#NEXUS [!Imported GCG-MSF file "rednt.gcg" (Thu Jan 3 13:38:11 2002)] [PileUp MSF: 360 Type: N Check: 1960 .. ] Begin data; Dimensions ntax=38 nchar=360; Format datatype=nucleotide interleave gap=. missing=~ equate="-=."; Matrix Homo_sapiens GGGGCTTTTA CTGGGGAGAT CAGCCCTGGC ATGATCAAAG ACTGCGGAGC Rattus_norvegic GGGGCCTTCA CTGGGGAAAT CAGTCCTGGC ATGATCAAGG ACTTAGGAGC Culex_tarsalis GGAGCCTTCA CCGGTGAAAT CTCGCCGGCC ATGCTGAAAG ATCTGAACAT Schistosoma_man GGTGCATTCA CCGGAGAAAT CAGCCCAGCA ATGATAAGAG ATATTGGTTG Caenorhabditis GGAGCATTCA CCGGGGAAAT TTCGCCGGCA ATGATCAAGG ATCTTGGATT cy_Oryza_sativa GGGGCTTTCA CCGGTGAGGT CAGCGCTGAG ATGCTTGTCA ACCTTAGTAT cy_Secale_cerea GGTGCTTTCA CTGGTGAAGT CAGTGCTGAG ATGCTTGTCA ACCTCGGCAT cy_Coptis_japon GGTGCTTTCA CCGGTGAGGT TAGTGCGGAG ATGCTTGTCA ATTTGGGCAT cp_Spinacia_ole GGGGCTTTTA CTGGAGAAAT CAGTGTTGAA CAATTGAAGG ATCTTGGCTG cp_Fragaria_ana GGGGCTTTCA CTGGGGAAAT CAGTGTGGAA CAATTGAAGG ATATTGGCCG cp_Secale_cerea GGAGCTTTCA CTGGAGAGAT CAGTGCGGAG CAGTTGGTGG ACATTGGCTG Emericella_nidu GGTGCTTTCA CCGGTGAGAT CAGCGTCCAG CAGCTTCGCG AGGCCAACAT Saccharomyces_c GGTGCTTTCA CCGGTGAAAA CTCCGTTGAC CAAATCAAGG ATGTTGGTGC Odontella_sinen GGAGCCTTCA CTGGAGAAAC ATCTGCCGAC ATGCTGGCGG ATATGGGTGT Achlya_bisexual GGTGCCTTTA CTGGCGAAGT GTCTGCTGAG ATGCTTAAAG ACGCTGGAAT Trypanosoma_bru GGTGCCTTCA CCGGCGAAGT CTCCCTGCCC ATCCTCAAAG ATTTCGGTGT Giardia_lamblia GGGGCGTGGA CTGGCGAGAC AAGTGTTGAG ATGCTTCAGG ACATGGGTTT Plasmodium_falc GGATCATACA CAGGTGAAGT AAGTGCAGAA ATTGCCAAGG ATTTAAATAT Entamoeba_histo GGAGCATATA CTGGAGAAGT TCATGTTGGA ATGTTAGTTG ATTGCCAAGT Neisseria_menin GGCGCGTACA CCGGCGAAGT GTCCGCCGAA ATGCTCGCCG ACACCGGCAC Rhizobium_etli GGTGCATATA CCGGTGAAGT GAGCGCAGAG CTGCTTAAAG ATAGTCAAAT Bartonella_hens GGTCCTTATA CTGGAGATAT TTCAGCTTTT ATGCTTAAAG AAGCAGGAGC Mesorhizobium_l GGCGCCTACA CCGGCTGTAT CTCGGCGGAA ATGCTGAAGG ACGCCGGCGC Xanthobacter_fl GGCGCCCATA CCGGCGACAT CTCCGCCGAG ATGCTGCGCG ACGCCGGTGC Caulobacter_cre GGCGCGCATA CGGGCGATGT CTCCGCCGAG ATGGTCGCGG ACGCAGGCGG Agrobacterium_r GGCGCCTATA CCGGCGACAT ATCCGCCAGG ATGATCGCCG ATTGCCGCGC Mycobacterium_l GGCGCCTACA CTGGAGACAT CAGTGGGGCC TTCTTGGCTA AGTTGGGCTG Buchnera_aphidi GGTGCATTTA CTGGTGAGAA CTCTGCTTTA ATGATGAAAG ATATTGGTGT Escherichia_col GGCGCATTCA CGGGTGAAAC CTCTGCTGCT ATGCTGAAAG ACATCGGCGC Pseudomonas_syr GGCGCGCTGA CGGGTGAAGT TGCATCTAGC CAGCTGGCTG ATGCAGGTTG Chlamydia_pneum GGTGCTTTTA CTGGAGAAAT TTCCTTACCT ATGCTTAAGG AGGTAGGAGT Chlamydia_trach GGAGCTTTTA CTGGTGAGAT TTCAGCCCCA ATGCTCAAAG ATATCGGAGT Aquifex_aeolicu