTCAAAGGAT,Primitive streak
SBR-84h_B:TCCTCGAGTATAGGAT,Primitive streak
SBR-84h_B:CTGATCCAGTGTGTTC,Primitive streak
SBR-84h_B:TCGTCCATCCAGTTCC,Primitive streak
SBR-84h_B:CCGTGAGGTCGGAACA,Primitive streak
SBR-84h_B:GTAAGTCGTCGACGCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCACATATCGTTCCTG,Ectopic pluripotency
SBR-84h_B:GCCATTCGTTTAGACC,Primitive streak
SBR-84h_B:AGGTGTTGTCGTCGGT,Primitive streak
SBR-84h_B:GTCATGACAGCGTAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGGAGGAGTGGTTAA,Caudal epiblast
SBR-84h_B:AAGCGTTGTTGCTCGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAGGAATCACAGTGTT,Caudal epiblast
SBR-84h_B:ATGAGGGAGTATGGCG,Primitive streak
SBR-84h_B:AGACTCAAGGTTATAG,Primitive streak
SBR-84h_B:TCTCACGAGCGCATCC,Primitive streak
SBR-84h_B:CACTGAAGTTCAGGTT,Caudal epiblast/primitive streak
SBR-84h_B:CTTGAGACATCCGCGA,Caudal mesoderm
SBR-84h_B:TCGCTTGCACAAATCC,Caudal epiblast
SBR-84h_B:GATGTTGTCTGCGGCA,Caudal epiblast
SBR-84h_B:TTTGGTTGTCGAGATG,Caudal mesoderm
SBR-84h_B:GACCGTGAGGTTAGTA,Ectopic pluripotency
SBR-84h_B:TCTTAGTAGCTCGAAG,Caudal epiblast
SBR-84h_B:GTCTGTCGTGACTCGC,Caudal epiblast
SBR-84h_B:TCTACCGAGTGGGAAA,Caudal epiblast
SBR-84h_B:ATTCATCGTCGCATCG,Caudal epiblast
SBR-84h_B:CATCCACTCGTGTCAA,Caudal epiblast
SBR-84h_B:GTGATGTGTTCCCACT,Caudal epiblast
SBR-84h_B:TCAGGTAGTGGAACAC,Caudal epiblast
SBR-84h_B:GTCGTTCAGGTTCAGG,Primitive streak
SBR-84h_B:TAGGTTGCATAGTCAC,Caudal mesoderm
SBR-84h_B:GGGTTATGTCGCAACC,Primitive streak
SBR-84h_B:ATGCCTCGTAGCACGA,Caudal epiblast
SBR-84h_B:GGAGCAATCTGGAGAG,Primitive streak
SBR-84h_B:TTTGGAGTCATTTCGT,Caudal epiblast
SBR-84h_B:TTGCTGCTCGAACCAT,Caudal epiblast
SBR-84h_B:TCGGGTGCAGCCTACG,Caudal epiblast
SBR-84h_B:GATTCTTTCTGCATGA,Primitive streak
SBR-84h_B:TGTGATGTCCTGATAG,Caudal epiblast
SBR-84h_B:TCTTGCGTCAATGTCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATTGCCGTCTTGGTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACGTCAAGCACGATG,Caudal epiblast
SBR-84h_B:TTCCGGTAGGTGAGCT,Caudal epiblast
SBR-84h_B:CCCAACTTCAATGTCG,Primitive streak
SBR-84h_B:TCCCAGTCAAGCCTGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGGAATAAGAACGCGT,Caudal epiblast
SBR-84h_B:ATCGTAGTCATTTGCT,Caudal epiblast
SBR-84h_B:TGGCGTGTCATTCCTA,Primitive streak
SBR-84h_B:TGATCAGAGGACATCG,Primitive streak
SBR-84h_B:CGTGAATCATTGGCAT,Caudal epiblast
SBR-84h_B:CTTTCGGAGAGCCTGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ACAAAGAGTCTTGCTC,Caudal epiblast
SBR-84h_B:CATCGGGCATAGCTGT,Caudal epiblast
SBR-84h_B:GGTTGTAGTAACATGA,Caudal epiblast
SBR-84h_B:TATCGCCAGTTGAATG,Caudal epiblast
SBR-84h_B:TGAACGTCATTCAGGT,Primitive streak
SBR-84h_B:CAGATCATCATGGCCG,Caudal epiblast
SBR-84h_B:TGGGAGATCGAGAAAT,Caudal epiblast
SBR-84h_B:TCGGGACGTAGCGTCC,Caudal epiblast
SBR-84h_B:GCCTGTTAGAGCCGTA,Caudal epiblast
SBR-84h_B:GGTTGTACAGTGTGGA,Caudal epiblast
SBR-84h_B:GAGGCAAAGTCTGCAT,Caudal epiblast
SBR-84h_B:GCAACATCACTTCTCG,Caudal epiblast
SBR-84h_B:ACTTAGGCAGACTGCC,Caudal epiblast
SBR-84h_B:CGATGCGGTCCTTTGC,Caudal epiblast/primitive streak
SBR-84h_B:TCTTCCTGTGGTGATG,Caudal epiblast
SBR-84h_B:GATCGTAAGCCAAGTG,Primitive streak
SBR-84h_B:CGTGCTTTCGTAATGC,Primitive streak
SBR-84h_B:TTGGGCGGTGAGGAAA,Primitive streak
SBR-84h_B:GTAAGTCAGGTTATAG,Caudal epiblast
SBR-84h_B:GGTGGCTGTCTTGCTC,Primitive streak
SBR-84h_B:TCGTAGATCGACATAC,Primitive streak
SBR-84h_B:ACGGTCGAGCTCTGTA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCAGCATCGGTAGGA,Primitive streak
SBR-84h_B:TTGGGATAGGCTCACC,Primitive streak
SBR-84h_B:GACTGATGTCAGGAGT,Primitive streak
SBR-84h_B:GCAGGCTCACTGGACC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTTACCACAGCGGTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCATTGTCACCCATC,Caudal epiblast
SBR-84h_B:GTGTTCCCAGAGACTG,Primitive streak
SBR-84h_B:TCAGTCCGTCTAGATC,Caudal epiblast
SBR-84h_B:TGCGACGCAGCACCCA,Primitive streak
SBR-84h_B:CTCACTGCAACTTGGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGGAGGTCAATGCAGG,Caudal epiblast
SBR-84h_B:TGGTTAGCAAATACAG,Caudal epiblast
SBR-84h_B:TCAGCAAAGTGGGAAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCCGATGAGTAATACG,Caudal epiblast
SBR-84h_B:CTCAACCAGAGTGTGC,Primitive streak
SBR-84h_B:ATCACGATCGTGTCAA,Caudal epiblast
SBR-84h_B:AGCCACGAGCGCTGAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCGATTCAGGAGGAG,Caudal epiblast
SBR-84h_B:AGGCTGCGTTCGATTG,Caudal epiblast
SBR-84h_B:CTCAGTCGTGGACCAA,Primitive streak
SBR-84h_B:GTTGTGAAGGTAGTAT,Primitive streak
SBR-84h_B:TGTGGCGTCCAATCCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGTTCTGAGGGCCCTT,Caudal epiblast
SBR-84h_B:GTTAGTGCACTCCTTG,Primitive streak
SBR-84h_B:ATCACAGAGGCGAAGG,Caudal epiblast
SBR-84h_B:TTGTTCAGTCGCCACA,Naive pluripotency
SBR-84h_B:ATGATCGTCACCCATC,Caudal epiblast
SBR-84h_B:GCACGTGGTAGATTGA,Primitive streak
SBR-84h_B:CCTATCGGTTGACGGA,Caudal epiblast
SBR-84h_B:CTGGCAGGTGCATCTA,Caudal epiblast
SBR-84h_B:CTTCGGTCATCCGAGC,Caudal epiblast
SBR-84h_B:TCTTGCGAGTAAACGT,Primitive streak
SBR-84h_B:AGGTAGGGTCCCAAAT,Caudal epiblast
SBR-84h_B:AGAGCCCGTCAGGAGT,Caudal epiblast
SBR-84h_B:TCAGGTACAACTCGTA,Caudal epiblast
SBR-84h_B:GGGTTTAGTTAGGGTG,Caudal epiblast
SBR-84h_B:GTGGCGTTCACGATAC,Caudal epiblast/primitive streak
SBR-84h_B:GTCTTTAGTACCGGCT,Caudal epiblast
SBR-84h_B:TGTTCCGCACTGTGTA,Primitive streak
SBR-84h_B:TGAGGAGCACTGTCGG,Caudal epiblast
SBR-84h_B:ATTCATCTCGAGAATA,Caudal epiblast
SBR-84h_B:GTAGTACCAGGTTTAC,Caudal epiblast
SBR-84h_B:CTTTCGGTCAGAGCGA,Ectopic pluripotency
SBR-84h_B:TGTTGAGCATTGACCA,Primitive streak
SBR-84h_B:TGAGGGAGTACCACGC,Primitive streak
SBR-84h_B:GTCATGAAGGGAGGTG,Primitive streak
SBR-84h_B:GTCCACTAGAGTCGAC,Primitive streak
SBR-84h_B:GTTCCGTCAAAGAACT,Cd63+ ectoderm-like artefact
SBR-84h_B:AGCCACGGTACCTATG,Caudal epiblast
SBR-84h_B:GTAAGTCTCGGAGTGA,Caudal epiblast
SBR-84h_B:ATACTTCGTCGCTTGG,Caudal epiblast
SBR-84h_B:GGGACTCCAGAGTTCT,Primitive streak
SBR-84h_B:TTTGGAGAGCGTATGG,Primitive streak
SBR-84h_B:GTAGGAGGTCTTTCAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTCCCATGTGAATGTA,Primitive streak
SBR-84h_B:AGACCATTCCTGTTAT,Caudal epiblast
SBR-84h_B:TCGGGTGGTAACGCGA,Caudal epiblast
SBR-84h_B:GGGTGAAAGGGTTTCT,Caudal epiblast
SBR-84h_B:ACGGTTAGTACCTGTA,Caudal epiblast
SBR-84h_B:GAAGGGTCAACCGGAA,Caudal epiblast
SBR-84h_B:TTTGTTGGTCTTAGTG,Primitive streak
SBR-84h_B:GTAGATCAGTGCTCGC,Caudal epiblast
SBR-84h_B:GAGGCCTCAGAGAATT,Caudal epiblast
SBR-84h_B:CACTGGGTCGCTTGAA,Primitive streak
SBR-84h_B:GAACGTTGTAGCTGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGATGCGAGCTTCATG,Caudal epiblast
SBR-84h_B:TGAGGGACAGTTCTAG,Caudal epiblast
SBR-84h_B:TCACAAGTCATTGTGG,Caudal epiblast
SBR-84h_B:GGTAGAGCATTCGGGC,Primitive streak
SBR-84h_B:TTACTGTGTGCGAGTA,Caudal epiblast/primitive streak
SBR-84h_B:TGTTGGAAGTTCGCAT,Caudal epiblast
SBR-84h_B:CCTTTGGGTGAATGTA,Primitive streak
SBR-84h_B:CGCATGGTCTAGGAAA,Primitive streak
SBR-84h_B:CCTCCTCGTGAGACGT,Caudal epiblast/primitive streak
SBR-84h_B:GAGTTTGGTAGATCCT,Primitive streak
SBR-84h_B:TCAGCAACAGGTGTGA,Caudal epiblast
SBR-84h_B:GAGTCATTCCGGCTTT,Primitive streak
SBR-84h_B:TTGCTGCGTTAGGGTG,Caudal epiblast
SBR-84h_B:AGTCATGAGAGAGCGG,Caudal epiblast
SBR-84h_B:GTCGAATGTTCAGGTT,Caudal epiblast
SBR-84h_B:ATTTCACGTTCGTGCG,Caudal epiblast
SBR-84h_B:CGATCGGCAATGAGCG,Caudal epiblast
SBR-84h_B:CGTAGTAGTTGTACGT,Caudal epiblast
SBR-84h_B:AGCTTCCCAGTACTAC,Caudal epiblast
SBR-84h_B:AGGGTTTAGATCCAAA,Caudal epiblast
SBR-84h_B:GCCCGAATCAAGTCGT,Caudal epiblast
SBR-84h_B:CCGGGTACAGTCCGTG,Caudal epiblast
SBR-84h_B:TAGTGCAAGCAGATAT,Primitive streak
SBR-84h_B:TCTTGCGCAGCTATAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TATTTCGGTCTGTGAT,Caudal epiblast
SBR-84h_B:TATTCCAAGACGCATG,Caudal epiblast
SBR-84h_B:TGGTTAGAGTTATGGA,Caudal epiblast
SBR-84h_B:GATGCTAGTAGCTGTT,Caudal epiblast
SBR-84h_B:TGTAGACGTTACGTAC,Caudal epiblast
SBR-84h_B:GCTTGGGAGATCGGTG,Caudal epiblast
SBR-84h_B:TAACCAGGTGTTCGTA,Caudal epiblast
SBR-84h_B:CGGGACTTCTGCTTTA,Caudal epiblast
SBR-84h_B:GAATAGAAGAGTCCGA,Caudal epiblast
SBR-84h_B:ATGGGTTGTGTCATGT,Caudal epiblast
SBR-84h_B:TGTGAGTAGTTGCGCC,Primitive streak
SBR-84h_B:TCAGGTATCCACCTCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAGCGTTGTGTATCCA,Caudal epiblast
SBR-84h_B:TTGGTTTGTAGGTACG,Caudal epiblast
SBR-84h_B:TCGGGTGAGCTACTGT,Caudal epiblast
SBR-84h_B:AGGCCACGTCTTCGAA,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTCATTTGTCTGTGCG,Caudal epiblast/primitive streak
SBR-84h_B:CTCCATGAGCTCGTGC,Caudal epiblast
SBR-84h_B:GTCAAACAGAGTATAC,Caudal epiblast
SBR-84h_B:ACGGGTCGTGTAAATG,Primitive streak
SBR-84h_B:GTCGAATAGAGGTCAC,Primitive streak
SBR-84h_B:CACACAATCAGCTTCC,Cd63+ ectoderm-like artefact
SBR-84h_B:CGGGCATCAGAATCGG,Caudal epiblast/primitive streak
SBR-84h_B:AGTAGTCAGTGTCATC,Caudal epiblast
SBR-84h_B:GGAAGTGGTCGCGTTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GACTCAATCGGAAGGT,Ectopic pluripotency
SBR-84h_B:TTCCGGTTCGAAGGAC,Caudal epiblast
SBR-84h_B:CGGGTGTGTGCAGATG,Caudal epiblast
SBR-84h_B:CGAGTGCCAGTTACCA,Anterior primitive streak/Def. endoderm
SBR-84h_B:TACAACGGTTGGCCTG,Caudal epiblast
SBR-84h_B:TTCTAGTTCTAGTTCT,Caudal epiblast/primitive streak
SBR-84h_B:TCCGAAATCCCTGGTT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTGGTTTAGCGCAATG,Primitive streak
SBR-84h_B:CATTCCGCATAGGTAA,Caudal epiblast
SBR-84h_B:TTATTGCCACAGTGTT,Caudal epiblast
SBR-84h_B:AGGATAAAGAAGGTAG,Caudal epiblast
SBR-84h_B:CCAATTTCACGACCTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CAGTTAGTCTCGCCTA,Cd63+ ectoderm-like artefact
SBR-84h_B:TCGTGGGGTCGCACGT,Primitive streak
SBR-84h_B:AACCATGTCTGACGCG,Caudal epiblast
SBR-84h_B:GGGTCTGAGAAGTCCG,Primitive streak
SBR-84h_B:GTGATGTAGGTCGTGA,Primitive streak
SBR-84h_B:GGTGGCTTCAAAGAAC,Caudal epiblast/primitive streak
SBR-84h_B:AAGAACATCGTCCATC,Caudal epiblast
SBR-84h_B:ACGATCAAGTCAGGGT,Caudal epiblast
SBR-84h_B:GAGGGTATCGGAAGGT,Primitive streak
SBR-84h_B:GTCGTTCGTGAGATAT,Caudal epiblast
SBR-84h_B:TTCTTCCAGATGCTTC,Caudal epiblast
SBR-84h_B:CGATGGCTCCTTCTGG,Caudal epiblast/primitive streak
SBR-84h_B:TTGTTCAGTGCCTTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:AGGATAAAGAACGCGT,Caudal epiblast
SBR-84h_B:TTACTGTTCTCGACGG,Caudal epiblast
SBR-84h_B:GGTGGCTCATGTTTGG,Caudal epiblast
SBR-84h_B:TGATGCACACAAACGG,Caudal epiblast
SBR-84h_B:GAACGTTAGTCTGGAG,Cd63+ ectoderm-like artefact
SBR-84h_B:TCTTCCTTCTTCACAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TGCTTCGTCTCGGTCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GGAGATGTCGCAAGAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCCACGAGGCCTAAG,Caudal epiblast
SBR-84h_B:GTTGCTCTCGCATTGA,Caudal epiblast/primitive streak
SBR-84h_B:TGGATGTAGATAGGGA,Primitive streak
SBR-84h_B:CGGCAGTAGAGAGCAA,Primitive streak
SBR-84h_B:CAAAGAAAGTTTCGGT,Caudal epiblast
SBR-84h_B:ATCGTGACACCAGGTC,Caudal epiblast
SBR-84h_B:TGCCGAGAGCAGGCTA,Caudal epiblast
SBR-84h_B:CGTTCTGGTACAAACA,Caudal epiblast/primitive streak
SBR-84h_B:GAAGGACAGGTGCGAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCCGGGAGTTAACAGA,Cd63+ ectoderm-like artefact
SBR-84h_B:TCGGGCACACAGCCTG,Primitive streak
SBR-84h_B:AGTCACAGTGTGTCCG,Caudal epiblast
SBR-84h_B:TGTACAGGTCAGGAGT,Ectopic pluripotency
SBR-84h_B:GAGGGATCACTGCGTG,Primitive streak
SBR-84h_B:GTGAGGATCTGTGTGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTAACTTAGATGAAGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCTCATGCAAAGGGCT,Ectopic pluripotency
SBR-84h_B:CTGGCAGGTGGTCTCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCCAATTCTCATTGT,Primitive streak
SBR-84h_B:GTCTAGAAGCGTCAAG,Caudal epiblast
SBR-84h_B:CTCAAGATCGTGGCGT,Caudal epiblast
SBR-84h_B:CCGATGGAGAGGTTAT,Caudal epiblast
SBR-84h_B:ATGAGGGGTGGTCTCG,Cd63+ ectoderm-like artefact
SBR-84h_B:AGCGTATGTAGCGAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TAGGGTTCAGTAGTGG,Caudal epiblast/primitive streak
SBR-84h_B:AAGAACATCTATCGTT,Primitive streak
SBR-84h_B:GGAGGTAGTTGGGAAC,Caudal epiblast
SBR-84h_B:GTAGGAGGTGATTGGG,Caudal epiblast
SBR-84h_B:GTCTCACTCTGTGTGA,Primitive streak
SBR-84h_B:TGTGTGACAAAGAGTT,Ectopic pluripotency
SBR-84h_B:CATTCATGTACCTAAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CCTATCGGTGGATACG,Primitive streak
SBR-84h_B:CCGTGAGAGTAACCTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGTCCATCACTCCTGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGTGATAGGTCGCCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TACGCTCAGCGTTGTT,Caudal epiblast/primitive streak
SBR-84h_B:CCGTTCACACAGCCTG,Caudal epiblast/primitive streak
SBR-84h_B:GTGGTTAGTGTCGATT,Caudal epiblast
SBR-84h_B:TAGGGTTGTAACATAG,Caudal epiblast/primitive streak
SBR-84h_B:GGGTCACCACGAAGAC,Caudal epiblast
SBR-84h_B:AGTAGTCAGACTGTTC,Caudal epiblast
SBR-84h_B:TCGATTTAGGTAGATT,Caudal epiblast/primitive streak
SBR-84h_B:GCATCGGCATGTTTGG,Caudal epiblast
SBR-84h_B:CGTGTCTCAATACGAA,Primitive streak
SBR-84h_B:GGCGTCAAGAGCATTA,Caudal epiblast
SBR-84h_B:GGTGGCTTCACCTTAT,Caudal epiblast
SBR-84h_B:GCCATGGAGATGACCG,Primitive streak
SBR-84h_B:GACTCAACAGGGATAC,Caudal epiblast
SBR-84h_B:TAGACCACAATGACCT,Caudal epiblast
SBR-84h_B:TTCTTCCGTCGTCAGC,Caudal epiblast/primitive streak
SBR-84h_B:TGGGCGTAGCCAGTAG,Caudal epiblast
SBR-84h_B:ATGCATGGTGCGTCGT,Caudal epiblast/primitive streak
SBR-84h_B:GGACGTCGTGGCATCC,Primitive streak
SBR-84h_B:GAGTGTTAGGACACTG,Cd63+ ectoderm-like artefact
SBR-84h_B:CTCCACAGTCTTGCGG,Caudal epiblast/primitive streak
SBR-84h_B:CATGCGGGTCCGACGT,Primitive streak
SBR-84h_B:CAAGACTTCCTTCACG,Primitive streak
SBR-84h_B:ACCGTTCGTTACCTTT,Caudal epiblast
SBR-84h_B:ACATCGATCTGCTTAT,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTCAAGTGTGCAACGA,Caudal epiblast
SBR-84h_B:TCTTAGTTCAGGACGA,Caudal epiblast
SBR-84h_B:GTGTGATAGTTACTCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AACCAACTCAAGTAAG,Caudal epiblast/primitive streak
SBR-84h_B:TGCGGCATCAGAGCGA,Caudal epiblast
SBR-84h_B:CTTGAGACAGGTTCCG,Primitive streak
SBR-84h_B:TGCGACGCAAGTGATA,Caudal epiblast
SBR-84h_B:ACTTTCAGTCGCCACA,Caudal epiblast
SBR-84h_B:TTGTTCAGTCGTATTG,Caudal epiblast/primitive streak
SBR-84h_B:GCCGTGAAGATTAGAC,Primitive streak
SBR-84h_B:TTCGCTGTCTTCCACG,Caudal epiblast
SBR-84h_B:AAAGGGCGTTTCGACA,Caudal epiblast
SBR-84h_B:GCTGGGTAGACAGCTG,Caudal epiblast
SBR-84h_B:TGGTTAGGTTCAGGTT,Caudal epiblast
SBR-84h_B:TCCGATCAGCCTATCA,Caudal epiblast
SBR-84h_B:TGCTTGCAGACTTGTC,Caudal epiblast/primitive streak
SBR-84h_B:AGTTCGAGTCACTTCC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GCGATCGCATGATAGA,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTTCCGATCTTGAACG,Caudal epiblast
SBR-84h_B:TGGTTAGGTACGTAGG,Caudal epiblast
SBR-84h_B:TGACGCGAGAGCCTGA,Caudal epiblast
SBR-84h_B:TGTGATGAGCGGTATG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GGGTCACGTCATGCAT,Caudal epiblast
SBR-84h_B:TTTGGTTCAACCGCTG,Caudal epiblast
SBR-84h_B:GGTGAAGTCCTCTGCA,Caudal epiblast/primitive streak
SBR-84h_B:GCCGTGAGTTGGATCT,Caudal epiblast
SBR-84h_B:GAAGGACGTCGCACGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATCCCTGAGAAGCCTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TATTGCTGTTGACTGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATTGGGTGTATCGGTT,Caudal epiblast/primitive streak
SBR-84h_B:CTGCCTATCTCGACCT,Caudal epiblast/primitive streak
SBR-84h_B:CATCGTCAGAAGCTCG,Caudal epiblast
SBR-84h_B:AGTAGTCGTGAGCCAA,Caudal epiblast
SBR-84h_B:GGCGTCAGTACTGTTG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CATCGTCGTCATCGCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCGTAGAGTTCTTGCC,Caudal epiblast/primitive streak
SBR-84h_B:TTGATGGGTGCCAAGA,Caudal epiblast
SBR-84h_B:GTCTGTCGTAAGATAC,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATCGGCGGTCGTATTG,Caudal epiblast
SBR-84h_B:GGGTTTAAGCGAGAAA,Caudal epiblast
SBR-84h_B:TTGTTTGCAGGTACGA,Caudal epiblast/primitive streak
SBR-84h_B:GTCGCGATCAGGTAAA,Primitive streak
SBR-84h_B:GTGTCCTCAGCAATTC,Caudal epiblast
SBR-84h_B:GCGTGCATCCGTGTGG,Primitive streak
SBR-84h_B:CACGTGGTCCGAGAAG,Caudal mesoderm
SBR-84h_B:AGAAGCGTCTGTGCTC,Caudal epiblast
SBR-84h_B:CGCATGGTCCGGTTCT,Caudal epiblast/primitive streak
SBR-84h_B:GAGCCTGAGCATCGAG,Caudal epiblast/primitive streak
SBR-84h_B:TCAGTTTAGGAGAGGC,Anterior primitive streak/Def. endoderm
SBR-84h_B:TCCGTGTTCCTGGGAC,Caudal epiblast/primitive streak
SBR-84h_B:TCTGTCGGTAGAATGT,Primitive streak
SBR-84h_B:GCATCGGAGCGCCTTG,Primitive streak
SBR-84h_B:ACACGCGAGTGATAGT,Anterior primitive streak/Def. endoderm
SBR-84h_B:TTCCGGTCATTCCTCG,Caudal epiblast
SBR-84h_B:AGACTCACAAACTAGA,Cd63+ ectoderm-like artefact
SBR-84h_B:CTGATCCAGCTGTCCG,Caudal epiblast/primitive streak
SBR-84h_B:CAAGGGAAGGTGAGAA,Caudal epiblast
SBR-84h_B:TGCGACGTCGTCTAAG,Caudal epiblast
SBR-84h_B:TGGATGTAGCGTCTCG,Caudal epiblast/primitive streak
SBR-84h_B:TCATTCACAAGAAATC,Caudal epiblast/primitive streak
SBR-84h_B:AAGGTAACATGGATCT,Caudal epiblast/primitive streak
SBR-84h_B:GTAGAAATCAACGCTA,Primitive streak
SBR-84h_B:CATTCATCATTCTCCG,Caudal epiblast/primitive streak
SBR-84h_B:CTCCGATCATGGCTAT,Ectopic pluripotency
SBR-84h_B:TCTTAGTAGGTCGAGT,Caudal epiblast/primitive streak
SBR-84h_B:GACCGTGTCATTCTTG,Caudal epiblast
SBR-84h_B:TCGTGGGAGCGGTATG,Caudal epiblast
SBR-84h_B:AAGACAACAGGGCTTC,Anterior primitive streak/Def. endoderm
SBR-84h_B:GGGCGTTGTGAATAAC,Caudal epiblast
SBR-84h_B:GTGCTTCTCGACATCA,Primitive streak
SBR-84h_B:TGATTTCGTAACATCC,Caudal epiblast
SBR-84h_B:GTCGTAAGTGGTCTTA,Caudal epiblast/primitive streak
SBR-84h_B:GGCTGTGAGACAGTCG,Primitive streak
SBR-84h_B:TGGGTTAGTCCCTAAA,Caudal epiblast/primitive streak
SBR-84h_B:ACCCTCATCTCGGTAA,Exiting naive pluripotency
SBR-84h_B:AGGTTGTGTTACGTAC,Caudal epiblast
SBR-84h_B:TCCGTGTGTTAAGGAT,Ectopic pluripotency
SBR-84h_B:GATCAGTGTGAGACCA,Caudal epiblast/primitive streak
SBR-84h_B:TGCTCGTCACTAGAGG,Cd63+ ectoderm-like artefact
SBR-84h_B:GGTGAAGCATCGTGCG,Ectopic pluripotency
SBR-84h_B:GGGCGTTGTGGGAGAG,Primitive streak
SBR-84h_B:ACTATTCAGATGGTCG,Caudal epiblast/primitive streak
SBR-84h_B:TCGGGTGGTTGTACGT,Primitive streak
SBR-84h_B:GGTAATCTCGAAGAAT,Cd63+ ectoderm-like artefact
SBR-84h_B:CGCGTGACACCTTCGT,Caudal epiblast/primitive streak
SBR-84h_B:TCTTAGTCAATCTGCA,Caudal epiblast/primitive streak
SBR-84h_B:TCACGCTGTTTACTGG,Cd63+ ectoderm-like artefact
SBR-84h_B:GAGAAATTCCCTTGTG,Caudal epiblast/primitive streak
SBR-84h_B:TTACCATGTGACCTGC,Caudal epiblast
SBR-84h_B:TGGATCAGTTGCAACT,Caudal epiblast
SBR-84h_B:CCTCACACACGAGGTA,Caudal epiblast/primitive streak
SBR-84h_B:GCTTCACGTCGTCGGT,Caudal epiblast/primitive streak
SBR-84h_B:AGGTCATCAGAGCGTA,Caudal epiblast
SBR-84h_B:TATCCTACAGTTAAAG,Caudal epiblast/primitive streak
SBR-84h_B:GTGGGAAGTACCAATC,Caudal epiblast/primitive streak
SBR-84h_B:GTCGTAAAGCCGGAAT,Primitive streak
SBR-84h_B:GGTGGCTGTTTCAGAC,Caudal epiblast/primitive streak
SBR-84h_B:AAGTGAAGTTGGTAGG,Cd63+ ectoderm-like artefact
SBR-84h_B:TATCCTAAGTATGTAG,Caudal epiblast/primitive streak
SBR-84h_B:CGAAGTTGTCCACATA,Exiting naive pluripotency
SBR-84h_B:CTTAGGATCGGTAGAG,Primitive streak
SBR-84h_B:AGAGAATGTGGACTGA,Caudal epiblast/primitive streak
SBR-84h_B:ATGAGTCTCGGTAGAG,Caudal epiblast
SBR-84h_B:GCACTAATCTGCTTAT,Caudal epiblast/primitive streak
SBR-84h_B:ACGCACGAGTATGCAA,Caudal epiblast/primitive streak
SBR-84h_B:AGGGTCCTCCTCGATC,Primitive streak
SBR-84h_B:ATGAGTCGTATAGGAT,Caudal epiblast/primitive streak
SBR-84h_B:TCGCAGGGTCCGGACT,Cd63+ ectoderm-like artefact
SBR-84h_B:GGGCTCACAGAAGTGC,Primitive streak
SBR-84h_B:TTCCTTCCATGTTCAG,Caudal epiblast
SBR-84h_B:TCGACGGAGGGTTTCT,Caudal epiblast
SBR-84h_B:TCGACCTGTACAGCGA,Caudal epiblast/primitive streak
SBR-84h_B:CCGGTAGGTGGGACAT,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGGGAGTCCTACA,Caudal epiblast/primitive streak
SBR-84h_B:ATCGATGTCGCAGTCG,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAGTCGTCAGGCGTTC,Caudal epiblast/primitive streak
SBR-84h_B:TTGAGTGGTGTTTACG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGTGGGGTGACTGTT,Caudal epiblast/primitive streak
SBR-84h_B:AGATAGAAGGTGCGAT,Caudal epiblast/primitive streak
SBR-84h_B:CATTGAGTCCAACCAA,Caudal epiblast/primitive streak
SBR-84h_B:TGTAACGGTCGCCTAG,Anterior primitive streak/Def. endoderm
SBR-84h_B:CGATGCGTCGCGCCAA,Caudal epiblast
SBR-84h_B:TTGGGTAGTGTAACGG,Caudal epiblast/primitive streak
SBR-84h_B:TTTACTGTCGACATTG,Caudal epiblast/primitive streak
SBR-84h_B:GAAACCTCACAGTGTT,Caudal epiblast/primitive streak
SBR-84h_B:CGTGTCTGTGGTATGG,Caudal epiblast
SBR-84h_B:TATTGCTTCACCTCGT,Caudal epiblast/primitive streak
SBR-84h_B:GAGGGATTCGGATAAA,Caudal epiblast
SBR-84h_B:TTGTTTGTCTTCGGAA,Caudal epiblast/primitive streak
SBR-84h_B:GGTCTGGTCGTGGACC,Caudal epiblast/primitive streak
SBR-84h_B:GCATCTCGTATAGGGC,Caudal epiblast/primitive streak
SBR-84h_B:GGGAGATAGCGTCGAA,Caudal epiblast/primitive streak
SBR-84h_B:TACGCTCGTGCCTATA,Anterior primitive streak/Def. endoderm
SBR-84h_B:ATGCATGGTCGAACAG,Caudal epiblast/primitive streak
SBR-84h_B:CCGAACGTCAGAGCGA,Primitive streak
SBR-84h_B:TGGGATTAGCGAATGC,Caudal epiblast/primitive streak
SBR-84h_B:GGCGTCATCCATCTAT,Caudal epiblast/primitive streak
SBR-84h_B:TGCTCGTCATGATGCT,Caudal epiblast/primitive streak
SBR-84h_B:TACCGGGGTCAGGAGT,Caudal epiblast/primitive streak
SBR-84h_B:GTCTTTAAGATTGCGG,Caudal epiblast/primitive streak
SBR-84h_B:GGGAAGTCAAACCATC,Caudal epiblast/primitive streak
SBR-84h_B:CATCGTCGTCGCGGTT,Caudal epiblast/primitive streak
SBR-84h_B:ACGGAAGAGTTCCAGT,Caudal epiblast/primitive streak
SBR-84h_B:TCGGTCTAGGGAGGGT,Caudal epiblast/primitive streak
SBR-84h_B:TTGATGGGTGGGATTG,Caudal epiblast/primitive streak
SBR-84h_B:CGCATGGTCAAGGCTT,Caudal epiblast/primitive streak
SBR-84h_B:CGCGTGATCGCCTAGG,Caudal epiblast/primitive streak
SBR-84h_B:TGCCGAGAGGGTCTTT,Caudal epiblast/primitive streak
SBR-84h_B:TCTAACTCAAGCGCAA,Cd63+ ectoderm-like artefact
SBR-84h_B:TCGTGCTGTGGTCAAG,Caudal epiblast
SBR-84h_B:AGCGTCGCACATATCG,Caudal epiblast
SBR-84h_B:TGCTTGCGTGAGACGT,Caudal epiblast/primitive streak
SBR-84h_B:AGCCACGTCGAGAAAT,Caudal epiblast/primitive streak
SBR-84h_B:ACTGTGATCGTTGTAG,Caudal epiblast/primitive streak
SBR-84h_B:GTTGTGAGTGGCCACT,Anterior primitive streak/Def. endoderm
SBR-84h_B:CTGCCTAAGCATCAGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTCGTTCCAAGAGGTC,Caudal epiblast/primitive streak
SBR-84h_B:CAACGATGTACGATCT,Caudal epiblast/primitive streak
SBR-84h_B:GCCGTGACAAATTGGA,Caudal epiblast/primitive streak
SBR-84h_B:GTCATTTAGCGCCGTT,Caudal epiblast
SBR-84h_B:AGTCTCCTCTCGACCT,Cd63+ ectoderm-like artefact
SBR-84h_B:CTCCTCCCAGCGACCT,Caudal epiblast/primitive streak
SBR-84h_B:TGGTACAGTGGCCCAT,Caudal epiblast/primitive streak
SBR-84h_B:CTCAGTCGTTGTTGCA,Primitive streak
SBR-84h_B:GTCGTTCTCGAGTTGT,Caudal epiblast
SBR-84h_B:TAAGCACAGTAGGCCA,Caudal epiblast/primitive streak
SBR-84h_B:CCGGGTAGTGGGCTCT,Caudal epiblast/primitive streak
SBR-84h_B:CGGGACTAGCGTCTCG,Ectopic pluripotency
SBR-84h_B:GCCATTCCAGTCGCAC,Cd63+ ectoderm-like artefact
SBR-84h_B:GCATCCTCTCCTATTA,Caudal epiblast/primitive streak
SBR-84h_B:ACGCACGTCATCGCCT,Cd63+ ectoderm-like artefact
SBR-84h_B:GGGTCTGCAGCGTGAA,Caudal epiblast/primitive streak
SBR-84h_B:TCTTAGTTCTCCAATT,Caudal epiblast/primitive streak
SBR-84h_B:CGGGTGTGTGCCGAAA,Caudal epiblast/primitive streak
SBR-84h_B:ACCCTTGAGGATAATC,Caudal epiblast
SBR-84h_B:CGTGTCTAGGGCAGTT,Ectopic pluripotency
SBR-84h_B:CTACCCATCCCTCGTA,Caudal epiblast/primitive streak
SBR-84h_B:CGTGTCTGTTACGCCG,Caudal epiblast/primitive streak
SBR-84h_B:GGGCTCACATGAAGGC,Caudal epiblast/primitive streak
SBR-84h_B:GTGGGAACACGCGTCA,Caudal epiblast/primitive streak
SBR-84h_B:CACGTTCAGCTGAGCA,Caudal epiblast/primitive streak
SBR-84h_B:TCCTTTCTCTTACCGC,Caudal epiblast/primitive streak
SBR-84h_B:CTGTAGAAGAGCATTA,Caudal epiblast/primitive streak
SBR-84h_B:CCGATCTGTGTACATC,Caudal epiblast/primitive streak
SBR-84h_B:GATGCTACATGTGGTT,Caudal epiblast/primitive streak
SBR-84h_B:ACACGCGTCGCCCAGA,Caudal epiblast
SBR-84h_B:CTCCCTCGTTACCGTA,Caudal epiblast/primitive streak
SBR-84h_B:ACAGAAATCATCGCTC,Caudal epiblast/primitive streak
SBR-84h_B:GATGAGGCATAACTCG,Caudal epiblast/primitive streak
SBR-84h_B:CTCCAACTCCTCCACA,Caudal epiblast/primitive streak
SBR-84h_B:TGAGGGATCAATCTCT,Anterior primitive streak/Def. endoderm
SBR-84h_B:AAGTACCTCTGTGCGG,Anterior primitive streak/Def. endoderm
SBR-84h_B:GTGTTCCTCCACGTAA,Caudal epiblast/primitive streak
SBR-84h_B:GTATTGGAGAGGTCAC,Cd63+ ectoderm-like artefact
SBR-84h_B:GGATCTACACGTCGTG,Caudal epiblast/primitive streak
SBR-84h_B:TCGTCCAAGCGCTTCG,Caudal epiblast/primitive streak
SBR-84h_B:GACCCAGTCAGTAGGG,Caudal epiblast
SBR-84h_B:CGTGTCTCACCTTCCA,Caudal epiblast/primitive streak
SBR-84h_B:AGATCGTTCGTGGCGT,Caudal epiblast/primitive streak
SBR-84h_B:GTTGTGATCTCGTCAC,Caudal epiblast/primitive streak
SBR-84h_B:ACTACGACAAAGGCTG,Caudal epiblast/primitive streak
SBR-84h_B:ACGATGTGTATAGCTC,Caudal epiblast/primitive streak
SBR-84h_B:ATGGAGGAGCGTCTCG,Caudal epiblast/primitive streak
SBR-84h_B:AGCTTCCGTTTCGTAG,Caudal epiblast/primitive streak
SBR-84h_B:CTGTCGTGTCCAATCA,Ectopic pluripotency
SBR-84h_B:TAGCACAGTTGGACTT,Cd63+ ectoderm-like artefact
SBR-84h_B:GGGTGTCGTGTGGACA,Cd63+ ectoderm-like artefact
SBR-84h_B:GTAATCGAGACATAGT,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTGTGTGCTTA,Caudal epiblast/primitive streak
SBR-84h_B:ACGGGTCTCCCGAGAC,Caudal epiblast/primitive streak
SBR-84h_B:CGTGTCTTCCTAAGTG,Caudal epiblast/primitive streak
SBR-84h_B:CGTGTCTTCAGACCGC,Caudal epiblast/primitive streak
SBR-84h_B:AACCATGAGCGCTGCT,Ectopic pluripotency
SBR-84h_B:CCGATCTTCGTCTACC,Caudal epiblast/primitive streak
SBR-84h_B:CGTGCTTTCATCGCTC,Caudal epiblast/primitive streak
SBR-84h_B:CAGCACGCATATGCGT,Caudal epiblast/primitive streak
SBR-84h_B:AAAGGGCGTCGCCTAG,Caudal epiblast/primitive streak
SBR-84h_B:CACAACAAGGAATCGC,Caudal epiblast/primitive streak
SBR-84h_B:GGGACTCAGAGTTGAT,Caudal epiblast/primitive streak
SBR-84h_B:AGAAGCGTCGCAGTGC,Caudal epiblast/primitive streak
SBR-84h_B:GCGATCGTCCTTCTTC,Caudal epiblast/primitive streak
SBR-84h_B:GTCGTTCAGTACTGGG,Caudal epiblast/primitive streak
SBR-84h_B:CCCAACTAGTCGCCCA,Caudal epiblast/primitive streak
SBR-84h_B:TTCAGGAAGTCTTGGT,Caudal epiblast/primitive streak
SBR-84h_B:GCCAGGTAGGATTCAA,Caudal epiblast/primitive streak
SBR-84h_B:GAGACCCTCGTGGGTC,Cd63+ ectoderm-like artefact
SBR-84h_B:CCAAGCGTCTGGTGGC,Caudal epiblast/primitive streak
SBR-84h_B:TGTTGAGTCGCGTCGA,Caudal epiblast/primitive streak
SBR-84h_B:GGTGTTATCGAGATGG,Caudal epiblast/primitive streak
SBR-84h_B:CGTGTCTGTCGAATTC,Caudal epiblast/primitive streak
SBR-84h_B:ATTCGTTCAGTGCGCT,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTAGACGGATC,Caudal epiblast/primitive streak
SBR-84h_B:GGGCGTTCATGAGTAA,Caudal epiblast/primitive streak
SBR-84h_B:TGCGGCATCCATAGAC,Naive pluripotency
SBR-84h_B:GTCAAGTAGCCGTCGT,Caudal epiblast/primitive streak
SBR-84h_B:TCCATCGTCAGGTAAA,Caudal epiblast/primitive streak
SBR-84h_B:GAGTGAGGTCTCAGAT,Caudal epiblast/primitive streak
SBR-84h_B:TCCGAAAAGTTCAACC,Caudal epiblast/primitive streak
SBR-84h_B:TATCCTATCGATTTCT,Caudal epiblast/primitive streak
SBR-84h_B:GCCGATGCATCTTCGC,Caudal epiblast/primitive streak
SBR-84h_B:CTACGGGGTCCTCCAT,Caudal epiblast/primitive streak
SBR-84h_B:TCGGGTGCACAAGGTG,Caudal epiblast/primitive streak
SBR-84h_B:AACAACCAGCGACTTT,Caudal epiblast/primitive streak
SBR-84h_B:CTGAGCGTCCCGTAAA,Caudal epiblast/primitive streak
SBR-84h_B:GAAGCGACACAACCGC,Caudal epiblast/primitive streak
SBR-84h_B:CCACGTTCACACCGCA,Caudal epiblast/primitive streak
SBR-84h_B:AGTTCCCTCTTCGGAA,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTTCATCGCTC,Caudal epiblast/primitive streak
SBR-84h_B:ATTCAGGAGTGTTGAA,Caudal epiblast/primitive streak
SBR-84h_B:TAACGACCAGCTACAT,Caudal epiblast/primitive streak
SBR-84h_B:AGAGCCCAGGACTGGT,Caudal epiblast/primitive streak
SBR-84h_B:GCAACATTCCTCTCGA,Caudal epiblast/primitive streak
SBR-84h_B:CTGATCCGTGTTTGCA,Caudal epiblast/primitive streak
SBR-84h_B:CATCAAGGTGCTCTTC,Caudal epiblast/primitive streak
SBR-84h_B:TATCGCCGTGAATTGA,Caudal epiblast/primitive streak
SBR-84h_B:ACTGTCCCATAACAGA,Caudal epiblast/primitive streak
SBR-84h_B:CTCCCTCGTGCGTCGT,Caudal epiblast/primitive streak
SBR-84h_B:CCGTTCAGTAAGGTCG,Caudal epiblast/primitive streak
SBR-84h_B:AGTGACTAGCTCGCAC,Caudal epiblast/primitive streak
SBR-84h_B:TTGCCTGAGCAGCACA,Caudal epiblast/primitive streak
SBR-84h_B:GCCAGGTCACTTCTCG,Cd63+ ectoderm-like artefact
SBR-84h_B:CCTCTCCAGAAGCTCG,Caudal epiblast/primitive streak
SBR-84h_B:AGCGTCGCAATTTCCT,Caudal epiblast/primitive streak
SBR-84h_B:AACCAACAGAGGTCAC,Caudal epiblast/primitive streak
SBR-84h_B:TCCTCCCGTAGTCTTG,Exiting naive pluripotency
SBR-84h_B:CACTGAATCCACAGCG,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTTCCGGTAGC,Caudal epiblast/primitive streak
SBR-84h_B:ACACAGTTCTCGCAGG,Caudal epiblast/primitive streak
SBR-84h_B:ATCCGTCGTGTCCGTG,Caudal epiblast/primitive streak
SBR-84h_B:GCCGTGAAGGAAAGTG,Caudal epiblast/primitive streak
SBR-84h_B:AAGTCGTGTATGAGGC,Caudal epiblast/primitive streak
SBR-84h_B:TCTTTGACATCAACCA,Caudal epiblast/primitive streak
SBR-84h_B:CACTGTCTCGGTTCAA,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTCAACACAAA,Caudal epiblast/primitive streak
SBR-84h_B:CGAGGAACACCAAATC,Caudal epiblast/primitive streak
SBR-84h_B:GCCATTCTCAAGCCAT,Caudal epiblast/primitive streak
SBR-84h_B:TCAATCTGTGCCGTAC,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTCAAGTCGTT,Caudal epiblast/primitive streak
SBR-84h_B:TTCAGGACAGGCTCTG,Caudal epiblast/primitive streak
SBR-84h_B:GTGCACGTCATTACTC,Caudal epiblast/primitive streak
SBR-84h_B:CAACAACTCTTCCAGC,Caudal epiblast/primitive streak
SBR-84h_B:TTGCGTCGTCGAAGCA,Caudal epiblast/primitive streak
SBR-84h_B:TCGTGCTAGGACTGGT,Caudal epiblast/primitive streak
SBR-84h_B:AGCGTCGGTTCTTCAT,Caudal epiblast/primitive streak
S6 96h:AAGCCATCATAGAAAC,Pre-somitic mesoderm
S6 96h:TTGTTCATCACTCGAA,Pre-somitic mesoderm
S6 96h:GACTTCCAGACTGTTC,Pre-somitic mesoderm
S6 96h:CAACAACTCAACCCGG,Somite differentiation front
S6 96h:TTGGATGAGACCACGA,Ectopic pluripotency
S6 96h:CCACAAATCTACTGCC,Pre-somitic mesoderm
S6 96h:CTCTCGATCATGCCGG,Pre-somitic mesoderm
S6 96h:AATGACCCAGATAAAC,Caudal mesoderm
S6 96h:GGGTTATGTCGCAACC,Pre-somitic mesoderm
S6 96h:CGGGTGTGTGGTACAG,Pre-somitic mesoderm
S6 96h:CCGTAGGTCTTCGCTG,Pre-somitic mesoderm
S6 96h:GCGGAAAAGAGGACTC,Pre-somitic mesoderm
S6 96h:GGGACCTGTTTACCTT,Pre-somitic mesoderm
S6 96h:AAAGGATCAGCTGTAT,Pre-somitic mesoderm
S6 96h:AGTCTCCGTCCACGCA,Pre-somitic mesoderm
S6 96h:AGAACCTAGGTCCCGT,Pre-somitic mesoderm
S6 96h:ATTCTTGCATGGGTTT,Ectopic pluripotency
S6 96h:CCATAAGGTGCTGCAC,Pre-somitic mesoderm
S6 96h:GCTGCAGCACCTCTAC,Pre-somitic mesoderm
S6 96h:TTCCTAACAAGCCATT,Ectopic pluripotency
S6 96h:GTAGAGGAGATGCAGC,Pre-somitic mesoderm
S6 96h:GTGTGGCTCGCGGACT,Pre-somitic mesoderm
S6 96h:GTAACACTCACTCACC,Caudal mesoderm
S6 96h:CTGGCAGTCACCTGGG,Caudal mesoderm
S6 96h:GTCACGGTCCATTGCC,Somite differentiation front
S6 96h:TCTTTGAAGCACTTTG,Pre-somitic mesoderm
S6 96h:CAAAGAACACCATAAC,Pre-somitic mesoderm
S6 96h:GACCCTTGTCAAACGG,Pre-somitic mesoderm
S6 96h:TACAACGAGGTCCCTG,Pre-somitic mesoderm
S6 96h:CCTCAACAGATGACCG,Pre-somitic mesoderm
S6 96h:CAGTTCCTCGCGTGCA,Caudal mesoderm
S6 96h:TGTGAGTGTACAGCGA,Pre-somitic mesoderm
S6 96h:ATCTTCAAGTTTAGGA,Pre-somitic mesoderm
S6 96h:AAGCAGTGGTATCAAC,Pre-somitic mesoderm
S6 96h:TGATTCTGTGATACCT,Pre-somitic mesoderm
S6 96h:TCAGGTAAGATTGACA,Pre-somitic mesoderm
S6 96h:CCTTCAGGTCTTACTT,Caudal mesoderm
S6 96h:ACAGGGATCCCAATAG,Ectopic pluripotency
S6 96h:GTTGCTCCAGGATGAC,Pre-somitic mesoderm
S6 96h:ACCCAAAGTTGTTTGG,Caudal mesoderm
S6 96h:GTAACCACAAACTAGA,Pre-somitic mesoderm
S6 96h:TCACTCGTCGAGCCAC,Ectopic pluripotency
S6 96h:TAATTCCCATGATAGA,Pre-somitic mesoderm
S6 96h:AATGCCACACTAGTAC,Pre-somitic mesoderm
S6 96h:ATCGATGCATGCCATA,Pre-somitic mesoderm
S6 96h:TCGGGCACAGCTTTCC,Ectopic pluripotency
S6 96h:GAGTTGTTCTGAGCAT,Caudal mesoderm
S6 96h:TTCCGGTTCTTAGCTT,Pre-somitic mesoderm
S6 96h:AGAACCTTCCCGATCT,Caudal mesoderm
S6 96h:GGTAATCAGCCAAGCA,Pre-somitic mesoderm
S6 96h:TGCGGGTGTGATTCTG,Pre-somitic mesoderm
S6 96h:AAAGGATCATTGCCGG,Pre-somitic mesoderm
S6 96h:TGGTAGTAGGGTATAT,Pre-somitic mesoderm
S6 96h:GATGTTGCATGGGTCC,Ectopic pluripotency
S6 96h:AATTTCCCAGAATCGG,Ectopic pluripotency
S6 96h:TACTTGTCAGGCGAAT,Pre-somitic mesoderm
S6 96h:ACCAACAAGGCAATGC,Ectopic pluripotency
S6 96h:AGTCAACAGCACTCGC,Pre-somitic mesoderm
S6 96h:ACGATGTTCTCAATCT,Ectopic pluripotency
S6 96h:GTAGAGGCACCGTCTT,Pre-somitic mesoderm
S6 96h:TCCAGAAAGTCAGGGT,Pre-somitic mesoderm
S6 96h:GTGTAACCACATTACG,Pre-somitic mesoderm
S6 96h:TACTTACGTAACCAGG,Pre-somitic mesoderm
S6 96h:AGGAATAGTCTGCAAT,Pre-somitic mesoderm
S6 96h:TGAACGTTCTACGGGC,Pre-somitic mesoderm
S6 96h:TAACCAGTCCAACTGA,Pre-somitic mesoderm
S6 96h:TTCATTGTCAGCGCAC,Pre-somitic mesoderm
S6 96h:CATTCCGGTTTACGAC,Pre-somitic mesoderm
S6 96h:ACATTTCAGATACTGA,Pre-somitic mesoderm
S6 96h:CGGGACTAGATTGACA,Pre-somitic mesoderm
S6 96h:TCCATCGCAATGAAAC,Pre-somitic mesoderm
S6 96h:GACGCTGCAGAGAGGG,Caudal mesoderm
S6 96h:ATCCGTCGTCCTACGG,Ectopic pluripotency
S6 96h:ATCTTCAGTGATACAA,Pre-somitic mesoderm
S6 96h:TGGTGATTCGTCGATA,Ectopic pluripotency
S6 96h:GGAGAACCAACCGATT,Pre-somitic mesoderm
S6 96h:AGTTCGACACCATAAC,Pre-somitic mesoderm
S6 96h:GTCCACTTCATCTGTT,Pre-somitic mesoderm
S6 96h:ATGAGGGAGAGTCTGG,Pre-somitic mesoderm
S6 96h:GCGGAAAGTCTACGTA,Pre-somitic mesoderm
S6 96h:AATTTCCTCCTTCGAC,Pre-somitic mesoderm
S6 96h:TTCACCGCAGAACGCA,Pre-somitic mesoderm
S6 96h:GTCATGATCACGGGAA,Pre-somitic mesoderm
S6 96h:GATTGGTTCCTCATAT,Pre-somitic mesoderm
S6 96h:TGCAGATCATAATCGC,Ectopic pluripotency
S6 96h:GTTGAACTCCGCCTAT,Caudal mesoderm
S6 96h:AAGTTCGGTTTACACG,Ectopic pluripotency
S6 96h:GCATTAGGTAGAAACT,Pre-somitic mesoderm
S6 96h:CTCCCAAAGACAACTA,Pre-somitic mesoderm
S6 96h:CGGGACTCACCAGACC,Ectopic pluripotency
S6 96h:TGATCAGTCCATTTCA,Ectopic pluripotency
S6 96h:GCGAGAACACTACCGG,Pre-somitic mesoderm
S6 96h:TGAATGCTCAGGAACG,Ectopic pluripotency
S6 96h:AATAGAGTCTTTGCTA,Pre-somitic mesoderm
S6 96h:TTCCACGAGAGAGTTT,Ectopic pluripotency
S6 96h:CCACCATCAAACTAGA,Caudal mesoderm
S6 96h:CAACAACCAAGGCCTC,Pre-somitic mesoderm
S6 96h:GCCATGGCACATCCCT,Pre-somitic mesoderm
S6 96h:GTTAGACCAGGCTACC,Pre-somitic mesoderm
S6 96h:GTCATCCAGAAGGGAT,Ectopic pluripotency
S6 96h:TACGGTATCCGACGGT,Pre-somitic mesoderm
S6 96h:TATCTGTCAGCTCCTT,Pre-somitic mesoderm
S6 96h:TACGCTCTCTACTGAG,Caudal mesoderm
S6 96h:CTTCGGTGTCATAAAG,Pre-somitic mesoderm
S6 96h:GGTTGTACAAGTCCCG,Pre-somitic mesoderm
S6 96h:TTACTGTCAGTCACGC,Pre-somitic mesoderm
S6 96h:CACAGGCTCAACACCA,Gut
S6 96h:TCATGCCTCGTAGCTA,Pre-somitic mesoderm
S6 96h:ATAGACCTCAGACATC,Caudal mesoderm
S6 96h:GATGGAGAGTGCACTT,Pre-somitic mesoderm
S6 96h:GATCCCTTCACTACTT,Pre-somitic mesoderm
S6 96h:CACTGGGCACGAGAAC,Pre-somitic mesoderm
S6 96h:CTCTGGTCACTAAACC,Pre-somitic mesoderm
S6 96h:GAGACCCAGTCTGGAG,Pre-somitic mesoderm
S6 96h:GCTACAAGTTGCATAC,Pre-somitic mesoderm
S6 96h:GCTGCAGCAGTCAACT,Pre-somitic mesoderm
S6 96h:CAGATTGTCAAGCTGT,Pre-somitic mesoderm
S6 96h:CGCATAATCATCGCAA,Pre-somitic mesoderm
S6 96h:CCTCTAGCATGGCCAC,Caudal mesoderm
S6 96h:TCCACGTGTCAGGTAG,Pre-somitic mesoderm
S6 96h:AATAGAGGTCGCCACA,Ectopic pluripotency
S6 96h:AATTTCCAGACGCATG,Gut
S6 96h:TTCATTGCATACCGTA,Caudal mesoderm
S6 96h:TACGCTCCATCCTCAC,Pre-somitic mesoderm
S6 96h:CTACCCAAGTGTTCCA,Pre-somitic mesoderm
S6 96h:ATCCGTCTCTCGGGAC,Pre-somitic mesoderm
S6 96h:GCATGATCACCCATAA,Caudal mesoderm
S6 96h:AGGGTGAGTTCGGCGT,Ectopic pluripotency
S6 96h:CTCATTATCAATCTTC,Ectopic pluripotency
S6 96h:CATTCATAGCTCCGAC,Pre-somitic mesoderm
S6 96h:AGGTCTAAGAGTTGAT,Pre-somitic mesoderm
S6 96h:GCTTGGGGTTCTCCCA,Caudal mesoderm
S6 96h:CATAAGCTCGACGATT,Pre-somitic mesoderm
S6 96h:CTAACTTCACTGTGAT,Pre-somitic mesoderm
S6 96h:GTAGCTATCTTGCGCT,Pre-somitic mesoderm
S6 96h:GCAACCGAGTTGGGAC,Pre-somitic mesoderm
S6 96h:TTCAATCCAGCTCATA,Pre-somitic mesoderm
S6 96h:CACGTGGCACTCCCTA,Pre-somitic mesoderm
S6 96h:AATGACCCAACTGAAA,Caudal mesoderm
S6 96h:AACCTGACACAGGATG,Somite differentiation front
S6 96h:TCATTTGTCATGCATG,Pre-somitic mesoderm
S6 96h:GGGAGTATCTACTGAG,Gut
S6 96h:TCAATTCTCGCTCCTA,Caudal mesoderm
S6 96h:CGGGACTTCGGCATCG,Pre-somitic mesoderm
S6 96h:GATCATGAGATCCAAA,Pre-somitic mesoderm
S6 96h:ACTTAGGCAATCTCTT,Pre-somitic mesoderm
S6 96h:TCACACCTCCCAACTC,Pre-somitic mesoderm
S6 96h:ACTGCAAGTGTAAATG,Pre-somitic mesoderm
S6 96h:TCAATCTTCTACGCGG,Pre-somitic mesoderm
S6 96h:GGGTCTGCAGCGTTGC,Pre-somitic mesoderm
S6 96h:AACGGGAGTTGTATGC,Pre-somitic mesoderm
S6 96h:TCGCAGGAGAAGATCT,Pre-somitic mesoderm
S6 96h:CTTCAATGTAAGATAC,Pre-somitic mesoderm
S6 96h:TACGGTATCACGGACC,Caudal mesoderm
S6 96h:TTGAGTGCAAATAAGC,Caudal mesoderm
S6 96h:GAGGCCTGTCTCTCCA,Somite differentiation front
S6 96h:TGCATGAGTCCAAGAG,Pre-somitic mesoderm
S6 96h:CGGACACGTGCATACT,Pre-somitic mesoderm
S6 96h:AGCGCCATCAAAGACA,Pre-somitic mesoderm
S6 96h:ATTCACTTCGCTAAAC,Pre-somitic mesoderm
S6 96h:CATAGACAGGCTATCT,Pre-somitic mesoderm
S6 96h:GTCATCCGTACATACC,Caudal mesoderm
S6 96h:ATGGTTGTCGGCATAT,Somite differentiation front
S6 96h:CCTCATGTCGGTGCAC,Pre-somitic mesoderm
S6 96h:TGGAGAGCATCAGCGC,Pre-somitic mesoderm
S6 96h:TTCATGTCACTCGATA,Pre-somitic mesoderm
S6 96h:GGGACCTCATGCCGAC,Pre-somitic mesoderm
S6 96h:TTTCACACAAAGGATT,Pre-somitic mesoderm
S6 96h:CACCGTTTCCAACCGG,Caudal mesoderm
S6 96h:CATCGTCTCAACTGGT,Pre-somitic mesoderm
S6 96h:TGAGCATCACTTGTCC,Ectopic pluripotency
S6 96h:ATTACCTCACACCGAC,Caudal mesoderm
S6 96h:GAAACCTTCCATGAGT,Pre-somitic mesoderm
S6 96h:TTGTTGTTCTCGTCAC,Pre-somitic mesoderm
S6 96h:ATCGTCCCAGGACTTT,Caudal mesoderm
S6 96h:TAGGTACAGGGCAATC,Ectopic pluripotency
S6 96h:AACAACCAGAAGGATG,Pre-somitic mesoderm
S6 96h:AACCCAACACACGGTC,Pre-somitic mesoderm
S6 96h:GTAACACTCCGCACTT,Pre-somitic mesoderm
S6 96h:CATCGCTGTGGCCCAT,Pre-somitic mesoderm
S6 96h:AAAGGGCGTATTCTCT,Pre-somitic mesoderm
S6 96h:CCTACGTGTCGGCCTA,Caudal mesoderm
S6 96h:TTTACCAAGTTGAAGT,Pre-somitic mesoderm
S6 96h:AAGCATCAGCAATAGT,Pre-somitic mesoderm
S6 96h:CGGAACCAGCATCCCG,Ectopic pluripotency
S6 96h:TGTGTGATCGGTTCAA,Pre-somitic mesoderm
S6 96h:TGCTTGCTCTCCTGAC,Pre-somitic mesoderm
S6 96h:TAGGAGGCACATCATG,Caudal mesoderm
S6 96h:GACCCAGGTGAGATTA,Pre-somitic mesoderm
S6 96h:CACACAAAGGAATCGC,Pre-somitic mesoderm
S6 96h:GCCCGAAGTACGATGG,Pre-somitic mesoderm
S6 96h:CCTCCAATCAAGAAAC,Pre-somitic mesoderm
S6 96h:ACTTTGTCACTCGATA,Pre-somitic mesoderm
S6 96h:CACAACATCCCTTCCC,Caudal mesoderm
S6 96h:GGCTGTGTCCATCTGC,Caudal mesoderm
S6 96h:ACGATGTCAGTGACCC,Pre-somitic mesoderm
S6 96h:AACCAACAGAGTGACC,Caudal mesoderm
S6 96h:AGTAGTCTCACTCACC,Pre-somitic mesoderm
S6 96h:TTCATTGTCTGGGTCG,Pre-somitic mesoderm
S6 96h:GTTGCGGCAAAGGTTA,Pre-somitic mesoderm
S6 96h:CACGGGTAGTTGGCTT,Pre-somitic mesoderm
S6 96h:CCACAAAGTGTGAATA,Ectopic pluripotency
S6 96h:CATACTTGTCATCGCG,Ectopic pluripotency
S6 96h:GCCATTCGTTAAGGAT,Caudal mesoderm
S6 96h:TCACGGGAGAGAGCAA,Pre-somitic mesoderm
S6 96h:TCAGGGCAGTATCTGC,Caudal mesoderm
S6 96h:CCTAACCGTTTACACG,Pre-somitic mesoderm
S6 96h:TGAGCGCCAGACATCT,Pre-somitic mesoderm
S6 96h:TTACGTTTCGCTACGG,Pre-somitic mesoderm
S6 96h:ACTGTGACATCGGTTA,Pre-somitic mesoderm
S6 96h:TCTCACGAGACTCTTG,Caudal mesoderm
S6 96h:TACGGTATCGAAACAA,Pre-somitic mesoderm
S6 96h:TACTTACTCACTACGA,Pre-somitic mesoderm
S6 96h:TCATGAGAGTAGCTCT,Pre-somitic mesoderm
S6 96h:TACGCTCAGTGGCGAT,Caudal mesoderm
S6 96h:CAATTTCCAGAACATA,Pre-somitic mesoderm
S6 96h:TACGTCCGTACCCGCA,Pre-somitic mesoderm
S6 96h:ATGACCATCCGCAAAT,Pre-somitic mesoderm
S6 96h:GTGACGCTCTTTGCAT,Pre-somitic mesoderm
S6 96h:GAAACCTAGGAGATAG,Pre-somitic mesoderm
S6 96h:TTCGCTGCAGAACTCT,Ectopic pluripotency
S6 96h:AGTCATGAGGCTTTCA,Caudal mesoderm
S6 96h:TTTGGTTTCTGACCCT,Pre-somitic mesoderm
S6 96h:ATCGTGACAGACCAAG,Ectopic pluripotency
S6 96h:GGGTTATTCTGGTGGC,Pre-somitic mesoderm
S6 96h:TCATTCAAGGTACCTT,Pre-somitic mesoderm
S6 96h:CTACTATCAACTCCCT,Caudal mesoderm
S6 96h:CACAGATGTGTTTCTT,Pre-somitic mesoderm
S6 96h:AAGGTAATCAAAGGAT,Pre-somitic mesoderm
S6 96h:TTCTGTAGTCATACCA,Ectopic pluripotency
S6 96h:ACGGAAGCACAGCCTG,Pre-somitic mesoderm
S6 96h:CTTGATTCACGCAGTC,Pre-somitic mesoderm
S6 96h:CACACAATCGGAAGGT,Pre-somitic mesoderm
S6 96h:CACAGATGTTAACCTG,Pre-somitic mesoderm
S6 96h:GGCGTCAAGGTAGCAC,Pre-somitic mesoderm
S6 96h:GGGCTCATCTAAGAAG,Pre-somitic mesoderm
S6 96h:ATTCCCGCAACGTATC,Pre-somitic mesoderm
S6 96h:ACCTGTCGTGACTCTA,Caudal mesoderm
S6 96h:GCACTAACAATCGAAA,Pre-somitic mesoderm
S6 96h:TTAATCCAGGGAGATA,Caudal mesoderm
S6 96h:AGGATCTCAGAGGGTT,Pre-somitic mesoderm
S6 96h:CTACCCAGTTGAATCC,Pre-somitic mesoderm
S6 96h:TTGCGTCCAAATCGGG,Ectopic pluripotency
S6 96h:GATGTTGGTAATCAGA,Pre-somitic mesoderm
S6 96h:AGTACTGGTTGGTACT,Pre-somitic mesoderm
S6 96h:CTGGCAGGTCACAGTT,Pre-somitic mesoderm
S6 96h:TGACGCGTCAAGCTTG,Pre-somitic mesoderm
S6 96h:GATTCTTAGACCAAGC,Pre-somitic mesoderm
S6 96h:GAAGAATCATCTGGGC,Caudal mesoderm
S6 96h:ACAACCAGTTGCTGAT,Caudal mesoderm
S6 96h:CATACCCTCTCCGCAT,Pre-somitic mesoderm
S6 96h:GGGTTATCATAACCCA,Pre-somitic mesoderm
S6 96h:ATCCTATGTAACCAGG,Ectopic pluripotency
S6 96h:GGGATCCCATATGGCT,Caudal mesoderm
S6 96h:TACTTACAGCTACTAC,Pre-somitic mesoderm
S6 96h:TTTATGCTCTCAATCT,Pre-somitic mesoderm
S6 96h:GGGTGAACAATGGCCC,Caudal mesoderm
S6 96h:AGAGCAGGTTAACCTG,Pre-somitic mesoderm
S6 96h:TGATTTCTCGTGGTAT,Pre-somitic mesoderm
S6 96h:GTTACGATCCGAACGC,Caudal mesoderm
S6 96h:TCCATCGTCGACGATT,Pre-somitic mesoderm
S6 96h:TCATACTAGGGACCAT,Pre-somitic mesoderm
S6 96h:TCCATGCCATTGAGGG,Pre-somitic mesoderm
S6 96h:ATCCCTGTCGCCAACG,Pre-somitic mesoderm
S6 96h:TTACGCCTCCTACCGT,Pre-somitic mesoderm
S6 96h:TCTATCACATCCTAAG,Pre-somitic mesoderm
S6 96h:TAACTTCAGGTTTGAA,Pre-somitic mesoderm
S6 96h:TATTTCGCACTCAGAT,Pre-somitic mesoderm
S6 96h:CTTCTCTCAACCTATG,Caudal mesoderm
S6 96h:TTACCGCCAACTTGGT,Pre-somitic mesoderm
S6 96h:AGAGAGCTCCCTTGGT,Pre-somitic mesoderm
S6 96h:AGAAGCGGTTGGACCC,Caudal mesoderm
S6 96h:TCAAGTGCAGCATACT,Pre-somitic mesoderm
S6 96h:ATACCTTCAGCACAGA,Ectopic pluripotency
S6 96h:TCATGCCTCGCCAGAC,Pre-somitic mesoderm
S6 96h:ACCGTTCCAACGTAAA,Gut
S6 96h:CCTGCATAGTCGAGGT,Pre-somitic mesoderm
S6 96h:AGTGACTTCGTGGGAA,Pre-somitic mesoderm
S6 96h:AGGGTCCGTCATCGGC,Pre-somitic mesoderm
S6 96h:GTACAGTCAAGACAAT,Pre-somitic mesoderm
S6 96h:TCGACGGTCCTTGACC,Ectopic pluripotency
S6 96h:GTCCTCACATCCTCAC,Gut
S6 96h:GGTTCTCTCCATAAGC,Ectopic pluripotency
S6 96h:ACTGTGAAGGTAAACT,Pre-somitic mesoderm
S6 96h:ACCTGTCCATCCCGTT,Pre-somitic mesoderm
S6 96h:GGAATCTTCAAATGCC,Pre-somitic mesoderm
S6 96h:ACACCAACACAATGAA,Pre-somitic mesoderm
S6 96h:GTGCTGGGTTTCGACA,Pre-somitic mesoderm
S6 96h:TTCTAACCACACAGCC,Pre-somitic mesoderm
S6 96h:GACTGATTCACGGGAA,Caudal mesoderm
S6 96h:GTTGCTCCAGAGGCAT,Pre-somitic mesoderm
S6 96h:GTACAGTGTTATAGCC,Pre-somitic mesoderm
S6 96h:TAGGTTGCATAGCACT,Pre-somitic mesoderm
S6 96h:ATTTCACCATCAGCGC,Caudal mesoderm
S6 96h:CTCCATGTCGAACGGA,Pre-somitic mesoderm
S6 96h:TTAATCCAGCCTTTCC,Pre-somitic mesoderm
S6 96h:GTGCTTCCAACCGACC,Pre-somitic mesoderm
S6 96h:ATGAGGGAGGCATCTT,Caudal mesoderm
S6 96h:AGCGTATTCAAGGAGC,Caudal mesoderm
S6 96h:CAGTGCGAGCATCCTA,Pre-somitic mesoderm
S6 96h:GTTACCCCACGCGCTA,Pre-somitic mesoderm
S6 96h:AAACGCTAGCTGTACT,Pre-somitic mesoderm
S6 96h:TCAGCAACAATTGGTC,Pre-somitic mesoderm
S6 96h:TGTACAGAGAAGTCTA,Ectopic pluripotency
S6 96h:TTCCGTGAGGCACCAA,Pre-somitic mesoderm
S6 96h:AAGCATCCAGCGACCT,Pre-somitic mesoderm
S6 96h:CATGGATGTCCCTGTT,Caudal mesoderm
S6 96h:TGATTTCTCGACGAGA,Pre-somitic mesoderm
S6 96h:TTGGATGGTGCCAAGA,Pre-somitic mesoderm
S6 96h:CTCCTTTCAGAACATA,Pre-somitic mesoderm
S6 96h:GTTAGTGTCTCGTCAC,Caudal mesoderm
S6 96h:GATCACAAGTCCGCCA,Pre-somitic mesoderm
S6 96h:CTTTCAAGTTGTAAAG,Pre-somitic mesoderm
S6 96h:GACTTCCTCCAACACA,Pre-somitic mesoderm
S6 96h:TGATTTCGTGACATCT,Pre-somitic mesoderm
S6 96h:ATTATCCGTTAAGCAA,Somite differentiation front
S6 96h:GAGGGATGTTGCTCCT,Caudal mesoderm
S6 96h:AATTCCTTCGTGCGAC,Gut
S6 96h:AACGGGACATGGCACC,Caudal mesoderm
S6 96h:GCATGATAGACCAGCA,Pre-somitic mesoderm
S6 96h:TCTCACGTCGCTTAAG,Pre-somitic mesoderm
S6 96h:GGGACTCTCTTAGCCC,Pre-somitic mesoderm
S6 96h:TTCACGCAGTCCTGCG,Caudal mesoderm
S6 96h:GACTTCCGTCATCGGC,Pre-somitic mesoderm
S6 96h:AAGACTCCACTCCTTG,Pre-somitic mesoderm
S6 96h:AACTTCTTCGCCTCTA,Pre-somitic mesoderm
S6 96h:TCCTAATTCCTGTAGA,Pre-somitic mesoderm
S6 96h:ATGGAGGGTTGCCGCA,Pre-somitic mesoderm
S6 96h:TCTACATTCGAGATAA,Gut
S6 96h:GAACACTGTGGCCTCA,Pre-somitic mesoderm
S6 96h:ACTTTCATCTCAAAGC,Pre-somitic mesoderm
S6 96h:CGCCATTGTGATGAAT,Pre-somitic mesoderm
S6 96h:GGAACCCAGAGGTGCT,Pre-somitic mesoderm
S6 96h:CGCATAACAACGTTAC,Caudal mesoderm
S6 96h:AGGTCATCACTCACTC,Caudal mesoderm
S6 96h:AGAGCAGGTCTTCCGT,Ectopic pluripotency
S6 96h:ACCCTCACAGAAATCA,Caudal mesoderm
S6 96h:ACTTTCATCCATTTCA,Pre-somitic mesoderm
S6 96h:ACGATGTGTTTAAGGA,Pre-somitic mesoderm
S6 96h:AGTGACTAGGAGTATT,Pre-somitic mesoderm
S6 96h:CTTACCGCATTGCTTT,Caudal mesoderm
S6 96h:CATTCATAGAGTGGCT,Pre-somitic mesoderm
S6 96h:ACATTTCCATCGCCTT,Pre-somitic mesoderm
S6 96h:AGATAGAGTCATCCGG,Pre-somitic mesoderm
S6 96h:CAACCTCGTCAAATCC,Caudal mesoderm
S6 96h:ATTCACTGTCCTACGG,Caudal mesoderm
S6 96h:GATTTCTTCCACTTTA,Pre-somitic mesoderm
S6 96h:AACAAGATCAACTACG,Pre-somitic mesoderm
S6 96h:TGAGTCAGTAGGATAT,Pre-somitic mesoderm
S6 96h:AGGGTGACATCCGTTC,Pre-somitic mesoderm
S6 96h:AGGTCATTCGTAACAC,Pre-somitic mesoderm
S6 96h:CCACAAATCGCTTTAT,Pre-somitic mesoderm
S6 96h:GGGACCTGTCAACGCC,Pre-somitic mesoderm
S6 96h:GATCATGGTTTGAACC,Pre-somitic mesoderm
S6 96h:AACCTGAAGCAATAGT,Caudal mesoderm
S6 96h:CAGCGTGCACGCGGTT,Pre-somitic mesoderm
S6 96h:TACCTCGGTCCAAATC,Caudal mesoderm
S6 96h:GACTATGAGAAAGTCT,Pre-somitic mesoderm
S6 96h:CTTGATTAGCTGACTT,Gut
S6 96h:TCAGTCCGTAAGATTG,Pre-somitic mesoderm
S6 96h:GTCGAATTCCGTATAG,Pre-somitic mesoderm
S6 96h:CAACAACGTTACGGAG,Pre-somitic mesoderm
S6 96h:ACCAAACTCGTAATGC,Ectopic pluripotency
S6 96h:TACCTCGCATGACACT,Pre-somitic mesoderm
S6 96h:CTTGAGACAGGGTTGA,Pre-somitic mesoderm
S6 96h:CTACATTCACTACAGT,Pre-somitic mesoderm
S6 96h:ATTATCCGTTCGCGTG,Pre-somitic mesoderm
S6 96h:TTTACGTGTGCGTTTA,Caudal mesoderm
S6 96h:TGATGGTAGAGGGTGG,Pre-somitic mesoderm
S6 96h:GTGCTTCTCAAGCCAT,Pre-somitic mesoderm
S6 96h:CATGAGTTCCGACGGT,Pre-somitic mesoderm
S6 96h:AACCCAATCGGTAACT,Pre-somitic mesoderm
S6 96h:CAGATTGGTATGGGAC,Caudal mesoderm
S6 96h:GTAATGCTCATAGACC,Ectopic pluripotency
S6 96h:ACAGCCGCAAACTAAG,Pre-somitic mesoderm
S6 96h:TCAGTCCAGCCTATTG,Pre-somitic mesoderm
S6 96h:GATTTCTTCTATTCGT,Caudal mesoderm
S6 96h:AAAGGATAGGCGAACT,Pre-somitic mesoderm
S6 96h:AATGGAAGTAGACGGT,Gut
S6 96h:GTCACGGTCTGCGGCA,Pre-somitic mesoderm
S6 96h:TGTAGACCAGTGGCTC,Pre-somitic mesoderm
S6 96h:GTTTGGAAGTGTCATC,Pre-somitic mesoderm
S6 96h:GAGTCTAAGGTGCTTT,Caudal mesoderm
S6 96h:TTTGACTTCTGCCTGT,Pre-somitic mesoderm
S6 96h:CTTAGGACAGTCTGGC,Pre-somitic mesoderm
S6 96h:ACCACAAAGGATGGCT,Ectopic pluripotency
S6 96h:ACTATCTAGGTAAGTT,Pre-somitic mesoderm
S6 96h:TTCTCTCAGTCAGCCC,Caudal mesoderm
S6 96h:GATTGGTGTGTGTCGC,Ectopic pluripotency
S6 96h:ATTACTCCAAGCACAG,Pre-somitic mesoderm
S6 96h:AGCGATTAGTCTCCTC,Caudal mesoderm
S6 96h:CTGCCATAGCATAGGC,Ectopic pluripotency
S6 96h:TCTCACGCATCATCTT,Caudal mesoderm
S6 96h:TCCCATGGTATCTTCT,Pre-somitic mesoderm
S6 96h:TAGACCACAACGTTAC,Pre-somitic mesoderm
S6 96h:TCAGCCTGTTGTCATG,Pre-somitic mesoderm
S6 96h:TTTGGTTCATTGTACG,Pre-somitic mesoderm
S6 96h:TCAATTCTCTACAGGT,Pre-somitic mesoderm
S6 96h:TGATGCACAGAACGCA,Pre-somitic mesoderm
S6 96h:TCCCATGCACCCAACG,Caudal mesoderm
S6 96h:CTGTCGTCAGGAGACT,Caudal mesoderm
S6 96h:TAGACCATCCTCTCTT,Pre-somitic mesoderm
S6 96h:GTCCCATTCCTCATAT,Pre-somitic mesoderm
S6 96h:AGAGAATGTCGGCACT,Pre-somitic mesoderm
S6 96h:TTCCAATAGTAATACG,Caudal mesoderm
S6 96h:CCTCCAATCAGCTGTA,Pre-somitic mesoderm
S6 96h:GTTGCGGCAGCAGACA,Pre-somitic mesoderm
S6 96h:CGTAATGTCATCTATC,Pre-somitic mesoderm
S6 96h:TATTGCTAGAAACCCG,Caudal mesoderm
S6 96h:ACGTTCCTCGATACTG,Pre-somitic mesoderm
S6 96h:ATTTACCAGAGAGCGG,Caudal mesoderm
S6 96h:TGGGAGAAGCAGCACA,Caudal mesoderm
S6 96h:ATTCGTTAGAAACCAT,Pre-somitic mesoderm
S6 96h:AGGCATTAGATACCAA,Caudal mesoderm
S6 96h:CGTTGGGAGAGACAAG,Pre-somitic mesoderm
S6 96h:TGCTCCAAGGATGCGT,Pre-somitic mesoderm
S6 96h:TATTTCGCAGAATCGG,Pre-somitic mesoderm
S6 96h:GATCACAAGATAGTGT,Caudal mesoderm
S6 96h:CACGGGTGTGAAAGTT,Pre-somitic mesoderm
S6 96h:TTACAGGTCACCGACG,Caudal mesoderm
S6 96h:TATTTCGCAAAGGCTG,Pre-somitic mesoderm
S6 96h:ATCGTCCTCCGTGTAA,Pre-somitic mesoderm
S6 96h:CATGCGGTCTATACGG,Pre-somitic mesoderm
S6 96h:TCATTTGGTCTCACGG,Caudal mesoderm
S6 96h:TGATCAGCAAACACGG,Pre-somitic mesoderm
S6 96h:TGGGTTAAGACGCCAA,Caudal mesoderm
S6 96h:TCTGTCGTCCACGAAT,Pre-somitic mesoderm
S6 96h:TCACTCGTCGCACGAC,Pre-somitic mesoderm
S6 96h:TCATATCCATACCACA,Ectopic pluripotency
S6 96h:ACCAACATCGACCAAT,Pre-somitic mesoderm
S6 96h:GAATCGTAGCTTGTGT,Caudal mesoderm
S6 96h:AAAGGATGTCAACCAT,Pre-somitic mesoderm
S6 96h:TGTCCTGTCTCCTACG,Pre-somitic mesoderm
S6 96h:TCTACCGCAGGCCTGT,Pre-somitic mesoderm
S6 96h:TGCAGGCCATCTGGGC,Pre-somitic mesoderm
S6 96h:TCAATCTGTGCCTACG,Caudal mesoderm
S6 96h:ATTCCCGAGCAACAAT,Caudal mesoderm
S6 96h:TTTCACATCGTCAACA,Pre-somitic mesoderm
S6 96h:CGGGTGTTCCGACAGC,Pre-somitic mesoderm
S6 96h:AATGGCTTCTCCACTG,Caudal mesoderm
S6 96h:GGTTCTCTCGAGTACT,Pre-somitic mesoderm
S6 96h:TCGGATAGTTGGGTAG,Pre-somitic mesoderm
S6 96h:CGATGGCAGTGGACTG,Pre-somitic mesoderm
S6 96h:CCTCCAACATTCAGGT,Ectopic pluripotency
S6 96h:GCTGGGTAGGTTTACC,Pre-somitic mesoderm
S6 96h:TCTATCACAGCACGAA,Pre-somitic mesoderm
S6 96h:ACTCCCATCGACATCA,Caudal mesoderm
S6 96h:CTGTCGTCAAGAGATT,Pre-somitic mesoderm
S6 96h:ATTTCTGTCTGCGATA,Pre-somitic mesoderm
S6 96h:GTAGGTTGTAACTAAG,Pre-somitic mesoderm
S6 96h:ATGAGTCTCCACTAGA,Pre-somitic mesoderm
S6 96h:GCATGATTCGGTATGT,Pre-somitic mesoderm
S6 96h:GTAATGCGTGTCCCTT,Pre-somitic mesoderm
S6 96h:GAACTGTTCATTTCCA,Pre-somitic mesoderm
S6 96h:TGCAGGCTCCTGGGAC,Pre-somitic mesoderm
S6 96h:CAAGCTAAGGCCCAAA,Pre-somitic mesoderm
S6 96h:AGTACTGCACCGGTCA,Caudal mesoderm
S6 96h:AACACACGTTTCCCAC,Caudal mesoderm
S6 96h:TACAGGTCAATGCTCA,Pre-somitic mesoderm
S6 96h:GGAGATGAGCGAGGAG,Ectopic pluripotency
S6 96h:AGGGTCCCATCGGAGA,Caudal mesoderm
S6 96h:TTATTGCTCGGCTGGT,Caudal mesoderm
S6 96h:TTAATCCAGAATAGTC,Pre-somitic mesoderm
S6 96h:TCACGGGAGGAGCTGT,Pre-somitic mesoderm
S6 96h:TGCATGAAGACAACAT,Pre-somitic mesoderm
S6 96h:GTCAAGTTCGAACTCA,Pre-somitic mesoderm
S6 96h:TCAGGGCGTTTCCCAC,Pre-somitic mesoderm
S6 96h:TGCGGCAGTTCAAAGA,Pre-somitic mesoderm
S6 96h:TACAGGTTCATCCCGT,Pre-somitic mesoderm
S6 96h:GTAACCATCCATCTGC,Pre-somitic mesoderm
S6 96h:GTTGCTCTCCACTGAA,Pre-somitic mesoderm
S6 96h:GTGCTGGAGTCAGGGT,Gut
S6 96h:ATGGAGGTCTGTTCAT,Pre-somitic mesoderm
S6 96h:TTCATGTTCGGCATCG,Caudal mesoderm
S6 96h:TCTATCACATGGGAAC,Pre-somitic mesoderm
S6 96h:AGGCATTCAGTTCACA,Pre-somitic mesoderm
S6 96h:GTAGCTAAGCATTGTC,Pre-somitic mesoderm
S6 96h:TGAGGTTTCATTGCCC,Pre-somitic mesoderm
S6 96h:GGTAGAGAGTCATGGG,Caudal mesoderm
S6 96h:TGCTTGCTCAAAGGTA,Caudal mesoderm
S6 96h:TGCATCCCATAATCCG,Pre-somitic mesoderm
S6 96h:CACAGGCCATTCGGGC,Pre-somitic mesoderm
S6 96h:GCATCGGGTATAGGGC,Ectopic pluripotency
S6 96h:ATTGGGTAGGTGTGAC,Pre-somitic mesoderm
S6 96h:CAGTTCCCACGGTGTC,Pre-somitic mesoderm
S6 96h:GACACGCTCTTAGTTC,Pre-somitic mesoderm
S6 96h:AGTTCCCAGCCACAAG,Pre-somitic mesoderm
S6 96h:GAGTGTTAGGGCCTCT,Ectopic pluripotency
S6 96h:AACAACCCAAGACTGG,Pre-somitic mesoderm
S6 96h:AATGCCACAATACAGA,Pre-somitic mesoderm
S6 96h:TCAATTCAGCTAATCC,Pre-somitic mesoderm
S6 96h:TGTACAGGTTGGGAAC,Caudal mesoderm
S6 96h:AGTAACCAGCTGTTAC,Pre-somitic mesoderm
S6 96h:AGTTCCCCAGTTGGTT,Pre-somitic mesoderm
S6 96h:ACAGAAAAGGATAATC,Pre-somitic mesoderm
S6 96h:AGATGAATCACGAACT,Pre-somitic mesoderm
S6 96h:GATTTCTAGACGACTG,Pre-somitic mesoderm
S6 96h:TGGGCGTTCCAAGGGA,Caudal mesoderm
S6 96h:AGAGCCCTCTGTTCAT,Pre-somitic mesoderm
S6 96h:ATTACCTGTTTGTTCT,Caudal mesoderm
S6 96h:GTGGAAGGTCTAACTG,Gut
S6 96h:TATGTTCTCGATGCAT,Pre-somitic mesoderm
S6 96h:GTTACAGAGACGCAGT,Pre-somitic mesoderm
S6 96h:ACATGCAGTCGCAGTC,Pre-somitic mesoderm
S6 96h:GGAGAACTCTGCGGCA,Pre-somitic mesoderm
S6 96h:TACGCTCAGACGTCCC,Caudal mesoderm
S6 96h:TTCACCGAGAATGTTG,Ectopic pluripotency
S6 96h:CGGGTGTGTCAAAGTA,Pre-somitic mesoderm
S6 96h:AAGACAATCTATCGGA,Pre-somitic mesoderm
S6 96h:ATGAGGGCAAACGTGG,Caudal mesoderm
S6 96h:CTACCCAAGTGAGTTA,Caudal mesoderm
S6 96h:TCCTCGAAGATTGAGT,Ectopic pluripotency
S6 96h:ATCGTAGCATGGCCAC,Pre-somitic mesoderm
S6 96h:GATAGCTGTATTTCTC,Pre-somitic mesoderm
S6 96h:TCCTGCAGTGCACATT,Pre-somitic mesoderm
S6 96h:CGAAGTTGTTCTATCT,Pre-somitic mesoderm
S6 96h:GTCATGAAGAAACTAC,Pre-somitic mesoderm
S6 96h:CTCAGAAAGTGAGCCA,Pre-somitic mesoderm
S6 96h:GGGACCTAGGGTCAAC,Pre-somitic mesoderm
S6 96h:TGATGCAAGGACGCTA,Ectopic pluripotency
S6 96h:AGTGACTGTATTGAGA,Pre-somitic mesoderm
S6 96h:AAGATAGCAGCCCAGT,Pre-somitic mesoderm
S6 96h:GAATCACAGTGACACG,Pre-somitic mesoderm
S6 96h:CCTCAACTCGATGCAT,Pre-somitic mesoderm
S6 96h:TTGAACGTCGGAGATG,Caudal mesoderm
S6 96h:GAAGGGTTCTAAGCGT,Pre-somitic mesoderm
S6 96h:GAGTGTTGTATCACGT,Caudal mesoderm
S6 96h:AAGGTAAAGTATGGAT,Caudal mesoderm
S6 96h:AGAGAGCGTGCCCGTA,Pre-somitic mesoderm
S6 96h:TGATTCTCACCAAATC,Caudal mesoderm
S6 96h:CTGTAGACACATGTTG,Pre-somitic mesoderm
S6 96h:GGATGTTAGGATGAGA,Caudal mesoderm
S6 96h:TAACTTCTCAATCCGA,Pre-somitic mesoderm
S6 96h:GTTGTCCTCTAGGCAT,Pre-somitic mesoderm
S6 96h:CGTGTCTTCTGCGATA,Pre-somitic mesoderm
S6 96h:TAACACGTCGAAATCC,Pre-somitic mesoderm
S6 96h:TCACACCTCTTAGGAC,Caudal mesoderm
S6 96h:TTCTAACGTCCCACGA,Pre-somitic mesoderm
S6 96h:ACACAGTCATTAGGCT,Pre-somitic mesoderm
S6 96h:CTTCCTTCAGAGGAAA,Pre-somitic mesoderm
S6 96h:ATAGGCTAGCATGAAT,Pre-somitic mesoderm
S6 96h:TGACGCGCATCCTAAG,Gut
S6 96h:TCTATACAGGATATAC,Ectopic pluripotency
S6 96h:AGGAAATGTCTCTCAC,Caudal mesoderm
S6 96h:CGCAGGTCATGTGACT,Pre-somitic mesoderm
S6 96h:GGATCTACAGAGGTAC,Pre-somitic mesoderm
S6 96h:GACGTTATCCATCGTC,Caudal mesoderm
S6 96h:TTGCTGCCAGACGGAT,Caudal mesoderm
S6 96h:GAGGCAATCAGGAACG,Pre-somitic mesoderm
S6 96h:TTTGTTGTCACGGGAA,Pre-somitic mesoderm
S6 96h:GCACATAAGAATTGTG,Pre-somitic mesoderm
S6 96h:CTGAATGCAAACCGGA,Pre-somitic mesoderm
S6 96h:CATTCCGAGCACTCGC,Pre-somitic mesoderm
S6 96h:CTAGACACAGCTGTTA,Caudal mesoderm
S6 96h:GGGATGAGTCGAGATG,Gut
S6 96h:AACCTGATCAAGCCAT,Pre-somitic mesoderm
S6 96h:TGTTGAGCATGTTTGG,Caudal mesoderm
S6 96h:CATCGTCCATACCATG,Pre-somitic mesoderm
S6 96h:TACGTCCCAAATTGCC,Pre-somitic mesoderm
S6 96h:TCACTATTCCGAGTGC,Pre-somitic mesoderm
S6 96h:CAACCTCGTTATAGCC,Ectopic pluripotency
S6 96h:GCTGCAGCACCAAAGG,Pre-somitic mesoderm
S6 96h:ATGATCGAGATCCTAC,Pre-somitic mesoderm
S6 96h:GCTTCACCAATTCTTC,Pre-somitic mesoderm
S6 96h:TGTTCTAAGATGTAGT,Caudal mesoderm
S6 96h:AGGACTTCATGGAAGC,Pre-somitic mesoderm
S6 96h:ATTCGTTGTCAGACGA,Caudal mesoderm
S6 96h:GATGGAGCATGGCCAC,Pre-somitic mesoderm
S6 96h:GAAATGAAGGTTGGTG,Caudal mesoderm
S6 96h:TTGAGTGGTACGATTC,Pre-somitic mesoderm
S6 96h:CACAACACACTAGGCC,Pre-somitic mesoderm
S6 96h:ATTTCTGGTCAAATCC,Pre-somitic mesoderm
S6 96h:CCATCACAGCGGATCA,Pre-somitic mesoderm
S6 96h:AGGGTCCTCAGCGCAC,Pre-somitic mesoderm
S6 96h:TCAGTCCTCCGTATAG,Pre-somitic mesoderm
S6 96h:TCACACCGTCTTCCGT,Caudal mesoderm
S6 96h:AGGGTGACAGTTACCA,Pre-somitic mesoderm
S6 96h:CTAGACAAGCTACAAA,Caudal mesoderm
S6 96h:AGGACGAAGTTACGTC,Ectopic pluripotency
S6 96h:CATTCATCACGCGCTA,Pre-somitic mesoderm
S6 96h:CCTCCTCCAGTGGGTA,Somite differentiation front
S6 96h:GCCTGTTCATGGGTCC,Caudal mesoderm
S6 96h:TAGAGTCTCTCCGAAA,Pre-somitic mesoderm
S6 96h:GCGAGAACACTCCTTG,Pre-somitic mesoderm
S6 96h:GAGGCCTTCAAGGTGG,Pre-somitic mesoderm
S6 96h:TTGACCCTCGCCATAA,Pre-somitic mesoderm
S6 96h:AAGTGAAAGATCGCCC,Pre-somitic mesoderm
S6 96h:GGGCGTTGTTTCTATC,Pre-somitic mesoderm
S6 96h:GGTTAACCAACTGCCG,Caudal mesoderm
S6 96h:ATTCACTCAGTTCTAG,Pre-somitic mesoderm
S6 96h:TAATCTCCATCACGGC,Pre-somitic mesoderm
S6 96h:CATTGAGCAGTCAGTT,Pre-somitic mesoderm
S6 96h:ACAAGCTTCCCGTGAG,Pre-somitic mesoderm
S6 96h:TGCAGATGTTAGTCGT,Pre-somitic mesoderm
S6 96h:CACTTCGTCGACCATA,Pre-somitic mesoderm
S6 96h:GTCAGCGCATTCCTCG,Pre-somitic mesoderm
S6 96h:CTGTCGTTCACTACGA,Pre-somitic mesoderm
S6 96h:AAACGAAAGGGCAGAG,Caudal mesoderm
S6 96h:TGTAACGGTACGTGAG,Caudal mesoderm
S6 96h:TGAGGTTTCCATGAGT,Pre-somitic mesoderm
S6 96h:TGCTTGCTCCAGCAAT,Pre-somitic mesoderm
S6 96h:GTCACTCTCGCCTATC,Ectopic pluripotency
S6 96h:TCGGGTGAGAAACTGT,Ectopic pluripotency
S6 96h:TTGCATTTCCAAATGC,Pre-somitic mesoderm
S6 96h:TTCCAATCAAGAGTTA,Caudal mesoderm
S6 96h:CACTGAACAGCCCACA,Caudal mesoderm
S6 96h:TCTATCATCCATAGAC,Pre-somitic mesoderm
S6 96h:TGTTCCGTCGTCACCT,Pre-somitic mesoderm
S6 96h:CTCCACAAGATGCAGC,Caudal mesoderm
S6 96h:TATATCCGTGTGTCGC,Pre-somitic mesoderm
S6 96h:GTCAGCGAGCTGACCC,Pre-somitic mesoderm
S6 96h:ATGCGATTCTCCGAAA,Pre-somitic mesoderm
S6 96h:GGAACCCTCGACCCAG,Pre-somitic mesoderm
S6 96h:TTTGACTGTTCACGAT,Pre-somitic mesoderm
S6 96h:AAGGAATAGGCTTAGG,Pre-somitic mesoderm
S6 96h:GGGTCACAGTCTGGTT,Pre-somitic mesoderm
S6 96h:ATGGGAGGTAACACCT,Gut
S6 96h:ACTCCCAAGCAGTACG,Pre-somitic mesoderm
S6 96h:ACTTTCACAATTCTTC,Pre-somitic mesoderm
S6 96h:TTACTGTCACATGGTT,Caudal mesoderm
S6 96h:GTGCAGCGTAACATGA,Pre-somitic mesoderm
S6 96h:GTGCAGCTCGGCTATA,Caudal mesoderm
S6 96h:CTCATCGGTCATGGCC,Caudal mesoderm
S6 96h:ACTACGAGTTCCAGGC,Pre-somitic mesoderm
S6 96h:ATAGGCTTCCACTAGA,Pre-somitic mesoderm
S6 96h:CCTCTCCAGTCATACC,Pre-somitic mesoderm
S6 96h:CTCCTTTCACTACCCT,Pre-somitic mesoderm
S6 96h:CCTAAGACAACCCTCT,Ectopic pluripotency
S6 96h:ACGTAACCAAACGGCA,Pre-somitic mesoderm
S6 96h:GCGGAAAAGTGCCCGT,Pre-somitic mesoderm
S6 96h:TCTTTGATCGAGCCAC,Pre-somitic mesoderm
S6 96h:TCGCACTCACTCTCGT,Pre-somitic mesoderm
S6 96h:CATGCCTAGCCTGACC,Pre-somitic mesoderm
S6 96h:TTTAGTCCAGTAACAA,Caudal mesoderm
S6 96h:AGACAAATCGTGTGGC,Pre-somitic mesoderm
S6 96h:CATGGATCAAAGGGTC,Pre-somitic mesoderm
S6 96h:GGAGATGCAATCGAAA,Caudal mesoderm
S6 96h:GGAATGGCAGCTGCCA,Pre-somitic mesoderm
S6 96h:CTGGCAGGTCTACAAC,Caudal mesoderm
S6 96h:TAAGCCACACGCGTCA,Pre-somitic mesoderm
S6 96h:GGGCTACAGGCTCACC,Caudal mesoderm
S6 96h:GCCTGTTTCACCGACG,Pre-somitic mesoderm
S6 96h:ATTTACCCAGAAGTTA,Pre-somitic mesoderm
S6 96h:AGACAAATCGCAGTGC,Caudal mesoderm
S6 96h:TACGCTCAGGGCGAAG,Caudal mesoderm
S6 96h:AGCCAGCCACGACCTG,Pre-somitic mesoderm
S6 96h:AGAGAATCAACAGCTT,Pre-somitic mesoderm
S6 96h:GAGGGATAGTTCCGTA,Gut
S6 96h:CAAAGAAGTTCTCCTG,Pre-somitic mesoderm
S6 96h:TACCGGGGTCCCTGTT,Caudal mesoderm
S6 96h:AAGACAAAGTTCCATG,Pre-somitic mesoderm
S6 96h:AGCTCAACATTGAAAG,Pre-somitic mesoderm
S6 96h:CTACCCATCCCATAAG,Pre-somitic mesoderm
S6 96h:TTAGTCTCATCCCACT,Pre-somitic mesoderm
S6 96h:TGAGGAGGTATCGATC,Pre-somitic mesoderm
S6 96h:GGTTCTCGTTGGAGGT,Pre-somitic mesoderm
S6 96h:CCCTCAACAATAGTGA,Pre-somitic mesoderm
S6 96h:TCATGGATCGCTGACG,Caudal mesoderm
S6 96h:TGCAGATCACCCTGTT,Pre-somitic mesoderm
S6 96h:CCTTGTGCACAGAAGC,Caudal mesoderm
S6 96h:AGAAATGCAAGTTCCA,Ectopic pluripotency
S6 96h:CATTCCGCAAGATGGC,Pre-somitic mesoderm
S6 96h:CGTTGGGGTCAGTCCG,Ectopic pluripotency
S6 96h:GTAGGTTCAGTGAGCA,Pre-somitic mesoderm
S6 96h:CTACCTGCACCTGCTT,Pre-somitic mesoderm
S6 96h:ACATGCAGTACATACC,Pre-somitic mesoderm
S6 96h:TCACGCTTCGCAGAGA,Pre-somitic mesoderm
S6 96h:ATTCAGGGTCACCCTT,Pre-somitic mesoderm
S6 96h:ATTTACCCAGGTACGA,Pre-somitic mesoderm
S6 96h:TCCTCCCTCCGAGATT,Caudal mesoderm
S6 96h:TCGACGGTCCTTATCA,Pre-somitic mesoderm
S6 96h:AAGCGAGGTCTTGTCC,Caudal mesoderm
S6 96h:GTAGAGGGTCAACACT,Caudal mesoderm
S6 96h:ATCATTCCAGCTAACT,Pre-somitic mesoderm
S6 96h:CTCATTATCAAGCTTG,Caudal mesoderm
S6 96h:GGAACCCCAGAGACTG,Ectopic pluripotency
S6 96h:AACGTCACACACCTGG,Pre-somitic mesoderm
S6 96h:ATGAAAGCATTCCTAT,Pre-somitic mesoderm
S6 96h:CACAGATAGTTGCGCC,Pre-somitic mesoderm
S6 96h:GCATGATTCTATTGTC,Pre-somitic mesoderm
S6 96h:ACCAAACCAGAAATCA,Pre-somitic mesoderm
S6 96h:TCTACATAGAGGCCAT,Pre-somitic mesoderm
S6 96h:TATCTTGTCTTCCAGC,Pre-somitic mesoderm
S6 96h:ACCAACAAGGAGTATT,Pre-somitic mesoderm
S6 96h:TATATCCTCTCGGCTT,Caudal mesoderm
S6 96h:TCTATACAGTTCGGTT,Pre-somitic mesoderm
S6 96h:TAGACCATCCTAAGTG,Pre-somitic mesoderm
S6 96h:GTATTGGCAACCAACT,Caudal mesoderm
S6 96h:CGAGTGCGTCAGACTT,Pre-somitic mesoderm
S6 96h:CATTTCAAGCTCTGTA,Pre-somitic mesoderm
S6 96h:GGGATGACAGTGGTGA,Pre-somitic mesoderm
S6 96h:GCAACATAGGCACGAT,Pre-somitic mesoderm
S6 96h:ATGACCAGTGAGCGAT,Caudal mesoderm
S6 96h:CATTCCGTCTGAACGT,Caudal mesoderm
S6 96h:CGCCATTGTCATCGGC,Ectopic pluripotency
S6 96h:TCCTCCCTCGCCAGTG,Pre-somitic mesoderm
S6 96h:GCTTTCGGTACAACGG,Pre-somitic mesoderm
S6 96h:GATTTCTGTCGAATTC,Pre-somitic mesoderm
S6 96h:GGGCCATAGGCCACCT,Pre-somitic mesoderm
S6 96h:CCCGAAGAGAAGGATG,Caudal mesoderm
S6 96h:TCTACCGCAGGCTACC,Pre-somitic mesoderm
S6 96h:ATTCAGGAGGACAAGA,Pre-somitic mesoderm
S6 96h:GAACGTTCAACTGGTT,Caudal mesoderm
S6 96h:AGGACTTTCAATGTCG,Ectopic pluripotency
S6 96h:TCCCATGGTCCCAAAT,Pre-somitic mesoderm
S6 96h:CCTTCAGTCTCCGTGT,Pre-somitic mesoderm
S6 96h:CCCATTGCACATGAAA,Pre-somitic mesoderm
S6 96h:TGGTAGTAGCTCATAC,Pre-somitic mesoderm
S6 96h:GCGGAAAGTTCAAAGA,Pre-somitic mesoderm
S6 96h:GGGCCATGTCAGACTT,Pre-somitic mesoderm
S6 96h:CGTAATGTCCAGGACC,Caudal mesoderm
S6 96h:TTACCGCCAGAGTGTG,Pre-somitic mesoderm
S6 96h:GGTTAACAGGATATAC,Pre-somitic mesoderm
S6 96h:GTGTTCCCAGGTTCAT,Caudal mesoderm
S6 96h:TATTCCATCCCTGTTG,Pre-somitic mesoderm
S6 96h:CTTCGGTGTAACATGA,Pre-somitic mesoderm
S6 96h:TATCCTATCCGCCTAT,Caudal mesoderm
S6 96h:TGTGCGGTCAGTCTTT,Pre-somitic mesoderm
S6 96h:CTTGAGACAGTATACC,Pre-somitic mesoderm
S6 96h:GTAACACAGTTGCGCC,Pre-somitic mesoderm
S6 96h:ATGCGATAGATAACAC,Pre-somitic mesoderm
S6 96h:TTGTGTTCATCAGCAT,Pre-somitic mesoderm
S6 96h:TAAGCACCAACACACT,Pre-somitic mesoderm
S6 96h:AAAGAACGTCCAAGAG,Pre-somitic mesoderm
S6 96h:TTGGGATCACTACTTT,Pre-somitic mesoderm
S6 96h:GGGATCCAGCCGGAAT,Caudal mesoderm
S6 96h:ATGCATGCAATTGTGC,Caudal mesoderm
S6 96h:TCTACCGTCTTCTTCC,Caudal mesoderm
S6 96h:GGCGTCACATACTGTG,Pre-somitic mesoderm
S6 96h:CAGCAGCGTCCCTGTT,Pre-somitic mesoderm
S6 96h:AAGTGAAGTCCAAAGG,Caudal mesoderm
S6 96h:ACTATTCAGGTTGACG,Pre-somitic mesoderm
S6 96h:TGACCCTTCGTCCTCA,Pre-somitic mesoderm
S6 96h:CCTCTCCTCTAGCCAA,Caudal mesoderm
S6 96h:CCGAACGCAACGGCCT,Pre-somitic mesoderm
S6 96h:TTGCCTGGTGGTAATA,Caudal mesoderm
S6 96h:CGCATAAAGGATTTCC,Pre-somitic mesoderm
S6 96h:GCGGAAAGTATCCCTC,Pre-somitic mesoderm
S6 96h:TGTTCATCAAGGTCTT,Pre-somitic mesoderm
S6 96h:GTGTAACGTAAGACCG,Pre-somitic mesoderm
S6 96h:CTTCTCTCAAACTAAG,Pre-somitic mesoderm
S6 96h:AGAAGTAAGAGCCCAA,Pre-somitic mesoderm
S6 96h:ACCCAAAAGTTTCGAC,Caudal mesoderm
S6 96h:CACGAATAGGTAAGAG,Pre-somitic mesoderm
S6 96h:CATGGTAAGACCCTTA,Caudal mesoderm
S6 96h:TAACCAGCACGCGCAT,Pre-somitic mesoderm
S6 96h:TTACCATAGGCGTCCT,Caudal mesoderm
S6 96h:ATCTTCAAGACTACCT,Gut
S6 96h:AGTAACCTCGCATAGT,Pre-somitic mesoderm
S6 96h:GAGAAATTCCCGTTCA,Pre-somitic mesoderm
S6 96h:TTTAGTCAGATGGCGT,Pre-somitic mesoderm
S6 96h:AGCCAATAGTACTGTC,Pre-somitic mesoderm
S6 96h:CTCTCAGGTACAGTTC,Ectopic pluripotency
S6 96h:CGGACACAGCACCCAC,Caudal mesoderm
S6 96h:CTCATTATCATTACGG,Caudal mesoderm
S6 96h:CAGCACGGTACACGCC,Pre-somitic mesoderm
S6 96h:ATCACAGTCGACGCTG,Pre-somitic mesoderm
S6 96h:AGCCAATTCGGCGATC,Pre-somitic mesoderm
S6 96h:AAGCATCCATCGAAGG,Pre-somitic mesoderm
S6 96h:GCCAGCAAGTTGCCCG,Pre-somitic mesoderm
S6 96h:CTAGACAGTCGTGTTA,Ectopic pluripotency
S6 96h:ATCATTCTCCACGTAA,Pre-somitic mesoderm
S6 96h:CTCATTAGTACGCTAT,Ectopic pluripotency
S6 96h:ATCGGCGAGTCTACCA,Caudal mesoderm
S6 96h:TATTCCATCTTACTGT,Caudal mesoderm
S6 96h:CGGTCAGCATTGTCGA,Pre-somitic mesoderm
S6 96h:TTCTAGTTCATTGCGA,Caudal mesoderm
S6 96h:ACGTTCCTCCAGCCTT,Pre-somitic mesoderm
S6 96h:TTATTGCTCAAACGAA,Ectopic pluripotency
S6 96h:CTCCGATAGCAAACAT,Pre-somitic mesoderm
S6 96h:TCCGAAATCCCGTAAA,Pre-somitic mesoderm
S6 96h:CGAGTTAGTACAACGG,Pre-somitic mesoderm
S6 96h:GTGGAGACACACACGC,Pre-somitic mesoderm
S6 96h:TCAATCTAGGTCACAG,Pre-somitic mesoderm
S6 96h:AACCCAACACTGTTCC,Caudal mesoderm
S6 96h:CGTTAGACAGCGAACA,Pre-somitic mesoderm
S6 96h:ATCACGAGTTAAGCAA,Pre-somitic mesoderm
S6 96h:GAGTTTGTCTACACAG,Pre-somitic mesoderm
S6 96h:GAGGCAATCAAATAGG,Pre-somitic mesoderm
S6 96h:GTCCACTAGGTCGCCT,Pre-somitic mesoderm
S6 96h:TGTAGACCATTGAAAG,Caudal mesoderm
S6 96h:TCGGTCTCATCACAGT,Pre-somitic mesoderm
S6 96h:CCCTGATAGATTGCGG,Pre-somitic mesoderm
S6 96h:ATACCTTGTGTGTGTT,Caudal mesoderm
S6 96h:TTGTTCAAGCTCTTCC,Pre-somitic mesoderm
S6 96h:CCTCAACTCCAGTGCG,Pre-somitic mesoderm
S6 96h:TCTCCGACATGCCGCA,Pre-somitic mesoderm
S6 96h:CGCGTGAAGCTCTATG,Pre-somitic mesoderm
S6 96h:GGGATCCGTTGGCTAT,Pre-somitic mesoderm
S6 96h:AACAAAGAGCACTAAA,Pre-somitic mesoderm
S6 96h:AGTGTTGTCTGGAGAG,Pre-somitic mesoderm
S6 96h:ATGGGTTGTATATGGA,Pre-somitic mesoderm
S6 96h:GGGTGAATCACTGTTT,Caudal mesoderm
S6 96h:AGGACTTGTTGTCCCT,Caudal mesoderm
S6 96h:CTACCTGCAGACCTGC,Pre-somitic mesoderm
S6 96h:GTCGAATTCTGCGATA,Pre-somitic mesoderm
S6 96h:GAGCTGCCACAGCTTA,Pre-somitic mesoderm
S6 96h:GTCCACTCATAATGCC,Ectopic pluripotency
S6 96h:GACGTTACAACCGTAT,Pre-somitic mesoderm
S6 96h:CGTAAGTAGTTGAAAC,Caudal mesoderm
S6 96h:TACAGGTTCGGTTCAA,Pre-somitic mesoderm
S6 96h:AAGTTCGGTCGCTTGG,Caudal mesoderm
S6 96h:TTTCGATGTTAACCTG,Pre-somitic mesoderm
S6 96h:TACTTCACAGAGGAAA,Ectopic pluripotency
S6 96h:TACAACGAGACTCTTG,Pre-somitic mesoderm
S6 96h:GGCTTTCCACTGCGTG,Pre-somitic mesoderm
S6 96h:ACCTGTCGTCGAGCAA,Pre-somitic mesoderm
S6 96h:AGGACGACATCAGTGT,Pre-somitic mesoderm
S6 96h:GGAAGTGCATTGTACG,Pre-somitic mesoderm
S6 96h:TGCGGCAGTCTTGCTC,Pre-somitic mesoderm
S6 96h:ATTGGGTAGCAATAGT,Pre-somitic mesoderm
S6 96h:GCTACAAGTCTAGATC,Caudal mesoderm
S6 96h:TGGATCAAGTACCCTA,Caudal mesoderm
S6 96h:TGCACGGGTCATCTAG,Pre-somitic mesoderm
S6 96h:TGCAGTATCTCGCTTG,Caudal mesoderm
S6 96h:CACCAAATCAGCTGTA,Pre-somitic mesoderm
S6 96h:AGTCAACTCGTTCATT,Pre-somitic mesoderm
S6 96h:CCACACTTCGTTAGAC,Caudal mesoderm
S6 96h:CGAGGAAAGGCTAGCA,Caudal mesoderm
S6 96h:ATTCATCTCGGAACTT,Pre-somitic mesoderm
S6 96h:CCGGGTAAGCATGTTC,Pre-somitic mesoderm
S6 96h:TGACTCCAGCTGTTAC,Pre-somitic mesoderm
S6 96h:AATTTCCCATTCTCTA,Pre-somitic mesoderm
S6 96h:GGAATGGAGCAGATAT,Pre-somitic mesoderm
S6 96h:GAAACCTAGCGATCGA,Pre-somitic mesoderm
S6 96h:CTTACCGAGAAGGCTC,Pre-somitic mesoderm
S6 96h:AGGGTCCCAGCTGTTA,Caudal mesoderm
S6 96h:TATTGCTTCGCAATGT,Pre-somitic mesoderm
S6 96h:AGTACCATCCGCACGA,Pre-somitic mesoderm
S6 96h:AAGACTCGTGTTCCAA,Pre-somitic mesoderm
S6 96h:AGGGTTTTCCATGATG,Pre-somitic mesoderm
S6 96h:GCCAGCACATGTCAGT,Pre-somitic mesoderm
S6 96h:CGAGGAAGTCGGCACT,Pre-somitic mesoderm
S6 96h:ACGTAACCACGGTGCT,Pre-somitic mesoderm
S6 96h:GATGATCGTCTTGAAC,Pre-somitic mesoderm
S6 96h:TACCCGTTCTCTATGT,Pre-somitic mesoderm
S6 96h:ACACAGTAGTAGTCCT,Pre-somitic mesoderm
S6 96h:CTGAGGCAGCGGCTCT,Pre-somitic mesoderm
S6 96h:CATTCCGGTGGCATCC,Pre-somitic mesoderm
S6 96h:TGGTGATTCAATCTTC,Pre-somitic mesoderm
S6 96h:GACACGCCACACCTAA,Pre-somitic mesoderm
S6 96h:CAATGACTCTGGAGAG,Pre-somitic mesoderm
S6 96h:CGAGGCTCACTGTCCT,Pre-somitic mesoderm
S6 96h:CTCAGAATCTTTCGAT,Caudal mesoderm
S6 96h:GCTTCACGTGCCCACA,Pre-somitic mesoderm
S6 96h:GGTGGCTAGCAGCACA,Pre-somitic mesoderm
S6 96h:TTCTCTCGTTGGAGAC,Caudal mesoderm
S6 96h:AAAGGTAAGGTTTGAA,Pre-somitic mesoderm
S6 96h:TCTCACGAGAACTCCT,Caudal mesoderm
S6 96h:CTCCCTCAGTCTGTAC,Pre-somitic mesoderm
S6 96h:CTTCTAAAGTTTGTCG,Pre-somitic mesoderm
S6 96h:GCAACATCACAAGCAG,Pre-somitic mesoderm
S6 96h:TTTACGTTCTGTCTCG,Pre-somitic mesoderm
S6 96h:AACGAAACAACTTGGT,Caudal mesoderm
S6 96h:AATTCCTCACCTGCTT,Caudal mesoderm
S6 96h:TAGGTTGGTTACCTTT,Caudal mesoderm
S6 96h:GTGGAGAAGGATTCCT,Pre-somitic mesoderm
S6 96h:TACGGTAGTATCTTCT,Pre-somitic mesoderm
S6 96h:ATATCCTCACTCTAGA,Pre-somitic mesoderm
S6 96h:CATAGACGTGCTCTCT,Pre-somitic mesoderm
S6 96h:TCGTCCACACGGTGTC,Caudal mesoderm
S6 96h:TGTTTGTGTTCGGCGT,Ectopic pluripotency
S6 96h:GTTGTGAGTAGGATAT,Pre-somitic mesoderm
S6 96h:TCACTATTCTCACCCA,Caudal mesoderm
S6 96h:GCCCGAAAGTCTGTAC,Pre-somitic mesoderm
S6 96h:GTGAGTTTCCACGTAA,Pre-somitic mesoderm
S6 96h:ACATCGAGTTGACGGA,Pre-somitic mesoderm
S6 96h:GCACATACAACCTATG,Pre-somitic mesoderm
S6 96h:GCCCGAACACGCGTGT,Pre-somitic mesoderm
S6 96h:ACCTGTCAGACTGAGC,Pre-somitic mesoderm
S6 96h:CTGTACCCAGCGCGTT,Caudal mesoderm
S6 96h:GCTTTCGAGCCTATTG,Ectopic pluripotency
S6 96h:TCTGCCACAAATGGCG,Caudal mesoderm
S6 96h:GTTTGGACAATTGCAC,Pre-somitic mesoderm
S6 96h:GCCAGCAAGGTTGTTC,Pre-somitic mesoderm
S6 96h:CCAAGCGAGAACGCGT,Pre-somitic mesoderm
S6 96h:GTGATGTCATCCAATG,Caudal mesoderm
S6 96h:CTCCAACCATGAAGGC,Pre-somitic mesoderm
S6 96h:AGATGCTAGCCTAGGA,Pre-somitic mesoderm
S6 96h:GAAGGACCAGTCAACT,Pre-somitic mesoderm
S6 96h:TCACGCTCACTAGGTT,Pre-somitic mesoderm
S6 96h:TTTACCACAACCGGAA,Caudal mesoderm
S6 96h:ACCTACCCATGTAACC,Pre-somitic mesoderm
S6 96h:CTTCTAATCGTTGCCT,Pre-somitic mesoderm
S6 96h:CAGGGCTTCCATTGGA,Pre-somitic mesoderm
S6 96h:AAGCGAGGTACTCAAC,Pre-somitic mesoderm
S6 96h:ACAGCCGAGACTTCCA,Pre-somitic mesoderm
S6 96h:GGTGAAGTCCTGGCTT,Pre-somitic mesoderm
S6 96h:AAAGTCCCATCAGTGT,Pre-somitic mesoderm
S6 96h:AGTACTGCAATGAGCG,Caudal mesoderm
S6 96h:TCACTATGTTAGAGTA,Pre-somitic mesoderm
S6 96h:AGCATCAAGAAGCTGC,Pre-somitic mesoderm
S6 96h:CTCCCTCCAGTAACCT,Pre-somitic mesoderm
S6 96h:GATTTCTCATGTTCGA,Pre-somitic mesoderm
S6 96h:AAGACTCAGGTAATCA,Pre-somitic mesoderm
S6 96h:TCTATCATCGGAAGGT,Pre-somitic mesoderm
S6 96h:TAGCACAAGTCTTCCC,Pre-somitic mesoderm
S6 96h:ACATCCCAGAGTACCG,Pre-somitic mesoderm
S6 96h:TCGAAGTTCTCCTACG,Pre-somitic mesoderm
S6 96h:TGAATCGCACGGCCAT,Pre-somitic mesoderm
S6 96h:CTCCCAAAGCTAGAGC,Ectopic pluripotency
S6 96h:AAGGAATTCCGAACGC,Pre-somitic mesoderm
S6 96h:TTCCTTCTCCATAGGT,Gut
S6 96h:GAAGGGTCAGAGACTG,Pre-somitic mesoderm
S6 96h:CAATACGAGGAATTAC,Caudal mesoderm
S6 96h:GAGGGATGTTATAGAG,Caudal mesoderm
S6 96h:GTGAGTTTCTTTGCAT,Pre-somitic mesoderm
S6 96h:GTCCCATAGCCTGCCA,Pre-somitic mesoderm
S6 96h:TCGCAGGGTCTACGTA,Pre-somitic mesoderm
S6 96h:CTACAGAAGGGCTTCC,Pre-somitic mesoderm
S6 96h:CCTCAGTAGCACTAAA,Pre-somitic mesoderm
S6 96h:CCTGCATCATCGAAGG,Pre-somitic mesoderm
S6 96h:TCGCACTCAGATAAAC,Ectopic pluripotency
S6 96h:GAGATGGTCCGCTAGG,Caudal mesoderm
S6 96h:GTAAGTCCATTGTCGA,Caudal mesoderm
S6 96h:CAGGTATTCAGACTGT,Pre-somitic mesoderm
S6 96h:CTGTATTTCCGAAATC,Pre-somitic mesoderm
S6 96h:CTCTGGTTCTCTCTAA,Pre-somitic mesoderm
S6 96h:TGGATGTTCAGCTGAT,Caudal mesoderm
S6 96h:GCACGTGAGCTGCCAC,Caudal mesoderm
S6 96h:TCTTGCGTCTTCTAAC,Caudal mesoderm
S6 96h:GATGGAGCAACACAAA,Caudal mesoderm
S6 96h:GCAGGCTCAACATCGT,Caudal mesoderm
S6 96h:TTCGGTCTCCATGATG,Pre-somitic mesoderm
S6 96h:TCGCACTGTTTCGGCG,Pre-somitic mesoderm
S6 96h:AAAGTGAGTCTACACA,Caudal mesoderm
S6 96h:GGAACCCAGTCATCCA,Pre-somitic mesoderm
S6 96h:TCTATACCAGAGATGC,Pre-somitic mesoderm
S6 96h:TTTACGTTCTGAGAAA,Pre-somitic mesoderm
S6 96h:CATTCTACAACTAGAA,Caudal mesoderm
S6 96h:TCAGTTTTCTCACCCA,Pre-somitic mesoderm
S6 96h:AGCATCAAGACACACG,Caudal mesoderm
S6 96h:CGAGGAATCTTTCGAT,Pre-somitic mesoderm
S6 96h:CTGAGCGAGACAACTA,Pre-somitic mesoderm
S6 96h:GTTACGAGTCATCCGG,Caudal mesoderm
S6 96h:GGAATCTGTCTCTCCA,Caudal mesoderm
S6 96h:CATCCACTCGCCTAGG,Pre-somitic mesoderm
S6 96h:ATACCGATCTTCGTGC,Caudal mesoderm
S6 96h:CAGATACGTCTTTATC,Caudal mesoderm
S6 96h:GTAATCGAGAATCGTA,Pre-somitic mesoderm
S6 96h:TTCCTTCTCTTCGGTC,Pre-somitic mesoderm
S6 96h:ATGGGTTGTATTTCTC,Pre-somitic mesoderm
S6 96h:ATTCCCGTCTGCCTCA,Pre-somitic mesoderm
S6 96h:AGGGAGTCACCGGTCA,Pre-somitic mesoderm
S6 96h:TGGTACACACTGTCGG,Caudal mesoderm
S6 96h:CATGGTAAGTGAACAT,Pre-somitic mesoderm
S6 96h:TCCACGTGTCGTCATA,Pre-somitic mesoderm
S6 96h:TACCCGTAGATCACCT,Pre-somitic mesoderm
S6 96h:TTCCTTCAGCTGGTGA,Ectopic pluripotency
S6 96h:AGTGATCCAAGTTCGT,Caudal mesoderm
S6 96h:TTCACGCGTAACGGTG,Pre-somitic mesoderm
S6 96h:CTACTATAGCATGCGA,Caudal mesoderm
S6 96h:TTAGGCAGTGTCTCCT,Caudal mesoderm
S6 96h:GACTTCCTCTTCGACC,Caudal mesoderm
S6 96h:ATGGGTTAGCTCATAC,Pre-somitic mesoderm
S6 96h:GTACAGTTCCGTAGTA,Pre-somitic mesoderm
S6 96h:CGGAGAAGTAACATCC,Pre-somitic mesoderm
S6 96h:GCATTAGTCGTCGGGT,Pre-somitic mesoderm
S6 96h:CATGCTCAGGTTCATC,Ectopic pluripotency
S6 96h:CTCCTCCTCCATTTAC,Pre-somitic mesoderm
S6 96h:CACTGGGTCCAGCAAT,Pre-somitic mesoderm
S6 96h:GGGACCTGTGATGAAT,Pre-somitic mesoderm
S6 96h:GTGAGGATCTCGGTCT,Pre-somitic mesoderm
S6 96h:CTAAGTGAGTAGCAAT,Caudal mesoderm
S6 96h:GTGATGTAGGCTCACC,Pre-somitic mesoderm
S6 96h:TACAGGTTCGTCGGGT,Pre-somitic mesoderm
S6 96h:AGAAATGCACTCAGAT,Caudal mesoderm
S6 96h:ATTTCACCACGTGAGA,Pre-somitic mesoderm
S6 96h:TCACTCGAGAAGTCCG,Caudal mesoderm
S6 96h:AGGTCATCATAGGTAA,Pre-somitic mesoderm
S6 96h:CACCGTTAGTTGAAAC,Pre-somitic mesoderm
S6 96h:GTGAGTTAGCGTGCCT,Pre-somitic mesoderm
S6 96h:CATCGTCAGCACAAAT,Pre-somitic mesoderm
S6 96h:CCCTGATTCACTGGGC,Caudal mesoderm
S6 96h:ACAGAAATCTACTGAG,Pre-somitic mesoderm
S6 96h:GTTCATTGTTATCTGG,Ectopic pluripotency
S6 96h:CTTACCGGTATCACCA,Pre-somitic mesoderm
S6 96h:GATCATGGTCGGTAAG,Pre-somitic mesoderm
S6 96h:GTAGCTAGTCTTCATT,Pre-somitic mesoderm
S6 96h:AGGGCCTGTTGACGGA,Pre-somitic mesoderm
S6 96h:GACCGTGGTGATTAGA,Pre-somitic mesoderm
S6 96h:TCACTATAGATGATTG,Pre-somitic mesoderm
S6 96h:AGCTACACAGCATCTA,Caudal mesoderm
S6 96h:CCTCTCCGTGATGAAT,Pre-somitic mesoderm
S6 96h:ACACAGTAGGTTCCAT,Caudal mesoderm
S6 96h:TCATACTAGCAACTCT,Pre-somitic mesoderm
S6 96h:CAACCTCGTCTTTATC,Caudal mesoderm
S6 96h:GCCGATGAGATGTAGT,Caudal mesoderm
S6 96h:CATTCCGAGGCCCGTT,Ectopic pluripotency
S6 96h:CAGCCAGAGATACTGA,Caudal mesoderm
S6 96h:CAAGACTCAACCCGCA,Caudal mesoderm
S6 96h:TCCCAGTTCTCATAGG,Caudal mesoderm
S6 96h:CCTCACAGTGACGTCC,Pre-somitic mesoderm
S6 96h:CTCAAGACATCATTGG,Caudal mesoderm
S6 96h:GCTACAACAGGAGGTT,Pre-somitic mesoderm
S6 96h:TATGTTCTCCCGAAAT,Pre-somitic mesoderm
S6 96h:GGGTGAAAGTCCCGGT,Pre-somitic mesoderm
S6 96h:ACCATTTGTAGGACCA,Pre-somitic mesoderm
S6 96h:CGGACACTCATACGAC,Caudal mesoderm
S6 96h:CACAGATTCCGTGCGA,Ectopic pluripotency
S6 96h:AATCACGGTCAGATTC,Pre-somitic mesoderm
S6 96h:GAGTCATTCCACGTGG,Pre-somitic mesoderm
S6 96h:TCGACGGTCTGTCGTC,Pre-somitic mesoderm
S6 96h:TGAATCGGTTGTACGT,Pre-somitic mesoderm
S6 96h:TACTGCCCAGATCACT,Pre-somitic mesoderm
S6 96h:GATGATCGTATTCTCT,Pre-somitic mesoderm
S6 96h:AGCCAGCTCTCAGGCG,Pre-somitic mesoderm
S6 96h:AGACAGGCACTTCAGA,Caudal mesoderm
S6 96h:AAACCCATCATGCCCT,Gut
S6 96h:TGTCCCACAATCCTAG,Pre-somitic mesoderm
S6 96h:TTCCAATGTAGACTGG,Pre-somitic mesoderm
S6 96h:CTATAGGTCAGGAACG,Gut
S6 96h:CATCCACCATCGTCCT,Gut
S6 96h:AGTAGTCAGCAATAAC,Caudal mesoderm
S6 96h:TGCAGATGTACCCGCA,Caudal mesoderm
S6 96h:ACGTAGTGTCAAGCCC,Somite differentiation front
S6 96h:TCCTCTTCACGCCACA,Pre-somitic mesoderm
S6 96h:AACCATGCAGCCCACA,Pre-somitic mesoderm
S6 96h:TGGGTTAAGTGGCGAT,Pre-somitic mesoderm
S6 96h:TCGCACTAGCTGGTGA,Pre-somitic mesoderm
S6 96h:CGAAGGATCCACATAG,Pre-somitic mesoderm
S6 96h:GGCACGTAGGAAGTAG,Pre-somitic mesoderm
S6 96h:TCGTAGACACCGCTAG,Pre-somitic mesoderm
S6 96h:GTACAGTTCTCAATCT,Pre-somitic mesoderm
S6 96h:CAGGTATAGTCCGCCA,Ectopic pluripotency
S6 96h:ACTTAGGCAATGGGTG,Pre-somitic mesoderm
S6 96h:GAGTTTGAGGCAGGGA,Gut
S6 96h:CTTCAATTCTTGGCTC,Pre-somitic mesoderm
S6 96h:GTTGCGGGTATGGAGC,Pre-somitic mesoderm
S6 96h:CCGCAAGCATGTACGT,Pre-somitic mesoderm
S6 96h:TTGCCTGTCCTGGCTT,Pre-somitic mesoderm
S6 96h:CGAAGGAAGAAGTGTT,Pre-somitic mesoderm
S6 96h:TTACTGTCAAACTCTG,Gut
S6 96h:GACATCACAGCCTTCT,Pre-somitic mesoderm
S6 96h:TCCCAGTAGTTATGGA,Caudal mesoderm
S6 96h:GAGTTGTAGCCGATTT,Pre-somitic mesoderm
S6 96h:GGGAAGTTCCTCTCGA,Pre-somitic mesoderm
S6 96h:CCATCACGTGTGGTCC,Caudal mesoderm
S6 96h:ATTCAGGGTGGATACG,Pre-somitic mesoderm
S6 96h:GGAACCCCACTTGGGC,Pre-somitic mesoderm
S6 96h:GCAGGCTGTAGCTGAG,Pre-somitic mesoderm
S6 96h:ATGACCATCTCCCAAC,Pre-somitic mesoderm
S6 96h:TGTTGGACATCTAGAC,Pre-somitic mesoderm
S6 96h:TGACAGTTCCGAAGGA,Pre-somitic mesoderm
S6 96h:GACCCTTCAAGGCTTT,Pre-somitic mesoderm
S6 96h:TTGACCCGTTCGTTCC,Pre-somitic mesoderm
S6 96h:GTGATGTAGAGAGCCT,Pre-somitic mesoderm
S6 96h:CCCTCAAGTAAGCTCT,Caudal mesoderm
S6 96h:CATTCATAGTCACTGT,Caudal mesoderm
S6 96h:ACGTTCCGTTCGTGCG,Caudal mesoderm
S6 96h:TATATCCCACCAGTTA,Caudal mesoderm
S6 96h:TGACCCTAGGCCTAAG,Caudal mesoderm
S6 96h:TCTCAGCAGCCTCCAG,Caudal mesoderm
S6 96h:CGGAATTGTCGAACAG,Pre-somitic mesoderm
S6 96h:CGTGATAAGGCCTAGA,Pre-somitic mesoderm
S6 96h:GAACGTTAGGCCTAAG,Caudal mesoderm
S6 96h:GGTTCTCTCGGTGAAG,Pre-somitic mesoderm
S6 96h:CACAGATCATGACTAC,Caudal mesoderm
S6 96h:ACCAAACGTATAGCTC,Pre-somitic mesoderm
S6 96h:ATCCATTGTCAGTCCG,Pre-somitic mesoderm
S6 96h:TGGCGTGAGTCGCTAT,Pre-somitic mesoderm
S6 96h:CCTCAGTGTATGTCAC,Pre-somitic mesoderm
S6 96h:GTTCCGTAGAATCTAG,Pre-somitic mesoderm
S6 96h:ATCGCCTGTAGGAGTC,Caudal mesoderm
S6 96h:TGAGGAGTCCGAAGGA,Pre-somitic mesoderm
S6 96h:CTTACCGAGGCCCGTT,Pre-somitic mesoderm
S6 96h:AAGACTCTCGGCGATC,Pre-somitic mesoderm
S6 96h:GAGTCTATCGTGACTA,Pre-somitic mesoderm
S6 96h:GTTAGACCAGAATTCC,Pre-somitic mesoderm
S6 96h:AATGAAGTCTCCGATC,Pre-somitic mesoderm
S6 96h:CATCAAGAGGCACTAG,Pre-somitic mesoderm
S6 96h:CGTCCATAGTCTAACC,Pre-somitic mesoderm
S6 96h:CGTAATGGTGTAAACA,Pre-somitic mesoderm
S6 96h:AGGTCTACAGTTGGTT,Pre-somitic mesoderm
S6 96h:TACAACGTCATTTACC,Caudal mesoderm
S6 96h:TCCTCGAGTCCACACG,Pre-somitic mesoderm
S6 96h:GTTGTGATCGTGTGGC,Pre-somitic mesoderm
S6 96h:ACTCCCAGTCGTCAGC,Pre-somitic mesoderm
S6 96h:AGGGTTTAGGTCTGGA,Pre-somitic mesoderm
S6 96h:AGAGCCCGTCTAGTGT,Pre-somitic mesoderm
S6 96h:GGATCTACATAGTCGT,Ectopic pluripotency
S6 96h:TAAGCCACAAAGGCGT,Pre-somitic mesoderm
S6 96h:CTTCCTTCAAAGCAAT,Caudal mesoderm
S6 96h:TACTTCAGTTGTACGT,Pre-somitic mesoderm
S6 96h:GCCAACGTCTAAGAAG,Pre-somitic mesoderm
S6 96h:AATTTCCGTGGGTCAA,Pre-somitic mesoderm
S6 96h:TATCTGTTCATCTGTT,Pre-somitic mesoderm
S6 96h:CAACAGTAGCCTGGAA,Pre-somitic mesoderm
S6 96h:ATCCATTGTCTACACA,Pre-somitic mesoderm
S6 96h:TAAGCGTGTTACGATC,Caudal mesoderm
S6 96h:GAAGGACGTCTGCATA,Pre-somitic mesoderm
S6 96h:GACCCTTCAGTTTCGA,Caudal mesoderm
S6 96h:TACCGAAAGGTTGGAC,Caudal mesoderm
S6 96h:TATTGGGCAACAACAA,Pre-somitic mesoderm
S6 96h:TACCCACCAGGTCCGT,Pre-somitic mesoderm
S6 96h:GTAGTACTCACAACCA,Pre-somitic mesoderm
S6 96h:TAAGCCAGTGCAAGAC,Pre-somitic mesoderm
S6 96h:ACTGTGACACCGGCTA,Caudal mesoderm
S6 96h:AGGGTGAAGGGATCTG,Caudal mesoderm
S6 96h:TGGGAAGGTCTCGGGT,Ectopic pluripotency
S6 96h:GTGGCGTAGGCCTAAG,Pre-somitic mesoderm
S6 96h:GACCAATGTCGGATTT,Pre-somitic mesoderm
S6 96h:CATAGACAGCATTTGC,Pre-somitic mesoderm
S6 96h:GATGACTCAAATCAAG,Pre-somitic mesoderm
S6 96h:CTCAACCTCAGCCCAG,Caudal mesoderm
S6 96h:CGCAGGTTCACTGCTC,Caudal mesoderm
S6 96h:CCTAAGACACTGTTCC,Pre-somitic mesoderm
S6 96h:GAATCACTCGACATAC,Pre-somitic mesoderm
S6 96h:CATAGACAGAGAATCT,Pre-somitic mesoderm
S6 96h:TGTAGACCAGCGGTTC,Caudal mesoderm
S6 96h:TGCACGGCAACTGTGT,Pre-somitic mesoderm
S6 96h:AACAGGGTCCACTTCG,Caudal mesoderm
S6 96h:GAGTGAGGTTTCGTGA,Pre-somitic mesoderm
S6 96h:GTCATCCGTCTCACGG,Pre-somitic mesoderm
S6 96h:CACGTTCTCCGTACGG,Pre-somitic mesoderm
S6 96h:ACCTACCTCAAACGTC,Pre-somitic mesoderm
S6 96h:CGAGTTATCACCTGGG,Caudal mesoderm
S6 96h:TAATCTCTCTTCGTGC,Caudal mesoderm
S6 96h:TATTCCAGTATGCTAC,Pre-somitic mesoderm
S6 96h:GTAGATCAGAGGCTGT,Pre-somitic mesoderm
S6 96h:AATGGCTTCTCGACGG,Caudal mesoderm
S6 96h:ACTTCGCAGTACGTCT,Caudal mesoderm
S6 96h:GAAGTAATCCTTATGT,Pre-somitic mesoderm
S6 96h:AGATGCTTCCTATGGA,Pre-somitic mesoderm
S6 96h:AGATGAACACCTCAGG,Pre-somitic mesoderm
S6 96h:GTTCATTGTACGATTC,Pre-somitic mesoderm
S6 96h:CTACATTAGGCATGGT,Pre-somitic mesoderm
S6 96h:CTGTATTGTGAATAAC,Caudal mesoderm
S6 96h:GAACACTAGGAGTCTG,Pre-somitic mesoderm
S6 96h:TGCATCCAGCCGTAAG,Pre-somitic mesoderm
S6 96h:TCGTCCACATGAAAGT,Pre-somitic mesoderm
S6 96h:ACCAAACCACTTCTCG,Caudal mesoderm
S6 96h:ACTGTGAAGGGATCGT,Ectopic pluripotency
S6 96h:TTTCGATAGACGCAGT,Pre-somitic mesoderm
S6 96h:AATGACCGTGAATTGA,Pre-somitic mesoderm
S6 96h:GTTACGACACGTTGGC,Caudal mesoderm
S6 96h:AATGGCTCAGACTCTA,Caudal mesoderm
S6 96h:TTACGTTGTGAAGCGT,Pre-somitic mesoderm
S6 96h:CTATCCGAGACTAGAT,Caudal mesoderm
S6 96h:TGATTTCCAGTGTATC,Caudal mesoderm
S6 96h:TTGGGCGCATCTGGGC,Pre-somitic mesoderm
S6 96h:ATTATCCCAACGTAAA,Pre-somitic mesoderm
S6 96h:GATCACAAGACCTCCG,Caudal mesoderm
S6 96h:ATCCACCTCTTCTTCC,Pre-somitic mesoderm
S6 96h:CAGTTAGCAATTTCTC,Caudal mesoderm
S6 96h:CAACAGTCACCCAACG,Pre-somitic mesoderm
S6 96h:ATTTCTGAGTGCGACA,Caudal mesoderm
S6 96h:CACGTTCCAAAGGCGT,Gut
S6 96h:CACAGATAGGTAAGTT,Caudal mesoderm
S6 96h:AATCACGAGCATGATA,Caudal mesoderm
S6 96h:TACACCCAGGTGGTTG,Pre-somitic mesoderm
S6 96h:TTAATCCGTGGTCAAG,Pre-somitic mesoderm
S6 96h:TGTAACGTCGTAACCA,Pre-somitic mesoderm
S6 96h:GACAGCCAGCACGTCC,Pre-somitic mesoderm
S6 96h:GATTGGTGTGGTAACG,Pre-somitic mesoderm
S6 96h:AAGTACCTCAGACCGC,Pre-somitic mesoderm
S6 96h:CGGAACCTCTCGACCT,Pre-somitic mesoderm
S6 96h:GTTAGACTCGACCTAA,Pre-somitic mesoderm
S6 96h:GCAGCCATCGTTATCT,Pre-somitic mesoderm
S6 96h:ATTCCATAGCTACAAA,Caudal mesoderm
S6 96h:GAGTTGTGTACTCGAT,Pre-somitic mesoderm
S6 96h:GTAACCAAGGCCTTGC,Pre-somitic mesoderm
S6 96h:GTTACGAAGTAGACAT,Pre-somitic mesoderm
S6 96h:TTCAGGATCATTGTTC,Caudal mesoderm
S6 96h:GACTCTCAGCGACAGT,Pre-somitic mesoderm
S6 96h:TCACTCGGTCTGATAC,Pre-somitic mesoderm
S6 96h:ATGTCCCGTATGGTTC,Pre-somitic mesoderm
S6 96h:GTCACTCAGGTTCTTG,Pre-somitic mesoderm
S6 96h:ACCTGAAAGCCGAACA,Caudal mesoderm
S6 96h:TACTTCAGTCGATTAC,Pre-somitic mesoderm
S6 96h:TGTCCTGAGTCTGGAG,Caudal mesoderm
S6 96h:GTGAGGAAGTATTGCC,Pre-somitic mesoderm
S6 96h:ATTCCATGTTGCAACT,Pre-somitic mesoderm
S6 96h:CAATCGAGTTCGAGCC,Pre-somitic mesoderm
S6 96h:AGGAAATGTCATAAAG,Pre-somitic mesoderm
S6 96h:CGTGCTTGTACTCGTA,Caudal mesoderm
S6 96h:CGCATAAGTTTGATCG,Caudal mesoderm
S6 96h:GATAGCTCACATGGTT,Pre-somitic mesoderm
S6 96h:TGAGGTTCACCTAAAC,Caudal mesoderm
S6 96h:CTATCTATCACCTCAC,Pre-somitic mesoderm
S6 96h:AGGTCTACAGACCCGT,Caudal mesoderm
S6 96h:CGCCATTTCTACTATC,Caudal mesoderm
S6 96h:CATTTCACAGCCGTTG,Caudal mesoderm
S6 96h:CTTCAATGTTGAATCC,Pre-somitic mesoderm
S6 96h:GTAAGTCAGGTGTGAC,Ectopic pluripotency
S6 96h:TTGTGGAAGGACGCTA,Caudal mesoderm
S6 96h:TCCTCCCAGTAAAGCT,Pre-somitic mesoderm
S6 96h:CTTAGGAGTATCCCAA,Gut
S6 96h:CCTGTTGGTAGACTGG,Pre-somitic mesoderm
S6 96h:TGACCCTCACTGCGTG,Pre-somitic mesoderm
S6 96h:TCATTTGTCAAGCCCG,Pre-somitic mesoderm
S6 96h:TTTCCTCAGGTAACTA,Pre-somitic mesoderm
S6 96h:ACACAGTAGTCCCAGC,Gut
S6 96h:AGCTCAAGTCATAACC,Pre-somitic mesoderm
S6 96h:ATCCCTGGTTTACGAC,Pre-somitic mesoderm
S6 96h:TACCGGGCAATAGGAT,Pre-somitic mesoderm
S6 96h:CATGGTACACCGTGCA,Pre-somitic mesoderm
S6 96h:ACGGTTACATGAGAAT,Caudal mesoderm
S6 96h:CTCTGGTCAGCTATAC,Caudal mesoderm
S6 96h:TGTTCATTCCAACCGG,Pre-somitic mesoderm
S6 96h:AAGCATCAGGCATCGA,Pre-somitic mesoderm
S6 96h:CTACTATCACAAATCC,Pre-somitic mesoderm
S6 96h:AGCTACACAACTCCAA,Pre-somitic mesoderm
S6 96h:GGGATGATCGAGATGG,Pre-somitic mesoderm
S6 96h:TCAAGCACACTTGACA,Pre-somitic mesoderm
S6 96h:GACAGCCTCGGCAGTC,Pre-somitic mesoderm
S6 96h:CTGCGAGCAGACCGCT,Pre-somitic mesoderm
S6 96h:CATTCATTCCTGGGAC,Pre-somitic mesoderm
S6 96h:CCTATCGTCGAGGCAA,Pre-somitic mesoderm
S6 96h:AGAACCTAGTGCACCC,Pre-somitic mesoderm
S6 96h:CCGATGGTCCCATAAG,Pre-somitic mesoderm
S6 96h:TGTGCGGTCGAACGGA,Pre-somitic mesoderm
S6 96h:GCACATAGTCATAGTC,Caudal mesoderm
S6 96h:CCACCATGTGAGCGAT,Gut
S6 96h:GGGTGAATCAATGTCG,Caudal mesoderm
S6 96h:CCGTTCAGTGCATGAG,Gut
S6 96h:AGATGCTAGTGGAATT,Pre-somitic mesoderm
S6 96h:GTCTACCTCAATGCAC,Pre-somitic mesoderm
S6 96h:GATGCTATCTGCACCT,Caudal mesoderm
S6 96h:GAGGCAATCGCCAGAC,Pre-somitic mesoderm
S6 96h:CCACGTTTCGTCGCTT,Pre-somitic mesoderm
S6 96h:TGGGCGTTCAACCTTT,Pre-somitic mesoderm
S6 96h:CGTTAGAGTTGTCCCT,Pre-somitic mesoderm
S6 96h:TTGTGGATCATGAGAA,Caudal mesoderm
S6 96h:GTGTTAGTCGATTTCT,Pre-somitic mesoderm
S6 96h:CCACTTGTCATACAGC,Pre-somitic mesoderm
S6 96h:CGTCAAAAGCCGTAAG,Caudal mesoderm
S6 96h:AGGAAATTCAAGGCTT,Caudal mesoderm
S6 96h:AAAGTGAGTCTTGCTC,Pre-somitic mesoderm
S6 96h:AGGAAATTCTAGGAAA,Pre-somitic mesoderm
S6 96h:AATGAAGGTACAAGCG,Pre-somitic mesoderm
S6 96h:GGTTCTCCAACATCGT,Pre-somitic mesoderm
S6 96h:TCTTCCTGTGGAAGTC,Caudal mesoderm
S6 96h:CATTTCATCCAACCGG,Pre-somitic mesoderm
S6 96h:TCGGTCTAGACTACGG,Pre-somitic mesoderm
S6 96h:TCCGAAATCCGTGTGG,Caudal mesoderm
S6 96h:GTTCTATCATACGCAT,Pre-somitic mesoderm
S6 96h:CCACACTGTATTTCCT,Pre-somitic mesoderm
S6 96h:CTTCCGACACTATCGA,Pre-somitic mesoderm
S6 96h:AGACTCAAGGTGCTTT,Pre-somitic mesoderm
S6 96h:CGGAATTAGTTTAGGA,Pre-somitic mesoderm
S6 96h:GGCAGTCAGCACCCAC,Pre-somitic mesoderm
S6 96h:AAACGAATCGCCACTT,Pre-somitic mesoderm
S6 96h:TCGACGGCACATGGTT,Caudal mesoderm
S6 96h:GGTTGTACAGCCCACA,Pre-somitic mesoderm
S6 96h:CCCTAACCAGGCTACC,Pre-somitic mesoderm
S6 96h:AAAGGATTCTTTCTAG,Pre-somitic mesoderm
S6 96h:GTCCTCATCAATCCGA,Pre-somitic mesoderm
S6 96h:CAGAGCCAGGAGTCTG,Pre-somitic mesoderm
S6 96h:ATTCATCCAGACCGCT,Pre-somitic mesoderm
S6 96h:ATTCGTTTCGGCCTTT,Pre-somitic mesoderm
S6 96h:AGAGAGCTCGTTCGCT,Pre-somitic mesoderm
S6 96h:TGTACAGGTGTCCGTG,Pre-somitic mesoderm
S6 96h:CAATCGAAGACTCTTG,Ectopic pluripotency
S6 96h:CTCTCGATCAAAGCCT,Gut
S6 96h:GCCAGCAGTCAGACTT,Pre-somitic mesoderm
S6 96h:TCATGGAGTGGTCTAT,Pre-somitic mesoderm
S6 96h:ACTTAGGCATCAGCAT,Pre-somitic mesoderm
S6 96h:GACCGTGAGAACAGGA,Ectopic pluripotency
S6 96h:CTCAGAATCCATCTGC,Pre-somitic mesoderm
S6 96h:TCGAAGTTCGTGAGAG,Pre-somitic mesoderm
S6 96h:ACTATGGCACAGCCAC,Pre-somitic mesoderm
S6 96h:CGAATTGCAGAGTGTG,Caudal mesoderm
S6 96h:GGGTCACGTGATCATC,Gut
S6 96h:TGGTAGTTCCATTGTT,Caudal mesoderm
S6 96h:AGAGAGCGTTAAACAG,Pre-somitic mesoderm
S6 96h:CCAATTTCACTGCGAC,Pre-somitic mesoderm
S6 96h:CTGATCCAGGCACTCC,Pre-somitic mesoderm
S6 96h:AGACCATCATTAGGAA,Pre-somitic mesoderm
S6 96h:AGTTCGAGTAACCCTA,Pre-somitic mesoderm
S6 96h:CCGATGGTCTGACCCT,Pre-somitic mesoderm
S6 96h:TAGGTTGCAAAGGAGA,Pre-somitic mesoderm
S6 96h:CCTAAGAGTTCTCTCG,Caudal mesoderm
S6 96h:CATTGCCTCGTCAGAT,Caudal mesoderm
S6 96h:GAGTCTAGTTACCCTC,Somite differentiation front
S6 96h:TCCTGCACAAACCGGA,Caudal mesoderm
S6 96h:TCATGTTGTTCAGTAC,Pre-somitic mesoderm
S6 96h:TACCGAAGTGGACTAG,Pre-somitic mesoderm
S6 96h:TACCCGTTCCCATAGA,Pre-somitic mesoderm
S6 96h:TTCCTCTTCTGGCTGG,Caudal mesoderm
S6 96h:TAGGGTTTCGGCTGGT,Caudal mesoderm
S6 96h:CAACAGTGTCGAAGCA,Pre-somitic mesoderm
S6 96h:TCAGTTTTCGATACAC,Pre-somitic mesoderm
S6 96h:ATTACTCCAGCAGTGA,Pre-somitic mesoderm
S6 96h:TGAATCGCATATTCGG,Caudal mesoderm
S6 96h:GTTACGAAGCCTCCAG,Pre-somitic mesoderm
S6 96h:TGTTCATGTCCAGCAC,Caudal mesoderm
S6 96h:TTACGTTCACGAAGAC,Caudal mesoderm
S6 96h:AGTGATCGTTGTCAGT,Pre-somitic mesoderm
S6 96h:TAGGTTGTCGGCAGTC,Pre-somitic mesoderm
S6 96h:CAACGGCAGCGTCGAA,Ectopic pluripotency
S6 96h:AGGAATAAGAAACACT,Pre-somitic mesoderm
S6 96h:GTCAAACAGCAGGCTA,Pre-somitic mesoderm
S6 96h:TTCACGCAGAGGCGGA,Pre-somitic mesoderm
S6 96h:ATGTCTTAGTCCCTAA,Pre-somitic mesoderm
S6 96h:AAGAACAGTAGTTAGA,Somite differentiation front
S6 96h:TATACCTTCGCGTTTC,Pre-somitic mesoderm
S6 96h:GGAGGATTCCCGAATA,Caudal mesoderm
S6 96h:CTTTCGGGTCAACGCC,Pre-somitic mesoderm
S6 96h:TCACATTTCAAGCCAT,Caudal mesoderm
S6 96h:TCGGTCTGTTAAACAG,Caudal mesoderm
S6 96h:TTGTTCAGTATATGGA,Pre-somitic mesoderm
S6 96h:CATGGATAGCCTGTCG,Pre-somitic mesoderm
S6 96h:CACTTCGTCCCGAGGT,Pre-somitic mesoderm
S6 96h:ATCGGATTCTCATTAC,Pre-somitic mesoderm
S6 96h:GTACAGTCATTGACAC,Pre-somitic mesoderm
S6 96h:TCTCAGCAGATTCGCT,Pre-somitic mesoderm
S6 96h:ACGGTTAGTCCGACGT,Pre-somitic mesoderm
S6 96h:CCCTGATAGGACTTCT,Pre-somitic mesoderm
S6 96h:CTCTCAGGTGCCGAAA,Pre-somitic mesoderm
S6 96h:GTCATTTGTCGTGCCA,Pre-somitic mesoderm
S6 96h:CTCCTTTTCGTCTCAC,Caudal mesoderm
S6 96h:GATGAGGTCGAAGAAT,Pre-somitic mesoderm
S6 96h:TCAGTCCCAGCAGTGA,Pre-somitic mesoderm
S6 96h:TCTGGCTTCTAGTTCT,Pre-somitic mesoderm
S6 96h:AACTTCTGTTCAACGT,Pre-somitic mesoderm
S6 96h:AATGGCTGTTACCCAA,Pre-somitic mesoderm
S6 96h:GATCACAGTCGTTGCG,Pre-somitic mesoderm
S6 96h:GTTCCGTCACATTCTT,Caudal mesoderm
S6 96h:AAGACTCTCTGAGAAA,Caudal mesoderm
S6 96h:AAGGAATGTCTTGGTA,Caudal mesoderm
S6 96h:CGGGTCAAGGCTATCT,Pre-somitic mesoderm
S6 96h:CTAGGTAAGTGCCTCG,Pre-somitic mesoderm
S6 96h:AAGATAGGTCTTGCTC,Pre-somitic mesoderm
S6 96h:GTGTAACAGTAACCGG,Pre-somitic mesoderm
S6 96h:TGAACGTCAGCACACC,Pre-somitic mesoderm
S6 96h:CTCAGTCAGGGTTAAT,Caudal mesoderm
S6 96h:AGGGAGTTCTATTTCG,Pre-somitic mesoderm
S6 96h:ACATGCAGTCTACGAT,Pre-somitic mesoderm
S6 96h:CCTCCAACATGGCCAC,Pre-somitic mesoderm
S6 96h:GGTTCTCTCGTAGCCG,Pre-somitic mesoderm
S6 96h:CTGTGGGTCGATACAC,Pre-somitic mesoderm
S6 96h:TGATTCTGTGACTAAA,Caudal mesoderm
S6 96h:AATGCCAAGCGCCTAC,Caudal mesoderm
S6 96h:GTGATGTCATCCAACA,Pre-somitic mesoderm
S6 96h:ACCCAAATCCGATGCG,Pre-somitic mesoderm
S6 96h:CATAAGCCAACTCATG,Pre-somitic mesoderm
S6 96h:GTAGATCCAGTGGTGA,Pre-somitic mesoderm
S6 96h:TGGAGGATCCTTTGAT,Pre-somitic mesoderm
S6 96h:GCATCGGCAAAGGCAC,Pre-somitic mesoderm
S6 96h:TCGAAGTTCTGAATGC,Caudal mesoderm
S6 96h:GCACATATCTACTCAT,Pre-somitic mesoderm
S6 96h:CTCTCGAGTTGCCAAT,Pre-somitic mesoderm
S6 96h:AAGGTAAGTCCATCTC,Pre-somitic mesoderm
S6 96h:TCTAACTCACAAATAG,Pre-somitic mesoderm
S6 96h:GTCATCCAGCATTTGC,Pre-somitic mesoderm
S6 96h:AGACAAAAGCACTAAA,Pre-somitic mesoderm
S6 96h:AACCTGAAGGCAGCTA,Pre-somitic mesoderm
S6 96h:ATCCACCTCTGGAGAG,Pre-somitic mesoderm
S6 96h:ACCCTTGGTGAGGATC,Pre-somitic mesoderm
S6 96h:GTAGCTACAGCGGATA,Pre-somitic mesoderm
S6 96h:TGCGGCATCACGGAGA,Pre-somitic mesoderm
S6 96h:TCGGATAGTCGTGGTC,Gut
S6 96h:CGTGATAGTCGTGGAA,Caudal mesoderm
S6 96h:CCTAACCCATGGTGGA,Pre-somitic mesoderm
S6 96h:CCGGTAGCATAGAATG,Pre-somitic mesoderm
S6 96h:CCTCAACTCTCTCGAC,Pre-somitic mesoderm
S6 96h:ATGACCAGTTGTCAGT,Pre-somitic mesoderm
S6 96h:GTGGTTATCACCTTGC,Pre-somitic mesoderm
S6 96h:TCTTAGTTCCGTGGTG,Pre-somitic mesoderm
S6 96h:AGAGAATTCGTTCCTG,Pre-somitic mesoderm
S6 96h:GCTACAACAAGGCCTC,Caudal mesoderm
S6 96h:GAAGCGAAGGAGGGTG,Caudal mesoderm
S6 96h:TCATACTAGACTCAAA,Pre-somitic mesoderm
S6 96h:GGAACCCCAACTGATC,Pre-somitic mesoderm
S6 96h:GTGTGATTCGACCATA,Pre-somitic mesoderm
S6 96h:TCGGTCTGTACTAGCT,Caudal mesoderm
S6 96h:GTCACGGGTAGAATAC,Pre-somitic mesoderm
S6 96h:GCCAGCAGTGTTGACT,Pre-somitic mesoderm
S6 96h:GGGTTTATCCCAGTGG,Pre-somitic mesoderm
S6 96h:CAGATCACACAAATCC,Pre-somitic mesoderm
S6 96h:AATGGCTGTTCGTAAC,Pre-somitic mesoderm
S6 96h:TAGACCACATTCTCTA,Pre-somitic mesoderm
S6 96h:GTTGTGAGTCAGCGTC,Caudal mesoderm
S6 96h:TGCCGAGGTAGGACTG,Caudal mesoderm
S6 96h:AGATGAATCATGCCGG,Pre-somitic mesoderm
S6 96h:CGTTCTGGTTTCAGAC,Pre-somitic mesoderm
S6 96h:AGTACTGCAATGACCT,Pre-somitic mesoderm
S6 96h:CAGATCAGTCGTCGGT,Caudal mesoderm
S6 96h:TGTAACGTCAAACTGC,Pre-somitic mesoderm
S6 96h:GTAACACTCAGTGGGA,Pre-somitic mesoderm
S6 96h:CGTTCTGTCTGAGATC,Caudal mesoderm
S6 96h:AGCCAGCTCGTTCTCG,Pre-somitic mesoderm
S6 96h:ACAGCCGGTTGCAAGG,Pre-somitic mesoderm
S6 96h:GTGACGCGTGGAAGTC,Pre-somitic mesoderm
S6 96h:GTTGTAGAGCCTTGAT,Pre-somitic mesoderm
S6 96h:CGAGAAGGTACTGCCG,Pre-somitic mesoderm
S6 96h:CTCAGTCAGATGACAT,Pre-somitic mesoderm
S6 96h:CCTCAACAGTTGCCTA,Pre-somitic mesoderm
S6 96h:CCACAAAAGCGTTCAT,Pre-somitic mesoderm
S6 96h:TTGACCCAGAGTCTGG,Caudal mesoderm
S6 96h:AGGAATACAACCAACT,Pre-somitic mesoderm
S6 96h:TGCTCGTTCTGAATGC,Pre-somitic mesoderm
S6 96h:AGGTGTTGTGTGCCTG,Pre-somitic mesoderm
S6 96h:GTTGTCCCATGACAGG,Pre-somitic mesoderm
S6 96h:GCTACAATCTCTGACC,Pre-somitic mesoderm
S6 96h:AGATCGTGTCCGGATC,Caudal mesoderm
S6 96h:ATCCACCAGAACTGAT,Pre-somitic mesoderm
S6 96h:CCTACGTTCACAGAGG,Pre-somitic mesoderm
S6 96h:AACACACCACAAGTGG,Pre-somitic mesoderm
S6 96h:AAAGTCCGTTCGTAAC,Pre-somitic mesoderm
S6 96h:CTCACTGTCTGTCGCT,Pre-somitic mesoderm
S6 96h:TTGGGATGTCATGCAT,Gut
S6 96h:TGTTCCGGTATATGGA,Pre-somitic mesoderm
S6 96h:TTTACCACATCATTGG,Pre-somitic mesoderm
S6 96h:ATGAGGGTCCCTAGGG,Pre-somitic mesoderm
S6 96h:CCTCCAAAGACGACGT,Caudal mesoderm
S6 96h:GATAGAAAGCACTTTG,Caudal mesoderm
S6 96h:TCGCTCAAGTAGATCA,Pre-somitic mesoderm
S6 96h:AGATCCAGTTACAGCT,Pre-somitic mesoderm
S6 96h:TCGCACTCATGGGAAC,Caudal mesoderm
S6 96h:GACGTTAGTCCACAGC,Ectopic pluripotency
S6 96h:CAGATTGCACCGTCTT,Pre-somitic mesoderm
S6 96h:GAATCACTCGTTACCC,Caudal mesoderm
S6 96h:GTGCGTGCAGGCTCTG,Ectopic pluripotency
S6 96h:ATAGGCTCAAGCCCAC,Caudal mesoderm
S6 96h:AATCGACAGTCCCAGC,Pre-somitic mesoderm
S6 96h:AAGGAATGTTACACTG,Pre-somitic mesoderm
S6 96h:TGGATCAGTTGGATCT,Pre-somitic mesoderm
S6 96h:CCTACGTCAACTACGT,Pre-somitic mesoderm
S6 96h:AGTCATGTCAAATGAG,Ectopic pluripotency
S6 96h:GTAATCGCAGTACTAC,Caudal mesoderm
S6 96h:GAGTGAGTCTGGTTGA,Pre-somitic mesoderm
S6 96h:TTCGATTTCTGTCCGT,Pre-somitic mesoderm
S6 96h:AGGGTTTTCCAAGCAT,Pre-somitic mesoderm
S6 96h:TCTGCCACACTTGTGA,Caudal mesoderm
S6 96h:AACCAACTCCCGAGGT,Caudal mesoderm
S6 96h:ACCATTTGTTTGGAGG,Pre-somitic mesoderm
S6 96h:AAACCCAGTTTGAACC,Somite differentiation front
S6 96h:GTCAGCGCACCCTGTT,Pre-somitic mesoderm
S6 96h:ATCTTCATCCGTTTCG,Pre-somitic mesoderm
S6 96h:ATGGTTGAGGAACATT,Pre-somitic mesoderm
S6 96h:GCCGATGCAGAGTAAT,Pre-somitic mesoderm
S6 96h:TGAGCATCAACAACAA,Pre-somitic mesoderm
S6 96h:CCGTTCAAGTATGTAG,Pre-somitic mesoderm
S6 96h:GCACTAATCAACTGAC,Pre-somitic mesoderm
S6 96h:CCACGAGAGCCTTTGA,Pre-somitic mesoderm
S6 96h:GTACAACGTGGCGTAA,Pre-somitic mesoderm
S6 96h:CTTACCGTCCGCTTAC,Pre-somitic mesoderm
S6 96h:AAGACAACACCCAAGC,Pre-somitic mesoderm
S6 96h:GTGGGAAAGCATGGGT,Caudal mesoderm
S6 96h:GCAGGCTGTCCGATCG,Caudal mesoderm
S6 96h:CAGCGTGAGTAAGACT,Pre-somitic mesoderm
S6 96h:CAGCAGCTCGGACCAC,Pre-somitic mesoderm
S6 96h:TCCTCTTCATTCCTAT,Pre-somitic mesoderm
S6 96h:CTGTGGGTCGACGAGA,Pre-somitic mesoderm
S6 96h:TCATCCGTCCTAACAG,Pre-somitic mesoderm
S6 96h:TACTTACCACGCTATA,Caudal mesoderm
S6 96h:TACCGGGAGGAAGTGA,Pre-somitic mesoderm
S6 96h:TTTACCACACTGAGGA,Pre-somitic mesoderm
S6 96h:ATTACCTCAGCTTCGG,Pre-somitic mesoderm
S6 96h:CCAATTTCACTGCGTG,Pre-somitic mesoderm
S6 96h:TGAGACTCAAATTGGA,Caudal mesoderm
S6 96h:ATTACCTAGGGATCGT,Pre-somitic mesoderm
S6 96h:ACCTGAATCTCATTTG,Pre-somitic mesoderm
S6 96h:CTATAGGCACACCTGG,Pre-somitic mesoderm
S6 96h:CTAAGTGGTCTACGAT,Pre-somitic mesoderm
S6 96h:TTGACCCCAGCGTATT,Pre-somitic mesoderm
S6 96h:ACTTAGGAGGAGTACC,Caudal mesoderm
S6 96h:GGGTCACTCTGCTTAT,Pre-somitic mesoderm
S6 96h:TAGGTTGTCGCCTTGT,Caudal mesoderm
S6 96h:GCCAGGTGTCGCTCGA,Pre-somitic mesoderm
S6 96h:CTGTGGGCATTAGGCT,Ectopic pluripotency
S6 96h:GTAGGAGCAAGTCATC,Pre-somitic mesoderm
S6 96h:CTCCAACCAGCAAGAC,Pre-somitic mesoderm
S6 96h:AGGACTTTCCGTATAG,Pre-somitic mesoderm
S6 96h:CTGTGAAGTCTTCAAG,Pre-somitic mesoderm
S6 96h:CTCCTCCGTTTCGTAG,Pre-somitic mesoderm
S6 96h:CCCTGATTCATCACCC,Pre-somitic mesoderm
