Show UniProt / TrEMBL protein name		View as list		View in Fasta format (Protein)

# Acidianus ambivalens, Lei 10

>gid:1157383    
TAAGGTACCGAAAGTCCAAGAACATGGGGGATATATTTTTAACACAATTT
TTTTGCAGACTTTTTTGGGGTAAAAATAAACCCTAAAACCTGGACTTTCG
ATCCCTTATTCAA
>gid:1157380  copG  copy number control protein
ATGAAGAAAAAGAGTCTACAGTCTAAATTAGATAATCCAGGTTATAAAGC
TTTTTGTTCAAAAGAAGCCAAAAGTATTACACGTTCTTGTCCATTTAAGA
AGAAGCGCTGCTTTACAGACGCTACCGTTTGTGGATTAATAGGGTATTAC
GCAGACTGTCCGCTAAAGATAGACGAATTGAAAGCAACTACGAAAGAACA
GGTAATCATTATCTGA
>gid:1157379  copG/repA  
AAATTT
>gid:1157377  dbpA  
ATTAAGG
>gid:1157378  dbpA  DNA-binding protein
ATGGAGAAACTCCAAAACACTGAAAAAATTTTGATCATTTTATCTCACGG
TTGTGCAACCTTGGAAAGACTGGAAGAAAAAACAGGTATCCCAAAGAAGG
AACTGCTTGTTTATCTAACCAGGTTATACAATAGAGGGCTTATTTATAGA
AAGTGGCAAAAGTATGGCGGAAAGAAGTTCAGAGAATATTGTCTTAAATA
CCGGGAAGAACTGATAAGTTAG
>gid:1157365  pepFGHI  
ATTAAGTT
>gid:1157370  pepFGHI  
TTTTATTAATTTGCACACAAGCAATAATATTACTCAATAAGCCGTGAACT
GCACACGAGCAAGGGGAGTATTTAATAACAGTTTATGTGCACACCTCATT
TTTAGGAATTGGGGTTTTCCAAAAGATTTATAAACCCTTGAGACAAAATT
AGAACTGGGGAGTTCCAATGGTTTGTGAGTTTCTTCCTCCAAAATACAAA
GCAAAGTTAGTAGATCTAGCTAAACCCGTGGAACTTGCTGAAGCGGGCTA
TACGTTACAATCGGCCTACAAAATAAAACAGAAGAAGGTGATAAGTGACG
AGAAGTGTGAGGAACTAGTTAAAATACTAGGAGAAAGACTGCGCCCGTGA
TACAAGAAGCGTTGAACGAGTTCATATCTCAAATAAACAAACTAGGAATT
ACTGCGTGCTGCTAGCAGCAGTTTAATGGACTGTAGCAAAATTAATGAAA
TTTATAATAAGTTAGATGAGATTCTGCAGCTGCTAAAAAGTAAGAAGAAG
ACGCCACGTGACCTGGACATTTTATACGATAAAATGAAGGACTCACTTGG
CTACGTTAGGATAGATAATTTGAGGAAGGAATTAGGAATGAGTTTAGAGG
AATTCTTATCAACATTCAGTGACCATATAGAGAAACACTACGAATTAATA
CCCGGTGGAGATGAAGGGTTCATACGAAACGGGATTTTGTACGGAATAAT
TAGGCGTAAGCATTAGAAATGGGGATTTCCTTTTTTTGGAATTCTTGTTT
TCCTAAATCTAGAGTCTTCTCTCTCTTTTCTTCTTTCTTCTTAGAGAAGT
CTAGATTCTTCTCTCTAGAACACGGGGTCTAGAAGCCGTGGTTAATCCTT
GATAGCTGCAAATATGCAGCTCTGCTCGATGCAGCACTAATTACTCTCTT
CAATTTGTTTACTTTCGGTCTCACTAAATTGACTCGCATGCGAGTCAATT