GGAGCCTTTA CGGGAGAGAT ATCAATACCC ATGCTCCAAG AAGTTGGGTG Synechocystis_s GGGGCCTACA CAGGGGAAAT TTCAGCGGCT ATGTTGACGG AAATCGGTAT Bacillus_stearo GGGGCGTACA CAGGCGAAGT GAGCCCGGTC ATGCTGAAAG ACCTCGGCGT Borrelia_burgdo GGAGCAAGGA CAAGTGAAAT TTCACCTTCA ATGCTTTTAG AATTTGGAGT Mycoplasma_floc GGAGCTTTTA CTGGCGAAAT TAGCGCCAAA ATGTTGCAGG ATTTAGCGGT Mycoplasma_geni GGTTCATATA CTGGAACTGT AAGCTTTACT CAACTTCAAG ACATTGGTGT Homo_sapiens CACGTGGGTG GTCCTGGGAC ACTCAGAGAG AAGGCATGTC TTTGGGGAGT Rattus_norvegic TACCTGGGTG GTGCTGGGAC ACTCTGAAAG AAGACACATC TTTGGGGAAT Culex_tarsalis TGGCTGGGTC ATCCTGGGCC ACTCGGAGCG TCGCGCCATC TTCGGTGAGT Schistosoma_man TGATTGGGTC ATACTTGGAC ATTCTGAGCG TAGAAACATT TTTGGTGAAT Caenorhabditis GGAATGGGTG ATCCTCGGAC ACTCGGAACG TCGTCATGTC TTTGGAGAAA cy_Oryza_sativa TCCCTGGGTT ATTCTTGGAC ACTCTGAAAG GAGGAGTTTG TTGGGTGAAT cy_Secale_cerea TCCCTGGGTC ATTCTTGGAC ACTCTGAAAG GAGGAGCTTG TTGGCAGAAT cy_Coptis_japon TCCTTGGGTG ATTCTTGGAC ATTCTGAAAG AAGAGCATTG CTAAATGAAT cp_Spinacia_ole CCAGTGGGTT ATTCTCGGGC ATTCTGAGAG AAGACACGTT ATTGGTGAAC cp_Fragaria_ana CAAATGGGTT ATTCTTGGGC ACTCTGAACG GAGACATGTA ATTGGTGAAG cp_Secale_cerea CCAATGGGTT ATTCTTGGTC ACTCTGAGCG CAGACATGTT ATCGGTGAAG Emericella_nidu CGACTGGACC ATCCTTGGAC ACAGTGAGCG CCGCGTTATC CTCAAGGAGA Saccharomyces_c TAAGTGGGTT ATTTTGGGTC ACTCCGAAAG AAGATCTTAC TTCCACGAAG Odontella_sinen GGGGTGGGTG GTCATTGGAC ACTCTGAGAG GAGG...GGC AAGGGTGAGG Achlya_bisexual TAATTACACA ATTATTGGTC ATTCGGAACG TCGT...CAA AAAGGAGAAA Trypanosoma_bru CAACTGGATT GTTCTGGGTC ACTCCGAGCG CCGCGCATAC TATGGTGAGA Giardia_lamblia GAAGCATGTG ATAGTAGGGC ACTCTGAAAG ACGCAGAATC ATGGGGGAGA Plasmodium_falc TGAATATGTT ATTATTGGTC ATTTTGAAAG AAGAAAATAT TTCCATGAAA Entamoeba_histo TCCATATGTT ATTCTTGGAC ATTCTGAAAG AAGACAAATT TTCCATGAAA Neisseria_menin AGACATCGTC CTCATCGGAC ACTCCGAACG CAGCCTTTAT TTCGGCGAAA Rhizobium_etli CGAATATGTT TTAATTGGTC ACTCAGAACG TCGTGAATAT TTTGCTGAAA Bartonella_hens AAGTCATGTC ATTATTGGGC ATTCAGAGCG TCGCACAGTT TATCAGGAAA Mesorhizobium_l GAGCCATGTT ATTGTCGGCC ATTCCGAATG CCGCGAACAA CGCGGCGAGG Xanthobacter_fl GGTGGCGGTG ATTCTCGGCC ATTCCGAGCG CCGCATCGAC CATCAGGAGG Caulobacter_cre ATCGCTGGTG ATCTGCGGCC ACTCCGAGCG GCGCACTGAC CACGGTGAAA Agrobacterium_r CCGCGTCGTC ATACTCGGTC ATTCCGAGCG ACGTCAGTAT CAGGGCGAGA Mycobacterium_l TAGCTTCGTG CTGGTGGGGC ACTCTGAGCG GCGCACCTAC CACGACGAAG Buchnera_aphidi TAAATATATT ATTATTGGTC ATTCTGAAAG ACGTTTACTT CATAATGAAA Escherichia_col ACAGTACATC ATCATCGGTC ACTCTGAACG TCGTACTTAC CACAAAGAAT Pseudomonas_syr CAAGCTGGTA CTTGTCGGGC ACTCCGAGCG