S6 96h:TCGACCTTCTCTTCAA,Pre-somitic mesoderm
S6 96h:CTGGCAGGTAAGTAGT,Caudal mesoderm
S6 96h:GGGTGAACAGACCATT,Pre-somitic mesoderm
S6 96h:CCTCAACCAATTCTTC,Pre-somitic mesoderm
S6 96h:GGGAGTACAGTTGTTG,Pre-somitic mesoderm
S6 96h:TGAGCGCAGTTACGGG,Pre-somitic mesoderm
S6 96h:GTCACTCGTCTACTGA,Pre-somitic mesoderm
S6 96h:TCCTTTCTCGGTCATA,Pre-somitic mesoderm
S6 96h:ATGGATCCAGTATGAA,Pre-somitic mesoderm
S6 96h:ATTTACCTCGTTAGTG,Pre-somitic mesoderm
S6 96h:AACCTTTCAAGACGAC,Pre-somitic mesoderm
S6 96h:AACTTCTGTGATGGCA,Ectopic pluripotency
S6 96h:CACTGAATCTTAATCC,Caudal mesoderm
S6 96h:AGGCCACGTGAACGGT,Pre-somitic mesoderm
S6 96h:GTTATGGAGCTCCCTT,Pre-somitic mesoderm
S6 96h:CTGCGAGCATTCCTCG,Pre-somitic mesoderm
S6 96h:CGTGATATCGGTAGGA,Gut
S6 96h:CGTCAAACAGTAGAGC,Pre-somitic mesoderm
S6 96h:CCCAACTAGTATCTGC,Pre-somitic mesoderm
S6 96h:ATTCTACAGGCACTAG,Ectopic pluripotency
S6 96h:TGCTCCAAGTTAACGA,Pre-somitic mesoderm
S6 96h:AAAGGATAGATCCTAC,Caudal mesoderm
S6 96h:TGAGGAGGTGCTTATG,Gut
S6 96h:TTAGTCTGTACAGTTC,Caudal mesoderm
S6 96h:TTATTGCAGACTACCT,Caudal mesoderm
S6 96h:ATGGTTGCAAGCTGTT,Pre-somitic mesoderm
S6 96h:TCCGAAATCATACAGC,Pre-somitic mesoderm
S6 96h:ATAGGCTAGGTAATCA,Ectopic pluripotency
S6 96h:CTGCATCAGTAGACAT,Pre-somitic mesoderm
S6 96h:TCATATCTCGCTTAAG,Pre-somitic mesoderm
S6 96h:TAAGTCGGTGTTCATG,Pre-somitic mesoderm
S6 96h:GAAATGAGTCGAACAG,Caudal mesoderm
S6 96h:CTTTCAATCCCAGTGG,Pre-somitic mesoderm
S6 96h:TGACCCTGTGCGTTTA,Pre-somitic mesoderm
S6 96h:TTGCATTTCCATAAGC,Gut
S6 96h:GTTGCGGTCCCAGGAC,Caudal mesoderm
S6 96h:TTCAGGACATTCTGTT,Pre-somitic mesoderm
S6 96h:ACTATCTTCACATTGG,Caudal mesoderm
S6 96h:TGGAACTGTCCCGGTA,Caudal mesoderm
S6 96h:CACTGGGTCCATAAGC,Pre-somitic mesoderm
S6 96h:AACAGGGTCAATCCAG,Pre-somitic mesoderm
S6 96h:GGGTGTCTCCATGCAA,Caudal mesoderm
S6 96h:TAATTCCAGGCCCGTT,Pre-somitic mesoderm
S6 96h:TCAATCTAGGTTCAGG,Pre-somitic mesoderm
S6 96h:CATGCTCCACTCCGGA,Pre-somitic mesoderm
S6 96h:CAGCAATTCGCACGAC,Caudal mesoderm
S6 96h:AGTCTCCCAGGAATCG,Pre-somitic mesoderm
S6 96h:TAACCAGCATCCGGCA,Caudal mesoderm
S6 96h:ATCCATTAGACTCGAG,Caudal mesoderm
S6 96h:CAGTTCCTCTGTGCGG,Pre-somitic mesoderm
S6 96h:AGCCACGGTATACCCA,Caudal mesoderm
S6 96h:TTCCACGTCACAGAGG,Caudal mesoderm
S6 96h:AGAAATGAGGTTCTTG,Caudal mesoderm
S6 96h:CTCAGAACAGGGAATC,Caudal mesoderm
S6 96h:GTCTAGATCTGCACCT,Pre-somitic mesoderm
S6 96h:CTCAAGAGTTCCGGTG,Pre-somitic mesoderm
S6 96h:CACTGAAAGGAAGTCC,Caudal mesoderm
S6 96h:AAGTACCCACTTTATC,Pre-somitic mesoderm
S6 96h:AACAAAGGTTGTGCAT,Pre-somitic mesoderm
S6 96h:CTATCCGTCTCGCAGG,Caudal mesoderm
S6 96h:GTCTGTCCAATGCTCA,Pre-somitic mesoderm
S6 96h:TTGATGGGTACGATGG,Pre-somitic mesoderm
S6 96h:TGGAGGAAGATGAAGG,Pre-somitic mesoderm
S6 96h:TATCTGTGTACCGCGT,Pre-somitic mesoderm
S6 96h:GGGTCTGTCCGGACTG,Pre-somitic mesoderm
S6 96h:CCACACTTCTCGTCAC,Caudal mesoderm
S6 96h:ACATGCAGTGCCTACG,Pre-somitic mesoderm
S6 96h:CACTAAGCAAACTAAG,Pre-somitic mesoderm
S6 96h:GATGCTACATACTGAC,Caudal mesoderm
S6 96h:CTCCCAATCATTACCT,Caudal mesoderm
S6 96h:ACATCGACATGAATAG,Pre-somitic mesoderm
S6 96h:TCATCATAGTTCCTGA,Pre-somitic mesoderm
S6 96h:TATTGGGAGACTCTTG,Pre-somitic mesoderm
S6 96h:GTCTGTCTCCGCTAGG,Pre-somitic mesoderm
S6 96h:AGTGACTAGTGATTCC,Pre-somitic mesoderm
S6 96h:GAGACTTTCGAAGAAT,Pre-somitic mesoderm
S6 96h:GCCCAGAAGGTAAGTT,Pre-somitic mesoderm
S6 96h:ATCGTAGGTACTCCCT,Somite differentiation front
S6 96h:TTTAGTCGTCTGGTTA,Pre-somitic mesoderm
S6 96h:ATTTCTGTCTGAATGC,Pre-somitic mesoderm
S6 96h:TGTGAGTCACTAAACC,Pre-somitic mesoderm
S6 96h:GGGCGTTGTATCGAGG,Pre-somitic mesoderm
S6 96h:GCAACCGAGAGACAAG,Pre-somitic mesoderm
S6 96h:GGCACGTTCGATTTCT,Pre-somitic mesoderm
S6 96h:CTCACTGCAAGTCGTT,Pre-somitic mesoderm
S6 96h:GCATGATAGTCTAGCT,Pre-somitic mesoderm
S6 96h:ACTATCTAGTCTGCGC,Pre-somitic mesoderm
S6 96h:GCTGAATTCACCCTGT,Pre-somitic mesoderm
S6 96h:TGCTGAAGTGGAGGTT,Caudal mesoderm
S6 96h:TACTTACAGCTCATAC,Pre-somitic mesoderm
S6 96h:TGTTCTATCCTGTAGA,Caudal mesoderm
S6 96h:CACAGGCTCACAACCA,Pre-somitic mesoderm
S6 96h:CGTTGGGGTCGAAGCA,Pre-somitic mesoderm
S6 96h:AATTTCCCACGTATAC,Pre-somitic mesoderm
S6 96h:CATGCTCCATGAAAGT,Pre-somitic mesoderm
S6 96h:ACATCGAAGTTCCTGA,Ectopic pluripotency
S6 96h:TCATGTTTCCGTTGAA,Pre-somitic mesoderm
S6 96h:TGAATGCCAAATGGCG,Pre-somitic mesoderm
S6 96h:GTTACGAAGCCATTGT,Caudal mesoderm
S6 96h:ATTGTTCCAGGCACTC,Caudal mesoderm
S6 96h:AACCCAAAGCCAAGTG,Pre-somitic mesoderm
S6 96h:CCATAAGCATACTGAC,Pre-somitic mesoderm
S6 96h:GTCATTTCAGAGTGTG,Pre-somitic mesoderm
S6 96h:TGCTGAATCGTGGCTG,Caudal mesoderm
S6 96h:TGAGGGACAAGACCTT,Pre-somitic mesoderm
S6 96h:CTGGACGAGGGTAATT,Caudal mesoderm
S6 96h:AACAACCGTACGAGTG,Pre-somitic mesoderm
S6 96h:CTTTCGGTCAAGAATG,Caudal mesoderm
S6 96h:AGAGCAGCATTGGGAG,Gut
S6 96h:AGTTCCCTCATTTGCT,Caudal mesoderm
S6 96h:TAACGACCAATAGTAG,Pre-somitic mesoderm
S6 96h:TCGGGCAGTCTCGACG,Pre-somitic mesoderm
S6 96h:GATAGCTCAAGCGGAT,Caudal mesoderm
S6 96h:GAATCACTCAAGGCTT,Pre-somitic mesoderm
S6 96h:GTCTTTAAGCCTTGAT,Pre-somitic mesoderm
S6 96h:AGGAGGTTCTCTCTTC,Pre-somitic mesoderm
S6 96h:ACCTGTCCAGACCATT,Gut
S6 96h:GTCGTAACAGTTCCAA,Pre-somitic mesoderm
S6 96h:TAAGCCATCCGTAATG,Pre-somitic mesoderm
S6 96h:CGCATGGTCTATTCGT,Caudal mesoderm
S6 96h:CGTTGGGCAAGTGATA,Pre-somitic mesoderm
S6 96h:AAGTACCTCGTGAGAG,Pre-somitic mesoderm
S6 96h:TTGCCTGTCTAAGAAG,Pre-somitic mesoderm
S6 96h:TGGGTTAGTGATTCTG,Ectopic pluripotency
S6 96h:CGAAGTTAGTCCTGTA,Pre-somitic mesoderm
S6 96h:ACCCTCACACAAGCTT,Pre-somitic mesoderm
S6 96h:AGTAACCCAGGGAATC,Caudal mesoderm
S6 96h:TTGTTGTGTCCTGGGT,Pre-somitic mesoderm
S6 96h:ACTATTCAGTAGCATA,Caudal mesoderm
S6 96h:TCCCAGTAGAAGGCTC,Pre-somitic mesoderm
S6 96h:CCTTTGGAGCTAGAAT,Pre-somitic mesoderm
S6 96h:TGCCGAGCACCGCTGA,Pre-somitic mesoderm
S6 96h:TCCTTTCGTAACAGGC,Pre-somitic mesoderm
S6 96h:TTCCAATAGGTTCACT,Pre-somitic mesoderm
S6 96h:CCTACGTAGCGCACAA,Pre-somitic mesoderm
S6 96h:ATAGAGACAAAGCGTG,Pre-somitic mesoderm
S6 96h:TCTCTGGGTCGTTGGC,Pre-somitic mesoderm
S6 96h:AGCTCAACAGAGACTG,Pre-somitic mesoderm
S6 96h:ATCCACCCACTCACTC,Somite differentiation front
S6 96h:GTAGAAAGTCTTGGTA,Pre-somitic mesoderm
S6 96h:GTTGTGACAATTTCCT,Caudal mesoderm
S6 96h:CTTACCGAGAGGCGTT,Pre-somitic mesoderm
S6 96h:AAGTGAAGTAAGATTG,Caudal mesoderm
S6 96h:GCCTGTTGTGCAAGAC,Pre-somitic mesoderm
S6 96h:CAGTTCCTCCTTCAGC,Pre-somitic mesoderm
S6 96h:CTCATCGCAAGTCATC,Pre-somitic mesoderm
S6 96h:GACCCAGGTCGACGCT,Pre-somitic mesoderm
S6 96h:TAGGTACGTGGTCTGC,Caudal mesoderm
S6 96h:CCGGTAGCAATCTAGC,Pre-somitic mesoderm
S6 96h:CTTTCGGCAACTGAAA,Pre-somitic mesoderm
S6 96h:CAGATACTCAGTGGGA,Caudal mesoderm
S6 96h:TGGGCTGAGGGCAACT,Pre-somitic mesoderm
S6 96h:AAGATAGTCGTCGACG,Pre-somitic mesoderm
S6 96h:GGAAGTGGTCAGACGA,Caudal mesoderm
S6 96h:GTCATTTAGCTGCGAA,Pre-somitic mesoderm
S6 96h:GGATCTATCATTTGTC,Pre-somitic mesoderm
S6 96h:ACGGTCGAGTTCCAGT,Pre-somitic mesoderm
S6 96h:GTGTAACGTCCTGTCT,Caudal mesoderm
S6 96h:AACACACTCTTCGACC,Pre-somitic mesoderm
S6 96h:TTACGTTCAAACGGCA,Caudal mesoderm
S6 96h:CTACAGACACAACATC,Caudal mesoderm
S6 96h:CTTCGGTAGGGATCGT,Pre-somitic mesoderm
S6 96h:ATCTTCATCCACGTAA,Pre-somitic mesoderm
S6 96h:CGCCATTAGTAAGACT,Pre-somitic mesoderm
S6 96h:TTCACCGCACTGTGTA,Pre-somitic mesoderm
S6 96h:CAGTTAGAGGGCTGAT,Caudal mesoderm
S6 96h:GTCAAGTAGTAAGACT,Pre-somitic mesoderm
S6 96h:GTTGTGAGTGTAAACA,Pre-somitic mesoderm
S6 96h:CATGCGGGTGGAAGTC,Caudal mesoderm
S6 96h:GCAGTGGTATCAACGC,Pre-somitic mesoderm
S6 96h:TTCTTGAGTTATGACC,Pre-somitic mesoderm
S6 96h:GAGGGATGTCAAAGTA,Pre-somitic mesoderm
S6 96h:GAATAGAAGGCTCTAT,Pre-somitic mesoderm
S6 96h:TCAAGTGGTCGTCGGT,Pre-somitic mesoderm
S6 96h:AGCTCAATCGAACGCC,Pre-somitic mesoderm
S6 96h:CTGTGGGGTACGCTAT,Gut
S6 96h:CAGATCAAGTAACCTC,Pre-somitic mesoderm
S6 96h:ATGCATGAGCCACAAG,Pre-somitic mesoderm
S6 96h:GACCAATTCAGACCTA,Pre-somitic mesoderm
S6 96h:ATGGGTTGTATAGCTC,Ectopic pluripotency
S6 96h:TGATGGTTCCAACTGA,Pre-somitic mesoderm
S6 96h:GTCAGCGCATCCGAAT,Pre-somitic mesoderm
S6 96h:CGAAGGAAGTCAAGCG,Pre-somitic mesoderm
S6 96h:AATAGAGAGTAGACAT,Pre-somitic mesoderm
S6 96h:GCGGAAATCGGACGTC,Pre-somitic mesoderm
S6 96h:GTGGAGAAGCGTCTCG,Caudal mesoderm
S6 96h:ACTCTCGCAGGTACGA,Pre-somitic mesoderm
S6 96h:GCCTGTTAGAAGTATC,Pre-somitic mesoderm
S6 96h:GTGGGAAAGGTAGCCA,Pre-somitic mesoderm
S6 96h:AAGACAAGTGCAATAA,Caudal mesoderm
S6 96h:TACCCGTCACAACCGC,Pre-somitic mesoderm
S6 96h:ACGATGTCAATGTCTG,Pre-somitic mesoderm
S6 96h:GTAACCAGTAGCACAG,Pre-somitic mesoderm
S6 96h:CTTCCGACAATTGGTC,Caudal mesoderm
S6 96h:CTCAAGACAGACACCC,Pre-somitic mesoderm
S6 96h:CATACAGTCAGTGTGT,Pre-somitic mesoderm
S6 96h:CGATCGGAGTTCATGC,Pre-somitic mesoderm
S6 96h:GTATTGGCACCACATA,Pre-somitic mesoderm
S6 96h:TCAGGTACAAGCACAG,Pre-somitic mesoderm
S6 96h:CTCAAGAAGTAGATCA,Caudal mesoderm
S6 96h:GATTTCTAGCGAGTCA,Pre-somitic mesoderm
S6 96h:CCCGAAGAGAAGCTCG,Pre-somitic mesoderm
S6 96h:AATAGAGAGCCGATTT,Caudal mesoderm
S6 96h:ATTTACCCAAGGGCAT,Somite differentiation front
S6 96h:TACTGCCGTCTCTCTG,Pre-somitic mesoderm
S6 96h:AGACTCAAGATACGAT,Pre-somitic mesoderm
S6 96h:TCCGTGTTCACTGTTT,Pre-somitic mesoderm
S6 96h:AGGCATTAGCGCTTCG,Pre-somitic mesoderm
S6 96h:TTCAATCGTACAATAG,Pre-somitic mesoderm
S6 96h:ACGATCAGTTGACTGT,Pre-somitic mesoderm
S6 96h:AAGTTCGAGAGGTCAC,Pre-somitic mesoderm
S6 96h:CAGATTGCATTATGCG,Pre-somitic mesoderm
S6 96h:TGCCGAGCAAACACGG,Caudal mesoderm
S6 96h:TCGCACTCACACCTGG,Caudal mesoderm
S6 96h:AGTGTTGCAAGAGATT,Pre-somitic mesoderm
S6 96h:TCGCAGGGTGAGTTGG,Caudal mesoderm
S6 96h:CACGTGGAGGCTTAGG,Pre-somitic mesoderm
S6 96h:CTTCCGAAGCTGTGCC,Pre-somitic mesoderm
S6 96h:ATCACGATCGTACCTC,Pre-somitic mesoderm
S6 96h:ATCACTTCAGATGCGA,Pre-somitic mesoderm
S6 96h:GGTGAAGAGCATTTCG,Pre-somitic mesoderm
S6 96h:CAAGACTAGGAACGAA,Gut
S6 96h:CCACCATAGGAGAGTA,Pre-somitic mesoderm
S6 96h:GGTGTTAAGGTTACAA,Pre-somitic mesoderm
S6 96h:TCGCTCAGTTTCCATT,Pre-somitic mesoderm
S6 96h:CTTTCAATCGTTTACT,Caudal mesoderm
S6 96h:TACTTGTTCACCTCTG,Pre-somitic mesoderm
S6 96h:CTTAGGATCTAGATCG,Pre-somitic mesoderm
S6 96h:CTTCTAAGTGCCAAGA,Pre-somitic mesoderm
S6 96h:ACTCCCAGTAGTTACC,Pre-somitic mesoderm
S6 96h:GGGTCTGTCCTGATAG,Pre-somitic mesoderm
S6 96h:TATATCCAGGTACTGG,Pre-somitic mesoderm
S6 96h:TCACATTCAGTCACGC,Pre-somitic mesoderm
S6 96h:TAGGAGGAGACCTTTG,Pre-somitic mesoderm
S6 96h:GCTGCAGTCGATGCTA,Caudal mesoderm
S6 96h:TCTGTCGCAGTTTCGA,Pre-somitic mesoderm
S6 96h:CTGCCTATCTCAGAAC,Pre-somitic mesoderm
S6 96h:TCATACTTCCTACGGG,Pre-somitic mesoderm
S6 96h:CTTGAGACAGAGTAAT,Pre-somitic mesoderm
S6 96h:CTCCTCCCAACAGATA,Pre-somitic mesoderm
S6 96h:TCAGCCTCACAGTATC,Caudal mesoderm
S6 96h:GCTTGGGGTTATCTTC,Caudal mesoderm
S6 96h:TGAACGTCACATGGTT,Pre-somitic mesoderm
S6 96h:GCATCTCTCCGTGTGG,Pre-somitic mesoderm
S6 96h:AGCCACGGTCAGTCGC,Pre-somitic mesoderm
S6 96h:AGACCATAGGTTCATC,Pre-somitic mesoderm
S6 96h:TTTAGTCTCAAACTGC,Pre-somitic mesoderm
S6 96h:GAAGGGTTCCGATCGG,Pre-somitic mesoderm
S6 96h:GCAGGCTGTCTGTGCG,Pre-somitic mesoderm
S6 96h:CATTGAGTCTTACGTT,Pre-somitic mesoderm
S6 96h:GTGGGAACAGGAATCG,Pre-somitic mesoderm
S6 96h:CATCCCATCCTCACTG,Pre-somitic mesoderm
S6 96h:GTCTACCTCCATCGTC,Caudal mesoderm
S6 96h:GGACGTCAGTCTGCGC,Pre-somitic mesoderm
S6 96h:TACCTCGAGATGACAT,Pre-somitic mesoderm
S6 96h:CATACAGGTCTACGTA,Caudal mesoderm
S6 96h:AAACGAAAGCTGCGAA,Caudal mesoderm
S6 96h:CAATGACTCGATGGAG,Pre-somitic mesoderm
S6 96h:CCAATTTCACATTCGA,Pre-somitic mesoderm
S6 96h:AGAAGCGAGCTTGTTG,Pre-somitic mesoderm
S6 96h:CTGGTCTCAGGCATGA,Caudal mesoderm
S6 96h:TTCTAACAGTTGTAAG,Pre-somitic mesoderm
S6 96h:ACGTAACGTCTCTCAC,Caudal mesoderm
S6 96h:GATGACTGTGAGGATC,Pre-somitic mesoderm
S6 96h:CTGAGCGAGTGGACGT,Pre-somitic mesoderm
S6 96h:CAATACGCACGAGAAC,Pre-somitic mesoderm
S6 96h:TGATGCACAGCCTTCT,Pre-somitic mesoderm
S6 96h:CATCAAGTCATTACCT,Caudal mesoderm
S6 96h:AGCGTATGTGGCGCTT,Pre-somitic mesoderm
S6 96h:AGTGTTGCACAGAGCA,Pre-somitic mesoderm
S6 96h:ACGATGTGTACACGCC,Pre-somitic mesoderm
S6 96h:GACTCAACATGTTCAG,Caudal mesoderm
S6 96h:CTACATTAGCGCATCC,Pre-somitic mesoderm
S6 96h:CGAGAAGAGTTATGGA,Somite differentiation front
S6 96h:ATCCGTCGTGGACCTC,Pre-somitic mesoderm
S6 96h:GTAGTACCACAAACGG,Caudal mesoderm
S6 96h:TCATCATAGCACCTGC,Caudal mesoderm
S6 96h:ACGGTTACATCTCGTC,Pre-somitic mesoderm
S6 96h:AGTGACTGTGATGTAA,Pre-somitic mesoderm
S6 96h:GTCATCCAGGTAGTAT,Pre-somitic mesoderm
S6 96h:ACCACAAGTTCCTAGA,Pre-somitic mesoderm
S6 96h:CACTAAGCAGGCCCTA,Caudal mesoderm
S6 96h:GCATTAGGTTTGACAC,Caudal mesoderm
S6 96h:ACACAGTCAGCTGAAG,Caudal mesoderm
S6 96h:GTAATGCGTCGCACGT,Pre-somitic mesoderm
S6 96h:CAGATCAGTACAGGTG,Caudal mesoderm
S6 96h:TAAGTCGGTCGGTGTC,Caudal mesoderm
S6 96h:GGTGTTACATAAGATG,Pre-somitic mesoderm
S6 96h:TCACTCGCAGTCTTCC,Pre-somitic mesoderm
S6 96h:CGGTCAGAGCTGACTT,Pre-somitic mesoderm
S6 96h:TCTGTCGCACAGCATT,Pre-somitic mesoderm
S6 96h:GTTGTGATCGGCCCAA,Caudal mesoderm
S6 96h:TAACTTCAGATGTTGA,Pre-somitic mesoderm
S6 96h:TAAGCACTCGAAGCAG,Pre-somitic mesoderm
S6 96h:GCATTAGAGTCCGCCA,Caudal mesoderm
S6 96h:TTGTTCATCTAGCATG,Pre-somitic mesoderm
S6 96h:TCCTCCCCACGTAGTT,Pre-somitic mesoderm
S6 96h:CCCATTGTCTTGGGCG,Pre-somitic mesoderm
S6 96h:CCACACTTCTGGAGAG,Pre-somitic mesoderm
S6 96h:AGTTAGCCATCTGTTT,Pre-somitic mesoderm
S6 96h:ATCTCTACATCCAACA,Pre-somitic mesoderm
S6 96h:GTGTAACCACTCGATA,Pre-somitic mesoderm
S6 96h:GGGAGTAAGAGAAGGT,Pre-somitic mesoderm
S6 96h:CGAAGTTCACTTCTCG,Pre-somitic mesoderm
S6 96h:TCATCATAGCTACTAC,Pre-somitic mesoderm
S6 96h:TATTCCACACGATAGG,Pre-somitic mesoderm
S6 96h:TCACAAGCATTATGCG,Caudal mesoderm
S6 96h:TGCACGGCACCCTATC,Pre-somitic mesoderm
S6 96h:TAGAGTCCAAGGTACG,Pre-somitic mesoderm
S6 96h:TAGGTTGCACTTGAGT,Pre-somitic mesoderm
S6 96h:GAGGGATTCGCCTTGT,Caudal mesoderm
S6 96h:TGCAGTATCAAGTTGC,Pre-somitic mesoderm
S6 96h:CCCTTAGTCTGAGTCA,Pre-somitic mesoderm
S6 96h:CTGGCAGCACGACAAG,Pre-somitic mesoderm
S6 96h:ATTACCTTCGGTGTTA,Pre-somitic mesoderm
S6 96h:GATAGAAGTCTTCGAA,Pre-somitic mesoderm
S6 96h:ATCCCTGCAAGTGGTG,Gut
S6 96h:GAAATGATCCTCGCAT,Pre-somitic mesoderm
S6 96h:ACCAACACACCCTCTA,Pre-somitic mesoderm
S6 96h:ATGCCTCCACTTACAG,Pre-somitic mesoderm
S6 96h:GAGTTTGTCTAGACCA,Pre-somitic mesoderm
S6 96h:ATCGTCCGTGATTGGG,Pre-somitic mesoderm
S6 96h:TGTGCGGAGATGGCGT,Pre-somitic mesoderm
S6 96h:TAGACTGTCAGGCGAA,Pre-somitic mesoderm
S6 96h:ATGGGAGAGACCATAA,Pre-somitic mesoderm
S6 96h:ATGGTTGCATGACTGT,Pre-somitic mesoderm
S6 96h:TATGTTCAGGCTCACC,Pre-somitic mesoderm
S6 96h:TAAGCCACAGAATTCC,Pre-somitic mesoderm
S6 96h:CTCTCGACATTGGATC,Caudal mesoderm
S6 96h:TCGATTTCACAAGCAG,Pre-somitic mesoderm
S6 96h:CTCATGCCATCGATCA,Pre-somitic mesoderm
S6 96h:ATTCCTAGTAGATTAG,Gut
S6 96h:TCTCAGCTCCATGATG,Pre-somitic mesoderm
S6 96h:TTGACCCGTATCGCTA,Caudal mesoderm
S6 96h:GCATGATAGCTCTGTA,Pre-somitic mesoderm
S6 96h:ATCGCCTTCCACGTAA,Pre-somitic mesoderm
S6 96h:GATCACAAGATTACCC,Pre-somitic mesoderm
S6 96h:TGTTGAGCAGAGTGTG,Pre-somitic mesoderm
S6 96h:AGACACTGTCAACGCC,Pre-somitic mesoderm
S6 96h:CTCCTTTTCAGGCGAA,Caudal mesoderm
S6 96h:TTCCAATGTCCTTTGC,Pre-somitic mesoderm
S6 96h:ACGGTTAGTTTGACAC,Pre-somitic mesoderm
S6 96h:AGACTCAAGCACCAGA,Gut
S6 96h:ACTGTGATCTATTCGT,Pre-somitic mesoderm
S6 96h:TCAATTCCACGTCTCT,Pre-somitic mesoderm
S6 96h:CTTCAATTCAGGAAGC,Pre-somitic mesoderm
S6 96h:TGTAACGGTAGTACGG,Caudal mesoderm
S6 96h:GAGGGTATCCTTCACG,Pre-somitic mesoderm
S6 96h:CCTAACCTCGGTGTTA,Pre-somitic mesoderm
S6 96h:AACCTTTGTAGGGAGG,Caudal mesoderm
S6 96h:AAGGAATCAGCGGTTC,Pre-somitic mesoderm
S6 96h:TTTACCAGTACTCGTA,Ectopic pluripotency
S6 96h:GGAGGTAAGCGCCCAT,Pre-somitic mesoderm
S6 96h:TGCATCCCAGCTCATA,Caudal mesoderm
S6 96h:AGGCCACCACGGGCTT,Caudal mesoderm
S6 96h:GTAATCGCAGCGATTT,Pre-somitic mesoderm
S6 96h:TGATTCTTCCCATTTA,Pre-somitic mesoderm
S6 96h:TAAGCCATCTAAGCGT,Pre-somitic mesoderm
S6 96h:CTTAGGACAAGCGAAC,Caudal mesoderm
S6 96h:CTCTCGACACGCAAAG,Pre-somitic mesoderm
S6 96h:TTTCATGAGTGCTAGG,Gut
S6 96h:TACCTGCTCTCTCGCA,Pre-somitic mesoderm
S6 96h:TTGGTTTCACCGTGGT,Pre-somitic mesoderm
S6 96h:GAGTTGTCATGACTCA,Pre-somitic mesoderm
S6 96h:TCGCTTGGTTGCACGC,Caudal mesoderm
S6 96h:AGAAGTAAGTCGTTAC,Caudal mesoderm
S6 96h:GATGACTTCCGGTTCT,Pre-somitic mesoderm
S6 96h:TGCATCCAGGCTTAAA,Caudal mesoderm
S6 96h:GTGGGAAGTTCTTGCC,Caudal mesoderm
S6 96h:TCGCACTGTGAGCCAA,Pre-somitic mesoderm
S6 96h:TACGTCCGTACTGTTG,Pre-somitic mesoderm
S6 96h:AGAAATGAGAGACAAG,Pre-somitic mesoderm
S6 96h:GAAACCTTCGAACTCA,Pre-somitic mesoderm
S6 96h:CACTGTCTCCGGTAGC,Pre-somitic mesoderm
S6 96h:CCGTAGGCACGAAGAC,Pre-somitic mesoderm
S6 96h:CAAGAGGAGACGAGCT,Caudal mesoderm
S6 96h:GGTGGCTAGTATGATG,Caudal mesoderm
S6 96h:ATGCCTCTCCTTTAGT,Pre-somitic mesoderm
S6 96h:TGTCCCATCGTGGGTC,Caudal mesoderm
S6 96h:CTCCCTCGTGACACGA,Pre-somitic mesoderm
S6 96h:CCGCAAGTCTTCGTAT,Pre-somitic mesoderm
S6 96h:AGGAGGTAGTCCTGTA,Pre-somitic mesoderm
S6 96h:CTGTCGTCATCCCGTT,Pre-somitic mesoderm
S6 96h:GGGTGAACAAATTGCC,Pre-somitic mesoderm
S6 96h:ATACTTCAGCACTCGC,Pre-somitic mesoderm
S6 96h:GCACTAACATTAAAGG,Caudal mesoderm
S6 96h:GCAGTTAGTTCCTAAG,Pre-somitic mesoderm
S6 96h:GACAGCCTCGGATACT,Pre-somitic mesoderm
S6 96h:AGGGTGATCTCGAACA,Gut
S6 96h:ATTCCCGGTGGCTTGC,Caudal mesoderm
S6 96h:CATAAGCTCCCTCTAG,Pre-somitic mesoderm
S6 96h:GATGCTATCTTTGCAT,Pre-somitic mesoderm
S6 96h:CGGGCATGTCGTGCCA,Pre-somitic mesoderm
S6 96h:ACCTACCTCCTCGCAT,Gut
S6 96h:ACAGGGACACACACTA,Pre-somitic mesoderm
S6 96h:AACACACCAGCGAGTA,Pre-somitic mesoderm
S6 96h:TTGGGATCAAGCCTGC,Pre-somitic mesoderm
S6 96h:ACCCTTGTCATGAGAA,Pre-somitic mesoderm
S6 96h:TGGATCAGTATACCCA,Pre-somitic mesoderm
S6 96h:GGAACCCCAGAAGTTA,Pre-somitic mesoderm
S6 96h:CTAACTTCAGACTGCC,Pre-somitic mesoderm
S6 96h:AGGTCTACATCTTAGG,Caudal mesoderm
S6 96h:AGGAAATGTATACCTG,Caudal mesoderm
S6 96h:TACATTCAGGTTGACG,Pre-somitic mesoderm
S6 96h:TCTCACGCAGACATCT,Pre-somitic mesoderm
S6 96h:CGATGGCTCATTACGG,Pre-somitic mesoderm
S6 96h:CCTCACATCAGCCCAG,Pre-somitic mesoderm
S6 96h:ATGGGAGCACTACCGG,Caudal mesoderm
S6 96h:TGGGATTAGATTGATG,Pre-somitic mesoderm
S6 96h:TAGACCACAGCTGTTA,Pre-somitic mesoderm
S6 96h:GCCATTCCATCCTCAC,Caudal mesoderm
S6 96h:CCGAACGGTCGCTCGA,Pre-somitic mesoderm
S6 96h:ACCACAACAGCACAGA,Pre-somitic mesoderm
S6 96h:GTTCATTGTGCCGTAC,Caudal mesoderm
S6 96h:CGCCATTTCGCCTAGG,Pre-somitic mesoderm
S6 96h:CCACCATGTACAGTCT,Pre-somitic mesoderm
S6 96h:CATCCGTGTTCTTGCC,Pre-somitic mesoderm
S6 96h:CTATAGGGTGGCTCTG,Pre-somitic mesoderm
S6 96h:TTTATGCAGGGTCACA,Caudal mesoderm
S6 96h:TTCTAACCAACGGCCT,Pre-somitic mesoderm
S6 96h:CTCATCGTCACCTTAT,Pre-somitic mesoderm
S6 96h:GTGCTGGGTTAGAGTA,Caudal mesoderm
S6 96h:TCTCTGGTCTCTAAGG,Pre-somitic mesoderm
S6 96h:TTAGGGTTCTAACGGT,Pre-somitic mesoderm
S6 96h:ATTCCATCAAAGGCGT,Caudal mesoderm
S6 96h:GTCTAGACATGACGAG,Caudal mesoderm
S6 96h:TCCCATGAGTGGTTAA,Ectopic pluripotency
S6 96h:ATGAAAGGTCAGTCTA,Pre-somitic mesoderm
S6 96h:AGAAATGAGTAGTCCT,Pre-somitic mesoderm
S6 96h:TTACAGGAGGGAGGAC,Pre-somitic mesoderm
S6 96h:CTCACTGCATGCCGAC,Pre-somitic mesoderm
S6 96h:AACAACCCAGAATGTA,Pre-somitic mesoderm
S6 96h:GAACTGTAGATGGGCT,Pre-somitic mesoderm
S6 96h:CTCGAGGGTGCGACAA,Pre-somitic mesoderm
S6 96h:TGAGCGCCAGGAACCA,Pre-somitic mesoderm
S6 96h:TGAGGTTAGTTTGCTG,Pre-somitic mesoderm
S6 96h:ATCACAGCACCCAATA,Pre-somitic mesoderm
S6 96h:ATTCAGGTCATGAGTC,Pre-somitic mesoderm
S6 96h:AGGGTCCTCGATGCTA,Pre-somitic mesoderm
S6 96h:TCTTGCGTCAAATGCC,Pre-somitic mesoderm
S6 96h:TGCAGGCTCGCTACGG,Pre-somitic mesoderm
S6 96h:TTGAACGTCGGTCAGC,Pre-somitic mesoderm
S6 96h:ACGGTTAAGTTCCGGC,Pre-somitic mesoderm
S6 96h:CTCAAGACATGTTCGA,Pre-somitic mesoderm
S6 96h:ACTGCAAAGGGCCTCT,Pre-somitic mesoderm
S6 96h:TCGACCTCACGATTCA,Pre-somitic mesoderm
S6 96h:TTAATCCCATCCCGTT,Pre-somitic mesoderm
S6 96h:GGTCACGCATTAGGAA,Pre-somitic mesoderm
S6 96h:TACCTCGTCCTTTAGT,Pre-somitic mesoderm
S6 96h:AACGTCACAAATGGTA,Pre-somitic mesoderm
S6 96h:AGGCCACAGTGACCTT,Pre-somitic mesoderm
S6 96h:ACTGCAACATAACAGA,Pre-somitic mesoderm
S6 96h:ATTGGGTTCACACCCT,Pre-somitic mesoderm
S6 96h:TCATACTCAGTTAAAG,Caudal mesoderm
S6 96h:AGTTCGATCTTAGCCC,Pre-somitic mesoderm
S6 96h:CTGGACGAGTCTCTGA,Pre-somitic mesoderm
S6 96h:TATATCCCATGACTAC,Pre-somitic mesoderm
S6 96h:TGAGGTTAGCTAAGTA,Ectopic pluripotency
S6 96h:CCGGACAAGATAGCAT,Pre-somitic mesoderm
S6 96h:TTGGGCGGTTCACGAT,Caudal mesoderm
S6 96h:CCGGTAGAGGTTCTAC,Pre-somitic mesoderm
S6 96h:GATCATGTCTAAGAAG,Caudal mesoderm
S6 96h:AAGGTAACAGTTCCAA,Caudal mesoderm
S6 96h:AGAAGTAGTACCCGCA,Pre-somitic mesoderm
S6 96h:CCTCAGTAGCCGATTT,Pre-somitic mesoderm
S6 96h:TATCCTACACGGATCC,Pre-somitic mesoderm
S6 96h:AGCTCAAAGAACTTCC,Caudal mesoderm
S6 96h:TACAACGAGTATGTAG,Pre-somitic mesoderm
S6 96h:TAGAGTCAGGCAGGGA,Gut
S6 96h:ATCTCTATCCCATTCG,Pre-somitic mesoderm
S6 96h:TCAGGTACATACATCG,Pre-somitic mesoderm
S6 96h:GAGTTACCACAGAGAC,Pre-somitic mesoderm
S6 96h:TTCACCGGTTCAGCTA,Pre-somitic mesoderm
S6 96h:TCAGCAATCATCCTGC,Pre-somitic mesoderm
S6 96h:AGTAACCGTTACCCTC,Pre-somitic mesoderm
S6 96h:AACCTTTCAATAGAGT,Caudal mesoderm
S6 96h:TATTGCTGTAGGTGCA,Pre-somitic mesoderm
S6 96h:AATCGACTCGAAGCCC,Pre-somitic mesoderm
S6 96h:CAGGCCAAGTGCGACA,Pre-somitic mesoderm
S6 96h:ATTGGGTTCCAACCGG,Pre-somitic mesoderm
S6 96h:TTGAACGAGCATCAGG,Pre-somitic mesoderm
S6 96h:CCACTTGTCCACACAA,Pre-somitic mesoderm
S6 96h:TTGTTTGGTACAGTCT,Caudal mesoderm
S6 96h:CGACAGCAGCTCAGAG,Pre-somitic mesoderm
S6 96h:ATATCCTTCAAAGGAT,Pre-somitic mesoderm
S6 96h:TCCTTCTCAAACCACT,Pre-somitic mesoderm
S6 96h:TATTTCGAGAATCGTA,Pre-somitic mesoderm
S6 96h:GGGAAGTGTAGTTCCA,Pre-somitic mesoderm
S6 96h:GATTCTTCAATTGCGT,Pre-somitic mesoderm
S6 96h:ATTTCTGAGCACTCGC,Caudal mesoderm
S6 96h:CCGGTAGCAGAACGCA,Pre-somitic mesoderm
S6 96h:TACTTCAGTTGCTTGA,Pre-somitic mesoderm
S6 96h:GGTGTTAAGCGTGAAC,Caudal mesoderm
S6 96h:TGTTCCGGTTTCAGAC,Pre-somitic mesoderm
S6 96h:TCAAGACAGCTGGAGT,Somite differentiation front
S6 96h:GACCTTCCATCCAATG,Pre-somitic mesoderm
S6 96h:AACAAAGGTATCCTCC,Pre-somitic mesoderm
S6 96h:GGAATGGCAACAGCTT,Pre-somitic mesoderm
S6 96h:CTACTATGTCATAAAG,Pre-somitic mesoderm
S6 96h:CTGGCAGAGGCTAGCA,Pre-somitic mesoderm
S6 96h:ACGGTTACACTTCCTG,Pre-somitic mesoderm
S6 96h:CTGTATTAGAATTGCA,Caudal mesoderm
S6 96h:AAACGAACATCAGCTA,Pre-somitic mesoderm
S6 96h:TGAGCGCCATAGCACT,Pre-somitic mesoderm
S6 96h:TCTGTCGTCCTCAGAA,Caudal mesoderm
S6 96h:CTCAAGAGTCTTTCAT,Gut
S6 96h:CGAAGGAAGACATCCT,Pre-somitic mesoderm
S6 96h:AGACCATGTCGTACAT,Pre-somitic mesoderm
S6 96h:GAAGTAATCGCTACGG,Pre-somitic mesoderm
S6 96h:CGTAATGAGCAGTAAT,Caudal mesoderm
S6 96h:CTGCTCACATTGGGAG,Pre-somitic mesoderm
S6 96h:GCGGAAAGTAACATAG,Caudal mesoderm
S6 96h:CATCGGGGTTGTGTTG,Pre-somitic mesoderm
S6 96h:AGCGCTGAGGAATTAC,Pre-somitic mesoderm
S6 96h:CGTGAATAGATAGCTA,Pre-somitic mesoderm
S6 96h:TTCAGGAGTGAACGGT,Pre-somitic mesoderm
S6 96h:AGCGCTGGTGACGTCC,Caudal mesoderm
S6 96h:ATCTTCAGTCAAGGCA,Ectopic pluripotency
S6 96h:CGAGTTACACGGTAGA,Pre-somitic mesoderm
S6 96h:TGAGACTGTGATTAGA,Pre-somitic mesoderm
S6 96h:TATTGGGCAACACGTT,Pre-somitic mesoderm
S6 96h:GTCCTCAGTGCTCTCT,Caudal mesoderm
S6 96h:TCATTACCACTAGAGG,Pre-somitic mesoderm
S6 96h:CTGTAGACAACTGGTT,Pre-somitic mesoderm
S6 96h:CCGATCTTCTTAGGAC,Caudal mesoderm
S6 96h:GGGACTCCATTCTTCA,Pre-somitic mesoderm
S6 96h:CTTCCGAAGGTTTACC,Pre-somitic mesoderm
S6 96h:GAGTGAGTCTGGCCGA,Pre-somitic mesoderm
S6 96h:CTTAGGACACTGGCCA,Pre-somitic mesoderm
S6 96h:CCTGTTGGTCAGCGTC,Pre-somitic mesoderm
S6 96h:GTTTGGAAGTACTGGG,Pre-somitic mesoderm
S6 96h:AGGTCTAAGTCTCCTC,Pre-somitic mesoderm
S6 96h:GCCAGGTCACAAGGTG,Pre-somitic mesoderm
S6 96h:TGATTTCAGGTGATCG,Pre-somitic mesoderm
S6 96h:TACTTCAGTACGTGAG,Caudal mesoderm
S6 96h:CTTGATTTCGTTGTAG,Pre-somitic mesoderm
S6 96h:GGGATCCAGGCCACCT,Pre-somitic mesoderm
S6 96h:TTTACCACAATTGCGT,Caudal mesoderm
S6 96h:GTTCGCTCAAGGTCAG,Pre-somitic mesoderm
S6 96h:TTGGGCGCAGGCGTTC,Pre-somitic mesoderm
S6 96h:GAGCTGCTCACTGAAC,Gut
S6 96h:TTGTTCACAAGAATAC,Pre-somitic mesoderm
S6 96h:AGATCCACACGACGCT,Pre-somitic mesoderm
S6 96h:GGGAGATCAGACCAAG,Caudal mesoderm
S6 96h:TACCCGTCACCCAAGC,Caudal mesoderm
S6 96h:ATTTCACGTAGGGAGG,Pre-somitic mesoderm
S6 96h:TACCGGGAGACGGTCA,Pre-somitic mesoderm
S6 96h:GGGTAGAGTTGCTGAT,Caudal mesoderm
S6 96h:TGCTTGCCAACTTGGT,Pre-somitic mesoderm
S6 96h:TTCTTGACAACCACGC,Ectopic pluripotency
S6 96h:CGATGCGAGGTTTACC,Pre-somitic mesoderm
S6 96h:ACTCCCATCACCTCAC,Pre-somitic mesoderm
S6 96h:CTTTCGGCACTTTAGG,Pre-somitic mesoderm
S6 96h:TCATACTCATTCTCCG,Pre-somitic mesoderm
S6 96h:TCACTATCAACCAACT,Pre-somitic mesoderm
S6 96h:AACCCAATCTTACCGC,Pre-somitic mesoderm
S6 96h:AACCAACGTATCGTTG,Pre-somitic mesoderm
S6 96h:AAAGGTAAGGCAGGTT,Caudal mesoderm
S6 96h:ACACGCGCAGGGCTTC,Caudal mesoderm
S6 96h:GTCATTTCACTGAGTT,Pre-somitic mesoderm
S6 96h:TGGGAGAGTCTACTGA,Pre-somitic mesoderm
S6 96h:CTGGTCTGTCGGTGTC,Pre-somitic mesoderm
S6 96h:TGACGCGAGCTACTAC,Pre-somitic mesoderm
S6 96h:GGTGTCGCACGAAGAC,Pre-somitic mesoderm
S6 96h:AGCGATTTCTCCGCAT,Pre-somitic mesoderm
S6 96h:CTTCTCTTCCTCTTTC,Caudal mesoderm
S6 96h:TGGATCATCACTGATG,Caudal mesoderm
S6 96h:TTTGGTTCAGAGTCTT,Pre-somitic mesoderm
S6 96h:TCTTCCTTCAACGTGT,Caudal mesoderm
S6 96h:ACGGTCGTCTGCACCT,Caudal mesoderm
S6 96h:TTGTGGAGTAATCAAG,Pre-somitic mesoderm
S6 96h:GCCGTGATCACTCCGT,Caudal mesoderm
S6 96h:ATGCCTCAGAGCCCAA,Pre-somitic mesoderm
S6 96h:ATGAAAGAGACTGGGT,Caudal mesoderm
S6 96h:GAGACTTCATAATCGC,Pre-somitic mesoderm
S6 96h:TCCTAATAGAGTCACG,Pre-somitic mesoderm
S6 96h:AGAGAATCAGTGCGCT,Caudal mesoderm
S6 96h:GTTCTATCAGGACTTT,Pre-somitic mesoderm
S6 96h:TGAATCGGTAAGATCA,Pre-somitic mesoderm
S6 96h:CTTACCGTCCGACATA,Caudal mesoderm
S6 96h:TTTGGAGAGAACCGCA,Caudal mesoderm
S6 96h:ATTCAGGCAGGATGAC,Caudal mesoderm
S6 96h:ATCAGGTGTTTACTTC,Pre-somitic mesoderm
S6 96h:AACCATGAGGCACCAA,Caudal mesoderm
S6 96h:TTTACTGCAACAGTGG,Pre-somitic mesoderm
S6 96h:TGCAGGCTCAGATTGC,Caudal mesoderm
S6 96h:CTGGTCTCACCGTGGT,Pre-somitic mesoderm
S6 96h:ACATCGACATTCTCTA,Pre-somitic mesoderm
S6 96h:TCCATCGAGTGGCGAT,Pre-somitic mesoderm
S6 96h:AACAGGGGTACCGGAA,Pre-somitic mesoderm
S6 96h:TCCTTCTCAGCTACAT,Pre-somitic mesoderm
S6 96h:ATTCTTGTCAGCTTCC,Caudal mesoderm
S6 96h:GACCTTCGTGAGTTGG,Pre-somitic mesoderm
S6 96h:GAACACTGTGTCACAT,Ectopic pluripotency
S6 96h:TCGAACAAGATAGCTA,Pre-somitic mesoderm
S6 96h:TATCAGGCAAATCAGA,Pre-somitic mesoderm
S6 96h:TTTCCTCCAAGAGCTG,Caudal mesoderm
S6 96h:TTGCCTGTCGAGGCAA,Pre-somitic mesoderm
S6 96h:CCACAAACACCTAAAC,Pre-somitic mesoderm
S6 96h:TCGTAGAGTCATAAAG,Pre-somitic mesoderm
S6 96h:TACCGAACATCGAAGG,Gut
S6 96h:AATGAAGCAACGATCT,Pre-somitic mesoderm
S6 96h:AAGGAATTCTATTGTC,Caudal mesoderm
S6 96h:GAACTGTCAAACCACT,Pre-somitic mesoderm
S6 96h:CTCAGAAAGTCTGGTT,Pre-somitic mesoderm
S6 96h:TAACCAGTCATGCATG,Pre-somitic mesoderm
S6 96h:TTGTTGTCATCCGAGC,Pre-somitic mesoderm
S6 96h:TCATTGTAGGTCATTC,Pre-somitic mesoderm
S6 96h:TCCGGGAGTCGGATTT,Pre-somitic mesoderm
S6 96h:TCAAGTGTCTCGACGG,Pre-somitic mesoderm
S6 96h:ACGTTCCAGTCTCTGA,Caudal mesoderm
S6 96h:ACCAAACCATCGGAAG,Pre-somitic mesoderm
S6 96h:AAGTCGTAGCGTTACT,Pre-somitic mesoderm
S6 96h:ACTGCAAAGTCACACT,Caudal mesoderm
S6 96h:ATTACTCAGTCCTACA,Pre-somitic mesoderm
S6 96h:AAAGGGCTCCATTTAC,Pre-somitic mesoderm
S6 96h:CAACAGTAGATGAAGG,Pre-somitic mesoderm
S6 96h:ATCACAGTCAAGCTGT,Pre-somitic mesoderm
S6 96h:TTACTGTTCTGTGTGA,Pre-somitic mesoderm
S6 96h:TGAGACTTCGGAGTGA,Pre-somitic mesoderm
S6 96h:GTTGCTCAGGTGATAT,Pre-somitic mesoderm
S6 96h:ACGTACAAGAGTCTTC,Caudal mesoderm
S6 96h:GAGCTGCCAGGCTATT,Pre-somitic mesoderm
S6 96h:TGGTAGTAGTGATAGT,Caudal mesoderm
S6 96h:TGACGCGGTGATGTAA,Caudal mesoderm
S6 96h:TGCGACGGTGCAGTGA,Pre-somitic mesoderm
S6 96h:ATCGTCCGTCTGGTTA,Pre-somitic mesoderm
S6 96h:TGCGATAGTCCCTGAG,Pre-somitic mesoderm
S6 96h:CACCAAACACCAGTTA,Pre-somitic mesoderm
S6 96h:GTCTACCTCCACGTAA,Pre-somitic mesoderm
S6 96h:GGGTATTTCCGCTAGG,Pre-somitic mesoderm
S6 96h:AGTCATGTCGACACCG,Caudal mesoderm
S6 96h:AGACAAACAATAGGAT,Pre-somitic mesoderm
S6 96h:ATGAGTCAGGCAGTCA,Pre-somitic mesoderm
S6 96h:AGGATCTTCGTGAGAG,Caudal mesoderm
S6 96h:TTGACCCCAAATTAGG,Pre-somitic mesoderm
S6 96h:TATGTTCTCTAGAACC,Pre-somitic mesoderm
S6 96h:AGCGATTGTTGCCAAT,Pre-somitic mesoderm
S6 96h:CGTAAGTCATCGGTTA,Pre-somitic mesoderm
S6 96h:GTCATGAAGAGAGGGC,Pre-somitic mesoderm
S6 96h:GCAGGCTAGCAGGCAT,Pre-somitic mesoderm
S6 96h:CGAGGCTCAAGTCCAT,Caudal mesoderm
S6 96h:CCAATTTTCCTCCACA,Pre-somitic mesoderm
S6 96h:TGAGGTTTCGGCCCAA,Caudal mesoderm
S6 96h:TCATGAGTCTGTAACG,Pre-somitic mesoderm
S6 96h:CATTCTACAACACGAG,Caudal mesoderm
S6 96h:AGTACCAGTAGCGCCT,Pre-somitic mesoderm
S6 96h:AGGGCCTAGGCTGTAG,Pre-somitic mesoderm
S6 96h:GAACGTTTCCATCACC,Pre-somitic mesoderm
S6 96h:AGGAATATCTCTGCCA,Gut
S6 96h:GGGCCATCAAGTATAG,Caudal mesoderm
S6 96h:TCGCAGGAGCTAGCCC,Pre-somitic mesoderm
S6 96h:TACTTCATCTCTCAAT,Caudal mesoderm
S6 96h:GGAGATGAGCTACTAC,Pre-somitic mesoderm
S6 96h:CATCCCAAGCACCAGA,Caudal mesoderm
S6 96h:CCGTTCATCGTGCTCT,Pre-somitic mesoderm
S6 96h:ACAACCAGTCACAATC,Pre-somitic mesoderm
S6 96h:CCTCAACCAAGCAGGT,Pre-somitic mesoderm
S6 96h:TGGCGTGAGAGCAAGA,Caudal mesoderm
S6 96h:TGTTTGTCAGGCTTGC,Caudal mesoderm
S6 96h:GTATTGGCAGGAATCG,Caudal mesoderm
S6 96h:AATTCCTGTGCCTATA,Pre-somitic mesoderm
S6 96h:GACAGCCTCAACCCGG,Pre-somitic mesoderm
S6 96h:CATCGCTAGCAGATAT,Pre-somitic mesoderm
S6 96h:GAAACCTTCTCTCCGA,Pre-somitic mesoderm
S6 96h:CCGTTCACAGCTTTGA,Ectopic pluripotency
S6 96h:AGATGCTAGACAGCGT,Pre-somitic mesoderm
S6 96h:GGCACGTTCTTTGCAT,Pre-somitic mesoderm
S6 96h:TGCAGGCGTAACTGCT,Pre-somitic mesoderm
S6 96h:TCCTCGAGTACTAAGA,Caudal mesoderm
S6 96h:CCCGAAGCATGAGTAA,Pre-somitic mesoderm
S6 96h:CATTGTTGTAGAGGAA,Pre-somitic mesoderm
S6 96h:TCCGTGTCAATCACGT,Pre-somitic mesoderm
S6 96h:CGTCCATGTAGGCAAC,Caudal mesoderm
S6 96h:GGCTTTCTCGAATGCT,Pre-somitic mesoderm
S6 96h:GACCAATCAAAGGTTA,Caudal mesoderm
S6 96h:CCTCCTCAGCGACCCT,Gut
S6 96h:CAGCGTGAGGTAACTA,Caudal mesoderm
S6 96h:GGGCTACAGTTTGCTG,Caudal mesoderm
S6 96h:CTACATTAGTTGAAGT,Pre-somitic mesoderm
S6 96h:TGGCGTGTCGTAGGAG,Pre-somitic mesoderm
S6 96h:TAAGTCGCAGGAATAT,Pre-somitic mesoderm
S6 96h:TCACATTCATGACAGG,Caudal mesoderm
S6 96h:GGGTTTAGTCTCTCTG,Pre-somitic mesoderm
S6 96h:AGGCATTTCGGAGATG,Pre-somitic mesoderm
S6 96h:GGCGTCAAGCAATTAG,Pre-somitic mesoderm
S6 96h:ATGGATCTCAAAGAAC,Pre-somitic mesoderm
S6 96h:GGTGAAGCATACGCAT,Pre-somitic mesoderm
S6 96h:GTCATGACAATCTAGC,Pre-somitic mesoderm
S6 96h:TGATGGTGTGAGTTTC,Pre-somitic mesoderm
S6 96h:CAATGACGTGATTCAC,Pre-somitic mesoderm
S6 96h:TCATTTGGTACCATAC,Pre-somitic mesoderm
S6 96h:TCTCCGAAGGTTCACT,Pre-somitic mesoderm
S6 96h:TTTAGTCGTCAGATTC,Caudal mesoderm
S6 96h:TTTACGTGTCGGATTT,Pre-somitic mesoderm
S6 96h:CCGAACGGTTAGAAAC,Caudal mesoderm
S6 96h:TGATTCTGTCAGCTTA,Pre-somitic mesoderm
S6 96h:GTGCGTGAGAGTTGAT,Pre-somitic mesoderm
S6 96h:GATGCTACACTAGAGG,Pre-somitic mesoderm
S6 96h:TTACAGGAGCCTCATA,Caudal mesoderm
S6 96h:ATGAAAGCAACTGCTA,Pre-somitic mesoderm
S6 96h:AACACACTCGTTCGCT,Pre-somitic mesoderm
S6 96h:CGCGTGACACTGGCGT,Pre-somitic mesoderm
S6 96h:GCGGATCTCGACCAAT,Pre-somitic mesoderm
S6 96h:AAAGGATTCCATACTT,Pre-somitic mesoderm
S6 96h:GCTGGGTAGATTGACA,Pre-somitic mesoderm
S6 96h:GTAACCATCCAATGCA,Pre-somitic mesoderm
S6 96h:ATATCCTTCATACGAC,Gut
S6 96h:CATCAAGCAAGGCTTT,Pre-somitic mesoderm
S6 96h:GACATCACACGCTGTG,Pre-somitic mesoderm
S6 96h:TTTGACTCAACTCATG,Pre-somitic mesoderm
S6 96h:ATGAGGGCAACAGCCC,Pre-somitic mesoderm
S6 96h:AGGTAGGTCTACAGGT,Pre-somitic mesoderm
S6 96h:TTTGATCTCCTACTGC,Caudal mesoderm
S6 96h:TGATCTTTCCAACTAG,Pre-somitic mesoderm
S6 96h:AAGGAATCAGAAGTTA,Pre-somitic mesoderm
S6 96h:GCCGATGGTGACTAAA,Pre-somitic mesoderm
S6 96h:GACATCATCGGCTATA,Caudal mesoderm
S6 96h:GAAGAATGTCCACAGC,Pre-somitic mesoderm
S6 96h:ACTTCCGAGCGACATG,Pre-somitic mesoderm
S6 96h:TCATATCCAACAAGTA,Pre-somitic mesoderm
S6 96h:AACAGGGGTTGGCTAT,Pre-somitic mesoderm
S6 96h:TTCAGGAGTCCGTACG,Pre-somitic mesoderm
S6 96h:GATTTCTCAACTGCCG,Pre-somitic mesoderm
S6 96h:ATCCTATCAAGCGGAT,Caudal mesoderm
S6 96h:ATCGCCTGTGCCGTAC,Pre-somitic mesoderm
S6 96h:ATTCCCGTCTCCGAGG,Pre-somitic mesoderm
S6 96h:GCAGTTAAGATGCTAA,Pre-somitic mesoderm
S6 96h:CTATCCGAGCCTTCTC,Pre-somitic mesoderm
S6 96h:ACGGTTACAACAGTGG,Pre-somitic mesoderm
S6 96h:GGTGAAGAGATAACAC,Pre-somitic mesoderm
S6 96h:TTTGACTAGATGCGAC,Pre-somitic mesoderm
S6 96h:ACCACAACAGTATTCG,Pre-somitic mesoderm
S6 96h:ATTACTCCAGCGTAGA,Caudal mesoderm
S6 96h:ATGATCGCATCATCCC,Caudal mesoderm
S6 96h:TGAGACTGTAAGTTAG,Gut
S6 96h:CAGATTGTCCAAAGGG,Pre-somitic mesoderm
S6 96h:AGGTGTTGTATTTCTC,Pre-somitic mesoderm
S6 96h:GAAGTAAAGCGTGAGT,Pre-somitic mesoderm
S6 96h:TAGACTGAGCCTCACG,Pre-somitic mesoderm
S6 96h:ATTCAGGTCTGCTTAT,Pre-somitic mesoderm
S6 96h:GACCCAGTCCGTCCTA,Pre-somitic mesoderm
S6 96h:AACCATGAGCGATGCA,Pre-somitic mesoderm
S6 96h:AGTAGTCAGAGTCTGG,Pre-somitic mesoderm
S6 96h:TTCGATTTCCGCACTT,Pre-somitic mesoderm
S6 96h:AACAGGGTCTGTCCCA,Pre-somitic mesoderm
S6 96h:AGCATCAGTTGATCGT,Pre-somitic mesoderm
S6 96h:TCCTCCCAGTATCCTG,Pre-somitic mesoderm
S6 96h:TTACAGGGTAACTAAG,Pre-somitic mesoderm
S6 96h:CCCTGATAGTGGAAAG,Pre-somitic mesoderm
S6 96h:GCACATACACGGTAGA,Caudal mesoderm
S6 96h:AAATGGATCCCGTGTT,Pre-somitic mesoderm
S6 96h:CGCAGGTAGGGTTAGC,Pre-somitic mesoderm
S6 96h:AGTGTTGAGTCATTGC,Pre-somitic mesoderm
S6 96h:TTTCGATCACCGTCTT,Pre-somitic mesoderm
S6 96h:TTCACGCTCGGAAGGT,Pre-somitic mesoderm
S6 96h:GCTGCAGGTACCTGTA,Pre-somitic mesoderm
S6 96h:GCAGCTGAGCCGATAG,Pre-somitic mesoderm
S6 96h:TTTACGTTCACTCTTA,Pre-somitic mesoderm
S6 96h:AGGAATAGTTGATGTC,Pre-somitic mesoderm
S6 96h:AGGATAAAGATGCTAA,Pre-somitic mesoderm
S6 96h:ACCTGAAGTCGGTAAG,Pre-somitic mesoderm
S6 96h:GCCAACGGTTTCAGAC,Caudal mesoderm
S6 96h:TCAGTGAGTCCAAAGG,Caudal mesoderm
S6 96h:TGAGCATGTTCCACAA,Pre-somitic mesoderm
S6 96h:TTAATCCCACGCTGAC,Pre-somitic mesoderm
S6 96h:CCGATGGAGAATCCCT,Pre-somitic mesoderm
S6 96h:TCGATTTCAATAGGAT,Ectopic pluripotency
S6 96h:GTTACCCAGGCATTTC,Caudal mesoderm
S6 96h:TGTCCCATCTTCGATT,Pre-somitic mesoderm
S6 96h:TGATTTCGTAACATGA,Caudal mesoderm
S6 96h:GGTGGCTGTACGAAAT,Pre-somitic mesoderm
S6 96h:TCCCACAAGATGCGAC,Caudal mesoderm
S6 96h:TTCTAACGTCGGTAAG,Pre-somitic mesoderm
S6 96h:TGAGGAGAGATTGATG,Caudal mesoderm
S6 96h:TGAGACTAGGAGTCTG,Pre-somitic mesoderm
S6 96h:TCGCTCATCGCTAATG,Caudal mesoderm
S6 96h:AGTCTCCCACGGTCTG,Pre-somitic mesoderm
S6 96h:TTCCTCTAGTGATAGT,Caudal mesoderm
S6 96h:TGAGGTTAGATTTGCC,Pre-somitic mesoderm
S6 96h:TCAATTCTCATCGTAG,Pre-somitic mesoderm
S6 96h:TCAGTTTCACCCATAA,Pre-somitic mesoderm
S6 96h:TCCACCAAGAGCCATG,Pre-somitic mesoderm
S6 96h:AGTGCCGCAGAAATCA,Pre-somitic mesoderm
S6 96h:TACACCCCACCAGGTC,Pre-somitic mesoderm
S6 96h:CTCCACAAGAAGCTCG,Pre-somitic mesoderm
S6 96h:GATGACTTCCGAGTGC,Pre-somitic mesoderm
S6 96h:CACACAAGTGTTTACG,Caudal mesoderm
S6 96h:CTACATTGTAATGCGG,Caudal mesoderm
S6 96h:GCAACATTCTCATTTG,Pre-somitic mesoderm
S6 96h:TCGACGGGTGTGATGG,Gut
S6 96h:GCACTAACAAGGACAC,Pre-somitic mesoderm
S6 96h:ATGGAGGAGGTCTTTG,Ectopic pluripotency
S6 96h:TCCGTGTTCTGCTGAA,Pre-somitic mesoderm
S6 96h:CTCAATTCATCCGTGG,Gut
S6 96h:TTGTTCAAGACTCTAC,Pre-somitic mesoderm
S6 96h:TTTAGTCCAGAAACCG,Pre-somitic mesoderm
S6 96h:CCTTGTGCACTCCTTG,Pre-somitic mesoderm
S6 96h:TCGATTTCAATACGAA,Pre-somitic mesoderm
S6 96h:GTACAACGTACAGAAT,Pre-somitic mesoderm
S6 96h:GTGGTTACACGGTAGA,Caudal mesoderm
S6 96h:GAGACCCCACTATGTG,Pre-somitic mesoderm
S6 96h:ACTCTCGTCGAACTCA,Pre-somitic mesoderm
S6 96h:CCGATCTAGGGAGAAT,Caudal mesoderm
S6 96h:ATTCCTAAGTTATGGA,Pre-somitic mesoderm
S6 96h:AATCGTGCAAGCCTGC,Gut
S6 96h:CGGAATTGTGCATCTA,Pre-somitic mesoderm
S6 96h:ACTACGAAGCACACCC,Pre-somitic mesoderm
S6 96h:TTGCGTCCAAGGCAAC,Pre-somitic mesoderm
S6 96h:TCAGTGAAGTCATGAA,Caudal mesoderm
S6 96h:ACGCACGGTTAGGAGC,Caudal mesoderm
S6 96h:CGAATTGTCAAGCCCG,Pre-somitic mesoderm
S6 96h:TAGGAGGCAGGTTTAC,Pre-somitic mesoderm
S6 96h:ATCCATTAGTAACCGG,Pre-somitic mesoderm
S6 96h:TCAGGTACACTTTAGG,Pre-somitic mesoderm
S6 96h:TTGGGTAGTCACTAGT,Pre-somitic mesoderm
S6 96h:ACCCTTGGTCGATTAC,Pre-somitic mesoderm
S6 96h:TCACGCTAGTCCTGCG,Caudal mesoderm
S6 96h:GCCTGTTGTCTGTCAA,Caudal mesoderm
S6 96h:AAGATAGCACTCGATA,Pre-somitic mesoderm
S6 96h:TCTGTCGAGGTTAGTA,Pre-somitic mesoderm
S6 96h:TTGCCTGTCTGGGATT,Pre-somitic mesoderm
S6 96h:CAAGGGACATCATTTC,Pre-somitic mesoderm
S6 96h:AGATGAAAGTGCAAAT,Caudal mesoderm
S6 96h:TGCGGCAGTCACCGCA,Pre-somitic mesoderm
S6 96h:TGAGGTTCAAATACGA,Pre-somitic mesoderm
S6 96h:TCCGATCCACACCGAC,Pre-somitic mesoderm
S6 96h:AGGGTTTTCTGATTCT,Pre-somitic mesoderm
S6 96h:GGATCTACACCTCTAC,Caudal mesoderm
S6 96h:GCGTTTCTCAACGAGG,Caudal mesoderm
S6 96h:TTAGTCTAGCCAGTAG,Pre-somitic mesoderm
S6 96h:TCCGGGAGTGAGGATC,Pre-somitic mesoderm
S6 96h:TTACGTTCATTGCTGA,Pre-somitic mesoderm
S6 96h:ATGTCTTTCGCCTTTG,Caudal mesoderm
S6 96h:CTCAACCGTGGAGAAA,Caudal mesoderm
S6 96h:GAGGCCTAGGGCCTCT,Pre-somitic mesoderm
S6 96h:ATTCTTGGTCGTTATG,Pre-somitic mesoderm
S6 96h:TGATCAGTCTAACGCA,Caudal mesoderm
S6 96h:CTTTCGGCACGTAACT,Pre-somitic mesoderm
S6 96h:TCAATTCAGCACTCGC,Pre-somitic mesoderm
S6 96h:ATACCTTGTTTGGCTA,Pre-somitic mesoderm
S6 96h:TCGGGACTCTCTCTAA,Pre-somitic mesoderm
S6 96h:TGTTGAGGTAGGTGCA,Pre-somitic mesoderm
S6 96h:GCCAGCAGTTTCGGCG,Pre-somitic mesoderm
S6 96h:TGTCAGAAGCAGATAT,Pre-somitic mesoderm
S6 96h:TGTTTGTCAGTTGCGC,Pre-somitic mesoderm
S6 96h:AAGAACATCTTCTGGC,Caudal mesoderm
S6 96h:TCACGGGAGTATGGAT,Pre-somitic mesoderm
S6 96h:TATCTTGTCTAGCAAC,Caudal mesoderm
S6 96h:CCTCTCCAGTACAGCG,Pre-somitic mesoderm
S6 96h:GTAGGTTTCTGCGGCA,Caudal mesoderm
S6 96h:CTACATTTCTGTCGTC,Pre-somitic mesoderm
S6 96h:CAAGGGAAGGTAAGAG,Pre-somitic mesoderm
S6 96h:TTCACGCTCAAGCTGT,Pre-somitic mesoderm
S6 96h:CGGCAGTCACGTGAGA,Pre-somitic mesoderm
S6 96h:TGGCGTGTCCCAATAG,Pre-somitic mesoderm
S6 96h:AGGGCTCTCAGGTGTT,Caudal mesoderm
S6 96h:AACAACCCAGCTCCTT,Pre-somitic mesoderm
S6 96h:AAACCCATCGTCTCAC,Pre-somitic mesoderm
S6 96h:GAGGGTATCTCGCTCA,Caudal mesoderm
S6 96h:GCCTGTTTCGACATTG,Caudal mesoderm
S6 96h:GATGAGGTCCGTTGAA,Pre-somitic mesoderm
S6 96h:AAGTTCGTCCTTGGAA,Pre-somitic mesoderm
S6 96h:GACCCAGGTGAGAGGG,Pre-somitic mesoderm
S6 96h:ATCGATGCATGTAACC,Pre-somitic mesoderm
S6 96h:CTAGACAGTGTTACTG,Pre-somitic mesoderm
S6 96h:GACTATGTCAAGCTTG,Pre-somitic mesoderm
S6 96h:CTGTATTTCTAATTCC,Pre-somitic mesoderm
S6 96h:CATACAGGTACTGCGC,Pre-somitic mesoderm
S6 96h:GAGGCCTCATGACCCG,Pre-somitic mesoderm
S6 96h:TCTCTGGCATTGTCGA,Caudal mesoderm
S6 96h:ATTCTACGTTCGGTAT,Caudal mesoderm
S6 96h:AGATGAACATCATTTC,Pre-somitic mesoderm
S6 96h:GCATCTCCATACCAGT,Gut
S6 96h:CGGACACGTCGGTGTC,Pre-somitic mesoderm
S6 96h:AAGCGTTTCGCAACAT,Pre-somitic mesoderm
S6 96h:TTGGATGAGCCTCTCT,Pre-somitic mesoderm
S6 96h:TTCTTGAAGGTTGTTC,Pre-somitic mesoderm
S6 96h:GTGTCCTGTCATCCGG,Pre-somitic mesoderm
S6 96h:GAATCACAGTGTAGAT,Pre-somitic mesoderm
S6 96h:CTATCTATCCATCAGA,Pre-somitic mesoderm
S6 96h:GAGTGTTTCTGGACCG,Pre-somitic mesoderm
S6 96h:GCGGAAACAGCAGTTT,Pre-somitic mesoderm
S6 96h:ACAAAGATCTTAGCCC,Pre-somitic mesoderm
S6 96h:TTTCACAGTGCGTGCT,Pre-somitic mesoderm
S6 96h:AGATCGTAGTCAGCGA,Pre-somitic mesoderm
S6 96h:TAATTCCAGATGCCGA,Pre-somitic mesoderm
S6 96h:CGAAGTTCATTGTGCA,Pre-somitic mesoderm
S6 96h:TTACTGTGTCTTGGTA,Pre-somitic mesoderm
S6 96h:TATCCTAGTCCCGTGA,Pre-somitic mesoderm
S6 96h:ATGGAGGGTTCTCCTG,Caudal mesoderm
S6 96h:ATCGATGAGGCACGAT,Pre-somitic mesoderm
S6 96h:GATCCCTGTGCACGCT,Caudal mesoderm
S6 96h:ATACCGATCGAGGCAA,Caudal mesoderm
S6 96h:GGGAAGTTCGTCGATA,Caudal mesoderm
S6 96h:CTGCCTAAGCCTAGGA,Caudal mesoderm
S6 96h:TGTCCTGGTGGACTGA,Pre-somitic mesoderm
S6 96h:GTGGCGTGTTCCTAAG,Pre-somitic mesoderm
S6 96h:GGCGTCAAGTATTCCG,Pre-somitic mesoderm
S6 96h:AATGAAGTCTTGTTAC,Pre-somitic mesoderm
S6 96h:TACCTGCAGGTACCTT,Pre-somitic mesoderm
S6 96h:ATACCTTGTTGTGTAC,Pre-somitic mesoderm
S6 96h:GGTTAACAGTCAGGGT,Pre-somitic mesoderm
S6 96h:GTGTCCTTCAAGAGGC,Pre-somitic mesoderm
S6 96h:GAGAAATTCGTTTACT,Pre-somitic mesoderm
S6 96h:CACTTCGTCAGTGCGC,Pre-somitic mesoderm
S6 96h:TTGAGTGTCGGAGTGA,Pre-somitic mesoderm
S6 96h:TTTGGTTAGGTAGCCA,Caudal mesoderm
S6 96h:TCCACGTTCTCCACTG,Pre-somitic mesoderm
S6 96h:CCCTAACCAGCGGTCT,Pre-somitic mesoderm
S6 96h:TCATGGATCACCTTGC,Pre-somitic mesoderm
S6 96h:AGTGTTGTCCCACAGG,Pre-somitic mesoderm
S6 96h:CTTTCAACAATGGCAG,Caudal mesoderm
S6 96h:GGGTTATGTGAGAACC,Pre-somitic mesoderm
S6 96h:GTCTAGAGTGTCCATA,Pre-somitic mesoderm
S6 96h:CGTCAAACAGGTGAGT,Pre-somitic mesoderm
S6 96h:AGACCATAGACGTCCC,Pre-somitic mesoderm
S6 96h:CGTAAGTCAGGACGAT,Pre-somitic mesoderm
S6 96h:TCCCATGCAGAAGTGC,Pre-somitic mesoderm
S6 96h:GAAGGACCATTGCCGG,Caudal mesoderm
S6 96h:CGGGCATCATCCGGTG,Pre-somitic mesoderm
S6 96h:TACTTGTCACCTCAGG,Pre-somitic mesoderm
S6 96h:TCGATTTTCAGCTTCC,Pre-somitic mesoderm
S6 96h:TCCTCCCTCGTCCATC,Pre-somitic mesoderm
S6 96h:CATGCTCTCAAACTGC,Pre-somitic mesoderm
S6 96h:AAACGAAAGAGTTGCG,Gut
S6 96h:TAATCTCAGAGCCGTA,Pre-somitic mesoderm
S6 96h:GAACTGTGTGCAAGAC,Pre-somitic mesoderm
S6 96h:TGCATGAAGACAACTA,Pre-somitic mesoderm
S6 96h:TTTAGTCAGATAGCAT,Caudal mesoderm
S6 96h:GGGCTCACACCCAAGC,Pre-somitic mesoderm
S6 96h:CAGGCCACATTAAAGG,Caudal mesoderm
S6 96h:GAGTTTGTCACATTGG,Pre-somitic mesoderm
S6 96h:GTAGATCTCGATCCAA,Caudal mesoderm
S6 96h:AGGATAACAGTAGTTC,Pre-somitic mesoderm
S6 96h:CATCGCTTCTCTAGGA,Pre-somitic mesoderm
S6 96h:CCTCTAGTCTAGGAAA,Pre-somitic mesoderm
S6 96h:TTCGATTAGCTCTGTA,Pre-somitic mesoderm
S6 96h:CGTTCTGCAGTGGCTC,Pre-somitic mesoderm
S6 96h:GGAACCCGTTATAGCC,Caudal mesoderm
S6 96h:TTCTTCCGTGGAGGTT,Somite differentiation front
S6 96h:CTGAGCGGTGCTCCGA,Pre-somitic mesoderm
S6 96h:GGGCCATTCTCCGATC,Pre-somitic mesoderm
S6 96h:GATTGGTTCGAGAATA,Pre-somitic mesoderm
S6 96h:TTCGGTCTCATCACAG,Pre-somitic mesoderm
S6 96h:GCGTTTCGTCTCTCCA,Gut
S6 96h:TAAGCGTTCATCTGTT,Pre-somitic mesoderm
S6 96h:CGGGTCACATCACAGT,Pre-somitic mesoderm
S6 96h:CCACACTCAAGTAGTA,Caudal mesoderm
S6 96h:GCCCAGAGTCAAACGG,Pre-somitic mesoderm
S6 96h:TGATCTTCACCTCTAC,Caudal mesoderm
S6 96h:GCAACATTCTCAACCC,Caudal mesoderm
S6 96h:CTGCCATTCGGTCATA,Pre-somitic mesoderm
S6 96h:TGTTGAGCATACACCA,Pre-somitic mesoderm
S6 96h:TACAACGTCATTCACT,Pre-somitic mesoderm
S6 96h:CGACAGCTCTGGGATT,Pre-somitic mesoderm
S6 96h:GGGACCTCAGGCTATT,Pre-somitic mesoderm
S6 96h:TGTCCCAAGAGTCAGC,Pre-somitic mesoderm
S6 96h:TACAACGAGTAAGAGG,Pre-somitic mesoderm
S6 96h:CGCCAGACATATGGCT,Pre-somitic mesoderm
S6 96h:CCTCAGTTCTGCTTAT,Pre-somitic mesoderm
S6 96h:ATGGATCAGGTACAGC,Pre-somitic mesoderm
S6 96h:AAGTACCAGGTGCTTT,Caudal mesoderm
S6 96h:TACGGGCCATACACCA,Caudal mesoderm
S6 96h:TGTTCTAGTCGTTATG,Caudal mesoderm
S6 96h:TGCTTCGAGTTGAAGT,Pre-somitic mesoderm
S6 96h:CCTCCAACACTGTCGG,Pre-somitic mesoderm
S6 96h:TAGACCACAGCATACT,Ectopic pluripotency
S6 96h:GCCCGAAGTTAAGAAC,Pre-somitic mesoderm
S6 96h:CTACCTGTCAATCTTC,Pre-somitic mesoderm
S6 96h:TGAATGCGTTGAGGAC,Gut
S6 96h:TCGAACAAGTACAGAT,Caudal mesoderm
S6 96h:CGGAATTAGAAAGCGA,Pre-somitic mesoderm
S6 96h:TCTTCCTAGGTCGTCC,Pre-somitic mesoderm
S6 96h:CACACAAGTCGTCGGT,Pre-somitic mesoderm
S6 96h:CTCCTCCTCATGGCCG,Pre-somitic mesoderm
S6 96h:TCCCAGTCACACGTGC,Gut
S6 96h:TGGCGTGAGGTTCCAT,Caudal mesoderm
S6 96h:CGGAATTAGTAGCTCT,Pre-somitic mesoderm
S6 96h:ATCCACCGTGCATGTT,Pre-somitic mesoderm
S6 96h:ATGTCCCGTGGCACTC,Caudal mesoderm
S6 96h:AAGTTCGGTGGCTCTG,Pre-somitic mesoderm
S6 96h:GGCTTTCTCAGCATTG,Pre-somitic mesoderm
S6 96h:TGGTGATGTTGGCCGT,Pre-somitic mesoderm
S6 96h:CAACCTCCAGGTCAGA,Pre-somitic mesoderm
S6 96h:GGAGCAACAGCTGTAT,Pre-somitic mesoderm
S6 96h:AATGACCAGGTCCTGC,Pre-somitic mesoderm
S6 96h:GTGCACGAGTCATCGT,Pre-somitic mesoderm
S6 96h:AGCCAGCAGAAATTCG,Pre-somitic mesoderm
S6 96h:TTCACGCGTTGCATGT,Caudal mesoderm
S6 96h:GTAGCTAAGCAGATAT,Pre-somitic mesoderm
S6 96h:TGACTCCCATAGATGA,Pre-somitic mesoderm
S6 96h:CATAAGCCAAGGAGTC,Caudal mesoderm
S6 96h:ACAGAAATCGCCACTT,Pre-somitic mesoderm
S6 96h:CCGGACACAAGCAATA,Caudal mesoderm
S6 96h:AGGTAGGTCTTTGCTA,Pre-somitic mesoderm
S6 96h:CGCATAAAGGTGCTAG,Pre-somitic mesoderm
S6 96h:AGAGCAGGTCACAATC,Caudal mesoderm
S6 96h:GAAATGAAGAGCAGCT,Pre-somitic mesoderm
S6 96h:TTTCATGGTGTTATCG,Pre-somitic mesoderm
S6 96h:GGGACTCGTACACTCA,Pre-somitic mesoderm
S6 96h:CTGTACCCAGCAAGAC,Pre-somitic mesoderm
S6 96h:AGGTTACCACATGGTT,Pre-somitic mesoderm
S6 96h:GCCATTCTCCCATTCG,Caudal mesoderm
S6 96h:GATGATCAGCCGATTT,Pre-somitic mesoderm
S6 96h:CCACGTTTCTCGCCTA,Caudal mesoderm
S6 96h:GAGTTTGTCCACTTCG,Pre-somitic mesoderm
S6 96h:CGGGCATAGCCTCCAG,Pre-somitic mesoderm
S6 96h:TACCTGCTCACGATCA,Pre-somitic mesoderm
S6 96h:GTCGTTCCAATGGCAG,Caudal mesoderm
S6 96h:AATTTCCGTTATGTCG,Pre-somitic mesoderm
S6 96h:ATGATCGCATAGTCAC,Caudal mesoderm
S6 96h:CAGGTATAGCTCACTA,Pre-somitic mesoderm
S6 96h:AAAGTCCTCGGACGTC,Pre-somitic mesoderm
S6 96h:CATACTTAGCAACTCT,Pre-somitic mesoderm
S6 96h:CCTACGTGTCCTCCTA,Caudal mesoderm
S6 96h:AATCACGAGAACCGCA,Pre-somitic mesoderm
S6 96h:ACAAAGACAACGTATC,Pre-somitic mesoderm
S6 96h:ATTTACCGTCACCCTT,Pre-somitic mesoderm
S6 96h:ATCGGCGGTGTCTTGA,Caudal mesoderm
S6 96h:CATCAAGCAGAGACTG,Pre-somitic mesoderm
S6 96h:CCTCAACGTTAAACCC,Pre-somitic mesoderm
S6 96h:GTCCTCACAGCGGTCT,Pre-somitic mesoderm
S6 96h:CCCATTGGTTTACTGG,Pre-somitic mesoderm
S6 96h:CTCCCAAAGTTCCAGT,Caudal mesoderm
S6 96h:ACCATTTTCCAAGAGG,Pre-somitic mesoderm
S6 96h:TGGTGATCAATGCTCA,Pre-somitic mesoderm
S6 96h:GAATAGAAGTCATACC,Pre-somitic mesoderm
S6 96h:CCACTTGCATGTGACT,Pre-somitic mesoderm
S6 96h:GTAAGTCTCAACACCA,Gut
S6 96h:TAGAGTCCACTTGAGT,Gut
S6 96h:CTGTCGTCATACGCAT,Pre-somitic mesoderm
S6 96h:GGAGGTAGTTGCTGAT,Pre-somitic mesoderm
S6 96h:GACCCAGTCGAAGCCC,Pre-somitic mesoderm
S6 96h:AGTTCCCCAAAGTATG,Pre-somitic mesoderm
S6 96h:CACCAAAAGCCTCCAG,Pre-somitic mesoderm
S6 96h:CAGCAGCCAGCCGTCA,Caudal mesoderm
S6 96h:CAGAGCCAGCTGTTCA,Ectopic pluripotency
S6 96h:GTCACTCTCGCCCAGA,Caudal mesoderm
S6 96h:CTCATCGTCACCTCGT,Caudal mesoderm
S6 96h:TGGTACAAGAAATGGG,Pre-somitic mesoderm
S6 96h:CGGACACTCTCTCTTC,Pre-somitic mesoderm
S6 96h:CCCTCTCGTCAGTTTG,Caudal mesoderm
S6 96h:GCTACCTGTGAGGATC,Pre-somitic mesoderm
S6 96h:AATCGACTCGGACGTC,Pre-somitic mesoderm
S6 96h:TATCAGGAGGAACGCT,Pre-somitic mesoderm
S6 96h:GGGTCTGTCTCAGGCG,Pre-somitic mesoderm
S6 96h:ATCGTCCCAAATGAGT,Pre-somitic mesoderm
S6 96h:TCTTAGTCATCAGCGC,Caudal mesoderm
S6 96h:CTGCCTAAGCACTCGC,Pre-somitic mesoderm
S6 96h:GGCTTTCTCAATCTTC,Pre-somitic mesoderm
S6 96h:GAAGAATGTTTGTTGG,Pre-somitic mesoderm
S6 96h:GGGCGTTCAATTCACG,Pre-somitic mesoderm
S6 96h:TGTACAGTCATTACTC,Pre-somitic mesoderm
S6 96h:ATTCGTTCATGTTCAG,Pre-somitic mesoderm
S6 96h:TGGATCAGTAGAGACC,Pre-somitic mesoderm
S6 96h:TACGGTACAATGAGCG,Pre-somitic mesoderm
S6 96h:GATTGGTAGGGCAATC,Pre-somitic mesoderm
S6 96h:GCCAGGTTCTGGCCGA,Pre-somitic mesoderm
S6 96h:TGACTCCGTACACGTT,Pre-somitic mesoderm
S6 96h:TCACGGGGTGGTAACG,Pre-somitic mesoderm
S6 96h:TACAACGCAACTGGTT,Pre-somitic mesoderm
S6 96h:GTGTCCTAGCCAGACA,Pre-somitic mesoderm
S6 96h:GTTGCTCAGCACACCC,Pre-somitic mesoderm
S6 96h:GATGAGGAGGTGCCTC,Pre-somitic mesoderm
S6 96h:ACTCTCGGTCTACGTA,Pre-somitic mesoderm
S6 96h:GCTGGGTTCACAATGC,Pre-somitic mesoderm
S6 96h:GCTACAAAGGACTGGT,Pre-somitic mesoderm
S6 96h:GTGTGGCCAGCATCTA,Caudal mesoderm
S6 96h:TTGTGGAAGATCCCGC,Pre-somitic mesoderm
S6 96h:TCATATCCAGCACACC,Pre-somitic mesoderm
S6 96h:TCATTTGCAGCAGTTT,Caudal mesoderm
S6 96h:CGTGCTTCAGCAGTCC,Pre-somitic mesoderm
S6 96h:CGACAGCTCGCTTGCT,Pre-somitic mesoderm
S6 96h:CGTTCTGTCGCTCTAC,Caudal mesoderm
S6 96h:TACGGGCTCTTGAGCA,Pre-somitic mesoderm
S6 96h:CGAGGAACAGACGGAT,Caudal mesoderm
S6 96h:AAGTCGTCATGTCGTA,Caudal mesoderm
S6 96h:CTAGACAAGAAGAACG,Pre-somitic mesoderm
S6 96h:CATCGGGAGCCGTTGC,Pre-somitic mesoderm
S6 96h:ATGTCCCGTCGGTGAA,Caudal mesoderm
S6 96h:CTGTGGGCATGGGTCC,Pre-somitic mesoderm
S6 96h:AGCTACAAGTCCGCCA,Gut
S6 96h:GATCAGTCATACCATG,Pre-somitic mesoderm
S6 96h:CGTTAGATCCGATAAC,Caudal mesoderm
S6 96h:GTGTTCCTCAGCTGTA,Pre-somitic mesoderm
S6 96h:GGACGTCAGCTAAACA,Pre-somitic mesoderm
S6 96h:GGTAATCCATGCGGTC,Pre-somitic mesoderm
S6 96h:GTCTAGAAGACTCGAG,Pre-somitic mesoderm
S6 96h:CACCAAAGTATGTCAC,Caudal mesoderm
S6 96h:AGCTCAAGTCGTCGGT,Gut
S6 96h:CAATCGAAGAGTGTGC,Pre-somitic mesoderm
S6 96h:CCTATCGCAAACTAGA,Caudal mesoderm
S6 96h:AGTACCACACGGGCTT,Pre-somitic mesoderm
S6 96h:GTAAGTCGTACAAAGT,Pre-somitic mesoderm
S6 96h:CTGTATTGTTGTGTTG,Pre-somitic mesoderm
S6 96h:CTGTGGGCAAGGGCAT,Caudal mesoderm
S6 96h:GGTTAACGTCAACGCC,Pre-somitic mesoderm
S6 96h:AGGTTGTAGTAAACAC,Caudal mesoderm
S6 96h:GGGAAGTTCAAGGACG,Caudal mesoderm
S6 96h:CTCCTCCGTATTTCCT,Pre-somitic mesoderm
S6 96h:CTGTATTAGCGATGCA,Pre-somitic mesoderm
S6 96h:TGGTGATCAAGCTCTA,Pre-somitic mesoderm
S6 96h:AGAACAATCCCTCATG,Pre-somitic mesoderm
S6 96h:CTCAGTCCAGAGGGTT,Pre-somitic mesoderm
S6 96h:CTTCTCTCATCAGTGT,Caudal mesoderm
S6 96h:AATCGACCAGGACATG,Caudal mesoderm
S6 96h:GATAGCTAGTCGGCAA,Pre-somitic mesoderm
S6 96h:CTCGAGGTCTTCGGAA,Pre-somitic mesoderm
S6 96h:GCTGGGTTCTAGTACG,Pre-somitic mesoderm
S6 96h:CTATAGGTCGTCGCTT,Pre-somitic mesoderm
S6 96h:ACTATGGCAGTAGATA,Pre-somitic mesoderm
S6 96h:CTCATCGAGGGACACT,Pre-somitic mesoderm
S6 96h:TCATTTGGTATCCCTC,Pre-somitic mesoderm
S6 96h:TTCACCGAGGCTGTAG,Gut
S6 96h:GCTCAAAAGGGCATGT,Pre-somitic mesoderm
S6 96h:ATCCATTTCCGTGCGA,Caudal mesoderm
S6 96h:GAGTCTAGTACTCGAT,Pre-somitic mesoderm
S6 96h:CATAGACGTGGGCTCT,Pre-somitic mesoderm
S6 96h:TCTCACGTCAGCCCAG,Pre-somitic mesoderm
S6 96h:TCGGATAAGTAGATCA,Somite differentiation front
S6 96h:TACGCTCAGGTTGTTC,Caudal mesoderm
S6 96h:TGTAACGCACTCTCGT,Somite differentiation front
S6 96h:ATGCATGTCTCCCAAC,Pre-somitic mesoderm
S6 96h:TTGCTGCGTTCTCCAC,Pre-somitic mesoderm
S6 96h:AAGTTCGCAATCGAAA,Pre-somitic mesoderm
S6 96h:CGTGAATAGTTCCATG,Gut
S6 96h:TACCCACTCCGCGAGT,Caudal mesoderm
S6 96h:CCTCCAAAGTCTCCTC,Pre-somitic mesoderm
S6 96h:CATACCCAGGTAAAGG,Pre-somitic mesoderm
S6 96h:TGTGAGTCAGGATCTT,Caudal mesoderm
S6 96h:CTTGAGATCTGTACAG,Pre-somitic mesoderm
S6 96h:TGCCGAGCATCAGCTA,Pre-somitic mesoderm
S6 96h:TTGGGTATCTCATTTG,Pre-somitic mesoderm
S6 96h:AGTGACTGTGTCTCCT,Pre-somitic mesoderm
S6 96h:GCCAACGAGGCCCGTT,Pre-somitic mesoderm
S6 96h:ATCCCTGTCCCTCGAT,Pre-somitic mesoderm
S6 96h:AGAGCCCCACTACCGG,Pre-somitic mesoderm
S6 96h:ACTGCAAAGGTTGGTG,Pre-somitic mesoderm
S6 96h:GTGCGTGGTGCCAAGA,Pre-somitic mesoderm
S6 96h:GGCAGTCTCTAAGCCA,Pre-somitic mesoderm
S6 96h:TGCACGGGTCCTCCAT,Caudal mesoderm
S6 96h:CAGCAGCGTCCGACGT,Pre-somitic mesoderm
S6 96h:GAAGCGAAGTGCTACT,Pre-somitic mesoderm
S6 96h:AGCTCAAGTGTCTTCC,Pre-somitic mesoderm
S6 96h:GAGACTTAGCTAAATG,Pre-somitic mesoderm
S6 96h:GATCAGTGTTAAGAAC,Pre-somitic mesoderm
S6 96h:TCCATCGGTAGGAAAG,Pre-somitic mesoderm
S6 96h:TGAGGTTCAAACCACT,Pre-somitic mesoderm
S6 96h:TCAAGTGGTGGAGAAA,Pre-somitic mesoderm
S6 96h:ACCCTCATCCTTTGAT,Pre-somitic mesoderm
S6 96h:CTGCCATCAGGCTATT,Pre-somitic mesoderm
S6 96h:AGGTCTATCCGACGGT,Pre-somitic mesoderm
S6 96h:TCTATCACACTCCTGT,Pre-somitic mesoderm
S6 96h:GTCATTTAGATGACCG,Pre-somitic mesoderm
S6 96h:CAACAACTCTCTGACC,Pre-somitic mesoderm
S6 96h:GACCGTGAGTCGAAGC,Caudal mesoderm
S6 96h:CCGGGTACACGCTGTG,Pre-somitic mesoderm
S6 96h:TTACCATAGTTAACAG,Pre-somitic mesoderm
S6 96h:GGTGGCTTCGCTGTTC,Caudal mesoderm
S6 96h:ATGTCCCGTGCGGATA,Caudal mesoderm
S6 96h:CGAGGAAGTAGATTAG,Pre-somitic mesoderm
S6 96h:GACGTTACATAAGCGG,Pre-somitic mesoderm
S6 96h:CATCGCTTCTGCGTCT,Caudal mesoderm
S6 96h:CTCTCAGCACCAGTAT,Pre-somitic mesoderm
S6 96h:TCGTAGAAGTGCTACT,Pre-somitic mesoderm
S6 96h:GTTATGGTCGGACGTC,Pre-somitic mesoderm
S6 96h:AGAAGTAGTTAAGAAC,Pre-somitic mesoderm
S6 96h:ATCCGTCCAGTGCCTG,Pre-somitic mesoderm
S6 96h:AGGTTACGTCCTGTTC,Caudal mesoderm
S6 96h:CCCGGAATCCACGGGT,Pre-somitic mesoderm
S6 96h:CACCAAAAGAGGTTAT,Pre-somitic mesoderm
S6 96h:CCTCCAACAAGCTGTT,Pre-somitic mesoderm
S6 96h:GGGAGATTCAGACCGC,Pre-somitic mesoderm
S6 96h:CCCGGAAAGGCATCGA,Caudal mesoderm
S6 96h:TTCAATCAGTAGATCA,Pre-somitic mesoderm
S6 96h:AGTTAGCGTCCACGCA,Caudal mesoderm
S6 96h:ATCCCTGTCGTAGTGT,Pre-somitic mesoderm
S6 96h:ACATCCCGTTGACTAC,Pre-somitic mesoderm
S6 96h:AATGGAACAGGTGTTT,Pre-somitic mesoderm
S6 96h:TTTGGAGTCGCGCTGA,Pre-somitic mesoderm
S6 96h:AGCTCAATCTCCCATG,Pre-somitic mesoderm
S6 96h:TTCCGGTCATCCGTTC,Pre-somitic mesoderm
S6 96h:TCGGGCAAGAGGTATT,Pre-somitic mesoderm
S6 96h:TCTGCCACACCAAATC,Caudal mesoderm
S6 96h:TGTGAGTGTTAAGCAA,Caudal mesoderm
S6 96h:CCCTAACAGGGACACT,Caudal mesoderm
S6 96h:TTACCATTCCACTAGA,Gut
S6 96h:AAAGTGAAGGGAGTGG,Pre-somitic mesoderm
S6 96h:CCTCTAGCAACGACAG,Pre-somitic mesoderm
S6 96h:TGATTTCTCCATCCGT,Pre-somitic mesoderm
S6 96h:GGGAGTATCACGTAGT,Ectopic pluripotency
S6 96h:TAGCACAAGACGGTCA,Pre-somitic mesoderm
S6 96h:GCCATTCCAAGAGAGA,Pre-somitic mesoderm
S6 96h:TCTATCAGTAACAAGT,Pre-somitic mesoderm
S6 96h:TTTCGATCAAAGCGTG,Pre-somitic mesoderm
S6 96h:CACGGGTTCGCTTACC,Pre-somitic mesoderm
S6 96h:TCACAAGCATCTCGTC,Pre-somitic mesoderm
S6 96h:AGGTTGTAGAGTTGAT,Caudal mesoderm
S6 96h:ACTGTCCGTATCGATC,Pre-somitic mesoderm
S6 96h:TGGTTAGTCGCAATTG,Pre-somitic mesoderm
S6 96h:CTGGTCTGTCCTTAAG,Caudal mesoderm
S6 96h:TCCGTGTCAGCAGATG,Pre-somitic mesoderm
S6 96h:AAGTTCGGTCTATGAC,Caudal mesoderm
S6 96h:GTAATCGTCTGGGCGT,Pre-somitic mesoderm
S6 96h:CCATAAGCATGGCCAC,Pre-somitic mesoderm
S6 96h:ATTTCTGGTACGGATG,Pre-somitic mesoderm
S6 96h:TTCATTGTCGACGAGA,Pre-somitic mesoderm
S6 96h:GTGGGAAGTGAATATG,Pre-somitic mesoderm
S6 96h:AAACCCAAGAAGCCTG,Caudal mesoderm
S6 96h:TGGGAAGAGGACAACC,Pre-somitic mesoderm
S6 96h:CAAGCTACAACCACGC,Pre-somitic mesoderm
S6 96h:TTAGGCACAATCGCAT,Gut
S6 96h:CATTGCCCAAGTGTCT,Pre-somitic mesoderm
S6 96h:AAGTTCGCAAACTAGA,Pre-somitic mesoderm
S6 96h:AAGGTAAGTGTAACGG,Caudal mesoderm
S6 96h:GGCAGTCAGAGTGTTA,Pre-somitic mesoderm
S6 96h:GTCACGGCAATTCTTC,Caudal mesoderm
S6 96h:GCTACAAAGATGATTG,Caudal mesoderm
S6 96h:ACACAGTGTTAGAGTA,Pre-somitic mesoderm
S6 96h:CTACCCATCTGAGGTT,Pre-somitic mesoderm
S6 96h:TGGGAGATCGTCCTTG,Pre-somitic mesoderm
S6 96h:ATGACCAAGGCTATCT,Pre-somitic mesoderm
S6 96h:CCTCATGAGGGCGAGA,Pre-somitic mesoderm
S6 96h:ACACGCGTCTGTCCCA,Pre-somitic mesoderm
S6 96h:CGAGAAGCAAAGAACT,Pre-somitic mesoderm
S6 96h:TGGATGTTCCTCTAAT,Pre-somitic mesoderm
S6 96h:GTACAACTCTGTCCGT,Pre-somitic mesoderm
S6 96h:TCTATACTCTACTTCA,Pre-somitic mesoderm
S6 96h:CCGGACATCGGTGCAC,Pre-somitic mesoderm
S6 96h:ACAGGGAAGATCACTC,Caudal mesoderm
S6 96h:ACCCTCAAGACGCTCC,Pre-somitic mesoderm
S6 96h:AGGACTTAGAAACTCA,Pre-somitic mesoderm
S6 96h:GATGTTGAGGTAATCA,Gut
S6 96h:AGGCATTTCCGTAGGC,Pre-somitic mesoderm
S6 96h:CATACAGTCGGAGTGA,Pre-somitic mesoderm
S6 96h:AGAGAGCAGGGTATAT,Pre-somitic mesoderm
S6 96h:AAAGGGCTCAACCTCC,Pre-somitic mesoderm
S6 96h:CTTCGGTCATTGAAGA,Caudal mesoderm
S6 96h:ATGAGGGAGTATGACA,Pre-somitic mesoderm
S6 96h:TACTTACGTTACGATC,Pre-somitic mesoderm
S6 96h:GGGTGAACATGCGTGC,Caudal mesoderm
S6 96h:TCAGTCCCAATGCAGG,Pre-somitic mesoderm
S6 96h:TTAGTCTGTTCTCCCA,Pre-somitic mesoderm
S6 96h:AGAGAGCAGTACAGCG,Caudal mesoderm
S6 96h:GGGAGATAGTATAGAC,Pre-somitic mesoderm
S6 96h:TCAGTGAGTACCCGCA,Pre-somitic mesoderm
S6 96h:CGAGTGCTCTAGACCA,Pre-somitic mesoderm
S6 96h:CCTAAGACAATCGTCA,Pre-somitic mesoderm
S6 96h:GTATTGGCACTTGGGC,Pre-somitic mesoderm
S6 96h:CTCACTGAGAGTCGAC,Pre-somitic mesoderm
S6 96h:CGAATTGAGATTGAGT,Pre-somitic mesoderm
S6 96h:GCAGGCTAGAGGTGCT,Caudal mesoderm
S6 96h:GAGTTGTGTACAGTTC,Caudal mesoderm
S6 96h:GGGTATTTCGAGCCAC,Pre-somitic mesoderm
S6 96h:CTATCCGAGGGACCAT,Caudal mesoderm
S6 96h:AGGTGTTCACACTTAG,Pre-somitic mesoderm
S6 96h:TGTGAGTAGACGAGCT,Somite differentiation front
S6 96h:AGCTACACACACACTA,Pre-somitic mesoderm
S6 96h:ATACCGATCATGCCGG,Pre-somitic mesoderm
S6 96h:ATACCGACACTACACA,Gut
S6 96h:TGAGTCACACCTTCGT,Pre-somitic mesoderm
S6 96h:CAACAGTAGGTCGAGT,Caudal mesoderm
S6 96h:GAAGAATTCACCCTGT,Pre-somitic mesoderm
S6 96h:TTGGGCGGTTGCGAAG,Pre-somitic mesoderm
S6 96h:TGTGCGGGTTCGGTCG,Pre-somitic mesoderm
S6 96h:AGCGCTGTCTCGCGTT,Caudal mesoderm
S6 96h:GCATCTCGTACCTGTA,Pre-somitic mesoderm
S6 96h:GACTCAAGTCAATCTG,Pre-somitic mesoderm
S6 96h:TCTACATTCTGCCTGT,Pre-somitic mesoderm
S6 96h:TGACGCGCAGGTTCCG,Pre-somitic mesoderm
S6 96h:ATTCAGGGTGACAACG,Pre-somitic mesoderm
S6 96h:GAGTTGTAGCTTAGTC,Caudal mesoderm
S6 96h:AGGAATACAAATCAAG,Pre-somitic mesoderm
S6 96h:TTTCATGCAGGAACCA,Pre-somitic mesoderm
S6 96h:ATCATTCCAGCTCGGT,Pre-somitic mesoderm
S6 96h:GATAGAAGTGCAAGAC,Pre-somitic mesoderm
S6 96h:GTTCGCTAGCGTTGTT,Pre-somitic mesoderm
S6 96h:TGTCCACCATCTGTTT,Pre-somitic mesoderm
S6 96h:GTCTACCCAGCGTTTA,Pre-somitic mesoderm
S6 96h:CATTGTTTCAGAGCAG,Caudal mesoderm
S6 96h:ATACTTCCAGAAACCG,Pre-somitic mesoderm
S6 96h:ACGGAAGCAGAACTTC,Pre-somitic mesoderm
S6 96h:CATGGTAAGCCGAATG,Caudal mesoderm
S6 96h:TCATGGAGTCTGTCAA,Caudal mesoderm
S6 96h:GGGTCACTCGCCTTGT,Pre-somitic mesoderm
S6 96h:ATCGGCGAGAATCGAT,Pre-somitic mesoderm
S6 96h:ATATCCTCACCACTGG,Pre-somitic mesoderm
S6 96h:GTGTAACCAGCTCCTT,Pre-somitic mesoderm
S6 96h:AGTTAGCAGTCGAGGT,Pre-somitic mesoderm
S6 96h:ATCCCTGAGTCACAGG,Pre-somitic mesoderm
S6 96h:TAAGTCGTCCATACTT,Pre-somitic mesoderm
S6 96h:CTGCCTACAACGGCTC,Pre-somitic mesoderm
S6 96h:CCGTGAGAGTTCTACG,Pre-somitic mesoderm
S6 96h:CTGTAGAAGGCATCTT,Pre-somitic mesoderm
S6 96h:CTCATTATCCCGTGAG,Pre-somitic mesoderm
S6 96h:CAGCAATAGATGTTCC,Pre-somitic mesoderm
S6 96h:CCTCCTCCAGCACCCA,Pre-somitic mesoderm
S6 96h:CCGGTGAGTTGCGGAA,Pre-somitic mesoderm
S6 96h:CCTCAACCATTCTGTT,Caudal mesoderm
S6 96h:AAAGGGCTCCCAATAG,Somite differentiation front
S6 96h:CACTGGGAGGTGCTTT,Gut
S6 96h:TACCCACGTGGTACAG,Pre-somitic mesoderm
S6 96h:CCTCAGTGTCCACTTC,Pre-somitic mesoderm
S6 96h:TTCATGTTCTACACAG,Pre-somitic mesoderm
S6 96h:CTGTGGGAGGCTTTCA,Pre-somitic mesoderm
S6 96h:CTCACTGTCTGAGATC,Pre-somitic mesoderm
S6 96h:GTAACCAGTGGGTATG,Caudal mesoderm
S6 96h:ACTTATCCATGCAGGA,Pre-somitic mesoderm
S6 96h:GGATCTAAGCGCTGAA,Pre-somitic mesoderm
S6 96h:ACATCCCGTTAGGGTG,Pre-somitic mesoderm
S6 96h:GTTGTGACAAGATGGC,Pre-somitic mesoderm
S6 96h:CATCGTCCAACAAGTA,Pre-somitic mesoderm
S6 96h:CTCTCGAAGAAAGTCT,Pre-somitic mesoderm
S6 96h:TTGAGTGGTGAGAACC,Pre-somitic mesoderm
S6 96h:CAGCGTGCAGGCACTC,Pre-somitic mesoderm
S6 96h:GATGATCTCTAGACCA,Caudal mesoderm
S6 96h:TCGACGGGTACCTAAC,Pre-somitic mesoderm
S6 96h:TCCGATCCAGCACACC,Pre-somitic mesoderm
S6 96h:CTTTCGGAGCTACGTT,Caudal mesoderm
S6 96h:TACTTACAGTGAATAC,Caudal mesoderm
S6 96h:GACTCTCGTGTCTAAC,Pre-somitic mesoderm
S6 96h:CTGCAGGCAACGACTT,Pre-somitic mesoderm
S6 96h:TTGTTTGGTATCGCGC,Pre-somitic mesoderm
S6 96h:CCGTTCAAGCTAGATA,Pre-somitic mesoderm
S6 96h:ACCTGAATCAGTGGGA,Caudal mesoderm
S6 96h:ATCGATGTCTACCAGA,Pre-somitic mesoderm
S6 96h:TTTGTTGTCTTGCGCT,Pre-somitic mesoderm
S6 96h:ACTGTCCCATCACCAA,Pre-somitic mesoderm
S6 96h:GTGTTCCGTAGGTCAG,Pre-somitic mesoderm
S6 96h:GATGATCCAATTGCTG,Pre-somitic mesoderm
S6 96h:CTTCTAAGTCCTACAA,Pre-somitic mesoderm
S6 96h:AACTTCTGTATACAGA,Caudal mesoderm
S6 96h:CAGGGCTCAACGATTC,Pre-somitic mesoderm
S6 96h:ATCAGGTTCAACCTTT,Pre-somitic mesoderm
S6 96h:CTCTCAGAGGACGCAT,Pre-somitic mesoderm
S6 96h:TTCCGTGTCACTGGTA,Caudal mesoderm
S6 96h:TGGATCAGTGGGTATG,Caudal mesoderm
S6 96h:GTGAGCCAGTTCATCG,Pre-somitic mesoderm
S6 96h:GCGTTTCCACGTACAT,Caudal mesoderm
S6 96h:GCGGAAAAGTTCCTGA,Ectopic pluripotency
S6 96h:TGAGCATCAGTAGATA,Pre-somitic mesoderm
S6 96h:CGGAACCTCAAGTCGT,Pre-somitic mesoderm
S6 96h:TTGTTCAGTATGAGCG,Pre-somitic mesoderm
S6 96h:ACTTAGGGTGCAGGAT,Caudal mesoderm
S6 96h:TGATTTCCAACTGAAA,Pre-somitic mesoderm
S6 96h:CATGAGTAGCCGATCC,Pre-somitic mesoderm
S6 96h:GCACATATCGACCTAA,Pre-somitic mesoderm
S6 96h:TGTTGGAGTGTCGCTG,Pre-somitic mesoderm
S6 96h:GGAGGTAGTGTGTCGC,Pre-somitic mesoderm
S6 96h:AGTCACATCAGTGTCA,Pre-somitic mesoderm
S6 96h:AATTCCTTCATTCGGA,Pre-somitic mesoderm
S6 96h:TGAGCGCAGAGTTGTA,Gut
S6 96h:GCCCAGACAGCATCTA,Pre-somitic mesoderm
S6 96h:TCAAGACTCGGTGAAG,Pre-somitic mesoderm
S6 96h:GTGTGGCTCGAATCCA,Caudal mesoderm
S6 96h:CATTCATGTTGGGTAG,Caudal mesoderm
S6 96h:ACCTGTCTCAAAGGAT,Caudal mesoderm
S6 96h:TAGTGCACAGACGCTC,Caudal mesoderm
S6 96h:TGCTCCACACCTGATA,Pre-somitic mesoderm
S6 96h:CTATCCGGTTATCCAG,Pre-somitic mesoderm
S6 96h:ATGGTTGCAATCTGCA,Pre-somitic mesoderm
S6 96h:ATGGGTTTCGTAGTGT,Caudal mesoderm
S6 96h:GATCACACACTACAGT,Pre-somitic mesoderm
S6 96h:AGGTAGGAGTTGCGAG,Pre-somitic mesoderm
S6 96h:CTCTGGTTCGTCAGAT,Pre-somitic mesoderm
S6 96h:GCTTCACAGACTCAAA,Caudal mesoderm
S6 96h:CATCCACCAATTTCGG,Pre-somitic mesoderm
S6 96h:TCACGGGAGTGCAACG,Gut
S6 96h:GATAGAATCGTCAACA,Pre-somitic mesoderm
S6 96h:TCTATCAGTCGAACAG,Pre-somitic mesoderm
S6 96h:TCGTCCAGTCACTCGG,Pre-somitic mesoderm
S6 96h:CTCCACAGTTCTCGTC,Pre-somitic mesoderm
S6 96h:TCGATTTCATTGCTGA,Pre-somitic mesoderm
S6 96h:GCACTAAAGTCGCCAC,Pre-somitic mesoderm
S6 96h:GTGTGGCGTGACATCT,Pre-somitic mesoderm
S6 96h:TACACCCAGTTCGCAT,Pre-somitic mesoderm
S6 96h:GACTCTCCAATGGCAG,Pre-somitic mesoderm
S6 96h:ACGGTCGCATGTTCGA,Gut
S6 96h:TTGCATTTCGTTAGTG,Pre-somitic mesoderm
S6 96h:TGCCGAGAGTCAGCGA,Pre-somitic mesoderm
S6 96h:TATCTGTAGATTACCC,Pre-somitic mesoderm
S6 96h:TTAATCCCACAAATCC,Pre-somitic mesoderm
S6 96h:CACGTTCCAAATCAAG,Pre-somitic mesoderm
S6 96h:AATAGAGGTATCAAGA,Caudal mesoderm
S6 96h:AAGACTCTCGTCTAAG,Pre-somitic mesoderm
S6 96h:AGGATCTGTACGCGTC,Pre-somitic mesoderm
S6 96h:CAACGATTCCTGTTGC,Pre-somitic mesoderm
S6 96h:TGAATGCGTAGACGTG,Pre-somitic mesoderm
S6 96h:TCATTACCAAGAGTTA,Pre-somitic mesoderm
S6 96h:GGTAGAGCAAGCTACT,Caudal mesoderm
S6 96h:AGCGCTGCAAGTGGGT,Pre-somitic mesoderm
S6 96h:AACCTTTGTCTCGGGT,Pre-somitic mesoderm
S6 96h:GTGACGCTCGGATACT,Pre-somitic mesoderm
S6 96h:GGAGCAACAGCAGATG,Pre-somitic mesoderm
S6 96h:ATCTTCATCGTGCAGC,Pre-somitic mesoderm
S6 96h:TGCGATATCAACGCTA,Pre-somitic mesoderm
S6 96h:GATGTTGGTCGCCACA,Caudal mesoderm
S6 96h:ACGGTTAGTCGTCTCT,Pre-somitic mesoderm
S6 96h:GCGGAAATCCATGATG,Somite differentiation front
S6 96h:GTGCAGCTCGCGTGCA,Pre-somitic mesoderm
S6 96h:AAAGTCCAGCGAGGAG,Caudal mesoderm
S6 96h:GGAGAACTCTTGGATG,Pre-somitic mesoderm
S6 96h:CAAGAGGCAGGTGACA,Pre-somitic mesoderm
S6 96h:CGGCAGTGTCATAACC,Caudal mesoderm
S6 96h:CATACTTGTGATGAAT,Ectopic pluripotency
S6 96h:GGGATCCGTATCGTTG,Caudal mesoderm
S6 96h:GTCTAGAAGAACAGGA,Caudal mesoderm
S6 96h:AATGACCCATGAAAGT,Pre-somitic mesoderm
S6 96h:GACTCTCAGGCCTGAA,Pre-somitic mesoderm
S6 96h:GAACGTTCATGGGTTT,Pre-somitic mesoderm
S6 96h:TGCTCGTAGTGATTCC,Caudal mesoderm
S6 96h:CAGCACGTCTAAGAAG,Caudal mesoderm
S6 96h:TGTAAGCAGATCCGAG,Pre-somitic mesoderm
S6 96h:AAAGGTATCAAGAGGC,Caudal mesoderm
S6 96h:GGTTAACTCAGCCCAG,Pre-somitic mesoderm
S6 96h:AGCGATTGTCCGGATC,Pre-somitic mesoderm
S6 96h:TTAATCCCAACTACGT,Pre-somitic mesoderm
S6 96h:AATGAAGGTGCGTCGT,Pre-somitic mesoderm
S6 96h:TTACGCCAGCATCAAA,Pre-somitic mesoderm
S6 96h:TTCACCGCAGCGTAGA,Caudal mesoderm
S6 96h:CAAGAGGAGCGCACAA,Caudal mesoderm
S6 96h:GTCTCACGTGCCTTCT,Caudal mesoderm
S6 96h:AAAGGTACAACGGTAG,Pre-somitic mesoderm
S6 96h:GAGGGATCAGGCGTTC,Pre-somitic mesoderm
S6 96h:TAACTTCAGAGGCGGA,Pre-somitic mesoderm
S6 96h:TGGGATTTCTCTTCAA,Pre-somitic mesoderm
S6 96h:GTGTGGCTCGGACTGC,Caudal mesoderm
S6 96h:ACACAGTAGTAGGATT,Pre-somitic mesoderm
S6 96h:TCTCAGCTCAAGTTGC,Caudal mesoderm
S6 96h:TACCCACCAGCGTTTA,Caudal mesoderm
S6 96h:TGTAGACTCCACCCTA,Gut
S6 96h:CTCCAACGTCGAGCTC,Pre-somitic mesoderm
S6 96h:AAGCGTTAGATTGATG,Pre-somitic mesoderm
S6 96h:TCGACGGCAGACCATT,Ectopic pluripotency
S6 96h:CTGAGCGAGATCGCTT,Caudal mesoderm
S6 96h:TCCTTTCTCCCGAAAT,Pre-somitic mesoderm
S6 96h:AAACCCATCTTACCAT,Pre-somitic mesoderm
S6 96h:TATCAGGTCGCACTCT,Pre-somitic mesoderm
S6 96h:GCATCGGCAGTCGGTC,Pre-somitic mesoderm
S6 96h:ACTACGAGTCCACACG,Pre-somitic mesoderm
S6 96h:AAGAACAAGCTCACTA,Pre-somitic mesoderm
S6 96h:TAACGACCAGAACTCT,Pre-somitic mesoderm
S6 96h:ATGGGAGGTGTCTTCC,Pre-somitic mesoderm
S6 96h:CACGTGGGTAAGCTCT,Pre-somitic mesoderm
S6 96h:TTTACCAAGTCATAGA,Pre-somitic mesoderm
S6 96h:CATCCCATCCGTGACG,Pre-somitic mesoderm
S6 96h:TCAGCAATCGAGATAA,Pre-somitic mesoderm
S6 96h:GTTACAGGTCGTTGCG,Pre-somitic mesoderm
S6 96h:CATTTCAAGACCATGG,Pre-somitic mesoderm
S6 96h:GGGTAGAGTGTGTGGA,Pre-somitic mesoderm
S6 96h:TGAATGCCAATCTGCA,Pre-somitic mesoderm
S6 96h:GAGAAATTCACCTGGG,Caudal mesoderm
S6 96h:GATTTCTAGTCAGGGT,Pre-somitic mesoderm
S6 96h:TAATCTCTCCATCCGT,Pre-somitic mesoderm
S6 96h:TTCCGGTCAAGCGAAC,Pre-somitic mesoderm
S6 96h:ACGCACGGTGTCCGTG,Pre-somitic mesoderm
S6 96h:CGATCGGAGATGATTG,Pre-somitic mesoderm
S6 96h:GCTCAAATCATCGCAA,Caudal mesoderm
S6 96h:ACCTGAATCGACATAC,Pre-somitic mesoderm
S6 96h:GTTGTGAAGGCCACTC,Pre-somitic mesoderm
S6 96h:GATCAGTTCTTCGTGC,Pre-somitic mesoderm
S6 96h:GTTACCCCACGTCTCT,Pre-somitic mesoderm
S6 96h:TGATTCTTCGCCAACG,Caudal mesoderm
S6 96h:TCACTATCAGTTGCGC,Pre-somitic mesoderm
S6 96h:GTCAGCGAGAAGCGAA,Caudal mesoderm
S6 96h:AACGTCATCGGCATAT,Pre-somitic mesoderm
S6 96h:TACCCGTAGTGATCGG,Pre-somitic mesoderm
S6 96h:GTTGCTCGTAGTCTGT,Caudal mesoderm
S6 96h:GCACGGTGTTACCTGA,Pre-somitic mesoderm
S6 96h:TACCCACCAGACCCGT,Pre-somitic mesoderm
S6 96h:AGATCGTTCGGTCAGC,Pre-somitic mesoderm
S6 96h:TCCTTTCCAACTCATG,Pre-somitic mesoderm
S6 96h:CTAGGTAAGCAGCAGT,Caudal mesoderm
S6 96h:CTTCCTTCATCCTGTC,Pre-somitic mesoderm
S6 96h:AGAAATGGTCGTCGGT,Pre-somitic mesoderm
S6 96h:ATAGAGAAGTTACGAA,Pre-somitic mesoderm
S6 96h:CAACGGCAGAAAGTCT,Caudal mesoderm
S6 96h:CACGGGTAGTACAGCG,Caudal mesoderm
S6 96h:CTCACTGTCGGTTGTA,Caudal mesoderm
S6 96h:CAATCGAGTGACACGA,Pre-somitic mesoderm
S6 96h:GTGGAAGAGGGACCAT,Pre-somitic mesoderm
S6 96h:ATTCGTTAGGATGAGA,Pre-somitic mesoderm
S6 96h:CCACAAAAGCCGCACT,Caudal mesoderm
S6 96h:GTGCTTCTCTGAGGCC,Pre-somitic mesoderm
S6 96h:CATTCTAAGCGAGAAA,Pre-somitic mesoderm
S6 96h:TTCGATTAGTAGTGCG,Caudal mesoderm
S6 96h:GGACGTCCATCCAATG,Pre-somitic mesoderm
S6 96h:AGTAGCTTCCCAGTGG,Pre-somitic mesoderm
S6 96h:CTGCCATTCAGTGTGT,Pre-somitic mesoderm
S6 96h:ATGTCCCTCTCACCCA,Pre-somitic mesoderm
S6 96h:GTTCCGTGTGATTAGA,Pre-somitic mesoderm
S6 96h:ATTATCCTCGAAGCAG,Caudal mesoderm
S6 96h:CTTCGGTAGACTTCGT,Pre-somitic mesoderm
S6 96h:CCTCCAAAGCTGAGCA,Pre-somitic mesoderm
S6 96h:AAAGGATCATGCAGGA,Pre-somitic mesoderm
S6 96h:AAAGTCCTCGGCTTGG,Pre-somitic mesoderm
S6 96h:CACTGTCTCGAGTCTA,Pre-somitic mesoderm
S6 96h:ACAGCCGGTGTCTAAC,Pre-somitic mesoderm
S6 96h:TATCCTAAGACGATAT,Gut
S6 96h:CAGCAATAGGCTTTCA,Caudal mesoderm
S6 96h:TCAATCTAGTGTAGAT,Pre-somitic mesoderm
S6 96h:ATGTCTTTCGGTGTTA,Pre-somitic mesoderm
S6 96h:GAAGGACAGACGCCCT,Pre-somitic mesoderm
S6 96h:CGGAATTGTTTACCTT,Pre-somitic mesoderm
S6 96h:CTCCAACAGATGTTCC,Pre-somitic mesoderm
S6 96h:TAGAGTCAGCGCTTCG,Pre-somitic mesoderm
S6 96h:TGTCCACCACCAATTG,Pre-somitic mesoderm
S6 96h:AGAAGTATCTTTGCAT,Caudal mesoderm
S6 96h:GCAGCCAGTCCCGTGA,Pre-somitic mesoderm
S6 96h:TGCTCCATCCTCAGGG,Caudal mesoderm
S6 96h:TTACGTTAGGCATCTT,Pre-somitic mesoderm
S6 96h:GGTGAAGCAAGCACAG,Caudal mesoderm
S6 96h:GTCATGATCGCTTAAG,Pre-somitic mesoderm
S6 96h:TCAGGGCTCATGCAGT,Caudal mesoderm
S6 96h:GTGAGCCGTATCCCTC,Pre-somitic mesoderm
S6 96h:GTAGGTTAGTGGAAGA,Pre-somitic mesoderm
S6 96h:GCGAGAAGTGGCTGAA,Pre-somitic mesoderm
S6 96h:TACATTCGTGACAACG,Pre-somitic mesoderm
S6 96h:TCGCTCACACCCGTAG,Pre-somitic mesoderm
S6 96h:CTGTCGTTCTATTGTC,Pre-somitic mesoderm
S6 96h:AGCCACGTCCAGCACG,Pre-somitic mesoderm
S6 96h:GCCTGTTGTGAAGCGT,Pre-somitic mesoderm
S6 96h:GGAGCAAGTGCATACT,Pre-somitic mesoderm
S6 96h:GCTTGGGTCATGACAC,Pre-somitic mesoderm
S6 96h:TCGCAGGCATGACTAC,Pre-somitic mesoderm
S6 96h:GGCAGTCCATGGCCAC,Pre-somitic mesoderm
S6 96h:GGTGTTAAGTTCCATG,Pre-somitic mesoderm
S6 96h:CTCATGCTCATAGCAC,Caudal mesoderm
S6 96h:GAGTCTATCCGGACGT,Pre-somitic mesoderm
S6 96h:TGTTACTAGTGCGCTC,Pre-somitic mesoderm
S6 96h:GATCACAAGGTTAGTA,Pre-somitic mesoderm
S6 96h:GCGGAAATCTGCTGAA,Caudal mesoderm
S6 96h:GTGTTAGCATGGATCT,Caudal mesoderm
S6 96h:TTACCGCAGTCTTCCC,Caudal mesoderm
S6 96h:TCGGTCTAGGTACCTT,Pre-somitic mesoderm
S6 96h:TTGGATGGTAGGACTG,Pre-somitic mesoderm
S6 96h:TTAGTCTAGGTTTGAA,Pre-somitic mesoderm
S6 96h:CTTCCGAGTACACGCC,Caudal mesoderm
S6 96h:ACTTTCAGTCCATAGT,Pre-somitic mesoderm
S6 96h:TCTCTGGGTTGGCCGT,Pre-somitic mesoderm
S6 96h:CACCGTTGTGAAGCGT,Pre-somitic mesoderm
S6 96h:GAAGCCCGTGCGAGTA,Pre-somitic mesoderm
S6 96h:ACGGTCGAGAATTCAG,Pre-somitic mesoderm
S6 96h:TCATGTTGTGATTCAC,Pre-somitic mesoderm
S6 96h:CAGGTATAGCATACTC,Pre-somitic mesoderm
S6 96h:AACGGGACACTCCACT,Pre-somitic mesoderm
S6 96h:TTCCGTGTCTTGCAGA,Caudal mesoderm
S6 96h:GCACATAGTACGATGG,Pre-somitic mesoderm
S6 96h:CAAGCTACAGTGTGGA,Pre-somitic mesoderm
S6 96h:CTCATCGCAGCACCCA,Pre-somitic mesoderm
S6 96h:CGCATGGAGGATGGCT,Caudal mesoderm
S6 96h:CAATCGATCTCGTGGG,Pre-somitic mesoderm
S6 96h:GCAGTTATCTGGGATT,Caudal mesoderm
S6 96h:GGGTATTTCTCTGCCA,Pre-somitic mesoderm
S6 96h:CGGGTGTGTCTACGTA,Pre-somitic mesoderm
S6 96h:CCGGTAGGTAGTGGCA,Caudal mesoderm
S6 96h:TCATTACGTCCAATCA,Pre-somitic mesoderm
S6 96h:GTCACTCCAAGACTGG,Pre-somitic mesoderm
S6 96h:CTACCCATCTTCCAGC,Caudal mesoderm
S6 96h:CAACCTCCATTCCTCG,Pre-somitic mesoderm
S6 96h:GGAAGTGGTCGCGTCA,Pre-somitic mesoderm
S6 96h:GTGCAGCCAGTTAGGG,Pre-somitic mesoderm
S6 96h:CTTCGGTTCATTGGTG,Pre-somitic mesoderm
S6 96h:GACTTCCCAATAGTGA,Pre-somitic mesoderm
S6 96h:TGCTTGCAGAATCTAG,Pre-somitic mesoderm
S6 96h:ATCACGACATCTTCGC,Pre-somitic mesoderm
S6 96h:CAACGGCTCTGTCCGT,Pre-somitic mesoderm
S6 96h:CCTAACCGTCAGTTTG,Pre-somitic mesoderm
S6 96h:CTGGTCTGTTGTGTAC,Pre-somitic mesoderm
S6 96h:CTGCTCATCACCTTAT,Pre-somitic mesoderm
S6 96h:CATGGTATCCGAGTGC,Pre-somitic mesoderm
S6 96h:AGTGCCGAGTAGACAT,Pre-somitic mesoderm
S6 96h:TCACATTCAGGACATG,Pre-somitic mesoderm
S6 96h:ATGCCTCAGTGCGTCC,Pre-somitic mesoderm
S6 96h:CTGATCCGTCGACTGC,Caudal mesoderm
S6 96h:AATCGTGAGGAAACGA,Pre-somitic mesoderm
S6 96h:ATCGCCTGTGGACAGT,Pre-somitic mesoderm
S6 96h:TGAGACTTCGGTGCAC,Caudal mesoderm
S6 96h:TGTTCTAGTCCATACA,Pre-somitic mesoderm
S6 96h:TCAGGTATCGAGAAAT,Pre-somitic mesoderm
S6 96h:TAGGTACAGAGCTTTC,Caudal mesoderm
S6 96h:TTTCCTCAGCTAGTTC,Caudal mesoderm
S6 96h:GTGTTAGCAATGCAGG,Pre-somitic mesoderm
S6 96h:TTACCGCCACGGCGTT,Pre-somitic mesoderm
S6 96h:TCGGTCTCAGCGATTT,Pre-somitic mesoderm
S6 96h:AACCATGAGCGACTGA,Pre-somitic mesoderm
S6 96h:AGTTCGACAGTCCGTG,Gut
S6 96h:TGCATGATCAAACCTG,Pre-somitic mesoderm
S6 96h:AGGGAGTCAACACGTT,Caudal mesoderm
S6 96h:TTCAATCTCACAGAGG,Pre-somitic mesoderm
S6 96h:TCATCCGCACATATCG,Pre-somitic mesoderm
S6 96h:GAGGGATCAAATCGTC,Pre-somitic mesoderm
S6 96h:CATGAGTTCTGCTCTG,Pre-somitic mesoderm
S6 96h:TCCTGCACAAACGTGG,Pre-somitic mesoderm
S6 96h:ATGAGTCAGCCAAGGT,Pre-somitic mesoderm
S6 96h:TTTGTTGAGGATATAC,Pre-somitic mesoderm
S6 96h:CACATGAAGGCGAACT,Pre-somitic mesoderm
S6 96h:CCCTCAACAACCTAAC,Pre-somitic mesoderm
S6 96h:ATCCCTGTCGAACGGA,Pre-somitic mesoderm
S6 96h:TCATCCGCAGAAGTGC,Pre-somitic mesoderm
S6 96h:CGGGTCAAGGGACAGG,Pre-somitic mesoderm
S6 96h:GAAGGACAGCCAGACA,Caudal mesoderm
S6 96h:TTCCAATAGGCTCAAG,Somite differentiation front
S6 96h:ATCCCTGAGTATGACA,Pre-somitic mesoderm
S6 96h:TGATGCATCAATCTTC,Caudal mesoderm
S6 96h:CAGATTGGTGTTCCTC,Pre-somitic mesoderm
S6 96h:AAGTTCGTCATCACTT,Pre-somitic mesoderm
S6 96h:TTGTTTGGTCGATGCC,Pre-somitic mesoderm
S6 96h:TCACGCTTCGTAGGGA,Caudal mesoderm
S6 96h:AATTCCTCAAGATGTA,Pre-somitic mesoderm
S6 96h:GAGGCAAGTTAGGGTG,Pre-somitic mesoderm
S6 96h:AGTCACATCCCAAGCG,Pre-somitic mesoderm
S6 96h:CCTCATGTCGCACGGT,Pre-somitic mesoderm
S6 96h:GAGCTGCGTTAGGAGC,Pre-somitic mesoderm
S6 96h:GAAGCCCCAACCGACC,Pre-somitic mesoderm
S6 96h:CAACAGTCATGACAGG,Caudal mesoderm
S6 96h:TGGTACATCGGAAACG,Caudal mesoderm
S6 96h:TCCACGTAGGGCAACT,Pre-somitic mesoderm
S6 96h:AGCCACGGTAGCGATG,Pre-somitic mesoderm
S6 96h:CTTCGGTTCAAGTAAG,Pre-somitic mesoderm
S6 96h:AGGGCTCAGGTAGCAC,Pre-somitic mesoderm
S6 96h:GTCCCATTCCCATTTA,Pre-somitic mesoderm
S6 96h:ATGTCTTCAGTAGAGC,Caudal mesoderm
S6 96h:CAACAACAGCGACATG,Pre-somitic mesoderm
S6 96h:ACCTGAAGTGTCACAT,Pre-somitic mesoderm
S6 96h:TTTATGCCACAATGAA,Pre-somitic mesoderm
S6 96h:CCCATTGTCGTCGATA,Pre-somitic mesoderm
S6 96h:TTACGTTAGCCTGTCG,Pre-somitic mesoderm
S6 96h:GCATCTCAGTATTCCG,Pre-somitic mesoderm
S6 96h:GGTGATTAGTGCGCTC,Pre-somitic mesoderm
S6 96h:CTTAGGATCCGGTAGC,Pre-somitic mesoderm
S6 96h:GTCTGTCAGTTGGCTT,Pre-somitic mesoderm
S6 96h:CTTAGGAGTACAGAGC,Caudal mesoderm
S6 96h:TCGTCCAGTCTAACTG,Pre-somitic mesoderm
S6 96h:TCGATTTAGTACAGCG,Pre-somitic mesoderm
S6 96h:AATTCCTTCTTCCGTG,Pre-somitic mesoderm
S6 96h:AGACCCGTCTGCGGAC,Pre-somitic mesoderm
S6 96h:TCAGGTATCTCTTAAC,Pre-somitic mesoderm
S6 96h:TGTTCCGTCGTGGACC,Pre-somitic mesoderm
S6 96h:TTTCCTCCAAAGTATG,Pre-somitic mesoderm
S6 96h:CATTGCCTCATGTCTT,Pre-somitic mesoderm
S6 96h:AGTAGCTTCACGTCCT,Pre-somitic mesoderm
S6 96h:AATCGACGTCCCAAAT,Pre-somitic mesoderm
S6 96h:AGTAGCTCACCAAATC,Pre-somitic mesoderm
S6 96h:ATTTCTGCAGCAGTTT,Pre-somitic mesoderm
S6 96h:ATGCCTCTCTCATTAC,Caudal mesoderm
S6 96h:GTGGCGTCACCACTGG,Pre-somitic mesoderm
S6 96h:GTGGAAGAGGATTCAA,Pre-somitic mesoderm
S6 96h:GTCAGCGGTTCAGTAC,Pre-somitic mesoderm
S6 96h:GTAGCTAGTCACCGAC,Pre-somitic mesoderm
S6 96h:ACATGCAGTGTGATGG,Pre-somitic mesoderm
S6 96h:CACTGGGCAGTAGGAC,Pre-somitic mesoderm
S6 96h:GACACGCAGCCATTCA,Pre-somitic mesoderm
S6 96h:TATTCCAAGTCATGAA,Pre-somitic mesoderm
S6 96h:CTGCTCATCTAAACGC,Pre-somitic mesoderm
S6 96h:AGGAGGTAGAAGCCAC,Pre-somitic mesoderm
S6 96h:CAGCAGCGTGGGCTCT,Pre-somitic mesoderm
S6 96h:AGCTTCCTCGTAATGC,Pre-somitic mesoderm
S6 96h:AAAGGATCACTTGACA,Pre-somitic mesoderm
S6 96h:GATTCTTAGGTGGTTG,Pre-somitic mesoderm
S6 96h:GTCATTTGTCCTTTGC,Pre-somitic mesoderm
S6 96h:GCAACATTCAGCCTCT,Pre-somitic mesoderm
S6 96h:ACGTTCCAGATGAAGG,Somite differentiation front
S6 96h:CGATGCGCAAGTACCT,Gut
S6 96h:TGCTTCGCAGAGTTCT,Pre-somitic mesoderm
S6 96h:AAAGGGCGTCTACTGA,Pre-somitic mesoderm
S6 96h:CAACAACGTCTCAAGT,Pre-somitic mesoderm
S6 96h:TGAATGCTCGAACACT,Pre-somitic mesoderm
S6 96h:AACAAAGTCGACATTG,Pre-somitic mesoderm
S6 96h:ATTCGTTAGTATGCAA,Caudal mesoderm
S6 96h:AGGATCTTCCCGAGTG,Pre-somitic mesoderm
S6 96h:TTGCATTAGCGTACAG,Pre-somitic mesoderm
S6 96h:TGTTCCGGTGCGGATA,Pre-somitic mesoderm
S6 96h:AGGGAGTAGATCCCGC,Gut
S6 96h:AGCATCAGTACTCGAT,Caudal mesoderm
S6 96h:TCTAACTGTCGAAACG,Caudal mesoderm
S6 96h:GCACGGTAGGACGCAT,Pre-somitic mesoderm
S6 96h:ACTTAGGTCGGTTAGT,Pre-somitic mesoderm
S6 96h:TTTCACACAAGGTCAG,Pre-somitic mesoderm
S6 96h:TCCTTTCAGGCTCACC,Caudal mesoderm
S6 96h:TGATTCTGTTTCACTT,Pre-somitic mesoderm
S6 96h:GAAGGGTAGCACGTCC,Pre-somitic mesoderm
S6 96h:CCGGTGAAGCGATGAC,Pre-somitic mesoderm
S6 96h:TCATGCCCAACGCATT,Pre-somitic mesoderm
S6 96h:AAAGGTACACATGAAA,Pre-somitic mesoderm
S6 96h:CTGAGCGAGATTGACA,Caudal mesoderm
S6 96h:GCATTAGTCGCGTGAC,Pre-somitic mesoderm
S6 96h:CCTTGTGAGCCGTCGT,Pre-somitic mesoderm
S6 96h:AACGTCAAGAGTTGAT,Pre-somitic mesoderm
S6 96h:ACCCAAAGTGTGACCC,Pre-somitic mesoderm
S6 96h:TGCATGACATAGTCAC,Pre-somitic mesoderm
S6 96h:AAGCCATCAGAATCGG,Pre-somitic mesoderm
S6 96h:GCCATTCTCGGAGTAG,Pre-somitic mesoderm
S6 96h:AAAGGATTCCTGTACC,Pre-somitic mesoderm
S6 96h:AGATCCATCTTACACT,Pre-somitic mesoderm
S6 96h:TGACAGTCATGGGATG,Pre-somitic mesoderm
S6 96h:TTCCGGTCAAATGAAC,Caudal mesoderm
S6 96h:TACCTCGGTCCAGCCA,Pre-somitic mesoderm
S6 96h:CTTCAATGTCCACACG,Pre-somitic mesoderm
S6 96h:CTCCCAAAGACTTCGT,Caudal mesoderm
S6 96h:GCGGATCAGTCCTGCG,Pre-somitic mesoderm
S6 96h:CTGGACGTCGATGCTA,Pre-somitic mesoderm
S6 96h:AATCGACAGTTGAATG,Pre-somitic mesoderm
S6 96h:ATCACAGAGCTAATGA,Pre-somitic mesoderm
S6 96h:ATGATCGCACATGAAA,Pre-somitic mesoderm
S6 96h:CCACGTTCATAGGTTC,Pre-somitic mesoderm
S6 96h:ACTATCTAGAAGTCAT,Gut
S6 96h:GGAGAACCAAGACCGA,Pre-somitic mesoderm
S6 96h:CGTCAAAAGCGACCCT,Pre-somitic mesoderm
S6 96h:AGCCAGCGTATTGAGA,Caudal mesoderm
S6 96h:TCAGTGATCAGAGCAG,Pre-somitic mesoderm
S6 96h:TTCGCTGGTAACCCGC,Caudal mesoderm
S6 96h:GAAATGAAGGTCGACA,Pre-somitic mesoderm
S6 96h:CTGGTCTTCTGTGCTC,Pre-somitic mesoderm
S6 96h:AGTGATCTCAGCTGTA,Pre-somitic mesoderm
S6 96h:CTTGATTTCGTACCTC,Caudal mesoderm
S6 96h:GCCATTCCAGTAGATA,Pre-somitic mesoderm
S6 96h:GCACGTGGTAGCGTTT,Pre-somitic mesoderm
S6 96h:TGTGGCGCACTGAATC,Pre-somitic mesoderm
S6 96h:AAGTTCGCATTCCTAT,Pre-somitic mesoderm
S6 96h:TCCCAGTAGGCTCTAT,Pre-somitic mesoderm
S6 96h:GAGTGAGCAGCACAGA,Pre-somitic mesoderm
S6 96h:GAGAAATGTACTCAAC,Caudal mesoderm
S6 96h:ATAGGCTAGGGCAGTT,Caudal mesoderm
S6 96h:AACGAAACAAGCTACT,Pre-somitic mesoderm
S6 96h:CTACAGAGTTTCGGCG,Pre-somitic mesoderm
S6 96h:CTGATCCAGTCTACCA,Ectopic pluripotency
S6 96h:CATGAGTCAGCAGGAT,Pre-somitic mesoderm
S6 96h:AGGCATTAGCTTAAGA,Somite differentiation front
S6 96h:ACACGCGCAGTACTAC,Caudal mesoderm
S6 96h:TCAAGCACAGAGGAAA,Caudal mesoderm
S6 96h:CTACGGGTCTAGTACG,Caudal mesoderm
S6 96h:TAACTTCCACTGATTG,Gut
S6 96h:ACTTTGTTCGGCGATC,Pre-somitic mesoderm
S6 96h:TCGATTTGTCGTTGGC,Pre-somitic mesoderm
S6 96h:TTCCGTGAGCGACTGA,Pre-somitic mesoderm
S6 96h:AATGGAAAGCGTTACT,Pre-somitic mesoderm
S6 96h:CTCTCAGGTGTGGTCC,Pre-somitic mesoderm
S6 96h:GTACAACAGGCAGGTT,Pre-somitic mesoderm
S6 96h:ATCATTCAGTGAGCCA,Pre-somitic mesoderm
S6 96h:ACCCTCACAGCGACCT,Pre-somitic mesoderm
S6 96h:CCACGAGGTGCGTGCT,Pre-somitic mesoderm
S6 96h:GGCTTGGAGTCTTGGT,Pre-somitic mesoderm
S6 96h:TCCTGCACATCGGCCA,Pre-somitic mesoderm
S6 96h:TGTTCATAGTACTGTC,Pre-somitic mesoderm
S6 96h:GGAAGTGCACAGCATT,Caudal mesoderm
S6 96h:AAAGTCCAGGTGGTTG,Pre-somitic mesoderm
S6 96h:ATCGGATAGCAGCCTC,Pre-somitic mesoderm
S6 96h:GGATCTATCCAAGCTA,Pre-somitic mesoderm
S6 96h:CATAAGCCACAGAGAC,Caudal mesoderm
S6 96h:TGAGGGATCGCAGTTA,Pre-somitic mesoderm
S6 96h:CCAATGAAGGACAAGA,Pre-somitic mesoderm
S6 96h:ATGGTTGTCGTAGTCA,Pre-somitic mesoderm
S6 96h:CATGGTATCTCAGAAC,Pre-somitic mesoderm
S6 96h:TAACCAGGTGAGCCAA,Pre-somitic mesoderm
S6 96h:TGGTACATCCGTGTGG,Pre-somitic mesoderm
S6 96h:TGGGCGTAGCTAAACA,Caudal mesoderm
S6 96h:GGCTTTCTCATACGGT,Pre-somitic mesoderm
S6 96h:GCGATCGGTGGATTTC,Pre-somitic mesoderm
S6 96h:GTGTTAGGTTCCGCAG,Pre-somitic mesoderm
S6 96h:CAATGACGTGAGTAAT,Pre-somitic mesoderm
S6 96h:AATGGAAAGCTGAGCA,Pre-somitic mesoderm
S6 96h:TGGTAGTTCCCAGCGA,Pre-somitic mesoderm
S6 96h:TCTCAGCCATGTTCAG,Pre-somitic mesoderm
S6 96h:GCATCTCAGCCTAGGA,Pre-somitic mesoderm
S6 96h:TCGGGCAGTTGGCTAT,Pre-somitic mesoderm
S6 96h:TCTGTCGGTCTCCCTA,Pre-somitic mesoderm
S6 96h:CGGGTGTCAGAGGCAT,Pre-somitic mesoderm
S6 96h:GGGTGAAAGGGAGGCA,Pre-somitic mesoderm
S6 96h:TTCCTAATCGTTGTTT,Caudal mesoderm
S6 96h:AGGCATTTCAACTGGT,Gut
S6 96h:GTTACGAAGCGTTCCG,Caudal mesoderm
S6 96h:GACAGCCGTCACTCAA,Pre-somitic mesoderm
S6 96h:GGTGATTTCCAAGCTA,Pre-somitic mesoderm
S6 96h:TGTCCTGGTCTGTCAA,Pre-somitic mesoderm
S6 96h:TACCCACCAAGAGATT,Pre-somitic mesoderm
S6 96h:TTTAGTCAGCGCATCC,Pre-somitic mesoderm
S6 96h:CGAGGCTGTACGACAG,Pre-somitic mesoderm
S6 96h:GCTTGGGGTTAGGCCC,Caudal mesoderm
S6 96h:ACAACCATCGCGAAGA,Pre-somitic mesoderm
S6 96h:CGGGTCAAGGTAGTCG,Pre-somitic mesoderm
S6 96h:AAGGAATTCTCCACTG,Caudal mesoderm
S6 96h:GTCTTTAGTTCCCAAA,Pre-somitic mesoderm
S6 96h:CACGAATGTACTAACC,Pre-somitic mesoderm
S6 96h:CTCATTAAGGTCTTTG,Pre-somitic mesoderm
S6 96h:AGAGAATTCCGTGGCA,Pre-somitic mesoderm
S6 96h:CCTACGTGTTCGCGTG,Pre-somitic mesoderm
S6 96h:ACCCTTGCAACCGACC,Gut
S6 96h:CAAGGGAGTTGTGGCC,Caudal mesoderm
S6 96h:GGTGTCGTCTTGCAGA,Pre-somitic mesoderm
S6 96h:AAGTTCGAGGAGTCTG,Caudal mesoderm
S6 96h:TTTACTGCACAGGATG,Caudal mesoderm
S6 96h:GTTCCGTCAGTTGTTG,Pre-somitic mesoderm
S6 96h:GCATGATTCGACATTG,Pre-somitic mesoderm
S6 96h:AGGGCCTGTCGTCTCT,Caudal mesoderm
S6 96h:GGATGTTTCCTTTAGT,Pre-somitic mesoderm
S6 96h:ACAAAGAAGGTATTGA,Pre-somitic mesoderm
S6 96h:TCGGATAAGCCAAGCA,Caudal mesoderm
S6 96h:AGGATCTCACTGTTCC,Pre-somitic mesoderm
S6 96h:CAAGACTCAGCGGTCT,Pre-somitic mesoderm
S6 96h:TACATTCGTCTTAGTG,Pre-somitic mesoderm
S6 96h:GGTTGTAAGCGGTAAC,Pre-somitic mesoderm
S6 96h:AGGTAGGAGAAATCCA,Pre-somitic mesoderm
S6 96h:ATCTCTATCGGCTTGG,Pre-somitic mesoderm
S6 96h:GCGTTTCCAGACGATG,Pre-somitic mesoderm
S6 96h:GCCCAGAGTGCATTAC,Caudal mesoderm
S6 96h:TCCCAGTCAGTTTCGA,Pre-somitic mesoderm
S6 96h:TTGTTTGTCTGGTGCG,Pre-somitic mesoderm
S6 96h:GACGCTGTCCGCTAGG,Pre-somitic mesoderm
S6 96h:CTGCCATGTACGACAG,Pre-somitic mesoderm
S6 96h:AACAACCGTAAGAACT,Pre-somitic mesoderm
S6 96h:AACACACCACTCGATA,Pre-somitic mesoderm
S6 96h:AAAGAACCATGTTCAG,Pre-somitic mesoderm
S6 96h:TGCGGCAGTAACCAGG,Pre-somitic mesoderm
S6 96h:TATGTTCCACGGGTAA,Pre-somitic mesoderm
S6 96h:TCCTCGATCTAACGGT,Caudal mesoderm
S6 96h:CTTTCAATCATTACGG,Pre-somitic mesoderm
S6 96h:ATCGCCTAGTCTTGGT,Pre-somitic mesoderm
S6 96h:CAGATACAGGAGAATG,Gut
S6 96h:GACACGCGTCCAAAGG,Pre-somitic mesoderm
S6 96h:CGGGTGTCAAACTCTG,Pre-somitic mesoderm
S6 96h:CTCCAACAGATTAGCA,Pre-somitic mesoderm
S6 96h:TCCACCACACTCAAGT,Pre-somitic mesoderm
S6 96h:GGGTTTATCTTCCAGC,Gut
S6 96h:GTACAACAGTTTAGGA,Caudal mesoderm
S6 96h:CTAGGTATCGAACCAT,Caudal mesoderm
S6 96h:GATGGAGCAATTTCTC,Pre-somitic mesoderm
S6 96h:AATGGAAGTTAAGAAC,Pre-somitic mesoderm
S6 96h:GCACGGTTCGAAGGAC,Pre-somitic mesoderm
S6 96h:TCTTCCTAGGAGCAAA,Pre-somitic mesoderm
S6 96h:ACCTGTCGTTGGACCC,Caudal mesoderm
S6 96h:GAGACCCGTCAACCAT,Pre-somitic mesoderm
S6 96h:ATCGCCTAGTCACACT,Pre-somitic mesoderm
S6 96h:TACCTGCGTGCGGTAA,Pre-somitic mesoderm
S6 96h:TGAGTCAAGTTCCATG,Pre-somitic mesoderm
S6 96h:GGAGATGTCTCCGAAA,Pre-somitic mesoderm
S6 96h:GTCACGGCAAGATTGA,Caudal mesoderm
S6 96h:GGGACAATCCGTGTAA,Pre-somitic mesoderm
S6 96h:TTGTGTTAGTTGAAAC,Caudal mesoderm
S6 96h:GATCAGTCAGCATGCC,Pre-somitic mesoderm
S6 96h:GAGGGTACAATTGAGA,Pre-somitic mesoderm
S6 96h:CATAGACTCGATAACC,Pre-somitic mesoderm
S6 96h:TGTTACTAGTAAACAC,Pre-somitic mesoderm
S6 96h:ACAGGGATCACCGACG,Pre-somitic mesoderm
S6 96h:ACTACGAAGCGTGAGT,Pre-somitic mesoderm
S6 96h:GCATCTCTCCGATCGG,Pre-somitic mesoderm
S6 96h:ACGGTCGGTAACACCT,Caudal mesoderm
S6 96h:GATGAGGAGACCGTTT,Caudal mesoderm
S6 96h:CATACCCAGCGCCTTG,Pre-somitic mesoderm
S6 96h:TCGTCCAGTCTTCGAA,Pre-somitic mesoderm
S6 96h:TGGAGAGGTGTACGCC,Pre-somitic mesoderm
S6 96h:AACCTGACATCCCACT,Pre-somitic mesoderm
S6 96h:TTTCACATCAGGAACG,Pre-somitic mesoderm
S6 96h:TTGAACGGTACTCGCG,Pre-somitic mesoderm
S6 96h:AGGACTTAGTGGATAT,Pre-somitic mesoderm
S6 96h:CGTTGGGTCACAGTGT,Pre-somitic mesoderm
S6 96h:GCCATTCCAACGTAAA,Pre-somitic mesoderm
S6 96h:ATCATTCAGAGCAGCT,Caudal mesoderm
S6 96h:TCCGGGAAGTGGTTCT,Pre-somitic mesoderm
S6 96h:GGCTGTGCACCCTAAA,Pre-somitic mesoderm
S6 96h:GATGATCGTCTGCCTT,Caudal mesoderm
S6 96h:TAGGGTTAGGCCTGAA,Pre-somitic mesoderm
S6 96h:GTTGCGGGTTCCAAAC,Pre-somitic mesoderm
S6 96h:TGTCCTGGTCCGGACT,Pre-somitic mesoderm
S6 96h:AACCAACAGGATCATA,Pre-somitic mesoderm
S6 96h:GTGCTTCGTCCAACGC,Caudal mesoderm
S6 96h:CACTTCGCAGTTAGAA,Pre-somitic mesoderm
S6 96h:GGGAAGTCATCGATCA,Pre-somitic mesoderm
S6 96h:GGGTATTCAAGCGGAT,Caudal mesoderm
S6 96h:CACGTGGAGTGTCATC,Pre-somitic mesoderm
S6 96h:AAGCGTTGTAGACGTG,Pre-somitic mesoderm
S6 96h:GACGTTATCGGATACT,Pre-somitic mesoderm
S6 96h:AATGAAGTCGCTGTCT,Pre-somitic mesoderm
S6 96h:GCCCAGACAAGATTGA,Pre-somitic mesoderm
S6 96h:ACTATTCTCACAAGAA,Pre-somitic mesoderm
S6 96h:CCTGTTGGTACGTTCA,Pre-somitic mesoderm
S6 96h:ATCATTCCATGGCTAT,Pre-somitic mesoderm
S6 96h:CCCGAAGAGAATACAC,Pre-somitic mesoderm
S6 96h:TTACGTTCAGCTGTAT,Pre-somitic mesoderm
S6 96h:TCTCTGGAGGCACAAC,Pre-somitic mesoderm
S6 96h:GGTGTTAGTAACGGTG,Caudal mesoderm
S6 96h:TGGAGGACAGTTTGGT,Pre-somitic mesoderm
S6 96h:CGTCCATCAACCACGC,Caudal mesoderm
S6 96h:CAACCAAAGTCACTGT,Pre-somitic mesoderm
S6 96h:CTGTATTCAAAGGGCT,Caudal mesoderm
S6 96h:TCTCAGCTCGGCCCAA,Pre-somitic mesoderm
S6 96h:AAGCGAGTCTAATTCC,Pre-somitic mesoderm
S6 96h:CCACGAGCATAGATGA,Caudal mesoderm
S6 96h:TCAGCCTGTACGTAGG,Pre-somitic mesoderm
S6 96h:GGCTGTGCATACTTTC,Pre-somitic mesoderm
S6 96h:GTAATGCTCGACCACG,Pre-somitic mesoderm
S6 96h:AGGGTTTCAAGACAAT,Pre-somitic mesoderm
S6 96h:CTTCTAAAGACCCTTA,Pre-somitic mesoderm
S6 96h:GTGAGCCGTCGCTCGA,Pre-somitic mesoderm
S6 96h:AGTTCGAGTACTGCGC,Pre-somitic mesoderm
S6 96h:GTGTAACTCATGGGAG,Pre-somitic mesoderm
S6 96h:GATAGCTTCGGTCAGC,Caudal mesoderm
S6 96h:AGCGCCACAAACCACT,Pre-somitic mesoderm
S6 96h:GTCAAACAGACTGTTC,Pre-somitic mesoderm
S6 96h:GACTCAATCATAGAGA,Pre-somitic mesoderm
S6 96h:GTCTTTAGTATGGGAC,Pre-somitic mesoderm
S6 96h:CTTAGGAAGCAGCACA,Caudal mesoderm
S6 96h:CATCCCAGTGAGCGAT,Pre-somitic mesoderm
S6 96h:CCTTTGGTCACAACCA,Pre-somitic mesoderm
S6 96h:GTCATCCAGCGACTGA,Pre-somitic mesoderm
S6 96h:GATCACAGTTCTTGCC,Pre-somitic mesoderm
S6 96h:CCAAGCGTCGATTGGT,Pre-somitic mesoderm
S6 96h:AGGGCCTCACCGTCTT,Pre-somitic mesoderm
S6 96h:GTCGTAATCCTGGGAC,Caudal mesoderm
S6 96h:CAAGGGACAAATGAGT,Caudal mesoderm
S6 96h:GGCTGTGCACCCATAA,Pre-somitic mesoderm
S6 96h:ACCTACCAGTTAGTGA,Pre-somitic mesoderm
S6 96h:GTACAGTGTCTCAGAT,Pre-somitic mesoderm
S6 96h:TGCACGGCATACATCG,Pre-somitic mesoderm
S6 96h:GAAGAATCACGGAAGT,Pre-somitic mesoderm
S6 96h:TCCTCCCGTCTAACGT,Pre-somitic mesoderm
S6 96h:CATCGTCTCACGATCA,Pre-somitic mesoderm
S6 96h:GAAGGACCACAGCATT,Caudal mesoderm
S6 96h:CCACCATTCTTAATCC,Pre-somitic mesoderm
S6 96h:GGTCACGAGGGCAGTT,Pre-somitic mesoderm
S6 96h:ATTGTTCGTGCGGCTT,Pre-somitic mesoderm
S6 96h:ACGGGTCCATCTGCGG,Pre-somitic mesoderm
S6 96h:TTAATCCTCATGACAC,Pre-somitic mesoderm
S6 96h:CGGGCATCACTACTTT,Pre-somitic mesoderm
S6 96h:TCGTCCAAGTTGTAGA,Pre-somitic mesoderm
S6 96h:CGCCATTAGTTAACAG,Caudal mesoderm
S6 96h:ACAAAGAGTATGAGCG,Pre-somitic mesoderm
S6 96h:CCAATTTAGAAGTCCG,Caudal mesoderm
S6 96h:AAAGTCCCAGCCCAGT,Gut
S6 96h:TCATGTTGTCCATACA,Pre-somitic mesoderm
S6 96h:CAAGGGACACTTGACA,Caudal mesoderm
S6 96h:CCTTTGGTCGGTATGT,Pre-somitic mesoderm
S6 96h:ACTCTCGTCACGAACT,Pre-somitic mesoderm
S6 96h:GGGCGTTGTTTGAACC,Pre-somitic mesoderm
S6 96h:ATAGGCTGTGAACCGA,Pre-somitic mesoderm
S6 96h:CGAAGTTGTGCGGATA,Pre-somitic mesoderm
S6 96h:CATGCCTGTCCGGATC,Pre-somitic mesoderm
S6 96h:CGGTCAGTCTCTTCAA,Caudal mesoderm
S6 96h:GGGTATTGTGCACATT,Pre-somitic mesoderm
S6 96h:ATCCACCAGGCTCTAT,Pre-somitic mesoderm
S6 96h:TTGCTGCAGTGGTGAC,Pre-somitic mesoderm
S6 96h:GTCTCACTCGTTCGCT,Pre-somitic mesoderm
S6 96h:CCCGAAGAGGAGATAG,Pre-somitic mesoderm
S6 96h:CAGGTATCACTCTAGA,Caudal mesoderm
S6 96h:ATCGTGACAGTGAGCA,Caudal mesoderm
S6 96h:TAGCACAAGGTTGACG,Pre-somitic mesoderm
S6 96h:TGAGCGCTCTAGAGCT,Ectopic pluripotency
S6 96h:TTGAGTGAGTCCTACA,Pre-somitic mesoderm
S6 96h:CAAGACTGTGACTGAG,Caudal mesoderm
S6 96h:ATCGTGAGTGCGGATA,Pre-somitic mesoderm
S6 96h:GTGCAGCCAACCAGAG,Caudal mesoderm
S6 96h:ACGCACGCAGGTTCAT,Gut
S6 96h:CCTTGTGCAGAGATTA,Pre-somitic mesoderm
S6 96h:GCCCGAAGTTTATGCG,Pre-somitic mesoderm
S6 96h:TGCAGATAGCCAAGGT,Pre-somitic mesoderm
S6 96h:ACGGTTAAGCGCTTCG,Pre-somitic mesoderm
S6 96h:CTCAAGATCATAGACC,Pre-somitic mesoderm
S6 96h:TCTGGCTCAAATCGTC,Pre-somitic mesoderm
S6 96h:AAGCCATAGGTTGCCC,Pre-somitic mesoderm
S6 96h:AAGACTCTCTCTTCAA,Pre-somitic mesoderm
S6 96h:AACCTGAAGCTTCATG,Caudal mesoderm
S6 96h:TGGAGAGCATTAGGCT,Pre-somitic mesoderm
S6 96h:AACCTTTGTAGTACGG,Pre-somitic mesoderm
S6 96h:CATGGTACAGAAGCGT,Pre-somitic mesoderm
S6 96h:GTCTTTATCCTACGGG,Pre-somitic mesoderm
S6 96h:CATCCCAGTATGAGAT,Pre-somitic mesoderm
S6 96h:ACAGAAACAAGGAGTC,Caudal mesoderm
S6 96h:TGAACGTAGATGCCGA,Pre-somitic mesoderm
S6 96h:AGGTCATCACCGCTGA,Pre-somitic mesoderm
S6 96h:TCATCCGAGGGAGGCA,Pre-somitic mesoderm
S6 96h:CTTTCAAGTCGTCTCT,Pre-somitic mesoderm
S6 96h:CAGGTATCAAGCTACT,Pre-somitic mesoderm
S6 96h:TTGTTTGAGTGGATTA,Gut
S6 96h:TTCTAGTCATAGACTC,Pre-somitic mesoderm
S6 96h:TCGACCTAGTGGAAGA,Pre-somitic mesoderm
S6 96h:ACTACGACAAGAGGTC,Caudal mesoderm
S6 96h:GTCACTCCACTGTCCT,Pre-somitic mesoderm
S6 96h:TCTCCGAAGACGATAT,Pre-somitic mesoderm
S6 96h:TCTCACGGTAGTCTTG,Pre-somitic mesoderm
S6 96h:CTCCACAGTTGTGTTG,Pre-somitic mesoderm
S6 96h:ATGCCTCAGATCGCCC,Pre-somitic mesoderm
S6 96h:ATAGGCTGTTAAAGTG,Pre-somitic mesoderm
S6 96h:GTCGAATCACGCTATA,Pre-somitic mesoderm
S6 96h:TCGCAGGAGAATTGTG,Pre-somitic mesoderm
S6 96h:CACTTCGGTTCGGGTC,Caudal mesoderm
S6 96h:CGTGCTTGTTGCTCAA,Pre-somitic mesoderm
S6 96h:AACAGGGAGCAGCACA,Pre-somitic mesoderm
S6 96h:ACCATTTTCGTGGAAG,Pre-somitic mesoderm
S6 96h:TGGTACAGTAAGGAGA,Pre-somitic mesoderm
S6 96h:CATACTTCAAAGACTA,Pre-somitic mesoderm
S6 96h:CCTCCAAAGGTCGTAG,Pre-somitic mesoderm
S6 96h:TAATCTCTCCCTCTAG,Pre-somitic mesoderm
S6 96h:TGGGTTACACAATGCT,Caudal mesoderm
S6 96h:ACAAGCTCAGAGAGGG,Caudal mesoderm
S6 96h:CAAGACTAGGTTAGTA,Pre-somitic mesoderm
S6 96h:CCTCTCCCAGTTAGGG,Pre-somitic mesoderm
S6 96h:ACCAACAAGTAACAGT,Pre-somitic mesoderm
S6 96h:CCCATTGCAAGAGGCT,Pre-somitic mesoderm
S6 96h:GTGAGTTTCACCATCC,Caudal mesoderm
S6 96h:CCACGAGCACCGTGAC,Pre-somitic mesoderm
S6 96h:CCGGACAAGTGGTGAC,Pre-somitic mesoderm
S6 96h:CAGAGCCAGGGTTAGC,Pre-somitic mesoderm
S6 96h:TGAGCATCATCGGTTA,Pre-somitic mesoderm
S6 96h:CAAGCTAGTACCACGC,Pre-somitic mesoderm
S6 96h:AAGGAATAGTGGTGAC,Pre-somitic mesoderm
S6 96h:GAAGAATAGCTGTTAC,Pre-somitic mesoderm
S6 96h:GCAGCCAGTAGATCGG,Caudal mesoderm
S6 96h:AAGTTCGAGGGAGTTC,Pre-somitic mesoderm
S6 96h:CCACGTTTCCGGCAAC,Caudal mesoderm
S6 96h:CGATGCGTCGTTCATT,Pre-somitic mesoderm
S6 96h:TTGTTTGCATGGAAGC,Pre-somitic mesoderm
S6 96h:GCTACAACACTATCGA,Pre-somitic mesoderm
S6 96h:AGACAAATCGGAACTT,Pre-somitic mesoderm
S6 96h:ACATTTCCAGCGTTGC,Pre-somitic mesoderm
S6 96h:TCCACGTCAAATCAGA,Pre-somitic mesoderm
S6 96h:GAAGCCCAGCGTCGAA,Pre-somitic mesoderm
S6 96h:CGAGGAACAGCGAACA,Caudal mesoderm
S6 96h:GACACGCTCGAACGCC,Pre-somitic mesoderm
S6 96h:CCAATGAGTAAGATAC,Pre-somitic mesoderm
S6 96h:GACATCATCGCAGTTA,Pre-somitic mesoderm
S6 96h:AACCCAATCCACAAGT,Caudal mesoderm
S6 96h:TACAACGCACTCCTGT,Caudal mesoderm
S6 96h:GTCATCCCAACCCTAA,Pre-somitic mesoderm
S6 96h:GACCCTTCACACTGGC,Pre-somitic mesoderm
S6 96h:GTCACGGTCCTGGCTT,Pre-somitic mesoderm
S6 96h:CTCCAACGTAGCTCGC,Pre-somitic mesoderm
S6 96h:CCCTAACAGTGCTCGC,Pre-somitic mesoderm
S6 96h:ATACTTCTCATGCCCT,Pre-somitic mesoderm
S6 96h:AGATGAACACCAGACC,Pre-somitic mesoderm
S6 96h:ACGGTCGGTCTCCTGT,Pre-somitic mesoderm
S6 96h:CACAGGCCAAGAATAC,Pre-somitic mesoderm
S6 96h:TGCGGCATCAGAATAG,Pre-somitic mesoderm
S6 96h:CCCTGATAGCTGTGCC,Caudal mesoderm
S6 96h:TGTTGGACAACTAGAA,Caudal mesoderm
S6 96h:ACCACAAAGGGTGAGG,Gut
S6 96h:CACCGTTAGGCTCAAG,Pre-somitic mesoderm
S6 96h:TCAGTGACATGGCTGC,Pre-somitic mesoderm
S6 96h:ATTCCATAGTAAGAGG,Pre-somitic mesoderm
S6 96h:TGGGCGTCAACAGCCC,Pre-somitic mesoderm
S6 96h:GTAATGCCAGGCGTTC,Pre-somitic mesoderm
S6 96h:ATGAAAGGTATACGGG,Pre-somitic mesoderm
S6 96h:GTGGTATCAACGCAGA,Pre-somitic mesoderm
S6 96h:TTGCGTCCACACCTAA,Pre-somitic mesoderm
S6 96h:ACAGAAAGTGTCCCTT,Pre-somitic mesoderm
S6 96h:TAAGCACCAGTCGAGA,Pre-somitic mesoderm
S6 96h:GTAGATCTCGATAACC,Caudal mesoderm
S6 96h:CTACCCATCAAGTCGT,Pre-somitic mesoderm
S6 96h:GTCATTTTCCGTATAG,Pre-somitic mesoderm
S6 96h:CATCGGGTCGAGCTGC,Pre-somitic mesoderm
S6 96h:CCTGCATAGCCTCACG,Pre-somitic mesoderm
S6 96h:GATGGAGCAAACACGG,Pre-somitic mesoderm
S6 96h:AGCTACACACGAGGTA,Gut
S6 96h:TACTTACTCCATCGTC,Pre-somitic mesoderm
S6 96h:TCGTGGGTCCTTTGAT,Caudal mesoderm
S6 96h:CTGGACGTCGCTGTCT,Pre-somitic mesoderm
S6 96h:ACTCCCACAAACACCT,Pre-somitic mesoderm
S6 96h:TTGAGTGTCGAGTGAG,Pre-somitic mesoderm
S6 96h:GAAGGGTTCTAAGGAA,Pre-somitic mesoderm
S6 96h:TTGTTTGAGGCTAACG,Pre-somitic mesoderm
S6 96h:GTTACCCTCGTGACTA,Pre-somitic mesoderm
S6 96h:ACGTAGTTCCTACGAA,Pre-somitic mesoderm
S6 96h:ATTTCTGGTGACCGAA,Pre-somitic mesoderm
S6 96h:GACCGTGTCAGGGTAG,Pre-somitic mesoderm
S6 96h:GCTACAAAGCATACTC,Pre-somitic mesoderm
S6 96h:GCAGTTAAGCCTGTCG,Pre-somitic mesoderm
S6 96h:ACGTCCTGTCTTCAAG,Pre-somitic mesoderm
S6 96h:CTGATCCTCCCATTTA,Pre-somitic mesoderm
S6 96h:TAACACGAGCATGCGA,Pre-somitic mesoderm
S6 96h:ATTTACCTCGAACGGA,Pre-somitic mesoderm
S6 96h:GTGTCCTGTCCAACGC,Pre-somitic mesoderm
S6 96h:AGGCCACCACAGTATC,Caudal mesoderm
S6 96h:GTTATGGCATACAGGG,Caudal mesoderm
S6 96h:TGCAGTACAACTGCCG,Pre-somitic mesoderm
S6 96h:CGATGCGCAGACGATG,Pre-somitic mesoderm
S6 96h:TTGTTGTAGGCCTAGA,Caudal mesoderm
S6 96h:CTAGGTATCAGCACCG,Pre-somitic mesoderm
S6 96h:TAGACTGAGACCTCCG,Caudal mesoderm
S6 96h:TGAGTCATCCTCTCTT,Pre-somitic mesoderm
S6 96h:CACGAATAGGTAGGCT,Pre-somitic mesoderm
S6 96h:ATCATTCTCTGGGCCA,Pre-somitic mesoderm
S6 96h:TGCAGATCAGGAGGTT,Caudal mesoderm
S6 96h:GATCATGAGCAATAAC,Pre-somitic mesoderm
S6 96h:AAGCCATCATCCCACT,Pre-somitic mesoderm
S6 96h:TCTGGCTAGTAGGAAG,Pre-somitic mesoderm
S6 96h:CCCAACTCAATGCAAA,Pre-somitic mesoderm
S6 96h:TGCTCCAAGGTACCTT,Pre-somitic mesoderm
S6 96h:ATGAGGGCAAAGGCGT,Caudal mesoderm
S6 96h:CGAAGTTGTATTCTCT,Caudal mesoderm
S6 96h:ACTTAGGTCGCCAGAC,Pre-somitic mesoderm
S6 96h:ACTCCCAGTTGATGTC,Caudal mesoderm
S6 96h:CTTTCGGTCGTGTGGC,Pre-somitic mesoderm
S6 96h:TTCACCGTCATCGCTC,Pre-somitic mesoderm
S6 96h:CGAGGAATCCTGTAAG,Pre-somitic mesoderm
S6 96h:TGGGATTAGTAACCTC,Caudal mesoderm
S6 96h:TGTTCCGAGATGGTAT,Pre-somitic mesoderm
S6 96h:TGAGGTTCAGGACTTT,Pre-somitic mesoderm
S6 96h:TGAGACTTCCTGTACC,Pre-somitic mesoderm
S6 96h:TTCTAACAGGAAACGA,Pre-somitic mesoderm
S6 96h:ACTTTCAGTGAGAGGG,Pre-somitic mesoderm
S6 96h:GTGAGCCAGCAAGTGC,Pre-somitic mesoderm
S6 96h:CGAGGAATCCGATAAC,Pre-somitic mesoderm
S6 96h:TGCTCGTGTGTTACTG,Pre-somitic mesoderm
S6 96h:AGGCATTGTACGTACT,Pre-somitic mesoderm
S6 96h:GAGTGAGGTTGCGTAT,Caudal mesoderm
S6 96h:CCTCTCCAGATGACAT,Pre-somitic mesoderm
S6 96h:AGAGCAGCAAGTCGTT,Pre-somitic mesoderm
S6 96h:CTTTCGGTCTAAGAAG,Caudal mesoderm
S6 96h:AGTAGCTAGTCCTGCG,Caudal mesoderm
S6 96h:GTCACGGGTTTGATCG,Pre-somitic mesoderm
S6 96h:AGGGAGTTCAAGTAAG,Caudal mesoderm
S6 96h:TAACACGGTGAGTGAC,Pre-somitic mesoderm
S6 96h:CTGCATCAGATCGCTT,Pre-somitic mesoderm
S6 96h:TGACGCGGTAGTGTGG,Pre-somitic mesoderm
S6 96h:TTGGTTTAGAGTATAC,Pre-somitic mesoderm
S6 96h:GATCAGTCAGGATCTT,Pre-somitic mesoderm
S6 96h:CTGTGGGAGACATGCG,Pre-somitic mesoderm
S6 96h:TTACGTTGTGCGTGCT,Caudal mesoderm
S6 96h:TGTTGGAAGGCATCAG,Caudal mesoderm
S6 96h:GAGAAATAGGGTCAAC,Pre-somitic mesoderm
S6 96h:TTACGTTCATGTTACG,Caudal mesoderm
S6 96h:CTGGCAGTCGCCTATC,Pre-somitic mesoderm
S6 96h:ACGATCATCAGTCACA,Pre-somitic mesoderm
S6 96h:TCATTCACAACGAGGT,Pre-somitic mesoderm
S6 96h:GTCCACTCAGAGAGGG,Pre-somitic mesoderm
S6 96h:GCTTTCGCAAGGTCGA,Pre-somitic mesoderm
S6 96h:GTCACTCGTACGAGCA,Caudal mesoderm
S6 96h:ATCACAGAGAATCTAG,Caudal mesoderm
S6 96h:TCAGGGCCAATGTGGG,Pre-somitic mesoderm
S6 96h:GGGTGTCTCGTTCTAT,Pre-somitic mesoderm
S6 96h:GCCATGGCAGGTAGTG,Pre-somitic mesoderm
S6 96h:GCATGATTCTGCGGAC,Caudal mesoderm
S6 96h:CCATCACGTACCTTCC,Pre-somitic mesoderm
S6 96h:AGTCTCCGTCTACATG,Pre-somitic mesoderm
S6 96h:CACTGAAAGAGTGAAG,Pre-somitic mesoderm
S6 96h:ACATCCCTCTGAATGC,Pre-somitic mesoderm
S6 96h:TCACTATCAGGTCAGA,Pre-somitic mesoderm
S6 96h:AGGGTGACACAAGCCC,Gut
S6 96h:TTCCTCTGTCTAGTGT,Pre-somitic mesoderm
S6 96h:AGTTAGCGTATCGAAA,Pre-somitic mesoderm
S6 96h:TGAATCGGTGAGAACC,Pre-somitic mesoderm
S6 96h:GTCGCGAGTGGAACAC,Caudal mesoderm
S6 96h:ACCACAAAGCGTATGG,Caudal mesoderm
S6 96h:CTGCAGGGTAACTGCT,Pre-somitic mesoderm
S6 96h:ATTCATCCAACAAAGT,Pre-somitic mesoderm
S6 96h:CATTGTTTCACCGGGT,Pre-somitic mesoderm
S6 96h:TCTGGCTGTCTGTGCG,Gut
