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

# Microscilla sp. PRE1, PRE1

>gid:1155036    MS136, hypothetical protein
ATGATGTGGCTTGCAGCCATGAATCGTCCAGATCATAATACAATTGCCCG
ATTCAGAAGTGAGCGACTTAAAGATGCCTTGAGGCAAGTATTCGGTCAGG
TTGTTGAGTTATTGGTTGAAGAGGGACTGGTAAGTATCAAAAACATCTAC
ACCGATGGCACCAAAATAGAAGCCAACGCTAATAAATACACTTTTGTCTG
GGGACGTGCTATCCAAACCAGCAGAGAGCGCATAGCCAAGCAGCTAGATG
AGCTTTGGGATTACACACAGAGGCTAGCAGAAGAGGAGTTATTCAGTGAA
GAAAAGCCTGACTTTAAAGAGATAGACAAGGAAAAAGTCAGTCAGACTAT
AGAGAGGATAGACAAAGCACTGGAAGACAAGCCTGTCAGCAAGAAAGTCA
AACAAAAGCTCAACTATGCTAAAAAGAACTGGCCAGCTAAGCTAGAAGAG
TATGCTGAAAAGGAAGCCATCATGGGTGAAAACAGGAATAGCTACTCCAA
AACAGACCATGGAGCCACTTTCATGAGAATGAAAGAGGATCACATGCTCA
ATGGCCAGCTCAAGCCAGGCTATAACCTTCAAATCAGCACCTCAGACCAG
TTCATTGTCAACTACAGTATCCACCAAAACCCTACAGATACACTTACTCT
CAAACCACACCTTCAGCAGTATCAAAACCTTTACAAAACCAACCCTGAAT
CGATCTGTGCAGATGCAGGATATGGCAGTGAAGAAAACTACGACTATCTG
GAAGAACAAACAATAGAATCCTATGTGAAGTACAATTACTTCCACAAGGA
GCAGTCAAAGAAATGGAAGGAAAACCCCTTCAGAACAGACAATCTGCATT
ATAACGAAGAGCAGGACAAGCTATACTGTCCAATGGGGCAACCGATGGAT
CGGATAGCTGATCGAAAATCAGAATCATCGGCAGGTTATAAACAAACTTA
TGCACGATATCAGGCTAAAAACTGTAATGGATGCTCCTTGAGAGGCTCTT
GTCATAAGAGTAAAGGCAATCGTATTGTAGAAATCAATCATAATCTGCGG
CGACATAAGCAGAAAGTGAGGCAAAACTTATTCTCTGAACAAGGATTAGC
TCATAGAGCCAAAAGACCTTGGGATGTAGAGGCTGTCTTTGCAGCCATCA
AACACAATCGAGGCTTCCGAAGGTTTATGCTTAAAGGCATCGATAAGGTA
GAAATAGAGGTAGGATTACTCGCTATAGCTCAAAATCTGGCCAAGAAGGC
CGCTTGA
>gid:1155061    MS161, putative HsdS of type I restriction-modification system
ATGCCCCAAAACTGGAAAAAATATAAGCTCGAAAATGTCTCAGAAAGAGT
AACAGTTGGCTTTGTTGGATCAATGGCACAAGAGTATGTTGATAAGGGTG
TTCCAATGCTTCGATCTCAAAATATTAAACCTTTTAGTTTAGATTTTGAT
AATGTTAAATTCATTTCAGAGAAATTTCATGCTAAAATTTCTAAGTCAAG
TTTAAAGGCTGATGATGTTGCAATTGTAAGAACTGGAACGCCAGGAACTG
CTTGTGCTATTCCTGAAAGGATAGGACAAATGAACTGTTCTGATTTAGTG
ATTGTAACTCCTAACTTAAACCTGATCAATCCTCATTTTCTGTGTTATTA
TTTTTATAGTATTGCTTCTCACTATGTGAATTCCCAACTGGTTGGTGCGG
TTCAGCAGCATTTTAACGTTGGGTCTGCTAAGAAGATGGAAATTCTACTT