TCGTCAGTTG ATTGGCGAAC Chlamydia_pneum GGAATTTGTT TTAGTAGGTC ACTCCGAGCG TCGTCATATT TTTGGAGAGA Chlamydia_trach CGATTTTGTT CTCATCGGAC ATTCCGAAAG ACGTCATATC TTTCATGAAC Aquifex_aeolicu TGAGTACGTG ATAGTGGGAC ACTCAGAGAG AAGGCACATA TTCGGTGAGA Synechocystis_s TCATTATGTG GTTATCGGCC ACAGTGAACG ACGGCAATAT TTTGGGGAAA Bacillus_stearo CACGTACGTC ATCCTCGGCC ATTCGGAGCG CCGGCAAATG TTCGCCGAAA Borrelia_burgdo AGAATATGTT ATACTTGGTC ATTCTGAATG TAGGTTGTAT TTAGCAGAAA Mycoplasma_floc TCATTATGTT ATAATTGGCC ATTCTGAAAG ACGAGAAATT TTTAAGGAAA Mycoplasma_geni TAACAACAGT ATTATTGGTC ATTCTGAAAG AAGAAAATAC TATAACGAAA Homo_sapiens CAGATGAGCT GATTGGGCAG AAAGTGGCCC ATGCTCTGGC AGAGGGACTC Rattus_norvegic CAGACGAGTT GATTGGGCAG AAAGTGAACC ATGCCCTATC CGAGGGACTC Culex_tarsalis CGGACGAGCT GATCGCCGAC AAGGTCGCCC ACGCTCTGGC CGAGGGCCTC Schistosoma_man CTGATGAACT TATTGCTGAA AAAGTTCAAC ATGCACTTGC TGAAGGTCTA Caenorhabditis GCGATGCTCT GATCGCTGAG AAGACCGTGC ATGCTCTCGA GGCTGGAATT cy_Oryza_sativa CAAATGAGTT TGTTGGAGAC AAAGTGGCAT ATGCGCTCTC TCAGGGCTTG cy_Secale_cerea CGAGTGAGTT TGTTGGAGAG AAGGTTGCAT ATGCACTCGC TCAGGGCTTG cy_Coptis_japon CAAATGAGTT TGTTGGGGAT AAAACTGCAT ATGCACTTTC TCAAGGCCTG cp_Spinacia_ole AAAATGAGTT TATAGGGAAA AAGGCTGCAT ATGCTCTGAA CCAAGGTGTC cp_Fragaria_ana ATGATCAGTT TATAGGAAAG AAAGCTGCCT ATGCCTTGAA TGAGGGTCTG cp_Secale_cerea ATGATGAGTT TATTGGGAAG AAAGCTGCAT ATGCATTGAG TCAAAATCTT Emericella_nidu CTGATGAGTT CATTGCTCGC AAGACTAAGG CTGCCATTGA GGGTGGCCTG Saccharomyces_c ATGACAAGTT CATTGCTGAC AAGACCAAGT TCGCTTTAGG TCAAGGTGTC Odontella_sinen CCGATGAGGA AGTCGCCAGG AAGGCCAAGT ACGCTCTCGA CAAGGGACTT Achlya_bisexual CAAATGAAGA AGTGGCGAGC AAGGCTGGAT ACGCTTTGAG CAAGGGCGTG Trypanosoma_bru CAAACGAGAT TGTTGCGGAC AAGGTTGCCG CCGCCGTTGC TTCTGGTTTC Giardia_lamblia CCGACGAGCA AAGCGCCAAG AAGGCTAAGC GTGCCCTGGA AAAGGGGATG Plasmodium_falc CCGATGAAGA TGTTCGTGAA AAATTACAAG CTTCATTAAA AAATAATTTA Entamoeba_histo GTAATGAACA AGTTGCTGAA AAAGTTAAAG TTGCTATTGA TGCTGGATTA Neisseria_menin AAAACGAAAT CCAACGCCGC AAAATGGAAA ACGTCCTCAA CGTCGGACTC Rhizobium_etli GTGCAGCAAT TTTAAATGCG AAAGCCCAAA ATGCCTTAAA TGCGGGGTTA Bartonella_hens GTGATGCAAT TGTTCGTGCT AAAGTGCAAG CGGCATGGCG AGCAGGTCTT Mesorhizobium_l ACGATGCGAC GGTCCAGGCC AAGGCCGCCG CCGCATGGCG CGCCGGGCTC Xanthobacter_fl GCGATGCCAT CGTCAAGGCC AAGGTCAAGG CTGCGTGGCG GGCCGGGCTG Caulobacter_cre CCTCAGCCCA GGTGGCCGGA AAGGCTGAAG CCGCCGCCGC GGCGGGCCTG Agrobacterium_r CGGACGCGAT CGTCAGGCGC AAGGCCGAGA TTGCGCTCAG CGCCGGCCTC Mycobacterium_l GTGACGCGCT GGTGGCCGCG AAGACGGCTG CGGCGCTCAA AAACAGCTTG Buchnera_aphidi