TTGCTCTCTTCTGTTTTATTTTTACTTTCTATATCAAATTTCACGCCAGG
TGGCGAGAATTTTTCTCCAGAAGAGAGACAAAATTACGGGCCAGGTGGCC
GTATTTTGTCCAGGATAACAATAAAATCAGAGAATAGAGTAAACTACGGG
GCAAATGCTCCGTATTTTGCCCAGAATAGCGAAAACAAATACTAGCACTA
GTGCTAGTATTTTGTTCATTTTTAATTTCTTTTGTTTATTCTACCTGGAT
CCCAGGGTGTTTAAGTTGTAAGATATAGCTATATTAGCTGTACCTATGTT
TAATCCTACTTGGATCCCAGGGTGTTTTTCTCCTAAGAGTTAGCTCTCAC
GGTTACGTAAACAGTATTAACAAATATGTTAATGCTACAGGGTGAGAGTT
AGAAAGCTGCTTTTTGCAGCGCTATTAGGTAATTCACATATTACTTAATC
CTGTTTAAGGTTTATTAAGGAGAATTACACGTTAAAAAAATATGGAGAAA
CTCCAAAACACTGAAAAAATTTTGATCATTTTATCTCACGGTTGTGCAAC
CTTGGAAAGACTGGAAGAAAAAACAGGTATCCCAAAGAAGGAACTGCTTG
TTTATCTAACCAGGTTATACAATAGAGGGCTTATTTATAGAAAGTGGCAA
AAGTATGGCGGAAAGAAGTTCAGAGAATATTGTCTTAAATACCGGGAAGA
ACTGATAAGTTAGGCTTGTCATACCAAAAATCGATCGGTGTGTTTATATG
TGCCATACGCATAAATATTAACGTATGCTTTAAATTTAAGCGGGGCGGGG
AGATATGAAGAAAAAGAGTCTACAGTCTAAATTAGATAATCCAGGTTATA
AAGCTTTTTGTTCAAAAGAAGCCAAAAGTATTACACGTTCTTGTCCATTT
AAGAAGAAGCGCTGCTTTACAGACGCTACCGTTTGTGGATTAATAGGGTA
TTACGCAGACTGTCCGCTAAAGATAGACGAATTGAAAGCAACTACGAAAG
AACAGGTAATCATTATCTGAAGGTGAGTAGCTGTGGATGATTTAAAGCTA
AATTACGCCAAGTGGTTCATAAAAAACGGGGCTGCTATTTTTCCAATCGA
CCCAAACACTAAGAAGCCCGTGGTGAAAGAATGGCAAAGGTATAGTCACG
AGCCGTTGACTGATGAAGAGAAACAGAAATTCCTAGAGATGATTAGTCAA
GGCTATAATTACGCCGTGCCTGGCGGACAAAAGAACTTAGTAATTTTAGA
TTTCGAAGACAAAGAACTCCTGAAAGCGTGGATAGGAGAAGAAACACTTA
ACAAAATTTGCAGCAAAACGCTGTGCGTTACCACGCCTCATGGCGGCTTG
CACATATACCTTATAGTTGATGAAGTACCGCCACACAAGTTTAACCCTGT
ATTTGTCAAAGACGGTAAAGGAGTAGCTGATTTACAGAGCTTCGACTCTT
ATGTACTAGGCCCAGGCTCTTGCATTAATCATAAGTATTGTAGTAGTGAG
AAATGTAAATGGAAAGGTAAAGATTATACTACATGCTATATTCCAGTAAA
TAATACTGGAATAGGAAGACCGGACAAGGGGCTCAAAAACTTCCTAAAGT
GGTTAGCTGATAAGGGCAAAAAACTAGGCATAGAATTAAGTGGTTCAGCA
CGGGCATGGGTGGAAGGAAAGCAAGAGAAGTCTGATTCCCATACGGAAAA
AGACCTGGAAAAGCTCAAAGAAGAAATGGCGAAATATAACCGCTTTAAGG
GGAAAACTGTAGACGCAATAAGATCTGAAGTTTGTCAGAGTATTAAGAAA