S6 96h:TGAGTCACACCGGTCA,Pre-somitic mesoderm
S6 96h:GGAGGATAGTACCCTA,Pre-somitic mesoderm
S6 96h:GTGGTTACACGATTCA,Pre-somitic mesoderm
S6 96h:TGCACGGGTCATCCGG,Pre-somitic mesoderm
S6 96h:CTGGTCTAGGTCGTGA,Caudal mesoderm
S6 96h:GGATCTAGTTACCGTA,Caudal mesoderm
S6 96h:ATGGGTTAGAGGCGTT,Pre-somitic mesoderm
S6 96h:TTCCTCTCACTTGACA,Pre-somitic mesoderm
S6 96h:AGTACTGAGATTCGAA,Pre-somitic mesoderm
S6 96h:ATGCGATCAGAGGACT,Pre-somitic mesoderm
S6 96h:TATCTGTTCGGTAAGG,Pre-somitic mesoderm
S6 96h:GCCAGTGCACCGTACG,Caudal mesoderm
S6 96h:TCGGGACAGAGGGTCT,Pre-somitic mesoderm
S6 96h:CCGGGTAAGATGCAGC,Caudal mesoderm
S6 96h:GAACTGTAGGTACTGG,Pre-somitic mesoderm
S6 96h:TGCATGAAGTTTCAGC,Pre-somitic mesoderm
S6 96h:CTAACTTCAACTCATG,Pre-somitic mesoderm
S6 96h:GAAATGAAGTGTAGTA,Pre-somitic mesoderm
S6 96h:ATATCCTGTGTAAACA,Pre-somitic mesoderm
S6 96h:ATAGGCTTCTAGGCCG,Pre-somitic mesoderm
S6 96h:TATCAGGAGCTTCGTA,Caudal mesoderm
S6 96h:ATAGGCTTCACAAGGG,Gut
S6 96h:GTGGCGTCAGTGGCTC,Pre-somitic mesoderm
S6 96h:TTGACCCCAGCGTTTA,Gut
S6 96h:TACGCTCAGAACGCGT,Pre-somitic mesoderm
S6 96h:GTAGTACTCGGTAACT,Somite differentiation front
S6 96h:AGAGAATGTCATCCGG,Pre-somitic mesoderm
S6 96h:CTTAGGACATTCTGTT,Pre-somitic mesoderm
S6 96h:CCCTCTCGTCCGACGT,Pre-somitic mesoderm
S6 96h:GTAGAGGAGCGTCTCG,Caudal mesoderm
S6 96h:TAACGACTCATGCCCT,Pre-somitic mesoderm
S6 96h:TATTCCAAGGAAGTGA,Caudal mesoderm
S6 96h:CCCGGAAGTTGTCCCT,Caudal mesoderm
S6 96h:TCCCAGTAGTTGGACG,Pre-somitic mesoderm
S6 96h:TGACAGTGTGCCAAGA,Pre-somitic mesoderm
S6 96h:TCAGGGCCACACGGAA,Gut
S6 96h:CAACCAATCTGGGAGA,Pre-somitic mesoderm
S6 96h:TAATTCCTCTTTACAC,Pre-somitic mesoderm
S6 96h:AGTAACCTCCTCTTTC,Pre-somitic mesoderm
S6 96h:GCCAGGTGTATTTCCT,Pre-somitic mesoderm
S6 96h:TAACACGGTATTTCGG,Caudal mesoderm
S6 96h:ATCTTCAAGGACACTG,Caudal mesoderm
S6 96h:TACGCTCGTTTCAGAC,Caudal mesoderm
S6 96h:CGGGACTTCTTCGTGC,Gut
S6 96h:GCAGTTATCCTCGCAT,Caudal mesoderm
S6 96h:TCCTGCAAGCTAAACA,Pre-somitic mesoderm
S6 96h:TTCAATCCATCGAACT,Pre-somitic mesoderm
S6 96h:CAGATACGTCTACGTA,Caudal mesoderm
S6 96h:CTATCTAGTATCTTCT,Pre-somitic mesoderm
S6 96h:AGCTACAAGAGAGAAC,Pre-somitic mesoderm
S6 96h:TTAGGGTTCAAATGAG,Caudal mesoderm
S6 96h:CTGTGAATCGGTCATA,Pre-somitic mesoderm
S6 96h:CTCCGATCAGGACGAT,Pre-somitic mesoderm
S6 96h:AAGCGAGAGTAGATCA,Pre-somitic mesoderm
S6 96h:GGCTTGGTCTCAATCT,Pre-somitic mesoderm
S6 96h:TACACCCGTCGCACGT,Pre-somitic mesoderm
S6 96h:TGAGGTTAGACTCCGC,Pre-somitic mesoderm
S6 96h:TCTCAGCAGGTACATA,Pre-somitic mesoderm
S6 96h:GATAGAAGTTGAAGTA,Pre-somitic mesoderm
S6 96h:CGAGGCTTCACACCGG,Caudal mesoderm
S6 96h:TGCAGTATCTCGCCTA,Caudal mesoderm
S6 96h:CTGAATGCAAGTGGTG,Pre-somitic mesoderm
S6 96h:TCGTGGGTCGGATAAA,Pre-somitic mesoderm
S6 96h:CTGCATCTCGGACTGC,Pre-somitic mesoderm
S6 96h:GCATGATAGTAGAATC,Ectopic pluripotency
S6 96h:GGTCTGGAGTCCTGTA,Pre-somitic mesoderm
S6 96h:CAGATACAGGAAAGAC,Pre-somitic mesoderm
S6 96h:GTCCACTCATGCGTGC,Pre-somitic mesoderm
S6 96h:ATTACCTTCATAGACC,Pre-somitic mesoderm
S6 96h:AGGTTGTGTGCCTGAC,Pre-somitic mesoderm
S6 96h:GTCGTAAGTTAGGAGC,Caudal mesoderm
S6 96h:CGCCAGATCGGCAGTC,Pre-somitic mesoderm
S6 96h:CATCCACTCAAGTAAG,Caudal mesoderm
S6 96h:TTCCACGGTTTACTGG,Pre-somitic mesoderm
S6 96h:GAGGCCTCATACGCAT,Caudal mesoderm
S6 96h:ATGACCATCTCATTAC,Pre-somitic mesoderm
S6 96h:AGGTCATTCGTGGGAA,Pre-somitic mesoderm
S6 96h:GGGTCTGGTATCACGT,Pre-somitic mesoderm
S6 96h:TAACACGTCTCACCCA,Pre-somitic mesoderm
S6 96h:ACATGCAAGACCAACG,Pre-somitic mesoderm
S6 96h:CCTGTTGTCAACCGAT,Pre-somitic mesoderm
S6 96h:GCTGAATCATTACTCT,Pre-somitic mesoderm
S6 96h:AGAAGCGAGTTGTAGA,Caudal mesoderm
S6 96h:TCTTTGAGTGGGACAT,Pre-somitic mesoderm
S6 96h:GGGTAGAGTCTGGTTA,Pre-somitic mesoderm
S6 96h:AACCTGAGTTGCAAGG,Pre-somitic mesoderm
S6 96h:GGGACTCAGAATTCAG,Caudal mesoderm
S6 96h:CCACAAATCACTTGGA,Pre-somitic mesoderm
S6 96h:GTCAGCGAGCTAATGA,Pre-somitic mesoderm
S6 96h:AGTGATCGTCACTCTC,Caudal mesoderm
S6 96h:GATCGTAAGATTGATG,Caudal mesoderm
S6 96h:CAGCCAGAGGTATAGT,Pre-somitic mesoderm
S6 96h:TTGAGTGTCGTTAGAC,Caudal mesoderm
S6 96h:TCCTAATCACCTGCGA,Pre-somitic mesoderm
S6 96h:ATCACTTTCACCGCTT,Pre-somitic mesoderm
S6 96h:TGTTCCGGTGACCGAA,Pre-somitic mesoderm
S6 96h:ACAAGCTCAGTCTACA,Pre-somitic mesoderm
S6 96h:ACGGTCGAGACTCAAA,Pre-somitic mesoderm
S6 96h:TAGGAGGAGGTTTACC,Pre-somitic mesoderm
S6 96h:CACGAATAGACGCTCC,Pre-somitic mesoderm
S6 96h:TGGCGTGAGTGAGTGC,Pre-somitic mesoderm
S6 96h:TGGGTTACACTACGGC,Pre-somitic mesoderm
S6 96h:TGGAGAGCATCCGTGG,Pre-somitic mesoderm
S6 96h:TATGTTCCACTGTGAT,Pre-somitic mesoderm
S6 96h:GATTCGATCTGGGATT,Pre-somitic mesoderm
S6 96h:GCGGATCCAAGGACAC,Pre-somitic mesoderm
S6 96h:GCCCAGAGTATCATGC,Caudal mesoderm
S6 96h:ATTCCCGAGAGCCGTA,Pre-somitic mesoderm
S6 96h:AAGTCGTCAACGGCCT,Pre-somitic mesoderm
S6 96h:GGTAACTTCCGAGCTG,Caudal mesoderm
S6 96h:CAAGAGGGTGGCTGAA,Pre-somitic mesoderm
S6 96h:TAGGTACCAGACCATT,Gut
S6 96h:TTGTGGAGTAGCTGTT,Caudal mesoderm
S6 96h:GTCTACCAGCCATATC,Pre-somitic mesoderm
S6 96h:TGTGATGTCTTACCGC,Pre-somitic mesoderm
S6 96h:ACACGCGTCCTGGGTG,Pre-somitic mesoderm
S6 96h:GGTGAAGTCAAACTGC,Pre-somitic mesoderm
S6 96h:TCGGGCAGTATACAGA,Pre-somitic mesoderm
S6 96h:GCCCGAAGTGTTCGAT,Pre-somitic mesoderm
S6 96h:CATACTTTCGAAACAA,Pre-somitic mesoderm
S6 96h:GATAGAAAGATACCAA,Pre-somitic mesoderm
S6 96h:TTGCCTGAGTGTTGAA,Pre-somitic mesoderm
S6 96h:TCGACGGGTTATAGAG,Pre-somitic mesoderm
S6 96h:TTCATTGTCGAGAGCA,Pre-somitic mesoderm
S6 96h:CTTCGGTGTTGAGTCT,Pre-somitic mesoderm
S6 96h:TCATTCAGTTCTGAGT,Pre-somitic mesoderm
S6 96h:TGAGGTTCAAATGGCG,Caudal mesoderm
S6 96h:TGGGCGTAGACAGCTG,Pre-somitic mesoderm
S6 96h:TTCGGTCGTAGGATAT,Pre-somitic mesoderm
S6 96h:AGGATAAAGTCCCGGT,Pre-somitic mesoderm
S6 96h:ACGGAAGAGATAACGT,Pre-somitic mesoderm
S6 96h:CCGTAGGCATTCAGCA,Pre-somitic mesoderm
S6 96h:GACCGTGAGGCTCTCG,Gut
S6 96h:CTGCGAGCAATCCAGT,Pre-somitic mesoderm
S6 96h:TTGGGATAGAAGATCT,Pre-somitic mesoderm
S6 96h:AGCGCTGGTAGCGATG,Pre-somitic mesoderm
S6 96h:GAACGTTAGTCTACCA,Caudal mesoderm
S6 96h:AACTTCTGTACAAACA,Pre-somitic mesoderm
S6 96h:TCGAACAAGCTGCCAC,Caudal mesoderm
S6 96h:ACTGTCCGTGGGATTG,Pre-somitic mesoderm
S6 96h:AGATCCATCTATCCAT,Ectopic pluripotency
S6 96h:TCAGTTTCAGAAGTGC,Caudal mesoderm
S6 96h:CCGATCTAGTAGCTCT,Pre-somitic mesoderm
S6 96h:TGGGAGAAGAGGCGTT,Pre-somitic mesoderm
S6 96h:ATCGGATGTTAAGGAT,Gut
S6 96h:AGTGTTGAGCAATTAG,Pre-somitic mesoderm
S6 96h:AGGGTGAGTTCAAAGA,Pre-somitic mesoderm
S6 96h:GGTTGTACAATCGCAT,Pre-somitic mesoderm
S6 96h:TTGCATTCACCGTCGA,Pre-somitic mesoderm
S6 96h:GCGGATCAGGAACTAT,Pre-somitic mesoderm
S6 96h:CGCGTGAAGGTTCAGG,Caudal mesoderm
S6 96h:AAGTGAACAGATGCGA,Pre-somitic mesoderm
S6 96h:CTGGTCTAGGTTCTTG,Pre-somitic mesoderm
S6 96h:TTCTGTAAGACTCAAA,Pre-somitic mesoderm
S6 96h:TGAGGAGGTGGTACAG,Gut
S6 96h:CAGCACGCAACTCATG,Pre-somitic mesoderm
S6 96h:GTCGAATCACAGCATT,Pre-somitic mesoderm
S6 96h:GTAATGCTCATCTATC,Caudal mesoderm
S6 96h:TGCACGGTCATGGAGG,Pre-somitic mesoderm
S6 96h:CATCGGGGTAGCTTTG,Pre-somitic mesoderm
S6 96h:ATCGGCGCAAGAGTTA,Pre-somitic mesoderm
S6 96h:GAGACTTAGGTGAGAA,Pre-somitic mesoderm
S6 96h:TGGCGTGAGTAAACGT,Caudal mesoderm
S6 96h:AATCGACAGACGATAT,Pre-somitic mesoderm
S6 96h:TCTGCCATCCTGCTAC,Gut
S6 96h:CCATCACAGCACCCAC,Pre-somitic mesoderm
S6 96h:GACTCAATCCGAACGC,Pre-somitic mesoderm
S6 96h:TTTGTTGAGGATAATC,Pre-somitic mesoderm
S6 96h:TGCTTGCTCACCACAA,Pre-somitic mesoderm
S6 96h:GAACGTTTCGCCAACG,Pre-somitic mesoderm
S6 96h:AGGTCTACAACACACT,Pre-somitic mesoderm
S6 96h:GGGTAGAAGCCTATCA,Pre-somitic mesoderm
S6 96h:GAACGTTAGAAGGATG,Pre-somitic mesoderm
S6 96h:TATTCCACAGAATGTA,Pre-somitic mesoderm
S6 96h:CTGCTCATCGTCGATA,Pre-somitic mesoderm
S6 96h:TTCCGTGAGAGTGTGC,Pre-somitic mesoderm
S6 96h:CTGTATTCAAGTTCGT,Caudal mesoderm
S6 96h:TGTGCGGAGAACGTGC,Caudal mesoderm
S6 96h:TTTGGTTAGCTGTTCA,Pre-somitic mesoderm
S6 96h:CCCTTAGAGAGTGAAG,Pre-somitic mesoderm
S6 96h:GACATCACAGGACTAG,Pre-somitic mesoderm
S6 96h:CACATGAAGACAACTA,Pre-somitic mesoderm
S6 96h:TCACTCGTCTCCCATG,Pre-somitic mesoderm
S6 96h:ACGTCCTAGTATAACG,Pre-somitic mesoderm
S6 96h:TACGGGCCACAACCGC,Gut
S6 96h:GTAGGAGAGTACCATC,Caudal mesoderm
S6 96h:AGCGCCATCCATTCAT,Gut
S6 96h:ATCGGCGGTCGATTTG,Pre-somitic mesoderm
S6 96h:GTTGTAGCACTGTCCT,Pre-somitic mesoderm
S6 96h:ACTACGAGTTGCTCAA,Pre-somitic mesoderm
S6 96h:TCCACGTGTTACGTAC,Caudal mesoderm
S6 96h:GTGGAAGAGTAAGCAT,Pre-somitic mesoderm
S6 96h:ACACCAAGTTGGAGGT,Pre-somitic mesoderm
S6 96h:TGTCCACGTAAGCGGT,Pre-somitic mesoderm
S6 96h:CCCTCTCTCGCGAAGA,Pre-somitic mesoderm
S6 96h:CGACAGCAGGCATGCA,Pre-somitic mesoderm
S6 96h:GCAACCGAGTGACCTT,Pre-somitic mesoderm
S6 96h:CCAAGCGTCGCCCAGA,Pre-somitic mesoderm
S6 96h:GTAGTACCACCGTACG,Pre-somitic mesoderm
S6 96h:TGTTCCGTCGCTTTAT,Pre-somitic mesoderm
S6 96h:CTATCTAGTAGCGCTC,Pre-somitic mesoderm
S6 96h:AGGATCTCACCATATG,Caudal mesoderm
S6 96h:GAGCTGCCACAACGTT,Pre-somitic mesoderm
S6 96h:GTTACCCCAATCAGCT,Pre-somitic mesoderm
S6 96h:CTTTCGGTCCAGTGTA,Pre-somitic mesoderm
S6 96h:CTCATTAGTACAGAGC,Caudal mesoderm
S6 96h:TCCTCGATCGGACGTC,Caudal mesoderm
S6 96h:TCAGCCTAGTATAGAC,Pre-somitic mesoderm
S6 96h:AAAGGTATCAGGCGAA,Pre-somitic mesoderm
S6 96h:CTCTGGTAGTCGCCAC,Caudal mesoderm
S6 96h:CACGTGGTCCCGAGGT,Caudal mesoderm
S6 96h:GGGTGTCAGGGACTGT,Caudal mesoderm
S6 96h:GTGGAAGCAATAGTGA,Caudal mesoderm
S6 96h:TCTTGCGCAGGGTTGA,Pre-somitic mesoderm
S6 96h:TCCACGTGTAACACGG,Caudal mesoderm
S6 96h:CAACAACAGGTTCTAC,Pre-somitic mesoderm
S6 96h:AAAGTCCGTTCAGGTT,Caudal mesoderm
S6 96h:GTTACGAAGCGTGAAC,Pre-somitic mesoderm
S6 96h:TGCGACGGTTGTCATG,Pre-somitic mesoderm
S6 96h:CTCCCTCTCCCTTTGG,Caudal mesoderm
S6 96h:AACAAGACAATCTCGA,Pre-somitic mesoderm
S6 96h:TATCTTGAGGTGATAT,Caudal mesoderm
S6 96h:TTTGATCAGTGGATTA,Gut
S6 96h:AACCATGCACCTGCAG,Caudal mesoderm
S6 96h:TGGTACAAGAGCATCG,Pre-somitic mesoderm
S6 96h:GGCGTCAAGCGATGCA,Pre-somitic mesoderm
S6 96h:AGTAACCAGTTTGTCG,Pre-somitic mesoderm
S6 96h:CGTGAATAGAAGGGAT,Pre-somitic mesoderm
S6 96h:GTACAACCAAGAGCTG,Pre-somitic mesoderm
S6 96h:ATTCTACTCGTAGTCA,Pre-somitic mesoderm
S6 96h:CAGTTAGAGTCACAGG,Pre-somitic mesoderm
S6 96h:CCTCCAAAGGTCGCCT,Pre-somitic mesoderm
S6 96h:GCATTAGCAAGAGTTA,Pre-somitic mesoderm
S6 96h:GGAGCAATCCCGAAAT,Pre-somitic mesoderm
S6 96h:TATTGGGTCATGCATG,Pre-somitic mesoderm
S6 96h:TGCGGGTGTTGTAAAG,Pre-somitic mesoderm
S6 96h:ATGAGGGTCGTGCGAC,Pre-somitic mesoderm
S6 96h:CTAGGTAGTGGATCGA,Pre-somitic mesoderm
S6 96h:GTCTAGACAGTCAGTT,Pre-somitic mesoderm
S6 96h:AAGACAATCATGCCCT,Caudal mesoderm
S6 96h:CTGCGAGGTTCTGAGT,Pre-somitic mesoderm
S6 96h:ACGGTCGCACTATCGA,Pre-somitic mesoderm
S6 96h:CCTACGTTCGAGTGGA,Pre-somitic mesoderm
S6 96h:ATTTCACGTGATCATC,Pre-somitic mesoderm
S6 96h:GTGAGTTAGCGCAATG,Pre-somitic mesoderm
S6 96h:TCAGGTACATGTGCTA,Pre-somitic mesoderm
S6 96h:CGCAGGTCATTGTACG,Pre-somitic mesoderm
S6 96h:TCGTAGAAGCTGCCAC,Pre-somitic mesoderm
S6 96h:CTTTCGGTCGCGCTGA,Pre-somitic mesoderm
S6 96h:GGTGTCGGTGGGTATG,Pre-somitic mesoderm
S6 96h:AGTGATCAGTACGAGC,Pre-somitic mesoderm
S6 96h:GAGGCCTAGGGTAGCT,Pre-somitic mesoderm
S6 96h:CAAAGAATCTTCGGAA,Pre-somitic mesoderm
S6 96h:GTCTACCAGGCGATAC,Pre-somitic mesoderm
S6 96h:GACCCAGTCTGTGCTC,Pre-somitic mesoderm
S6 96h:AATGCCAAGGTGATAT,Pre-somitic mesoderm
S6 96h:CGCCAGATCATCTGTT,Pre-somitic mesoderm
S6 96h:ACAAAGAGTCCGGCAT,Caudal mesoderm
S6 96h:CCTGCATTCGAGATAA,Pre-somitic mesoderm
S6 96h:TGGTACACATGACGGA,Pre-somitic mesoderm
S6 96h:ATCGCCTGTACCGTCG,Pre-somitic mesoderm
S6 96h:AGGTGTTCAACCGGAA,Pre-somitic mesoderm
S6 96h:TGTAAGCGTAGATTAG,Pre-somitic mesoderm
S6 96h:AGGTCTATCGAAATCC,Pre-somitic mesoderm
S6 96h:GTCATTTAGACTTAAG,Pre-somitic mesoderm
S6 96h:ATCATTCTCGAGAGCA,Pre-somitic mesoderm
S6 96h:CAGATCACAGAACTAA,Caudal mesoderm
S6 96h:TCGGGACCACCGTGGT,Caudal mesoderm
S6 96h:CGATCGGAGAATTGCA,Pre-somitic mesoderm
S6 96h:TCGGTCTTCGCGATCG,Caudal mesoderm
S6 96h:CTCAGAATCACAAGAA,Pre-somitic mesoderm
S6 96h:ACGGGTCAGAGGCGGA,Pre-somitic mesoderm
S6 96h:GAGTCTAGTTGAGAGC,Gut
S6 96h:GAGTTACAGCGAATGC,Pre-somitic mesoderm
S6 96h:AGGATAAGTAGGCAGT,Pre-somitic mesoderm
S6 96h:GCAACCGGTACAGTAA,Pre-somitic mesoderm
S6 96h:ACATCGAGTGGCAACA,Pre-somitic mesoderm
S6 96h:AGGGCCTAGCAAGTGC,Pre-somitic mesoderm
S6 96h:AACAAAGTCTCCTGCA,Pre-somitic mesoderm
S6 96h:GTGGCGTGTTTCGTAG,Caudal mesoderm
S6 96h:CTGTGAAGTGGGTCAA,Pre-somitic mesoderm
S6 96h:AGTTCGAAGGACAGTC,Pre-somitic mesoderm
S6 96h:GTTGCGGTCCGAGTGC,Caudal mesoderm
S6 96h:ACGATGTAGGCATGCA,Caudal mesoderm
S6 96h:ATTCTACGTCTTTCAT,Pre-somitic mesoderm
S6 96h:GCTACAATCAAAGGTA,Pre-somitic mesoderm
S6 96h:GTGAGCCTCCGCAGTG,Pre-somitic mesoderm
S6 96h:CATCCCAGTTCTAAGC,Pre-somitic mesoderm
S6 96h:CCCTTAGGTATCGAAA,Pre-somitic mesoderm
S6 96h:TAGACTGAGGCCCGTT,Caudal mesoderm
S6 96h:TTGTGTTGTGGATCGA,Caudal mesoderm
S6 96h:TAGAGTCAGTCAGCCC,Pre-somitic mesoderm
S6 96h:GCGAGAAAGCGTCTCG,Pre-somitic mesoderm
S6 96h:ACGGAAGGTGCGCTCA,Caudal mesoderm
S6 96h:GTCATCCTCAACCGAT,Pre-somitic mesoderm
S6 96h:CGAATTGTCTTTCAGT,Pre-somitic mesoderm
S6 96h:GGACGTCGTATGAGCG,Caudal mesoderm
S6 96h:CTAACTTGTTGGGTTT,Pre-somitic mesoderm
S6 96h:TAGATCGAGATACGAT,Caudal mesoderm
S6 96h:GTGTCCTCATCCCACT,Pre-somitic mesoderm
S6 96h:TTCAATCTCATCTGTT,Pre-somitic mesoderm
S6 96h:GATGACTTCCTACACC,Caudal mesoderm
S6 96h:TCATGAGTCCTGGCTT,Pre-somitic mesoderm
S6 96h:CATCCGTAGTGCAAAT,Pre-somitic mesoderm
S6 96h:TCCGAAACACGACGAA,Pre-somitic mesoderm
S6 96h:CGAGGAAAGATCCGAG,Pre-somitic mesoderm
S6 96h:CGGAGAAAGGTAGCAC,Pre-somitic mesoderm
S6 96h:TGGGAAGCACTCCGGA,Caudal mesoderm
S6 96h:AACCACACATCGGCCA,Pre-somitic mesoderm
S6 96h:CCCTCTCAGGAACTCG,Caudal mesoderm
S6 96h:CGCGTGATCCCGAGGT,Pre-somitic mesoderm
S6 96h:AGGGAGTAGGGATCGT,Caudal mesoderm
S6 96h:CTCCTCCTCCTAGCTC,Pre-somitic mesoderm
S6 96h:GCTTGGGAGAAACCCG,Caudal mesoderm
S6 96h:CTTAGGAAGTTCACTG,Pre-somitic mesoderm
S6 96h:ATCGTGAAGTACGTCT,Caudal mesoderm
S6 96h:AGTCAACCATGACTGT,Pre-somitic mesoderm
S6 96h:ATGTCCCGTACGATGG,Pre-somitic mesoderm
S6 96h:TATTGGGGTAGGCAGT,Pre-somitic mesoderm
S6 96h:TAGGAGGTCCCATTTA,Pre-somitic mesoderm
S6 96h:CGCCATTAGACAAGCC,Pre-somitic mesoderm
S6 96h:TCTAACTGTCCGAAAG,Pre-somitic mesoderm
S6 96h:CAGTGCGCACCAAAGG,Caudal mesoderm
S6 96h:CCCTCTCTCTAGGAAA,Caudal mesoderm
S6 96h:GGGACAAGTGAGAGGG,Caudal mesoderm
S6 96h:TAGATCGTCAGCGGAA,Pre-somitic mesoderm
S6 96h:TCGTAGAAGTCAGCGA,Pre-somitic mesoderm
S6 96h:GAAGGGTAGATGTTAG,Pre-somitic mesoderm
S6 96h:AGTGACTCAGGCTTGC,Pre-somitic mesoderm
S6 96h:CACGAATAGGACATCG,Caudal mesoderm
S6 96h:CTACATTTCGAGTCTA,Caudal mesoderm
S6 96h:AGTTCCCCACTGAATC,Pre-somitic mesoderm
S6 96h:ATGAGGGCATGTCAGT,Pre-somitic mesoderm
S6 96h:TTCAGGAGTGAAGCTG,Pre-somitic mesoderm
S6 96h:TAAGCGTTCTTAGGAC,Pre-somitic mesoderm
S6 96h:CATTCTACACGCGTCA,Pre-somitic mesoderm
S6 96h:TTGGTTTTCATGACAC,Pre-somitic mesoderm
S6 96h:GTTACGATCAACGCTA,Pre-somitic mesoderm
S6 96h:CACACAAAGCTAGAGC,Caudal mesoderm
S6 96h:TATTTCGTCTACGGGC,Pre-somitic mesoderm
S6 96h:AGGTAGGGTTGTAGCT,Pre-somitic mesoderm
S6 96h:CCGAACGAGCAAGTGC,Pre-somitic mesoderm
S6 96h:TCGGGACCAGAGTCAG,Pre-somitic mesoderm
S6 96h:TAACCAGAGTTACGTC,Pre-somitic mesoderm
S6 96h:GTAGGTTCACTTTATC,Caudal mesoderm
S6 96h:AGGTAGGGTGAGTCAG,Pre-somitic mesoderm
S6 96h:AGTCATGTCACCCTTG,Pre-somitic mesoderm
S6 96h:GGTCACGAGTGGTTAA,Pre-somitic mesoderm
S6 96h:AGGTAGGCAACGCATT,Gut
S6 96h:GGGATGATCTGAATCG,Pre-somitic mesoderm
S6 96h:TACTTCACAGACCCGT,Pre-somitic mesoderm
S6 96h:GCGAGAAAGAGTCACG,Caudal mesoderm
S6 96h:CTTCAATAGCAACTCT,Pre-somitic mesoderm
S6 96h:GTGACGCAGAGGACTC,Caudal mesoderm
S6 96h:GCATTAGAGACCATTC,Pre-somitic mesoderm
S6 96h:CCCTAACCACCGTACG,Pre-somitic mesoderm
S6 96h:CTTTCAACAACGTTAC,Pre-somitic mesoderm
S6 96h:TCATACTGTCTAGTGT,Pre-somitic mesoderm
S6 96h:GTGTCCTAGACGCATG,Caudal mesoderm
S6 96h:GTTACCCAGTCGAATA,Pre-somitic mesoderm
S6 96h:CCGGACACAAATGAAC,Pre-somitic mesoderm
S6 96h:TTAATCCAGACATGCG,Caudal mesoderm
S6 96h:AGTCTCCGTGCCTGAC,Pre-somitic mesoderm
S6 96h:CATACTTTCAAAGGTA,Pre-somitic mesoderm
S6 96h:ACACAGTAGTGGCAGT,Pre-somitic mesoderm
S6 96h:CCTTTGGAGAGAACCC,Caudal mesoderm
S6 96h:AATAGAGAGCAAATCA,Pre-somitic mesoderm
S6 96h:TGGCGTGTCAGGAGAC,Pre-somitic mesoderm
S6 96h:TCAATCTGTCGTGATT,Pre-somitic mesoderm
S6 96h:ATGACCAAGCGTTAGG,Pre-somitic mesoderm
S6 96h:TTGATGGGTACTCCCT,Caudal mesoderm
S6 96h:GTCCTCACATACAGGG,Caudal mesoderm
S6 96h:GGAGCAACATGCGGTC,Pre-somitic mesoderm
S6 96h:CAGCAATTCTCGTCAC,Pre-somitic mesoderm
S6 96h:AGGCTGCGTTGCATAC,Pre-somitic mesoderm
S6 96h:AGCGCCATCAGCTTCC,Caudal mesoderm
S6 96h:CTCAATTTCTGTAACG,Pre-somitic mesoderm
S6 96h:GTGTGGCGTCGGAAAC,Pre-somitic mesoderm
S6 96h:GATTTCTTCAACGCTA,Caudal mesoderm
S6 96h:CGTGATACACAGTGTT,Pre-somitic mesoderm
S6 96h:GTCCTCACAACCAATC,Pre-somitic mesoderm
S6 96h:CACCGTTTCTCATGCC,Pre-somitic mesoderm
S6 96h:CTCCACAGTCTCAGGC,Pre-somitic mesoderm
S6 96h:TTCGCTGAGACGACGT,Pre-somitic mesoderm
S6 96h:TCAGGGCGTCAGGAGT,Caudal mesoderm
S6 96h:GGCACGTAGCCTTGAT,Pre-somitic mesoderm
S6 96h:GAAGCCCTCATCTATC,Pre-somitic mesoderm
S6 96h:CGGCAGTAGTTGCTCA,Pre-somitic mesoderm
S6 96h:ATTGGGTCACAATGTC,Pre-somitic mesoderm
S6 96h:TACTGCCAGATCACTC,Caudal mesoderm
S6 96h:GAGTTTGCAGAGGTTG,Pre-somitic mesoderm
S6 96h:TCATACTGTTGTGCAT,Caudal mesoderm
S6 96h:TGAATGCCACCATAAC,Pre-somitic mesoderm
S6 96h:ATCTCTAGTCAAGTTC,Pre-somitic mesoderm
S6 96h:CAGTTCCCAAATGGTA,Caudal mesoderm
S6 96h:CCCTAACCAACACTAC,Pre-somitic mesoderm
S6 96h:GTCGCGAAGTGTCATC,Pre-somitic mesoderm
S6 96h:GAGGGATGTTTGGGAG,Pre-somitic mesoderm
S6 96h:TAACACGTCGCAAGAG,Pre-somitic mesoderm
S6 96h:CGAATTGAGCGTGTCC,Pre-somitic mesoderm
S6 96h:GCCAGCACACAGTGTT,Pre-somitic mesoderm
S6 96h:AGTGATCAGGCAGGTT,Pre-somitic mesoderm
S6 96h:GCAGGCTGTCTGTGTA,Caudal mesoderm
S6 96h:TGGGCTGAGGTATTGA,Pre-somitic mesoderm
S6 96h:GCCCGAAAGAACTTCC,Caudal mesoderm
S6 96h:CGAGGCTGTCCGATCG,Pre-somitic mesoderm
S6 96h:ATACTTCCATTGCCTC,Pre-somitic mesoderm
S6 96h:GTTCCGTGTGGCACTC,Pre-somitic mesoderm
S6 96h:CTTCCGATCCAAGCCG,Caudal mesoderm
S6 96h:TGCAGGCAGCTAGAAT,Pre-somitic mesoderm
S6 96h:CTAAGTGAGTAGGATT,Pre-somitic mesoderm
S6 96h:GATAGCTAGGACGGAG,Caudal mesoderm
S6 96h:TCCGGGACATCCAACA,Pre-somitic mesoderm
S6 96h:CGTGAATGTCATAGTC,Pre-somitic mesoderm
S6 96h:GGCGTCACACCTCAGG,Gut
S6 96h:CGATCGGAGCAGTCTT,Caudal mesoderm
S6 96h:GACAGCCGTCAAAGAT,Pre-somitic mesoderm
S6 96h:TCCCATGTCCATCTGC,Caudal mesoderm
S6 96h:CTCATTAGTGATATAG,Caudal mesoderm
S6 96h:CGTCCATAGTTGGAAT,Pre-somitic mesoderm
S6 96h:ATCACAGAGATGGTCG,Pre-somitic mesoderm
S6 96h:TTACGCCTCAACACGT,Pre-somitic mesoderm
S6 96h:GTAGAAAAGTAAATGC,Pre-somitic mesoderm
S6 96h:ATGCATGAGCCTGGAA,Pre-somitic mesoderm
S6 96h:TGGTGATAGACGGTTG,Pre-somitic mesoderm
S6 96h:GAACGTTAGGTAAGTT,Caudal mesoderm
S6 96h:ATGCATGCAGGCTCTG,Pre-somitic mesoderm
S6 96h:GGTGTCGGTGTGTGTT,Pre-somitic mesoderm
S6 96h:GAGAGGTTCTTAATCC,Caudal mesoderm
S6 96h:GTGTGGCTCTACACAG,Pre-somitic mesoderm
S6 96h:AGTACTGAGCCAGAGT,Pre-somitic mesoderm
S6 96h:CTTTCAAAGGAAGTGA,Pre-somitic mesoderm
S6 96h:GTTAGACTCATAGAGA,Pre-somitic mesoderm
S6 96h:TACCCGTCAGTCGTTA,Pre-somitic mesoderm
S6 96h:CATCGCTGTACCAGAG,Pre-somitic mesoderm
S6 96h:AACCTGACATGTTACG,Caudal mesoderm
S6 96h:ACTTCCGAGACGGTTG,Pre-somitic mesoderm
S6 96h:TATTCCAGTGGTCTGC,Pre-somitic mesoderm
S6 96h:CGTGATAAGTGCACCC,Pre-somitic mesoderm
S6 96h:CGAGAAGGTGTTGAGG,Caudal mesoderm
S6 96h:GTTCATTAGGAAGTAG,Pre-somitic mesoderm
S6 96h:CAGCGTGTCTTACACT,Caudal mesoderm
S6 96h:GTGGGAAGTTGGAGAC,Caudal mesoderm
S6 96h:TACTTCAGTAGGATAT,Pre-somitic mesoderm
S6 96h:TTGTGGATCACATCAG,Caudal mesoderm
S6 96h:TTCGCTGTCCCGGTAG,Pre-somitic mesoderm
S6 96h:TACTTACTCACCTTAT,Pre-somitic mesoderm
S6 96h:TATGTTCTCGCGTCGA,Caudal mesoderm
S6 96h:TCTACATCAAATGATG,Pre-somitic mesoderm
S6 96h:TCGGGTGTCGTGTGGC,Caudal mesoderm
S6 96h:CAGATTGAGTGATAGT,Pre-somitic mesoderm
S6 96h:AGGTCATAGATGTTAG,Pre-somitic mesoderm
S6 96h:CATACTTCATAGATCC,Caudal mesoderm
S6 96h:AGGAAATAGCTTCGTA,Pre-somitic mesoderm
S6 96h:GTGAGCCAGACTCTAC,Pre-somitic mesoderm
S6 96h:CCTCTAGGTTCTCTCG,Caudal mesoderm
S6 96h:CGAAGGAGTGGCCCAT,Pre-somitic mesoderm
S6 96h:TTTACGTGTACCCGCA,Pre-somitic mesoderm
S6 96h:GAGTTGTTCTCTCAAT,Pre-somitic mesoderm
S6 96h:AGGACGAGTCCAACGC,Pre-somitic mesoderm
S6 96h:GTTATGGTCCATAAGC,Pre-somitic mesoderm
S6 96h:GACTCTCAGTGATAAC,Pre-somitic mesoderm
S6 96h:GTTCTATAGGTAAGGA,Pre-somitic mesoderm
S6 96h:CTCTCGAAGCCTCAAT,Pre-somitic mesoderm
S6 96h:ATTCCATGTCTACTGA,Pre-somitic mesoderm
S6 96h:GAGCCTGCAGCCATTA,Pre-somitic mesoderm
S6 96h:TCTACCGCAGTTGCGC,Caudal mesoderm
S6 96h:CGTTAGAAGGTACTGG,Pre-somitic mesoderm
S6 96h:TCCTCCCAGACCAGCA,Pre-somitic mesoderm
S6 96h:GCCAACGAGATCGCCC,Pre-somitic mesoderm
S6 96h:CCAATGACACATGACT,Pre-somitic mesoderm
S6 96h:CATGGTACAATACAGA,Pre-somitic mesoderm
S6 96h:GTCATGAGTCGCGTTG,Pre-somitic mesoderm
S6 96h:GGTAGAGTCCTCAGAA,Caudal mesoderm
S6 96h:AGTTCCCTCATCGACA,Caudal mesoderm
S6 96h:GAATCACCAATTCGTG,Caudal mesoderm
S6 96h:GTGGCGTGTCATGCAT,Pre-somitic mesoderm
S6 96h:GGGAGATAGACTTCAC,Pre-somitic mesoderm
S6 96h:ATTTCTGGTGGTACAG,Pre-somitic mesoderm
S6 96h:AACCAACTCCTGGGAC,Pre-somitic mesoderm
S6 96h:CACGTGGGTGATCATC,Pre-somitic mesoderm
S6 96h:CTGCATCCATAGTCAC,Pre-somitic mesoderm
S6 96h:AGAGCCCGTGACTCTA,Pre-somitic mesoderm
S6 96h:GATTCTTAGTTAACAG,Pre-somitic mesoderm
S6 96h:TGAATCGTCTGCCTGT,Pre-somitic mesoderm
S6 96h:GTCATTTAGCCTCTTC,Pre-somitic mesoderm
S6 96h:CGTAATGAGAATCGCG,Pre-somitic mesoderm
S6 96h:AAGAACACAGGCACAA,Pre-somitic mesoderm
S6 96h:AGTACTGTCGAAGGAC,Pre-somitic mesoderm
S6 96h:ATGCATGCAGGGATAC,Pre-somitic mesoderm
S6 96h:AAACGCTGTACGATCT,Pre-somitic mesoderm
S6 96h:AGGGCCTAGCCTAGGA,Pre-somitic mesoderm
S6 96h:TTCTTGACACGCGCAT,Pre-somitic mesoderm
S6 96h:GTCTCACTCCTGTTGC,Caudal mesoderm
S6 96h:TTGCCTGGTAGAATAC,Gut
S6 96h:GAGAGGTAGTGTAGTA,Caudal mesoderm
S6 96h:TAGAGTCAGGGCGAAG,Pre-somitic mesoderm
S6 96h:ACATGCAAGTTGGCTT,Caudal mesoderm
S6 96h:TCTGGCTGTGGCCCAT,Pre-somitic mesoderm
S6 96h:TGTACAGAGCTAGTTC,Pre-somitic mesoderm
S6 96h:TATCTTGGTTGAGGAC,Pre-somitic mesoderm
S6 96h:ATGGAGGGTTAGAGAT,Pre-somitic mesoderm
S6 96h:CATCAAGGTACTGGGA,Pre-somitic mesoderm
S6 96h:AACCTTTCAAGCTCTA,Pre-somitic mesoderm
S6 96h:GCTCAAAAGGCGAACT,Pre-somitic mesoderm
S6 96h:TGCAGGCAGTCTAGCT,Pre-somitic mesoderm
S6 96h:GGTGGCTTCTGCGTCT,Pre-somitic mesoderm
S6 96h:GATCAGTGTCACCGAC,Caudal mesoderm
S6 96h:GTCGTTCGTCAACCTA,Caudal mesoderm
S6 96h:GGAGGTATCGGTCTGG,Pre-somitic mesoderm
S6 96h:TGTTTGTTCCTACCAC,Caudal mesoderm
S6 96h:TGTTCCGAGACCCGCT,Caudal mesoderm
S6 96h:GGTAGAGAGCCAAGTG,Pre-somitic mesoderm
S6 96h:CCTTGTGAGGTTTGAA,Pre-somitic mesoderm
S6 96h:AACAAAGCACATGACT,Pre-somitic mesoderm
S6 96h:TCATATCGTGGATCAG,Pre-somitic mesoderm
S6 96h:CCGTTCAGTCACTACA,Pre-somitic mesoderm
S6 96h:TTGCTGCGTATATGGA,Caudal mesoderm
S6 96h:TGGAGGAGTCGTTGCG,Pre-somitic mesoderm
S6 96h:TCGATTTAGCCGATTT,Caudal mesoderm
S6 96h:GTCACGGTCTGAGGCC,Pre-somitic mesoderm
S6 96h:CTTCCTTCAGCAGAAC,Caudal mesoderm
S6 96h:ATGGATCGTCCGGTGT,Pre-somitic mesoderm
S6 96h:TCGAACAAGGCAATGC,Pre-somitic mesoderm
S6 96h:GCTTTCGAGCGCGTTC,Pre-somitic mesoderm
S6 96h:TGTTACTCAGAGTCTT,Pre-somitic mesoderm
S6 96h:GCCATTCGTCCTGGGT,Pre-somitic mesoderm
S6 96h:CACAACAAGCTGACAG,Pre-somitic mesoderm
S6 96h:CTACATTTCGGCATCG,Pre-somitic mesoderm
S6 96h:GGCAGTCAGTAACAGT,Pre-somitic mesoderm
S6 96h:TAGTGCAAGTCTCGTA,Pre-somitic mesoderm
S6 96h:CTCCTTTGTCGATTAC,Pre-somitic mesoderm
S6 96h:GCACGGTAGACCTGGA,Caudal mesoderm
S6 96h:TTTACCACAGTTGCGC,Pre-somitic mesoderm
S6 96h:GATCCCTGTACTGAGG,Caudal mesoderm
S6 96h:GCACGTGCAGGTCCCA,Pre-somitic mesoderm
S6 96h:TTCTTCCTCTGGACCG,Pre-somitic mesoderm
S6 96h:TCATTACCACGCAGTC,Pre-somitic mesoderm
S6 96h:AAGTCGTGTACAAACA,Pre-somitic mesoderm
S6 96h:GTGGCGTTCATGCCCT,Pre-somitic mesoderm
S6 96h:AATGACCCATAGAGGC,Pre-somitic mesoderm
S6 96h:ATTCGTTAGCTGGCCT,Pre-somitic mesoderm
S6 96h:GAGACCCAGTATGGCG,Pre-somitic mesoderm
S6 96h:AGCGATTGTTACGTAC,Pre-somitic mesoderm
S6 96h:TACCCACTCCGCTGTT,Caudal mesoderm
S6 96h:TTGGGCGCAGCGTGCT,Pre-somitic mesoderm
S6 96h:TCACGCTGTCGGATTT,Ectopic pluripotency
S6 96h:GAAGGGTGTCTGATCA,Caudal mesoderm
S6 96h:AGGAGGTGTCGCATCG,Pre-somitic mesoderm
S6 96h:TGTTCATAGATAACGT,Pre-somitic mesoderm
S6 96h:GTTAGTGAGGCAGCTA,Somite differentiation front
S6 96h:CCTCTAGAGGACGGAG,Caudal mesoderm
S6 96h:GGTGTCGTCCACTAGA,Pre-somitic mesoderm
S6 96h:CTGTCGTGTTAAAGTG,Pre-somitic mesoderm
S6 96h:TTACGCCGTTTAAGGA,Caudal mesoderm
S6 96h:TCTTCCTTCCATCCGT,Pre-somitic mesoderm
S6 96h:GGGCCATAGTATCTGC,Pre-somitic mesoderm
S6 96h:AAAGTGAGTGCGAGTA,Caudal mesoderm
S6 96h:AGGGTTTCATGTGCTA,Pre-somitic mesoderm
S6 96h:CCTACGTAGATGCTTC,Caudal mesoderm
S6 96h:CCAATGACAATTAGGA,Pre-somitic mesoderm
S6 96h:ACGGTCGTCTCGTGAA,Pre-somitic mesoderm
S6 96h:CAGCAGCAGCACGGAT,Pre-somitic mesoderm
S6 96h:ATACCTTTCCTTGGAA,Pre-somitic mesoderm
S6 96h:TAAGTCGTCTAGCCTC,Pre-somitic mesoderm
S6 96h:ATGAGTCGTTAAGAAC,Caudal mesoderm
S6 96h:CGTGTCTTCGCAGTTA,Gut
S6 96h:GAACGTTGTGTCTCCT,Pre-somitic mesoderm
S6 96h:GTAGATCGTAACAGGC,Pre-somitic mesoderm
S6 96h:GGACGTCTCTCTTAAC,Pre-somitic mesoderm
S6 96h:TACGGGCGTAGATCGG,Pre-somitic mesoderm
S6 96h:TCAGCCTGTGTCCAAT,Pre-somitic mesoderm
S6 96h:GTCTAGATCTGAACGT,Pre-somitic mesoderm
S6 96h:CTTTCGGCACTACGGC,Pre-somitic mesoderm
S6 96h:GTAGTACGTAGCTAAA,Pre-somitic mesoderm
S6 96h:CAGGCCATCTTTGCGC,Pre-somitic mesoderm
S6 96h:GTTACAGCAGGATCTT,Pre-somitic mesoderm
S6 96h:TCAATTCGTGGCACTC,Pre-somitic mesoderm
S6 96h:CGCATGGAGTGGTTCT,Gut
S6 96h:GTTCTATAGCCGTTAT,Pre-somitic mesoderm
S6 96h:TCAGGTAGTGGTCTAT,Caudal mesoderm
S6 96h:GCCCGAAAGCAATTAG,Pre-somitic mesoderm
S6 96h:AGTCTCCAGTATTCCG,Caudal mesoderm
S6 96h:TTGAGTGCATACTGTG,Pre-somitic mesoderm
S6 96h:CACTGAACAACAAAGT,Caudal mesoderm
S6 96h:GCTTCACTCAAGTGGG,Caudal mesoderm
S6 96h:CGGAGAACAGGGCTTC,Pre-somitic mesoderm
S6 96h:GGGCGTTGTTTACTGG,Pre-somitic mesoderm
S6 96h:ACATGCAAGGGACAGG,Caudal mesoderm
S6 96h:GACTCTCGTGCATTAC,Pre-somitic mesoderm
S6 96h:ATGGAGGTCAACACGT,Pre-somitic mesoderm
S6 96h:TGATGGTTCGTGCATA,Caudal mesoderm
S6 96h:TTGTGTTGTGCGAGTA,Pre-somitic mesoderm
S6 96h:TGATGGTAGATGTTCC,Pre-somitic mesoderm
S6 96h:GCAGCCAAGCTCCATA,Pre-somitic mesoderm
S6 96h:ATATCCTTCATAGACC,Pre-somitic mesoderm
S6 96h:AGAAGCGGTAGCGTTT,Caudal mesoderm
S6 96h:AGTGCCGAGCTTAAGA,Pre-somitic mesoderm
S6 96h:GACTTCCTCGTTCTCG,Pre-somitic mesoderm
S6 96h:GGGACAAAGCCTGAGA,Pre-somitic mesoderm
S6 96h:TTTCGATGTGCAGTGA,Pre-somitic mesoderm
S6 96h:TGTAAGCAGTGCCCGT,Caudal mesoderm
S6 96h:AGACTCAGTTCGGACC,Pre-somitic mesoderm
S6 96h:CGGAACCAGATGCGAC,Pre-somitic mesoderm
S6 96h:TAGGGTTTCAGTGCGC,Ectopic pluripotency
S6 96h:AGTGCCGCACCCTATC,Pre-somitic mesoderm
S6 96h:CTGCATCGTTGTGTAC,Pre-somitic mesoderm
S6 96h:GAACACTAGCAAACAT,Pre-somitic mesoderm
S6 96h:ACCCTCATCCGGGACT,Pre-somitic mesoderm
S6 96h:TGGTAGTCAGGTTCAT,Caudal mesoderm
S6 96h:TAGATCGGTACTGCCG,Pre-somitic mesoderm
S6 96h:CCCTTAGCAGCACGAA,Pre-somitic mesoderm
S6 96h:ACTGTCCCAGTTTGGT,Pre-somitic mesoderm
S6 96h:TAAGCGTTCCCGTGAG,Somite differentiation front
S6 96h:CCTCTAGAGGGTTAAT,Caudal mesoderm
S6 96h:TCGAACAGTAACAAGT,Pre-somitic mesoderm
S6 96h:CAGATACTCAGCACCG,Pre-somitic mesoderm
S6 96h:GGATGTTCAGATTAAG,Pre-somitic mesoderm
S6 96h:AGGCTGCTCTCGCTTG,Caudal mesoderm
S6 96h:GGGTGAACAAGACGAC,Pre-somitic mesoderm
S6 96h:TCCTCCCAGTCCGCGT,Pre-somitic mesoderm
S6 96h:TTTCAGTCATGGAATA,Pre-somitic mesoderm
S6 96h:TCTTTGAGTCTCGGGT,Pre-somitic mesoderm
S6 96h:GACTTCCTCAACCTTT,Pre-somitic mesoderm
S6 96h:GTGGGAAAGACTCATC,Pre-somitic mesoderm
S6 96h:CCACAAATCACGTAGT,Caudal mesoderm
S6 96h:CTCAGTCAGTAACCGG,Caudal mesoderm
S6 96h:AGCGCCATCTAAGCCA,Pre-somitic mesoderm
S6 96h:AAGTACCCAGAGGCAT,Caudal mesoderm
S6 96h:ATTCTTGAGAGTTCGG,Pre-somitic mesoderm
S6 96h:AGATAGATCTCCATAT,Pre-somitic mesoderm
S6 96h:TCGAAGTGTCGAAGCA,Pre-somitic mesoderm
S6 96h:GTGAGCCAGGGATGTC,Pre-somitic mesoderm
S6 96h:ATTCAGGAGAGTCAAT,Pre-somitic mesoderm
S6 96h:CTCCCAACACTGTCGG,Pre-somitic mesoderm
S6 96h:CATTGTTCATGGCCAC,Pre-somitic mesoderm
S6 96h:GTGCGTGCATGAGATA,Pre-somitic mesoderm
S6 96h:CTTTCGGGTACGTAGG,Pre-somitic mesoderm
S6 96h:TGCATCCGTGGACCAA,Caudal mesoderm
S6 96h:GAATCACTCATCTCTA,Pre-somitic mesoderm
S6 96h:CCGATGGCACTGTCGG,Pre-somitic mesoderm
S6 96h:TTATTGCCACTGAATC,Pre-somitic mesoderm
S6 96h:GCATCTCCACGAAGAC,Pre-somitic mesoderm
S6 96h:AGCTTCCTCTATTGTC,Pre-somitic mesoderm
S6 96h:TACCTGCGTCAGGTAG,Pre-somitic mesoderm
S6 96h:GTCTGTCGTCCTACAA,Pre-somitic mesoderm
S6 96h:TTGCCTGTCGGACGTC,Pre-somitic mesoderm
S6 96h:TCGGGACAGGGCAAGG,Caudal mesoderm
S6 96h:ACGTACAGTCACCACG,Caudal mesoderm
S6 96h:TTTCGATGTCTGTGTA,Pre-somitic mesoderm
S6 96h:CACGAATCACCCTCTA,Pre-somitic mesoderm
S6 96h:ACACTGAAGTCACGCC,Pre-somitic mesoderm
S6 96h:CTGGTCTCATCAGTCA,Pre-somitic mesoderm
S6 96h:GGGATGAGTAGTCTGT,Pre-somitic mesoderm
S6 96h:AAAGGTAAGAACGTGC,Pre-somitic mesoderm
S6 96h:GCTACCTCAAGTTGGG,Caudal mesoderm
S6 96h:TCCGATCTCCCATAGA,Pre-somitic mesoderm
S6 96h:TGTTTGTGTAGAGATT,Pre-somitic mesoderm
S6 96h:TTGGGTATCTCGCAGG,Pre-somitic mesoderm
S6 96h:TGTGAGTAGTCGCTAT,Pre-somitic mesoderm
S6 96h:GCCAGCAAGGTAAACT,Pre-somitic mesoderm
S6 96h:AGTAGTCAGCACGTCC,Pre-somitic mesoderm
S6 96h:GTGTTCCCACCAGTTA,Caudal mesoderm
S6 96h:GCATTAGCAAACCGGA,Caudal mesoderm
S6 96h:AGAAGCGAGTGTTCAC,Caudal mesoderm
S6 96h:CCTATCGAGTCATGCT,Pre-somitic mesoderm
S6 96h:ATTTCTGTCCACTGAA,Pre-somitic mesoderm
S6 96h:AGAACAATCTCCGTGT,Pre-somitic mesoderm
S6 96h:GGAAGTGCAGACTGCC,Pre-somitic mesoderm
S6 96h:AAGCGTTCAACTCATG,Pre-somitic mesoderm
S6 96h:TTCACGCTCGTAACCA,Caudal mesoderm
S6 96h:ACGTTCCCATGTGCTA,Pre-somitic mesoderm
S6 96h:CAGTTAGAGACCTTTG,Caudal mesoderm
S6 96h:ACACCAACAGCGTATT,Caudal mesoderm
S6 96h:GGGTAGACACTATCCC,Pre-somitic mesoderm
S6 96h:TGCTTCGTCTGCGGGT,Pre-somitic mesoderm
S6 96h:AGAAATGAGCTGACAG,Pre-somitic mesoderm
S6 96h:GTCATTTTCATCGACA,Pre-somitic mesoderm
S6 96h:GATAGCTTCCTAACAG,Pre-somitic mesoderm
S6 96h:CCGTGAGTCGGCATTA,Pre-somitic mesoderm
S6 96h:GTTGTCCCAGCTGCCA,Pre-somitic mesoderm
S6 96h:TCAAGTGAGCTACTGT,Pre-somitic mesoderm
S6 96h:AATGAAGTCTTTGATC,Gut
S6 96h:TCGCAGGAGTACAGAT,Pre-somitic mesoderm
S6 96h:TAATTCCCACTAGTAC,Pre-somitic mesoderm
S6 96h:AGCTCAACAGTATTCG,Pre-somitic mesoderm
S6 96h:GTTACCCCAGAGGTAC,Pre-somitic mesoderm
S6 96h:GGAATGGTCTCCGTGT,Pre-somitic mesoderm
S6 96h:TGTGCGGTCTCATTGT,Pre-somitic mesoderm
S6 96h:GTTGTCCAGGAAACGA,Pre-somitic mesoderm
S6 96h:CCACTTGCAGTGTGCC,Pre-somitic mesoderm
S6 96h:GTGCTGGGTAACAGTA,Pre-somitic mesoderm
S6 96h:AAACGAAAGAGTCACG,Pre-somitic mesoderm
S6 96h:GTCGAATCAGGCACAA,Pre-somitic mesoderm
S6 96h:CACGTGGTCGAAGAAT,Caudal mesoderm
S6 96h:GCGATCGGTAATTAGG,Pre-somitic mesoderm
S6 96h:GTTGTGATCCATGATG,Pre-somitic mesoderm
S6 96h:GTGCACGCACCTCTGT,Pre-somitic mesoderm
S6 96h:GAGTTGTGTAGCTGCC,Pre-somitic mesoderm
S6 96h:AGAACCTGTGAGCAGT,Pre-somitic mesoderm
S6 96h:ACCTGAAAGATTAGCA,Pre-somitic mesoderm
S6 96h:GTCTACCCAAAGCACG,Caudal mesoderm
S6 96h:TTTACCACAGTCGCTG,Somite differentiation front
S6 96h:AATTCCTAGCCTTGAT,Caudal mesoderm
S6 96h:AAGGTAACAATCGTCA,Pre-somitic mesoderm
S6 96h:AGTGACTTCCTACGGG,Pre-somitic mesoderm
S6 96h:CTTCCGAGTGGTCTGC,Caudal mesoderm
S6 96h:TGCTTCGAGGTCGACA,Caudal mesoderm
S6 96h:TGACTCCCAGTTTCGA,Pre-somitic mesoderm
S6 96h:TGCTTGCCACAACGCC,Pre-somitic mesoderm
S6 96h:TGTTCCGAGGGCAGTT,Pre-somitic mesoderm
S6 96h:TGTGGCGAGGATTACA,Pre-somitic mesoderm
S6 96h:GGGTCTGGTGCCAAGA,Pre-somitic mesoderm
S6 96h:CCTATCGTCAGGTAAA,Pre-somitic mesoderm
S6 96h:AAGCGTTTCTGCGTCT,Pre-somitic mesoderm
S6 96h:TCTATCATCAGGTAAA,Pre-somitic mesoderm
S6 96h:TGATTTCCATGAATCC,Pre-somitic mesoderm
S6 96h:CCTCAGTAGTAGGATT,Pre-somitic mesoderm
S6 96h:CCCGGAAAGGGATCTG,Pre-somitic mesoderm
S6 96h:GAGGGTAAGCTCGTGC,Pre-somitic mesoderm
S6 96h:GTAGCTAAGCCAAGGT,Caudal mesoderm
S6 96h:TCGGGCAGTACTCGTA,Pre-somitic mesoderm
S6 96h:CATCGTCTCTACGGGC,Pre-somitic mesoderm
S6 96h:AGACAGGGTCGCAACC,Caudal mesoderm
S6 96h:ATGTCTTAGATGATTG,Pre-somitic mesoderm
S6 96h:TCGTCCACAATCGCAT,Pre-somitic mesoderm
S6 96h:GGGACAAGTGAGTTTC,Pre-somitic mesoderm
S6 96h:GGAAGTGTCATCACCC,Caudal mesoderm
S6 96h:CTGCCATAGTAAATGC,Caudal mesoderm
S6 96h:AACGAAACACGTAGAG,Pre-somitic mesoderm
S6 96h:TGGGTTAGTCGTGATT,Gut
S6 96h:GTCCTCACAGGCCTGT,Gut
S6 96h:TCTGTCGAGTTTCGGT,Pre-somitic mesoderm
S6 96h:AATCACGCATTACGGT,Pre-somitic mesoderm
S6 96h:AGGCTGCAGGCGAACT,Pre-somitic mesoderm
S6 96h:TGCTCGTGTTGTGCAT,Caudal mesoderm
S6 96h:AGAGAGCGTTGTGCCG,Pre-somitic mesoderm
S6 96h:AGACTCAGTATCGCGC,Pre-somitic mesoderm
S6 96h:TGAATGCAGCAATTAG,Caudal mesoderm
S6 96h:TACACCCGTGCATGTT,Caudal mesoderm
S6 96h:GTGCACGTCCGGTAGC,Gut
S6 96h:TCGACGGGTCTGTAGT,Pre-somitic mesoderm
S6 96h:AAGCGTTTCATCCTAT,Pre-somitic mesoderm
S6 96h:GGTCTGGCAATAACGA,Caudal mesoderm
S6 96h:GTGAGTTTCTGCGGGT,Pre-somitic mesoderm
S6 96h:AGGACGACACGGAAGT,Pre-somitic mesoderm
S6 96h:TCCCACAAGTAAGAGG,Pre-somitic mesoderm
S6 96h:TATCTGTGTGCTTATG,Pre-somitic mesoderm
S6 96h:TATATCCCAAGAGTTA,Pre-somitic mesoderm
S6 96h:GCACTAAGTACTGTTG,Pre-somitic mesoderm
S6 96h:GCCAGCAGTTCAGCTA,Pre-somitic mesoderm
S6 96h:AGGTTGTCATACTGTG,Caudal mesoderm
S6 96h:CTTCCTTCAACCCGCA,Pre-somitic mesoderm
S6 96h:TCGCACTAGGAACATT,Pre-somitic mesoderm
S6 96h:TACATTCTCTCCATAT,Pre-somitic mesoderm
S6 96h:TGGGAAGTCTTGGTCC,Caudal mesoderm
S6 96h:CCGTGAGTCCCATTTA,Pre-somitic mesoderm
S6 96h:CGTAATGGTATTGACC,Pre-somitic mesoderm
S6 96h:TTTCATGAGGTCATTC,Pre-somitic mesoderm
S6 96h:CAAGAGGAGAATCCCT,Pre-somitic mesoderm
S6 96h:TTCGATTGTGTCTTCC,Pre-somitic mesoderm
S6 96h:CAACGATAGTCCCAGC,Pre-somitic mesoderm
S6 96h:TGATGGTTCTTGGTGA,Caudal mesoderm
S6 96h:CATTGAGAGCAGGCTA,Caudal mesoderm
S6 96h:TAGATCGTCTATTGTC,Pre-somitic mesoderm
S6 96h:TCGGTCTAGTCACACT,Caudal mesoderm
S6 96h:AGTTAGCGTTATTCCT,Pre-somitic mesoderm
S6 96h:AACTTCTGTCTCACGG,Pre-somitic mesoderm
S6 96h:TACGTCCCAATGGGTG,Pre-somitic mesoderm
S6 96h:TTCTCTCGTCGCATGC,Gut
S6 96h:CTACAGAGTGCTCTCT,Pre-somitic mesoderm
S6 96h:ATCGTGAAGTTCGGTT,Pre-somitic mesoderm
S6 96h:GTTGTAGAGTGACACG,Pre-somitic mesoderm
S6 96h:CATCCGTGTCGGTAAG,Pre-somitic mesoderm
S6 96h:GTCATCCCAAGAGAGA,Caudal mesoderm
S6 96h:CTGCCATGTTCAGCGC,Gut
S6 96h:GGCGTCACATAATGAG,Caudal mesoderm
S6 96h:ACTCTCGCAAACGAGC,Pre-somitic mesoderm
S6 96h:GGTGAAGGTACGAGCA,Caudal mesoderm
S6 96h:CTTCCTTCATTCACAG,Pre-somitic mesoderm
S6 96h:CTCAGGGAGTTGGACG,Pre-somitic mesoderm
S6 96h:CACAGGCCAGAAGTTA,Caudal mesoderm
S6 96h:CCTCCAACACCAAATC,Gut
S6 96h:AAGAACAAGCAATAAC,Caudal mesoderm
S6 96h:TTACGTTTCCAGTACA,Caudal mesoderm
S6 96h:AGTCATGAGAGCAGAA,Pre-somitic mesoderm
S6 96h:GTCTACCAGCTGTGCC,Pre-somitic mesoderm
S6 96h:TTTACCAGTAGACTGG,Pre-somitic mesoderm
S6 96h:GGGTAGAGTAGACAAT,Caudal mesoderm
S6 96h:GTCCCATTCGTGTGAT,Pre-somitic mesoderm
S6 96h:CTCCCAACATAATGAG,Pre-somitic mesoderm
S6 96h:CTACGGGAGTGCTAGG,Pre-somitic mesoderm
S6 96h:CCTAAGAAGGCTCTAT,Pre-somitic mesoderm
S6 96h:ACACTGACATCGTTCC,Caudal mesoderm
S6 96h:AGGTTGTCAGAGGACT,Pre-somitic mesoderm
S6 96h:CCCGGAAAGCACTTTG,Gut
S6 96h:GGTCTGGGTATTGCCA,Pre-somitic mesoderm
S6 96h:TGCATGAGTCTGTGCG,Pre-somitic mesoderm
S6 96h:GACGTTAAGAGGTCGT,Gut
S6 96h:TCTTGCGTCATCACAG,Pre-somitic mesoderm
S6 96h:TCGTAGAAGGTACCTT,Caudal mesoderm
S6 96h:GGCTGTGTCCTTCTTC,Pre-somitic mesoderm
S6 96h:AGGGTCCGTGCTCTCT,Pre-somitic mesoderm
S6 96h:ACACTGAGTCAAGGCA,Pre-somitic mesoderm
S6 96h:CAGATACGTCGTGGAA,Pre-somitic mesoderm
S6 96h:ATCGTAGTCCGTCACT,Pre-somitic mesoderm
S6 96h:TAACTTCCAATCGTCA,Pre-somitic mesoderm
S6 96h:GAATAGAGTACGCGTC,Pre-somitic mesoderm
S6 96h:AGTGATCCAGTTCTAG,Pre-somitic mesoderm
S6 96h:GTAAGTCTCCCGAATA,Caudal mesoderm
S6 96h:TCACTCGGTTACGTAC,Pre-somitic mesoderm
S6 96h:ATGTCCCGTCTCGGGT,Pre-somitic mesoderm
S6 96h:ATGACCAAGTGTACAA,Caudal mesoderm
S6 96h:TCACACCTCGAGTTGT,Pre-somitic mesoderm
S6 96h:TTCGATTGTTCCGGTG,Caudal mesoderm
S6 96h:TCAGGGCAGTCGCGAA,Pre-somitic mesoderm
S6 96h:ACGATGTTCACTGTTT,Pre-somitic mesoderm
S6 96h:GCAACATTCGTGTGAT,Pre-somitic mesoderm
S6 96h:ATTCCTAAGGGCGAAG,Pre-somitic mesoderm
S6 96h:CCTCAGTAGGTACTGG,Pre-somitic mesoderm
S6 96h:TGTTACTAGTTAGAAC,Pre-somitic mesoderm
S6 96h:GCATCGGAGCTAGTTC,Pre-somitic mesoderm
S6 96h:TGCATGATCGAAGGAC,Pre-somitic mesoderm
S6 96h:AATCGACGTCAGCGTC,Pre-somitic mesoderm
S6 96h:CTGAATGGTGTATACC,Pre-somitic mesoderm
S6 96h:GTAGAGGCATCTTAGG,Pre-somitic mesoderm
S6 96h:GAGGGATAGTGCCAGA,Pre-somitic mesoderm
S6 96h:CTCAGAAGTTCCCACT,Pre-somitic mesoderm
S6 96h:GATTCGATCCCGAACG,Caudal mesoderm
S6 96h:ATGAGGGTCGCCCAGA,Pre-somitic mesoderm
S6 96h:GTGTTAGTCGAGATGG,Pre-somitic mesoderm
S6 96h:GGGTGTCTCGTGTGAT,Pre-somitic mesoderm
S6 96h:AAAGTGACAATCAGCT,Pre-somitic mesoderm
S6 96h:CGGGTGTGTGCATGTT,Pre-somitic mesoderm
S6 96h:GCAACCGAGTCACACT,Pre-somitic mesoderm
S6 96h:GAGCTGCAGGAGATAG,Gut
S6 96h:GTTGTGACAACAGCCC,Pre-somitic mesoderm
S6 96h:AACCCAAAGCCAGAGT,Pre-somitic mesoderm
S6 96h:CGTGCTTTCCATACAG,Pre-somitic mesoderm
S6 96h:AGGGTGATCCACGAAT,Caudal mesoderm
S6 96h:GTGATGTAGCGGATCA,Caudal mesoderm
S6 96h:AGGGTCCAGAAGGTAG,Pre-somitic mesoderm
S6 96h:GCGATCGGTTCTCCTG,Gut
S6 96h:GATGTTGTCCCAAGCG,Pre-somitic mesoderm
S6 96h:ATTCAGGTCGTAACTG,Pre-somitic mesoderm
S6 96h:CGCGTGAGTCATTCCC,Pre-somitic mesoderm
S6 96h:ACCAACAAGGCCACCT,Pre-somitic mesoderm
S6 96h:CTCGAGGGTTCCGCAG,Pre-somitic mesoderm
S6 96h:GTAGGAGAGTGGAAGA,Pre-somitic mesoderm
S6 96h:GGGTCACAGGCAGCTA,Pre-somitic mesoderm
S6 96h:ATAGGCTTCGTGTTCC,Caudal mesoderm
S6 96h:ATGCCTCAGTCGGCCT,Pre-somitic mesoderm
S6 96h:GTAGAAAAGGCCCACT,Pre-somitic mesoderm
S6 96h:CTGAGCGCAGCTGTGC,Pre-somitic mesoderm
S6 96h:TTCGCTGAGAACCGCA,Gut
S6 96h:GCTTTCGAGTGTTGAA,Pre-somitic mesoderm
S6 96h:TTCGGTCGTTTCTTAC,Pre-somitic mesoderm
S6 96h:AGGGCTCGTCCGGCAT,Gut
S6 96h:CCTGCATGTGAGATTA,Pre-somitic mesoderm
S6 96h:CTTCCTTAGGTAGGCT,Pre-somitic mesoderm
S6 96h:TTCCGTGCATACCACA,Pre-somitic mesoderm
S6 96h:AAAGGTAAGATAGGGA,Pre-somitic mesoderm
S6 96h:CAACGGCGTCAGATTC,Pre-somitic mesoderm
S6 96h:GACTCTCGTCATCGCG,Caudal mesoderm
S6 96h:CACTGTCGTGGCTGAA,Pre-somitic mesoderm
S6 96h:CGAGTGCAGAATACAC,Caudal mesoderm
S6 96h:ATCATTCAGAGCAGTC,Caudal mesoderm
S6 96h:ATCTCTAAGCGAGTAC,Pre-somitic mesoderm
S6 96h:GCATGATCAGGAGGAG,Pre-somitic mesoderm
S6 96h:AAGAACACAATGTGGG,Pre-somitic mesoderm
S6 96h:GGTCACGCATCTCAAG,Pre-somitic mesoderm
S6 96h:CGTGTCTCAGGCTATT,Pre-somitic mesoderm
S6 96h:GGAGAACGTAACACGG,Pre-somitic mesoderm
S6 96h:CATACTTTCAACACGT,Pre-somitic mesoderm
S6 96h:TGTAACGGTCGGCTAC,Pre-somitic mesoderm
S6 96h:GAATCGTCATTGAGCT,Pre-somitic mesoderm
S6 96h:GTTCCGTAGTCGGCCT,Pre-somitic mesoderm
S6 96h:GAAGAATCATACCGTA,Pre-somitic mesoderm
S6 96h:TTGGATGGTGTCATCA,Pre-somitic mesoderm
S6 96h:TACTTCAAGAAATGGG,Pre-somitic mesoderm
S6 96h:ATGGGAGAGACTTAAG,Pre-somitic mesoderm
S6 96h:TCACGGGTCTTCCAGC,Pre-somitic mesoderm
S6 96h:CGCATGGAGCGCATCC,Caudal mesoderm
S6 96h:TACCCGTCAGCAGTGA,Caudal mesoderm
S6 96h:GAGGGATTCTCGCGTT,Pre-somitic mesoderm
S6 96h:TGAGCATAGAATGTTG,Caudal mesoderm
S6 96h:AAGCCATAGTTGGGAC,Pre-somitic mesoderm
S6 96h:TCATATCGTCTCTCTG,Pre-somitic mesoderm
S6 96h:TGATCTTAGAGCAACC,Gut
S6 96h:TTGGGCGTCTCTGGTC,Pre-somitic mesoderm
S6 96h:GAAATGATCATTTGGG,Pre-somitic mesoderm
S6 96h:CAGATCATCCGTGTGG,Caudal mesoderm
S6 96h:GCTTGGGAGGTAAGAG,Pre-somitic mesoderm
S6 96h:GTTTGGATCGAGCACC,Pre-somitic mesoderm
S6 96h:ATGAGGGCAATCTCTT,Caudal mesoderm
S6 96h:TTGTGGAAGATCGACG,Pre-somitic mesoderm
S6 96h:TCATTTGCAGGTGTGA,Pre-somitic mesoderm
S6 96h:CTTCAATTCAATCGGT,Caudal mesoderm
S6 96h:GCCCAGAAGTGAGGCT,Pre-somitic mesoderm
S6 96h:ATTGGGTAGTCATGCT,Pre-somitic mesoderm
S6 96h:GTGGTTATCACGGAGA,Pre-somitic mesoderm
S6 96h:AGTTCGATCAAAGCCT,Gut
S6 96h:TGAGTCATCACCTTAT,Pre-somitic mesoderm
S6 96h:TCAGCCTGTTCAAGGG,Caudal mesoderm
S6 96h:TACTTACAGGGTGGGA,Pre-somitic mesoderm
S6 96h:TGCTCGTGTTCTCCTG,Pre-somitic mesoderm
S6 96h:CGGGACTAGCCTGTGC,Pre-somitic mesoderm
S6 96h:ATGATCGAGTGAACAT,Pre-somitic mesoderm
S6 96h:GCCATTCCATAGGTAA,Pre-somitic mesoderm
S6 96h:TCGGTCTAGAGGTTTA,Pre-somitic mesoderm
S6 96h:TGCTCGTAGATGCTGG,Caudal mesoderm
S6 96h:CCGATCTGTTGACTGT,Caudal mesoderm
S6 96h:GATCAGTGTATCGCGC,Caudal mesoderm
S6 96h:GTCATTTCAGAGAATT,Pre-somitic mesoderm
S6 96h:GGGCGTTTCCTCTGCA,Pre-somitic mesoderm
S6 96h:GAGCCTGTCACACCCT,Pre-somitic mesoderm
S6 96h:TGTGGCGAGGCATTTC,Pre-somitic mesoderm
S6 96h:GCGATCGTCTGGCCAG,Caudal mesoderm
S6 96h:CCATCACGTCTGATAC,Pre-somitic mesoderm
S6 96h:ACAAAGACACCAGTTA,Pre-somitic mesoderm
S6 96h:TGGAGAGAGGTGATCG,Pre-somitic mesoderm
S6 96h:TAGGTACAGCGTTCCG,Caudal mesoderm
S6 96h:AACAGGGTCGGACGTC,Caudal mesoderm
S6 96h:GGTAACTCACCAGACC,Pre-somitic mesoderm
S6 96h:AGCCAATTCCCTTCCC,Pre-somitic mesoderm
S6 96h:TGTGGCGAGCGGTAGT,Pre-somitic mesoderm
S6 96h:AGTAACCCAACAAGAT,Pre-somitic mesoderm
S6 96h:GACTCAAAGTGGGAAA,Pre-somitic mesoderm
S6 96h:ACGCACGAGAGCATTA,Pre-somitic mesoderm
S6 96h:GGTGTCGGTAATCAGA,Caudal mesoderm
S6 96h:TGTAAGCGTATCCCTC,Caudal mesoderm
S6 96h:ACGTACACAGGCTATT,Pre-somitic mesoderm
S6 96h:TCAAGTGCACGGCCAT,Pre-somitic mesoderm
S6 96h:ATCGCCTCAAGACGGT,Caudal mesoderm
S6 96h:AAGCGTTTCTGCGGGT,Pre-somitic mesoderm
S6 96h:CGTGTCTAGTCGAATA,Pre-somitic mesoderm
S6 96h:GTGGAAGCAGTTAAAG,Pre-somitic mesoderm
S6 96h:TTGAGTGTCAGCAATC,Gut
S6 96h:AGACAAATCCGGACGT,Caudal mesoderm
S6 96h:AAGTCGTTCGCATGAT,Gut
S6 96h:TACGGTAAGCGTTGTT,Pre-somitic mesoderm
S6 96h:AATGCCAAGCACTAGG,Caudal mesoderm
S6 96h:CGAGAAGAGCTCGCAC,Caudal mesoderm
S6 96h:ACCTGAACAGGCGTTC,Pre-somitic mesoderm
S6 96h:ACCTGAACATCATTTC,Pre-somitic mesoderm
S6 96h:TGCGGCACAGTGACCC,Pre-somitic mesoderm
S6 96h:TAACACGTCTTGGTGA,Pre-somitic mesoderm
S6 96h:GCTTGGGAGACATCCT,Caudal mesoderm
S6 96h:CCGGTAGGTTCGTAAC,Caudal mesoderm
S6 96h:CGGTCAGGTGACAGGT,Pre-somitic mesoderm
S6 96h:CGAGAAGAGCACTGGA,Pre-somitic mesoderm
S6 96h:GCTTCACGTCGTGTTA,Pre-somitic mesoderm
S6 96h:CCGAACGGTCTTTCAT,Gut
S6 96h:AATGAAGAGGGTATAT,Pre-somitic mesoderm
S6 96h:ATTCCCGAGGAGATAG,Caudal mesoderm
S6 96h:TCTATCAGTGCGGTAA,Pre-somitic mesoderm
S6 96h:ATAGACCTCGTTCTAT,Pre-somitic mesoderm
S6 96h:GGATCTAGTGGGACAT,Pre-somitic mesoderm
S6 96h:TAGACTGTCCATCTCG,Caudal mesoderm
S6 96h:CATCGCTTCAGAGCGA,Pre-somitic mesoderm
S6 96h:TCGGTCTGTATGGAAT,Caudal mesoderm
S6 96h:CTCTCAGAGTTTAGGA,Pre-somitic mesoderm
S6 96h:TGTGCGGAGTGCAACG,Pre-somitic mesoderm
S6 96h:AACAAGATCGCTGTTC,Pre-somitic mesoderm
S6 96h:GCAGCCAGTACTAACC,Pre-somitic mesoderm
S6 96h:GTTTGGAAGTCGAAAT,Caudal mesoderm
S6 96h:GATGAGGGTATCGCTA,Pre-somitic mesoderm
S6 96h:CGTAATGCAATGTGGG,Pre-somitic mesoderm
S6 96h:ATCGATGGTAGTCCTA,Caudal mesoderm
S6 96h:ATGATCGCACACAGCC,Pre-somitic mesoderm
S6 96h:AGTTCGAGTAGAAACT,Pre-somitic mesoderm
S6 96h:AGGTGTTCATCGCTGG,Caudal mesoderm
S6 96h:AACTTCTGTCAGGCAA,Pre-somitic mesoderm
S6 96h:ATGCCTCGTTAGAAGT,Pre-somitic mesoderm
S6 96h:GTAGGTTAGCCAACCC,Pre-somitic mesoderm
S6 96h:TGTTCTAAGGTTCAGG,Pre-somitic mesoderm
S6 96h:TTGAACGCATCGGATT,Pre-somitic mesoderm
S6 96h:TGCTGAAAGCACCTGC,Pre-somitic mesoderm
S6 96h:ATAGGCTGTCGTGTTA,Pre-somitic mesoderm
S6 96h:TGAGGAGCACGTACAT,Pre-somitic mesoderm
S6 96h:ACCTGTCTCCGATCGG,Pre-somitic mesoderm
S6 96h:TGACGCGTCGACCTAA,Pre-somitic mesoderm
S6 96h:GTGTCCTTCGGCATCG,Caudal mesoderm
S6 96h:TGAGGGATCAAACCCA,Caudal mesoderm
S6 96h:TGCTTCGTCACTGAAC,Pre-somitic mesoderm
S6 96h:GTGATGTAGTATGCAA,Pre-somitic mesoderm
S6 96h:GATCGTACAGTGTACT,Pre-somitic mesoderm
S6 96h:CGAATTGCAATTCACG,Pre-somitic mesoderm
S6 96h:TCAAGACTCCCTATTA,Caudal mesoderm
S6 96h:CGGTCAGAGCGCTTCG,Caudal mesoderm
S6 96h:GGAGGTAAGTGCGCTC,Pre-somitic mesoderm
S6 96h:CCTTCAGAGCCATCCG,Caudal mesoderm
S6 96h:TACTTCAAGATCCCGC,Caudal mesoderm
S6 96h:GGGATCCGTGACACAG,Pre-somitic mesoderm
S6 96h:AGATCCACAATTGAAG,Pre-somitic mesoderm
S6 96h:AGGTCATGTTGGACTT,Pre-somitic mesoderm
S6 96h:CTTCGGTGTTTGGGTT,Pre-somitic mesoderm
S6 96h:GTCATTTAGCATTGAA,Pre-somitic mesoderm
S6 96h:GTGGGAATCACTTCTA,Pre-somitic mesoderm
S6 96h:GTGTGGCAGGCCATAG,Caudal mesoderm
S6 96h:AGCTACACAAATGGTA,Pre-somitic mesoderm
S6 96h:ACAAGCTAGTCATCGT,Pre-somitic mesoderm
S6 96h:ACCAAACTCACTGTTT,Pre-somitic mesoderm
S6 96h:TGATGCACACATTGTG,Pre-somitic mesoderm
S6 96h:GTGCGTGCACAGAGCA,Caudal mesoderm
S6 96h:TGTAACGAGATAGCAT,Pre-somitic mesoderm
S6 96h:TCCTCGAAGAGGGTGG,Pre-somitic mesoderm
S6 96h:TTCCGGTAGCTCCACG,Pre-somitic mesoderm
S6 96h:TATCAGGAGTCTGGAG,Pre-somitic mesoderm
S6 96h:CAATGACAGAGTGAAG,Pre-somitic mesoderm
S6 96h:TCAGTTTCATAGAAAC,Caudal mesoderm
S6 96h:CCTTGTGCAAGAGTGC,Pre-somitic mesoderm
S6 96h:TCGACGGTCGTGGTAT,Pre-somitic mesoderm
S6 96h:AGGATAATCGATACAC,Gut
S6 96h:CGTTAGAAGTTGCGAG,Pre-somitic mesoderm
S6 96h:GTTAGTGCACGGTGTC,Pre-somitic mesoderm
S6 96h:GAGTGAGAGCGGTATG,Pre-somitic mesoderm
S6 96h:GAGGGATTCCACGTGG,Pre-somitic mesoderm
S6 96h:TCATGTTGTAGATCGG,Caudal mesoderm
S6 96h:CATTTCATCGCAATTG,Pre-somitic mesoderm
S6 96h:TTGATGGTCGAGTGGA,Pre-somitic mesoderm
S6 96h:ACGGTTAGTCAGCTTA,Pre-somitic mesoderm
S6 96h:CTGCCTAGTCTCACAA,Caudal mesoderm
S6 96h:GTTCCGTAGTGGACGT,Pre-somitic mesoderm
S6 96h:GTAGTACAGGATCATA,Pre-somitic mesoderm
S6 96h:AAGTCGTCAAGCGAAC,Pre-somitic mesoderm
S6 96h:ACATTTCAGTAACGAT,Pre-somitic mesoderm
S6 96h:CAGCAATCAGTTCCAA,Pre-somitic mesoderm
S6 96h:TGGAGGATCGCCTATC,Pre-somitic mesoderm
S6 96h:TCCGATCGTCGCATTA,Caudal mesoderm
S6 96h:CTGTCGTTCATGCGGC,Pre-somitic mesoderm
S6 96h:CGTAAGTTCGGACTTA,Pre-somitic mesoderm
S6 96h:TGTCCCAGTCGCTTAA,Pre-somitic mesoderm
S6 96h:TGCGATATCCCACAGG,Caudal mesoderm
S6 96h:CGCCATTTCCACGAAT,Pre-somitic mesoderm
S6 96h:CAGTGGTATCAACGCA,Pre-somitic mesoderm
S6 96h:TGCATGATCATAGAGA,Pre-somitic mesoderm
S6 96h:GTCGAATTCCTTTAGT,Pre-somitic mesoderm
S6 96h:AGAAGCGCAGAACGCA,Caudal mesoderm
S6 96h:CCACAAACAGGCGTTC,Pre-somitic mesoderm
S6 96h:CGTCCATGTTTACCTT,Pre-somitic mesoderm
S6 96h:ATTCACTTCACCATCC,Caudal mesoderm
S6 96h:CTCACTGGTTTGTGGT,Pre-somitic mesoderm
S6 96h:CATTGTTGTTGTGTTG,Pre-somitic mesoderm
S6 96h:TCGTGCTAGATCACCT,Pre-somitic mesoderm
S6 96h:TGGGAGAGTTGTAGCT,Pre-somitic mesoderm
S6 96h:AGAGCAGGTAAGTCAA,Pre-somitic mesoderm
S6 96h:TTCCGGTTCATCTACT,Caudal mesoderm
S6 96h:CCGGTGACATTGTGCA,Pre-somitic mesoderm
S6 96h:TCACGGGAGCCTCGTG,Caudal mesoderm
S6 96h:ATTTCTGAGTAGCAAT,Caudal mesoderm
S6 96h:GGACGTCAGCCGATCC,Pre-somitic mesoderm
S6 96h:AGGTAGGTCGTAACAC,Pre-somitic mesoderm
S6 96h:AGTAGTCGTTTATGCG,Pre-somitic mesoderm
S6 96h:CAGATTGGTATGCTAC,Caudal mesoderm
S6 96h:AGAAATGCATCTCGTC,Gut
S6 96h:CAACGGCGTCATGCAT,Pre-somitic mesoderm
S6 96h:TATTGCTCAGCTGAGA,Pre-somitic mesoderm
S6 96h:GTCATCCAGCAAGGAA,Caudal mesoderm
S6 96h:AGGGTGATCTTGAACG,Pre-somitic mesoderm
S6 96h:TAACGACGTGAGCGAT,Caudal mesoderm
S6 96h:GTACAACTCTTGGTGA,Pre-somitic mesoderm
S6 96h:CGTTGGGGTAACTAAG,Pre-somitic mesoderm
S6 96h:TGATTCTAGCACGATG,Pre-somitic mesoderm
S6 96h:TCTAACTGTACTCGAT,Pre-somitic mesoderm
S6 96h:TGTGGCGTCCACAAGT,Pre-somitic mesoderm
S6 96h:CGTAATGTCGTGTGGC,Pre-somitic mesoderm
S6 96h:TCATTTGTCACCTGGG,Pre-somitic mesoderm
S6 96h:TAGCACACACCCTGAG,Pre-somitic mesoderm
S6 96h:AGAACCTGTCATAGTC,Pre-somitic mesoderm
S6 96h:AGCGCTGAGATCGGTG,Pre-somitic mesoderm
S6 96h:TAGGAGGTCGACCATA,Pre-somitic mesoderm
S6 96h:AGTCATGCAGTCGTTA,Pre-somitic mesoderm
S6 96h:TTAGGGTTCCAAGAGG,Caudal mesoderm
S6 96h:CCGTAGGCAGTATACC,Pre-somitic mesoderm
S6 96h:TGAGTCAAGTCACGAG,Pre-somitic mesoderm
S6 96h:TTTGACTGTCTCAAGT,Pre-somitic mesoderm
S6 96h:TTTCGATCAGCGACAA,Caudal mesoderm
S6 96h:TCACTATAGGTCACCC,Pre-somitic mesoderm
S6 96h:TTTAGTCGTTGTACGT,Pre-somitic mesoderm
S6 96h:CCGTGAGAGGATACGC,Pre-somitic mesoderm
S6 96h:GGGCTACAGTTGGAGC,Pre-somitic mesoderm
S6 96h:TGCGGGTTCCACACAA,Caudal mesoderm
S6 96h:CTCCAACGTTAGTCGT,Caudal mesoderm
S6 96h:ACCATTTTCACCTGTC,Pre-somitic mesoderm
S6 96h:ATCGTAGGTAGTCCTA,Gut
S6 96h:GAGGCCTGTACGTGTT,Pre-somitic mesoderm
S6 96h:AGCTTCCTCGGTCAGC,Pre-somitic mesoderm
S6 96h:GAGTCATTCGCCTAGG,Caudal mesoderm
S6 96h:GTCTGTCAGAGGTCGT,Pre-somitic mesoderm
S6 96h:TGCACGGGTGAACTAA,Pre-somitic mesoderm
S6 96h:AGTGATCGTTGAGAGC,Pre-somitic mesoderm
S6 96h:ATGGGAGCAGGTATGG,Pre-somitic mesoderm
S6 96h:CGACAGCGTACGTAGG,Ectopic pluripotency
S6 96h:TACCTGCTCGCCAGTG,Pre-somitic mesoderm
S6 96h:ACGGAAGTCTGCGGCA,Pre-somitic mesoderm
S6 96h:TGAGCATAGACCTCAT,Pre-somitic mesoderm
S6 96h:ACGGAAGAGGCTAACG,Pre-somitic mesoderm
S6 96h:CTCTCGATCTGAGGCC,Pre-somitic mesoderm
S6 96h:CATTGCCTCTTCCAGC,Pre-somitic mesoderm
S6 96h:TAACACGGTAACATAG,Pre-somitic mesoderm
S6 96h:TATTGCTCATCAGCGC,Pre-somitic mesoderm
S6 96h:CTGAGGCAGCCGTTGC,Pre-somitic mesoderm
S6 96h:GATAGCTTCGGAATTC,Pre-somitic mesoderm
S6 96h:ATTTACCTCATCGCCT,Pre-somitic mesoderm
S6 96h:GTGTTCCCAACGGCTC,Pre-somitic mesoderm
S6 96h:GGTGTTACATTCACAG,Caudal mesoderm
S6 96h:CAACAACAGGAATTAC,Caudal mesoderm
S6 96h:GATGATCGTGACTAAA,Pre-somitic mesoderm
S6 96h:CCGTTCAGTGAGATAT,Caudal mesoderm
S6 96h:GACGTTAAGCTAAACA,Pre-somitic mesoderm
S6 96h:ACCGTTCGTCCATAGT,Caudal mesoderm
S6 96h:GTCAAACTCTGCTGAA,Caudal mesoderm
S6 96h:AGCAGTGGTATCAACG,Pre-somitic mesoderm
S6 96h:CACGTGGTCTAGTGTG,Pre-somitic mesoderm
S6 96h:GACAGCCAGTAGGAAG,Caudal mesoderm
S6 96h:ACGGAAGAGGGCAAGG,Caudal mesoderm
S6 96h:CGATGGCTCAGCTAGT,Pre-somitic mesoderm
S6 96h:GCCGTGATCATCTACT,Pre-somitic mesoderm
S6 96h:GAGACTTCAAACTAAG,Pre-somitic mesoderm
S6 96h:AGAAGTACACCTGCTT,Pre-somitic mesoderm
S6 96h:AATCGACAGAGCATCG,Pre-somitic mesoderm
S6 96h:AGTACCACATAGTCGT,Pre-somitic mesoderm
S6 96h:AGAAGTAGTGAAGCGT,Pre-somitic mesoderm
S6 96h:ATCGATGAGTGCTACT,Caudal mesoderm
S6 96h:CGCCATTCACCGTGCA,Pre-somitic mesoderm
S6 96h:CGTGCTTTCACCATCC,Pre-somitic mesoderm
S6 96h:CTCCGATAGTCGGGAT,Pre-somitic mesoderm
S6 96h:CGTGTCTAGCGGATCA,Pre-somitic mesoderm
S6 96h:ACCGTTCTCAGCAATC,Pre-somitic mesoderm
S6 96h:TCAGTGACATGTGTCA,Pre-somitic mesoderm
S6 96h:AGAACAAGTGTTGAGG,Caudal mesoderm
S6 96h:ACTTATCGTCGATGCC,Caudal mesoderm
S6 96h:TCGTGCTAGGTGCAGT,Caudal mesoderm
S6 96h:GCGAGAAAGCGTGAGT,Pre-somitic mesoderm
S6 96h:CTCATGCTCGCCTAGG,Caudal mesoderm
S6 96h:TCACGGGAGGTAAGTT,Caudal mesoderm
S6 96h:GTAACACAGCCTCAAT,Pre-somitic mesoderm
S6 96h:CATACTTTCATTTGGG,Pre-somitic mesoderm
S6 96h:TGGAACTAGGAGAGGC,Pre-somitic mesoderm
S6 96h:GTGAGGAGTCGGTGTC,Pre-somitic mesoderm
S6 96h:TGTAACGTCTTCGGAA,Gut
S6 96h:TGATTCTAGTAGGCCA,Pre-somitic mesoderm
S6 96h:GGGTCACAGATGTTAG,Caudal mesoderm
S6 96h:ATGAGTCGTGTCTTAG,Pre-somitic mesoderm
S6 96h:TCACGGGAGTTTAGGA,Pre-somitic mesoderm
S6 96h:GCCTGTTTCATCTGTT,Pre-somitic mesoderm
S6 96h:GCGTGCAGTAACATGA,Pre-somitic mesoderm
S6 96h:GTGCGTGCAAATCGTC,Pre-somitic mesoderm
S6 96h:AACAGGGAGGGAGTTC,Pre-somitic mesoderm
S6 96h:CTGTACCGTTAGGAGC,Pre-somitic mesoderm
S6 96h:TTTGGAGAGACTTCAC,Pre-somitic mesoderm
S6 96h:CTCCAACAGACTCTAC,Pre-somitic mesoderm
S6 96h:TCATCCGGTAGATTAG,Pre-somitic mesoderm
S6 96h:CTCCATGTCATTGCCC,Caudal mesoderm
S6 96h:TGCAGGCCACCAGCGT,Caudal mesoderm
S6 96h:CTTTCGGAGCACGATG,Pre-somitic mesoderm
S6 96h:TTCAGGATCTCATAGG,Gut
S6 96h:CCTAAGATCGAAGTGG,Pre-somitic mesoderm
S6 96h:GTGGAGACAGCTGGTC,Pre-somitic mesoderm
S6 96h:CGGTCAGAGCGGTAGT,Pre-somitic mesoderm
S6 96h:GGGCTCAAGTAGTCAA,Pre-somitic mesoderm
S6 96h:CGATCGGAGGTTGGTG,Pre-somitic mesoderm
S6 96h:GTCTGTCAGTTGTAAG,Caudal mesoderm
S6 96h:CCGCAAGCAGCATACT,Caudal mesoderm
S6 96h:AGGTTGTAGAAGAACG,Pre-somitic mesoderm
S6 96h:GCTTGGGTCCAGCACG,Pre-somitic mesoderm
S6 96h:GTCAAGTTCAATCGGT,Caudal mesoderm
S6 96h:TGATTCTGTTGCATTG,Pre-somitic mesoderm
S6 96h:TGGTAGTGTCGCGGTT,Pre-somitic mesoderm
S6 96h:ACGTCCTGTACCTGTA,Pre-somitic mesoderm
S6 96h:GTTACCCCAACCACGC,Caudal mesoderm
S6 96h:CTGAGCGTCATCTGTT,Pre-somitic mesoderm
S6 96h:AGGTCTAAGCAGGGAG,Pre-somitic mesoderm
S6 96h:CCTCAGTCAGAAGTTA,Pre-somitic mesoderm
S6 96h:AATGAAGCACTGCGTG,Caudal mesoderm
S6 96h:CACTGGGAGCATATGA,Pre-somitic mesoderm
S6 96h:CTTTCAACAGCAGTAG,Pre-somitic mesoderm
S6 96h:AAGTCGTGTACTTGTG,Pre-somitic mesoderm
S6 96h:TCGACGGAGCTACTGT,Gut
S6 96h:CCGGTGAAGTGTTCCA,Caudal mesoderm
S6 96h:TCGTGCTTCAGGAAGC,Caudal mesoderm
S6 96h:AAACGAAAGTGGATTA,Caudal mesoderm
S6 96h:AAGTCGTGTTGTTGAC,Pre-somitic mesoderm
S6 96h:GATCACATCTCGAACA,Gut
S6 96h:ATCTTCATCCAAACCA,Pre-somitic mesoderm
S6 96h:GGGACTCTCTAGGCAT,Caudal mesoderm
S6 96h:ACTACGAGTTGTTGCA,Pre-somitic mesoderm
S6 96h:CCCGGAAGTCAGCGTC,Pre-somitic mesoderm
S6 96h:ATGATCGTCGCAGTCG,Pre-somitic mesoderm
S6 96h:GCCAGCACAGGAGGAG,Pre-somitic mesoderm
S6 96h:GAGATGGGTCCATAGT,Pre-somitic mesoderm
S6 96h:ATCCACCGTAAGAACT,Pre-somitic mesoderm
S6 96h:TCTATACCATAGAATG,Pre-somitic mesoderm
S6 96h:TTGGGATCAAGGAGTC,Pre-somitic mesoderm
S6 96h:CGAGAAGTCCTGCTAC,Caudal mesoderm
S6 96h:CTCAGAATCATGTCTT,Caudal mesoderm
S6 96h:GCGATCGTCGTAACTG,Pre-somitic mesoderm
S6 96h:CAGGCCATCGTTCAGA,Gut
S6 96h:CCCTTAGCAGCTTTGA,Pre-somitic mesoderm
S6 96h:GCCGATGTCGAATCCA,Pre-somitic mesoderm
S6 96h:ACCCTCAGTAGTAAGT,Pre-somitic mesoderm
S6 96h:CACAGGCCAACCGCTG,Pre-somitic mesoderm
S6 96h:CGAAGTTAGGTCACAG,Pre-somitic mesoderm
S6 96h:CAACGGCAGTTTGGCT,Caudal mesoderm
S6 96h:GCGGATCAGAAATGGG,Pre-somitic mesoderm
S6 96h:TAAGCCACACAAGGTG,Pre-somitic mesoderm
S6 96h:GACCCTTCAACAGAGC,Pre-somitic mesoderm
S6 96h:GCTGAATCACCTGAAT,Pre-somitic mesoderm
S6 96h:GCCAACGCAAGTTCGT,Caudal mesoderm
S6 96h:GAGTGAGAGTGCTACT,Pre-somitic mesoderm
S6 96h:TATCGCCCATCTTTCA,Pre-somitic mesoderm
S6 96h:TGCTTGCAGGTTCAGG,Pre-somitic mesoderm
S6 96h:CATTCCGCAGCGCTTG,Pre-somitic mesoderm
S6 96h:GCTGGGTGTTTCGATG,Caudal mesoderm
S6 96h:GGTGAAGAGCTCCGAC,Pre-somitic mesoderm
S6 96h:GTCGTTCGTCTAACGT,Caudal mesoderm
S6 96h:CGTGTCTTCCAATCTT,Pre-somitic mesoderm
S6 96h:TGATGGTCAGGTGACA,Pre-somitic mesoderm
S6 96h:ATTACTCTCGCTACGG,Pre-somitic mesoderm
S6 96h:AGAAGTAAGGGTTGCA,Pre-somitic mesoderm
S6 96h:GACCGTGGTCCGACGT,Pre-somitic mesoderm
S6 96h:CCACCATTCAGGGATG,Pre-somitic mesoderm
S6 96h:TAGTGCACAAGCACAG,Pre-somitic mesoderm
S6 96h:GATGGAGCACCCTCTA,Pre-somitic mesoderm
S6 96h:ACGATGTTCATGAGGG,Caudal mesoderm
S6 96h:AGGATAATCTAGGCCG,Pre-somitic mesoderm
S6 96h:AACAAAGCAGGTAGTG,Pre-somitic mesoderm
S6 96h:TGATTCTAGAGTTGTA,Pre-somitic mesoderm
S6 96h:CTGTGGGTCCCGTTGT,Pre-somitic mesoderm
S6 96h:CAGGGCTCATGGAAGC,Pre-somitic mesoderm
S6 96h:ATCGTGAAGGTGGTTG,Pre-somitic mesoderm
S6 96h:GTCAAACTCCGTGGCA,Pre-somitic mesoderm
S6 96h:AGTCTCCAGTGCGTCC,Pre-somitic mesoderm
S6 96h:GCATCTCAGCCGGATA,Pre-somitic mesoderm
S6 96h:TCGATTTCATGGTACT,Pre-somitic mesoderm
S6 96h:ATCCGTCGTCGGTGAA,Pre-somitic mesoderm
S6 96h:GATCAGTTCTAGGCAT,Pre-somitic mesoderm
S6 96h:GCCGATGGTTCAAGGG,Pre-somitic mesoderm
S6 96h:GTTGTAGTCACACCCT,Caudal mesoderm
S6 96h:CCGCAAGGTCCGACGT,Pre-somitic mesoderm
S6 96h:CCCTCAAAGGTAGTCG,Pre-somitic mesoderm
S6 96h:ACAGCCGTCGTGGTAT,Pre-somitic mesoderm
S6 96h:CCGAACGCACTACACA,Pre-somitic mesoderm
S6 96h:CAGAGCCGTTCGTTCC,Pre-somitic mesoderm
S6 96h:TGTCAGAGTCTGGTTA,Pre-somitic mesoderm
S6 96h:CAGGCCATCACTAGCA,Caudal mesoderm
S6 96h:GTGTTAGTCTGGGCAC,Pre-somitic mesoderm
S6 96h:GTCTAGATCGGAAGGT,Pre-somitic mesoderm
S6 96h:ATTGTTCTCTTTGCGC,Pre-somitic mesoderm
S6 96h:AAAGGGCCATGACTGT,Pre-somitic mesoderm
S6 96h:TGAACGTGTCGAAGCA,Pre-somitic mesoderm
S6 96h:GATGACTCATTGAAGA,Pre-somitic mesoderm
S6 96h:CGGTCAGAGTCGTCTA,Caudal mesoderm
S6 96h:GCATCGGAGACCGTTT,Pre-somitic mesoderm
S6 96h:TAGGAGGCAAGAGATT,Pre-somitic mesoderm
S6 96h:TCAATCTGTGGGCTCT,Pre-somitic mesoderm
S6 96h:TTCATGTAGTGATAAC,Pre-somitic mesoderm
S6 96h:ACATCCCAGAAGCCTG,Pre-somitic mesoderm
S6 96h:TAGGTTGTCTGGGCAC,Pre-somitic mesoderm
S6 96h:CGTGCTTTCGTGGGAA,Caudal mesoderm
S6 96h:TCGTGCTAGTTGAAAC,Pre-somitic mesoderm
S6 96h:GTCTGTCCATAGACTC,Gut
S6 96h:ACCCTTGGTAGATTAG,Pre-somitic mesoderm
S6 96h:TGACCCTCAAGGACAC,Pre-somitic mesoderm
S6 96h:CAGGCCACATTGGCAT,Pre-somitic mesoderm
S6 96h:CTTAGGAAGTGCAACG,Pre-somitic mesoderm
S6 96h:ATTTCACTCGCCTTTG,Pre-somitic mesoderm
S6 96h:AGTTCCCAGCAGTACG,Pre-somitic mesoderm
S6 96h:GAGGGTAGTATTAAGG,Pre-somitic mesoderm
S6 96h:CCATCACGTGCGTCGT,Pre-somitic mesoderm
S6 96h:TTTCGATCAAAGAACT,Pre-somitic mesoderm
S6 96h:GTAACCAGTTTCTATC,Pre-somitic mesoderm
S6 96h:TCGTGGGCATTGTGCA,Pre-somitic mesoderm
S6 96h:GTTGCGGCAGTTACCA,Pre-somitic mesoderm
S6 96h:ATGAGGGAGCTATCTG,Gut
S6 96h:TCAGGGCGTTAGAAGT,Pre-somitic mesoderm
S6 96h:AGGACGATCAAGTCGT,Pre-somitic mesoderm
S6 96h:AACAGGGTCTAGTCAG,Pre-somitic mesoderm
S6 96h:GGTAGAGGTGTAAACA,Pre-somitic mesoderm
S6 96h:TAGGTACAGCCAAGGT,Pre-somitic mesoderm
S6 96h:CATACAGAGCGACCCT,Pre-somitic mesoderm
S6 96h:CACAACAGTAGACGTG,Caudal mesoderm
S6 96h:CGGGTCACATGAATCC,Gut
S6 96h:GTACAGTAGAAGCTGC,Pre-somitic mesoderm
S6 96h:TAAGCGTAGATGGCAC,Pre-somitic mesoderm
S6 96h:CGAAGGAAGCCTATTG,Pre-somitic mesoderm
S6 96h:GTTGTAGAGGTTGAGC,Pre-somitic mesoderm
S6 96h:AGCGTCGTCGTCGACG,Pre-somitic mesoderm
S6 96h:GTAGGTTAGCACTCAT,Pre-somitic mesoderm
S6 96h:TCGTGCTCAGAGGAAA,Pre-somitic mesoderm
S6 96h:GCATCGGCACGTCGTG,Pre-somitic mesoderm
S6 96h:CAACAGTCACTCTCGT,Pre-somitic mesoderm
S6 96h:AGCCACGTCACTCACC,Gut
S6 96h:TGGGCTGTCGCTACGG,Pre-somitic mesoderm
S6 96h:TCCTAATTCCTGGCTT,Pre-somitic mesoderm
S6 96h:CGACGCTCTTCCGATC,Pre-somitic mesoderm
S6 96h:TCCCAGTAGTTAGTAG,Pre-somitic mesoderm
S6 96h:AGGGCTCAGCAACCAG,Pre-somitic mesoderm
S6 96h:GAGGGATAGTAGAGTT,Pre-somitic mesoderm
S6 96h:CACGACGCTCTTCCGA,Pre-somitic mesoderm
S6 96h:ATTCTTGCAACAACAA,Pre-somitic mesoderm
S6 96h:ACAGGGATCGCCTCTA,Pre-somitic mesoderm
S6 96h:ATCGTAGAGGTCACTT,Pre-somitic mesoderm
S6 96h:GCGTGCACACCGGTCA,Pre-somitic mesoderm
S6 96h:CTCAGTCCACTTTAGG,Pre-somitic mesoderm
S6 96h:CCTTCAGCATTGGGAG,Pre-somitic mesoderm
S6 96h:CTACACGACGCTCTTC,Pre-somitic mesoderm
S6 96h:AGACACTCAGTCGGAA,Pre-somitic mesoderm
S6 96h:TGTGTGAAGACGCATG,Pre-somitic mesoderm
S6 96h:ACACGACGCTCTTCCG,Pre-somitic mesoderm
S6 96h:TAGGTTGAGTAAGCAT,Pre-somitic mesoderm
S6 96h:TGCCGAGTCGAACGGA,Pre-somitic mesoderm
S6 96h:TTCTAGTAGATGACAT,Pre-somitic mesoderm
S6 96h:TGGGAGAAGAAGCGCT,Pre-somitic mesoderm
S6 96h:CAGAGCCGTGGTCTTA,Pre-somitic mesoderm
S6 96h:AAGCATCGTGTGTACT,Pre-somitic mesoderm
S6 96h:TACCTGCGTGTAGGAC,Pre-somitic mesoderm
S6 96h:CAGAGCCGTTTGGCTA,Pre-somitic mesoderm
S7.1 108h:GTTAGACTCTAGACCA,Somite differentiation front
S7.1 108h:TAATCTCAGTCATGCT,Paraxial mesoderm
S7.1 108h:AACAACCCAACGGGTA,Somite differentiation front
S7.1 108h:ACCAAACTCTCTTAAC,Paraxial mesoderm
S7.1 108h:GGATCTAAGGACGCTA,Paraxial mesoderm
S7.1 108h:TCCATGCGTATAGGGC,Paraxial mesoderm
S7.1 108h:CCACGTTGTCACTTCC,Somite differentiation front
S7.1 108h:GACGCTGGTGGGACAT,Paraxial mesoderm
S7.1 108h:TTCATGTGTAAGTAGT,Paraxial mesoderm
S7.1 108h:CCACTTGTCCGTATAG,Paraxial mesoderm
S7.1 108h:ATCTTCAGTCCAAATC,Paraxial mesoderm
S7.1 108h:ACTATGGAGGTTACCT,Paraxial mesoderm
S7.1 108h:GTAGCTACAAGTCATC,Ectopic pluripotency
S7.1 108h:GATCACATCGGAATGG,Somite differentiation front
S7.1 108h:TTTCGATCAGCTATTG,Paraxial mesoderm
S7.1 108h:TTACCGCTCAAGCTGT,Paraxial mesoderm
S7.1 108h:GGGACTCAGTCAACAA,Paraxial mesoderm
S7.1 108h:CTGTATTTCAACGTGT,Paraxial mesoderm
S7.1 108h:TTCAATCTCCAATCCC,Paraxial mesoderm
S7.1 108h:CACCAAACACTTCTCG,Paraxial mesoderm
S7.1 108h:AGACCCGCAGCCGTTG,Paraxial mesoderm
S7.1 108h:AGGTGTTTCCCGATCT,Paraxial mesoderm
S7.1 108h:AACAAGAGTCTCTCAC,Paraxial mesoderm
S7.1 108h:AAAGGATTCTTCCCAG,Paraxial mesoderm
S7.1 108h:GTCATGACAACAGCTT,Paraxial mesoderm
S7.1 108h:TCCTAATTCATGTCTT,Somite differentiation front
S7.1 108h:GTTAGACCAAAGACGC,Paraxial mesoderm
S7.1 108h:TTACCATAGGCCCACT,Somite differentiation front
S7.1 108h:TACATTCAGCATGCGA,Paraxial mesoderm
S7.1 108h:CTCCACAGTAACCCGC,Paraxial mesoderm
S7.1 108h:ATCACAGCAATTCGTG,Gut
S7.1 108h:ACCCTTGAGATACGAT,Paraxial mesoderm
S7.1 108h:GTGAGGAAGCAAATGT,Paraxial mesoderm
S7.1 108h:GACAGCCAGAGAGGGC,Paraxial mesoderm
S7.1 108h:TGTAAGCTCGTCGACG,Paraxial mesoderm
S7.1 108h:CATGCAAGTAATTAGG,Paraxial mesoderm
S7.1 108h:CTCTCAGTCCGTCAAA,Paraxial mesoderm
S7.1 108h:CCACAAACATCCCGTT,Paraxial mesoderm
S7.1 108h:AACTTCTCAATACCTG,Paraxial mesoderm
S7.1 108h:TTGGGATCATCGATAC,Paraxial mesoderm
S7.1 108h:TAACACGAGCCAACCC,Paraxial mesoderm
S7.1 108h:AACTTCTTCAAGAGGC,Paraxial mesoderm
S7.1 108h:TTCCAATCATAGCACT,Paraxial mesoderm
S7.1 108h:GTTGTGAGTGACAACG,Paraxial mesoderm
S7.1 108h:AACAACCCAACCGTGC,Paraxial mesoderm
S7.1 108h:CACGTGGCACAACGAG,Paraxial mesoderm
S7.1 108h:CGAGGCTCAGATCCAT,Paraxial mesoderm
S7.1 108h:ATTGTTCTCATGCCCT,Paraxial mesoderm
S7.1 108h:GCACTAATCCAGCACG,Paraxial mesoderm
S7.1 108h:GTGACGCGTTTACGAC,Paraxial mesoderm
S7.1 108h:TCGGATACAGGAGGAG,Paraxial mesoderm
S7.1 108h:GTGTTCCAGGAACTAT,Paraxial mesoderm
S7.1 108h:GATCACAGTCCACACG,Paraxial mesoderm
S7.1 108h:TATTGGGGTTAGTTCG,Paraxial mesoderm
S7.1 108h:CGTTAGATCCATAGAC,Paraxial mesoderm
S7.1 108h:GTCCACTGTCCTCATC,Somite differentiation front
S7.1 108h:GAAGAATCACAACGCC,Paraxial mesoderm
S7.1 108h:CGACAGCTCACCTCAC,Paraxial mesoderm
S7.1 108h:CTAAGTGCATGTTCAG,Gut
S7.1 108h:GGAGGTATCGACGATT,Paraxial mesoderm
S7.1 108h:CTGGTCTGTCGTATTG,Paraxial mesoderm
S7.1 108h:CGGAACCTCTTCGCTG,Ectopic pluripotency
S7.1 108h:CCACACTCACAGCCAC,Paraxial mesoderm
S7.1 108h:AGGCTGCCAACGAGGT,Paraxial mesoderm
S7.1 108h:ACCCTCAGTGGTTCTA,Paraxial mesoderm
S7.1 108h:TTCTCTCAGAAATTGC,Paraxial mesoderm
S7.1 108h:GTAGGTTTCACTTGGA,Gut
S7.1 108h:GGGACAAGTAAGTCAA,Paraxial mesoderm
S7.1 108h:TTCATGTTCATTCATC,Paraxial mesoderm
S7.1 108h:GCTCAAATCCTCACTG,Caudal mesoderm
S7.1 108h:ACTGTGATCTTAGTTC,Caudal mesoderm
S7.1 108h:CTCATTAGTGACCTGC,Paraxial mesoderm
S7.1 108h:ACACCAAGTAACTGCT,Paraxial mesoderm
S7.1 108h:ATTCGTTTCTAGACAC,Paraxial mesoderm
S7.1 108h:GCGGATCTCGACATCA,Paraxial mesoderm
S7.1 108h:AGGCATTTCTCTCAAT,Paraxial mesoderm
S7.1 108h:ATCCTATTCTAAGGAA,Paraxial mesoderm
S7.1 108h:TAACACGCATTGACTG,Paraxial mesoderm
S7.1 108h:AGAAGCGCACACACTA,Paraxial mesoderm
S7.1 108h:TGACCCTCAGGCTTGC,Ectopic pluripotency
S7.1 108h:ACCAAACGTGCATGTT,Paraxial mesoderm
S7.1 108h:CATCCGTAGCGTGAAC,Paraxial mesoderm
S7.1 108h:CGCAGGTAGTCACACT,Paraxial mesoderm
S7.1 108h:TCGACCTCAATTCTCT,Paraxial mesoderm
S7.1 108h:TAGAGTCTCTATCGCC,Paraxial mesoderm
S7.1 108h:TGAGCATGTAGGCAAC,Paraxial mesoderm
S7.1 108h:GTGGGAAAGTCATAGA,Paraxial mesoderm
S7.1 108h:GGTAGAGAGCATCTTG,Paraxial mesoderm
S7.1 108h:CTCAACCAGTTATGGA,Caudal mesoderm
S7.1 108h:AGAGCCCAGTACGAGC,Somite differentiation front
S7.1 108h:GGATGTTTCTCACTCG,Paraxial mesoderm
S7.1 108h:GATCACACAGTAACGG,Caudal mesoderm
S7.1 108h:GATTCGACATGGACAG,Paraxial mesoderm
S7.1 108h:CTTTCGGAGCGCCTAC,Hemogenic endothelium
S7.1 108h:GACTATGAGACTCTAC,Gut
S7.1 108h:AATTCCTAGCGGCTCT,Paraxial mesoderm
S7.1 108h:GTAATCGGTTAACCTG,Paraxial mesoderm
S7.1 108h:TGGAGGATCCTTGGAA,Paraxial mesoderm
S7.1 108h:AGGGTCCAGGGATCAC,Somite differentiation front
S7.1 108h:TCCACGTCAACACAGG,Caudal mesoderm
S7.1 108h:TGCATCCTCGAAATCC,Paraxial mesoderm
S7.1 108h:CTCCATGCAGTTGAAA,Paraxial mesoderm
S7.1 108h:CATGCCTTCCAACCAA,Pre-somitic mesoderm
S7.1 108h:AGTAGTCCACTTCAGA,Paraxial mesoderm
S7.1 108h:TGGGTTATCGCTTAAG,Paraxial mesoderm
S7.1 108h:GGGCTACCACATTCTT,Paraxial mesoderm
S7.1 108h:AAGTTCGAGCAAATGT,Ectopic pluripotency
S7.1 108h:TGAACGTCACCAGACC,Paraxial mesoderm
S7.1 108h:AAAGAACCAGTAGTGG,Paraxial mesoderm
S7.1 108h:GATCATGTCGAGATAA,Paraxial mesoderm
S7.1 108h:TCGCTTGTCATGGCCG,Paraxial mesoderm
S7.1 108h:TCCAGAATCTTCGTAT,Paraxial mesoderm
S7.1 108h:CAAGACTCAAAGCTCT,Ectopic pluripotency
S7.1 108h:CCTAACCTCCACGAAT,Gut
S7.1 108h:CTTCGGTTCCATCACC,Paraxial mesoderm
S7.1 108h:ATTATCCAGGTTCTAC,Paraxial mesoderm
S7.1 108h:GATGATCCACGCGCTA,Caudal mesoderm
S7.1 108h:CTCCGATTCCATTGTT,Paraxial mesoderm
S7.1 108h:AAACGCTTCTGAGTCA,Ectopic pluripotency
S7.1 108h:CTGGTCTTCATCCCGT,Paraxial mesoderm
S7.1 108h:CGCCATTCACTACTTT,Paraxial mesoderm
S7.1 108h:CATGCTCAGTTAACGA,Paraxial mesoderm
S7.1 108h:CAAGCTAGTGAAGCTG,Paraxial mesoderm
S7.1 108h:ACTCTCGCAATTGAAG,Gut
S7.1 108h:GTAAGTCAGAGAGCGG,Hemogenic endothelium
S7.1 108h:CAAGCTACAAAGGCAC,Paraxial mesoderm
S7.1 108h:CTTCAATTCCCATGGG,Paraxial mesoderm
S7.1 108h:ACACAGTGTGTAGCAG,Paraxial mesoderm
S7.1 108h:CTGCGAGGTGCATGTT,Paraxial mesoderm
S7.1 108h:TTCAGGACAACTCGAT,Paraxial mesoderm
S7.1 108h:TTACCGCCAATCACGT,Ectopic pluripotency
S7.1 108h:CTACATTTCTAGTTCT,Caudal mesoderm
S7.1 108h:TATCGCCCAGGTCAGA,Paraxial mesoderm
S7.1 108h:CTATCCGTCGAACACT,Caudal mesoderm
S7.1 108h:GTCGCGACAATCCTAG,Paraxial mesoderm
S7.1 108h:TACGGTACAATTGCGT,Paraxial mesoderm
S7.1 108h:TTCACCGAGTCGGCCT,Paraxial mesoderm
S7.1 108h:CAACGATGTCGACTTA,Paraxial mesoderm
S7.1 108h:GACTCTCCAGTTAGAA,Paraxial mesoderm
S7.1 108h:AACGGGAAGACGTCCC,Ectopic pluripotency
S7.1 108h:AGTGATCTCAAAGACA,Paraxial mesoderm
S7.1 108h:CTCCCTCGTTTCACTT,Paraxial mesoderm
S7.1 108h:TGGTTAGAGGTTGAGC,Somite differentiation front
S7.1 108h:TCCTCGACACTTGAGT,Paraxial mesoderm
S7.1 108h:ACTACGATCGCTAATG,Paraxial mesoderm
S7.1 108h:GGGCCATTCTATCGTT,Paraxial mesoderm
S7.1 108h:TTACGTTGTTCAAGTC,Ectopic pluripotency
S7.1 108h:CATGCGGCATAGATCC,Pre-somitic mesoderm
S7.1 108h:ACATCCCTCCGACAGC,Ectopic pluripotency
S7.1 108h:AGGCCACAGGGCATGT,Ectopic pluripotency
S7.1 108h:GAGCTGCCACGATTCA,Paraxial mesoderm
S7.1 108h:GAGACTTTCTATTCGT,Hemogenic endothelium
S7.1 108h:ACACAGTGTATGCAAA,Paraxial mesoderm
S7.1 108h:GGCGTCAAGAACTCCT,Paraxial mesoderm
S7.1 108h:TCTATCACAACCTATG,Ectopic pluripotency
S7.1 108h:CCACAAACAATCTGCA,Paraxial mesoderm
S7.1 108h:CACACAATCACTTCTA,Gut
S7.1 108h:CACTGTCCATGACACT,Ectopic pluripotency
S7.1 108h:CGAGGCTGTGGACTAG,Paraxial mesoderm
S7.1 108h:TTACCATGTAGACGGT,Paraxial mesoderm
S7.1 108h:CAGTTCCAGAACAAGG,Gut
S7.1 108h:ATGGATCCACTATGTG,Ectopic pluripotency
S7.1 108h:AGGGTCCAGACATATG,Paraxial mesoderm
S7.1 108h:ATATCCTTCTGGGCCA,Paraxial mesoderm
S7.1 108h:TTATTGCGTGGCATCC,Paraxial mesoderm
S7.1 108h:GTTATGGTCATTTCGT,Paraxial mesoderm
S7.1 108h:CGATCGGGTTCGAACT,Paraxial mesoderm
S7.1 108h:GATCCCTCATCGCCTT,Paraxial mesoderm
S7.1 108h:TTCCTAATCCACCTCA,Ectopic pluripotency
S7.1 108h:ATCGATGTCGAGCCAC,Paraxial mesoderm
S7.1 108h:CACTAAGAGTAGGAAG,Caudal mesoderm
S7.1 108h:TTCTAGTCATGAGATA,Paraxial mesoderm
S7.1 108h:TGACGCGGTAGGCTCC,Paraxial mesoderm
S7.1 108h:GTCATGACAGGACAGT,Paraxial mesoderm
S7.1 108h:ACGTAACGTTCAGCTA,Paraxial mesoderm
S7.1 108h:GGTTCTCAGTTTGCTG,Paraxial mesoderm
S7.1 108h:TCCGTGTGTCTTACTT,Paraxial mesoderm
S7.1 108h:GGGCTACGTAGCGCCT,Paraxial mesoderm
S7.1 108h:TTGCCTGTCTCATGCC,Somite differentiation front
S7.1 108h:ATACTTCGTCTGATAC,Paraxial mesoderm
S7.1 108h:AGATGAACATAGGCGA,Paraxial mesoderm
S7.1 108h:GGGAGTAAGCGTGCCT,Caudal mesoderm
S7.1 108h:CCACTTGTCAAATAGG,Paraxial mesoderm
S7.1 108h:TGAGACTGTTATCCAG,Paraxial mesoderm
S7.1 108h:GATCAGTAGCCAGAGT,Paraxial mesoderm
S7.1 108h:CGAATTGAGCCAGACA,Paraxial mesoderm
S7.1 108h:GATGAGGGTCCTGTCT,Paraxial mesoderm
S7.1 108h:CGGACACAGCTGGCCT,Paraxial mesoderm
S7.1 108h:CAGCCAGGTCACTCGG,Paraxial mesoderm
S7.1 108h:GATGATCTCCGCTGTT,Paraxial mesoderm
S7.1 108h:GCATGATTCTTCGCTG,Pre-somitic mesoderm
S7.1 108h:GCAGCCAGTACATACC,Ectopic pluripotency
S7.1 108h:GTCTACCTCACGAGGA,Paraxial mesoderm
S7.1 108h:ATCGTAGTCATCGCAA,Paraxial mesoderm
S7.1 108h:CCGATCTGTGTACATC,Paraxial mesoderm
S7.1 108h:CGAGGAAGTTACACTG,Paraxial mesoderm
S7.1 108h:TTTGTTGAGGTCCCGT,Gut
S7.1 108h:GGGAAGTGTACCAATC,Paraxial mesoderm
S7.1 108h:TTGGGTACAGTAACGG,Paraxial mesoderm
S7.1 108h:CCTTTGGGTGCCTGCA,Ectopic pluripotency
S7.1 108h:ACCACAAGTCTCGCGA,Paraxial mesoderm
S7.1 108h:CAACGGCAGGTAGGCT,Paraxial mesoderm
S7.1 108h:TTCTCTCAGATCCAAA,Paraxial mesoderm
S7.1 108h:AGTAGCTAGGCGCTCT,Paraxial mesoderm
S7.1 108h:AGCTACAAGAGGTCAC,Paraxial mesoderm
S7.1 108h:CACTGAACATATAGCC,Paraxial mesoderm
S7.1 108h:ACCGTTCTCGAGATGG,Somite differentiation front
S7.1 108h:TCAAGCAGTATGAGGC,Ectopic pluripotency
S7.1 108h:AGTTCCCGTAGGACTG,Paraxial mesoderm
S7.1 108h:TTACAGGCATGGCGCT,Paraxial mesoderm
S7.1 108h:TGGAGGACATCAGCAT,Gut
S7.1 108h:TGCATCCTCGTGCTCT,Paraxial mesoderm
S7.1 108h:CCGGGTAAGGCTTTCA,Caudal mesoderm
S7.1 108h:TCAATTCGTTGAAGTA,Paraxial mesoderm
S7.1 108h:AGGAATAAGCATCGAG,Paraxial mesoderm
S7.1 108h:CATACTTTCAATCTTC,Ectopic pluripotency
S7.1 108h:TCCACGTCATCAACCA,Paraxial mesoderm
S7.1 108h:CGTAGTACACTAAACC,Paraxial mesoderm
S7.1 108h:TCATCCGCATAACTCG,Ectopic pluripotency
S7.1 108h:TCTCACGAGATGCTAA,Paraxial mesoderm
S7.1 108h:CGGCAGTCAGACATCT,Ectopic pluripotency
S7.1 108h:ATCCCTGGTGCCCAGT,Caudal mesoderm
S7.1 108h:CATGAGTAGCAAGCCA,Gut
S7.1 108h:GTAGGTTTCTGAGAAA,Paraxial mesoderm
S7.1 108h:CCTCATGTCGTCGACG,Caudal mesoderm
S7.1 108h:CACACAATCGTTGTTT,Paraxial mesoderm
S7.1 108h:GCAGCTGAGCCGTTAT,Paraxial mesoderm
S7.1 108h:CTCCGATTCCTCACCA,Ectopic pluripotency
S7.1 108h:CGAAGGATCTTCGGAA,Paraxial mesoderm
S7.1 108h:TCTACATAGGCAGTCA,Paraxial mesoderm
S7.1 108h:ACGTCCTTCGATGGAG,Ectopic pluripotency
S7.1 108h:TCTTAGTTCCCTGGTT,Paraxial mesoderm
S7.1 108h:CTATAGGTCGCAATGT,Caudal mesoderm
S7.1 108h:GTCATGAGTCACAGAG,Paraxial mesoderm
S7.1 108h:TCCCAGTGTTCCAAAC,Paraxial mesoderm
S7.1 108h:AATGAAGCACTACACA,Ectopic pluripotency
S7.1 108h:AACGGGAGTACGGGAT,Caudal mesoderm
S7.1 108h:TAACGACAGCTGCCTG,Ectopic pluripotency
S7.1 108h:TTATTGCAGGCTCAAG,Paraxial mesoderm
S7.1 108h:CGTGAATCATTCATCT,Paraxial mesoderm
S7.1 108h:ATCGTGAGTATGCTAC,Caudal mesoderm
S7.1 108h:CCAATTTAGCGCATCC,Paraxial mesoderm
S7.1 108h:TCAATCTCATGAAGCG,Caudal mesoderm
S7.1 108h:GAACACTAGATCCCAT,Paraxial mesoderm
S7.1 108h:GGTCACGGTCACCCTT,Caudal mesoderm
S7.1 108h:CCTCTAGAGTCTAGCT,Paraxial mesoderm
S7.1 108h:ACAGAAATCACGGGAA,Paraxial mesoderm
S7.1 108h:AGTTAGCTCCTGCCAT,Paraxial mesoderm
S7.1 108h:ATGCCTCCACTTACAG,Caudal mesoderm
S7.1 108h:CTCCTTTAGTCGAAGC,Caudal mesoderm
S7.1 108h:ATCTCTACAAAGGCGT,Caudal mesoderm
S7.1 108h:CAAGCTACAACGAGGT,Paraxial mesoderm
S7.1 108h:GCTCAAAAGTACTGGG,Caudal mesoderm
S7.1 108h:CCGTTCAAGCCGATCC,Paraxial mesoderm
S7.1 108h:CTTCCGACACGGCACT,Paraxial mesoderm
S7.1 108h:GTGCACGCACATTGTG,Paraxial mesoderm
S7.1 108h:TATATCCTCAAGCTTG,Ectopic pluripotency
S7.1 108h:CTCAATTAGGCTCTAT,Paraxial mesoderm
S7.1 108h:CCAATTTGTCGAATGG,Paraxial mesoderm
S7.1 108h:TTGCATTGTCAAAGAT,Paraxial mesoderm
S7.1 108h:CTTCTCTCAGCCTACG,Paraxial mesoderm
S7.1 108h:GAGCTGCAGGCTCACC,Paraxial mesoderm
S7.1 108h:GCCAACGCAACCCTCT,Gut
S7.1 108h:AGTGACTGTGGTCTAT,Paraxial mesoderm
S7.1 108h:TGAGCATTCTTCTGTA,Paraxial mesoderm
S7.1 108h:TTTCCTCCATAGGAGC,Paraxial mesoderm
S7.1 108h:AAACCCACACCACTGG,Caudal mesoderm
S7.1 108h:TACCTCGGTGTGGACA,Paraxial mesoderm
S7.1 108h:GTGCTTCTCTCACCCA,Paraxial mesoderm
S7.1 108h:AGCCAATAGAAGCTGC,Pre-somitic mesoderm
S7.1 108h:GGGCCATAGCGGCTCT,Paraxial mesoderm
S7.1 108h:CGTCCATAGGACTTCT,Paraxial mesoderm
S7.1 108h:CATTCCGAGCAACAGC,Paraxial mesoderm
S7.1 108h:CATAGACAGTTGGACG,Paraxial mesoderm
S7.1 108h:ATACCGATCTCCAATT,Paraxial mesoderm
S7.1 108h:TTATTGCCAGGTTCGC,Paraxial mesoderm
S7.1 108h:GGTGTCGCATTGCAAC,Paraxial mesoderm
S7.1 108h:GTTCGCTTCATCCCGT,Ectopic pluripotency
S7.1 108h:TCTGGCTAGGTAAACT,Pre-somitic mesoderm
S7.1 108h:TTCATGTTCACTGTTT,Paraxial mesoderm
S7.1 108h:TATATCCCAGAGATTA,Ectopic pluripotency
S7.1 108h:GGCTTTCCAACGACTT,Ectopic pluripotency
S7.1 108h:TCAGGTAGTCACTTCC,Paraxial mesoderm
S7.1 108h:TCTAACTAGACTGTTC,Somite differentiation front
S7.1 108h:ACCACAACATCGTTCC,Gut
S7.1 108h:TTTACTGTCCGTATAG,Caudal mesoderm
S7.1 108h:AAAGGGCAGCTCCCTT,Ectopic pluripotency
S7.1 108h:TTGTTGTTCGCACGGT,Caudal mesoderm
S7.1 108h:TCTACATCATGTAACC,Pre-somitic mesoderm
S7.1 108h:TCCACCATCCATGCAA,Paraxial mesoderm
S7.1 108h:AAACGAAGTCGCTCGA,Paraxial mesoderm
S7.1 108h:TTACCGCCACGCGCAT,Paraxial mesoderm
S7.1 108h:GAGTTACCAGCTACTA,Paraxial mesoderm
S7.1 108h:TCCTTTCTCCTGCCAT,Paraxial mesoderm
S7.1 108h:TGACGCGTCGATACAC,Paraxial mesoderm
S7.1 108h:GTTGAACCATGAGAAT,Paraxial mesoderm
S7.1 108h:GATAGAAGTGCACATT,Paraxial mesoderm
S7.1 108h:TACCCACTCTGCGAGC,Paraxial mesoderm
S7.1 108h:AGAAGCGAGCATATGA,Ectopic pluripotency
S7.1 108h:TCAGCCTAGGTGAGCT,Paraxial mesoderm
S7.1 108h:GTTACCCCACTGGCCA,Paraxial mesoderm
S7.1 108h:TACCTCGAGTGGACTG,Paraxial mesoderm
S7.1 108h:ATGCGATAGCGCACAA,Paraxial mesoderm
S7.1 108h:GTGTGGCTCACGGACC,Paraxial mesoderm
S7.1 108h:TAGGAGGCACACCTTC,Paraxial mesoderm
S7.1 108h:GTCACTCCACTGTCCT,Paraxial mesoderm
S7.1 108h:AATCACGCACCTTCCA,Paraxial mesoderm
S7.1 108h:CTGCGAGTCATTGCGA,Paraxial mesoderm
S7.1 108h:TTGCCTGCAAAGTATG,Paraxial mesoderm
S7.1 108h:AACAACCTCGGTCTAA,Paraxial mesoderm
S7.1 108h:GACCCAGAGGAGCTGT,Caudal mesoderm
S7.1 108h:CAACGGCGTTGGCCGT,Ectopic pluripotency
S7.1 108h:GCATTAGTCCATCGTC,Paraxial mesoderm
S7.1 108h:GTTTACTAGAGGATCC,Paraxial mesoderm
S7.1 108h:TGCGGGTCAGTGTGGA,Paraxial mesoderm
S7.1 108h:ATCCCTGTCCGTAATG,Paraxial mesoderm
S7.1 108h:ATAGGCTAGCCTAACT,Paraxial mesoderm
S7.1 108h:CATTGCCAGACTCCGC,Paraxial mesoderm
S7.1 108h:TAGGTACCACAGCTGC,Paraxial mesoderm
S7.1 108h:CCACCATTCCAGCACG,Caudal mesoderm
S7.1 108h:TAGACTGCAGATAAAC,Ectopic pluripotency
S7.1 108h:CAACAGTCAGCTGTGC,Pre-somitic mesoderm
S7.1 108h:TGTTCTAGTGACCGTC,Paraxial mesoderm
S7.1 108h:ACTTTCAAGACCATTC,Pre-somitic mesoderm
S7.1 108h:GATGTTGGTTCTCCCA,Ectopic pluripotency
S7.1 108h:GTGAGTTAGCATCAAA,Gut
S7.1 108h:ATCTCTAAGACTGGGT,Paraxial mesoderm
S7.1 108h:GCCCAGAAGATCACTC,Paraxial mesoderm
S7.1 108h:GTTTACTGTTATGACC,Paraxial mesoderm
S7.1 108h:ATGGGAGCAGAACCGA,Pre-somitic mesoderm
S7.1 108h:GTCCTCAAGTGCCAGA,Paraxial mesoderm
S7.1 108h:AAGGTAACAAGGTTGG,Ectopic pluripotency
S7.1 108h:ATTACCTAGTCCGTCG,Ectopic pluripotency
S7.1 108h:TATACCTTCCGTAGTA,Ectopic pluripotency
S7.1 108h:TCATGAGCACGGTGAA,Gut
S7.1 108h:TGCGGCAAGGCCTTGC,Ectopic pluripotency
S7.1 108h:GGAGGATGTTGGGATG,Ectopic pluripotency
S7.1 108h:GATGCTACATCGAACT,Paraxial mesoderm
S7.1 108h:TAGCACACATGACTGT,Pre-somitic mesoderm
S7.1 108h:GCACTAATCCTCTAGC,Ectopic pluripotency
S7.1 108h:AGCTACAAGGTATCTC,Pre-somitic mesoderm
S7.1 108h:ACATCCCAGTTACTCG,Pre-somitic mesoderm
S7.1 108h:ATGAGGGAGGGATCTG,Paraxial mesoderm
S7.1 108h:AGGTAGGCAACACTAC,Paraxial mesoderm
S7.1 108h:GTTCCGTGTCGTCTCT,Ectopic pluripotency
S7.1 108h:GAACTGTCATGACGGA,Paraxial mesoderm
S7.1 108h:GACCCTTCAGCTGGTC,Paraxial mesoderm
S7.1 108h:CGGAACCGTATGCTAC,Pre-somitic mesoderm
S7.1 108h:TCATTTGGTATTCCTT,Paraxial mesoderm
S7.1 108h:ATTTCTGCATGGCACC,Pre-somitic mesoderm
S7.1 108h:AATCGACAGCGATGCA,Ectopic pluripotency
S7.1 108h:AATTTCCGTTAAACAG,Paraxial mesoderm
S7.1 108h:GAGTGTTTCGTACACA,Paraxial mesoderm
S7.1 108h:GAAGTAATCGACATTG,Paraxial mesoderm
S7.1 108h:ACCAAACTCGGTTCAA,Pre-somitic mesoderm
S7.1 108h:GTTACAGCAAGAGGCT,Caudal mesoderm
S7.1 108h:AGAACAAAGCTGACTT,Paraxial mesoderm
S7.1 108h:GCCAGTGCACGGATCC,Paraxial mesoderm
S7.1 108h:AGAGAGCAGCTCTTCC,Paraxial mesoderm
S7.1 108h:ACTGTCCCAGACGCTC,Pre-somitic mesoderm
S7.1 108h:CGATCGGCATACAGAA,Paraxial mesoderm
S7.1 108h:ATCCCTGAGAGTCGAC,Ectopic pluripotency
S7.1 108h:CCGCAAGCAGGACTTT,Caudal mesoderm
S7.1 108h:GGGCGTTAGTCCGTCG,Paraxial mesoderm
S7.1 108h:TGACGCGCAGCGTGAA,Paraxial mesoderm
S7.1 108h:TAAGCCAGTTTAGACC,Ectopic pluripotency
S7.1 108h:GCCAGCAGTTCAAACC,Paraxial mesoderm
S7.1 108h:GACGTTACATCCGGTG,Somite differentiation front
S7.1 108h:AGGTCTACATTCAGGT,Paraxial mesoderm
S7.1 108h:TGATTCTCATGTCAGT,Paraxial mesoderm
S7.1 108h:TAGGTTGCAACCTATG,Paraxial mesoderm
S7.1 108h:CCCATTGCAGAACCGA,Pre-somitic mesoderm
S7.1 108h:CCTCTCCCAGATCCAT,Paraxial mesoderm
S7.1 108h:ACAGCCGCAAGAGGCT,Caudal mesoderm
S7.1 108h:TGGTAGTCAGGCGAAT,Paraxial mesoderm
S7.1 108h:GCAGCCAAGTCTGGAG,Paraxial mesoderm
S7.1 108h:GCATCGGGTAAGATAC,Paraxial mesoderm
S7.1 108h:ATTCGTTTCGACCCAG,Pre-somitic mesoderm
S7.1 108h:TGAGGTTCACTAACCA,Paraxial mesoderm
S7.1 108h:CGTGATATCTGAGGCC,Paraxial mesoderm
S7.1 108h:TCGGATATCCACAAGT,Paraxial mesoderm
S7.1 108h:TCCCATGAGCAGTCTT,Paraxial mesoderm
S7.1 108h:CGGCAGTAGGCATCGA,Paraxial mesoderm
S7.1 108h:AGCGATTGTTGAGTCT,Paraxial mesoderm
S7.1 108h:GCACGGTGTTAGAGTA,Ectopic pluripotency
S7.1 108h:AGTTCGATCGTAACAC,Pre-somitic mesoderm
S7.1 108h:TGGCGTGGTTGCTCAA,Ectopic pluripotency
S7.1 108h:ACAGAAAGTTTCTATC,Paraxial mesoderm
S7.1 108h:ATCCATTAGCGGACAT,Paraxial mesoderm
S7.1 108h:TTGGGATGTATACCCA,Caudal mesoderm
S7.1 108h:CTGAGGCAGCAAGTGC,Pre-somitic mesoderm
S7.1 108h:CACGAATGTCTTCTAT,Paraxial mesoderm
S7.1 108h:TCACTATCAGCTAACT,Pre-somitic mesoderm
S7.1 108h:TGATCAGCAGGGCTTC,Caudal mesoderm
S7.1 108h:CTGTATTCAAGCGATG,Paraxial mesoderm
S7.1 108h:TTCCACGGTCTCAGGC,Paraxial mesoderm
S7.1 108h:TCAGTGAAGTCCCAGC,Caudal mesoderm
S7.1 108h:GTCAGCGTCATGAAAG,Paraxial mesoderm
S7.1 108h:TACGCTCAGTTAACAG,Caudal mesoderm
S7.1 108h:GACCTTCCATGACTTG,Paraxial mesoderm
S7.1 108h:CAGCGTGGTTCTTCAT,Paraxial mesoderm
S7.1 108h:ACCAAACAGGATACCG,Paraxial mesoderm
S7.1 108h:TAAGTCGGTCTCCCTA,Pre-somitic mesoderm
S7.1 108h:TTGCATTAGGAACGTC,Paraxial mesoderm
S7.1 108h:TCTCAGCAGACGATAT,Ectopic pluripotency
S7.1 108h:GTCTACCTCCTCTGCA,Paraxial mesoderm
S7.1 108h:ATGGGAGGTTCTCCTG,Paraxial mesoderm
S7.1 108h:ACCCTCAGTTCCACGG,Paraxial mesoderm
S7.1 108h:GCCCAGAAGTTCACTG,Ectopic pluripotency
S7.1 108h:GATGGAGTCATAGACC,Gut
S7.1 108h:GAAACCTAGTCACACT,Paraxial mesoderm
S7.1 108h:TATCGCCTCCCATGGG,Paraxial mesoderm
S7.1 108h:ATCCCTGAGTAATCCC,Paraxial mesoderm
S7.1 108h:GGCGTCAAGATAGGGA,Paraxial mesoderm
S7.1 108h:AGCTTCCAGCTTTCTT,Caudal mesoderm
S7.1 108h:TTGGTTTTCAAATGCC,Pre-somitic mesoderm
S7.1 108h:ACCCTTGTCGTTACCC,Ectopic pluripotency
S7.1 108h:TCCCAGTGTTAAACAG,Caudal mesoderm
S7.1 108h:ACTATTCCATCCTATT,Gut
S7.1 108h:TCTTTGACACAGTCCG,Ectopic pluripotency
S7.1 108h:TACCGAACACCCTGAG,Caudal mesoderm
S7.1 108h:AGCTACACACCACATA,Ectopic pluripotency
S7.1 108h:AACAACCAGAGGATCC,Ectopic pluripotency
S7.1 108h:AACTTCTCACATCCCT,Paraxial mesoderm
S7.1 108h:ATAGAGAGTGCATTAC,Hemogenic endothelium
S7.1 108h:TAACACGGTATGAAGT,Somite differentiation front
S7.1 108h:AGGGTTTAGCCTATCA,Paraxial mesoderm
S7.1 108h:CCTCTCCTCGTGGACC,Paraxial mesoderm
S7.1 108h:GTTACAGCAAAGGGTC,Paraxial mesoderm
S7.1 108h:CTCATTATCGGAAGGT,Gut
S7.1 108h:AAACGCTTCCACGGAC,Ectopic pluripotency
S7.1 108h:CTCAACCTCCACGTGG,Caudal mesoderm
S7.1 108h:GAGTCTAGTGTGCCTG,Paraxial mesoderm
S7.1 108h:CTCATGCCACCAGCTG,Caudal mesoderm
S7.1 108h:TCATGAGAGGTTCACT,Paraxial mesoderm
S7.1 108h:TTCACCGGTTTACCAG,Paraxial mesoderm
S7.1 108h:CAACCAAGTATCCTCC,Ectopic pluripotency
S7.1 108h:TTCCAATAGTATTGCC,Pre-somitic mesoderm
S7.1 108h:TTCAGGAGTCCTGGTG,Ectopic pluripotency
S7.1 108h:CTCTGGTCACTTGACA,Ectopic pluripotency
S7.1 108h:ATTTACCTCAAATGCC,Paraxial mesoderm
S7.1 108h:GCGAGAAGTGGAAGTC,Paraxial mesoderm
S7.1 108h:CTATCTAGTTGGACTT,Paraxial mesoderm
S7.1 108h:TCCTAATTCGGAACTT,Paraxial mesoderm
S7.1 108h:GTTGTAGGTAGCCAGA,Paraxial mesoderm
S7.1 108h:TTCGGTCTCCCGAGTG,Paraxial mesoderm
S7.1 108h:TGGTTAGGTTGTTGCA,Gut
S7.1 108h:AGGTTGTCAACGTATC,Paraxial mesoderm
S7.1 108h:CCTAACCAGTTTGCTG,Ectopic pluripotency
S7.1 108h:TGGTTAGAGATTCGCT,Pre-somitic mesoderm
S7.1 108h:TGGGAAGTCGCTGCGA,Caudal mesoderm
S7.1 108h:ATCACAGCAGAACCGA,Ectopic pluripotency
S7.1 108h:CGTAGTACAATTTCTC,Pre-somitic mesoderm
S7.1 108h:GACCCTTTCCGAAGGA,Paraxial mesoderm
S7.1 108h:ACGGGTCGTACTGCGC,Gut
S7.1 108h:GACCTTCCAAGCTCTA,Ectopic pluripotency
S7.1 108h:TTCAATCTCGCAGTGC,Pre-somitic mesoderm
S7.1 108h:CTACGGGCATCTCCCA,Pre-somitic mesoderm
S7.1 108h:CTAAGTGGTGAGTGAC,Paraxial mesoderm
S7.1 108h:TGAGTCAGTGTTTGCA,Ectopic pluripotency
S7.1 108h:GAGTCATGTTGTTGCA,Paraxial mesoderm
S7.1 108h:TACCGGGAGACGCCCT,Paraxial mesoderm
S7.1 108h:CCACAAACATGAGATA,Pre-somitic mesoderm
S7.1 108h:GTGTGATGTGCGGATA,Paraxial mesoderm
S7.1 108h:GGTTGTAGTCACGTGC,Caudal mesoderm
S7.1 108h:AGAAATGTCGCTCTAC,Caudal mesoderm
S7.1 108h:AGGTTACTCTGTGCGG,Paraxial mesoderm
S7.1 108h:ATTCCATAGAGTGGCT,Paraxial mesoderm
S7.1 108h:TTAATCCGTCGACGCT,Ectopic pluripotency
S7.1 108h:GAAACCTGTATGCTTG,Hemogenic endothelium
S7.1 108h:AATCGTGAGATTCGCT,Paraxial mesoderm
S7.1 108h:TCCACGTAGAGCATTA,Paraxial mesoderm
S7.1 108h:TGTGCGGAGCTGAGTG,Hemogenic endothelium
S7.1 108h:CTCAATTCATTCATCT,Paraxial mesoderm
S7.1 108h:GGCTTTCTCTTGTTAC,Caudal mesoderm
S7.1 108h:CTGCCATCACAGTCGC,Pre-somitic mesoderm
S7.1 108h:ACAGCCGTCGCCAACG,Paraxial mesoderm
S7.1 108h:CCTCCTCTCTCCGAGG,Pre-somitic mesoderm
S7.1 108h:TAACACGAGTCACGAG,Paraxial mesoderm
S7.1 108h:CATGCTCCATATACCG,Ectopic pluripotency
S7.1 108h:ACCCTTGCATATTCGG,Paraxial mesoderm
S7.1 108h:AGACTCAAGTATAACG,Paraxial mesoderm
S7.1 108h:TCCCACACAGCTATAC,Somite differentiation front
S7.1 108h:AACCATGAGAAAGCGA,Paraxial mesoderm
S7.1 108h:TCCTCCCTCGTTGTGA,Paraxial mesoderm
S7.1 108h:TACCTCGCATTGGATC,Pre-somitic mesoderm
S7.1 108h:TAGGAGGAGGAGTATT,Paraxial mesoderm
S7.1 108h:ACTCCCATCCATTCAT,Caudal mesoderm
S7.1 108h:ATTTCACGTTAAGGAT,Caudal mesoderm
S7.1 108h:GCTCAAATCCTGCCAT,Caudal mesoderm
S7.1 108h:CCGGACACAAAGGCGT,Paraxial mesoderm
S7.1 108h:ATTACCTGTCTTCATT,Caudal mesoderm
S7.1 108h:TCATGTTAGGTATAGT,Paraxial mesoderm
S7.1 108h:AGACCCGGTTGGTACT,Ectopic pluripotency
S7.1 108h:AGCGATTGTACCGTGC,Paraxial mesoderm
S7.1 108h:CTGTGAAAGTATAACG,Paraxial mesoderm
S7.1 108h:CTGCGAGGTGAGACGT,Paraxial mesoderm
S7.1 108h:GTTCTATTCGCAGTTA,Pre-somitic mesoderm
S7.1 108h:TATCTTGCAGAATCGG,Ectopic pluripotency
S7.1 108h:CCACAAATCCCTTCCC,Paraxial mesoderm
S7.1 108h:TAACCAGAGTAACGAT,Pre-somitic mesoderm
S7.1 108h:CACAACATCAAGCTGT,Paraxial mesoderm
S7.1 108h:GCCATTCCATGCCGGT,Paraxial mesoderm
S7.1 108h:CCTCAGTAGAAATGGG,Pre-somitic mesoderm
S7.1 108h:CCCTCTCGTCGAATTC,Paraxial mesoderm
S7.1 108h:CTCCTTTGTATCCCAA,Paraxial mesoderm
S7.1 108h:TCACGGGTCTACTATC,Caudal mesoderm
S7.1 108h:CAACGATTCGAGTACT,Paraxial mesoderm
S7.1 108h:GAGATGGCATCCAATG,Paraxial mesoderm
S7.1 108h:AGTAGTCGTGCCCGTA,Caudal mesoderm
S7.1 108h:TCCTAATGTGTTGACT,Ectopic pluripotency
S7.1 108h:ACATTTCAGTGAGCCA,Ectopic pluripotency
S7.1 108h:CATCCACCATTGACCA,Pre-somitic mesoderm
S7.1 108h:GAAGAATCAATCTCTT,Ectopic pluripotency
S7.1 108h:CCTCCTCCACTTGGGC,Pre-somitic mesoderm
S7.1 108h:GAGAAATCAAGTTTGC,Paraxial mesoderm
S7.1 108h:AAAGGATCAATACCTG,Ectopic pluripotency
S7.1 108h:GCTGGGTCAAGGGCAT,Ectopic pluripotency
S7.1 108h:ACCCTTGTCCATCTAT,Ectopic pluripotency
S7.1 108h:ACGTAACGTTTCAGAC,Paraxial mesoderm
S7.1 108h:CTTTCAATCGCTGCGA,Caudal mesoderm
S7.1 108h:ACATGCAGTATCGTTG,Paraxial mesoderm
S7.1 108h:ACTCTCGGTCCACTCT,Ectopic pluripotency
S7.1 108h:ACTTCCGTCACCTGGG,Pre-somitic mesoderm
S7.1 108h:GATCAGTAGAGCTTTC,Ectopic pluripotency
S7.1 108h:CATTGCCGTCAGGTAG,Pre-somitic mesoderm
S7.1 108h:CGTAAGTTCACTGTTT,Paraxial mesoderm
S7.1 108h:TGACGCGGTCACAGTT,Caudal mesoderm
S7.1 108h:CTGATCCCATCTAACG,Pre-somitic mesoderm
S7.1 108h:CTACTATTCCGGCTTT,Pre-somitic mesoderm
S7.1 108h:CCTAAGACATCCTATT,Gut
S7.1 108h:TCCACGTAGTAATACG,Paraxial mesoderm
S7.1 108h:GCATTAGGTCACCTTC,Hemogenic endothelium
S7.1 108h:GTTTACTGTGCGCTCA,Paraxial mesoderm
S7.1 108h:GCCATTCAGTCACGAG,Paraxial mesoderm
S7.1 108h:TTCTAGTAGACCATAA,Pre-somitic mesoderm
S7.1 108h:GCCAGCAAGTGCAGCA,Paraxial mesoderm
S7.1 108h:AGGACTTTCAGACCTA,Paraxial mesoderm
S7.1 108h:CTCAATTAGATCCCGC,Somite differentiation front
S7.1 108h:TCACACCAGTAACCGG,Caudal mesoderm
S7.1 108h:TCAATCTGTGTAACGG,Paraxial mesoderm
S7.1 108h:TCCTCTTAGTAAGAGG,Paraxial mesoderm
S7.1 108h:CTACAGACATGCCGAC,Caudal mesoderm
S7.1 108h:CGAAGGACACATATCG,Caudal mesoderm
S7.1 108h:TTCTGTACATCCGATA,Paraxial mesoderm
S7.1 108h:GCTACAACAGCTGTAT,Paraxial mesoderm
S7.1 108h:TACCCGTGTGAATTGA,Pre-somitic mesoderm
S7.1 108h:ACAACCACATTCCTAT,Pre-somitic mesoderm
S7.1 108h:GACTATGCAGCCTACG,Paraxial mesoderm
S7.1 108h:CCTCAGTAGGATTTGA,Ectopic pluripotency
S7.1 108h:TGATCTTCAACCTATG,Ectopic pluripotency
S7.1 108h:ATTATCCTCCGCGATG,Pre-somitic mesoderm
S7.1 108h:TGGCGTGTCGCCAGAC,Paraxial mesoderm
S7.1 108h:GTGGCGTAGCACACCC,Paraxial mesoderm
S7.1 108h:GCCAACGAGCCTGTGC,Pre-somitic mesoderm
S7.1 108h:GTTCGCTAGAAGCTGC,Pre-somitic mesoderm
S7.1 108h:TATACCTAGTCCGCCA,Ectopic pluripotency
S7.1 108h:CAGCAGCCACGAGGAT,Paraxial mesoderm
S7.1 108h:TTAATCCTCGATCCCT,Ectopic pluripotency
S7.1 108h:CATTGCCTCCAAGCTA,Gut
S7.1 108h:AAAGGATAGCGCGTTC,Ectopic pluripotency
S7.1 108h:GACCCAGGTGCAATGG,Gut
S7.1 108h:ATGGTTGGTCCAAAGG,Paraxial mesoderm
S7.1 108h:CATGCAACATTCGGGC,Ectopic pluripotency
S7.1 108h:ATCATTCCAGAGATTA,Pre-somitic mesoderm
S7.1 108h:CTCAACCCATGGAGAC,Pre-somitic mesoderm
S7.1 108h:AGAACCTCAGCACCCA,Paraxial mesoderm
S7.1 108h:GATCATGGTCTGTGCG,Paraxial mesoderm
S7.1 108h:TCCTAATGTATGGAGC,Caudal mesoderm
S7.1 108h:TTACCGCCAATAAGGT,Paraxial mesoderm
S7.1 108h:TCTACATCAAGCCTGC,Caudal mesoderm
S7.1 108h:TAGATCGTCTCATGGA,Paraxial mesoderm
S7.1 108h:ACACAGTTCGATCCCT,Paraxial mesoderm
S7.1 108h:CCGATCTTCAACTCTT,Ectopic pluripotency
S7.1 108h:GGGAGATCAACTCATG,Paraxial mesoderm
S7.1 108h:CTTTCAACAACGGCCT,Pre-somitic mesoderm
S7.1 108h:CTAGGTAGTACAGTAA,Paraxial mesoderm
S7.1 108h:TCTACATCACGTGTGC,Paraxial mesoderm
S7.1 108h:TCCCAGTAGTCGCTAT,Caudal mesoderm
S7.1 108h:GTGGAAGGTTGGGTAG,Paraxial mesoderm
S7.1 108h:CGAGGCTTCTCAAAGC,Pre-somitic mesoderm
S7.1 108h:AGAGAGCCACGACTAT,Paraxial mesoderm
S7.1 108h:AGCCAGCCAGGCGATA,Paraxial mesoderm
S7.1 108h:GAAGCGAAGGCACTAG,Ectopic pluripotency
S7.1 108h:TCTGCCAGTGCACAAG,Pre-somitic mesoderm
S7.1 108h:GAGACTTGTAGTCTGT,Paraxial mesoderm
S7.1 108h:CGGGACTAGAAGCGCT,Somite differentiation front
S7.1 108h:GGGTTATTCTGGGCAC,Ectopic pluripotency
S7.1 108h:TGCTTCGTCGTGGGTC,Ectopic pluripotency
S7.1 108h:CTTACCGAGGCCTGAA,Paraxial mesoderm
S7.1 108h:TGAGACTAGTGAGGTC,Paraxial mesoderm
S7.1 108h:GTCATCCCAACTGATC,Paraxial mesoderm
S7.1 108h:GGTCACGCAAAGTATG,Paraxial mesoderm
S7.1 108h:GTCCACTCAATCGCAT,Gut
S7.1 108h:ACCAACATCTTGCGCT,Paraxial mesoderm
S7.1 108h:TGAATGCTCGTCCATC,Paraxial mesoderm
S7.1 108h:TTGAGTGGTTGTGTTG,Pre-somitic mesoderm
S7.1 108h:GGACGTCAGCCGGATA,Pre-somitic mesoderm
S7.1 108h:GTGCACGCATGGCACC,Paraxial mesoderm
S7.1 108h:TAGGTTGCACTACGGC,Paraxial mesoderm
S7.1 108h:GGGAGTACACTATCCC,Gut
S7.1 108h:CAATTTCTCTAGTGTG,Paraxial mesoderm
S7.1 108h:TAACTTCAGAGTAACT,Ectopic pluripotency
S7.1 108h:GGAAGTGTCACCTCAC,Paraxial mesoderm
S7.1 108h:TTACCGCAGTCCCAGC,Caudal mesoderm
S7.1 108h:GAGGCAATCAAGGTGG,Pre-somitic mesoderm
S7.1 108h:CAATACGCAACTCCAA,Gut
S7.1 108h:TAGGTACTCAGCGTCG,Paraxial mesoderm
S7.1 108h:TGAGACTCAGTTGTCA,Paraxial mesoderm
S7.1 108h:ATCTCTACAAGCAGGT,Pre-somitic mesoderm
S7.1 108h:CCTATCGCATGGCACC,Caudal mesoderm
S7.1 108h:TTCTTCCAGCGATTCT,Paraxial mesoderm
S7.1 108h:CAAGAGGGTAGAATGT,Ectopic pluripotency
S7.1 108h:ACAACCAAGCGAATGC,Paraxial mesoderm
S7.1 108h:TTCCACGCAATCAGCT,Pre-somitic mesoderm
S7.1 108h:ACATCGAGTCCACACG,Paraxial mesoderm
S7.1 108h:CAGTTCCAGAAGGTAG,Paraxial mesoderm
S7.1 108h:ATACTTCTCCAAATGC,Paraxial mesoderm
S7.1 108h:CTCTCAGGTATGAGCG,Pre-somitic mesoderm
S7.1 108h:CATCGTCAGCAGCACA,Caudal mesoderm
S7.1 108h:CCTCTCCTCTTTCAGT,Paraxial mesoderm
S7.1 108h:TCGATTTGTTAGAAGT,Paraxial mesoderm
S7.1 108h:GGTAGAGTCACGGGAA,Caudal mesoderm
S7.1 108h:TATACCTGTGTTAACC,Pre-somitic mesoderm
S7.1 108h:GTTAGTGAGTCTTCCC,Paraxial mesoderm
S7.1 108h:ACGTACACAGCACCCA,Pre-somitic mesoderm
S7.1 108h:GCCAGCATCTTTACAC,Paraxial mesoderm
S7.1 108h:GATCGTACAACCCGCA,Caudal mesoderm
S7.1 108h:GTCATTTAGATAGCTA,Ectopic pluripotency
S7.1 108h:CATACTTCACCCAATA,Paraxial mesoderm
S7.1 108h:TCGGTCTAGTAGGGTC,Ectopic pluripotency
S7.1 108h:TCCGATCCAGCGCGTT,Paraxial mesoderm
S7.1 108h:CAGATACTCCTCACTG,Paraxial mesoderm
S7.1 108h:CTCAACCTCACAAGAA,Ectopic pluripotency
S7.1 108h:TACCTGCTCATTCACT,Pre-somitic mesoderm
S7.1 108h:ACATTTCGTTCTATCT,Hemogenic endothelium
S7.1 108h:GCCAGGTCACACGCCA,Ectopic pluripotency
S7.1 108h:AGTGTTGAGCGGACAT,Paraxial mesoderm
S7.1 108h:GTCCTCATCATTGGTG,Paraxial mesoderm
S7.1 108h:GTAACCACACGAAGAC,Caudal mesoderm
S7.1 108h:AAGCCATAGTGGTGGT,Caudal mesoderm
S7.1 108h:TGATTTCGTTTACGTG,Paraxial mesoderm
S7.1 108h:CAGCACGAGGGTGAAA,Paraxial mesoderm
S7.1 108h:GATCACACACACCGAC,Pre-somitic mesoderm
S7.1 108h:GTCCACTAGGTTCTTG,Paraxial mesoderm
S7.1 108h:TGAGGAGCAAATTAGG,Caudal mesoderm
S7.1 108h:CACCGTTAGACTAGAT,Paraxial mesoderm
S7.1 108h:ACGTCCTTCGACCACG,Ectopic pluripotency
S7.1 108h:GCCAGGTTCCGAGATT,Pre-somitic mesoderm
S7.1 108h:CTCATCGAGACGCAGT,Caudal mesoderm
S7.1 108h:CTCAGGGTCTCCGAGG,Paraxial mesoderm
S7.1 108h:TGTAACGCAACCAGAG,Paraxial mesoderm
S7.1 108h:TGATGGTCACCGTGCA,Pre-somitic mesoderm
S7.1 108h:CCACTTGAGATTGACA,Paraxial mesoderm
S7.1 108h:TGACAGTAGGATGGCT,Paraxial mesoderm
S7.1 108h:TGAGCATTCCTACCGT,Caudal mesoderm
S7.1 108h:TCTACCGTCGAGATGG,Paraxial mesoderm
S7.1 108h:AAAGGTAAGGCCACCT,Paraxial mesoderm
S7.1 108h:TTCATGTCACAGTCCG,Pre-somitic mesoderm
S7.1 108h:GGTCACGCAACCGTGC,Pre-somitic mesoderm
S7.1 108h:TATCTTGAGGCGTTAG,Paraxial mesoderm
S7.1 108h:GTCTGTCCATCGTTCC,Paraxial mesoderm
S7.1 108h:CTACCCATCACCTTGC,Pre-somitic mesoderm
S7.1 108h:CGTAGTAGTTCGTACA,Paraxial mesoderm
S7.1 108h:ACACCAATCTCGTCAC,Paraxial mesoderm
S7.1 108h:ATCCTATGTGTGAATA,Pre-somitic mesoderm
S7.1 108h:TCATGAGAGCTGTTCA,Paraxial mesoderm
S7.1 108h:TCCCAGTGTTAGGACG,Ectopic pluripotency
S7.1 108h:CATCCACCATGTCGTA,Paraxial mesoderm
S7.1 108h:TGACGCGAGATAACGT,Paraxial mesoderm
S7.1 108h:ATTCAGGAGCTCCGAC,Gut
S7.1 108h:CAGCACGCAAGCAGGT,Caudal mesoderm
S7.1 108h:TCCCAGTTCATTACCT,Paraxial mesoderm
S7.1 108h:TATCTGTCACGCCACA,Paraxial mesoderm
S7.1 108h:CTCACTGCAAACGAGC,Pre-somitic mesoderm
S7.1 108h:ATGAGTCTCTCCATAT,Pre-somitic mesoderm
S7.1 108h:ACCCTCAAGCGCATCC,Paraxial mesoderm
S7.1 108h:AGTCTCCTCAGCAATC,Paraxial mesoderm
S7.1 108h:GGTAATCCACTTCTCG,Pre-somitic mesoderm
S7.1 108h:ATACTTCAGATTTGCC,Paraxial mesoderm
S7.1 108h:TTAGTCTGTCCACTCT,Paraxial mesoderm
S7.1 108h:TATACCTGTTGCATTG,Pre-somitic mesoderm
S7.1 108h:CTTCCTTGTTATGGTC,Paraxial mesoderm
S7.1 108h:GATTTCTCAAGTGGAC,Somite differentiation front
S7.1 108h:AAAGGGCGTCGTACAT,Paraxial mesoderm
S7.1 108h:CTATCCGAGTGCGCTC,Paraxial mesoderm
S7.1 108h:CAGATTGTCCCTCGTA,Pre-somitic mesoderm
S7.1 108h:TCCCACATCGACATTG,Pre-somitic mesoderm
S7.1 108h:CTCAACCCACTAGGCC,Pre-somitic mesoderm
S7.1 108h:CCACTTGCATGACTAC,Paraxial mesoderm
S7.1 108h:GTTCCGTAGTTCACTG,Caudal mesoderm
S7.1 108h:TCTTCCTGTAATGTGA,Paraxial mesoderm
S7.1 108h:TTACGTTTCGAGCACC,Caudal mesoderm
S7.1 108h:GTAACACTCATTCATC,Pre-somitic mesoderm
S7.1 108h:CCCATTGAGTGTTGTC,Ectopic pluripotency
S7.1 108h:AAGCATCCATCGTGGC,Paraxial mesoderm
S7.1 108h:AGTGATCTCGTTCTAT,Pre-somitic mesoderm
S7.1 108h:GCATCGGAGCAGTACG,Pre-somitic mesoderm
S7.1 108h:CTGCCTAAGGTCCCTG,Ectopic pluripotency
S7.1 108h:GTCCACTTCCTGGGAC,Caudal mesoderm
S7.1 108h:TTCATTGAGTGCAGCA,Paraxial mesoderm
S7.1 108h:ACTATTCCAGGTCCCA,Pre-somitic mesoderm
S7.1 108h:GGAGGTATCTCATGCC,Paraxial mesoderm
S7.1 108h:GTATTTCTCCACCTCA,Paraxial mesoderm
S7.1 108h:GTGCACGGTTCTCCCA,Pre-somitic mesoderm
S7.1 108h:GCACGGTTCGATTCCC,Caudal mesoderm
S7.1 108h:TCTGCCAAGCGCAATG,Caudal mesoderm
S7.1 108h:CTCATCGCACAGGATG,Ectopic pluripotency
S7.1 108h:CATGGATTCTAGCCAA,Paraxial mesoderm
S7.1 108h:CAGCACGCACATTGTG,Paraxial mesoderm
S7.1 108h:TAAGCACAGACGATAT,Paraxial mesoderm
S7.1 108h:ATGTCCCCACATGAAA,Paraxial mesoderm
S7.1 108h:TAAGCCACAAAGGATT,Paraxial mesoderm
S7.1 108h:TCTCAGCTCGCGTGAC,Paraxial mesoderm
S7.1 108h:TCCGAAAGTACAATAG,Paraxial mesoderm
S7.1 108h:AGGACTTGTAGAATGT,Ectopic pluripotency
S7.1 108h:CCACTTGCATGGCCCA,Caudal mesoderm
S7.1 108h:CAATTTCAGCAATTAG,Paraxial mesoderm
S7.1 108h:TTGGATGTCATGGATC,Caudal mesoderm
S7.1 108h:TCGACCTGTGTCACAT,Paraxial mesoderm
S7.1 108h:ATCCCTGCAGCTGTTA,Paraxial mesoderm
S7.1 108h:CACTGAAGTATGGAAT,Caudal mesoderm
S7.1 108h:CTCCACATCTGAGGTT,Paraxial mesoderm
S7.1 108h:TCTATCACAGTCCCGA,Paraxial mesoderm
S7.1 108h:ACGTAACTCTATCGGA,Caudal mesoderm
S7.1 108h:AAATGGAAGCCTATTG,Paraxial mesoderm
S7.1 108h:GATAGAATCGTTCCTG,Paraxial mesoderm
S7.1 108h:GTGCTTCCAATTTCGG,Paraxial mesoderm
S7.1 108h:GTGCTGGTCGTAACAC,Ectopic pluripotency
S7.1 108h:TGCATCCGTGGACAGT,Caudal mesoderm
S7.1 108h:CAGATACCAAGAGGCT,Ectopic pluripotency
S7.1 108h:GAAGGACCAGCATACT,Paraxial mesoderm
S7.1 108h:GTAGAAATCGCCAGTG,Pre-somitic mesoderm
S7.1 108h:ACAACCACAATTGCAC,Caudal mesoderm
S7.1 108h:CTACATTTCGGAGTGA,Caudal mesoderm
S7.1 108h:CTTTCGGTCTTCCGTG,Caudal mesoderm
S7.1 108h:CTCAAGACAAGTTCGT,Ectopic pluripotency
S7.1 108h:TCGACCTGTTATAGCC,Paraxial mesoderm
S7.1 108h:TGTCCACCAACACGAG,Paraxial mesoderm
S7.1 108h:GTGCACGCACTTCCTG,Paraxial mesoderm
S7.1 108h:GCGATCGCAGTCACGC,Paraxial mesoderm
S7.1 108h:TGGAGAGTCACGTCCT,Caudal mesoderm
S7.1 108h:TTGTTGTGTCCTCCAT,Paraxial mesoderm
S7.1 108h:ATGATCGTCCGTTGGG,Gut
S7.1 108h:GATGCTAGTGAATATG,Paraxial mesoderm
S7.1 108h:CGATGGCAGTTGAAGT,Paraxial mesoderm
S7.1 108h:GATTCTTGTGATATAG,Pre-somitic mesoderm
S7.1 108h:CTCCTTTCATACAGGG,Paraxial mesoderm
S7.1 108h:TACGGGCAGAATCGAT,Ectopic pluripotency
S7.1 108h:TGCGGCACACCGTACG,Pre-somitic mesoderm
S7.1 108h:TATGTTCTCGTCGACG,Pre-somitic mesoderm
S7.1 108h:ATCGGATAGATGCGAC,Caudal mesoderm
S7.1 108h:TGTCCTGAGCATTTCG,Caudal mesoderm
S7.1 108h:TCGCACTCAGTCTTCC,Pre-somitic mesoderm
S7.1 108h:TGACTCCCATCAGCGC,Paraxial mesoderm
S7.1 108h:GCTGAATAGTCTTCGA,Paraxial mesoderm
S7.1 108h:GTTACAGAGTCTGCAT,Paraxial mesoderm
S7.1 108h:TCCATGCAGCGTTACT,Pre-somitic mesoderm
S7.1 108h:GCACGGTTCTCAACCC,Pre-somitic mesoderm
S7.1 108h:GCAGCTGAGCTCTTCC,Caudal mesoderm
S7.1 108h:TTCTCTCGTGGTAACG,Paraxial mesoderm
S7.1 108h:GAAGTAATCACGGAGA,Paraxial mesoderm
S7.1 108h:CTCCATGCAACTACGT,Gut
S7.1 108h:TAGACTGCAGTCGCAC,Paraxial mesoderm
S7.1 108h:AGAGCAGCAATTCTTC,Caudal mesoderm
S7.1 108h:TGAGGGACACGGCTAC,Ectopic pluripotency
S7.1 108h:TGAGGGATCAGCAATC,Ectopic pluripotency
S7.1 108h:TGCACGGAGCTAGATA,Pre-somitic mesoderm
S7.1 108h:GCTACAAAGCCATTTG,Paraxial mesoderm
S7.1 108h:ATAGAGATCTGGGTCG,Caudal mesoderm
S7.1 108h:AGTCACACACAGTCCG,Paraxial mesoderm
S7.1 108h:CTCAACCGTCGCAGTC,Paraxial mesoderm
S7.1 108h:CACAGGCCAGTCGAGA,Pre-somitic mesoderm
S7.1 108h:ATAGGCTTCATCTGTT,Paraxial mesoderm
S7.1 108h:TCACGGGTCGACGATT,Pre-somitic mesoderm
S7.1 108h:ACGTTCCTCCAACACA,Ectopic pluripotency
S7.1 108h:TCGGGTGGTCATCACA,Paraxial mesoderm
S7.1 108h:ACAGAAAAGCTAGCCC,Paraxial mesoderm
S7.1 108h:CTGCCTACATACAGCT,Paraxial mesoderm
S7.1 108h:CCGCAAGAGATACATG,Pre-somitic mesoderm
S7.1 108h:GGAACCCCAACGAGGT,Pre-somitic mesoderm
S7.1 108h:CAACCTCAGCGACAGT,Paraxial mesoderm
S7.1 108h:AGCTCAACAATGTTGC,Paraxial mesoderm
S7.1 108h:ATAGAGATCGAACGGA,Paraxial mesoderm
S7.1 108h:ACGGGTCCAGAAGTGC,Gut
S7.1 108h:AGGTTACGTCATCGGC,Paraxial mesoderm
S7.1 108h:GTCTTTATCGCTAGCG,Pre-somitic mesoderm
S7.1 108h:CTACGGGTCCGAGAAG,Paraxial mesoderm
S7.1 108h:CACGAATGTGTGCTTA,Paraxial mesoderm
S7.1 108h:GACTGATTCAAGGAGC,Ectopic pluripotency
S7.1 108h:AGAGCAGCAGACGGAT,Pre-somitic mesoderm
S7.1 108h:ACATTTCGTAGACAGC,Paraxial mesoderm
S7.1 108h:TGGTAGTCATACAGCT,Ectopic pluripotency
S7.1 108h:TACTTACTCAGCGGAA,Caudal mesoderm
S7.1 108h:TAACGACTCAACTGGT,Paraxial mesoderm
S7.1 108h:TTTGACTTCGAAGCAG,Paraxial mesoderm
S7.1 108h:GTTCTATAGGTGAGAA,Ectopic pluripotency
S7.1 108h:TGAGGTTTCAGAGCAG,Paraxial mesoderm
S7.1 108h:TAAGCCATCTCTAAGG,Paraxial mesoderm
S7.1 108h:TCATACTAGCTCGAAG,Ectopic pluripotency
S7.1 108h:ATCTTCAAGAGGTATT,Pre-somitic mesoderm