ACAATGAAAT CATTGCGAAA AAATTTTGTT TAGTAAAAAA TTTGAATTTA Escherichia_col CTGACGAACT GATCGCGAAA AAATTCGCGG TGCTGAAAGA GCAGGGCCTG Pseudomonas_syr AGGATGATGT TCTGAACAAA AAGTTTGCGG CAATCCAGGC GAAAGGTCTG Chlamydia_pneum GTGATGCCTT TATTGCTTCA AAGGTAAAGT CTGTAGCTCA GGCGGGACTC Chlamydia_trach AAAATCCTGT ACTTGCTGAA AAAGCTGCTG CAGCTATCCA TAGTGGAATG Aquifex_aeolicu GTGACGAGTT AATTCACAAG AAGATAGTTG CGTGCTTAGA GATGGGAATA Synechocystis_s CGGACGAAAC TGCCAATTTG AGAGTATTGG CGGCCCAAAA GGCGGGCTTA Bacillus_stearo CAGATGAGAC CGTGAACAAA AAAGTGTTGG CCGCCTTCAC CCGCGGGCTT Borrelia_burgdo CAGATGAAAT AATAAATAAA AAGATTCTTG CAGGACTTAA GCATCCTTTC Mycoplasma_floc TAGGAGAGGA TTTGACTAAT AAAATTTTAC AAGCACAAAA ATATAATTTA Mycoplasma_geni CCAGTGCAGT TATTAATCAA AAGCTCTTTG CTTGTCTAAA AGCATCCATG Homo_sapiens GGAGTA...A TCGCCTGCAT TGGGGAGAAG CTAGATGAAA GGGAAGCTCT Rattus_norvegic GAGGTG...A TCGCCTGCAT TGGGGAGAAG TTAGACGAAA GGGAAGCTCT Culex_tarsalis AAGGTC...A TCGCCTGCAT CGGTGAGACG CTGCAGGAGC GCGAGGCTAT Schistosoma_man AGCGTT...A TTGCATGTAT TGGTGAAACA TTATCAGAGC GTGAATCTGT Caenorhabditis AAGGTC...G TTTTCTGCAT TGGGGAGAAG CTCGAGGAGC GTGAAGCCAT cy_Oryza_sativa AAGGTC...A TTGCATGTGT TGGTGAGACT CTCGAGCAGC GGGAATCTGT cy_Secale_cerea AAGGTC...A TTGCATGTGT TGGTGAGACT CTCGAGCAGC GAGAAGCTGT cy_Coptis_japon AAAGTG...A TTGCTTGTGT CGGTGAGACT CTTGAACAGC GAGAAGCTGT cp_Spinacia_ole GGAGTA...A TAGCATGTAT TGGGGAGTTG TTAGAAGAAA GAGAAGCAGT cp_Fragaria_ana GGAGTA...A TTGCTTGCAT TGGTGAGAAG TTAGAAGAAA GGGAAGCAGT cp_Secale_cerea AAGGTT...A TGGCATGCAT TGGAGAATTG TTGGAAGAGA GGGAAGCTAT Emericella_nidu CAAGTG...A TTTTCTGCAT CGGTGAGACG CTTGAGGAGC GTGAGGCCAT Saccharomyces_c GGTGTC...A TCTTGTGTAT CGGTGAAACT TTGGAAGAAA AGAAGGCCGT Odontella_sinen AAGGTC...A TTGCGTGCTG CGGAGAACCA CTCGAGAGCC GTGAGGCCAT Achlya_bisexual TCTGTC...A TTGCTTGTAT TGGAGAAACT AAAATTGAAC GAGAAGCCAT Trypanosoma_bru ATGGTT...A TTGCTTGCAT CGGCGAAACG CTGCAGGAGC GTGAATCAAT Giardia_lamblia ACGGTC...A TCTTCTGCGT CGGAGAGACC TTGGACGAGC GCAAGGCCAT Plasmodium_falc AAAGCC...G TTGTATGTTT TGGTGAATCT TTAGAACAAA GAGAACAATT Entamoeba_histo AAAGTC...A TTGCCTGTAT TGGCGAAACT GAAGCACAAA GAATTGCTCT Neisseria_menin ATCCCG...T TATTGTGCGT CGGCGAAAGC CTCGAAGAGC GCGAAGCCGT Rhizobium_etli AAAGTC...A TTTACTGTGT CGGTGAAAGC TTAGAACAGC GTGAATCGAT Bartonella_hens GTTGCT...C TTATTTGTGT TGGAGAAACA TTGGAAGAAC GCAAAAGTAT Mesorhizobium_l GTGGCC...A TCATTTGCAT CGGCGAGACG CAGCAGCAGC GTGAGGCGAT Xanthobacter_fl CTCCCG...G TCGTCTGCGT GGGCGAGACG CTGGTGGAGC GTGATGCCAT Caulobacter_cre GAGCCG...A TCGTCTGCGT CGGCGAGACC