AGCCTGGACAATGCCAAGTCTGATAAGGCAAAAGCCATGCTTAACACAGC
TTTCCAGGTTGTTTGTCAAGGCAAGAAGTACAGTGACTTAGGAATCGATA
GAAGTAGGGGGGATTGGCATGTGCTAAAAACACTGTTGAGCCATGGAGTC
ACAGACATAGATATGTTACAACAATTGATACCTAATGATTCCAAAGTTTT
CGCCCCCAAATGGGACAAGTATTTTGTGCATACGTTAATGAAAGCCTGGA
ATGAAGTAAAGCCATTCCTAACCGTGTTGAAGAATGCAAAGAAGAAGAAG
GCCAAAGAGCTCAAAGAAGAGTTTGCTGAAGCACTTTCGCAATACATTAT
AAGGAAATACCACATCATCACGTTCATTCAAAAACACGGAAATGGCGAAT
CGATTGTAGGAATATTTCGATGGAGTAAGAAAAAGGGAATCTATGAGCCA
GTTGATAAAACGCTTAAGAAGATTATTAGACATGAGATCATGCGTATCAA
GGAGTTATTCCCTAAGTCAGAAGAAGAAGGCAAAGTAACGTTCTATGAGA
TTAAGAGCGGTCTAGTTAAACTGGTATATGATGAAATTATGGACTTAACG
CTGACAGAGTATGATGATGATAATATCCCACTAAGGATAGCGTTTGAGAA
TTATACATTGGAGTGGTCAACAGACAAGAAAGAGAATATCTTCAAACTAA
TTCCCGCAAATGAACGCACAGAGGAACATTATTCATTCCATTACATTCCG
CATAAGATCCGTGATGAAGTATTTAATAACACGCCGTTGCCATTCCAGGT
CAGTGAGTTAGAAGACTTAGCCCGTAAACTATGCCCCAGGTCACTAGATA
CTTTCAAACAATGGGCGGGTGACAAGTGGATCACATTGTTTGAGATAATA
GGATATACGTTATACCCCGCTACAAAGATTAAGTTAGCGTTTATGTTACT
AGGGCCCCGAGACAGTGGAAAGTCAACATTCTTACAGTTATTGAAGAAGA
TATTGGGCAAACATAACACGGTTAGCATTCGTGTTAAAGAGCTGTTCGAC
TCAAACAATAGGTTTGTGATGGGGTACCTATTCCACAAGTTAGCAAATCT
CACGGCTGAAACTAAGGAGTACACTATAAATGATATTGACAGATTCAAGA
CATTAACAGGTGGGGATCAAGTTACGAGTGATGTCAAGTTTAATGGGCCA
ATCACGTTCACTCCTTACGCAAAGATCATCATTGCAAGTAACAAGTTACC
AAACGTTTCGGATAAGAATGACATGGCCTTTTGGAGAAGATGGTTGATTA
TAGAATTCCCGAATACTTTTCCTAATGATGATAACTGGTTCAGGCAAACT
TTCACAGAAGAGGAAATAGAAGGTATCCTAACAGTATCGATTTTGGCGTT
TGCCCGCGTAATCATTAACGGAAAGTTTGACTACCAACAGACTCCAGAAG
AGGTAAGAGGCTTATGGCTCAACAACATTGACAGCGTATGGAGTTTCATC
AAAACTTATGTGGAGAAGGGCATCATCACGCTGGATCCACGAAATGCCGA
CTTATGGGTACCTAGAAAGGAGCTATATAATTTATATAAGGAATATTGCC
TCGATAATGGGTTCCCTGGAGTATCGCTGAGAACGTTTGCCAATAAGCTC
AACAAATACTTTGGAATCACGAGTATGAAGAAGAATTTCGGAAAGAAGCC
TGATGGTACAGATGATAGAAAAAGATGCTTTGTAGGTATTACAATAAACA
GAGAGGCTAAGCAGGCGATTGAAGCTGATATGATAAATGAAGTCGAAGAG
TTCATTGAGTATGTGAAGAAGAACAACCACGCAAAAAAGGAAGTTTTGGG