CCTTCTTTAAAAGAGCAAGACACTATTGTTGATGTACTAAAGAGTATAAT
TGACAAAATCGAGCTCAACCTCCAGATGAACAGAACGCTAGAAGAAATGG
CCATGACCTTGTATAAGCATTGGTTTGTGGATTTTGGGCCGTTTAAATCC
CCACTTGAGGGGGGTGATTGGAAGGCGGGGGGTGTAAGTGCCAAAGACGA
AATACACCTTGCTTTGGCTCCGGCAAGTTCATAG
>gid:1155018    MS118, putative transposase
ATGCAAAACTATCGAAAGGGTTCTCATACACTGTTTGACCTAAAGTACCA
TTTAGTTTGGATTACGAAATATCGCAAACAAGTTTTGGTTGGTTCTGTGG
CAGAAAGGTCACGTGAGTTGATCCGCGAGATATGTAAAGCAAACGATGTT
GAAATAGTGAAAGGTCACGTTTCGAAGGATCATATTCATCTTTTTGTTTC
GGTTCCTCCAAAATTGTCTGTGAGTAAACTTATGCAATATTTGAAAGGCA
AGACTTCTCATAAAATGTTATTTGAGTTTAAGCATTTGCAGCGACAATTT
TGGGGTAAACATATATGGACACGAGGCTACTTTGCTGTAAGTAATGTAAC
AGACGAAGTGATCATGCAATACATAGAGAATCAAGATGTAGAACAAAAGG
ATGATAACTTTGAAATTGGTAGTTGA
>gid:1155003    MS103, putative transposase
ATGAATCAACAAGAAAAACAACAGCTAAAGCAAAAAGCACTTAAGCAATT
TTTTAACGGAGAATCACTGTTTGGAAAGGATGGGGCTTTTGCCCCAATGC
TCAAAGAGTTTTTAGAAGAGGCTCTGGAAGCAGAGATGGAAGGGCACCTT
TCCAGTGATCAGAAGGGCCGCCCAATGGGTAACAAGCGCAATGGAAAAGG
TCAAAAAACTGTAAAGAGCAGTCACGGGGAAGTACAGATACAGACCCCTC
AAGACCGTCACAGCAACTTTGAACCCCAAATCATTGAGAAGCGGCAGCGG
ATACTTGCTGACAACCTTGAGAAACAGATAATAGCCATGTATGGCCTTGG
CAATAGCCTGAGGGATATCCAGGACCATATCAAAGAGATGTATGATACAG
ACATCTCTACAGAGGTGCTGAGTGATATCACAGACCGTGTGGTACCTAAG
GTAAAGGAGTGGCAAAACAGGCCTTTGGAGCCAGTCTATTGCATTGTCTG
GCTAGACGCTATGCACTTCAAGGTGAGAGATGAAGGCAAGGTAAAGCATA
AAGCTCTCTACAATATTTTAGGGATCAATAAGCATGGGGAGAAGGAAGTA
CTGGGAATGTATATCTCTGAGAGTGAAGGGGCTAACTTCTGGCTTCAGGT
GCTTACCCAGCTGCAAAACAGAGGATTAAAAGACATTTTGATTGCCTGTA
CTGATAATCTGACAGGGTTCAGTGAAGCCATACACTCGATCTATCCACAA
ACAGACATTCAGCTATGTATTGTCCACCAGATCCGCAACAGCTTGAAGTA
TGTAGCTAGCAAAGAGCAGAAGGTGTTTATGAAGGACCTAAAGCCGATTT
ACCAGGCTGATACCAGGGATCAGCCTGGTAAACCAGCTTTGTTAGAGTTG
GAAGAGAAGTGGGGAAAAAAGTATCCGGTAGTGATCCGTTCCTGGAATGA
CAACTGGGAACTGCTCAGCACTTACTTTGATTACAGCAGGCCAATTAGAA
AGTTAATCTACACCACCAATCCAGTGGAAGGCTTTCATCGGCAGGTAAGA
AAAGTCACGAAGAGCAAAGGAGCCTTTACCAGCGATATGGCTTTGCTGAA
GTTAGTTTATCTGGTCACCAGGCGCATCGAGAAAAAGTGGACCTCTCCAT