CTGGAGACCC GTGAAGCGGT Agrobacterium_r ACTCCG...G TGATCTGCGT GGGTGAGACA GAAGCAGAGC ATCTCCGCAT Mycobacterium_l ACTCCG...A TCGTGTGCAT CGGCGAGTAC CTCGAGATCC GAGAGGTGAT Buchnera_aphidi GTGCCT...A TTTTATGTAT AGGTGAAACT GAAGCAGAAA AAAAATCTAT Escherichia_col ACTCCG...G TTCTGTGCAT CGGTGAAACC GAAGCTGAAA ATGAAGCGAT Pseudomonas_syr ACACCT...G TGCTTTGCGT AGGTGAAACC CTGGAAGAGC GCAAGGCGAT Chlamydia_pneum GTGCCT...G TTCTTTGTGT TGGAGAGAGC TTAGAAGTTC GTGAAGAGAT Chlamydia_trach ATTCCA...G TTCTGTGTAT TGGAGAAACT CTAGAAGAAC AAGAATCTCT Aquifex_aeolicu AGACCC...A TTTTATGCGT TGGGGAAAAG AAAGAAGAGA GGGAAGCTAT Synechocystis_s ATTCCC...A TTCTGTGTGT GGGGGAAAGT AAGGCGCAAC GGGATGCCAT Bacillus_stearo ATACCG...A TTATTTGCTG CGGTGAATCG CTTGAGGAGC GGGAAGCGAT Borrelia_burgdo AAATACTTAA TTCTTTGTGT TGGAGAAACT CTTGATGAAA GAGATTCTTT Mycoplasma_floc ATTCCT...G TTTTTTGCGT TGGTGAAAGT CTTTCAGAAT TTGAAGCAAT Mycoplasma_geni CAAGTA...G TTTTATGTAT TGGTGAGGCT TTA....... ........AT Homo_sapiens CGCCTATGAG CCTGTGTGGG CCATTGGTAC TGGCAAGACT GCAACACCCC Rattus_norvegic GGCCTATGAA CCAGTATGGG CCATTGGGAC TGGCAAGACT GCAACCCCTC Culex_tarsalis CGCGTACGAG CCGGTGTGGG CCATCGGAAC CGGCAAGACC GCCTCGCCGG Schistosoma_man AGCATATGAA CCAGTTTGGG CTATTGGAAC AGGTAAAGTT GCTACACCAC Caenorhabditis CGCCTACGAA CCAGTTTGGG CCATCGGAAC CGGAAAGACT GCTTCTGGAG cy_Oryza_sativa TGCCTATGAA CCTGTGTGGG CCATTGGAAC TGGTAAAGTT GCTACACCAG cy_Secale_cerea TGCCTACGAG CCAGTGTGGG CCATTGGCAC CGGTAAAGTT GCATCACCAG cy_Coptis_japon GGCCTATGAG CCCGTATGGG CTATTGGAAC AGGAAAGGTT GCAAGTCCTG cp_Spinacia_ole TGCTTATGAA CCTGTATGGG CTATTGGTAC TGGTAAGGTA GCTTCTCCAG cp_Fragaria_ana TGCTTACGAG CCTGTATGGG CCATTGGAAC TGGTAAGGTG GCCAGTCCAC cp_Secale_cerea TGCGTACGAG CCTGTGTGGG CTATTGGAAC CGGAAAGGTT GCTTCTCCTG Emericella_nidu CGCCTACGAG CCCGTTTGGG CCATTGGAAC CGGTAAGGTC GCTACAACCG Saccharomyces_c CGCTTACGAA CCAGTCTGGG CCATTGGTAC CGGTTTGGCT GCTACTCCAG Odontella_sinen TGCCTATGAG CCCATCTGGG CCATTGGAAC TGGGCTCACA GCCACCCCCG Achlya_bisexual TGCTTATGAA CCTGTTTGGG CTATTGGTAC TGGTCTCACT GCTACTCCAG Trypanosoma_bru CGCCTACGAA CCCGTTTGGG CCATTGGTAC CGGCAAGGTG GCGACACCAC Giardia_lamblia TGCTTACGAG CCCGTGTGGT CCATTGGCAC GGGCGTGGTG GCCACGCCCG Plasmodium_falc GGCTTATGAA CCTTTATGGG CTATTGGTAC TGGTAAAACA GCTACACCTG Entamoeba_histo TGCATATGAA CCAGTCTGGG CTATTGGAAC TGGTAAGACT GCTACTCCAG Neisseria_menin CGCCTACGAA CCCGTCTGGG CGATCGGCAC CGGCAAAGTC GCCACCGTCG Rhizobium_etli TGCCTACGAG CCGATTTGGG CCATTGGTAC AGGAAAAACT GCTTCACCAG Bartonella_hens CGCTTATGAA CCTGTATGGG CTGTAGGGAC AGGCAATACA GCGACTTCAG Mesorhizobium_l