S7.1 108h:AGGCTGCGTTAGAGTA,Pre-somitic mesoderm
S7.1 108h:CAGCAATAGCTTCTAG,Paraxial mesoderm
S7.1 108h:GCCAGCATCGGTGTTA,Pre-somitic mesoderm
S7.1 108h:ATCGGATGTGCAGATG,Paraxial mesoderm
S7.1 108h:TCACACCGTTGCAACT,Gut
S7.1 108h:AAAGTCCCAGAGGAAA,Paraxial mesoderm
S7.1 108h:GTCTTTACATGGATCT,Pre-somitic mesoderm
S7.1 108h:GAAGGACGTACTCAAC,Paraxial mesoderm
S7.1 108h:GACCCTTAGACGAGCT,Pre-somitic mesoderm
S7.1 108h:TGTCCCAGTAACCCGC,Pre-somitic mesoderm
S7.1 108h:AACCCAAGTATTGACC,Gut
S7.1 108h:CTACTATCAGGTCAAG,Pre-somitic mesoderm
S7.1 108h:GTCAAACTCATGCATG,Pre-somitic mesoderm
S7.1 108h:CTTACCGTCTCTGAGA,Paraxial mesoderm
S7.1 108h:CAGCAATAGGCTTAGG,Paraxial mesoderm
S7.1 108h:TGGTAGTCACTTCAAG,Paraxial mesoderm
S7.1 108h:CAGTTAGAGCGTTGTT,Ectopic pluripotency
S7.1 108h:AGGGCCTAGTGGCCTC,Caudal mesoderm
S7.1 108h:AAAGAACTCCCACAGG,Paraxial mesoderm
S7.1 108h:TTTCATGTCGTAGCCG,Paraxial mesoderm
S7.1 108h:ACTGATGGTTCCTAAG,Pre-somitic mesoderm
S7.1 108h:ATCGATGTCCCTCAAC,Paraxial mesoderm
S7.1 108h:TTTGTTGGTTGTCTAG,Paraxial mesoderm
S7.1 108h:ACATCGACATAGGTTC,Paraxial mesoderm
S7.1 108h:TTAGGCACATGTGCTA,Caudal mesoderm
S7.1 108h:TGAATGCAGGATTCCT,Ectopic pluripotency
S7.1 108h:TCTATACAGGTGGTTG,Caudal mesoderm
S7.1 108h:AGGGCTCGTCTGCGCA,Caudal mesoderm
S7.1 108h:GTGCTTCCATCCGTGG,Paraxial mesoderm
S7.1 108h:CATCGTCCACAAACGG,Pre-somitic mesoderm
S7.1 108h:CCGTAGGGTCTGATCA,Caudal mesoderm
S7.1 108h:GTGGAGATCCATTCAT,Caudal mesoderm
S7.1 108h:TGGTACACATATGAAG,Paraxial mesoderm
S7.1 108h:ACGATCATCCGGTAGC,Paraxial mesoderm
S7.1 108h:TTCGATTAGTAAACAC,Pre-somitic mesoderm
S7.1 108h:ACATGCAAGCTGCCAC,Pre-somitic mesoderm
S7.1 108h:GAACACTTCCACCCTA,Pre-somitic mesoderm
S7.1 108h:AACCTTTCATGACGTT,Paraxial mesoderm
S7.1 108h:CGTTCTGTCATGGGAG,Paraxial mesoderm
S7.1 108h:TATCTTGAGATTCGAA,Pre-somitic mesoderm
S7.1 108h:GATAGCTGTAGAGACC,Paraxial mesoderm
S7.1 108h:ACACAGTAGTCCGCCA,Ectopic pluripotency
S7.1 108h:CACGTTCGTAGGCAGT,Paraxial mesoderm
S7.1 108h:CTGCTCATCACCCTCA,Paraxial mesoderm
S7.1 108h:ACTACGACACAGCATT,Paraxial mesoderm
S7.1 108h:GAATCACCATTGACCA,Paraxial mesoderm
S7.1 108h:AGGTCTAAGATTCGAA,Ectopic pluripotency
S7.1 108h:TAAGCCAAGCAGCCTC,Caudal mesoderm
S7.1 108h:CCAATGAGTAGACTGG,Paraxial mesoderm
S7.1 108h:TCCATGCAGTAACCGG,Paraxial mesoderm
S7.1 108h:GTCTAGAAGGCTCTCG,Paraxial mesoderm
S7.1 108h:GGCTTGGCACAGCCAC,Ectopic pluripotency
S7.1 108h:TATACCTTCAAATGAG,Paraxial mesoderm
S7.1 108h:AGTGCCGCACGAGGAT,Paraxial mesoderm
S7.1 108h:GTAACCAAGTCTGCAT,Pre-somitic mesoderm
S7.1 108h:TCTAACTGTTCAACGT,Paraxial mesoderm
S7.1 108h:CTACATTCAACTTGGT,Paraxial mesoderm
S7.1 108h:TTTACGTGTGTGCTTA,Paraxial mesoderm
S7.1 108h:TCGCACTCAAAGCGTG,Pre-somitic mesoderm
S7.1 108h:GTCATCCGTCTAGGCC,Ectopic pluripotency
S7.1 108h:GTGCACGTCGCCTATC,Paraxial mesoderm
S7.1 108h:TGCTCCAAGACCCTTA,Caudal mesoderm
S7.1 108h:TCAGGTACATACTTTC,Paraxial mesoderm
S7.1 108h:GATGCTACAAACACCT,Paraxial mesoderm
S7.1 108h:CAACAGTCAAATCAAG,Ectopic pluripotency
S7.1 108h:CGGAACCAGGTTAGTA,Paraxial mesoderm
S7.1 108h:TCTTGCGGTCACCACG,Caudal mesoderm
S7.1 108h:ACTTTCACACGCGGTT,Pre-somitic mesoderm
S7.1 108h:CGGTCAGGTAGGTGCA,Ectopic pluripotency
S7.1 108h:AACTTCTGTCGTTGGC,Pre-somitic mesoderm
S7.1 108h:TATCGCCAGCATCCTA,Paraxial mesoderm
S7.1 108h:GCCATTCTCTCATTAC,Pre-somitic mesoderm
S7.1 108h:TCTACATTCGGCTGGT,Paraxial mesoderm
S7.1 108h:CATGCGGTCTCGACCT,Paraxial mesoderm
S7.1 108h:TCTCAGCCAGCGTGCT,Pre-somitic mesoderm
S7.1 108h:CCTCAACAGTCCCAAT,Pre-somitic mesoderm
S7.1 108h:ACCCAAAGTAGGCTGA,Pre-somitic mesoderm
S7.1 108h:CCCAACTCAACTGAAA,Paraxial mesoderm
S7.1 108h:TTCGCTGTCATTACTC,Ectopic pluripotency
S7.1 108h:AGTACCAGTCAACACT,Pre-somitic mesoderm
S7.1 108h:GTGATGTAGTCACACT,Pre-somitic mesoderm
S7.1 108h:ATCCGTCAGGCTGTAG,Ectopic pluripotency
S7.1 108h:ACCCTCACAACTGGTT,Paraxial mesoderm
S7.1 108h:TCCTTTCGTGTCCATA,Paraxial mesoderm
S7.1 108h:CCCTCAAAGCCTCAAT,Paraxial mesoderm
S7.1 108h:CATACCCAGAAAGTCT,Pre-somitic mesoderm
S7.1 108h:TTGATGGGTACAGTCT,Pre-somitic mesoderm
S7.1 108h:GGGTATTCAGGCAATG,Pre-somitic mesoderm
S7.1 108h:TGTAAGCGTGGCTACC,Paraxial mesoderm
S7.1 108h:TCCCATGAGTTGTCAC,Somite differentiation front
S7.1 108h:CGAAGGATCAATCCGA,Paraxial mesoderm
S7.1 108h:TGACCCTAGTTATGGA,Pre-somitic mesoderm
S7.1 108h:TAATCTCAGCCTGCCA,Caudal mesoderm
S7.1 108h:TAGTGCATCTGCGGCA,Paraxial mesoderm
S7.1 108h:CTCGAGGGTACGTTCA,Paraxial mesoderm
S7.1 108h:AGACACTCAATCTGCA,Paraxial mesoderm
S7.1 108h:GGCAGTCCACTTCTCG,Ectopic pluripotency
S7.1 108h:AAGACAACAGAAATTG,Ectopic pluripotency
S7.1 108h:ATTCATCAGAGGTGCT,Paraxial mesoderm
S7.1 108h:AACAAGAAGGGATCGT,Paraxial mesoderm
S7.1 108h:AAAGTGATCTTCACGC,Gut
S7.1 108h:CGTGATACAGACAAAT,Paraxial mesoderm
S7.1 108h:ACAGCCGCATCTGTTT,Pre-somitic mesoderm
S7.1 108h:ATGCCTCTCCTGTTAT,Paraxial mesoderm
S7.1 108h:GTACAGTTCCTCAGAA,Caudal mesoderm
S7.1 108h:CACGTGGCAGAGAATT,Paraxial mesoderm
S7.1 108h:AGATGCTAGCCGTAAG,Gut
S7.1 108h:CTGCATCAGTGGGAAA,Ectopic pluripotency
S7.1 108h:TCTGGCTTCTCATGCC,Paraxial mesoderm
S7.1 108h:GTGCGTGGTCCAAAGG,Paraxial mesoderm
S7.1 108h:TCTACATCATATGGCT,Paraxial mesoderm
S7.1 108h:GCCAACGCAGGGTTGA,Paraxial mesoderm
S7.1 108h:AGGGTGATCATCACTT,Pre-somitic mesoderm
S7.1 108h:GATTCTTGTAGGTACG,Pre-somitic mesoderm
S7.1 108h:GCAACCGCAGTTGGTT,Paraxial mesoderm
S7.1 108h:CTGTACCCACGGGCTT,Ectopic pluripotency
S7.1 108h:ATTCCTAGTAGCGCCT,Hemogenic endothelium
S7.1 108h:GATTTCTTCGTGAGAG,Ectopic pluripotency
S7.1 108h:AACCTGACAAACCACT,Paraxial mesoderm
S7.1 108h:TCGATTTAGGGACACT,Pre-somitic mesoderm
S7.1 108h:CTACTATCAGACGGAT,Pre-somitic mesoderm
S7.1 108h:TAGCACATCACCATCC,Caudal mesoderm
S7.1 108h:TCTGGCTAGCTCAGAG,Pre-somitic mesoderm
S7.1 108h:TTAATCCTCTGTGTGA,Paraxial mesoderm
S7.1 108h:CTTCTAACAACCTATG,Pre-somitic mesoderm
S7.1 108h:TACATTCTCTCTCTTC,Paraxial mesoderm
S7.1 108h:GTGGGAAGTTGCTCCT,Ectopic pluripotency
S7.1 108h:TCCGTGTTCGATCCCT,Pre-somitic mesoderm
S7.1 108h:ATCACTTCAGTAGTTC,Paraxial mesoderm
S7.1 108h:CAACAGTTCGGACGTC,Paraxial mesoderm
S7.1 108h:TTGTTCAGTTGTATGC,Paraxial mesoderm
S7.1 108h:TGGGCTGAGAAATTCG,Caudal mesoderm
S7.1 108h:ATGCCTCCATGGAGAC,Pre-somitic mesoderm
S7.1 108h:GACTTCCAGCACCCAC,Paraxial mesoderm
S7.1 108h:ATTACCTCAACAAAGT,Paraxial mesoderm
S7.1 108h:TAACGACGTCATTGCA,Ectopic pluripotency
S7.1 108h:CGTCAAACAAGCAGGT,Paraxial mesoderm
S7.1 108h:TCACGCTTCGTACCTC,Paraxial mesoderm
S7.1 108h:GTAACACTCGAACGCC,Paraxial mesoderm
S7.1 108h:TCTCACGTCCTTGACC,Ectopic pluripotency
S7.1 108h:GATCACATCGAGTCCG,Ectopic pluripotency
S7.1 108h:ATTCATCAGTACCATC,Pre-somitic mesoderm
S7.1 108h:GGCGTCAGTAAGCGGT,Paraxial mesoderm
S7.1 108h:ACTATGGAGTTCCGGC,Ectopic pluripotency
S7.1 108h:ATAGGCTCAATACCCA,Paraxial mesoderm
S7.1 108h:GGCGTCAAGTAATACG,Pre-somitic mesoderm
S7.1 108h:CTACATTAGTATGATG,Paraxial mesoderm
S7.1 108h:CGGGTGTCAGAGGTTG,Ectopic pluripotency
S7.1 108h:GATGTTGGTTAGGGAC,Ectopic pluripotency
S7.1 108h:AACAGGGAGCAGTAAT,Ectopic pluripotency
S7.1 108h:GGAGGTATCTGGTGGC,Ectopic pluripotency
S7.1 108h:GTGCGTGAGTGGAATT,Pre-somitic mesoderm
S7.1 108h:AACAAAGCATACCACA,Caudal mesoderm
S7.1 108h:CATCGCTCAACCCTCT,Ectopic pluripotency
S7.1 108h:TAGGTTGCAGCCGTCA,Paraxial mesoderm
S7.1 108h:CCCGAAGTCAGCAGAG,Pre-somitic mesoderm
S7.1 108h:TTCCACGAGGCTGAAC,Paraxial mesoderm
S7.1 108h:GTAGCTATCGAAATCC,Ectopic pluripotency
S7.1 108h:TTGGGATAGGCCGCTT,Paraxial mesoderm
S7.1 108h:CCACACTCAGTAGTGG,Paraxial mesoderm
S7.1 108h:CTTGATTAGTCACACT,Paraxial mesoderm
S7.1 108h:GAATCACAGCATGCAG,Somite differentiation front
S7.1 108h:CCAATTTCAGCTTTGA,Pre-somitic mesoderm
S7.1 108h:CGCATGGCACAGCCAC,Hemogenic endothelium
S7.1 108h:TTCTGTATCTGGGCCA,Pre-somitic mesoderm
S7.1 108h:CTCAGGGCAGAGAAAG,Ectopic pluripotency
S7.1 108h:GTAACACAGGTGCATG,Caudal mesoderm
S7.1 108h:GGGCTCATCTGACGCG,Hemogenic endothelium
S7.1 108h:TGTTGAGTCGGACAAG,Pre-somitic mesoderm
S7.1 108h:TGGTGATTCCTCTCTT,Pre-somitic mesoderm
S7.1 108h:ATCGTAGGTGAACCGA,Paraxial mesoderm
S7.1 108h:CATCCCACATGAAGCG,Paraxial mesoderm
S7.1 108h:CTAACCCTCCGATGCG,Pre-somitic mesoderm
S7.1 108h:TTGCTGCGTACGATTC,Ectopic pluripotency
S7.1 108h:ACCATTTGTCACCCTT,Paraxial mesoderm
S7.1 108h:AAATGGATCGGTCAGC,Ectopic pluripotency
S7.1 108h:GCCTGTTCAAGTCGTT,Paraxial mesoderm
S7.1 108h:ACCATTTAGTTGGAAT,Gut
S7.1 108h:CATCAAGAGAAAGCGA,Pre-somitic mesoderm
S7.1 108h:ATTCGTTGTCCTATAG,Paraxial mesoderm
S7.1 108h:TGAGGTTTCCCATTTA,Paraxial mesoderm
S7.1 108h:TCAAGCATCGCAATTG,Paraxial mesoderm
S7.1 108h:GGAATGGTCCATTGTT,Ectopic pluripotency
S7.1 108h:AAGTACCCAATAGGGC,Caudal mesoderm
S7.1 108h:TACCGGGTCGGAACTT,Paraxial mesoderm
S7.1 108h:CTCCTCCCATGAATAG,Pre-somitic mesoderm
S7.1 108h:TTTGACTTCTGCGAGC,Paraxial mesoderm
S7.1 108h:TCCGTGTGTCAAGTTC,Ectopic pluripotency
S7.1 108h:GGGAAGTAGGCCTAAG,Pre-somitic mesoderm
S7.1 108h:ACACCAATCTACGGTA,Paraxial mesoderm
S7.1 108h:GCCCGAATCTCGCCTA,Paraxial mesoderm
S7.1 108h:TAGGTACAGTAGACCG,Pre-somitic mesoderm
S7.1 108h:TTCATGTTCATCGCTC,Pre-somitic mesoderm
S7.1 108h:GGAATGGAGATGCTAA,Pre-somitic mesoderm
S7.1 108h:GATTCTTAGCCGAACA,Pre-somitic mesoderm
S7.1 108h:ACAAGCTCAACTTGGT,Paraxial mesoderm
S7.1 108h:AGATCCATCGGTTGTA,Ectopic pluripotency
S7.1 108h:TAACACGGTAGATTAG,Ectopic pluripotency
S7.1 108h:GCTTTCGGTTCGAACT,Paraxial mesoderm
S7.1 108h:TTACCATCATCCTGTC,Paraxial mesoderm
S7.1 108h:CTACTATCACTGGATT,Paraxial mesoderm
S7.1 108h:TTGAACGAGGTGGTTG,Ectopic pluripotency
S7.1 108h:TCACTATTCCCTGGTT,Caudal mesoderm
S7.1 108h:CTCCATGAGCTCTTCC,Paraxial mesoderm
S7.1 108h:TTACGTTAGTGTAGTA,Caudal mesoderm
S7.1 108h:GTGTTAGAGGGCAAGG,Paraxial mesoderm
S7.1 108h:CTCTGGTAGGTGATAT,Paraxial mesoderm
S7.1 108h:CGTGAATGTCAAGGCA,Ectopic pluripotency
S7.1 108h:ACCATTTAGAGCTTTC,Ectopic pluripotency
S7.1 108h:GCAACCGGTAGAATGT,Paraxial mesoderm
S7.1 108h:CCGTAGGTCTACTTCA,Paraxial mesoderm
S7.1 108h:TTATTGCCAACCGCCA,Pre-somitic mesoderm
S7.1 108h:GGTTGTAAGCCTTTGA,Paraxial mesoderm
S7.1 108h:TACCGGGGTACGACAG,Caudal mesoderm
S7.1 108h:GTGCACGTCTACGCAA,Ectopic pluripotency
S7.1 108h:AAGTACCTCATGCAGT,Caudal mesoderm
S7.1 108h:GAGCTGCTCACCTTAT,Ectopic pluripotency
S7.1 108h:GATCGTATCTATGCCC,Paraxial mesoderm
S7.1 108h:CAAGGGATCGAATGCT,Pre-somitic mesoderm
S7.1 108h:TACCTCGAGTGATAGT,Paraxial mesoderm
S7.1 108h:AGATGCTGTTCCGTTC,Paraxial mesoderm
S7.1 108h:TTCTCTCGTGCATACT,Pre-somitic mesoderm
S7.1 108h:GGTGTTAAGGAACGTC,Pre-somitic mesoderm
S7.1 108h:TGTACAGTCTATCGGA,Paraxial mesoderm
S7.1 108h:AATGAAGGTAGACACG,Paraxial mesoderm
S7.1 108h:TTTGACTCAGTACTAC,Caudal mesoderm
S7.1 108h:CCCATTGAGTATTAGG,Paraxial mesoderm
S7.1 108h:GCTTTCGCATGACCCG,Ectopic pluripotency
S7.1 108h:CTGAATGCACCCTTAC,Caudal mesoderm
S7.1 108h:ACTATCTGTATTCTCT,Paraxial mesoderm
S7.1 108h:GTGATGTTCCGTCCTA,Paraxial mesoderm
S7.1 108h:CAGAGCCCAGCACCCA,Pre-somitic mesoderm
S7.1 108h:CCTCACATCTACCACC,Gut
S7.1 108h:AAAGTCCTCACGATAC,Pre-somitic mesoderm
S7.1 108h:TCAGTCCAGTACCATC,Paraxial mesoderm
S7.1 108h:AGACACTAGTAGTCCT,Paraxial mesoderm
S7.1 108h:AGTAGCTCACGACCTG,Paraxial mesoderm
S7.1 108h:TTTCATGGTTAACCTG,Paraxial mesoderm
S7.1 108h:TGATCAGCATACCAGT,Paraxial mesoderm
S7.1 108h:GGAAGTGCACGCTGTG,Pre-somitic mesoderm
S7.1 108h:TATCAGGTCTGACAGT,Paraxial mesoderm
S7.1 108h:CACCGTTAGGTCGACA,Pre-somitic mesoderm
S7.1 108h:TCCATCGAGCTGACTT,Pre-somitic mesoderm
S7.1 108h:TAAGTCGTCGCTTTAT,Caudal mesoderm
S7.1 108h:TAGGAGGTCGGTCACG,Ectopic pluripotency
S7.1 108h:TCCGAAAGTCTAGGCC,Paraxial mesoderm
S7.1 108h:AATAGAGCAATAGAGT,Pre-somitic mesoderm
S7.1 108h:TCTGCCAGTGCCCGTA,Pre-somitic mesoderm
S7.1 108h:TTCGATTAGGCCACCT,Paraxial mesoderm
S7.1 108h:GATTTCTTCTTAGGAC,Pre-somitic mesoderm
S7.1 108h:CTGGACGAGCCTGCCA,Ectopic pluripotency
S7.1 108h:TCCACGTTCTGTGTGA,Pre-somitic mesoderm
S7.1 108h:GTTCTATCAGCCATTA,Paraxial mesoderm
S7.1 108h:TAATTCCGTTGACGGA,Caudal mesoderm
S7.1 108h:TCCCAGTGTTTGGGAG,Caudal mesoderm
S7.1 108h:CATTCCGGTTGTTGAC,Pre-somitic mesoderm
S7.1 108h:TTACGTTTCCGGTTCT,Paraxial mesoderm
S7.1 108h:ATGGATCGTACGGTTT,Paraxial mesoderm
S7.1 108h:GGGTCACCAAATTGCC,Caudal mesoderm
S7.1 108h:GTCCCATCATGTGACT,Pre-somitic mesoderm
S7.1 108h:TCTTCCTCACAGCATT,Caudal mesoderm
S7.1 108h:TATCGCCAGCTTTCTT,Paraxial mesoderm
S7.1 108h:CTCCCAACAGGGATAC,Paraxial mesoderm
S7.1 108h:TATTGCTCATAATCCG,Pre-somitic mesoderm
S7.1 108h:AGTAGCTGTCATAACC,Caudal mesoderm
S7.1 108h:CATACAGCACAATGCT,Pre-somitic mesoderm
S7.1 108h:AGATCCAAGCCTGCCA,Caudal mesoderm
S7.1 108h:CTCCATGAGAGGATCC,Pre-somitic mesoderm
S7.1 108h:GTCCTCAAGACTCCGC,Caudal mesoderm
S7.1 108h:ATGTCCCGTTGAAGTA,Pre-somitic mesoderm
S7.1 108h:TTGGGATCAAGATGTA,Pre-somitic mesoderm
S7.1 108h:GATTTCTTCCCATAGA,Pre-somitic mesoderm
S7.1 108h:GTGTTAGCATCGATAC,Paraxial mesoderm
S7.1 108h:GGGCTACTCGCTAAAC,Pre-somitic mesoderm
S7.1 108h:CATTGCCCAGTCCCGA,Caudal mesoderm
S7.1 108h:CCTTCAGCACCTGCAG,Caudal mesoderm
S7.1 108h:CCGATGGAGTATGCAA,Pre-somitic mesoderm
S7.1 108h:GGGTGAACAGCTACCG,Paraxial mesoderm
S7.1 108h:ACGTACAAGACCATAA,Pre-somitic mesoderm
S7.1 108h:TTGCCTGCAAAGGCGT,Paraxial mesoderm
S7.1 108h:GATTCTTTCCATCCGT,Pre-somitic mesoderm
S7.1 108h:TCTCCGACACCTGCAG,Paraxial mesoderm
S7.1 108h:TACATTCAGCTCCCTT,Paraxial mesoderm
S7.1 108h:TCACTCGCATGCAGGA,Ectopic pluripotency
S7.1 108h:CGTCCATCAGTAGTGG,Ectopic pluripotency
S7.1 108h:ATTTACCGTCCGTACG,Pre-somitic mesoderm
S7.1 108h:TTACGTTAGCCTCTCT,Pre-somitic mesoderm
S7.1 108h:TTTATGCAGGCTTAAA,Caudal mesoderm
S7.1 108h:GAACACTTCGTGACTA,Paraxial mesoderm
S7.1 108h:AGAGAATAGTGGTGAC,Pre-somitic mesoderm
S7.1 108h:TCATTTGAGGTAGACC,Paraxial mesoderm
S7.1 108h:AACAAGATCACACCGG,Paraxial mesoderm
S7.1 108h:AGGGTTTTCGGCCTTT,Paraxial mesoderm
S7.1 108h:GGAGCAAAGGACTGGT,Caudal mesoderm
S7.1 108h:TGGTTAGCAATTGGTC,Pre-somitic mesoderm
S7.1 108h:GATCATGTCCACAGGC,Pre-somitic mesoderm
S7.1 108h:ACTTATCAGCAGCAGT,Paraxial mesoderm
S7.1 108h:CTGCATCAGATGCTGG,Pre-somitic mesoderm
S7.1 108h:ACATCCCGTTGCTGAT,Paraxial mesoderm
S7.1 108h:ATTCTACTCTGTTGGA,Ectopic pluripotency
S7.1 108h:AGACAGGCATCCTTGC,Paraxial mesoderm
S7.1 108h:GTCTGTCCAGTACTAC,Ectopic pluripotency
S7.1 108h:ACGTTCCGTTACCCTC,Paraxial mesoderm
S7.1 108h:TATTGGGGTGGCTCTG,Pre-somitic mesoderm
S7.1 108h:TATTCCATCTCCGAAA,Pre-somitic mesoderm
S7.1 108h:GACTGATGTCGCTTGG,Ectopic pluripotency
S7.1 108h:TCCACGTCATCCGAGC,Caudal mesoderm
S7.1 108h:CAATCGAAGTCATTGC,Pre-somitic mesoderm
S7.1 108h:TACTTGTGTTATGTGC,Paraxial mesoderm
S7.1 108h:AAGACAAGTCGGTAAG,Pre-somitic mesoderm
S7.1 108h:AAACGAAAGAGGATGA,Ectopic pluripotency
S7.1 108h:CCATCACAGCAGTAAT,Paraxial mesoderm
S7.1 108h:GGGATGATCTCCATAT,Paraxial mesoderm
S7.1 108h:CACTTCGTCGGCATTA,Ectopic pluripotency
S7.1 108h:CTACCCAGTTGGCCTG,Caudal mesoderm
S7.1 108h:GGACGTCCAGAGGGTT,Paraxial mesoderm
S7.1 108h:ACCAACATCACTACGA,Pre-somitic mesoderm
S7.1 108h:GTGTTCCAGGTTACAA,Ectopic pluripotency
S7.1 108h:TCAAGCACACTTCAAG,Paraxial mesoderm
S7.1 108h:ACTTTGTAGACCACGA,Caudal mesoderm
S7.1 108h:GTTGCGGGTATGCTTG,Pre-somitic mesoderm
S7.1 108h:ATTGGGTTCTTCTGGC,Paraxial mesoderm
S7.1 108h:GAGTTGTGTACCACGC,Pre-somitic mesoderm
S7.1 108h:TTGGGATGTACCAGAG,Paraxial mesoderm
S7.1 108h:ACTATGGTCATTTGGG,Pre-somitic mesoderm
S7.1 108h:GATGTTGCACTGATTG,Pre-somitic mesoderm
S7.1 108h:CATAAGCTCGAGCACC,Ectopic pluripotency
S7.1 108h:CAGCAATTCTCCAAGA,Paraxial mesoderm
S7.1 108h:GTGCTGGTCCGTTGGG,Paraxial mesoderm
S7.1 108h:CTGTGAAGTTCAAGTC,Ectopic pluripotency
S7.1 108h:CCCAACTTCGCAGTGC,Paraxial mesoderm
S7.1 108h:GCCGATGAGCTGTTCA,Pre-somitic mesoderm
S7.1 108h:CCTGCATTCGATTTCT,Paraxial mesoderm
S7.1 108h:TGGGCGTAGCAGCGAT,Pre-somitic mesoderm
S7.1 108h:GACTGATGTACCAATC,Paraxial mesoderm
S7.1 108h:ATACCTTTCGGTCTAA,Pre-somitic mesoderm
S7.1 108h:TTGGATGCAAGACAAT,Pre-somitic mesoderm
S7.1 108h:TTTCATGAGTCACTAC,Paraxial mesoderm
S7.1 108h:TATACCTCAGAACTCT,Pre-somitic mesoderm
S7.1 108h:TGCACGGCATGCGTGC,Caudal mesoderm
S7.1 108h:CACGTTCGTTCTCACC,Ectopic pluripotency
S7.1 108h:TCAAGACGTAATGCTC,Pre-somitic mesoderm
S7.1 108h:TGCATGAAGCATCCTA,Pre-somitic mesoderm
S7.1 108h:TTCGGTCGTTGAGGAC,Caudal mesoderm
S7.1 108h:CTCAACCTCGCATAGT,Hemogenic endothelium
S7.1 108h:CATAAGCAGCAACTTC,Pre-somitic mesoderm
S7.1 108h:CACGAATTCTGCCTGT,Ectopic pluripotency
S7.1 108h:GGCTTTCGTGTTATCG,Paraxial mesoderm
S7.1 108h:CCCGGAACATTGCCGG,Paraxial mesoderm
S7.1 108h:AAACGCTAGCGATGAC,Caudal mesoderm
S7.1 108h:TTGGGATCAGCCGTTG,Caudal mesoderm
S7.1 108h:GAGGGATTCAACTGAC,Pre-somitic mesoderm
S7.1 108h:TATCTTGAGGGACACT,Pre-somitic mesoderm
S7.1 108h:TGGGAAGTCTTGAACG,Paraxial mesoderm
S7.1 108h:TCAGCCTAGATGAAGG,Paraxial mesoderm
S7.1 108h:ATCACTTAGTGTTCCA,Paraxial mesoderm
S7.1 108h:AGGTCTAGTGGAACAC,Pre-somitic mesoderm
S7.1 108h:GCCATTCAGAAGTCCG,Paraxial mesoderm
S7.1 108h:GTCTAGATCGATAACC,Paraxial mesoderm
S7.1 108h:TCATACTCACCACATA,Paraxial mesoderm
S7.1 108h:AATTCCTCACGATAGG,Paraxial mesoderm
S7.1 108h:TAGTGCATCATTTCCA,Caudal mesoderm
S7.1 108h:TTCTAACGTCTACAGT,Exiting naive pluripotency
S7.1 108h:CAGTTCCTCACAGTGT,Paraxial mesoderm
S7.1 108h:AGACAAACAGACTGCC,Pre-somitic mesoderm
S7.1 108h:TTGAGTGCAATCTCTT,Pre-somitic mesoderm
S7.1 108h:GTTTGGACACTAGGCC,Ectopic pluripotency
S7.1 108h:ACCTACCTCTCCACTG,Hemogenic endothelium
S7.1 108h:AGGAATAAGCTACGTT,Paraxial mesoderm
S7.1 108h:GATGAGGCACTCACTC,Caudal mesoderm
S7.1 108h:TGCATGACAACAAGTA,Paraxial mesoderm
S7.1 108h:TCTTTGAAGCAGCCCT,Paraxial mesoderm
S7.1 108h:AAATGGAGTGTATACC,Ectopic pluripotency
S7.1 108h:CTGATCCGTTCCAAAC,Paraxial mesoderm
S7.1 108h:TCATTCATCGCGGACT,Hemogenic endothelium
S7.1 108h:TGCAGGCTCTACAGGT,Paraxial mesoderm
S7.1 108h:TTTGACTCAAGTGCTT,Pre-somitic mesoderm
S7.1 108h:GTTCTATTCTCATTGT,Paraxial mesoderm
S7.1 108h:TGTGATGAGGTTAGTA,Pre-somitic mesoderm
S7.1 108h:ACACCAATCCGCGAGT,Paraxial mesoderm
S7.1 108h:CATGGTATCCCGAATA,Pre-somitic mesoderm
S7.1 108h:AGACTCATCCCTCAAC,Paraxial mesoderm
S7.1 108h:ATCGTAGCATTCGGGC,Paraxial mesoderm
S7.1 108h:ATTCCCGGTCGAAACG,Paraxial mesoderm
S7.1 108h:GCACGTGGTAAGGCCA,Paraxial mesoderm
S7.1 108h:ATTACCTTCCGTTGGG,Paraxial mesoderm
S7.1 108h:CGCGTGACAGAGACTG,Paraxial mesoderm
S7.1 108h:GTCAAACGTATCGCAT,Caudal mesoderm
S7.1 108h:TTAGGCACATCCTAAG,Caudal mesoderm
S7.1 108h:AAACGCTAGTCGAATA,Ectopic pluripotency
S7.1 108h:CGTGAATGTCTGTGTA,Paraxial mesoderm
S7.1 108h:AGTTCCCCAAGAAATC,Paraxial mesoderm
S7.1 108h:TACAGGTGTTGCGAAG,Paraxial mesoderm
S7.1 108h:TTCGATTTCCATCTAT,Pre-somitic mesoderm
S7.1 108h:GATTCTTTCACCTGGG,Pre-somitic mesoderm
S7.1 108h:CAGCAATTCCTCGATC,Caudal mesoderm
S7.1 108h:GTCAAGTGTTACCCTC,Caudal mesoderm
S7.1 108h:GACCGTGAGAGCAGCT,Pre-somitic mesoderm
S7.1 108h:TTCATGTCAAGGGTCA,Paraxial mesoderm
S7.1 108h:TTCACGCCACCCTAGG,Pre-somitic mesoderm
S7.1 108h:CCCTCAAGTCTTCTAT,Pre-somitic mesoderm
S7.1 108h:CTTCTCTAGCATTTCG,Pre-somitic mesoderm
S7.1 108h:ATCATTCCATAGTCGT,Pre-somitic mesoderm
S7.1 108h:GTTATGGAGTTTGCTG,Pre-somitic mesoderm
S7.1 108h:GGGATCCGTATCGAAA,Pre-somitic mesoderm
S7.1 108h:CAGTGCGAGCGATTCT,Pre-somitic mesoderm
S7.1 108h:GATAGCTAGGTTCAGG,Pre-somitic mesoderm
S7.1 108h:CATCGCTAGGTCGCCT,Paraxial mesoderm
S7.1 108h:CTTGAGAAGTTTAGGA,Caudal mesoderm
S7.1 108h:GAGTCATGTTAGGCCC,Paraxial mesoderm
S7.1 108h:TTTCGATCACTACACA,Gut
S7.1 108h:GTATTGGCATGTGCTA,Paraxial mesoderm
S7.1 108h:TCAGCAACACTGCATA,Pre-somitic mesoderm
S7.1 108h:TACTTCAGTCAGACTT,Caudal mesoderm
S7.1 108h:TTTACTGCAATCGTCA,Pre-somitic mesoderm
S7.1 108h:AATGACCCAAGATGTA,Paraxial mesoderm
S7.1 108h:TACGCTCAGGATTTCC,Paraxial mesoderm
S7.1 108h:GTCAAACGTTGGTGTT,Pre-somitic mesoderm
S7.1 108h:TTGGTTTAGCTTACGT,Gut
S7.1 108h:TTCGGTCTCTGCTAGA,Paraxial mesoderm
S7.1 108h:TGCTCCAAGCTTCTAG,Caudal mesoderm
S7.1 108h:GCTGGGTCAATACGAA,Pre-somitic mesoderm
S7.1 108h:GAGCCTGAGAAAGTCT,Ectopic pluripotency
S7.1 108h:GCAGCCATCCGGGACT,Paraxial mesoderm
S7.1 108h:AATGACCAGGAGACCT,Ectopic pluripotency
S7.1 108h:ATCGTCCCAGCTTCGG,Pre-somitic mesoderm
S7.1 108h:TAATTCCAGGGCTGAT,Pre-somitic mesoderm
S7.1 108h:TAGGAGGGTATGCAAA,Paraxial mesoderm
S7.1 108h:CCTAACCGTAACATGA,Gut
S7.1 108h:GTTGCTCCATGACTAC,Pre-somitic mesoderm
S7.1 108h:CGATGCGAGTCCGTCG,Ectopic pluripotency
S7.1 108h:TCATATCTCCGTAGGC,Pre-somitic mesoderm
S7.1 108h:TTTCGATAGCCATTCA,Paraxial mesoderm
S7.1 108h:CATTGCCGTACTGACT,Paraxial mesoderm
S7.1 108h:TAAGCACGTTACGTAC,Hemogenic endothelium
S7.1 108h:GACATCAAGCCAGACA,Paraxial mesoderm
S7.1 108h:ATGGATCAGAACTTCC,Pre-somitic mesoderm
S7.1 108h:GCATCTCGTGAGAGGG,Ectopic pluripotency
S7.1 108h:CTCAGAATCCACGTAA,Caudal mesoderm
S7.1 108h:GTCAGCGCATTCAGCA,Paraxial mesoderm
S7.1 108h:CCTTCAGCAGTCCGTG,Paraxial mesoderm
S7.1 108h:AGGATAATCAAAGGAT,Pre-somitic mesoderm
S7.1 108h:AGACTCACAGGTCTCG,Pre-somitic mesoderm
S7.1 108h:TTCTTCCCATGATAGA,Somite differentiation front
S7.1 108h:TTCGATTTCAGTGTTG,Ectopic pluripotency
S7.1 108h:TTCAATCAGCGTGCCT,Pre-somitic mesoderm
S7.1 108h:CTGTACCGTACCGGCT,Pre-somitic mesoderm
S7.1 108h:AGCCAGCGTTCTCAGA,Paraxial mesoderm
S7.1 108h:AGGACGAGTTGTATGC,Caudal mesoderm
S7.1 108h:TTCCTCTAGCAGATAT,Paraxial mesoderm
S7.1 108h:GGGTCACAGCAACTCT,Pre-somitic mesoderm
S7.1 108h:ATCGTCCAGCGCTGCT,Paraxial mesoderm
S7.1 108h:GCAGGCTTCAAGGACG,Caudal mesoderm
S7.1 108h:TGTAAGCTCTGGAAGG,Paraxial mesoderm
S7.1 108h:CACACAAAGTTTGGCT,Pre-somitic mesoderm
S7.1 108h:TCCGGGACAAGTGTCT,Pre-somitic mesoderm
S7.1 108h:TAAGTCGAGGATGGCT,Paraxial mesoderm
S7.1 108h:GACCGTGCACGTCGTG,Paraxial mesoderm
S7.1 108h:AATTCCTGTAGCGATG,Pre-somitic mesoderm
S7.1 108h:GCCAGTGCAATTGCCA,Caudal mesoderm
S7.1 108h:CTTCTAAGTTATCTGG,Pre-somitic mesoderm
S7.1 108h:AATGACCGTCCCGGTA,Paraxial mesoderm
S7.1 108h:CAATTTCTCGAGGCAA,Paraxial mesoderm
S7.1 108h:CTATCCGCAGTCGGTC,Paraxial mesoderm
S7.1 108h:CACTGAACACATTGTG,Pre-somitic mesoderm
S7.1 108h:CGGGTGTTCTAGAACC,Pre-somitic mesoderm
S7.1 108h:CTGCCTAGTCCGAAAG,Pre-somitic mesoderm
S7.1 108h:TTGTTCAAGCGGGTAT,Pre-somitic mesoderm
S7.1 108h:ACTATTCCATTCGATG,Pre-somitic mesoderm
S7.1 108h:CTACGGGTCATTTCGT,Ectopic pluripotency
S7.1 108h:TGCCGAGCAGCTAACT,Pre-somitic mesoderm
S7.1 108h:AATTCCTAGGTAGTAT,Paraxial mesoderm
S7.1 108h:ATGCATGTCCCATACC,Paraxial mesoderm
S7.1 108h:CACAGATTCCGATAGT,Paraxial mesoderm
S7.1 108h:GGAGGTAGTAGGGAGG,Paraxial mesoderm
S7.1 108h:GCTTTCGAGTATTAGG,Paraxial mesoderm
S7.1 108h:TGATGCAAGACATCAA,Paraxial mesoderm
S7.1 108h:CGTAGTACAGTATGAA,Paraxial mesoderm
S7.1 108h:GGGAGATGTCACTGAT,Caudal mesoderm
S7.1 108h:GTCATTTAGTCGCTAT,Pre-somitic mesoderm
S7.1 108h:AGGGTTTGTGTAACGG,Caudal mesoderm
S7.1 108h:TCAGTCCTCGTACCTC,Paraxial mesoderm
S7.1 108h:TCTCCGATCTGCTGAA,Caudal mesoderm
S7.1 108h:TAGCACAGTCATTCCC,Pre-somitic mesoderm
S7.1 108h:ATGCATGGTGAACGGT,Gut
S7.1 108h:GTTCGCTGTTGCATTG,Pre-somitic mesoderm
S7.1 108h:ATTTCTGCATTCTCTA,Ectopic pluripotency
S7.1 108h:TACCCGTCAACCCTCT,Paraxial mesoderm
S7.1 108h:TGAATCGTCGGCATAT,Paraxial mesoderm
S7.1 108h:TGTTGGAAGTTCCGGC,Caudal mesoderm
S7.1 108h:GGGAGTAGTGAATTGA,Ectopic pluripotency
S7.1 108h:GTGTGGCCAATGGCCC,Caudal mesoderm
S7.1 108h:GTACAACGTGTCGATT,Pre-somitic mesoderm
S7.1 108h:GGCTTTCCAAGCTGCC,Pre-somitic mesoderm
S7.1 108h:TCTTCCTCATGGCGCT,Ectopic pluripotency
S7.1 108h:GGCTGTGCACTCTAGA,Ectopic pluripotency
S7.1 108h:TCTGCCATCCTCCACA,Paraxial mesoderm
S7.1 108h:ATGGAGGTCGGAACTT,Paraxial mesoderm
S7.1 108h:GAGATGGGTAGCGTTT,Paraxial mesoderm
S7.1 108h:GAATCGTTCTGGCCTT,Pre-somitic mesoderm
S7.1 108h:GTTAGTGTCCTAGAGT,Paraxial mesoderm
S7.1 108h:TAATCTCGTAGCTTTG,Paraxial mesoderm
S7.1 108h:ACTTCGCAGCCAAGGT,Paraxial mesoderm
S7.1 108h:CAACAACGTCCTCCAT,Caudal mesoderm
S7.1 108h:CTACCTGGTGTACATC,Pre-somitic mesoderm
S7.1 108h:TACTTACAGAGAACCC,Paraxial mesoderm
S7.1 108h:CCGATCTAGCCTCTGG,Paraxial mesoderm
S7.1 108h:TAAGTCGTCTATCGCC,Pre-somitic mesoderm
S7.1 108h:AGACAGGTCCTACAAG,Paraxial mesoderm
S7.1 108h:CGCATGGAGCTATCCA,Somite differentiation front
S7.1 108h:AGGTTACTCTTCTGTA,Pre-somitic mesoderm
S7.1 108h:GTGTGGCTCGCTTGCT,Paraxial mesoderm
S7.1 108h:CCTCCAAGTACGAAAT,Caudal mesoderm
S7.1 108h:TCACTATGTGGAAATT,Paraxial mesoderm
S7.1 108h:AGCGATTGTTCGGACC,Pre-somitic mesoderm
S7.1 108h:TGTTACTTCTGGGCAC,Caudal mesoderm
S7.1 108h:ATCGTGACATACAGCT,Ectopic pluripotency
S7.1 108h:AAAGGATAGCGACTGA,Paraxial mesoderm
S7.1 108h:CACCAAAGTTGTGCAT,Paraxial mesoderm
S7.1 108h:CGACAGCTCATAGAGA,Pre-somitic mesoderm
S7.1 108h:TTACGTTTCTAGCCAA,Pre-somitic mesoderm
S7.1 108h:GTCCACTCAGTCAGCC,Paraxial mesoderm
S7.1 108h:AGCGCTGGTTAAAGTG,Paraxial mesoderm
S7.1 108h:AGGTGTTCACTACGGC,Paraxial mesoderm
S7.1 108h:TCGGTCTGTGGACCAA,Paraxial mesoderm
S7.1 108h:AGAACCTCAAATGGCG,Ectopic pluripotency
S7.1 108h:TCAAGCAGTCGTGGTC,Paraxial mesoderm
S7.1 108h:ACCTGAAGTCGATTAC,Paraxial mesoderm
S7.1 108h:GTCACGGTCCTTTAGT,Ectopic pluripotency
S7.1 108h:CTGAGCGCATCCAATG,Paraxial mesoderm
S7.1 108h:CTTCAATGTAGCGTAG,Caudal mesoderm
S7.1 108h:CTGTAGATCAAGCCAT,Caudal mesoderm
S7.1 108h:TAACCAGAGGTCCCGT,Caudal mesoderm
S7.1 108h:AGATCCAAGATAGCAT,Hemogenic endothelium
S7.1 108h:TGATGCAAGTACCGGA,Pre-somitic mesoderm
S7.1 108h:AATGGCTTCGGACAAG,Pre-somitic mesoderm
S7.1 108h:GCAGTTAAGGTCACTT,Ectopic pluripotency
S7.1 108h:ACTATCTCATCTTAGG,Pre-somitic mesoderm
S7.1 108h:TCGAACAGTTCATCTT,Gut
S7.1 108h:AGTTAGCTCTCCTACG,Pre-somitic mesoderm
S7.1 108h:GTTGAACCAACCTATG,Ectopic pluripotency
S7.1 108h:TTCTAACCAGCTTCCT,Paraxial mesoderm
S7.1 108h:GTAGCTAGTCTTACAG,Paraxial mesoderm
S7.1 108h:GAAGGGTCAAGATTGA,Caudal mesoderm
S7.1 108h:GTGGAAGAGTGGCCTC,Pre-somitic mesoderm
S7.1 108h:GGGTATTGTGGGTCAA,Paraxial mesoderm
S7.1 108h:AACCTTTAGAATACAC,Paraxial mesoderm
S7.1 108h:GGTTCTCAGGTTATAG,Caudal mesoderm
S7.1 108h:CATACCCCAGTAGGAC,Caudal mesoderm
S7.1 108h:CACACAATCGGTAACT,Caudal mesoderm
S7.1 108h:GCGATCGCACTGTGAT,Paraxial mesoderm
S7.1 108h:AACTTCTTCAGAATAG,Paraxial mesoderm
S7.1 108h:TTCACCGTCAAGCCCG,Pre-somitic mesoderm
S7.1 108h:GCACATATCTGGTTGA,Caudal mesoderm
S7.1 108h:TCATGTTGTTTACTTC,Caudal mesoderm
S7.1 108h:CGGACACCACGCACCA,Ectopic pluripotency
S7.1 108h:CTCAGAAGTCAGGTGA,Paraxial mesoderm
S7.1 108h:GTAGCTATCGTGGACC,Pre-somitic mesoderm
S7.1 108h:TGCATGAAGCCAGACA,Pre-somitic mesoderm
S7.1 108h:GACTTCCGTAATGCGG,Pre-somitic mesoderm
S7.1 108h:TTCATGTCATGAAAGT,Pre-somitic mesoderm
S7.1 108h:GCTACAAGTTCAGCTA,Paraxial mesoderm
S7.1 108h:CAGAGCCCATCGATGT,Pre-somitic mesoderm
S7.1 108h:GGTGTCGGTTCTAAGC,Paraxial mesoderm
S7.1 108h:CTTCGGTTCGAAGTGG,Pre-somitic mesoderm
S7.1 108h:TTCCTAACAGAACCGA,Pre-somitic mesoderm
S7.1 108h:GATGGAGAGTACTGTC,Pre-somitic mesoderm
S7.1 108h:GAGACTTAGATCGCTT,Paraxial mesoderm
S7.1 108h:TCTCTGGGTCCCACGA,Caudal mesoderm
S7.1 108h:GAGCCTGAGAGGTGCT,Paraxial mesoderm
S7.1 108h:CGTAATGAGGTGGTTG,Paraxial mesoderm
S7.1 108h:AACCCAACATAGGTTC,Paraxial mesoderm
S7.1 108h:AGAAGCGTCATTCACT,Paraxial mesoderm
S7.1 108h:TGAGCATCACCAGACC,Paraxial mesoderm
S7.1 108h:ATTACTCCATGTTCGA,Pre-somitic mesoderm
S7.1 108h:TCACATTAGCTCGACC,Paraxial mesoderm
S7.1 108h:CGAGTGCTCGACCAAT,Paraxial mesoderm
S7.1 108h:AACCACACAATGAACA,Paraxial mesoderm
S7.1 108h:TGCGACGTCTGCCCTA,Pre-somitic mesoderm
S7.1 108h:AACGGGATCGTAGGGA,Paraxial mesoderm
S7.1 108h:TCGTAGATCAAGTCGT,Paraxial mesoderm
S7.1 108h:TCGATTTTCTTCGGAA,Pre-somitic mesoderm
S7.1 108h:TGGGCGTCAAGCCTGC,Pre-somitic mesoderm
S7.1 108h:TTTCCTCAGCGTGAGT,Pre-somitic mesoderm
S7.1 108h:AGGTTACTCCGCACGA,Paraxial mesoderm
S7.1 108h:GACGTTAAGGCTAGCA,Ectopic pluripotency
S7.1 108h:GGTGGCTGTGGTACAG,Paraxial mesoderm
S7.1 108h:ACGTAGTTCCGTTTCG,Paraxial mesoderm
S7.1 108h:CAGCACGGTCGCATGC,Paraxial mesoderm
S7.1 108h:ACGGAAGTCTGGGCCA,Paraxial mesoderm
S7.1 108h:GTAGGTTAGTTCCGGC,Pre-somitic mesoderm
S7.1 108h:GCACATACATAAGCGG,Paraxial mesoderm
S7.1 108h:GAACTGTAGAGCTGCA,Caudal mesoderm
S7.1 108h:CTAACTTCAGAACTAA,Paraxial mesoderm
S7.1 108h:GATGATCTCCAGTACA,Paraxial mesoderm
S7.1 108h:AATGGAAGTTATGACC,Caudal mesoderm
S7.1 108h:TCTATACGTAGTGTGG,Pre-somitic mesoderm
S7.1 108h:TCTTCCTTCCATAGAC,Paraxial mesoderm
S7.1 108h:ATTGTTCTCCCTCTCC,Paraxial mesoderm
S7.1 108h:GTTGTCCAGCAACAAT,Paraxial mesoderm
S7.1 108h:CCAATGATCACTAGCA,Ectopic pluripotency
S7.1 108h:TAAGCCAGTCCTCCAT,Pre-somitic mesoderm
S7.1 108h:TAAGCGTCAGGACGAT,Paraxial mesoderm
S7.1 108h:TCGCAGGGTAGCCCTG,Gut
S7.1 108h:TCTCCGATCAGTCCGG,Paraxial mesoderm
S7.1 108h:GAGACTTGTGAGGAAA,Pre-somitic mesoderm
S7.1 108h:CAGATTGAGAGGTTAT,Ectopic pluripotency
S7.1 108h:TGGAGGACATGCAGGA,Caudal mesoderm
S7.1 108h:GGCAGTCCAATCTCTT,Paraxial mesoderm
S7.1 108h:CTACGGGGTAGGTTTC,Pre-somitic mesoderm
S7.1 108h:TCCATGCAGGTTGCCC,Paraxial mesoderm
S7.1 108h:TCGGATAAGGCTTTCA,Paraxial mesoderm
S7.1 108h:CCTAAGAGTAGTACGG,Paraxial mesoderm
S7.1 108h:CACAGATGTTGCCATA,Ectopic pluripotency
S7.1 108h:TAACGACGTCCAGAAG,Caudal mesoderm
S7.1 108h:TATCTGTGTGGCATCC,Paraxial mesoderm
S7.1 108h:CTCAGGGGTAGGTAGC,Paraxial mesoderm
S7.1 108h:TTTATGCCAATTGCTG,Caudal mesoderm
S7.1 108h:AAACGCTGTCGTACAT,Paraxial mesoderm
S7.1 108h:GGTAATCCACTAGAGG,Ectopic pluripotency
S7.1 108h:ATTCCTAAGACTTCGT,Pre-somitic mesoderm
S7.1 108h:ACGCACGTCCGAACGC,Caudal mesoderm
S7.1 108h:CAGGGCTAGCACTGGA,Paraxial mesoderm
S7.1 108h:CGGACACGTAACATGA,Caudal mesoderm
S7.1 108h:TCTACCGCAGAGGCAT,Paraxial mesoderm
S7.1 108h:AACTTCTAGTATCTGC,Pre-somitic mesoderm
S7.1 108h:GGGTTTAAGACTCTTG,Pre-somitic mesoderm
S7.1 108h:ATGTCCCGTTGCGTAT,Pre-somitic mesoderm
S7.1 108h:TAAGCACAGACTTCAC,Paraxial mesoderm
S7.1 108h:TAGGAGGGTGGTGATG,Pre-somitic mesoderm
S7.1 108h:AGGGTTTCACCAGTTA,Paraxial mesoderm
S7.1 108h:GTCCACTTCCTGTAAG,Caudal mesoderm
S7.1 108h:CCAATTTGTTTCGGCG,Paraxial mesoderm
S7.1 108h:CTACGGGTCAAGTCTG,Pre-somitic mesoderm
S7.1 108h:GATGAGGTCTACTCAT,Gut
S7.1 108h:ACTGATGGTGCTAGCC,Ectopic pluripotency
S7.1 108h:TCAAGACAGCTCGACC,Paraxial mesoderm
S7.1 108h:GGTGATTTCTGAGAAA,Pre-somitic mesoderm
S7.1 108h:GGAACCCGTATGCGTT,Pre-somitic mesoderm
S7.1 108h:GTTCCGTAGTTCCGGC,Pre-somitic mesoderm
S7.1 108h:CGAGGCTGTCCAAGAG,Ectopic pluripotency
S7.1 108h:CAGCAGCGTCCTTGTC,Pre-somitic mesoderm
S7.1 108h:TCATACTTCGAAGAAT,Gut
S7.1 108h:TAGCACACATGACGTT,Paraxial mesoderm
S7.1 108h:GATCGTATCGCCAATA,Caudal mesoderm
S7.1 108h:TTCCGTGTCGCCAATA,Pre-somitic mesoderm
S7.1 108h:GAGTTTGAGAAACCAT,Paraxial mesoderm
S7.1 108h:TTTGACTTCGCCGATG,Paraxial mesoderm
S7.1 108h:GTGGCGTGTTGTCAGT,Ectopic pluripotency
S7.1 108h:GAGGCCTTCGGCAGTC,Pre-somitic mesoderm
S7.1 108h:GGGACTCCACCGGTCA,Pre-somitic mesoderm
S7.1 108h:ACATGCATCGAACTCA,Paraxial mesoderm
S7.1 108h:CCTAAGATCCAAATGC,Paraxial mesoderm
S7.1 108h:ATTCGTTAGCCATTTG,Pre-somitic mesoderm
S7.1 108h:ACATCCCGTTATCTGG,Paraxial mesoderm
S7.1 108h:TTGGGTATCTATTTCG,Paraxial mesoderm
S7.1 108h:TACCCACCAACACAAA,Caudal mesoderm
S7.1 108h:AGATGAAGTCTATGAC,Caudal mesoderm
S7.1 108h:CTACAGATCTTTGCGC,Pre-somitic mesoderm
S7.1 108h:CTCCGATTCCGCAGTG,Pre-somitic mesoderm
S7.1 108h:ATATCCTAGATCACTC,Paraxial mesoderm
S7.1 108h:CTGCTCACAGCTTCCT,Paraxial mesoderm
S7.1 108h:GGAAGTGGTTAAGCAA,Paraxial mesoderm
S7.1 108h:CCTGTTGGTCAACGCC,Pre-somitic mesoderm
S7.1 108h:CTGGCAGCATCCGATA,Caudal mesoderm
S7.1 108h:AGCGATTGTCTGCCTT,Paraxial mesoderm
S7.1 108h:CATCGCTAGAGTGAAG,Hemogenic endothelium
S7.1 108h:TCAATTCGTCCCTAAA,Paraxial mesoderm
S7.1 108h:TGATTCTAGCAAATCA,Pre-somitic mesoderm
S7.1 108h:TAACGACGTTCCATTT,Ectopic pluripotency
S7.1 108h:TTTCACAGTGGCCACT,Paraxial mesoderm
S7.1 108h:TGTTGGACACGGTGTC,Paraxial mesoderm
S7.1 108h:ATAGAGATCATTACGG,Pre-somitic mesoderm
S7.1 108h:ATACCTTGTCACTAGT,Paraxial mesoderm
S7.1 108h:AACCACAAGTTCCATG,Pre-somitic mesoderm
S7.1 108h:CCTCAGTAGGATCATA,Ectopic pluripotency
S7.1 108h:GAGTCTAGTCTAATCG,Caudal mesoderm
S7.1 108h:GCTGAATGTAAGCTCT,Paraxial mesoderm
S7.1 108h:AAAGTGAAGAAGTATC,Paraxial mesoderm
S7.1 108h:TCTTAGTCAGCTCCTT,Pre-somitic mesoderm
S7.1 108h:GTAATCGGTGAGGATC,Paraxial mesoderm
S7.1 108h:TTGACCCCACAGACGA,Pre-somitic mesoderm
S7.1 108h:TGAGCGCAGACCGTTT,Ectopic pluripotency
S7.1 108h:CAAAGAAGTGACTCTA,Paraxial mesoderm
S7.1 108h:GCCCAGAAGGCCGCTT,Paraxial mesoderm
S7.1 108h:TAATTCCCACGACAGA,Pre-somitic mesoderm
S7.1 108h:CGGAATTAGCTGGCCT,Paraxial mesoderm
S7.1 108h:AACAAAGTCGTGACTA,Ectopic pluripotency
S7.1 108h:AATGCCAGTCACTTCC,Pre-somitic mesoderm
S7.1 108h:GAGACCCCAATCAAGA,Paraxial mesoderm
S7.1 108h:AGCCAATGTAATGCTC,Caudal mesoderm
S7.1 108h:ATCGTAGGTTGTGCAT,Ectopic pluripotency
S7.1 108h:ATGGGTTGTTCGTTCC,Pre-somitic mesoderm
S7.1 108h:CTGCTCAAGAAACTAC,Paraxial mesoderm
S7.1 108h:GTCCACTAGGTAGACC,Caudal mesoderm
S7.1 108h:CTGTATTCACGTTCGG,Pre-somitic mesoderm
S7.1 108h:AAGGTAACAACGACAG,Pre-somitic mesoderm
S7.1 108h:TCTTGCGTCGAAGGAC,Pre-somitic mesoderm
S7.1 108h:GGGTTTAAGCGATTCT,Caudal mesoderm
S7.1 108h:TCATGAGAGTTTGGCT,Caudal mesoderm
S7.1 108h:CAACAACGTAGACAAT,Ectopic pluripotency
S7.1 108h:TTACGTTAGTGAGTGC,Ectopic pluripotency
S7.1 108h:TCACTATTCCAATCCC,Gut
S7.1 108h:TTCAATCCAGGTAGTG,Caudal mesoderm
S7.1 108h:GCCAGGTTCCGTATAG,Paraxial mesoderm
S7.1 108h:ATACTTCTCGCTTGAA,Paraxial mesoderm
S7.1 108h:TCACTCGGTTACCCAA,Pre-somitic mesoderm
S7.1 108h:TCTACCGCAGTTTGGT,Paraxial mesoderm
S7.1 108h:CTGAGGCCAAGACTGG,Pre-somitic mesoderm
S7.1 108h:CACATGAGTTGTGGCC,Paraxial mesoderm
S7.1 108h:AAGCAGTGGTATCAAC,Paraxial mesoderm
S7.1 108h:TACAACGTCCGATGCG,Ectopic pluripotency
S7.1 108h:ATTCACTAGTCCTACA,Pre-somitic mesoderm
S7.1 108h:CATACCCAGTTTGTCG,Pre-somitic mesoderm
S7.1 108h:ATTTACCAGGGAGGAC,Pre-somitic mesoderm
S7.1 108h:TACACCCTCCGGGACT,Paraxial mesoderm
S7.1 108h:CTGGTCTTCGTTACCC,Paraxial mesoderm
S7.1 108h:TACGGGCGTTTCGGCG,Pre-somitic mesoderm
S7.1 108h:ATAGGCTCACTTCAAG,Paraxial mesoderm
S7.1 108h:CGCATAATCCTACAAG,Paraxial mesoderm
S7.1 108h:ATTCCATGTCTGGTTA,Paraxial mesoderm
S7.1 108h:ATCATTCGTACTGTTG,Caudal mesoderm
S7.1 108h:GTGGTTAAGACCATGG,Pre-somitic mesoderm
S7.1 108h:TTCTAACTCATTATCC,Gut
S7.1 108h:GCGATCGAGTCTTCCC,Ectopic pluripotency
S7.1 108h:TGCATGATCCACTGGG,Paraxial mesoderm
S7.1 108h:CGTTCTGCACTACACA,Paraxial mesoderm
S7.1 108h:TTTCAGTCAAACGTGG,Paraxial mesoderm
S7.1 108h:GATTCTTAGAGCCCAA,Paraxial mesoderm
S7.1 108h:ATCGGCGCACTTGGCG,Pre-somitic mesoderm
S7.1 108h:AGCTACACACAATTCG,Caudal mesoderm
S7.1 108h:GGGATGAAGGGTTGCA,Ectopic pluripotency
S7.1 108h:TGCGGGTTCTGATGGT,Ectopic pluripotency
S7.1 108h:AGTAGTCGTCTAACTG,Paraxial mesoderm
S7.1 108h:AACGTCAGTTGAATCC,Paraxial mesoderm
S7.1 108h:TCACTCGTCCTCACGT,Paraxial mesoderm
S7.1 108h:TCCTTTCAGAGTGTTA,Caudal mesoderm
S7.1 108h:AACGAAAAGGTTTACC,Paraxial mesoderm
S7.1 108h:TGTTGAGCATCGGAGA,Caudal mesoderm
S7.1 108h:TAGACTGCATATTCGG,Caudal mesoderm
S7.1 108h:GGGAAGTCAAAGAGTT,Ectopic pluripotency
S7.1 108h:TACTTGTCACGGTGCT,Pre-somitic mesoderm
S7.1 108h:CGAAGGAAGCCGTTAT,Pre-somitic mesoderm
S7.1 108h:AACCACACATATGGCT,Pre-somitic mesoderm
S7.1 108h:TTCTCTCCAGATTCGT,Pre-somitic mesoderm
S7.1 108h:ATTCCTACACTGAGTT,Pre-somitic mesoderm
S7.1 108h:TATCTTGTCACAATGC,Paraxial mesoderm
S7.1 108h:ACCACAACAAGGTCTT,Pre-somitic mesoderm
S7.1 108h:CGTAGTATCAGCAGAG,Caudal mesoderm
S7.1 108h:TGGGCTGAGACGTCCC,Paraxial mesoderm
S7.1 108h:GTTCGCTAGCGTGAAC,Pre-somitic mesoderm
S7.1 108h:CTATCCGGTGTAAATG,Paraxial mesoderm
S7.1 108h:TTTCGATAGCTGACAG,Pre-somitic mesoderm
S7.1 108h:ACTTTGTGTAGGGTAC,Paraxial mesoderm
S7.1 108h:ACTCCCAAGGTAAGAG,Caudal mesoderm
S7.1 108h:TCCGTGTGTCACTTAG,Ectopic pluripotency
S7.1 108h:CGGGTCAAGATTAGCA,Pre-somitic mesoderm
S7.1 108h:TCAATTCTCAAGAAAC,Paraxial mesoderm
S7.1 108h:CCACAAACAATTGGTC,Pre-somitic mesoderm
S7.1 108h:CGCATAAGTTCTCTAT,Pre-somitic mesoderm
S7.1 108h:CAGATCAAGATGACAT,Caudal mesoderm
S7.1 108h:TGTTTGTTCAGCCTCT,Caudal mesoderm
S7.1 108h:TTGTTCAAGTCGGGAT,Pre-somitic mesoderm
S7.1 108h:ATTCGTTCATGAAGCG,Caudal mesoderm
S7.1 108h:AGGTGTTGTAAGTAGT,Caudal mesoderm
S7.1 108h:AGGCTGCCAATCGCCG,Pre-somitic mesoderm
S7.1 108h:AAAGGTATCCGTGGCA,Ectopic pluripotency
S7.1 108h:GTGATGTTCGCGTGAC,Paraxial mesoderm
S7.1 108h:ATGCGATTCTCGCTTG,Gut
S7.1 108h:TATTGCTCAGAACTTC,Paraxial mesoderm
S7.1 108h:TTCCACGCACCTTCCA,Paraxial mesoderm
S7.1 108h:ACATTTCGTCAGACTT,Pre-somitic mesoderm
S7.1 108h:AGTCAACCACTGGCCA,Paraxial mesoderm
S7.1 108h:GAGATGGCACATATGC,Pre-somitic mesoderm
S7.1 108h:CGTGAATAGAGAATCT,Paraxial mesoderm
S7.1 108h:TGATCAGGTATTGGCT,Paraxial mesoderm
S7.1 108h:GCTTTCGCAGCAGGAT,Pre-somitic mesoderm
S7.1 108h:CTCAGGGCACAAGCCC,Pre-somitic mesoderm
S7.1 108h:ACTCTCGTCTTCTGTA,Paraxial mesoderm
S7.1 108h:TAGGTACGTTTACCTT,Ectopic pluripotency
S7.1 108h:TTCTTGAGTACACGCC,Pre-somitic mesoderm
S7.1 108h:TCACGCTAGGTACAAT,Caudal mesoderm
S7.1 108h:GCCATGGCAACCGTAT,Pre-somitic mesoderm
S7.1 108h:AATGGCTCAAGTTGGG,Caudal mesoderm
S7.1 108h:TGATCTTCAGAGTAAT,Paraxial mesoderm
S7.1 108h:CTCGAGGCAGTTTGGT,Caudal mesoderm
S7.1 108h:ATGGATCCACTACACA,Paraxial mesoderm
S7.1 108h:GCCAGTGCACACGCCA,Paraxial mesoderm
S7.1 108h:TGTGTGATCTGCTCTG,Pre-somitic mesoderm
S7.1 108h:CGTAGTACAGCCTTCT,Paraxial mesoderm
S7.1 108h:GCCTGTTGTCTACAAC,Pre-somitic mesoderm
S7.1 108h:GACCCTTGTGGCTAGA,Pre-somitic mesoderm
S7.1 108h:AGTAACCCATAATCGC,Pre-somitic mesoderm
S7.1 108h:GTGAGTTGTGGGTCAA,Pre-somitic mesoderm
S7.1 108h:CTGTCGTCACGTCATA,Caudal mesoderm
S7.1 108h:TCATACTGTTGAAGTA,Pre-somitic mesoderm
S7.1 108h:ATCGCCTCAGTCCGTG,Pre-somitic mesoderm
S7.1 108h:CCGTTCAGTCCGAAGA,Paraxial mesoderm
S7.1 108h:ATCCACCTCCTGTAGA,Pre-somitic mesoderm
S7.1 108h:CCAATTTAGCAACAAT,Pre-somitic mesoderm
S7.1 108h:GTTACCCAGTGGTTGG,Pre-somitic mesoderm
S7.1 108h:GTGGAGATCGACGTCG,Paraxial mesoderm
S7.1 108h:TACTTGTGTTCTCTCG,Gut
S7.1 108h:TGAGGGAAGTTAGTAG,Paraxial mesoderm
S7.1 108h:TAGTGCACAAGCGAGT,Pre-somitic mesoderm
S7.1 108h:AGTCACAGTGCCCTTT,Pre-somitic mesoderm
S7.1 108h:ATTACCTCACTGTTCC,Pre-somitic mesoderm
S7.1 108h:CTCTCGACAGAACGCA,Caudal mesoderm
S7.1 108h:CCACTTGTCACGGTCG,Paraxial mesoderm
S7.1 108h:TTAGGCACACTTGTCC,Paraxial mesoderm
S7.1 108h:CGAGGAATCATGCATG,Caudal mesoderm
S7.1 108h:CTAGGTATCTGTCCCA,Pre-somitic mesoderm
S7.1 108h:CGAGTGCAGAGTCTGG,Paraxial mesoderm
S7.1 108h:TTTCCTCTCTGAGAAA,Paraxial mesoderm
S7.1 108h:GTCGTTCAGTATTGCC,Pre-somitic mesoderm
S7.1 108h:ACCACAACAAGCCATT,Paraxial mesoderm
S7.1 108h:ACTGTCCCACCTGTCT,Pre-somitic mesoderm
S7.1 108h:CGGAACCCAGACCATT,Pre-somitic mesoderm
S7.1 108h:TTCCACGAGTGATAGT,Paraxial mesoderm
S7.1 108h:CGAGAAGGTCCTGTCT,Paraxial mesoderm
S7.1 108h:GGGACAAGTATCGAGG,Pre-somitic mesoderm
S7.1 108h:GCCAGCATCAGCGCAC,Paraxial mesoderm
S7.1 108h:GCACGTGAGGAGTACC,Paraxial mesoderm
S7.1 108h:CCAATGAAGATGGCAC,Caudal mesoderm
S7.1 108h:GGAGATGCAGCAGTAG,Somite differentiation front
S7.1 108h:CCACGAGCACTTTAGG,Paraxial mesoderm
S7.1 108h:CGGACACAGAGACAAG,Pre-somitic mesoderm
S7.1 108h:GGGTTTAGTGGCTCTG,Pre-somitic mesoderm
S7.1 108h:GTGCGTGTCGAGATAA,Paraxial mesoderm
S7.1 108h:TCGGATACAAACCGGA,Ectopic pluripotency
S7.1 108h:GATCATGCACTGGCCA,Paraxial mesoderm
S7.1 108h:TTCTTCCTCTCTTCAA,Paraxial mesoderm
S7.1 108h:TAACGACCACGTATAC,Paraxial mesoderm
S7.1 108h:GATGACTTCTTCCAGC,Paraxial mesoderm
S7.1 108h:ATGGATCTCTGTCTCG,Pre-somitic mesoderm
S7.1 108h:CAGTTCCCAAGGCGTA,Pre-somitic mesoderm
S7.1 108h:TATATCCGTAGGCAAC,Caudal mesoderm
S7.1 108h:GAGTCATCATGGGATG,Pre-somitic mesoderm
S7.1 108h:ATCGATGAGGCAGGTT,Pre-somitic mesoderm
S7.1 108h:CTTCTCTGTACCGGAA,Paraxial mesoderm
S7.1 108h:CTCCAACAGCAGCACA,Pre-somitic mesoderm
S7.1 108h:TTTGTTGAGCTGCCTG,Paraxial mesoderm
S7.1 108h:TACTGCCCAGGCGTTC,Pre-somitic mesoderm
S7.1 108h:CGGTCAGGTGGCCACT,Caudal mesoderm
S7.1 108h:GGTCACGTCAAAGAAC,Paraxial mesoderm
S7.1 108h:GTACAACAGGTAAACT,Paraxial mesoderm
S7.1 108h:GTAGGTTCAATTTCTC,Paraxial mesoderm
S7.1 108h:TGAGCATTCACCTTGC,Paraxial mesoderm
S7.1 108h:TAAGCACTCTAAGCCA,Pre-somitic mesoderm
S7.1 108h:CTGGACGTCCAATCTT,Paraxial mesoderm
S7.1 108h:AGAACAAAGGTAGGCT,Ectopic pluripotency
S7.1 108h:CGTCCATGTCAAGCGA,Paraxial mesoderm
S7.1 108h:CGCGTGACAACCGTAT,Paraxial mesoderm
S7.1 108h:GTGCTGGAGTTGAAGT,Ectopic pluripotency
S7.1 108h:TACATTCTCATTCACT,Pre-somitic mesoderm
S7.1 108h:CTTGATTTCAGTGTCA,Ectopic pluripotency
S7.1 108h:GTTACCCCAACAGCCC,Gut
S7.1 108h:AACGGGATCACCCTTG,Ectopic pluripotency
S7.1 108h:TCGGGACAGCCGCACT,Pre-somitic mesoderm
S7.1 108h:CCCTTAGAGAGCAGAA,Ectopic pluripotency
S7.1 108h:GTGTAACGTCCGCAGT,Paraxial mesoderm
S7.1 108h:CAGTTCCCAGAATGTA,Paraxial mesoderm
S7.1 108h:TTTACTGTCACCATCC,Ectopic pluripotency
S7.1 108h:TCATATCAGACGATAT,Pre-somitic mesoderm
S7.1 108h:CCGGGTATCGGACAAG,Paraxial mesoderm
S7.1 108h:CTCCAACGTCGAATTC,Pre-somitic mesoderm
S7.1 108h:GAGTGTTCAGCTACAT,Paraxial mesoderm
S7.1 108h:ATGCCTCTCTTCGGTC,Pre-somitic mesoderm
S7.1 108h:TCACTATTCCACCTGT,Pre-somitic mesoderm
S7.1 108h:CCGTGAGTCGCGAAGA,Caudal mesoderm
S7.1 108h:CTGAGCGGTAGGCTGA,Ectopic pluripotency
S7.1 108h:CGAGGCTTCAACCTTT,Caudal mesoderm
S7.1 108h:CTCAGGGGTACCGCGT,Paraxial mesoderm
S7.1 108h:GGGCCATCAAACACCT,Ectopic pluripotency
S7.1 108h:CCAATTTTCCTTGACC,Paraxial mesoderm
S7.1 108h:GTCTCACGTCAGTTTG,Paraxial mesoderm
S7.1 108h:TCTCCGAAGGGCTGAT,Paraxial mesoderm
S7.1 108h:ATCGCCTCACTGCGAC,Caudal mesoderm
S7.1 108h:TATGTTCCATCGGCCA,Paraxial mesoderm
S7.1 108h:ATACTTCTCCTTTGAT,Paraxial mesoderm
S7.1 108h:AGACTCAGTAACGATA,Pre-somitic mesoderm
S7.1 108h:TGGAGAGAGGGAGGAC,Pre-somitic mesoderm
S7.1 108h:CACACAACAGTCTTCC,Caudal mesoderm
S7.1 108h:CCTCCAACAGTGGTGA,Paraxial mesoderm
S7.1 108h:GCATCGGGTACAAACA,Paraxial mesoderm
S7.1 108h:GTCACTCCACCGTCGA,Pre-somitic mesoderm
S7.1 108h:CTAGACATCCTGGGAC,Gut
S7.1 108h:AGGAATAAGGTGATCG,Caudal mesoderm
S7.1 108h:TCACTCGAGACATACA,Caudal mesoderm
S7.1 108h:AATCGTGCATGGCACC,Paraxial mesoderm
S7.1 108h:CGTAAGTTCGCGCTGA,Paraxial mesoderm
S7.1 108h:CTTGATTTCTGGGAGA,Pre-somitic mesoderm
S7.1 108h:AACACACCAAGTTCGT,Paraxial mesoderm
S7.1 108h:GTAAGTCTCGCTTTAT,Caudal mesoderm
S7.1 108h:TTGCTGCCAAAGCTAA,Pre-somitic mesoderm
S7.1 108h:ACTTCCGGTCCGGATC,Gut
S7.1 108h:TACCCACAGACGCCCT,Pre-somitic mesoderm
S7.1 108h:TGCATCCAGCAGCCCT,Caudal mesoderm
S7.1 108h:TAGATCGGTAGTCTGT,Pre-somitic mesoderm
S7.1 108h:GTCTTTAGTCTTTCAT,Paraxial mesoderm
S7.1 108h:CATGCGGGTCGACTTA,Paraxial mesoderm
S7.1 108h:GAACACTAGCACTAGG,Paraxial mesoderm
S7.1 108h:AGAAGTATCCCTGTTG,Pre-somitic mesoderm
S7.1 108h:AATGGCTGTCGAAACG,Caudal mesoderm
S7.1 108h:GAATAGAGTCACAATC,Caudal mesoderm
S7.1 108h:GAGGGATCAAGTTTGC,Ectopic pluripotency
S7.1 108h:TGAGGTTTCGAAGCAG,Pre-somitic mesoderm
S7.1 108h:GTACAACCAGAAACCG,Pre-somitic mesoderm
S7.1 108h:CCTCTCCTCTCGCTTG,Paraxial mesoderm
S7.1 108h:AGCGCTGCAGCACCCA,Paraxial mesoderm
S7.1 108h:ACGTAACCAGTAGTTC,Paraxial mesoderm
S7.1 108h:GTCTGTCTCCATTTAC,Paraxial mesoderm
S7.1 108h:GGTAACTAGCACTAAA,Paraxial mesoderm
S7.1 108h:CCACGAGAGTCCTGTA,Caudal mesoderm
S7.1 108h:GAGGGTATCCTATTGT,Pre-somitic mesoderm
S7.1 108h:TCTGTCGAGTCTTCGA,Paraxial mesoderm
S7.1 108h:TCATTCAAGGATATGT,Paraxial mesoderm
S7.1 108h:GTCATTTAGCACCTGC,Pre-somitic mesoderm
S7.1 108h:CGTTCTGCATCGCCTT,Pre-somitic mesoderm
S7.1 108h:TCCATGCAGCGCGTTC,Paraxial mesoderm
S7.1 108h:GCACATACAGGTCCGT,Pre-somitic mesoderm
S7.1 108h:GGAACCCCAACCTATG,Pre-somitic mesoderm
S7.1 108h:GTTCATTCACTGATTG,Paraxial mesoderm
S7.1 108h:ATGAGTCTCACAACCA,Pre-somitic mesoderm
S7.1 108h:TCAGTCCCAACGGTAG,Pre-somitic mesoderm
S7.1 108h:GAGAGGTCAGGAGGTT,Caudal mesoderm
S7.1 108h:GTCACTCCATGGCCAC,Pre-somitic mesoderm
S7.1 108h:CTGCAGGAGCTCAGAG,Ectopic pluripotency
S7.1 108h:TAATCTCCAATCTAGC,Paraxial mesoderm
S7.1 108h:TCCATGCCAGCCTTCT,Pre-somitic mesoderm
S7.1 108h:CGGGCATTCCTAGCCT,Ectopic pluripotency
S7.1 108h:CTTGAGACACAAAGTA,Paraxial mesoderm
S7.1 108h:CATACCCTCGAACTCA,Pre-somitic mesoderm
S7.1 108h:CAGATCAGTTGGTAGG,Paraxial mesoderm
S7.1 108h:AGAAGCGGTCATAAAG,Paraxial mesoderm
S7.1 108h:TGATTCTAGCATCAGG,Pre-somitic mesoderm
S7.1 108h:TGCATGATCCCTCTAG,Paraxial mesoderm
S7.1 108h:GAACACTCAGTCTACA,Paraxial mesoderm
S7.1 108h:TCAATTCCACCTTCGT,Paraxial mesoderm
S7.1 108h:GTTCGCTGTCGTGCCA,Pre-somitic mesoderm
S7.1 108h:TAAGCCATCTGCGGCA,Pre-somitic mesoderm
S7.1 108h:GTAGGTTTCCAACCAA,Paraxial mesoderm
S7.1 108h:GATGATCAGAGTCTTC,Pre-somitic mesoderm
S7.1 108h:TCGATTTCAACGCCCA,Paraxial mesoderm
S7.1 108h:TCGCACTTCATTGAGC,Paraxial mesoderm
S7.1 108h:TGCTCGTCAGCACAAG,Paraxial mesoderm
S7.1 108h:AGATAGACAAATCGTC,Pre-somitic mesoderm
S7.1 108h:TTCTTCCGTAGACGGT,Paraxial mesoderm
S7.1 108h:CACTGGGGTCCCTCAT,Pre-somitic mesoderm
S7.1 108h:TGAATGCGTACCTATG,Paraxial mesoderm
S7.1 108h:CTGCGAGAGCACTAGG,Paraxial mesoderm
S7.1 108h:TGGGATTCACAATTCG,Paraxial mesoderm
S7.1 108h:ATTCATCTCACTCACC,Paraxial mesoderm
S7.1 108h:GCCAGGTAGGCCTAGA,Pre-somitic mesoderm
S7.1 108h:ACAACCATCCACTGAA,Pre-somitic mesoderm
S7.1 108h:GCTACCTAGGCTAGCA,Paraxial mesoderm
S7.1 108h:AAGAACATCAGGACGA,Pre-somitic mesoderm
S7.1 108h:CATCCCACAGTGTACT,Paraxial mesoderm
S7.1 108h:ATGGAGGGTAGTGCGA,Caudal mesoderm
S7.1 108h:ACAAGCTGTAGTCGGA,Pre-somitic mesoderm
S7.1 108h:ACAACCATCGAAGCCC,Paraxial mesoderm
S7.1 108h:CTCCAACAGTCGCTAT,Pre-somitic mesoderm
S7.1 108h:GTTGTAGTCTAAGCGT,Pre-somitic mesoderm
S7.1 108h:CATCGTCGTTCAACGT,Paraxial mesoderm
S7.1 108h:GGCGTCACATCGAACT,Pre-somitic mesoderm
S7.1 108h:CGGAACCCACCGTGCA,Paraxial mesoderm
S7.1 108h:CATGGATCACGAGGTA,Paraxial mesoderm
S7.1 108h:ATGCGATGTGTCTCCT,Paraxial mesoderm
S7.1 108h:TGGTTAGAGAGGGTCT,Pre-somitic mesoderm
S7.1 108h:AGTTCCCCAACGACTT,Paraxial mesoderm
S7.1 108h:GCAGCCACAGGGCTTC,Paraxial mesoderm
S7.1 108h:GCGGATCTCGTCCTTG,Paraxial mesoderm
S7.1 108h:TAGGTACAGCCGCACT,Paraxial mesoderm
S7.1 108h:AACAACCCAGATACCT,Pre-somitic mesoderm
S7.1 108h:CAGTTCCGTAGCTTGT,Paraxial mesoderm
S7.1 108h:GAGTCATAGGAGAGGC,Pre-somitic mesoderm
S7.1 108h:GTCTTTATCATACAGC,Paraxial mesoderm
S7.1 108h:TGTGATGCAGGCATTT,Pre-somitic mesoderm
S7.1 108h:ACTGTGATCCTTCACG,Paraxial mesoderm
S7.1 108h:TACCCACGTGAGACCA,Pre-somitic mesoderm
S7.1 108h:AAGACAACAATCCTTT,Pre-somitic mesoderm
S7.1 108h:AGAACAAGTTGCCTAA,Caudal mesoderm
S7.1 108h:GTCATGACAGCTGTAT,Paraxial mesoderm
S7.1 108h:CGATGGCTCTATCGTT,Paraxial mesoderm
S7.1 108h:TCATTACGTGCAAGAC,Paraxial mesoderm
S7.1 108h:TTCGCTGAGAATCCCT,Caudal mesoderm
S7.1 108h:GGGTATTCATCGGTTA,Paraxial mesoderm
S7.1 108h:TCGGATAAGAAGGTAG,Paraxial mesoderm
S7.1 108h:ATCGATGAGCTAGATA,Pre-somitic mesoderm
S7.1 108h:TTCTAACAGTTAGAAC,Pre-somitic mesoderm
S7.1 108h:GAAACCTTCTCGGCTT,Somite differentiation front
S7.1 108h:AAGACAAAGTTCGCAT,Pre-somitic mesoderm
S7.1 108h:CATTCCGTCGTCTCAC,Pre-somitic mesoderm
S7.1 108h:GTGCTTCTCATAGAGA,Paraxial mesoderm
S7.1 108h:TCACGGGCACATTACG,Gut
S7.1 108h:GATCAGTCAGGTATGG,Ectopic pluripotency
S7.1 108h:AGGTTGTCACAGACGA,Pre-somitic mesoderm
S7.1 108h:AATGACCAGCTCACTA,Pre-somitic mesoderm
S7.1 108h:TACACCCAGTCATACC,Pre-somitic mesoderm
S7.1 108h:TCCGTGTTCGCAAGAG,Paraxial mesoderm
S7.1 108h:CTTCCGACATCACAGT,Pre-somitic mesoderm
S7.1 108h:CTACAGATCACTTGGA,Paraxial mesoderm
S7.1 108h:GTGGCGTAGTAGAATC,Caudal mesoderm
S7.1 108h:GCAGGCTTCACTACTT,Caudal mesoderm
S7.1 108h:TCATATCAGAGTCTTC,Paraxial mesoderm
S7.1 108h:TTTCACAGTTAAGGGC,Pre-somitic mesoderm
S7.1 108h:TCACGGGCAGTATTCG,Pre-somitic mesoderm
S7.1 108h:GGGACTCTCCACATAG,Caudal mesoderm
S7.1 108h:CAAGACTGTTACGGAG,Pre-somitic mesoderm
S7.1 108h:TCTCCGATCATGACAC,Caudal mesoderm
S7.1 108h:GTTTACTAGTGCACTT,Pre-somitic mesoderm
S7.1 108h:CTGAGCGGTGTGACCC,Pre-somitic mesoderm
S7.1 108h:GACTGATTCTGTTCAT,Paraxial mesoderm
S7.1 108h:TATTCCACAAGTCGTT,Caudal mesoderm
S7.1 108h:GGTTAACGTACTTCCC,Gut
S7.1 108h:TGAGCGCAGTAGGCCA,Paraxial mesoderm
S7.1 108h:AGGATAATCTCATGCC,Gut
S7.1 108h:TCATCCGGTTGGGCCT,Paraxial mesoderm
S7.1 108h:CTATCCGTCCCTTGTG,Paraxial mesoderm
S7.1 108h:AAAGGATCATGCGTGC,Pre-somitic mesoderm
S7.1 108h:GGAGGTACAGCGACCT,Pre-somitic mesoderm
S7.1 108h:GGTCTGGCAGCTTCGG,Paraxial mesoderm
S7.1 108h:ATCGTGACATTGAGGG,Gut
S7.1 108h:ACGGTCGAGGATTTGA,Paraxial mesoderm
S7.1 108h:CATTTCAGTTCGGTAT,Hemogenic endothelium
S7.1 108h:GAACACTCATAAGATG,Paraxial mesoderm
S7.1 108h:AGGATCTCAGATCCTA,Pre-somitic mesoderm
S7.1 108h:CATAAGCCAATACGCT,Pre-somitic mesoderm
S7.1 108h:GCATCGGAGATCACTC,Pre-somitic mesoderm
S7.1 108h:ACCGTTCAGAGGGTAA,Paraxial mesoderm
S7.1 108h:AAGACAAAGTCACTGT,Ectopic pluripotency
S7.1 108h:TTACAGGAGTATGGCG,Gut
S7.1 108h:ATTTCACTCCTACCAC,Gut
S7.1 108h:AAAGTCCCACACTGGC,Paraxial mesoderm
S7.1 108h:ATTGTTCGTTGTGTTG,Paraxial mesoderm
S7.1 108h:GCCATGGGTATAGCTC,Paraxial mesoderm
S7.1 108h:ATCACTTCAGTTGTTG,Paraxial mesoderm
S7.1 108h:CCTGCATCACAAGCCC,Gut
S7.1 108h:CCACGAGCATGGTGGA,Caudal mesoderm
S7.1 108h:CAGCCAGCATCGTGCG,Paraxial mesoderm
S7.1 108h:CATGGATTCTGCGAGC,Paraxial mesoderm
S7.1 108h:CATAGACGTTTGACAC,Paraxial mesoderm
S7.1 108h:GATGGAGAGGCTTAGG,Paraxial mesoderm
S7.1 108h:CAACAACTCGATGCTA,Ectopic pluripotency
S7.1 108h:GGGAGATAGAGGTATT,Caudal mesoderm
S7.1 108h:TGTGCGGTCGTGGTAT,Gut
S7.1 108h:TGTACAGCATCATCCC,Ectopic pluripotency
S7.1 108h:CTTGAGAGTCGGTGTC,Paraxial mesoderm
S7.1 108h:TTACTGTCATCGGAGA,Paraxial mesoderm
S7.1 108h:ATCAGGTAGTGCTCAT,Pre-somitic mesoderm
S7.1 108h:AGCCAATAGAAATGGG,Paraxial mesoderm
S7.1 108h:TCCACGTGTCCTGGTG,Paraxial mesoderm
S7.1 108h:GTGTTCCGTGACTCGC,Caudal mesoderm
S7.1 108h:CGGGTCAGTCGGTGAA,Pre-somitic mesoderm
S7.1 108h:GAGAAATAGAAGGATG,Pre-somitic mesoderm
S7.1 108h:AGCGCTGGTACTGTTG,Paraxial mesoderm
S7.1 108h:GAGTTTGAGTGCAAAT,Paraxial mesoderm
S7.1 108h:ACAGAAAAGCCGATTT,Pre-somitic mesoderm
S7.1 108h:GAATAGATCGAAGCCC,Paraxial mesoderm
S7.1 108h:AACCAACTCAGCAATC,Pre-somitic mesoderm
S7.1 108h:CAGGTATAGTATCCTG,Paraxial mesoderm
S7.1 108h:ATTCGTTAGAGGCGGA,Caudal mesoderm
S7.1 108h:TCGGGCAAGGTCCGAA,Paraxial mesoderm
S7.1 108h:CTCACTGAGTGATTCC,Caudal mesoderm
S7.1 108h:ACGTTCCTCAGATTGC,Caudal mesoderm
S7.1 108h:TGCGATATCCTTATAC,Paraxial mesoderm
S7.1 108h:TGATCTTGTCTTGGTA,Pre-somitic mesoderm
S7.1 108h:GTAACCAAGCGAACTG,Pre-somitic mesoderm
S7.1 108h:CATCAAGAGTAAGAGG,Pre-somitic mesoderm
S7.1 108h:CTGGTCTGTTTCGATG,Pre-somitic mesoderm
S7.1 108h:TCTCCGACAACGAGGT,Pre-somitic mesoderm
S7.1 108h:CATGCCTAGTCGCGAA,Paraxial mesoderm
S7.1 108h:CGCGTGAGTCCAGTTA,Paraxial mesoderm
S7.1 108h:GTAGCTAGTTGTGTAC,Pre-somitic mesoderm
S7.1 108h:GACCAATAGTGAATAC,Paraxial mesoderm
S7.1 108h:TTCGGTCGTTCAGCTA,Paraxial mesoderm
S7.1 108h:TGCTTGCTCTTTGATC,Pre-somitic mesoderm
S7.1 108h:CAATACGTCTGGCCTT,Somite differentiation front
S7.1 108h:TCAGTTTGTACGCTTA,Pre-somitic mesoderm
S7.1 108h:CCTCTCCCAAAGGCAC,Caudal mesoderm
S7.1 108h:GATCACATCGGCTGGT,Paraxial mesoderm
S7.1 108h:TTAGTCTTCGGTAGAG,Pre-somitic mesoderm
S7.1 108h:GGTGAAGTCCAGTGTA,Paraxial mesoderm
S7.1 108h:GGGATGATCCACGGGT,Paraxial mesoderm
S7.1 108h:TCCCATGAGGCTCAAG,Paraxial mesoderm
S7.1 108h:TTGTGTTAGTGCCAGA,Paraxial mesoderm
S7.1 108h:TGGGTTAAGCAAGTCG,Paraxial mesoderm
S7.1 108h:AGGGTTTGTATCAAGA,Caudal mesoderm
S7.1 108h:GTTAGACTCGGTTGTA,Pre-somitic mesoderm
S7.1 108h:ATCACTTGTAGAGTTA,Caudal mesoderm
S7.1 108h:GGTAGAGAGACTTGTC,Pre-somitic mesoderm
S7.1 108h:TCATACTCACGCGTGT,Paraxial mesoderm
S7.1 108h:TTCCACGTCTTCACGC,Paraxial mesoderm
S7.1 108h:TCAAGACCATGGGTCC,Caudal mesoderm
S7.1 108h:GTGAGTTTCCGTGTCT,Paraxial mesoderm
S7.1 108h:TCAGGTACAGCGTAGA,Pre-somitic mesoderm
S7.1 108h:TCTTGCGAGCACTTTG,Caudal mesoderm
S7.1 108h:TTCCTAAAGCTACTGT,Paraxial mesoderm
S7.1 108h:ACTATGGCAGGCCTGT,Caudal mesoderm
S7.1 108h:CGATGCGTCCAAGGGA,Pre-somitic mesoderm
S7.1 108h:CAATTTCGTGACTCGC,Pre-somitic mesoderm
S7.1 108h:ATCGATGTCCAAGCTA,Pre-somitic mesoderm
S7.1 108h:TACCGGGAGTTCAACC,Paraxial mesoderm
S7.1 108h:CTGCCTACAAGTCATC,Paraxial mesoderm
S7.1 108h:TCTGGCTTCGTGGCTG,Paraxial mesoderm
S7.1 108h:TCATTCATCGCGCTGA,Pre-somitic mesoderm
S7.1 108h:AGTTCGAGTCACTTAG,Pre-somitic mesoderm
S7.1 108h:AGAACAAAGTAAGAGG,Paraxial mesoderm
S7.1 108h:ACGGTTACAAATAGCA,Pre-somitic mesoderm
S7.1 108h:CAATTTCGTCCTCAGG,Pre-somitic mesoderm
S7.1 108h:TGACGCGAGAAGCGGG,Ectopic pluripotency
S7.1 108h:AACCAACTCCATTGTT,Paraxial mesoderm
S7.1 108h:CGAATTGTCTTCCAGC,Ectopic pluripotency
S7.1 108h:GCAGCCAAGAAGGCTC,Pre-somitic mesoderm
S7.1 108h:CATCCGTAGTTCGGTT,Paraxial mesoderm
S7.1 108h:AGTAGCTGTGCCTATA,Paraxial mesoderm
S7.1 108h:AGTGTTGCAGAGAATT,Paraxial mesoderm
S7.1 108h:ATTCATCTCCAACCGG,Caudal mesoderm
S7.1 108h:ACTTAGGTCGACATTG,Paraxial mesoderm
S7.1 108h:ACCCTTGTCTACTTCA,Pre-somitic mesoderm
S7.1 108h:AACCACAAGATGCTTC,Pre-somitic mesoderm
S7.1 108h:AGACACTTCCCGTTGT,Pre-somitic mesoderm
S7.1 108h:ATTCGTTAGTATGACA,Paraxial mesoderm
S7.1 108h:TTCTAACTCCGTATGA,Pre-somitic mesoderm
S7.1 108h:CAACGATCAAGTATAG,Pre-somitic mesoderm
S7.1 108h:GGCTTTCCATATTCGG,Pre-somitic mesoderm
S7.1 108h:GTCTCACAGTGGAAAG,Pre-somitic mesoderm
S7.1 108h:ACTTTGTAGGTTGTTC,Caudal mesoderm
S7.1 108h:TACCTGCCATGAAAGT,Paraxial mesoderm
S7.1 108h:CTCCTCCTCCTCCACA,Paraxial mesoderm
S7.1 108h:GGATGTTGTGCCTAAT,Paraxial mesoderm
S7.1 108h:TAACACGGTCTTCATT,Paraxial mesoderm
S7.1 108h:TCCCATGCACCCTATC,Pre-somitic mesoderm
S7.1 108h:TATCCTATCTCTTCAA,Pre-somitic mesoderm
S7.1 108h:AGGGAGTGTAATGCTC,Pre-somitic mesoderm
S7.1 108h:TAGAGTCTCTCTCTTC,Paraxial mesoderm
S7.1 108h:TTAGGCACAAGGGTCA,Pre-somitic mesoderm
S7.1 108h:GCCAGTGAGTCTTCGA,Paraxial mesoderm
S7.1 108h:AAACCCACACATGAAA,Pre-somitic mesoderm
S7.1 108h:GCCAGGTCACAGTACT,Pre-somitic mesoderm
S7.1 108h:GTTAGTGAGGTCGTGA,Ectopic pluripotency
S7.1 108h:CGTAGTACACATATCG,Caudal mesoderm
S7.1 108h:CATACTTAGAGGGTAA,Caudal mesoderm
S7.1 108h:TATCTGTCAATACAGA,Ectopic pluripotency
S7.1 108h:ATCTTCACAAGAGTGC,Paraxial mesoderm
S7.1 108h:ATCGTCCAGTAACCTC,Paraxial mesoderm
S7.1 108h:CCGGTGATCATTTGTC,Pre-somitic mesoderm
S7.1 108h:GGCGTCAAGTTGAAAC,Pre-somitic mesoderm
S7.1 108h:AATCACGTCGACGAGA,Pre-somitic mesoderm
S7.1 108h:TCTCCGAGTATGTCAC,Paraxial mesoderm
S7.1 108h:TCATCCGAGGCCCACT,Paraxial mesoderm
S7.1 108h:GGCTTTCCAACAAGTA,Pre-somitic mesoderm
S7.1 108h:ATTCAGGGTGGCTACC,Paraxial mesoderm
S7.1 108h:CCTTCAGAGAGTCGAC,Caudal mesoderm
S7.1 108h:CCCATTGCAGCGCGTT,Paraxial mesoderm
S7.1 108h:CGGGACTAGTCCCAGC,Paraxial mesoderm
S7.1 108h:CACGTTCGTGGGACAT,Pre-somitic mesoderm
S7.1 108h:GTTCGCTTCGGTAGGA,Paraxial mesoderm
S7.1 108h:CACGTGGGTAGACAAT,Caudal mesoderm
S7.1 108h:CGATCGGGTGCAAGAC,Gut
S7.1 108h:TCCTCGAGTAGTAAGT,Caudal mesoderm
S7.1 108h:ATACCGATCGCCAACG,Pre-somitic mesoderm
S7.1 108h:CTGTAGACAACTGAAA,Ectopic pluripotency
S7.1 108h:GTGCAGCTCCTTCTGG,Ectopic pluripotency
S7.1 108h:TAGGAGGTCTCGGTCT,Paraxial mesoderm
S7.1 108h:TGAGTCAAGGGTGAGG,Pre-somitic mesoderm
S7.1 108h:ACAAAGAAGCGAGTAC,Paraxial mesoderm
S7.1 108h:TACAACGTCGGAGTGA,Pre-somitic mesoderm
S7.1 108h:AACCCAATCGCAATGT,Pre-somitic mesoderm
S7.1 108h:CCACGTTTCTCGAACA,Paraxial mesoderm
S7.1 108h:TGGTACAGTCGCACAC,Pre-somitic mesoderm
S7.1 108h:GTAGCTAGTAACAGGC,Pre-somitic mesoderm
S7.1 108h:CATTGCCGTGACTCGC,Pre-somitic mesoderm
S7.1 108h:ACTACGAAGGTAAGTT,Caudal mesoderm
S7.1 108h:GAGTGAGTCACCTGTC,Ectopic pluripotency
S7.1 108h:ACGTAGTTCTGATTCT,Caudal mesoderm
S7.1 108h:AGTGTTGCAGCAGTTT,Pre-somitic mesoderm
S7.1 108h:AACAAAGAGTCGCGAA,Pre-somitic mesoderm
S7.1 108h:GATGAGGAGATTGCGG,Pre-somitic mesoderm
S7.1 108h:TCTACCGTCGACGAGA,Paraxial mesoderm
S7.1 108h:CTCTCAGCAGAATTCC,Paraxial mesoderm
S7.1 108h:CTTGATTGTTGCTGAT,Paraxial mesoderm
S7.1 108h:AGTGATCAGAACTCCT,Paraxial mesoderm
S7.1 108h:GGCGTCAGTTGTCAGT,Pre-somitic mesoderm
S7.1 108h:ACAAAGAAGTGCAGGT,Paraxial mesoderm
S7.1 108h:TGAATCGTCAATCTCT,Paraxial mesoderm
S7.1 108h:GAATCGTGTGGACAGT,Paraxial mesoderm
S7.1 108h:CGTTGGGGTAAGGCTG,Pre-somitic mesoderm
S7.1 108h:CAACGGCTCTCCCTAG,Pre-somitic mesoderm
S7.1 108h:GACCAATAGGGCAGTT,Paraxial mesoderm
S7.1 108h:TCATGCCTCAGACATC,Pre-somitic mesoderm
S7.1 108h:ACACCAACATCGAGCC,Paraxial mesoderm
S7.1 108h:TGGGAGATCAGTCACA,Gut
S7.1 108h:GTAAGTCCAACCTATG,Paraxial mesoderm
S7.1 108h:GGTGATTGTAACAGTA,Paraxial mesoderm
S7.1 108h:GGTTGTAGTACGCTTA,Paraxial mesoderm
S7.1 108h:ACGGTCGCATCGTTCC,Caudal mesoderm
S7.1 108h:CGAGGAACAACAGCTT,Pre-somitic mesoderm
S7.1 108h:TTAGTCTAGCTCTTCC,Paraxial mesoderm
S7.1 108h:TAGGTTGCAGTTGAAA,Pre-somitic mesoderm
S7.1 108h:GGTGGCTGTGCATGTT,Paraxial mesoderm
S7.1 108h:GTTACAGCACGAGGTA,Caudal mesoderm
S7.1 108h:CAGATCATCGCAGATT,Paraxial mesoderm
S7.1 108h:CGCATGGTCAAGCTGT,Caudal mesoderm
S7.1 108h:TGGAACTCAGTCGCTG,Paraxial mesoderm
S7.1 108h:AAAGTCCAGAATGTTG,Pre-somitic mesoderm
S7.1 108h:CAAAGAAGTCATTCCC,Paraxial mesoderm
S7.1 108h:TAATTCCAGTTGGAAT,Pre-somitic mesoderm
S7.1 108h:ATGATCGTCGGAATTC,Paraxial mesoderm
S7.1 108h:TTGAACGAGAATCGTA,Pre-somitic mesoderm
S7.1 108h:TTCACGCTCGACATAC,Gut
S7.1 108h:TCAGGGCGTGTCTCCT,Pre-somitic mesoderm
S7.1 108h:AAGTTCGAGGCCTTCG,Paraxial mesoderm
S7.1 108h:TGTAACGGTCCACTCT,Pre-somitic mesoderm
S7.1 108h:CCTCTAGGTAAGTAGT,Caudal mesoderm
S7.1 108h:GGAAGTGTCTTGGCTC,Caudal mesoderm
S7.1 108h:GAACTGTTCCAAGCAT,Ectopic pluripotency
S7.1 108h:TATCGCCTCCGAGATT,Paraxial mesoderm
S7.1 108h:TCCTAATTCTTTACAC,Pre-somitic mesoderm
S7.1 108h:ACCGTTCTCATCTATC,Ectopic pluripotency
S7.1 108h:GTTCTATTCGTCCTCA,Pre-somitic mesoderm
S7.1 108h:ATCCCTGGTATAGCTC,Pre-somitic mesoderm
S7.1 108h:ACAAGCTAGAGAACCC,Caudal mesoderm
S7.1 108h:AGGCCACAGGATTCCT,Gut
S7.1 108h:TGACCCTTCCAACTAG,Pre-somitic mesoderm
S7.1 108h:AAGCATCGTAAGATCA,Caudal mesoderm
S7.1 108h:ACATCGATCGTTCAGA,Paraxial mesoderm
S7.1 108h:ATCTCTACATGTTCGA,Paraxial mesoderm
S7.1 108h:CGGAGAATCGCCAATA,Paraxial mesoderm
S7.1 108h:TTGAACGGTCCAAATC,Paraxial mesoderm
S7.1 108h:TAGGGTTCAGTTTGGT,Pre-somitic mesoderm
S7.1 108h:TTACGCCAGGGTGAGG,Paraxial mesoderm
S7.1 108h:GCCAACGCAATTGCGT,Paraxial mesoderm
S7.1 108h:TATCTGTAGCCTCTTC,Pre-somitic mesoderm
S7.1 108h:TCTCCGATCCGAGATT,Paraxial mesoderm
S7.1 108h:AACCACACACCCTGTT,Paraxial mesoderm
S7.1 108h:TCAAGTGTCTTCCACG,Pre-somitic mesoderm
S7.1 108h:AGCTCAAGTGTACATC,Pre-somitic mesoderm
S7.1 108h:CGGTCAGTCATGCATG,Ectopic pluripotency
S7.1 108h:CATCGTCAGCATTTCG,Paraxial mesoderm
S7.1 108h:TGCTCCAAGTGCAGGT,Caudal mesoderm
S7.1 108h:GTGGTTAAGAGTCAAT,Ectopic pluripotency
S7.1 108h:TGTTTGTTCATGACAC,Paraxial mesoderm
S7.1 108h:GTGACGCAGCAGCAGT,Pre-somitic mesoderm
S7.1 108h:AGGTGTTGTCCTGTCT,Paraxial mesoderm
S7.1 108h:GATGCTATCAGCCTTC,Caudal mesoderm
S7.1 108h:ATTCCATCAGTTTCGA,Pre-somitic mesoderm
S7.1 108h:AGGCATTAGGATTTCC,Paraxial mesoderm
S7.1 108h:CTACCTGGTCCAGCGT,Paraxial mesoderm
S7.1 108h:TCAATCTAGTCCCGGT,Caudal mesoderm
S7.1 108h:GTTAGACAGGAGGCAG,Pre-somitic mesoderm
S7.1 108h:TCATCATTCTCGTGAA,Pre-somitic mesoderm
S7.1 108h:CCTCTCCGTCTTGAGT,Paraxial mesoderm
S7.1 108h:TTGTTCAGTAACTGCT,Paraxial mesoderm
S7.1 108h:GTCTCACAGTACCCTA,Paraxial mesoderm
S7.1 108h:AGAAGTAAGGTAATCA,Paraxial mesoderm
S7.1 108h:CTGAATGTCCGAGATT,Caudal mesoderm
S7.1 108h:TTTGACTGTAGGAGGG,Gut
S7.1 108h:CTGGACGCAACGCATT,Ectopic pluripotency
S7.1 108h:ATCTTCATCACGACTA,Pre-somitic mesoderm
S7.1 108h:AATGAAGGTACGGTTT,Caudal mesoderm
S7.1 108h:CTCATTACAGGCATTT,Caudal mesoderm
S7.1 108h:GCGAGAATCCATCACC,Paraxial mesoderm
S7.1 108h:GTTGTCCTCATTTGTC,Paraxial mesoderm
S7.1 108h:TCCATGCTCTACAGGT,Paraxial mesoderm
S7.1 108h:TTGTTGTGTCAGGTAG,Pre-somitic mesoderm
S7.1 108h:CTCTGGTCATGGCTAT,Paraxial mesoderm
S7.1 108h:TCATACTGTAATGTGA,Pre-somitic mesoderm
S7.1 108h:TCAAGCATCTTGTGCC,Gut
S7.1 108h:ATCAGGTCAGAACCGA,Pre-somitic mesoderm
S7.1 108h:GAAGTAAGTTCAAACC,Paraxial mesoderm
S7.1 108h:AGCCAGCAGGCAATGC,Pre-somitic mesoderm
S7.1 108h:GTAACCACAACCGCTG,Caudal mesoderm
S7.1 108h:AACACACTCGCTTGCT,Pre-somitic mesoderm
S7.1 108h:AAGTGAACATCCTAAG,Paraxial mesoderm
S7.1 108h:TCCCATGAGTTGAATG,Paraxial mesoderm
S7.1 108h:ACTATGGTCTGCGATA,Paraxial mesoderm
S7.1 108h:GTTGCTCCATATTCGG,Caudal mesoderm
S7.1 108h:CAGATCAGTCATCCGG,Pre-somitic mesoderm
S7.1 108h:GTTTACTAGGGCAAGG,Pre-somitic mesoderm
S7.1 108h:CTGAGGCAGACCAGAC,Pre-somitic mesoderm
S7.1 108h:AGTTCCCAGTGTCATC,Pre-somitic mesoderm
S7.1 108h:CGATGCGGTGCACGCT,Ectopic pluripotency
S7.1 108h:GTTGCTCAGAAGGGAT,Pre-somitic mesoderm
S7.1 108h:AGTAGCTGTTAGAAGT,Paraxial mesoderm
S7.1 108h:TCTTGCGGTTGTTGTG,Pre-somitic mesoderm
S7.1 108h:GCCATTCTCAGCATTG,Ectopic pluripotency
S7.1 108h:GCAGCTGCACGTGTGC,Paraxial mesoderm
S7.1 108h:CATCAAGGTGCAGATG,Pre-somitic mesoderm
S7.1 108h:CAACAGTCATCCCACT,Paraxial mesoderm
S7.1 108h:TGTTGAGCAAGAGTGC,Paraxial mesoderm
S7.1 108h:CGATGCGAGCCTCAGC,Paraxial mesoderm
S7.1 108h:CTCAATTGTATGAAGT,Paraxial mesoderm
S7.1 108h:CCCTTAGCATCGCCTT,Paraxial mesoderm
S7.1 108h:ACTTCCGTCTTACGGA,Pre-somitic mesoderm
S7.1 108h:AAAGAACGTTAAACCC,Caudal mesoderm
S7.1 108h:AGCCACGGTGCATGTT,Paraxial mesoderm
S7.1 108h:GTCTAGATCATTGCGA,Pre-somitic mesoderm
S7.1 108h:CTTCTAAAGCACTTTG,Caudal mesoderm
S7.1 108h:TCAGGGCCATGCGGTC,Paraxial mesoderm
S7.1 108h:AGCGTATGTGGTTTGT,Pre-somitic mesoderm
S7.1 108h:TTTCAGTGTCTTCCGT,Ectopic pluripotency
S7.1 108h:TTACGCCGTTGCCGAC,Caudal mesoderm
S7.1 108h:AAGTTCGGTACAGAGC,Paraxial mesoderm
S7.1 108h:TTCTTCCTCGACGCTG,Pre-somitic mesoderm
S7.1 108h:CATGGATGTAACTTCG,Pre-somitic mesoderm
S7.1 108h:AGGTGTTTCGCATTAG,Pre-somitic mesoderm
S7.1 108h:GGTTAACGTTCTCGTC,Paraxial mesoderm
S7.1 108h:AAAGGGCCATCGTTCC,Ectopic pluripotency
S7.1 108h:CTGTACCCACTCGATA,Pre-somitic mesoderm
S7.1 108h:GGTGATTTCTTGCGCT,Gut
S7.1 108h:TCCATCGAGGTGGCTA,Pre-somitic mesoderm
S7.1 108h:TTCACCGGTTGGGTTT,Paraxial mesoderm
S7.1 108h:GCATCGGTCTGATTCT,Gut
S7.1 108h:GACCAATAGCGTCAGA,Pre-somitic mesoderm
S7.1 108h:AGTGTTGCAAGACCGA,Caudal mesoderm
S7.1 108h:GGACGTCGTACGCTTA,Pre-somitic mesoderm
S7.1 108h:ATATCCTAGACATAGT,Paraxial mesoderm
S7.1 108h:TTGGGATAGCTCTGTA,Hemogenic endothelium
S7.1 108h:GCTTTCGCACCCTAGG,Paraxial mesoderm
S7.1 108h:CCCTCAACAGTCACGC,Pre-somitic mesoderm
S7.1 108h:GATTCGAAGGTGCAGT,Paraxial mesoderm
S7.1 108h:TGTTCCGTCGTACCTC,Paraxial mesoderm
S7.1 108h:GATCACAAGAGAGAAC,Pre-somitic mesoderm
S7.1 108h:GTAACCACATAACCCA,Gut
S7.1 108h:CTGTACCCACTGGACC,Pre-somitic mesoderm
S7.1 108h:GCACATAAGCGCGTTC,Pre-somitic mesoderm
S7.1 108h:ATTGGGTCACATACTG,Paraxial mesoderm
S7.1 108h:CAATTTCAGAGATGCC,Paraxial mesoderm
S7.1 108h:TCTCACGCAATCGTCA,Pre-somitic mesoderm
S7.1 108h:CTGCTCAAGGACAGTC,Paraxial mesoderm
S7.1 108h:TTACAGGGTACGAGTG,Caudal mesoderm
S7.1 108h:CCAATTTAGCACGGAT,Paraxial mesoderm
S7.1 108h:TTTCAGTAGCCGTAAG,Paraxial mesoderm
S7.1 108h:GTGCACGAGTTGTCGT,Paraxial mesoderm
S7.1 108h:AGCCAGCCATAAGATG,Pre-somitic mesoderm
S7.1 108h:CTTCCGAAGGCTGGAT,Paraxial mesoderm
S7.1 108h:GAGGCAAGTAGTACGG,Paraxial mesoderm
S7.1 108h:GGGCTACTCCCGTGAG,Paraxial mesoderm
S7.1 108h:AACTTCTCACTTTAGG,Paraxial mesoderm
S7.1 108h:GTGTTAGTCTCATGCC,Pre-somitic mesoderm
S7.1 108h:CGACAGCTCATCGCCT,Caudal mesoderm
S7.1 108h:GTCCCATGTCATAGTC,Pre-somitic mesoderm
S7.1 108h:CATGAGTCACGCGCTA,Pre-somitic mesoderm
S7.1 108h:AAAGTGAGTTGGTGTT,Paraxial mesoderm
S7.1 108h:TTCCTAAGTTGTATGC,Ectopic pluripotency
S7.1 108h:CCTCTAGTCTTTCAGT,Pre-somitic mesoderm
S7.1 108h:CTCAGGGCAACAAAGT,Paraxial mesoderm
S7.1 108h:CGGTCAGAGAAATGGG,Pre-somitic mesoderm
S7.1 108h:GTGGCGTGTTGCCATA,Pre-somitic mesoderm
S7.1 108h:AACACACGTACACGCC,Pre-somitic mesoderm
S7.1 108h:AGCGCTGCACTGGCGT,Pre-somitic mesoderm
S7.1 108h:TGTGCGGAGCTTTCTT,Caudal mesoderm
S7.1 108h:TTCATTGCACTCGATA,Pre-somitic mesoderm
S7.1 108h:GGTTAACTCTTAGTTC,Pre-somitic mesoderm
S7.1 108h:GATTCTTGTTCTGACA,Ectopic pluripotency
S7.1 108h:CGGGACTTCTCCAATT,Paraxial mesoderm
S7.1 108h:TATACCTCAGCGATTT,Caudal mesoderm
S7.1 108h:AGCCAATCAACACACT,Paraxial mesoderm
S7.1 108h:TCGACCTCAAATGATG,Caudal mesoderm
S7.1 108h:GAGTCTACACACACGC,Caudal mesoderm
S7.1 108h:GTAACCAAGCCGCACT,Paraxial mesoderm
S7.1 108h:GTTTACTAGCATGATA,Paraxial mesoderm
S7.1 108h:GTAACCACAAGACAAT,Paraxial mesoderm
S7.1 108h:TTCCGTGAGTGCAACG,Paraxial mesoderm
S7.1 108h:GCAGCCAAGCGTGCTC,Pre-somitic mesoderm
S7.1 108h:CTTCTAACACGTACAT,Ectopic pluripotency
S7.1 108h:GTTTGGAAGCGTCGAA,Ectopic pluripotency
S7.1 108h:TCATTGTGTTCTCAGA,Pre-somitic mesoderm
S7.1 108h:GATTCGACAATTGAGA,Paraxial mesoderm
S7.1 108h:CGGGCATTCCACATAG,Pre-somitic mesoderm
S7.1 108h:CTCAGTCAGGGATCTG,Gut
S7.1 108h:CTACCTGGTAACAAGT,Paraxial mesoderm
S7.1 108h:AGGTTACCATGACAGG,Paraxial mesoderm
S7.1 108h:ACTACGAGTTGGGAAC,Pre-somitic mesoderm
S7.1 108h:GGATGTTCAAGATTGA,Pre-somitic mesoderm
S7.1 108h:TCCTCCCGTGCGAGTA,Caudal mesoderm
S7.1 108h:GTGTGGCAGACATAGT,Paraxial mesoderm
S7.1 108h:TTACCATGTCTTGGTA,Paraxial mesoderm
S7.1 108h:TCAGGTAAGGCACTCC,Paraxial mesoderm
S7.1 108h:GAGTTTGAGCTCATAC,Paraxial mesoderm
S7.1 108h:ACGTACACACAAATGA,Caudal mesoderm
S7.1 108h:TTCCGTGCATGTGTCA,Pre-somitic mesoderm
S7.1 108h:CATAAGCTCATCCTAT,Caudal mesoderm
S7.1 108h:AAGAACACATACTTTC,Gut
S7.1 108h:GGCAGTCGTCACCACG,Paraxial mesoderm
S7.1 108h:CTTGAGAGTATCGTTG,Caudal mesoderm
S7.1 108h:GCATTAGGTGCCCGTA,Paraxial mesoderm
S7.1 108h:TATCTGTGTAAGGCCA,Ectopic pluripotency
S7.1 108h:AAGCATCTCACTGGTA,Paraxial mesoderm
S7.1 108h:AGATGAACACTCATAG,Pre-somitic mesoderm
S7.1 108h:TTGCTGCAGCTTAAGA,Paraxial mesoderm
S7.1 108h:TGTTTGTTCTCGCAGG,Pre-somitic mesoderm
S7.1 108h:TCCAGAATCACAATGC,Pre-somitic mesoderm
S7.1 108h:CCCGGAATCAGTGTGT,Paraxial mesoderm
S7.1 108h:GCACTAAAGGACATCG,Ectopic pluripotency
S7.1 108h:TTAATCCTCTGCACCT,Pre-somitic mesoderm
S7.1 108h:ATCTCTACAGTGTGGA,Pre-somitic mesoderm
S7.1 108h:GTCAAACAGTACGAGC,Paraxial mesoderm
S7.1 108h:CTACTATGTTTACTTC,Gut
S7.1 108h:TTGTTCAAGTAACGAT,Pre-somitic mesoderm
S7.1 108h:CAGTTAGTCTTACCGC,Pre-somitic mesoderm
S7.1 108h:ACGGTTACATGAGAAT,Pre-somitic mesoderm
S7.1 108h:TCTGGCTAGGCTAACG,Paraxial mesoderm
S7.1 108h:AAAGGATGTCAGCTTA,Pre-somitic mesoderm
S7.1 108h:GGCACGTAGGACCCAA,Caudal mesoderm
S7.1 108h:GGAGAACTCATGCATG,Ectopic pluripotency
S7.1 108h:CATGCTCAGTTACGGG,Gut
S7.1 108h:CTGCCTACACTATCGA,Pre-somitic mesoderm
S7.1 108h:GCTGGGTGTAAGTTGA,Pre-somitic mesoderm
S7.1 108h:GTGACGCTCATTCACT,Caudal mesoderm
S7.1 108h:ATGGTTGAGGCGCTTC,Pre-somitic mesoderm
S7.1 108h:GGGATGATCTGCCTCA,Pre-somitic mesoderm
S7.1 108h:TCAGTGAAGATTAGAC,Caudal mesoderm
S7.1 108h:CTTCTAAGTGGTCTAT,Paraxial mesoderm
S7.1 108h:GTGGAAGCAATTGCCA,Pre-somitic mesoderm
S7.1 108h:GCAACATAGCCAAGCA,Pre-somitic mesoderm
S7.1 108h:CACGGGTTCGTAGCCG,Paraxial mesoderm
S7.1 108h:GAGGGTACAACAGTGG,Pre-somitic mesoderm
S7.1 108h:CGGGTGTAGTATGGCG,Paraxial mesoderm
S7.1 108h:AATTTCCGTATAATGG,Caudal mesoderm
S7.1 108h:TACCCACGTGCGAGTA,Paraxial mesoderm
S7.1 108h:CAAGACTAGTGGCCTC,Pre-somitic mesoderm
S7.1 108h:CCTCAGTAGACCTTTG,Pre-somitic mesoderm
S7.1 108h:CAGGCCACATCTCAAG,Paraxial mesoderm
S7.1 108h:TTCAGGACAAGCACAG,Paraxial mesoderm
S7.1 108h:TGACAGTTCACCTTAT,Paraxial mesoderm
S7.1 108h:CCTTGTGAGACACACG,Paraxial mesoderm
S7.1 108h:AGTCACAGTACGTACT,Pre-somitic mesoderm
S7.1 108h:TTCCGGTGTTAGGGTG,Pre-somitic mesoderm
S7.1 108h:TGCATCCAGCACTCCG,Paraxial mesoderm
S7.1 108h:TTTGATCAGGGAGGGT,Caudal mesoderm
S7.1 108h:TCAAGTGGTGGGTCAA,Pre-somitic mesoderm
S7.1 108h:ATCCTATAGACAGCGT,Pre-somitic mesoderm
S7.1 108h:TCTCACGTCCAAGCAT,Caudal mesoderm
S7.1 108h:GGTGATTGTGGCTAGA,Caudal mesoderm
S7.1 108h:GGGTTATTCCAATGCA,Paraxial mesoderm
S7.1 108h:CGGACACCATCAGCGC,Pre-somitic mesoderm
S7.1 108h:TAGGTTGTCTAAGCGT,Caudal mesoderm
S7.1 108h:CACTTCGGTCCGTTTC,Pre-somitic mesoderm
S7.1 108h:GTTAGACCAAGTAGTA,Paraxial mesoderm
S7.1 108h:GTTCCGTTCTTGTGCC,Pre-somitic mesoderm
S7.1 108h:TCCTTTCTCAGTCATG,Paraxial mesoderm
S7.1 108h:CGAGTTACACGACAAG,Pre-somitic mesoderm
S7.1 108h:CAGCCAGTCTGGTCAA,Pre-somitic mesoderm
S7.1 108h:AATAGAGCAACAGAGC,Pre-somitic mesoderm
S7.1 108h:CCTGTTGAGAGTCCGA,Pre-somitic mesoderm
S7.1 108h:ATTGTTCCAGCTGCCA,Paraxial mesoderm
S7.1 108h:GCTACAAAGTAGATCA,Paraxial mesoderm
S7.1 108h:TCATTCACACCCTCTA,Paraxial mesoderm
S7.1 108h:CTATAGGTCAGTGTGT,Pre-somitic mesoderm
S7.1 108h:GGAGATGCATCTTTCA,Paraxial mesoderm
S7.1 108h:GAGTTACAGTATGACA,Pre-somitic mesoderm
S7.1 108h:GCACTAACATAATCGC,Paraxial mesoderm
S7.1 108h:CTACATTGTGAAGCTG,Gut
S7.1 108h:TACACCCTCCTACTGC,Paraxial mesoderm
S7.1 108h:GTTACCCAGGTGGCTA,Paraxial mesoderm
S7.1 108h:TGCGGGTAGACGCAGT,Paraxial mesoderm
S7.1 108h:CTGTACCCAGGCACAA,Pre-somitic mesoderm
S7.1 108h:TTCATGTGTCCGATCG,Paraxial mesoderm
S7.1 108h:GATGACTAGGGACTGT,Caudal mesoderm
S7.1 108h:AGTGATCTCTTTCAGT,Paraxial mesoderm
S7.1 108h:CGACAGCGTATGCGGA,Gut
S7.1 108h:GTCGCGACATCGCTAA,Pre-somitic mesoderm
S7.1 108h:CCTCCTCTCTAGTTCT,Paraxial mesoderm
S7.1 108h:GTAATCGAGGTGCTTT,Pre-somitic mesoderm
S7.1 108h:ACTACGATCACCTTAT,Pre-somitic mesoderm
S7.1 108h:AATTTCCAGTGCGACA,Paraxial mesoderm
S7.1 108h:ATCATTCCAACGATTC,Paraxial mesoderm
S7.1 108h:TACAACGAGATGACCG,Gut
S7.1 108h:ACCACAAAGTGCAGCA,Paraxial mesoderm
S7.1 108h:CGACAGCAGCCAGAGT,Caudal mesoderm
S7.1 108h:TTCGGTCAGGCGCTTC,Ectopic pluripotency
S7.1 108h:CTCAGAACAATGCAAA,Paraxial mesoderm
S7.1 108h:GTCTTTAGTTAGAGAT,Ectopic pluripotency
S7.1 108h:CTCTCGATCCGGACTG,Paraxial mesoderm
S7.1 108h:TGATGCAGTCTGGTTA,Paraxial mesoderm
S7.1 108h:TAGCACATCTATTCGT,Pre-somitic mesoderm
S7.1 108h:ACACTGAAGTCATGCT,Pre-somitic mesoderm
S7.1 108h:CTCAGTCTCCCGTGAG,Paraxial mesoderm
S7.1 108h:CAACCTCAGCAGCAGT,Pre-somitic mesoderm
S7.1 108h:TAGCACATCGGACGTC,Pre-somitic mesoderm
S7.1 108h:TCACTATTCCACACAA,Paraxial mesoderm
S7.1 108h:CCACGTTTCTTCCCAG,Paraxial mesoderm
S7.1 108h:GTAATGCCACAATCTG,Pre-somitic mesoderm
S7.1 108h:TCACGGGCACAACATC,Paraxial mesoderm
S7.1 108h:CAGTTCCAGAATGTTG,Paraxial mesoderm
S7.1 108h:CTAAGTGCATGATGCT,Ectopic pluripotency
S7.1 108h:CTTTCGGCAGACACCC,Pre-somitic mesoderm
S7.1 108h:AGGAATATCACCCTGT,Gut
S7.1 108h:CTGGACGTCTATGCCC,Pre-somitic mesoderm
S7.1 108h:CACGTTCTCTTGGATG,Pre-somitic mesoderm
S7.1 108h:TCCTCGAAGATCCCGC,Caudal mesoderm
S7.1 108h:AGCGCCACAGTTAGGG,Pre-somitic mesoderm
S7.1 108h:CTACCCATCCAAAGGG,Paraxial mesoderm
S7.1 108h:GTCATGATCACACCCT,Paraxial mesoderm
S7.1 108h:CATTCATGTCTGTTAG,Pre-somitic mesoderm
S7.1 108h:TGTGGCGAGGGCAGAG,Paraxial mesoderm
S7.1 108h:ACACGCGAGCATGCGA,Pre-somitic mesoderm
S7.1 108h:TAGGAGGAGGATCATA,Caudal mesoderm
S7.1 108h:GATGGAGTCATTCGTT,Paraxial mesoderm
S7.1 108h:CACGAATTCGGCATCG,Pre-somitic mesoderm
S7.1 108h:GTGTAACCAAGACTGG,Paraxial mesoderm
S7.1 108h:AGTAACCCAACCGGAA,Paraxial mesoderm
S7.1 108h:GTTTACTGTACCAGAG,Paraxial mesoderm
S7.1 108h:CTCCCTCAGGTCTTTG,Paraxial mesoderm
S7.1 108h:GCCAGGTAGCGACCCT,Pre-somitic mesoderm
S7.1 108h:TGGGAGAGTTTCGCTC,Paraxial mesoderm
S7.1 108h:CTCCACAAGTCATACC,Pre-somitic mesoderm
S7.1 108h:CGAGGCTGTCTCGCGA,Paraxial mesoderm
S7.1 108h:TGGCGTGGTATACAGA,Paraxial mesoderm
S7.1 108h:TCGATTTTCAGTGGGA,Pre-somitic mesoderm
S7.1 108h:TTCGGTCGTAGAATGT,Pre-somitic mesoderm
S7.1 108h:AACAAGATCCGCATAA,Pre-somitic mesoderm
S7.1 108h:CGAAGGAAGAAGGGAT,Pre-somitic mesoderm
S7.1 108h:TTTAGTCTCTGCATGA,Paraxial mesoderm
S7.1 108h:CATACAGTCATTCGTT,Caudal mesoderm
S7.1 108h:GAATCGTCATTGAGGG,Pre-somitic mesoderm
S7.1 108h:GGGTAGATCAACTGAC,Paraxial mesoderm
S7.1 108h:CTTAGGAAGATGTTCC,Pre-somitic mesoderm
S7.1 108h:ATCACGAGTCCGAAAG,Ectopic pluripotency
S7.1 108h:GATTTCTGTAAGGTCG,Pre-somitic mesoderm
S7.1 108h:ATCTCTATCATTGTGG,Paraxial mesoderm
S7.1 108h:AAGACTCAGCGGCTCT,Paraxial mesoderm
S7.1 108h:GCATGATAGAGTGGCT,Paraxial mesoderm
S7.1 108h:ATGAGTCCAGACAAAT,Pre-somitic mesoderm
S7.1 108h:AAGGTAAGTTACGATC,Pre-somitic mesoderm
S7.1 108h:TCGCTTGTCATCAGTG,Paraxial mesoderm
S7.1 108h:CAATACGTCCGTTGGG,Paraxial mesoderm
S7.1 108h:ATTCCCGTCCTTCTTC,Pre-somitic mesoderm
S7.1 108h:ACGGTTAAGTTGAAGT,Paraxial mesoderm
S7.1 108h:TCATGTTGTTCTCCAC,Paraxial mesoderm
S7.1 108h:AACCATGTCAAAGGAT,Pre-somitic mesoderm
S7.1 108h:ATGGATCCAAGATCCT,Paraxial mesoderm
S7.1 108h:GAACACTCAGCAGTGA,Paraxial mesoderm
S7.1 108h:CATACAGCAGCCATTA,Ectopic pluripotency
S7.1 108h:TTACTGTAGCTGTCCG,Pre-somitic mesoderm
S7.1 108h:ATCACTTGTTAAACCC,Paraxial mesoderm
S7.1 108h:GCACGGTCATGGACAG,Paraxial mesoderm
S7.1 108h:AACGGGACAACCAGAG,Pre-somitic mesoderm
S7.1 108h:AAAGTGAAGGAGGCAG,Paraxial mesoderm
S7.1 108h:TCCTCGAGTGCATGAG,Paraxial mesoderm
S7.1 108h:TCTCACGCAGCCGTCA,Caudal mesoderm
S7.1 108h:CAGATACTCCATCTAT,Caudal mesoderm
S7.1 108h:AATGGCTGTATCTCGA,Paraxial mesoderm
S7.1 108h:ATTATCCTCGACATCA,Paraxial mesoderm
S7.1 108h:CTTGATTAGTATGGCG,Pre-somitic mesoderm
S7.1 108h:GGCTTGGAGTGTGTTC,Pre-somitic mesoderm
S7.1 108h:CTCTGGTGTGTCCAAT,Paraxial mesoderm
S7.1 108h:GTGGGAACACATATCG,Paraxial mesoderm
S7.1 108h:GAAACCTCAGTAACAA,Pre-somitic mesoderm
S7.1 108h:AGGATAAAGCCACCGT,Paraxial mesoderm
S7.1 108h:CTGGCAGTCGTGGAAG,Pre-somitic mesoderm
S7.1 108h:ATCACTTTCAGACCGC,Hemogenic endothelium
S7.1 108h:TCCTTTCCAATTTCTC,Pre-somitic mesoderm
S7.1 108h:CTAACTTGTGGTCAAG,Paraxial mesoderm
S7.1 108h:GACTCTCGTCGTTATG,Pre-somitic mesoderm
S7.1 108h:GTGCGTGCAGATCATC,Gut
S7.1 108h:TACCGAAAGACGGTCA,Paraxial mesoderm
S7.1 108h:GTACAGTAGCGGTAAC,Pre-somitic mesoderm
S7.1 108h:GCCAGCACAGGCGTTC,Pre-somitic mesoderm
S7.1 108h:TCACGGGCATTAAAGG,Caudal mesoderm
S7.1 108h:TCCCATGGTTAGAGTA,Paraxial mesoderm
S7.1 108h:CTCTCAGGTTGCGGCT,Pre-somitic mesoderm
S7.1 108h:AATTTCCTCCGTAGTA,Paraxial mesoderm
S7.1 108h:CTGATCCCAACTCCCT,Paraxial mesoderm
S7.1 108h:CTCAATTCAAACACCT,Pre-somitic mesoderm
S7.1 108h:CTACTATTCCGGCAAC,Pre-somitic mesoderm
S7.1 108h:GGTCTGGTCTACACAG,Caudal mesoderm
S7.1 108h:AAACGCTTCCGTATGA,Paraxial mesoderm
S7.1 108h:CAGAGCCAGTTCATCG,Paraxial mesoderm
S7.1 108h:AGAGAATGTGATGAAT,Ectopic pluripotency
S7.1 108h:TGCACGGAGCATCGAG,Paraxial mesoderm
S7.1 108h:GGTGTTATCTTTGCGC,Paraxial mesoderm
S7.1 108h:TAGCACATCGTGACTA,Pre-somitic mesoderm
S7.1 108h:CTCTCGAGTTTCACAG,Pre-somitic mesoderm
S7.1 108h:TCGTCCAGTACTAGCT,Paraxial mesoderm
S7.1 108h:TCAAGACGTATGGTTC,Caudal mesoderm
S7.1 108h:GTCAAACTCCTATTGT,Paraxial mesoderm
S7.1 108h:ACACGCGGTAGAGGAA,Pre-somitic mesoderm
S7.1 108h:TGATTTCGTGATACAA,Paraxial mesoderm
S7.1 108h:TCCTCGATCGGTGTAT,Pre-somitic mesoderm
S7.1 108h:CCTGTTGAGGGTCACA,Caudal mesoderm
S7.1 108h:AAAGGTATCATCGTAG,Paraxial mesoderm
S7.1 108h:TCCACCAGTTTCAGAC,Paraxial mesoderm
S7.1 108h:CGTGCTTTCGGAGATG,Pre-somitic mesoderm
S7.1 108h:TAGAGTCAGCTTGTGT,Pre-somitic mesoderm
S7.1 108h:CAATTTCCAGACTCTA,Somite differentiation front
S7.1 108h:GTGGTTAAGCGAGTCA,Pre-somitic mesoderm
S7.1 108h:GGCTGTGCATCTTTCA,Caudal mesoderm
S7.1 108h:TCCCAGTCAAGAGTGC,Pre-somitic mesoderm
S7.1 108h:TCGTGGGTCTTGAACG,Ectopic pluripotency
S7.1 108h:TCGTGGGCACCTTCGT,Caudal mesoderm
S7.1 108h:AGACAGGAGAAGCCTG,Pre-somitic mesoderm
S7.1 108h:TGACGCGAGCATGAAT,Ectopic pluripotency
S7.1 108h:CGGGTCAGTTACGGAG,Paraxial mesoderm
S7.1 108h:GTGAGTTCAGCTGCCA,Paraxial mesoderm
S7.1 108h:CATGGATGTAACACGG,Paraxial mesoderm
S7.1 108h:CTGAGCGAGACTGGGT,Caudal mesoderm
S7.1 108h:TCTATCACACCTCTGT,Paraxial mesoderm
S7.1 108h:GGGTATTAGAATCGTA,Paraxial mesoderm
S7.1 108h:CGATGGCCAGCGTACC,Caudal mesoderm
S7.1 108h:ACTGATGTCGTAGGAG,Pre-somitic mesoderm
S7.1 108h:AGGGTTTTCAAATAGG,Paraxial mesoderm
S7.1 108h:TTTCCTCAGAGTGTTA,Paraxial mesoderm
S7.1 108h:TCTGTCGCAGTCAGAG,Pre-somitic mesoderm
S7.1 108h:TCTATCACATCCTTGC,Paraxial mesoderm
S7.1 108h:GCGGAAACATCGATAC,Paraxial mesoderm
S7.1 108h:TGTAAGCGTGCGGTAA,Paraxial mesoderm
S7.1 108h:CTGATCCGTCAGCTTA,Pre-somitic mesoderm
S7.1 108h:CTACAGATCAACCTCC,Paraxial mesoderm
S7.1 108h:CAGGGCTGTGTTCGTA,Pre-somitic mesoderm
S7.1 108h:CATACCCAGATGAATC,Pre-somitic mesoderm
S7.1 108h:CATCCACTCGCAGATT,Pre-somitic mesoderm
S7.1 108h:GCCAGTGAGAAGCCTG,Pre-somitic mesoderm
S7.1 108h:ATTCTTGCACGATTCA,Paraxial mesoderm
S7.1 108h:CCACGTTCAACGACTT,Paraxial mesoderm
S7.1 108h:CACTAAGCATTGCAAC,Paraxial mesoderm
S7.1 108h:TTCTTGATCCGTTTCG,Caudal mesoderm
S7.1 108h:GAATCGTAGGCCTTCG,Ectopic pluripotency
S7.1 108h:TCATGCCTCGAACACT,Pre-somitic mesoderm
S7.1 108h:CATCCACGTACTCGTA,Caudal mesoderm
S7.1 108h:GTCGAATCAGGCTATT,Paraxial mesoderm
S7.1 108h:CGATGGCCAAACGGCA,Paraxial mesoderm
S7.1 108h:TCACATTCAGCTCATA,Caudal mesoderm
S7.1 108h:ACACCAATCGGAGTGA,Caudal mesoderm
S7.1 108h:CTGGCAGGTACTCGAT,Pre-somitic mesoderm
S7.1 108h:TGACAGTTCGCTACAA,Paraxial mesoderm
S7.1 108h:GTCATCCCAGGTCAAG,Pre-somitic mesoderm
S7.1 108h:CTCACTGTCTAGCAAC,Paraxial mesoderm
S7.1 108h:TGCTCCAGTGGCATCC,Paraxial mesoderm
S7.1 108h:TGTTACTCACCCTAAA,Pre-somitic mesoderm
S7.1 108h:CCGCAAGGTATGAAGT,Pre-somitic mesoderm
S7.1 108h:GACCGTGCATACATCG,Paraxial mesoderm
S7.1 108h:AGGAGGTCATCCCACT,Pre-somitic mesoderm
S7.1 108h:GAAGCCCTCCACGTGG,Pre-somitic mesoderm
S7.1 108h:TTAGGCAGTGTCGATT,Paraxial mesoderm
S7.1 108h:AACAAAGAGATAGTCA,Paraxial mesoderm
S7.1 108h:CTCATTACAAATGAAC,Pre-somitic mesoderm
S7.1 108h:TGGAGGACACGCTGCA,Paraxial mesoderm
S7.1 108h:CTTCCTTCAGTCGGTC,Pre-somitic mesoderm
S7.1 108h:TAACGACAGGGTTGCA,Paraxial mesoderm
S7.1 108h:GACCGTGAGAACAGGA,Paraxial mesoderm
S7.1 108h:CTACCCACAAGCAGGT,Caudal mesoderm
S7.1 108h:CCACAAAGTCAATGGG,Paraxial mesoderm
S7.1 108h:TAGATCGGTCCTCATC,Paraxial mesoderm
S7.1 108h:CAAGCTACACATTGTG,Paraxial mesoderm
S7.1 108h:TCGCTCAGTAGAGTTA,Pre-somitic mesoderm
S7.1 108h:ACTGCAATCTAGTACG,Pre-somitic mesoderm
S7.1 108h:CCATAAGTCGACGATT,Caudal mesoderm
S7.1 108h:TGAGACTCAGAGAAAG,Paraxial mesoderm
S7.1 108h:TTCTTCCGTGTATCCA,Gut
S7.1 108h:AGGGAGTCAAGCACCC,Pre-somitic mesoderm
S7.1 108h:TCTTAGTCACAGACGA,Paraxial mesoderm
S7.1 108h:TACCCGTAGTGTACAA,Pre-somitic mesoderm
S7.1 108h:GTTGTAGTCCGGACGT,Paraxial mesoderm
S7.1 108h:GGAACCCTCGACCATA,Pre-somitic mesoderm
S7.1 108h:TGTCAGATCGACCACG,Pre-somitic mesoderm
S7.1 108h:AGTGCCGCAACCAATC,Paraxial mesoderm
S7.1 108h:GAACACTTCTTAAGGC,Pre-somitic mesoderm
S7.1 108h:ACAAGCTAGATGAATC,Paraxial mesoderm
S7.1 108h:ATCGTGATCACTAGCA,Caudal mesoderm
S7.1 108h:CGGCAGTTCTTTGCAT,Pre-somitic mesoderm
S7.1 108h:CGCCAGAAGCCTCTGG,Caudal mesoderm
S7.1 108h:AGCGCCAGTAGCTGCC,Paraxial mesoderm
S7.1 108h:TCGCACTGTGGGACAT,Paraxial mesoderm
S7.1 108h:CGGGTCACAGGTTCCG,Pre-somitic mesoderm
S7.1 108h:TGCTCCAGTGTTACAC,Pre-somitic mesoderm
S7.1 108h:TTTCCTCTCGAGAAAT,Pre-somitic mesoderm
S7.1 108h:ACGTTCCCAGTTTCAG,Pre-somitic mesoderm
S7.1 108h:GAGTCATAGCCGAACA,Paraxial mesoderm
S7.1 108h:GGTCACGCATGTGTCA,Pre-somitic mesoderm
S7.1 108h:TTCGATTCATGGGCAA,Pre-somitic mesoderm
S7.1 108h:CAACGATGTTCTCAGA,Pre-somitic mesoderm
S7.1 108h:ATTACTCAGTGGAATT,Paraxial mesoderm
S7.1 108h:GCTGAATGTGGCAACA,Gut
S7.1 108h:AACCTTTAGTCTAGAA,Pre-somitic mesoderm
S7.1 108h:AGGACTTAGTTACGTC,Paraxial mesoderm
S7.1 108h:CTCCCTCAGGTGCGAT,Paraxial mesoderm
S7.1 108h:GATGGAGAGATAGCTA,Gut
S7.1 108h:TGGTACAGTCTGTGTA,Caudal mesoderm
S7.1 108h:AAAGTCCTCTACTGAG,Caudal mesoderm
S7.1 108h:TAAGTCGTCCCAATAG,Paraxial mesoderm
S7.1 108h:GAAGTAAGTACAAAGT,Caudal mesoderm
S7.1 108h:TGCTCGTTCACAATGC,Caudal mesoderm
S7.1 108h:AGAACCTAGAGTGTTA,Gut
S7.1 108h:ATGGGTTTCCTAGCGG,Paraxial mesoderm
S7.1 108h:TATACCTGTCTCTCAC,Pre-somitic mesoderm
S7.1 108h:AATGAAGCATTCACAG,Pre-somitic mesoderm
S7.1 108h:TCGGGTGTCCTTATCA,Pre-somitic mesoderm
S7.1 108h:CATCGTCAGTCCCGAC,Paraxial mesoderm
S7.1 108h:CTGTGGGAGGTTCCAT,Caudal mesoderm
S7.1 108h:GGGTAGAGTAGATTGA,Pre-somitic mesoderm
S7.1 108h:ATCACTTTCACCCTGT,Paraxial mesoderm
S7.1 108h:CTGTAGATCGCACGGT,Pre-somitic mesoderm
S7.1 108h:CTCATGCCACGTACAT,Paraxial mesoderm
S7.1 108h:TTTAGTCGTAACACCT,Paraxial mesoderm
S7.1 108h:TAGACTGGTTCAAGGG,Gut
S7.1 108h:CTGCCATAGCACGATG,Paraxial mesoderm
S7.1 108h:CATTGTTGTTTCCCAC,Caudal mesoderm
S7.1 108h:AGCGTATGTCTAATCG,Pre-somitic mesoderm
S7.1 108h:CATTCCGCAAGCAATA,Pre-somitic mesoderm
S7.1 108h:ACATTTCGTGGTACAG,Caudal mesoderm
S7.1 108h:GTCGTTCTCGGTCTAA,Ectopic pluripotency
S7.1 108h:CGTTAGATCTCCTGTG,Pre-somitic mesoderm
S7.1 108h:ATGAGGGCATGACTAC,Pre-somitic mesoderm
S7.1 108h:ACGATGTAGACCAACG,Pre-somitic mesoderm
S7.1 108h:GGTGTCGGTGGCTGAA,Paraxial mesoderm
S7.1 108h:GTCAGCGCAAATCGTC,Caudal mesoderm
S7.1 108h:AACAAAGAGTCACACT,Pre-somitic mesoderm
S7.1 108h:TTGGATGTCATCCTGC,Pre-somitic mesoderm
S7.1 108h:GTGTTCCGTAGCTTTG,Paraxial mesoderm
S7.1 108h:CTTCTAATCATGTCAG,Ectopic pluripotency
S7.1 108h:AAGATAGGTATAATGG,Pre-somitic mesoderm
S7.1 108h:CAAGAGGGTTGCCGAC,Ectopic pluripotency
S7.1 108h:AGATAGAAGGAGTATT,Ectopic pluripotency
S7.1 108h:CATGAGTAGGTGAGCT,Paraxial mesoderm
S7.1 108h:AAGTCGTAGGTCGCCT,Caudal mesoderm
S7.1 108h:TCGGGACGTGTCGCTG,Ectopic pluripotency
S7.1 108h:TTCCTTCAGCCAACCC,Paraxial mesoderm
S7.1 108h:CTACAGAGTCCTGGGT,Paraxial mesoderm
S7.1 108h:TTCTTGACATGGCTGC,Caudal mesoderm
S7.1 108h:ATGCATGAGTGTCATC,Paraxial mesoderm
S7.1 108h:AATAGAGGTCTCACAA,Paraxial mesoderm
S7.1 108h:CCTTCAGGTTCGGTCG,Pre-somitic mesoderm
S7.1 108h:CTGTATTAGTGAGTGC,Paraxial mesoderm
S7.1 108h:ACCAAACGTGTGACCC,Ectopic pluripotency
S7.1 108h:TTTCCTCGTGAAGCGT,Paraxial mesoderm
S7.1 108h:TTTCCTCCAAGGCTTT,Paraxial mesoderm
S7.1 108h:CGTGTCTCAACTGATC,Ectopic pluripotency
S7.1 108h:TCAGTCCCAAGGCCTC,Paraxial mesoderm
S7.1 108h:GAGGGATCAGTGGTGA,Pre-somitic mesoderm
S7.1 108h:ATAGGCTGTATTTCCT,Pre-somitic mesoderm
S7.1 108h:AGTACTGTCTGCGGAC,Pre-somitic mesoderm
S7.1 108h:GATCGTATCGGTGTTA,Ectopic pluripotency
S7.1 108h:TCTTTGACATTGACTG,Pre-somitic mesoderm
S7.1 108h:CATCGCTAGGTCCGAA,Caudal mesoderm
S7.1 108h:AAGTCGTCACCCTCTA,Pre-somitic mesoderm
S7.1 108h:TCTATACTCCAAATGC,Caudal mesoderm
S7.1 108h:CATGGTATCATTCTTG,Pre-somitic mesoderm
S7.1 108h:ACAGAAAAGTAACCTC,Pre-somitic mesoderm
S7.1 108h:GGTAACTTCGATACAC,Paraxial mesoderm
S7.1 108h:TGGGAGATCCCTTTGG,Caudal mesoderm
S7.1 108h:GACTCAAGTCTAGTGT,Paraxial mesoderm
S7.1 108h:CCTAACCCACTTGTCC,Somite differentiation front
S7.1 108h:TGCGACGAGTAAGAGG,Ectopic pluripotency
S7.1 108h:TCCTAATAGCGTGAGT,Caudal mesoderm
S7.1 108h:GTGCACGGTTTCGCTC,Pre-somitic mesoderm
S7.1 108h:AGTTCCCTCACTAGCA,Paraxial mesoderm
S7.1 108h:AACCTTTAGCGAACTG,Caudal mesoderm
S7.1 108h:GGGTAGATCCAACCGG,Paraxial mesoderm
S7.1 108h:CAGCGTGCAGTTAGAA,Paraxial mesoderm
S7.1 108h:CCGGTAGTCAGCGGAA,Ectopic pluripotency
S7.1 108h:TACTTACTCTAAGAAG,Paraxial mesoderm
S7.1 108h:GTTGTGATCGGCATTA,Pre-somitic mesoderm
S7.1 108h:CCTTGTGTCGCAGTCG,Paraxial mesoderm
S7.1 108h:GCATCGGAGAGAGAAC,Pre-somitic mesoderm
S7.1 108h:TATTTCGAGGGTAATT,Paraxial mesoderm
S7.1 108h:ACTGCAACACCATTCC,Pre-somitic mesoderm
S7.1 108h:GATAGCTAGTTAGTAG,Ectopic pluripotency
S7.1 108h:CACATGAAGTAAACAC,Paraxial mesoderm
S7.1 108h:TCATTGTGTTGACTAC,Pre-somitic mesoderm
S7.1 108h:ACTTCCGTCCTCACCA,Ectopic pluripotency
S7.1 108h:GGTGAAGTCGTTAGAC,Paraxial mesoderm
S7.1 108h:GTTGTAGAGTGCGCTC,Pre-somitic mesoderm
S7.1 108h:GATTCGAGTGGCTCTG,Paraxial mesoderm
S7.1 108h:TTTCACATCTTAGGAC,Caudal mesoderm
S7.1 108h:CCCAACTTCTCGTCGT,Paraxial mesoderm
S7.1 108h:TACTGCCCATGTAACC,Pre-somitic mesoderm
S7.1 108h:GTAATGCTCACACGAT,Pre-somitic mesoderm
S7.1 108h:TAAGCACCAAATGAGT,Paraxial mesoderm
S7.1 108h:GTCAAGTAGTTCTACG,Paraxial mesoderm
S7.1 108h:CCTTTGGCAATTTCCT,Paraxial mesoderm
S7.1 108h:CGCCAGAAGGATATGT,Paraxial mesoderm
S7.1 108h:TAACGACAGATTGTGA,Paraxial mesoderm
S7.1 108h:CTCCTCCTCCGGCTTT,Caudal mesoderm
S7.1 108h:TCTCACGCAAATCGGG,Paraxial mesoderm
S7.1 108h:GAAGCGAGTGTCATCA,Paraxial mesoderm
S7.1 108h:ATACCGACATCATTTC,Paraxial mesoderm
S7.1 108h:AAGTTCGCAGGTGTGA,Pre-somitic mesoderm
S7.1 108h:GGAATGGCAAGGTTGG,Paraxial mesoderm
S7.1 108h:CCACCATGTCCAGCCA,Paraxial mesoderm
S7.1 108h:CCGCAAGGTCCGACGT,Pre-somitic mesoderm
S7.1 108h:GGTTAACAGGTGCTAG,Paraxial mesoderm
S7.1 108h:GTCCACTTCCTAGCGG,Gut
S7.1 108h:GCCGATGTCAAAGAAC,Pre-somitic mesoderm
S7.1 108h:TGGTAGTTCATTTGCT,Paraxial mesoderm
S7.1 108h:TAGAGTCTCGCACGGT,Paraxial mesoderm
S7.1 108h:CAACCTCAGGTGCTTT,Pre-somitic mesoderm
S7.1 108h:GCAGCCATCCCAAGCG,Pre-somitic mesoderm
S7.1 108h:TGATCAGCAGTGGTGA,Pre-somitic mesoderm
S7.1 108h:TATTGGGCATAACCCA,Pre-somitic mesoderm
S7.1 108h:GGGCCATCAAGTATAG,Paraxial mesoderm
S7.1 108h:TGTGAGTAGAGTAACT,Pre-somitic mesoderm
S7.1 108h:TGATCAGAGAGCAGAA,Pre-somitic mesoderm
S7.1 108h:GACTGATTCTACTGAG,Paraxial mesoderm
S7.1 108h:ATGGGTTAGCTGAAGC,Paraxial mesoderm
S7.1 108h:TGGGAGAAGGAACATT,Caudal mesoderm
S7.1 108h:GGAAGTGCAGCTGAGA,Pre-somitic mesoderm
S7.1 108h:GGGTTTATCGGTAACT,Paraxial mesoderm
S7.1 108h:TGAATGCGTGGGTATG,Caudal mesoderm
S7.1 108h:ACCACAATCCATCTCG,Pre-somitic mesoderm
S7.1 108h:ACGGTCGGTGAGTAGC,Caudal mesoderm
S7.1 108h:TCAAGTGCACTCCGGA,Paraxial mesoderm
S7.1 108h:CCTCCAACACGAAGAC,Caudal mesoderm
S7.1 108h:CTGTGGGTCACGGAGA,Pre-somitic mesoderm
S7.1 108h:GATCAGTAGTCTGCGC,Caudal mesoderm
S7.1 108h:GGTAATCAGTTCGGTT,Paraxial mesoderm
S7.1 108h:CATCCGTGTCCTACAA,Paraxial mesoderm
S7.1 108h:GGTGAAGGTCCGGTCA,Paraxial mesoderm
S7.1 108h:ACGGAAGGTCCGTTTC,Paraxial mesoderm
S7.1 108h:AAAGTCCGTCGAACGA,Paraxial mesoderm
S7.1 108h:ACTTAGGAGTAAACAC,Pre-somitic mesoderm
S7.1 108h:GATCCCTGTGGACTGA,Paraxial mesoderm
S7.1 108h:CCGCAAGGTGCTGATT,Pre-somitic mesoderm
S7.1 108h:AGATGAACAAGGTACG,Pre-somitic mesoderm
S7.1 108h:ATCAGGTAGAGATGCC,Caudal mesoderm
S7.1 108h:CAAGACTGTCCCGTGA,Paraxial mesoderm
S7.1 108h:AACTTCTCATCGTGGC,Pre-somitic mesoderm
S7.1 108h:TCATACTAGTAAGACT,Paraxial mesoderm
S7.1 108h:CATTGAGCAAGCGATG,Pre-somitic mesoderm
S7.1 108h:AAACCCAGTGTTACAC,Paraxial mesoderm
S7.1 108h:ATCGCCTGTTGAGGAC,Pre-somitic mesoderm
S7.1 108h:TTCATTGGTCAGGTGA,Pre-somitic mesoderm
S7.1 108h:ATCAGGTCAACGTAAA,Caudal mesoderm
S7.1 108h:TCATGCCCACGGCACT,Paraxial mesoderm
S7.1 108h:GAATAGATCTTACCGC,Paraxial mesoderm
S7.1 108h:TGAGTCATCGTGGGAA,Paraxial mesoderm
S7.1 108h:CCTCCAAAGCCAAGGT,Pre-somitic mesoderm
S7.1 108h:TGGGTTAAGGTCGCCT,Paraxial mesoderm
S7.1 108h:TGACGCGCACAGTGAG,Caudal mesoderm
S7.1 108h:CTCATGCAGATGAACT,Pre-somitic mesoderm
S7.1 108h:TGCGATAGTGTGTTTG,Pre-somitic mesoderm
S7.1 108h:TCACACCTCGGACTTA,Pre-somitic mesoderm
S7.1 108h:CCGGACACATGAGTAA,Pre-somitic mesoderm
S7.1 108h:ATCTTCATCTACACTT,Paraxial mesoderm
S7.1 108h:ACGTAGTCAGCGTTGC,Paraxial mesoderm
S7.1 108h:GTAGGTTAGTTCGGTT,Gut
S7.1 108h:AGTTCGAGTTCCAGGC,Paraxial mesoderm
S7.1 108h:GTAGATCCACTTGAAC,Pre-somitic mesoderm
S7.1 108h:AAATGGATCGTCTAAG,Ectopic pluripotency
S7.1 108h:GCTCAAACAAGCGAGT,Pre-somitic mesoderm
S7.1 108h:TCATACTGTGTTCATG,Paraxial mesoderm
S7.1 108h:AGTGATCGTGAAAGTT,Caudal mesoderm
S7.1 108h:CTCTGGTAGCTCGACC,Caudal mesoderm
S7.1 108h:GTCATGAGTTAAGTCC,Paraxial mesoderm
S7.1 108h:ATTATCCGTCTTACAG,Pre-somitic mesoderm
S7.1 108h:CGTCCATAGCCGTAAG,Paraxial mesoderm
S7.1 108h:TTCATGTGTTTGCAGT,Pre-somitic mesoderm
S7.1 108h:CGTGCTTAGAGTAACT,Paraxial mesoderm
S7.1 108h:GGGATGAGTACAAGCG,Paraxial mesoderm
S7.1 108h:TGTGTGAAGGGACCAT,Pre-somitic mesoderm
S7.1 108h:CAAGACTAGCTCGTGC,Gut
S7.1 108h:GCAACATCAATAGGAT,Paraxial mesoderm
S7.1 108h:TATGTTCAGCCGTTGC,Pre-somitic mesoderm
S7.1 108h:TTAGTCTAGTCACTCA,Pre-somitic mesoderm
S7.1 108h:TTGCTGCGTCTTGTCC,Ectopic pluripotency
S7.1 108h:CTCCCAAAGAGCAGCT,Paraxial mesoderm
S7.1 108h:TGTCCACTCTGCCCTA,Paraxial mesoderm
S7.1 108h:GTCTGTCAGCAGTCTT,Paraxial mesoderm
S7.1 108h:GCTTGGGGTTGGCCGT,Paraxial mesoderm
S7.1 108h:GAGGCAATCAGAGCAG,Pre-somitic mesoderm
S7.1 108h:AAGCATCAGGATCACG,Pre-somitic mesoderm
S7.1 108h:CTCCTTTAGATACCAA,Pre-somitic mesoderm
S7.1 108h:GAGCCTGCACACACTA,Pre-somitic mesoderm
S7.1 108h:CTCTCAGGTGCGGCTT,Pre-somitic mesoderm
S7.1 108h:ACTGTCCAGTGGTCAG,Caudal mesoderm
S7.1 108h:ATCACGATCTTTGCAT,Paraxial mesoderm
S7.1 108h:CGTAATGGTGGCATCC,Ectopic pluripotency
S7.1 108h:GGAAGTGTCACAGAGG,Pre-somitic mesoderm
S7.1 108h:TCATCATGTCAACCTA,Paraxial mesoderm
S7.1 108h:ACGATGTAGACGGTCA,Paraxial mesoderm
S7.1 108h:TCTGTCGTCCGGACTG,Caudal mesoderm
S7.1 108h:GTGGGAATCGTTATCT,Pre-somitic mesoderm
S7.1 108h:CGATGCGCAAATCGTC,Paraxial mesoderm
S7.1 108h:CTGTCGTCACGCAGTC,Paraxial mesoderm
S7.1 108h:GATTGGTAGGAAGAAC,Pre-somitic mesoderm
S7.1 108h:TTTCCTCTCATGCAGT,Pre-somitic mesoderm
S7.1 108h:AGTGATCGTTCGTAAC,Somite differentiation front
S7.1 108h:CTGGACGAGTAAACTG,Pre-somitic mesoderm
S7.1 108h:TCCAGAATCGTTCCTG,Pre-somitic mesoderm
S7.1 108h:TTAGTCTGTTCGATTG,Pre-somitic mesoderm
S7.1 108h:TGTTGAGTCAAGGAGC,Ectopic pluripotency
S7.1 108h:CTTACCGAGTCTAGCT,Paraxial mesoderm
S7.1 108h:TCAAGACGTTGCCAAT,Pre-somitic mesoderm
S7.1 108h:GTCTCACCAGATGCGA,Paraxial mesoderm
S7.1 108h:GGGTGAAAGTCGAATA,Pre-somitic mesoderm
S7.1 108h:CTATCTAAGCTGTGCC,Caudal mesoderm
S7.1 108h:CCTCATGCACTCAGAT,Pre-somitic mesoderm
S7.1 108h:ATGTCCCAGGTGCCTC,Paraxial mesoderm
S7.1 108h:CCTTTGGGTAGCTGTT,Gut
S7.1 108h:GTGCAGCGTACGATCT,Paraxial mesoderm
S7.1 108h:CGTGAATCAAGATGGC,Pre-somitic mesoderm
S7.1 108h:TGATGGTTCCATCTCG,Pre-somitic mesoderm
S7.1 108h:GTAGGAGTCCTTCTTC,Caudal mesoderm
S7.1 108h:GACCTTCCAGGACAGT,Pre-somitic mesoderm
S7.1 108h:GGCTGTGAGGAAAGTG,Caudal mesoderm
S7.1 108h:TGCGACGAGACTGAGC,Pre-somitic mesoderm
S7.1 108h:CTACCTGGTCGATGCC,Pre-somitic mesoderm
S7.1 108h:TTCTTGACAGTAGTTC,Caudal mesoderm
S7.1 108h:GAAGGACGTGATCGTT,Pre-somitic mesoderm
S7.1 108h:GTTACGAAGCCGGATA,Gut
S7.1 108h:AATGGAAAGAAGAACG,Paraxial mesoderm
S7.1 108h:CACGAATCAAGCGCTC,Caudal mesoderm
S7.1 108h:AACAAAGTCGTAGGAG,Gut
S7.1 108h:ATCGGATAGTCCCGGT,Gut
S7.1 108h:TTTGGAGCAGTCGTTA,Pre-somitic mesoderm
S7.1 108h:CGCCATTTCATGCCCT,Pre-somitic mesoderm
S7.1 108h:TATATCCCAAATACAG,Gut
S7.1 108h:TCTCAGCGTTTCGGCG,Pre-somitic mesoderm
S7.1 108h:GACTGATAGAGCAGAA,Caudal mesoderm
S7.1 108h:ATTCCTAGTTCTGAGT,Pre-somitic mesoderm
S7.1 108h:TCGACGGTCATAGACC,Paraxial mesoderm
S7.1 108h:TCCGAAATCTTTGCTA,Paraxial mesoderm
S7.1 108h:TGTGAGTAGGTACCTT,Paraxial mesoderm
S7.1 108h:TCATCCGAGTGGCAGT,Caudal mesoderm
S7.1 108h:TGACTCCTCGGTAGGA,Pre-somitic mesoderm
S7.1 108h:AGGAGGTCAGTTGTCA,Paraxial mesoderm
S7.1 108h:CGATGCGGTTCCATTT,Paraxial mesoderm
S7.1 108h:GATAGAACAACGGTAG,Paraxial mesoderm
S7.1 108h:ACACGCGGTACAGCGA,Pre-somitic mesoderm
S7.1 108h:TCTCCGAGTAAGAACT,Paraxial mesoderm
S7.1 108h:GAGTTACGTCGGTACC,Pre-somitic mesoderm
S7.1 108h:ATTTACCAGAGTGAAG,Paraxial mesoderm
S7.1 108h:TGGGATTAGCGTCAGA,Paraxial mesoderm
S7.1 108h:AAGACTCTCTGGAGAG,Paraxial mesoderm
S7.1 108h:AGCCACGAGGCTCTCG,Paraxial mesoderm
S7.1 108h:AAGACAATCTTGATTC,Pre-somitic mesoderm
S7.1 108h:CATTCCGTCACCCTGT,Caudal mesoderm
S7.1 108h:GCGGAAAAGGGTGAGG,Paraxial mesoderm
S7.1 108h:GAGTTTGCAAACAGGC,Pre-somitic mesoderm
S7.1 108h:AATGGCTAGTACGAGC,Pre-somitic mesoderm
S7.1 108h:AGGAAATGTCGGCTAC,Pre-somitic mesoderm
S7.1 108h:TTGGATGTCACCTTAT,Paraxial mesoderm
S7.1 108h:TAGGAGGAGATCACCT,Pre-somitic mesoderm
S7.1 108h:ATCCTATGTTTGGGTT,Paraxial mesoderm
S7.1 108h:AGGTTACTCGGTGTTA,Paraxial mesoderm
S7.1 108h:ACGGGTCGTTATGTCG,Paraxial mesoderm
S7.1 108h:CTCAGAATCGAGAAGC,Paraxial mesoderm
S7.1 108h:ACTTAGGAGATTGGGC,Paraxial mesoderm
S7.1 108h:CGAATTGGTTAATGAG,Paraxial mesoderm
S7.1 108h:TCGCAGGAGAGGTATT,Ectopic pluripotency
S7.1 108h:TTCCTCTAGCATCCCG,Caudal mesoderm
S7.1 108h:TTCAATCAGCGCGTTC,Pre-somitic mesoderm
S7.1 108h:TCGGTCTCACTCCACT,Pre-somitic mesoderm
S7.1 108h:CACAGGCTCTTCGGAA,Paraxial mesoderm
S7.1 108h:TTAGGGTTCGAGGCAA,Pre-somitic mesoderm
S7.1 108h:CACTAAGGTCTACATG,Pre-somitic mesoderm
S7.1 108h:TTTGTTGTCCATCTAT,Ectopic pluripotency
S7.1 108h:CTGCATCAGCCTGTGC,Pre-somitic mesoderm
S7.1 108h:TGCAGGCCAGCTGAGA,Paraxial mesoderm
S7.1 108h:GGTGTCGTCCGTGTGG,Paraxial mesoderm
S7.1 108h:CATTCCGCACAGACGA,Pre-somitic mesoderm
S7.1 108h:CATACAGCACAGAAGC,Paraxial mesoderm
S7.1 108h:GACACGCCACGCCAGT,Pre-somitic mesoderm
S7.1 108h:TGACCCTTCCAAGGGA,Ectopic pluripotency
S7.1 108h:TCGCTCAAGCATCTTG,Gut
S7.1 108h:ACCTACCAGGCACAAC,Paraxial mesoderm
S7.1 108h:GAGAGGTAGGTTGGTG,Caudal mesoderm
S7.1 108h:GACATCACATACCACA,Paraxial mesoderm
S7.1 108h:AACCTGACAAGTGGCA,Pre-somitic mesoderm
S7.1 108h:TCTATCAGTGCCCACA,Paraxial mesoderm
S7.1 108h:TTCAGGAGTCCGATCG,Pre-somitic mesoderm
S7.1 108h:TGTAAGCCATACAGGG,Ectopic pluripotency
S7.1 108h:AGAGCAGCAGTTCACA,Pre-somitic mesoderm
S7.1 108h:AGTACTGCACAGTCCG,Paraxial mesoderm
S7.1 108h:CATCCCAAGTATAGGT,Caudal mesoderm
S7.1 108h:TATTCCATCACGGTCG,Gut
S7.1 108h:ATCGTAGAGTATTAGG,Paraxial mesoderm
S7.1 108h:CTTGAGAAGGTACCTT,Caudal mesoderm
S7.1 108h:TTACAGGCAAAGCAAT,Ectopic pluripotency
S7.1 108h:ACTTCCGTCATCGCAA,Pre-somitic mesoderm
S7.1 108h:ATGTCTTAGGTTTGAA,Pre-somitic mesoderm
S7.1 108h:GCAGGCTGTCTTACAG,Pre-somitic mesoderm
S7.1 108h:GCTTTCGGTCGACTTA,Pre-somitic mesoderm
S7.1 108h:TGACAGTGTATCGGTT,Paraxial mesoderm
S7.1 108h:CGAATTGAGACGCCCT,Caudal mesoderm
S7.1 108h:CAAGAGGTCTACTTCA,Paraxial mesoderm
S7.1 108h:TTCTAGTCAGCAGACA,Gut
S7.1 108h:TGGGCGTTCGGACAAG,Paraxial mesoderm
S7.1 108h:TAATTCCCAAACTCGT,Pre-somitic mesoderm
S7.1 108h:GGGTATTAGGATGGCT,Caudal mesoderm
S7.1 108h:CCGTAGGAGCCGCTTG,Paraxial mesoderm
S7.1 108h:TTCTTGAGTTACACTG,Paraxial mesoderm
S7.1 108h:CGGCAGTAGATAGGGA,Paraxial mesoderm
S7.1 108h:AGGTAGGGTGGGTCAA,Paraxial mesoderm
S7.1 108h:CCACGAGAGAAATTCG,Caudal mesoderm
S7.1 108h:GCGGAAATCCCATTTA,Paraxial mesoderm
S7.1 108h:CTAACTTGTGTAGGAC,Paraxial mesoderm
S7.1 108h:GTCATCCTCCGACATA,Pre-somitic mesoderm
S7.1 108h:TATCTTGAGAGCTGAC,Paraxial mesoderm
S7.1 108h:CTAACTTTCAAGATAG,Caudal mesoderm
S7.1 108h:TTGTGTTAGCCTATCA,Pre-somitic mesoderm
S7.1 108h:ATGGAGGGTGCGGATA,Paraxial mesoderm
S7.1 108h:GTTTGGAAGTCCGCCA,Pre-somitic mesoderm
S7.1 108h:GATGATCTCTCGAACA,Caudal mesoderm
S7.1 108h:ACTATGGAGATAACAC,Paraxial mesoderm
S7.1 108h:TGAACGTTCGGCCAAC,Pre-somitic mesoderm
S7.1 108h:CTTCCGACATCTGCGG,Paraxial mesoderm
S7.1 108h:CAATTTCTCTGCCCTA,Pre-somitic mesoderm
S7.1 108h:ATCCACCAGGATGAGA,Paraxial mesoderm
S7.1 108h:TCATCCGTCCCGAACG,Paraxial mesoderm
S7.1 108h:GTCGTAATCATCACTT,Ectopic pluripotency
S7.1 108h:AGGATCTGTACGGGAT,Caudal mesoderm
S7.1 108h:ATTCGTTGTGAAGCTG,Paraxial mesoderm
S7.1 108h:TCTTTGAAGCGATCGA,Paraxial mesoderm
S7.1 108h:AGGTGTTAGACGTCCC,Caudal mesoderm
S7.1 108h:GGTCTGGCAGGATTCT,Caudal mesoderm
S7.1 108h:AACTTCTCAGCGACCT,Paraxial mesoderm
S7.1 108h:CGTAATGTCCGGTTCT,Pre-somitic mesoderm
S7.1 108h:GTAAGTCGTACGGCAA,Pre-somitic mesoderm
S7.1 108h:CTCATGCTCTCGCTTG,Gut
S7.1 108h:TCTTCCTGTTCTCACC,Pre-somitic mesoderm
S7.1 108h:CCTCCAAAGATGAAGG,Paraxial mesoderm
S7.1 108h:AAGACTCTCCATACAG,Paraxial mesoderm
S7.1 108h:TGAGGGAAGCATCGAG,Caudal mesoderm
S7.1 108h:TCATATCCACGTGAGA,Paraxial mesoderm
S7.1 108h:AGTGCCGGTTAGAAAC,Pre-somitic mesoderm
S7.1 108h:GTACAACGTGTGGTCC,Pre-somitic mesoderm
S7.1 108h:GATAGCTCACAACGCC,Gut
S7.1 108h:ACCTGAATCGAACCAT,Gut
S7.1 108h:CGGACACAGTCATACC,Paraxial mesoderm
S7.1 108h:GGGCCATGTTTGGCTA,Pre-somitic mesoderm
S7.1 108h:AACCTGAAGAGCATTA,Pre-somitic mesoderm
S7.1 108h:CGAGGCTCACAAGTTC,Paraxial mesoderm
S7.1 108h:ATTCATCCATCCGATA,Caudal mesoderm
S7.1 108h:GGGTTATTCAGGGATG,Paraxial mesoderm
S7.1 108h:AGACAAATCCATTTGT,Caudal mesoderm
S7.1 108h:GGCAGTCTCCGGGACT,Gut
S7.1 108h:AAGTCGTTCTATCGTT,Paraxial mesoderm
S7.1 108h:ATCAGGTGTGAAGCTG,Paraxial mesoderm
S7.1 108h:ACTTAGGAGTCAGCCC,Ectopic pluripotency
S7.1 108h:GCAGCTGCACCAGCGT,Paraxial mesoderm
S7.1 108h:CTGTCGTAGTTCCATG,Pre-somitic mesoderm
S7.1 108h:AGTGATCAGGGTCACA,Pre-somitic mesoderm
S7.1 108h:GTGGGAATCAGGACGA,Paraxial mesoderm
S7.1 108h:TGCATGACATGCCGCA,Paraxial mesoderm
S7.1 108h:GCCGTGATCGATAACC,Pre-somitic mesoderm
S7.1 108h:CACAGGCAGGACAAGA,Pre-somitic mesoderm
S7.1 108h:TATCTTGCATGGGCAA,Pre-somitic mesoderm
S7.1 108h:GATCAGTCACTAGAGG,Caudal mesoderm
S7.1 108h:CTCCCAAAGCGAGAAA,Paraxial mesoderm
S7.1 108h:TAAGCGTCAAAGGCAC,Paraxial mesoderm
S7.1 108h:AGGCCACAGAGTCCGA,Pre-somitic mesoderm
S7.1 108h:AACGTCAAGACAAGCC,Pre-somitic mesoderm
S7.1 108h:TCACACCTCTATACGG,Paraxial mesoderm
S7.1 108h:ACTACGACAACTGCTA,Caudal mesoderm
S7.1 108h:TTCGGTCCAAACCATC,Gut
S7.1 108h:ACAAAGATCCACAGCG,Caudal mesoderm