AAATTGCCAAGATTTTGGGGATGAGAAGAAAGCTAACAGGTTTGTGTCAT
GGTGTATGAAGAAGAACATGTGTTACCAAAGAGGAGTTGACACATGGGAA
ATCTCTTTGTAACACGCGGGGTTTTCAATTTTTTGAAATTCAATTTTTAA
ACTGTAATGTACAAATAAGGTACCGAAAGTCCAAGAACATGGGGGATATA
TTTTTAACACAATTTTTTTGCAGACTTTTTTGGGGTAAAAATAAACCCTA
AAACCTGGACTTTCGATCCCTTATTCAAATATACCGTGATAATATTACAA
TGCTCATGTTACAATTGAATGCAAAATACTGAATATGTCTAACGTATTTT
CTCTTCATAGAGCCGTGCTATATCCATATTTTATATTATAATGCAGCTGC
ACATGAGTACTACAAATATGCAGCTTTGGAATTGGGGAATTCCAAAAAAC
TGGGAATCCTCCGGAAATCTCCATTCCCTCTAAAAAGTCTACATCTGCAG
CAGCTGCATACAGTACGGGGGCCACTCTATATTATAACAAAAATTTCTCT
CTTCTGTTTCACAAAACTGTACGCTCCAGCGTGCAGTTTAGTTTTCTTCT
GTTTTATTTTTTATGTTGGAAAAAAAAAAAGATTAGATTGGCTTGAAGAT
ATTTTCGTACTCTTCTTCGGCTTCTTCTGCAGGGTTTTCTTCTTTCTTCA
TTTTACGGGCCAACTCGCGGTAATACTCGGCTTTCGCTTTGGCCGCATCT
TCCGCATATTTTGGTGCTAAACTTCTCATTAATACTTCATACCATACCGT
TAATTTCTCCTCTGCAGCTTTGGTTCTTTCGGGGCTTGTTGCATAGTTAG
CTATACCAGAAAAATACCTATCTTCCCACTCGTGTTTTACAGCTGGCTCA
ACTTCTGCTCTCTCCACTTTCTTCTTCAGATCCTCAACAGTCTTCTTGGC
AGCTCCTTCTGGACCATATATAAGGATAGAATGCTTTCTCTTTCTGGCCA
TCAGGTGAATGGATACATTAGGCTTTATAAAACAAGACAAACACGCATTT
TTACGAGTTTTTTATAAATAACCC
>gid:1157367  pepG  hypothetical PepG protein
ATGTCATCTGAACAACACGCTTCCAAATTACCAATTAAGTCACGTTACGA
CTGGAATGAGCTCAACCGTGCTAAGGAAGCAGTAACCTTTTTCGAGGCTG
TTATACAACCTTCTCTAGAAAGAGACGGAATTTCGCCAACGGTAATAGAT
AGTATTAAGGTTTCATACTACCGTGATATCTTGAATATCATAACTCAAAA
GTTAGCTCAAACCTATGCTTCTATTAATATAGAAACTGCAGTGAAAATTA
TAGACGAAGAACTTCCTAAGTTGCTTAAGGAATCTTCGCCTTCTGTTGAT
ATACGAGGAATAATTAACGCGTGGGATTTCGTTAAGAAAGTTTTAACAGG
AGGTGATAAAGGTGAGCAAACGGCTAAAGGATCTAATTCCTCCTCCTCAA
ACAAATGA
>gid:1157368  pepH  hypothetical PepH protein
GTGAGCAAACGGCTAAAGGATCTAATTCCTCCTCCTCAAACAAATGAAGA
AACTAAATATAAGTATAGTTATGAAGATTTCAAGAACGCATTTGGTGACT
TTGCAAACTTCGACACACTTTCACATCTTCGCGTGATGCAATATTTGAAA
CAGGCACAGACCAGGGAAGAGCAAGATATATTTACATTAATTCAGAGAGT