TGCCTATGAG CCGGTGTGGG CGATCGGCAC CGGCCTGACG CCGACCGCGG Xanthobacter_fl CGCCTACGAG CCCATCTGGG CCATCGGCAC CGGCCGCACC CCCACCACCG Caulobacter_cre GGCCTATGAG CCTCTGTGGG CGATCGGCAC GGGCCGAACG GCTTCGGTCG Agrobacterium_r AGCCTATGAG CCGGTCTGGT CCATCGGGAC CGGACGCCTG CCGGACCAAG Mycobacterium_l CGTTTATGAA CCGGTCTGGG CGATCGGGAC TGGGCGGGTG GCTAGTGCAG Buchnera_aphidi TGCATATGAA CCTATTTGGT CTATTGGAAC AGGTGTTTCA GCGGATCCTA Escherichia_col CGCTTACGAA CCTGTATGGG CAATCGGTAC TGGCAAATCT GCAACTCCGG Pseudomonas_syr TGCCTACGAG CCGGTCTGGG CCATTGGCAC CGGATTGACT GCTTCGCCTC Chlamydia_pneum CGCCTATGAA CCAGTATGGG CTATCGGCAC AGGGAAGGTG GCAGAAGCTT Chlamydia_trach AGCTTATGAA CCAGTCTGGG CTATAGGCAC CGGAAAAGTA GCTCATCCTG Aquifex_aeolicu AGCGTACGAA CCCGTGTGGG CTATCGGAAC CGGAACACCC GCAACCCCCG Synechocystis_s CGCCTACGAG CCGATTTGGG CCATTGGTAC AGGGGACACC TGTGCGGCAA Bacillus_stearo CGCTTACGAG CCGATTTGGG CGATCGGGAC GGGCAAATCA TCAACACCGG Borrelia_burgdo AGCTTACGAA CCTGTTTGGG CAATTGGAAC GGGTAAAACC GCAACTAAAG Mycoplasma_floc TGCCTATGAG CCAATTTGAG CAATTGGCAC AGGAAAAACT GCCACTGCTC Mycoplasma_geni TGCTTATGAA CCTTTGTGAG CAATTGGGAC AGGTAAAACA GCAACTCCTG Homo_sapiens AACAGGCCCA GGAAGTACAC GAGAAGCTCC GACGTATCAT TTATGGAGGC Rattus_norvegic AACAGGCCCA GGAAGTACAC GAGAAGCTCC GGCGGATCAT TTATGGAGGT Culex_tarsalis AACAGGCCCA GGAGGTGCAC GCCGCGCTCA GGCGCATCCA GTACGGAGGT Schistosoma_man AACAAGCTCA AGAAGTTCAT AATTTCCTTC GTCGTATTAT CTATGGTGGA Caenorhabditis AACAAGCCCA GGAGGTTCAT GAATGGATCC GTAGAATCAT TTATGGAGGA cy_Oryza_sativa ATCAAGCACA AGAAGTGCAT GATGGCCTGA GGAGGATCAT CTATGGAGGT cy_Secale_cerea CTCAGGCACA GGAAGTCCAT GCCAACCTGA GGAGGATCAT CTACGGAGGA cy_Coptis_japon CCCAGGCTCA AGAAGTGCAT TTTGAATTGA GGAGGATTAT CTATGGAGGT cp_Spinacia_ole ACCAGGCTCA GGAAGTGCAT GTTGCTGTTC GACGCATCAT ATATGGAGGG cp_Fragaria_ana AACAAGCTCA GGAAGTACAT GTAGCAGTTC GTAGAATTAT TTATGGAGGA cp_Secale_cerea AGCAAGCTCA AGAAGTTCAT GCCGCTGTCC GTCGAATTAT ATATGGAGGT Emericella_nidu AGCAGGCCCA GGAAGTCCAC TCTGCCATCC GCCGGATCAT TTATGGCGGC Saccharomyces_c AAGATGCTCA AGATATTCAC GCTTCCATCA GAAGAATCTT ATACGGTGGT Odontella_sinen AGCAGGCACA GGACACCCAT GCTGACATCC GCCGTATCCT TTATGGCGGC Achlya_bisexual AACAAGCTCA AGAAGTTCAT GCTGGTATTC GCCGAATTAT TTACGGTGGA Trypanosoma_bru AGCAAGCGCA GGAAGCCCAC GCACTCATCC GCCGCATTCT TTACGGCGGT Giardia_lamblia AGCAGGCAGA GGAGGTCCAT GTGGGGCTCC GACGTATCAT TTACGGGGGA Plasmodium_falc AACAAGCTCA ATTAGTACAC AAAGAAATCA GAAGAATATT ATATGGAGGT Entamoeba_histo ATCAAGCTCA AGAAGTTCAT CAATACATCA GAAGAATTCA ATATGGTGGA Neisseria_menin AACAGATTGC CGATATGCAC