S7.1 108h:GCCAACGGTCGCAACC,Caudal mesoderm
S7.1 108h:AACGGGAGTTGCAACT,Paraxial mesoderm
S7.1 108h:ACATTTCAGTGTTGAA,Paraxial mesoderm
S7.1 108h:TGAATGCAGAGGGTAA,Pre-somitic mesoderm
S7.1 108h:CTGCCTAAGTGGCCTC,Ectopic pluripotency
S7.1 108h:GTAGATCCACTACGGC,Ectopic pluripotency
S7.1 108h:CTCATGCTCTAAGGAA,Paraxial mesoderm
S7.1 108h:CACAACATCACTGTCC,Pre-somitic mesoderm
S7.1 108h:CTGGACGTCTGGAGAG,Pre-somitic mesoderm
S7.1 108h:TAACGACGTGCAACAG,Pre-somitic mesoderm
S7.1 108h:GCTACCTGTAGTCCTA,Caudal mesoderm
S7.1 108h:TTGGATGAGGCCACCT,Pre-somitic mesoderm
S7.1 108h:GTGACGCTCCTGTTGC,Paraxial mesoderm
S7.1 108h:TCGGTCTGTTGCTAGT,Paraxial mesoderm
S7.1 108h:TATCCTACAGTGGGTA,Paraxial mesoderm
S7.1 108h:CATTGTTTCGAGCCAC,Pre-somitic mesoderm
S7.1 108h:GTCGTTCTCTTACGGA,Paraxial mesoderm
S7.1 108h:GAAGGGTCACATCCCT,Paraxial mesoderm
S7.1 108h:TTTGTTGAGGATACCG,Paraxial mesoderm
S7.1 108h:TACGTCCAGTCAACAA,Paraxial mesoderm
S7.1 108h:CATGGATTCATTTACC,Caudal mesoderm
S7.1 108h:TCCTCTTAGGTGATCG,Pre-somitic mesoderm
S7.1 108h:TTGTGTTGTTCTCACC,Paraxial mesoderm
S7.1 108h:AGACACTAGTCAGCGA,Paraxial mesoderm
S7.1 108h:TAAGTCGCATCGTCCT,Pre-somitic mesoderm
S7.1 108h:CAGCACGTCACCTTAT,Paraxial mesoderm
S7.1 108h:AGGTGTTCAACAACAA,Paraxial mesoderm
S7.1 108h:TGGTAGTCACATCATG,Pre-somitic mesoderm
S7.1 108h:GCGTTTCTCGGCTATA,Ectopic pluripotency
S7.1 108h:GGATGTTAGGCGAAGG,Pre-somitic mesoderm
S7.1 108h:ACTTTGTGTCAGATTC,Gut
S7.1 108h:TACCGGGTCAAGGACG,Paraxial mesoderm
S7.1 108h:GGATGTTTCACTGATG,Pre-somitic mesoderm
S7.1 108h:TTTGACTCAAGATGGC,Pre-somitic mesoderm
S7.1 108h:ATGGTTGCATGACGGA,Pre-somitic mesoderm
S7.1 108h:TCGGTCTGTTGGTGTT,Ectopic pluripotency
S7.1 108h:CATCCCACATATCTCT,Paraxial mesoderm
S7.1 108h:GAGCCTGAGAGAGCAA,Caudal mesoderm
S7.1 108h:GCCCAGAAGCCTCAGC,Caudal mesoderm
S7.1 108h:AGGAGGTAGAGTGTTA,Pre-somitic mesoderm
S7.1 108h:GATTTCTGTGGCTTAT,Pre-somitic mesoderm
S7.1 108h:AGAGCAGTCCGCCTAT,Paraxial mesoderm
S7.1 108h:GTAACCAGTCACCGAC,Paraxial mesoderm
S7.1 108h:TTCCTCTGTAACTAAG,Caudal mesoderm
S7.1 108h:AAGACAAAGTTGGCGA,Caudal mesoderm
S7.1 108h:ACTATTCCACTAGGTT,Gut
S7.1 108h:TGTCAGATCAGATGCT,Caudal mesoderm
S7.1 108h:CGGAATTAGCGTGTTT,Caudal mesoderm
S7.1 108h:TCTTCCTGTTCTCGTC,Paraxial mesoderm
S7.1 108h:GTCACTCAGTACTCGT,Paraxial mesoderm
S7.1 108h:CGGGTGTAGTAGATCA,Caudal mesoderm
S7.1 108h:TGTTCTAAGATCGACG,Pre-somitic mesoderm
S7.1 108h:ATCGTGAGTTAATGAG,Caudal mesoderm
S7.1 108h:AGATCGTCAATTGTGC,Caudal mesoderm
S7.1 108h:TGGGTTATCCCATTCG,Caudal mesoderm
S7.1 108h:CCTACGTTCAACCCGG,Paraxial mesoderm
S7.1 108h:GGGTTATTCTGCCTGT,Paraxial mesoderm
S7.1 108h:AGATCCAGTCAATGGG,Paraxial mesoderm
S7.1 108h:TCATGTTGTAATACCC,Paraxial mesoderm
S7.1 108h:GAGCTGCGTACGAAAT,Pre-somitic mesoderm
S7.1 108h:TGCGGCAGTTTACCAG,Pre-somitic mesoderm
S7.1 108h:CTGTGGGTCCGATAGT,Paraxial mesoderm
S7.1 108h:GTAATCGCAATTCTTC,Pre-somitic mesoderm
S7.1 108h:GGCACGTTCGTTGTAG,Pre-somitic mesoderm
S7.1 108h:TTCAGGAGTTGATCGT,Pre-somitic mesoderm
S7.1 108h:ACGTACACACCAACAT,Pre-somitic mesoderm
S7.1 108h:TGGAACTTCGTCCTTG,Pre-somitic mesoderm
S7.1 108h:ATTTACCAGAAGATCT,Pre-somitic mesoderm
S7.1 108h:TTCCTCTAGTACCGGA,Caudal mesoderm
S7.1 108h:TGTAGACAGTACGTCT,Paraxial mesoderm
S7.1 108h:AAAGAACAGCTAAATG,Paraxial mesoderm
S7.1 108h:TGCGACGTCTTCTCAA,Paraxial mesoderm
S7.1 108h:GAAGTAATCCGAGAAG,Gut
S7.1 108h:TGCCGAGAGATTACCC,Caudal mesoderm
S7.1 108h:CTCAGAAGTGTATTGC,Pre-somitic mesoderm
S7.1 108h:CGTTGGGAGCGCCTTG,Paraxial mesoderm
S7.1 108h:AGGATAATCTTCCCAG,Paraxial mesoderm
S7.1 108h:GAGTCTATCGTCAACA,Pre-somitic mesoderm
S7.1 108h:GAGACCCTCCATCTGC,Paraxial mesoderm
S7.1 108h:CATGGTATCTCGTCAC,Pre-somitic mesoderm
S7.1 108h:TTGTTCATCTAAGGAA,Gut
S7.1 108h:TGTTCTATCTACGCGG,Pre-somitic mesoderm
S7.1 108h:TTACCATTCCTACCGT,Pre-somitic mesoderm
S7.1 108h:ACAACCAAGTAGGGTC,Caudal mesoderm
S7.1 108h:AAACGAAGTAACATGA,Pre-somitic mesoderm
S7.1 108h:CCGTTCAGTGTATTCG,Gut
S7.1 108h:AGACAGGAGGCGTTGA,Pre-somitic mesoderm
S7.1 108h:GAGTTGTAGTCACTGT,Caudal mesoderm
S7.1 108h:CCCATTGGTCGGCCTA,Paraxial mesoderm
S7.1 108h:TAATTCCGTGAGAGGG,Pre-somitic mesoderm
S7.1 108h:GTTGTGAAGTGCAACG,Paraxial mesoderm
S7.1 108h:CCTTCAGTCTCTCTTC,Pre-somitic mesoderm
S7.1 108h:TCGGGCAAGGACGCTA,Paraxial mesoderm
S7.1 108h:CCCAACTTCTTTGCAT,Pre-somitic mesoderm
S7.1 108h:TGGGAGACAGCCGGTT,Paraxial mesoderm
S7.1 108h:CGTTAGACACAAGTTC,Paraxial mesoderm
S7.1 108h:GCAACCGGTACCTTCC,Paraxial mesoderm
S7.1 108h:AAGGAATCATTGAGGG,Paraxial mesoderm
S7.1 108h:GTGATGTGTAAGACCG,Paraxial mesoderm
S7.1 108h:ATTCCATCAACACAAA,Pre-somitic mesoderm
S7.1 108h:GCACATACAATCAGCT,Paraxial mesoderm
S7.1 108h:CCCTCAAGTAGATTAG,Caudal mesoderm
S7.1 108h:TTAGGGTAGTGCAGCA,Paraxial mesoderm
S7.1 108h:GTGACGCCACCTAAAC,Paraxial mesoderm
S7.1 108h:CGTGCTTGTAACATAG,Pre-somitic mesoderm
S7.1 108h:CACTGTCGTTGCATAC,Pre-somitic mesoderm
S7.1 108h:GGATGTTAGCGTGCCT,Gut
S7.1 108h:GTGGGAATCGGTGTAT,Paraxial mesoderm
S7.1 108h:TTCCTAATCTACCTTA,Paraxial mesoderm
S7.1 108h:AAAGAACCAGCAGTTT,Paraxial mesoderm
S7.1 108h:GGTTGTACATTCCTAT,Pre-somitic mesoderm
S7.1 108h:GGAGGTAAGGTAGTAT,Paraxial mesoderm
S7.1 108h:AGTACTGCATAGACTC,Paraxial mesoderm
S7.1 108h:AATAGAGTCGAGTTGT,Caudal mesoderm
S7.1 108h:TCGCTTGTCCCGTAAA,Pre-somitic mesoderm
S7.1 108h:CTGCATCTCCATTGGA,Paraxial mesoderm
S7.1 108h:TGCGGCAGTTGGAGAC,Pre-somitic mesoderm
S7.1 108h:CCCGAAGTCGTGACTA,Paraxial mesoderm
S7.1 108h:ACTCTCGGTGTTCAGT,Paraxial mesoderm
S7.1 108h:CCTCTAGGTCCAGTTA,Caudal mesoderm
S7.1 108h:GCCCGAACAGGGAATC,Pre-somitic mesoderm
S7.1 108h:ATGACCAAGTGTAGAT,Pre-somitic mesoderm
S7.1 108h:GAACACTTCACGGTCG,Paraxial mesoderm
S7.1 108h:GTCTGTCTCCGACGGT,Paraxial mesoderm
S7.1 108h:GGGATGAAGCTATCTG,Paraxial mesoderm
S7.1 108h:ATTCCTAAGGGTAGCT,Paraxial mesoderm
S7.1 108h:GGGCCATTCGTTCAGA,Caudal mesoderm
S7.1 108h:CCGTGAGAGTTCATGC,Paraxial mesoderm
S7.1 108h:ATTCGTTTCATTCACT,Paraxial mesoderm
S7.1 108h:GATGGAGCATCCTGTC,Paraxial mesoderm
S7.1 108h:AAGCGTTGTCAGGCAA,Paraxial mesoderm
S7.1 108h:GTCTACCAGATGCAGC,Gut
S7.1 108h:CGTTGGGTCATAGCAC,Ectopic pluripotency
S7.1 108h:TGGTACAAGGGCAGTT,Pre-somitic mesoderm
S7.1 108h:CGTAAGTCATCATGAC,Pre-somitic mesoderm
S7.1 108h:GGTGAAGAGTGGTGGT,Gut
S7.1 108h:CTCAATTTCCGAGATT,Pre-somitic mesoderm
S7.1 108h:ATCGTAGTCCAAGCAT,Caudal mesoderm
S7.1 108h:CTAAGTGAGGTAGACC,Paraxial mesoderm
S7.1 108h:AGGCATTAGCACCTGC,Paraxial mesoderm
S7.1 108h:GGGCCATCAAATCAAG,Caudal mesoderm
S7.1 108h:ACTTATCAGGCTATCT,Caudal mesoderm
S7.1 108h:ATTCATCCAAAGCTAA,Paraxial mesoderm
S7.1 108h:AATGACCGTCACATTG,Caudal mesoderm
S7.1 108h:TGAGCGCAGTTTGGCT,Paraxial mesoderm
S7.1 108h:GTCTTTACAGAACTTC,Caudal mesoderm
S7.1 108h:GGGCGTTAGACATCCT,Pre-somitic mesoderm
S7.1 108h:AAGTCGTCAGAGGTAC,Pre-somitic mesoderm
S7.1 108h:GTTGTCCAGACATACA,Pre-somitic mesoderm
S7.1 108h:GAGGCCTTCATTATCC,Pre-somitic mesoderm
S7.1 108h:GTCCCATAGAACCGCA,Pre-somitic mesoderm
S7.1 108h:TTGGGTACACTGGATT,Caudal mesoderm
S7.1 108h:CTGCCTACATCCAATG,Paraxial mesoderm
S7.1 108h:ATGTCCCGTAGTGGCA,Pre-somitic mesoderm
S7.1 108h:AATGCCATCTGAGCAT,Pre-somitic mesoderm
S7.1 108h:GCATGATGTGACGCCT,Ectopic pluripotency
S7.1 108h:GAAGCGAAGAGAGTGA,Paraxial mesoderm
S7.1 108h:GTTAGACGTTCCTACC,Caudal mesoderm
S7.1 108h:AGATAGATCCACAAGT,Paraxial mesoderm
S7.1 108h:TCTACCGAGACGCATG,Pre-somitic mesoderm
S7.1 108h:TATCTTGTCTGAGAAA,Paraxial mesoderm
S7.1 108h:ACTTCCGGTATGGTAA,Pre-somitic mesoderm
S7.1 108h:CCCATTGAGTAGATCA,Pre-somitic mesoderm
S7.1 108h:CGGGTCAGTGGCTTGC,Paraxial mesoderm
S7.1 108h:ACCTGAATCATCGACA,Pre-somitic mesoderm
S7.1 108h:GGAATCTTCCCGAAAT,Pre-somitic mesoderm
S7.1 108h:GGCAGTCCAGAATCGG,Pre-somitic mesoderm
S7.1 108h:CGCCATTAGGCCACTC,Paraxial mesoderm
S7.1 108h:GTTGAACTCCCTCTAG,Pre-somitic mesoderm
S7.1 108h:TCCGATCCATTCACAG,Pre-somitic mesoderm
S7.1 108h:ATGAGTCGTGCTCCGA,Pre-somitic mesoderm
S7.1 108h:AGGGTGATCTCATGCC,Paraxial mesoderm
S7.1 108h:CGGGACTAGGACAGTC,Paraxial mesoderm
S7.1 108h:GCTTTCGTCACACCGG,Pre-somitic mesoderm
S7.1 108h:AGGGCCTAGCGACCCT,Ectopic pluripotency
S7.1 108h:CAATGACGTGTGACCC,Paraxial mesoderm
S7.1 108h:CGTAAGTCATTGAGGG,Paraxial mesoderm
S7.1 108h:CCTGCATAGAGGGCGA,Pre-somitic mesoderm
S7.1 108h:TCACATTTCCTAAGTG,Paraxial mesoderm
S7.1 108h:TACAACGCAATCGTCA,Paraxial mesoderm
S7.1 108h:GTCTAGACAGACCTAT,Paraxial mesoderm
S7.1 108h:AAAGTGATCCTGGGAC,Paraxial mesoderm
S7.1 108h:TAGGTTGCATTCTTCA,Paraxial mesoderm
S7.1 108h:GAAATGATCGAGAACG,Gut
S7.1 108h:AACCTGACAAGGAGTC,Pre-somitic mesoderm
S7.1 108h:CTCAAGAAGTCGTCTA,Paraxial mesoderm
S7.1 108h:CAAGGGAAGGTGAGAA,Gut
S7.1 108h:ACATCCCGTACTAGCT,Caudal mesoderm
S7.1 108h:TCCATCGCATAAGCAA,Pre-somitic mesoderm
S7.1 108h:CTCAATTTCGACGACC,Pre-somitic mesoderm
S7.1 108h:AGCTTCCGTCAGGAGT,Paraxial mesoderm
S7.1 108h:ATCGTCCGTTAGCTAC,Paraxial mesoderm
S7.1 108h:GTTCTATGTGGATCGA,Pre-somitic mesoderm
S7.1 108h:TGCCGAGCAAGTCCAT,Paraxial mesoderm
S7.1 108h:TTCTTGAGTCGCAGTC,Pre-somitic mesoderm
S7.1 108h:GCAGTTATCCGAGATT,Pre-somitic mesoderm
S7.1 108h:TGTAGACCACATATCG,Paraxial mesoderm
S7.1 108h:GTATTTCGTTAGGGAC,Paraxial mesoderm
S7.1 108h:GCAACATGTCCCTGAG,Caudal mesoderm
S7.1 108h:GGTTGTATCGGTCGGT,Paraxial mesoderm
S7.1 108h:GGGCTACGTCCAGGTC,Ectopic pluripotency
S7.1 108h:AAGTACCCACGGCTAC,Paraxial mesoderm
S7.1 108h:TTTGGAGGTACCGTCG,Paraxial mesoderm
S7.1 108h:GGGTTATGTTGGAGAC,Pre-somitic mesoderm
S7.1 108h:TCCTCTTGTGTTGAGG,Pre-somitic mesoderm
S7.1 108h:CTTCTCTCAGACAAGC,Caudal mesoderm
S7.1 108h:CATTTCAGTGATCATC,Paraxial mesoderm
S7.1 108h:TATCCTAAGATCCCGC,Caudal mesoderm
S7.1 108h:GGGAGATCACGCGTGT,Somite differentiation front
S7.1 108h:AGTACTGTCACGACTA,Pre-somitic mesoderm
S7.1 108h:GTTGTGACAAGATTGA,Pre-somitic mesoderm
S7.1 108h:GGGTAGAGTGTACATC,Caudal mesoderm
S7.1 108h:CAAGGGAGTCGAGCAA,Pre-somitic mesoderm
S7.1 108h:CTACGGGCAGTTTGGT,Caudal mesoderm
S7.1 108h:AATGGCTAGATAACGT,Pre-somitic mesoderm
S7.1 108h:ATACTTCGTACCATAC,Paraxial mesoderm
S7.1 108h:TAGCACAAGCACACAG,Pre-somitic mesoderm
S7.1 108h:CTGGTCTGTCGAGTGA,Paraxial mesoderm
S7.1 108h:TGCATGACAAACTCTG,Pre-somitic mesoderm
S7.1 108h:CCACAAAAGAAAGCGA,Caudal mesoderm
S7.1 108h:CTTACCGCAGTCGGAA,Caudal mesoderm
S7.1 108h:AAAGGATTCTGACCCT,Pre-somitic mesoderm
S7.1 108h:ACAAGCTAGGCCTTCG,Pre-somitic mesoderm
S7.1 108h:ACCTGAACATCTATCT,Ectopic pluripotency
S7.1 108h:AGTTAGCCACTGAGGA,Pre-somitic mesoderm
S7.1 108h:CAATGACAGTGAGGTC,Caudal mesoderm
S7.1 108h:GGCAGTCGTCGGTGTC,Paraxial mesoderm
S7.1 108h:GGAGATGCAGCACAGA,Pre-somitic mesoderm
S7.1 108h:TGTAACGAGTTGTAAG,Pre-somitic mesoderm
S7.1 108h:ATGGGTTTCTTTCCGG,Pre-somitic mesoderm
S7.1 108h:TGGGATTCATAGGTTC,Paraxial mesoderm
S7.1 108h:TCTGCCACATAATCGC,Paraxial mesoderm
S7.1 108h:CGGCAGTCAGAACTAA,Caudal mesoderm
S7.1 108h:GCGTTTCCAAAGCAAT,Pre-somitic mesoderm
S7.1 108h:TTCTAGTAGGGCCTCT,Paraxial mesoderm
S7.1 108h:GAGAGGTAGCTGAGCA,Pre-somitic mesoderm
S7.1 108h:GGAGAACTCGTAGGAG,Pre-somitic mesoderm
S7.1 108h:CGTTAGACAAACTCTG,Paraxial mesoderm
S7.1 108h:CCTCCTCAGGTTGGAC,Paraxial mesoderm
S7.1 108h:TCCGTGTTCTCAACGA,Pre-somitic mesoderm
S7.1 108h:CTGTATTGTAGGCAAC,Paraxial mesoderm
S7.1 108h:ACATCGAAGCACGATG,Caudal mesoderm
S7.1 108h:AAGAACAAGCAGGGAG,Caudal mesoderm
S7.1 108h:GTCGTTCGTTTGCCGG,Pre-somitic mesoderm
S7.1 108h:GGAATCTCATCATCTT,Paraxial mesoderm
S7.1 108h:TCAGTGACAATCGCAT,Pre-somitic mesoderm
S7.1 108h:CGGGCATCAGATTCGT,Pre-somitic mesoderm
S7.1 108h:AACCAACTCTCGCAGG,Pre-somitic mesoderm
S7.1 108h:ACGTAGTCAAACTAGA,Pre-somitic mesoderm
S7.1 108h:CTCCCTCGTTGTGTTG,Pre-somitic mesoderm
S7.1 108h:ACATCGACAGGAATCG,Gut
S7.1 108h:AGTTCCCGTACAGGTG,Pre-somitic mesoderm
S7.1 108h:AGAAGTAGTCTAGGCC,Paraxial mesoderm
S7.1 108h:CACGTGGCATTCACCC,Pre-somitic mesoderm
S7.1 108h:TCTTTGAAGTTCCATG,Paraxial mesoderm
S7.1 108h:GAGGGATTCAGTCAGT,Paraxial mesoderm
S7.1 108h:ATGAGTCGTACTCAAC,Caudal mesoderm
S7.1 108h:ACTATTCAGTGCCAGA,Caudal mesoderm
S7.1 108h:GTTAGTGAGCGATGAC,Paraxial mesoderm
S7.1 108h:GGAGATGCATGGCTGC,Caudal mesoderm
S7.1 108h:AGGATAAGTTCAATCG,Pre-somitic mesoderm
S7.1 108h:ATCATTCTCGACGTCG,Paraxial mesoderm
S7.1 108h:AGGTTGTAGATTGTGA,Paraxial mesoderm
S7.1 108h:AGCGCCAAGGTCGCCT,Ectopic pluripotency
S7.1 108h:ACGTTCCCACACCTGG,Pre-somitic mesoderm
S7.1 108h:CATAGACTCAACCCGG,Caudal mesoderm
S7.1 108h:GTAGTACTCCGTGGTG,Paraxial mesoderm
S7.1 108h:GGAGAACTCACAAGGG,Gut
S7.1 108h:TACTTGTTCGGACAAG,Caudal mesoderm
S7.1 108h:ATTCCATTCCTACCGT,Paraxial mesoderm
S7.1 108h:CATGCTCCAATGGGTG,Paraxial mesoderm
S7.1 108h:CGGGACTTCTTGGCTC,Pre-somitic mesoderm
S7.1 108h:ATTCCCGTCCTACACC,Paraxial mesoderm
S7.1 108h:GCCATTCTCATCCTGC,Paraxial mesoderm
S7.1 108h:TAGATCGAGGTGCTGA,Pre-somitic mesoderm
S7.1 108h:ACTACGATCGACGATT,Pre-somitic mesoderm
S7.1 108h:GGGAAGTTCGCTGATA,Ectopic pluripotency
S7.1 108h:TAGGAGGCACATATCG,Pre-somitic mesoderm
S7.1 108h:CGAAGTTCATTCGGGC,Paraxial mesoderm
S7.1 108h:GTAGAAATCAAGAATG,Pre-somitic mesoderm
S7.1 108h:GTGCTGGGTGTTCATG,Pre-somitic mesoderm
S7.1 108h:TACAGGTTCGCAGTCG,Pre-somitic mesoderm
S7.1 108h:GGGTAGAAGCAATAGT,Gut
S7.1 108h:TCTAACTTCTGCAGCG,Pre-somitic mesoderm
S7.1 108h:TCGTCCACATGGGCAA,Caudal mesoderm
S7.1 108h:TCTCTGGTCTGCGGCA,Paraxial mesoderm
S7.1 108h:TCTTCCTTCGCGTCGA,Paraxial mesoderm
S7.1 108h:AGGATCTGTAGAATGT,Pre-somitic mesoderm
S7.1 108h:TCATACTCATGTGCCG,Paraxial mesoderm
S7.1 108h:TGCGGGTCATATGAAG,Pre-somitic mesoderm
S7.1 108h:TTCACCGAGAAGGGAT,Paraxial mesoderm
S7.1 108h:TTGCTGCAGCTACTAC,Paraxial mesoderm
S7.1 108h:TGAATCGAGTAAACAC,Paraxial mesoderm
S7.1 108h:CCGTGAGTCTCGTTTA,Caudal mesoderm
S7.1 108h:TCACAAGGTGAGACGT,Caudal mesoderm
S7.1 108h:AGGCTGCAGAGTCAAT,Ectopic pluripotency
S7.1 108h:CTCAGGGCAGTCAACT,Paraxial mesoderm
S7.1 108h:CTCAATTCAGTCCGTG,Caudal mesoderm
S7.1 108h:CACAGATAGGTCTACT,Caudal mesoderm
S7.1 108h:GTTGTGAAGCTGAAGC,Paraxial mesoderm
S7.1 108h:CGGGTGTAGCTGTTAC,Caudal mesoderm
S7.1 108h:TCTCTGGAGCTTCATG,Caudal mesoderm
S7.1 108h:TCATTTGAGTCCCAAT,Paraxial mesoderm
S7.1 108h:GTGCGTGAGGTCGAGT,Paraxial mesoderm
S7.1 108h:ATTCCCGAGGGTACGT,Caudal mesoderm
S7.1 108h:CTCATCGCACTCCGAG,Caudal mesoderm
S7.1 108h:AGGACGATCAACGTGT,Pre-somitic mesoderm
S7.1 108h:AGGTTACCAGAAATCA,Pre-somitic mesoderm
S7.1 108h:CATCCCATCTGCGAGC,Caudal mesoderm
S7.1 108h:TCTAACTGTACGTGTT,Paraxial mesoderm
S7.1 108h:GAGGGTAGTGACTCTA,Paraxial mesoderm
S7.1 108h:ACTATGGAGATGCAGC,Paraxial mesoderm
S7.1 108h:ATCGTCCCAGCGCTTG,Caudal mesoderm
S7.1 108h:CACGGGTTCGAGCCTG,Ectopic pluripotency
S7.1 108h:CATCAAGAGGTCCCTG,Pre-somitic mesoderm
S7.1 108h:TCCCAGTAGAGGACTC,Paraxial mesoderm
S7.1 108h:AACAAGAAGGACGCAT,Caudal mesoderm
S7.1 108h:TTCCGTGTCTGTAACG,Pre-somitic mesoderm
S7.1 108h:ATTCACTTCCCATGGG,Paraxial mesoderm
S7.1 108h:TCAATCTTCCGCGGAT,Pre-somitic mesoderm
S7.1 108h:GTAGAGGAGTCCCGAC,Pre-somitic mesoderm
S7.1 108h:GTCTGTCGTCGCGGTT,Paraxial mesoderm
S7.1 108h:GTGTTCCAGGACAGCT,Paraxial mesoderm
S7.1 108h:ACACGCGCAGATCCAT,Paraxial mesoderm
S7.1 108h:CGTGAATTCACGGAGA,Pre-somitic mesoderm
S7.1 108h:AGCATCATCATTCTTG,Paraxial mesoderm
S7.1 108h:AACAAAGGTATGGAAT,Pre-somitic mesoderm
S7.1 108h:TTTACTGAGGCGAAGG,Pre-somitic mesoderm
S7.1 108h:CTCGAGGTCCAACTAG,Ectopic pluripotency
S7.1 108h:GGCTGTGTCGGCTTGG,Paraxial mesoderm
S7.1 108h:ACTCTCGGTATAGCTC,Paraxial mesoderm
S7.1 108h:TCTTTGACATGGGTTT,Paraxial mesoderm
S7.1 108h:CCAAGCGAGTCTAACC,Caudal mesoderm
S7.1 108h:AGGGTTTAGTGGTTGG,Pre-somitic mesoderm
S7.1 108h:AAGGAATGTGCAACGA,Paraxial mesoderm
S7.1 108h:TCTGGCTCAAGTGATA,Pre-somitic mesoderm
S7.1 108h:TAGGAGGGTCACAATC,Caudal mesoderm
S7.1 108h:ATCAGGTAGGTCGTGA,Caudal mesoderm
S7.1 108h:GCGAGAATCATTGCGA,Pre-somitic mesoderm
S7.1 108h:TTGGGTATCATTGCGA,Pre-somitic mesoderm
S7.1 108h:GATTCTTGTGAACCGA,Gut
S7.1 108h:CCGATCTCAAACCATC,Pre-somitic mesoderm
S7.1 108h:TCACACCCAGTAACCT,Paraxial mesoderm
S7.1 108h:GCATGATGTGACAGCA,Paraxial mesoderm
S7.1 108h:GACGTTAAGGCCACCT,Caudal mesoderm
S7.1 108h:CGCATAAAGCGCTGCT,Caudal mesoderm
S7.1 108h:CTCGAGGAGCGGTATG,Paraxial mesoderm
S7.1 108h:GGTAATCCAAGAGGCT,Caudal mesoderm
S7.1 108h:CAATGACTCGATTTCT,Paraxial mesoderm
S7.1 108h:GTGGGAAAGACGAGCT,Paraxial mesoderm
S7.1 108h:CCGATGGAGTGATAAC,Pre-somitic mesoderm
S7.1 108h:GCACATAAGTGGCGAT,Paraxial mesoderm
S7.1 108h:ATTTCACGTCTCTCCA,Caudal mesoderm
S7.1 108h:GGCTTGGCACGTCGTG,Paraxial mesoderm
S7.1 108h:CCGGGTAGTCCAAGAG,Pre-somitic mesoderm
S7.1 108h:CTGTGAACACCGGCTA,Paraxial mesoderm
S7.1 108h:TCTCAGCAGGAACATT,Paraxial mesoderm
S7.1 108h:GAGTCATCACTCCACT,Gut
S7.1 108h:AAACGCTCACCGGTCA,Ectopic pluripotency
S7.1 108h:GAGTTACAGATGCTGG,Pre-somitic mesoderm
S7.1 108h:TCCGATCCAGCGGTTC,Pre-somitic mesoderm
S7.1 108h:TTGATGGAGACGGTTG,Paraxial mesoderm
S7.1 108h:TGCGGCATCCTTGAAG,Pre-somitic mesoderm
S7.1 108h:CATGCGGGTCATAGTC,Caudal mesoderm
S7.1 108h:AATAGAGAGCGATGGT,Paraxial mesoderm
S7.1 108h:TTTATGCTCGTGAGAG,Ectopic pluripotency
S7.1 108h:GTGGCGTTCACCATAG,Pre-somitic mesoderm
S7.1 108h:GAATCACTCTTCTAAC,Pre-somitic mesoderm
S7.1 108h:CATAGACTCCGGCTTT,Paraxial mesoderm
S7.1 108h:GCATGATAGAGAGGTA,Ectopic pluripotency
S7.1 108h:ACCCTCAAGTGTCATC,Caudal mesoderm
S7.1 108h:GTCGCGACAAAGGTTA,Pre-somitic mesoderm
S7.1 108h:GACGCTGAGGTTGCCC,Pre-somitic mesoderm
S7.1 108h:AGAAGCGCAGTAGTGG,Caudal mesoderm
S7.1 108h:CGACAGCGTCAGGCAA,Paraxial mesoderm
S7.1 108h:TTCCTCTAGTAAGGGA,Caudal mesoderm
S7.1 108h:CAGATACGTGTGAATA,Gut
S7.1 108h:CTAAGTGCACTGATTG,Paraxial mesoderm
S7.1 108h:TAGACCAAGGCGTTGA,Pre-somitic mesoderm
S7.1 108h:GTCTGTCTCGGTATGT,Paraxial mesoderm
S7.1 108h:TCATCCGGTCACTCGG,Paraxial mesoderm
S7.1 108h:TACTGCCGTAGTCCTA,Pre-somitic mesoderm
S7.1 108h:TGCTTGCGTTCTAACG,Paraxial mesoderm
S7.1 108h:CCTCAGTCAACAGCTT,Pre-somitic mesoderm
S7.1 108h:GAGTGTTTCGCAAGAG,Pre-somitic mesoderm
S7.1 108h:TTGAGTGTCTCGCAGG,Gut
S7.1 108h:GAAACCTGTTATGTGC,Paraxial mesoderm
S7.1 108h:GTGAGCCTCTCTGGTC,Pre-somitic mesoderm
S7.1 108h:CCGATCTGTTCAAGGG,Caudal mesoderm
S7.1 108h:CGTGCTTTCCTTCAGC,Pre-somitic mesoderm
S7.1 108h:CGTAGTATCATCTGTT,Pre-somitic mesoderm
S7.1 108h:CATTCATCAAGAGTAT,Paraxial mesoderm
S7.1 108h:CAGGTATTCAGGTAAA,Caudal mesoderm
S7.1 108h:ATCGATGTCGGACCAC,Pre-somitic mesoderm
S7.1 108h:GAAGCGAAGATAGTCA,Caudal mesoderm
S7.1 108h:CGAGGCTAGTGACCTT,Pre-somitic mesoderm
S7.1 108h:CTACTATTCGAATGCT,Paraxial mesoderm
S7.1 108h:TGCGATATCCGTGGGT,Pre-somitic mesoderm
S7.1 108h:ATGAAAGGTTAGGCCC,Paraxial mesoderm
S7.1 108h:ATTATCCCATGACTAC,Pre-somitic mesoderm
S7.1 108h:CACAGGCGTGTGTCGC,Pre-somitic mesoderm
S7.1 108h:TGAGTCACACACGTGC,Caudal mesoderm
S7.1 108h:TTGTGTTGTACGGTTT,Paraxial mesoderm
S7.1 108h:AGGGTGATCTAGTGTG,Paraxial mesoderm
S7.1 108h:GTCACGGTCTTAGCAG,Gut
S7.1 108h:AGAGCAGCATACCACA,Paraxial mesoderm
S7.1 108h:TACTTCACATAATGAG,Caudal mesoderm
S7.1 108h:TCATTGTTCATGCCAA,Gut
S7.1 108h:CACAGATAGTTGTCGT,Paraxial mesoderm
S7.1 108h:ATGGAGGTCTTCGGAA,Pre-somitic mesoderm
S7.1 108h:TCGACGGTCCTCGCAT,Pre-somitic mesoderm
S7.1 108h:ATCGTAGTCGATTCCC,Gut
S7.1 108h:GCATTAGAGTAGTGCG,Pre-somitic mesoderm
S7.1 108h:TTTGACTAGAAGCTCG,Pre-somitic mesoderm
S7.1 108h:TGAGGGACAAATGCTC,Paraxial mesoderm
S7.1 108h:CATCCGTAGATTGATG,Paraxial mesoderm
S7.1 108h:AGGGTGATCCCGTGAG,Paraxial mesoderm
S7.1 108h:TCAATCTTCCGTTTCG,Caudal mesoderm
S7.1 108h:CTGGTCTTCTCCGATC,Gut
S7.1 108h:GACTATGAGGTCTACT,Caudal mesoderm
S7.1 108h:CTCCAACAGGCTCTCG,Gut
S7.1 108h:AGCATCAAGGAGACCT,Gut
S7.1 108h:GGAGGTATCGGCGATC,Paraxial mesoderm
S7.1 108h:AGCTACAAGATTGAGT,Gut
S7.1 108h:ACTTATCCATACTTTC,Caudal mesoderm
S7.1 108h:TCAAGCATCGGTCGAC,Caudal mesoderm
S7.1 108h:GGGAAGTTCGTGCTCT,Caudal mesoderm
S7.1 108h:CATCGCTCAATAGTAG,Paraxial mesoderm
S7.1 108h:CCGGTAGTCTTCCGTG,Pre-somitic mesoderm
S7.1 108h:ATTCTACTCTCTGGTC,Pre-somitic mesoderm
S7.1 108h:AAGTGAACAGCCGTTG,Paraxial mesoderm
S7.1 108h:CGCAGGTGTAGTCGTT,Caudal mesoderm
S7.1 108h:GAAGTAAGTTACCCTC,Paraxial mesoderm
S7.1 108h:GATCGTATCAAGAGGC,Pre-somitic mesoderm
S7.1 108h:TGAGGGACAGAGGTTG,Caudal mesoderm
S7.1 108h:TCAGGGCCATGCTGCG,Pre-somitic mesoderm
S7.1 108h:TAATTCCGTCTCAGGC,Pre-somitic mesoderm
S7.1 108h:TCGCAGGAGACGCCAA,Paraxial mesoderm
S7.1 108h:ACGTCCTAGGTAGTAT,Paraxial mesoderm
S7.1 108h:AGAGAGCAGAAGCGCT,Paraxial mesoderm
S7.1 108h:TGTTGGAGTGACATCT,Pre-somitic mesoderm
S7.1 108h:ACTGTCCGTGGCAACA,Pre-somitic mesoderm
S7.1 108h:GTGTTCCTCAAAGGTA,Pre-somitic mesoderm
S7.1 108h:CGAGTTACATACCGTA,Gut
S7.1 108h:GATAGCTTCAGTCACA,Paraxial mesoderm
S7.1 108h:TCATGAGGTGAGTTTC,Paraxial mesoderm
S7.1 108h:TGTTTGTGTGGGCTCT,Pre-somitic mesoderm
S7.1 108h:TGGGAAGTCCGCAACG,Paraxial mesoderm
S7.1 108h:TGAATCGAGAAGCTCG,Caudal mesoderm
S7.1 108h:CACATGATCATGTCTT,Pre-somitic mesoderm
S7.1 108h:ACATCGACACGCGCTA,Pre-somitic mesoderm
S7.1 108h:GATCAGTTCGGCATTA,Pre-somitic mesoderm
S7.1 108h:CTGTGAAGTGTAGCAG,Pre-somitic mesoderm
S7.1 108h:TATCAGGGTCGCATTA,Pre-somitic mesoderm
S7.1 108h:TTCATTGTCCCGTTGT,Paraxial mesoderm
S7.1 108h:GTGGAGAGTACTCCCT,Pre-somitic mesoderm
S7.1 108h:TCGATTTCAGCAGTGA,Pre-somitic mesoderm
S7.1 108h:TAGATCGGTTCAGCGC,Gut
S7.1 108h:CTCGAGGTCTGCTCTG,Paraxial mesoderm
S7.1 108h:ACCACAAAGGGCAGAG,Paraxial mesoderm
S7.1 108h:TTCCTCTCACATACTG,Pre-somitic mesoderm
S7.1 108h:CCACGTTCATAATCGC,Gut
S7.1 108h:TCTTGCGAGGTGCAGT,Pre-somitic mesoderm
S7.1 108h:AGCCAATGTCATAGTC,Gut
S7.1 108h:CTCGAGGCAAAGACTA,Paraxial mesoderm
S7.1 108h:AAGCGTTGTCCTGGGT,Paraxial mesoderm
S7.1 108h:GGCTTGGGTCTGATAC,Paraxial mesoderm
S7.1 108h:ACTCTCGAGAAGTCTA,Paraxial mesoderm
S7.1 108h:ATTCAGGGTGCGTCGT,Paraxial mesoderm
S7.1 108h:CCGATGGAGGAACTCG,Pre-somitic mesoderm
S7.1 108h:GTCATCCGTGGAAATT,Pre-somitic mesoderm
S7.1 108h:CATTGAGGTCCTGGGT,Pre-somitic mesoderm
S7.1 108h:TGGGTTACAAAGTATG,Pre-somitic mesoderm
S7.1 108h:CGTGCTTGTAACAAGT,Pre-somitic mesoderm
S7.1 108h:GCTTGGGTCGTAGAGG,Paraxial mesoderm
S7.1 108h:ATACTTCGTCGGTGAA,Pre-somitic mesoderm
S7.1 108h:GCGGAAACAGAGGTTG,Paraxial mesoderm
S7.1 108h:CACTTCGGTCCAATCA,Paraxial mesoderm
S7.1 108h:TGTCCTGAGGTGCATG,Paraxial mesoderm
S7.1 108h:CCCTCAAGTGACTAAA,Paraxial mesoderm
S7.1 108h:GGGATCCGTGGTCCCA,Paraxial mesoderm
S7.1 108h:CGCATGGCAAGGTACG,Paraxial mesoderm
S7.1 108h:ATGCATGCAACAAAGT,Paraxial mesoderm
S7.1 108h:CCTACGTCATGACGGA,Pre-somitic mesoderm
S7.1 108h:AGCGATTCAGGTCTCG,Gut
S7.1 108h:CCCGGAAAGATCGCCC,Paraxial mesoderm
S7.1 108h:ACCTGTCGTGCCCTTT,Paraxial mesoderm
S7.1 108h:AGTTCGAAGACAGCGT,Pre-somitic mesoderm
S7.1 108h:AATGAAGGTTGCATAC,Pre-somitic mesoderm
S7.1 108h:GGATCTACAGAGGTTG,Paraxial mesoderm
S7.1 108h:ACAGCCGCAAATCAGA,Pre-somitic mesoderm
S7.1 108h:TTGATGGTCACCGGTG,Pre-somitic mesoderm
S7.1 108h:TCCGTGTTCGTGTTCC,Paraxial mesoderm
S7.1 108h:AACAGGGTCGCTCCTA,Paraxial mesoderm
S7.1 108h:TGGGCGTGTTGGACTT,Pre-somitic mesoderm
S7.1 108h:CTAGGTACAGAGGCTA,Pre-somitic mesoderm
S7.1 108h:AGGTAGGTCGGTCTGG,Paraxial mesoderm
S7.1 108h:ACTACGAAGGTTCCGC,Pre-somitic mesoderm
S7.1 108h:AGTAGTCTCTGCGTCT,Paraxial mesoderm
S7.1 108h:CTGCGAGTCATATGGC,Caudal mesoderm
S7.1 108h:TTCGGTCCACACAGCC,Paraxial mesoderm
S7.1 108h:GCGATCGGTATAATGG,Paraxial mesoderm
S7.1 108h:GGAGGATTCCAACCAA,Gut
S7.1 108h:AGATGCTAGAACTCCT,Pre-somitic mesoderm
S7.1 108h:TTACGCCGTACGAGCA,Ectopic pluripotency
S7.1 108h:TCGTGCTGTTATCTGG,Paraxial mesoderm
S7.1 108h:GGCTGTGTCATGCCAA,Pre-somitic mesoderm
S7.1 108h:TGCATCCCACTGCGTG,Caudal mesoderm
S7.1 108h:TGTCAGAAGAAAGCGA,Paraxial mesoderm
S7.1 108h:CCATCACCAGCTGAAG,Pre-somitic mesoderm
S7.1 108h:GGGACCTAGTGGTCAG,Caudal mesoderm
S7.1 108h:CATACTTAGTGAGGCT,Gut
S7.1 108h:AGATCGTCAGGCTACC,Paraxial mesoderm
S7.1 108h:GGTTGTAAGTCATAGA,Pre-somitic mesoderm
S7.1 108h:AAAGGATTCCCGAGAC,Paraxial mesoderm
S7.1 108h:AGAACAAGTCCCTGAG,Paraxial mesoderm
S7.1 108h:ATCGATGGTTTACGAC,Paraxial mesoderm
S7.1 108h:GTCGTTCTCCAAGGGA,Pre-somitic mesoderm
S7.1 108h:GGAGGTATCCCTAGGG,Pre-somitic mesoderm
S7.1 108h:ATCTCTAGTATGGGAC,Pre-somitic mesoderm
S7.1 108h:TGGTTAGCAGGTCCGT,Paraxial mesoderm
S7.1 108h:TCTAACTGTTGCGGCT,Caudal mesoderm
S7.1 108h:TCGGTCTAGATGCTAA,Paraxial mesoderm
S7.1 108h:CGTGAATAGTTTCTTC,Paraxial mesoderm
S7.1 108h:GAGACCCAGCATACTC,Paraxial mesoderm
S7.1 108h:CGTCCATTCGTTCATT,Pre-somitic mesoderm
S7.1 108h:GTGTAACCATAGATGA,Paraxial mesoderm
S7.1 108h:GTCTACCGTTGGGCCT,Caudal mesoderm
S7.1 108h:ATAGAGAAGGTGATCG,Pre-somitic mesoderm
S7.1 108h:GTTAGTGTCGGTGAAG,Paraxial mesoderm
S7.1 108h:TGCATGATCACACCCT,Paraxial mesoderm
S7.1 108h:TCCAGAAAGTCGAAAT,Paraxial mesoderm
S7.1 108h:TTTGGTTCAAATGAAC,Paraxial mesoderm
S7.1 108h:GCTACAATCCCAGGCA,Pre-somitic mesoderm
S7.1 108h:TAGGTACTCAAGAAAC,Gut
S7.1 108h:ATGTCCCGTTATCCAG,Pre-somitic mesoderm
S7.1 108h:ACCGTTCTCAGAGCGA,Caudal mesoderm
S7.1 108h:GCCATTCCATGACGGA,Pre-somitic mesoderm
S7.1 108h:CCTCACACAGTTAGGG,Gut
S7.1 108h:TGTAGACTCTTTGCTA,Pre-somitic mesoderm
S7.1 108h:GGGATCCTCGCCGTGA,Paraxial mesoderm
S7.1 108h:TGCTTCGTCTCCGTGT,Pre-somitic mesoderm
S7.1 108h:TCGACCTAGCGACAGT,Paraxial mesoderm
S7.1 108h:TCTCTGGCAATCCTTT,Paraxial mesoderm
S7.1 108h:TCTCACGCATTCGATG,Paraxial mesoderm
S7.1 108h:CCCGAAGTCACTGGTA,Pre-somitic mesoderm
S7.1 108h:TCGACCTAGAGCCCAA,Pre-somitic mesoderm
S7.1 108h:AGTTAGCAGATTGATG,Pre-somitic mesoderm
S7.1 108h:AATAGAGTCTTGTGCC,Pre-somitic mesoderm
S7.1 108h:TCATGAGGTTCGAGCC,Pre-somitic mesoderm
S7.1 108h:TTCACCGAGACAGCGT,Gut
S7.1 108h:TGTAGACGTTACGTAC,Pre-somitic mesoderm
S7.1 108h:CGTTGGGCAACTCGTA,Paraxial mesoderm
S7.1 108h:AACGTCAAGTGTACAA,Caudal mesoderm
S7.1 108h:ACTGCAATCAACGCTA,Caudal mesoderm
S7.1 108h:CACCAAACACCCTAGG,Caudal mesoderm
S7.1 108h:TCCTTTCCAGTCAGCC,Pre-somitic mesoderm
S7.1 108h:ACGATGTGTGAATGAT,Pre-somitic mesoderm
S7.1 108h:CATGGATTCGTGTGAT,Caudal mesoderm
S7.1 108h:CACCGTTTCGGCTGAC,Paraxial mesoderm
S7.1 108h:TCGCAGGGTACACGTT,Pre-somitic mesoderm
S7.1 108h:TACTGCCTCTGGTGGC,Pre-somitic mesoderm
S7.1 108h:GGGCGTTGTAGATTAG,Caudal mesoderm
S7.1 108h:TGACAGTTCTTAGCAG,Paraxial mesoderm
S7.1 108h:CATCCCACAACAGAGC,Pre-somitic mesoderm
S7.1 108h:TGACTCCAGATAGTGT,Pre-somitic mesoderm
S7.1 108h:CGGACACAGCAACTTC,Paraxial mesoderm
S7.1 108h:CGAGTGCAGACGGTCA,Pre-somitic mesoderm
S7.1 108h:GTGAGGAAGAGAGCAA,Paraxial mesoderm
S7.1 108h:ACTATGGGTCTAGGCC,Pre-somitic mesoderm
S7.1 108h:TACCGAAAGAGGCTGT,Pre-somitic mesoderm
S7.1 108h:TACCGAAGTACGTGTT,Paraxial mesoderm
S7.1 108h:CACGAATAGTGTGTTC,Paraxial mesoderm
S7.1 108h:CGATGGCGTTGATCGT,Caudal mesoderm
S7.1 108h:TCCATGCCAATTAGGA,Paraxial mesoderm
S7.1 108h:GCTTCACGTAGGTTTC,Pre-somitic mesoderm
S7.1 108h:ATCGTGAAGCTGCCAC,Caudal mesoderm
S7.1 108h:TGAACGTGTCACTCGG,Pre-somitic mesoderm
S7.1 108h:GGTGGCTCATCCGGCA,Caudal mesoderm
S7.1 108h:TGCCGAGGTAGACAGC,Gut
S7.1 108h:GAGTCATGTAATGCTC,Caudal mesoderm
S7.1 108h:GCCTGTTTCGCTTTAT,Caudal mesoderm
S7.1 108h:ATCACGAGTGGAGAAA,Pre-somitic mesoderm
S7.1 108h:AAGCGAGCAGCTGTTA,Paraxial mesoderm
S7.1 108h:TTCTAGTTCCACTAGA,Paraxial mesoderm
S7.1 108h:ATCCCTGTCTGAACGT,Pre-somitic mesoderm
S7.1 108h:CATTGAGGTGTACATC,Ectopic pluripotency
S7.1 108h:TGGAACTTCCCGAAAT,Paraxial mesoderm
S7.1 108h:AGACCCGGTCCATAGT,Gut
S7.1 108h:TTGCATTGTGGGTATG,Pre-somitic mesoderm
S7.1 108h:CAGTGCGGTAGATTAG,Pre-somitic mesoderm
S7.1 108h:GCCTGTTTCCAGTGCG,Paraxial mesoderm
S7.1 108h:GTATTTCAGATACGAT,Caudal mesoderm
S7.1 108h:TTTGATCGTACGACAG,Caudal mesoderm
S7.1 108h:GCGTTTCAGATCGACG,Pre-somitic mesoderm
S7.1 108h:CTGCCATCATTGAAAG,Gut
S7.1 108h:AGGACTTTCTCGTCGT,Paraxial mesoderm
S7.1 108h:AGCGCTGGTCTTGAGT,Paraxial mesoderm
S7.1 108h:TCGTGCTGTAGCACGA,Paraxial mesoderm
S7.1 108h:TGGCGTGAGCGTGCCT,Pre-somitic mesoderm
S7.1 108h:GTCGTAACAGAGAATT,Pre-somitic mesoderm
S7.1 108h:ATACTTCAGCGAGAAA,Paraxial mesoderm
S7.1 108h:TACAGGTTCAGTCACA,Pre-somitic mesoderm
S7.1 108h:GAGTGAGAGCCGTCGT,Pre-somitic mesoderm
S7.1 108h:TGCAGATGTCGAGTGA,Paraxial mesoderm
S7.1 108h:CGTGAATCATAGCACT,Pre-somitic mesoderm
S7.1 108h:TGGATCATCGAAGTGG,Somite differentiation front
S7.1 108h:GAACACTCAGAGTCAG,Caudal mesoderm
S7.1 108h:TCGACCTAGGCGAAGG,Paraxial mesoderm
S7.1 108h:AAGTCGTAGCAGAAAG,Pre-somitic mesoderm
S7.1 108h:GTGTGGCGTCGAGTTT,Pre-somitic mesoderm
S7.1 108h:GCGATCGCAACGGTAG,Pre-somitic mesoderm
S7.1 108h:TCACACCCAGACTGCC,Pre-somitic mesoderm
S7.1 108h:CGAGTTAGTATGGTAA,Caudal mesoderm
S7.1 108h:TTTATGCAGATGGGCT,Pre-somitic mesoderm
S7.1 108h:TTGGATGTCGACGCTG,Caudal mesoderm
S7.1 108h:AGCTTCCAGATCACCT,Paraxial mesoderm
S7.1 108h:CCAATTTAGACGGTTG,Caudal mesoderm
S7.1 108h:CGTAAGTCACTATCCC,Paraxial mesoderm
S7.1 108h:CATGAGTCAGCTACAT,Paraxial mesoderm
S7.1 108h:ATTGTTCTCCTGTTGC,Paraxial mesoderm
S7.1 108h:CAACCTCGTGTCGCTG,Paraxial mesoderm
S7.1 108h:TTAGTCTCACAGCATT,Pre-somitic mesoderm
S7.1 108h:TACCCGTCAGATTCGT,Paraxial mesoderm
S7.1 108h:ACTTATCTCTACTGAG,Pre-somitic mesoderm
S7.1 108h:GCAGGCTCATTGAGGG,Pre-somitic mesoderm
S7.1 108h:GAGTCATCAGATTCGT,Paraxial mesoderm
S7.1 108h:TCCATGCTCGGCATTA,Paraxial mesoderm
S7.1 108h:ACGTAGTGTATGTGTC,Paraxial mesoderm
S7.1 108h:CTCCAACCACCAGCTG,Pre-somitic mesoderm
S7.1 108h:TCTCCGACACTGGATT,Pre-somitic mesoderm
S7.1 108h:AGTCATGGTCAATCTG,Paraxial mesoderm
S7.1 108h:TGTTTGTTCATTACGG,Pre-somitic mesoderm
S7.1 108h:ATGATCGGTCGTGATT,Caudal mesoderm
S7.1 108h:GTGATGTGTCCTTTGC,Paraxial mesoderm
S7.1 108h:ATTCTTGTCGAAGAAT,Pre-somitic mesoderm
S7.1 108h:ACGTTCCCAGCCTATA,Paraxial mesoderm
S7.1 108h:ATCATTCCATGACCCG,Caudal mesoderm
S7.1 108h:GCATTAGAGTTGCCCG,Paraxial mesoderm
S7.1 108h:CTGCAGGGTACACTCA,Paraxial mesoderm
S7.1 108h:TGGATCATCGCCAGTG,Caudal mesoderm
S7.1 108h:CACGTTCAGAGTCGAC,Paraxial mesoderm
S7.1 108h:CGTGTCTGTCAGACGA,Pre-somitic mesoderm
S7.1 108h:CCGTGAGCAAGTGCTT,Pre-somitic mesoderm
S7.1 108h:CAGGGCTGTGGAACCA,Caudal mesoderm
S7.1 108h:GTTCTATCACAGAGAC,Pre-somitic mesoderm
S7.1 108h:GTAACACGTCTAATCG,Caudal mesoderm
S7.1 108h:TGAGCGCAGGCGTTGA,Paraxial mesoderm
S7.1 108h:CTCTCAGGTCCCGGTA,Paraxial mesoderm
S7.1 108h:CTCAAGAGTGCACAAG,Paraxial mesoderm
S7.1 108h:TCTATACTCATTTGGG,Paraxial mesoderm
S7.1 108h:GTCAAGTGTTACGCCG,Paraxial mesoderm
S7.1 108h:GTAGCTAGTCGTGTTA,Paraxial mesoderm
S7.1 108h:GATTCTTTCGGCTGTG,Paraxial mesoderm
S7.1 108h:GACACGCAGTGCCGAA,Gut
S7.1 108h:GGGAAGTGTTCGTAAC,Paraxial mesoderm
S7.1 108h:GTCCACTCATGAAGGC,Pre-somitic mesoderm
S7.1 108h:GTAGAGGGTCGGTGTC,Pre-somitic mesoderm
S7.1 108h:GGACGTCAGGAAGTGA,Paraxial mesoderm
S7.1 108h:ATACCGATCTTGCGCT,Pre-somitic mesoderm
S7.1 108h:GATTCGAAGGCAGCTA,Paraxial mesoderm
S7.1 108h:GATGAGGCATCTAACG,Gut
S7.1 108h:CACAGATCATCAGTCA,Somite differentiation front
S7.1 108h:CATACAGGTAACAGTA,Paraxial mesoderm
S7.1 108h:GCATCGGTCAACTTTC,Paraxial mesoderm
S7.1 108h:TGCAGTAGTCAGGAGT,Paraxial mesoderm
S7.1 108h:CTCCCTCGTAATCAGA,Pre-somitic mesoderm
S7.1 108h:GATTTCTAGGACAGTC,Pre-somitic mesoderm
S7.1 108h:GAGACTTTCCTTGACC,Pre-somitic mesoderm
S7.1 108h:GTCAAACGTCGTCGGT,Hemogenic endothelium
S7.1 108h:TGGGATTGTTTCACTT,Pre-somitic mesoderm
S7.1 108h:ACAGGGACAAACGGCA,Pre-somitic mesoderm
S7.1 108h:AGGAGGTTCGCATAGT,Paraxial mesoderm
S7.1 108h:ACTGTCCGTCTACTGA,Pre-somitic mesoderm
S7.1 108h:CGATGGCCAGTGTACT,Paraxial mesoderm
S7.1 108h:ACTTAGGGTATGAAAC,Pre-somitic mesoderm
S7.1 108h:GTCGCGAAGATGCTTC,Pre-somitic mesoderm
S7.1 108h:GTCGTAAGTGATACTC,Paraxial mesoderm
S7.1 108h:TACGCTCAGGTTTACC,Pre-somitic mesoderm
S7.1 108h:AGTCACAGTATGCAAA,Pre-somitic mesoderm
S7.1 108h:GGGCGTTGTTCGGACC,Pre-somitic mesoderm
S7.1 108h:GTGTGGCGTACAGTAA,Paraxial mesoderm
S7.1 108h:TCACGCTTCGGAGATG,Paraxial mesoderm
S7.1 108h:TTTGTTGAGAGCCGAT,Pre-somitic mesoderm
S7.1 108h:TAACGACGTATGAGAT,Caudal mesoderm
S7.1 108h:GCATCGGTCCGAAGGA,Pre-somitic mesoderm
S7.1 108h:ATGCGATGTGCGAACA,Paraxial mesoderm
S7.1 108h:GACCGTGTCAACTGGT,Pre-somitic mesoderm
S7.1 108h:AGAGCAGTCGAGAAAT,Gut
S7.1 108h:TTCCACGTCATGAAAG,Paraxial mesoderm
S7.1 108h:ATCACGAAGAGCAGCT,Caudal mesoderm
S7.1 108h:GTTTGGAAGGTATAGT,Caudal mesoderm
S7.1 108h:AGTAGCTTCCGTATGA,Pre-somitic mesoderm
S7.1 108h:GTCAGCGGTCCAGCGT,Paraxial mesoderm
S7.1 108h:GAGACTTCATCATCCC,Paraxial mesoderm
S7.1 108h:CTGCAGGTCGGCTGGT,Pre-somitic mesoderm
S7.1 108h:GACCTTCTCATACAGC,Caudal mesoderm
S7.1 108h:GTGCACGAGTTCATGC,Caudal mesoderm
S7.1 108h:GGGTAGAAGCGGTAGT,Caudal mesoderm
S7.1 108h:GCAGCTGAGAGTTCGG,Paraxial mesoderm
S7.1 108h:CATACTTGTCGGTGTC,Paraxial mesoderm
S7.1 108h:GGTAGAGAGGGTGGGA,Ectopic pluripotency
S7.1 108h:AACGTCAAGTCATACC,Pre-somitic mesoderm
S7.1 108h:CCCTGATTCAACTTTC,Pre-somitic mesoderm
S7.1 108h:GTTCTATAGGTCGAGT,Caudal mesoderm
S7.1 108h:ATCGTCCAGTCATGGG,Paraxial mesoderm
S7.1 108h:TCTCCGAAGGTAACTA,Paraxial mesoderm
S7.1 108h:CAGAGCCAGATGCAGC,Pre-somitic mesoderm
S7.1 108h:GGGTCTGGTCTTGCTC,Pre-somitic mesoderm
S7.1 108h:TTGTTGTAGGGTTTCT,Pre-somitic mesoderm
S7.1 108h:TCGCTTGTCGTGGCTG,Pre-somitic mesoderm
S7.1 108h:GGTTAACAGGTTCACT,Caudal mesoderm
S7.1 108h:TCCGATCCAGATTCGT,Pre-somitic mesoderm
S7.1 108h:CCACTTGTCTCACGAA,Paraxial mesoderm
S7.1 108h:TAGGTTGGTCTACAGT,Pre-somitic mesoderm
S7.1 108h:GCCATTCAGCATGCGA,Pre-somitic mesoderm
S7.1 108h:TGTCAGACAATAACCC,Paraxial mesoderm
S7.1 108h:AAGACAAGTTGCAAGG,Pre-somitic mesoderm
S7.1 108h:ACCCTCACACGACGCT,Caudal mesoderm
S7.1 108h:ATCGCCTAGCGCCCAT,Paraxial mesoderm
S7.1 108h:ACACAGTCATTCAGGT,Paraxial mesoderm
S7.1 108h:GCAGTGGTATCAACGC,Paraxial mesoderm
S7.1 108h:GGCGTCAGTTAGCGGA,Pre-somitic mesoderm
S7.1 108h:CTCAACCAGCCTTCTC,Gut
S7.1 108h:AACGAAACAACTGCTA,Pre-somitic mesoderm
S7.1 108h:CGTGCTTTCGTTGTTT,Caudal mesoderm
S7.1 108h:GTGCGTGGTCCAGCGT,Paraxial mesoderm
S7.1 108h:GGGCGTTAGTAAGAGG,Ectopic pluripotency
S7.1 108h:TCAAGTGGTTCCTTGC,Pre-somitic mesoderm
S7.1 108h:CTCAGGGTCAGGAACG,Paraxial mesoderm
S7.1 108h:TACTGCCAGGATGAGA,Paraxial mesoderm
S7.1 108h:TCCGATCAGATTCGAA,Pre-somitic mesoderm
S7.1 108h:ATCGTGAGTACTTCCC,Caudal mesoderm
S7.1 108h:GCAGCTGTCGTGGTAT,Paraxial mesoderm
S7.1 108h:TGACCCTAGAATAGTC,Caudal mesoderm
S7.1 108h:TCGGTCTCATTCAGCA,Paraxial mesoderm
S7.1 108h:ACTCCCAGTCCACAGC,Paraxial mesoderm
S7.1 108h:CGAGGAACATAATGAG,Pre-somitic mesoderm
S7.1 108h:GGCGTCAGTTTCGTTT,Pre-somitic mesoderm
S7.1 108h:GTCGTTCTCTTAGCCC,Paraxial mesoderm
S7.1 108h:CTATCTACAGGACATG,Caudal mesoderm
S7.1 108h:AGGACGAAGGAACTCG,Paraxial mesoderm
S7.1 108h:GATGAGGCACCGTGAC,Pre-somitic mesoderm
S7.1 108h:TACGGTATCATTACCT,Paraxial mesoderm
S7.1 108h:AGGCATTTCCGAGCTG,Caudal mesoderm
S7.1 108h:ATCGGCGCATGCCATA,Paraxial mesoderm
S7.1 108h:GGTAATCGTCTACAAC,Ectopic pluripotency
S7.1 108h:AAGTACCGTTGTTGAC,Pre-somitic mesoderm
S7.1 108h:ACATTTCCAACTGATC,Paraxial mesoderm
S7.1 108h:GGGTATTAGAGTTCGG,Paraxial mesoderm
S7.1 108h:CGTGATAAGATGGTCG,Pre-somitic mesoderm
S7.1 108h:TGAATGCGTCGTACAT,Paraxial mesoderm
S7.1 108h:GTGTGGCAGCAGGCTA,Paraxial mesoderm
S7.1 108h:TCGTAGAGTCGACTTA,Paraxial mesoderm
S7.1 108h:GACACGCAGACATAAC,Paraxial mesoderm
S7.1 108h:TCATCCGTCTTTGATC,Caudal mesoderm
S7.1 108h:GTGATGTGTCGAGTGA,Gut
S7.1 108h:GGTGTTATCCACTGGG,Ectopic pluripotency
S7.1 108h:TTGCGTCCACAACCGC,Gut
S7.1 108h:AAGTCGTTCTTGGTCC,Caudal mesoderm
S7.1 108h:TTCATGTGTACTGCCG,Gut
S7.1 108h:AGCATCATCTCGGGAC,Caudal mesoderm
S7.1 108h:GTCTAGAAGTGAGGCT,Paraxial mesoderm
S7.1 108h:TAGTGCATCATCTGTT,Pre-somitic mesoderm
S7.1 108h:CCACCATAGCCGCTTG,Paraxial mesoderm
S7.1 108h:CGAGAAGAGTCTGGAG,Paraxial mesoderm
S7.1 108h:AGGTTACCAAGAAACT,Pre-somitic mesoderm
S7.1 108h:AAGCCATCAGCGGTCT,Paraxial mesoderm
S7.1 108h:GGATCTAGTCGAGCAA,Paraxial mesoderm
S7.1 108h:CATCGCTTCTGGAAGG,Paraxial mesoderm
S7.1 108h:CTTGAGAAGGGCGAAG,Pre-somitic mesoderm
S7.1 108h:TCGGGTGTCATGGGAG,Pre-somitic mesoderm
S7.1 108h:CGGGTGTCACTCTCGT,Gut
S7.1 108h:GTTACGATCTGACCCT,Pre-somitic mesoderm
S7.1 108h:ACTTTCACAAGAGCTG,Paraxial mesoderm
S7.1 108h:GAAATGATCGCAAGAG,Caudal mesoderm
S7.1 108h:GGAGGTACATGTTTGG,Paraxial mesoderm
S7.1 108h:ATCTTCAAGGACATCG,Pre-somitic mesoderm
S7.1 108h:TTACAGGAGATGTAGT,Paraxial mesoderm
S7.1 108h:TCGACGGCATAGAATG,Pre-somitic mesoderm
S7.1 108h:CGATCGGAGCGAGAAA,Pre-somitic mesoderm
S7.1 108h:GTCGCGACAATGCTCA,Paraxial mesoderm
S7.1 108h:TCTCACGCACCCTGAG,Pre-somitic mesoderm
S7.1 108h:CCTCAGTTCTGGAGAG,Paraxial mesoderm
S7.1 108h:TCGCACTAGCTGTTCA,Paraxial mesoderm
S7.1 108h:TTTCAGTCAGGACATG,Paraxial mesoderm
S7.1 108h:TCCGGGAGTGTAGCAG,Pre-somitic mesoderm
S7.1 108h:GGATGTTCACGAAAGC,Pre-somitic mesoderm
S7.1 108h:GAGACTTAGCGTCTGC,Pre-somitic mesoderm
S7.1 108h:TGCTGAATCCTCTAGC,Pre-somitic mesoderm
S7.1 108h:ACAGAAATCTCCTGAC,Caudal mesoderm
S7.1 108h:TGGAGAGTCGCTGTCT,Gut
S7.1 108h:CAGGGCTAGTGTAGAT,Caudal mesoderm
S7.1 108h:ACGCACGTCATTTGTC,Caudal mesoderm
S7.1 108h:CCCAACTCAACTCGAT,Gut
S7.1 108h:GTCGAATCAGTTGTTG,Pre-somitic mesoderm
S7.1 108h:TTTGACTAGACTGGGT,Paraxial mesoderm
S7.1 108h:CAGCCAGCATCCTAAG,Paraxial mesoderm
S7.1 108h:ACCCTTGGTCGTGGTC,Pre-somitic mesoderm
S7.1 108h:CTCAGAATCAAGTGGG,Pre-somitic mesoderm
S7.1 108h:ACTGCAAGTAGGCTGA,Paraxial mesoderm
S7.1 108h:TCCATGCTCTGCGGAC,Paraxial mesoderm
S7.1 108h:CATACCCCATCGGAAG,Pre-somitic mesoderm
S7.1 108h:GTTGTAGGTTCCGCGA,Paraxial mesoderm
S7.1 108h:GGTGATTTCTGGAGAG,Pre-somitic mesoderm
S7.1 108h:CATGCGGTCATTGTTC,Paraxial mesoderm
S7.1 108h:TGTGGCGGTGCCCACA,Paraxial mesoderm
S7.1 108h:CACGTTCAGCCAGAGT,Paraxial mesoderm
S7.1 108h:GTGGCGTCAGGCGTTC,Paraxial mesoderm
S7.1 108h:CAGAGCCTCGATGCAT,Pre-somitic mesoderm
S7.1 108h:ACGCACGAGTTGCTGT,Caudal mesoderm
S7.1 108h:ACCTGAAGTCATGCAT,Paraxial mesoderm
S7.1 108h:GTCTTTAAGGCACCAA,Gut
S7.1 108h:ACGGAAGAGTGCACAG,Paraxial mesoderm
S7.1 108h:GGAATGGAGCTTCTAG,Caudal mesoderm
S7.1 108h:AATTCCTGTCATCAGT,Paraxial mesoderm
S7.1 108h:AGTAGCTTCCGAGCTG,Pre-somitic mesoderm
S7.1 108h:GTCGTAAGTTGAGGAC,Paraxial mesoderm
S7.1 108h:CTCACTGGTTCAATCG,Paraxial mesoderm
S7.1 108h:GAGTTGTGTAGACAAT,Paraxial mesoderm
S7.1 108h:ACGATCATCCATGCAA,Pre-somitic mesoderm
S7.1 108h:CCTACGTTCGTTCGCT,Paraxial mesoderm
S7.1 108h:TGTTGAGAGTACCCTA,Pre-somitic mesoderm
S7.1 108h:GGAATCTTCTGATTCT,Pre-somitic mesoderm
S7.1 108h:TGGTTAGCATGACGTT,Pre-somitic mesoderm
S7.1 108h:CAGCAATAGTGCACTT,Gut
S7.1 108h:TCGTGGGAGGTGAGCT,Ectopic pluripotency
S7.1 108h:ACATTTCCAGGTGACA,Paraxial mesoderm
S7.1 108h:GGTAATCAGCTTAAGA,Paraxial mesoderm
S7.1 108h:AGCATCAAGGTGATCG,Caudal mesoderm
S7.1 108h:TTTCAGTAGCGTCTCG,Paraxial mesoderm
S7.1 108h:CCTTTGGCAGAGACTG,Pre-somitic mesoderm
S7.1 108h:TTCATTGTCCATTGGA,Paraxial mesoderm
S7.1 108h:TTCCGGTTCCGCGATG,Gut
S7.1 108h:TACCCGTGTAAGCAAT,Paraxial mesoderm
S7.1 108h:TGCACGGGTGCTGATT,Caudal mesoderm
S7.1 108h:GTTACAGGTGATATAG,Caudal mesoderm
S7.1 108h:GCGATCGAGAGGCGGA,Pre-somitic mesoderm
S7.1 108h:CAGTGCGAGGTCCCTG,Pre-somitic mesoderm
S7.1 108h:TTGGTTTGTGTGTCCG,Gut
S7.1 108h:CCATAAGAGAATACAC,Pre-somitic mesoderm
S7.1 108h:AGGCTGCCACAAGTTC,Paraxial mesoderm
S7.1 108h:CTGTAGAGTAACGATA,Pre-somitic mesoderm
S7.1 108h:GGCAGTCAGATGTTCC,Pre-somitic mesoderm
S7.1 108h:TGGATCAGTGCGAGTA,Paraxial mesoderm
S7.1 108h:CTGTGAACATGGCTGC,Paraxial mesoderm
S7.1 108h:TACTTCAAGGGTAATT,Pre-somitic mesoderm
S7.1 108h:ATGGGAGGTAGCGTAG,Caudal mesoderm
S7.1 108h:CCCATTGAGGAGCTGT,Caudal mesoderm
S7.1 108h:TGCGACGGTTGTCATG,Gut
S7.1 108h:CACCGTTAGACCTTTG,Paraxial mesoderm
S7.1 108h:CCGAACGTCTATCCAT,Paraxial mesoderm
S7.1 108h:CAGGTATCACGCTGTG,Paraxial mesoderm
S7.1 108h:GTACAACAGTGCAACG,Gut
S7.1 108h:TCTCTGGCACAGAGCA,Paraxial mesoderm
S7.1 108h:GTCTGTCCAATCTGCA,Pre-somitic mesoderm
S7.1 108h:CTACAGATCGTGAGAG,Caudal mesoderm
S7.1 108h:CTAACTTTCGGAATGG,Paraxial mesoderm
S7.1 108h:GATCCCTTCGAGAACG,Ectopic pluripotency
S7.1 108h:CAGAGCCTCCGCGATG,Pre-somitic mesoderm
S7.1 108h:AAGCGAGAGGGTTGCA,Paraxial mesoderm
S7.1 108h:CGGGACTAGACTCATC,Paraxial mesoderm
S7.1 108h:ACTTTGTAGAGCTGAC,Caudal mesoderm
S7.1 108h:CTGGACGAGAGTGGCT,Pre-somitic mesoderm
S7.1 108h:GCAACCGTCCAAACCA,Caudal mesoderm
S7.1 108h:TCATGTTAGGATACGC,Paraxial mesoderm
S7.1 108h:CGTAAGTAGTTGGGAC,Paraxial mesoderm
S7.1 108h:TACTTCAGTCGGTACC,Pre-somitic mesoderm
S7.1 108h:TAGTGCAAGACGCCCT,Pre-somitic mesoderm
S7.1 108h:TTGTGGAAGTGTACCT,Pre-somitic mesoderm
S7.1 108h:GAGTTTGCATCTGTTT,Paraxial mesoderm
S7.1 108h:TGTCAGAGTGACCGAA,Caudal mesoderm
S7.1 108h:GTGGGAAAGCGCCGTT,Paraxial mesoderm
S7.1 108h:GGAAGTGTCCAACCGG,Pre-somitic mesoderm
S7.1 108h:AAATGGAGTACGGCAA,Paraxial mesoderm
S7.1 108h:ACTGATGTCGTGAGAG,Pre-somitic mesoderm
S7.1 108h:GAAGGGTTCGAGAAAT,Paraxial mesoderm
S7.1 108h:AATCGTGCAGGTCCGT,Pre-somitic mesoderm
S7.1 108h:ACCAAACCAGCTACTA,Ectopic pluripotency
S7.1 108h:CACAGGCCAGGAACCA,Caudal mesoderm
S7.1 108h:ACTTAGGTCGCGTGAC,Paraxial mesoderm
S7.1 108h:ACTTCCGAGAGACAAG,Pre-somitic mesoderm
S7.1 108h:ACGGAAGAGGTTGGTG,Paraxial mesoderm
S7.1 108h:GTCACTCGTAAGATTG,Pre-somitic mesoderm
S7.1 108h:TCTTTGACATACCAGT,Pre-somitic mesoderm
S7.1 108h:AATTCCTAGTGACCTT,Paraxial mesoderm
S7.1 108h:TGAGCATCACGTCGTG,Paraxial mesoderm
S7.1 108h:CAGATCAAGGTGCAGT,Paraxial mesoderm
S7.1 108h:ATCGGATTCGTGCACG,Pre-somitic mesoderm
S7.1 108h:AACCATGCAATCCTAG,Pre-somitic mesoderm
S7.1 108h:GGGTAGATCGTGCATA,Pre-somitic mesoderm
S7.1 108h:CAGCACGAGCTACGTT,Caudal mesoderm
S7.1 108h:AAAGTGATCTCATTTG,Pre-somitic mesoderm
S7.1 108h:TCCCAGTGTGGATCGA,Pre-somitic mesoderm
S7.1 108h:TCCCATGTCTGTCGCT,Caudal mesoderm
S7.1 108h:AGGTTACCATCCTTGC,Paraxial mesoderm
S7.1 108h:GATGCTAAGCGAGTCA,Pre-somitic mesoderm
S7.1 108h:TGCAGTATCATTACTC,Paraxial mesoderm
S7.1 108h:TTCTTGACATGGGAAC,Gut
S7.1 108h:CTGAGCGGTGCTCGTG,Paraxial mesoderm
S7.1 108h:TCATGAGTCGCTACGG,Ectopic pluripotency
S7.1 108h:GGAGCAAAGCGGCTCT,Paraxial mesoderm
S7.1 108h:TTAGGCATCGTGCGAC,Pre-somitic mesoderm
S7.1 108h:AGGGAGTCATCAACCA,Pre-somitic mesoderm
S7.1 108h:CAATGACTCCTATGGA,Pre-somitic mesoderm
S7.1 108h:AAACGAATCATGAAAG,Paraxial mesoderm
S7.1 108h:AAATGGAAGGTACAGC,Paraxial mesoderm
S7.1 108h:GTGACGCAGCATCCTA,Paraxial mesoderm
S7.1 108h:TCTTAGTGTTTCAGAC,Gut
S7.1 108h:AAGACAACATCGAAGG,Paraxial mesoderm
S7.1 108h:GTCGCGAAGGCTCACC,Paraxial mesoderm
S7.1 108h:TTTAGTCGTCGAGCAA,Paraxial mesoderm
S7.1 108h:GAACTGTTCACGGAGA,Paraxial mesoderm
S7.1 108h:ATTCGTTGTGGGATTG,Ectopic pluripotency
S7.1 108h:GTCAAACAGAACGTGC,Pre-somitic mesoderm
S7.1 108h:GTGAGGAAGAAGAGCA,Pre-somitic mesoderm
S7.1 108h:CGTGTCTCAAAGCGTG,Caudal mesoderm
S7.1 108h:TCGTGGGTCGACCATA,Paraxial mesoderm
S7.1 108h:CAAGACTAGCCATTGT,Paraxial mesoderm
S7.1 108h:ACTTATCAGTAACCGG,Pre-somitic mesoderm
S7.1 108h:TGTAAGCAGGACATCG,Paraxial mesoderm
S7.1 108h:CGTGTCTGTGAGCAGT,Paraxial mesoderm
S7.1 108h:TGTGAGTGTCTAGGTT,Paraxial mesoderm
S7.1 108h:GTTCATTGTCCTGAAT,Caudal mesoderm
S7.1 108h:GAGATGGAGAGGATGA,Pre-somitic mesoderm
S7.1 108h:CGAGTTAGTGGACTGA,Caudal mesoderm
S7.1 108h:GATGAGGGTTGCCTAA,Paraxial mesoderm
S7.1 108h:GTGGTATCAACGCAGA,Paraxial mesoderm
S7.1 108h:TAAGCGTCATGTTACG,Pre-somitic mesoderm
S7.1 108h:TAAGCGTTCGGCTTCT,Paraxial mesoderm
S7.1 108h:CAGTTAGCAACACAGG,Gut
S7.1 108h:TCAATCTAGCTGGAGT,Paraxial mesoderm
S7.1 108h:TGATGGTTCGTAATGC,Paraxial mesoderm
S7.1 108h:CCACGAGCATGGCCCA,Paraxial mesoderm
S7.1 108h:TACACCCGTCTGCATA,Paraxial mesoderm
S7.1 108h:TGTTGGATCTGAATCG,Paraxial mesoderm
S7.1 108h:TTCGATTAGACTTCAC,Pre-somitic mesoderm
S7.1 108h:GTTTACTCACTTGGCG,Paraxial mesoderm
S7.1 108h:GGCAGTCGTGTATTCG,Pre-somitic mesoderm
S7.1 108h:CTGAGCGTCTGCTTAT,Paraxial mesoderm
S7.1 108h:TTGACCCAGGCTAAAT,Paraxial mesoderm
S7.1 108h:TCCGTGTCAGCACCCA,Paraxial mesoderm
S7.1 108h:GCGTTTCTCGTTGTGA,Paraxial mesoderm
S7.1 108h:ATGAGGGTCTGTGCGG,Paraxial mesoderm
S7.1 108h:AAGTCGTGTACGTGAG,Paraxial mesoderm
S7.1 108h:GTTCCGTCACATATCG,Pre-somitic mesoderm
S7.1 108h:GTAGATCCAACGTAAA,Pre-somitic mesoderm
S7.1 108h:TATCTGTCATGGCTAT,Paraxial mesoderm
S7.1 108h:GTTACAGGTTCTCACC,Paraxial mesoderm
S7.1 108h:TGGGCGTGTCAAGTTC,Paraxial mesoderm
S7.1 108h:TGGTGATAGGGTCTTT,Paraxial mesoderm
S7.1 108h:AACGTCACAACGATCT,Paraxial mesoderm
S7.1 108h:TATATCCTCGTCGCTT,Ectopic pluripotency
S7.1 108h:TTCATGTAGACCCGCT,Caudal mesoderm
S7.1 108h:TTGGTTTAGTACGAGC,Paraxial mesoderm
S7.1 108h:GACTCAACACACACGC,Paraxial mesoderm
S7.1 108h:GTCTACCCACTTGAGT,Paraxial mesoderm
S7.1 108h:GAGCCTGAGCGTCTGC,Paraxial mesoderm
S7.1 108h:CTACAGAAGAGCATCG,Pre-somitic mesoderm
S7.1 108h:ATCCACCCACAGACGA,Paraxial mesoderm
S7.1 108h:TAACCAGTCAAGCCCG,Caudal mesoderm
S7.1 108h:TTCCGGTAGGAGATAG,Paraxial mesoderm
S7.1 108h:ATTATCCGTAGCGAGT,Paraxial mesoderm
S7.1 108h:AAGACTCTCCCGAACG,Paraxial mesoderm
S7.1 108h:ACTTTCAAGTTGCGCC,Paraxial mesoderm
S7.1 108h:TGTCCACCACTTCATT,Paraxial mesoderm
S7.1 108h:AGCGTCGGTGGTCAAG,Paraxial mesoderm
S7.1 108h:CTCCATGCATGAATCC,Paraxial mesoderm
S7.1 108h:TGAATCGTCCTGCTAC,Paraxial mesoderm
S7.1 108h:TTAATCCAGGAAGTAG,Pre-somitic mesoderm
S7.1 108h:CTGCTCACAAGTGATA,Paraxial mesoderm
S7.1 108h:GCACGGTTCACTTTGT,Paraxial mesoderm
S7.1 108h:AAACGCTAGTTCTCTT,Paraxial mesoderm
S7.1 108h:GGCTGTGCATCGTTCC,Paraxial mesoderm
S7.1 108h:TAGAGTCGTCTCAGGC,Paraxial mesoderm
S7.1 108h:ATTCACTTCCTTCTAA,Paraxial mesoderm
S7.1 108h:TCGTGGGAGGGAGGCA,Pre-somitic mesoderm
S7.1 108h:ACACGCGAGGCTGTAG,Paraxial mesoderm
S7.1 108h:CTCCAACCAAATGCTC,Paraxial mesoderm
S7.1 108h:TTTCCTCGTAGTTAGA,Paraxial mesoderm
S7.1 108h:ATCGGCGTCGAGTGGA,Ectopic pluripotency
S7.1 108h:ATCCTATTCGTGTGAT,Paraxial mesoderm
S7.1 108h:CCACCATCAGAGACTG,Paraxial mesoderm
S7.1 108h:ATGGAGGCACCTAAAC,Paraxial mesoderm
S7.1 108h:ATGGGAGTCGTAGTGT,Paraxial mesoderm
S7.1 108h:GTAGATCTCGGATAAA,Paraxial mesoderm
S7.1 108h:GCCGTGAAGCACCGAA,Paraxial mesoderm
S7.1 108h:CGTAGTAGTTGCATCA,Paraxial mesoderm
S7.1 108h:TCGGGTGTCTAGTTCT,Paraxial mesoderm
S7.1 108h:GACTCTCAGTTTCGGT,Pre-somitic mesoderm
S7.1 108h:TCACTATGTGTTTCTT,Paraxial mesoderm
S7.1 108h:GTAACACTCGTAACCA,Paraxial mesoderm
S7.1 108h:GCAGTTATCTTCTAAC,Paraxial mesoderm
S7.1 108h:GGGTCACGTGTAGCAG,Paraxial mesoderm
S7.1 108h:AAGTTCGAGGCCCGTT,Paraxial mesoderm
S7.1 108h:CAACAACCATCATGAC,Paraxial mesoderm
S7.1 108h:CACTTCGCATACCGTA,Paraxial mesoderm
S7.1 108h:TCGTGGGAGCGTACAG,Paraxial mesoderm
S7.1 108h:GGTCACGAGCGTCTGC,Paraxial mesoderm
S7.1 108h:AGATCGTCAGTTGCGC,Paraxial mesoderm
S7.1 108h:TCGCTCACAAGCTGCC,Paraxial mesoderm
S7.1 108h:TCAAGCAAGTGCACCC,Paraxial mesoderm
S7.1 108h:TGGGATTAGTTCATGC,Paraxial mesoderm
S7.1 108h:TTAGTCTTCATTTCGT,Paraxial mesoderm
S7.1 108h:CATGAGTTCACTGTCC,Paraxial mesoderm
S7.1 108h:GAATCGTGTGCGTCGT,Paraxial mesoderm
S7.1 108h:GGTCACGGTGAATTAG,Paraxial mesoderm
S7.1 108h:CCTCCTCAGACATCAA,Paraxial mesoderm
S7.1 108h:TTGGGATTCACTGTTT,Paraxial mesoderm
S7.1 108h:ACTACGATCGCTTTAT,Paraxial mesoderm
S7.1 108h:GTTACAGCAGTATGAA,Paraxial mesoderm
S7.1 108h:GAGGCCTCACGTCGTG,Paraxial mesoderm
S7.1 108h:ACCATTTAGGTGAGCT,Paraxial mesoderm
S7.1 108h:CTTTCGGAGGGTACGT,Paraxial mesoderm
S7.1 108h:AGCGTCGAGCTAGAGC,Paraxial mesoderm
S7.1 108h:AAGATAGAGATTCGAA,Paraxial mesoderm
S7.1 108h:CTCAGGGGTATATGGA,Paraxial mesoderm
S7.1 108h:TAAGCGTTCGGAAACG,Paraxial mesoderm
S7.1 108h:CCACGTTTCCGTCAAA,Paraxial mesoderm
S7.1 108h:GGTTGTATCAACACGT,Paraxial mesoderm
S7.1 108h:GTGTAACCAAGCGATG,Paraxial mesoderm
S7.1 108h:AATTCCTAGTTCCGGC,Paraxial mesoderm
S7.1 108h:TTACCATAGAATCCCT,Paraxial mesoderm
S7.1 108h:TGCAGTATCCGACAGC,Paraxial mesoderm
S7.1 108h:CTCATTATCCTAAACG,Paraxial mesoderm
S7.1 108h:GCCAGTGAGTCACTAC,Paraxial mesoderm
S7.1 108h:TAGGTTGTCGACGAGA,Paraxial mesoderm
S7.1 108h:CATGCGGAGTAGGTTA,Paraxial mesoderm
S7.1 108h:GTAATGCAGTACAACA,Paraxial mesoderm
S7.1 108h:GTTGAACTCGTGCGAC,Paraxial mesoderm
S7.1 108h:AGGACTTGTTATGACC,Paraxial mesoderm
S7.1 108h:GTCGTAACACTGGATT,Paraxial mesoderm
S7.1 108h:TCTCTGGTCGTTGCCT,Paraxial mesoderm
S7.1 108h:GATCCCTTCTCTTGCG,Paraxial mesoderm
S7.1 108h:GCAGGCTCACTACAGT,Paraxial mesoderm
S7.1 108h:GCCCGAACAGGTCAAG,Paraxial mesoderm
S7.1 108h:TAAGCACAGACAACTA,Paraxial mesoderm
S7.1 108h:AATAGAGCAGCTTCCT,Paraxial mesoderm
S7.1 108h:GTTTGGAGTCAGTCCG,Paraxial mesoderm
S7.1 108h:TTTCAGTGTGATATAG,Paraxial mesoderm
S7.1 108h:TGCTCGTGTCGGAAAC,Paraxial mesoderm
S7.1 108h:TAGAGTCTCTAAACGC,Paraxial mesoderm
S7.1 108h:CATCAAGCATCCAATG,Paraxial mesoderm
S7.1 108h:AGCGTCGAGCGATGCA,Paraxial mesoderm
S7.1 108h:GACCCTTCATCGCTCT,Paraxial mesoderm
S7.1 108h:TGTGAGTCACGCAAAG,Paraxial mesoderm
S7.1 108h:CATACCCGTTCCGCTT,Paraxial mesoderm
S7.1 108h:ATCGTAGTCATTCACT,Paraxial mesoderm
S7.1 108h:CCGTGAGTCCGCAACG,Paraxial mesoderm
S7.1 108h:GGGCTACTCGGTCTAA,Paraxial mesoderm
S7.1 108h:GATTCTTCAAGTTCGT,Paraxial mesoderm
S7.1 108h:TGTGGCGCACGCGCTA,Paraxial mesoderm
S7.1 108h:TACGGGCCACAATTCG,Paraxial mesoderm
S7.1 108h:CAGCAGCCATATCTCT,Paraxial mesoderm
S7.1 108h:TGCTTCGGTGCTCTCT,Paraxial mesoderm
S7.1 108h:GTTACCCCAAGACAAT,Paraxial mesoderm
S7.1 108h:ATGCGATCACGTGTGC,Paraxial mesoderm
S7.1 108h:TTCTCTCGTTTAAGGA,Paraxial mesoderm
S7.1 108h:TTAATCCGTTCACCGG,Paraxial mesoderm
S7.1 108h:ACCTGAAAGGCTTCCG,Paraxial mesoderm
S7.1 108h:GACACGCGTCATCGGC,Paraxial mesoderm
S7.1 108h:AAGTACCTCTTGAACG,Paraxial mesoderm
S7.1 108h:CGACGCTCTTCCGATC,Paraxial mesoderm
S7.1 108h:TTTCAGTTCGCGTAGC,Paraxial mesoderm
S7.1 108h:TATCGCCCAACTGGTT,Paraxial mesoderm
S7.1 108h:TGGGCTGTCTCGACGG,Paraxial mesoderm
S7.1 108h:AGAGAGCGTCTGCCTT,Paraxial mesoderm
S7.1 108h:TGGAGGACACCTGATA,Paraxial mesoderm
S7.1 108h:GTGGAAGAGCGCACAA,Paraxial mesoderm
S7.1 108h:ACACGACGCTCTTCCG,Paraxial mesoderm
S7.1 108h:TGTCAGAGTCATCAGT,Paraxial mesoderm
S7.1 108h:GAGGCAAAGCACTCAT,Paraxial mesoderm
S7.1 108h:CACGACGCTCTTCCGA,Paraxial mesoderm
S7.2 108h:GGAATCTAGTTTCAGC,Paraxial mesoderm
S7.2 108h:GCTACCTAGATAGTCA,Paraxial mesoderm
S7.2 108h:AGACTCACACAGTATC,Paraxial mesoderm
S7.2 108h:ATAGGCTCACCAGCTG,Somite differentiation front
S7.2 108h:TGGTTAGTCGTTCGCT,Paraxial mesoderm
S7.2 108h:TTAGTCTCAGATAAAC,Paraxial mesoderm
S7.2 108h:GTCTACCTCGCATAGT,Paraxial mesoderm
S7.2 108h:GGGATGAAGTTGAAAC,Paraxial mesoderm
S7.2 108h:CCTGCATAGGCATGGT,Paraxial mesoderm
S7.2 108h:CTCCTTTCACCAACAT,Paraxial mesoderm
S7.2 108h:AAAGGATCAGTCTTCC,Paraxial mesoderm
S7.2 108h:TCAGTGACATACCAGT,Paraxial mesoderm
S7.2 108h:TCGATTTCAACTACGT,Paraxial mesoderm
S7.2 108h:AGCATCAAGGATGCGT,Paraxial mesoderm
S7.2 108h:TTAGGGTAGGCACCAA,Paraxial mesoderm
S7.2 108h:CGCCAGACACCCAACG,Paraxial mesoderm
S7.2 108h:TTGTGTTCACTGAATC,Paraxial mesoderm
S7.2 108h:TTCAGGAGTCCAAATC,Somite differentiation front
S7.2 108h:GGTAACTCATCTTCGC,Paraxial mesoderm
S7.2 108h:GTTACGACATCGTGCG,Paraxial mesoderm
S7.2 108h:TCAGGGCAGGTCCAGA,Paraxial mesoderm
S7.2 108h:TCACTCGTCACTCACC,Paraxial mesoderm
S7.2 108h:AACAAGACAATAACCC,Paraxial mesoderm
S7.2 108h:GTACAGTCACAATGTC,Paraxial mesoderm
S7.2 108h:GGTCACGGTCGTACAT,Paraxial mesoderm
S7.2 108h:GATCACAGTACAAGTA,Paraxial mesoderm
S7.2 108h:CATTCATGTTCAAGGG,Paraxial mesoderm
S7.2 108h:TACCTCGAGGTATCTC,Paraxial mesoderm
S7.2 108h:CTCACTGGTTAAGTCC,Paraxial mesoderm
S7.2 108h:CAGCACGCAGAACTAA,Paraxial mesoderm
S7.2 108h:GACGTTACAGTAGAGC,Paraxial mesoderm
S7.2 108h:CGTCAAACATCCGATA,Paraxial mesoderm
S7.2 108h:GCAACATTCGCACGAC,Paraxial mesoderm
S7.2 108h:CATGCAACAAGGCAAC,Paraxial mesoderm
S7.2 108h:AAGACTCCATGGTACT,Paraxial mesoderm
S7.2 108h:TTTACTGTCTTCTAAC,Paraxial mesoderm
S7.2 108h:CGCGTGACATTCTTCA,Paraxial mesoderm
S7.2 108h:TATCAGGGTACCCGAC,Paraxial mesoderm
S7.2 108h:ATCCCTGCATGACTCA,Paraxial mesoderm
S7.2 108h:CCCTCAAGTTCAGCGC,Paraxial mesoderm
S7.2 108h:CTCTCGACACTCCACT,Paraxial mesoderm
S7.2 108h:CAGCAATCACATAACC,Paraxial mesoderm
S7.2 108h:CGTAAGTTCTTCCTAA,Paraxial mesoderm
S7.2 108h:TGGAACTGTTTACTGG,Paraxial mesoderm
S7.2 108h:CAATGACAGACCATAA,Paraxial mesoderm
S7.2 108h:GGTTAACTCATTCGGA,Paraxial mesoderm
S7.2 108h:AGTAGCTCAGAACTCT,Paraxial mesoderm
S7.2 108h:GAACACTTCGTTATCT,Paraxial mesoderm
S7.2 108h:TGATCTTGTTCGAAGG,Paraxial mesoderm
S7.2 108h:ACCATTTTCTCGGTAA,Paraxial mesoderm
S7.2 108h:TGAGACTTCAATCTCT,Paraxial mesoderm
S7.2 108h:TTACGCCTCCTCACGT,Paraxial mesoderm
S7.2 108h:AGACACTCATATACCG,Paraxial mesoderm
S7.2 108h:TACAACGTCCGCACTT,Paraxial mesoderm
S7.2 108h:GACTTCCTCCAATGCA,Paraxial mesoderm
S7.2 108h:TGTTGAGAGCCATCCG,Paraxial mesoderm
S7.2 108h:GCTACCTAGAGGATCC,Paraxial mesoderm
S7.2 108h:CTTCAATAGGTCGACA,Paraxial mesoderm
S7.2 108h:AAGGAATCAGCGAGTA,Paraxial mesoderm
S7.2 108h:GTTCTATCACAATGAA,Ectopic pluripotency
S7.2 108h:TATCTTGAGACGAGCT,Paraxial mesoderm
S7.2 108h:TTACCATTCCTGTACC,Paraxial mesoderm
S7.2 108h:GTCCACTCACCAGCCA,Paraxial mesoderm
S7.2 108h:TTTGGTTTCGGAATTC,Paraxial mesoderm
S7.2 108h:GCACATACAACTCGAT,Somite differentiation front
S7.2 108h:ATTCTTGTCGCCTCTA,Paraxial mesoderm
S7.2 108h:GTCATCCCACTGTTCC,Caudal mesoderm
S7.2 108h:GAAGAATAGGCTCCCA,Caudal mesoderm
S7.2 108h:ACCCTCAAGATGTTCC,Somite differentiation front
S7.2 108h:GACATCAGTACTCGTA,Paraxial mesoderm
S7.2 108h:CATCCGTCATTCTCTA,Paraxial mesoderm
S7.2 108h:TACGCTCCAGTCCCGA,Paraxial mesoderm
S7.2 108h:GTATTTCAGTAGTCTC,Paraxial mesoderm
S7.2 108h:GATTTCTCAGAACTCT,Paraxial mesoderm
S7.2 108h:CCTTCAGCACTGGATT,Paraxial mesoderm
S7.2 108h:CAATGACTCCCGTGAG,Paraxial mesoderm
S7.2 108h:TAGGTTGAGGTAAGTT,Paraxial mesoderm
S7.2 108h:ATATCCTAGGCTAGCA,Paraxial mesoderm
S7.2 108h:TATTGCTCAACGACAG,Paraxial mesoderm
S7.2 108h:GATTTCTGTTTATGCG,Gut
S7.2 108h:GACATCACAGCTACAT,Ectopic pluripotency
S7.2 108h:CCACTTGGTGTTTACG,Paraxial mesoderm
S7.2 108h:ATGGGTTGTGGCTACC,Paraxial mesoderm
S7.2 108h:CAGCACGGTTTCGTTT,Paraxial mesoderm
S7.2 108h:GTTAGTGGTGTCTTAG,Caudal mesoderm
S7.2 108h:AGTCTCCCAACTGCTA,Paraxial mesoderm
S7.2 108h:AAAGGGCTCATAGCAC,Paraxial mesoderm
S7.2 108h:TCATCATCAAGACAAT,Paraxial mesoderm
S7.2 108h:TCACAAGGTGCCAAGA,Paraxial mesoderm
S7.2 108h:GAAGTAAAGTGCCGAA,Paraxial mesoderm
S7.2 108h:ACAACCACACAATTCG,Paraxial mesoderm
S7.2 108h:GGTAACTAGGTAAGGA,Paraxial mesoderm
S7.2 108h:CCCTCAAAGACCAAGC,Paraxial mesoderm
S7.2 108h:CTGCATCTCATCTGTT,Paraxial mesoderm
S7.2 108h:TGTCCACAGAGCAGTC,Paraxial mesoderm
S7.2 108h:GGAGCAAAGTAGTCCT,Paraxial mesoderm
S7.2 108h:TGCGACGCAAAGCACG,Paraxial mesoderm
S7.2 108h:CAGATCACACGCTGAC,Paraxial mesoderm
S7.2 108h:TAATTCCTCGAATCCA,Paraxial mesoderm
S7.2 108h:TCGGATACAAGTATAG,Paraxial mesoderm
S7.2 108h:CATGAGTGTAAGTCAA,Paraxial mesoderm
S7.2 108h:TTACCATAGCTAGAGC,Paraxial mesoderm
S7.2 108h:TGTGATGAGGTCTACT,Paraxial mesoderm
S7.2 108h:TCCTCTTCAACAACAA,Paraxial mesoderm
S7.2 108h:TACCGAAAGGGTCAAC,Paraxial mesoderm
S7.2 108h:AACCAACTCTTCCTAA,Paraxial mesoderm
S7.2 108h:TGGTGATCACTACCCT,Paraxial mesoderm
S7.2 108h:AGAGAATCATCGGTTA,Paraxial mesoderm
S7.2 108h:TTTCATGTCACAGTGT,Paraxial mesoderm
S7.2 108h:AAAGTGATCCATAAGC,Paraxial mesoderm
S7.2 108h:CTCGAGGTCATGAGTC,Paraxial mesoderm
S7.2 108h:GAGAGGTTCCATCTAT,Paraxial mesoderm
S7.2 108h:TAGGTTGCATCCTCAC,Paraxial mesoderm
S7.2 108h:GGGAGATCAACCTAAC,Paraxial mesoderm
S7.2 108h:TGAGCATGTTCGCGTG,Paraxial mesoderm
S7.2 108h:TTGGGATTCTTACACT,Caudal mesoderm
S7.2 108h:ACTGTCCTCACCTGTC,Paraxial mesoderm
S7.2 108h:TCGACGGGTACCGGAA,Paraxial mesoderm
S7.2 108h:GCTCAAACAGCACACC,Paraxial mesoderm
S7.2 108h:GGCGTCAGTTGTGCAT,Paraxial mesoderm
S7.2 108h:CTGGCAGCAATCGCCG,Caudal mesoderm
S7.2 108h:CTGCTCACACGGCTAC,Paraxial mesoderm
S7.2 108h:AAACGCTTCCAAACCA,Paraxial mesoderm
S7.2 108h:GAAGAATCAGACCAAG,Paraxial mesoderm
S7.2 108h:CACGGGTCAGTCGAGA,Paraxial mesoderm
S7.2 108h:GTATTGGCAATCGAAA,Paraxial mesoderm
S7.2 108h:ATGCCTCGTTGAATCC,Paraxial mesoderm
S7.2 108h:TATGTTCGTACGATGG,Paraxial mesoderm
S7.2 108h:CCTGCATAGTGGTGAC,Hemogenic endothelium
S7.2 108h:ACGGTTAAGACGCCCT,Somite differentiation front
S7.2 108h:CTCAACCGTCTGCCTT,Paraxial mesoderm
S7.2 108h:TGAACGTAGCCGGAAT,Paraxial mesoderm
S7.2 108h:ACCAAACTCGTGGTAT,Paraxial mesoderm
S7.2 108h:ACACTGACACGACGTC,Paraxial mesoderm
S7.2 108h:GTCTACCGTTGAATCC,Paraxial mesoderm
S7.2 108h:GATCATGCATGTGTCA,Paraxial mesoderm
S7.2 108h:TGAGGGATCGTGGCTG,Ectopic pluripotency
S7.2 108h:TACATTCCATGGAAGC,Caudal mesoderm
S7.2 108h:TATCAGGTCAAAGCCT,Paraxial mesoderm
S7.2 108h:ATTCTTGAGTATGATG,Paraxial mesoderm
S7.2 108h:GTATTGGTCACAAGGG,Paraxial mesoderm
S7.2 108h:TGGAACTTCTCATGCC,Paraxial mesoderm
S7.2 108h:CCTACGTGTCCTGTCT,Paraxial mesoderm
S7.2 108h:AGAGAGCTCCCTGGTT,Somite differentiation front
S7.2 108h:TGCAGGCGTTGGAGAC,Paraxial mesoderm
S7.2 108h:GGGACTCTCGCTAGCG,Gut
S7.2 108h:GCTACCTTCTGGCCGA,Paraxial mesoderm
S7.2 108h:AACTTCTCAGAGAATT,Ectopic pluripotency
S7.2 108h:CTGCAGGGTCGCTCGA,Caudal mesoderm
S7.2 108h:CGCAGGTGTGTGTACT,Paraxial mesoderm
S7.2 108h:TACACCCAGGAGGCAG,Paraxial mesoderm
S7.2 108h:TATCTGTGTTTCCATT,Paraxial mesoderm
S7.2 108h:AGGACGACACTACACA,Paraxial mesoderm
S7.2 108h:GCAACATAGATGGCAC,Caudal mesoderm
S7.2 108h:CACGTGGGTCCTGTTC,Paraxial mesoderm
S7.2 108h:GCTGCAGGTGACAACG,Paraxial mesoderm
S7.2 108h:TAACTTCTCACCTGTC,Paraxial mesoderm
S7.2 108h:ACAGCCGAGCCTGCCA,Hemogenic endothelium
S7.2 108h:GCATTAGTCTCTCCGA,Paraxial mesoderm
S7.2 108h:TCACATTTCGCTCCTA,Paraxial mesoderm
S7.2 108h:ATTCATCAGCCGAATG,Caudal mesoderm
S7.2 108h:CTAGACAAGACTTCCA,Caudal mesoderm
S7.2 108h:CATCGTCGTCTCCTGT,Paraxial mesoderm
S7.2 108h:GTGCACGAGCTTAAGA,Paraxial mesoderm
S7.2 108h:CCGCAAGGTAAGAACT,Paraxial mesoderm
S7.2 108h:CCTCCAATCCACGAAT,Paraxial mesoderm
S7.2 108h:TCAATTCTCTGTAACG,Paraxial mesoderm
S7.2 108h:GGCAGTCGTACTCGAT,Paraxial mesoderm
S7.2 108h:ATACCTTCACGGTAGA,Gut
S7.2 108h:AGGCCACAGACATACA,Paraxial mesoderm
S7.2 108h:ACACGCGGTCGGATTT,Paraxial mesoderm
S7.2 108h:TCGTCCAAGTCTTCCC,Gut
S7.2 108h:GTTGCGGTCTTGTTAC,Paraxial mesoderm
S7.2 108h:GGGCGTTAGATCCCGC,Caudal mesoderm
S7.2 108h:AAAGGGCTCAGCAATC,Paraxial mesoderm
S7.2 108h:CACCGTTCATGAGATA,Paraxial mesoderm
S7.2 108h:TTCTTCCTCTCTTAAC,Paraxial mesoderm
S7.2 108h:TTGCTGCTCCTCAGAA,Paraxial mesoderm
S7.2 108h:GTTGCTCTCGATCCCT,Ectopic pluripotency
S7.2 108h:TACCGAATCGCGTAGC,Paraxial mesoderm
S7.2 108h:CGCATAAGTACAATAG,Paraxial mesoderm
S7.2 108h:CCTGCATAGGTTACCT,Paraxial mesoderm
S7.2 108h:CGATCGGGTCACTCTC,Paraxial mesoderm
S7.2 108h:CCCTCTCTCGGAGATG,Paraxial mesoderm
S7.2 108h:TCCGGGACAACGGTAG,Paraxial mesoderm
S7.2 108h:GAAATGACACACTGGC,Pre-somitic mesoderm
S7.2 108h:CTGCTCACATAACCCA,Gut
S7.2 108h:TTCTGTACAGCTATTG,Paraxial mesoderm
S7.2 108h:GTGCTGGCACATCCCT,Paraxial mesoderm
S7.2 108h:ATGGGTTCAGGACTTT,Paraxial mesoderm
S7.2 108h:TACGGGCAGTGGACGT,Paraxial mesoderm
S7.2 108h:TCCACCAAGCGAAACC,Paraxial mesoderm
S7.2 108h:AGAACAAAGTGTTCCA,Paraxial mesoderm
S7.2 108h:CTTTCGGCATGTCAGT,Paraxial mesoderm
S7.2 108h:TTCATTGGTGTTATCG,Ectopic pluripotency
S7.2 108h:ACAAGCTTCTCGCCTA,Paraxial mesoderm
S7.2 108h:CTGTATTGTCTCCTGT,Paraxial mesoderm
S7.2 108h:AAATGGAAGGGCATGT,Paraxial mesoderm
S7.2 108h:CTTTCAACAGTCACGC,Paraxial mesoderm
S7.2 108h:TCACGCTCAAAGCTAA,Paraxial mesoderm
S7.2 108h:ACACTGACAACGGCCT,Paraxial mesoderm
S7.2 108h:TTCTAACGTGAGATAT,Caudal mesoderm
S7.2 108h:TGTCAGAGTGGTTTAC,Paraxial mesoderm
S7.2 108h:AGTAACCCATGCACTA,Ectopic pluripotency
S7.2 108h:ACGTTCCTCGGCTTCT,Pre-somitic mesoderm
S7.2 108h:AACAAAGCATCGATAC,Paraxial mesoderm
S7.2 108h:AGAACCTTCCATCAGA,Paraxial mesoderm
S7.2 108h:TTTGATCGTGGTACAG,Ectopic pluripotency
S7.2 108h:AGGAAATTCGCGAAGA,Gut
S7.2 108h:ATTCTACTCACTTGTT,Gut
S7.2 108h:AACCTTTTCCTTATAC,Paraxial mesoderm
S7.2 108h:AGCCAGCCAGACAATA,Paraxial mesoderm
S7.2 108h:AGAACAACAACCTATG,Paraxial mesoderm
S7.2 108h:ACCACAAGTTACAGCT,Paraxial mesoderm
S7.2 108h:CTATCCGTCTCAATCT,Paraxial mesoderm
S7.2 108h:CGAGGAACACGATTCA,Ectopic pluripotency
S7.2 108h:TTTCATGAGCGTATGG,Gut
S7.2 108h:CGTCCATAGCCTGTGC,Paraxial mesoderm
S7.2 108h:GGTCTGGAGACTAAGT,Paraxial mesoderm
S7.2 108h:AATTTCCTCCTTCTAA,Ectopic pluripotency
S7.2 108h:AGCTTCCAGACTTAAG,Paraxial mesoderm
S7.2 108h:TGTGAGTCAGACAAGC,Ectopic pluripotency
S7.2 108h:CAGGTATCAACCCTCT,Paraxial mesoderm
S7.2 108h:GTCCCATGTCAGTCCG,Paraxial mesoderm
S7.2 108h:CACCAAAAGAACAGGA,Somite differentiation front
S7.2 108h:TAGGTACCACGGCGTT,Paraxial mesoderm
S7.2 108h:AGGCTGCCATGATAGA,Paraxial mesoderm
S7.2 108h:AGGTCTATCACAGTGT,Paraxial mesoderm
S7.2 108h:CATCCCATCGCGGACT,Paraxial mesoderm
S7.2 108h:TCTAACTAGCACAAAT,Gut
S7.2 108h:AGCTTCCTCGACACTA,Paraxial mesoderm
S7.2 108h:CGCCATTAGTTTCAGC,Paraxial mesoderm
S7.2 108h:CGCGTGACAAGCGAGT,Caudal mesoderm
S7.2 108h:TTCTAGTTCACTTGTT,Ectopic pluripotency
S7.2 108h:GGGACCTGTGTTTACG,Paraxial mesoderm
S7.2 108h:ACAGGGAGTACTGACT,Paraxial mesoderm
S7.2 108h:GTTACCCTCCCATTCG,Paraxial mesoderm
S7.2 108h:GAGATGGGTTGTTGTG,Paraxial mesoderm
S7.2 108h:AGCTTCCTCGTGGACC,Paraxial mesoderm
S7.2 108h:GACCAATTCTGGGATT,Paraxial mesoderm
S7.2 108h:GATCGTAGTTATAGCC,Paraxial mesoderm
S7.2 108h:TTCCGGTTCACTTCTA,Ectopic pluripotency
S7.2 108h:GGGTCTGGTATGTCTG,Paraxial mesoderm
S7.2 108h:GGTTCTCTCATATGGC,Paraxial mesoderm
S7.2 108h:CATGGATTCGACACTA,Gut
S7.2 108h:TGTGAGTTCTGGGCAC,Ectopic pluripotency
S7.2 108h:TCTGGCTCAGTCCGTG,Paraxial mesoderm
S7.2 108h:TCCGAAAAGTTGCTGT,Paraxial mesoderm
S7.2 108h:TCGCAGGTCAGCGCAC,Ectopic pluripotency
S7.2 108h:TCCGGGAGTTGACTGT,Paraxial mesoderm
S7.2 108h:GATAGAATCGCCCAGA,Paraxial mesoderm
S7.2 108h:AATTTCCCACTTCCTG,Hemogenic endothelium
S7.2 108h:CTTTCGGAGTTCTACG,Gut
S7.2 108h:CTTTCAATCGCTCATC,Paraxial mesoderm
S7.2 108h:CTCTCAGGTGGGATTG,Caudal mesoderm
S7.2 108h:AGTACCAGTTCCAGGC,Paraxial mesoderm
S7.2 108h:CTCTCGAGTGGCGCTT,Gut
S7.2 108h:TTTCAGTCAAGCACAG,Paraxial mesoderm
S7.2 108h:CAGTTAGCATCCTAAG,Paraxial mesoderm
S7.2 108h:CACGTTCCATCAGTCA,Paraxial mesoderm
S7.2 108h:TACAGGTTCACCTTAT,Paraxial mesoderm
S7.2 108h:AGAAGTAAGCAACAAT,Paraxial mesoderm
S7.2 108h:ACTCCCAAGTTCTACG,Paraxial mesoderm
S7.2 108h:GCCAGTGAGGTCTGGA,Gut
S7.2 108h:TCATGTTTCGCTGATA,Caudal mesoderm
S7.2 108h:GATCCCTGTTCGGGTC,Paraxial mesoderm
S7.2 108h:TCACAAGCAGCTTCGG,Ectopic pluripotency
S7.2 108h:TGATTCTAGTGATAAC,Paraxial mesoderm
S7.2 108h:AAAGGGCCACTACCCT,Pre-somitic mesoderm
S7.2 108h:GTAGAGGGTGCCGTAC,Paraxial mesoderm
S7.2 108h:CATTGCCTCTGCGGCA,Paraxial mesoderm
S7.2 108h:GAGAAATCACTTTATC,Paraxial mesoderm
S7.2 108h:CTCCGATTCCATTTGT,Paraxial mesoderm
S7.2 108h:GCACTAAGTCAACATC,Paraxial mesoderm
S7.2 108h:TGACCCTTCTTGTTAC,Paraxial mesoderm
S7.2 108h:AAGCGTTAGTGCTACT,Paraxial mesoderm
S7.2 108h:CACTGTCAGAATTTGG,Paraxial mesoderm
S7.2 108h:CTTCTAATCTTGTGCC,Paraxial mesoderm
S7.2 108h:TCTACATCAGCGACAA,Paraxial mesoderm
S7.2 108h:TTCCACGCACTTCAAG,Paraxial mesoderm
S7.2 108h:GAGATGGTCGGTTGTA,Paraxial mesoderm
S7.2 108h:ACTACGACAAGGCGTA,Paraxial mesoderm
S7.2 108h:ATGGAGGGTGACAGCA,Paraxial mesoderm
S7.2 108h:CCGTTCAAGTAACAGT,Caudal mesoderm
S7.2 108h:AGGATAACATAGAATG,Gut
S7.2 108h:TTAATCCCAAGGTCTT,Paraxial mesoderm
S7.2 108h:TTATTGCTCGAAACAA,Paraxial mesoderm
S7.2 108h:CCGTGAGCAACCAGAG,Pre-somitic mesoderm
S7.2 108h:CAATTTCAGGCCTTGC,Ectopic pluripotency
S7.2 108h:GTTGCGGAGCCTATTG,Caudal mesoderm
S7.2 108h:AAGCGAGCATCAACCA,Paraxial mesoderm
S7.2 108h:AAGTCGTTCCCAATAG,Paraxial mesoderm
S7.2 108h:GTAATCGTCGACCTAA,Gut
S7.2 108h:CTGCATCTCACGACTA,Paraxial mesoderm
S7.2 108h:GAAGAATCAATAAGGT,Gut
S7.2 108h:CGTTAGACACAGTACT,Paraxial mesoderm
S7.2 108h:CGAAGTTCATTAAAGG,Paraxial mesoderm
S7.2 108h:GAACTGTCAAACTGCT,Paraxial mesoderm
S7.2 108h:TCTACCGAGATGACCG,Paraxial mesoderm
S7.2 108h:CATTTCAAGCACACAG,Ectopic pluripotency
S7.2 108h:AGGTGTTTCCGCTGTT,Paraxial mesoderm
S7.2 108h:GCACGGTCATGGCCAC,Pre-somitic mesoderm
S7.2 108h:CGAATTGGTGGGCTTC,Caudal mesoderm
S7.2 108h:AGTACTGGTAGCGTAG,Paraxial mesoderm
S7.2 108h:TCCATGCTCCCTATTA,Gut
S7.2 108h:ACCCTCATCGTCGATA,Ectopic pluripotency
S7.2 108h:AACCAACTCAAACTGC,Paraxial mesoderm
S7.2 108h:CATAAGCAGCAGGGAG,Paraxial mesoderm
S7.2 108h:CATTCCGTCGAGTCCG,Paraxial mesoderm
S7.2 108h:CGGAGAAGTGCAATAA,Paraxial mesoderm
S7.2 108h:GGAAGTGGTGACGTCC,Paraxial mesoderm
S7.2 108h:GTGGAAGCACCAACAT,Caudal mesoderm
S7.2 108h:CTACAGATCATCGGGC,Paraxial mesoderm
S7.2 108h:AGTAGTCCATCTGTTT,Caudal mesoderm
S7.2 108h:CACGTGGAGGGTAGCT,Paraxial mesoderm
S7.2 108h:TGCAGATGTTAGCTAC,Paraxial mesoderm
S7.2 108h:ATCGTCCTCTTGCAGA,Caudal mesoderm
S7.2 108h:ACACCAACACTGCGAC,Paraxial mesoderm
S7.2 108h:CACGTGGTCATGCGGC,Paraxial mesoderm
S7.2 108h:TGGGAGAGTAATACCC,Paraxial mesoderm
S7.2 108h:ACATCGATCGTGCTCT,Gut
S7.2 108h:GTCACTCAGTCACTCA,Paraxial mesoderm
S7.2 108h:ACCACAAAGGCTTAGG,Paraxial mesoderm
S7.2 108h:TAACACGCATGCTGCG,Caudal mesoderm
S7.2 108h:AGGAATACAGAGGCAT,Caudal mesoderm
S7.2 108h:TCCTCTTTCTGGTCAA,Pre-somitic mesoderm
S7.2 108h:ATCCACCCAAATGCTC,Ectopic pluripotency
S7.2 108h:CAGCGTGGTTCCGTTC,Paraxial mesoderm
S7.2 108h:ATCTTCATCACCGCTT,Paraxial mesoderm
S7.2 108h:CGGGACTCATCAACCA,Caudal mesoderm
S7.2 108h:GGTAATCAGTAGACCG,Paraxial mesoderm
S7.2 108h:TCCTTTCAGTTCCAGT,Pre-somitic mesoderm
S7.2 108h:GAGGCCTGTTCACGAT,Paraxial mesoderm
S7.2 108h:AACCTGACAACCGTAT,Paraxial mesoderm
S7.2 108h:ATGTCTTAGCCTTTGA,Ectopic pluripotency
S7.2 108h:CTGGTCTAGCCATGCC,Caudal mesoderm
S7.2 108h:TGTCAGAAGGCATTTC,Paraxial mesoderm
S7.2 108h:TCTGTCGAGATACAGT,Paraxial mesoderm
S7.2 108h:GACTTCCTCCGGGACT,Paraxial mesoderm
S7.2 108h:GAGTTGTCAGCTAACT,Paraxial mesoderm
S7.2 108h:TGTTGGACAACTCATG,Paraxial mesoderm
S7.2 108h:CTGTCGTCACGCTGAC,Hemogenic endothelium
S7.2 108h:TCGGGACGTGTCACAT,Paraxial mesoderm
S7.2 108h:CTCATTACATCCTATT,Ectopic pluripotency
S7.2 108h:AATCGACAGAGCTTTC,Paraxial mesoderm
S7.2 108h:AATTCCTTCAACACGT,Caudal mesoderm
S7.2 108h:TCATGTTAGCTCTATG,Paraxial mesoderm
S7.2 108h:GATAGCTTCCATTTAC,Paraxial mesoderm
S7.2 108h:ATCGTAGCAATACCCA,Ectopic pluripotency
S7.2 108h:CATACTTCATGTCAGT,Paraxial mesoderm
S7.2 108h:AGACCATGTTATTCTC,Naive pluripotency
S7.2 108h:ACTTAGGAGTCGCCCA,Ectopic pluripotency
S7.2 108h:GAAGAATTCGTGCATA,Caudal mesoderm
S7.2 108h:TAGGTTGTCTAGTCAG,Paraxial mesoderm
S7.2 108h:TCATTACCATCGTGGC,Paraxial mesoderm
S7.2 108h:GTGGTTAGTACAGAAT,Ectopic pluripotency
S7.2 108h:TGAGGAGCAGGTCAGA,Paraxial mesoderm
S7.2 108h:GATCGTACAAAGGGCT,Caudal mesoderm
S7.2 108h:ATTGTTCAGAGAGCAA,Ectopic pluripotency
S7.2 108h:CCGGTAGTCGCTGATA,Ectopic pluripotency
S7.2 108h:GTTACCCTCCACATAG,Somite differentiation front
S7.2 108h:CATAGACTCCGTCACT,Paraxial mesoderm
S7.2 108h:AGGGTTTAGATGACCG,Paraxial mesoderm
S7.2 108h:CGAAGTTGTTCGAAGG,Paraxial mesoderm
S7.2 108h:TGGCGTGCAGACCAGA,Paraxial mesoderm
S7.2 108h:ATCCACCCACACACGC,Paraxial mesoderm
S7.2 108h:GTGGGAATCCCTCTCC,Paraxial mesoderm
S7.2 108h:GTCAGCGTCTCGAACA,Paraxial mesoderm
S7.2 108h:GCTGGGTTCACGAACT,Ectopic pluripotency
S7.2 108h:GCTACCTGTGGACAGT,Pre-somitic mesoderm
S7.2 108h:GTATTGGTCATGCATG,Ectopic pluripotency
S7.2 108h:GGGCGTTCAAACGGCA,Hemogenic endothelium
S7.2 108h:AAGCGTTTCTACACAG,Paraxial mesoderm
S7.2 108h:GGGCTCAGTATGCGGA,Ectopic pluripotency
S7.2 108h:AAATGGACACAACGTT,Paraxial mesoderm
S7.2 108h:TTCCTCTGTTTCCCAC,Ectopic pluripotency
S7.2 108h:CCTAACCTCAGCTTCC,Paraxial mesoderm
S7.2 108h:TCTACCGCAAGGAGTC,Gut
S7.2 108h:GCTGGGTAGGAACTAT,Ectopic pluripotency
S7.2 108h:CGCATAAAGTGCAGCA,Paraxial mesoderm
S7.2 108h:CTTCGGTAGTCGGCCT,Paraxial mesoderm
S7.2 108h:TCATATCGTATCGTAC,Paraxial mesoderm
S7.2 108h:ATCGGATAGATTGACA,Paraxial mesoderm
S7.2 108h:TGGATCAAGTCTAGCT,Paraxial mesoderm
S7.2 108h:CTGTCGTTCTCATTGT,Paraxial mesoderm
S7.2 108h:TCACTCGGTCTACTGA,Paraxial mesoderm
S7.2 108h:TCACTATAGCCTGCCA,Pre-somitic mesoderm
S7.2 108h:ACTTCCGGTCTGTGTA,Paraxial mesoderm
S7.2 108h:CTTCCGATCCGACAGC,Paraxial mesoderm
S7.2 108h:AACAGGGGTTACACAC,Pre-somitic mesoderm
S7.2 108h:GACGCTGCACCACATA,Paraxial mesoderm
S7.2 108h:TGCAGGCGTATGCAAA,Paraxial mesoderm
S7.2 108h:ACTACGATCTCTTCAA,Paraxial mesoderm
S7.2 108h:CGAAGTTAGTGGACGT,Paraxial mesoderm
S7.2 108h:ATATCCTGTCTGCAAT,Caudal mesoderm
S7.2 108h:GCTACAAAGCCTGAGA,Gut
S7.2 108h:ATGGTTGCATGGGATG,Paraxial mesoderm
S7.2 108h:TTTACTGTCGGACTTA,Paraxial mesoderm
S7.2 108h:ATCACAGCACGCTGTG,Paraxial mesoderm
S7.2 108h:GGTGTCGGTGCCTTTC,Paraxial mesoderm
S7.2 108h:CTGCCATAGGCGTTAG,Paraxial mesoderm
S7.2 108h:CCGTGAGAGACATAAC,Paraxial mesoderm
S7.2 108h:GCTGGGTTCCTCAGAA,Paraxial mesoderm
S7.2 108h:ACTGCAAAGCAATTAG,Paraxial mesoderm
S7.2 108h:TTGTTCACAGTATGAA,Paraxial mesoderm
S7.2 108h:TAACTTCCACCCAAGC,Paraxial mesoderm
S7.2 108h:TCCTAATAGTAGCTCT,Caudal mesoderm
S7.2 108h:CTATCCGCAGTTACCA,Paraxial mesoderm
S7.2 108h:TAACGACCATCCTATT,Paraxial mesoderm
S7.2 108h:TGAATCGTCGGACTTA,Paraxial mesoderm
S7.2 108h:TGCATGAGTAGTGATA,Paraxial mesoderm
S7.2 108h:GTCATGAGTTTCTATC,Paraxial mesoderm
S7.2 108h:CCTACGTAGGTGTGAC,Paraxial mesoderm
S7.2 108h:ATGCATGAGAAATTGC,Ectopic pluripotency
S7.2 108h:AACACACTCTCCCAAC,Caudal mesoderm
S7.2 108h:GATCACAGTGAGTAGC,Paraxial mesoderm
S7.2 108h:GCGTTTCCAGGTCCCA,Ectopic pluripotency
S7.2 108h:CGGTCAGGTTACACAC,Paraxial mesoderm
S7.2 108h:TTCGGTCTCTAGAACC,Paraxial mesoderm
S7.2 108h:GCCTGTTCAATTTCGG,Paraxial mesoderm
S7.2 108h:ACTGATGCAAACACGG,Paraxial mesoderm
S7.2 108h:GATCAGTCATTCTCCG,Pre-somitic mesoderm
S7.2 108h:TGTTGGACATTCAGCA,Paraxial mesoderm
S7.2 108h:CAATACGGTAACGTTC,Pre-somitic mesoderm
S7.2 108h:TACACCCTCTCTCTAA,Pre-somitic mesoderm
S7.2 108h:AGAACCTAGCGTGTCC,Paraxial mesoderm
S7.2 108h:CACTGGGAGCTCACTA,Pre-somitic mesoderm
S7.2 108h:TCCTCTTGTCCACAGC,Paraxial mesoderm
S7.2 108h:TGGCGTGCACGCGTCA,Caudal mesoderm
S7.2 108h:GATGCTAAGGATTCAA,Caudal mesoderm
S7.2 108h:GTTCTATAGGCCTTGC,Paraxial mesoderm
S7.2 108h:AGTTAGCAGGTTGGTG,Paraxial mesoderm
S7.2 108h:TATCCTATCATTGTGG,Paraxial mesoderm
S7.2 108h:TACATTCAGCATTGTC,Paraxial mesoderm
S7.2 108h:TGGTGATCACTCTCGT,Pre-somitic mesoderm
S7.2 108h:AGGACTTCAGTCAGTT,Paraxial mesoderm
S7.2 108h:AACGTCATCGGAGATG,Paraxial mesoderm
S7.2 108h:CTAACCCAGACTGAGC,Ectopic pluripotency
S7.2 108h:GTTGCTCTCTTAGTTC,Paraxial mesoderm
S7.2 108h:GTCGTTCTCCGCACGA,Paraxial mesoderm
S7.2 108h:ATTACCTTCGTCCTCA,Caudal mesoderm
S7.2 108h:TGTGAGTAGGATACCG,Paraxial mesoderm
S7.2 108h:CTGGCAGTCATCTACT,Paraxial mesoderm
S7.2 108h:CCTCACAAGACCATGG,Pre-somitic mesoderm
S7.2 108h:GTCGTTCTCAGACTGT,Pre-somitic mesoderm
S7.2 108h:TATGTTCCAGAGTTCT,Pre-somitic mesoderm
S7.2 108h:CTAACCCTCCTACAAG,Pre-somitic mesoderm
S7.2 108h:AGGACGAAGGCCTAAG,Caudal mesoderm
S7.2 108h:CACGGGTTCCACAGGC,Pre-somitic mesoderm
S7.2 108h:TCGCACTGTAGCGATG,Ectopic pluripotency
S7.2 108h:CACAACACACAGTCAT,Paraxial mesoderm
S7.2 108h:ATTCGTTGTAGTTCCA,Paraxial mesoderm
S7.2 108h:CTCCCTCAGGTTCACT,Paraxial mesoderm
S7.2 108h:GGGATGAGTGCATGTT,Paraxial mesoderm
S7.2 108h:GTGCTGGGTGTTGAGG,Paraxial mesoderm
S7.2 108h:CTCAATTAGTAACCTC,Pre-somitic mesoderm
S7.2 108h:TGAGTCACAGAGTAAT,Paraxial mesoderm
S7.2 108h:ACATCCCAGACATGCG,Caudal mesoderm
S7.2 108h:CATCCGTCACTGTCGG,Ectopic pluripotency
S7.2 108h:ACTTCCGGTTCTATCT,Paraxial mesoderm
S7.2 108h:CGAAGTTCAGAATGTA,Paraxial mesoderm
S7.2 108h:GCACTAACACAATCTG,Caudal mesoderm
S7.2 108h:TCAGCAACAGCTTCCT,Paraxial mesoderm
S7.2 108h:TACGGGCTCTTAGCCC,Paraxial mesoderm
S7.2 108h:ATGGGTTAGGACATCG,Ectopic pluripotency
S7.2 108h:AAGTGAACATCATTGG,Paraxial mesoderm
S7.2 108h:CAACCAACACAGTACT,Paraxial mesoderm
S7.2 108h:AAGACAATCATCGACA,Ectopic pluripotency
S7.2 108h:CTTGATTAGCAGGTCA,Paraxial mesoderm
S7.2 108h:CGCGTGAGTGTCCCTT,Paraxial mesoderm
S7.2 108h:CTTGATTTCGTCAGAT,Paraxial mesoderm
S7.2 108h:TATCTTGCAATGAAAC,Pre-somitic mesoderm
S7.2 108h:TCCACGTAGGAAGTAG,Pre-somitic mesoderm
S7.2 108h:ATCGCCTGTGAGATAT,Ectopic pluripotency
S7.2 108h:CACGTGGAGGCCTTCG,Paraxial mesoderm
S7.2 108h:AGGATCTTCCAAATGC,Pre-somitic mesoderm
S7.2 108h:GCGGATCCACCTGATA,Paraxial mesoderm
S7.2 108h:CAACCAATCACAATGC,Pre-somitic mesoderm
S7.2 108h:CATGCCTTCATTGCTT,Caudal mesoderm
S7.2 108h:GATTCTTAGCGCGTTC,Paraxial mesoderm
S7.2 108h:ACCCTCATCTTCGTGC,Paraxial mesoderm
S7.2 108h:CTCACTGCACAACGAG,Caudal mesoderm
S7.2 108h:CAACCTCCACCTGAAT,Pre-somitic mesoderm
S7.2 108h:TTACTGTGTAGCGAGT,Paraxial mesoderm
S7.2 108h:ACGTAGTAGGCCATAG,Paraxial mesoderm
S7.2 108h:GGGACCTTCACTGGTA,Paraxial mesoderm
S7.2 108h:TTCGCTGGTGCGGCTT,Ectopic pluripotency
S7.2 108h:GGTTAACCACAATCTG,Caudal mesoderm
S7.2 108h:ACTGTGAGTCATTCCC,Paraxial mesoderm
S7.2 108h:CTCCAACGTTCTGAGT,Paraxial mesoderm
S7.2 108h:CGGGCATTCATACAGC,Pre-somitic mesoderm
S7.2 108h:GGGTGAATCATGGTAC,Paraxial mesoderm
S7.2 108h:GTCAGCGAGTCTACCA,Paraxial mesoderm
S7.2 108h:GAAGGACAGGTAGGCT,Paraxial mesoderm
S7.2 108h:GGGATCCCACTGTTCC,Pre-somitic mesoderm
S7.2 108h:GACCCAGGTACCTGTA,Paraxial mesoderm
S7.2 108h:ACCTGTCCAGACGGAT,Paraxial mesoderm
S7.2 108h:AGGCATTTCCTATTTG,Pre-somitic mesoderm
S7.2 108h:AATCACGAGCGTGAAC,Paraxial mesoderm
S7.2 108h:CCACCATTCATTCACT,Pre-somitic mesoderm
S7.2 108h:CATGGATGTACGAGCA,Paraxial mesoderm
S7.2 108h:GTTCATTAGTTTGTCG,Paraxial mesoderm
S7.2 108h:GCAACATAGTCAGCGA,Paraxial mesoderm
S7.2 108h:TGCGGCAAGTCTGTAC,Paraxial mesoderm
S7.2 108h:ACAACCACAACTGATC,Paraxial mesoderm
S7.2 108h:CCTAACCAGACGCCCT,Ectopic pluripotency
S7.2 108h:CTCATTAGTTATCCAG,Paraxial mesoderm
S7.2 108h:CTCCTCCCACACAGCC,Pre-somitic mesoderm
S7.2 108h:CTACAGACATCTAGAC,Caudal mesoderm
S7.2 108h:TGTGCGGAGGCGCTTC,Somite differentiation front
S7.2 108h:AACGAAATCTAGCCTC,Paraxial mesoderm
S7.2 108h:CTCATTATCTAACGCA,Paraxial mesoderm
S7.2 108h:GATTCTTCAGACAAGC,Ectopic pluripotency
S7.2 108h:AACGGGAGTACAGTTC,Pre-somitic mesoderm
S7.2 108h:TCCAGAACAATGGGTG,Ectopic pluripotency
S7.2 108h:AATGCCAGTGCATTTG,Paraxial mesoderm
S7.2 108h:GAATAGAAGAAGGCTC,Caudal mesoderm
S7.2 108h:TCTACATCAGTGGTGA,Paraxial mesoderm
S7.2 108h:CGCAGGTTCTACACTT,Paraxial mesoderm
S7.2 108h:CCACAAAGTGAGACGT,Paraxial mesoderm
S7.2 108h:CTGAGGCGTACCACGC,Ectopic pluripotency
S7.2 108h:ATGGATCGTCGTATTG,Caudal mesoderm
S7.2 108h:GCAGCCAAGGCTTTCA,Paraxial mesoderm
S7.2 108h:TTCTTCCAGATAACGT,Paraxial mesoderm
S7.2 108h:TTAATCCGTACAATAG,Paraxial mesoderm
S7.2 108h:GAACACTGTTAGGCTT,Ectopic pluripotency
S7.2 108h:GCAACCGGTGCCTGCA,Gut
S7.2 108h:CCACGAGAGAAGTATC,Paraxial mesoderm
S7.2 108h:TTCCGTGTCTGGCCAG,Pre-somitic mesoderm
S7.2 108h:CCTCCTCAGGGCTGAT,Paraxial mesoderm
S7.2 108h:TGCAGATGTTGTATGC,Caudal mesoderm
S7.2 108h:TCGACCTAGGATGTTA,Pre-somitic mesoderm
S7.2 108h:GTGAGCCCACACCGAC,Paraxial mesoderm
S7.2 108h:TCAGGGCCACAGTACT,Paraxial mesoderm
S7.2 108h:CTACCCAAGCGACTGA,Paraxial mesoderm
S7.2 108h:CCGAACGGTAAGCAAT,Paraxial mesoderm
S7.2 108h:AGTGCCGTCCAAGCCG,Paraxial mesoderm
S7.2 108h:CCACACTTCCTCTTTC,Pre-somitic mesoderm
S7.2 108h:CCACACTTCGATCCAA,Paraxial mesoderm
S7.2 108h:TCATTGTCACGACAGA,Paraxial mesoderm
S7.2 108h:CAGCCAGTCCAGCAAT,Ectopic pluripotency
S7.2 108h:ATGGATCCAACCGCCA,Paraxial mesoderm
S7.2 108h:GACAGCCGTGGAGAAA,Ectopic pluripotency
S7.2 108h:TGGGAGATCGACCAAT,Paraxial mesoderm
S7.2 108h:GGATGTTAGGTATTGA,Caudal mesoderm
S7.2 108h:TCCATCGAGTAGGTTA,Paraxial mesoderm
S7.2 108h:GAATAGACAAGTGCAG,Paraxial mesoderm
S7.2 108h:TCACACCCACAATGTC,Paraxial mesoderm
S7.2 108h:AAGAACATCTGCCTGT,Ectopic pluripotency
S7.2 108h:AATGCCATCTCCTACG,Pre-somitic mesoderm
S7.2 108h:CTCATTACATAGGAGC,Paraxial mesoderm
S7.2 108h:CGTAATGTCGTAGAGG,Paraxial mesoderm
S7.2 108h:CTGGCAGGTCGAGTTT,Ectopic pluripotency
S7.2 108h:AACCTTTTCAGCCCAG,Ectopic pluripotency
S7.2 108h:TTAGGCACAGCTGCCA,Paraxial mesoderm
S7.2 108h:TTTCCTCGTCTTAGTG,Paraxial mesoderm
S7.2 108h:TCACATTAGCGCCCAT,Gut
S7.2 108h:TGTCCTGCAAAGGTTA,Paraxial mesoderm
S7.2 108h:CTTGAGAGTTAGTCGT,Pre-somitic mesoderm
S7.2 108h:CGTGCTTTCTGAGAAA,Paraxial mesoderm
S7.2 108h:TCATTACCACGGCTAC,Pre-somitic mesoderm
S7.2 108h:GGTGTCGGTAAGATTG,Ectopic pluripotency
S7.2 108h:TATACCTAGCTTAAGA,Paraxial mesoderm
S7.2 108h:CGAATTGTCTTTCAGT,Pre-somitic mesoderm
S7.2 108h:CATCCGTGTCTGTGAT,Paraxial mesoderm
S7.2 108h:TGGTTAGGTGCTCTTC,Paraxial mesoderm
S7.2 108h:TTGCATTCAAGCCTGC,Paraxial mesoderm
S7.2 108h:GCTGGGTAGAATCGCG,Paraxial mesoderm
S7.2 108h:TTTGACTTCCGGACTG,Caudal mesoderm
S7.2 108h:GTGCTTCTCGAACGCC,Ectopic pluripotency
S7.2 108h:GTAACCAAGCAACAGC,Paraxial mesoderm
S7.2 108h:ACAGAAACAACAACAA,Pre-somitic mesoderm
S7.2 108h:ACTACGAAGGGAACAA,Gut
S7.2 108h:GTTACGAGTATTTCTC,Pre-somitic mesoderm
S7.2 108h:CCGAACGTCCCACAGG,Paraxial mesoderm
S7.2 108h:TGTTGGACAAACACGG,Ectopic pluripotency
S7.2 108h:GTTGTGATCTATTGTC,Pre-somitic mesoderm
S7.2 108h:CCACACTAGCCACAAG,Ectopic pluripotency
S7.2 108h:AGTGTTGCAACGAGGT,Paraxial mesoderm
S7.2 108h:TCGGGTGCAGAGGTAC,Paraxial mesoderm
S7.2 108h:ATCGTGATCCCAGTGG,Paraxial mesoderm
S7.2 108h:CGTAAGTCAGAGAAAG,Gut
S7.2 108h:ATGCGATCACGACAGA,Ectopic pluripotency
S7.2 108h:TACTGCCGTGCAGTGA,Pre-somitic mesoderm
S7.2 108h:GCCTGTTAGCTCTGTA,Gut
S7.2 108h:CTGCCATTCTGCATGA,Paraxial mesoderm
S7.2 108h:AACGTCATCCTTGACC,Paraxial mesoderm
S7.2 108h:AGCTCAAAGCCAACCC,Paraxial mesoderm
S7.2 108h:GGGACAACAGGTTACT,Pre-somitic mesoderm
S7.2 108h:CATAAGCCAAGTTGGG,Paraxial mesoderm
S7.2 108h:TCAGCCTTCGCAATGT,Pre-somitic mesoderm
S7.2 108h:GTCAAACTCGTTGTTT,Paraxial mesoderm
S7.2 108h:ACGTCCTTCAGGACAG,Paraxial mesoderm
S7.2 108h:ATCCATTTCCATGCAA,Paraxial mesoderm
S7.2 108h:GGTCACGTCCGGGACT,Paraxial mesoderm
S7.2 108h:CACATGATCGAACCTA,Ectopic pluripotency
S7.2 108h:ATGAGGGGTAGCGAGT,Ectopic pluripotency
S7.2 108h:GACCCAGCAATCGCGC,Pre-somitic mesoderm
S7.2 108h:ATCAGGTTCCATTCAT,Caudal mesoderm
S7.2 108h:GGACGTCGTACTCGTA,Caudal mesoderm
S7.2 108h:GAACTGTCACTGTTCC,Caudal mesoderm
S7.2 108h:CAGCGTGGTTAGTCGT,Ectopic pluripotency
S7.2 108h:CGGAACCCACTCCACT,Ectopic pluripotency
S7.2 108h:GACGTTAGTACGAGTG,Paraxial mesoderm
S7.2 108h:CTAACCCGTCGCAGTC,Caudal mesoderm
S7.2 108h:ATGTCTTGTGACCGTC,Caudal mesoderm
S7.2 108h:AGGTGTTGTGGCTACC,Paraxial mesoderm
S7.2 108h:TAGACTGCAAACTGCT,Paraxial mesoderm
S7.2 108h:CACCGTTGTATCGTGT,Paraxial mesoderm
S7.2 108h:GGTGATTGTGGGTCAA,Ectopic pluripotency
S7.2 108h:GTGTTAGGTAGGACTG,Paraxial mesoderm
S7.2 108h:GGGTGAAGTACTCAAC,Pre-somitic mesoderm
S7.2 108h:TAGGTTGAGTCGGGAT,Caudal mesoderm
S7.2 108h:CAGCAATTCAGTCACA,Paraxial mesoderm
S7.2 108h:GTAACACCAAGAGTAT,Paraxial mesoderm
S7.2 108h:ATTTACCAGCATATGA,Paraxial mesoderm
S7.2 108h:TCAGTGAAGACATAAC,Pre-somitic mesoderm
S7.2 108h:AATCGACGTGGCTGAA,Paraxial mesoderm
S7.2 108h:TGGTGATTCACTGAAC,Pre-somitic mesoderm
S7.2 108h:AGCCAGCAGTTCCTGA,Paraxial mesoderm
S7.2 108h:TATTGCTTCCTGCTAC,Paraxial mesoderm
S7.2 108h:CGGGTCAAGAGGTATT,Ectopic pluripotency
S7.2 108h:TGGTTAGGTCAAAGTA,Caudal mesoderm
S7.2 108h:TCACGCTCACTTGGCG,Paraxial mesoderm
S7.2 108h:GAGAAATAGGTTCTAC,Gut
S7.2 108h:TAGGTTGAGAAGTATC,Paraxial mesoderm
S7.2 108h:CTACAGAGTGTCATTG,Hemogenic endothelium
S7.2 108h:CATGGTATCATAAGGA,Paraxial mesoderm
S7.2 108h:TCAGCCTGTATGGTTC,Caudal mesoderm
S7.2 108h:TCCTGCAGTCTTACTT,Pre-somitic mesoderm
S7.2 108h:GATGATCCACGTCGGT,Caudal mesoderm
S7.2 108h:GTACAGTAGCTTTCTT,Pre-somitic mesoderm
S7.2 108h:TTAGTCTCACAGCTTA,Pre-somitic mesoderm
S7.2 108h:CTCCTCCAGCTGTCCG,Paraxial mesoderm
S7.2 108h:TTGTTGTTCGGAGATG,Ectopic pluripotency
S7.2 108h:ATGCGATGTGTAGTGG,Paraxial mesoderm
S7.2 108h:TGGTGATCACACACGC,Pre-somitic mesoderm
S7.2 108h:GACCCTTAGTCCTACA,Paraxial mesoderm
S7.2 108h:CCGATCTCACATACGT,Caudal mesoderm
S7.2 108h:TGTGGCGCACCATATG,Caudal mesoderm
S7.2 108h:ACTTTCATCGCGTTTC,Ectopic pluripotency
S7.2 108h:ATTTCACAGATGTAGT,Ectopic pluripotency
S7.2 108h:AGAACAACAACTCGTA,Paraxial mesoderm
S7.2 108h:GAGACTTAGGTTATAG,Gut
S7.2 108h:ATCCACCCAGGTTCCG,Paraxial mesoderm
S7.2 108h:AATAGAGGTCAGATTC,Paraxial mesoderm
S7.2 108h:GATTCGATCAAGGAGC,Paraxial mesoderm
S7.2 108h:GTTCATTCAACAGCCC,Pre-somitic mesoderm
S7.2 108h:TCGACCTGTAGTTCCA,Paraxial mesoderm
S7.2 108h:TGAGGGACATAAGCAA,Caudal mesoderm
S7.2 108h:TGACTCCTCGAATCCA,Ectopic pluripotency
S7.2 108h:CCTGCATAGAAGGTAG,Hemogenic endothelium
S7.2 108h:ACGTCCTGTGTACATC,Paraxial mesoderm
S7.2 108h:AATGAAGAGTTCGCAT,Ectopic pluripotency
S7.2 108h:GGTAGAGAGACTTCCA,Paraxial mesoderm
S7.2 108h:TTTACGTCAGTGGGTA,Paraxial mesoderm
S7.2 108h:TGACTCCAGAGGGCGA,Ectopic pluripotency
S7.2 108h:TATCTGTCACTTTATC,Pre-somitic mesoderm
S7.2 108h:AGCTTCCTCGGCATCG,Ectopic pluripotency
S7.2 108h:CGATGCGCATGAGATA,Paraxial mesoderm
S7.2 108h:GGGTCTGGTGACATCT,Paraxial mesoderm
S7.2 108h:GAGGCAATCGCAATGT,Pre-somitic mesoderm
S7.2 108h:ACTTCGCTCGCCACTT,Pre-somitic mesoderm
S7.2 108h:TCAATTCCAAAGGCGT,Pre-somitic mesoderm
S7.2 108h:GCTGAATGTCTCCTGT,Pre-somitic mesoderm
S7.2 108h:TATCTGTTCTGTCCGT,Caudal mesoderm
S7.2 108h:CTTCCGACAAACGAGC,Pre-somitic mesoderm
S7.2 108h:TCACTATAGCAGCAGT,Pre-somitic mesoderm
S7.2 108h:TCCACGTTCTAGAGCT,Pre-somitic mesoderm
S7.2 108h:CAACAGTGTTCTCACC,Paraxial mesoderm
S7.2 108h:CCTCCTCTCTCGCCTA,Pre-somitic mesoderm
S7.2 108h:GATGACTAGCTGCGAA,Pre-somitic mesoderm
S7.2 108h:ATGGGTTTCGCCGATG,Pre-somitic mesoderm
S7.2 108h:AAGGTAATCGACGCGT,Paraxial mesoderm
S7.2 108h:AATGAAGCAATCACGT,Ectopic pluripotency
S7.2 108h:TGACTCCAGTTAGAAC,Ectopic pluripotency
S7.2 108h:GATTTCTCACGGTGAA,Paraxial mesoderm
S7.2 108h:GTGGTTAGTGGCTAGA,Paraxial mesoderm
S7.2 108h:TGATCTTCATTCACCC,Caudal mesoderm
S7.2 108h:CGGAACCTCGAGTCTA,Pre-somitic mesoderm
S7.2 108h:ATTTCTGCAGAGATTA,Pre-somitic mesoderm
S7.2 108h:CGATGGCCAAACGAGC,Ectopic pluripotency
S7.2 108h:CCTCAACCAGATCACT,Ectopic pluripotency
S7.2 108h:TACCGGGCATGCCATA,Ectopic pluripotency
S7.2 108h:CATGGTAAGCTAGCCC,Ectopic pluripotency
S7.2 108h:AACCTGAAGCCTGAAG,Paraxial mesoderm
S7.2 108h:CTTGAGAGTCAGACTT,Paraxial mesoderm
S7.2 108h:TGACTCCGTCTTCGAA,Pre-somitic mesoderm
S7.2 108h:AAGTCGTTCAGTGATC,Paraxial mesoderm
S7.2 108h:CCTCAACCATGAGAAT,Paraxial mesoderm
S7.2 108h:TGCTCCAAGTTGCGCC,Pre-somitic mesoderm
S7.2 108h:TGGTTAGCACGCGTCA,Ectopic pluripotency
S7.2 108h:TCTTAGTTCCACAAGT,Paraxial mesoderm
S7.2 108h:CTTGATTCACTCACTC,Paraxial mesoderm
S7.2 108h:TCTATACCAAATGGCG,Gut
S7.2 108h:TGCAGTAGTGTGACCC,Pre-somitic mesoderm
S7.2 108h:CTCAGAAAGCTTACGT,Ectopic pluripotency
S7.2 108h:TAAGCACCACGCGCTA,Paraxial mesoderm
S7.2 108h:CCTTGTGTCGCTTACC,Paraxial mesoderm
S7.2 108h:CTATAGGGTCCACACG,Caudal mesoderm
S7.2 108h:TGCTCCAAGTGCTCGC,Caudal mesoderm
S7.2 108h:TCGGTCTAGAATTTGG,Caudal mesoderm
S7.2 108h:TGCTCCACACTGGACC,Paraxial mesoderm
S7.2 108h:TAGGTTGCAGCTGAGA,Pre-somitic mesoderm
S7.2 108h:CCACGTTGTAACAGTA,Paraxial mesoderm
S7.2 108h:CATTTCAGTAGTCCTA,Paraxial mesoderm
S7.2 108h:GGAATCTTCCGGCTTT,Paraxial mesoderm
S7.2 108h:GTCTAGACAAACGAGC,Paraxial mesoderm
S7.2 108h:TTAGTCTCACCCAACG,Pre-somitic mesoderm
S7.2 108h:GATCACACATTCCTAT,Pre-somitic mesoderm
S7.2 108h:CTGCCATAGAATACAC,Caudal mesoderm
S7.2 108h:AAGCCATAGCACCCAC,Paraxial mesoderm
S7.2 108h:TTTCGATTCCTATTGT,Paraxial mesoderm
S7.2 108h:CACAACATCGTAACAC,Ectopic pluripotency
S7.2 108h:TCTGTCGTCTTTGCTA,Caudal mesoderm
S7.2 108h:AAAGTCCCACCCTGTT,Pre-somitic mesoderm
S7.2 108h:TAACCAGCAGAGACTG,Paraxial mesoderm
S7.2 108h:AGAACCTCATCCCGTT,Pre-somitic mesoderm
S7.2 108h:TCAGTTTCACAGTCCG,Pre-somitic mesoderm
S7.2 108h:AAGTCGTAGAAATTGC,Paraxial mesoderm
S7.2 108h:ATCACTTAGGGTTAGC,Caudal mesoderm
S7.2 108h:AGTGCCGCAGTCCGTG,Paraxial mesoderm
S7.2 108h:GACCCTTAGGGCAGAG,Somite differentiation front
S7.2 108h:CCGTAGGTCATGGAGG,Gut
S7.2 108h:TTACCATTCCCTTCCC,Caudal mesoderm
S7.2 108h:AGCGTATTCGTCAAAC,Pre-somitic mesoderm
S7.2 108h:GTTACAGGTCGTTGGC,Paraxial mesoderm
S7.2 108h:CCTGCATGTGACGCCT,Paraxial mesoderm
S7.2 108h:CAGCAGCAGTTCCAGT,Paraxial mesoderm
S7.2 108h:GGGAGATGTTCGAAGG,Paraxial mesoderm
S7.2 108h:TGAACGTAGCTTACGT,Paraxial mesoderm
S7.2 108h:TTTCCTCTCGAAGCAG,Paraxial mesoderm
S7.2 108h:TTCCGTGTCATGCATG,Ectopic pluripotency
S7.2 108h:TACTTGTTCCTTACCG,Paraxial mesoderm
S7.2 108h:GAGTGAGAGAGAGGGC,Paraxial mesoderm
S7.2 108h:GTGTTCCTCGAACCAT,Ectopic pluripotency
S7.2 108h:AGCTTCCTCTTCGCTG,Paraxial mesoderm
S7.2 108h:GCCAGGTTCACACCGG,Caudal mesoderm
S7.2 108h:ATTACTCCATTCTCTA,Ectopic pluripotency
S7.2 108h:TGATTCTAGTAACGTA,Paraxial mesoderm
S7.2 108h:AGGAAATCAACAGTGG,Paraxial mesoderm
S7.2 108h:CTGAGCGGTATGCGGA,Ectopic pluripotency
S7.2 108h:CTTTCGGAGACTTCCA,Pre-somitic mesoderm
S7.2 108h:CCACCATAGCGGCTCT,Caudal mesoderm
S7.2 108h:AGTCAACAGGAACTCG,Caudal mesoderm
S7.2 108h:TTTGGAGCACGGAAGT,Ectopic pluripotency
S7.2 108h:CACAGATCAAGCAATA,Caudal mesoderm
S7.2 108h:GCCATGGTCGAGATGG,Paraxial mesoderm
S7.2 108h:CTGATCCTCTGTGCGG,Pre-somitic mesoderm
S7.2 108h:CCTCACATCTCGAGTA,Pre-somitic mesoderm
S7.2 108h:CGCATGGAGTTGTCGT,Paraxial mesoderm
S7.2 108h:CCTATCGGTCTTCATT,Pre-somitic mesoderm
S7.2 108h:GTTAGACAGGTCCCGT,Paraxial mesoderm
S7.2 108h:AAAGGGCCAATAGGGC,Paraxial mesoderm
S7.2 108h:CGCATAAAGAAGCTCG,Caudal mesoderm
S7.2 108h:GCCAGGTAGTTAACAG,Pre-somitic mesoderm
S7.2 108h:CCGGTAGGTGATTCAC,Paraxial mesoderm
S7.2 108h:ACGGTTAAGCAACAAT,Paraxial mesoderm
S7.2 108h:TGAATCGGTAGACGGT,Paraxial mesoderm
S7.2 108h:TCCTTCTTCTATCGGA,Ectopic pluripotency
S7.2 108h:CGACAGCTCGACCTAA,Paraxial mesoderm
S7.2 108h:CCACCATCAATCGAAA,Caudal mesoderm
S7.2 108h:AGCTTCCGTGCCTGAC,Caudal mesoderm
S7.2 108h:AAGAACAGTACGCTAT,Paraxial mesoderm
S7.2 108h:AATGCCATCCTCTCGA,Caudal mesoderm
S7.2 108h:GAACTGTGTTTGGGAG,Paraxial mesoderm
S7.2 108h:CTTGAGACACTGCGAC,Ectopic pluripotency
S7.2 108h:CATAAGCCAGAACGCA,Ectopic pluripotency
S7.2 108h:TTGGTTTGTGGCTACC,Caudal mesoderm
S7.2 108h:AGACACTGTGTCTTCC,Paraxial mesoderm
S7.2 108h:AGTCAACTCCATTTGT,Paraxial mesoderm
S7.2 108h:AAGGTAATCTACACTT,Pre-somitic mesoderm
S7.2 108h:AGCCACGTCACCTTAT,Paraxial mesoderm
S7.2 108h:CCCAACTCATCAGTCA,Paraxial mesoderm
S7.2 108h:GAACTGTGTACCCACG,Pre-somitic mesoderm
S7.2 108h:ACGTAGTAGCAGCACA,Hemogenic endothelium
S7.2 108h:TCTCCGATCCCTTCCC,Paraxial mesoderm
S7.2 108h:TACCTCGAGGATGAGA,Paraxial mesoderm
S7.2 108h:GGGACCTCATGGAAGC,Pre-somitic mesoderm
S7.2 108h:GGCTTTCAGGCTCTCG,Pre-somitic mesoderm
S7.2 108h:TAGTGCACACGCGCTA,Paraxial mesoderm
S7.2 108h:CCGGTAGAGAGCATTA,Paraxial mesoderm
S7.2 108h:CCTGCATTCCAACTAG,Paraxial mesoderm
S7.2 108h:TTTGATCTCTGTCGCT,Ectopic pluripotency
S7.2 108h:TTCACCGAGCCTGACC,Ectopic pluripotency
S7.2 108h:CACCGTTTCTGTTGGA,Pre-somitic mesoderm
S7.2 108h:AGTAGCTAGCCATGCC,Ectopic pluripotency
S7.2 108h:TTTGGTTGTCATAACC,Pre-somitic mesoderm
S7.2 108h:TGATTTCCAAATGGAT,Pre-somitic mesoderm
S7.2 108h:GTATTGGTCAGGAAAT,Caudal mesoderm
S7.2 108h:CGAGTTAAGGTGCTGA,Pre-somitic mesoderm
S7.2 108h:ACCCTCAAGTGGTTGG,Caudal mesoderm
S7.2 108h:CACCAAATCAGAGTTC,Pre-somitic mesoderm
S7.2 108h:AGTAGCTAGTCACGAG,Pre-somitic mesoderm
S7.2 108h:GCGAGAACATTGACCA,Ectopic pluripotency
S7.2 108h:TGATGGTCATGCAGCC,Ectopic pluripotency
S7.2 108h:GATCAGTCAGCGGTCT,Pre-somitic mesoderm
S7.2 108h:ACGTAACCAGCTATAC,Pre-somitic mesoderm
S7.2 108h:ACGTAGTCAGAGGCTA,Paraxial mesoderm
S7.2 108h:GTAGAAAGTTTGAACC,Paraxial mesoderm
S7.2 108h:GGGAGATCAACCAGAG,Pre-somitic mesoderm
S7.2 108h:GTTAGACAGCGCACAA,Gut
S7.2 108h:TTACCATAGAAGAGCA,Paraxial mesoderm
S7.2 108h:TAACACGTCAACTTTC,Pre-somitic mesoderm
S7.2 108h:GGGACAAGTTCGGTAT,Paraxial mesoderm
S7.2 108h:CGGAATTAGACGCTCC,Hemogenic endothelium
S7.2 108h:ATTCACTGTCCAGAAG,Pre-somitic mesoderm
S7.2 108h:GATCACAGTGCGCTCA,Caudal mesoderm
S7.2 108h:CTCTGGTAGACATAAC,Pre-somitic mesoderm
S7.2 108h:CTGAGCGCATTGACCA,Paraxial mesoderm
S7.2 108h:AATGCCACACTGTGTA,Ectopic pluripotency
S7.2 108h:AAGAACAGTGCCTAAT,Pre-somitic mesoderm
S7.2 108h:GATCACATCCAGTTCC,Gut
S7.2 108h:TATCTGTCAATCAGCT,Pre-somitic mesoderm
S7.2 108h:CACAGATAGCATTGTC,Ectopic pluripotency
S7.2 108h:TACGGGCAGCGGGTTA,Paraxial mesoderm
S7.2 108h:ATGCATGCAGCTGTTA,Pre-somitic mesoderm
S7.2 108h:TTTGATCAGGTTTACC,Paraxial mesoderm
S7.2 108h:CAACCTCAGTTCTACG,Pre-somitic mesoderm
S7.2 108h:GGTGTCGGTATGGTAA,Pre-somitic mesoderm
S7.2 108h:TAACCAGGTACGGTTT,Ectopic pluripotency
S7.2 108h:TAACTTCCAGCAGTTT,Somite differentiation front
S7.2 108h:CCCATTGAGCATTTCG,Paraxial mesoderm
S7.2 108h:CCTCATGTCGGTAACT,Pre-somitic mesoderm
S7.2 108h:TCTTTGATCAACGCTA,Paraxial mesoderm
S7.2 108h:TCTGTCGCACGGTCTG,Pre-somitic mesoderm
S7.2 108h:CACTGTCGTAGCGCTC,Paraxial mesoderm
S7.2 108h:CGGACACAGGTTAAAC,Paraxial mesoderm
S7.2 108h:ATGTCCCTCGACGACC,Caudal mesoderm
S7.2 108h:TCAGCCTTCCTGATAG,Paraxial mesoderm
S7.2 108h:ATCACAGGTACTCGCG,Paraxial mesoderm
S7.2 108h:CCACCATTCTTACGGA,Paraxial mesoderm
S7.2 108h:CCCGAAGTCGGATAAA,Pre-somitic mesoderm
S7.2 108h:CCCTCAATCACGTAGT,Pre-somitic mesoderm
S7.2 108h:TCATATCTCGGACGTC,Paraxial mesoderm
S7.2 108h:TTTAGTCCAGTAGAAT,Paraxial mesoderm
S7.2 108h:CATTTCACAAGGTCGA,Caudal mesoderm
S7.2 108h:CACAACAGTCGGATTT,Ectopic pluripotency
S7.2 108h:TTCCTTCCAGGCGAAT,Paraxial mesoderm
S7.2 108h:CGCAGGTAGCTAGATA,Paraxial mesoderm
S7.2 108h:AAGTACCTCCGGTAGC,Pre-somitic mesoderm
S7.2 108h:ACATCCCTCTTGGTCC,Pre-somitic mesoderm
S7.2 108h:TAGACTGTCGGACAAG,Pre-somitic mesoderm
S7.2 108h:CGCAGGTCAGAACTAA,Paraxial mesoderm
S7.2 108h:TCAGCAAAGATGACAT,Ectopic pluripotency
S7.2 108h:CCTAACCTCGATACGT,Paraxial mesoderm
S7.2 108h:CAACCAACAACGTAAA,Paraxial mesoderm
S7.2 108h:ACCTGAAGTGCCCGTA,Paraxial mesoderm
S7.2 108h:AACCTGATCAACGTGT,Caudal mesoderm
S7.2 108h:GAGGGATTCTCTTCAA,Caudal mesoderm
S7.2 108h:CGGGCATAGAATCTAG,Caudal mesoderm
S7.2 108h:GGTAATCCATGGAACG,Paraxial mesoderm
S7.2 108h:CATGGTATCTAGGCAT,Caudal mesoderm
S7.2 108h:ACGGTCGTCTGTAACG,Ectopic pluripotency
S7.2 108h:GTGCAGCAGGTCGAGT,Pre-somitic mesoderm
S7.2 108h:TTCCTAACAAGAATGT,Paraxial mesoderm
S7.2 108h:GACCCTTGTCTTTCTA,Paraxial mesoderm
S7.2 108h:AGACAGGAGGCGACAT,Paraxial mesoderm
S7.2 108h:GTAGTACCATTGTAGC,Ectopic pluripotency
S7.2 108h:ATAGACCCAAGTGGTG,Paraxial mesoderm
S7.2 108h:AGACACTAGACCAAAT,Ectopic pluripotency
S7.2 108h:ATACTTCCAAGAGGCT,Pre-somitic mesoderm
S7.2 108h:AGAAGTACATTCAGGT,Pre-somitic mesoderm
S7.2 108h:CTACATTTCTCGACCT,Paraxial mesoderm
S7.2 108h:CTACAGATCAAGAATG,Pre-somitic mesoderm
S7.2 108h:GGTAATCTCATCGCCT,Paraxial mesoderm
S7.2 108h:CTCAATTGTACGATTC,Pre-somitic mesoderm
S7.2 108h:GAGAGGTTCCTAAGTG,Pre-somitic mesoderm
S7.2 108h:TCATGAGCATATCTCT,Caudal mesoderm
S7.2 108h:TAACACGTCCAACACA,Pre-somitic mesoderm
S7.2 108h:ACAAGCTAGGCGATAC,Pre-somitic mesoderm
S7.2 108h:TGGATGTAGACCAAGC,Somite differentiation front
S7.2 108h:AGGACTTTCGGCTTCT,Pre-somitic mesoderm
S7.2 108h:CGTAATGGTTCTGAGT,Pre-somitic mesoderm
S7.2 108h:TAGGTACAGGGCGAGA,Pre-somitic mesoderm
S7.2 108h:CAATGACAGACTCTAC,Pre-somitic mesoderm
S7.2 108h:CCGGACATCTTGTTAC,Ectopic pluripotency
S7.2 108h:ACGATGTGTTCGGTCG,Ectopic pluripotency
S7.2 108h:TTCTAACGTGCCTTTC,Pre-somitic mesoderm
S7.2 108h:CACGAATCAGTGGGTA,Pre-somitic mesoderm
S7.2 108h:GCGTTTCCATCGGTTA,Paraxial mesoderm
S7.2 108h:ATACCGAAGCTACAAA,Paraxial mesoderm
S7.2 108h:GTAGGTTGTAAGTTAG,Paraxial mesoderm
S7.2 108h:GGTGAAGCACACAGCC,Caudal mesoderm
S7.2 108h:TGGAGGACAGGTTCAT,Paraxial mesoderm
S7.2 108h:AACCATGCATCATCCC,Caudal mesoderm
S7.2 108h:CAGCAATCAAAGTGTA,Caudal mesoderm
S7.2 108h:CATGGATGTCGGAAAC,Paraxial mesoderm
S7.2 108h:TTCTCTCTCAGACCCG,Paraxial mesoderm
S7.2 108h:CTTTCGGAGAAATCCA,Caudal mesoderm
S7.2 108h:CTCCAACGTGTCACAT,Paraxial mesoderm
S7.2 108h:CTCTGGTCACAAATAG,Pre-somitic mesoderm
S7.2 108h:CTCTCAGCACCAGCTG,Pre-somitic mesoderm
S7.2 108h:CGGGACTAGCGACTAG,Paraxial mesoderm
S7.2 108h:GCATTAGAGGAGAATG,Caudal mesoderm
S7.2 108h:CACAGGCGTAAGGAGA,Paraxial mesoderm
S7.2 108h:CATCCCAGTAGCGATG,Caudal mesoderm
S7.2 108h:GTGGCGTAGAGTGAAG,Paraxial mesoderm
S7.2 108h:GATGCTAGTGATACAA,Ectopic pluripotency
S7.2 108h:GATGACTTCGAGTCCG,Ectopic pluripotency
S7.2 108h:CGGCAGTGTCATTCCC,Caudal mesoderm
S7.2 108h:GGTGAAGAGGGATCTG,Pre-somitic mesoderm
S7.2 108h:CCCTTAGTCGTTACCC,Ectopic pluripotency
S7.2 108h:TATTCCAGTCCAAGAG,Caudal mesoderm
S7.2 108h:CCTGTTGCATCTCAAG,Paraxial mesoderm
S7.2 108h:TGCGGGTTCGCTGTCT,Caudal mesoderm
S7.2 108h:ATCCTATCACGCACCA,Pre-somitic mesoderm
S7.2 108h:TGCATGAAGCTTCGTA,Pre-somitic mesoderm
S7.2 108h:TTCCTTCCAGGAACCA,Paraxial mesoderm
S7.2 108h:TGGATGTAGTCGGGAT,Pre-somitic mesoderm
S7.2 108h:TCTCCGAGTGCCTACG,Paraxial mesoderm
S7.2 108h:ATACCTTGTCTACACA,Paraxial mesoderm
S7.2 108h:CGCATAAGTGTCGATT,Paraxial mesoderm
S7.2 108h:CATTCATTCTCCAATT,Caudal mesoderm
S7.2 108h:TTCTAACCAGTCCCGA,Caudal mesoderm
S7.2 108h:GTCGTTCAGCGACATG,Paraxial mesoderm
S7.2 108h:ATGGTTGTCCTGTAAG,Pre-somitic mesoderm
S7.2 108h:CTGCCATCAGGCTATT,Paraxial mesoderm
S7.2 108h:CGAAGTTTCCTAAGTG,Paraxial mesoderm
S7.2 108h:AGATCGTTCATCTGTT,Gut
S7.2 108h:ATGGTTGTCCTCATAT,Pre-somitic mesoderm
S7.2 108h:ATCCTATAGCTCCACG,Pre-somitic mesoderm
S7.2 108h:TATGTTCTCTTGGTGA,Paraxial mesoderm
S7.2 108h:ATTATCCCACTCTCGT,Pre-somitic mesoderm
S7.2 108h:CCTCAGTAGATACGAT,Caudal mesoderm
S7.2 108h:ATCCCTGGTACGGATG,Pre-somitic mesoderm
S7.2 108h:AGTGCCGTCAGTCATG,Ectopic pluripotency
S7.2 108h:CAACCTCCACTGGCCA,Pre-somitic mesoderm
S7.2 108h:GTCTCACGTTGACGGA,Paraxial mesoderm
S7.2 108h:TACGGGCAGCTTTGTG,Paraxial mesoderm
S7.2 108h:TTCACGCCATCAGCAT,Ectopic pluripotency
S7.2 108h:ACAAAGAAGGAACGTC,Hemogenic endothelium
S7.2 108h:CTTCAATGTTACTCAG,Paraxial mesoderm
S7.2 108h:GGGACCTTCGCAATGT,Paraxial mesoderm
S7.2 108h:TCTATCATCCTTCTAA,Caudal mesoderm
S7.2 108h:GCCAGCAAGGTTCCGC,Paraxial mesoderm
S7.2 108h:TTGGGTAAGCTACGTT,Paraxial mesoderm
S7.2 108h:CTCTCAGGTACCGTCG,Paraxial mesoderm
S7.2 108h:GCGGAAAGTTTCCATT,Pre-somitic mesoderm
S7.2 108h:CATGCCTAGTTTGTCG,Pre-somitic mesoderm
S7.2 108h:TCACTATTCGTTCTAT,Pre-somitic mesoderm
S7.2 108h:GATCGTACACCCTATC,Paraxial mesoderm
S7.2 108h:TTCTTGAAGGCATGGT,Pre-somitic mesoderm
S7.2 108h:AGAGAATCACGTAGTT,Paraxial mesoderm
S7.2 108h:ACACAGTAGCATCAAA,Pre-somitic mesoderm
S7.2 108h:GAGTGTTCATTGCTGA,Paraxial mesoderm
S7.2 108h:TCACTCGGTCGAATGG,Paraxial mesoderm
S7.2 108h:ACTTATCCATGAAGCG,Ectopic pluripotency
S7.2 108h:AGTACCAGTCCCGCAA,Paraxial mesoderm
S7.2 108h:TGAGGGAAGAGTTGAT,Caudal mesoderm
S7.2 108h:TTCGGTCTCGCAGTTA,Pre-somitic mesoderm
S7.2 108h:ATAGAGATCGGTAACT,Paraxial mesoderm
S7.2 108h:ACTGATGGTGGGTTGA,Paraxial mesoderm
S7.2 108h:GGTAGAGAGCTCGGCT,Caudal mesoderm
S7.2 108h:AACAACCAGTAGGAAG,Paraxial mesoderm
S7.2 108h:ATCTTCACATGGACAG,Ectopic pluripotency
S7.2 108h:CGCAGGTTCATTACTC,Pre-somitic mesoderm
S7.2 108h:TATTGGGAGAGTCTTC,Pre-somitic mesoderm
S7.2 108h:TCAAGACAGTCTTCGA,Paraxial mesoderm
S7.2 108h:ACATCCCTCGCTCTCA,Ectopic pluripotency
S7.2 108h:CTACTATGTTCTTGCC,Gut
S7.2 108h:GCCAACGGTCTCAGGC,Paraxial mesoderm
S7.2 108h:ATCGTAGCACACCGCA,Pre-somitic mesoderm
S7.2 108h:AGACAGGCAGAACTCT,Pre-somitic mesoderm
S7.2 108h:GCATGATTCAAATGAG,Caudal mesoderm
S7.2 108h:ATACTTCCATCACGGC,Pre-somitic mesoderm
S7.2 108h:ATTGTTCAGGACTATA,Pre-somitic mesoderm
S7.2 108h:AGTTAGCAGTCAGAGC,Caudal mesoderm
S7.2 108h:ATTACTCGTTCAAGTC,Paraxial mesoderm
S7.2 108h:GGTGATTGTACCTAAC,Paraxial mesoderm
S7.2 108h:GAGATGGCACGGCACT,Pre-somitic mesoderm
S7.2 108h:TGATTCTCAGGAGACT,Ectopic pluripotency
S7.2 108h:ATTACTCCAAGTTGGG,Gut
S7.2 108h:AACAACCGTTCTCGCT,Pre-somitic mesoderm
S7.2 108h:TGCGACGCAACAGCTT,Caudal mesoderm
S7.2 108h:CACTGTCGTATCACCA,Caudal mesoderm
S7.2 108h:GTAGAAAGTTACGGAG,Paraxial mesoderm
S7.2 108h:TGCGATAGTTTACCAG,Ectopic pluripotency
S7.2 108h:CATTGCCCAACCACGC,Paraxial mesoderm
S7.2 108h:AAAGTGATCCAATGCA,Paraxial mesoderm
S7.2 108h:CAACCAAAGTGGATAT,Paraxial mesoderm
S7.2 108h:GCCCAGAAGTAATTGG,Paraxial mesoderm
S7.2 108h:TGAGGTTCAACCCGCA,Paraxial mesoderm
S7.2 108h:AGTGACTGTAATCAAG,Caudal mesoderm
S7.2 108h:ACTCTCGCAGTATTCG,Paraxial mesoderm
S7.2 108h:CACTTCGTCAGCTTGA,Paraxial mesoderm
S7.2 108h:ACGATGTAGCATGAAT,Paraxial mesoderm
S7.2 108h:TCTAACTGTTGGCTAT,Pre-somitic mesoderm
S7.2 108h:AGAGCCCCAAATGCGG,Paraxial mesoderm
S7.2 108h:TCAGCAATCTCCTGAC,Pre-somitic mesoderm
S7.2 108h:ACTTATCCAAACCATC,Paraxial mesoderm
S7.2 108h:TTACTGTGTTCTTAGG,Pre-somitic mesoderm
S7.2 108h:ACATCCCGTTAGGGTG,Paraxial mesoderm
S7.2 108h:CCCTGATAGACATCCT,Pre-somitic mesoderm
S7.2 108h:AGGAAATAGATAGTGT,Ectopic pluripotency