TCTAGCTTTACAGAAGGAACTGAAAACACCTGGTAATGAAGAAAAAGAAT
CAGCAGAGGCAATCAAGACACTAAACTTTGTATTGGATGTTATCAAGCAA
TTGAACGATCCACGCGTGATAGACCTGGTAAAGAGGATTGTGGACGCTTT
AGCTACTCGAGCAGCTGCTGCGGGTGGTGGTAATAAATGA
>gid:1157369  pepI  hypothetical Pep I protein
ATGAACAAACAGAAATTGGAAAAGTTTGCAAATCTGGAATTAGATTTGCT
TAGCGTTTTACTATCATTATCCGACGACGACGTTGACAATCTAATAAACG
AACTTGAAAACATTCTACAAAAGTATAAGGAAAAAGCGATAGAAACGGAC
GTGCTTCAACTGCTGAACAAACTTTCAGATGAAGAGAAAAGAAAGTTAAT
TGAAAAGTTATTAAAGTGA
>gid:1157372  pepJ  hypothetical PepJ protein
ATGGTTTGTGAGTTTCTTCCTCCAAAATACAAAGCAAAGTTAGTAGATCT
AGCTAAACCCGTGGAACTTGCTGAAGCGGGCTATACGTTACAATCGGCCT
ACAAAATAAAACAGAAGAAGGTGATAAGTGACGAGAAGTGTGAGGAACTA
GTTAAAATACTAGGAGAAAGACTGCGCCCGTGA
>gid:1157371  pepJK  
ATAAACC
>gid:1157374  pepJK  
CCTTTTTTTGGA
>gid:1157373  pepK  PepK protein
ATGGACTGTAGCAAAATTAATGAAATTTATAATAAGTTAGATGAGATTCT
GCAGCTGCTAAAAAGTAAGAAGAAGACGCCACGTGACCTGGACATTTTAT
ACGATAAAATGAAGGACTCACTTGGCTACGTTAGGATAGATAATTTGAGG
AAGGAATTAGGAATGAGTTTAGAGGAATTCTTATCAACATTCAGTGACCA
TATAGAGAAACACTACGAATTAATACCCGGTGGAGATGAAGGGTTCATAC
GAAACGGGATTTTGTACGGAATAATTAGGCGTAAGCATTAG
>gid:1157385  pepM  
TTGTTTTAT
>gid:1157387  pepM  
TTATTTATAA
>gid:1157366  pepM  PepF protein
GTGAGTCAAACAGTCTATGCAATAAATCTAACACACGAAGAAACTGCAAA
TTTGTTACAATATCATTACCTTCTGTATAGATATGAGCATCTCGTAAATA
CCTATTCTCAAACAGTCGAATTAGTAATTCGCGAACATATGAAAAATTTT
ATTCCCATGCGTGCTAAACTGTTAATATCACTCTTTAAGATGTTAAAAAA
TGGTATTATACCGCCAACTGTGGACGATCTCAAAGATTATGCATATTTTT
TACTCATAAAGAATGACAGCGGTTATGTTGTTAACAATAAGAAGTACTCT
TTTCTGTATGATTACCTGGAGACCGAACTACCAGGTCTGCACGCTTTTAA
CGTCATTCATACTTCGCCAAACAAGAGAATTTCTCTCCATGAAGAAGAGA
AAGCATACCTGGACAAGTTTAAAGAAGAGCATTCTTTCGAAACCCAGGAA
GACGCAATAATAGATTTGCTATCGACAACTTACGTGTTCTCGATATGGAG
AACGGTAGTAAACTTAACGGAGAACAATGTAAACGACGTGGAGCTCCAGG
TGTTTGATGAGTTAGGAGAATTTGTACTTCTATTCGGCGTGCTAAAGAAT
AATAATAAAGTCAAGATACTAATCGAATTTTTCCCGTTTTTCACTTCAAA
TAAATTCACGGAAGTGATAGAAAATGTCATCTGA