GCATTCATCT ACCGCGTCCT TTACGGCGGA Rhizobium_etli AAGACGCGCA AACCATGCAT GCTAAAATCC GTGCCATTTT ATATGGTGGT Bartonella_hens CAGATGTTGC AGAGGTACAT GCGTTTATTC ACCGTTTGCT GTATGGTGGA Mesorhizobium_l CCGATGTGGC CGAAGCGCAT GCGCATATCC GCCGCATTCT CTACGGTGGC Xanthobacter_fl ACGACGTGGC CGAGGTTCAC GGCGCCATCC GCCGCATTCT CTATGGCGGC Caulobacter_cre ACAACATCGT CGAGATGCAC GCGGCCATCC GCCTGATCCT CTATGGTGGC Agrobacterium_r GCGAAATTCT CGCCGCTCAT GCCTGCATCC GACGGATCCT CTACGGCGGC Mycobacterium_l CCGACGCCCA AGAGGTGTGC GAGGCGATCC GACGGGTGCT TTATGGTGGC Buchnera_aphidi AAAATGTACA ACTGATACAT AAATTTATAA AAATTGTACA ATATGGAGGT Escherichia_col CTCAGGCACA GGCTGTTCAC AAATTCATCC GTATCATTCA GTACGGCGGC Pseudomonas_syr AGGAAGCGCA GGAAGTGCAC GCAGCCATCC GTCGACTTCT CTATGGCGGC Chlamydia_pneum CGGATGTGCA AGATATTCAT ATGTTTTGTC GTTCGATTTT GTACGGAGGA Chlamydia_trach ATCTAGTTCA GGAAACCCAT GCTTTCTGTA GACCCATTCT TTACGGAGGA Aquifex_aeolicu AAGATGCTGT TGAGGTTCAC ACCTTCATAA GGCGTATCCT CTACGGAGGA Synechocystis_s CGGAAGCCAA TCGGGTTATT GGGCTGATTC GGACCATCCA GTATGGCGGT Bacillus_stearo AAGACGCCAA CAGCGTCTGC GGCCATATCC GTCGCATTCA ATACGGCGGC Borrelia_burgdo AAGAGGCAGA AGAGGTTCAT AAGGCAATTA GGATAATTCA GTATGGAGGC Mycoplasma_floc AAATTGCGGA ACAAGTTTGC AAGTTAATTA AACGCGTAAT TTATGGTGGA Mycoplasma_geni AAGTTGCAAA TCAAACCATT AAAACCATTA GGTCAATTCT ATATGGCGGA Homo_sapiens TCTGTGACTG GGGCAACCTG CAAGGAGCTG GCCAGCCAGC CTGATGTGGA Rattus_norvegic TCTGTGACTG GAGCGACTTG CAAAGAGCTG GCAAGCCAGC CTGATGTGGA Culex_tarsalis TCCGTTACCG CTGCCAACTG CCGCGAGCTG GCCGCCAAGC CCGACATTGA Schistosoma_man TCTGTAACTG CTGCCAATTG TAAAGAATTA GCTCAACAAC ATGATGTCGA Caenorhabditis TCTGTGACTG CTGACAATGC GGCTGACGTT GGAAAGAAGC CGGATATCGA cy_Oryza_sativa TCCGTAACTG GTGCGAACTG CAAGGAGCTG GCAGCAAAGC CTGATGTTGA cy_Secale_cerea TCTGTAACTG GAGCAAGCTG CAAGGAGTTG GCTGCGCAGC CCGACGTCGA cy_Coptis_japon TCCGTAAATG GTGCAAACTC CAAAGAATTG GCAGGACAGC CTGATATTGA cp_Spinacia_ole TCTGTCAACG GAGGTAACTG TGCAGAGCTT GCAAAACAAG AAGATATAGA cp_Fragaria_ana TCTGTAAACG GAGGCAACTC TGCTGAGCTT GCAAAGGAGG AAGATATTGA cp_Secale_cerea TCTGTGAACG CAGCAAACTG TGCAGAGCTA GCAAAGAAGG AAGATATCGA Emericella_nidu TCAGTGAGTG AGAAGAACTG CAAAGATCTC GCGAAGGAGG CCGATATCGA Saccharomyces_c TCCGCTAACG GTAGCAACGC CGTTACCTTC AAGGACAAGG CTGATGTCGA Odontella_sinen TCTGCCACCG GTGCCACGGC CCCAGGACTC TCGGCCAAGC CTGACATTGA Achlya_bisexual TCTGTCACCG CTGGCAATGC TGCTGAGCTC TCCAAGAAGG CTGATATCGA Trypanosoma_bru TCTGTTAATG GAAAGAATGC GCGCACTCTT TACCAACAGC GAGACGTCAA Giardia_lamblia TCGGCCAATG GAAGCAACTG CGAGAAGCTT GGCCAGTGTC CGAATATTGA