S7.2 108h:CTCCTCCAGCTTTGTG,Ectopic pluripotency
S7.2 108h:TCGGGTGAGTAGGCCA,Paraxial mesoderm
S7.2 108h:GGCTTTCGTAGTCACT,Paraxial mesoderm
S7.2 108h:CGTCCATAGGCAGGGA,Paraxial mesoderm
S7.2 108h:TACGTCCTCACACGAT,Pre-somitic mesoderm
S7.2 108h:CATCGTCAGGTAAGTT,Paraxial mesoderm
S7.2 108h:CATCCCACAGAGGCAT,Paraxial mesoderm
S7.2 108h:ATTCATCGTATGGGAC,Paraxial mesoderm
S7.2 108h:AAGTTCGTCGGAATTC,Ectopic pluripotency
S7.2 108h:TTTGACTTCCGTCACT,Pre-somitic mesoderm
S7.2 108h:CACAGATTCACCTCAC,Ectopic pluripotency
S7.2 108h:TTGTTCACAGGAATCG,Pre-somitic mesoderm
S7.2 108h:CCTACGTGTCCAAGAG,Pre-somitic mesoderm
S7.2 108h:CGTGATAAGGCTTAAA,Paraxial mesoderm
S7.2 108h:CTGGTCTAGACATCCT,Paraxial mesoderm
S7.2 108h:CGTCAAACAGTGCGCT,Ectopic pluripotency
S7.2 108h:CCATCACCATTGCTGA,Ectopic pluripotency
S7.2 108h:CTGTCGTTCACTCACC,Paraxial mesoderm
S7.2 108h:ATACCTTTCGTAACTG,Pre-somitic mesoderm
S7.2 108h:ACACTGACACGCAAAG,Paraxial mesoderm
S7.2 108h:CCACGAGCACTCGATA,Ectopic pluripotency
S7.2 108h:CAGCCAGGTCGTGCCA,Caudal mesoderm
S7.2 108h:AAAGTCCGTCTTTCAT,Paraxial mesoderm
S7.2 108h:CCGGGTATCGAACGGA,Caudal mesoderm
S7.2 108h:CCTCACACACATGAAA,Pre-somitic mesoderm
S7.2 108h:TACGGGCGTAGCGTAG,Ectopic pluripotency
S7.2 108h:TTACCATAGCAAGCCA,Somite differentiation front
S7.2 108h:GAGTTGTCATGGCTGC,Paraxial mesoderm
S7.2 108h:CCCATTGTCGCAATGT,Ectopic pluripotency
S7.2 108h:TTTGATCGTGATTAGA,Paraxial mesoderm
S7.2 108h:GTGATGTCATACATCG,Ectopic pluripotency
S7.2 108h:TCGAACATCAAGGCTT,Gut
S7.2 108h:TCCACCATCTGAACGT,Ectopic pluripotency
S7.2 108h:TAATCTCCAGCAGTCC,Pre-somitic mesoderm
S7.2 108h:TGAATGCAGCTACAAA,Pre-somitic mesoderm
S7.2 108h:CTGTGGGCACTTCAAG,Paraxial mesoderm
S7.2 108h:CATTTCAAGGGATGTC,Paraxial mesoderm
S7.2 108h:CCTCCAATCGGATACT,Caudal mesoderm
S7.2 108h:TTCCTCTAGTAGCAAT,Paraxial mesoderm
S7.2 108h:TCTGGCTAGTAGACAT,Pre-somitic mesoderm
S7.2 108h:AACACACAGAAGCGGG,Paraxial mesoderm
S7.2 108h:TGCAGGCCAACATACC,Ectopic pluripotency
S7.2 108h:CATCCGTCACAAGTGG,Caudal mesoderm
S7.2 108h:CAATACGTCCTGCTAC,Pre-somitic mesoderm
S7.2 108h:AGCCACGAGCCTGGAA,Somite differentiation front
S7.2 108h:CTCATCGTCAACTGGT,Paraxial mesoderm
S7.2 108h:AAATGGAGTCTACGAT,Paraxial mesoderm
S7.2 108h:AACCACAAGCAACTCT,Paraxial mesoderm
S7.2 108h:TAGAGTCAGACGAGCT,Caudal mesoderm
S7.2 108h:GGGTTTACATGAAGGC,Paraxial mesoderm
S7.2 108h:TGGAGAGAGGTTCATC,Ectopic pluripotency
S7.2 108h:AATCGTGAGACCAGAC,Pre-somitic mesoderm
S7.2 108h:GAACTGTCATGGAAGC,Pre-somitic mesoderm
S7.2 108h:GTCACTCTCGCTCATC,Ectopic pluripotency
S7.2 108h:TGAGACTAGATAGCAT,Caudal mesoderm
S7.2 108h:TACCGGGTCGCAATGT,Pre-somitic mesoderm
S7.2 108h:GGGTAGACATGCCATA,Caudal mesoderm
S7.2 108h:GTCATGATCTGTTGGA,Paraxial mesoderm
S7.2 108h:CCCTAACAGTACCCTA,Paraxial mesoderm
S7.2 108h:GACCCAGTCGCAAGAG,Pre-somitic mesoderm
S7.2 108h:CCACGAGGTACAGAAT,Pre-somitic mesoderm
S7.2 108h:TCACTATTCACTCCGT,Caudal mesoderm
S7.2 108h:AGGATCTTCATTTGTC,Ectopic pluripotency
S7.2 108h:CTGGTCTCACAAGCTT,Paraxial mesoderm
S7.2 108h:GAGACCCCACCGGTCA,Paraxial mesoderm
S7.2 108h:TGTGGCGGTACGTAGG,Pre-somitic mesoderm
S7.2 108h:TTTACGTTCTGTAACG,Pre-somitic mesoderm
S7.2 108h:TTTGGTTGTTCTCCCA,Ectopic pluripotency
S7.2 108h:AGGTCATAGCACTCGC,Pre-somitic mesoderm
S7.2 108h:CACACAAGTAGCACGA,Paraxial mesoderm
S7.2 108h:TCCTGCATCATTTGGG,Pre-somitic mesoderm
S7.2 108h:TTTACTGCATGAAAGT,Paraxial mesoderm
S7.2 108h:CCCTCAACAGACTCTA,Paraxial mesoderm
S7.2 108h:GTTAGTGGTCTGTGTA,Paraxial mesoderm
S7.2 108h:TGACAGTTCACCTTAT,Pre-somitic mesoderm
S7.2 108h:TAGGTTGAGAGTGTGC,Paraxial mesoderm
S7.2 108h:TTCACCGTCACTCACC,Paraxial mesoderm
S7.2 108h:TCCACGTCAAACAGGC,Pre-somitic mesoderm
S7.2 108h:TACCTCGCAGACGGAT,Pre-somitic mesoderm
S7.2 108h:AGAGAGCAGACGTCCC,Paraxial mesoderm
S7.2 108h:ACTGCAAAGGATTTGA,Caudal mesoderm
S7.2 108h:TCGAAGTAGGAGGTTC,Pre-somitic mesoderm
S7.2 108h:AATGCCAAGCCTAACT,Pre-somitic mesoderm
S7.2 108h:CGCATAACAATGTCAC,Ectopic pluripotency
S7.2 108h:AGAGCCCCACTCCCTA,Pre-somitic mesoderm
S7.2 108h:TCGAACATCTCTCTTC,Paraxial mesoderm
S7.2 108h:GCACGGTGTTCCTAGA,Pre-somitic mesoderm
S7.2 108h:TATTGGGGTCCCTGAG,Ectopic pluripotency
S7.2 108h:TGCGACGTCAGCCTTC,Hemogenic endothelium
S7.2 108h:AGGACGAGTTTGAAAG,Pre-somitic mesoderm
S7.2 108h:CGGACACGTTTCACAG,Paraxial mesoderm
S7.2 108h:ATGATCGAGACAACTA,Gut
S7.2 108h:CTCCAACCACGCCACA,Ectopic pluripotency
S7.2 108h:TGAATCGCAGAGGCAT,Ectopic pluripotency
S7.2 108h:ACTGCAATCCTACGGG,Caudal mesoderm
S7.2 108h:CTGAATGGTGGCTTAT,Pre-somitic mesoderm
S7.2 108h:TCGATTTGTATCGTGT,Pre-somitic mesoderm
S7.2 108h:GACCAATCAAATACGA,Pre-somitic mesoderm
S7.2 108h:CCCTTAGGTTTCTATC,Paraxial mesoderm
S7.2 108h:TGAACGTCAATCTCGA,Ectopic pluripotency
S7.2 108h:ACACTGAGTCTACAGT,Paraxial mesoderm
S7.2 108h:GTCGTAAGTCCTTTGC,Pre-somitic mesoderm
S7.2 108h:ATGGGTTGTTCGAACT,Pre-somitic mesoderm
S7.2 108h:GCCAGCAAGGCTGGAT,Paraxial mesoderm
S7.2 108h:TGCAGATTCGCTCCTA,Pre-somitic mesoderm
S7.2 108h:AGTTCGATCTAGTCAG,Paraxial mesoderm
S7.2 108h:GCAGTTAGTCCAGGTC,Paraxial mesoderm
S7.2 108h:TGTGGCGGTCATTGCA,Pre-somitic mesoderm
S7.2 108h:TCATTACAGAAATTGC,Pre-somitic mesoderm
S7.2 108h:TTTCATGTCTCCTGAC,Paraxial mesoderm
S7.2 108h:AGGATCTCACCAGTAT,Pre-somitic mesoderm
S7.2 108h:GACCGTGTCTGACCCT,Gut
S7.2 108h:CGTTGGGAGAGTGACC,Pre-somitic mesoderm
S7.2 108h:TCGTAGAGTCTGTGTA,Pre-somitic mesoderm
S7.2 108h:GACCCTTAGAGATGCC,Gut
S7.2 108h:CGTCCATCAAAGGTTA,Pre-somitic mesoderm
S7.2 108h:TTCCTTCTCTGGGCCA,Paraxial mesoderm
S7.2 108h:GTGTTAGTCCGGTAGC,Ectopic pluripotency
S7.2 108h:ATTCACTAGACGAGCT,Paraxial mesoderm
S7.2 108h:ATTATCCGTTTCGACA,Pre-somitic mesoderm
S7.2 108h:TCACATTCACGTATAC,Paraxial mesoderm
S7.2 108h:ATAGGCTCATGACTGT,Ectopic pluripotency
S7.2 108h:GTAGCTACAACACTAC,Paraxial mesoderm
S7.2 108h:GTTTACTGTGGGACAT,Paraxial mesoderm
S7.2 108h:TTTGTTGCACGATTCA,Caudal mesoderm
S7.2 108h:AAGCATCCAAGCGAGT,Paraxial mesoderm
S7.2 108h:TATTGGGTCCGATAGT,Paraxial mesoderm
S7.2 108h:AGTAGCTAGACCAAAT,Ectopic pluripotency
S7.2 108h:ACTTTCAGTCTAGGTT,Paraxial mesoderm
S7.2 108h:TTAATCCGTGCCCACA,Pre-somitic mesoderm
S7.2 108h:GGACGTCCACCTCGTT,Pre-somitic mesoderm
S7.2 108h:GATCATGGTCTAGATC,Paraxial mesoderm
S7.2 108h:TCTATCAGTTGCTCCT,Paraxial mesoderm
S7.2 108h:AACAAGATCTGAGCAT,Paraxial mesoderm
S7.2 108h:CTTCCTTCATCGCCTT,Paraxial mesoderm
S7.2 108h:TGCTCGTTCCCGAATA,Caudal mesoderm
S7.2 108h:GGTTCTCCAATGTTGC,Ectopic pluripotency
S7.2 108h:GGTAATCCATCGATGT,Ectopic pluripotency
S7.2 108h:ACCTGTCGTACCATAC,Pre-somitic mesoderm
S7.2 108h:TCTCCGATCAAAGAAC,Pre-somitic mesoderm
S7.2 108h:TTGTTCACAGCAGAAC,Caudal mesoderm
S7.2 108h:ATCTTCATCGAGTTGT,Paraxial mesoderm
S7.2 108h:TTGGATGAGCCTCAGC,Ectopic pluripotency
S7.2 108h:CTTTCAAAGAAGTCCG,Pre-somitic mesoderm
S7.2 108h:ACGTACAGTGACACGA,Caudal mesoderm
S7.2 108h:GCGTTTCCAAGCCATT,Pre-somitic mesoderm
S7.2 108h:GAGGCAACAATCGCCG,Paraxial mesoderm
S7.2 108h:CATCGCTCACGTTGGC,Paraxial mesoderm
S7.2 108h:TTATTGCCAATCCTAG,Paraxial mesoderm
S7.2 108h:ACCATTTAGTGCACTT,Paraxial mesoderm
S7.2 108h:TGCGGCAAGTATGAAC,Pre-somitic mesoderm
S7.2 108h:CCGCAAGCAACGATCT,Ectopic pluripotency
S7.2 108h:ACACTGACAGGACATG,Paraxial mesoderm
S7.2 108h:CGTGCTTTCACAGAGG,Gut
S7.2 108h:CTCCTCCGTATCAGGG,Paraxial mesoderm
S7.2 108h:GGCGTCACACAGCTGC,Pre-somitic mesoderm
S7.2 108h:CATACCCTCCATTTCA,Paraxial mesoderm
S7.2 108h:AGACAAATCTGTCGTC,Pre-somitic mesoderm
S7.2 108h:TCTTTGAGTCTGGTTA,Pre-somitic mesoderm
S7.2 108h:CGTAATGCAATTCTTC,Paraxial mesoderm
S7.2 108h:GTTGTGACATTAGGAA,Pre-somitic mesoderm
S7.2 108h:AGCGCCAGTATCGCTA,Paraxial mesoderm
S7.2 108h:ATGGAGGTCAAGCCTA,Paraxial mesoderm
S7.2 108h:GCCAGGTCAGTATGAA,Pre-somitic mesoderm
S7.2 108h:TCTGGCTCACCCTGAG,Paraxial mesoderm
S7.2 108h:CTACGGGCATCGGCCA,Pre-somitic mesoderm
S7.2 108h:CATGCTCCAATATCCG,Ectopic pluripotency
S7.2 108h:AGCGCTGTCCAATGCA,Somite differentiation front
S7.2 108h:CTGTGAAGTATGACAA,Paraxial mesoderm
S7.2 108h:ACACTGAAGACGTCCC,Pre-somitic mesoderm
S7.2 108h:GTATTGGAGGTTATAG,Paraxial mesoderm
S7.2 108h:GCAACATTCGAGTACT,Paraxial mesoderm
S7.2 108h:TCGCAGGGTAGCGTAG,Pre-somitic mesoderm
S7.2 108h:TGCGACGGTGTTACTG,Paraxial mesoderm
S7.2 108h:GGCTTGGAGGATTTCC,Pre-somitic mesoderm
S7.2 108h:CGCAGGTCACAATGAA,Paraxial mesoderm
S7.2 108h:AATTCCTCACGCCACA,Paraxial mesoderm
S7.2 108h:GCACGTGAGGTAAGAG,Pre-somitic mesoderm
S7.2 108h:AGCTACATCCCTCTTT,Somite differentiation front
S7.2 108h:TTCTGTAAGCTGGCTC,Pre-somitic mesoderm
S7.2 108h:TTACTGTGTAAGATCA,Caudal mesoderm
S7.2 108h:CGTAATGGTCCAAAGG,Gut
S7.2 108h:TGCTGAAGTTGACTGT,Gut
S7.2 108h:TCATTTGGTTCTCGCT,Pre-somitic mesoderm
S7.2 108h:GGGAAGTCACATACTG,Pre-somitic mesoderm
S7.2 108h:CCTCCAACACCTGATA,Paraxial mesoderm
S7.2 108h:AATGGCTGTTCACCGG,Paraxial mesoderm
S7.2 108h:ATCACAGCAAGCGAGT,Paraxial mesoderm
S7.2 108h:GGGACAATCGGCATTA,Pre-somitic mesoderm
S7.2 108h:TGGGCTGCAGGTTACT,Pre-somitic mesoderm
S7.2 108h:CCCTTAGCAATTGCGT,Pre-somitic mesoderm
S7.2 108h:TCATTCACACACCAGC,Pre-somitic mesoderm
S7.2 108h:TATCTGTAGCACTCTA,Ectopic pluripotency
S7.2 108h:TCGCACTGTGCGGATA,Pre-somitic mesoderm
S7.2 108h:GAGCTGCTCGGTCTAA,Pre-somitic mesoderm
S7.2 108h:TAGTGCAAGTGCAGGT,Paraxial mesoderm
S7.2 108h:CTACTATTCTGGCCAG,Paraxial mesoderm
S7.2 108h:TCATTCAGTTGGCCGT,Paraxial mesoderm
S7.2 108h:TAGACCATCTTTGCAT,Pre-somitic mesoderm
S7.2 108h:CACTGTCAGGTTGGTG,Caudal mesoderm
S7.2 108h:GTGGAAGTCAGGAACG,Paraxial mesoderm
S7.2 108h:GGTGAAGAGATGCCGA,Pre-somitic mesoderm
S7.2 108h:AGTACCAGTAATACCC,Ectopic pluripotency
S7.2 108h:GCCAGCAGTACAAGTA,Pre-somitic mesoderm
S7.2 108h:CATCAAGGTTTGCAGT,Paraxial mesoderm
S7.2 108h:GGAACCCCAGAGTGTG,Paraxial mesoderm
S7.2 108h:TACGCTCCAAAGCGTG,Paraxial mesoderm
S7.2 108h:CGAGGCTTCACTCGAA,Paraxial mesoderm
S7.2 108h:GTGGTTACAGTGCCTG,Pre-somitic mesoderm
S7.2 108h:ATTGGGTAGGCCTGAA,Ectopic pluripotency
S7.2 108h:ACGGGTCCAATTGAAG,Paraxial mesoderm
S7.2 108h:TTTCGATTCGCCCAGA,Caudal mesoderm
S7.2 108h:TGTGAGTCAACGTAAA,Caudal mesoderm
S7.2 108h:TCGCAGGGTGGCTAGA,Paraxial mesoderm
S7.2 108h:TCATCATAGACTCATC,Paraxial mesoderm
S7.2 108h:TAGACCACAGTTCACA,Pre-somitic mesoderm
S7.2 108h:ATGAGGGTCGTTACCC,Paraxial mesoderm
S7.2 108h:CCCTGATGTATCGCTA,Paraxial mesoderm
S7.2 108h:TCATTACGTATCAAGA,Pre-somitic mesoderm
S7.2 108h:CGAGTGCGTGGTAATA,Pre-somitic mesoderm
S7.2 108h:AGACTCAAGCGCACAA,Caudal mesoderm
S7.2 108h:ATTTCACTCAGACTGT,Ectopic pluripotency
S7.2 108h:TGCCGAGCATCTCGTC,Pre-somitic mesoderm
S7.2 108h:GTGTGGCCACTCCTTG,Paraxial mesoderm
S7.2 108h:TGAGGAGAGTAGGCCA,Ectopic pluripotency
S7.2 108h:GATGCTAGTGTTCCAA,Pre-somitic mesoderm
S7.2 108h:TGGTGATGTCTAGGCC,Caudal mesoderm
S7.2 108h:CTCAACCAGCAAATGT,Paraxial mesoderm
S7.2 108h:TACAACGCAGAACTCT,Caudal mesoderm
S7.2 108h:TCACACCAGGTACTGG,Pre-somitic mesoderm
S7.2 108h:TCACGCTCAATGGCAG,Paraxial mesoderm
S7.2 108h:ATCCATTAGTTCATGC,Paraxial mesoderm
S7.2 108h:TGTCCACTCAGCTAGT,Hemogenic endothelium
S7.2 108h:ATTCCTACATGGACAG,Pre-somitic mesoderm
S7.2 108h:ACGCACGCAAGCGAAC,Paraxial mesoderm
S7.2 108h:CCTCAACCATTAGGAA,Gut
S7.2 108h:GGAGGTACAAATGAGT,Pre-somitic mesoderm
S7.2 108h:AGACCATCATTGAAAG,Paraxial mesoderm
S7.2 108h:TCGAACAGTAATACCC,Paraxial mesoderm
S7.2 108h:AAGCATCTCGGACCAC,Pre-somitic mesoderm
S7.2 108h:AACCACAAGCTCCACG,Pre-somitic mesoderm
S7.2 108h:ATTGGGTCAGGGTCTC,Paraxial mesoderm
S7.2 108h:CCTCACAGTTTACTTC,Paraxial mesoderm
S7.2 108h:AGGGCTCGTCCAGAAG,Paraxial mesoderm
S7.2 108h:TAAGCGTAGCATCTTG,Pre-somitic mesoderm
S7.2 108h:AGCCACGGTTGACTGT,Paraxial mesoderm
S7.2 108h:ATGGGTTAGTCGGGAT,Gut
S7.2 108h:CGATGGCAGCCTGGAA,Paraxial mesoderm
S7.2 108h:AGGCTGCCAAAGCAAT,Pre-somitic mesoderm
S7.2 108h:AGAGAATCAAGCTACT,Paraxial mesoderm
S7.2 108h:ACAAGCTAGGGTCTTT,Pre-somitic mesoderm
S7.2 108h:GATGCTAGTACTAAGA,Paraxial mesoderm
S7.2 108h:GCATCGGCAAATGAAC,Paraxial mesoderm
S7.2 108h:CAACGATGTCTCTCAC,Paraxial mesoderm
S7.2 108h:CAGTGCGAGTCGCTAT,Pre-somitic mesoderm
S7.2 108h:ACTTCCGAGTTGCGCC,Paraxial mesoderm
S7.2 108h:GATGAGGCATGGCACC,Pre-somitic mesoderm
S7.2 108h:CATTGCCAGTATAGGT,Pre-somitic mesoderm
S7.2 108h:TCTCAGCCACGTACTA,Caudal mesoderm
S7.2 108h:GAGATGGCAGTTTCGA,Paraxial mesoderm
S7.2 108h:TAATTCCTCGAGTCCG,Caudal mesoderm
S7.2 108h:AGACACTTCAAAGGAT,Pre-somitic mesoderm
S7.2 108h:TCAATTCTCACCCTGT,Pre-somitic mesoderm
S7.2 108h:AAGATAGTCGATGGAG,Caudal mesoderm
S7.2 108h:CCACAAACATCAGCGC,Caudal mesoderm
S7.2 108h:TAGAGTCAGGGAGATA,Pre-somitic mesoderm
S7.2 108h:TAACGACCAGTGGTGA,Paraxial mesoderm
S7.2 108h:AGCGCCAAGATCCTAC,Paraxial mesoderm
S7.2 108h:AAGCAGTGGTATCAAC,Paraxial mesoderm
S7.2 108h:TGAATGCGTAGCTCGC,Pre-somitic mesoderm
S7.2 108h:AGGTGTTCACTTACAG,Gut
S7.2 108h:CGTTAGATCTATTGTC,Pre-somitic mesoderm
S7.2 108h:CCCGGAAAGTGCACCC,Paraxial mesoderm
S7.2 108h:GTTAGACTCATTCGTT,Ectopic pluripotency
S7.2 108h:CCACAAACATTGAAGA,Paraxial mesoderm
S7.2 108h:TCTACCGGTTGGGCCT,Pre-somitic mesoderm
S7.2 108h:GTGCTTCCACGCGCAT,Caudal mesoderm
S7.2 108h:AGTTCCCAGTGCAAAT,Caudal mesoderm
S7.2 108h:TTGTTTGGTGGAAATT,Caudal mesoderm
S7.2 108h:AGAAATGAGTCATTGC,Pre-somitic mesoderm
S7.2 108h:GTGTGGCAGCAGCCTC,Ectopic pluripotency
S7.2 108h:ACCTGAACAAGTGACG,Pre-somitic mesoderm
S7.2 108h:CAATGACAGCCGGAAT,Gut
S7.2 108h:GCAGCCAGTTCTAACG,Pre-somitic mesoderm
S7.2 108h:GGTTGTAAGATAGGGA,Ectopic pluripotency
S7.2 108h:TCATTCACAATCAAGA,Pre-somitic mesoderm
S7.2 108h:ATGGATCGTACACGCC,Pre-somitic mesoderm
S7.2 108h:GTGCTGGGTGTTGATC,Paraxial mesoderm
S7.2 108h:GGAGAACGTTACCCAA,Hemogenic endothelium
S7.2 108h:TCACGGGCATTGTCGA,Paraxial mesoderm
S7.2 108h:ACTCCCAGTTATGTGC,Paraxial mesoderm
S7.2 108h:ATTTCTGGTGGTCTGC,Caudal mesoderm
S7.2 108h:TGACGCGAGCCTGCCA,Pre-somitic mesoderm
S7.2 108h:GTTGTGAAGGGAGATA,Pre-somitic mesoderm
S7.2 108h:GACTATGCAGTAGTGG,Caudal mesoderm
S7.2 108h:GTCACTCAGTGCGACA,Pre-somitic mesoderm
S7.2 108h:GGGAGTAGTTCTCAGA,Pre-somitic mesoderm
S7.2 108h:CTAACTTGTTTACACG,Pre-somitic mesoderm
S7.2 108h:CCAAGCGAGGCAGTCA,Paraxial mesoderm
S7.2 108h:GTTGTCCGTGTGTCCG,Ectopic pluripotency
S7.2 108h:AGGGCTCAGTCACTCA,Pre-somitic mesoderm
S7.2 108h:GGAGGTAGTTGGATCT,Caudal mesoderm
S7.2 108h:AACCATGTCGCCAATA,Pre-somitic mesoderm
S7.2 108h:AGCGCCACAGCTCCTT,Paraxial mesoderm
S7.2 108h:CTGCTCATCCTCACGT,Pre-somitic mesoderm
S7.2 108h:CGAGTTAAGCGAACTG,Pre-somitic mesoderm
S7.2 108h:AGACAGGTCCCTGTTG,Paraxial mesoderm
S7.2 108h:ACCACAAGTTAAACCC,Caudal mesoderm
S7.2 108h:GGTGTTACAGTGACCC,Paraxial mesoderm
S7.2 108h:TACGGGCGTTCCGTTC,Ectopic pluripotency
S7.2 108h:TACGGTACAAACTGCT,Paraxial mesoderm
S7.2 108h:AAATGGAGTACGTGAG,Caudal mesoderm
S7.2 108h:CCTGCATGTTGGAGAC,Ectopic pluripotency
S7.2 108h:TTCTTCCAGTATCTGC,Paraxial mesoderm
S7.2 108h:GATAGCTCAGCATACT,Paraxial mesoderm
S7.2 108h:TACATTCTCCTTGGAA,Pre-somitic mesoderm
S7.2 108h:GTATTGGAGAGTAACT,Paraxial mesoderm
S7.2 108h:GATCAGTAGTCCTGTA,Paraxial mesoderm
S7.2 108h:TTTGACTAGTACAACA,Paraxial mesoderm
S7.2 108h:TCGTGCTTCTGCTTTA,Paraxial mesoderm
S7.2 108h:TAACTTCAGCCAGACA,Paraxial mesoderm
S7.2 108h:AACTTCTAGCATGAAT,Paraxial mesoderm
S7.2 108h:CCCTAACCAACGTAAA,Paraxial mesoderm
S7.2 108h:AGGAGGTTCATAGGCT,Paraxial mesoderm
S7.2 108h:TGACAGTCAACACGTT,Gut
S7.2 108h:TGGTTAGGTGAGTTGG,Pre-somitic mesoderm
S7.2 108h:GATGTTGCAGCTACCG,Pre-somitic mesoderm
S7.2 108h:AGCGTATTCGAGTCTA,Paraxial mesoderm
S7.2 108h:GATTGGTTCATCACCC,Paraxial mesoderm
S7.2 108h:CCGGGTACACTGCTTC,Paraxial mesoderm
S7.2 108h:TGGTACACATCGCTCT,Pre-somitic mesoderm
S7.2 108h:GAGTCATCAACAGATA,Caudal mesoderm
S7.2 108h:TCATGTTCACTCCACT,Paraxial mesoderm
S7.2 108h:AATCACGGTATCACGT,Caudal mesoderm
S7.2 108h:ACAACCACAAAGCAAT,Caudal mesoderm
S7.2 108h:CACACAAGTCGTATGT,Ectopic pluripotency
S7.2 108h:GCGTTTCGTGGGACAT,Paraxial mesoderm
S7.2 108h:ATCACAGTCCTGCTAC,Paraxial mesoderm
S7.2 108h:AATCGACTCTTCGCTG,Caudal mesoderm
S7.2 108h:CACGTGGGTGACACGA,Paraxial mesoderm
S7.2 108h:GGAGGTAGTGGCAACA,Caudal mesoderm
S7.2 108h:TTCCAATCACGCTGCA,Gut
S7.2 108h:CCCATTGAGGCTCCCA,Paraxial mesoderm
S7.2 108h:TAAGCCATCTAACGGT,Pre-somitic mesoderm
S7.2 108h:ACGTTCCAGCATTGTC,Ectopic pluripotency
S7.2 108h:TCCTGCATCCAGTACA,Paraxial mesoderm
S7.2 108h:CCATCACTCCTGCTAC,Ectopic pluripotency
S7.2 108h:TCCCATGGTGTGTCGC,Caudal mesoderm
S7.2 108h:AGTTCGATCCGTGACG,Paraxial mesoderm
S7.2 108h:CTTCCTTTCTTCCGTG,Pre-somitic mesoderm
S7.2 108h:CAGATCACACTGTGAT,Pre-somitic mesoderm
S7.2 108h:GGGTGAAGTCAGTCTA,Caudal mesoderm
S7.2 108h:CACGTGGAGTGGTTGG,Pre-somitic mesoderm
S7.2 108h:ACTGTCCTCAAGGCTT,Pre-somitic mesoderm
S7.2 108h:TGCGATATCACCCATC,Caudal mesoderm
S7.2 108h:ATGGAGGTCAGAATAG,Paraxial mesoderm
S7.2 108h:TCGAACAAGAGAGTTT,Pre-somitic mesoderm
S7.2 108h:GACTCTCCAGAGTTCT,Paraxial mesoderm
S7.2 108h:ATATCCTAGCTCACTA,Pre-somitic mesoderm
S7.2 108h:AGGTTACCACCCTGAG,Paraxial mesoderm
S7.2 108h:TACTTCAAGCCGAATG,Paraxial mesoderm
S7.2 108h:GGATCTATCTGCGGAC,Pre-somitic mesoderm
S7.2 108h:CGCCATTAGACCTGGA,Hemogenic endothelium
S7.2 108h:AACGAAACAACAACAA,Pre-somitic mesoderm
S7.2 108h:CACGAATGTAGCTTTG,Paraxial mesoderm
S7.2 108h:TGTTCATTCTCAATCT,Paraxial mesoderm
S7.2 108h:TACATTCCACCGGAAA,Caudal mesoderm
S7.2 108h:GAGTGAGCAGAGGGTT,Pre-somitic mesoderm
S7.2 108h:TTAGGCACATGGAAGC,Caudal mesoderm
S7.2 108h:ACCATTTTCATCCTAT,Ectopic pluripotency
S7.2 108h:TCGCAGGCACTACAGT,Paraxial mesoderm
S7.2 108h:TATTGGGTCTTCACGC,Pre-somitic mesoderm
S7.2 108h:ACCCTTGCAAGAATGT,Paraxial mesoderm
S7.2 108h:AATGAAGAGTCGAGGT,Gut
S7.2 108h:AAACGCTCAAACTCGT,Paraxial mesoderm
S7.2 108h:AAGCATCAGCAAGTGC,Pre-somitic mesoderm
S7.2 108h:AAAGTCCTCAACACCA,Paraxial mesoderm
S7.2 108h:GTCGCGAGTATTGGCT,Ectopic pluripotency
S7.2 108h:TTCACGCTCGAAGAAT,Caudal mesoderm
S7.2 108h:CTCGAGGAGCTGCCTG,Paraxial mesoderm
S7.2 108h:AGATCGTGTCAGATTC,Gut
S7.2 108h:GGGCCATAGATGGGCT,Caudal mesoderm
S7.2 108h:AGGGAGTGTGCTCTCT,Paraxial mesoderm
S7.2 108h:AGGCTGCCACGCTATA,Paraxial mesoderm
S7.2 108h:GGGCTACTCCACAGCG,Paraxial mesoderm
S7.2 108h:TGATTCTTCATTTGGG,Paraxial mesoderm
S7.2 108h:AGTACTGAGTCACAGG,Paraxial mesoderm
S7.2 108h:TCCTTCTAGTGATTCC,Caudal mesoderm
S7.2 108h:CAGGTATAGTGGACGT,Ectopic pluripotency
S7.2 108h:TGTTCTAGTTTGGAAA,Paraxial mesoderm
S7.2 108h:AGCGCTGTCTACGGGC,Caudal mesoderm
S7.2 108h:GGTTAACCACAACCGC,Pre-somitic mesoderm
S7.2 108h:ATCATTCTCTTACACT,Pre-somitic mesoderm
S7.2 108h:GATCCCTGTCGACTGC,Paraxial mesoderm
S7.2 108h:TGTCCTGCACTGCATA,Pre-somitic mesoderm
S7.2 108h:GGGAGATAGATTGCGG,Paraxial mesoderm
S7.2 108h:TCCGAAAAGGCCTGCT,Caudal mesoderm
S7.2 108h:ATCGTCCGTAGCTGCC,Pre-somitic mesoderm
S7.2 108h:TTCTTCCGTCCACATA,Paraxial mesoderm
S7.2 108h:GGGATCCCAACAAGTA,Paraxial mesoderm
S7.2 108h:ATGATCGAGGATTACA,Caudal mesoderm
S7.2 108h:TAGGAGGCAACTTGCA,Ectopic pluripotency
S7.2 108h:CTGCATCAGCACTCCG,Ectopic pluripotency
S7.2 108h:GCATCGGAGGCATCAG,Paraxial mesoderm
S7.2 108h:GACTGATAGTTCATCG,Paraxial mesoderm
S7.2 108h:ATCACAGCACTGAGGA,Pre-somitic mesoderm
S7.2 108h:AGGTCATGTGTCTTAG,Pre-somitic mesoderm
S7.2 108h:TTTGGTTGTAGACGTG,Pre-somitic mesoderm
S7.2 108h:ACCTACCGTGTATTGC,Paraxial mesoderm
S7.2 108h:CTCAGTCAGGCTCACC,Paraxial mesoderm
S7.2 108h:GAACTGTTCGTGGTAT,Paraxial mesoderm
S7.2 108h:GGGAGTAGTTGTTTGG,Pre-somitic mesoderm
S7.2 108h:CGGCAGTGTCGCATGC,Pre-somitic mesoderm
S7.2 108h:CTACGGGCAACTGAAA,Paraxial mesoderm
S7.2 108h:TGTGGCGGTGTCTAAC,Somite differentiation front
S7.2 108h:TCATGGATCCGTCAAA,Paraxial mesoderm
S7.2 108h:TGCGGGTGTTCCAGGC,Pre-somitic mesoderm
S7.2 108h:TTCTGTAGTACGTACT,Caudal mesoderm
S7.2 108h:GGCTTTCGTGCATTAC,Pre-somitic mesoderm
S7.2 108h:GGGTGAAGTCGCAACC,Pre-somitic mesoderm
S7.2 108h:TCGGGACAGCCGATTT,Paraxial mesoderm
S7.2 108h:GCCAGGTCAGGTTCCG,Caudal mesoderm
S7.2 108h:TTCTGTAAGCGCAATG,Ectopic pluripotency
S7.2 108h:TGCTTCGTCTCCTGCA,Pre-somitic mesoderm
S7.2 108h:GTCGTTCAGAAGCGGG,Gut
S7.2 108h:TACGGTACACTTCATT,Pre-somitic mesoderm
S7.2 108h:GTACAACCAAGACCGA,Paraxial mesoderm
S7.2 108h:GTCACTCCAACCCTAA,Caudal mesoderm
S7.2 108h:AAATGGATCGATGCAT,Caudal mesoderm
S7.2 108h:CTGCATCTCACCGGGT,Pre-somitic mesoderm
S7.2 108h:CGCCAGAGTTAAGACA,Pre-somitic mesoderm
S7.2 108h:GCCCGAATCGAAGTGG,Ectopic pluripotency
S7.2 108h:GTAACCATCACTGGGC,Paraxial mesoderm
S7.2 108h:CACGTTCCACCAGTAT,Pre-somitic mesoderm
S7.2 108h:AATGCCACAATTTCTC,Pre-somitic mesoderm
S7.2 108h:CCGAACGGTTCCTTGC,Paraxial mesoderm
S7.2 108h:TGCTTGCCACAAACGG,Pre-somitic mesoderm
S7.2 108h:GACCCTTCAAGTGGTG,Caudal mesoderm
S7.2 108h:TCTTGCGAGAAGTCTA,Caudal mesoderm
S7.2 108h:ACTCCCACACGTACTA,Paraxial mesoderm
S7.2 108h:TGGTGATCAAACGGCA,Pre-somitic mesoderm
S7.2 108h:TTCTGTAGTCTAGGTT,Caudal mesoderm
S7.2 108h:GTGGGAAGTCGAAGCA,Caudal mesoderm
S7.2 108h:CCGCAAGAGGTACAGC,Paraxial mesoderm
S7.2 108h:CCTAACCCATCGAAGG,Ectopic pluripotency
S7.2 108h:GAAATGACATTGCCTC,Pre-somitic mesoderm
S7.2 108h:CATGGTAAGTGTACCT,Ectopic pluripotency
S7.2 108h:TGCGGGTCACTGGAAG,Caudal mesoderm
S7.2 108h:GAGCTGCAGAATTCAG,Paraxial mesoderm
S7.2 108h:ATCCACCCACAGCCTG,Paraxial mesoderm
S7.2 108h:ATGGAGGTCGTGAGAG,Paraxial mesoderm
S7.2 108h:GGGCGTTTCTGGCCAG,Pre-somitic mesoderm
S7.2 108h:TCCCACAGTTTATGCG,Somite differentiation front
S7.2 108h:CAGATCATCCTACACC,Paraxial mesoderm
S7.2 108h:GTGGAAGGTGGGAGAG,Pre-somitic mesoderm
S7.2 108h:TGTTCTATCATTTGTC,Caudal mesoderm
S7.2 108h:CTACAGATCACTTCTA,Gut
S7.2 108h:GACGCTGTCAAGCCGC,Paraxial mesoderm
S7.2 108h:TGGGCGTCATCAGCAT,Caudal mesoderm
S7.2 108h:TCGCTTGGTACGATCT,Ectopic pluripotency
S7.2 108h:CTCACTGGTGCTCCGA,Ectopic pluripotency
S7.2 108h:CATGGATGTTCTATCT,Caudal mesoderm
S7.2 108h:ATGGGTTTCACTACTT,Paraxial mesoderm
S7.2 108h:GAGACTTTCCTAACAG,Paraxial mesoderm
S7.2 108h:CTGGACGAGTCTGGTT,Paraxial mesoderm
S7.2 108h:CATGCGGAGCGGGTTA,Ectopic pluripotency
S7.2 108h:CAACAACAGCATCGAG,Caudal mesoderm
S7.2 108h:ATCACTTTCAACGCTA,Pre-somitic mesoderm
S7.2 108h:TCTATCACAGTGAGCA,Paraxial mesoderm
S7.2 108h:TTTCCTCAGAGAGTGA,Pre-somitic mesoderm
S7.2 108h:TCATTTGTCATCGCTC,Paraxial mesoderm
S7.2 108h:AAGACAAAGGTCACTT,Pre-somitic mesoderm
S7.2 108h:TTACGCCAGGGTACGT,Hemogenic endothelium
S7.2 108h:AACCTGACATAAGATG,Paraxial mesoderm
S7.2 108h:TAACTTCTCACTGAAC,Paraxial mesoderm
S7.2 108h:GATCATGTCATGACAC,Gut
S7.2 108h:TCAAGACTCACTCACC,Paraxial mesoderm
S7.2 108h:ACTGTCCGTAAGGAGA,Paraxial mesoderm
S7.2 108h:GTGCTTCCATAACAGA,Ectopic pluripotency
S7.2 108h:TTCCAATAGGAAGTCC,Paraxial mesoderm
S7.2 108h:TTACTGTAGTTCCTGA,Paraxial mesoderm
S7.2 108h:AGCGATTAGGGCGAAG,Pre-somitic mesoderm
S7.2 108h:TGAACGTAGAAGCCTG,Pre-somitic mesoderm
S7.2 108h:CACTGTCAGCCTTTCC,Paraxial mesoderm
S7.2 108h:GAGTCTATCGTAGGAG,Gut
S7.2 108h:TTTCAGTAGCACGATG,Paraxial mesoderm
S7.2 108h:AGAACAATCGAGCCTG,Pre-somitic mesoderm
S7.2 108h:CGGTCAGAGTAGTGCG,Caudal mesoderm
S7.2 108h:TTTCCTCTCGCGATCG,Paraxial mesoderm
S7.2 108h:TTTGGTTTCCACGGGT,Caudal mesoderm
S7.2 108h:CACCGTTGTCATGGCC,Caudal mesoderm
S7.2 108h:ATGCGATGTGTGTTTG,Paraxial mesoderm
S7.2 108h:CGTAGTACAGACGGAT,Paraxial mesoderm
S7.2 108h:ATTACCTGTATGGAAT,Paraxial mesoderm
S7.2 108h:TTGCGTCTCTCACGAA,Pre-somitic mesoderm
S7.2 108h:GTTCGCTGTTGTCAGT,Paraxial mesoderm
S7.2 108h:GCCATTCCACTGTGTA,Pre-somitic mesoderm
S7.2 108h:AATGCCAAGCTAGTTC,Ectopic pluripotency
S7.2 108h:CCTCTCCTCTTTGCGC,Ectopic pluripotency
S7.2 108h:CATCCCACACATTCGA,Caudal mesoderm
S7.2 108h:CGATCGGTCCAACCAA,Pre-somitic mesoderm
S7.2 108h:TCGTGGGGTGAGATCG,Paraxial mesoderm
S7.2 108h:GTTGCTCTCCGGCAGT,Paraxial mesoderm
S7.2 108h:ATTCAGGCATGTAACC,Paraxial mesoderm
S7.2 108h:CACTTCGCAACACACT,Pre-somitic mesoderm
S7.2 108h:TCCGATCAGACTAAGT,Gut
S7.2 108h:CCAAGCGAGGGCATGT,Pre-somitic mesoderm
S7.2 108h:GTCAAGTAGCTCGCAC,Ectopic pluripotency
S7.2 108h:ACGCACGAGACCATTC,Pre-somitic mesoderm
S7.2 108h:GCGAGAACATTGCAAC,Caudal mesoderm
S7.2 108h:GAGGGATAGTCCTACA,Caudal mesoderm
S7.2 108h:TCCAGAAAGTTACGAA,Paraxial mesoderm
S7.2 108h:GGATCTAAGCCGAATG,Paraxial mesoderm
S7.2 108h:ACTACGAAGCCTTTCC,Ectopic pluripotency
S7.2 108h:CATACCCCAAGCAGGT,Paraxial mesoderm
S7.2 108h:TGAGACTAGAGTCTTC,Pre-somitic mesoderm
S7.2 108h:TCATCATGTTCCAGGC,Ectopic pluripotency
S7.2 108h:CAACGGCCACAATGTC,Paraxial mesoderm
S7.2 108h:CAGCAGCTCGAGTCTA,Pre-somitic mesoderm
S7.2 108h:CGTCAAAAGGAATGTT,Gut
S7.2 108h:ATCAGGTCATGATCTG,Pre-somitic mesoderm
S7.2 108h:AATAGAGCACTCCGGA,Pre-somitic mesoderm
S7.2 108h:GGGTGTCTCTTCGTGC,Pre-somitic mesoderm
S7.2 108h:AAATGGAGTTCTCACC,Gut
S7.2 108h:GGGACAAGTAGAGTTA,Pre-somitic mesoderm
S7.2 108h:CTGTGAATCCTTGAAG,Pre-somitic mesoderm
S7.2 108h:TTCTAACCAAGAGTTA,Pre-somitic mesoderm
S7.2 108h:TTTGGAGTCGAGTTGT,Pre-somitic mesoderm
S7.2 108h:GAACTGTTCAAGTCGT,Pre-somitic mesoderm
S7.2 108h:TGACTCCTCCAACTAG,Caudal mesoderm
S7.2 108h:GCCATTCTCGTTCCTG,Paraxial mesoderm
S7.2 108h:CTTGAGAAGGCACCAA,Ectopic pluripotency
S7.2 108h:GAAACCTTCGCTACGG,Caudal mesoderm
S7.2 108h:GGAGGTACATGTGCCG,Caudal mesoderm
S7.2 108h:GCCATGGGTCTACAAC,Caudal mesoderm
S7.2 108h:AGGTTGTTCACCTGTC,Pre-somitic mesoderm
S7.2 108h:CTGCCTACAATGCAGG,Pre-somitic mesoderm
S7.2 108h:TGCTCGTCAAATACAG,Pre-somitic mesoderm
S7.2 108h:GATCAGTGTTGTTGCA,Paraxial mesoderm
S7.2 108h:TCAAGCAGTGGCTACC,Pre-somitic mesoderm
S7.2 108h:GTGTTCCCATCGATAC,Paraxial mesoderm
S7.2 108h:CTCAGGGAGAGAGAAC,Paraxial mesoderm
S7.2 108h:GTTACCCAGCCAAGCA,Pre-somitic mesoderm
S7.2 108h:GGAATCTGTAGGCAGT,Caudal mesoderm
S7.2 108h:ACATCGACAAGGAGTC,Caudal mesoderm
S7.2 108h:TCTACCGGTTCGGTAT,Paraxial mesoderm
S7.2 108h:TCCAGAAAGTCCCAGC,Paraxial mesoderm
S7.2 108h:GTGACGCGTGCGACAA,Paraxial mesoderm
S7.2 108h:ATTCCATGTAGCTAAA,Ectopic pluripotency
S7.2 108h:TCTGGCTGTCGACTGC,Pre-somitic mesoderm
S7.2 108h:GGTGGCTGTCAGGCAA,Ectopic pluripotency
S7.2 108h:CCTTGTGGTGTTCAGT,Pre-somitic mesoderm
S7.2 108h:AGTACCAAGATCCAAA,Paraxial mesoderm
S7.2 108h:GTCTAGACAGGGCTTC,Paraxial mesoderm
S7.2 108h:AGTACCATCCAAGCAT,Pre-somitic mesoderm
S7.2 108h:CCGGTGAAGCGTCAAG,Caudal mesoderm
S7.2 108h:AACTTCTTCGAGTGAG,Pre-somitic mesoderm
S7.2 108h:CAGCACGAGCGAGGAG,Paraxial mesoderm
S7.2 108h:CACTAAGAGGCTGAAC,Caudal mesoderm
S7.2 108h:AATCGTGAGAAATTGC,Paraxial mesoderm
S7.2 108h:AGGACGAAGCAGGGAG,Paraxial mesoderm
S7.2 108h:AAGTGAAAGTAAGAGG,Paraxial mesoderm
S7.2 108h:CGCGTGACACTTGAGT,Caudal mesoderm
S7.2 108h:GTCTGTCCACTACACA,Caudal mesoderm
S7.2 108h:ATGCCTCCAATGTCAC,Ectopic pluripotency
S7.2 108h:AACACACCATTCAGCA,Caudal mesoderm
S7.2 108h:GTAATGCCAAGACCGA,Pre-somitic mesoderm
S7.2 108h:GATCACAGTTTCGCTC,Paraxial mesoderm
S7.2 108h:ATCGTCCAGTGTACAA,Paraxial mesoderm
S7.2 108h:TAAGCGTAGGATACCG,Paraxial mesoderm
S7.2 108h:CACCAAACAGGAACCA,Caudal mesoderm
S7.2 108h:GAGTTTGGTTATTCTC,Caudal mesoderm
S7.2 108h:ACGTAACGTATGTGTC,Caudal mesoderm
S7.2 108h:GATGCTAGTTTCTATC,Caudal mesoderm
S7.2 108h:TTAATCCAGTCCTGCG,Caudal mesoderm
S7.2 108h:ACTCCCATCCATCAGA,Paraxial mesoderm
S7.2 108h:GTGCTTCGTTCCCACT,Paraxial mesoderm
S7.2 108h:CAATGACTCTAACGCA,Pre-somitic mesoderm
S7.2 108h:TAATTCCTCCTTTGAT,Paraxial mesoderm
S7.2 108h:TAAGCACTCCACAGCG,Ectopic pluripotency
S7.2 108h:GATCAGTCATGCCGAC,Pre-somitic mesoderm
S7.2 108h:ACCTACCAGCGTCTGC,Caudal mesoderm
S7.2 108h:AGTGACTAGCTCTTCC,Caudal mesoderm
S7.2 108h:GGAGGATAGTAACCTC,Paraxial mesoderm
S7.2 108h:TGCATCCTCGTTAGTG,Ectopic pluripotency
S7.2 108h:ACAAAGATCCACAAGT,Ectopic pluripotency
S7.2 108h:GTCTAGAAGATCCGAG,Pre-somitic mesoderm
S7.2 108h:ACATGCAGTAATGATG,Pre-somitic mesoderm
S7.2 108h:AGGATAACAACTGAAA,Pre-somitic mesoderm
S7.2 108h:CTCCAACTCGGATTAC,Paraxial mesoderm
S7.2 108h:CGGAACCCAATAGTGA,Paraxial mesoderm
S7.2 108h:CAGAGCCGTATGGAGC,Paraxial mesoderm
S7.2 108h:TCGAACAGTGCCTACG,Paraxial mesoderm
S7.2 108h:TGCAGATGTTGAATCC,Ectopic pluripotency
S7.2 108h:AGGTTGTGTCCCGGTA,Paraxial mesoderm
S7.2 108h:AGGACTTTCTATTTCG,Paraxial mesoderm
S7.2 108h:GGTGAAGAGGTCCTGC,Pre-somitic mesoderm
S7.2 108h:AGGCTGCCAGGCTTGC,Ectopic pluripotency
S7.2 108h:AACGGGACACTCCTTG,Pre-somitic mesoderm
S7.2 108h:AGACCATGTCAGGTGA,Pre-somitic mesoderm
S7.2 108h:AGCATCACAGTCTTCC,Ectopic pluripotency
S7.2 108h:CTGGTCTCATGGACAG,Gut
S7.2 108h:AGATGCTTCGCGCTGA,Pre-somitic mesoderm
S7.2 108h:TCTATACGTCTAGGCC,Ectopic pluripotency
S7.2 108h:TTTGGTTTCAGTCCGG,Pre-somitic mesoderm
S7.2 108h:GTAAGTCCAAGTCCCG,Pre-somitic mesoderm
S7.2 108h:GAGGGTAAGTCTGCAT,Paraxial mesoderm
S7.2 108h:TTCCTTCGTACCATAC,Paraxial mesoderm
S7.2 108h:TTCCTTCCAGCAGTCC,Paraxial mesoderm
S7.2 108h:GATGTTGGTACGGGAT,Paraxial mesoderm
S7.2 108h:ACCTGTCTCGAATGCT,Caudal mesoderm
S7.2 108h:GTTCCGTAGCCGATTT,Paraxial mesoderm
S7.2 108h:ACTTTCACACCGGTCA,Ectopic pluripotency
S7.2 108h:TCCACGTCATGAATCC,Caudal mesoderm
S7.2 108h:TTCAATCCAGCGGTCT,Pre-somitic mesoderm
S7.2 108h:GTTCGCTCAAAGGTTA,Pre-somitic mesoderm
S7.2 108h:CAACGGCTCTATTGTC,Paraxial mesoderm
S7.2 108h:CCAAGCGCAATATCCG,Pre-somitic mesoderm
S7.2 108h:CCTCCAACATCCTTGC,Gut
S7.2 108h:ATCGTCCGTCGAGCAA,Caudal mesoderm
S7.2 108h:GGGAAGTGTAAGGCTG,Paraxial mesoderm
S7.2 108h:CGCAGGTGTGCATACT,Caudal mesoderm
S7.2 108h:AGACCATTCCAGTGCG,Ectopic pluripotency
S7.2 108h:TGATTCTCATAATCCG,Pre-somitic mesoderm
S7.2 108h:ACAAAGAGTTCGTAAC,Pre-somitic mesoderm
S7.2 108h:AGGGAGTAGTCCGCCA,Paraxial mesoderm
S7.2 108h:TGCATCCGTTGTAGCT,Paraxial mesoderm
S7.2 108h:ATGCGATCATCATTTC,Pre-somitic mesoderm
S7.2 108h:GAAGAATAGATACTGA,Caudal mesoderm
S7.2 108h:GTGCGTGAGTCTGCAT,Paraxial mesoderm
S7.2 108h:CTCTCAGCAAATCAGA,Paraxial mesoderm
S7.2 108h:TTAGGGTAGATACGAT,Pre-somitic mesoderm
S7.2 108h:GGAATCTGTGTAAACA,Paraxial mesoderm
S7.2 108h:TGCATCCCAAATGCGG,Paraxial mesoderm
S7.2 108h:TGTTCTATCCCTATTA,Paraxial mesoderm
S7.2 108h:ATGGGTTAGTCCTGTA,Paraxial mesoderm
S7.2 108h:GCAGTTATCTGAACGT,Paraxial mesoderm
S7.2 108h:CCTCCTCTCTCGGGAC,Ectopic pluripotency
S7.2 108h:TCTATACGTATCTCGA,Pre-somitic mesoderm
S7.2 108h:CATCGGGCATTAAAGG,Caudal mesoderm
S7.2 108h:CGGTCAGCACCTAAAC,Pre-somitic mesoderm
S7.2 108h:TGCATCCGTTGGAGGT,Paraxial mesoderm
S7.2 108h:CCACGAGCAGTGCCTG,Pre-somitic mesoderm
S7.2 108h:CACTGAAGTATCAGGG,Pre-somitic mesoderm
S7.2 108h:ACCAACAAGCCTTTGA,Paraxial mesoderm
S7.2 108h:GTAGGAGCAGACAAGC,Caudal mesoderm
S7.2 108h:TCTCAGCTCCTAGCTC,Paraxial mesoderm
S7.2 108h:AGGGTTTCAACCCTAA,Pre-somitic mesoderm
S7.2 108h:TACGCTCTCGAGAGAC,Pre-somitic mesoderm
S7.2 108h:TTCACGCTCCTATTTG,Ectopic pluripotency
S7.2 108h:TTGGGATCATGAGTAA,Paraxial mesoderm
S7.2 108h:TCATTTGGTGATGAAT,Pre-somitic mesoderm
S7.2 108h:ATTCTACTCGTTGTTT,Pre-somitic mesoderm
S7.2 108h:TCTGTCGAGGTAAAGG,Caudal mesoderm
S7.2 108h:AAGGAATCAGAGCGTA,Paraxial mesoderm
S7.2 108h:CAGGTATTCCGTCCTA,Paraxial mesoderm
S7.2 108h:TTCAGGATCTTCCTAA,Ectopic pluripotency
S7.2 108h:GACCGTGGTGCGTTTA,Paraxial mesoderm
S7.2 108h:CGGGTGTTCTTACGGA,Ectopic pluripotency
S7.2 108h:AGGGTGATCCAAATGC,Pre-somitic mesoderm
S7.2 108h:GAAGGGTGTACACTCA,Paraxial mesoderm
S7.2 108h:AGGCTGCCAGCGATTT,Paraxial mesoderm
S7.2 108h:CATGCTCGTGGCTAGA,Pre-somitic mesoderm
S7.2 108h:GTGTTAGGTCATCGCG,Paraxial mesoderm
S7.2 108h:CTACTATAGTCCCAGC,Pre-somitic mesoderm
S7.2 108h:TCACAAGGTTCATCTT,Pre-somitic mesoderm
S7.2 108h:AACACACAGTCATGGG,Paraxial mesoderm
S7.2 108h:AAGCCATAGGAACTAT,Caudal mesoderm
S7.2 108h:TACCGGGAGCATCGAG,Caudal mesoderm
S7.2 108h:TTACTGTAGGTGAGAA,Pre-somitic mesoderm
S7.2 108h:CTGAATGCATTCGGGC,Paraxial mesoderm
S7.2 108h:ACTCCCACAGCTGAAG,Ectopic pluripotency
S7.2 108h:CGTGCTTTCGGTTGTA,Pre-somitic mesoderm
S7.2 108h:TTGTTGTAGACGCATG,Paraxial mesoderm
S7.2 108h:ACACCAAGTTGATGTC,Pre-somitic mesoderm
S7.2 108h:CAGATACCATCAACCA,Pre-somitic mesoderm
S7.2 108h:TGGGTTAAGGCTCAAG,Pre-somitic mesoderm
S7.2 108h:AATGCCAAGCTGACCC,Pre-somitic mesoderm
S7.2 108h:TGTGGCGGTCATCGCG,Pre-somitic mesoderm
S7.2 108h:CGTTCTGTCGTCCATC,Paraxial mesoderm
S7.2 108h:CCGCAAGCAGCAGTCC,Paraxial mesoderm
S7.2 108h:TAGCACAAGGTCGCCT,Caudal mesoderm
S7.2 108h:GGGAGATCACTACAGT,Paraxial mesoderm
S7.2 108h:GCTTTCGTCAACGCTA,Paraxial mesoderm
S7.2 108h:TCGTAGAGTTGCCGAC,Paraxial mesoderm
S7.2 108h:CTATCCGGTGACTATC,Pre-somitic mesoderm
S7.2 108h:TGCTCCACAGTTGGTT,Paraxial mesoderm
S7.2 108h:GGTTGTATCAAGTGGG,Caudal mesoderm
S7.2 108h:GCACATACAGATTAAG,Ectopic pluripotency
S7.2 108h:GATCACAAGGCTCTCG,Ectopic pluripotency
S7.2 108h:AAACGAACATGAATAG,Paraxial mesoderm
S7.2 108h:TGTTACTTCGTGTGAT,Pre-somitic mesoderm
S7.2 108h:GACTTCCAGCAATTAG,Paraxial mesoderm
S7.2 108h:GTAGATCTCCATACTT,Pre-somitic mesoderm
S7.2 108h:TGGTTAGGTTCGGACC,Caudal mesoderm
S7.2 108h:CTCATCGCAGCGACCT,Paraxial mesoderm
S7.2 108h:AGCATCAAGCACTCTA,Paraxial mesoderm
S7.2 108h:TACCCACCATTCTCCG,Caudal mesoderm
S7.2 108h:GAAGTAACACAAAGTA,Pre-somitic mesoderm
S7.2 108h:CACAACACATATACCG,Caudal mesoderm
S7.2 108h:GTACAGTAGTATGATG,Paraxial mesoderm
S7.2 108h:CTCCAACGTTCATCTT,Caudal mesoderm
S7.2 108h:ACACCAACACAGCTTA,Caudal mesoderm
S7.2 108h:CTAACTTTCTTGGATG,Paraxial mesoderm
S7.2 108h:ACTTTGTGTGTTAGCT,Paraxial mesoderm
S7.2 108h:TTCAGGACACGCCACA,Hemogenic endothelium
S7.2 108h:GCGATCGCAGGACGAT,Paraxial mesoderm
S7.2 108h:AGACAGGAGAAGTCAT,Hemogenic endothelium
S7.2 108h:ACAGAAATCCACCTCA,Pre-somitic mesoderm
S7.2 108h:TCAGTCCAGAACTGAT,Caudal mesoderm
S7.2 108h:TCATTGTCAGATCATC,Gut
S7.2 108h:TTGCCTGGTAAGTTAG,Pre-somitic mesoderm
S7.2 108h:TGTCCCAGTCTGTCCT,Paraxial mesoderm
S7.2 108h:CAGCAATAGGCCTGCT,Ectopic pluripotency
S7.2 108h:ATGCCTCAGTGCTCGC,Pre-somitic mesoderm
S7.2 108h:TATATCCTCTGGCCTT,Paraxial mesoderm
S7.2 108h:TCACTCGCATAGAAAC,Paraxial mesoderm
S7.2 108h:TCACACCGTGAGGATC,Paraxial mesoderm
S7.2 108h:CGACAGCCATGTCGTA,Paraxial mesoderm
S7.2 108h:CATCCACTCATTCTTG,Pre-somitic mesoderm
S7.2 108h:CGGGTCATCTAAGCGT,Pre-somitic mesoderm
S7.2 108h:CTTACCGGTCCTTGTC,Pre-somitic mesoderm
S7.2 108h:GGTGGCTCAAAGGGCT,Pre-somitic mesoderm
S7.2 108h:CATCCGTTCACGAGGA,Paraxial mesoderm
S7.2 108h:TTAGGCATCCTCACGT,Caudal mesoderm
S7.2 108h:TACCCACAGAAGTCTA,Paraxial mesoderm
S7.2 108h:GTGAGTTCAAAGCAAT,Pre-somitic mesoderm
S7.2 108h:CATCGCTTCATCTGTT,Ectopic pluripotency
S7.2 108h:GGAATGGTCAACTGAC,Caudal mesoderm
S7.2 108h:AAAGTCCCATACATCG,Pre-somitic mesoderm
S7.2 108h:ATTATCCGTCTTGGTA,Paraxial mesoderm
S7.2 108h:CCACCATAGTCTTCGA,Paraxial mesoderm
S7.2 108h:GGGTCTGTCCCGTGTT,Paraxial mesoderm
S7.2 108h:CCTCAGTCAGAACATA,Paraxial mesoderm
S7.2 108h:ATCGCCTCACTATCCC,Pre-somitic mesoderm
S7.2 108h:AGCCACGTCCGATGCG,Paraxial mesoderm
S7.2 108h:CAACGATGTTAGCTAC,Exiting naive pluripotency
S7.2 108h:CTACAGAAGCCGGATA,Pre-somitic mesoderm
S7.2 108h:CGGTCAGTCTGACGCG,Pre-somitic mesoderm
S7.2 108h:CTGTGAACACAGCGCT,Pre-somitic mesoderm
S7.2 108h:TTCACGCAGTCATTGC,Pre-somitic mesoderm
S7.2 108h:TGTGTGATCTGCGGGT,Paraxial mesoderm
S7.2 108h:CTCATGCTCATGGATC,Pre-somitic mesoderm
S7.2 108h:GGCACGTCATGAATAG,Gut
S7.2 108h:CTGGCAGGTCAGGTAG,Paraxial mesoderm
S7.2 108h:GAGTGAGTCGCGTTTC,Pre-somitic mesoderm
S7.2 108h:GTGTGGCTCACGATCA,Paraxial mesoderm
S7.2 108h:TGGAGGATCTACTATC,Pre-somitic mesoderm
S7.2 108h:AGCTCAACATACCAGT,Paraxial mesoderm
S7.2 108h:GTCACTCCACCAATTG,Paraxial mesoderm
S7.2 108h:TGGAGGATCTCATTAC,Ectopic pluripotency
S7.2 108h:AGGATAATCCACATAG,Paraxial mesoderm
S7.2 108h:AGGTGTTCACGTAGAG,Pre-somitic mesoderm
S7.2 108h:GTGAGTTCATATTCGG,Pre-somitic mesoderm
S7.2 108h:AATGGAAAGTAGGAAG,Ectopic pluripotency
S7.2 108h:GAAGCCCCAATGCAAA,Pre-somitic mesoderm
S7.2 108h:ACATCGATCAATCCGA,Caudal mesoderm
S7.2 108h:GTGACGCTCCATCACC,Pre-somitic mesoderm
S7.2 108h:ACTTATCTCAATCCAG,Pre-somitic mesoderm
S7.2 108h:TACGGGCCATAGACTC,Caudal mesoderm
S7.2 108h:GTAGGTTCATCCGAAT,Caudal mesoderm
S7.2 108h:TCCTTCTCAGATGCGA,Paraxial mesoderm
S7.2 108h:AAAGGTAGTGCCTGCA,Ectopic pluripotency
S7.2 108h:ATTATCCTCCGAACGC,Caudal mesoderm
S7.2 108h:GTTGTCCGTAGAGTTA,Paraxial mesoderm
S7.2 108h:AGAACAAGTTCTCACC,Paraxial mesoderm
S7.2 108h:TGCACGGGTCACCTTC,Paraxial mesoderm
S7.2 108h:TATGTTCCATGGCCAC,Paraxial mesoderm
S7.2 108h:CGGGTGTTCCTGGCTT,Pre-somitic mesoderm
S7.2 108h:TTACAGGAGCATCCTA,Caudal mesoderm
S7.2 108h:CATGGTAAGCGTGCTC,Pre-somitic mesoderm
S7.2 108h:GTCTCACTCCGCCTAT,Pre-somitic mesoderm
S7.2 108h:GCTTCACCAACGAGGT,Gut
S7.2 108h:CAGCCAGAGCTGGCTC,Pre-somitic mesoderm
S7.2 108h:CCGATGGTCGCCGAAC,Pre-somitic mesoderm
S7.2 108h:TCATTACAGTTGCTCA,Paraxial mesoderm
S7.2 108h:TAACCAGGTTACGATC,Caudal mesoderm
S7.2 108h:GTAACACGTATCGATC,Pre-somitic mesoderm
S7.2 108h:GTTGAACAGCAGTAAT,Ectopic pluripotency
S7.2 108h:TACCCACAGGCCTGCT,Paraxial mesoderm
S7.2 108h:TCATGCCAGTAAGCAT,Paraxial mesoderm
S7.2 108h:TTTGACTTCCTCTAGC,Pre-somitic mesoderm
S7.2 108h:TGTTCCGTCCAGCAAT,Caudal mesoderm
S7.2 108h:GAGGCCTTCCGGCTTT,Paraxial mesoderm
S7.2 108h:GACTCTCAGACGGAAA,Paraxial mesoderm
S7.2 108h:ACTGTCCGTGGAAATT,Pre-somitic mesoderm
S7.2 108h:ATTGTTCAGGCTAGCA,Pre-somitic mesoderm
S7.2 108h:GGCTGTGTCCGAAATC,Pre-somitic mesoderm
S7.2 108h:TCACGCTAGTATGTAG,Pre-somitic mesoderm
S7.2 108h:CTTGAGAGTCGATGCC,Pre-somitic mesoderm
S7.2 108h:GTGGAGATCTAGACAC,Paraxial mesoderm
S7.2 108h:ACTATGGTCACTGTTT,Paraxial mesoderm
S7.2 108h:CCTTTGGGTTTACTGG,Paraxial mesoderm
S7.2 108h:ACATTTCCAGAGATGC,Pre-somitic mesoderm
S7.2 108h:AGTACTGCATCCGAAT,Paraxial mesoderm
S7.2 108h:CGAGGAATCGTTTACT,Pre-somitic mesoderm
S7.2 108h:GCAGGCTGTTGGGATG,Pre-somitic mesoderm
S7.2 108h:CCTCTCCTCGTTGTTT,Pre-somitic mesoderm
S7.2 108h:TCCATGCGTTCTCACC,Pre-somitic mesoderm
S7.2 108h:CTCCTCCGTAGCGATG,Paraxial mesoderm
S7.2 108h:CTCTCGACAAGTGCTT,Gut
S7.2 108h:AGGTAGGCATTAAAGG,Paraxial mesoderm
S7.2 108h:TATATCCCATTATGCG,Paraxial mesoderm
S7.2 108h:CTGAATGCACCCATAA,Paraxial mesoderm
S7.2 108h:TCGTAGAGTTCCGCGA,Ectopic pluripotency
S7.2 108h:ACTCCCAGTGGAACCA,Paraxial mesoderm
S7.2 108h:CTAGGTATCCGAAGGA,Pre-somitic mesoderm
S7.2 108h:TGTTCTAAGCATGATA,Pre-somitic mesoderm
S7.2 108h:TACTGCCGTCATGACT,Pre-somitic mesoderm
S7.2 108h:CTGGCAGGTAGACGGT,Caudal mesoderm
S7.2 108h:GTGAGGACACGGAAGT,Paraxial mesoderm
S7.2 108h:AAGCATCTCTCGAACA,Pre-somitic mesoderm
S7.2 108h:CCTCTAGAGATTCGAA,Paraxial mesoderm
S7.2 108h:ACCTACCAGGTCACCC,Pre-somitic mesoderm
S7.2 108h:TGGTTAGTCCGAGCTG,Paraxial mesoderm
S7.2 108h:CGTTCTGAGCCTTTGA,Pre-somitic mesoderm
S7.2 108h:CAAGACTAGAATCTAG,Pre-somitic mesoderm
S7.2 108h:TCCTTCTAGCTAATCC,Caudal mesoderm
S7.2 108h:TTCCTTCAGGTGCCAA,Caudal mesoderm
S7.2 108h:CTACCCACACGCGTCA,Paraxial mesoderm
S7.2 108h:ATTCCTACATGAGGGT,Pre-somitic mesoderm
S7.2 108h:AGCGTATGTAAGTTAG,Paraxial mesoderm
S7.2 108h:TTTCGATTCCACATAG,Ectopic pluripotency
S7.2 108h:GTAGGTTGTATGAGAT,Pre-somitic mesoderm
S7.2 108h:GCCAACGAGGTGCCTC,Paraxial mesoderm
S7.2 108h:GACATCAGTCTCGGGT,Paraxial mesoderm
S7.2 108h:CAGCACGAGAACTGAT,Pre-somitic mesoderm
S7.2 108h:TCCCATGCAGGTCAGA,Caudal mesoderm
S7.2 108h:GAGAGGTTCGGCTCTT,Pre-somitic mesoderm
S7.2 108h:ATGGAGGAGCGTGCTC,Gut
S7.2 108h:TTGCTGCAGTTTAGGA,Pre-somitic mesoderm
S7.2 108h:TGCGACGTCGCTTGCT,Paraxial mesoderm
S7.2 108h:GACCGTGCAGAGACTG,Ectopic pluripotency
S7.2 108h:CGGGACTAGATCCTAC,Pre-somitic mesoderm
S7.2 108h:CATTCCGCAGAACTTC,Paraxial mesoderm
S7.2 108h:CTCAAGATCCACACCT,Pre-somitic mesoderm
S7.2 108h:TGACCCTCACGGAAGT,Pre-somitic mesoderm
S7.2 108h:CTGATCCTCTCTATGT,Paraxial mesoderm
S7.2 108h:TGAACGTGTTCAGGTT,Caudal mesoderm
S7.2 108h:TGTGTGACACTAACCA,Paraxial mesoderm
S7.2 108h:GCCAACGAGAAACCCG,Paraxial mesoderm
S7.2 108h:CGAGGCTTCATCCTGC,Pre-somitic mesoderm
S7.2 108h:TCATTACCACGCTATA,Caudal mesoderm
S7.2 108h:TCACAAGCAACCTATG,Pre-somitic mesoderm
S7.2 108h:GGTGATTGTAACTGCT,Pre-somitic mesoderm
S7.2 108h:TACTTCAAGAAAGTCT,Paraxial mesoderm
S7.2 108h:CATTGCCCAATGAGCG,Paraxial mesoderm
S7.2 108h:CCGGGTACAGACTCTA,Paraxial mesoderm
S7.2 108h:AGGCTGCCAGTAGAAT,Paraxial mesoderm
S7.2 108h:TGAGACTCACCGTGCA,Paraxial mesoderm
S7.2 108h:GCATCGGGTGTCCTAA,Paraxial mesoderm
S7.2 108h:AAACGAATCCGCACTT,Paraxial mesoderm
S7.2 108h:ATTCAGGAGCGTTAGG,Pre-somitic mesoderm
S7.2 108h:CGTTGGGCAGCGTTTA,Pre-somitic mesoderm
S7.2 108h:GTTCATTAGCTAGAGC,Pre-somitic mesoderm
S7.2 108h:TCTTCCTAGCGACTTT,Paraxial mesoderm
S7.2 108h:TGTAACGCATGCCGAC,Paraxial mesoderm
S7.2 108h:TATTCCATCAAGCTGT,Pre-somitic mesoderm
S7.2 108h:ACCACAAAGGATATAC,Paraxial mesoderm
S7.2 108h:TTGCATTAGTGATCGG,Pre-somitic mesoderm
S7.2 108h:ATGGTTGGTAGACGTG,Pre-somitic mesoderm
S7.2 108h:AAAGGGCCAGAAGCTG,Gut
S7.2 108h:AGACACTCACGTGAGA,Paraxial mesoderm
S7.2 108h:AGTGATCTCGGTTCAA,Pre-somitic mesoderm
S7.2 108h:ACGTAGTAGGTGGCTA,Paraxial mesoderm
S7.2 108h:TCCTAATCATGTAACC,Pre-somitic mesoderm
S7.2 108h:AATGAAGGTGTACATC,Paraxial mesoderm
S7.2 108h:TTCATTGCAGTTAAAG,Caudal mesoderm
S7.2 108h:GGTCACGTCAGGAACG,Caudal mesoderm
S7.2 108h:GTCATGAGTATCGGTT,Paraxial mesoderm
S7.2 108h:CAATGACTCAGTGGGA,Paraxial mesoderm
S7.2 108h:TTTGGTTTCACCATCC,Paraxial mesoderm
S7.2 108h:TGGGATTCAGCAGGAT,Pre-somitic mesoderm
S7.2 108h:GTACAACAGTTCCAGT,Caudal mesoderm
S7.2 108h:CTTCTAAGTCGCATGC,Pre-somitic mesoderm
S7.2 108h:TACAACGAGTGCTCGC,Pre-somitic mesoderm
S7.2 108h:ATCAGGTCATTAGGCT,Hemogenic endothelium
S7.2 108h:TCCCATGTCAAGGAGC,Pre-somitic mesoderm
S7.2 108h:CTAACTTAGCTAGAAT,Ectopic pluripotency
S7.2 108h:ACGGTTACACACCTGG,Pre-somitic mesoderm
S7.2 108h:ACGTTCCCATGATCTG,Paraxial mesoderm
S7.2 108h:CACGGGTTCTTCACAT,Paraxial mesoderm
S7.2 108h:GAATCGTAGAGCCCAA,Paraxial mesoderm
S7.2 108h:TTTACGTGTATCAGGG,Paraxial mesoderm
S7.2 108h:TCGACGGCACAAAGCG,Pre-somitic mesoderm
S7.2 108h:GTGTCCTAGGCTTAAA,Ectopic pluripotency
S7.2 108h:CAAGGGAAGCGGGTAT,Paraxial mesoderm
S7.2 108h:TTGGTTTTCATACGAC,Caudal mesoderm
S7.2 108h:CGAATTGTCATCACAG,Paraxial mesoderm
S7.2 108h:GTGAGTTGTAGCTGTT,Ectopic pluripotency
S7.2 108h:GGCTTTCTCTGCCTCA,Pre-somitic mesoderm
S7.2 108h:CGGGTCATCCAATGCA,Pre-somitic mesoderm
S7.2 108h:ATCGTCCTCTGTGTGA,Ectopic pluripotency
S7.2 108h:ACTTTGTAGGAGTACC,Paraxial mesoderm
S7.2 108h:TCTTGCGTCTGCCCTA,Naive pluripotency
S7.2 108h:CTCCCAAAGAGCCCAA,Caudal mesoderm
S7.2 108h:TGGAGAGAGTGTTCCA,Paraxial mesoderm
S7.2 108h:GTGGCGTAGCCATATC,Ectopic pluripotency
S7.2 108h:GTGTTCCCAAACTGCT,Pre-somitic mesoderm
S7.2 108h:TTGGGCGCACCAGCCA,Paraxial mesoderm
S7.2 108h:TGCAGTAGTAGCTGAG,Pre-somitic mesoderm
S7.2 108h:TTGTTCAAGGTCACCC,Caudal mesoderm
S7.2 108h:CCGATCTTCCTTTGAT,Ectopic pluripotency
S7.2 108h:GTGACGCAGCGTCGAA,Paraxial mesoderm
S7.2 108h:GTCCACTCAATCTCTT,Paraxial mesoderm
S7.2 108h:AACCTGACAAGACCGA,Pre-somitic mesoderm
S7.2 108h:TCTTGCGGTTTCGGCG,Ectopic pluripotency
S7.2 108h:AACCCAACAATTGCGT,Pre-somitic mesoderm
S7.2 108h:TTTACGTAGCGAAACC,Caudal mesoderm
S7.2 108h:GATTTCTGTTAGAGAT,Paraxial mesoderm
S7.2 108h:AGACTCATCAACTGGT,Paraxial mesoderm
S7.2 108h:ACCACAATCCGGGACT,Paraxial mesoderm
S7.2 108h:TTGTTTGCACCCTAGG,Pre-somitic mesoderm
S7.2 108h:GCGAGAACACTCCCTA,Paraxial mesoderm
S7.2 108h:ATCATTCCAACAAAGT,Pre-somitic mesoderm
S7.2 108h:GACTGATTCAACACCA,Caudal mesoderm
S7.2 108h:CAACCTCTCGCGCCAA,Paraxial mesoderm
S7.2 108h:CATCCCAAGCTCCATA,Pre-somitic mesoderm
S7.2 108h:CTTCCTTTCAATCTTC,Paraxial mesoderm
S7.2 108h:TTCGCTGGTGACTAAA,Pre-somitic mesoderm
S7.2 108h:TAACCAGGTATGCTTG,Paraxial mesoderm
S7.2 108h:TACCCACCAAGTGGTG,Paraxial mesoderm
S7.2 108h:TTGGGCGTCCGCCTAT,Paraxial mesoderm
S7.2 108h:GCTACCTTCAGTGCGC,Pre-somitic mesoderm
S7.2 108h:ACGTTCCTCTTTACAC,Pre-somitic mesoderm
S7.2 108h:GGAACCCTCCCATTCG,Ectopic pluripotency
S7.2 108h:TATCCTAAGGACAGCT,Pre-somitic mesoderm
S7.2 108h:CGGGCATAGTTACGTC,Paraxial mesoderm
S7.2 108h:ATTCAGGCAACCGTGC,Paraxial mesoderm
S7.2 108h:TCCACCATCAAACTGC,Pre-somitic mesoderm
S7.2 108h:CATGGATAGTATTAGG,Paraxial mesoderm
S7.2 108h:ATCATTCTCTACTATC,Paraxial mesoderm
S7.2 108h:ACGGGTCTCCTAAACG,Caudal mesoderm
S7.2 108h:GACTATGCATACATCG,Paraxial mesoderm
S7.2 108h:CGGGTGTGTGTAGTGG,Pre-somitic mesoderm
S7.2 108h:CTGGACGTCGATTTCT,Pre-somitic mesoderm
S7.2 108h:TAGGTACGTTACCCAA,Pre-somitic mesoderm
S7.2 108h:GTACAGTTCACCTCTG,Pre-somitic mesoderm
S7.2 108h:GATAGAATCACTCTTA,Paraxial mesoderm
S7.2 108h:TGGAACTGTAGGACCA,Caudal mesoderm
S7.2 108h:GGGTTATTCGCGAAGA,Pre-somitic mesoderm
S7.2 108h:TACCCACGTCCTACAA,Caudal mesoderm
S7.2 108h:TCAAGCATCTCGCAGG,Caudal mesoderm
S7.2 108h:CTCCCAAAGGACTATA,Ectopic pluripotency
S7.2 108h:AACGGGAGTCGTCGGT,Gut
S7.2 108h:GAAGCCCTCAAGCCGC,Pre-somitic mesoderm
S7.2 108h:TCGCAGGCACATGGTT,Somite differentiation front
S7.2 108h:ATCGGATAGGATTCAA,Pre-somitic mesoderm
S7.2 108h:AGACAAAAGACAGCTG,Pre-somitic mesoderm
S7.2 108h:ATTATCCTCAATCAGC,Pre-somitic mesoderm
S7.2 108h:TTCCTAAGTTGCTGAT,Paraxial mesoderm
S7.2 108h:AGGATAATCAGCTTGA,Paraxial mesoderm
S7.2 108h:GGGCTACAGGGTTAAT,Paraxial mesoderm
S7.2 108h:GGTCACGAGCCGTTAT,Ectopic pluripotency
S7.2 108h:CAACAACCAGTATTCG,Pre-somitic mesoderm
S7.2 108h:TCTTTGACAGTGTGCC,Paraxial mesoderm
S7.2 108h:CCACACTTCCCAACTC,Paraxial mesoderm
S7.2 108h:TCACACCTCTCTCGCA,Pre-somitic mesoderm
S7.2 108h:GAGGGTACATACCAGT,Paraxial mesoderm
S7.2 108h:AAAGGTATCGCAGATT,Ectopic pluripotency
S7.2 108h:TTGCCTGTCCGATGTA,Paraxial mesoderm
S7.2 108h:TCTAACTGTATACAGA,Paraxial mesoderm
S7.2 108h:AGCTCAAGTGATACAA,Pre-somitic mesoderm
S7.2 108h:CCCTTAGGTGATTAGA,Paraxial mesoderm
S7.2 108h:CTGTCGTAGTATCTGC,Ectopic pluripotency
S7.2 108h:TATGTTCCACATCATG,Paraxial mesoderm
S7.2 108h:GTAAGTCCAGCGAACA,Pre-somitic mesoderm
S7.2 108h:ATCACAGCACTCTGCT,Pre-somitic mesoderm
S7.2 108h:GTCTGTCCAGCTATTG,Paraxial mesoderm
S7.2 108h:CACATGAAGGTATTGA,Paraxial mesoderm
S7.2 108h:TTTGATCAGGGTTTCT,Paraxial mesoderm
S7.2 108h:TAGACTGTCTGCCCTA,Paraxial mesoderm
S7.2 108h:TTAGTCTGTGGACCTC,Paraxial mesoderm
S7.2 108h:ATCCGTCGTATCAGCT,Pre-somitic mesoderm
S7.2 108h:CTCAGGGCAGGTGTTT,Paraxial mesoderm
S7.2 108h:AGCTACACACGACTAT,Pre-somitic mesoderm
S7.2 108h:TGAGGAGGTCGATTCA,Caudal mesoderm
S7.2 108h:TGATCTTAGCGCACAA,Paraxial mesoderm
S7.2 108h:AAAGTCCAGCGTTACT,Paraxial mesoderm
S7.2 108h:CGATGCGCAAATTAGG,Pre-somitic mesoderm
S7.2 108h:CGCAGGTTCTCCTGCA,Paraxial mesoderm
S7.2 108h:CTTTCAAAGTAGCTCT,Paraxial mesoderm
S7.2 108h:TAACTTCTCTTAATCC,Pre-somitic mesoderm
S7.2 108h:CTTGAGACAGTCTTCC,Paraxial mesoderm
S7.2 108h:GTGTTCCAGATGAATC,Pre-somitic mesoderm
S7.2 108h:CAAAGAATCAGTGCGC,Caudal mesoderm
S7.2 108h:ATGTCTTAGTGCAACG,Hemogenic endothelium
S7.2 108h:GAATAGAAGGGAGATA,Ectopic pluripotency
S7.2 108h:CTCCACAAGTTGAAGT,Paraxial mesoderm
S7.2 108h:CCTCCTCTCATTCGTT,Paraxial mesoderm
S7.2 108h:TTTCACATCGGCTTCT,Pre-somitic mesoderm
S7.2 108h:TCCTGCAGTAGATGTA,Pre-somitic mesoderm
S7.2 108h:CAAGACTTCGACCATA,Paraxial mesoderm
S7.2 108h:TTTCAGTTCGATCCAA,Pre-somitic mesoderm
S7.2 108h:TGGATCATCGCTGTCT,Paraxial mesoderm
S7.2 108h:GTCGTAACATGCAGCC,Ectopic pluripotency
S7.2 108h:GGCTTTCAGACATAGT,Pre-somitic mesoderm
S7.2 108h:GAGTCATTCTTGGCTC,Paraxial mesoderm
S7.2 108h:CAATCGAGTGAGGCAT,Pre-somitic mesoderm
S7.2 108h:ATCGCCTTCCTTCTGG,Paraxial mesoderm
S7.2 108h:GTGAGCCCACTCTGCT,Paraxial mesoderm
S7.2 108h:CCATAAGCACGAAAGC,Ectopic pluripotency
S7.2 108h:CTGATCCAGGAACGAA,Paraxial mesoderm
S7.2 108h:TGATGGTGTCTCTCCA,Paraxial mesoderm
S7.2 108h:CCTGCATCACATATCG,Paraxial mesoderm
S7.2 108h:GCCAGCAGTCACTAGT,Paraxial mesoderm
S7.2 108h:TTCTTCCCAGAACGCA,Ectopic pluripotency
S7.2 108h:GCAGGCTAGGATGCGT,Ectopic pluripotency
S7.2 108h:AGCGTATGTTACGATC,Pre-somitic mesoderm
S7.2 108h:GCCATGGGTGAACTAA,Caudal mesoderm
S7.2 108h:GCTACCTAGTAGACAT,Paraxial mesoderm
S7.2 108h:TCCACCAAGTACCATC,Caudal mesoderm
S7.2 108h:ATCGATGTCAAGCCTA,Pre-somitic mesoderm
S7.2 108h:TACAACGCAATTCTTC,Caudal mesoderm
S7.2 108h:ACACGCGAGTCAGAGC,Paraxial mesoderm
S7.2 108h:ATCAGGTTCAGCGTCG,Caudal mesoderm
S7.2 108h:GATCAGTCATGCCGGT,Caudal mesoderm
S7.2 108h:GACCCAGGTCTACATG,Paraxial mesoderm
S7.2 108h:TCACAAGGTGAGTGAC,Paraxial mesoderm
S7.2 108h:ATCGATGGTTGAATCC,Pre-somitic mesoderm
S7.2 108h:CTGTGGGAGTAACCGG,Paraxial mesoderm
S7.2 108h:TACCTGCAGTTTCTTC,Paraxial mesoderm
S7.2 108h:AGACTCAAGCTCCGAC,Pre-somitic mesoderm
S7.2 108h:GCTGAATAGGTTGTTC,Ectopic pluripotency
S7.2 108h:GTCATTTAGACGCTCC,Pre-somitic mesoderm
S7.2 108h:ATCCCTGCAGACCATT,Caudal mesoderm
S7.2 108h:AATGACCCAACTCGAT,Paraxial mesoderm
S7.2 108h:GCCATGGTCAAGTGGG,Pre-somitic mesoderm
S7.2 108h:AACAGGGAGAACGCGT,Paraxial mesoderm
S7.2 108h:AACAGGGGTCAAAGCG,Pre-somitic mesoderm
S7.2 108h:ATTTCACTCCGGCTTT,Ectopic pluripotency
S7.2 108h:ACATCGAGTGTTCCAA,Pre-somitic mesoderm
S7.2 108h:CTCAGGGCACCGCTAG,Paraxial mesoderm
S7.2 108h:TTAGGCAAGCTTTCTT,Paraxial mesoderm
S7.2 108h:TTTATGCAGCAGCGAT,Paraxial mesoderm
S7.2 108h:TTAATCCGTCATTGCA,Paraxial mesoderm
S7.2 108h:CAATACGCATCCAATG,Gut
S7.2 108h:AGAGCAGCAGAATTCC,Pre-somitic mesoderm
S7.2 108h:CCGTAGGTCGACTCCT,Pre-somitic mesoderm
S7.2 108h:TAACTTCAGACCTCAT,Paraxial mesoderm
S7.2 108h:CTCAGAAGTCTTTCAT,Pre-somitic mesoderm
S7.2 108h:TCCTGCAGTAACTGCT,Pre-somitic mesoderm
S7.2 108h:TGGGATTCAGCGGTCT,Pre-somitic mesoderm
S7.2 108h:GGGCCATCATAGTCGT,Caudal mesoderm
S7.2 108h:CGCCATTAGTAAACAC,Pre-somitic mesoderm
S7.2 108h:GAGTCATCAACCACAT,Paraxial mesoderm
S7.2 108h:TACCCGTAGATTGACA,Pre-somitic mesoderm
S7.2 108h:TCTGGCTAGACCTCCG,Pre-somitic mesoderm
S7.2 108h:CACGAATGTACTCCCT,Pre-somitic mesoderm
S7.2 108h:AGTGATCTCTGAGGTT,Paraxial mesoderm
S7.2 108h:AGCGTATAGCTTTCCC,Paraxial mesoderm
S7.2 108h:TACCTCGTCTACTATC,Pre-somitic mesoderm
S7.2 108h:ACTTATCCACGTAACT,Paraxial mesoderm
S7.2 108h:AGCGCCATCCTACTGC,Ectopic pluripotency
S7.2 108h:TCACTATCATCACAGT,Paraxial mesoderm
S7.2 108h:TTGACCCGTGATTGGG,Paraxial mesoderm
S7.2 108h:TGACTCCCACACACGC,Caudal mesoderm
S7.2 108h:AAGTGAACAGTTGCGC,Pre-somitic mesoderm
S7.2 108h:GAGTGTTAGACGAAGA,Pre-somitic mesoderm
S7.2 108h:CTCCGATTCGGACTGC,Paraxial mesoderm
S7.2 108h:GGTTGTACAATCTAGC,Paraxial mesoderm
S7.2 108h:TTAATCCCAGCGTAGA,Caudal mesoderm
S7.2 108h:GACTTCCAGAGTCAGC,Pre-somitic mesoderm
S7.2 108h:CATACCCCAATTTCCT,Paraxial mesoderm
S7.2 108h:TTAATCCGTACGCTTA,Paraxial mesoderm
S7.2 108h:TCTCACGCACCTGAAT,Pre-somitic mesoderm
S7.2 108h:AAAGGTATCTGTTGGA,Pre-somitic mesoderm
S7.2 108h:GACTGATCACCATAAC,Caudal mesoderm
S7.2 108h:GTTATGGGTGAGTCAG,Paraxial mesoderm
S7.2 108h:TTGACCCAGGGCAGGA,Pre-somitic mesoderm
S7.2 108h:CTGTGGGAGGTGAGCT,Pre-somitic mesoderm
S7.2 108h:AAGGAATTCTGCTGAA,Ectopic pluripotency
S7.2 108h:ACGTCCTAGGGAGAAT,Paraxial mesoderm
S7.2 108h:ATCGATGAGGTCACAG,Pre-somitic mesoderm
S7.2 108h:AACCCAAGTCCGGTCA,Paraxial mesoderm
S7.2 108h:GACAGCCTCTGAGTCA,Caudal mesoderm
S7.2 108h:AAAGTCCGTAGTAAGT,Paraxial mesoderm
S7.2 108h:CCGGACATCCCTCTAG,Caudal mesoderm
S7.2 108h:ATGGGTTCATTGGGAG,Caudal mesoderm
S7.2 108h:TGTGGCGTCCATCTGC,Pre-somitic mesoderm
S7.2 108h:GCGTGCATCTGGGCGT,Ectopic pluripotency
S7.2 108h:ATAGGCTCACATAACC,Paraxial mesoderm
S7.2 108h:CTACGGGAGTGCTAGG,Caudal mesoderm
S7.2 108h:GATGGAGAGAGGCCAT,Pre-somitic mesoderm
S7.2 108h:AAAGAACAGCGAGAAA,Caudal mesoderm
S7.2 108h:CCGGTAGTCGATGCAT,Pre-somitic mesoderm
S7.2 108h:TGCAGGCCATATTCGG,Caudal mesoderm
S7.2 108h:TTATTGCTCTGCGGGT,Pre-somitic mesoderm
S7.2 108h:AGCGATTAGCGAGTAC,Pre-somitic mesoderm
S7.2 108h:TTGTTCATCTGAACGT,Paraxial mesoderm
S7.2 108h:AATCGACCACAATGAA,Gut
S7.2 108h:AGAAGCGGTCCGGACT,Caudal mesoderm
S7.2 108h:ATAGGCTTCGGTAACT,Pre-somitic mesoderm
S7.2 108h:AGGACGAAGAACCGCA,Pre-somitic mesoderm
S7.2 108h:TTAGGGTCAAATCAGA,Paraxial mesoderm
S7.2 108h:CCACGAGAGGTTACCT,Pre-somitic mesoderm
S7.2 108h:CTCTCAGTCATCGGGC,Pre-somitic mesoderm
S7.2 108h:GTGTTAGAGAGATCGC,Ectopic pluripotency
S7.2 108h:AACCAACGTCCTCCTA,Paraxial mesoderm
S7.2 108h:TCCCACATCCCAGCGA,Pre-somitic mesoderm
S7.2 108h:CCGATCTTCAACCGAT,Paraxial mesoderm
S7.2 108h:AAAGTGAAGAATCCCT,Pre-somitic mesoderm
S7.2 108h:TCTCTGGGTCCTACAA,Caudal mesoderm
S7.2 108h:ACCACAAAGTAAGACT,Paraxial mesoderm
S7.2 108h:ACTTATCAGTTTGAGA,Gut
S7.2 108h:TGTCAGAGTCAGATTC,Paraxial mesoderm
S7.2 108h:CACGTTCGTACTGTTG,Pre-somitic mesoderm
S7.2 108h:AGGTAGGAGGCTAGCA,Pre-somitic mesoderm
S7.2 108h:GGGTATTCAGAGTTGG,Hemogenic endothelium
S7.2 108h:GTGCTGGAGTTGTCAC,Paraxial mesoderm
S7.2 108h:TGTGATGGTGCAATAA,Pre-somitic mesoderm
S7.2 108h:GTGCAGCCACAGCGCT,Paraxial mesoderm
S7.2 108h:GTAGGTTGTTATGTGC,Paraxial mesoderm
S7.2 108h:ACATTTCCAGGCCTGT,Caudal mesoderm
S7.2 108h:TGCCGAGAGTGGCCTC,Paraxial mesoderm
S7.2 108h:CACTGGGTCGTGCATA,Paraxial mesoderm
S7.2 108h:GGTTAACCACCGGTCA,Paraxial mesoderm
S7.2 108h:GACTCTCGTGAGTGAC,Caudal mesoderm
S7.2 108h:GTGACGCAGCAGGCAT,Paraxial mesoderm
S7.2 108h:AACTTCTCACGGCACT,Pre-somitic mesoderm
S7.2 108h:AAGTACCAGCTAATCC,Pre-somitic mesoderm
S7.2 108h:GGTCACGCAAGACGAC,Pre-somitic mesoderm
S7.2 108h:TTTACCATCCAGTACA,Pre-somitic mesoderm
S7.2 108h:CACAGATTCCATTTGT,Pre-somitic mesoderm
S7.2 108h:ATAGGCTAGGCACTAG,Caudal mesoderm
S7.2 108h:TACCGGGCAATATCCG,Paraxial mesoderm
S7.2 108h:GTATTTCCAGCTACCG,Gut
S7.2 108h:CCACCATTCCGCCTAT,Pre-somitic mesoderm
S7.2 108h:TGCTCCAGTCACGACC,Caudal mesoderm
S7.2 108h:ATGCGATCAGCGTACC,Caudal mesoderm
S7.2 108h:AGCTCAATCACTTGGA,Pre-somitic mesoderm
S7.2 108h:ATCACTTTCACTAGCA,Paraxial mesoderm
S7.2 108h:CTACTATCAGACGGAT,Pre-somitic mesoderm
S7.2 108h:ACAGAAACAAAGCGTG,Paraxial mesoderm
S7.2 108h:AGCGCTGGTCACAGAG,Paraxial mesoderm
S7.2 108h:CGTTAGAAGGCTGGAT,Paraxial mesoderm
S7.2 108h:TGCACGGTCTCCTGTG,Paraxial mesoderm
S7.2 108h:TTACTGTGTCTGTAAC,Paraxial mesoderm
S7.2 108h:CACTAAGAGACAGCGT,Pre-somitic mesoderm
S7.2 108h:CTCCAACTCTGTCCCA,Paraxial mesoderm
S7.2 108h:CTCATCGAGGCTCTAT,Pre-somitic mesoderm
S7.2 108h:CGCCAGATCATGCGGC,Paraxial mesoderm
S7.2 108h:ATCGGCGAGACATATG,Pre-somitic mesoderm
S7.2 108h:TCAGTTTCACCCTGAG,Ectopic pluripotency
S7.2 108h:TCATGCCTCTCTCAAT,Pre-somitic mesoderm
S7.2 108h:TGCCGAGAGTCTTCCC,Paraxial mesoderm
S7.2 108h:TATCCTAAGGACTGGT,Pre-somitic mesoderm
S7.2 108h:CATACAGGTTGGGCCT,Caudal mesoderm
S7.2 108h:TCTACCGAGTCGTCTA,Pre-somitic mesoderm
S7.2 108h:CCTGTTGGTACTGCGC,Pre-somitic mesoderm
S7.2 108h:GTCTCACAGTAGCAAT,Pre-somitic mesoderm
S7.2 108h:CCGGTAGAGTCTAGAA,Paraxial mesoderm
S7.2 108h:AGCGATTAGTCACTGT,Pre-somitic mesoderm
S7.2 108h:CCATCACTCTTAGCAG,Caudal mesoderm
S7.2 108h:TACGGGCAGTGAACAT,Paraxial mesoderm
S7.2 108h:GATAGCTTCCTGTAAG,Pre-somitic mesoderm
S7.2 108h:GACGCTGGTTTCAGAC,Pre-somitic mesoderm
S7.2 108h:GTAGCTACAGCTATTG,Pre-somitic mesoderm
S7.2 108h:GGTAATCTCGTGCAGC,Pre-somitic mesoderm
S7.2 108h:TGCCGAGCAACGAGGT,Paraxial mesoderm
S7.2 108h:TTGTGGATCAACGCTA,Paraxial mesoderm
S7.2 108h:TAGGGTTAGAGGCCAT,Ectopic pluripotency
S7.2 108h:ACATCCCGTCGCAACC,Pre-somitic mesoderm
S7.2 108h:TTGAACGCAGGTTTAC,Pre-somitic mesoderm
S7.2 108h:GTGACGCGTGTCTTGA,Somite differentiation front
S7.2 108h:GTTCGCTAGGAAGAAC,Caudal mesoderm
S7.2 108h:TTCTAACTCTTCTGGC,Pre-somitic mesoderm
S7.2 108h:GGGAGTATCGATACAC,Pre-somitic mesoderm
S7.2 108h:GGAGGATTCAACTCTT,Gut
S7.2 108h:TACCCGTGTCCGTACG,Caudal mesoderm
S7.2 108h:CACGTGGGTCTGGTTA,Caudal mesoderm
S7.2 108h:AGGACGATCCTAGCGG,Paraxial mesoderm
S7.2 108h:TGATTTCCATCCTTGC,Paraxial mesoderm
S7.2 108h:TACAACGCATAGGAGC,Caudal mesoderm
S7.2 108h:TTGACCCTCTTGCAGA,Gut
S7.2 108h:CTCAACCCATACCGTA,Gut
S7.2 108h:CTTCTCTTCACGTAGT,Pre-somitic mesoderm
S7.2 108h:AGACCCGAGGAATTAC,Caudal mesoderm
S7.2 108h:AATGGCTTCTTTGCGC,Caudal mesoderm
S7.2 108h:ATGTCTTCATTCAGCA,Pre-somitic mesoderm
S7.2 108h:TTTAGTCGTGTTGACT,Ectopic pluripotency
S7.2 108h:TTCCTCTCAAGCCTGC,Paraxial mesoderm
S7.2 108h:GATCAGTCATCCTGTC,Paraxial mesoderm
S7.2 108h:TCAAGTGTCCTCGATC,Paraxial mesoderm
S7.2 108h:TCACTATAGAGGGTAA,Paraxial mesoderm
S7.2 108h:CACAGATAGGGCAAGG,Paraxial mesoderm
S7.2 108h:TAGGTACCATAGCACT,Pre-somitic mesoderm
S7.2 108h:CTACTATCAAGTGGAC,Caudal mesoderm
S7.2 108h:AGTGACTTCATCAGTG,Paraxial mesoderm
S7.2 108h:TTCCTTCCAATCGCAT,Pre-somitic mesoderm
S7.2 108h:GGGATGAGTGTGTACT,Paraxial mesoderm
S7.2 108h:ATGGTTGCAATGGCCC,Pre-somitic mesoderm
S7.2 108h:AGGACTTTCTCGTCAC,Caudal mesoderm
S7.2 108h:GATTTCTGTCCCAAAT,Ectopic pluripotency
S7.2 108h:GACCGTGCAGTCTCTC,Pre-somitic mesoderm
S7.2 108h:TTCCAATTCGGCATAT,Paraxial mesoderm
S7.2 108h:ACGTACAAGAGCTGCA,Paraxial mesoderm
S7.2 108h:GTGCAGCCACGACAAG,Paraxial mesoderm
S7.2 108h:GTGCGTGAGCCTGACC,Paraxial mesoderm
S7.2 108h:CCCTCTCTCGTGTGGC,Caudal mesoderm
S7.2 108h:CGTAATGAGTGTTGTC,Caudal mesoderm
S7.2 108h:GGAGGTACATTGGATC,Paraxial mesoderm
S7.2 108h:TACGGGCGTAGCTTTG,Paraxial mesoderm
S7.2 108h:CAGCAATCATAATCGC,Paraxial mesoderm
S7.2 108h:TGTTTGTTCGCACGGT,Paraxial mesoderm
S7.2 108h:CATGGATCACTAGTAC,Paraxial mesoderm
S7.2 108h:AGGTCATCACGGCTAC,Paraxial mesoderm
S7.2 108h:ACTTAGGGTAGGGTAC,Paraxial mesoderm
S7.2 108h:GGGAGATGTAGTCCTA,Pre-somitic mesoderm
S7.2 108h:TTCTCTCCAAACTAGA,Pre-somitic mesoderm
S7.2 108h:GGGCTCAGTCTGTAAC,Paraxial mesoderm
S7.2 108h:TTCTAGTCAGGCATTT,Paraxial mesoderm
S7.2 108h:TTAGTCTTCCTTCACG,Caudal mesoderm
S7.2 108h:GAAGCCCGTGAATGTA,Pre-somitic mesoderm
S7.2 108h:TCGACCTCAATCCTAG,Paraxial mesoderm
S7.2 108h:CTTACCGTCTATGCCC,Paraxial mesoderm
S7.2 108h:CTGCCTACATATAGCC,Pre-somitic mesoderm
S7.2 108h:GTAGGAGGTGGAGGTT,Paraxial mesoderm
S7.2 108h:CATTTCAGTACCATAC,Pre-somitic mesoderm
S7.2 108h:CATCCACTCGGAATTC,Pre-somitic mesoderm
S7.2 108h:GGAGCAACAAAGGGCT,Gut
S7.2 108h:TACGGTAAGGGAACAA,Pre-somitic mesoderm
S7.2 108h:TGCCGAGGTGGCAGAT,Pre-somitic mesoderm
S7.2 108h:AACCAACGTATTGAGA,Caudal mesoderm
S7.2 108h:AGGTGTTCATCCGCGA,Paraxial mesoderm
S7.2 108h:GTAGAGGCAGCTCGGT,Pre-somitic mesoderm
S7.2 108h:GTCATGATCACCGGTG,Paraxial mesoderm
S7.2 108h:CCACTTGCAGCCCACA,Paraxial mesoderm
S7.2 108h:AAAGGTAGTGTTAAAG,Pre-somitic mesoderm
S7.2 108h:ATCGATGAGTGGAAGA,Paraxial mesoderm
S7.2 108h:CAGCAGCAGCCTTTGA,Paraxial mesoderm
S7.2 108h:CTATCCGCATGGAACG,Ectopic pluripotency
S7.2 108h:GGGCTCAAGGTTAAAC,Caudal mesoderm
S7.2 108h:GATTGGTGTTGGCCTG,Paraxial mesoderm
S7.2 108h:CTGCTCATCAAGTTGC,Paraxial mesoderm
S7.2 108h:GTGGCGTCATCGGAGA,Gut
S7.2 108h:TCGACGGCACAAGCAG,Pre-somitic mesoderm
S7.2 108h:AAGTACCGTCTTCCGT,Paraxial mesoderm
S7.2 108h:TCGACGGGTCTAACGT,Paraxial mesoderm
S7.2 108h:TGCTTCGTCTAGTCAG,Paraxial mesoderm
S7.2 108h:GCACGGTTCTATCGGA,Paraxial mesoderm
S7.2 108h:ACTATTCCAGGCTTGC,Pre-somitic mesoderm
S7.2 108h:ACCGTTCAGTCGGCAA,Ectopic pluripotency
S7.2 108h:ACATTTCTCCGCGAGT,Paraxial mesoderm
S7.2 108h:TCGTCCATCGGTGTTA,Paraxial mesoderm
S7.2 108h:AGACTCACAATGGGTG,Pre-somitic mesoderm
S7.2 108h:CACTGTCGTAGACAGC,Pre-somitic mesoderm
S7.2 108h:CGTGCTTTCGTCTCAC,Paraxial mesoderm
S7.2 108h:AAGATAGAGGAGCAAA,Caudal mesoderm
S7.2 108h:AAACCCATCAAGGACG,Ectopic pluripotency
S7.2 108h:AAACGCTCAGGTGTTT,Paraxial mesoderm
S7.2 108h:CATTCATTCGCGTGCA,Pre-somitic mesoderm
S7.2 108h:GGGAGTATCGTCAGAT,Paraxial mesoderm
S7.2 108h:ACGGTCGGTAACAGGC,Pre-somitic mesoderm
S7.2 108h:ATGATCGAGCCTGGAA,Paraxial mesoderm
S7.2 108h:GAGTGAGGTTCGAGCC,Gut
S7.2 108h:GCTCAAAAGGAGACCT,Caudal mesoderm
S7.2 108h:GAGCTGCGTCGCTCGA,Gut
S7.2 108h:CTTCCGAGTCTTAGTG,Pre-somitic mesoderm
S7.2 108h:TCATTCATCCAATCCC,Pre-somitic mesoderm
S7.2 108h:ACGTAACGTAGTTAGA,Ectopic pluripotency
S7.2 108h:TCTCCGAAGCCGCACT,Gut
S7.2 108h:GTGCTTCTCGCTAAAC,Caudal mesoderm
S7.2 108h:TTCGATTGTAGCTTGT,Pre-somitic mesoderm
S7.2 108h:TTCAGGAGTGGCTACC,Paraxial mesoderm
S7.2 108h:TTCCAATGTCACTTAG,Paraxial mesoderm
S7.2 108h:CTTAGGATCCCATACC,Paraxial mesoderm
S7.2 108h:ACATCCCGTCACTACA,Pre-somitic mesoderm
S7.2 108h:TATCTGTTCCAAATGC,Caudal mesoderm
S7.2 108h:GTGGTTACAATTCTCT,Paraxial mesoderm
S7.2 108h:CTGTCGTCAGCTGCCA,Caudal mesoderm
S7.2 108h:ACGTTCCTCTACTTCA,Caudal mesoderm
S7.2 108h:CTCTCAGGTTGCCGAC,Pre-somitic mesoderm
S7.2 108h:GACCCAGAGGTAAGAG,Paraxial mesoderm
S7.2 108h:GCCATTCTCTAAACGC,Paraxial mesoderm
S7.2 108h:AGGGCCTTCCTTTAGT,Gut
S7.2 108h:CCGTGAGCAAATACGA,Pre-somitic mesoderm
S7.2 108h:CTATAGGTCTTAGCAG,Pre-somitic mesoderm
S7.2 108h:TACCGGGGTAAGCAAT,Caudal mesoderm
S7.2 108h:CCGCAAGTCCCGTAAA,Paraxial mesoderm
S7.2 108h:CGGGTGTGTCCGGACT,Gut
S7.2 108h:CTGAGGCTCGTTCCTG,Paraxial mesoderm
S7.2 108h:TGGGCTGGTAAGATCA,Paraxial mesoderm
S7.2 108h:CTCATCGCAGACTGCC,Pre-somitic mesoderm
S7.2 108h:TGTTCCGTCATAGGCT,Pre-somitic mesoderm
S7.2 108h:CTACATTAGCTGACCC,Pre-somitic mesoderm
S7.2 108h:CTGCAGGAGGTAAGAG,Paraxial mesoderm
S7.2 108h:CTCCTTTTCTGCAGCG,Paraxial mesoderm
S7.2 108h:ATCACTTCAAGTAGTA,Pre-somitic mesoderm
S7.2 108h:GGCGTCAGTTCCACGG,Pre-somitic mesoderm
S7.2 108h:ACCCAAAAGGCCTTGC,Paraxial mesoderm
S7.2 108h:TTCTAACAGCAACTTC,Pre-somitic mesoderm
S7.2 108h:TGAGGGATCTTCGATT,Paraxial mesoderm
S7.2 108h:TCTCAGCCACCGAATT,Paraxial mesoderm
S7.2 108h:GAAGAATCACATATCG,Paraxial mesoderm
S7.2 108h:GGAGCAAAGATGGCAC,Pre-somitic mesoderm
S7.2 108h:GAGAGGTTCATTCGTT,Pre-somitic mesoderm
S7.2 108h:GGAACCCAGTGCAAAT,Pre-somitic mesoderm
S7.2 108h:ACAAAGACACCCTTGT,Paraxial mesoderm
S7.2 108h:AATTTCCCACTAGTAC,Caudal mesoderm
S7.2 108h:TTGAGTGTCAACACGT,Ectopic pluripotency
S7.2 108h:TACCCACCAACGTATC,Paraxial mesoderm
S7.2 108h:CCGTGAGTCTGTCCGT,Gut
S7.2 108h:ATCGGCGTCACCTGTC,Paraxial mesoderm
S7.2 108h:ACGATCATCAGACCCG,Pre-somitic mesoderm
S7.2 108h:CCCGGAAAGATAGCTA,Paraxial mesoderm
S7.2 108h:ACTATCTTCTGGCCAG,Paraxial mesoderm
S7.2 108h:GCCGTGACACTTGTCC,Paraxial mesoderm
S7.2 108h:TCGGGACCATCAGTCA,Pre-somitic mesoderm
S7.2 108h:GTTCCGTCAATCTAGC,Caudal mesoderm
S7.2 108h:CCTCATGCACCAGCCA,Paraxial mesoderm
S7.2 108h:CGGAACCAGGTGCTAG,Pre-somitic mesoderm
S7.2 108h:AAGTGAAAGCTAAGTA,Pre-somitic mesoderm
S7.2 108h:GACTCTCCATCAGTGT,Pre-somitic mesoderm
S7.2 108h:AAGGAATGTTCCAAAC,Paraxial mesoderm
S7.2 108h:AGGATCTTCATTTGGG,Pre-somitic mesoderm
S7.2 108h:TGCTCCATCAGGAAGC,Pre-somitic mesoderm
S7.2 108h:ATTCTTGCAACACAAA,Caudal mesoderm
S7.2 108h:CATTCTAGTGTGCCTG,Paraxial mesoderm
S7.2 108h:AGGTCTACAATTCACG,Paraxial mesoderm
S7.2 108h:TCTACCGCACTTCATT,Caudal mesoderm
S7.2 108h:GGTCACGCACGTAGAG,Pre-somitic mesoderm
S7.2 108h:TGATTCTCACAAACGG,Paraxial mesoderm
S7.2 108h:TGCAGGCTCCGTGTGG,Pre-somitic mesoderm
S7.2 108h:TGAGGAGCATCTGGGC,Pre-somitic mesoderm
S7.2 108h:CTTCCTTGTTTCTTAC,Paraxial mesoderm
S7.2 108h:GAAGTAACAAACAGGC,Caudal mesoderm
S7.2 108h:TACCTCGAGCAGGCAT,Caudal mesoderm
S7.2 108h:CATTTCACATAGTCGT,Pre-somitic mesoderm
S7.2 108h:CTCATGCGTTGAGGAC,Pre-somitic mesoderm
S7.2 108h:GACCAATAGATGGTAT,Caudal mesoderm
S7.2 108h:CCGTGAGCAGAACTAA,Ectopic pluripotency
S7.2 108h:GCCAGTGTCCTGATAG,Pre-somitic mesoderm
S7.2 108h:AAGTACCCATAATCCG,Paraxial mesoderm
S7.2 108h:ACTTCGCTCAAGCCAT,Pre-somitic mesoderm
S7.2 108h:AGCCAGCTCCTGGGAC,Pre-somitic mesoderm
S7.2 108h:GATGCTACATAACGGG,Paraxial mesoderm
S7.2 108h:ACTTCCGCACGACGAA,Pre-somitic mesoderm
S7.2 108h:GAGTGAGTCAGGACAG,Paraxial mesoderm
S7.2 108h:ACCCAAAGTTAGGGTG,Pre-somitic mesoderm
S7.2 108h:ATGAAAGAGGATATGT,Paraxial mesoderm
S7.2 108h:GTACAACGTTAGGCCC,Paraxial mesoderm
S7.2 108h:ACCACAAAGCGTTGTT,Paraxial mesoderm
S7.2 108h:CATCCCAAGTAAGCAT,Paraxial mesoderm
S7.2 108h:GAGGGTAAGTCATACC,Pre-somitic mesoderm
S7.2 108h:CTACATTGTTGGACTT,Pre-somitic mesoderm
S7.2 108h:CAACGGCTCTCATTTG,Pre-somitic mesoderm
S7.2 108h:GGAGATGCAAGCAATA,Pre-somitic mesoderm
S7.2 108h:ACTATTCTCCGAGAAG,Pre-somitic mesoderm
S7.2 108h:AAGCATCAGGTTATAG,Pre-somitic mesoderm
S7.2 108h:TGTCCTGGTAAGATAC,Ectopic pluripotency
S7.2 108h:TGGGAGATCCAGCCTT,Pre-somitic mesoderm
S7.2 108h:ATTGTTCCAGGCACTC,Pre-somitic mesoderm
S7.2 108h:CTTCAATCAGGTTCGC,Caudal mesoderm
S7.2 108h:AACCTTTAGGATTCAA,Paraxial mesoderm
S7.2 108h:TACCGAACACTTGGGC,Paraxial mesoderm
S7.2 108h:TTCTTCCTCACCTTAT,Paraxial mesoderm
S7.2 108h:TTGCATTCAGTGGCTC,Caudal mesoderm
S7.2 108h:TATATCCAGGAGGCAG,Pre-somitic mesoderm
S7.2 108h:CCATCACTCTACGGGC,Pre-somitic mesoderm
S7.2 108h:ATTGTTCCAGAAATCA,Pre-somitic mesoderm
S7.2 108h:TTGTTCAGTTCCGCAG,Caudal mesoderm
S7.2 108h:TCAGGGCCACTAGGTT,Pre-somitic mesoderm
S7.2 108h:CGTAGTATCATCGTAG,Pre-somitic mesoderm
S7.2 108h:TATTGCTCACCTGATA,Pre-somitic mesoderm
S7.2 108h:AGTTCGATCCCGAGTG,Paraxial mesoderm
S7.2 108h:CACTGGGTCCTTTGAT,Gut
S7.2 108h:CAGTTAGCACGGTGAA,Paraxial mesoderm
S7.2 108h:ACTATCTCATCATCCC,Paraxial mesoderm
S7.2 108h:CACTAAGTCGGTATGT,Paraxial mesoderm
S7.2 108h:TAGGTACTCTTTCTAG,Pre-somitic mesoderm
S7.2 108h:GGGTCACTCCTAGCCT,Pre-somitic mesoderm
S7.2 108h:TGAATGCAGTCTGCAT,Caudal mesoderm
S7.2 108h:AATGGAAAGAAGCCAC,Caudal mesoderm
S7.2 108h:AGTAGCTCAGAGTTCT,Caudal mesoderm
S7.2 108h:ACTGATGGTTCTCGCT,Pre-somitic mesoderm
S7.2 108h:AACACACAGACCCGCT,Paraxial mesoderm
S7.2 108h:ATCCACCTCACCCATC,Paraxial mesoderm
S7.2 108h:GTCATTTAGATGGGCT,Paraxial mesoderm
S7.2 108h:TGCTGAAGTATCACCA,Gut
S7.2 108h:TACCGGGAGATTAGTG,Paraxial mesoderm
S7.2 108h:CTGAGCGAGTTCCTGA,Pre-somitic mesoderm
S7.2 108h:TTCAATCGTATACCTG,Paraxial mesoderm
S7.2 108h:TATCGCCTCTAGACAC,Paraxial mesoderm
S7.2 108h:GTTTGGAGTGTGTGTT,Paraxial mesoderm
S7.2 108h:CCGAACGAGTAGCAAT,Pre-somitic mesoderm
S7.2 108h:AAGAACAAGCTAAATG,Pre-somitic mesoderm
S7.2 108h:GACGTTAGTTCTCTCG,Pre-somitic mesoderm
S7.2 108h:TCAATCTAGCCGATTT,Pre-somitic mesoderm
S7.2 108h:CTAACCCAGCCATTCA,Gut
S7.2 108h:TCCTGCAGTTTGTTCT,Paraxial mesoderm
S7.2 108h:TGAATGCGTTCAGCTA,Paraxial mesoderm
S7.2 108h:ACGATCACATCGAGCC,Paraxial mesoderm
S7.2 108h:AGGTCATCAGAGTCTT,Pre-somitic mesoderm
S7.2 108h:GTTGCTCTCGGTAAGG,Paraxial mesoderm
S7.2 108h:TTAATCCGTCGGTGTC,Ectopic pluripotency
S7.2 108h:CATGGATGTCCGCAGT,Paraxial mesoderm
S7.2 108h:TTGGGTAGTTACCCTC,Pre-somitic mesoderm
S7.2 108h:GCGGATCTCCCTTCCC,Pre-somitic mesoderm
S7.2 108h:CCGGACACATAACCCA,Paraxial mesoderm
S7.2 108h:GAACTGTAGCTTAAGA,Caudal mesoderm
S7.2 108h:AATGGAACAAGAGAGA,Paraxial mesoderm
S7.2 108h:AACCTGAGTCCCGGTA,Pre-somitic mesoderm
S7.2 108h:TCCACCAGTAAGCTCT,Gut
S7.2 108h:AAAGTCCTCTACCCAC,Pre-somitic mesoderm
S7.2 108h:AAAGAACTCATCGTAG,Caudal mesoderm
S7.2 108h:ATCGTAGTCAACGTGT,Pre-somitic mesoderm
S7.2 108h:TTGGGCGGTCAGTCCG,Pre-somitic mesoderm
S7.2 108h:AGAACAAAGCTCTTCC,Pre-somitic mesoderm
S7.2 108h:ATCATTCAGGTGCCAA,Paraxial mesoderm
S7.2 108h:CGGAACCTCCTTATCA,Paraxial mesoderm
S7.2 108h:GACAGCCGTTAAAGTG,Pre-somitic mesoderm
S7.2 108h:CAATGACAGAAGGGAT,Gut
S7.2 108h:ATTCCATTCCAGCAAT,Paraxial mesoderm
S7.2 108h:ACCGTTCCAAATGCTC,Paraxial mesoderm
S7.2 108h:GTGGGAAGTGATTGGG,Pre-somitic mesoderm
S7.2 108h:CCTCCTCAGGCTTCCG,Pre-somitic mesoderm
S7.2 108h:TGAGTCAAGGCTAACG,Pre-somitic mesoderm
S7.2 108h:ATGCGATAGGATTACA,Pre-somitic mesoderm
S7.2 108h:AAAGGTATCCACCTCA,Caudal mesoderm
S7.2 108h:GTAGCTATCGATACTG,Pre-somitic mesoderm
S7.2 108h:AACGAAAAGGTCCGAA,Pre-somitic mesoderm
S7.2 108h:GTGTTAGGTCGTATTG,Pre-somitic mesoderm
S7.2 108h:TGGGATTAGTCTTCGA,Ectopic pluripotency
S7.2 108h:TATGTTCGTCGGCCTA,Pre-somitic mesoderm
S7.2 108h:CAACCTCTCAGAATAG,Caudal mesoderm
S7.2 108h:TTGAGTGCAGCGTTTA,Paraxial mesoderm
S7.2 108h:CAAGGGATCAAACCTG,Pre-somitic mesoderm
S7.2 108h:AGGTTGTAGTTGCTCA,Ectopic pluripotency
S7.2 108h:GAACGTTCATGTGCTA,Ectopic pluripotency
S7.2 108h:CTCAATTAGCAGTAAT,Pre-somitic mesoderm
S7.2 108h:GCCATGGGTCTTAGTG,Paraxial mesoderm
S7.2 108h:ATATCCTAGGCCTGCT,Pre-somitic mesoderm
S7.2 108h:TCGCAGGCACTAAACC,Paraxial mesoderm
S7.2 108h:TCTTTGATCCGTCACT,Pre-somitic mesoderm
S7.2 108h:TCGGGTGCACCCAAGC,Pre-somitic mesoderm
S7.2 108h:CTCATTACAAAGGCTG,Paraxial mesoderm
S7.2 108h:CACTTCGCACTGTTCC,Paraxial mesoderm
S7.2 108h:TCTGTCGAGGAGTACC,Pre-somitic mesoderm
S7.2 108h:CACTGAATCATACAGC,Paraxial mesoderm
S7.2 108h:ATTTACCTCAAGTAAG,Pre-somitic mesoderm
S7.2 108h:AGGTCTATCTCTCGCA,Caudal mesoderm
S7.2 108h:CGGGCATAGGTTACCT,Pre-somitic mesoderm
S7.2 108h:TCCCATGTCTCAATCT,Paraxial mesoderm
S7.2 108h:TATCTGTTCGATACGT,Ectopic pluripotency
S7.2 108h:ACGGTTAGTATGACAA,Caudal mesoderm
S7.2 108h:TATTGGGGTGTAGCAG,Pre-somitic mesoderm
S7.2 108h:GGGAAGTTCTTGGGCG,Pre-somitic mesoderm
S7.2 108h:ATACTTCGTTGGCCGT,Pre-somitic mesoderm
S7.2 108h:ACCTACCGTGTTGATC,Pre-somitic mesoderm
S7.2 108h:AGTCTCCGTTCTCTCG,Pre-somitic mesoderm
S7.2 108h:GGAGGTAAGAACCGCA,Caudal mesoderm
S7.2 108h:ATGGATCTCCCTCTTT,Pre-somitic mesoderm
S7.2 108h:GATGTTGAGCGCCATC,Ectopic pluripotency
S7.2 108h:GAAGTAAAGAGATTCA,Paraxial mesoderm
S7.2 108h:GGGTTTAGTAGCCAGA,Paraxial mesoderm
S7.2 108h:TGTGCGGCAGGAACCA,Paraxial mesoderm
S7.2 108h:CATCGCTCAAATGAAC,Pre-somitic mesoderm
S7.2 108h:TCGGTCTTCGTCACCT,Pre-somitic mesoderm
S7.2 108h:TCTCAGCGTTGTTGTG,Pre-somitic mesoderm
S7.2 108h:GTGACGCAGATGGGCT,Caudal mesoderm
S7.2 108h:TAAGTCGGTCCCTCAT,Caudal mesoderm
S7.2 108h:CGGCAGTTCCAACCGG,Caudal mesoderm
S7.2 108h:ACATCGATCATTCGTT,Paraxial mesoderm
S7.2 108h:CATACCCTCTGTGTGA,Paraxial mesoderm
S7.2 108h:ACTTTGTCATGCGTGC,Caudal mesoderm
S7.2 108h:GATGATCGTTGACTGT,Paraxial mesoderm
S7.2 108h:TTCTGTAAGGTTCCAT,Paraxial mesoderm
S7.2 108h:ATCTTCAAGTTCATGC,Paraxial mesoderm
S7.2 108h:ACTTTCATCCAAGCCG,Caudal mesoderm
S7.2 108h:AGATCCAGTCTTGGTA,Paraxial mesoderm
S7.2 108h:TCATGAGCAAGGCTTT,Paraxial mesoderm
S7.2 108h:GGTCTGGAGGTCTTTG,Paraxial mesoderm
S7.2 108h:GTAGTACGTATCCTCC,Caudal mesoderm
S7.2 108h:TGACCCTAGAGATTCA,Pre-somitic mesoderm
S7.2 108h:CACTAAGGTCAACGCC,Pre-somitic mesoderm
S7.2 108h:TCAAGTGGTGGTAATA,Pre-somitic mesoderm
S7.2 108h:AAACCCATCGAAATCC,Caudal mesoderm
S7.2 108h:CACGTTCTCTGCATAG,Pre-somitic mesoderm
S7.2 108h:GGTGAAGCACTTCTCG,Pre-somitic mesoderm
S7.2 108h:TTGTGTTAGGATGGCT,Paraxial mesoderm
S7.2 108h:AATCACGGTTGTGGAG,Paraxial mesoderm
S7.2 108h:CATCGGGCAGCGCTTG,Paraxial mesoderm
S7.2 108h:GTCCACTCATTCAGGT,Caudal mesoderm
S7.2 108h:GGGTGTCCAGCCGTTG,Paraxial mesoderm
S7.2 108h:GCGGAAAAGACATATG,Paraxial mesoderm
S7.2 108h:CTGTACCGTAGCGATG,Pre-somitic mesoderm
S7.2 108h:AGTTAGCCACAACGAG,Paraxial mesoderm
S7.2 108h:GGTTGTACACCGCTAG,Caudal mesoderm
S7.2 108h:GAACGTTAGTAAACAC,Pre-somitic mesoderm
S7.2 108h:CGGAGAACAATCCTAG,Pre-somitic mesoderm
S7.2 108h:TGCATGACAGACCAGA,Pre-somitic mesoderm
S7.2 108h:AATGGCTCAAGGACAC,Pre-somitic mesoderm
S7.2 108h:CCAATGAGTACCAATC,Pre-somitic mesoderm
S7.2 108h:AGTCACAAGTGCCAGA,Paraxial mesoderm
S7.2 108h:AGAGAGCTCGAGTGGA,Paraxial mesoderm
S7.2 108h:ATAGGCTTCCCGAGAC,Paraxial mesoderm
S7.2 108h:CGTCAAAGTGATTCAC,Gut
S7.2 108h:GCCTGTTGTCTCGGAC,Paraxial mesoderm
S7.2 108h:ACCAAACAGCATAGGC,Pre-somitic mesoderm
S7.2 108h:TCCCATGGTATGGAGC,Pre-somitic mesoderm
S7.2 108h:GAGGCAAAGAGTTGCG,Pre-somitic mesoderm
S7.2 108h:AAAGGATCACGAGGTA,Paraxial mesoderm
S7.2 108h:TAGGAGGAGCTACTAC,Pre-somitic mesoderm
S7.2 108h:TGACTCCAGTTCGGTT,Pre-somitic mesoderm
S7.2 108h:GAGTCATGTCGAATGG,Paraxial mesoderm
S7.2 108h:GCACGGTAGCCAACCC,Paraxial mesoderm
S7.2 108h:AGGAATAAGCCTCAAT,Paraxial mesoderm
S7.2 108h:CCTACGTAGGCGTCCT,Paraxial mesoderm
S7.2 108h:GCGTTTCCACAGTGTT,Pre-somitic mesoderm
S7.2 108h:GAAGCCCTCTCCAAGA,Paraxial mesoderm
S7.2 108h:CTGCTCAAGCGCCCAT,Paraxial mesoderm
S7.2 108h:GTAAGTCCAGCAGGAT,Pre-somitic mesoderm
S7.2 108h:TCTACCGCAGTGTGCC,Caudal mesoderm
S7.2 108h:GACGTTACATACTGTG,Pre-somitic mesoderm
S7.2 108h:GGTTGTACACACGTGC,Pre-somitic mesoderm
S7.2 108h:GTGACGCAGGTGTGAC,Paraxial mesoderm
S7.2 108h:GTGTCCTCACATAGCT,Pre-somitic mesoderm
S7.2 108h:CATGGTAAGACTGTTC,Paraxial mesoderm
S7.2 108h:TTGGGTACAAATCAAG,Paraxial mesoderm
S7.2 108h:TCTCCGAGTCCCGTGA,Pre-somitic mesoderm
S7.2 108h:AGTGACTCAGCTATTG,Paraxial mesoderm
S7.2 108h:AATCACGAGTAGCCAG,Pre-somitic mesoderm
S7.2 108h:GACCCAGTCCTAAACG,Ectopic pluripotency
S7.2 108h:CCTGCATAGTCTGGAG,Gut
S7.2 108h:ACATCCCAGCGAGTCA,Paraxial mesoderm
S7.2 108h:TAACCAGCATACAGCT,Pre-somitic mesoderm
S7.2 108h:TGCGGGTTCTGGTTGA,Ectopic pluripotency
S7.2 108h:CAGATACGTCGTTCAA,Pre-somitic mesoderm
S7.2 108h:TACAACGTCACTACGA,Caudal mesoderm
S7.2 108h:TACTGCCAGAAGTGTT,Paraxial mesoderm
S7.2 108h:AAGGTAATCTCGGGAC,Paraxial mesoderm
S7.2 108h:TGAGGTTTCCGGGACT,Pre-somitic mesoderm
S7.2 108h:ACGTCCTTCTCGTGGG,Paraxial mesoderm
S7.2 108h:TTCAATCAGTACTGGG,Paraxial mesoderm
S7.2 108h:ATTTCACAGTCGGCAA,Pre-somitic mesoderm
S7.2 108h:AGACTCATCACGGACC,Paraxial mesoderm
S7.2 108h:AACCACACACTCTCGT,Paraxial mesoderm
S7.2 108h:AGGGTGAAGGTAGTCG,Paraxial mesoderm
S7.2 108h:CAGATACAGAGCTGAC,Paraxial mesoderm
S7.2 108h:GGCTTGGCAGGACAGT,Paraxial mesoderm
S7.2 108h:GTCTGTCGTTGAGGAC,Pre-somitic mesoderm
S7.2 108h:TTTGATCCACCCATAA,Pre-somitic mesoderm
S7.2 108h:TGAGGTTCACTTCAGA,Pre-somitic mesoderm
S7.2 108h:AGCCAGCGTCTGTCCT,Pre-somitic mesoderm
S7.2 108h:GGTAACTGTCGTGCCA,Gut
S7.2 108h:GGTAATCGTCACTTAG,Pre-somitic mesoderm
S7.2 108h:GGGAAGTCAGCATCTA,Caudal mesoderm
S7.2 108h:TCGACGGCAAGTTTGC,Paraxial mesoderm
S7.2 108h:GCATTAGCAGATACTC,Ectopic pluripotency
S7.2 108h:CAATACGTCCGTATGA,Ectopic pluripotency
S7.2 108h:GTAAGTCCACCTCGTT,Pre-somitic mesoderm
S7.2 108h:TTACAGGGTTCCTTGC,Pre-somitic mesoderm
S7.2 108h:TCAGTTTTCACTGGGC,Paraxial mesoderm
S7.2 108h:AGTGACTCACAAGCCC,Caudal mesoderm
S7.2 108h:GTGGGAAGTCAACCAT,Pre-somitic mesoderm
S7.2 108h:CAAGGGAAGAGAGCAA,Paraxial mesoderm
S7.2 108h:TCTCACGCAGCACAAG,Pre-somitic mesoderm
S7.2 108h:CTCAACCGTATCGTAC,Pre-somitic mesoderm
S7.2 108h:TGAGTCACACAAATCC,Pre-somitic mesoderm
S7.2 108h:GAGTCATGTACAAACA,Pre-somitic mesoderm
S7.2 108h:TACTTGTCACTGAATC,Paraxial mesoderm
S7.2 108h:GGATGTTAGTGCACTT,Paraxial mesoderm
S7.2 108h:GAATAGATCCTCATAT,Pre-somitic mesoderm
S7.2 108h:CAGATCACATGTGCTA,Paraxial mesoderm
S7.2 108h:GGAACCCGTAATACCC,Pre-somitic mesoderm
S7.2 108h:TTTCCTCAGGGAGGAC,Pre-somitic mesoderm
S7.2 108h:ATTCGTTCATGGGAAC,Caudal mesoderm
S7.2 108h:GACGCTGTCCTGTAAG,Paraxial mesoderm
S7.2 108h:CGCATGGTCCATTCAT,Pre-somitic mesoderm
S7.2 108h:TCCTGCATCGCATTGA,Caudal mesoderm
S7.2 108h:CCATCACGTAGCGCCT,Paraxial mesoderm
S7.2 108h:GAAGCCCAGTCGGGAT,Caudal mesoderm
S7.2 108h:CCTCTCCGTAGACGTG,Paraxial mesoderm
S7.2 108h:AAAGAACGTATGAAAC,Pre-somitic mesoderm
S7.2 108h:CCTCCAAGTCTAATCG,Paraxial mesoderm
S7.2 108h:CTCACTGTCGGCTGAC,Gut
S7.2 108h:TTCGCTGGTTGTCATG,Pre-somitic mesoderm
S7.2 108h:CTCAGAATCTCCTGAC,Paraxial mesoderm
S7.2 108h:ACGATGTGTTAATCGC,Caudal mesoderm
S7.2 108h:GACTATGAGGCTATCT,Gut
S7.2 108h:GGGCCATGTGCCTGCA,Paraxial mesoderm
S7.2 108h:CTCCGATTCCGCAGTG,Pre-somitic mesoderm
S7.2 108h:GGAACCCTCCTCACGT,Hemogenic endothelium
S7.2 108h:TGGATCATCGGTGTTA,Pre-somitic mesoderm
S7.2 108h:ACATGCAAGGACTGGT,Caudal mesoderm
S7.2 108h:AACAAAGGTCTTCGAA,Pre-somitic mesoderm
S7.2 108h:CTAGACAGTACCTAAC,Pre-somitic mesoderm
S7.2 108h:CCCTGATCATACTGTG,Pre-somitic mesoderm
S7.2 108h:CGAGGAATCTGGGCAC,Paraxial mesoderm
S7.2 108h:TCACAAGTCAATGCAC,Paraxial mesoderm
S7.2 108h:GTAGCTACACGTAGAG,Pre-somitic mesoderm
S7.2 108h:CATTGAGGTATCGTAC,Ectopic pluripotency
S7.2 108h:ATCTTCATCCAACCGG,Paraxial mesoderm
S7.2 108h:CCACCATTCTCTTAAC,Gut
S7.2 108h:CTCATGCCATGTGGTT,Ectopic pluripotency
S7.2 108h:GAAGAATAGTCTACCA,Caudal mesoderm
S7.2 108h:TATGTTCGTGGCACTC,Paraxial mesoderm
S7.2 108h:TATCAGGAGGATTTGA,Paraxial mesoderm
S7.2 108h:GTACAACGTGAGTAAT,Paraxial mesoderm
S7.2 108h:GAGGGATTCTTGCGCT,Caudal mesoderm
S7.2 108h:ACTATTCAGCGTGAGT,Pre-somitic mesoderm
S7.2 108h:TTTACGTTCGGTCACG,Pre-somitic mesoderm
S7.2 108h:TTACGCCGTTGGACCC,Paraxial mesoderm
S7.2 108h:TTGGTTTCACTAGGCC,Pre-somitic mesoderm
S7.2 108h:GTTCGCTTCGGTGAAG,Paraxial mesoderm
S7.2 108h:TTGTTGTGTATGCTAC,Caudal mesoderm
S7.2 108h:TTCCGGTAGGCGTCCT,Pre-somitic mesoderm
S7.2 108h:ATTCCTAAGCACTTTG,Pre-somitic mesoderm
S7.2 108h:GTGGAGAGTAGATTGA,Paraxial mesoderm
S7.2 108h:ACATCGAAGTCTGTAC,Ectopic pluripotency
S7.2 108h:GATTCGAGTTATGGTC,Paraxial mesoderm
S7.2 108h:TAACGACAGGCCTTCG,Paraxial mesoderm
S7.2 108h:GAGACTTCAGGCCCTA,Paraxial mesoderm
S7.2 108h:CTAGGTATCTCCGAAA,Paraxial mesoderm
S7.2 108h:ATCACAGTCTCAGTCC,Paraxial mesoderm
S7.2 108h:ACTGTGAAGACCATAA,Caudal mesoderm
S7.2 108h:TACCTGCGTAACCCTA,Pre-somitic mesoderm
S7.2 108h:GGTCTGGGTGACCGTC,Paraxial mesoderm
S7.2 108h:TGTTACTAGTAACCGG,Caudal mesoderm
S7.2 108h:AAGTACCAGTTGAAAC,Pre-somitic mesoderm
S7.2 108h:GTACAGTTCGGACTTA,Caudal mesoderm
S7.2 108h:TTCCTCTTCGCGTTTC,Pre-somitic mesoderm
S7.2 108h:GTTTGGACATCGTGGC,Caudal mesoderm
S7.2 108h:TAAGCGTCATTGCCTC,Paraxial mesoderm
S7.2 108h:CGATGGCCACTGAATC,Gut
S7.2 108h:TCTAACTAGTTGCATC,Paraxial mesoderm
S7.2 108h:TACAACGTCACCGGGT,Caudal mesoderm
S7.2 108h:CATACTTTCTCACCCA,Paraxial mesoderm
S7.2 108h:GCCGATGCAAGGTCTT,Pre-somitic mesoderm
S7.2 108h:GCCAACGCAATTCTTC,Paraxial mesoderm
S7.2 108h:CAATGACCAGTCTACA,Pre-somitic mesoderm
S7.2 108h:CGAAGTTTCAAAGCCT,Pre-somitic mesoderm
S7.2 108h:ACGTCCTCATGACGTT,Pre-somitic mesoderm
S7.2 108h:ATGTCCCGTGGCGCTT,Caudal mesoderm
S7.2 108h:GATGCTACAAAGCGTG,Pre-somitic mesoderm
S7.2 108h:CGGACACCACGCTGAC,Pre-somitic mesoderm
S7.2 108h:GTAGATCAGCGACAGT,Paraxial mesoderm
S7.2 108h:TTCTTGATCGTGTGGC,Pre-somitic mesoderm
S7.2 108h:TCAAGACTCTAGCCAA,Paraxial mesoderm
S7.2 108h:TACGCTCGTAACCCGC,Paraxial mesoderm
S7.2 108h:ATTACTCAGAAGCGAA,Paraxial mesoderm
S7.2 108h:CGTAATGGTTGATGTC,Caudal mesoderm
S7.2 108h:TGTAAGCTCGAGTGAG,Pre-somitic mesoderm
S7.2 108h:GTTTACTTCTGGTGCG,Pre-somitic mesoderm
S7.2 108h:CATGCCTCAGGAACCA,Paraxial mesoderm
S7.2 108h:AGCGCTGAGAGGCGTT,Pre-somitic mesoderm
S7.2 108h:TCCTTCTAGAGGTGCT,Pre-somitic mesoderm
S7.2 108h:TCACGGGCAATGTGGG,Paraxial mesoderm
S7.2 108h:CGGGCATGTATACCCA,Pre-somitic mesoderm
S7.2 108h:TGCACGGAGTCGCCCA,Paraxial mesoderm
S7.2 108h:TGTTTGTAGTGTACCT,Caudal mesoderm
S7.2 108h:CTGCATCCAGACCAAG,Pre-somitic mesoderm
S7.2 108h:GGGACTCTCGATGCTA,Pre-somitic mesoderm
S7.2 108h:CTGATCCGTAGCGTCC,Paraxial mesoderm
S7.2 108h:ATCACAGAGAAACACT,Ectopic pluripotency
S7.2 108h:CAACCAATCCGTTGAA,Caudal mesoderm
S7.2 108h:AGGGTGATCCGCAACG,Pre-somitic mesoderm
S7.2 108h:TTGAACGGTGCAACGA,Ectopic pluripotency
S7.2 108h:GTAATGCCAGAGTGTG,Paraxial mesoderm
S7.2 108h:CTCAAGACAGTATACC,Pre-somitic mesoderm
S7.2 108h:AACAACCTCTGCCTCA,Gut
S7.2 108h:TGAGGGACAACCAGAG,Ectopic pluripotency
S7.2 108h:TTCCGTGTCTTCACGC,Caudal mesoderm
S7.2 108h:ACTGTGATCCATTCAT,Caudal mesoderm
S7.2 108h:GCTGCAGCAGAGATGC,Caudal mesoderm
S7.2 108h:TTGAGTGAGGTCCTGC,Caudal mesoderm
S7.2 108h:GCCATGGCATGTTACG,Paraxial mesoderm
S7.2 108h:ATCGATGGTCCACAGC,Pre-somitic mesoderm
S7.2 108h:AAACGCTAGTGAGTTA,Ectopic pluripotency
S7.2 108h:GGAGCAAAGAACCCGA,Pre-somitic mesoderm
S7.2 108h:GAGTTACGTCTGATAC,Paraxial mesoderm
S7.2 108h:CATGCTCGTGTGGTCC,Paraxial mesoderm
S7.2 108h:TAAGTCGAGCTAGTTC,Ectopic pluripotency
S7.2 108h:GAAGTAAGTTCAGGTT,Ectopic pluripotency
S7.2 108h:CTCCAACTCGAGTACT,Pre-somitic mesoderm
S7.2 108h:GGGTTATAGTGTTGAA,Pre-somitic mesoderm
S7.2 108h:GAACGTTAGATGCCGA,Gut
S7.2 108h:AACCTTTAGCAAACAT,Pre-somitic mesoderm
S7.2 108h:GGGAGTAAGCACTCTA,Pre-somitic mesoderm
S7.2 108h:TTGCGTCCACCAGCCA,Gut
S7.2 108h:ATGTCTTTCTGGGCCA,Paraxial mesoderm
S7.2 108h:AACCTGATCCCTTGTG,Pre-somitic mesoderm
S7.2 108h:GTACAGTCACGCGTGT,Paraxial mesoderm
S7.2 108h:CTGCATCCATTAGGCT,Pre-somitic mesoderm
S7.2 108h:GAAGCGAAGCAGATAT,Pre-somitic mesoderm
S7.2 108h:AAGACAACAAGAATAC,Caudal mesoderm
S7.2 108h:ATGGAGGTCGGTCGAC,Paraxial mesoderm
S7.2 108h:TTTCAGTTCTGAGAAA,Caudal mesoderm
S7.2 108h:GGCTTTCCACTTTAGG,Caudal mesoderm
S7.2 108h:TTCTGTATCGCCTAGG,Pre-somitic mesoderm
S7.2 108h:TAGCACAAGATGATTG,Paraxial mesoderm
S7.2 108h:CTGTAGAAGTGCTCAT,Pre-somitic mesoderm
S7.2 108h:CTCCTTTGTATGACAA,Pre-somitic mesoderm
S7.2 108h:TGCGATAAGGTATAGT,Pre-somitic mesoderm
S7.2 108h:TTACTGTAGTAACAGT,Paraxial mesoderm
S7.2 108h:AGAGAATCAATGGCCC,Paraxial mesoderm
S7.2 108h:TGGATCAAGGAACATT,Caudal mesoderm
S7.2 108h:TGCATCCAGCATAGGC,Paraxial mesoderm
S7.2 108h:TGTCCCAGTAGGAGGG,Paraxial mesoderm
S7.2 108h:GACCGTGAGCATGAAT,Paraxial mesoderm
S7.2 108h:TACCTCGTCGAGTGGA,Paraxial mesoderm
S7.2 108h:ATTACTCCATACAGGG,Pre-somitic mesoderm
S7.2 108h:GGGTTATCAGCAGTCC,Pre-somitic mesoderm
S7.2 108h:CTCAATTAGACGATAT,Paraxial mesoderm
S7.2 108h:AGACCCGTCTGGAAGG,Caudal mesoderm
S7.2 108h:AACAACCAGTTGGGAC,Exiting naive pluripotency
S7.2 108h:GCCAACGCAACTTGCA,Caudal mesoderm
S7.2 108h:GTCACTCTCAAGCCAT,Paraxial mesoderm
S7.2 108h:CTCAGGGCACGTACTA,Ectopic pluripotency
S7.2 108h:GTGGGAACACCCGTAG,Gut
S7.2 108h:ATACCGATCTCGCCTA,Paraxial mesoderm
S7.2 108h:TGTCAGATCACCATCC,Ectopic pluripotency
S7.2 108h:TGGGTTATCTAAGGAA,Paraxial mesoderm
S7.2 108h:GATAGAAAGACCTCCG,Pre-somitic mesoderm
S7.2 108h:TGGAGGATCCTTATGT,Paraxial mesoderm
S7.2 108h:GTTCATTCAACCGGAA,Pre-somitic mesoderm
S7.2 108h:TCATTACGTGGCGCTT,Pre-somitic mesoderm
S7.2 108h:GGGCTACCATCGCTCT,Paraxial mesoderm
S7.2 108h:GCGATCGCATTCAGGT,Paraxial mesoderm
S7.2 108h:GTGTGATGTACTAACC,Paraxial mesoderm
S7.2 108h:GTTGTAGCACGCGTGT,Caudal mesoderm
S7.2 108h:GCGTTTCCAAGAGAGA,Pre-somitic mesoderm
S7.2 108h:TTTGTTGGTAGAGGAA,Gut
S7.2 108h:TGCATGATCAGACCCG,Caudal mesoderm
S7.2 108h:GCCTGTTTCACGGGAA,Gut
S7.2 108h:TTCTCTCAGTATGAAC,Paraxial mesoderm
S7.2 108h:CCCAACTGTGACATCT,Pre-somitic mesoderm
S7.2 108h:CCGCAAGTCTACGCAA,Pre-somitic mesoderm
S7.2 108h:AGAAATGCAAATAGCA,Pre-somitic mesoderm
S7.2 108h:CCCTCTCTCGGCTGTG,Pre-somitic mesoderm
S7.2 108h:CACTGAAAGTGCCAGA,Caudal mesoderm
S7.2 108h:GGAAGTGAGTAGGCCA,Caudal mesoderm
S7.2 108h:TTTGACTGTCAGCGTC,Gut
S7.2 108h:GTTACCCAGTAGTCTC,Pre-somitic mesoderm
S7.2 108h:CCTGCATAGAGTTCGG,Pre-somitic mesoderm
S7.2 108h:CACACAACAACGTATC,Caudal mesoderm
S7.2 108h:GCCAGTGAGCCTGAAG,Paraxial mesoderm
S7.2 108h:TTACTGTTCCTGTACC,Pre-somitic mesoderm
S7.2 108h:ATTCAGGTCGAGAAAT,Pre-somitic mesoderm
S7.2 108h:CGGAGAACAACCCTAA,Caudal mesoderm
S7.2 108h:AAGGTAAGTCGACTTA,Paraxial mesoderm
S7.2 108h:TGGGCTGCACGACGCT,Ectopic pluripotency
S7.2 108h:GCAGCCAAGGTTGGAC,Pre-somitic mesoderm
S7.2 108h:CATGCCTTCGCGATCG,Pre-somitic mesoderm
S7.2 108h:TTCCGTGCATTGACTG,Pre-somitic mesoderm
S7.2 108h:CCACGAGCAGAATCGG,Gut
S7.2 108h:ACCCAAACAGGGATAC,Caudal mesoderm
S7.2 108h:TCACACCAGCAGCGAT,Caudal mesoderm
S7.2 108h:CAGATACGTCCAATCA,Pre-somitic mesoderm
S7.2 108h:TAATTCCAGATGCGAC,Paraxial mesoderm
S7.2 108h:GGGATGACAGAACGCA,Pre-somitic mesoderm
S7.2 108h:CAAGACTCATATGCGT,Pre-somitic mesoderm
S7.2 108h:TACCCGTGTTTCGATG,Caudal mesoderm
S7.2 108h:AATGGAAGTATCCCAA,Paraxial mesoderm
S7.2 108h:TACCCGTCATGTAACC,Paraxial mesoderm
S7.2 108h:AGTCAACGTAGTACGG,Ectopic pluripotency
S7.2 108h:GCCAACGTCCTTCTTC,Paraxial mesoderm
S7.2 108h:CAAGACTGTGTATCCA,Pre-somitic mesoderm
S7.2 108h:TCCTCCCCACTACCCT,Pre-somitic mesoderm
S7.2 108h:GGGAGATGTTCAAAGA,Paraxial mesoderm
S7.2 108h:AAACCCAGTGCCCACA,Pre-somitic mesoderm
S7.2 108h:GATAGCTCACCAATTG,Paraxial mesoderm
S7.2 108h:AACAGGGCAGATACTC,Pre-somitic mesoderm
S7.2 108h:TTCCGTGGTAGGCAAC,Paraxial mesoderm
S7.2 108h:GTGTGATGTTGAGTCT,Pre-somitic mesoderm
S7.2 108h:CGTGAATCAGAAATCA,Caudal mesoderm
S7.2 108h:GGAGGTATCTGGGAGA,Pre-somitic mesoderm
S7.2 108h:GGGCTCATCCAACCAA,Pre-somitic mesoderm
S7.2 108h:ATGTCCCTCCTTCGAC,Paraxial mesoderm
S7.2 108h:TCACACCGTTGTTGAC,Ectopic pluripotency
S7.2 108h:CGAGAAGTCAATCCGA,Caudal mesoderm
S7.2 108h:ACAACCAGTTGCATTG,Pre-somitic mesoderm
S7.2 108h:GAGTTGTTCCAGTTCC,Pre-somitic mesoderm
S7.2 108h:CCACCATCACTGAGGA,Pre-somitic mesoderm
S7.2 108h:AAAGGATTCCAAGGGA,Pre-somitic mesoderm
S7.2 108h:AATTTCCAGACCATTC,Pre-somitic mesoderm
S7.2 108h:GTTGAACTCGTGTGAT,Paraxial mesoderm
S7.2 108h:GTTAGACCAGCTGAGA,Caudal mesoderm
S7.2 108h:CAACAGTCACGGTGTC,Paraxial mesoderm
S7.2 108h:TCATTCACAAGTGTCT,Paraxial mesoderm
S7.2 108h:TCGTAGAAGCGTTAGG,Paraxial mesoderm
S7.2 108h:TACAACGAGTTCATCG,Paraxial mesoderm
S7.2 108h:CAATCGATCAGTAGGG,Pre-somitic mesoderm
S7.2 108h:TCGGATACACTCAAGT,Pre-somitic mesoderm
S7.2 108h:TGTTCATTCAGTGTCA,Pre-somitic mesoderm
S7.2 108h:ATCGGATGTCGATGCC,Paraxial mesoderm
S7.2 108h:ACAAGCTGTAGGTAGC,Pre-somitic mesoderm
S7.2 108h:ATGTCTTGTGGCGTAA,Pre-somitic mesoderm
S7.2 108h:TATCGCCTCGGTATGT,Caudal mesoderm
S7.2 108h:GTCATGACAGTAGAAT,Pre-somitic mesoderm
S7.2 108h:CTCCAACCATAAGCAA,Caudal mesoderm
S7.2 108h:CATCCGTCAAAGTGTA,Caudal mesoderm
S7.2 108h:ACACAGTTCCACGAAT,Gut
S7.2 108h:CCTCCAAGTTATCTTC,Gut
S7.2 108h:TGCGATAAGCATTGTC,Paraxial mesoderm
S7.2 108h:TGTGATGGTCCTATAG,Pre-somitic mesoderm
S7.2 108h:CTCCATGGTGACCGTC,Pre-somitic mesoderm
S7.2 108h:TTCGCTGCACGGTAGA,Ectopic pluripotency
S7.2 108h:TGGGAGACAAATTGGA,Pre-somitic mesoderm
S7.2 108h:TGTTACTAGCTGAGCA,Pre-somitic mesoderm
S7.2 108h:GGTAGAGAGGTAAGAG,Paraxial mesoderm
S7.2 108h:ATCCATTAGATCACCT,Caudal mesoderm
S7.2 108h:TCCGGGACAAAGGGTC,Pre-somitic mesoderm
S7.2 108h:AGGTAGGCACTGCTTC,Paraxial mesoderm
S7.2 108h:TGTCAGATCTGGGCAC,Paraxial mesoderm
S7.2 108h:CTGTACCTCGCCAGAC,Ectopic pluripotency
S7.2 108h:GCTTGGGCAGCAATTC,Pre-somitic mesoderm
S7.2 108h:AGACAGGGTCAGGTAG,Paraxial mesoderm
S7.2 108h:CGTGAATTCCTTATAC,Gut
S7.2 108h:CCTAAGACAGACGCTC,Paraxial mesoderm
S7.2 108h:CATTCATTCCGTTGGG,Pre-somitic mesoderm
S7.2 108h:CGCAGGTCAGACCTGC,Caudal mesoderm
S7.2 108h:ATCGGCGCAGAAGCTG,Pre-somitic mesoderm
S7.2 108h:GAGACCCCATTGCAAC,Paraxial mesoderm
S7.2 108h:TAACCAGGTCGCTCGA,Gut
S7.2 108h:TGGTACAGTAGAGACC,Paraxial mesoderm
S7.2 108h:CCTCAACTCGTAGGGA,Pre-somitic mesoderm
S7.2 108h:CGAGGAACACAAGTGG,Pre-somitic mesoderm
S7.2 108h:GGTCACGAGCCAAGTG,Caudal mesoderm
S7.2 108h:CAATGACGTGGCGCTT,Pre-somitic mesoderm
S7.2 108h:TCTCCGAGTGCAATGG,Pre-somitic mesoderm
S7.2 108h:TAGGTACAGTAAGACT,Caudal mesoderm
S7.2 108h:CTCATTATCAAATAGG,Pre-somitic mesoderm
S7.2 108h:CTCAGAAAGGCGAACT,Paraxial mesoderm
S7.2 108h:CAAAGAAAGGAGTCTG,Paraxial mesoderm
S7.2 108h:GTTACAGCAGAGAAAG,Ectopic pluripotency
S7.2 108h:CCTACGTAGGGAACAA,Paraxial mesoderm
S7.2 108h:CGTTGGGCACAAGCCC,Paraxial mesoderm
S7.2 108h:GAAGGGTCAACTGGTT,Pre-somitic mesoderm
S7.2 108h:CCTCCAAGTATGAGAT,Caudal mesoderm
S7.2 108h:TCTACCGGTGAATTGA,Pre-somitic mesoderm
S7.2 108h:CTCTCAGAGAAGTCTA,Paraxial mesoderm
S7.2 108h:CTCCAACAGCTGAGTG,Pre-somitic mesoderm
S7.2 108h:TCCACCACAGCTGTGC,Pre-somitic mesoderm
S7.2 108h:CGAAGTTGTTCAGTAC,Paraxial mesoderm
S7.2 108h:CAATCGAGTCAACCAT,Paraxial mesoderm
S7.2 108h:TTCACGCAGCAACAGC,Pre-somitic mesoderm
S7.2 108h:CACGTGGTCCCGAAAT,Pre-somitic mesoderm
S7.2 108h:ATCACAGCAAGACCGA,Pre-somitic mesoderm
S7.2 108h:TTCCTTCGTAGAGTTA,Caudal mesoderm
S7.2 108h:CATGGTATCCATTGTT,Paraxial mesoderm
S7.2 108h:CTTTCGGCACCAAATC,Paraxial mesoderm
S7.2 108h:CCACTTGAGCCTCTTC,Pre-somitic mesoderm
S7.2 108h:GGCGTCACACGCGCTA,Paraxial mesoderm
S7.2 108h:CTGGTCTGTTGGTACT,Paraxial mesoderm
S7.2 108h:ACCGTTCCAGCTGAAG,Gut
S7.2 108h:TCGACGGCACCTGATA,Paraxial mesoderm
S7.2 108h:CTTCAATAGTATGGAT,Pre-somitic mesoderm
S7.2 108h:GTTGTAGCACGGAAGT,Ectopic pluripotency
S7.2 108h:TATTTCGGTCTGTGCG,Pre-somitic mesoderm
S7.2 108h:TTTCAGTGTACAAAGT,Paraxial mesoderm
S7.2 108h:TGTTCCGTCATTTGTC,Pre-somitic mesoderm
S7.2 108h:GAGTCATGTGGTTCTA,Caudal mesoderm
S7.2 108h:GGGACCTCAAGGTACG,Pre-somitic mesoderm
S7.2 108h:ACTTTCAGTCCTCATC,Pre-somitic mesoderm
S7.2 108h:CATGCAAGTACTGTTG,Pre-somitic mesoderm
S7.2 108h:CCCGGAAAGGCATCAG,Paraxial mesoderm
S7.2 108h:TTTGGAGCACTACCCT,Pre-somitic mesoderm
S7.2 108h:CCGTGAGCACAATGCT,Pre-somitic mesoderm
S7.2 108h:ATTCATCAGGAGCAAA,Paraxial mesoderm
S7.2 108h:AACCATGAGACATAGT,Caudal mesoderm
S7.2 108h:ATACCGAAGTGTTCAC,Pre-somitic mesoderm
S7.2 108h:ACTTAGGCAAGTATCC,Paraxial mesoderm
S7.2 108h:GTGTGGCCACACACTA,Pre-somitic mesoderm
S7.2 108h:CTTCGGTTCCGCGATG,Gut
S7.2 108h:TTTAGTCAGCCATTCA,Paraxial mesoderm
S7.2 108h:CAGCAATCATCCTAAG,Pre-somitic mesoderm
S7.2 108h:AACCTGATCGTGGGTC,Pre-somitic mesoderm
S7.2 108h:ATTTACCCAACTGAAA,Paraxial mesoderm
S7.2 108h:ATATCCTCAAATCAAG,Pre-somitic mesoderm
S7.2 108h:GGGCGTTGTGCGAGTA,Pre-somitic mesoderm
S7.2 108h:AGTACTGTCCCATAAG,Caudal mesoderm
S7.2 108h:AGAGAGCCACTGCATA,Pre-somitic mesoderm
S7.2 108h:GACATCATCCCATAGA,Ectopic pluripotency
S7.2 108h:TCCTCTTTCTTAGCCC,Caudal mesoderm
S7.2 108h:GACTATGAGCGTGTCC,Paraxial mesoderm
S7.2 108h:GGCAGTCCAAATGGAT,Pre-somitic mesoderm
S7.2 108h:GTCCCATCAAGAGGTC,Pre-somitic mesoderm
S7.2 108h:ACACAGTGTGAGTCAG,Pre-somitic mesoderm
S7.2 108h:TGATTCTAGGGCAGAG,Pre-somitic mesoderm
S7.2 108h:TACCCACTCGGAATGG,Pre-somitic mesoderm
S7.2 108h:GCTTGGGGTGTTAACC,Pre-somitic mesoderm
S7.2 108h:ACATTTCCACGTAGTT,Pre-somitic mesoderm
S7.2 108h:AAATGGAAGCTTAGTC,Pre-somitic mesoderm
S7.2 108h:TTCATGTCAGCAGTTT,Paraxial mesoderm
S7.2 108h:GGTGTCGGTTGCCAAT,Paraxial mesoderm
S7.2 108h:TGAGCGCGTCCAGCGT,Pre-somitic mesoderm
S7.2 108h:GTAGTACCAAACCGGA,Paraxial mesoderm
S7.2 108h:TTGTGGAGTGAATGAT,Pre-somitic mesoderm
S7.2 108h:CGCCAGAGTGAGTAGC,Pre-somitic mesoderm
S7.2 108h:CTCTCAGGTGCTCGTG,Caudal mesoderm
S7.2 108h:TCATCCGAGCGTGCTC,Pre-somitic mesoderm
S7.2 108h:AAGGTAAGTCAGGAGT,Pre-somitic mesoderm
S7.2 108h:TACTTACAGAGAATCT,Paraxial mesoderm
S7.2 108h:CTCACTGGTTCTCAGA,Paraxial mesoderm
S7.2 108h:TCGCTCAAGCCAACCC,Pre-somitic mesoderm
S7.2 108h:CAACAGTAGCTTAAGA,Paraxial mesoderm
S7.2 108h:CATCAAGGTAGTTCCA,Paraxial mesoderm
S7.2 108h:TTAGGCACATGGGTCC,Paraxial mesoderm
S7.2 108h:GCGATCGGTCATCAGT,Pre-somitic mesoderm
S7.2 108h:GTAGGAGGTACCTATG,Pre-somitic mesoderm
S7.2 108h:GAAGCCCAGATCCAAA,Caudal mesoderm
S7.2 108h:TGATCAGGTGCCGGTT,Paraxial mesoderm
S7.2 108h:ACTGCAACAGCTGTTA,Gut
S7.2 108h:TAGGTTGCAGAACATA,Pre-somitic mesoderm
S7.2 108h:CCAATTTGTTATGGTC,Pre-somitic mesoderm
S7.2 108h:GACCCAGAGGGTGGGA,Caudal mesoderm
S7.2 108h:TGTGGCGAGCCAGACA,Gut
S7.2 108h:GACCTTCAGCAATTAG,Gut
S7.2 108h:TTGTGTTGTATTCCTT,Paraxial mesoderm
S7.2 108h:TGCGGCAGTATTCTCT,Pre-somitic mesoderm
S7.2 108h:GACGTTAAGCAGTACG,Caudal mesoderm
S7.2 108h:AGAAGTAGTTGATCGT,Pre-somitic mesoderm
S7.2 108h:CTCGAGGCAAAGACGC,Paraxial mesoderm
S7.2 108h:GGATCTAGTGATACTC,Pre-somitic mesoderm
S7.2 108h:GAGTTTGAGAATCGTA,Pre-somitic mesoderm
S7.2 108h:ACATGCAAGTGAGGTC,Pre-somitic mesoderm
S7.2 108h:AGGGTCCAGGCGTTAG,Pre-somitic mesoderm
S7.2 108h:GTTCGCTAGCCTCGTG,Paraxial mesoderm
S7.2 108h:TATTTCGGTTAGAAGT,Paraxial mesoderm
S7.2 108h:GTCAGCGAGTATCCTG,Pre-somitic mesoderm
S7.2 108h:TTACAGGCAAATCAAG,Caudal mesoderm
S7.2 108h:TGTGGCGTCCCTTGGT,Pre-somitic mesoderm
S7.2 108h:ATATCCTCATCCGTGG,Caudal mesoderm
S7.2 108h:CAGCAATCAATGTTGC,Pre-somitic mesoderm
S7.2 108h:AAGCGAGAGTATGCAA,Paraxial mesoderm
S7.2 108h:TTCCTTCAGTGCCGAA,Pre-somitic mesoderm
S7.2 108h:TATCCTAAGGTATAGT,Pre-somitic mesoderm
S7.2 108h:GTGCAGCTCCATCCGT,Paraxial mesoderm
S7.2 108h:CCGATCTTCCGAGATT,Paraxial mesoderm
S7.2 108h:CCGTTCAAGGTAGCAC,Caudal mesoderm
S7.2 108h:GCTTGGGGTGAACTAA,Paraxial mesoderm
S7.2 108h:GATCACAAGGGAACAA,Paraxial mesoderm
S7.2 108h:CTTACCGGTATTTCGG,Paraxial mesoderm
S7.2 108h:TCGGGCAAGTAGACAT,Paraxial mesoderm
S7.2 108h:GACCTTCAGATGACAT,Pre-somitic mesoderm
S7.2 108h:CCACGTTCAACGGCTC,Ectopic pluripotency
S7.2 108h:AGAAGCGGTGACACGA,Paraxial mesoderm
S7.2 108h:GAGTCATAGTCAGGGT,Paraxial mesoderm
S7.2 108h:TTTCCTCTCGCCAGTG,Paraxial mesoderm
S7.2 108h:CCGTTCACACAAGTGG,Gut
S7.2 108h:ACCCAAAAGGTCACAG,Ectopic pluripotency
S7.2 108h:AGAGCCCTCTCTTGCG,Pre-somitic mesoderm
S7.2 108h:AAGAACAGTATCACGT,Pre-somitic mesoderm
S7.2 108h:CTTAGGATCATCCCGT,Caudal mesoderm
S7.2 108h:AGGGAGTAGGGTGAGG,Caudal mesoderm
S7.2 108h:TTCCGGTTCTTCGTGC,Caudal mesoderm
S7.2 108h:ACGGAAGCAAAGCTCT,Pre-somitic mesoderm
S7.2 108h:GAAGGACGTGCGAGTA,Paraxial mesoderm
S7.2 108h:TGCACGGCATGTAACC,Paraxial mesoderm
S7.2 108h:TTGTTTGAGCCAAGCA,Paraxial mesoderm
S7.2 108h:CTCCGATAGAAAGCGA,Pre-somitic mesoderm
S7.2 108h:TCACATTAGCTAAGTA,Paraxial mesoderm
S7.2 108h:TGTAGACGTATCGAGG,Pre-somitic mesoderm
S7.2 108h:ACAGAAAAGGACTGGT,Caudal mesoderm
S7.2 108h:TTGACCCCATCACGGC,Caudal mesoderm
S7.2 108h:TGGTTAGAGTGCTCAT,Pre-somitic mesoderm
S7.2 108h:CTCCACAAGGGTCTTT,Paraxial mesoderm
S7.2 108h:ATCCCTGCAGACCGCT,Pre-somitic mesoderm
S7.2 108h:TCTTTGATCTGCTAGA,Paraxial mesoderm
S7.2 108h:GAGTGTTAGAATTGTG,Paraxial mesoderm
S7.2 108h:CAGATTGGTGACCGTC,Paraxial mesoderm
S7.2 108h:GGTGTCGAGCAAATGT,Paraxial mesoderm
S7.2 108h:TAGGGTTTCTGTTCAT,Pre-somitic mesoderm
S7.2 108h:CGAATTGAGGATGAGA,Paraxial mesoderm
S7.2 108h:AGGGAGTTCCGCACGA,Caudal mesoderm
S7.2 108h:AGCGCTGAGGGAGGCA,Ectopic pluripotency
S7.2 108h:ATCTTCACACCAGTAT,Caudal mesoderm
S7.2 108h:GCTGAATAGCAGTACG,Paraxial mesoderm
S7.2 108h:CAGCAGCAGCACACCC,Pre-somitic mesoderm
S7.2 108h:GACATCAAGGGTATAT,Pre-somitic mesoderm
S7.2 108h:AGCTACAGTGATTAGA,Paraxial mesoderm
S7.2 108h:ATCGTAGAGTCATGCT,Caudal mesoderm
S7.2 108h:GTTGTAGAGGTGATAT,Pre-somitic mesoderm
S7.2 108h:GTTGTGAGTAGTGTGG,Gut
S7.2 108h:GTGAGGATCAGCAATC,Pre-somitic mesoderm
S7.2 108h:CCGGACATCGGCCTTT,Paraxial mesoderm
S7.2 108h:CGGTCAGAGTCGGGAT,Paraxial mesoderm
S7.2 108h:CAGGCCAGTGGGTCAA,Paraxial mesoderm
S7.2 108h:TCTTTGAGTGATCATC,Paraxial mesoderm
S7.2 108h:GCAGTTATCGACATAC,Pre-somitic mesoderm
S7.2 108h:ATTCCATCAGCAATTC,Paraxial mesoderm
S7.2 108h:GACTATGTCACCATAG,Paraxial mesoderm
S7.2 108h:TGTAAGCAGGAGAGTA,Paraxial mesoderm
S7.2 108h:AACCTGAAGTGATCGG,Ectopic pluripotency
S7.2 108h:GAAGGACAGAGGCTGT,Paraxial mesoderm
S7.2 108h:CCTGCATGTGTCATCA,Caudal mesoderm
S7.2 108h:ATCTCTAAGCGGACAT,Caudal mesoderm
S7.2 108h:TAAGCACCACGCTATA,Pre-somitic mesoderm
S7.2 108h:TCATGAGGTATGATCC,Paraxial mesoderm
S7.2 108h:TCAAGACTCATTACGG,Paraxial mesoderm
S7.2 108h:GAGTCTATCGGTAGAG,Paraxial mesoderm
S7.2 108h:GGGTTATAGGGAGTTC,Caudal mesoderm
S7.2 108h:CGAGTGCTCGCCTTGT,Paraxial mesoderm
S7.2 108h:CAGCACGTCATTGAGC,Pre-somitic mesoderm
S7.2 108h:GTTGAACGTTGGGTTT,Pre-somitic mesoderm
S7.2 108h:TTCGATTCACGTACTA,Pre-somitic mesoderm
S7.2 108h:CCTTGTGCAATGAGCG,Pre-somitic mesoderm
S7.2 108h:GCATCGGTCGGACTGC,Pre-somitic mesoderm
S7.2 108h:TCATTCAAGTATGGCG,Caudal mesoderm
S7.2 108h:TGAATCGTCATGCATG,Gut
S7.2 108h:AGTAGTCGTTTAAGGA,Paraxial mesoderm
S7.2 108h:TGCTTCGCACGCGGTT,Pre-somitic mesoderm
S7.2 108h:CAACAGTAGGATTTGA,Pre-somitic mesoderm
S7.2 108h:TGACAGTTCTGACAGT,Paraxial mesoderm
S7.2 108h:CTGCCATCACTACGGC,Pre-somitic mesoderm
S7.2 108h:CTAACCCTCCTGTAAG,Pre-somitic mesoderm
S7.2 108h:CGGAACCAGGTCGACA,Caudal mesoderm
S7.2 108h:TCTCTGGCATTCCTAT,Ectopic pluripotency
S7.2 108h:CCGTTCATCACCCTGT,Paraxial mesoderm
S7.2 108h:CGTGATATCTGCTGAA,Caudal mesoderm
S7.2 108h:ATCCTATTCCTCACCA,Pre-somitic mesoderm
S7.2 108h:TTCTAGTCATTGTACG,Paraxial mesoderm
S7.2 108h:TCGCTTGCATTACGGT,Pre-somitic mesoderm
S7.2 108h:CTTGAGAGTACGTGAG,Pre-somitic mesoderm
S7.2 108h:CATTGCCTCTATTTCG,Paraxial mesoderm
S7.2 108h:TCAAGACTCCGGTTCT,Paraxial mesoderm
S7.2 108h:CCCGGAAAGTCGCTAT,Paraxial mesoderm
S7.2 108h:TACGGGCAGCACGTCC,Caudal mesoderm
S7.2 108h:AGTGATCGTTCCGCTT,Paraxial mesoderm
S7.2 108h:CCACGTTAGGTATAGT,Paraxial mesoderm
S7.2 108h:CGAGTTAGTGAGTGAC,Caudal mesoderm
S7.2 108h:CTTCTCTGTGTCTTAG,Paraxial mesoderm
S7.2 108h:TGTTGGAAGCAGTCTT,Caudal mesoderm
S7.2 108h:CTGTACCAGTATTAGG,Pre-somitic mesoderm
S7.2 108h:GGAGGATTCCACACCT,Gut
S7.2 108h:TAAGTCGAGCCTATCA,Pre-somitic mesoderm
S7.2 108h:TCGGGACAGTTCTCTT,Pre-somitic mesoderm
S7.2 108h:GGGAGATAGAACGCGT,Paraxial mesoderm
S7.2 108h:ATAGGCTTCAAGAGTA,Pre-somitic mesoderm
S7.2 108h:TACCTCGTCTGCGGCA,Pre-somitic mesoderm
S7.2 108h:GTAGCTATCGACATAC,Pre-somitic mesoderm
S7.2 108h:TTTCACAGTCGCACAC,Paraxial mesoderm
S7.2 108h:GGTGATTTCGAACACT,Paraxial mesoderm
S7.2 108h:CGAGGAAAGTGGACTG,Paraxial mesoderm
S7.2 108h:GTCTCACCAAGGAGTC,Paraxial mesoderm
S7.2 108h:TCGACGGCAGATCCTA,Ectopic pluripotency
S7.2 108h:TGGGCGTAGTTGTCAC,Pre-somitic mesoderm
S7.2 108h:GAAGGGTAGCATACTC,Paraxial mesoderm
S7.2 108h:CTGAATGTCCTTCACG,Pre-somitic mesoderm
S7.2 108h:AGCGTATAGTACGTCT,Pre-somitic mesoderm
S7.2 108h:TTCTTGAAGCTGACAG,Pre-somitic mesoderm
S7.2 108h:TCGCAGGTCGACCCAG,Pre-somitic mesoderm
S7.2 108h:GGGCGTTAGATCCTAC,Pre-somitic mesoderm
S7.2 108h:TTAGGCATCAATCTTC,Pre-somitic mesoderm
S7.2 108h:TACCTCGAGAGGCTGT,Pre-somitic mesoderm
S7.2 108h:CTTCTAATCTAGAGCT,Ectopic pluripotency
S7.2 108h:CGCCATTTCATAGGCT,Pre-somitic mesoderm
S7.2 108h:CTGCCATAGGCACGAT,Paraxial mesoderm
S7.2 108h:GCACTAACAAAGCAAT,Pre-somitic mesoderm