>gid:1157384  pepM  
ATCTTTTTTTTT
>gid:1157386  pepM  PepM protein
TTGTCTTGTTTTATAAAGCCTAATGTATCCATTCACCTGATGGCCAGAAA
GAGAAAGCATTCTATCCTTATATATGGTCCAGAAGGAGCTGCCAAGAAGA
CTGTTGAGGATCTGAAGAAGAAAGTGGAGAGAGCAGAAGTTGAGCCAGCT
GTAAAACACGAGTGGGAAGATAGGTATTTTTCTGGTATAGCTAACTATGC
AACAAGCCCCGAAAGAACCAAAGCTGCAGAGGAGAAATTAACGGTATGGT
ATGAAGTATTAATGAGAAGTTTAGCACCAAAATATGCGGAAGATGCGGCC
AAAGCGAAAGCCGAGTATTACCGCGAGTTGGCCCGTAAAATGAAGAAAGA
AGAAAACCCTGCAGAAGAAGCCGAAGAAGAGTACGAAAATATCTTCAAGC
CAATCTAA
>gid:1157382  rep  
GCGGGGTTTTCAATTTTTTGAAATTCAATTTTTAAACTGTAATGTACAAA
TAAGGTACCGAAAGTCCAAGAACATGGGGGATATATTTTTAACACAATTT
TTTTGCAGACTTTTTTGGGGTAAAAATAAACCCTAAAACCTGGACTTTCG
ATCCCTTATTCAAATATACCGTGATAATATTACAATGCTCATGTTACAAT
TGAATGCAAAATACTGAATATGTCTAACGTATTTTCTCTTCATAGAGCCG
TGCTATATCCATATTTTATATTATAATGCAGCTGCACATGAG
>gid:1157381  repA  primase
GTGGATGATTTAAAGCTAAATTACGCCAAGTGGTTCATAAAAAACGGGGC
TGCTATTTTTCCAATCGACCCAAACACTAAGAAGCCCGTGGTGAAAGAAT
GGCAAAGGTATAGTCACGAGCCGTTGACTGATGAAGAGAAACAGAAATTC
CTAGAGATGATTAGTCAAGGCTATAATTACGCCGTGCCTGGCGGACAAAA
GAACTTAGTAATTTTAGATTTCGAAGACAAAGAACTCCTGAAAGCGTGGA
TAGGAGAAGAAACACTTAACAAAATTTGCAGCAAAACGCTGTGCGTTACC
ACGCCTCATGGCGGCTTGCACATATACCTTATAGTTGATGAAGTACCGCC
ACACAAGTTTAACCCTGTATTTGTCAAAGACGGTAAAGGAGTAGCTGATT
TACAGAGCTTCGACTCTTATGTACTAGGCCCAGGCTCTTGCATTAATCAT
AAGTATTGTAGTAGTGAGAAATGTAAATGGAAAGGTAAAGATTATACTAC
ATGCTATATTCCAGTAAATAATACTGGAATAGGAAGACCGGACAAGGGGC
TCAAAAACTTCCTAAAGTGGTTAGCTGATAAGGGCAAAAAACTAGGCATA
GAATTAAGTGGTTCAGCACGGGCATGGGTGGAAGGAAAGCAAGAGAAGTC
TGATTCCCATACGGAAAAAGACCTGGAAAAGCTCAAAGAAGAAATGGCGA
AATATAACCGCTTTAAGGGGAAAACTGTAGACGCAATAAGATCTGAAGTT
TGTCAGAGTATTAAGAAAAGCCTGGACAATGCCAAGTCTGATAAGGCAAA
AGCCATGCTTAACACAGCTTTCCAGGTTGTTTGTCAAGGCAAGAAGTACA
GTGACTTAGGAATCGATAGAAGTAGGGGGGATTGGCATGTGCTAAAAACA
CTGTTGAGCCATGGAGTCACAGACATAGATATGTTACAACAATTGATACC
TAATGATTCCAAAGTTTTCGCCCCCAAATGGGACAAGTATTTTGTGCATA
