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. 2017 May 6;63(4):365–375. doi: 10.1262/jrd.2017-040

Table 1. Primer sequences and annealing temperature used in this study.

Gene Forward and reverse primer sequences Product (bp) Annealing (ºC)
Primers for RT-PCR

IGF2 5'ACCCTCCAGTTTGTCTGTGG3' 349 60
5'GGTGACTCTTGGCCTCTCTG3'
PEG3 5'CTTCGCGGTCATTTCTGAGT3' 282 60
5'TTGTCCTTGCCGTACATCTTC3'
ZAC1 5'GGGAAGAAGTACAACACCATGC3' 249 63
5'CTGTGTGGACCACCAGGT3'
NDN 5'GTGAARGATGTCATCGGCAG3' 590 60
5'GTCCTCWGAGACACTGYTGC3'
DLK1 5'GTGACCAGTGCGTGACCTTT3' 454 54
5'GCAGGTCTTGTCCATGAAGC3'
SGCE 5'CCCGTTACCCTATCAAGCAG3' 557 56
5'GGCAGCACATGATATAAGCG 3'
PEG10 5'TCAACCTTTTGGGGGCTGTT3' 284 60
5'GGGGTAAGAAGAAGGGCCAC3'
IMPACT 5'TGGCGAGGAGTGGTGTGTCA3' 594 68
5'GGCATAGATGTTGTGGGTGG3'
MAGEL2 5'CTGATGGTGGTTCTGAGCCT3' 257 60
5'CAGGACAATCATCTTGCTGG3'
SNRPN 5'TGGGAAGGAGCAGCAAGGTG3' 532 62
5'TGGTCAACTGATGGTGGCGG3'
PEG1/MEST 5'CGCCGAGATCGTCTCCGCAG3' 377 58
5'CTCCACGATGCTGGCCTGCTC3'
IGF2R 5'CTTGGCGGACCGGCACTTCAACTACACCTCACTGA3' 282 60
5'CCTGCGGCTGCGGTGCACACCCCCACACTGTAG3'
H19 5'GATGGTGCTACCCAGCTCAT3' 231 60
5'CCTTCCAGAGCTGATTCCTG3'
GNAS 5'GAAGGACAAGCAGGTCTACC3' 675 60
5'GACCATGTTGTAGCTGCTG 3'
UBE3A 5'GGAGTTGATGAGGGAGGTGTT3' 635 58
5'TCTGTAGTTTCTTCTAGTGCTTGGA3'
GRB10 5'GAAGATGGGACAAGCAAAGT3' 290 58
5'CTGGCACCAAGTAACCATCTG3'
GTL2 5'CCCACCAGCAAACAAAGCAAC3' 174 60
5'CATCAAGGCAAAAAGCACATCG3'
CDKN1C 5'AGAGCCTCGTGCTCAAAGAG3' 137 60
5'TTTAAACACGAAACCGAACG3'
beta-actin 5'CAGAAGGACTCGTACGTGGG3' 200 60
5'TTGGCCTTAGGGTTCAGGG3'
XIST 5'AGCATTGCTTAGCATGGCTC' 365 60
5'TGGCTGTGACCGATTCTACC3'
VIMENTIN 5'AAATCCAGGAGCTTCAGGCC3' 501 60
5'CCTCTCCTTCCAGCAGCTTC3'
CYTOKERATIN18 5'CCGCATCGTTCTGCAGATTG3' 551 60
5'CATATCGGGCCTCCACTTCC3'
OCT4 5'GGCAAACGATCAAGCAGTG3' 317 60
5'TAATCCCAAAGGCCTGGTAC3'
NANOG 5'GTGTTTGGTGAACTCTCCTG3' 307 60
5'GGGAATTGAAATACTTGACAG3'
SOX2 5'GGTTGACATCGTTGGTAATTTATAATAGC3' 88 60
5'CACAGTAATTTCATGTTGGTTTTTCA3'

Primers for Bisulfite PCR
Satellite I 5'AATACCTCTAATTTCAAACT3' 211 46
5'TTTGTGAATGTAGTTAATA3'
Satellite II 5'CAACCCATAATCAATAAACTC3' 297 46
5'GTTGAGGTAGTAGTTAGGTA3'
apha-satellite 5'AATAATTCCACATTCCRTAAAACCC3' 153 55
5'GATGTTTTYGGGGAGAGAGG3'
Art2 5'TTAAATTCAATTCAATCACTCAATCA3' 224 55
5'TTTATGTGAAGAGTTGATTTATTGGA3'
H19 DMR 5'TTTTGTGGATTATTGTGGTATT3' 198 55
5'ATCTTAAACTAATCTCCCAACCC3'
PEG3 DMR (1st) 5'GGAGGAAGAAGTTGGAGTAGA3' 51
5'CCCCTACCCAAAATAATCAAC3'
PEG3 DMR (2nd) 5'GATATGTTTATTTTTGGTTGTTGG3' 280 51
5'ACCCTAATCCCAAACTCCAACT3'
PEG10 DMR (1st) 5'GGATATGAGTTATAGATTAATTT3' 45
5'CACTCATCAATCTATAATTCATA3'
PEG10 DMR (2nd) 5'GTAGATGTGTTGTAAAGTGATATT3' 267 47
5'ACAATTCATACTAATTTCAATAC3'
SNRPN DMR (1st) 5'GGAAAGTTTGAGGAAATTTGAATAAGG3' 55
5'CAAATACCCCCAAAACCTAACAAAA3'
SNRPN DMR (2nd) 5'TTGGGAGGTATTATTTTGGGTTGAAG3' 548 55
5'AAAAAATCAATCCAACCCCAAACCTC3'
XIST DMR (1st) 5'GGGTGTTTTTGTTTTAGTGTGTAGTA3' 51
5'CTTTAATACCACCCACTAAAATTAATAC3'
XIST DMR (2nd) 5'TTGTTATATAGTAAAAGATGGT3' 405 46
5'ACCAATCCTAACTAACTAAATA3'
NANOG DMR (1st) UAGAGTGAATTAAAGAGGAAAATGG3' 51
5'TATAAAAATAAAAACCATCCAATCCA3'
NANOG DMR (2nd) 5'GTAGTTTTTGTTATAAATTAGTTTGA3' 361 51
5'AAATAAAACTCAACCATACTTAACC3'
OCT4 DMR (1st) 5'GGGTGGAGAGTAATTTTGAGGG3' 51
5'TAATACTAACTAATAATAAATAACC3'
OCT4 DMR (2nd) 5'GAAGTTGGATAAGGAGAAGTTGGAG3' 316 51
5'AATAAAAAAACCTACTTAACAAAAACC3'