S7.2 108h:TCGAAGTAGAGGATGA,Gut
S7.2 108h:GATTTCTTCCGAGTGC,Caudal mesoderm
S7.2 108h:GTTTGGATCTTAATCC,Paraxial mesoderm
S7.2 108h:GCACGGTTCCTACGAA,Caudal mesoderm
S7.2 108h:TGTTACTGTCGTCATA,Pre-somitic mesoderm
S7.2 108h:TGTGGCGTCACAGAGG,Pre-somitic mesoderm
S7.2 108h:TCCACCACAAAGGATT,Pre-somitic mesoderm
S7.2 108h:CCTATCGGTCACTTAG,Paraxial mesoderm
S7.2 108h:CGTAAGTGTCGCAACC,Pre-somitic mesoderm
S7.2 108h:AGATGCTGTTGGCCGT,Pre-somitic mesoderm
S7.2 108h:GATGGAGGTACTCGAT,Pre-somitic mesoderm
S7.2 108h:GCTTGGGCACGACGTC,Gut
S7.2 108h:AGAGAATAGTCACTAC,Caudal mesoderm
S7.2 108h:CGAATTGTCACCTGTC,Caudal mesoderm
S7.2 108h:GCTTCACGTACGAAAT,Pre-somitic mesoderm
S7.2 108h:GCTACAAGTGTCTTAG,Paraxial mesoderm
S7.2 108h:CATAAGCTCCCGAGAC,Pre-somitic mesoderm
S7.2 108h:TTCAGGAGTATTGACC,Paraxial mesoderm
S7.2 108h:GCATGATCACTCCCTA,Caudal mesoderm
S7.2 108h:TCCTGCAAGCCTGACC,Pre-somitic mesoderm
S7.2 108h:TCTATCAAGAAACACT,Gut
S7.2 108h:CGTGAATCAGTCCGTG,Pre-somitic mesoderm
S7.2 108h:GTCGTTCCACTACCCT,Pre-somitic mesoderm
S7.2 108h:AAACGAACACTTTATC,Pre-somitic mesoderm
S7.2 108h:GACCGTGCAAAGGCGT,Paraxial mesoderm
S7.2 108h:GCCTGTTGTACGGGAT,Caudal mesoderm
S7.2 108h:ATACCGAGTAGCTAAA,Pre-somitic mesoderm
S7.2 108h:TCGCACTTCGTCCATC,Pre-somitic mesoderm
S7.2 108h:TTGCTGCAGAGCCTGA,Caudal mesoderm
S7.2 108h:TTAGGCATCCTGTTGC,Pre-somitic mesoderm
S7.2 108h:TCGGGTGGTCACGCTG,Paraxial mesoderm
S7.2 108h:TACTTACGTCGAGATG,Pre-somitic mesoderm
S7.2 108h:GACAGCCTCTCAGAAC,Pre-somitic mesoderm
S7.2 108h:CAGAGCCTCAAGTCTG,Pre-somitic mesoderm
S7.2 108h:CCGGACATCCTTGAAG,Pre-somitic mesoderm
S7.2 108h:AGGTGTTAGCACTGGA,Pre-somitic mesoderm
S7.2 108h:ATGGATCAGCTGCGAA,Caudal mesoderm
S7.2 108h:CACTTCGGTGCAATAA,Paraxial mesoderm
S7.2 108h:TCGAACAAGACGCAGT,Pre-somitic mesoderm
S7.2 108h:TTTGATCTCGCTCCTA,Paraxial mesoderm
S7.2 108h:ATTCAGGGTGTCGCTG,Caudal mesoderm
S7.2 108h:CAATCGAAGGCTTCCG,Pre-somitic mesoderm
S7.2 108h:ATGGAGGGTACTAAGA,Caudal mesoderm
S7.2 108h:GGGCTACTCCTTCTTC,Pre-somitic mesoderm
S7.2 108h:GGGCTACTCTGTCGTC,Paraxial mesoderm
S7.2 108h:TGCCGAGCAGTTGTTG,Caudal mesoderm
S7.2 108h:TTAGTCTAGAAATCCA,Caudal mesoderm
S7.2 108h:GTTGCTCCACTTACAG,Pre-somitic mesoderm
S7.2 108h:TCCAGAATCAGAGCGA,Pre-somitic mesoderm
S7.2 108h:CATTGAGTCGGCCTTT,Pre-somitic mesoderm
S7.2 108h:ATGTCTTCAGTGGTGA,Pre-somitic mesoderm
S7.2 108h:CCCTGATAGTACTGTC,Gut
S7.2 108h:GGGCCATTCATCTACT,Gut
S7.2 108h:AGTTAGCCACAAAGTA,Paraxial mesoderm
S7.2 108h:CACAGATCAGTGCGCT,Paraxial mesoderm
S7.2 108h:CGTGCTTGTTGTGGCC,Pre-somitic mesoderm
S7.2 108h:CATGCTCTCGGCTTGG,Caudal mesoderm
S7.2 108h:CGTAAGTTCAGCTGTA,Gut
S7.2 108h:CACACAAAGCCGTTGC,Pre-somitic mesoderm
S7.2 108h:TATCAGGGTCCCTAAA,Paraxial mesoderm
S7.2 108h:TGCACGGGTTGTAGCT,Pre-somitic mesoderm
S7.2 108h:CTCAGTCGTCGCATCG,Pre-somitic mesoderm
S7.2 108h:AGTAGCTAGTTCGCAT,Pre-somitic mesoderm
S7.2 108h:TTTGGTTAGGAACGCT,Pre-somitic mesoderm
S7.2 108h:CAACAGTTCGATGCTA,Paraxial mesoderm
S7.2 108h:TTTATGCCAAGGATGC,Caudal mesoderm
S7.2 108h:CTCCTCCCACAGCATT,Gut
S7.2 108h:CATTGAGTCCATCGTC,Pre-somitic mesoderm
S7.2 108h:CGTCCATAGGCTTCCG,Caudal mesoderm
S7.2 108h:TGGATGTCAACTACGT,Pre-somitic mesoderm
S7.2 108h:TGTTGAGTCTCGGGAC,Paraxial mesoderm
S7.2 108h:TCTCCGAGTGGTCCCA,Pre-somitic mesoderm
S7.2 108h:CGTCAAATCTTCGTAT,Pre-somitic mesoderm
S7.2 108h:CGGCAGTGTCTTCGAA,Caudal mesoderm
S7.2 108h:CGACAGCTCGTGGACC,Pre-somitic mesoderm
S7.2 108h:CGGCAGTGTCTCACGG,Pre-somitic mesoderm
S7.2 108h:CATGCTCGTATCGAGG,Pre-somitic mesoderm
S7.2 108h:AGAACAACAGCTACAT,Paraxial mesoderm
S7.2 108h:GATAGCTAGGCTCACC,Paraxial mesoderm
S7.2 108h:GATGACTTCCCGTTCA,Paraxial mesoderm
S7.2 108h:GAGGCCTGTCCAGGTC,Pre-somitic mesoderm
S7.2 108h:TACTTCAAGTTGGCGA,Pre-somitic mesoderm
S7.2 108h:CAATGACTCCACAGCG,Caudal mesoderm
S7.2 108h:CCTCAACAGAACGTGC,Caudal mesoderm
S7.2 108h:AGTTCGATCGGCTATA,Caudal mesoderm
S7.2 108h:CCTCTCCCACCGGCTA,Pre-somitic mesoderm
S7.2 108h:AGTCATGAGCGTGTTT,Pre-somitic mesoderm
S7.2 108h:ATACCGAGTGTTCCAA,Pre-somitic mesoderm
S7.2 108h:CATTGCCTCAGCTTCC,Paraxial mesoderm
S7.2 108h:ATCCATTCATCATTGG,Paraxial mesoderm
S7.2 108h:CGATCGGCACGACTAT,Paraxial mesoderm
S7.2 108h:AGAAGTAAGGTTCACT,Paraxial mesoderm
S7.2 108h:ATTCAGGAGACCAAGC,Gut
S7.2 108h:GAGAAATGTCACATTG,Gut
S7.2 108h:CTTTCGGGTCTGCGCA,Caudal mesoderm
S7.2 108h:CTGGCAGGTTCAAGTC,Caudal mesoderm
S7.2 108h:GTCCACTAGGATAATC,Pre-somitic mesoderm
S7.2 108h:GGGTTTACATTGAAAG,Pre-somitic mesoderm
S7.2 108h:GGGTCACGTAATCAAG,Pre-somitic mesoderm
S7.2 108h:AGTTCCCCAAGTCATC,Paraxial mesoderm
S7.2 108h:AGTTCCCAGACTCGAG,Caudal mesoderm
S7.2 108h:AGGTTGTAGTGCAAAT,Ectopic pluripotency
S7.2 108h:TCGCTCAAGACGGAAA,Paraxial mesoderm
S7.2 108h:CTGTAGAAGCCGATCC,Paraxial mesoderm
S7.2 108h:ATTACTCAGTGACACG,Pre-somitic mesoderm
S7.2 108h:AGATAGAAGGCGACAT,Pre-somitic mesoderm
S7.2 108h:TACTTCAAGCGTATGG,Caudal mesoderm
S7.2 108h:TAACACGGTCTAGGTT,Pre-somitic mesoderm
S7.2 108h:CAATACGTCAGAGTGG,Pre-somitic mesoderm
S7.2 108h:CAGAGCCTCAGGACAG,Paraxial mesoderm
S7.2 108h:AATGACCGTATAGGGC,Caudal mesoderm
S7.2 108h:GATAGAAAGTGGCAGT,Pre-somitic mesoderm
S7.2 108h:GTCTGTCGTATCCCTC,Pre-somitic mesoderm
S7.2 108h:ATGAAAGGTCCCACGA,Ectopic pluripotency
S7.2 108h:CAGATACTCAAAGAAC,Paraxial mesoderm
S7.2 108h:GAGTCATCATGTTCGA,Pre-somitic mesoderm
S7.2 108h:GTTCTATAGTACAGCG,Pre-somitic mesoderm
S7.2 108h:AGAAGTACACACCTGG,Paraxial mesoderm
S7.2 108h:TGGATGTGTGTTCCAA,Paraxial mesoderm
S7.2 108h:CGCCAGAAGCGATCGA,Pre-somitic mesoderm
S7.2 108h:TCCCACAAGAGGTTAT,Paraxial mesoderm
S7.2 108h:GAAGAATCACCTGTCT,Pre-somitic mesoderm
S7.2 108h:GAGTCTAAGCAGTAAT,Ectopic pluripotency
S7.2 108h:AATCGTGCACCTGTCT,Paraxial mesoderm
S7.2 108h:TCACTCGTCCGATGCG,Pre-somitic mesoderm
S7.2 108h:TACGTCCAGATGCAGC,Pre-somitic mesoderm
S7.2 108h:AGTCAACCAGTCTCTC,Pre-somitic mesoderm
S7.2 108h:CAGGTATTCTAAACGC,Pre-somitic mesoderm
S7.2 108h:GCATGATGTGCATACT,Pre-somitic mesoderm
S7.2 108h:CTGAGGCAGCAGGGAG,Caudal mesoderm
S7.2 108h:TTACGTTCAGCTACCG,Paraxial mesoderm
S7.2 108h:CACGTTCTCCAGCAAT,Pre-somitic mesoderm
S7.2 108h:TTCCAATCAGACAAAT,Gut
S7.2 108h:GCCAGCAGTTACCGTA,Caudal mesoderm
S7.2 108h:GTCGTTCTCCCGTTCA,Paraxial mesoderm
S7.2 108h:TGTTTGTGTCGATGCC,Paraxial mesoderm
S7.2 108h:GCATCGGCAACAAAGT,Pre-somitic mesoderm
S7.2 108h:GGGAGATTCCTATTGT,Paraxial mesoderm
S7.2 108h:GTAAGTCCAGCAATTC,Pre-somitic mesoderm
S7.2 108h:GCTACAAGTAGCTTGT,Pre-somitic mesoderm
S7.2 108h:TAAGCGTCAAGCTGTT,Pre-somitic mesoderm
S7.2 108h:ATTCAGGCAGGGTTGA,Pre-somitic mesoderm
S7.2 108h:AGTTCCCAGTAGATCA,Pre-somitic mesoderm
S7.2 108h:ACATGCAAGCACCGTC,Pre-somitic mesoderm
S7.2 108h:GCGTTTCAGGGTTAAT,Paraxial mesoderm
S7.2 108h:GACTCAATCCAAAGGG,Paraxial mesoderm
S7.2 108h:TCGTCCACAGTGTATC,Hemogenic endothelium
S7.2 108h:TTCGATTAGACATAAC,Paraxial mesoderm
S7.2 108h:TTAGGGTTCCTGTTGC,Pre-somitic mesoderm
S7.2 108h:ACGTTCCTCCGCGAGT,Paraxial mesoderm
S7.2 108h:AACACACAGAGTCAGC,Paraxial mesoderm
S7.2 108h:AGACCATTCCCATGGG,Caudal mesoderm
S7.2 108h:ACGGTTAGTGCAACGA,Paraxial mesoderm
S7.2 108h:TGATTTCTCGGTTCAA,Gut
S7.2 108h:ATTCCTACAGAACTTC,Pre-somitic mesoderm
S7.2 108h:TGAGGGATCATTCTTG,Caudal mesoderm
S7.2 108h:TCCAGAAGTGCACAAG,Paraxial mesoderm
S7.2 108h:CACAGGCCAGGACGAT,Paraxial mesoderm
S7.2 108h:GATGAGGGTAGGCTCC,Pre-somitic mesoderm
S7.2 108h:TCAATCTGTCCTTGTC,Pre-somitic mesoderm
S7.2 108h:ATCGTCCTCACTGCTC,Caudal mesoderm
S7.2 108h:CAACAACCAGAGACTG,Paraxial mesoderm
S7.2 108h:AGAGAATTCATAGGCT,Paraxial mesoderm
S7.2 108h:GTAATCGAGTAGGGTC,Pre-somitic mesoderm
S7.2 108h:AGGGTGACATAAGCGG,Gut
S7.2 108h:GGGACTCCATCACAGT,Caudal mesoderm
S7.2 108h:CAGGCCATCTGAATGC,Paraxial mesoderm
S7.2 108h:CATACTTCAACGTAAA,Gut
S7.2 108h:TGGTTAGGTTCTTGTT,Pre-somitic mesoderm
S7.2 108h:GCCCAGATCGGTCAGC,Paraxial mesoderm
S7.2 108h:CCTAACCCAGAACTTC,Pre-somitic mesoderm
S7.2 108h:CGGGACTAGTTGTACC,Pre-somitic mesoderm
S7.2 108h:CCTACGTCAGAGGGTT,Paraxial mesoderm
S7.2 108h:CCTCAACCAGGAACCA,Pre-somitic mesoderm
S7.2 108h:TGAATGCAGGTGGCTA,Caudal mesoderm
S7.2 108h:GGAACCCAGGCTTAAA,Pre-somitic mesoderm
S7.2 108h:TGTTCATTCAGTCCGG,Pre-somitic mesoderm
S7.2 108h:TCAGTGATCCATGATG,Paraxial mesoderm
S7.2 108h:CTGCCTAGTAAGGAGA,Caudal mesoderm
S7.2 108h:GAGATGGAGTGCCGAA,Paraxial mesoderm
S7.2 108h:CGATGGCTCTATCGGA,Pre-somitic mesoderm
S7.2 108h:TGGGAAGCATCTAACG,Somite differentiation front
S7.2 108h:GACGTTATCTATCCAT,Caudal mesoderm
S7.2 108h:CAAGCTATCGTGGAAG,Pre-somitic mesoderm
S7.2 108h:GGCAGTCAGCCATTCA,Paraxial mesoderm
S7.2 108h:AGAAGCGCAACTGTGT,Caudal mesoderm
S7.2 108h:GTCATCCAGTTCGCAT,Caudal mesoderm
S7.2 108h:CAACCTCGTGAATGTA,Paraxial mesoderm
S7.2 108h:ATTCTTGAGCTAAGTA,Paraxial mesoderm
S7.2 108h:AGTCTCCAGTCACTCA,Paraxial mesoderm
S7.2 108h:GAGTTGTTCCATATGG,Pre-somitic mesoderm
S7.2 108h:TGTGATGGTGTCCGTG,Pre-somitic mesoderm
S7.2 108h:ATCGCCTCACAAAGCG,Paraxial mesoderm
S7.2 108h:TGGTAGTCACGCAGTC,Caudal mesoderm
S7.2 108h:GGTCTGGCATTGTGCA,Pre-somitic mesoderm
S7.2 108h:CATCCCAAGCAAACAT,Ectopic pluripotency
S7.2 108h:GTAATCGAGAGGCGTT,Gut
S7.2 108h:TTTCCTCCACAAATAG,Paraxial mesoderm
S7.2 108h:GTTTACTGTACGGCAA,Caudal mesoderm
S7.2 108h:TCATTACAGCCGTTGC,Pre-somitic mesoderm
S7.2 108h:CTGGACGTCTGTCAGA,Paraxial mesoderm
S7.2 108h:ACTATCTCATCGATAC,Pre-somitic mesoderm
S7.2 108h:GCCAACGGTAGCTGAG,Pre-somitic mesoderm
S7.2 108h:CTCAGTCTCATAAGGA,Paraxial mesoderm
S7.2 108h:TCGGGCAGTCTACAAC,Caudal mesoderm
S7.2 108h:GTACAGTTCCTTCGAC,Pre-somitic mesoderm
S7.2 108h:TGATGCATCGGTCAGC,Gut
S7.2 108h:CGATGGCAGCATCCCG,Caudal mesoderm
S7.2 108h:GCTCAAAGTAGTCGGA,Pre-somitic mesoderm
S7.2 108h:ATCGATGTCTCATTTG,Paraxial mesoderm
S7.2 108h:CTTACCGAGGAATGTT,Pre-somitic mesoderm
S7.2 108h:TCACTATTCAGACTGT,Caudal mesoderm
S7.2 108h:AGACCCGTCGGATACT,Paraxial mesoderm
S7.2 108h:AGTAGCTTCATTGTTC,Pre-somitic mesoderm
S7.2 108h:TTACTGTGTTGGAGGT,Paraxial mesoderm
S7.2 108h:ACATCGAGTAGGTAGC,Pre-somitic mesoderm
S7.2 108h:TGGGCGTCAAATTAGG,Ectopic pluripotency
S7.2 108h:GAAGCCCTCAAGTAAG,Paraxial mesoderm
S7.2 108h:TTTCGATCACACCTAA,Gut
S7.2 108h:CATACTTAGGTGCAGT,Paraxial mesoderm
S7.2 108h:GAGCTGCGTGCAAGAC,Caudal mesoderm
S7.2 108h:TCGGGACGTGGCCACT,Caudal mesoderm
S7.2 108h:GCATCGGCACGTTCGG,Pre-somitic mesoderm
S7.2 108h:TGCACGGTCTGGGAGA,Caudal mesoderm
S7.2 108h:AACAAGAGTGGTCTCG,Gut
S7.2 108h:TATCAGGAGATACCAA,Pre-somitic mesoderm
S7.2 108h:CGCGTGACATCCGATA,Paraxial mesoderm
S7.2 108h:AGGCATTGTCCCGCAA,Pre-somitic mesoderm
S7.2 108h:AAAGGATCACCTCTAC,Paraxial mesoderm
S7.2 108h:AGTAGTCTCCTATTTG,Paraxial mesoderm
S7.2 108h:ACATGCATCGCCTTTG,Pre-somitic mesoderm
S7.2 108h:TACCTGCGTTCTCGCT,Gut
S7.2 108h:TTGGGCGGTAGACACG,Pre-somitic mesoderm
S7.2 108h:CTGTAGACAGACCAAG,Caudal mesoderm
S7.2 108h:TGAGGTTCAGTCGCTG,Pre-somitic mesoderm
S7.2 108h:TCTTCCTCAAGGTCGA,Pre-somitic mesoderm
S7.2 108h:TGCTTCGAGGCTAACG,Caudal mesoderm
S7.2 108h:GGTCACGCATCACGGC,Paraxial mesoderm
S7.2 108h:GTCTTTACAAGTACCT,Pre-somitic mesoderm
S7.2 108h:GTTATGGCAGTTTGGT,Paraxial mesoderm
S7.2 108h:ATAGAGACAACACTAC,Pre-somitic mesoderm
S7.2 108h:ACCTACCAGGTCCGAA,Pre-somitic mesoderm
S7.2 108h:AATGGCTTCGGAAGGT,Pre-somitic mesoderm
S7.2 108h:AAGGAATCAGACCTAT,Pre-somitic mesoderm
S7.2 108h:TCGTAGAGTCTCTCAC,Paraxial mesoderm
S7.2 108h:CTGCATCAGGAACGAA,Paraxial mesoderm
S7.2 108h:AGTTCGAGTGCACGCT,Pre-somitic mesoderm
S7.2 108h:TTCATGTTCTAAGAAG,Paraxial mesoderm
S7.2 108h:GCATCGGCATCCCGTT,Caudal mesoderm
S7.2 108h:GCTACAAAGGAAAGTG,Gut
S7.2 108h:GAAACCTTCTCGCGTT,Paraxial mesoderm
S7.2 108h:TCGGTCTGTTTCGTGA,Paraxial mesoderm
S7.2 108h:ACGGAAGCACAGCTTA,Pre-somitic mesoderm
S7.2 108h:TCAAGCAAGTACTCGT,Pre-somitic mesoderm
S7.2 108h:GATGACTTCTGTCAGA,Paraxial mesoderm
S7.2 108h:TGATTTCGTGTCATCA,Caudal mesoderm
S7.2 108h:TTCTGTATCTTAGGAC,Pre-somitic mesoderm
S7.2 108h:GAGAAATAGGTTCCAT,Pre-somitic mesoderm
S7.2 108h:TGTGCGGTCGAGAGCA,Pre-somitic mesoderm
S7.2 108h:CCACGTTCATCGAAGG,Pre-somitic mesoderm
S7.2 108h:GGGCGTTAGGTTGTTC,Pre-somitic mesoderm
S7.2 108h:TGTGATGAGCCGCTTG,Pre-somitic mesoderm
S7.2 108h:ACTGTCCGTTTGAACC,Caudal mesoderm
S7.2 108h:GACTATGGTGGTCTGC,Pre-somitic mesoderm
S7.2 108h:TCGCTTGCAGGCCTGT,Pre-somitic mesoderm
S7.2 108h:AGTCACAGTCGCTCGA,Pre-somitic mesoderm
S7.2 108h:GTTAGACCATCTCAAG,Pre-somitic mesoderm
S7.2 108h:GAGTGTTCAGAGAATT,Pre-somitic mesoderm
S7.2 108h:TGCGGGTAGGGAGTTC,Paraxial mesoderm
S7.2 108h:TCATTGTCAAGCGCTC,Paraxial mesoderm
S7.2 108h:TTGACCCAGTGGTTAA,Gut
S7.2 108h:CGGGTGTGTTCTGACA,Paraxial mesoderm
S7.2 108h:ACGATGTCAAGCGCTC,Caudal mesoderm
S7.2 108h:AAAGGGCCAGCCGTCA,Pre-somitic mesoderm
S7.2 108h:TCGATTTTCCATCTAT,Caudal mesoderm
S7.2 108h:GTCCTCACATTCAGGT,Paraxial mesoderm
S7.2 108h:CAACGATTCAAGCCGC,Paraxial mesoderm
S7.2 108h:TCGAAGTCAGGTTTAC,Paraxial mesoderm
S7.2 108h:AACGGGAGTGCAGGAT,Pre-somitic mesoderm
S7.2 108h:CTCATGCCATGCGGTC,Pre-somitic mesoderm
S7.2 108h:TCCCAGTGTCCACAGC,Paraxial mesoderm
S7.2 108h:GACACGCCATACTGAC,Paraxial mesoderm
S7.2 108h:GTGAGCCGTCGCACAC,Paraxial mesoderm
S7.2 108h:ACATTTCGTCAAGGCA,Paraxial mesoderm
S7.2 108h:TAGGAGGGTCTCGGGT,Pre-somitic mesoderm
S7.2 108h:TTGCTGCTCGGATACT,Paraxial mesoderm
S7.2 108h:CAACGATGTAGAATAC,Pre-somitic mesoderm
S7.2 108h:TACAGGTAGAGTTCGG,Pre-somitic mesoderm
S7.2 108h:TGGGAAGCAAATGCGG,Pre-somitic mesoderm
S7.2 108h:AGTTAGCTCTCGACGG,Caudal mesoderm
S7.2 108h:GTGAGCCTCTACCAGA,Pre-somitic mesoderm
S7.2 108h:GGGTGAACACTGAGGA,Pre-somitic mesoderm
S7.2 108h:CCAATGAAGCGTATAA,Paraxial mesoderm
S7.2 108h:CATTCATTCAAACGTC,Paraxial mesoderm
S7.2 108h:GATAGCTAGTCACACT,Pre-somitic mesoderm
S7.2 108h:GCCAGCACAGCAAGAC,Gut
S7.2 108h:TTGTTGTAGTGCGTCC,Paraxial mesoderm
S7.2 108h:AAAGGATCATCGGATT,Caudal mesoderm
S7.2 108h:AAGACAAAGCCTCTTC,Pre-somitic mesoderm
S7.2 108h:CACTGTCGTATGGTAA,Paraxial mesoderm
S7.2 108h:AGGGAGTCAAGTTCCA,Paraxial mesoderm
S7.2 108h:ATACCTTGTACCATAC,Paraxial mesoderm
S7.2 108h:ACAAAGAGTGACTATC,Caudal mesoderm
S7.2 108h:GGAACCCGTATCCTCC,Paraxial mesoderm
S7.2 108h:TGGTACAAGTAGAATC,Paraxial mesoderm
S7.2 108h:CAGAGCCAGACTCTAC,Caudal mesoderm
S7.2 108h:CCGTTCACAATCCTAG,Pre-somitic mesoderm
S7.2 108h:GTTAGTGAGATCCGAG,Pre-somitic mesoderm
S7.2 108h:GAAGGGTCAAACTAGA,Paraxial mesoderm
S7.2 108h:AAAGGATAGCAACCAG,Gut
S7.2 108h:GTCAGCGTCCACTAGA,Pre-somitic mesoderm
S7.2 108h:TTGCTGCTCTAGCCTC,Paraxial mesoderm
S7.2 108h:GTCCACTTCTTGTTAC,Paraxial mesoderm
S7.2 108h:CCGTAGGAGATAGTGT,Paraxial mesoderm
S7.2 108h:GTTCCGTTCGACGATT,Ectopic pluripotency
S7.2 108h:TTCTTCCAGGAGAGGC,Paraxial mesoderm
S7.2 108h:GAAGTAAGTGGTGATG,Paraxial mesoderm
S7.2 108h:GGTGAAGAGGATTTAG,Pre-somitic mesoderm
S7.2 108h:ATTCTTGGTATCGCAT,Paraxial mesoderm
S7.2 108h:TTCCTTCGTATGGGAC,Pre-somitic mesoderm
S7.2 108h:AACCCAAAGTTTCTTC,Ectopic pluripotency
S7.2 108h:GAGCTGCTCCTCCACA,Paraxial mesoderm
S7.2 108h:GACTGATTCCCTTTGG,Paraxial mesoderm
S7.2 108h:TTTGTTGGTGCGTGCT,Pre-somitic mesoderm
S7.2 108h:GATGATCCAAAGGCTG,Paraxial mesoderm
S7.2 108h:GAACACTTCCGTGGTG,Pre-somitic mesoderm
S7.2 108h:ACCTGTCTCTTCGGTC,Paraxial mesoderm
S7.2 108h:TGAGCATAGCGAGTCA,Paraxial mesoderm
S7.2 108h:GTTCTATTCAGAGTTC,Paraxial mesoderm
S7.2 108h:CCTAAGAGTACCTATG,Pre-somitic mesoderm
S7.2 108h:GTTCCGTCAAGGCCTC,Paraxial mesoderm
S7.2 108h:CCGATCTCAGTACTAC,Pre-somitic mesoderm
S7.2 108h:ATTTCACTCTCCTACG,Gut
S7.2 108h:ATCGCCTCATTCCTCG,Paraxial mesoderm
S7.2 108h:CTCCATGTCGAGTCTA,Paraxial mesoderm
S7.2 108h:CTCAGGGAGTCATTGC,Ectopic pluripotency
S7.2 108h:ACCAAACCACCAGGTC,Pre-somitic mesoderm
S7.2 108h:AACGGGAGTTCGAGCC,Paraxial mesoderm
S7.2 108h:CTCGAGGAGCCTGGAA,Pre-somitic mesoderm
S7.2 108h:AGGAATAAGATGACCG,Paraxial mesoderm
S7.2 108h:CAAGAGGTCTACCTTA,Ectopic pluripotency
S7.2 108h:GCTTCACGTTGTGCCG,Caudal mesoderm
S7.2 108h:CAGTTAGGTAATCAGA,Pre-somitic mesoderm
S7.2 108h:TAAGCACCAAATGAAC,Gut
S7.2 108h:CCCGGAAAGCGGTATG,Paraxial mesoderm
S7.2 108h:ACCCTTGAGCTGCGAA,Gut
S7.2 108h:TAACCAGAGCACGTCC,Paraxial mesoderm
S7.2 108h:GGCAGTCAGAAGCGCT,Paraxial mesoderm
S7.2 108h:TTGGATGCAGACAATA,Paraxial mesoderm
S7.2 108h:TTACCATGTGTCGATT,Pre-somitic mesoderm
S7.2 108h:TCATCCGGTCTCAGGC,Paraxial mesoderm
S7.2 108h:TTGCGTCTCATTACGG,Paraxial mesoderm
S7.2 108h:GTGTAACGTTGTGCCG,Paraxial mesoderm
S7.2 108h:TACCCACGTCCGAAAG,Ectopic pluripotency
S7.2 108h:AAGTACCGTAGCTGAG,Paraxial mesoderm
S7.2 108h:GTTCCGTCAGGCGTTC,Pre-somitic mesoderm
S7.2 108h:GGGACCTTCAGAGCAG,Pre-somitic mesoderm
S7.2 108h:GAGGGATGTTCGAAGG,Pre-somitic mesoderm
S7.2 108h:TTACCATAGTCAGCGA,Paraxial mesoderm
S7.2 108h:TAACCAGCAGAGTAAT,Pre-somitic mesoderm
S7.2 108h:TTGTTGTAGGCTGGAT,Caudal mesoderm
S7.2 108h:TGCATGATCCACAAGT,Caudal mesoderm
S7.2 108h:TAGGTACTCATGCCAA,Pre-somitic mesoderm
S7.2 108h:CATTTCATCCGTAGTA,Pre-somitic mesoderm
S7.2 108h:TCGTAGAGTAAGTTGA,Pre-somitic mesoderm
S7.2 108h:TATTCCAAGCCGAATG,Pre-somitic mesoderm
S7.2 108h:GAAACCTGTTCTCCTG,Pre-somitic mesoderm
S7.2 108h:TATATCCAGATGACAT,Pre-somitic mesoderm
S7.2 108h:ATTCACTGTGACTCTA,Paraxial mesoderm
S7.2 108h:GAATCGTGTTTCGCTC,Gut
S7.2 108h:ATTCCTAGTATGACAA,Paraxial mesoderm
S7.2 108h:GCGTTTCCATGCACTA,Pre-somitic mesoderm
S7.2 108h:CGTGATAGTATTCTCT,Paraxial mesoderm
S7.2 108h:CAGCGTGTCTCGCAGG,Paraxial mesoderm
S7.2 108h:GTGTTCCAGTGGTGGT,Caudal mesoderm
S7.2 108h:GTAATCGCAAACCATC,Paraxial mesoderm
S7.2 108h:ACTGTGATCCGTCAAA,Gut
S7.2 108h:CTCATCGCATCCTTCG,Caudal mesoderm
S7.2 108h:GGTTGTAGTCCGATCG,Paraxial mesoderm
S7.2 108h:CAAGAGGAGCATCGAG,Pre-somitic mesoderm
S7.2 108h:GGGACCTCAAGAGTTA,Pre-somitic mesoderm
S7.2 108h:GGTCTGGTCGAACCTA,Gut
S7.2 108h:GACTTCCAGACTCTTG,Paraxial mesoderm
S7.2 108h:TGAGGAGGTACGAGCA,Gut
S7.2 108h:AGGACGAGTAGCTTGT,Paraxial mesoderm
S7.2 108h:CATTGCCCACACCTTC,Paraxial mesoderm
S7.2 108h:CGTGCTTAGCGACTAG,Pre-somitic mesoderm
S7.2 108h:CATAGACGTAGGCAAC,Paraxial mesoderm
S7.2 108h:TAAGCGTAGATGAACT,Pre-somitic mesoderm
S7.2 108h:GGGAGTATCCATATGG,Pre-somitic mesoderm
S7.2 108h:ATCTCTAGTTTGCCGG,Caudal mesoderm
S7.2 108h:ACGGTCGCATGGATCT,Pre-somitic mesoderm
S7.2 108h:GCACTAAGTGTCCATA,Paraxial mesoderm
S7.2 108h:GTCACTCTCATTGAGC,Paraxial mesoderm
S7.2 108h:CATGGATTCCATGAGT,Paraxial mesoderm
S7.2 108h:TCCGATCAGGTTAAAC,Pre-somitic mesoderm
S7.2 108h:TCGGTCTCAGCACAAG,Paraxial mesoderm
S7.2 108h:GAGGGTAAGACGAAGA,Pre-somitic mesoderm
S7.2 108h:TGGGAGAAGGCGCTTC,Pre-somitic mesoderm
S7.2 108h:CCGTTCATCCGATCTC,Paraxial mesoderm
S7.2 108h:TTCCTCTGTTCAGTAC,Caudal mesoderm
S7.2 108h:CCGATCTGTCGCGGTT,Pre-somitic mesoderm
S7.2 108h:AGCGCTGGTCTCAGGC,Paraxial mesoderm
S7.2 108h:GGCGTCACAATGCTCA,Pre-somitic mesoderm
S7.2 108h:GTCGTAACATATGCGT,Paraxial mesoderm
S7.2 108h:TCATGAGTCTTCGCTG,Gut
S7.2 108h:TTGCCTGCAGGCACAA,Pre-somitic mesoderm
S7.2 108h:TAGACCAGTGTTACAC,Paraxial mesoderm
S7.2 108h:TTCTAACCAGAATGTA,Pre-somitic mesoderm
S7.2 108h:CCCAACTGTATGGAGC,Gut
S7.2 108h:TGGGCTGGTTGAATCC,Paraxial mesoderm
S7.2 108h:CGTGCTTAGGTGGCTA,Paraxial mesoderm
S7.2 108h:CCTCCTCGTATACGGG,Ectopic pluripotency
S7.2 108h:TCAGGTAAGTAGGTTA,Paraxial mesoderm
S7.2 108h:GTAGAAACACCCTATC,Paraxial mesoderm
S7.2 108h:TCGACCTTCTCTGACC,Gut
S7.2 108h:CGATGGCGTTCAAAGA,Paraxial mesoderm
S7.2 108h:AGGGAGTGTCCACTTC,Gut
S7.2 108h:CACGTGGTCGTAGCCG,Paraxial mesoderm
S7.2 108h:ACACGCGTCACTGAAC,Paraxial mesoderm
S7.2 108h:CAACCTCGTTCCTACC,Paraxial mesoderm
S7.2 108h:CTCTCGACATGGTACT,Paraxial mesoderm
S7.2 108h:GTCACGGTCAGTCAGT,Pre-somitic mesoderm
S7.2 108h:TAGGAGGGTCTATGAC,Paraxial mesoderm
S7.2 108h:CTGCAGGGTTGCCAAT,Caudal mesoderm
S7.2 108h:TGTAACGTCAGACCTA,Paraxial mesoderm
S7.2 108h:GCATCTCCAGAGGTAC,Paraxial mesoderm
S7.2 108h:TCACACCAGATTAGCA,Pre-somitic mesoderm
S7.2 108h:GGGTCACTCATTCGTT,Paraxial mesoderm
S7.2 108h:CGAGGAATCGATGGAG,Paraxial mesoderm
S7.2 108h:ATGTCTTAGACATACA,Gut
S7.2 108h:TTCCTTCAGTAGGAAG,Caudal mesoderm
S7.2 108h:ATGTCCCAGCGAGAAA,Paraxial mesoderm
S7.2 108h:CATAAGCCAACAGAGC,Paraxial mesoderm
S7.2 108h:TAGAGTCTCGGCTGAC,Paraxial mesoderm
S7.2 108h:TAACGACGTCGTATGT,Pre-somitic mesoderm
S7.2 108h:ATCCGTCGTATGGTAA,Pre-somitic mesoderm
S7.2 108h:TGGTAGTTCGCCACTT,Paraxial mesoderm
S7.2 108h:CTCTCAGGTAGCCAGA,Paraxial mesoderm
S7.2 108h:GTGACGCTCCATCCGT,Pre-somitic mesoderm
S7.2 108h:GACGTTAGTAATTAGG,Paraxial mesoderm
S7.2 108h:ATATCCTCAATGGGTG,Pre-somitic mesoderm
S7.2 108h:CATAAGCGTACGATCT,Paraxial mesoderm
S7.2 108h:TTGTTGTTCACTCCGT,Pre-somitic mesoderm
S7.2 108h:TCCTTCTTCATTCGGA,Paraxial mesoderm
S7.2 108h:CTGTGGGGTTGATGTC,Caudal mesoderm
S7.2 108h:CAGCACGTCGGCATTA,Paraxial mesoderm
S7.2 108h:GAGTTTGTCGAAATCC,Paraxial mesoderm
S7.2 108h:TGATTCTGTAGGCAGT,Paraxial mesoderm
S7.2 108h:AGGATAAAGTGCAGCA,Caudal mesoderm
S7.2 108h:CATCGTCTCCTACACC,Pre-somitic mesoderm
S7.2 108h:CTCCTTTCAGACACAG,Caudal mesoderm
S7.2 108h:GGCACGTGTCAGATTC,Pre-somitic mesoderm
S7.2 108h:CTGTCGTAGGTAGTCG,Paraxial mesoderm
S7.2 108h:TATTGGGCACATATGC,Pre-somitic mesoderm
S7.2 108h:CTTCGGTCAAACCGGA,Gut
S7.2 108h:TGATTCTAGGTACCTT,Pre-somitic mesoderm
S7.2 108h:TGGGAGACAGAGGAAA,Pre-somitic mesoderm
S7.2 108h:GTAATGCCAGCAGTTT,Pre-somitic mesoderm
S7.2 108h:GAGATGGCAACTCGAT,Paraxial mesoderm
S7.2 108h:TACTTGTCAACGTAAA,Pre-somitic mesoderm
S7.2 108h:AGACAAAGTGCTCTTC,Pre-somitic mesoderm
S7.2 108h:GGATCTAAGCAGGGAG,Pre-somitic mesoderm
S7.2 108h:CTGGACGAGTAGGATT,Paraxial mesoderm
S7.2 108h:TCCTTTCAGGATTTAG,Pre-somitic mesoderm
S7.2 108h:ATGGTTGGTTTACCTT,Pre-somitic mesoderm
S7.2 108h:TACAACGTCGCCTAGG,Pre-somitic mesoderm
S7.2 108h:TCGAACAAGTGAGTTA,Ectopic pluripotency
S7.2 108h:TCCCACAGTTGAGGAC,Pre-somitic mesoderm
S7.2 108h:GGTAATCCATACAGCT,Pre-somitic mesoderm
S7.2 108h:AAGTCGTTCCACAAGT,Caudal mesoderm
S7.2 108h:CGCATAAGTGGGAGAG,Pre-somitic mesoderm
S7.2 108h:TGGTGATTCCACGTCT,Pre-somitic mesoderm
S7.2 108h:GTCACTCCAGGTGTTT,Paraxial mesoderm
S7.2 108h:CGTAGTAGTTAAGCAA,Paraxial mesoderm
S7.2 108h:GATAGCTAGCCAGAGT,Caudal mesoderm
S7.2 108h:GTGAGTTTCTGTTCAT,Pre-somitic mesoderm
S7.2 108h:GCGAGAACACGGGCTT,Pre-somitic mesoderm
S7.2 108h:GAAACCTGTTAGGACG,Paraxial mesoderm
S7.2 108h:ACGTTCCGTGATCGTT,Pre-somitic mesoderm
S7.2 108h:GGTGTTACAGCTGTCG,Caudal mesoderm
S7.2 108h:GAGACTTCATCATGAC,Pre-somitic mesoderm
S7.2 108h:TCGTGGGCAAGCAATA,Paraxial mesoderm
S7.2 108h:CTGTAGAGTGTGCTTA,Paraxial mesoderm
S7.2 108h:TTACCATCACCCTAAA,Caudal mesoderm
S7.2 108h:TACATTCTCAACACGT,Pre-somitic mesoderm
S7.2 108h:CCTCCTCTCCATCTAT,Ectopic pluripotency
S7.2 108h:GGTGTCGAGTGTTCAC,Paraxial mesoderm
S7.2 108h:TATGTTCTCGACATTG,Pre-somitic mesoderm
S7.2 108h:AGGTCATCAGCAGTCC,Pre-somitic mesoderm
S7.2 108h:TGTGCGGGTACGGCAA,Caudal mesoderm
S7.2 108h:AGCGCCATCATGAGAA,Ectopic pluripotency
S7.2 108h:CAGATCACAAGTGTCT,Paraxial mesoderm
S7.2 108h:AATGGCTCATCGGTTA,Paraxial mesoderm
S7.2 108h:GGAGGATAGACTCATC,Paraxial mesoderm
S7.2 108h:GAGACCCTCAACTGGT,Paraxial mesoderm
S7.2 108h:TTTCCTCCACCAATTG,Pre-somitic mesoderm
S7.2 108h:GTGCACGTCTGCGTCT,Pre-somitic mesoderm
S7.2 108h:GGCTTGGCATAGATGA,Pre-somitic mesoderm
S7.2 108h:AGAAATGAGTAGGGTC,Caudal mesoderm
S7.2 108h:GACCAATTCCAAAGGG,Pre-somitic mesoderm
S7.2 108h:TCGAACAAGGACTAAT,Pre-somitic mesoderm
S7.2 108h:TATTGGGAGTGCCCGT,Paraxial mesoderm
S7.2 108h:TGTTACTCAGACAATA,Paraxial mesoderm
S7.2 108h:GGAGGTAAGCAAGTGC,Pre-somitic mesoderm
S7.2 108h:CGAATTGAGGTCCCGT,Caudal mesoderm
S7.2 108h:CCTCTCCCATGTGGTT,Paraxial mesoderm
S7.2 108h:GATAGCTGTGCTAGCC,Paraxial mesoderm
S7.2 108h:GTTGTGAAGGCATCTT,Paraxial mesoderm
S7.2 108h:CTCAGGGGTGTTGACT,Gut
S7.2 108h:CCTTGTGTCTCGAGTA,Pre-somitic mesoderm
S7.2 108h:ACGATCAGTCTTCCGT,Pre-somitic mesoderm
S7.2 108h:TCAGTTTTCCTACACC,Pre-somitic mesoderm
S7.2 108h:CCTTCAGCATGCGTGC,Pre-somitic mesoderm
S7.2 108h:ATTCCCGTCCGATGTA,Ectopic pluripotency
S7.2 108h:GATGGAGTCCCAAGTA,Paraxial mesoderm
S7.2 108h:CATCAAGGTTGCTAGT,Caudal mesoderm
S7.2 108h:GTAAGTCTCGCCTATC,Paraxial mesoderm
S7.2 108h:CTAAGTGTCATCCTGC,Caudal mesoderm
S7.2 108h:CTAGGTACAGCGTATT,Pre-somitic mesoderm
S7.2 108h:TAGATCGTCGGTGAAG,Pre-somitic mesoderm
S7.2 108h:GACACGCCATGTGCTA,Paraxial mesoderm
S7.2 108h:TGGTGATCAAATTGCC,Paraxial mesoderm
S7.2 108h:TCACAAGCAAAGACGC,Pre-somitic mesoderm
S7.2 108h:AACCATGAGTCGAGGT,Pre-somitic mesoderm
S7.2 108h:TGTTCATGTAGCGATG,Caudal mesoderm
S7.2 108h:AGCGATTTCCGTGCGA,Pre-somitic mesoderm
S7.2 108h:TGGAGGACATTGTAGC,Pre-somitic mesoderm
S7.2 108h:ACCTGTCTCGATTGAC,Paraxial mesoderm
S7.2 108h:CGCATAATCATCTGTT,Caudal mesoderm
S7.2 108h:TACGGTACAGTGTATC,Paraxial mesoderm
S7.2 108h:CATAGACCATCGGATT,Pre-somitic mesoderm
S7.2 108h:GTGAGGACAACTTGGT,Ectopic pluripotency
S7.2 108h:AAGCGTTCACCTAAAC,Paraxial mesoderm
S7.2 108h:AGATGCTAGAACGCGT,Paraxial mesoderm
S7.2 108h:AGGGAGTAGGCGATAC,Gut
S7.2 108h:AACAAAGGTCACTTAG,Pre-somitic mesoderm
S7.2 108h:ATGCATGAGGTTGCCC,Paraxial mesoderm
S7.2 108h:CGGAATTCAGGACAGT,Pre-somitic mesoderm
S7.2 108h:GTCCCATTCATTGCTT,Paraxial mesoderm
S7.2 108h:TCTTAGTCAATGTTGC,Caudal mesoderm
S7.2 108h:GTAGTACCAGGTGAGT,Pre-somitic mesoderm
S7.2 108h:GGGACCTAGCTGCGAA,Pre-somitic mesoderm
S7.2 108h:GGGACCTCACTCCACT,Caudal mesoderm
S7.2 108h:TGCTTCGCAAGCGATG,Pre-somitic mesoderm
S7.2 108h:TCATGAGAGAGGTATT,Paraxial mesoderm
S7.2 108h:GTAAGTCCAGAATTCC,Pre-somitic mesoderm
S7.2 108h:GCGGAAAAGCACCAGA,Pre-somitic mesoderm
S7.2 108h:GATGAGGCATGACGAG,Paraxial mesoderm
S7.2 108h:CTGCATCGTTTGTGGT,Paraxial mesoderm
S7.2 108h:TGTTGAGAGGAAAGAC,Pre-somitic mesoderm
S7.2 108h:GCTACCTTCTAAGGAA,Paraxial mesoderm
S7.2 108h:TTAGTCTGTGACACGA,Paraxial mesoderm
S7.2 108h:TTGTGTTAGGCATGGT,Pre-somitic mesoderm
S7.2 108h:GACACGCAGGAAAGTG,Paraxial mesoderm
S7.2 108h:GTCCTCAGTATCAAGA,Paraxial mesoderm
S7.2 108h:TGAGACTTCCGAAATC,Pre-somitic mesoderm
S7.2 108h:CCTGTTGAGAGCACTG,Paraxial mesoderm
S7.2 108h:AAAGTCCGTCACTCGG,Paraxial mesoderm
S7.2 108h:TACCTCGGTACCATAC,Paraxial mesoderm
S7.2 108h:CATGAGTTCTAGTACG,Caudal mesoderm
S7.2 108h:CATGCCTTCTTTCGAT,Paraxial mesoderm
S7.2 108h:CGTAATGAGTAATTGG,Pre-somitic mesoderm
S7.2 108h:GCACGGTAGCAGCGAT,Pre-somitic mesoderm
S7.2 108h:TGAGACTAGACCTGGA,Pre-somitic mesoderm
S7.2 108h:TGTAAGCTCATGGAGG,Pre-somitic mesoderm
S7.2 108h:CACGTTCCATGCAGGA,Pre-somitic mesoderm
S7.2 108h:TGGTTAGTCCAGCCTT,Pre-somitic mesoderm
S7.2 108h:AGGCTGCCACTCCGGA,Pre-somitic mesoderm
S7.2 108h:GTAGATCTCTGAGAGG,Pre-somitic mesoderm
S7.2 108h:GAACTGTTCATAAGGA,Paraxial mesoderm
S7.2 108h:TTATTGCCACTGCTTC,Pre-somitic mesoderm
S7.2 108h:TCATACTCATGAGTAA,Pre-somitic mesoderm
S7.2 108h:AAGTGAAAGAAATTCG,Caudal mesoderm
S7.2 108h:TCACTATGTATCGTTG,Pre-somitic mesoderm
S7.2 108h:CGGGTGTCAAGCTCTA,Gut
S7.2 108h:TGCGGCAGTGCCTATA,Pre-somitic mesoderm
S7.2 108h:GGTTGTAAGTGTACCT,Pre-somitic mesoderm
S7.2 108h:CGTGCTTTCCCATGGG,Paraxial mesoderm
S7.2 108h:AGACAAAAGATTAGTG,Paraxial mesoderm
S7.2 108h:ATCGGCGAGTAGGTTA,Ectopic pluripotency
S7.2 108h:GTTGCTCTCTGAGAAA,Paraxial mesoderm
S7.2 108h:ATGAGTCGTCAAGCGA,Caudal mesoderm
S7.2 108h:TCTGCCATCGATTGAC,Pre-somitic mesoderm
S7.2 108h:TGTAGACTCATTTACC,Pre-somitic mesoderm
S7.2 108h:CGAGGCTAGCGAGAAA,Caudal mesoderm
S7.2 108h:TTCTTCCCATGTAACC,Paraxial mesoderm
S7.2 108h:GTTCCGTTCTCCGCAT,Caudal mesoderm
S7.2 108h:TCCTGCAAGTCATCGT,Pre-somitic mesoderm
S7.2 108h:ATCTTCATCTTCCACG,Pre-somitic mesoderm
S7.2 108h:TGGGTTACAGAGAGGG,Pre-somitic mesoderm
S7.2 108h:ACGGTCGGTGTCGCTG,Gut
S7.2 108h:ATCACGATCCTCTAAT,Paraxial mesoderm
S7.2 108h:TATACCTAGTAGCAAT,Paraxial mesoderm
S7.2 108h:TCTTTGACAGCGGATA,Caudal mesoderm
S7.2 108h:GGGACAAAGTGGCAGT,Pre-somitic mesoderm
S7.2 108h:GGAGGATAGTAACCGG,Pre-somitic mesoderm
S7.2 108h:AGTAGCTTCCGTGGGT,Paraxial mesoderm
S7.2 108h:AGTACTGGTACCATAC,Paraxial mesoderm
S7.2 108h:TACGCTCCAGAGAGGG,Pre-somitic mesoderm
S7.2 108h:CCGCAAGTCGATTGGT,Ectopic pluripotency
S7.2 108h:GACTTCCCACGTCGTG,Pre-somitic mesoderm
S7.2 108h:ATTCCATAGCGGTAGT,Pre-somitic mesoderm
S7.2 108h:TCTGGCTAGATTGAGT,Caudal mesoderm
S7.2 108h:GCCAGTGTCGCACTCT,Pre-somitic mesoderm
S7.2 108h:GTCCACTAGGTGCCTC,Paraxial mesoderm
S7.2 108h:GCATCGGGTCCCTGAG,Paraxial mesoderm
S7.2 108h:TACACCCGTTATAGAG,Paraxial mesoderm
S7.2 108h:ACGTAACCACAATTCG,Pre-somitic mesoderm
S7.2 108h:CGTGTCTGTAGCGAGT,Caudal mesoderm
S7.2 108h:CTCCGATAGACGAAGA,Pre-somitic mesoderm
S7.2 108h:AGTCTCCAGAAGATCT,Pre-somitic mesoderm
S7.2 108h:AGGGTGACAGTGTGGA,Paraxial mesoderm
S7.2 108h:CATTGCCAGGTAGATT,Paraxial mesoderm
S7.2 108h:ATTGTTCTCATCGTAG,Pre-somitic mesoderm
S7.2 108h:TCTCCGAAGACGGAAA,Pre-somitic mesoderm
S7.2 108h:TCAGTCCGTATACCTG,Pre-somitic mesoderm
S7.2 108h:GCGATCGTCGGTTAGT,Paraxial mesoderm
S7.2 108h:GAGTTACGTAGTCGGA,Pre-somitic mesoderm
S7.2 108h:AAGTCGTAGCACACAG,Pre-somitic mesoderm
S7.2 108h:GAGGCAAAGGTGAGAA,Caudal mesoderm
S7.2 108h:CAAGAGGTCTTCCTAA,Pre-somitic mesoderm
S7.2 108h:TATTCCAAGCTTAAGA,Paraxial mesoderm
S7.2 108h:CACGTTCTCTCTCAAT,Paraxial mesoderm
S7.2 108h:TGGTAGTAGTCAGAGC,Caudal mesoderm
S7.2 108h:ACTTCCGAGGGCGAAG,Paraxial mesoderm
S7.2 108h:TTTGGAGTCAAAGGTA,Paraxial mesoderm
S7.2 108h:TCGCAGGAGGGTACAC,Pre-somitic mesoderm
S7.2 108h:AGCCAATTCGTCCTCA,Pre-somitic mesoderm
S7.2 108h:TTGGGCGTCATGACAC,Paraxial mesoderm
S7.2 108h:TTGAACGTCGTCGGGT,Pre-somitic mesoderm
S7.2 108h:GTGTTCCTCTGCGGCA,Pre-somitic mesoderm
S7.2 108h:TTACGCCAGGCCTAAG,Pre-somitic mesoderm
S7.2 108h:GAATAGACACTTACAG,Pre-somitic mesoderm
S7.2 108h:AAGCGAGAGCCAAGGT,Paraxial mesoderm
S7.2 108h:ACAGCCGCATCTTAGG,Pre-somitic mesoderm
S7.2 108h:GGTGAAGAGACGACTG,Caudal mesoderm
S7.2 108h:AAGAACACAATAGGGC,Gut
S7.2 108h:GTCCCATTCCTCTTTC,Pre-somitic mesoderm
S7.2 108h:GCTCAAAGTGAGGCAT,Paraxial mesoderm
S7.2 108h:ATCGCCTCAGTTGCGC,Paraxial mesoderm
S7.2 108h:GTCACTCGTTGCCTAA,Pre-somitic mesoderm
S7.2 108h:AGACCCGAGCGTGAGT,Pre-somitic mesoderm
S7.2 108h:TTTACGTTCTGTGCGG,Paraxial mesoderm
S7.2 108h:GTCTGTCTCTATCACT,Paraxial mesoderm
S7.2 108h:GGAGAACCACATATGC,Paraxial mesoderm
S7.2 108h:TCGTCCATCTGAACGT,Paraxial mesoderm
S7.2 108h:GTCGTTCCAGGGACTA,Paraxial mesoderm
S7.2 108h:TGTGAGTGTTAGAAAC,Caudal mesoderm
S7.2 108h:TTGGATGAGATTTGCC,Caudal mesoderm
S7.2 108h:GTCATTTCACAAGCTT,Paraxial mesoderm
S7.2 108h:TGTGCGGAGGAGAGTA,Gut
S7.2 108h:TGACAGTAGTGTTGTC,Pre-somitic mesoderm
S7.2 108h:ATCACTTTCCATTTAC,Pre-somitic mesoderm
S7.2 108h:ACCTGAAAGCTGACAG,Paraxial mesoderm
S7.2 108h:TCGTGGGAGGGCAAGG,Caudal mesoderm
S7.2 108h:GCTTCACAGATTGCGG,Pre-somitic mesoderm
S7.2 108h:AGGATAATCGTGTGGC,Pre-somitic mesoderm
S7.2 108h:TGCACGGTCGGTGTAT,Paraxial mesoderm
S7.2 108h:TCAGTCCGTGTCCACG,Paraxial mesoderm
S7.2 108h:GGGTTTAGTTAGTCGT,Pre-somitic mesoderm
S7.2 108h:TATCTTGAGGGAGGCA,Paraxial mesoderm
S7.2 108h:GAGGGTACATCGGCCA,Paraxial mesoderm
S7.2 108h:AAAGGTATCGAGCTGC,Pre-somitic mesoderm
S7.2 108h:AGATCGTGTACAACGG,Pre-somitic mesoderm
S7.2 108h:AACAAAGCAGAGATGC,Hemogenic endothelium
S7.2 108h:TTGCTGCGTACAGAAT,Paraxial mesoderm
S7.2 108h:GACAGCCCAGGAAGTC,Pre-somitic mesoderm
S7.2 108h:CAATCGAGTATTTCCT,Caudal mesoderm
S7.2 108h:TACTGCCAGGTTATAG,Caudal mesoderm
S7.2 108h:GTCGCGATCGTCTCAC,Pre-somitic mesoderm
S7.2 108h:CGTAGTAGTAGAGCTG,Pre-somitic mesoderm
S7.2 108h:GTTGTCCAGGGTTAGC,Paraxial mesoderm
S7.2 108h:CTCAAGATCCTTGAAG,Paraxial mesoderm
S7.2 108h:ACTGTGATCTATCGGA,Caudal mesoderm
S7.2 108h:TCGACGGGTAGGAGGG,Pre-somitic mesoderm
S7.2 108h:TGATGGTAGCATCAAA,Pre-somitic mesoderm
S7.2 108h:CTGCAGGTCGCCTAGG,Pre-somitic mesoderm
S7.2 108h:ACGATCACATGTGTCA,Paraxial mesoderm
S7.2 108h:TACCGGGAGGGAGGAC,Paraxial mesoderm
S7.2 108h:AGGGTCCCAAGAAACT,Gut
S7.2 108h:TGATGGTTCGAATGCT,Pre-somitic mesoderm
S7.2 108h:CCTCTCCGTGTTACTG,Paraxial mesoderm
S7.2 108h:TTCTGTAGTTGCACGC,Pre-somitic mesoderm
S7.2 108h:GGAGCAATCCGATGCG,Caudal mesoderm
S7.2 108h:TCTAACTCAATTAGGA,Pre-somitic mesoderm
S7.2 108h:GGCACGTGTACGAGTG,Pre-somitic mesoderm
S7.2 108h:CGCGTGAAGAAGCCAC,Pre-somitic mesoderm
S7.2 108h:CATACCCCAATTCTCT,Pre-somitic mesoderm
S7.2 108h:GAAATGAAGCTAGCCC,Pre-somitic mesoderm
S7.2 108h:GCAACCGAGTCACTCA,Ectopic pluripotency
S7.2 108h:CTGTACCTCCTTCTTC,Caudal mesoderm
S7.2 108h:ACTGTCCTCGAGTTGT,Paraxial mesoderm
S7.2 108h:TGATCAGAGGGCTGAT,Paraxial mesoderm
S7.2 108h:AGATAGAAGATCCGAG,Pre-somitic mesoderm
S7.2 108h:TTGATGGAGGGCAGAG,Paraxial mesoderm
S7.2 108h:CGTGCTTCATCTCCCA,Caudal mesoderm
S7.2 108h:ACGTTCCTCTCCGAGG,Pre-somitic mesoderm
S7.2 108h:AAAGTGACATGAATCC,Paraxial mesoderm
S7.2 108h:ACACGCGCAATAGGAT,Pre-somitic mesoderm
S7.2 108h:CAGGTATCAGCTCATA,Pre-somitic mesoderm
S7.2 108h:TATCAGGGTAAGAACT,Pre-somitic mesoderm
S7.2 108h:AGACCCGCATTCACAG,Paraxial mesoderm
S7.2 108h:ACACCAACAGGTCCCA,Gut
S7.2 108h:GTTACAGTCTTGAGCA,Gut
S7.2 108h:GAGATGGAGCATCCTA,Pre-somitic mesoderm
S7.2 108h:GAGTCATTCATTTACC,Pre-somitic mesoderm
S7.2 108h:GGACGTCTCAGACAAA,Pre-somitic mesoderm
S7.2 108h:GATCGTATCCGTCAAA,Paraxial mesoderm
S7.2 108h:GTATTGGCATCGGAGA,Pre-somitic mesoderm
S7.2 108h:CTATCCGGTGCTCGTG,Paraxial mesoderm
S7.2 108h:GTCTGTCTCTGGCCTT,Gut
S7.2 108h:CTCTCGAGTTTCGTGA,Pre-somitic mesoderm
S7.2 108h:AGGACGACAAAGCGTG,Paraxial mesoderm
S7.2 108h:GCACTAAAGACATAAC,Pre-somitic mesoderm
S7.2 108h:AGGGCCTGTGTCGCTG,Paraxial mesoderm
S7.2 108h:ACCAAACCAATCACGT,Caudal mesoderm
S7.2 108h:AAAGGGCGTCGAGATG,Caudal mesoderm
S7.2 108h:TGCGGCAAGGAATGTT,Caudal mesoderm
S7.2 108h:CTACAGACAGTCGGAA,Pre-somitic mesoderm
S7.2 108h:GTAATCGGTCGTGTTA,Paraxial mesoderm
S7.2 108h:GACAGCCTCCACAAGT,Paraxial mesoderm
S7.2 108h:TTTGATCCATCCCGTT,Pre-somitic mesoderm
S7.2 108h:CCGGTGAAGCACGATG,Caudal mesoderm
S7.2 108h:TCGGGACAGAGATCGC,Paraxial mesoderm
S7.2 108h:TACGTCCGTAGCTAAA,Paraxial mesoderm
S7.2 108h:CTCAGTCAGCGAACTG,Gut
S7.2 108h:TCACTCGTCAGAGTGG,Pre-somitic mesoderm
S7.2 108h:CACAGGCAGTTCTACG,Paraxial mesoderm
S7.2 108h:AATTCCTGTTAGGAGC,Paraxial mesoderm
S7.2 108h:GGATCTATCTAGATCG,Caudal mesoderm
S7.2 108h:CCGGTGAAGAGAAGGT,Caudal mesoderm
S7.2 108h:AGCGCCATCCCAGTGG,Paraxial mesoderm
S7.2 108h:CGGAATTTCTAGAGCT,Pre-somitic mesoderm
S7.2 108h:TGGGTTACAAAGGTTA,Paraxial mesoderm
S7.2 108h:GAATCGTGTCAGTCGC,Paraxial mesoderm
S7.2 108h:TGGAGAGCAACTCATG,Pre-somitic mesoderm
S7.2 108h:TTGAACGGTGGTTTGT,Pre-somitic mesoderm
S7.2 108h:ATGACCATCCTATTGT,Paraxial mesoderm
S7.2 108h:GAGGGTAGTTGGACCC,Pre-somitic mesoderm
S7.2 108h:GGCACGTAGATGGTAT,Caudal mesoderm
S7.2 108h:GTGCGTGAGCCGAACA,Paraxial mesoderm
S7.2 108h:TCAAGCATCGCAATGT,Pre-somitic mesoderm
S7.2 108h:GTTGAACCACCATTCC,Paraxial mesoderm
S7.2 108h:TTCTCTCAGAATGTTG,Pre-somitic mesoderm
S7.2 108h:ATGGGAGCATACATCG,Gut
S7.2 108h:TCTCTGGAGTAGTCTC,Pre-somitic mesoderm
S7.2 108h:ATGAAAGAGTCTGGAG,Paraxial mesoderm
S7.2 108h:TCCGGGAGTAGAGCTG,Pre-somitic mesoderm
S7.2 108h:AGTGATCAGGACAGCT,Gut
S7.2 108h:GAGGCCTAGCCTCGTG,Caudal mesoderm
S7.2 108h:CTGTATTAGAGAGGGC,Pre-somitic mesoderm
S7.2 108h:GCCAGCAAGAGTCCGA,Gut
S7.2 108h:AGGATAAGTGGTACAG,Pre-somitic mesoderm
S7.2 108h:CTGTGGGGTTCTATCT,Pre-somitic mesoderm
S7.2 108h:TTCGGTCGTAGCTGCC,Paraxial mesoderm
S7.2 108h:TCTCCGAAGTGTCATC,Pre-somitic mesoderm
S7.2 108h:TACCGAAGTGGCTAGA,Pre-somitic mesoderm
S7.2 108h:TCTTTGAAGAGTTGAT,Caudal mesoderm
S7.2 108h:GATGAGGCACTGCGTG,Paraxial mesoderm
S7.2 108h:TCCTCTTTCGCAAGAG,Pre-somitic mesoderm
S7.2 108h:TCACTATTCGGCTGGT,Caudal mesoderm
S7.2 108h:TCGCAGGAGAAGGGAT,Paraxial mesoderm
S7.2 108h:CACGGGTTCAGTGTGT,Caudal mesoderm
S7.2 108h:TTAGGCAAGTGGATAT,Pre-somitic mesoderm
S7.2 108h:CTACTATAGGCAGGTT,Pre-somitic mesoderm
S7.2 108h:TGTCCTGAGTGAGTTA,Paraxial mesoderm
S7.2 108h:CGGAGAAGTGGACTAG,Pre-somitic mesoderm
S7.2 108h:TGGTAGTGTTGTGCAT,Paraxial mesoderm
S7.2 108h:GTTTACTCAACCGTGC,Ectopic pluripotency
S7.2 108h:AGATCGTCATAACGGG,Caudal mesoderm
S7.2 108h:GTCGTAATCAAGTGGG,Hemogenic endothelium
S7.2 108h:AGCCAATAGCACTCAT,Caudal mesoderm
S7.2 108h:GGGTATTCAACGGTAG,Gut
S7.2 108h:TCTTGCGTCTGTGCGG,Pre-somitic mesoderm
S7.2 108h:AAGCGTTCAAACTAGA,Paraxial mesoderm
S7.2 108h:TGTTGGATCAGACCTA,Caudal mesoderm
S7.2 108h:TGCAGGCAGATGAATC,Paraxial mesoderm
S7.2 108h:AGCCAGCGTTGTTGTG,Paraxial mesoderm
S7.2 108h:AGGTCTAAGAACTGAT,Pre-somitic mesoderm
S7.2 108h:GTGGAGAGTGATATAG,Pre-somitic mesoderm
S7.2 108h:GTCATCCCATCCTTCG,Ectopic pluripotency
S7.2 108h:TCCCATGGTTCACCGG,Paraxial mesoderm
S7.2 108h:CTGATCCAGGAAGTCC,Paraxial mesoderm
S7.2 108h:AACGGGAAGAAGAACG,Gut
S7.2 108h:GGAATCTTCTTGGAAC,Caudal mesoderm
S7.2 108h:GTCATCCAGTGGAATT,Paraxial mesoderm
S7.2 108h:CTCCTTTCACGTACTA,Paraxial mesoderm
S7.2 108h:GCGAGAACACTGTGTA,Pre-somitic mesoderm
S7.2 108h:TATCTTGGTCTGTAAC,Pre-somitic mesoderm
S7.2 108h:GGAAGTGGTGCTCCGA,Pre-somitic mesoderm
S7.2 108h:TCATGCCGTCCACTCT,Caudal mesoderm
S7.2 108h:AAGGAATTCGGAAACG,Pre-somitic mesoderm
S7.2 108h:GGGCTCACAGGCCCTA,Pre-somitic mesoderm
S7.2 108h:CCTGTTGAGTATGCAA,Pre-somitic mesoderm
S7.2 108h:CCGGTGAAGATGCAGC,Pre-somitic mesoderm
S7.2 108h:AGGTGTTAGTTCATGC,Pre-somitic mesoderm
S7.2 108h:CCTAAGATCGACGCTG,Pre-somitic mesoderm
S7.2 108h:CCGAACGTCACGATAC,Paraxial mesoderm
S7.2 108h:CGTGATAAGAGGGTAA,Pre-somitic mesoderm
S7.2 108h:TGACTCCCAAGGGTCA,Pre-somitic mesoderm
S7.2 108h:CCTAAGAAGCACTCTA,Caudal mesoderm
S7.2 108h:CCACGAGTCGTGGAAG,Pre-somitic mesoderm
S7.2 108h:TCGGGCAAGCATGTTC,Paraxial mesoderm
S7.2 108h:AGGGCCTGTTGGAGGT,Pre-somitic mesoderm
S7.2 108h:ATTACCTAGTGCCGAA,Paraxial mesoderm
S7.2 108h:AAAGAACCATAGAAAC,Pre-somitic mesoderm
S7.2 108h:ACGCACGTCGAGTACT,Pre-somitic mesoderm
S7.2 108h:TCTGTCGTCCAGGACC,Paraxial mesoderm
S7.2 108h:GTCGTTCAGTACGAGC,Ectopic pluripotency
S7.2 108h:TATCTTGCAGCCGGTT,Pre-somitic mesoderm
S7.2 108h:GAAGAATTCCGACAGC,Paraxial mesoderm
S7.2 108h:TGGAGAGTCGAGAAGC,Paraxial mesoderm
S7.2 108h:AGTACTGCAGCGATTT,Paraxial mesoderm
S7.2 108h:AGGGCTCCAGGGAGAG,Paraxial mesoderm
S7.2 108h:AACCAACCAAATTGGA,Pre-somitic mesoderm
S7.2 108h:GAAACCTCATACCATG,Paraxial mesoderm
S7.2 108h:GCGATCGTCTCGTGAA,Pre-somitic mesoderm
S7.2 108h:GATGCTAAGAGGCGTT,Paraxial mesoderm
S7.2 108h:TAGACTGCATGGTACT,Paraxial mesoderm
S7.2 108h:TATACCTGTGCGTGCT,Pre-somitic mesoderm
S7.2 108h:CGTGAATTCTATCGCC,Pre-somitic mesoderm
S7.2 108h:CACGTTCAGTAGACCG,Paraxial mesoderm
S7.2 108h:GTCGTAAGTCAGGTGA,Pre-somitic mesoderm
S7.2 108h:GCAGGCTAGTGGAATT,Paraxial mesoderm
S7.2 108h:GGGTTTATCTAGTGAC,Gut
S7.2 108h:GTGGAGAAGACCATGG,Pre-somitic mesoderm
S7.2 108h:GAGCTGCCAGAGCTAG,Paraxial mesoderm
S7.2 108h:CGGCAGTGTACTAAGA,Paraxial mesoderm
S7.2 108h:GTCGAATAGTAGCAAT,Gut
S7.2 108h:GTTGTGAAGATACGAT,Paraxial mesoderm
S7.2 108h:AGACAAAGTCCGATCG,Caudal mesoderm
S7.2 108h:TGTTACTTCAGCCTCT,Paraxial mesoderm
S7.2 108h:GGGCCATAGGTGCTTT,Pre-somitic mesoderm
S7.2 108h:TCACGCTTCTACACTT,Pre-somitic mesoderm
S7.2 108h:TAACACGTCTCTCTAA,Caudal mesoderm
S7.2 108h:ACCCAAAGTTCTCGTC,Paraxial mesoderm
S7.2 108h:GGAATCTCAATCCTAG,Pre-somitic mesoderm
S7.2 108h:GCGTGCAGTAGGAGGG,Caudal mesoderm
S7.2 108h:CTCCACAAGTTACGAA,Paraxial mesoderm
S7.2 108h:TTGCTGCTCGGTCTAA,Pre-somitic mesoderm
S7.2 108h:CGATCGGAGTATAGAC,Pre-somitic mesoderm
S7.2 108h:ACTTAGGGTTGGGTAG,Pre-somitic mesoderm
S7.2 108h:TCGTGGGAGGTAAGAG,Ectopic pluripotency
S7.2 108h:ACGGAAGTCAAGTGTC,Pre-somitic mesoderm
S7.2 108h:CTTGAGAAGGATTTAG,Pre-somitic mesoderm
S7.2 108h:TCATATCAGAGCCGTA,Paraxial mesoderm
S7.2 108h:CTACATTAGTGAGGCT,Paraxial mesoderm
S7.2 108h:AGGCATTAGCATGGGT,Caudal mesoderm
S7.2 108h:TGGAACTCACCTTCCA,Paraxial mesoderm
S7.2 108h:ATGAAAGCAACTTGCA,Caudal mesoderm
S7.2 108h:GTTGTCCTCGCGGACT,Pre-somitic mesoderm
S7.2 108h:TCAAGTGAGTTATGGA,Caudal mesoderm
S7.2 108h:CGGGTCATCTGGTGGC,Paraxial mesoderm
S7.2 108h:CTTTCGGCACTCATAG,Pre-somitic mesoderm
S7.2 108h:TTTAGTCAGCCTGAAG,Pre-somitic mesoderm
S7.2 108h:GCAGTGGTATCAACGC,Paraxial mesoderm
S7.2 108h:GGGAGTAGTACCCGCA,Caudal mesoderm
S7.2 108h:ATCCCTGGTTGTACGT,Pre-somitic mesoderm
S7.2 108h:GTCTTTAGTCATCTAG,Pre-somitic mesoderm
S7.2 108h:TCAGGGCGTGAGCAGT,Ectopic pluripotency
S7.2 108h:GATTTCTTCTTTGCAT,Pre-somitic mesoderm
S7.2 108h:TGGAGGATCCCATTCG,Paraxial mesoderm
S7.2 108h:GTTCTATGTGAGATTA,Paraxial mesoderm
S7.2 108h:AAAGAACTCTTTCGAT,Pre-somitic mesoderm
S7.2 108h:TGGGCTGGTAAGTTAG,Pre-somitic mesoderm
S7.2 108h:CATGCGGTCCTTCTTC,Pre-somitic mesoderm
S7.2 108h:TCTTTGAGTCACCGAC,Pre-somitic mesoderm
S7.2 108h:CCTACGTAGCAGGTCA,Pre-somitic mesoderm
S7.2 108h:GTGTAACTCTTCTAAC,Paraxial mesoderm
S7.2 108h:ATCCTATAGAACGCGT,Paraxial mesoderm
S7.2 108h:TCATGTTGTCTAGGCC,Pre-somitic mesoderm
S7.2 108h:TCTTCCTTCAGCACCG,Pre-somitic mesoderm
S7.2 108h:AGCCAGCTCTTCGCTG,Gut
S7.2 108h:AGACAAATCCAGTACA,Caudal mesoderm
S7.2 108h:AGAGAGCAGTACTGGG,Paraxial mesoderm
S7.2 108h:TTACTGTCATGACTAC,Pre-somitic mesoderm
S7.2 108h:TTCAGGATCGTCCATC,Paraxial mesoderm
S7.2 108h:GTGGAAGTCGGAAGGT,Paraxial mesoderm
S7.2 108h:GTTAGTGCACAGTCGC,Paraxial mesoderm
S7.2 108h:AACGTCAAGGGTAGCT,Pre-somitic mesoderm
S7.2 108h:CCACACTGTCGCGTCA,Caudal mesoderm
S7.2 108h:TCGACGGCAAGGAGTC,Pre-somitic mesoderm
S7.2 108h:TAGGAGGGTAATGTGA,Gut
S7.2 108h:CTCAATTAGTATGTAG,Paraxial mesoderm
S7.2 108h:TTACCATGTTACCTGA,Paraxial mesoderm
S7.2 108h:CGTAAGTAGGGTAGCT,Paraxial mesoderm
S7.2 108h:GGGTCTGAGGTGCAGT,Pre-somitic mesoderm
S7.2 108h:AGTTAGCGTCATACCA,Paraxial mesoderm
S7.2 108h:CCACGAGAGAATTGTG,Pre-somitic mesoderm
S7.2 108h:CGTTGGGGTCTCGGGT,Pre-somitic mesoderm
S7.2 108h:TCTACCGCACCAAAGG,Pre-somitic mesoderm
S7.2 108h:AGGCATTGTCGGCCTA,Paraxial mesoderm
S7.2 108h:AGTGCCGAGCACCGAA,Somite differentiation front
S7.2 108h:TTGTTGTAGAAATTCG,Paraxial mesoderm
S7.2 108h:TTGGGCGAGCGAGGAG,Paraxial mesoderm
S7.2 108h:GGGTTTATCCTGGGAC,Paraxial mesoderm
S7.2 108h:ATGCATGAGTATAGGT,Pre-somitic mesoderm
S7.2 108h:CGTGATAAGTAGCCAG,Paraxial mesoderm
S7.2 108h:TCCTCCCGTGCTCGTG,Paraxial mesoderm
S7.2 108h:TCTCTGGAGGCACTCC,Paraxial mesoderm
S7.2 108h:CGTCAAAGTTACCGTA,Caudal mesoderm
S7.2 108h:ATCCGTCGTGCCGTAC,Paraxial mesoderm
S7.2 108h:CTCATGCGTTGCTTGA,Paraxial mesoderm
S7.2 108h:TCGTGGGCAGTGTACT,Pre-somitic mesoderm
S7.2 108h:GCACATATCGAGAAGC,Gut
S7.2 108h:ATGAGGGTCGCTCATC,Paraxial mesoderm
S7.2 108h:ACAAAGATCCGACATA,Paraxial mesoderm
S7.2 108h:ATGGGAGAGATGTAGT,Pre-somitic mesoderm
S7.2 108h:TGAACGTCAACCAACT,Pre-somitic mesoderm
S7.2 108h:TCAATCTAGGGTAATT,Paraxial mesoderm
S7.2 108h:AGCGCCAAGATGGTAT,Ectopic pluripotency
S7.2 108h:GAGGCAAGTCTTGAAC,Pre-somitic mesoderm
S7.2 108h:GGGTTTAGTTCTCCTG,Pre-somitic mesoderm
S7.2 108h:GTTACCCCAGCGTACC,Paraxial mesoderm
S7.2 108h:TGTTGAGTCTAAGCCA,Ectopic pluripotency
S7.2 108h:CTGAGGCGTCCACATA,Pre-somitic mesoderm
S7.2 108h:TGAGCGCAGACTCTTG,Paraxial mesoderm
S7.2 108h:GCTTCACGTCATCAGT,Pre-somitic mesoderm
S7.2 108h:TGTTCTAGTTGAATCC,Pre-somitic mesoderm
S7.2 108h:TGTGTGAAGCCGATCC,Pre-somitic mesoderm
S7.2 108h:TGTGGCGGTAGGAGGG,Paraxial mesoderm
S7.2 108h:CATCAAGAGCGATGAC,Pre-somitic mesoderm
S7.2 108h:CCATAAGCAACCGATT,Caudal mesoderm
S7.2 108h:GTCAAGTTCCTATGGA,Paraxial mesoderm
S7.2 108h:TATCAGGCACGACGCT,Paraxial mesoderm
S7.2 108h:TGTTGGATCAGGAGAC,Pre-somitic mesoderm
S7.2 108h:AGTACTGCATTGACTG,Paraxial mesoderm
S7.2 108h:TGCGACGCATGGCCCA,Caudal mesoderm
S7.2 108h:TATCTGTTCTCTTCAA,Paraxial mesoderm
S7.2 108h:AGGGTTTGTGACAGGT,Pre-somitic mesoderm
S7.2 108h:TGTGCGGCAACATACC,Caudal mesoderm
S7.2 108h:ATCATTCAGTATGAAC,Ectopic pluripotency
S7.2 108h:TGTAGACTCGATAACC,Pre-somitic mesoderm
S7.2 108h:TAGGGTTTCATTCCTA,Pre-somitic mesoderm
S7.2 108h:GCGATCGGTCCGAAAG,Caudal mesoderm
S7.2 108h:CGTGAATGTTTGGAGG,Paraxial mesoderm
S7.2 108h:GGACGTCAGGGAGGCA,Pre-somitic mesoderm
S7.2 108h:AGATCGTCAGGCACTC,Paraxial mesoderm
S7.2 108h:TTTATGCTCGGTTGTA,Pre-somitic mesoderm
S7.2 108h:TGTTGGAGTTGTGCAT,Paraxial mesoderm
S7.2 108h:AGGTCATTCCACCCTA,Paraxial mesoderm
S7.2 108h:ACCTGTCGTAGTCACT,Gut
S7.2 108h:GCATCGGAGTTCCATG,Caudal mesoderm
S7.2 108h:GTGAGGAAGACATAGT,Pre-somitic mesoderm
S7.2 108h:AGTCATGCAATCTCTT,Pre-somitic mesoderm
S7.2 108h:CGATGGCCACTGAGGA,Paraxial mesoderm
S7.2 108h:CAGATTGGTCAAAGTA,Paraxial mesoderm
S7.2 108h:AATGAAGGTAAGGTCG,Paraxial mesoderm
S7.2 108h:ACATTTCAGTTGTACC,Paraxial mesoderm
S7.2 108h:GATTCGATCAAAGGAT,Gut
S7.2 108h:GAAGCCCCATTCATCT,Pre-somitic mesoderm
S7.2 108h:GGGTCACAGGATGGCT,Paraxial mesoderm
S7.2 108h:AAGGTAAAGGCCCACT,Caudal mesoderm
S7.2 108h:GGTTAACGTACCGGAA,Paraxial mesoderm
S7.2 108h:TATTCCAAGGGATCAC,Paraxial mesoderm
S7.2 108h:CGTTAGAAGAAGCGAA,Pre-somitic mesoderm
S7.2 108h:CTTCGGTGTTCTCGTC,Paraxial mesoderm
S7.2 108h:CACGTGGGTGGATCGA,Caudal mesoderm
S7.2 108h:AGTGATCCAAATACGA,Pre-somitic mesoderm
S7.2 108h:TGAGACTCATCTCATT,Paraxial mesoderm
S7.2 108h:CACATGAAGGGAGGAC,Pre-somitic mesoderm
S7.2 108h:CTTGATTGTGCAGTGA,Pre-somitic mesoderm
S7.2 108h:TCACAAGGTAGGATAT,Gut
S7.2 108h:ATATCCTGTACTGGGA,Pre-somitic mesoderm
S7.2 108h:TCGGGCACACGGTAGA,Pre-somitic mesoderm
S7.2 108h:CACAGGCAGAGCATAT,Paraxial mesoderm
S7.2 108h:ATACCTTCACATGGTT,Caudal mesoderm
S7.2 108h:TCGCTCAAGCGCCGTT,Pre-somitic mesoderm
S7.2 108h:CAACAGTCAATTCTTC,Pre-somitic mesoderm
S7.2 108h:TAGGTTGCAGAGTAAT,Pre-somitic mesoderm
S7.2 108h:GAAATGAGTAACACGG,Paraxial mesoderm
S7.2 108h:ACGGTTACATGCCGGT,Paraxial mesoderm
S7.2 108h:AGTGTTGAGATGCTGG,Paraxial mesoderm
S7.2 108h:CCTTCAGGTTAGGGTG,Paraxial mesoderm
S7.2 108h:ACCGTTCCACCCTCTA,Gut
S7.2 108h:CACCGTTTCAGCTCTC,Pre-somitic mesoderm
S7.2 108h:AACGTCAAGGAAAGTG,Pre-somitic mesoderm
S7.2 108h:TAATCTCGTCGCTTGG,Pre-somitic mesoderm
S7.2 108h:TCTCTGGTCGTTGTGA,Pre-somitic mesoderm
S7.2 108h:TGTCCACGTTATCTGG,Gut
S7.2 108h:TCGAACAGTATGGAAT,Pre-somitic mesoderm
S7.2 108h:GTCGTTCTCAAAGAAC,Caudal mesoderm
S7.2 108h:GGATGTTGTCTCAGAT,Paraxial mesoderm
S7.2 108h:CGGAATTAGAGCAGTC,Gut
S7.2 108h:AAACCCAAGTTGTAGA,Gut
S7.2 108h:TCTCACGTCCGAGATT,Paraxial mesoderm
S7.2 108h:CTGCCTATCTGCGGGT,Pre-somitic mesoderm
S7.2 108h:GGTAACTAGCCTGTCG,Caudal mesoderm
S7.2 108h:GGGATGACACGGTAGA,Pre-somitic mesoderm
S7.2 108h:ACTTTCACATTATGCG,Caudal mesoderm
S7.2 108h:GTCTCACCATGGGTCC,Paraxial mesoderm
S7.2 108h:CAATACGGTAGCTTTG,Pre-somitic mesoderm
S7.2 108h:ATGTCTTGTACGCTTA,Paraxial mesoderm
S7.2 108h:CTGGCAGAGCTTCATG,Pre-somitic mesoderm
S7.2 108h:CAGGCCATCAACTACG,Gut
S7.2 108h:CGAAGGATCGGTCGAC,Caudal mesoderm
S7.2 108h:GATGAGGAGGGCCTCT,Pre-somitic mesoderm
S7.2 108h:AAAGGTAGTGAGCAGT,Pre-somitic mesoderm
S7.2 108h:TCATTTGTCTTAAGGC,Pre-somitic mesoderm
S7.2 108h:GGGATCCCACGCCAGT,Gut
S7.2 108h:CTTGATTGTCTGCCTT,Pre-somitic mesoderm
S7.2 108h:GTTACGAGTGATAGAT,Pre-somitic mesoderm
S7.2 108h:CCGGGTATCATCGACA,Paraxial mesoderm
S7.2 108h:ATCCATTCATCCGGCA,Paraxial mesoderm
S7.2 108h:AGACACTAGAGGCGGA,Caudal mesoderm
S7.2 108h:TTCAGGACAGGTTTAC,Paraxial mesoderm
S7.2 108h:GTTTACTGTCATCACA,Ectopic pluripotency
S7.2 108h:GACTCAACAATTCTCT,Paraxial mesoderm
S7.2 108h:TTACGTTAGTCGAGGT,Paraxial mesoderm
S7.2 108h:CAGATCAAGAGAAGGT,Paraxial mesoderm
S7.2 108h:GTCATGATCTAAGAAG,Pre-somitic mesoderm
S7.2 108h:TTCACCGCAGAATTCC,Caudal mesoderm
S7.2 108h:TGAGGAGGTGTCGATT,Gut
S7.2 108h:TGGGATTAGGTAAGAG,Paraxial mesoderm
S7.2 108h:ACCTGTCGTTGCGAAG,Pre-somitic mesoderm
S7.2 108h:GTGGTTAAGAGCAAGA,Pre-somitic mesoderm
S7.2 108h:TAACGACTCACTTTGT,Pre-somitic mesoderm
S7.2 108h:AACGAAAAGCCTGTCG,Paraxial mesoderm
S7.2 108h:CTAACTTGTAGTCGTT,Pre-somitic mesoderm
S7.2 108h:AGGCATTAGTAGTCAA,Caudal mesoderm
S7.2 108h:GGAATCTCAAGGTCAG,Pre-somitic mesoderm
S7.2 108h:CACGTGGTCCTACGGG,Gut
S7.2 108h:CTGCATCCATGTGCCG,Paraxial mesoderm
S7.2 108h:TTGTGGAGTCGTCAGC,Paraxial mesoderm
S7.2 108h:GAGTTGTAGGTTGTTC,Paraxial mesoderm
S7.2 108h:GTCTGTCCACGAGAAC,Paraxial mesoderm
S7.2 108h:ATTCATCGTCGTTCAA,Paraxial mesoderm
S7.2 108h:AACGTCACATCGAAGG,Paraxial mesoderm
S7.2 108h:TGAGGGAAGTGCGACA,Pre-somitic mesoderm
S7.2 108h:TCGTGGGAGTCAGAGC,Paraxial mesoderm
S7.2 108h:GGAGATGGTTCGGTCG,Paraxial mesoderm
S7.2 108h:TGTGTGAAGACATAGT,Pre-somitic mesoderm
S7.2 108h:TGCTCGTTCTTCGGAA,Pre-somitic mesoderm
S7.2 108h:TCCTTCTAGCTGGCCT,Pre-somitic mesoderm
S7.2 108h:TGTAAGCGTCGATTAC,Paraxial mesoderm
S7.2 108h:ACTTAGGGTACGAGCA,Paraxial mesoderm
S7.2 108h:CACGTGGTCACTTATC,Pre-somitic mesoderm
S7.2 108h:GAGGGATCACAGAAGC,Gut
S7.2 108h:TGTACAGAGGGCAGGA,Pre-somitic mesoderm
S7.2 108h:TAGGTACAGAGATCGC,Pre-somitic mesoderm
S7.2 108h:TTGATGGGTTAGAGTA,Paraxial mesoderm
S7.2 108h:ATGGAGGTCGTTCCCA,Pre-somitic mesoderm
S7.2 108h:AGGGTTTTCCTCTAGC,Pre-somitic mesoderm
S7.2 108h:AGCCAATTCTTCGCTG,Pre-somitic mesoderm
S7.2 108h:TCATCCGCATGACGGA,Paraxial mesoderm
S7.2 108h:AAGTTCGAGATTCGCT,Paraxial mesoderm
S7.2 108h:AGGTCTAAGTGTAGAT,Paraxial mesoderm
S7.2 108h:GCTGGGTGTCTTCATT,Gut
S7.2 108h:TCTGCCACAGAGGTTG,Ectopic pluripotency
S7.2 108h:TCGCACTCAGACATCT,Pre-somitic mesoderm
S7.2 108h:TCGAACACAACCGATT,Paraxial mesoderm
S7.2 108h:TCGTGCTTCCTCGATC,Pre-somitic mesoderm
S7.2 108h:GTGTCCTAGGAAGAAC,Pre-somitic mesoderm
S7.2 108h:CGTCAAACATGTTTGG,Paraxial mesoderm
S7.2 108h:AGGCCACGTATCATGC,Gut
S7.2 108h:TTCCAATGTCATAACC,Paraxial mesoderm
S7.2 108h:GTTCGCTAGCATTTCG,Caudal mesoderm
S7.2 108h:GGAGATGAGGCGTTGA,Pre-somitic mesoderm
S7.2 108h:TAATCTCTCCATACAG,Pre-somitic mesoderm
S7.2 108h:TCACGGGAGCTGTTCA,Pre-somitic mesoderm
S7.2 108h:GATCCCTAGTGGTTGG,Paraxial mesoderm
S7.2 108h:GGTTGTAAGTGGATAT,Caudal mesoderm
S7.2 108h:GTGCTTCCAAATCAGA,Paraxial mesoderm
S7.2 108h:GTATTGGAGTTGTAGA,Paraxial mesoderm
S7.2 108h:TGACGCGTCGAAGTGG,Pre-somitic mesoderm
S7.2 108h:GATGCTATCGCCTAGG,Paraxial mesoderm
S7.2 108h:TTGAGTGCATACTTTC,Pre-somitic mesoderm
S7.2 108h:AACCAACAGATGGCAC,Paraxial mesoderm
S7.2 108h:CATGCGGAGTGTTGAA,Pre-somitic mesoderm
S7.2 108h:TACCCACGTAAGATTG,Paraxial mesoderm
S7.2 108h:AATTTCCCATCGGATT,Paraxial mesoderm
S7.2 108h:GTTAGACAGAATTGCA,Pre-somitic mesoderm
S7.2 108h:ACGGTCGCAGTCGCTG,Pre-somitic mesoderm
S7.2 108h:TCCCAGTAGACGGATC,Pre-somitic mesoderm
S7.2 108h:TTCGGTCAGTTTGAGA,Pre-somitic mesoderm
S7.2 108h:CTGAGCGCATTAAGCC,Caudal mesoderm
S7.2 108h:ATTCCCGGTCGATTCA,Paraxial mesoderm
S7.2 108h:TGCGACGAGGTTCAGG,Gut
S7.2 108h:CCGTGAGTCCATCTCG,Paraxial mesoderm
S7.2 108h:CTCATCGTCGTCGCTT,Paraxial mesoderm
S7.2 108h:TTTGATCGTGTAAACA,Gut
S7.2 108h:TCTCTGGAGGCCACCT,Pre-somitic mesoderm
S7.2 108h:GCTTCACTCGGAGTAG,Ectopic pluripotency
S7.2 108h:ACGGAAGAGAGGGTCT,Paraxial mesoderm
S7.2 108h:ATGGGTTTCAGCGTCG,Pre-somitic mesoderm
S7.2 108h:TCATCATAGAGAAGGT,Pre-somitic mesoderm
S7.2 108h:CAGCCAGAGAGGGCGA,Caudal mesoderm
S7.2 108h:TCTACCGTCTGCGTCT,Paraxial mesoderm
S7.2 108h:CACGTTCGTTTGGGTT,Paraxial mesoderm
S7.2 108h:AAGCATCTCTTTCCGG,Caudal mesoderm
S7.2 108h:CGCGTGAGTCACAGAG,Pre-somitic mesoderm
S7.2 108h:AGATCGTCAATAAGGT,Pre-somitic mesoderm
S7.2 108h:TAGATCGGTCTTGGTA,Pre-somitic mesoderm
S7.2 108h:AGCGCTGAGGTCGTAG,Paraxial mesoderm
S7.2 108h:GCGTGCAGTGTTCAGT,Caudal mesoderm
S7.2 108h:GGAGGATGTAGGAAAG,Paraxial mesoderm
S7.2 108h:TTCACCGGTCGAATGG,Pre-somitic mesoderm
S7.2 108h:AAACCCAGTCGTGATT,Caudal mesoderm
S7.2 108h:AGACTCAAGGTAAGGA,Paraxial mesoderm
S7.2 108h:TGCTCGTGTCTCTCTG,Pre-somitic mesoderm
S7.2 108h:TTGGGCGTCAAACGAA,Paraxial mesoderm
S7.2 108h:CTGAGGCGTAGAGATT,Gut
S7.2 108h:CTCCCTCCATGACTCA,Pre-somitic mesoderm
S7.2 108h:AGCGTATGTCGCGTCA,Pre-somitic mesoderm
S7.2 108h:TTCCGGTCAAGATGTA,Pre-somitic mesoderm
S7.2 108h:GAGTGTTCAGGTTTAC,Pre-somitic mesoderm
S7.2 108h:GGGATCCGTGATGTAA,Pre-somitic mesoderm
S7.2 108h:GTGGCGTTCGATTGGT,Paraxial mesoderm
S7.2 108h:ATCAGGTGTCTTACTT,Paraxial mesoderm
S7.2 108h:CGCAGGTTCCCAAGCG,Pre-somitic mesoderm
S7.2 108h:TCTTTGATCTATCGTT,Pre-somitic mesoderm
S7.2 108h:CATCGTCGTTACGATC,Pre-somitic mesoderm
S7.2 108h:AGAACAAGTCACTCAA,Paraxial mesoderm
S7.2 108h:TCGGGACCACAGCCTG,Paraxial mesoderm
S7.2 108h:CGGGACTTCGGCATAT,Paraxial mesoderm
S7.2 108h:GGTTCTCTCTGGTCAA,Pre-somitic mesoderm
S7.2 108h:CTGTGAATCTTACCAT,Pre-somitic mesoderm
S7.2 108h:GGGACAAAGGAACTAT,Paraxial mesoderm
S7.2 108h:CAGATTGTCTAGTGTG,Gut
S7.2 108h:TGAACGTGTAGTCACT,Pre-somitic mesoderm
S7.2 108h:AGTTCGATCCCAAGCG,Pre-somitic mesoderm
S7.2 108h:ACTTAGGAGCCAAGTG,Pre-somitic mesoderm
S7.2 108h:ACACCAAAGTGCGTCC,Paraxial mesoderm
S7.2 108h:CGGGCATAGAAGCGAA,Paraxial mesoderm
S7.2 108h:ACTTTCAAGCGATCGA,Paraxial mesoderm
S7.2 108h:AGTGATCAGCTTGTGT,Pre-somitic mesoderm
S7.2 108h:GCGATCGCAACAAAGT,Caudal mesoderm
S7.2 108h:GTTAGTGGTTGGGCCT,Gut
S7.2 108h:AGCCAGCCATCGGAAG,Pre-somitic mesoderm
S7.2 108h:TAGAGTCTCGAGCACC,Pre-somitic mesoderm
S7.2 108h:ATCGATGAGACTTCGT,Gut
S7.2 108h:CTGCGAGCATTAGGAA,Pre-somitic mesoderm
S7.2 108h:GAATCACGTGACCGAA,Paraxial mesoderm
S7.2 108h:GTGCGTGAGTCGCGAA,Paraxial mesoderm
S7.2 108h:GGGTAGACACAGTGTT,Pre-somitic mesoderm
S7.2 108h:TGGGATTTCATAGACC,Pre-somitic mesoderm
S7.2 108h:TGTCCTGTCGCGATCG,Pre-somitic mesoderm
S7.2 108h:GGATGTTTCCAATGCA,Pre-somitic mesoderm
S7.2 108h:TGCGGGTGTACCGTGC,Paraxial mesoderm
S7.2 108h:AGGGTGATCCACAGCG,Paraxial mesoderm
S7.2 108h:TGAACGTGTCTTTCAT,Caudal mesoderm
S7.2 108h:GATCAGTCAGGTGTTT,Paraxial mesoderm
S7.2 108h:ATTCAGGCAGACAAGC,Paraxial mesoderm
S7.2 108h:TGGTTAGAGTTTGTCG,Paraxial mesoderm
S7.2 108h:ACAGAAATCAATCCAG,Caudal mesoderm
S7.2 108h:GTGAGCCAGGGCCTCT,Paraxial mesoderm
S7.2 108h:AGGCTGCCAATTGGTC,Paraxial mesoderm
S7.2 108h:CCAAGCGTCAAGGAGC,Pre-somitic mesoderm
S7.2 108h:CAATACGCAGCCGGTT,Pre-somitic mesoderm
S7.2 108h:CAGGGCTAGTTGTAGA,Gut
S7.2 108h:TTGTTTGCAAGGACAC,Paraxial mesoderm
S7.2 108h:GTGCTGGTCCTCTCGA,Pre-somitic mesoderm
S7.2 108h:AAGTGAAAGATGCTTC,Paraxial mesoderm
S7.2 108h:AGAAGCGTCCTTACCG,Pre-somitic mesoderm
S7.2 108h:TGTTCTAAGGTCTTTG,Paraxial mesoderm
S7.2 108h:TTCACCGTCTATACGG,Pre-somitic mesoderm
S7.2 108h:TCAGGTAAGACTCGAG,Caudal mesoderm
S7.2 108h:GGAGCAATCCAAACCA,Caudal mesoderm
S7.2 108h:CGTAGTAAGACTCCGC,Ectopic pluripotency
S7.2 108h:TCGTCCAAGCATCAGG,Gut
S7.2 108h:AGCGTATTCCATTTAC,Pre-somitic mesoderm
S7.2 108h:CGATCGGTCGACACTA,Pre-somitic mesoderm
S7.2 108h:CCATCACAGGCCATAG,Paraxial mesoderm
S7.2 108h:GTAGATCTCTCGTCGT,Paraxial mesoderm
S7.2 108h:GTTCTATCACTCACTC,Paraxial mesoderm
S7.2 108h:CAACAGTAGGTCGTCC,Pre-somitic mesoderm
S7.2 108h:ACAACCAGTCGTGTTA,Paraxial mesoderm
S7.2 108h:CGGGTGTGTTAGCTAC,Ectopic pluripotency
S7.2 108h:TCATCCGAGCTGGTGA,Paraxial mesoderm
S7.2 108h:CCGCAAGCAGTCGCAC,Paraxial mesoderm
S7.2 108h:TTCATTGTCTTCTAAC,Gut
S7.2 108h:AGTCAACTCTTCACAT,Pre-somitic mesoderm
S7.2 108h:TGATGCAGTCATAAAG,Paraxial mesoderm
S7.2 108h:ACACGCGTCGCCAATA,Gut
S7.2 108h:TCCGATCGTCCAGTTA,Caudal mesoderm
S7.2 108h:AGCGTATTCCCAATAG,Pre-somitic mesoderm
S7.2 108h:AAGTACCCAAGATGGC,Caudal mesoderm
S7.2 108h:AGGTTGTGTCCACATA,Paraxial mesoderm
S7.2 108h:AACCTGACATCAGTGT,Paraxial mesoderm
S7.2 108h:TTTAGTCGTGAGTTTC,Caudal mesoderm
S7.2 108h:CTGTATTAGCATTTCG,Caudal mesoderm
S7.2 108h:TTTAGTCCAGAGGGTT,Paraxial mesoderm
S7.2 108h:TGGGAGACAGCGGTTC,Gut
S7.2 108h:GTAATCGGTCGTGATT,Paraxial mesoderm
S7.2 108h:CTATCTACAATGGCCC,Pre-somitic mesoderm
S7.2 108h:AAAGAACGTAACCCTA,Pre-somitic mesoderm
S7.2 108h:GATCGTATCTTGTTAC,Ectopic pluripotency
S7.2 108h:TAGTGCAGTAACATAG,Ectopic pluripotency
S7.2 108h:TGAATGCGTAACGGTG,Paraxial mesoderm
S7.2 108h:GTGGAAGAGCTGTTAC,Pre-somitic mesoderm
S7.2 108h:GGGACTCGTGGTCTCG,Paraxial mesoderm
S7.2 108h:CATGAGTAGCCGTCGT,Pre-somitic mesoderm
S7.2 108h:TGAGTCAAGTCAGGGT,Ectopic pluripotency
S7.2 108h:TTGTTCAAGTTACGGG,Ectopic pluripotency
S7.2 108h:CCTGTTGCAAGAGTAT,Gut
S7.2 108h:TTTGGTTTCCGGACGT,Paraxial mesoderm
S7.2 108h:ATGGATCTCTACGCAA,Paraxial mesoderm
S7.2 108h:AGCGTATTCCTACTGC,Paraxial mesoderm
S7.2 108h:GTGGTATCAACGCAGA,Paraxial mesoderm
S7.2 108h:GTGGCGTCATGTAACC,Paraxial mesoderm
S7.2 108h:GATCCCTTCGTACACA,Pre-somitic mesoderm
S7.2 108h:ACATCGAGTCCCGTGA,Paraxial mesoderm
S7.2 108h:GTTACGAAGAATTGTG,Paraxial mesoderm
S7.2 108h:GGGTAGAAGGTGGTTG,Paraxial mesoderm
S7.2 108h:TCCACCACATCAGCTA,Paraxial mesoderm
S7.2 108h:CTTCGGTGTAGTGGCA,Paraxial mesoderm
S7.2 108h:TGGAGGAGTTGACGGA,Ectopic pluripotency
S7.2 108h:TTCATTGCAATCTCGA,Paraxial mesoderm
S7.2 108h:CCAATGACACACACTA,Paraxial mesoderm
S7.2 108h:AACAGGGGTGCGTCGT,Paraxial mesoderm
S7.2 108h:ACTTTGTGTGCGGTAA,Pre-somitic mesoderm
S7.2 108h:AAGAACATCGTTGCCT,Paraxial mesoderm
S7.2 108h:CTGAGCGTCTACTTCA,Pre-somitic mesoderm
S7.2 108h:TTAATCCCAATTGGTC,Paraxial mesoderm
S7.2 108h:TACAACGTCGGCACTG,Paraxial mesoderm
S7.2 108h:AAACCCAAGAAGCGGG,Paraxial mesoderm
S7.2 108h:TTCTAGTGTGCAAGAC,Paraxial mesoderm
S7.2 108h:AGCGTCGCACTACAGT,Paraxial mesoderm
S7.2 108h:TCGAACACATGCAGGA,Paraxial mesoderm
S7.2 108h:TTCTGTATCTACTCAT,Paraxial mesoderm
S7.2 108h:TCTAACTAGGCTTTCA,Paraxial mesoderm
S7.2 108h:TCTTCCTAGGCCATAG,Pre-somitic mesoderm
S7.2 108h:GGCACGTGTATCGTAC,Paraxial mesoderm
S7.2 108h:ACCTACCGTGTAAACA,Paraxial mesoderm
S7.2 108h:TGAGACTCAATTTCTC,Paraxial mesoderm
S7.2 108h:TCGTGCTTCTCGCTTG,Paraxial mesoderm
S7.2 108h:GAGTCATAGGATTACA,Paraxial mesoderm
S7.2 108h:GTCACTCAGACCTCAT,Paraxial mesoderm
S7.2 108h:CAACGATTCTCCTGAC,Paraxial mesoderm
S7.2 108h:CCTTTGGAGGTAAGGA,Paraxial mesoderm
S7.2 108h:GGTGATTCACGACGCT,Paraxial mesoderm
S7.2 108h:AGATCCACAGTCCGTG,Paraxial mesoderm
S7.2 108h:GACCAATTCCATCACC,Paraxial mesoderm
S7.2 108h:ATCGTGAAGACCGCCT,Paraxial mesoderm
S7.2 108h:GGGCTACTCGTCGCTT,Paraxial mesoderm
S7.2 108h:GTAGAGGAGAAATTCG,Paraxial mesoderm
S7.2 108h:CTCCAACCACCCATAA,Paraxial mesoderm
S7.2 108h:GAGTCTATCGAGTCTA,Paraxial mesoderm
S7.2 108h:TCTTGCGAGTCGGCAA,Pre-somitic mesoderm
S7.2 108h:GGTGTTATCCAAACCA,Paraxial mesoderm
S7.2 108h:AGATGAAAGAGGATCC,Paraxial mesoderm
S7.2 108h:ACGTTCCTCTGATTCT,Paraxial mesoderm
S7.2 108h:CTGTCGTCAGTCCCGA,Paraxial mesoderm
S7.2 108h:TCGTGCTGTCAACGCC,Paraxial mesoderm
S7.2 108h:GTCCTCAGTCTCGGGT,Paraxial mesoderm
S7.2 108h:TCGACCTGTAGTCGTT,Paraxial mesoderm
S7.2 108h:ACTATGGTCCTCCACA,Paraxial mesoderm
S7.2 108h:GTGCAGCCACAGTGAG,Paraxial mesoderm
S7.2 108h:GCCGTGAAGCTAGATA,Paraxial mesoderm
S7.2 108h:TCTCAGCCATACAGAA,Paraxial mesoderm
S7.2 108h:TCGGGTGTCTAGATCG,Paraxial mesoderm
S7.2 108h:GTCATGATCATGGGAG,Paraxial mesoderm
S7.2 108h:TCGTGCTCATTAGGAA,Paraxial mesoderm
S7.2 108h:CCCATTGTCAACCCGG,Paraxial mesoderm
S7.2 108h:CGAGGAAGTTGCCGAC,Paraxial mesoderm
S7.2 108h:TCGGGCATCGCAGTTA,Paraxial mesoderm
S7.2 108h:GCGATCGCAATGAGCG,Paraxial mesoderm
S7.2 108h:TCAAGACGTTGGTACT,Paraxial mesoderm
S7.2 108h:GTCAGCGTCTCCGAAA,Paraxial mesoderm
S7.2 108h:TTGCCTGTCCCAACTC,Paraxial mesoderm
S7.2 108h:GAACTGTTCGTGCTCT,Paraxial mesoderm
S7.2 108h:CTGAATGTCGCGTAGC,Paraxial mesoderm
S7.2 108h:GGGAGATTCACTGTTT,Paraxial mesoderm
S7.2 108h:TATTTCGTCACTGCTC,Paraxial mesoderm
S7.2 108h:TCAGTCCAGTCGCTAT,Paraxial mesoderm
S7.2 108h:TCTTTGAAGGTTGCCC,Paraxial mesoderm
S7.2 108h:TTTGACTAGTCGCCAC,Paraxial mesoderm
S7.2 108h:AGAACCTTCTTCTGTA,Paraxial mesoderm
S7.2 108h:CCGTGAGAGTACCCTA,Paraxial mesoderm
S7.2 108h:CGTGCTTCAATGGCAG,Paraxial mesoderm
S7.2 108h:AGCCAGCCATCGGAGA,Paraxial mesoderm
S7.2 108h:GAAGCCCTCGCATTGA,Paraxial mesoderm
S7.2 108h:GTGTGATTCCAAGCAT,Paraxial mesoderm
S7.2 108h:TCAAGCAAGAAACTAC,Paraxial mesoderm
S7.2 108h:GAAGTAAAGCATCCCG,Paraxial mesoderm
S7.2 108h:ATCGATGTCACGAGGA,Paraxial mesoderm
S7.2 108h:GGCAGTCCATGTTCGA,Paraxial mesoderm
S7.2 108h:CGTGTCTTCGTAGCCG,Paraxial mesoderm
S7.2 108h:TGGGATTAGCCTTTCC,Paraxial mesoderm
S7.2 108h:GTTCCGTGTAACGTTC,Paraxial mesoderm
S7.2 108h:TCGTGCTAGGGCAGAG,Paraxial mesoderm
S7.2 108h:CTCTCGACAGCTGTAT,Paraxial mesoderm
S7.2 108h:TGGGCGTGTAGTGATA,Paraxial mesoderm
S7.2 108h:TGGAGAGTCGTTGTTT,Paraxial mesoderm
S7.2 108h:GAGACTTAGATTGCGG,Paraxial mesoderm
S7.2 108h:CGACGCTCTTCCGATC,Paraxial mesoderm
S7.2 108h:ACACGACGCTCTTCCG,Paraxial mesoderm
S7.2 108h:TCCCATGTCGCTTACC,Paraxial mesoderm
S8.2 120h:TTTGACTTCAATCCGA,Somite
S8.2 120h:CCAAGCGGTGATTAGA,Somite
S8.2 120h:CAGATACAGACGCCCT,Somite
S8.2 120h:TCGAAGTCATACACCA,Somite
S8.2 120h:TACTGCCGTACGAAAT,Somite
S8.2 120h:ATTCACTCATATCGGT,Somite
S8.2 120h:CATCAAGAGTTAACGA,Somite
S8.2 120h:GTTATGGGTAACCCGC,Somite
S8.2 120h:TCCACCATCCTCACGT,Somite
S8.2 120h:GACCAATGTCAGTTTG,Somite
S8.2 120h:TACGCTCCATGTGGTT,Somite
S8.2 120h:AGGCCACAGTCGAAAT,Somite
S8.2 120h:TTTGACTGTGTCATTG,Ectopic pluripotency
S8.2 120h:GGGTGTCTCTTCCCGA,Somite
S8.2 120h:GCCCGAAGTTCTTGTT,Somite
S8.2 120h:CGGAATTGTACGTGTT,Somite
S8.2 120h:CGATGGCCATGACAGG,Neuromesodermal progenitors
S8.2 120h:ATCGATGTCACAGTGT,Somite
S8.2 120h:AGCCACGTCGGTATGT,Somite
S8.2 120h:GCATTAGCACGCGTGT,Somite
S8.2 120h:TCATGGATCAAGGAGC,Somite
S8.2 120h:GTGATGTTCTAGAACC,Somite
S8.2 120h:CGATGCGTCCTTGGAA,Somite
S8.2 120h:TGTCAGATCATTCTTG,Somite
S8.2 120h:CCTCAACGTGCCTAAT,Somite
S8.2 120h:GATGTTGAGTTTCTTC,Somite
S8.2 120h:TCTTCCTCATGCGGTC,Somite differentiation front
S8.2 120h:ATGGATCTCTCTCAAT,Somite
S8.2 120h:TGGTGATGTTATCTTC,Somite
S8.2 120h:TCCGATCAGTTTCGGT,Somite
S8.2 120h:TACACCCAGTACAACA,Somite
S8.2 120h:ATACTTCTCGTCACCT,Neuromesodermal progenitors
S8.2 120h:TGCAGATGTCAGATTC,Somite
S8.2 120h:GTTGTGAGTTACCCTC,Somite
S8.2 120h:CTCCCTCAGCTGACTT,Somite
S8.2 120h:GTCTCACCATTGCAAC,Somite
S8.2 120h:GATGATCCAAAGAACT,Somite differentiation front
S8.2 120h:AGGAAATGTCACTAGT,Somite
S8.2 120h:CTCTGGTCAAAGGATT,Somite
S8.2 120h:CGAATTGCAGGGAATC,Somite
S8.2 120h:TTCAATCAGCATTGAA,Somite differentiation front
S8.2 120h:TCGCTTGGTAGACTGG,Somite
S8.2 120h:CTGTCGTAGAAACACT,Somite differentiation front
S8.2 120h:CTCATGCCAGAACGCA,Somite
S8.2 120h:TTGTGTTCATGCACTA,Somite
S8.2 120h:CGTGAATCAAACGTGG,Somite
S8.2 120h:TCCTTCTTCCGTCAAA,Somite
S8.2 120h:AGGCTGCGTGAGCTCC,Somite
S8.2 120h:TATACCTTCATTACCT,Somite
S8.2 120h:TGGGCTGTCCATTCAT,Neuromesodermal progenitors
S8.2 120h:TCATGTTCAGACAATA,Somite
S8.2 120h:GATTTCTCATATCGGT,Somite
S8.2 120h:TGGGTTAGTGATTGGG,Somite
S8.2 120h:CTCCCTCCAGTGACCC,Somite
S8.2 120h:ACTGCAAAGTGCAGGT,Somite
S8.2 120h:TGTTGGAGTCCTGTCT,Somite
S8.2 120h:CGCGTGAAGTCTGGTT,Somite
S8.2 120h:TGTTGAGAGCATCCCG,Somite
S8.2 120h:TCTTGCGAGAGCTTTC,Somite
S8.2 120h:TAGTGCATCATTACCT,Somite
S8.2 120h:GATGTTGCAGAGATGC,Somite
S8.2 120h:TTACGTTTCTTCTAAC,Somite
S8.2 120h:AGAACAAGTAGTTAGA,Somite
S8.2 120h:TCTTCCTGTATGAGGC,Somite
S8.2 120h:TCCATGCCAGTGTATC,Somite
S8.2 120h:GCCATGGCAACCCGCA,Somite
S8.2 120h:GACTTCCAGCAACAAT,Somite
S8.2 120h:GTCGCGACACCAAAGG,Somite
S8.2 120h:CACGTGGGTACAGTCT,Somite
S8.2 120h:ATTCAGGGTGTATTCG,Somite
S8.2 120h:TTCGCTGGTTCTAACG,Somite
S8.2 120h:TAATCTCGTGGCTTGC,Somite
S8.2 120h:ACCAAACTCCCTTTGG,Somite
S8.2 120h:CACGTGGGTCTGTCCT,Somite
S8.2 120h:AGCATCATCTGAATGC,Somite
S8.2 120h:CACACAAAGCTGAAAT,Somite
S8.2 120h:CATCCACTCTCTTAAC,Somite differentiation front
S8.2 120h:AAATGGACATGTGTCA,Somite
S8.2 120h:GAAGGGTGTTCGGTCG,Somite
S8.2 120h:CTTCAATGTAGTACGG,Somite
S8.2 120h:ACGTTCCCAAGATCCT,Somite
S8.2 120h:GTGGGAACACTGTGTA,Somite
S8.2 120h:TATCGCCGTGGGCTTC,Somite
S8.2 120h:CGTAAGTAGGGAGTTC,Somite
S8.2 120h:AGAGAATCAAGAGGCT,Somite
S8.2 120h:GGGACAATCCTACCGT,Somite
S8.2 120h:CTGGACGGTCCTGGTG,Somite
S8.2 120h:AGATCGTTCGGCATTA,Somite
S8.2 120h:GCTTGGGTCACGGTCG,Somite
S8.2 120h:GCTGAATGTCGGCCTA,Somite
S8.2 120h:TATTGCTGTCCCTGAG,Somite
S8.2 120h:TATCCTAAGATGTTAG,Somite
S8.2 120h:TCTGTCGCATCCGGTG,Somite
S8.2 120h:AACACACAGGCCTAAG,Somite
S8.2 120h:CGATGGCGTAGCTAAA,Somite
S8.2 120h:GGGCTACGTAACGTTC,Somite
S8.2 120h:GAGTCATCATGAATCC,Somite
S8.2 120h:TCGCTCAAGATTAGAC,Somite
S8.2 120h:CGTAGTAAGTGCTCAT,Somite differentiation front
S8.2 120h:TCAATCTCATACAGGG,Somite
S8.2 120h:TGCGGCAAGCTAGCCC,Somite differentiation front
S8.2 120h:GCTACAAAGGACACTG,Somite
S8.2 120h:CATGGTAGTTGTGCCG,Gut
S8.2 120h:CAGCACGCATGCTGCG,Somite
S8.2 120h:TTAGGCATCTTCCCAG,Somite
S8.2 120h:CAAGAGGGTGGTTTGT,Ectopic pluripotency
S8.2 120h:TCATCATTCTTGGAAC,Somite
S8.2 120h:CTTTCGGAGCACTGGA,Somite
S8.2 120h:AAGGTAAGTGAATTGA,Somite
S8.2 120h:TTGGATGCATCACGGC,Somite
S8.2 120h:TCACATTGTCTGTGGC,Somite
S8.2 120h:CAATGACGTCTTCTAT,Somite
S8.2 120h:CTCAGTCGTAGATCCT,Somite
S8.2 120h:CATTGCCCAGGTTCGC,Pre-somitic mesoderm
S8.2 120h:TGTACAGTCCTGCTAC,Somite
S8.2 120h:TTCTCTCTCCACTTTA,Somite
S8.2 120h:GTAGGTTGTTAGTCGT,Somite
S8.2 120h:ATCACAGCATACCATG,Ectopic pluripotency
S8.2 120h:TACGGGCCAACGCCCA,Somite
S8.2 120h:TTCGGTCTCTCGCAGG,Ectopic pluripotency
S8.2 120h:CTCATTAAGGTCTACT,Pre-somitic mesoderm
S8.2 120h:TCCCATGAGGTGAGCT,Somite
S8.2 120h:GGATCTAAGGCAGGTT,Somite
S8.2 120h:CTCTGGTAGCGTTGTT,Neuromesodermal progenitors
S8.2 120h:TCAGTTTAGTGGTTCT,Somite
S8.2 120h:CACACAACACAGAAGC,Somite
S8.2 120h:GAAGGACGTGCCTTTC,Somite
S8.2 120h:TAGACCAGTTCGGCGT,Somite differentiation front
S8.2 120h:TGGAACTTCTACTGCC,Somite
S8.2 120h:TCTGTCGCAGTACTAC,Somite
S8.2 120h:TTTAGTCGTATGCTAC,Somite
S8.2 120h:AGAGAATTCGGTTCAA,Somite
S8.2 120h:CTCCGATCATGTTCGA,Somite
S8.2 120h:TCAAGTGGTACGATGG,Somite
S8.2 120h:AAGGAATCACGGGCTT,Somite
S8.2 120h:ACTATTCTCGAGAACG,Gut
S8.2 120h:AGTTCGATCTCGCTTG,Pre-somitic mesoderm
S8.2 120h:GAAGAATGTGCCTACG,Pre-somitic mesoderm
S8.2 120h:GTCATCCCACGGGCTT,Neuromesodermal progenitors
S8.2 120h:GACTTCCTCAGTGATC,Somite
S8.2 120h:AATTTCCTCGCTCATC,Somite
S8.2 120h:TTCACGCTCGCGCCAA,Neuromesodermal progenitors
S8.2 120h:TGGGATTCAGTTTGGT,Somite
S8.2 120h:GGGTAGAGTACAGCGA,Somite
S8.2 120h:CAACGGCCAACAGCTT,Somite
S8.2 120h:CCCTAACTCCGACAGC,Pre-somitic mesoderm
S8.2 120h:TGAACGTCAAATGATG,Somite
S8.2 120h:CAACAGTAGACGCCCT,Somite
S8.2 120h:TCCTTTCGTCTCTCCA,Somite
S8.2 120h:CATGCGGTCCGTGTAA,Somite
S8.2 120h:TGTCAGACAACCGACC,Somite
S8.2 120h:ATCGTGATCTCTGCCA,Somite
S8.2 120h:ACTGATGAGATACTGA,Somite
S8.2 120h:AGGAATAGTTCGATTG,Somite
S8.2 120h:TATTTCGCAGCACAGA,Ectopic pluripotency
S8.2 120h:CCGATCTTCGTGCACG,Somite
S8.2 120h:GCCGATGTCGCATTGA,Paraxial mesoderm
S8.2 120h:CCTTTGGCATCGATAC,Somite
S8.2 120h:GCCAGTGGTAACCAGG,Somite
S8.2 120h:ACATCCCTCAGGTAAA,Somite
S8.2 120h:TCTCTGGGTTCTAACG,Pre-somitic mesoderm
S8.2 120h:TCACATTTCAGGACAG,Somite
S8.2 120h:ACTTAGGTCTGCTGAA,Somite
S8.2 120h:TAGGTACTCCCATGGG,Somite
S8.2 120h:TGATCAGCATGCCGAC,Somite
S8.2 120h:ATCCGTCCACAAGCTT,Neuromesodermal progenitors
S8.2 120h:CATACCCCAAATACAG,Somite
S8.2 120h:GGTTCTCTCTTCCACG,Somite
S8.2 120h:GATAGCTGTCCAGCCA,Somite
S8.2 120h:GACTCAAAGCGCACAA,Neuromesodermal progenitors
S8.2 120h:TTGATGGGTCGTGTTA,Somite
S8.2 120h:TAGATCGCATAATCCG,Somite
S8.2 120h:TAACCAGAGCTTCGTA,Somite
S8.2 120h:CTCCTCCTCCACGAAT,Somite
S8.2 120h:AAGTCGTAGTGGATTA,Neuromesodermal progenitors
S8.2 120h:CCGTGAGCACCTTCCA,Somite
S8.2 120h:CCATCACAGAAGTATC,Ectopic pluripotency
S8.2 120h:TTTGGTTAGACCGTTT,Somite
S8.2 120h:CATTGCCTCCGATTAG,Pre-somitic mesoderm
S8.2 120h:CGAGTTAGTCATCAGT,Somite
S8.2 120h:CTGGCAGGTTTCGCTC,Neuromesodermal progenitors
S8.2 120h:GGGACTCCATCTAACG,Somite
S8.2 120h:TTCTAGTCACCTAAAC,Neuromesodermal progenitors
S8.2 120h:GTTCCGTCAACAAAGT,Somite
S8.2 120h:TGCGATATCAGAGTGG,Somite
S8.2 120h:GTAGTACTCGAAGAAT,Somite
S8.2 120h:CAGATACGTCCCGGTA,Somite
S8.2 120h:AGCGTATAGAAGTGTT,Somite
S8.2 120h:GAGTGAGAGGGCAAGG,Ectopic pluripotency
S8.2 120h:AGCCAATGTCCTCCAT,Somite
S8.2 120h:TGCTCCACAGGCTATT,Neuromesodermal progenitors
S8.2 120h:GGCGTCATCGGATTAC,Somite
S8.2 120h:AGGTTACAGAAGCTCG,Somite differentiation front
S8.2 120h:TGTTACTCACCGGAAA,Somite
S8.2 120h:TTTGGAGAGAAGCGGG,Neuromesodermal progenitors
S8.2 120h:CCGTAGGTCAGCGGAA,Somite
S8.2 120h:GGAACCCGTATGTGTC,Somite
S8.2 120h:CCTCAGTGTATGGTTC,Somite
S8.2 120h:TAGTGCATCTCGCTCA,Neuromesodermal progenitors
S8.2 120h:AGAACCTCAATCGCAT,Neuromesodermal progenitors
S8.2 120h:CGGAATTAGCCTGTCG,Neuromesodermal progenitors
S8.2 120h:TGAGTCAAGGCCGCTT,Ectopic pluripotency
S8.2 120h:AGCTCAATCTGTAACG,Neuromesodermal progenitors
S8.2 120h:TAACGACTCTTAATCC,Somite
S8.2 120h:CCTCCAAAGGCATGCA,Somite
S8.2 120h:CATCGTCTCATTGAGC,Somite
S8.2 120h:GAGTCTAAGCGTCAAG,Somite
S8.2 120h:GCGTTTCCATAGAAAC,Somite
S8.2 120h:CTGCATCTCATAGCAC,Neuromesodermal progenitors
S8.2 120h:GCAACCGTCATCCCGT,Somite
S8.2 120h:TTCTAACTCTCCGAAA,Somite
S8.2 120h:CCCAACTTCCGGTTCT,Somite
S8.2 120h:CTGAATGTCCCTCATG,Pre-somitic mesoderm
S8.2 120h:ATTACCTAGTAACCTC,Neuromesodermal progenitors
S8.2 120h:AACGGGAGTAAGTTAG,Ectopic pluripotency
S8.2 120h:AGTTCCCGTCGCTTGG,Somite
S8.2 120h:AATGAAGGTACAAGTA,Neuromesodermal progenitors
S8.2 120h:GCAGTTAAGACTGTTC,Somite
S8.2 120h:GAACTGTCAAACGGCA,Somite
S8.2 120h:AACAACCTCCAATCCC,Pre-somitic mesoderm
S8.2 120h:CGGAATTTCCTTGACC,Somite
S8.2 120h:ATAGGCTTCTGCCTCA,Somite
S8.2 120h:CCCATTGGTACAGTTC,Somite
S8.2 120h:ACGGTTAAGACTCAAA,Somite
S8.2 120h:CTATAGGTCCCGAGAC,Neuromesodermal progenitors
S8.2 120h:GTTCATTTCTCCGATC,Somite
S8.2 120h:GGGCCATAGTGGAATT,Ectopic pluripotency
S8.2 120h:GCAACATGTATGGTAA,Somite
S8.2 120h:TTTAGTCAGTCGAAAT,Somite
S8.2 120h:TTCTTCCGTAGACAAT,Somite
S8.2 120h:TGAATCGTCCCGAGTG,Somite
S8.2 120h:AGCCAGCTCCCAAGCG,Pre-somitic mesoderm
S8.2 120h:GACCAATGTAACCCTA,Pre-somitic mesoderm
S8.2 120h:TACACCCGTAATGTGA,Neuromesodermal progenitors
S8.2 120h:TTCTCTCTCTCGCTCA,Somite
S8.2 120h:CCTCTCCTCTTTCAGT,Somite
S8.2 120h:CAATTTCCACGTATAC,Pre-somitic mesoderm
S8.2 120h:TCGAACAAGGCCTTGC,Somite
S8.2 120h:GGGATGAAGACCAAGC,Neuromesodermal progenitors
S8.2 120h:AGTGACTAGCAAATGT,Neuromesodermal progenitors
S8.2 120h:CGAGGAAGTTTGAAAG,Pre-somitic mesoderm
S8.2 120h:CAACGATGTCACTGAT,Pre-somitic mesoderm
S8.2 120h:CTATCTACACAACGTT,Somite
S8.2 120h:GAGTGAGTCGAGTGAG,Somite
S8.2 120h:CGCATAAGTCAGCGTC,Ectopic pluripotency
S8.2 120h:CAACAACCAGCATACT,Somite
S8.2 120h:TGGTACATCCCTCTCC,Exiting naive pluripotency
S8.2 120h:AGATAGAAGATTGCGG,Exiting naive pluripotency
S8.2 120h:GACTTCCGTTGTTGCA,Neuromesodermal progenitors
S8.2 120h:CACACAAGTTACGGAG,Somite
S8.2 120h:TGCGACGGTGCTATTG,Somite
S8.2 120h:GCACGGTTCAACTCTT,Ectopic pluripotency
S8.2 120h:CCTACGTAGGACTATA,Somite
S8.2 120h:TGATCAGTCCGACGGT,Gut
S8.2 120h:CTCCACACAATGAACA,Neuromesodermal progenitors
S8.2 120h:TTGCCTGAGGACAACC,Somite
S8.2 120h:GTGCAGCGTGGCACTC,Somite
S8.2 120h:TTCGATTCAGTCTCTC,Somite
S8.2 120h:CTTCAATGTGCATTTG,Pre-somitic mesoderm
S8.2 120h:TCTACCGCATATTCGG,Somite
S8.2 120h:TTTCAGTGTATCGGTT,Neuromesodermal progenitors
S8.2 120h:GGGACCTGTATCCCAA,Neuromesodermal progenitors
S8.2 120h:GTTGAACCAGTAGGAC,Somite
S8.2 120h:CTACATTTCTGGGCCA,Neuromesodermal progenitors
S8.2 120h:TGATGCATCCTCCACA,Pre-somitic mesoderm
S8.2 120h:TGCAGTAAGACGATAT,Ectopic pluripotency
S8.2 120h:TCAATCTCAGCTACCG,Neuromesodermal progenitors
S8.2 120h:CTGAATGGTCATCAGT,Somite
S8.2 120h:ACTATCTGTATTTCCT,Neuromesodermal progenitors
S8.2 120h:CCAAGCGGTCAAAGTA,Somite
S8.2 120h:GGGAGTATCGCCGAGT,Pre-somitic mesoderm
S8.2 120h:GTGTTCCGTCATCCGG,Somite
S8.2 120h:TCAGTTTTCCGTGCGA,Somite
S8.2 120h:TACCTGCTCTGTCCGT,Ectopic pluripotency
S8.2 120h:GTTCTATTCCTCGATC,Neuromesodermal progenitors
S8.2 120h:CTGCGAGCAGCTGAGA,Ectopic pluripotency
S8.2 120h:CGCCAGATCATGCGGC,Neuromesodermal progenitors
S8.2 120h:ATCACTTGTGAGCGAT,Somite
S8.2 120h:CTTCTAATCATACAGC,Somite
S8.2 120h:GCACTAAGTTAAGAAC,Somite
S8.2 120h:GTTTACTTCAAACGTC,Somite
S8.2 120h:TCGAAGTAGGGTTAAT,Somite
S8.2 120h:CAGATACGTATGACAA,Somite
S8.2 120h:GTGCGTGTCCACCTCA,Pre-somitic mesoderm
S8.2 120h:TGGTACACACAGAGCA,Ectopic pluripotency
S8.2 120h:GATTCGACAGCGGTCT,Neuromesodermal progenitors
S8.2 120h:CCGGACAGTAGTCTTG,Ectopic pluripotency
S8.2 120h:TGTCCTGGTAGCGTCC,Somite
S8.2 120h:GTCGAATGTGGCTTAT,Somite
S8.2 120h:CCTCATGAGCGGTAGT,Pre-somitic mesoderm
S8.2 120h:CCGGACACATACCAGT,Somite
S8.2 120h:AAGCGTTCAGCACCCA,Neuromesodermal progenitors
S8.2 120h:TCAGTTTTCGGCCCAA,Somite
S8.2 120h:CTGCCTAAGGCCATAG,Neuromesodermal progenitors
S8.2 120h:TACCGAATCGCACGGT,Hemogenic endothelium
S8.2 120h:ACGTAGTAGACTCAAA,Neuromesodermal progenitors
S8.2 120h:GATCCCTTCTGGTTGA,Somite
S8.2 120h:TGTTACTTCTCGGTAA,Somite
S8.2 120h:AGAAATGTCTGGAGAG,Somite
S8.2 120h:GATTCTTGTGTTCCTC,Neuromesodermal progenitors
S8.2 120h:TTCGGTCAGTAATCCC,Somite
S8.2 120h:AGAAATGCAGCGATTT,Somite
S8.2 120h:AGGGCCTCACGGGTAA,Neuromesodermal progenitors
S8.2 120h:CTGGTCTAGTCATACC,Hemogenic endothelium
S8.2 120h:TTCCAATTCTCAAAGC,Neuromesodermal progenitors
S8.2 120h:CGAGTGCCAACGACAG,Somite
S8.2 120h:TAATTCCGTCACTCTC,Neuromesodermal progenitors
S8.2 120h:ACGTAACGTTAAACAG,Somite
S8.2 120h:TATTTCGCAGGAATAT,Somite
S8.2 120h:AGAAATGTCAAGGCTT,Pre-somitic mesoderm
S8.2 120h:TCCGAAAGTACATTGC,Paraxial mesoderm
S8.2 120h:TCTTCCTGTTTAGACC,Pre-somitic mesoderm
S8.2 120h:GTTCCGTTCAGACCCG,Neuromesodermal progenitors
S8.2 120h:CCCTCAATCGCCACTT,Somite
S8.2 120h:TTACAGGCATGAGATA,Ectopic pluripotency
S8.2 120h:AAGTACCCATGGGTTT,Neuromesodermal progenitors
S8.2 120h:TCCCACAAGGGTGAAA,Ectopic pluripotency
S8.2 120h:GCTACAACACCAATTG,Neuromesodermal progenitors
S8.2 120h:CAAGACTCAGGTTCAT,Somite
S8.2 120h:TTGGTTTAGCCTCAGC,Somite
S8.2 120h:GTAGGAGTCTCGGTAA,Pre-somitic mesoderm
S8.2 120h:CAGCAATTCCTGGGTG,Pre-somitic mesoderm
S8.2 120h:GCTGCAGCAGGTGACA,Somite
S8.2 120h:CTAACCCCAAAGGGCT,Neuromesodermal progenitors
S8.2 120h:ATACCGAAGGCGACAT,Somite
S8.2 120h:CAACCTCGTTAACAGA,Somite
S8.2 120h:TCCACGTTCGGAGCAA,Pre-somitic mesoderm
S8.2 120h:TACACCCAGGTCTTTG,Somite
S8.2 120h:ACTTAGGAGGATCACG,Somite
S8.2 120h:ACTGCAACATCTCAAG,Neuromesodermal progenitors
S8.2 120h:CTCATGCGTATGGGAC,Somite
S8.2 120h:GTCATGAAGCGACTTT,Somite
S8.2 120h:CTCAGAATCAGGTGTT,Pre-somitic mesoderm
S8.2 120h:TGATCTTTCCACGTAA,Neuromesodermal progenitors
S8.2 120h:CCGTTCATCGAGTCCG,Somite
S8.2 120h:TCCTTTCGTCTTCTAT,Somite
S8.2 120h:AATCGACAGTGCAACG,Neuromesodermal progenitors
S8.2 120h:CTCATCGTCCGCGATG,Somite
S8.2 120h:ACCGTTCCACACTTAG,Somite
S8.2 120h:ATCACAGCAGCCCACA,Somite
S8.2 120h:AGTCAACAGACACACG,Somite
S8.2 120h:TGATTTCGTTCCATTT,Somite
S8.2 120h:TCCTCTTAGGTCTTTG,Somite
S8.2 120h:CGATCGGCATTGCAAC,Paraxial mesoderm
S8.2 120h:AGCTACAAGCCAACCC,Somite
S8.2 120h:AGACAAAAGGAACGTC,Pre-somitic mesoderm
S8.2 120h:GTAGCTAGTTCAGTAC,Somite
S8.2 120h:CTCTGGTTCCTATTTG,Somite
S8.2 120h:GCCGATGGTCCTCAGG,Neuromesodermal progenitors
S8.2 120h:ATCCTATCAGCCGGTT,Somite
S8.2 120h:CTGTAGAGTCCATCTC,Somite
S8.2 120h:TCATCCGAGCACTAGG,Pre-somitic mesoderm
S8.2 120h:AATGCCAGTACCTGTA,Somite
S8.2 120h:CTCCGATTCAAAGACA,Neuromesodermal progenitors
S8.2 120h:GACTCTCTCCTTTGAT,Neuromesodermal progenitors
S8.2 120h:ATTCCCGGTCTTTCAT,Somite
S8.2 120h:AACAAGACATTGAGCT,Paraxial mesoderm
S8.2 120h:AGACTCATCGGAAACG,Ectopic pluripotency
S8.2 120h:GATCCCTCAGACGCTC,Somite
S8.2 120h:TGTAAGCTCAAGTTGC,Somite
S8.2 120h:GTTGTAGGTCAAGGCA,Somite
S8.2 120h:ATTCACTCAAGAGTAT,Somite
S8.2 120h:ATGACCAAGGCTAACG,Neuromesodermal progenitors
S8.2 120h:TGAGGGACACAGCCTG,Somite
S8.2 120h:CATCCGTAGAATCGAT,Somite
S8.2 120h:CCTCAACAGCAATTAG,Somite
S8.2 120h:TTTCCTCAGGGATCAC,Somite
S8.2 120h:GTCATCCTCGTGCAGC,Somite
S8.2 120h:TCACGCTCAGCTGTGC,Gut
S8.2 120h:TTCGATTAGCCAAGCA,Somite
S8.2 120h:GCTGCAGAGCTACAAA,Neuromesodermal progenitors
S8.2 120h:TCATGTTAGACATCCT,Neuromesodermal progenitors
S8.2 120h:GATTGGTGTGGTCTGC,Somite
S8.2 120h:TGGGTTAAGAGGGTCT,Neuromesodermal progenitors
S8.2 120h:TGTTACTTCGAGCTGC,Pre-somitic mesoderm
S8.2 120h:ACTTATCAGCAGGCTA,Ectopic pluripotency
S8.2 120h:GAATCGTGTTAATGAG,Pre-somitic mesoderm
S8.2 120h:CATCCCAAGTAGGTTA,Pre-somitic mesoderm
S8.2 120h:GAGCCTGTCTTCGTGC,Pre-somitic mesoderm
S8.2 120h:TACTTCACATCGTCCT,Somite
S8.2 120h:GCAGTTAGTGATTCTG,Neuromesodermal progenitors
S8.2 120h:CGCATAACACAACATC,Pre-somitic mesoderm
S8.2 120h:TTGCCTGTCATAAGGA,Exiting naive pluripotency
S8.2 120h:CTCCTTTCAAGGATGC,Paraxial mesoderm
S8.2 120h:TACGGTAAGTGGTGAC,Somite
S8.2 120h:ACTACGACAGTCAGTT,Neuromesodermal progenitors
S8.2 120h:ACGCACGTCTTCTGGC,Somite
S8.2 120h:ACGATGTCAATACCCA,Somite
S8.2 120h:GAGTCATGTTAAACAG,Ectopic pluripotency
S8.2 120h:ACTTTCATCCCATTTA,Somite
S8.2 120h:GATGCTAGTCGTGCCA,Neuromesodermal progenitors
S8.2 120h:AGAGCCCCACCTATCC,Somite
S8.2 120h:CCCTCAACAGATACTC,Somite
S8.2 120h:TACTGCCGTATGCTTG,Somite
S8.2 120h:CCAATTTCAGAGGGTT,Ectopic pluripotency
S8.2 120h:TGGATGTCAATTCACG,Gut
S8.2 120h:CCATAAGAGATCCCAT,Pre-somitic mesoderm
S8.2 120h:AGACAAACAAGTGATA,Pre-somitic mesoderm
S8.2 120h:CACTGTCCAGCTGAAG,Pre-somitic mesoderm
S8.2 120h:GTAGCTAAGTAGTGCG,Paraxial mesoderm
S8.2 120h:CTGCTCATCCGAGATT,Neuromesodermal progenitors
S8.2 120h:CATCGCTGTTGAAGTA,Neuromesodermal progenitors
S8.2 120h:AAATGGAGTTCGCGTG,Pre-somitic mesoderm
S8.2 120h:TTGTTGTCAGGAGACT,Somite
S8.2 120h:CTTCTAACACCTATCC,Pre-somitic mesoderm
S8.2 120h:CTAGGTACAACCTAAC,Paraxial mesoderm
S8.2 120h:AGCTACAAGACCAAAT,Somite
S8.2 120h:GTCATCCTCCTGTTGC,Pre-somitic mesoderm
S8.2 120h:TCCGATCTCTCATTGT,Somite
S8.2 120h:CCACGTTAGTCTAGAA,Pre-somitic mesoderm
S8.2 120h:TCGAAGTTCATAGGCT,Somite
S8.2 120h:ACGGTTATCTCTCCGA,Neuromesodermal progenitors
S8.2 120h:GTAACACAGATGATTG,Paraxial mesoderm
S8.2 120h:GTGCACGTCGGACCAC,Pre-somitic mesoderm
S8.2 120h:GAGACTTCAAAGGATT,Hemogenic endothelium
S8.2 120h:GATGACTGTTAGAAGT,Neuromesodermal progenitors
S8.2 120h:CTACAGACATGCAGCC,Somite
S8.2 120h:CCTAAGAAGGTTAAAC,Pre-somitic mesoderm
S8.2 120h:TGGCGTGAGTCTGCAT,Somite
S8.2 120h:TATATCCGTTAGCGGA,Paraxial mesoderm
S8.2 120h:GTCCTCAAGGCAATGC,Neuromesodermal progenitors
S8.2 120h:ACTGTCCAGCCTGAGA,Neuromesodermal progenitors
S8.2 120h:TCATCCGGTACCTATG,Somite
S8.2 120h:TTCCGGTTCCTAAGTG,Paraxial mesoderm
S8.2 120h:CTTCTCTGTTCTCGTC,Somite
S8.2 120h:TATCGCCGTAACGATA,Somite
S8.2 120h:CCTTCAGAGAGTTGCG,Somite
S8.2 120h:CATGCCTAGAAGATCT,Neuromesodermal progenitors
S8.2 120h:TCACATTAGTGCTCGC,Neuromesodermal progenitors
S8.2 120h:AATCGTGCAACGCATT,Somite
S8.2 120h:TTCCGGTTCCGCACGA,Somite
S8.2 120h:CGGCAGTGTACTCCGG,Neuromesodermal progenitors
S8.2 120h:GACCGTGCACAAGGTG,Neuromesodermal progenitors
S8.2 120h:CGTGCTTAGGCGTCCT,Gut
S8.2 120h:GGCTTTCAGAGAGGGC,Pre-somitic mesoderm
S8.2 120h:GATTCTTCACCAATTG,Neuromesodermal progenitors
S8.2 120h:GTGCTGGTCATGGAGG,Somite
S8.2 120h:CTGCTCACACATGAAA,Gut
S8.2 120h:GTAGGAGGTCGTGCCA,Somite
S8.2 120h:GTTGTCCCACATGACT,Paraxial mesoderm
S8.2 120h:TCGCTTGTCATTTCCA,Somite
S8.2 120h:TCCCAGTAGCTACTGT,Pre-somitic mesoderm
S8.2 120h:TTGTGGAAGGAACGCT,Ectopic pluripotency
S8.2 120h:CTCCTTTAGCCGATCC,Ectopic pluripotency
S8.2 120h:ATGGTTGGTGCGGTAA,Neuromesodermal progenitors
S8.2 120h:GCCATTCTCTGAATCG,Neuromesodermal progenitors
S8.2 120h:GGCTTGGGTACAGAGC,Pre-somitic mesoderm
S8.2 120h:TCGACCTAGACCTTTG,Neuromesodermal progenitors
S8.2 120h:GATCGTACAGCTATTG,Paraxial mesoderm
S8.2 120h:AGGATAATCGACGACC,Pre-somitic mesoderm
S8.2 120h:GGGACCTGTAACATAG,Pre-somitic mesoderm
S8.2 120h:CGTGAATAGAGACAAG,Exiting naive pluripotency
S8.2 120h:TTCCTCTTCTAGTACG,Pre-somitic mesoderm
S8.2 120h:GATAGCTCATCGAACT,Pre-somitic mesoderm
S8.2 120h:ATCTTCAGTCCAAGAG,Neuromesodermal progenitors
S8.2 120h:CAGCAATGTGCGAACA,Neuromesodermal progenitors
S8.2 120h:GTTTACTAGGCTCTAT,Pre-somitic mesoderm
S8.2 120h:GCATTAGCAATCCTAG,Ectopic pluripotency
S8.2 120h:CCTCATGGTCTGTGAT,Pre-somitic mesoderm
S8.2 120h:ACCCTTGGTTTGTGGT,Somite differentiation front
S8.2 120h:TTACTGTGTAAGTAGT,Hemogenic endothelium
S8.2 120h:AAAGAACAGACAGTCG,Somite
S8.2 120h:TTGAACGGTCTTTATC,Neuromesodermal progenitors
S8.2 120h:GGGTATTAGGGCCAAT,Ectopic pluripotency
S8.2 120h:AGTAACCAGCAACCAG,Paraxial mesoderm
S8.2 120h:CAGATCACAATGGCCC,Neuromesodermal progenitors
S8.2 120h:GAGTTTGGTTCTTCAT,Somite
S8.2 120h:GTCTGTCTCCTGCTAC,Neuromesodermal progenitors
S8.2 120h:CCCTTAGAGCATGATA,Paraxial mesoderm
S8.2 120h:TATACCTAGTCCCTAA,Paraxial mesoderm
S8.2 120h:AGTGTTGCAGTAACGG,Somite
S8.2 120h:GGGCTCACAGCTACCG,Neuromesodermal progenitors
S8.2 120h:CATGGATAGGAACGCT,Somite
S8.2 120h:TCACGCTCATGAAAGT,Pre-somitic mesoderm
S8.2 120h:GCTTGGGCAGGCTACC,Paraxial mesoderm
S8.2 120h:TGCAGATCAGAGGACT,Hemogenic endothelium
S8.2 120h:ATGGTTGGTTACACAC,Somite
S8.2 120h:TCAGTTTCATGCCGGT,Hemogenic endothelium
S8.2 120h:CCCATTGCAGACAAAT,Somite
S8.2 120h:AGTCAACGTGTGAATA,Paraxial mesoderm
S8.2 120h:CTCATGCTCTCCAAGA,Neuromesodermal progenitors
S8.2 120h:CTCAGTCAGCGTCAGA,Paraxial mesoderm
S8.2 120h:ATCCACCGTGACTGTT,Neuromesodermal progenitors
S8.2 120h:TGTGGCGTCCCTCTTT,Paraxial mesoderm
S8.2 120h:TGGTAGTCAGTTAAAG,Neuromesodermal progenitors
S8.2 120h:TCATTACGTCTACGTA,Somite
S8.2 120h:ATTCCCGTCCGATGCG,Somite
S8.2 120h:ACAGAAAAGCATCCTA,Paraxial mesoderm
S8.2 120h:CTCACTGTCAAACCCA,Somite
S8.2 120h:CTCATCGAGGCTTAAA,Somite
S8.2 120h:ATCCACCAGGTATTGA,Pre-somitic mesoderm
S8.2 120h:CGGAGAAAGCAGGCTA,Pre-somitic mesoderm
S8.2 120h:ACGATGTGTCCACAGC,Somite
S8.2 120h:GAGACTTGTGACTATC,Paraxial mesoderm
S8.2 120h:AGGTGTTTCAGACTGT,Paraxial mesoderm
S8.2 120h:TCAATTCAGTACTGGG,Ectopic pluripotency
S8.2 120h:GGCAGTCAGCCTGCCA,Paraxial mesoderm
S8.2 120h:CCCATTGGTGGTCCGT,Somite
S8.2 120h:GTGGGAACACGAGGAT,Somite
S8.2 120h:ACCCTCATCCAAGGGA,Paraxial mesoderm
S8.2 120h:ATTCACTAGTTCCTGA,Somite
S8.2 120h:CTCAACCAGACAAGCC,Neuromesodermal progenitors
S8.2 120h:AAGTTCGCAGACACCC,Somite
S8.2 120h:GGCAGTCAGCTCTTCC,Neuromesodermal progenitors
S8.2 120h:CTGTCGTAGTACAACA,Neuromesodermal progenitors
S8.2 120h:GGTGTCGTCGGTATGT,Paraxial mesoderm
S8.2 120h:GTTGTCCCACCATAAC,Neuromesodermal progenitors
S8.2 120h:TCGTCCAGTCATAACC,Paraxial mesoderm
S8.2 120h:AACCCAATCCGCGATG,Neuromesodermal progenitors
S8.2 120h:ACAGAAACACGTACTA,Paraxial mesoderm
S8.2 120h:TACTGCCGTTGCATTG,Neuromesodermal progenitors
S8.2 120h:CGAGGCTGTCGGTAAG,Pre-somitic mesoderm
S8.2 120h:CATCCGTTCGCCATAA,Pre-somitic mesoderm
S8.2 120h:ATAGAGAAGGTAGACC,Somite
S8.2 120h:GGCGTCATCTTTACAC,Somite
S8.2 120h:GGGTTTACACCATTCC,Ectopic pluripotency
S8.2 120h:CTCCTCCTCGCTGACG,Ectopic pluripotency
S8.2 120h:CTGGACGGTGGCTGAA,Paraxial mesoderm
S8.2 120h:GTCAGCGTCCACGTGG,Neuromesodermal progenitors
S8.2 120h:TGATTCTAGTAACGTA,Ectopic pluripotency
S8.2 120h:TTAGGCATCGGAAACG,Neuromesodermal progenitors
S8.2 120h:AGTGATCGTCCAAAGG,Paraxial mesoderm
S8.2 120h:TGTTGGAGTCCGGACT,Somite
S8.2 120h:TGTTGAGGTACTGTTG,Pre-somitic mesoderm
S8.2 120h:TGATGCATCCGTGGCA,Paraxial mesoderm
S8.2 120h:AGAAGTAAGTCTTCCC,Paraxial mesoderm
S8.2 120h:AGAGCCCTCCCTCGTA,Paraxial mesoderm
S8.2 120h:ATCGTCCCACTCAAGT,Somite differentiation front
S8.2 120h:ACATCCCGTCCTCAGG,Neuromesodermal progenitors
S8.2 120h:ACTGCAAAGAAGATCT,Somite
S8.2 120h:CCACAAACATGAGAAT,Neuromesodermal progenitors
S8.2 120h:CTTTCAATCCTAAACG,Neuromesodermal progenitors
S8.2 120h:ATTTCTGCAGTAACCT,Pre-somitic mesoderm
S8.2 120h:TGAACGTCACCGCTAG,Exiting naive pluripotency
S8.2 120h:TTTGACTCACGACCTG,Gut
S8.2 120h:GCTGCAGGTACCCACG,Hemogenic endothelium
S8.2 120h:ACGATGTGTCAACCAT,Paraxial mesoderm
S8.2 120h:CAAGAGGAGCCTATCA,Pre-somitic mesoderm
S8.2 120h:TACTTGTGTGGCAACA,Pre-somitic mesoderm
S8.2 120h:CTAAGTGGTCCCTCAT,Pre-somitic mesoderm
S8.2 120h:CCCGGAATCTTGGCTC,Ectopic pluripotency
S8.2 120h:CTGCATCAGGACTATA,Paraxial mesoderm
S8.2 120h:GGGTCACTCGTCTAAG,Ectopic pluripotency
S8.2 120h:GATTTCTCATAATGCC,Paraxial mesoderm
S8.2 120h:ACGTCCTAGGAAAGGT,Ectopic pluripotency
S8.2 120h:CTGTGAAAGTATGCAA,Pre-somitic mesoderm
S8.2 120h:GAGTTACTCTTGGGCG,Paraxial mesoderm
S8.2 120h:TGAGGAGCAGAAATCA,Neuromesodermal progenitors
S8.2 120h:AGTGATCGTCCACAGC,Somite
S8.2 120h:TGGTGATTCTGTCAGA,Paraxial mesoderm
S8.2 120h:CACTAAGAGTGAGGCT,Paraxial mesoderm
S8.2 120h:ACTCCCACAAAGGCAC,Paraxial mesoderm
S8.2 120h:GCATGATTCCTACAAG,Neuromesodermal progenitors
S8.2 120h:GTGTGGCAGTTCTACG,Exiting naive pluripotency
S8.2 120h:GAGTCATCACCTGCTT,Neuromesodermal progenitors
S8.2 120h:GACTCAATCCTCATAT,Neuromesodermal progenitors
S8.2 120h:TCAGCAAGTGCAAGAC,Neuromesodermal progenitors
S8.2 120h:CTTACCGAGTATTAGG,Neuromesodermal progenitors
S8.2 120h:GAAGTAAAGCCTATTG,Pre-somitic mesoderm
S8.2 120h:CAAGAGGTCTCCTGTG,Pre-somitic mesoderm
S8.2 120h:ATTATCCCACATAGCT,Paraxial mesoderm
S8.2 120h:ACCGTTCTCATGTCAG,Paraxial mesoderm
S8.2 120h:TCTATACCAGCTTTCC,Neuromesodermal progenitors
S8.2 120h:ACTCTCGGTCACCCTT,Somite
S8.2 120h:CAGATCAGTATCACGT,Paraxial mesoderm
S8.2 120h:GTTAGACCAAGATCCT,Neuromesodermal progenitors
S8.2 120h:GTAGGAGAGGGATCGT,Pre-somitic mesoderm
S8.2 120h:TGCTTCGAGCAACTTC,Paraxial mesoderm
S8.2 120h:TACGGTACAGCTATTG,Neuromesodermal progenitors
S8.2 120h:ACTTCCGGTATCGCGC,Paraxial mesoderm
S8.2 120h:ATTTCTGAGAAACCAT,Neuromesodermal progenitors
S8.2 120h:GAGACCCAGTCTTCCC,Pre-somitic mesoderm
S8.2 120h:GCTGAATGTCAAATCC,Paraxial mesoderm
S8.2 120h:TCATTGTTCCTATTTG,Pre-somitic mesoderm
S8.2 120h:ATCCACCCAGCGTGCT,Gut
S8.2 120h:TCTTCCTCACCAGGTC,Paraxial mesoderm
S8.2 120h:TTGAGTGAGAGGCGGA,Neuromesodermal progenitors
S8.2 120h:TCGAAGTTCATGCAGT,Paraxial mesoderm
S8.2 120h:TTCTCTCAGATTTGCC,Paraxial mesoderm
S8.2 120h:TGCGACGCATTGCTTT,Pre-somitic mesoderm
S8.2 120h:CACCGTTTCTCGGCTT,Pre-somitic mesoderm
S8.2 120h:GAGTGAGAGCAACAGC,Pre-somitic mesoderm
S8.2 120h:GGAAGTGTCGATACTG,Paraxial mesoderm
S8.2 120h:CTCAGGGTCTTGCAAG,Paraxial mesoderm
S8.2 120h:TTCATTGTCTCTTGCG,Somite
S8.2 120h:TCAATCTGTGACAGCA,Neuromesodermal progenitors
S8.2 120h:CAACCTCTCGTTACCC,Somite
S8.2 120h:CAAGCTACACCTCTAC,Paraxial mesoderm
S8.2 120h:AGTCACAGTTGGGACA,Ectopic pluripotency
S8.2 120h:ACCGTTCTCCTCGCAT,Exiting naive pluripotency
S8.2 120h:CTCCAACTCGAAGCCC,Paraxial mesoderm
S8.2 120h:AAGTGAAGTACCGCGT,Somite
S8.2 120h:GAATCACGTCAGGTGA,Somite
S8.2 120h:AAACGCTCACTTCTCG,Paraxial mesoderm
S8.2 120h:GCCTGTTGTCCTGTCT,Somite
S8.2 120h:TGAGTCATCATGTCTT,Paraxial mesoderm
S8.2 120h:CGTTAGAAGGATTCCT,Pre-somitic mesoderm
S8.2 120h:AATGACCCAAACTAGA,Pre-somitic mesoderm
S8.2 120h:TCAATCTGTGTTCATG,Ectopic pluripotency
S8.2 120h:TTTCCTCTCACCCTTG,Somite
S8.2 120h:AGCGCCAGTAACTAAG,Paraxial mesoderm
S8.2 120h:AATGGCTTCGAAGAAT,Pre-somitic mesoderm
S8.2 120h:ATCCGTCGTAAGACCG,Paraxial mesoderm
S8.2 120h:TGAATGCGTACTAAGA,Pre-somitic mesoderm
S8.2 120h:CTGCCATTCGGTCATA,Ectopic pluripotency
S8.2 120h:TACAACGAGTTCAACC,Somite
S8.2 120h:TTCTGTAAGCTGTTCA,Neuromesodermal progenitors
S8.2 120h:CTACATTTCATACGGT,Paraxial mesoderm
S8.2 120h:AATGAAGAGAAGCCTG,Paraxial mesoderm
S8.2 120h:TACTTCACAACAGCTT,Neuromesodermal progenitors
S8.2 120h:TAACCAGGTGTACATC,Neuromesodermal progenitors
S8.2 120h:GAAGGACAGCATGCGA,Pre-somitic mesoderm
S8.2 120h:TCCAGAACAAAGGCTG,Paraxial mesoderm
S8.2 120h:TGGTGATTCCTATGGA,Pre-somitic mesoderm
S8.2 120h:TTTACTGGTCAACCAT,Somite
S8.2 120h:GAAGCGATCCGTCAAA,Somite
S8.2 120h:TGCACGGGTACGACTT,Paraxial mesoderm
S8.2 120h:GAACACTAGGATATAC,Paraxial mesoderm
S8.2 120h:TCAAGACGTGTTGATC,Paraxial mesoderm
S8.2 120h:GTAGAAATCGAACCAT,Paraxial mesoderm
S8.2 120h:AGATCCAAGCTATCTG,Pre-somitic mesoderm
S8.2 120h:TGGAACTGTATACCTG,Paraxial mesoderm
S8.2 120h:CCACTTGTCGGCACTG,Somite
S8.2 120h:ATGGGAGCACAAATAG,Gut
S8.2 120h:GGTGGCTGTTCGGCCA,Neuromesodermal progenitors
S8.2 120h:CTTACCGCATCTATCT,Gut
S8.2 120h:TCGCTCAGTCCTGGTG,Neuromesodermal progenitors
S8.2 120h:CCTCTCCTCCGTGCGA,Paraxial mesoderm
S8.2 120h:GCAGCTGAGGTCACCC,Neuromesodermal progenitors
S8.2 120h:ACAACCATCTCTTCAA,Neuromesodermal progenitors
S8.2 120h:ACGTAGTAGACTTAAG,Pre-somitic mesoderm
S8.2 120h:GATAGAATCGTGGCTG,Neuromesodermal progenitors
S8.2 120h:GTAGATCAGTCCCAAT,Paraxial mesoderm
S8.2 120h:TCCGGGATCTAGTGTG,Gut
S8.2 120h:CAGTGCGCATAATGCC,Paraxial mesoderm
S8.2 120h:AGTAGTCGTTTAGACC,Pre-somitic mesoderm
S8.2 120h:CATGAGTTCTGTCGCT,Pre-somitic mesoderm
S8.2 120h:TGCATGATCAGACCTA,Exiting naive pluripotency
S8.2 120h:TCCTCGAAGACCATTC,Paraxial mesoderm
S8.2 120h:GACTCAAGTCGGTGAA,Paraxial mesoderm
S8.2 120h:GGAGGTACAATTGTGC,Neuromesodermal progenitors
S8.2 120h:TTGGGATGTCGTAATC,Paraxial mesoderm
S8.2 120h:ACGATCATCGTGCATA,Ectopic pluripotency
S8.2 120h:AGGAATACAATGAAAC,Ectopic pluripotency
S8.2 120h:TTAATCCAGACCATTC,Paraxial mesoderm
S8.2 120h:ACTTCCGTCTCCTACG,Neuromesodermal progenitors
S8.2 120h:TCATTACAGATCGACG,Pre-somitic mesoderm
S8.2 120h:CCGGTGAGTGGATCGA,Paraxial mesoderm
S8.2 120h:ACCTGTCGTCAACACT,Paraxial mesoderm
S8.2 120h:GAGGGTATCCATGCAA,Neuromesodermal progenitors
S8.2 120h:TCCGAAATCCGTGCGA,Gut
S8.2 120h:TACGGTAGTTTGGAAA,Paraxial mesoderm
S8.2 120h:GTCTACCTCAGACAAA,Paraxial mesoderm
S8.2 120h:TGCGATATCCCGTTCA,Paraxial mesoderm
S8.2 120h:ACATCCCTCAACCGAT,Paraxial mesoderm
S8.2 120h:TTACCATAGCACCCAC,Ectopic pluripotency
S8.2 120h:CACTAAGTCGGTGCAC,Neuromesodermal progenitors
S8.2 120h:TGGTAGTCAAACCATC,Somite differentiation front
S8.2 120h:ATTCACTAGGAACGTC,Paraxial mesoderm
S8.2 120h:TAAGCCATCGCATAGT,Pre-somitic mesoderm
S8.2 120h:CACATGACACAATCTG,Paraxial mesoderm
S8.2 120h:GAAGCGAGTTGGGAAC,Neuromesodermal progenitors
S8.2 120h:GTTATGGTCAAACGTC,Pre-somitic mesoderm
S8.2 120h:TACTGCCCATTGTAGC,Gut
S8.2 120h:TGATGGTGTTTCGACA,Pre-somitic mesoderm
S8.2 120h:TCAGCAAAGGCGCTTC,Pre-somitic mesoderm
S8.2 120h:TAAGCGTCAACTGCCG,Paraxial mesoderm
S8.2 120h:CAAGACTTCTGTCAGA,Paraxial mesoderm
S8.2 120h:TTCAATCCAAGCGCTC,Ectopic pluripotency
S8.2 120h:GTCGAATTCAACTTTC,Paraxial mesoderm
S8.2 120h:ATCACGATCACCGACG,Pre-somitic mesoderm
S8.2 120h:TGATGCAAGCATTTCG,Neuromesodermal progenitors
S8.2 120h:CATTGCCAGATGTTAG,Hemogenic endothelium
S8.2 120h:CATCAAGCATCCGAAT,Pre-somitic mesoderm
S8.2 120h:ATCGTCCCAGATTAAG,Neuromesodermal progenitors
S8.2 120h:ATGAAAGGTGATATAG,Neuromesodermal progenitors
S8.2 120h:CATTCCGCAGTAGGAC,Paraxial mesoderm
S8.2 120h:AGGGTCCAGAGGTTTA,Paraxial mesoderm
S8.2 120h:TTTAGTCGTTCCAAAC,Hemogenic endothelium
S8.2 120h:AAGTTCGGTCAACATC,Paraxial mesoderm
S8.2 120h:TTCTCTCTCCGTACGG,Pre-somitic mesoderm
S8.2 120h:CGCAGGTGTCCATACA,Pre-somitic mesoderm
S8.2 120h:GACACGCTCTACCAGA,Neuromesodermal progenitors
S8.2 120h:CTTCCTTGTATGTCTG,Gut
S8.2 120h:CAGCAATAGCCACTCG,Pre-somitic mesoderm
S8.2 120h:AGTAACCCATGCAGCC,Ectopic pluripotency
S8.2 120h:GGAGAACCACATCATG,Pre-somitic mesoderm
S8.2 120h:CATAAGCAGAATCGCG,Paraxial mesoderm
S8.2 120h:TCCTCGAAGCACTAAA,Paraxial mesoderm
S8.2 120h:ATTCAGGCAACCCGCA,Paraxial mesoderm
S8.2 120h:GACTATGTCAAGCCAT,Paraxial mesoderm
S8.2 120h:CTGGCAGCACGGTGCT,Pre-somitic mesoderm
S8.2 120h:GCTGCAGGTGTCGCTG,Ectopic pluripotency
S8.2 120h:GGCTGTGTCTACCACC,Ectopic pluripotency
S8.2 120h:CGGGTGTTCGTGTCAA,Paraxial mesoderm
S8.2 120h:ACAACCACAGGATTCT,Neuromesodermal progenitors
S8.2 120h:CAGCAATCATTGGGAG,Neuromesodermal progenitors
S8.2 120h:ACAAAGAAGAAACTCA,Paraxial mesoderm
S8.2 120h:CCACCATGTAGGGTAC,Pre-somitic mesoderm
S8.2 120h:GTGCTTCAGCTTACGT,Neuromesodermal progenitors
S8.2 120h:GGTGTTAAGCAAATCA,Paraxial mesoderm
S8.2 120h:GTTTGGAGTGCTGTCG,Neuromesodermal progenitors
S8.2 120h:ATGGGAGTCTCAACGA,Paraxial mesoderm
S8.2 120h:TATCCTAAGCGACTTT,Ectopic pluripotency
S8.2 120h:CACTGTCCATTCCTAT,Paraxial mesoderm
S8.2 120h:GGGTCTGTCGTTCAGA,Paraxial mesoderm
S8.2 120h:TTACAGGAGTGCACCC,Ectopic pluripotency
S8.2 120h:CTCTCAGCAGGTAGTG,Pre-somitic mesoderm
S8.2 120h:TTTGGTTCATAGGAGC,Paraxial mesoderm
S8.2 120h:ATCGTAGCAGCTTTGA,Paraxial mesoderm
S8.2 120h:CTGAGCGGTGGCGCTT,Pre-somitic mesoderm
S8.2 120h:CAATACGCAATAGGAT,Paraxial mesoderm
S8.2 120h:TCCATCGAGGTACAGC,Neuromesodermal progenitors
S8.2 120h:GACTGATTCTGCATAG,Pre-somitic mesoderm
S8.2 120h:ACAACCATCATCGCCT,Ectopic pluripotency
S8.2 120h:TCATACTCAATAACCC,Ectopic pluripotency
S8.2 120h:GCTTGGGTCCAACCGG,Pre-somitic mesoderm
S8.2 120h:GTCACTCGTCGCGTTG,Paraxial mesoderm
S8.2 120h:TTCCTTCAGACTTCAC,Paraxial mesoderm
S8.2 120h:AGCGCCAAGATACCAA,Neuromesodermal progenitors
S8.2 120h:CTTACCGAGCGAAACC,Ectopic pluripotency
S8.2 120h:ACTTCCGTCGTGGAAG,Pre-somitic mesoderm
S8.2 120h:ATGGGAGCAGTTGTTG,Neuromesodermal progenitors
S8.2 120h:ATCGCCTCAAGCAATA,Somite
S8.2 120h:TTACTGTCACTGAGTT,Paraxial mesoderm
S8.2 120h:ATGAGGGAGTGCAACG,Ectopic pluripotency
S8.2 120h:CAACCAAGTTAACCTG,Paraxial mesoderm
S8.2 120h:TGGGAGACAACGGCCT,Pre-somitic mesoderm
S8.2 120h:CCACGAGGTAACGGTG,Paraxial mesoderm
S8.2 120h:GCCGTGATCGTAGTCA,Ectopic pluripotency
S8.2 120h:TAAGCACAGCTGTACT,Paraxial mesoderm
S8.2 120h:TCCTCCCTCTCGTGAA,Somite
S8.2 120h:TAGGTACAGTAGTCCT,Pre-somitic mesoderm
S8.2 120h:GTTGTGACAACAAGTA,Neuromesodermal progenitors
S8.2 120h:TAACGACTCGACATAC,Neuromesodermal progenitors
S8.2 120h:AAGTCGTAGCGATGGT,Paraxial mesoderm
S8.2 120h:GGGTGAAAGACAACAT,Paraxial mesoderm
S8.2 120h:ATTACCTGTTAAGCAA,Pre-somitic mesoderm
S8.2 120h:AGACTCAGTGAGATAT,Paraxial mesoderm
S8.2 120h:TGAGGGATCTCTCAAT,Paraxial mesoderm
S8.2 120h:ATGTCTTGTCGTCATA,Paraxial mesoderm
S8.2 120h:TCACGGGAGTTTCTTC,Neuromesodermal progenitors
S8.2 120h:TTGGTTTAGACCGTTT,Paraxial mesoderm
S8.2 120h:CCACGAGCATCGAACT,Paraxial mesoderm
S8.2 120h:TCATTACCATCGCTCT,Paraxial mesoderm
S8.2 120h:GATAGAATCGAGTGAG,Paraxial mesoderm
S8.2 120h:CCTAAGACAGACACAG,Paraxial mesoderm
S8.2 120h:TCTATCACAGTAGTGG,Neuromesodermal progenitors
S8.2 120h:CAGATACGTTCCGCAG,Paraxial mesoderm
S8.2 120h:ACTTATCTCAGCATTG,Gut
S8.2 120h:TCAGGGCTCTTCGACC,Neuromesodermal progenitors
S8.2 120h:ACGCACGCAGTTTCAG,Exiting naive pluripotency
S8.2 120h:CCTCTCCCACCAGACC,Paraxial mesoderm
S8.2 120h:CATCGTCAGAAGCCAC,Somite differentiation front
S8.2 120h:ATTCCTAGTGGTTCTA,Neuromesodermal progenitors
S8.2 120h:AGTTCCCAGATTGTGA,Paraxial mesoderm
S8.2 120h:ATACCGAAGAACAGGA,Neuromesodermal progenitors
S8.2 120h:GACCTTCGTCTCGGGT,Pre-somitic mesoderm
S8.2 120h:ATACCTTAGGACTGGT,Paraxial mesoderm
S8.2 120h:GCAGTTAAGGACTGGT,Neuromesodermal progenitors
S8.2 120h:GGATGTTTCTGCGGAC,Pre-somitic mesoderm
S8.2 120h:CACAGGCTCCTGTAAG,Gut
S8.2 120h:CGTCCATGTGCCTACG,Neuromesodermal progenitors
S8.2 120h:ATTCACTGTCACTCGG,Paraxial mesoderm
S8.2 120h:GTAGCTACAGCCTACG,Paraxial mesoderm
S8.2 120h:TGTGAGTTCAACGCTA,Paraxial mesoderm
S8.2 120h:TCCACCACAGGTTCCG,Neuromesodermal progenitors
S8.2 120h:GTCCCATGTAGCGTCC,Paraxial mesoderm
S8.2 120h:TCGAACAGTCGTGCCA,Paraxial mesoderm
S8.2 120h:TTCGCTGAGCGCCATC,Paraxial mesoderm
S8.2 120h:ATCCACCTCGAACCAT,Pre-somitic mesoderm
S8.2 120h:TACAACGGTGTTTCTT,Neuromesodermal progenitors
S8.2 120h:TCCACGTGTTACCTGA,Paraxial mesoderm
S8.2 120h:ATCGGCGCAGTTTCAG,Neuromesodermal progenitors
S8.2 120h:GCAACCGGTTGGCCTG,Paraxial mesoderm
S8.2 120h:CAACGGCCATTCACAG,Neuromesodermal progenitors
S8.2 120h:ATACTTCAGGAGTACC,Neuromesodermal progenitors
S8.2 120h:AGTAGTCAGGACGCTA,Neuromesodermal progenitors
S8.2 120h:TCATACTTCGGCTTGG,Neuromesodermal progenitors
S8.2 120h:CTTCCTTGTTGCTGAT,Somite
S8.2 120h:GGGCTACCAGCAGGAT,Gut
S8.2 120h:TCAATTCCACACGCCA,Pre-somitic mesoderm
S8.2 120h:TCCAGAAAGGAGGCAG,Neuromesodermal progenitors
S8.2 120h:CCCATTGCATCGAACT,Neuromesodermal progenitors
S8.2 120h:TTCATTGAGGCCTGCT,Neuromesodermal progenitors
S8.2 120h:AAGTTCGGTAGCTGAG,Neuromesodermal progenitors
S8.2 120h:ATAGGCTAGCATGCAG,Neuromesodermal progenitors
S8.2 120h:CCTGTTGGTTCTTAGG,Pre-somitic mesoderm
S8.2 120h:GGAATCTAGTAGATCA,Paraxial mesoderm
S8.2 120h:TTGTTGTAGGAGAGTA,Paraxial mesoderm
S8.2 120h:AAGTTCGAGCTGCGAA,Paraxial mesoderm
S8.2 120h:TCGATTTTCTGTTCAT,Paraxial mesoderm
S8.2 120h:GAGCCTGCATAACTCG,Pre-somitic mesoderm
S8.2 120h:TTCCAATAGCTGTACT,Paraxial mesoderm
S8.2 120h:AGTCTCCGTGACACGA,Somite
S8.2 120h:TTCTCTCAGGTTTGAA,Paraxial mesoderm
S8.2 120h:GAATCACAGACATAAC,Ectopic pluripotency
S8.2 120h:AAGCGAGCACATACTG,Paraxial mesoderm
S8.2 120h:GCACTAAGTAGCCCTG,Neuromesodermal progenitors
S8.2 120h:CTGTAGATCCTTATAC,Neuromesodermal progenitors
S8.2 120h:GGGTAGACAATCGCAT,Neuromesodermal progenitors
S8.2 120h:TCCTTTCTCTTTGCTA,Paraxial mesoderm
S8.2 120h:CAAGAGGCAGCGTATT,Ectopic pluripotency
S8.2 120h:TGCCGAGGTTTACGAC,Neuromesodermal progenitors
S8.2 120h:AGACTCAGTGTTAGCT,Paraxial mesoderm
S8.2 120h:CTACTATCAGTGGTGA,Paraxial mesoderm
S8.2 120h:TCTTAGTGTACGCGTC,Paraxial mesoderm
S8.2 120h:AGACCATAGTCATCCA,Hemogenic endothelium
S8.2 120h:TGCATCCAGGTCACAG,Neuromesodermal progenitors
S8.2 120h:TATTTCGCAACGTATC,Paraxial mesoderm
S8.2 120h:GTGCTTCCATCGAACT,Paraxial mesoderm
S8.2 120h:AGAAATGTCGGTATGT,Pre-somitic mesoderm
S8.2 120h:CGTAATGGTTCTCGTC,Paraxial mesoderm
S8.2 120h:CGCAGGTTCAATCCGA,Ectopic pluripotency