TACAGAATTGGGGGTTGACCGTTCAGCAATTGGCCATTAGATTTGAGGGG
AGATTGGAGCTGGACCTTAGGACCAGCGAAACAAAAAATTAA
>gid:1155017    MS117, putative maturase
ATGAGTCTGTTAGACGAATGGGAAAGAGATAGCCTTCCGGTGAAGGGCAC
AGACGTATTCTGTAAACGAACCGGCAAGGTAGGTCATCAGTGGCTATCAG
CGTGTGAAGAAGAACGAGCCTTGACGAGAGGTTTGATGTATAAGGTATGC
GATCTATCAAATCTTACTGCATCATTGAAGCAGGTAGTAAAGAACGGAGG
ATCACCGGGAGTAGACGGAATGCAGGTCAAAGAACTGCGATATTGGTTTT
CCAATAACCACCAGAAGTTAATTGAACAACTGAAGGAAGGGAACTACAGA
CCAATGACAATCAAAGGACAGGAAATTCCCAAACCTGGCGGTGGCGTTCG
TCAACTAGGCATACCCACTGTCCAAGACCGGTTGGTTCAACAAGCCATTG
CTCAGCAATTAAGTAAAAGATACGATCCCACCTTTTCACAGTACAGTTAT
GGCTTCCGCAAGGGCAGAAATGCCCACCAAGCTTTAAGGCAAGCTGGAGC
GTATGTAAAGGAAGGGTTCAATTATGTAGTAGACCTTGACTTGGAGAAAT
TCTTTGACAAGGTGAACCATGATCGTTTAATGTGGCTGCTGGGGAGACGT
ATATCAGACAAGCGGGTACTAAAGCTGATAGGTAAGTTTCTGCGATCTGG
CATATTAATAGGAGGCTTAGAGAACCAACGGATAAGCGGTACTCCTCAGG
GAAGCCCCTTGTCCCCACTGCTATCCAACATCGTACTGGATGAACTAGAC
AAAGAGTTAGAGCGAAGAGGCCACCGTTTTGTACGCTATGCAGATGATAT
GATCCTTCTAGTAAGGAGCCAAGAGGCAGCAGAGCGTGCATATTCATCGA
TTACCAGCTTTATCGAAAATCGCCTTCTATTGAAGGTGAACAAAGATAAG
AGCCGGATATGTAGGCCTTACCAGCTTAACTTTCTGGGACACTCGATAAT
GTGGGATGGTAAGTTGGGTCTTAGTCGGCAAAGCGAACAACGATTTAAGG
AAAAGGTAAAGAAAGTCACCCGCAGAAACCGTGGTATCAGCCTTGAGCAG
ATGGTCAAGGAGCTTAACAGGGTACTTCGGGGATGGCTTAATTACTTCAG
GAGCGCAAAGATGCTAAGCAAGCTACAGCGGCTAAGCAGTTGGATACATC
GTAGGATAAGATGTTTTCGGCTCAAACAATGTAAACGTGCAATAGGCATA
ACGCGATTTCTGGTAAGCCTTGGACTACCGAAATGGCGCAGTTTACTTTT
GGCAACCTCCCACAAGGGATGGTTCAGAAAAGCTGGAAGTCCGCAAGCCC
ATGAAGGTATGAATAAGGAGTGGTTCCGACAGATCGGATTGTTCAATCTA
GTTGAATATTATAGTTTAAACTTCAAAGAAACCGCCTAG
>gid:1155063    MS163, putative HsdM of type I restriction-modification system
ATGGCAAAAGCAGATATTGATTTTGAGAAAGAACTATGGGATGCAGCTAA
CGAACTAAGGGGCGCCGTATCTGAGAATAACTACAAGAATTACATCCTTC
CTCTGGTGTTTGTCAAGCACTTAAGTGAGCGCTATGAGATGGTGCACGAC
GAACTGGACAACATGCTGCACGACCCCAAATCCGACTATTACACGACGGA
CAATGAGGAGATCAGCTACGTACTGGAAGATCAGGATGAGTACCGATCTA
GAAATACTTTTAAGATTCCCAAAACTGCCTCATGGCAGTACCTTAAGGAC
AATGCCGAGCAGGACGACATCAAGGTCATCGTGGATGATGCTTTTGATGT