CGTTAATGAAAGCCTGGAATGAAGTAAAGCCATTCCTAACCGTGTTGAAG
AATGCAAAGAAGAAGAAGGCCAAAGAGCTCAAAGAAGAGTTTGCTGAAGC
ACTTTCGCAATACATTATAAGGAAATACCACATCATCACGTTCATTCAAA
AACACGGAAATGGCGAATCGATTGTAGGAATATTTCGATGGAGTAAGAAA
AAGGGAATCTATGAGCCAGTTGATAAAACGCTTAAGAAGATTATTAGACA
TGAGATCATGCGTATCAAGGAGTTATTCCCTAAGTCAGAAGAAGAAGGCA
AAGTAACGTTCTATGAGATTAAGAGCGGTCTAGTTAAACTGGTATATGAT
GAAATTATGGACTTAACGCTGACAGAGTATGATGATGATAATATCCCACT
AAGGATAGCGTTTGAGAATTATACATTGGAGTGGTCAACAGACAAGAAAG
AGAATATCTTCAAACTAATTCCCGCAAATGAACGCACAGAGGAACATTAT
TCATTCCATTACATTCCGCATAAGATCCGTGATGAAGTATTTAATAACAC
GCCGTTGCCATTCCAGGTCAGTGAGTTAGAAGACTTAGCCCGTAAACTAT
GCCCCAGGTCACTAGATACTTTCAAACAATGGGCGGGTGACAAGTGGATC
ACATTGTTTGAGATAATAGGATATACGTTATACCCCGCTACAAAGATTAA
GTTAGCGTTTATGTTACTAGGGCCCCGAGACAGTGGAAAGTCAACATTCT
TACAGTTATTGAAGAAGATATTGGGCAAACATAACACGGTTAGCATTCGT
GTTAAAGAGCTGTTCGACTCAAACAATAGGTTTGTGATGGGGTACCTATT
CCACAAGTTAGCAAATCTCACGGCTGAAACTAAGGAGTACACTATAAATG
ATATTGACAGATTCAAGACATTAACAGGTGGGGATCAAGTTACGAGTGAT
GTCAAGTTTAATGGGCCAATCACGTTCACTCCTTACGCAAAGATCATCAT
TGCAAGTAACAAGTTACCAAACGTTTCGGATAAGAATGACATGGCCTTTT
GGAGAAGATGGTTGATTATAGAATTCCCGAATACTTTTCCTAATGATGAT
AACTGGTTCAGGCAAACTTTCACAGAAGAGGAAATAGAAGGTATCCTAAC
AGTATCGATTTTGGCGTTTGCCCGCGTAATCATTAACGGAAAGTTTGACT
ACCAACAGACTCCAGAAGAGGTAAGAGGCTTATGGCTCAACAACATTGAC
AGCGTATGGAGTTTCATCAAAACTTATGTGGAGAAGGGCATCATCACGCT
GGATCCACGAAATGCCGACTTATGGGTACCTAGAAAGGAGCTATATAATT
TATATAAGGAATATTGCCTCGATAATGGGTTCCCTGGAGTATCGCTGAGA
ACGTTTGCCAATAAGCTCAACAAATACTTTGGAATCACGAGTATGAAGAA
GAATTTCGGAAAGAAGCCTGATGGTACAGATGATAGAAAAAGATGCTTTG
TAGGTATTACAATAAACAGAGAGGCTAAGCAGGCGATTGAAGCTGATATG
ATAAATGAAGTCGAAGAGTTCATTGAGTATGTGAAGAAGAACAACCACGC
AAAAAAGGAAGTTTTGGGAAATTGCCAAGATTTTGGGGATGAGAAGAAAG
CTAACAGGTTTGTGTCATGGTGTATGAAGAAGAACATGTGTTACCAAAGA
GGAGTTGACACATGGGAAATCTCTTTGTAA
>gid:1157375  sso  
TTGACTCGCATGCGAGTCAATTTTG
>gid:1157376  sso  
TACTAGCACTAGTGCTAGTATTTTGT