S8.2 120h:GTCAAACCAACCTAAC,Paraxial mesoderm
S8.2 120h:TATATCCAGAGTGAAG,Paraxial mesoderm
S8.2 120h:CCTCACACATCGAACT,Paraxial mesoderm
S8.2 120h:GGGATGAAGGGAGTTC,Pre-somitic mesoderm
S8.2 120h:TTTACGTTCCCTCAAC,Paraxial mesoderm
S8.2 120h:GTGCTTCCAACGCCCA,Pre-somitic mesoderm
S8.2 120h:GTCGAATTCTGGGCCA,Ectopic pluripotency
S8.2 120h:GTTGCTCTCTCGAGTA,Paraxial mesoderm
S8.2 120h:AGCTTCCAGAAGAACG,Paraxial mesoderm
S8.2 120h:TACCGAACAGGCTATT,Paraxial mesoderm
S8.2 120h:GCAACATGTCATCTAG,Paraxial mesoderm
S8.2 120h:AGTAACCGTGTCCCTT,Pre-somitic mesoderm
S8.2 120h:TTGCATTTCGAGTTGT,Gut
S8.2 120h:CCCTCAACAACCTATG,Paraxial mesoderm
S8.2 120h:TCGGGTGGTAGGCAGT,Paraxial mesoderm
S8.2 120h:ATGCCTCAGCGACATG,Paraxial mesoderm
S8.2 120h:TGTTCATGTAGTGTGG,Paraxial mesoderm
S8.2 120h:CTGAGCGCAGACTCTA,Paraxial mesoderm
S8.2 120h:TGCGGCAAGTAACAGT,Pre-somitic mesoderm
S8.2 120h:TCATCCGAGAAACCCG,Paraxial mesoderm
S8.2 120h:CATTGTTAGTATTGCC,Paraxial mesoderm
S8.2 120h:AGGAGGTCACACCGAC,Neuromesodermal progenitors
S8.2 120h:TTCTAACGTGCCTATA,Paraxial mesoderm
S8.2 120h:TCAAGTGCAACAGCTT,Paraxial mesoderm
S8.2 120h:ACTGATGGTAGAGTTA,Paraxial mesoderm
S8.2 120h:CTATCCGCACGATTCA,Pre-somitic mesoderm
S8.2 120h:CCTCAGTCATGATAGA,Paraxial mesoderm
S8.2 120h:ACCAAACTCTTCTAAC,Paraxial mesoderm
S8.2 120h:AACAACCTCACCTCGT,Neuromesodermal progenitors
S8.2 120h:TCGGGACTCTCATTAC,Pre-somitic mesoderm
S8.2 120h:CAATTTCTCGCCTTTG,Paraxial mesoderm
S8.2 120h:ATCGGATAGCTCTTCC,Paraxial mesoderm
S8.2 120h:GGCTTGGCAATGACCT,Paraxial mesoderm
S8.2 120h:GAATAGATCTCAACGA,Neuromesodermal progenitors
S8.2 120h:CATAGACCACGCTGAC,Paraxial mesoderm
S8.2 120h:CATGCGGTCCGGACGT,Paraxial mesoderm
S8.2 120h:TCATTCAAGACCGCCT,Paraxial mesoderm
S8.2 120h:TAGGGTTAGTTGGAGC,Paraxial mesoderm
S8.2 120h:GGTCTGGAGGTAGTCG,Paraxial mesoderm
S8.2 120h:TACAACGCAACGACTT,Paraxial mesoderm
S8.2 120h:TTTGGAGGTTAGGACG,Paraxial mesoderm
S8.2 120h:CACGTGGCAGTTAGAA,Neuromesodermal progenitors
S8.2 120h:CTGATCCTCCACACCT,Neuromesodermal progenitors
S8.2 120h:GATGCTATCTTCCCGA,Neuromesodermal progenitors
S8.2 120h:TCAGCAATCCTAGCCT,Gut
S8.2 120h:CACAACACAAAGAGTT,Neuromesodermal progenitors
S8.2 120h:TGTGTGAGTCTGTAGT,Paraxial mesoderm
S8.2 120h:TGTTGAGTCCTTTAGT,Paraxial mesoderm
S8.2 120h:CATGAGTTCGCTTGAA,Ectopic pluripotency
S8.2 120h:TATCCTAAGTGTTGAA,Pre-somitic mesoderm
S8.2 120h:TTTAGTCCACCTTCCA,Paraxial mesoderm
S8.2 120h:TACTTGTCAACGATTC,Paraxial mesoderm
S8.2 120h:TCTGGCTAGTGCGTCC,Paraxial mesoderm
S8.2 120h:CTTACCGCAAGTCCCG,Gut
S8.2 120h:ACCTACCAGCCAGTAG,Paraxial mesoderm
S8.2 120h:GGGCGTTTCGGTTCAA,Neuromesodermal progenitors
S8.2 120h:GGAATCTTCATAGCAC,Pre-somitic mesoderm
S8.2 120h:TCCTCGATCTGCTAGA,Paraxial mesoderm
S8.2 120h:ATCAGGTGTAGCTTAC,Paraxial mesoderm
S8.2 120h:GGGACCTGTAGCTTAC,Paraxial mesoderm
S8.2 120h:CGAAGGAAGGCGATAC,Paraxial mesoderm
S8.2 120h:TGGAGAGCACTATGTG,Paraxial mesoderm
S8.2 120h:ACTGTGAAGGTCTACT,Pre-somitic mesoderm
S8.2 120h:TTTCGATTCTCGGGAC,Paraxial mesoderm
S8.2 120h:GGAATGGAGTTATGGA,Pre-somitic mesoderm
S8.2 120h:AAGTGAACACACCAGC,Ectopic pluripotency
S8.2 120h:TTGTGTTCACCGGCTA,Paraxial mesoderm
S8.2 120h:GTGCAGCTCCTTGAAG,Paraxial mesoderm
S8.2 120h:TAGGTTGCACCTTCCA,Neuromesodermal progenitors
S8.2 120h:ATCCATTCATCTTTCA,Paraxial mesoderm
S8.2 120h:TGGCGTGGTGCAATAA,Paraxial mesoderm
S8.2 120h:CACAGGCAGCAATAGT,Paraxial mesoderm
S8.2 120h:TAACACGGTAAGTTGA,Paraxial mesoderm
S8.2 120h:TGAATCGCATCGTGGC,Paraxial mesoderm
S8.2 120h:CCAAGCGGTATTCCTT,Paraxial mesoderm
S8.2 120h:AATGGAAGTAGGAGGG,Paraxial mesoderm
S8.2 120h:GCCCAGAAGACCTGGA,Pre-somitic mesoderm
S8.2 120h:GGAGGTAAGCTCCGAC,Pre-somitic mesoderm
S8.2 120h:TCCACCACATGAGAAT,Gut
S8.2 120h:ACGTTCCTCATTACGG,Paraxial mesoderm
S8.2 120h:ATCACGAAGCTTACGT,Paraxial mesoderm
S8.2 120h:CACATGAAGGATAATC,Paraxial mesoderm
S8.2 120h:AGGCTGCCATTACTCT,Neuromesodermal progenitors
S8.2 120h:GAGTTTGGTAACATAG,Neuromesodermal progenitors
S8.2 120h:ATCACGATCACACCCT,Neuromesodermal progenitors
S8.2 120h:GTAGCTAGTCACGCTG,Paraxial mesoderm
S8.2 120h:GATGGAGAGATCGCCC,Paraxial mesoderm
S8.2 120h:ATCGGATGTCATATGC,Neuromesodermal progenitors
S8.2 120h:AATAGAGAGTGGTCAG,Pre-somitic mesoderm
S8.2 120h:ACTGTGAGTAACATCC,Neuromesodermal progenitors
S8.2 120h:GGTGTTAGTCATAGTC,Pre-somitic mesoderm
S8.2 120h:GGCTTTCGTGGCTACC,Paraxial mesoderm
S8.2 120h:CGAATTGCACATATGC,Somite differentiation front
S8.2 120h:CTATAGGTCTTTCCGG,Paraxial mesoderm
S8.2 120h:TAACCAGCAGCAATTC,Paraxial mesoderm
S8.2 120h:CAAGCTATCCTTCACG,Ectopic pluripotency
S8.2 120h:TTCGCTGGTTGGGTTT,Ectopic pluripotency
S8.2 120h:ATGAGGGCATTGCCGG,Neuromesodermal progenitors
S8.2 120h:ATGTCTTTCCTTCTTC,Pre-somitic mesoderm
S8.2 120h:CAATCGAGTTGTTGCA,Neuromesodermal progenitors
S8.2 120h:AGGGCCTTCCTACGAA,Paraxial mesoderm
S8.2 120h:CCGGTAGAGGTGCAGT,Neuromesodermal progenitors
S8.2 120h:GGTCACGCAATTGCCA,Paraxial mesoderm
S8.2 120h:ATGCCTCCAGCGAGTA,Pre-somitic mesoderm
S8.2 120h:TCAAGACCAGCAGTGA,Paraxial mesoderm
S8.2 120h:AGAGAATTCTCTTGCG,Paraxial mesoderm
S8.2 120h:TTTGATCGTCTACACA,Paraxial mesoderm
S8.2 120h:ACGGTTAAGCGTCAAG,Somite differentiation front
S8.2 120h:ATCCACCTCACCTTGC,Paraxial mesoderm
S8.2 120h:TCTACCGGTGTTAGCT,Paraxial mesoderm
S8.2 120h:GACGCTGCAACCCTCT,Paraxial mesoderm
S8.2 120h:GGGTCTGGTATGAAGT,Neuromesodermal progenitors
S8.2 120h:CACTAAGTCCTGTAAG,Paraxial mesoderm
S8.2 120h:GAAATGAAGGCGCTTC,Hemogenic endothelium
S8.2 120h:CTTACCGGTCATCCCT,Paraxial mesoderm
S8.2 120h:TTTGACTTCGTAACCA,Paraxial mesoderm
S8.2 120h:ACATTTCGTTAATCGC,Neuromesodermal progenitors
S8.2 120h:ATTCCTACAGCATTGT,Gut
S8.2 120h:GGTGATTTCACAAGGG,Paraxial mesoderm
S8.2 120h:TGGGTTATCTGCGTCT,Neuromesodermal progenitors
S8.2 120h:TTACTGTGTGCGAACA,Neuromesodermal progenitors
S8.2 120h:TTGCCTGGTCCGATCG,Gut
S8.2 120h:CGGACACCACTCCGAG,Paraxial mesoderm
S8.2 120h:CCTAAGATCAAGGCTT,Paraxial mesoderm
S8.2 120h:TGCATGAAGGGTTAGC,Somite differentiation front
S8.2 120h:AGCTCAAAGAAGTCTA,Paraxial mesoderm
S8.2 120h:ATTATCCTCGGATTAC,Neuromesodermal progenitors
S8.2 120h:TCCACCAGTACCGTGC,Ectopic pluripotency
S8.2 120h:AAGGAATCATGTGCTA,Pre-somitic mesoderm
S8.2 120h:GCACTAACACGGTCTG,Pre-somitic mesoderm
S8.2 120h:ACGGTTACACGTAACT,Pre-somitic mesoderm
S8.2 120h:GTCTAGAGTGGTGATG,Paraxial mesoderm
S8.2 120h:GACTCAATCAATCGGT,Paraxial mesoderm
S8.2 120h:GGGAAGTCATCCGGTG,Gut
S8.2 120h:CCGAACGGTACTGGGA,Paraxial mesoderm
S8.2 120h:CCGTGAGGTCCAAATC,Paraxial mesoderm
S8.2 120h:TTTGTTGGTGCATTAC,Paraxial mesoderm
S8.2 120h:TACCGGGCACTGTCCT,Neuromesodermal progenitors
S8.2 120h:GCGGATCTCTACGGGC,Neuromesodermal progenitors
S8.2 120h:AAGTTCGCAGGAAGTC,Neuromesodermal progenitors
S8.2 120h:CCGATCTAGGACATCG,Paraxial mesoderm
S8.2 120h:CCCTGATAGCACCTGC,Paraxial mesoderm
S8.2 120h:CCTCCTCTCAGCCTCT,Pre-somitic mesoderm
S8.2 120h:GCTTTCGGTCAGGTAG,Paraxial mesoderm
S8.2 120h:TGGCGTGCAAGTGATA,Neuromesodermal progenitors
S8.2 120h:CTGGTCTTCGGCACTG,Neuromesodermal progenitors
S8.2 120h:ACTGTGAGTAATTAGG,Paraxial mesoderm
S8.2 120h:CTTCCGAGTGTGGACA,Neuromesodermal progenitors
S8.2 120h:TTCCGGTGTGCCTAAT,Paraxial mesoderm
S8.2 120h:ATACCTTGTTGCGTAT,Neuromesodermal progenitors
S8.2 120h:CTCAAGATCTGCGGGT,Gut
S8.2 120h:ATTCAGGGTCTACATG,Paraxial mesoderm
S8.2 120h:TTCGCTGGTTGGCTAT,Neuromesodermal progenitors
S8.2 120h:TCATCCGGTACAGGTG,Somite differentiation front
S8.2 120h:AAACGCTAGGTGGTTG,Pre-somitic mesoderm
S8.2 120h:GTACAACTCGCGCTGA,Paraxial mesoderm
S8.2 120h:GAATAGACACATATGC,Ectopic pluripotency
S8.2 120h:GGGTAGACAGGACTTT,Pre-somitic mesoderm
S8.2 120h:GTAGCTACATCTCCCA,Paraxial mesoderm
S8.2 120h:GTGCGTGCACCTTCGT,Paraxial mesoderm
S8.2 120h:CATGCAAGTACAGTTC,Pre-somitic mesoderm
S8.2 120h:CACAACACACCCTTGT,Neuromesodermal progenitors
S8.2 120h:TCGACGGGTAGCGTTT,Paraxial mesoderm
S8.2 120h:GTTGAACCACGGGTAA,Paraxial mesoderm
S8.2 120h:AACGTCACAACCAATC,Pre-somitic mesoderm
S8.2 120h:TTGGGCGTCCGAGATT,Pre-somitic mesoderm
S8.2 120h:CTGTCGTCAACAAGAT,Paraxial mesoderm
S8.2 120h:CTGAGCGGTGCAATGG,Paraxial mesoderm
S8.2 120h:TCCTCTTAGCTGACAG,Neuromesodermal progenitors
S8.2 120h:CCTCAGTCACGCTGCA,Pre-somitic mesoderm
S8.2 120h:ATCGCCTCATTCTTCA,Paraxial mesoderm
S8.2 120h:GCCCGAATCTATGCCC,Paraxial mesoderm
S8.2 120h:TCGAACAGTCATTCCC,Paraxial mesoderm
S8.2 120h:GTGGAAGAGAACCCGA,Paraxial mesoderm
S8.2 120h:CTCAGTCCACAGCCAC,Pre-somitic mesoderm
S8.2 120h:GTTAGACCAGAGAAAG,Paraxial mesoderm
S8.2 120h:GTTTACTCAGAGAGGG,Neuromesodermal progenitors
S8.2 120h:ACTTAGGCATCGTCCT,Pre-somitic mesoderm
S8.2 120h:CTGATCCAGATCGGTG,Ectopic pluripotency
S8.2 120h:CATTCTATCTATTTCG,Ectopic pluripotency
S8.2 120h:TGTTGGAGTCACAATC,Neuromesodermal progenitors
S8.2 120h:TGTACAGAGGTCTGGA,Paraxial mesoderm
S8.2 120h:CCTCACAAGCAATAGT,Paraxial mesoderm
S8.2 120h:ATATCCTCACATTCTT,Paraxial mesoderm
S8.2 120h:CACAACATCTGAGCAT,Pre-somitic mesoderm
S8.2 120h:TGCTTCGAGTAACCGG,Paraxial mesoderm
S8.2 120h:TTCACCGTCATGGTAC,Pre-somitic mesoderm
S8.2 120h:TACTTGTTCCTCATAT,Somite differentiation front
S8.2 120h:GTGTCCTTCACGATCA,Pre-somitic mesoderm
S8.2 120h:TCGTCCAGTATCTCTT,Somite differentiation front
S8.2 120h:GAAACCTTCCCTGTTG,Neuromesodermal progenitors
S8.2 120h:CTCCGATCAAAGGCGT,Neuromesodermal progenitors
S8.2 120h:ACTATGGAGAAATCCA,Paraxial mesoderm
S8.2 120h:GTTGCGGTCATCTACT,Paraxial mesoderm
S8.2 120h:ACGGTCGCACCTATCC,Hemogenic endothelium
S8.2 120h:AGTACTGCAACGCCCA,Paraxial mesoderm
S8.2 120h:TGCAGGCTCGACATAC,Paraxial mesoderm
S8.2 120h:TCTCACGCACACGCCA,Neuromesodermal progenitors
S8.2 120h:CATCCACCAGCTTTGA,Paraxial mesoderm
S8.2 120h:AGGTCTATCCCACAGG,Paraxial mesoderm
S8.2 120h:GAGTGTTTCCATCAGA,Paraxial mesoderm
S8.2 120h:CCTAACCTCGAGCACC,Paraxial mesoderm
S8.2 120h:TATCTTGCAACACGAG,Paraxial mesoderm
S8.2 120h:ACAACCATCCGTGTCT,Gut
S8.2 120h:GCTGGGTCAGCTACAT,Neuromesodermal progenitors
S8.2 120h:GGCGTCAAGAGGTCGT,Neuromesodermal progenitors
S8.2 120h:GCGTTTCTCCCATGGG,Paraxial mesoderm
S8.2 120h:AAACGCTTCCGTCACT,Neuromesodermal progenitors
S8.2 120h:TCCTCCCGTTCTGAGT,Paraxial mesoderm
S8.2 120h:CGGGCATAGCATCAGG,Neuromesodermal progenitors
S8.2 120h:TCACTATTCGTGTTCC,Paraxial mesoderm
S8.2 120h:AGACAAACACGTACAT,Somite differentiation front
S8.2 120h:GGAGCAAAGGTTACAA,Paraxial mesoderm
S8.2 120h:AACAAAGAGTAGGGTC,Paraxial mesoderm
S8.2 120h:TTGAGTGAGTTGCCTA,Paraxial mesoderm
S8.2 120h:GCAGTTATCTCCGTGT,Paraxial mesoderm
S8.2 120h:ACTTATCGTATACCTG,Paraxial mesoderm
S8.2 120h:CTTTCGGCAACGAGGT,Paraxial mesoderm
S8.2 120h:GGGTTATAGAAAGCGA,Pre-somitic mesoderm
S8.2 120h:TCACACCTCCTACGGG,Gut
S8.2 120h:TGTGGCGGTTTCACTT,Ectopic pluripotency
S8.2 120h:AGAGAGCAGACGAGCT,Neuromesodermal progenitors
S8.2 120h:AGTAACCAGTGCCTCG,Pre-somitic mesoderm
S8.2 120h:CCTTCAGCAGGTGACA,Paraxial mesoderm
S8.2 120h:GAACACTCAGCGCGTT,Pre-somitic mesoderm
S8.2 120h:CCGTGAGAGGGTTTCT,Pre-somitic mesoderm
S8.2 120h:GTGAGCCAGCAATAAC,Paraxial mesoderm
S8.2 120h:CGTGCTTGTTGCAACT,Paraxial mesoderm
S8.2 120h:GTTAGTGAGCCGTTGC,Paraxial mesoderm
S8.2 120h:AGGATCTTCTGAGGCC,Gut
S8.2 120h:TCAGTCCTCCAGCCTT,Pre-somitic mesoderm
S8.2 120h:AGGTTACGTAAGTTAG,Pre-somitic mesoderm
S8.2 120h:ACTCTCGAGGCCTTCG,Paraxial mesoderm
S8.2 120h:CTCACTGCATACAGGG,Neuromesodermal progenitors
S8.2 120h:CCCGAAGCAGCTTTGA,Paraxial mesoderm
S8.2 120h:GGTCACGAGCCGAACA,Neuromesodermal progenitors
S8.2 120h:GTTTACTTCTTCTGGC,Paraxial mesoderm
S8.2 120h:AGGGTTTAGGGCTAAC,Neuromesodermal progenitors
S8.2 120h:TGCATGAAGTAAACTG,Paraxial mesoderm
S8.2 120h:TGATGCACAAGCGCTC,Gut
S8.2 120h:TCGCTCATCACTGCTC,Neuromesodermal progenitors
S8.2 120h:AATGCCAGTAACAAGT,Neuromesodermal progenitors
S8.2 120h:CGCCAGACAAAGGCGT,Neuromesodermal progenitors
S8.2 120h:AAGTACCGTAGAATGT,Paraxial mesoderm
S8.2 120h:AGAAGCGGTGGCTTAT,Paraxial mesoderm
S8.2 120h:ATTTACCTCGAACGCC,Pre-somitic mesoderm
S8.2 120h:TCGATTTCAACGGCTC,Neuromesodermal progenitors
S8.2 120h:ATTCTACCACTCCGAG,Hemogenic endothelium
S8.2 120h:AGTTCGACAAGGACAC,Neuromesodermal progenitors
S8.2 120h:TAACCAGGTCAGGTGA,Paraxial mesoderm
S8.2 120h:TTCGGTCCACAAATAG,Paraxial mesoderm
S8.2 120h:CTGTCGTAGTGGCGAT,Somite differentiation front
S8.2 120h:CTGTAGATCCAACCAA,Paraxial mesoderm
S8.2 120h:ACATCGAGTCCGTTTC,Pre-somitic mesoderm
S8.2 120h:CTGCAGGGTTTCACTT,Paraxial mesoderm
S8.2 120h:TTCCAATTCCGGTAAT,Pre-somitic mesoderm
S8.2 120h:CATCCACAGATTAGAC,Paraxial mesoderm
S8.2 120h:CCTCTAGGTTCCATTT,Neuromesodermal progenitors
S8.2 120h:CGAATTGGTCCGAAGA,Neuromesodermal progenitors
S8.2 120h:ATAGAGAGTTCCTTGC,Paraxial mesoderm
S8.2 120h:TATACCTAGATTCGAA,Pre-somitic mesoderm
S8.2 120h:CAAGAGGAGACTGAGC,Paraxial mesoderm
S8.2 120h:TCAAGACCATCGCTGG,Paraxial mesoderm
S8.2 120h:CAAGGGATCAACGAGG,Neuromesodermal progenitors
S8.2 120h:TGGGATTGTAGCTTAC,Paraxial mesoderm
S8.2 120h:TCTCAGCCAGGTTCAT,Paraxial mesoderm
S8.2 120h:ATTCCTACAAATCGGG,Neuromesodermal progenitors
S8.2 120h:TTGGATGTCACGAGGA,Paraxial mesoderm
S8.2 120h:CGCAGGTCAGTTAGGG,Paraxial mesoderm
S8.2 120h:TACGCTCCAATAGTCC,Hemogenic endothelium
S8.2 120h:GTTAGACTCACACGAT,Gut
S8.2 120h:ATCCTATTCCGGTAAT,Gut
S8.2 120h:CCATCACAGTAATACG,Neuromesodermal progenitors
S8.2 120h:CTACCCAGTGCTCTCT,Pre-somitic mesoderm
S8.2 120h:AATGGCTGTAGACACG,Pre-somitic mesoderm
S8.2 120h:AGAAGTAGTCAAGGCA,Paraxial mesoderm
S8.2 120h:TTTCACAAGTTCATCG,Paraxial mesoderm
S8.2 120h:AGTCTCCGTCCGGTGT,Paraxial mesoderm
S8.2 120h:TTGAGTGTCGTAGCCG,Pre-somitic mesoderm
S8.2 120h:AAGTGAATCTCCAATT,Paraxial mesoderm
S8.2 120h:AACAGGGCACTTGAGT,Paraxial mesoderm
S8.2 120h:CTCCACAGTTGCTAGT,Paraxial mesoderm
S8.2 120h:CAATGACGTGGCCTCA,Paraxial mesoderm
S8.2 120h:AGATCGTTCTGTCGCT,Neuromesodermal progenitors
S8.2 120h:ATTACTCGTCGTATGT,Paraxial mesoderm
S8.2 120h:CGAGTTAGTAGCGCCT,Paraxial mesoderm
S8.2 120h:TGTTCCGAGGTTCACT,Paraxial mesoderm
S8.2 120h:TGCAGGCCACAACGCC,Neuromesodermal progenitors
S8.2 120h:AAGTTCGGTCACTCTC,Paraxial mesoderm
S8.2 120h:AAGACAAAGTGGCAGT,Neuromesodermal progenitors
S8.2 120h:GGTAACTGTATGAGAT,Paraxial mesoderm
S8.2 120h:CTATAGGAGATGCTGG,Paraxial mesoderm
S8.2 120h:ACACTGACAAGCGCAA,Neuromesodermal progenitors
S8.2 120h:AGTTCCCCACAGCGCT,Paraxial mesoderm
S8.2 120h:TTTGTTGGTGATCATC,Paraxial mesoderm
S8.2 120h:ACTGATGGTAGAGATT,Paraxial mesoderm
S8.2 120h:CGGGTCATCCCTCTCC,Paraxial mesoderm
S8.2 120h:TAAGCACTCCGGACTG,Paraxial mesoderm
S8.2 120h:CAGCAGCTCGACATAC,Neuromesodermal progenitors
S8.2 120h:ACGTAGTCAGACCTGC,Paraxial mesoderm
S8.2 120h:CGAAGGAAGCCTGTCG,Neuromesodermal progenitors
S8.2 120h:ATCATTCTCATTGCCC,Paraxial mesoderm
S8.2 120h:GCACGTGCATAATGAG,Paraxial mesoderm
S8.2 120h:GTGGCGTCACACCGAC,Paraxial mesoderm
S8.2 120h:GTAGCTATCCATCTAT,Paraxial mesoderm
S8.2 120h:GGTGATTCAGTCAGTT,Paraxial mesoderm
S8.2 120h:TAACTTCGTACTTGTG,Paraxial mesoderm
S8.2 120h:ATCGGCGTCAGGAAAT,Pre-somitic mesoderm
S8.2 120h:CAAGCTAAGGTCACAG,Paraxial mesoderm
S8.2 120h:CCTCAACAGCTGACCC,Pre-somitic mesoderm
S8.2 120h:GGGAGTATCAAGCTGT,Neuromesodermal progenitors
S8.2 120h:TGTTCATCAATGCTCA,Ectopic pluripotency
S8.2 120h:TCCTTTCTCGTAACCA,Pre-somitic mesoderm
S8.2 120h:CCCGAAGCACTACGGC,Neuromesodermal progenitors
S8.2 120h:ATTGTTCAGGCCTTCG,Ectopic pluripotency
S8.2 120h:CAGATTGAGGTGCTAG,Paraxial mesoderm
S8.2 120h:TAAGCACTCACTTCTA,Neuromesodermal progenitors
S8.2 120h:TGGATCATCCACTGGG,Paraxial mesoderm
S8.2 120h:GCTTCACGTGTTCCAA,Paraxial mesoderm
S8.2 120h:GCGGAAATCTTCCCAG,Paraxial mesoderm
S8.2 120h:AGTAGTCAGCCTTGAT,Ectopic pluripotency
S8.2 120h:ATCGTAGCAATAGTAG,Pre-somitic mesoderm
S8.2 120h:CAATCGAAGTTCTCTT,Neuromesodermal progenitors
S8.2 120h:TTCCACGTCCGTTTCG,Paraxial mesoderm
S8.2 120h:ACGTTCCGTGTTCAGT,Paraxial mesoderm
S8.2 120h:GGAGCAACAAGCCCAC,Neuromesodermal progenitors
S8.2 120h:AAAGGATAGTCCCGAC,Paraxial mesoderm
S8.2 120h:CTGAGCGGTATGATCC,Paraxial mesoderm
S8.2 120h:TAGGTACGTAGAATAC,Paraxial mesoderm
S8.2 120h:TCCGGGAAGTGGAATT,Paraxial mesoderm
S8.2 120h:TTGCGTCCATACAGCT,Ectopic pluripotency
S8.2 120h:CATGCGGTCAGCACCG,Neuromesodermal progenitors
S8.2 120h:TCCGGGAGTAACTAAG,Paraxial mesoderm
S8.2 120h:GTAGCTACACTGAATC,Paraxial mesoderm
S8.2 120h:GAGTTACCAGACACAG,Neuromesodermal progenitors
S8.2 120h:CGTGAATTCTAACACG,Paraxial mesoderm
S8.2 120h:AATGACCGTTTGGGTT,Pre-somitic mesoderm
S8.2 120h:TTCTTCCCACGATAGG,Neuromesodermal progenitors
S8.2 120h:GTAGTACTCGATACTG,Neuromesodermal progenitors
S8.2 120h:ACGGAAGGTTATGACC,Neuromesodermal progenitors
S8.2 120h:GACAGCCGTGAGTGAC,Paraxial mesoderm
S8.2 120h:TGAATGCTCTGCGATA,Neuromesodermal progenitors
S8.2 120h:TTGGGCGAGCGAGAAA,Paraxial mesoderm
S8.2 120h:TTGTTGTAGGTATTGA,Pre-somitic mesoderm
S8.2 120h:CTAACTTAGCGAGGAG,Pre-somitic mesoderm
S8.2 120h:AGAAATGTCGTGAGAG,Paraxial mesoderm
S8.2 120h:GAAGAATGTTTCCATT,Neuromesodermal progenitors
S8.2 120h:CTTAGGATCGCTAGCG,Ectopic pluripotency
S8.2 120h:TGTAAGCAGGTCACAG,Neuromesodermal progenitors
S8.2 120h:CATGAGTCAGAAGCGT,Paraxial mesoderm
S8.2 120h:AGGTGTTCATGAGAAT,Pre-somitic mesoderm
S8.2 120h:AACAAGATCTCGGCTT,Paraxial mesoderm
S8.2 120h:AGACCATTCTAAGGAA,Neuromesodermal progenitors
S8.2 120h:TGAATGCAGGGTTTCT,Paraxial mesoderm
S8.2 120h:TGATCAGTCCATACAG,Paraxial mesoderm
S8.2 120h:TCTCACGTCGATCCAA,Ectopic pluripotency
S8.2 120h:GTACAGTCAAAGGGTC,Gut
S8.2 120h:TGAGGAGCAGACACCC,Paraxial mesoderm
S8.2 120h:CCGCAAGAGTTACTCG,Paraxial mesoderm
S8.2 120h:GGTGAAGTCCCGAGGT,Paraxial mesoderm
S8.2 120h:ATTCCCGTCCTAAGTG,Paraxial mesoderm
S8.2 120h:GACCAATGTCATCTAG,Paraxial mesoderm
S8.2 120h:ACATCGAGTACCTTCC,Paraxial mesoderm
S8.2 120h:TGTTCATAGAAGTGTT,Paraxial mesoderm
S8.2 120h:TTCAATCGTCGTTGGC,Paraxial mesoderm
S8.2 120h:TGATCTTGTCGTTCAA,Paraxial mesoderm
S8.2 120h:ACAACCATCCTCTCTT,Paraxial mesoderm
S8.2 120h:CTGGTCTCAGTGGGTA,Pre-somitic mesoderm
S8.2 120h:TCCAGAACAACCGTGC,Gut
S8.2 120h:GTGTTAGCACAAATAG,Paraxial mesoderm
S8.2 120h:AGGTAGGGTACTGCGC,Pre-somitic mesoderm
S8.2 120h:GGAAGTGAGGTCACAG,Paraxial mesoderm
S8.2 120h:AACGAAAAGTAGATCA,Paraxial mesoderm
S8.2 120h:CATAGACCATGGTGGA,Paraxial mesoderm
S8.2 120h:GACAGCCGTCCACTCT,Neuromesodermal progenitors
S8.2 120h:ATTCATCTCGAAGGAC,Paraxial mesoderm
S8.2 120h:CTCTCAGGTACGTGTT,Pre-somitic mesoderm
S8.2 120h:ATTTCTGCAACACAAA,Neuromesodermal progenitors
S8.2 120h:TTCTTCCCAGGCACAA,Paraxial mesoderm
S8.2 120h:TGTAGACTCAAACCCA,Neuromesodermal progenitors
S8.2 120h:GTGCGTGTCGACGATT,Pre-somitic mesoderm
S8.2 120h:TGGGTTACATGTGGTT,Pre-somitic mesoderm
S8.2 120h:CCGAACGTCGTCGACG,Neuromesodermal progenitors
S8.2 120h:GATTTCTAGCTCCGAC,Neuromesodermal progenitors
S8.2 120h:GGTGATTAGAGGTATT,Paraxial mesoderm
S8.2 120h:CTCAGTCAGAATTGTG,Neuromesodermal progenitors
S8.2 120h:TGGGCTGAGAAACTAC,Paraxial mesoderm
S8.2 120h:GAAATGAGTCTTCAAG,Paraxial mesoderm
S8.2 120h:TGGTGATGTGTTAAAG,Paraxial mesoderm
S8.2 120h:CATAAGCCACGTATAC,Neuromesodermal progenitors
S8.2 120h:GTGACGCTCCGTTGAA,Paraxial mesoderm
S8.2 120h:CAATGACAGTATGAGT,Gut
S8.2 120h:TGACAGTGTACAAGTA,Neuromesodermal progenitors
S8.2 120h:TTCAATCGTGCTAGCC,Paraxial mesoderm
S8.2 120h:CTCCTTTCAGATTTCG,Paraxial mesoderm
S8.2 120h:ACTCTCGGTAGCTTAC,Paraxial mesoderm
S8.2 120h:TTAATCCAGCTCGCAC,Neuromesodermal progenitors
S8.2 120h:TCATGCCTCCACATAG,Paraxial mesoderm
S8.2 120h:TCATTCACAGGTCCCA,Pre-somitic mesoderm
S8.2 120h:CTTCGGTGTGACCGAA,Ectopic pluripotency
S8.2 120h:TTACGTTAGCACGTCC,Paraxial mesoderm
S8.2 120h:ATCACGAGTCTTGCTC,Paraxial mesoderm
S8.2 120h:GCCAGGTTCAGCATTG,Hemogenic endothelium
S8.2 120h:TCAGCAATCCGCCTAT,Neuromesodermal progenitors
S8.2 120h:TAACTTCCAGTTCACA,Paraxial mesoderm
S8.2 120h:AAGCGAGGTGTACATC,Paraxial mesoderm
S8.2 120h:GAGTTACAGCCACCGT,Gut
S8.2 120h:ATTTACCTCGAAACAA,Paraxial mesoderm
S8.2 120h:CATCCACTCGACGATT,Neuromesodermal progenitors
S8.2 120h:GTAGGTTCAGACGGAT,Neuromesodermal progenitors
S8.2 120h:TGTAAGCAGGGTCTTT,Paraxial mesoderm
S8.2 120h:GTTCGCTAGCTCCGAC,Pre-somitic mesoderm
S8.2 120h:GGGTTTAAGTCAGCGA,Neuromesodermal progenitors
S8.2 120h:CATCCGTGTACCGGAA,Pre-somitic mesoderm
S8.2 120h:AAGTCGTCACATGAAA,Paraxial mesoderm
S8.2 120h:CGCCATTGTCCTGTCT,Neuromesodermal progenitors
S8.2 120h:TCTTTGACAGACAAAT,Paraxial mesoderm
S8.2 120h:GAAGGGTTCTGTCTCG,Neuromesodermal progenitors
S8.2 120h:TCTACCGAGGCTCTCG,Paraxial mesoderm
S8.2 120h:CGGAGAATCTCAATCT,Paraxial mesoderm
S8.2 120h:TTACCGCTCACGGGAA,Pre-somitic mesoderm
S8.2 120h:GCTCAAAAGTTACGGG,Neuromesodermal progenitors
S8.2 120h:ACCATTTGTGCGTGCT,Neuromesodermal progenitors
S8.2 120h:CGCGTGAGTACCGGCT,Neuromesodermal progenitors
S8.2 120h:ATGCCTCAGAATACAC,Paraxial mesoderm
S8.2 120h:GACTATGTCCTGTAAG,Paraxial mesoderm
S8.2 120h:AGCGCCAAGCACTCCG,Pre-somitic mesoderm
S8.2 120h:GAAACCTGTTGCATCA,Neuromesodermal progenitors
S8.2 120h:TATATCCGTGATATAG,Paraxial mesoderm
S8.2 120h:GATGTTGAGTTGGAAT,Gut
S8.2 120h:GTCTTTAGTTCGCGTG,Paraxial mesoderm
S8.2 120h:TGGATGTTCTCCGAAA,Ectopic pluripotency
S8.2 120h:AAGCATCAGGGTTAGC,Pre-somitic mesoderm
S8.2 120h:AGTACCAGTACGGTTT,Paraxial mesoderm
S8.2 120h:AGGTAGGCAGCTCTGG,Paraxial mesoderm
S8.2 120h:ACCATTTGTTCTCGCT,Ectopic pluripotency
S8.2 120h:AGGATCTCAATGCAGG,Paraxial mesoderm
S8.2 120h:TGGTACACATGTAACC,Ectopic pluripotency
S8.2 120h:TGGTTAGTCCTTATAC,Paraxial mesoderm
S8.2 120h:CTGGTCTTCAACGAGG,Neuromesodermal progenitors
S8.2 120h:TCATTACTCCCAGGAC,Pre-somitic mesoderm
S8.2 120h:CTGTACCGTTCGGTCG,Neuromesodermal progenitors
S8.2 120h:AAACCCAGTGGCTACC,Paraxial mesoderm
S8.2 120h:CAATGACAGCTACTGT,Paraxial mesoderm
S8.2 120h:GAGGCAAAGCTACTAC,Paraxial mesoderm
S8.2 120h:TCGGGTGTCATCGCTC,Neuromesodermal progenitors
S8.2 120h:AGTAACCGTGGTCTTA,Paraxial mesoderm
S8.2 120h:GATTCTTAGATTGAGT,Paraxial mesoderm
S8.2 120h:CGCATGGAGATCCCGC,Paraxial mesoderm
S8.2 120h:CTCAAGAGTTGTGTTG,Paraxial mesoderm
S8.2 120h:AGATCCAAGAGATTCA,Ectopic pluripotency
S8.2 120h:GAGGGATAGCTAAGTA,Paraxial mesoderm
S8.2 120h:TTTGATCTCCCATAGA,Paraxial mesoderm
S8.2 120h:TTTCCTCTCATTATCC,Paraxial mesoderm
S8.2 120h:CCCTGATTCCGTTGGG,Neuromesodermal progenitors
S8.2 120h:TCACACCCACCATTCC,Paraxial mesoderm
S8.2 120h:TGAGCATAGATCCCAT,Paraxial mesoderm
S8.2 120h:CTGCATCCAAGTTCCA,Paraxial mesoderm
S8.2 120h:AGAAGCGGTATCTTCT,Paraxial mesoderm
S8.2 120h:TCGGTCTTCAAAGGAT,Paraxial mesoderm
S8.2 120h:GGTGAAGCACGAAGAC,Paraxial mesoderm
S8.2 120h:CTGGCAGCAACCGTAT,Paraxial mesoderm
S8.2 120h:GTCCACTCAAGGGTCA,Neuromesodermal progenitors
S8.2 120h:TACCTGCGTCCGGCAT,Pre-somitic mesoderm
S8.2 120h:CATGCGGAGTCGTCTA,Pre-somitic mesoderm
S8.2 120h:GTCCACTCAGGGTTGA,Neuromesodermal progenitors
S8.2 120h:ATACTTCTCGGCTGGT,Paraxial mesoderm
S8.2 120h:TTGTGTTTCGACGACC,Paraxial mesoderm
S8.2 120h:GAGTGAGGTCACCCTT,Paraxial mesoderm
S8.2 120h:CTCAGGGTCATGAGAA,Neuromesodermal progenitors
S8.2 120h:TGTACAGTCGCATTAG,Neuromesodermal progenitors
S8.2 120h:ATTCAGGAGTTTGGCT,Neuromesodermal progenitors
S8.2 120h:GTCTCACCACACCAGC,Gut
S8.2 120h:AGGTCTAAGAGTCACG,Paraxial mesoderm
S8.2 120h:TGTTACTTCTATTTCG,Paraxial mesoderm
S8.2 120h:TCGATTTTCGCTGACG,Paraxial mesoderm
S8.2 120h:CCGGTAGCAGACAATA,Paraxial mesoderm
S8.2 120h:CATGCTCAGAGGTCAC,Pre-somitic mesoderm
S8.2 120h:TGCGGCAAGCTACGTT,Paraxial mesoderm
S8.2 120h:AGGATCTTCTAGTTCT,Pre-somitic mesoderm
S8.2 120h:TGCTGAACATACATCG,Neuromesodermal progenitors
S8.2 120h:ACTGCAATCTACTCAT,Pre-somitic mesoderm
S8.2 120h:CTTTCAAAGTACCGGA,Paraxial mesoderm
S8.2 120h:CCCTAACCAAGTCCAT,Pre-somitic mesoderm
S8.2 120h:GGGTTTACAAATGATG,Naive pluripotency
S8.2 120h:CGAATTGCATGAGATA,Paraxial mesoderm
S8.2 120h:CCTACGTTCATGGGAG,Pre-somitic mesoderm
S8.2 120h:TTTCACAGTTCGGGTC,Paraxial mesoderm
S8.2 120h:CACCAAATCGGCCTTT,Pre-somitic mesoderm
S8.2 120h:GTGTGATTCACTCGAA,Pre-somitic mesoderm
S8.2 120h:CAATCGATCTCCTACG,Paraxial mesoderm
S8.2 120h:AGTGTTGTCCCTCGTA,Neuromesodermal progenitors
S8.2 120h:TCCATGCGTTTGTGGT,Paraxial mesoderm
S8.2 120h:GACCTTCAGCGCAATG,Paraxial mesoderm
S8.2 120h:GTACAGTTCTTCTAAC,Paraxial mesoderm
S8.2 120h:GGTTAACGTTGTGTTG,Neuromesodermal progenitors
S8.2 120h:ATGGATCAGAAGGTAG,Ectopic pluripotency
S8.2 120h:ACAAGCTCACTGAATC,Neuromesodermal progenitors
S8.2 120h:TGAACGTTCACTCGAA,Gut
S8.2 120h:CATGAGTAGCGAGTCA,Neuromesodermal progenitors
S8.2 120h:TATTCCACATAAGATG,Paraxial mesoderm
S8.2 120h:CCACCATCACGCCACA,Paraxial mesoderm
S8.2 120h:CCTCATGGTCCCTCAT,Gut
S8.2 120h:ACTTATCTCTTTGGAG,Paraxial mesoderm
S8.2 120h:AACCTGATCAACGAGG,Paraxial mesoderm
S8.2 120h:CAATCGAAGAACTTCC,Pre-somitic mesoderm
S8.2 120h:TGAATCGTCATTACGG,Pre-somitic mesoderm
S8.2 120h:TTTGATCAGCGCACAA,Paraxial mesoderm
S8.2 120h:TACAACGTCGATCCCT,Hemogenic endothelium
S8.2 120h:TCAGCCTTCCCTTGGT,Paraxial mesoderm
S8.2 120h:CCTTGTGAGCACACAG,Gut
S8.2 120h:TACCGGGAGTTTCAGC,Pre-somitic mesoderm
S8.2 120h:GCCTGTTGTCGAGCAA,Neuromesodermal progenitors
S8.2 120h:GTCAAGTGTCGCCACA,Paraxial mesoderm
S8.2 120h:CCTATCGCACCCTCTA,Paraxial mesoderm
S8.2 120h:GGACGTCTCGGCGATC,Paraxial mesoderm
S8.2 120h:TCACATTCATAACAGA,Paraxial mesoderm
S8.2 120h:CAGTTCCGTATTTCCT,Paraxial mesoderm
S8.2 120h:CTGAGGCTCGCACGGT,Neuromesodermal progenitors
S8.2 120h:CCCTCTCAGACATCCT,Pre-somitic mesoderm
S8.2 120h:CGAAGGATCTGTCCGT,Hemogenic endothelium
S8.2 120h:TGACTCCCATCATCTT,Neuromesodermal progenitors
S8.2 120h:TATATCCCAGCCTATA,Neuromesodermal progenitors
S8.2 120h:ACTGCAACATGGGAAC,Pre-somitic mesoderm
S8.2 120h:CTGCATCCAAGGCAAC,Neuromesodermal progenitors
S8.2 120h:CTGATCCTCGTTGCCT,Paraxial mesoderm
S8.2 120h:GTGCGTGAGGCACGAT,Neuromesodermal progenitors
S8.2 120h:TGTGATGAGCATCAAA,Paraxial mesoderm
S8.2 120h:ATAGAGATCAACCGAT,Pre-somitic mesoderm
S8.2 120h:CTCCCAACAAATGGAT,Neuromesodermal progenitors
S8.2 120h:GCAACCGGTACTCGAT,Paraxial mesoderm
S8.2 120h:GTCGCGAGTCCCGCAA,Neuromesodermal progenitors
S8.2 120h:TGGTAGTGTGTCTCCT,Paraxial mesoderm
S8.2 120h:GAATCGTTCATTTGTC,Paraxial mesoderm
S8.2 120h:CATGGATTCGCTACAA,Paraxial mesoderm
S8.2 120h:TGAGCATAGTCGGCCT,Paraxial mesoderm
S8.2 120h:CCGTAGGCAGAAGCGT,Paraxial mesoderm
S8.2 120h:AAGGAATAGCTACTGT,Pre-somitic mesoderm
S8.2 120h:ATTATCCCAAGTATAG,Pre-somitic mesoderm
S8.2 120h:TGCTTGCCACTGGCGT,Paraxial mesoderm
S8.2 120h:ACTGCAATCGGCTGAC,Paraxial mesoderm
S8.2 120h:TGAGGAGAGCGTTCCG,Paraxial mesoderm
S8.2 120h:GTAATGCGTGACGCCT,Ectopic pluripotency
S8.2 120h:ACTTTGTAGATTGGGC,Gut
S8.2 120h:CTCAGGGGTAGATTGA,Paraxial mesoderm
S8.2 120h:CACTGAAAGCATTGTC,Paraxial mesoderm
S8.2 120h:AGGAAATAGCGAACTG,Paraxial mesoderm
S8.2 120h:CTGGTCTTCGAGTGAG,Hemogenic endothelium
S8.2 120h:TGAGGGATCCGAGAAG,Paraxial mesoderm
S8.2 120h:TAGAGTCGTCATATGC,Paraxial mesoderm
S8.2 120h:TCGTAGACACCTTCGT,Neuromesodermal progenitors
S8.2 120h:AACGAAAAGTGGACTG,Exiting naive pluripotency
S8.2 120h:TCATCATCATCCTCAC,Neuromesodermal progenitors
S8.2 120h:ATGGTTGTCCTATTTG,Paraxial mesoderm
S8.2 120h:TTCTAGTTCAGTGTTG,Neuromesodermal progenitors
S8.2 120h:ATGAAAGAGAACCCGA,Paraxial mesoderm
S8.2 120h:TACGCTCCATCCTTCG,Gut
S8.2 120h:TTAGGGTGTCAGTTTG,Gut
S8.2 120h:AATCGTGAGTCCCAGC,Pre-somitic mesoderm
S8.2 120h:CTACGGGGTAAGATCA,Paraxial mesoderm
S8.2 120h:AACCTGATCCAACACA,Gut
S8.2 120h:TTTGGAGGTTCTGAGT,Paraxial mesoderm
S8.2 120h:CTGTGAACAACCGGAA,Paraxial mesoderm
S8.2 120h:GGCTTGGCATCATTGG,Paraxial mesoderm
S8.2 120h:TGTTCTACAGAACATA,Neuromesodermal progenitors
S8.2 120h:GCTGCAGGTTGTGCCG,Paraxial mesoderm
S8.2 120h:CCCAACTGTAGGTCAG,Paraxial mesoderm
S8.2 120h:TGTAACGGTTGAAGTA,Naive pluripotency
S8.2 120h:ATCATTCTCCTACGGG,Neuromesodermal progenitors
S8.2 120h:GTTAGTGGTAGCTTGT,Paraxial mesoderm
S8.2 120h:GTGACGCGTCGGATTT,Pre-somitic mesoderm
S8.2 120h:TTTACTGTCCATATGG,Paraxial mesoderm
S8.2 120h:TCCTGCAGTGTCATGT,Neuromesodermal progenitors
S8.2 120h:ACGGGTCCAATGCTCA,Neuromesodermal progenitors
S8.2 120h:CTCCCTCAGGGAGTGG,Paraxial mesoderm
S8.2 120h:GGGTCACTCTTGTTAC,Neuromesodermal progenitors
S8.2 120h:TAACCAGCATCATGAC,Pre-somitic mesoderm
S8.2 120h:CTCACTGCACTATCCC,Neuromesodermal progenitors
S8.2 120h:TTAGTCTCACCTTCCA,Paraxial mesoderm
S8.2 120h:GTAATGCGTGGATCGA,Pre-somitic mesoderm
S8.2 120h:CATGGTAGTCAGACGA,Paraxial mesoderm
S8.2 120h:AGCTTCCCAGGACATG,Paraxial mesoderm
S8.2 120h:AAGAACACACCTTCCA,Paraxial mesoderm
S8.2 120h:CGCATAATCATGCTAG,Paraxial mesoderm
S8.2 120h:CCTAACCTCGCTAATG,Paraxial mesoderm
S8.2 120h:TAACGACGTATTCTCT,Neuromesodermal progenitors
S8.2 120h:CTAGACACATTCTGTT,Paraxial mesoderm
S8.2 120h:CATGAGTAGAAGGCTC,Paraxial mesoderm
S8.2 120h:CACAGGCTCTACTGAG,Pre-somitic mesoderm
S8.2 120h:CCTACGTTCCTTGGAA,Pre-somitic mesoderm
S8.2 120h:GCCTGTTGTATCGTGT,Paraxial mesoderm
S8.2 120h:GCCGATGTCTGGAAGG,Paraxial mesoderm
S8.2 120h:GAGTCATCAAGTACCT,Paraxial mesoderm
S8.2 120h:GATCACACACTGAGTT,Pre-somitic mesoderm
S8.2 120h:AGGCCACCACGACGTC,Paraxial mesoderm
S8.2 120h:ACACTGAAGGTCCCGT,Paraxial mesoderm
S8.2 120h:GTAGATCGTACCGGCT,Paraxial mesoderm
S8.2 120h:TCACTATAGAACCGCA,Paraxial mesoderm
S8.2 120h:CAATGACGTATCGTGT,Pre-somitic mesoderm
S8.2 120h:CCTCCTCGTTGGTGTT,Neuromesodermal progenitors
S8.2 120h:GGGCTCAGTGACTGAG,Hemogenic endothelium
S8.2 120h:TCACTATTCATAGACC,Paraxial mesoderm
S8.2 120h:CCAATGAGTAGTGTGG,Ectopic pluripotency
S8.2 120h:GGGAAGTGTTTGGCTA,Paraxial mesoderm
S8.2 120h:TATCTGTAGAGCCGTA,Paraxial mesoderm
S8.2 120h:TAACCAGGTTCCCACT,Paraxial mesoderm
S8.2 120h:CTGGACGCAGTGACCC,Paraxial mesoderm
S8.2 120h:ATTCCATGTGAATAAC,Neuromesodermal progenitors
S8.2 120h:CACTTCGGTACGTAGG,Pre-somitic mesoderm
S8.2 120h:AGACCCGTCTCCCATG,Neuromesodermal progenitors
S8.2 120h:GATGACTGTATCCTCC,Paraxial mesoderm
S8.2 120h:GCCAACGAGCCATTGT,Paraxial mesoderm
S8.2 120h:TCAGCCTGTAAGAACT,Paraxial mesoderm
S8.2 120h:CACGTGGTCGAGAATA,Paraxial mesoderm
S8.2 120h:ATACCTTCATCACCAA,Paraxial mesoderm
S8.2 120h:TTACAGGAGGTCATAA,Neuromesodermal progenitors
S8.2 120h:AAAGAACAGCCTCTCT,Pre-somitic mesoderm
S8.2 120h:GGGTATTAGCGGTAGT,Pre-somitic mesoderm
S8.2 120h:CACAGATGTGATTCTG,Paraxial mesoderm
S8.2 120h:TGGCGTGGTCTGTGCG,Neuromesodermal progenitors
S8.2 120h:CGACAGCCAGCGTAGA,Pre-somitic mesoderm
S8.2 120h:GTGATGTGTTTACGTG,Pre-somitic mesoderm
S8.2 120h:CTCAATTGTTCCGCTT,Paraxial mesoderm
S8.2 120h:CCGATCTTCCTCTAGC,Neuromesodermal progenitors
S8.2 120h:GCGTGCACAGAACTTC,Pre-somitic mesoderm
S8.2 120h:TTCTCTCCAGGTTCAT,Paraxial mesoderm
S8.2 120h:ATACTTCTCGCTGACG,Gut
S8.2 120h:TAGACCATCCATTGTT,Hemogenic endothelium
S8.2 120h:CAGCACGAGGTGCATG,Paraxial mesoderm
S8.2 120h:CACTTCGAGTCGAGGT,Paraxial mesoderm
S8.2 120h:CCCGGAAGTGAATGAT,Pre-somitic mesoderm
S8.2 120h:TGATGGTTCAGCCTCT,Pre-somitic mesoderm
S8.2 120h:ACTCTCGAGGTTCACT,Paraxial mesoderm
S8.2 120h:ATGCGATAGCCTCTCT,Paraxial mesoderm
S8.2 120h:TTGGTTTCAGAGATTA,Ectopic pluripotency
S8.2 120h:AAAGGATGTCTGTGAT,Ectopic pluripotency
S8.2 120h:TGAGCATGTAACAAGT,Neuromesodermal progenitors
S8.2 120h:GTCTCACAGAAACCCG,Paraxial mesoderm
S8.2 120h:ACAACCATCGAGTGAG,Neuromesodermal progenitors
S8.2 120h:TGGAACTTCACGGACC,Paraxial mesoderm
S8.2 120h:ATCGTGACATCGCTCT,Paraxial mesoderm
S8.2 120h:TCGGTCTAGGCTAAAT,Paraxial mesoderm
S8.2 120h:AGGGCTCGTTAACCTG,Gut
S8.2 120h:TTCATGTCAGGGAATC,Paraxial mesoderm
S8.2 120h:CATAAGCTCTGGGCGT,Neuromesodermal progenitors
S8.2 120h:TGTCAGACAACTACGT,Paraxial mesoderm
S8.2 120h:GATTCTTAGGAATGTT,Gut
S8.2 120h:GTAATGCTCGAATCCA,Paraxial mesoderm
S8.2 120h:GCTACCTGTCCGACGT,Paraxial mesoderm
S8.2 120h:TGCATGAAGGCTCCCA,Paraxial mesoderm
S8.2 120h:CCCTCAACAGCTGAGA,Neuromesodermal progenitors
S8.2 120h:TGAGTCAGTATGATCC,Neuromesodermal progenitors
S8.2 120h:ACTATCTCAGTAGTGG,Neuromesodermal progenitors
S8.2 120h:AGCGCTGAGCATAGGC,Paraxial mesoderm
S8.2 120h:GAACGTTGTCTGTGTA,Neuromesodermal progenitors
S8.2 120h:ATGTCCCAGTTCTCTT,Paraxial mesoderm
S8.2 120h:CTGGTCTAGGATTCCT,Pre-somitic mesoderm
S8.2 120h:GAATCGTAGGTGCTAG,Paraxial mesoderm
S8.2 120h:TGGAACTAGCCGGATA,Pre-somitic mesoderm
S8.2 120h:CATTTCAGTCCTCCTA,Paraxial mesoderm
S8.2 120h:TCACGGGCAACCCTCT,Paraxial mesoderm
S8.2 120h:CATCAAGAGCCAGTAG,Paraxial mesoderm
S8.2 120h:TGCAGATTCGCCAACG,Paraxial mesoderm
S8.2 120h:ACTGCAAAGGAGGGTG,Pre-somitic mesoderm
S8.2 120h:CTTCGGTTCTTTCCGG,Paraxial mesoderm
S8.2 120h:GTTGCGGAGGTCGTAG,Neuromesodermal progenitors
S8.2 120h:TTGAGTGGTCCATCTC,Paraxial mesoderm
S8.2 120h:TCTCTGGGTATCCTCC,Neuromesodermal progenitors
S8.2 120h:CTGTGGGTCAGTCAGT,Paraxial mesoderm
S8.2 120h:TTGGGTAAGGTCGAGT,Paraxial mesoderm
S8.2 120h:CGCCAGACAGACGCTC,Paraxial mesoderm
S8.2 120h:TTGTGTTAGTGGACGT,Paraxial mesoderm
S8.2 120h:GGTAATCTCTACGGGC,Paraxial mesoderm
S8.2 120h:GACCAATTCTGTGTGA,Paraxial mesoderm
S8.2 120h:TTCATTGTCGTTCATT,Neuromesodermal progenitors
S8.2 120h:GACCTTCCAGACGCTC,Paraxial mesoderm
S8.2 120h:TGTTCCGCAGGTGTTT,Paraxial mesoderm
S8.2 120h:CGTAATGAGTCTAGAA,Neuromesodermal progenitors
S8.2 120h:CGCAGGTTCATGGTAC,Neuromesodermal progenitors
S8.2 120h:TTCGATTCAAACTAAG,Gut
S8.2 120h:TTGGATGTCTTTCTAG,Pre-somitic mesoderm
S8.2 120h:GTCAGCGCAAGCGAAC,Neuromesodermal progenitors
S8.2 120h:CCCGAAGTCAGGAAAT,Neuromesodermal progenitors
S8.2 120h:TCCATCGCATCACGGC,Paraxial mesoderm
S8.2 120h:GCCATGGGTGCCTGCA,Paraxial mesoderm
S8.2 120h:CCCTCAATCGGCCAAC,Paraxial mesoderm
S8.2 120h:AATCGTGAGTTACGGG,Paraxial mesoderm
S8.2 120h:GGGACCTAGCCTGAAG,Neuromesodermal progenitors
S8.2 120h:TCCGTGTCATGAATAG,Neuromesodermal progenitors
S8.2 120h:GCTGGGTCAGTTGCGC,Paraxial mesoderm
S8.2 120h:TGTTCATTCAGTGGGA,Paraxial mesoderm
S8.2 120h:GAGTTACCACTTGGCG,Neuromesodermal progenitors
S8.2 120h:CGTCAAATCACGTAGT,Paraxial mesoderm
S8.2 120h:CTGCATCAGTCAGGGT,Paraxial mesoderm
S8.2 120h:AGACACTCAATGAGCG,Paraxial mesoderm
S8.2 120h:CTTTCAATCCACGTCT,Neuromesodermal progenitors
S8.2 120h:TAATTCCAGCCGAACA,Paraxial mesoderm
S8.2 120h:TGTCCTGGTGCTGATT,Neuromesodermal progenitors
S8.2 120h:CTACGGGTCCAGTACA,Pre-somitic mesoderm
S8.2 120h:CTCATTACATCTCCCA,Neuromesodermal progenitors
S8.2 120h:CAGATTGAGGGCTTCC,Ectopic pluripotency
S8.2 120h:CCCGGAAAGTGGAAGA,Paraxial mesoderm
S8.2 120h:ATGGATCTCCTTATCA,Neuromesodermal progenitors
S8.2 120h:CCGTAGGTCCAAGCTA,Paraxial mesoderm
S8.2 120h:CCACGTTAGGGTAGCT,Pre-somitic mesoderm
S8.2 120h:CAGAGCCGTAACATGA,Paraxial mesoderm
S8.2 120h:TCATATCTCTGGCCAG,Pre-somitic mesoderm
S8.2 120h:AAAGTCCAGGACAGCT,Neuromesodermal progenitors
S8.2 120h:ACATTTCAGAAGGCTC,Pre-somitic mesoderm
S8.2 120h:AGATGCTGTAACATGA,Paraxial mesoderm
S8.2 120h:TAGACTGAGATCACTC,Gut
S8.2 120h:TCGCTCAAGGATGAGA,Paraxial mesoderm
S8.2 120h:GTCAAGTTCGTGGACC,Neuromesodermal progenitors
S8.2 120h:TCTCTGGTCCATTCGC,Gut
S8.2 120h:CTCAACCGTAGGACTG,Paraxial mesoderm
S8.2 120h:TCCGAAAGTCCAATCA,Paraxial mesoderm
S8.2 120h:GCACTAACATCGAAGG,Neuromesodermal progenitors
S8.2 120h:AGAGAGCCAGTAGTGG,Hemogenic endothelium
S8.2 120h:CATGGATAGCCTGAGA,Neuromesodermal progenitors
S8.2 120h:TCTTTGAAGGCATGCA,Paraxial mesoderm
S8.2 120h:CCTAACCCAGACCGCT,Paraxial mesoderm
S8.2 120h:GTGCTGGGTTATGTGC,Gut
S8.2 120h:CCTCCAATCATCGGGC,Paraxial mesoderm
S8.2 120h:AGACAAAGTGACAGGT,Paraxial mesoderm
S8.2 120h:GTAGATCTCTCGGTAA,Paraxial mesoderm
S8.2 120h:AGCGTATCAGACCTAT,Paraxial mesoderm
S8.2 120h:TCCATGCAGACCTCAT,Paraxial mesoderm
S8.2 120h:ACTTCGCGTGTTACTG,Neuromesodermal progenitors
S8.2 120h:GTGTAACCAGAGGTAC,Hemogenic endothelium
S8.2 120h:TAACTTCAGTGAGGCT,Paraxial mesoderm
S8.2 120h:GCCGTGATCACTCGAA,Neuromesodermal progenitors
S8.2 120h:TAGACTGGTCGTGGAA,Pre-somitic mesoderm
S8.2 120h:ACCTGTCTCTCATTGT,Gut
S8.2 120h:TGCTGAAAGGGCATGT,Paraxial mesoderm
S8.2 120h:AACCACAAGTTATGGA,Paraxial mesoderm
S8.2 120h:TCGAAGTAGTCCGCCA,Paraxial mesoderm
S8.2 120h:CTCCATGAGTACGTCT,Pre-somitic mesoderm
S8.2 120h:GTAGCTACAGGCGATA,Paraxial mesoderm
S8.2 120h:GTCCACTTCTAGAACC,Ectopic pluripotency
S8.2 120h:AAGAACATCTTGGCTC,Paraxial mesoderm
S8.2 120h:TCAAGCAGTTTCCAAG,Pre-somitic mesoderm
S8.2 120h:GGTGGCTGTTACGTAC,Paraxial mesoderm
S8.2 120h:GGGATCCTCGCAGAGA,Paraxial mesoderm
S8.2 120h:GCATCTCAGAAGCGCT,Paraxial mesoderm
S8.2 120h:CTCTCGAAGTATAACG,Paraxial mesoderm
S8.2 120h:CATCCCACACGAAGAC,Paraxial mesoderm
S8.2 120h:ATCACGATCATACGGT,Paraxial mesoderm
S8.2 120h:TTCGATTGTGCACAAG,Neuromesodermal progenitors
S8.2 120h:AGGTCTAAGGATTTAG,Paraxial mesoderm
S8.2 120h:AGTTCCCTCTACTGAG,Neuromesodermal progenitors
S8.2 120h:CTCCACATCGTGCAGC,Paraxial mesoderm
S8.2 120h:GATAGAACATAGGAGC,Paraxial mesoderm
S8.2 120h:GGTGGCTGTGTCCCTT,Paraxial mesoderm
S8.2 120h:CATTGTTAGGTGTGAC,Neuromesodermal progenitors
S8.2 120h:CGATGGCGTTGCTCCT,Neuromesodermal progenitors
S8.2 120h:AGCTTCCAGAGTACCG,Neuromesodermal progenitors
S8.2 120h:CTGATCCGTCCTCAGG,Paraxial mesoderm
S8.2 120h:TTGAGTGAGTAACGTA,Paraxial mesoderm
S8.2 120h:AGTTCCCGTATCGCTA,Paraxial mesoderm
S8.2 120h:ACGGAAGCACAATGCT,Neuromesodermal progenitors
S8.2 120h:ATCATTCGTGAATTAG,Paraxial mesoderm
S8.2 120h:ATCGATGAGTACTGTC,Paraxial mesoderm
S8.2 120h:GACCCTTCACCTGCTT,Pre-somitic mesoderm
S8.2 120h:AGGACGATCCACCCTA,Paraxial mesoderm
S8.2 120h:CACAGGCCATCAGTCA,Paraxial mesoderm
S8.2 120h:AGGATAACAAGCTGTT,Paraxial mesoderm
S8.2 120h:CATCCACAGCGAAACC,Pre-somitic mesoderm
S8.2 120h:CCTACGTGTGAGATAT,Paraxial mesoderm
S8.2 120h:TCCTGCAGTATACGGG,Paraxial mesoderm
S8.2 120h:AGAAATGGTACTCGTA,Gut
S8.2 120h:CTGTAGATCCAAACCA,Pre-somitic mesoderm
S8.2 120h:CATTCTAAGTGGACTG,Pre-somitic mesoderm
S8.2 120h:AGAGCCCAGTAGGATT,Paraxial mesoderm
S8.2 120h:GAGTGAGCAAGTTCGT,Paraxial mesoderm
S8.2 120h:ACGGTCGGTAACCCGC,Paraxial mesoderm
S8.2 120h:ATGAGGGGTAGGCAGT,Neuromesodermal progenitors
S8.2 120h:CTCAACCTCTCGAGTA,Gut
S8.2 120h:ATCCTATAGTGGACTG,Paraxial mesoderm
S8.2 120h:CCTCATGAGTCAGCCC,Pre-somitic mesoderm
S8.2 120h:GTCTTTACAGAACGCA,Neuromesodermal progenitors
S8.2 120h:AAATGGAAGTTAGTAG,Paraxial mesoderm
S8.2 120h:GTCCTCAAGTTGAAGT,Paraxial mesoderm
S8.2 120h:TCAGCCTTCACTGTCC,Neuromesodermal progenitors
S8.2 120h:GGGTTTAAGAGTCAGC,Naive pluripotency
S8.2 120h:ACGGTCGGTCAAGTTC,Paraxial mesoderm
S8.2 120h:TCAAGTGTCAGACCGC,Gut
S8.2 120h:ATTCAGGTCGAAGCCC,Ectopic pluripotency
S8.2 120h:AACGAAAGTTATCTGG,Neuromesodermal progenitors
S8.2 120h:ATGCGATTCGGTCATA,Pre-somitic mesoderm
S8.2 120h:ATACTTCGTACGACTT,Pre-somitic mesoderm
S8.2 120h:CTCAGTCAGACTTAAG,Pre-somitic mesoderm
S8.2 120h:GCTGGGTGTTTCAGAC,Paraxial mesoderm
S8.2 120h:ACGATCAGTATCACGT,Gut
S8.2 120h:TATATCCGTATACAGA,Pre-somitic mesoderm
S8.2 120h:TAATCTCCATGAGATA,Ectopic pluripotency
S8.2 120h:CGCATAACAGGCAATG,Hemogenic endothelium
S8.2 120h:TGGGCGTAGCAAATGT,Pre-somitic mesoderm
S8.2 120h:CGCCAGAGTGTAAATG,Paraxial mesoderm
S8.2 120h:TCCTTTCGTTGGGATG,Ectopic pluripotency
S8.2 120h:TAGGTTGAGGATCACG,Paraxial mesoderm
S8.2 120h:TTTCCTCAGAAGTCTA,Pre-somitic mesoderm
S8.2 120h:CCTACGTTCCTACTGC,Neuromesodermal progenitors
S8.2 120h:CCGCAAGCAATAAGGT,Paraxial mesoderm
S8.2 120h:TGGTAGTGTATGACAA,Paraxial mesoderm
S8.2 120h:AGAAGTAAGCCTATTG,Paraxial mesoderm
S8.2 120h:GTTTGGACAGTTTCGA,Pre-somitic mesoderm
S8.2 120h:TCTGTCGTCGCATGAT,Pre-somitic mesoderm
S8.2 120h:TGAGGAGGTCAAACGG,Neuromesodermal progenitors
S8.2 120h:GCCTGTTCAACTGTGT,Paraxial mesoderm
S8.2 120h:GACGCTGCAGCGGATA,Pre-somitic mesoderm
S8.2 120h:TCGACGGGTTTCGACA,Paraxial mesoderm
S8.2 120h:CCAATGACATAGGTAA,Pre-somitic mesoderm
S8.2 120h:ATGGATCCAACAAGAT,Neuromesodermal progenitors
S8.2 120h:ATCCCTGTCCTGGGTG,Somite differentiation front
S8.2 120h:ACGCACGTCCTGTTAT,Paraxial mesoderm
S8.2 120h:ACTCTCGTCGCTTTAT,Pre-somitic mesoderm
S8.2 120h:TGTTCTACAGAGTGAC,Neuromesodermal progenitors
S8.2 120h:CATGCTCTCCCATTTA,Neuromesodermal progenitors
S8.2 120h:TCATCCGAGCTTCATG,Paraxial mesoderm
S8.2 120h:CACGAATTCACTGAAC,Pre-somitic mesoderm
S8.2 120h:ACTATTCTCAGCCCAG,Paraxial mesoderm
S8.2 120h:GGTAATCCATCGAAGG,Paraxial mesoderm
S8.2 120h:ACATCCCGTTAAGCAA,Pre-somitic mesoderm
S8.2 120h:AAGCCATCACACACTA,Neuromesodermal progenitors
S8.2 120h:GACAGCCCATCATCTT,Neuromesodermal progenitors
S8.2 120h:GCTTGGGGTAGACAAT,Paraxial mesoderm
S8.2 120h:CAACAGTCAATACGAA,Gut
S8.2 120h:GGTGTCGTCCTTCGAC,Paraxial mesoderm
S8.2 120h:TTCCTAACAATGTCAC,Neuromesodermal progenitors
S8.2 120h:GCGTTTCTCAACTACG,Paraxial mesoderm
S8.2 120h:TAACTTCAGCCTCATA,Neuromesodermal progenitors
S8.2 120h:ATGAGGGAGGTTCCGC,Pre-somitic mesoderm
S8.2 120h:GCCCAGAAGGATTTGA,Paraxial mesoderm
S8.2 120h:CGAGAAGAGGCGTTAG,Neuromesodermal progenitors
S8.2 120h:GCGGAAACATATACCG,Paraxial mesoderm
S8.2 120h:TTTGACTGTATCGCTA,Ectopic pluripotency
S8.2 120h:CGGGTCAGTCTGCGCA,Neuromesodermal progenitors
S8.2 120h:TCTTTGAAGGAACGCT,Neuromesodermal progenitors
S8.2 120h:GAGGCCTGTGCACGCT,Neuromesodermal progenitors
S8.2 120h:AAGTGAATCCAAACCA,Neuromesodermal progenitors
S8.2 120h:TGCGGCACATCGAACT,Paraxial mesoderm
S8.2 120h:ATGTCTTCAGCTAACT,Neuromesodermal progenitors
S8.2 120h:ATGTCTTAGCTACGTT,Somite differentiation front
S8.2 120h:CTGTACCAGCTCACTA,Paraxial mesoderm
S8.2 120h:AGGAATAAGGATTTCC,Gut
S8.2 120h:TTGAACGGTATCGTGT,Neuromesodermal progenitors
S8.2 120h:GCCATTCCAAAGGTTA,Ectopic pluripotency
S8.2 120h:TCCAGAATCGTCCTCA,Paraxial mesoderm
S8.2 120h:TACTTGTCAGAGAATT,Neuromesodermal progenitors
S8.2 120h:CCGGGTATCTCCCAAC,Paraxial mesoderm
S8.2 120h:GTGAGCCCACAGACGA,Ectopic pluripotency
S8.2 120h:CCACCATAGTGAGTTA,Paraxial mesoderm
S8.2 120h:TTTGGAGGTTTCAGAC,Paraxial mesoderm
S8.2 120h:TGTGGCGAGACCGCCT,Paraxial mesoderm
S8.2 120h:GAAGCGAGTCCACGCA,Paraxial mesoderm
S8.2 120h:CCATAAGGTTGTCAGT,Neuromesodermal progenitors
S8.2 120h:GTGGAGAGTTCTGAGT,Neuromesodermal progenitors
S8.2 120h:GCCATGGGTTCCATTT,Paraxial mesoderm
S8.2 120h:CATAAGCAGAATCCCT,Gut
S8.2 120h:TGCTTGCAGCAGTCTT,Gut
S8.2 120h:CTATCCGAGAATTCAG,Paraxial mesoderm
S8.2 120h:GCTTTCGGTTGAGAGC,Gut
S8.2 120h:ACATCGATCTCGGGAC,Neuromesodermal progenitors
S8.2 120h:CCCTCTCGTAACCAGG,Paraxial mesoderm
S8.2 120h:TTTACGTAGAAGCCAC,Paraxial mesoderm
S8.2 120h:GTAACACGTCGTCAGC,Neuromesodermal progenitors
S8.2 120h:GATCACACAAACACGG,Gut
S8.2 120h:CAGCACGGTAGCGCTC,Paraxial mesoderm
S8.2 120h:AGAAGCGGTCAACACT,Pre-somitic mesoderm
S8.2 120h:GCTACCTAGACCAGAC,Gut
S8.2 120h:CCCTCAAGTTACCTGA,Paraxial mesoderm
S8.2 120h:TGCGATACAACATACC,Paraxial mesoderm
S8.2 120h:GGAGGATCACATTCGA,Neuromesodermal progenitors
S8.2 120h:TGGGCTGCAATAGGGC,Gut
S8.2 120h:TCAATCTAGGACAAGA,Paraxial mesoderm
S8.2 120h:TGCGACGTCTTTGCTA,Gut
S8.2 120h:TCGGGACGTTTGTGGT,Paraxial mesoderm
S8.2 120h:GGTAACTCATGGAATA,Paraxial mesoderm
S8.2 120h:AAGTCGTCATAATCGC,Neuromesodermal progenitors
S8.2 120h:CATACCCAGCTTCATG,Neuromesodermal progenitors
S8.2 120h:TGTAGACCAAATCAAG,Pre-somitic mesoderm
S8.2 120h:CCCTTAGGTGAGTGAC,Somite differentiation front
S8.2 120h:TACAACGTCGACGTCG,Gut
S8.2 120h:GATCAGTGTCGTTATG,Pre-somitic mesoderm
S8.2 120h:ACTTTGTTCCGACGGT,Hemogenic endothelium
S8.2 120h:AGTAGTCTCTTAGGAC,Pre-somitic mesoderm
S8.2 120h:TGGTTAGTCGAGTACT,Neuromesodermal progenitors
S8.2 120h:TCACTATTCACGAACT,Paraxial mesoderm
S8.2 120h:CATGCGGCAATACCTG,Neuromesodermal progenitors
S8.2 120h:GCATTAGTCGTCGCTT,Paraxial mesoderm
S8.2 120h:GCACATACAGAGAATT,Neuromesodermal progenitors
S8.2 120h:CGAGGCTCAGCAGGAT,Neuromesodermal progenitors
S8.2 120h:AAGGAATAGTTGAAAC,Neuromesodermal progenitors
S8.2 120h:CTTCAATGTGCATTAC,Neuromesodermal progenitors
S8.2 120h:TCCGAAAGTTTACGTG,Paraxial mesoderm
S8.2 120h:ACATCGAAGGAACATT,Gut
S8.2 120h:GCCCGAATCGGCTGTG,Paraxial mesoderm
S8.2 120h:TGTAAGCGTATTCTCT,Neuromesodermal progenitors
S8.2 120h:TATCTGTTCGCTGTCT,Paraxial mesoderm
S8.2 120h:TCCTCTTAGGGCCAAT,Pre-somitic mesoderm
S8.2 120h:GATTTCTGTAACGGTG,Paraxial mesoderm
S8.2 120h:ATCATTCTCGAGAAAT,Paraxial mesoderm
S8.2 120h:TAACCAGGTACTAAGA,Gut
S8.2 120h:ATTTCACAGTTTCGAC,Paraxial mesoderm
S8.2 120h:CTCAATTAGGAGAGTA,Paraxial mesoderm
S8.2 120h:TGCTGAACACACCTGG,Pre-somitic mesoderm
S8.2 120h:ACGGGTCTCCGCGGAT,Paraxial mesoderm
S8.2 120h:GAAGAATTCTGCTAGA,Neuromesodermal progenitors
S8.2 120h:TTGTTGTCAAAGGAGA,Paraxial mesoderm
S8.2 120h:CTAACCCCACCTTCCA,Hemogenic endothelium
S8.2 120h:TCGGGACGTCCTGGGT,Paraxial mesoderm
S8.2 120h:TACATTCAGTATAACG,Neuromesodermal progenitors
S8.2 120h:TCTGCCACAGATACCT,Paraxial mesoderm
S8.2 120h:GTAGTACAGTCCCGGT,Paraxial mesoderm
S8.2 120h:GCGTGCAAGGTGTGAC,Paraxial mesoderm
S8.2 120h:CTGGCAGAGGTTCTAC,Paraxial mesoderm
S8.2 120h:AGGATCTAGTATAGGT,Pre-somitic mesoderm
S8.2 120h:GCAACCGGTCCTTGTC,Pre-somitic mesoderm
S8.2 120h:TCACGGGCAGCTTTGA,Paraxial mesoderm
S8.2 120h:CAAGACTAGCCACAAG,Neuromesodermal progenitors
S8.2 120h:TGTCAGACAGAGGCAT,Neuromesodermal progenitors
S8.2 120h:GACTTCCAGTGTAGTA,Paraxial mesoderm
S8.2 120h:ATTCAGGAGTTCTCTT,Paraxial mesoderm
S8.2 120h:GTCAAACGTAGTGTGG,Neuromesodermal progenitors
S8.2 120h:TTGCGTCAGGGTACGT,Neuromesodermal progenitors
S8.2 120h:CTCATCGCACGCGGTT,Neuromesodermal progenitors
S8.2 120h:AAGACAAAGCCGAACA,Paraxial mesoderm
S8.2 120h:TCTTCCTAGTACTGTC,Paraxial mesoderm
S8.2 120h:AGTTCGAAGGAGATAG,Pre-somitic mesoderm
S8.2 120h:GCACATAAGTGGTCAG,Gut
S8.2 120h:CATCGCTGTGCGCTCA,Pre-somitic mesoderm
S8.2 120h:CGTGCTTGTTTCGATG,Somite differentiation front
S8.2 120h:CTACTATGTACGAGTG,Neuromesodermal progenitors
S8.2 120h:TTCCTTCCATCGGATT,Paraxial mesoderm
S8.2 120h:TGAGGAGCAACCCTCT,Pre-somitic mesoderm
S8.2 120h:CATGAGTTCAGCCTTC,Neuromesodermal progenitors
S8.2 120h:TAGGTTGAGGACTATA,Neuromesodermal progenitors
S8.2 120h:TCAAGTGAGCAAGTCG,Paraxial mesoderm
S8.2 120h:TGTCCCATCGCTATTT,Hemogenic endothelium
S8.2 120h:AATGAAGGTTCGAAGG,Neuromesodermal progenitors
S8.2 120h:CCTTGTGCAGCTATAC,Neuromesodermal progenitors
S8.2 120h:CTACATTAGACGCAGT,Neuromesodermal progenitors
S8.2 120h:CTGAGGCGTGTTAACC,Paraxial mesoderm
S8.2 120h:TTGTTCAGTTCACGAT,Pre-somitic mesoderm
S8.2 120h:TTCTGTAAGGCCTGAA,Paraxial mesoderm
S8.2 120h:CATACTTGTCTTGAAC,Paraxial mesoderm
S8.2 120h:TCGGATAGTCCTACAA,Paraxial mesoderm
S8.2 120h:GAAGAATAGCATGTTC,Paraxial mesoderm
S8.2 120h:ACTTCGCTCTGTAAGC,Paraxial mesoderm
S8.2 120h:TTATTGCAGCAACCAG,Paraxial mesoderm
S8.2 120h:GCTACCTAGGGCAACT,Paraxial mesoderm
S8.2 120h:TCAAGTGAGATCACCT,Paraxial mesoderm
S8.2 120h:CAGGGCTCAGAGTTGG,Paraxial mesoderm
S8.2 120h:CCGAACGCAATGTGGG,Paraxial mesoderm
S8.2 120h:GAGACCCGTACCTAGT,Pre-somitic mesoderm
S8.2 120h:CTGCCTAGTTACGCCG,Paraxial mesoderm
S8.2 120h:ATCGATGAGAGGCGTT,Paraxial mesoderm
S8.2 120h:CTGATCCTCCACAAGT,Paraxial mesoderm
S8.2 120h:TCATATCTCTTCTAAC,Pre-somitic mesoderm
S8.2 120h:TGAATCGCAACGCCCA,Neuromesodermal progenitors
S8.2 120h:GAATCACAGCGTCTCG,Paraxial mesoderm
S8.2 120h:TAAGTCGCAACTCCAA,Paraxial mesoderm
S8.2 120h:TGTAAGCGTCCCGCAA,Neuromesodermal progenitors
S8.2 120h:GCGGATCAGAGAGGGC,Neuromesodermal progenitors
S8.2 120h:GTACAACCAGACCCGT,Pre-somitic mesoderm
S8.2 120h:AGGTAGGGTTATCCAG,Paraxial mesoderm
S8.2 120h:GACTCTCCACAGTGTT,Neuromesodermal progenitors
S8.2 120h:CAGGTATTCATGCCCT,Paraxial mesoderm
S8.2 120h:GTAGGAGAGATGCCGA,Neuromesodermal progenitors
S8.2 120h:GGGATCCGTGTTTACG,Paraxial mesoderm
S8.2 120h:GGGCTACTCTAGTGAC,Paraxial mesoderm
S8.2 120h:GTCACTCCAAAGCTAA,Paraxial mesoderm
S8.2 120h:CAGGGCTTCTCACTCG,Pre-somitic mesoderm
S8.2 120h:ACTTATCTCGAGATAA,Paraxial mesoderm
S8.2 120h:TCTTCCTCAGACAAAT,Paraxial mesoderm
S8.2 120h:GATGACTTCCAACTAG,Somite differentiation front
S8.2 120h:TATTGGGGTTGCTCAA,Neuromesodermal progenitors
S8.2 120h:ATTTCTGTCGAAGCAG,Paraxial mesoderm
S8.2 120h:GCGTGCATCACTGATG,Paraxial mesoderm
S8.2 120h:GCACGGTCACTTGAAC,Paraxial mesoderm
S8.2 120h:GCTTTCGTCAAGAGTA,Ectopic pluripotency
S8.2 120h:GCCATGGAGGAGGCAG,Neuromesodermal progenitors
S8.2 120h:GGCACGTGTATACAGA,Pre-somitic mesoderm
S8.2 120h:AAAGGGCGTCTTTCAT,Neuromesodermal progenitors
S8.2 120h:CTCCCAAAGTAAACGT,Neuromesodermal progenitors
S8.2 120h:AATTCCTCAATCCTAG,Paraxial mesoderm
S8.2 120h:AACAGGGGTCAAATCC,Paraxial mesoderm
S8.2 120h:CAACCTCGTTTATGCG,Paraxial mesoderm
S8.2 120h:TGGAGGAGTGTCACAT,Paraxial mesoderm
S8.2 120h:AGCGCCACAACTCGTA,Paraxial mesoderm
S8.2 120h:ACGGGTCCAAGGAGTC,Paraxial mesoderm
S8.2 120h:TCACTATCAGCAGAAC,Paraxial mesoderm
S8.2 120h:AGAGCAGGTTAAACCC,Neuromesodermal progenitors
S8.2 120h:TGATTTCCACCATTCC,Pre-somitic mesoderm
S8.2 120h:TCCGAAATCATTACTC,Pre-somitic mesoderm
S8.2 120h:CGTAATGAGATAGTCA,Pre-somitic mesoderm
S8.2 120h:CCCATTGAGGCTCAAG,Hemogenic endothelium
S8.2 120h:GTTCTATCACTGGAAG,Paraxial mesoderm
S8.2 120h:TACTGCCTCTAGTCAG,Paraxial mesoderm
S8.2 120h:TACTGCCGTCAAATCC,Neuromesodermal progenitors
S8.2 120h:GCATCGGTCGCGATCG,Neuromesodermal progenitors
S8.2 120h:GATCCCTCAGCTCCTT,Neuromesodermal progenitors
S8.2 120h:AGTTCGAGTTACCTGA,Paraxial mesoderm
S8.2 120h:TTCTTGATCGTTCATT,Ectopic pluripotency
S8.2 120h:GAGTTGTGTAGTTACC,Paraxial mesoderm
S8.2 120h:CTCATCGGTTTGACAC,Neuromesodermal progenitors
S8.2 120h:AAAGGTACAAATGCGG,Paraxial mesoderm
S8.2 120h:TTTCACATCATACGGT,Neuromesodermal progenitors
S8.2 120h:CCACACTCATCTCCCA,Paraxial mesoderm
S8.2 120h:ATTGTTCCAGACCATT,Paraxial mesoderm
S8.2 120h:CACACAAAGAAACTGT,Paraxial mesoderm
S8.2 120h:CATCCACCACGCGTCA,Paraxial mesoderm
S8.2 120h:CATCCACTCAAGTAAG,Paraxial mesoderm
S8.2 120h:TGAACGTCAGATCACT,Paraxial mesoderm
S8.2 120h:AAGTTCGAGGTTCCAT,Pre-somitic mesoderm
S8.2 120h:ACTTTGTTCCCAAGTA,Paraxial mesoderm
S8.2 120h:TGTCCCAGTGCAGGAT,Neuromesodermal progenitors
S8.2 120h:TAGTGCAGTAACCCGC,Pre-somitic mesoderm
S8.2 120h:AGTTAGCCATATTCGG,Neuromesodermal progenitors
S8.2 120h:CTTCTAATCCCTGTTG,Paraxial mesoderm
S8.2 120h:AGATGAAAGGTCGTGA,Paraxial mesoderm
S8.2 120h:GAAGCGAAGTATTCCG,Paraxial mesoderm
S8.2 120h:GTGTTCCAGCGTATAA,Paraxial mesoderm
S8.2 120h:CCTAACCAGAATTTGG,Paraxial mesoderm
S8.2 120h:ATGGATCTCATTTGCT,Paraxial mesoderm
S8.2 120h:GATCATGCAATTCGTG,Neuromesodermal progenitors
S8.2 120h:GTATTGGAGTGGAATT,Paraxial mesoderm
S8.2 120h:TCCTTTCTCGCGATCG,Pre-somitic mesoderm
S8.2 120h:GAGTGTTGTCCAGCAC,Paraxial mesoderm
S8.2 120h:TCGGGCACATCGGTTA,Neuromesodermal progenitors
S8.2 120h:TTCTTGACATGTTCGA,Pre-somitic mesoderm
S8.2 120h:CTTAGGATCTCACCCA,Paraxial mesoderm
S8.2 120h:GAGGCCTCACATATGC,Paraxial mesoderm
S8.2 120h:CTAACTTGTTCGTACA,Paraxial mesoderm
S8.2 120h:TGGGCTGTCTTCTCAA,Ectopic pluripotency
S8.2 120h:CTTCAATCAGCGTACC,Neuromesodermal progenitors
S8.2 120h:CAAGACTCAAGTGGTG,Paraxial mesoderm
S8.2 120h:AGATCGTTCGAACACT,Paraxial mesoderm
S8.2 120h:CAGCGTGCAGTGTGCC,Neuromesodermal progenitors
S8.2 120h:AGCTACAGTCGTATGT,Paraxial mesoderm
S8.2 120h:GAGTTACAGAGCTTTC,Paraxial mesoderm
S8.2 120h:GTAGATCTCGCAAGAG,Paraxial mesoderm
S8.2 120h:TGACCCTCAGTAGATA,Paraxial mesoderm
S8.2 120h:ACACAGTCATGGCACC,Paraxial mesoderm
S8.2 120h:GCAGTTACAACGGGTA,Paraxial mesoderm
S8.2 120h:TTTCACAGTACATTGC,Paraxial mesoderm
S8.2 120h:CTTCCGATCTGCGGGT,Pre-somitic mesoderm
S8.2 120h:AGACCATCACACAGAG,Paraxial mesoderm
S8.2 120h:CCCAACTTCAAATAGG,Somite differentiation front
S8.2 120h:ATTCGTTCACAGAGAC,Pre-somitic mesoderm
S8.2 120h:CTGTCGTAGTATAGAC,Paraxial mesoderm
S8.2 120h:TCACAAGGTAAGGCCA,Pre-somitic mesoderm
S8.2 120h:GTGACGCGTCGCAGTC,Ectopic pluripotency
S8.2 120h:CATTGTTCATCCGTGG,Paraxial mesoderm
S8.2 120h:CAAGACTGTAGCTGAG,Gut
S8.2 120h:AGCGCCATCCTACAAG,Neuromesodermal progenitors
S8.2 120h:AGGACTTAGAAGCCTG,Paraxial mesoderm
S8.2 120h:TGATTTCAGAGAGTTT,Neuromesodermal progenitors
S8.2 120h:AGTAGCTAGAAATGGG,Paraxial mesoderm
S8.2 120h:CCATAAGTCAAATGCC,Neuromesodermal progenitors
S8.2 120h:CTAGACAAGTCAGAGC,Paraxial mesoderm
S8.2 120h:AGAACCTGTTTAGTCG,Neuromesodermal progenitors
S8.2 120h:GATCGTACACCCAACG,Pre-somitic mesoderm
S8.2 120h:AACCCAATCGCTATTT,Paraxial mesoderm
S8.2 120h:GGGTATTAGCCTTCTC,Paraxial mesoderm
S8.2 120h:GGGCTACTCTCCCTAG,Paraxial mesoderm
S8.2 120h:CTCAATTCAGAACCGA,Paraxial mesoderm
S8.2 120h:TGTCCCATCAAATGAG,Paraxial mesoderm
S8.2 120h:CTCCTCCGTCGTGCCA,Neuromesodermal progenitors
S8.2 120h:TATCCTAGTACGACAG,Neuromesodermal progenitors
S8.2 120h:GGGACAAAGAACAGGA,Paraxial mesoderm
S8.2 120h:TTAGTCTAGTAAGAGG,Paraxial mesoderm
S8.2 120h:GATGACTGTCGTGATT,Paraxial mesoderm
S8.2 120h:CGCAGGTGTTTATGCG,Paraxial mesoderm
S8.2 120h:GACACGCCAACAGCTT,Ectopic pluripotency
S8.2 120h:TCGCAGGAGAGATGCC,Paraxial mesoderm
S8.2 120h:CCCATTGCATCAGCGC,Neuromesodermal progenitors
S8.2 120h:AGGAAATTCCATTGGA,Paraxial mesoderm
S8.2 120h:CATTGAGAGAATTTGG,Pre-somitic mesoderm
S8.2 120h:CGCATGGTCACTCGAA,Neuromesodermal progenitors
S8.2 120h:GATTGGTGTAGTAAGT,Paraxial mesoderm
S8.2 120h:CAATGACGTGATGTAA,Paraxial mesoderm
S8.2 120h:GTCCTCACAATGCAGG,Pre-somitic mesoderm
S8.2 120h:ACGGAAGGTGAGATTA,Paraxial mesoderm
S8.2 120h:CAGAGCCTCCCATTTA,Neuromesodermal progenitors
S8.2 120h:TGTGTGAGTAATTAGG,Paraxial mesoderm
S8.2 120h:CGGGACTCAACAAGAT,Paraxial mesoderm
S8.2 120h:CGTGCTTGTCCACAGC,Paraxial mesoderm
S8.2 120h:CGAGTGCGTTAAGGGC,Pre-somitic mesoderm
S8.2 120h:CCGATCTCACTGCGTG,Paraxial mesoderm
S8.2 120h:ATTCTACCAAATACAG,Paraxial mesoderm
S8.2 120h:TGAGCGCAGAGCATAT,Neuromesodermal progenitors
S8.2 120h:TTGACCCGTACCGGCT,Paraxial mesoderm
S8.2 120h:CGTTGGGCACTGCGTG,Paraxial mesoderm
S8.2 120h:AGGCCACCACCGGTCA,Paraxial mesoderm
S8.2 120h:GAGATGGAGACGAAGA,Paraxial mesoderm
S8.2 120h:GTCGCGAGTCTTCTAT,Paraxial mesoderm
S8.2 120h:TGGCGTGGTGCGAACA,Paraxial mesoderm
S8.2 120h:CAGTTCCAGACTCAAA,Neuromesodermal progenitors
S8.2 120h:GCACTAACACTGCACG,Paraxial mesoderm
S8.2 120h:TGCAGTAGTGAGGCAT,Paraxial mesoderm
S8.2 120h:AGGTCTAAGTCGCCAC,Paraxial mesoderm
S8.2 120h:TGGGCGTTCGTTAGTG,Paraxial mesoderm
S8.2 120h:CTCATTATCACAGTGT,Neuromesodermal progenitors
S8.2 120h:CATAAGCCAAGAGGCT,Paraxial mesoderm
S8.2 120h:GTTGTCCTCGCAAGAG,Neuromesodermal progenitors
S8.2 120h:CTTTCGGGTGAGTTTC,Paraxial mesoderm
S8.2 120h:AGTCAACGTGAGATCG,Paraxial mesoderm
S8.2 120h:GATAGAAAGATGAATC,Neuromesodermal progenitors
S8.2 120h:GATGTTGTCACGATCA,Neuromesodermal progenitors
S8.2 120h:TCATGAGAGCCACAAG,Paraxial mesoderm
S8.2 120h:CCGGGTATCGAGTACT,Paraxial mesoderm
S8.2 120h:CACACAAGTTCTCTCG,Paraxial mesoderm
S8.2 120h:AGTACCATCATTTGGG,Paraxial mesoderm
S8.2 120h:CATACAGTCACTGTTT,Gut
S8.2 120h:CGAAGTTAGGCTCTAT,Paraxial mesoderm
S8.2 120h:TAAGCCATCCTATTGT,Paraxial mesoderm
S8.2 120h:TGTCAGACATAGAATG,Hemogenic endothelium
S8.2 120h:AATGGAATCGCACGAC,Neuromesodermal progenitors
S8.2 120h:AGGATCTAGACCATTC,Paraxial mesoderm
S8.2 120h:GGAAGTGCATGAGATA,Pre-somitic mesoderm
S8.2 120h:ATGGATCTCCCAGCGA,Paraxial mesoderm
S8.2 120h:CAGCGTGAGTCGAATA,Neuromesodermal progenitors
S8.2 120h:CCTCAGTGTCCGGACT,Paraxial mesoderm
S8.2 120h:AGTAGCTGTATGAGAT,Paraxial mesoderm
S8.2 120h:ACGGTCGCAACGGGTA,Paraxial mesoderm
S8.2 120h:GGAATGGGTTGTGCCG,Neuromesodermal progenitors
S8.2 120h:GACAGCCTCTTCCGTG,Paraxial mesoderm
S8.2 120h:CTAGACACATCGCTCT,Paraxial mesoderm
S8.2 120h:AGGAAATTCTAGCCTC,Pre-somitic mesoderm
S8.2 120h:TGATTCTTCGGAATGG,Pre-somitic mesoderm
S8.2 120h:GGGTAGAGTTGTATGC,Paraxial mesoderm
S8.2 120h:TCCGAAATCATGGATC,Paraxial mesoderm
S8.2 120h:TTCCGGTGTCTAACTG,Paraxial mesoderm
S8.2 120h:AGACCATCAAACGGCA,Gut
S8.2 120h:CATCCGTTCGGAGCAA,Paraxial mesoderm
S8.2 120h:AGGTCATGTGGATTTC,Paraxial mesoderm
S8.2 120h:TGGTACAGTGGCCCAT,Paraxial mesoderm
S8.2 120h:TTAGGGTAGAAGCTCG,Neuromesodermal progenitors
S8.2 120h:CATCAAGAGACGGTTG,Paraxial mesoderm
S8.2 120h:CAGATTGTCCGGTAAT,Paraxial mesoderm
S8.2 120h:AGGAGGTGTATCCCTC,Paraxial mesoderm
S8.2 120h:TAAGCACCACAACGAG,Paraxial mesoderm
S8.2 120h:TCCTCGAAGACAACTA,Paraxial mesoderm
S8.2 120h:TGCGGGTTCGATTCCC,Paraxial mesoderm
S8.2 120h:ACGGGTCGTACTGACT,Paraxial mesoderm
S8.2 120h:AGGCATTAGACATGCG,Neuromesodermal progenitors
S8.2 120h:GTGGGAAAGTATAGAC,Paraxial mesoderm
S8.2 120h:CAGCCAGGTAACTAAG,Neuromesodermal progenitors
S8.2 120h:TCCGAAAAGCCGTCGT,Paraxial mesoderm
S8.2 120h:AAAGGATCACTCCTGT,Paraxial mesoderm
S8.2 120h:CTTACCGCAGGCACTC,Pre-somitic mesoderm
S8.2 120h:GGGCTCATCGCAGTCG,Paraxial mesoderm
S8.2 120h:CACTGAAGTCCCGTGA,Paraxial mesoderm
S8.2 120h:ACTTCGCGTGGCGCTT,Paraxial mesoderm
S8.2 120h:TCCATGCTCCAGTGCG,Neuromesodermal progenitors
S8.2 120h:TACCGAACACAAATCC,Paraxial mesoderm
S8.2 120h:TTCCTCTCACTAAACC,Neuromesodermal progenitors
S8.2 120h:TCATGAGAGGTTACAA,Pre-somitic mesoderm
S8.2 120h:TTCAATCCAACTAGAA,Neuromesodermal progenitors
S8.2 120h:CTATAGGTCCAGTTCC,Neuromesodermal progenitors
S8.2 120h:GGAGGTAAGCTAAGTA,Paraxial mesoderm
S8.2 120h:CACGTGGCACACAGAG,Paraxial mesoderm
S8.2 120h:CCGTTCAGTCCAGCAC,Paraxial mesoderm
S8.2 120h:CTCTCGACAGCTCCTT,Neuromesodermal progenitors
S8.2 120h:AGCCACGGTTTAGTCG,Paraxial mesoderm
S8.2 120h:TGCGACGGTGACAACG,Paraxial mesoderm
S8.2 120h:GCCAACGAGAGCATAT,Paraxial mesoderm
S8.2 120h:GTATTTCTCTCATTGT,Pre-somitic mesoderm
S8.2 120h:CCTCATGTCGTCGACG,Paraxial mesoderm
S8.2 120h:GATCATGAGAGGCGTT,Paraxial mesoderm
S8.2 120h:ATCGTAGTCGTCGGGT,Paraxial mesoderm
S8.2 120h:CTGGCAGAGGGCATGT,Ectopic pluripotency
S8.2 120h:TGGAGGAAGATTGAGT,Paraxial mesoderm
S8.2 120h:GTCGCGAGTTGTACGT,Paraxial mesoderm
S8.2 120h:GTTCTATGTATACAGA,Pre-somitic mesoderm
S8.2 120h:GGGTTATAGCCGCACT,Paraxial mesoderm
S8.2 120h:GAAGCGAAGTATAGAC,Paraxial mesoderm
S8.2 120h:TCGGGCACAGGCTCTG,Paraxial mesoderm
S8.2 120h:CATCCGTTCAGCGCGT,Neuromesodermal progenitors
S8.2 120h:TAAGCACAGCTTAGTC,Paraxial mesoderm
S8.2 120h:TGATTTCGTCGTCATA,Pre-somitic mesoderm
S8.2 120h:GCGTGCATCGAAACAA,Paraxial mesoderm
S8.2 120h:ATGCGATCAGTATACC,Gut
S8.2 120h:TCAATTCGTGCATACT,Neuromesodermal progenitors
S8.2 120h:TCTTAGTGTGTCTTGA,Paraxial mesoderm
S8.2 120h:CAACCTCTCTGTCGCT,Neuromesodermal progenitors
S8.2 120h:CGCATAATCGTAGAGG,Paraxial mesoderm
S8.2 120h:TAGACTGGTTTGTTCT,Pre-somitic mesoderm
S8.2 120h:GGTAACTGTGAAGCGT,Paraxial mesoderm
S8.2 120h:TTTCAGTTCCCGAGTG,Paraxial mesoderm
S8.2 120h:TGGAACTTCCCTTCCC,Neuromesodermal progenitors
S8.2 120h:GTCTCACGTAACGCGA,Pre-somitic mesoderm
S8.2 120h:GTTACGATCTTTCTAG,Paraxial mesoderm
S8.2 120h:GTCTTTATCCAAGCTA,Pre-somitic mesoderm
S8.2 120h:GGCTGTGCAGCGGATA,Neuromesodermal progenitors
S8.2 120h:TGGAACTAGACATAGT,Paraxial mesoderm
S8.2 120h:CTTCTCTTCGTGGTAT,Neuromesodermal progenitors
S8.2 120h:CATGAGTTCAGTGTCA,Paraxial mesoderm
S8.2 120h:ATCTCTAAGAATACAC,Hemogenic endothelium
S8.2 120h:TCCAGAATCCGAGCTG,Hemogenic endothelium
S8.2 120h:ACGGAAGCACAACATC,Paraxial mesoderm
S8.2 120h:GATAGCTCATCAGTGT,Neuromesodermal progenitors
S8.2 120h:TTCACGCCACGGAAGT,Gut
S8.2 120h:AGGTCATTCACGATCA,Neuromesodermal progenitors
S8.2 120h:CTGATCCCAGTTCTAG,Paraxial mesoderm
S8.2 120h:CACCAAAGTCGAAACG,Pre-somitic mesoderm
S8.2 120h:TTCAATCGTAGTTAGA,Neuromesodermal progenitors
S8.2 120h:TGCAGTAAGACCATGG,Paraxial mesoderm
S8.2 120h:CGTAGTAAGGCCTGAA,Paraxial mesoderm
S8.2 120h:AACAACCGTGCTCTTC,Pre-somitic mesoderm
S8.2 120h:TCGCTCACATAGGTAA,Paraxial mesoderm
S8.2 120h:AAGATAGAGCGCATCC,Paraxial mesoderm
S8.2 120h:GGAGGATCAACTGCCG,Paraxial mesoderm
S8.2 120h:GGGACTCAGACGCCCT,Somite differentiation front
S8.2 120h:TGAATGCCAACGAGGT,Paraxial mesoderm
S8.2 120h:TACATTCAGAGGGTGG,Neuromesodermal progenitors
S8.2 120h:GTGTTAGTCAATCAGC,Neuromesodermal progenitors
S8.2 120h:AATGAAGGTAGCTGAG,Paraxial mesoderm
S8.2 120h:GCGAGAAAGCGTTACT,Paraxial mesoderm
S8.2 120h:GCCATGGTCGGCGATC,Paraxial mesoderm
S8.2 120h:TACGCTCTCTACTGCC,Paraxial mesoderm
S8.2 120h:ACTGTGACAGACGGAT,Paraxial mesoderm
S8.2 120h:CATTGTTGTTGACTGT,Paraxial mesoderm
S8.2 120h:ATAGGCTTCCGGGACT,Paraxial mesoderm
S8.2 120h:TCGTAGAAGGGCAAGG,Ectopic pluripotency
S8.2 120h:TACCTCGCAGTCTCTC,Neuromesodermal progenitors
S8.2 120h:GTGATGTGTGACAGGT,Neuromesodermal progenitors
S8.2 120h:GAGTGTTGTCACTCAA,Paraxial mesoderm
S8.2 120h:TCGGGTGCATTCACAG,Paraxial mesoderm
S8.2 120h:TGCAGGCAGCAAATCA,Paraxial mesoderm
S8.2 120h:AGTGATCCATATGGCT,Paraxial mesoderm
S8.2 120h:CTCATTACACCTGTCT,Paraxial mesoderm
S8.2 120h:CGTAGTAAGGATATAC,Paraxial mesoderm
S8.2 120h:TCGTGGGAGTGTTGAA,Neuromesodermal progenitors
S8.2 120h:GTAGTACTCTGTCAGA,Paraxial mesoderm
S8.2 120h:TGGGAGATCGGTGTTA,Gut
S8.2 120h:GCAGCCACAAACTCTG,Paraxial mesoderm
S8.2 120h:AACCAACGTGAACTAA,Paraxial mesoderm
S8.2 120h:TTGCATTGTAGCGTTT,Paraxial mesoderm
S8.2 120h:AGGATAAAGCACAAAT,Paraxial mesoderm
S8.2 120h:GGAGGATTCACGACTA,Pre-somitic mesoderm
S8.2 120h:TGTTGAGTCAAGTGGG,Paraxial mesoderm
S8.2 120h:ATTACTCCAGAGAGGG,Pre-somitic mesoderm
S8.2 120h:GCCAGCATCGCAGTTA,Neuromesodermal progenitors
S8.2 120h:TTGTGTTCAACTACGT,Paraxial mesoderm
S8.2 120h:TTCCGGTAGCGTCAGA,Neuromesodermal progenitors
S8.2 120h:CCGCAAGCAAGCGGAT,Paraxial mesoderm
S8.2 120h:GAATAGAAGTGCAGGT,Paraxial mesoderm
S8.2 120h:TCTAACTTCACCTACC,Paraxial mesoderm
S8.2 120h:CACTAAGCACTCAAGT,Paraxial mesoderm
S8.2 120h:GTTGTGAGTGAGCCAA,Paraxial mesoderm
S8.2 120h:AGCGTATGTCCCTGTT,Paraxial mesoderm
S8.2 120h:AGGCCACCAGGGTTGA,Paraxial mesoderm
S8.2 120h:TGCTCGTCATGGGTCC,Paraxial mesoderm
S8.2 120h:AATGGCTCAGAGAATT,Paraxial mesoderm
S8.2 120h:TACTTACGTGCCTACG,Neuromesodermal progenitors
S8.2 120h:AGCGCTGGTAATACCC,Gut
S8.2 120h:ATAGAGATCCAGTGCG,Paraxial mesoderm
S8.2 120h:TTGGTTTAGTGATGGC,Paraxial mesoderm
S8.2 120h:GCGGAAACAAGCCCAC,Paraxial mesoderm
S8.2 120h:GATCATGCAATCTAGC,Paraxial mesoderm
S8.2 120h:GATTCGAGTACAACGG,Paraxial mesoderm
S8.2 120h:CCTTTGGGTTGTGCAT,Paraxial mesoderm
S8.2 120h:AATCACGTCCATGAGT,Neuromesodermal progenitors
S8.2 120h:GAAGTAATCCCTCGAT,Paraxial mesoderm
S8.2 120h:TGAATCGGTTGAGAGC,Paraxial mesoderm
S8.2 120h:GTTTACTAGTCGGGAT,Neuromesodermal progenitors
S8.2 120h:TAGGTTGCAACCGGAA,Paraxial mesoderm
S8.2 120h:ACTCTCGAGTGGAATT,Paraxial mesoderm
S8.2 120h:AGACCCGAGAGAGCCT,Paraxial mesoderm
S8.2 120h:TCATATCTCACTGAAC,Paraxial mesoderm
S8.2 120h:TCCTTCTAGAAGGGAT,Paraxial mesoderm
S8.2 120h:CTTCTAAGTAATGTGA,Paraxial mesoderm
S8.2 120h:TGGTAGTGTTCACCGG,Paraxial mesoderm
S8.2 120h:GATTTCTAGAGGATCC,Paraxial mesoderm
S8.2 120h:GTACAGTTCGAGCCTG,Neuromesodermal progenitors
S8.2 120h:GGGACAATCATGCCAA,Paraxial mesoderm
S8.2 120h:TTGTGTTTCCTACCAC,Ectopic pluripotency
S8.2 120h:CGAGTTACATGGACAG,Neuromesodermal progenitors
S8.2 120h:AGCTCAAAGAGATTCA,Paraxial mesoderm
S8.2 120h:TAAGTCGGTTCAATCG,Paraxial mesoderm
S8.2 120h:TCGACCTAGCACCTGC,Paraxial mesoderm
S8.2 120h:CTCCAACGTCGTATTG,Paraxial mesoderm
S8.2 120h:AGACTCATCTTTCAGT,Paraxial mesoderm
S8.2 120h:AACCAACGTGAGATCG,Neuromesodermal progenitors
S8.2 120h:TTACTGTTCGTAACTG,Paraxial mesoderm
S8.2 120h:TCCCATGTCATCGTAG,Paraxial mesoderm
S8.2 120h:TCAGTCCCAGACTCTA,Paraxial mesoderm
S8.2 120h:CTAGACAAGAAATTGC,Paraxial mesoderm
S8.2 120h:AGGCCACGTCATCCGG,Pre-somitic mesoderm
S8.2 120h:TCCCATGGTCATCTAG,Paraxial mesoderm
S8.2 120h:TGGGCTGGTGTGTGGA,Paraxial mesoderm
S8.2 120h:TCAAGACCAATACGAA,Neuromesodermal progenitors
S8.2 120h:TTGAACGTCACGTCCT,Paraxial mesoderm
S8.2 120h:CGAGTTATCCTCTGCA,Pre-somitic mesoderm
S8.2 120h:ATTATCCTCGTGCTCT,Paraxial mesoderm
S8.2 120h:ATGATCGAGCACACCC,Pre-somitic mesoderm
S8.2 120h:ATTATCCCATTATGCG,Paraxial mesoderm
S8.2 120h:AGGACTTCACCCGTAG,Gut
S8.2 120h:AGGAAATAGTGCTCAT,Paraxial mesoderm
S8.2 120h:GATGCTACAAATGGAT,Gut
S8.2 120h:CAGATCAGTTATGGTC,Paraxial mesoderm
S8.2 120h:GTTCGCTCAATAACGA,Neuromesodermal progenitors
S8.2 120h:CATGCGGCAGATCCAT,Paraxial mesoderm
S8.2 120h:ATCCCTGAGAACAGGA,Paraxial mesoderm
S8.2 120h:GCCAGTGGTTGGTAGG,Paraxial mesoderm
S8.2 120h:TAAGCGTCACACGGTC,Paraxial mesoderm
S8.2 120h:GTAAGTCAGTTAGAAC,Pre-somitic mesoderm
S8.2 120h:CTGAGGCTCCTATGGA,Pre-somitic mesoderm
S8.2 120h:ACAGAAAAGCGTATGG,Pre-somitic mesoderm
S8.2 120h:GGGACCTCACATATGC,Neuromesodermal progenitors
S8.2 120h:GGGCTACTCCGTAATG,Paraxial mesoderm
S8.2 120h:GTACAGTGTGAGAGGG,Paraxial mesoderm
S8.2 120h:CGAGTTAAGCCTGACC,Pre-somitic mesoderm
S8.2 120h:TCCATCGAGCTAGATA,Somite differentiation front
S8.2 120h:CTCCGATCAGCGTTTA,Neuromesodermal progenitors
S8.2 120h:CTTCCGATCTGCAGCG,Paraxial mesoderm
S8.2 120h:CCTCATGAGGGAGATA,Pre-somitic mesoderm
S8.2 120h:GGGCCATCAGAACTCT,Neuromesodermal progenitors
S8.2 120h:TTCCTAAAGAGCTGCA,Paraxial mesoderm
S8.2 120h:TCTTGCGAGCATTTCG,Paraxial mesoderm
S8.2 120h:CTAACCCTCAACCCGG,Paraxial mesoderm
S8.2 120h:GTAAGTCTCACCGACG,Paraxial mesoderm
S8.2 120h:GGGTGTCAGGTTGAGC,Paraxial mesoderm
S8.2 120h:GGAATGGTCAAGTCTG,Hemogenic endothelium
S8.2 120h:GTCGTTCGTTCCTAAG,Paraxial mesoderm
S8.2 120h:ACTTTCAAGCTGAGTG,Paraxial mesoderm
S8.2 120h:CAACGATAGCAGCACA,Paraxial mesoderm
S8.2 120h:ATGCCTCTCGCATGAT,Paraxial mesoderm
S8.2 120h:CTAACCCGTGGTAATA,Paraxial mesoderm
S8.2 120h:CGAAGTTGTATCGCAT,Paraxial mesoderm
S8.2 120h:GCCCAGAAGTTGTCGT,Pre-somitic mesoderm
S8.2 120h:GCCATTCTCTTGCAGA,Pre-somitic mesoderm
S8.2 120h:AGGGTCCGTCGCTGCA,Paraxial mesoderm
S8.2 120h:TGTTACTTCATCGGGC,Paraxial mesoderm
S8.2 120h:GCGTTTCAGTTGTAAG,Paraxial mesoderm
S8.2 120h:TCGCACTCAATTGCGT,Gut
S8.2 120h:TAGTGCAAGTGGACTG,Gut
S8.2 120h:GTAGTACGTCGTGGTC,Ectopic pluripotency
S8.2 120h:GAACACTGTCCAGAAG,Pre-somitic mesoderm
S8.2 120h:ATCTCTAGTGTCCAAT,Pre-somitic mesoderm
S8.2 120h:TTCACCGGTAGTGTGG,Paraxial mesoderm
S8.2 120h:CCTCAGTTCTACCACC,Paraxial mesoderm
S8.2 120h:GCCATTCCACCTCGTT,Pre-somitic mesoderm
S8.2 120h:GTAGATCGTGCAGGAT,Pre-somitic mesoderm
S8.2 120h:CACCGTTCAAACGTGG,Paraxial mesoderm
S8.2 120h:TTGAACGGTAACATCC,Paraxial mesoderm
S8.2 120h:CAAGCTACACCACATA,Neuromesodermal progenitors
S8.2 120h:TACGTCCAGCTACTAC,Paraxial mesoderm
S8.2 120h:AACCAACTCTCCATAT,Paraxial mesoderm
S8.2 120h:TAGGGTTTCGTTCTCG,Paraxial mesoderm
S8.2 120h:TCCACCATCGATACTG,Neuromesodermal progenitors
S8.2 120h:CGTGCTTTCCATAGGT,Neuromesodermal progenitors
S8.2 120h:CCGATCTTCGAGGCAA,Neuromesodermal progenitors
S8.2 120h:TGTAACGCACCAGTAT,Neuromesodermal progenitors
S8.2 120h:TGGCGTGGTGCCTATA,Paraxial mesoderm
S8.2 120h:ACGTAACTCGCTCTCA,Paraxial mesoderm
S8.2 120h:TGATCTTCAATACGAA,Neuromesodermal progenitors
S8.2 120h:GGTCTGGTCTGTCCCA,Neuromesodermal progenitors
S8.2 120h:GTAGGTTTCTACTTCA,Paraxial mesoderm
S8.2 120h:GGTAGAGCAATCTAGC,Paraxial mesoderm
S8.2 120h:GAAATGATCACCGCTT,Paraxial mesoderm
S8.2 120h:TACCGGGGTAAGGAGA,Paraxial mesoderm
S8.2 120h:AGGATAAGTCGAGTTT,Paraxial mesoderm
S8.2 120h:TAGATCGGTCCTGGTG,Paraxial mesoderm
S8.2 120h:GTGAGGAAGTCGCCAC,Paraxial mesoderm
S8.2 120h:ATCGTCCCAAATTAGG,Paraxial mesoderm
S8.2 120h:GACACGCTCTTTGATC,Pre-somitic mesoderm
S8.2 120h:TCCTCCCCAATGAACA,Paraxial mesoderm
S8.2 120h:TGTAGACCACCTGCAG,Pre-somitic mesoderm
S8.2 120h:TAGGTTGTCTGAACGT,Paraxial mesoderm
S8.2 120h:CTACCCAAGAGGGTAA,Paraxial mesoderm
S8.2 120h:TGTCAGATCCCGTTCA,Paraxial mesoderm
S8.2 120h:GTAGGAGGTGCCCTTT,Paraxial mesoderm
S8.2 120h:TTACTGTGTGTTTGCA,Paraxial mesoderm
S8.2 120h:TTCATGTGTGTCATGT,Paraxial mesoderm
S8.2 120h:TGTGTGACAAATCGTC,Paraxial mesoderm
S8.2 120h:GCGTTTCCACCCTATC,Paraxial mesoderm
S8.2 120h:TGCATGACACGGTGAA,Pre-somitic mesoderm
S8.2 120h:ATCACGAAGTACAACA,Gut
S8.2 120h:TATCTGTAGTGGTCAG,Paraxial mesoderm
S8.2 120h:CCGGTGAAGGGTTGCA,Paraxial mesoderm
S8.2 120h:GTATTGGCATTATGCG,Paraxial mesoderm
S8.2 120h:TAGGTACAGGAGATAG,Paraxial mesoderm
S8.2 120h:CAACAGTAGGGAGAAT,Pre-somitic mesoderm
S8.2 120h:GGGAAGTCACGACAAG,Neuromesodermal progenitors
S8.2 120h:GAACTGTGTTCGAACT,Paraxial mesoderm
S8.2 120h:CTAACCCAGTTTGGCT,Paraxial mesoderm
S8.2 120h:ACATCCCAGTATTGCC,Pre-somitic mesoderm
S8.2 120h:AAGACAAAGGGAGGCA,Paraxial mesoderm
S8.2 120h:GTGTCCTAGGACTTCT,Paraxial mesoderm
S8.2 120h:TGCGGGTTCCCAGGAC,Gut
S8.2 120h:GGGCCATGTGAGCCAA,Neuromesodermal progenitors
S8.2 120h:TGTGCGGTCGAAGTGG,Paraxial mesoderm
S8.2 120h:AGTACTGAGCCTTGAT,Paraxial mesoderm
S8.2 120h:TGCTTCGCAGTTCACA,Paraxial mesoderm
S8.2 120h:ACTTTGTTCTTAGCCC,Paraxial mesoderm
S8.2 120h:TCGACCTTCGAAGAAT,Paraxial mesoderm
S8.2 120h:GGGCTACGTCCACATA,Paraxial mesoderm
S8.2 120h:CCCAACTAGTTGGACG,Paraxial mesoderm
S8.2 120h:TGCGACGAGAGCAGAA,Paraxial mesoderm
S8.2 120h:CATCGCTGTGGGAGAG,Pre-somitic mesoderm
S8.2 120h:AGGCCACCACGGCACT,Gut
S8.2 120h:TACTTCACAGGAATAT,Pre-somitic mesoderm
S8.2 120h:GTTCTATTCCTGCCAT,Paraxial mesoderm
S8.2 120h:AGTCAACGTGATTCAC,Neuromesodermal progenitors
S8.2 120h:TTGCTGCCAGATACTC,Paraxial mesoderm
S8.2 120h:GTCGTTCGTACTGGGA,Neuromesodermal progenitors
S8.2 120h:TAACTTCTCTAGCCAA,Paraxial mesoderm
S8.2 120h:TGGGTTAGTCATGCAT,Gut
S8.2 120h:CGGAACCTCGGTGTAT,Paraxial mesoderm
S8.2 120h:CCTCAGTAGGCTTTCA,Paraxial mesoderm
S8.2 120h:TAGGTACTCTCTGACC,Paraxial mesoderm
S8.2 120h:CCTCACAGTGAGTAAT,Neuromesodermal progenitors
S8.2 120h:CGAATTGGTTGCCATA,Paraxial mesoderm
S8.2 120h:ACCCTCAAGACGATAT,Paraxial mesoderm
S8.2 120h:TCGTAGACACAGTGAG,Pre-somitic mesoderm
S8.2 120h:ATGGTTGAGAAGCGAA,Paraxial mesoderm
S8.2 120h:CAGGGCTAGTGGTTAA,Paraxial mesoderm
S8.2 120h:CAAGCTAAGGTGCATG,Paraxial mesoderm
S8.2 120h:AGCGCTGTCATTGCGA,Paraxial mesoderm
S8.2 120h:GGAGGTATCAGCGGAA,Gut
S8.2 120h:GTCATGAAGCTGCGAA,Paraxial mesoderm
S8.2 120h:GCTGAATTCTCAACGA,Pre-somitic mesoderm
S8.2 120h:TGTGTGAAGATGTTAG,Pre-somitic mesoderm
S8.2 120h:GTGGCGTAGCAATAAC,Hemogenic endothelium
S8.2 120h:TTCCGTGAGCGTATGG,Neuromesodermal progenitors
S8.2 120h:TCAGCCTGTTAAGAAC,Paraxial mesoderm
S8.2 120h:GCATGATGTGATTGGG,Neuromesodermal progenitors
S8.2 120h:GCGATCGAGGGCATGT,Paraxial mesoderm
S8.2 120h:CATTGAGAGTTCACTG,Gut
S8.2 120h:GAGGGATGTTGTGTTG,Gut
S8.2 120h:GTCGCGAGTGACACAG,Pre-somitic mesoderm
S8.2 120h:TCGTAGACAATGCAAA,Pre-somitic mesoderm
S8.2 120h:TGTCCTGTCTAACACG,Paraxial mesoderm
S8.2 120h:AGTGACTCAGGCTCTG,Neuromesodermal progenitors
S8.2 120h:CCTGCATGTGAGTAGC,Paraxial mesoderm
S8.2 120h:TCGACCTAGTCAGCGA,Paraxial mesoderm
S8.2 120h:ATCGCCTTCCGTGGCA,Paraxial mesoderm
S8.2 120h:CCGGTAGAGAGGCTGT,Paraxial mesoderm
S8.2 120h:GAGTCATCAGGCGTTC,Neuromesodermal progenitors
S8.2 120h:CATTCCGAGCTTAAGA,Paraxial mesoderm
S8.2 120h:TGTGTGAAGGTAAGAG,Paraxial mesoderm
S8.2 120h:TCCGTGTGTACCCACG,Ectopic pluripotency
S8.2 120h:TCCCATGCACTGAGTT,Paraxial mesoderm
S8.2 120h:ATCGTGAGTAAGATAC,Paraxial mesoderm
S8.2 120h:GGGACTCAGTAGCATA,Pre-somitic mesoderm
S8.2 120h:TATCAGGAGCTCGCAC,Hemogenic endothelium
S8.2 120h:ACCTGAAAGCATGGGT,Paraxial mesoderm
S8.2 120h:CATACTTGTCAATGGG,Paraxial mesoderm
S8.2 120h:TCTCCGATCAAAGACA,Paraxial mesoderm
S8.2 120h:TTACGTTGTTGATGTC,Gut
S8.2 120h:GTTTGGATCAATGCAC,Paraxial mesoderm
S8.2 120h:CCTCAGTGTACACTCA,Paraxial mesoderm
S8.2 120h:CCAATGATCCATACAG,Paraxial mesoderm
S8.2 120h:TCGTCCAAGCTGCCTG,Paraxial mesoderm
S8.2 120h:GCTGCAGAGTTCCTGA,Paraxial mesoderm
S8.2 120h:TTGGGATTCGCGAAGA,Neuromesodermal progenitors
S8.2 120h:AATCACGTCGGAGTGA,Paraxial mesoderm
S8.2 120h:TTCCACGGTAACACGG,Gut
S8.2 120h:GAATAGACAACACAAA,Paraxial mesoderm
S8.2 120h:AGATCGTGTCGTGTTA,Neuromesodermal progenitors
S8.2 120h:TGTTCTACAACTCGAT,Paraxial mesoderm
S8.2 120h:AGGTGTTGTGTCTTGA,Gut
S8.2 120h:CTTAGGAGTTTCGCTC,Paraxial mesoderm
S8.2 120h:AGCGCTGGTGACTCGC,Neuromesodermal progenitors
S8.2 120h:TAGGAGGTCATGAGGG,Paraxial mesoderm
S8.2 120h:GACCCAGAGATCGCTT,Paraxial mesoderm
S8.2 120h:GGGTAGACAGTTAAAG,Paraxial mesoderm
S8.2 120h:TAGACCATCCGACGGT,Paraxial mesoderm
S8.2 120h:ATCCACCGTGTGTCCG,Paraxial mesoderm
S8.2 120h:GCCCAGACATCGATCA,Neuromesodermal progenitors
S8.2 120h:TCACACCCACTAACGT,Gut
S8.2 120h:CGTGAATAGTCGGGAT,Paraxial mesoderm
S8.2 120h:GGGACCTAGACATATG,Neuromesodermal progenitors
S8.2 120h:CCTAACCGTTCTCTAT,Neuromesodermal progenitors
S8.2 120h:TAGATCGAGGTACAGC,Gut
S8.2 120h:GTCGTTCAGCCTATTG,Paraxial mesoderm
S8.2 120h:CCTCATGTCTTACTGT,Paraxial mesoderm
S8.2 120h:GCATCGGGTGTGTGGA,Paraxial mesoderm
S8.2 120h:AGGCATTAGCCTGCCA,Paraxial mesoderm
S8.2 120h:CACAGGCAGTGATGGC,Paraxial mesoderm
S8.2 120h:GTACAGTAGACACACG,Paraxial mesoderm
S8.2 120h:ATTGTTCGTGCCTACG,Paraxial mesoderm
S8.2 120h:CATTCATCATTGCTGA,Paraxial mesoderm
S8.2 120h:ACTGCAAGTTCCGCAG,Gut
S8.2 120h:GTGGCGTTCAATGCAC,Paraxial mesoderm
S8.2 120h:CGATGGCGTGAGTAGC,Paraxial mesoderm
S8.2 120h:CGCCAGAAGTTATGGA,Pre-somitic mesoderm
S8.2 120h:ATTCCTAAGGGCAGTT,Paraxial mesoderm
S8.2 120h:AGCGATTAGGGCAACT,Paraxial mesoderm
S8.2 120h:ATTGTTCGTCCTTAAG,Paraxial mesoderm
S8.2 120h:AACAGGGAGTCCTACA,Pre-somitic mesoderm
S8.2 120h:GGAACCCAGAAGCCAC,Paraxial mesoderm
S8.2 120h:ATCCACCTCACCATCC,Paraxial mesoderm
S8.2 120h:ATTCATCAGAGCATCG,Gut
S8.2 120h:GGATCTACAATTGCTG,Paraxial mesoderm
S8.2 120h:GCGTGCAAGTTGTCGT,Neuromesodermal progenitors
S8.2 120h:TACCGAAAGTAGCCAG,Paraxial mesoderm
S8.2 120h:TACAGGTCAGCTGTGC,Neuromesodermal progenitors
S8.2 120h:TAAGCCAAGTAGAATC,Pre-somitic mesoderm
S8.2 120h:GCGAGAAAGCAGGGAG,Pre-somitic mesoderm
S8.2 120h:ACGATCAGTCTCACGG,Paraxial mesoderm
S8.2 120h:GCATCGGGTACCCAGC,Paraxial mesoderm
S8.2 120h:TCTATACAGTCCTGTA,Paraxial mesoderm
S8.2 120h:TCATTGTCAGAACTAA,Paraxial mesoderm
S8.2 120h:GGGACCTGTCCGGTGT,Paraxial mesoderm
S8.2 120h:ATCGCCTAGCTGTTAC,Paraxial mesoderm
S8.2 120h:GGAGAACTCCTGCCAT,Pre-somitic mesoderm
S8.2 120h:TGTTCATTCGGACTTA,Paraxial mesoderm
S8.2 120h:TCATTGTAGTAACCGG,Paraxial mesoderm
S8.2 120h:CAGCAGCCATTGAGGG,Paraxial mesoderm
S8.2 120h:GACTCAAAGATACGAT,Paraxial mesoderm
S8.2 120h:GACTCTCTCATTACCT,Neuromesodermal progenitors
S8.2 120h:GTAGAGGAGGGCAAGG,Gut
S8.2 120h:TTATTGCCAGTAGTGG,Paraxial mesoderm
S8.2 120h:TCCACCAAGAATCGAT,Paraxial mesoderm
S8.2 120h:AGGGAGTCACATACTG,Neuromesodermal progenitors
S8.2 120h:GCATTAGTCTATTCGT,Paraxial mesoderm
S8.2 120h:AGTTAGCGTCTCAAGT,Paraxial mesoderm
S8.2 120h:CCATAAGAGTCATCGT,Paraxial mesoderm
S8.2 120h:ATTGTTCGTGCAGATG,Paraxial mesoderm
S8.2 120h:GATGAGGGTAAGTAGT,Paraxial mesoderm
S8.2 120h:AACAAAGAGGGAGAAT,Paraxial mesoderm
S8.2 120h:TTAGGCATCCTACCGT,Paraxial mesoderm
S8.2 120h:CTGTATTCACGCGTCA,Paraxial mesoderm
S8.2 120h:TACGCTCGTCTACAGT,Paraxial mesoderm
S8.2 120h:GATTGGTTCAGTGTGT,Paraxial mesoderm
S8.2 120h:TGCGGGTAGCGTTCAT,Pre-somitic mesoderm
S8.2 120h:GAAGGACTCGACACTA,Pre-somitic mesoderm
S8.2 120h:CGAGAAGAGGGCAGGA,Paraxial mesoderm
S8.2 120h:AGATAGACAATGTGGG,Paraxial mesoderm
S8.2 120h:TTTGGAGCACATAGCT,Paraxial mesoderm
S8.2 120h:AACAGGGCAGTGCGCT,Paraxial mesoderm
S8.2 120h:TATATCCCAACAAGAT,Pre-somitic mesoderm
S8.2 120h:TACATTCAGCAAGTGC,Paraxial mesoderm
S8.2 120h:CCCTGATGTAGCTGAG,Paraxial mesoderm
S8.2 120h:ATCACGAGTGTACATC,Paraxial mesoderm
S8.2 120h:CGCATAAAGCAATTAG,Paraxial mesoderm
S8.2 120h:GTTAGACGTGAGTCAG,Paraxial mesoderm
S8.2 120h:TCTCACGAGCGACAGT,Pre-somitic mesoderm
S8.2 120h:CATGGTACACAAAGCG,Neuromesodermal progenitors
S8.2 120h:CATCGGGAGGTGCGAT,Paraxial mesoderm
S8.2 120h:TCAGCAAGTAGATCGG,Paraxial mesoderm
S8.2 120h:TATACCTTCTCGACCT,Gut
S8.2 120h:ACCTGTCGTAGGTACG,Paraxial mesoderm
S8.2 120h:GTCATCCTCGTGGACC,Neuromesodermal progenitors
S8.2 120h:TTACCGCGTGACTCGC,Paraxial mesoderm
S8.2 120h:GTCTTTAAGCGGATCA,Paraxial mesoderm
S8.2 120h:GATGAGGTCAAGATAG,Neuromesodermal progenitors
S8.2 120h:ACTGTGAGTTCTTAGG,Paraxial mesoderm
S8.2 120h:TGAGGGAAGGTGCCTC,Neuromesodermal progenitors
S8.2 120h:AAGTACCAGGGTCACA,Pre-somitic mesoderm
S8.2 120h:ATGGGTTAGGTAGCAC,Neuromesodermal progenitors
S8.2 120h:GTGAGCCTCGATGGAG,Pre-somitic mesoderm
S8.2 120h:TGGATGTTCAGCGTCG,Neuromesodermal progenitors
S8.2 120h:CAAGACTAGGCGATAC,Paraxial mesoderm
S8.2 120h:ACGTCCTTCACGTCCT,Paraxial mesoderm
S8.2 120h:GTGCTGGCAGACGCTC,Paraxial mesoderm
S8.2 120h:CACTGAACACAGTCGC,Paraxial mesoderm
S8.2 120h:CCAAGCGTCAGACATC,Paraxial mesoderm
S8.2 120h:TGCTCCACAGTTAGAA,Paraxial mesoderm
S8.2 120h:ACCTGAACACTACACA,Paraxial mesoderm
S8.2 120h:CATGCTCTCCAGTGTA,Hemogenic endothelium
S8.2 120h:TCATCATCATAAGCGG,Paraxial mesoderm
S8.2 120h:TCCTCGACACAATGTC,Paraxial mesoderm
S8.2 120h:CAAGGGAGTATGGTAA,Neuromesodermal progenitors
S8.2 120h:GTGTTAGGTGGTATGG,Paraxial mesoderm
S8.2 120h:TACCTGCTCCCTAGGG,Paraxial mesoderm
S8.2 120h:ATTCGTTCATGCGTGC,Paraxial mesoderm
S8.2 120h:GCAACATGTTACGCCG,Paraxial mesoderm
S8.2 120h:GTTGTCCAGTGGCCTC,Paraxial mesoderm
S8.2 120h:AAGCGTTGTACAGTAA,Paraxial mesoderm
S8.2 120h:TGCTCCAGTATCAGGG,Neuromesodermal progenitors
S8.2 120h:ACGGTTATCGCCTTTG,Ectopic pluripotency
S8.2 120h:AGAAGTACAGATACCT,Paraxial mesoderm
S8.2 120h:AGCTCAATCGAGTCTA,Paraxial mesoderm
S8.2 120h:CGATCGGGTGCAACAG,Paraxial mesoderm
S8.2 120h:CACAGATTCGAGAATA,Neuromesodermal progenitors
S8.2 120h:ATCACAGGTTTCTATC,Paraxial mesoderm
S8.2 120h:ATGAGTCGTGCGCTCA,Pre-somitic mesoderm
S8.2 120h:GGTTAACAGCGTGAAC,Paraxial mesoderm
S8.2 120h:AACCACAGTCGTCGGT,Paraxial mesoderm
S8.2 120h:AATCACGGTGCTTATG,Paraxial mesoderm
S8.2 120h:GTAAGTCTCACCGGGT,Paraxial mesoderm
S8.2 120h:CTTCGGTTCACCTCAC,Paraxial mesoderm
S8.2 120h:TAACACGAGCCGGATA,Paraxial mesoderm
S8.2 120h:CGGAACCAGCTCCATA,Paraxial mesoderm
S8.2 120h:CTACAGAAGCAGTCTT,Paraxial mesoderm
S8.2 120h:GTTAGACCAAATCAAG,Paraxial mesoderm
S8.2 120h:TATCGCCCACTGTCGG,Paraxial mesoderm
S8.2 120h:GTCATGAAGGTAGGCT,Paraxial mesoderm
S8.2 120h:AGCGCCATCAAGATAG,Paraxial mesoderm
S8.2 120h:GATTCTTCATACCATG,Neuromesodermal progenitors
S8.2 120h:ACGGGTCAGGTGAGAA,Pre-somitic mesoderm
S8.2 120h:AGCCACGAGGTAGTAT,Paraxial mesoderm
S8.2 120h:TGAGACTCATCTCAAG,Paraxial mesoderm
S8.2 120h:TTGGTTTCACTATGTG,Neuromesodermal progenitors
S8.2 120h:GTGCAGCAGCCAGTAG,Pre-somitic mesoderm
S8.2 120h:TGTTCATAGGGAGAAT,Paraxial mesoderm
S8.2 120h:AACCATGAGGTTGTTC,Paraxial mesoderm
S8.2 120h:CATAGACCACATTCGA,Paraxial mesoderm
S8.2 120h:AGTTCCCAGGCCCGTT,Paraxial mesoderm
S8.2 120h:CTACAGACAGTGGGTA,Paraxial mesoderm
S8.2 120h:GCGGATCCATAATGCC,Neuromesodermal progenitors
S8.2 120h:CATCCGTTCTCTATGT,Paraxial mesoderm
S8.2 120h:GCCGTGACAGGCACAA,Paraxial mesoderm
S8.2 120h:GTCGCGACAGGTCTCG,Paraxial mesoderm
S8.2 120h:ATCGCCTCAGAGCTAG,Paraxial mesoderm
S8.2 120h:AAGATAGCAGAGTAAT,Paraxial mesoderm
S8.2 120h:GTCATCCGTGAACTAA,Gut
S8.2 120h:CCTTCAGGTCCCGGTA,Paraxial mesoderm
S8.2 120h:GTAGTACTCGGATACT,Gut
S8.2 120h:GCCAGCACAAATGAAC,Paraxial mesoderm
S8.2 120h:GTATTTCCAGAATGTA,Paraxial mesoderm
S8.2 120h:GGGTAGAGTGGCCTCA,Neuromesodermal progenitors
S8.2 120h:TCTTGCGGTGGAGAAA,Neuromesodermal progenitors
S8.2 120h:ACTGTCCGTTTCGCTC,Gut
S8.2 120h:TGTTACTCAATGTCTG,Paraxial mesoderm
S8.2 120h:TTGGATGAGCGGTATG,Paraxial mesoderm
S8.2 120h:CGTTGGGTCGTCAACA,Paraxial mesoderm
S8.2 120h:GTCGTTCTCTAGGAAA,Pre-somitic mesoderm
S8.2 120h:TCGTAGAAGGTTTGAA,Neuromesodermal progenitors
S8.2 120h:GCCTGTTGTCACATTG,Gut
S8.2 120h:AAGCAGTGGTATCAAC,Paraxial mesoderm
S8.2 120h:CTGCAGGAGCGTTACT,Neuromesodermal progenitors
S8.2 120h:TGCTGAAGTGACTCGC,Paraxial mesoderm
S8.2 120h:TGGCGTGTCGAATCCA,Paraxial mesoderm
S8.2 120h:GCGGATCGTGTTGATC,Paraxial mesoderm
S8.2 120h:AGGTCATGTCTTGCTC,Paraxial mesoderm
S8.2 120h:CTGAGCGGTCGCAACC,Gut
S8.2 120h:GAGATGGAGTGGATAT,Paraxial mesoderm
S8.2 120h:TACCGAAGTGTGAGCA,Paraxial mesoderm
S8.2 120h:GATGACTCAACATCGT,Neuromesodermal progenitors
S8.2 120h:TTCCGTGTCCTAGCCT,Paraxial mesoderm
S8.2 120h:CTATAGGTCCGTGGTG,Paraxial mesoderm
S8.2 120h:TCTTCCTCACCGCTAG,Gut
S8.2 120h:CGGGACTTCTCTGCTG,Paraxial mesoderm
S8.2 120h:TCCCACAGTCCAGCAC,Neuromesodermal progenitors
S8.2 120h:CATACAGTCAGCTTGA,Paraxial mesoderm
S8.2 120h:GGGCTACCATGTGGTT,Paraxial mesoderm
S8.2 120h:AACTTCTCAGTCTTCC,Gut
S8.2 120h:ATGGTTGGTCGGTACC,Paraxial mesoderm
S8.2 120h:TGCGGGTGTACAAGCG,Gut
S8.2 120h:TTGCGTCTCTCGGCTT,Paraxial mesoderm
S8.2 120h:CGATGGCGTGACTAAA,Paraxial mesoderm
S8.2 120h:GGTTCTCGTGTTTCTT,Paraxial mesoderm
S8.2 120h:TTGGGCGGTGTATACC,Paraxial mesoderm
S8.2 120h:GCCCGAAAGCATCTTG,Paraxial mesoderm
S8.2 120h:TCATTGTAGTCAGGGT,Paraxial mesoderm
S8.2 120h:ACGGTCGGTTAAACCC,Neuromesodermal progenitors
S8.2 120h:CCTAAGAGTAATCAAG,Neuromesodermal progenitors
S8.2 120h:TCTCAGCCAAGGCCTC,Paraxial mesoderm
S8.2 120h:AGTCATGCAGTTGCGC,Paraxial mesoderm
S8.2 120h:AGATGAAGTAGATTGA,Paraxial mesoderm
S8.2 120h:TAACCAGCATTCTTCA,Paraxial mesoderm
S8.2 120h:CATCCACTCGGCCTTT,Paraxial mesoderm
S8.2 120h:TCAGTCCCACGACAGA,Paraxial mesoderm
S8.2 120h:CTTCAATTCCCTCGAT,Paraxial mesoderm
S8.2 120h:CGGGTCATCGGTAACT,Paraxial mesoderm
S8.2 120h:CATGCGGCATAGTCAC,Gut
S8.2 120h:GTATTTCCATTACTCT,Paraxial mesoderm
S8.2 120h:GACATCAAGGCAGGGA,Paraxial mesoderm
S8.2 120h:TCGTAGATCGTGTGAT,Pre-somitic mesoderm
S8.2 120h:TCCTTTCTCTAATTCC,Paraxial mesoderm
S8.2 120h:CGTGCTTCAAGAGAGA,Paraxial mesoderm
S8.2 120h:TCGGGTGAGCGCTGAA,Paraxial mesoderm
S8.2 120h:TATTGCTGTTGGGACA,Paraxial mesoderm
S8.2 120h:TGGCGTGTCTGGTGGC,Paraxial mesoderm
S8.2 120h:CAGATTGTCGTGGCTG,Paraxial mesoderm
S8.2 120h:ATCCTATTCTCGTTTA,Paraxial mesoderm
S8.2 120h:TGGTTAGCACCTGCGA,Neuromesodermal progenitors
S8.2 120h:GTGCGTGCAGCTGAGA,Paraxial mesoderm
S8.2 120h:TCATACTCACGCCAGT,Paraxial mesoderm
S8.2 120h:GCCAGTGAGTCCCGGT,Paraxial mesoderm
S8.2 120h:GTCTCACCACTCCGGA,Pre-somitic mesoderm
S8.2 120h:CCTTTGGTCAGGTAAA,Paraxial mesoderm
S8.2 120h:TCTAACTCACTTGGGC,Gut
S8.2 120h:AACAAAGTCGGTCAGC,Neuromesodermal progenitors
S8.2 120h:TCCATCGTCCCGAGGT,Paraxial mesoderm
S8.2 120h:GAGTCATCATATGGCT,Paraxial mesoderm
S8.2 120h:TGGTAGTTCAGATTGC,Paraxial mesoderm
S8.2 120h:CATGCAATCAAGTCGT,Paraxial mesoderm
S8.2 120h:GAGAAATGTGTTATCG,Gut
S8.2 120h:CACAGGCCACTGATTG,Pre-somitic mesoderm
S8.2 120h:CGGGACTCAAGAAACT,Neuromesodermal progenitors
S8.2 120h:AGCGCTGGTTGGGACA,Paraxial mesoderm
S8.2 120h:AGTGATCGTGACCTGC,Paraxial mesoderm
S8.2 120h:CTCATCGGTCGCTTGG,Paraxial mesoderm
S8.2 120h:AACAAGAAGATTGAGT,Gut
S8.2 120h:GTGTTCCCATACCACA,Paraxial mesoderm
S8.2 120h:TCAGTCCGTGACCGAA,Paraxial mesoderm
S8.2 120h:CTCAGTCAGCATCAAA,Paraxial mesoderm
S8.2 120h:AGTTCGAGTCACATTG,Paraxial mesoderm
S8.2 120h:CGGCAGTAGCCTCTCT,Gut
S8.2 120h:TCACAAGCACAAATGA,Paraxial mesoderm
S8.2 120h:CTTGATTAGTACTGTC,Pre-somitic mesoderm
S8.2 120h:CGAAGGAGTGAATGAT,Paraxial mesoderm
S8.2 120h:CAATCGAAGGGCTAAC,Paraxial mesoderm
S8.2 120h:TCCGTGTTCGTCGATA,Paraxial mesoderm
S8.2 120h:ACGGAAGAGTCTAGAA,Neuromesodermal progenitors
S8.2 120h:CCTGTTGGTCAGCGTC,Paraxial mesoderm
S8.2 120h:GTCGAATCACTTCTCG,Paraxial mesoderm
S8.2 120h:AGGGCCTTCGGTATGT,Paraxial mesoderm
S8.2 120h:GGTAGAGCAGACCGCT,Paraxial mesoderm
S8.2 120h:AAAGGGCCAGGGACTA,Paraxial mesoderm
S8.2 120h:TGAGTCACATGCAGCC,Paraxial mesoderm
S8.2 120h:TAGACTGCACTCCTGT,Pre-somitic mesoderm
S8.2 120h:CCACTTGAGGTTCAGG,Paraxial mesoderm
S8.2 120h:GGGTCACCAAAGACTA,Gut
S8.2 120h:TTACGTTAGGACCCAA,Gut
S8.2 120h:TCCTTCTCAAGCGATG,Paraxial mesoderm
S8.2 120h:ATTCATCCATGATGCT,Paraxial mesoderm
S8.2 120h:GGCAGTCTCCACGTCT,Neuromesodermal progenitors
S8.2 120h:TACCGGGAGGAGATAG,Pre-somitic mesoderm
S8.2 120h:TACCTCGAGTTGTCGT,Neuromesodermal progenitors
S8.2 120h:ATTGGGTCACGGATCC,Paraxial mesoderm
S8.2 120h:AGGGTCCTCGGCGATC,Paraxial mesoderm
S8.2 120h:TCATTTGAGTGCCCGT,Gut
S8.2 120h:GGCACGTTCGGAGATG,Paraxial mesoderm
S8.2 120h:TCGGGACTCATCTGTT,Paraxial mesoderm
S8.2 120h:GGGATGACAACAGATA,Pre-somitic mesoderm
S8.2 120h:GAAGGGTCAAGCAGGT,Neuromesodermal progenitors
S8.2 120h:TTGAGTGAGTTGAAGT,Neuromesodermal progenitors
S8.2 120h:CATACTTGTGAACTAA,Pre-somitic mesoderm
S8.2 120h:AGACTCAGTATCGCGC,Hemogenic endothelium
S8.2 120h:ATGACCAGTCGCTCGA,Hemogenic endothelium
S8.2 120h:TCGGGCACAATTGAGA,Paraxial mesoderm
S8.2 120h:GTCAAGTGTAAGGTCG,Paraxial mesoderm
S8.2 120h:ATGGTTGAGCGAATGC,Paraxial mesoderm
S8.2 120h:AAGTCGTGTCGTATTG,Paraxial mesoderm
S8.2 120h:TGTGTGAGTTCCGTTC,Paraxial mesoderm
S8.2 120h:TACAGGTCAAAGGCAC,Paraxial mesoderm
S8.2 120h:GTTGCTCGTAGGCAGT,Gut
S8.2 120h:AAGATAGCAAGGTCAG,Paraxial mesoderm
S8.2 120h:TCTATCATCCGATGTA,Paraxial mesoderm
S8.2 120h:AGTCATGCAGTCTGGC,Neuromesodermal progenitors
S8.2 120h:ACATCGACATCGATCA,Paraxial mesoderm
S8.2 120h:CATCGGGCATGACGGA,Gut
S8.2 120h:CAACGGCAGTCATGAA,Paraxial mesoderm
S8.2 120h:GTTGTAGAGGCTCTAT,Paraxial mesoderm
S8.2 120h:CGGGACTTCATTGAGC,Neuromesodermal progenitors
S8.2 120h:TAAGCACAGTATAGAC,Neuromesodermal progenitors
S8.2 120h:TGGGAGACACTTACAG,Paraxial mesoderm
S8.2 120h:CTCCAACTCCGGACTG,Paraxial mesoderm
S8.2 120h:CGCGTGAAGGTACAGC,Paraxial mesoderm
S8.2 120h:GATTTCTTCGGTCTAA,Paraxial mesoderm
S8.2 120h:GCACATATCCTCAGGG,Paraxial mesoderm
S8.2 120h:AGTGTTGCATGAAAGT,Paraxial mesoderm
S8.2 120h:CCGGTAGTCGATTCCC,Neuromesodermal progenitors
S8.2 120h:CTTGATTCACTGGACC,Paraxial mesoderm
S8.2 120h:ACGATCATCTTCTTCC,Paraxial mesoderm
S8.2 120h:AAAGGGCTCATCGCTC,Paraxial mesoderm
S8.2 120h:CACGTTCGTTCGGGTC,Paraxial mesoderm
S8.2 120h:ATTCAGGTCATAGCAC,Paraxial mesoderm
S8.2 120h:GTACAGTAGTGGACGT,Paraxial mesoderm
S8.2 120h:TCGCTCATCGAGCTGC,Neuromesodermal progenitors
S8.2 120h:GGCTTTCAGGTTCTAC,Gut
S8.2 120h:AGAAGCGAGATTGACA,Gut
S8.2 120h:AATCACGTCGCGGTAC,Paraxial mesoderm
S8.2 120h:GTGCTGGTCAGCGTCG,Paraxial mesoderm
S8.2 120h:GCGATCGGTCCCGTGA,Paraxial mesoderm
S8.2 120h:CGAGGAAGTGTAAATG,Paraxial mesoderm
S8.2 120h:GTGTTAGTCCGTGGTG,Paraxial mesoderm
S8.2 120h:TATATCCCACTTCAGA,Paraxial mesoderm
S8.2 120h:AACTTCTCATGCGTGC,Paraxial mesoderm
S8.2 120h:GTATTTCGTAATTAGG,Paraxial mesoderm
S8.2 120h:TCAATCTGTTAGAGTA,Paraxial mesoderm
S8.2 120h:CCTCAACTCATCGCTC,Paraxial mesoderm
S8.2 120h:TCAAGCACAGCACAAG,Paraxial mesoderm
S8.2 120h:GGCACGTAGTTCCTGA,Paraxial mesoderm
S8.2 120h:ACGATGTGTGCTCGTG,Paraxial mesoderm
S8.2 120h:AAGGAATTCGTACCTC,Pre-somitic mesoderm
S8.2 120h:TCACAAGTCACTACTT,Paraxial mesoderm
S8.2 120h:GGTGTCGAGAGAGGTA,Paraxial mesoderm
S8.2 120h:TGTACAGTCCCTCTTT,Paraxial mesoderm
S8.2 120h:CCGGGTATCATTTGCT,Neuromesodermal progenitors
S8.2 120h:TCGGGTGCATCTGCGG,Paraxial mesoderm
S8.2 120h:CTCCATGCATCTGTTT,Paraxial mesoderm
S8.2 120h:GTGTTAGGTGCCTACG,Paraxial mesoderm
S8.2 120h:GGAACCCGTCGGCCTA,Paraxial mesoderm
S8.2 120h:CCTAAGATCTGGACTA,Neuromesodermal progenitors
S8.2 120h:AACAACCGTTCGATTG,Paraxial mesoderm
S8.2 120h:CGTAAGTTCACATCAG,Paraxial mesoderm
S8.2 120h:AGTAGTCTCAAGATAG,Paraxial mesoderm
S8.2 120h:TCAGGGCGTATACGGG,Paraxial mesoderm
S8.2 120h:GAGTGAGAGCGTCAGA,Paraxial mesoderm
S8.2 120h:GCCGTGAAGACAACTA,Ectopic pluripotency
S8.2 120h:AACCATGTCGTGTCAA,Gut
S8.2 120h:TCATGAGTCATTGAGC,Paraxial mesoderm
S8.2 120h:ACCTGAAAGTGCCCGT,Paraxial mesoderm
S8.2 120h:TGTTTGTCATTGAAAG,Paraxial mesoderm
S8.2 120h:GTAATGCCATTGCCGG,Paraxial mesoderm
S8.2 120h:TTTACGTAGAATTCAG,Hemogenic endothelium
S8.2 120h:GAATAGAAGGCCCACT,Paraxial mesoderm
S8.2 120h:CATGCGGGTAGGTTTC,Paraxial mesoderm
S8.2 120h:TACACCCGTGCCGAAA,Paraxial mesoderm
S8.2 120h:TGAGACTGTATCATGC,Paraxial mesoderm
S8.2 120h:CTCAGTCGTGGTGATG,Neuromesodermal progenitors
S8.2 120h:TGACAGTTCCTGTTAT,Paraxial mesoderm
S8.2 120h:GGGATGATCGGCAGTC,Gut
S8.2 120h:GTTAGTGAGGCTATCT,Paraxial mesoderm
S8.2 120h:TGTTCCGCATACCGTA,Paraxial mesoderm
S8.2 120h:GACCAATTCATTGTGG,Paraxial mesoderm
S8.2 120h:TTACGTTAGTGAATAC,Paraxial mesoderm
S8.2 120h:CGGGTGTCACAGAAGC,Paraxial mesoderm
S8.2 120h:GATGACTTCTCGTCGT,Paraxial mesoderm
S8.2 120h:TCTCACGAGAAGAGCA,Gut
S8.2 120h:GCCGATGCAGTGACCC,Paraxial mesoderm
S8.2 120h:TCCTCGAGTCGCGGTT,Gut
S8.2 120h:CCGGACACAGAGCCCT,Paraxial mesoderm
S8.2 120h:GCACGTGTCGCACGGT,Paraxial mesoderm
S8.2 120h:GGAATGGTCCATCTCG,Neuromesodermal progenitors
S8.2 120h:GATTCGAGTCCGATCG,Paraxial mesoderm
S8.2 120h:CGGACACAGCGCCTCA,Paraxial mesoderm
S8.2 120h:AATAGAGTCGCTAAAC,Neuromesodermal progenitors
S8.2 120h:TAGGAGGCAAAGCGTG,Paraxial mesoderm
S8.2 120h:ACCGTTCGTCGTTGCG,Neuromesodermal progenitors
S8.2 120h:GTCACTCGTGTTATCG,Paraxial mesoderm
S8.2 120h:TGTTCATCATGACGAG,Paraxial mesoderm
S8.2 120h:CGTCCATGTAGAATGT,Paraxial mesoderm
S8.2 120h:GCCGTGAGTAACACGG,Paraxial mesoderm
S8.2 120h:AAAGTCCGTATCATGC,Gut
S8.2 120h:TGCGATAGTGCTAGCC,Paraxial mesoderm
S8.2 120h:CAAGACTAGACAGCGT,Paraxial mesoderm
S8.2 120h:CCATAAGAGCATCAGG,Paraxial mesoderm
S8.2 120h:TCAGTGACAGTAGGAC,Paraxial mesoderm
S8.2 120h:GGCAGTCGTGGTAACG,Gut
S8.2 120h:TAGGTTGTCGCGCTGA,Neuromesodermal progenitors
S8.2 120h:CACTTCGAGGACAAGA,Neuromesodermal progenitors
S8.2 120h:CTGGCAGAGTAGCCAG,Paraxial mesoderm
S8.2 120h:TCGTGCTTCATTGCCC,Neuromesodermal progenitors
S8.2 120h:GAACACTTCGTAGTGT,Paraxial mesoderm
S8.2 120h:GTACAGTGTGTGCCTG,Paraxial mesoderm
S8.2 120h:GTCGTTCTCTGTACAG,Paraxial mesoderm
S8.2 120h:TCCGGGACAATTAGGA,Paraxial mesoderm
S8.2 120h:AAAGTCCAGGTATTGA,Pre-somitic mesoderm
S8.2 120h:CGCGTGAGTCAAAGCG,Paraxial mesoderm
S8.2 120h:CGAGGCTAGTGCTAGG,Paraxial mesoderm
S8.2 120h:GTAGTACAGCACGATG,Paraxial mesoderm
S8.2 120h:TCATGAGAGGCTGTAG,Gut
S8.2 120h:GTCGAATAGCGCACAA,Gut
S8.2 120h:GAGACCCAGAGCCTGA,Paraxial mesoderm
S8.2 120h:GAAGGGTGTTGTGCCG,Paraxial mesoderm
S8.2 120h:GGAATGGAGGGTAATT,Paraxial mesoderm
S8.2 120h:TAAGCGTCAGACAAGC,Neuromesodermal progenitors
S8.2 120h:GCGGAAAGTGAATTGA,Paraxial mesoderm
S8.2 120h:GTCTAGACAACCGCTG,Paraxial mesoderm
S8.2 120h:CGCATAAGTACCCGCA,Paraxial mesoderm
S8.2 120h:GTCACGGCAGCTGTCG,Paraxial mesoderm
S8.2 120h:TTGGATGCATTAGGAA,Paraxial mesoderm
S8.2 120h:CTGTATTAGATTAGCA,Paraxial mesoderm
S8.2 120h:CAATTTCCAGAACTTC,Paraxial mesoderm
S8.2 120h:ATACCTTTCTGCTAGA,Paraxial mesoderm
S8.2 120h:CTAGGTAGTGAAGCTG,Paraxial mesoderm
S8.2 120h:TGATCAGTCCTGCTAC,Paraxial mesoderm
S8.2 120h:TCTGCCATCGGTGTTA,Gut
S8.2 120h:GTCGAATCAAACTAAG,Paraxial mesoderm
S8.2 120h:CTTTCAATCTCGGTCT,Paraxial mesoderm
S8.2 120h:ATCCATTAGGTCGACA,Gut
S8.2 120h:GCACATACAGACCTGC,Paraxial mesoderm
S8.2 120h:CGTGATATCTGCTCTG,Paraxial mesoderm
S8.2 120h:CTGCTCACACGATAGG,Paraxial mesoderm
S8.2 120h:TCGTGGGGTACAAACA,Paraxial mesoderm
S8.2 120h:GATCAGTCAGTCGGAA,Gut
S8.2 120h:GGAGGATGTCGCTTGG,Paraxial mesoderm
S8.2 120h:CATACCCAGTGCACTT,Paraxial mesoderm
S8.2 120h:GATGAGGCATTAAAGG,Paraxial mesoderm
S8.2 120h:GCCGATGGTTGCGAAG,Neuromesodermal progenitors
S8.2 120h:GCCGATGAGAGTCTGG,Paraxial mesoderm
S8.2 120h:GTAGGAGAGCCGGATA,Neuromesodermal progenitors
S8.2 120h:CATCGTCAGAGTACCG,Paraxial mesoderm
S8.2 120h:TTGGGTAAGACCTCCG,Gut
S8.2 120h:GCGAGAACAGCGGTCT,Neuromesodermal progenitors
S8.2 120h:GTCGTTCGTCCATCTC,Paraxial mesoderm
S8.2 120h:TTTGGAGGTAGTGCGA,Paraxial mesoderm
S8.2 120h:TCTTTGAAGCGTCGAA,Paraxial mesoderm
S8.2 120h:TGGTAGTTCGCAGATT,Paraxial mesoderm
S8.2 120h:TCGTGCTGTCAATGGG,Neuromesodermal progenitors
S8.2 120h:CCGTAGGCAGAGTGTG,Pre-somitic mesoderm
S8.2 120h:CATCCGTGTTGCCAAT,Paraxial mesoderm
S8.2 120h:TGGAACTGTGTTAAAG,Neuromesodermal progenitors
S8.2 120h:CTCCAACCATCGTGCG,Paraxial mesoderm
S8.2 120h:ACCAAACAGGGCGAGA,Paraxial mesoderm
S8.2 120h:GCGTGCATCCTTATGT,Paraxial mesoderm
S8.2 120h:CAGGGCTGTCGTACTA,Neuromesodermal progenitors
S8.2 120h:CGAAGGACAGCTGTTA,Paraxial mesoderm
S8.2 120h:TTCTCTCTCGCTCATC,Paraxial mesoderm
S8.2 120h:GCTTGGGGTCTTCCGT,Neuromesodermal progenitors
S8.2 120h:CGTAATGGTGCAATGG,Paraxial mesoderm
S8.2 120h:TCACTATCAAGTTCGT,Gut
S8.2 120h:GGGACTCGTTCTTAGG,Paraxial mesoderm
S8.2 120h:TGCATCCAGCCTTTCC,Paraxial mesoderm
S8.2 120h:GCGTGCAAGTCGCCCA,Neuromesodermal progenitors
S8.2 120h:TTAGGCAAGGTTCATC,Neuromesodermal progenitors
S8.2 120h:GGGACTCTCGCTGCGA,Gut
S8.2 120h:CTGATCCGTCGAACGA,Gut
S8.2 120h:CCACACTTCTCAGGCG,Neuromesodermal progenitors
S8.2 120h:TCGTGGGAGAGTCTGG,Paraxial mesoderm
S8.2 120h:GCAGGCTGTGGTAATA,Paraxial mesoderm
S8.2 120h:CGAGTGCTCGGTCTAA,Pre-somitic mesoderm
S8.2 120h:GATCAGTGTAGGTGCA,Paraxial mesoderm
S8.2 120h:TACCGAAAGGGCAAGG,Paraxial mesoderm
S8.2 120h:TGTAAGCTCATGGAGG,Neuromesodermal progenitors
S8.2 120h:TTTCCTCCAAGGTTGG,Paraxial mesoderm
S8.2 120h:CTACAGAGTGGTCTAT,Paraxial mesoderm
S8.2 120h:TACCGAAAGCCTAGGA,Gut
S8.2 120h:ACATCGACACCAGTTA,Gut
S8.2 120h:CTACAGATCCACGTAA,Neuromesodermal progenitors
S8.2 120h:GGGATGACATGTTCGA,Paraxial mesoderm
S8.2 120h:CCTCTAGCATAGAGGC,Neuromesodermal progenitors
S8.2 120h:GTGATGTTCCCTTTGG,Paraxial mesoderm
S8.2 120h:CCCTAACTCGCCCAGA,Gut
S8.2 120h:TATACCTGTTCATCTT,Paraxial mesoderm
S8.2 120h:AGGAGGTGTACTGACT,Paraxial mesoderm
S8.2 120h:GTTTGGATCCATTCAT,Paraxial mesoderm
S8.2 120h:TAGATCGGTCTCCTGT,Neuromesodermal progenitors
S8.2 120h:TGATGCATCATTTGCT,Paraxial mesoderm
S8.2 120h:CTTCCGATCAAGTCGT,Pre-somitic mesoderm
S8.2 120h:ACAGGGATCATGCCGG,Pre-somitic mesoderm
S8.2 120h:ATCGGCGAGCTAGAAT,Neuromesodermal progenitors
S8.2 120h:TGTCCACGTTCTCGCT,Paraxial mesoderm
S8.2 120h:TGACAGTTCTCACGAA,Paraxial mesoderm
S8.2 120h:CATTGAGTCTCATGGA,Paraxial mesoderm
S8.2 120h:GTCAGCGTCGGACAAG,Paraxial mesoderm
S8.2 120h:AGCGTCGGTATCCTTT,Paraxial mesoderm
S8.2 120h:TGGGAGATCCGCCTAT,Paraxial mesoderm
S8.2 120h:GATCACACATATAGCC,Paraxial mesoderm
S8.2 120h:AAAGTCCTCAACCCGG,Gut
S8.2 120h:GGGTGAAGTCGCTTAA,Paraxial mesoderm
S8.2 120h:AGAACCTCATGATGCT,Paraxial mesoderm
S8.2 120h:GGCACGTAGTCGAGGT,Paraxial mesoderm
S8.2 120h:CATTGTTTCAGACCCG,Paraxial mesoderm
S8.2 120h:CTCAGAAGTGCGTTTA,Paraxial mesoderm
S8.2 120h:CAGGTATCAACACAGG,Paraxial mesoderm
S8.2 120h:CGGTCAGTCCTCAGGG,Paraxial mesoderm
S8.2 120h:TCGTGGGGTCAAGCGA,Paraxial mesoderm
S8.2 120h:TCACTATAGTAACAGT,Paraxial mesoderm
S8.2 120h:CTATAGGTCGCCGTGA,Paraxial mesoderm
S8.2 120h:CGCCAGATCCGCAGTG,Paraxial mesoderm
S8.2 120h:TATTCCAAGGCGTTGA,Paraxial mesoderm
S8.2 120h:GCGATCGGTCTGTCAA,Paraxial mesoderm
S8.2 120h:CTCCCTCAGTTTGGCT,Paraxial mesoderm
S8.2 120h:GTGTTAGCATTCTTCA,Paraxial mesoderm
S8.2 120h:GACTTCCAGGCACTCC,Paraxial mesoderm
S8.2 120h:GCATCTCCAAGACGAC,Paraxial mesoderm
S8.2 120h:ACTCTCGGTCAACACT,Paraxial mesoderm
S8.2 120h:GACACGCCATAGTCAC,Paraxial mesoderm
S8.2 120h:TTCCAATCACGTCGTG,Paraxial mesoderm
S8.2 120h:CTGGACGTCGGTCGGT,Paraxial mesoderm
S8.2 120h:TAGAGTCAGAGCTTTC,Paraxial mesoderm
S8.2 120h:CTTCTCTCAGACGATG,Paraxial mesoderm
S8.2 120h:CTATCCGCAAGCGAGT,Paraxial mesoderm
S8.2 120h:GTGGAGATCACAACCA,Paraxial mesoderm
S8.2 120h:GCTGGGTAGCAACTCT,Paraxial mesoderm
S8.2 120h:AGAGAGCGTTGTGTAC,Paraxial mesoderm
S8.2 120h:ATCGGCGAGGACAGTC,Neuromesodermal progenitors
S8.2 120h:TCGTGGGGTTGCAAGG,Paraxial mesoderm
S8.2 120h:GGTAGAGAGCAGCAGT,Neuromesodermal progenitors
S8.2 120h:GGATCTATCCAGTTCC,Paraxial mesoderm
S8.2 120h:CAGGCCACAAGTCGTT,Paraxial mesoderm
S8.2 120h:GAGTGTTTCAGCCTTC,Paraxial mesoderm
S8.2 120h:ATGTCTTGTAGAATGT,Paraxial mesoderm
S8.2 120h:CGCCATTTCCCTAGGG,Paraxial mesoderm
S8.2 120h:TGCTTGCTCACGACTA,Paraxial mesoderm
S8.2 120h:CATCGGGAGCGTGTCC,Paraxial mesoderm
S8.2 120h:CTCATTAAGTGCAACG,Paraxial mesoderm
S8.2 120h:GGAAGTGAGACTGGGT,Paraxial mesoderm
S8.2 120h:ACACAGTCAGTGGTGA,Paraxial mesoderm
S8.2 120h:GACACGCTCAGTAGGG,Paraxial mesoderm
S8.2 120h:AACCCAAGTTGTCTAG,Gut
S8.2 120h:GCAGTGGTATCAACGC,Paraxial mesoderm
S8.2 120h:TCAAGACTCCCTCGAT,Paraxial mesoderm
S8.2 120h:GCATTAGAGCATTGTC,Paraxial mesoderm
S8.2 120h:ACGGTTATCAAGTGTC,Paraxial mesoderm
S8.2 120h:GATCGTATCTAGCATG,Paraxial mesoderm
S8.2 120h:GGGACCTTCCATAGGT,Paraxial mesoderm
S8.2 120h:ATGAGTCAGGTAACTA,Paraxial mesoderm
S8.2 120h:GTAGTACGTAGAGATT,Paraxial mesoderm
S8.2 120h:TACCCGTAGGTTCATC,Paraxial mesoderm
S8.2 120h:TCGTAGAAGACGAAGA,Neuromesodermal progenitors
S8.2 120h:CCGAACGTCCGGCAAC,Paraxial mesoderm
S8.2 120h:GCGTTTCAGCGTCAGA,Paraxial mesoderm
S8.2 120h:CGGCAGTGTAGGCAAC,Paraxial mesoderm
S8.2 120h:ACTGCAACACGGCGTT,Paraxial mesoderm
S8.2 120h:CCGTTCAAGTGTCATC,Paraxial mesoderm
S8.2 120h:TTTACTGTCGGAGTGA,Paraxial mesoderm
S8.2 120h:CTCATGCAGGTATAGT,Paraxial mesoderm
S8.2 120h:AGTGATCTCAGCATTG,Paraxial mesoderm
S8.2 120h:TGCATCCGTCAGCTTA,Paraxial mesoderm
S8.2 120h:TAACACGTCCGATGCG,Paraxial mesoderm
S8.2 120h:ACGGAAGAGCCTAACT,Paraxial mesoderm
S8.2 120h:ATCGATGTCCATCACC,Paraxial mesoderm
S8.2 120h:GGGTGAAGTTTGCAGT,Paraxial mesoderm
S8.2 120h:TCCCAGTCACCCTATC,Paraxial mesoderm
S8.2 120h:CCTTCAGGTTGACTAC,Paraxial mesoderm
S8.2 120h:CGATGCGTCGGTAGAG,Paraxial mesoderm
S8.2 120h:CGGCAGTAGCACTCGC,Paraxial mesoderm
S8.2 120h:CTGGACGTCGCACTCT,Paraxial mesoderm
S8.2 120h:GCATTAGTCATTCACT,Paraxial mesoderm
S8.2 120h:AATAGAGTCGCTAAAA,Paraxial mesoderm
S8.2 120h:AAGTTCGCAGTGAGCA,Paraxial mesoderm
S8.2 120h:CGTGTCTTCTCGCAGG,Paraxial mesoderm
S8.2 120h:ATGGGTCTCTCTCAAT,Paraxial mesoderm