CATGCAGGATTTGCTGACTGCGTATAATCCACAGCTCAATAACCTGCTTC
CGAGGATATTTGTACGCAGTGAACTTTCAGCCAAACAAACAGGCGGGATT
ATCAATCTGCTGTCACATCCCAAGTTTAGTGAAAAGGAGAATCCGGAGAG
TGATATCCTCGGGCGCATCTATGAATACTACATTGGTCGCTTTGCTATGG
CCGAAGGATCCGGCGCAGGTCAGTTCTTTACCCCGGGGAGTATTGTTCGT
TTGTTAGTAGAACTTTTAGAGCCTTACAAAGGAAGGATTTTCGATCCGGC
GTGTGGGAGTTGGGGTATGTTTGTCCAAAGTTTAAAATTTGTAAAAGAGC
ATGGCGGAAACAAAAGCGATATCTCCATCTATGGCCAGGAGATGACGGCC
CAGACGCTTCGGCTTTGTCTGATGAACCTCATGCTCCGTGAATTATCGTT
TGATATTAAGCTGGGCAACTCGCTGCTCGATGATAAATTTCCTGATCTCA
AGGTCGACTTTATCATAGCCAATCCCCCCTTTAACGTGAGTAACTGGCAC
CCGGAAGACTTACCGGAGGGAGATCCAAGGCTTTTCGGCCCAAAGGAAGA
ATTTACAACAGACGGTAATGCCAACTACATGTGGATGCAAACCTTCTGGC
ACCATTTGAGTGATACAGGTACTGCCGGTATTGTGATGGCGAATGGTGCG
ATGACCTCCAACACCAAAGGAGAGAAAAGCGCACGATAG
>gid:1155060    MS160, putative transposase
ATGCCAATATCCGTGGAGCCGGCTATTACCAATGAAATTTTTAAAACCAA
TAAGTATATGAACAACACACAGACATGTGAAAAACTACGTGCCATGAGGC
TACAAGCCATGGCTGAGCTACATGAGCAATACCTTGCTTCTAATCAAAAC
GCTTCGGTGACTACAGACGAATACCTTGCCTTACTCACCGACCATCAATG
GGAAGCCCGACAGCATCAAAAATCAAGTAGGTTACTCAAACAAGCACACT
TTAAACAACGAATAAGTCTGGAGGAGATCAATTATGCACAGCAACGTAAT
CTGGATAAAAACATGTTCCAGCGACTGGCTACACTTGATTTTATAGCTAA
AAAAGAAAACCTAATCATTACAGGACCTTCCGGGTTGGGTAAAAGCTTTA
TGAGCCAAGCATTAGGTCATCAGGCTTGTATGGAAGAATACAAAGTGCTC
TATCAGAATACCGGCAGAATGCTCAAAAAACTTAAACTCGCCAAAGTAGA
CGGCACCTACCTGAAAGAACTCAGGAAAATCAATCATGTACACTTGCTAA
TACTTGACGACTTTGGACTACAAGCCATGGATAATCAGGCAAGAGAAACG
ATGCTAGACATTATAGACGAAAGATACCAACAACAATCCACCATCATTAC
TTCTCAAATACCAGTTTCTGCATGGTATGATGTTATTGGAGAAGGCACCA
TTGCTGATGCCATCCTGGATAGACTAGTCAACTCGTCGCACCGCATTGAC
TTGAAAGGAGAATCAATGAGAAAACTAAAAGTGCTTTAA
>gid:1155002    MS102, putative replicative DNA helicase
ATGAAATCTGGTAGTACAAGGGATATAAAAGATCAAAAGATAGATCTTAC
AAGTCTGGTGTATAATCCACAGGTGCTTCCAAAGCATTTTGAAGTTGTTA
TAGAGGGAGAGCAGCAGGTTCTAGGAGAGTTGTTAATGATCCATAATGCC
TATTATGAAGTGGACGATGTAATGAAGTCACACTTTTTTTATCAGAAAAG
GCACCAGATATTATTCGAAGCTATTGAAGCCATGCATGGGAAGGCGATTG