Plasmodium_falc AGTGTTAATA CTGAAAACTG CTCTTCATTA ATTCAACAAG AAGATATTGA Entamoeba_histo TCTGTTAATC CAGCTAACTG TAATGAACTT GCTAAGAAAG CTGACATTGA Neisseria_menin AGTGTGAAAG CGGACAACGC GGCCGACATC TTCGCAGTAC CTTATGTGGA Rhizobium_etli AGTGTAAAAG CTGAAAATGC AGTAGAGTTA GCGGCCTGTC CAGATATCAA Bartonella_hens TCAGTAAAAC CATCCAATGC ATTCGAGCTT CTGAGTACTG CTCATGTGAA Mesorhizobium_l TCGGTCAAGC CGTCCAACGC GGTGGAACTG CTGGGCGTCA GGAATGTCGA Xanthobacter_fl TCGGTGAAGC CCGACAACGC CGCTGCCCTG CTCGCCACCG CCAACGTGGA Caulobacter_cre TCCGTGAAGC CCGAAAACGC TCGCGAGATC CTCGCCGCGC CCGAGGTTGG Agrobacterium_r TCCGTCAAAC CAGAAAATTC GATCGAGATT CTTGCTCTTG AAAACGTCGA Mycobacterium_l TCGTTGAACG CCAAAAACAT TGGCGATATC GTCGCCCAGC AAGACGTCGA Buchnera_aphidi TCTGTTACTT CATTAAATGC AGGAAATTTT CTTAAACAAC CTGATATTGA Escherichia_col TCCGTAAACG CGTCTAACGC TGCAGAACTG TTTGCTCAGC CGGATATCGA Pseudomonas_syr AGCGTGAAGG CGGCCAATGC GGTCGAGCTC TTCAGCATGC CGGATATCGA Chlamydia_pneum TCTGTGAAGG TCGATAATGC TCAGCGATTT GGGCAATGTA GCGACGTCGA Chlamydia_trach TCTGTGAAAG CCGATAATGC TCGCTCACTT TCCCTCTGCC CTGATGTTAA Aquifex_aeolicu AGTGTAAACC CACAGAACGC AAAAGAGTTC ATGAAACACG AAGAGATAAA Synechocystis_s TCGGTCAATG CCAACAATGT GGATGAAATT ATGGCCCAAC CGGAAATTGA Bacillus_stearo AGCGTCAAAC CAGACAACAT CCGCGACTTC TTGGCGCAAC AACAGATCGA Borrelia_burgdo TCTGTTAATT CAAACAATGT AAAAGAGCTT ATGAATGAGC CTAATATTGA Mycoplasma_floc TCTGTTAATT CAAAAAACAT TAATGAATTA CTATTGCAAA AAAATATCGA Mycoplasma_geni TCAGTTGATC ATAATAATAT CCAAAAACTA GCAATAATGG AACAAATTGA Homo_sapiens TGGCTTCCTT Rattus_norvegic TGGCTTCCTC Culex_tarsalis CGGATTCCTG Schistosoma_man TGGATTTTTG Caenorhabditis TGGATTCTTG cy_Oryza_sativa TGGTTTTCTC cy_Secale_cerea TGGTTTCCTT cy_Coptis_japon CGGTTTCCTT cp_Spinacia_ole CGGCTTTCTC cp_Fragaria_ana TGGGTTTCTA cp_Secale_cerea TGGCTTCCTT Emericella_nidu TGGCTTCCTC Saccharomyces_c TGGTTTCTTG Odontella_sinen TGGTTTCCTT Achlya_bisexual TGGCTTCCTT Trypanosoma_bru CGGCTTCCTT Giardia_lamblia CGGCTTCCTT Plasmodium_falc TGGTTTCTTA Entamoeba_histo TGGTTTCTTA Neisseria_menin CGGCGCACTC Rhizobium_etli TGGTGCACTC Bartonella_hens TGGTGCTCTG Mesorhizobium_l TGGCGCGCTG Xanthobacter_fl CGGCGCGCTG Caulobacter_cre TGGCGCGCTG Agrobacterium_r CGGTGTTCTT Mycobacterium_l TGGTGGTCTG Buchnera_aphidi TGGATTATTA Escherichia_col CGGCGCGCTG Pseudomonas_syr TGGGGGGCTC Chlamydia_pneum TGGTCTTTTA Chlamydia_trach TGGTCTTTTA Aquifex_aeolicu CGGACTACTC Synechocystis_s TGGAGCCTTG Bacillus_stearo CGGGCCCTTA Borrelia_burgdo TGGTGCGCTA Mycoplasma_floc CGGCGCGCTT Mycoplasma_geni TGGATTTTTA ; End;