AGGTGGATCTTAAAAGTGCTGTTCACTACCTCAGAAGCATTGACAAACTG
GACGATGCCGGTGGAGCTGCTTATTTAGCTGATCTTGTTGCAAAGGCTAC
AGGCAATATCAACAGATATGTTCATGGAATAATTAGAGAAGAGTACTTGC
GTCGGAAAGTAATAGAAATCTGTGCGCGGGCTGTCAATACCTCAAAAGAT
CCTGCAAATGAAATATTCGATGTATTGGATAGGATCGAGGATGAAACTAA
TAAATTACATCATGAGCTGCAGCCAGGTACAGTCAAGGACTTGAAGCAAG
AAGTTATTTCTTTGATTGATAATTTAGGAAAAAATCTGGCTAAAAATAAT
GAATTTACAGGGATACCGTCCGGTTTCATCCGACTTGATCGTTTGACTCA
GGGCTGGCAGAAAAGCGATTTGATTATTATAGCTGCCAGACCTGGTATGG
GAAAGACTTCTCTAGTGGTCACCATGATGCTTAATTCTGCTATTCATTTC
AAGAAGCCTGCCGTGCTGTTTTCTCTAGAGATGTCTACTCGACAGATACT
TCAACGAATGATATCTAATCTTGGACAGGTAGATATGGACAATTGGAAAA
AAAGAGGAGTAGACTTTCATTCTCAAGCTGAAAAAGAACATTTTCAAGAA
GAAGTGGCTAAATGGGGTTCTGTTATTACAGAAAGCGAGTCGTTACATAT
TGATGATACGCCTTCTATAGCATTAAATGAGTTACGCAATAGGGCGAAGA
GGCTGGTTAGAGAAAAGGGCGTAGAGCTTATTGTAGTAGATTATCTTCAG
TTAATGAAAGATTCCGGAGAAACGAACCGTACCGATAATCGTGAACAAGT
AATTTCAGCTATCTCAAGGGGATTAAAAGCTTTGGCTAAAGAACTGGACG
TGCCGGTAATAGCGCTTTCACAGCTCAGCAGAGCAGTAGAGACTAGGGGA
GGGGACAAGCGTCCGATTCTTTCAGACTTACGTGAATCAGGCTCCATCGA
ACAAGATGCTGATGTTGTAATGTTTATCTATCGTCCGGAATATTATGGAA
TTACTATGGATGAAATGGGTAATTCTACATTGGGGCAGGCTGAGTTTATT
GTGGCAAAGCACAGAAATGGAAGTTTGGATAACATTAAATCAAGGTATAT
AGGTGAATATGTGAAATTTCAAGATCCTTGA
>gid:1155056    MS156, putative transposase
GTGGGTAATTCAAATTTAGTCTTTAAAGATTACACCCCATCACAAGTGAT
GCTACTTCCTCCATCCCTGGAGGAATTAATAGAAGAAAATCATCCAGTGC
GGGTGGTTAATGCTGTAATCGACCAAATCAGTGTGGAACCTTTATTGAAG
CAGTATAAGCCTGGTGGTACTTCCGTTTACCACCCCAGGATGTTGCTAAA
AGTACTTGTTTACGGATATCTGACCAATATTTATTCGTCCAGAAAGCTTG
AAGCAGCTTTAAAGGAAAACATCCACATGATGTGGCTTGCAGCCATGAAT
CGTCCAGATCATAATACAATTGCCCGATTCAGAAGTGAGCGACTTAAAGA
TGCCTTGAGGCAAGTATTCGGTCAGGTTGTTGAGTTATTGGTTGAAGAGG
GACTGGTAAGTATCAAAAACATCTACACCGATGGCACCAAAATAGAAGCC
AACGCTAATAAATACACTTTTGTCTGGGGACGTGCTATCCAAACCAGCAG
AGAGCGCATAGCCAAGCAGCTAGATGAGCTTTGGGATTACACACAGAGGC
TAGCAGAAGAGGAGTTATTCAGTGAAGAAAAGCCTGACTTTAAAGAGATA
GACAAGGAAAAAGTCAGTCAGACTATAGAGAGGATAGACAAAGCACTGGA
AGACAAGCCTGTCAGCAAGAAAGTCAAACAAAAGCTCAACTATGCTAAAA
AGAACTGGCCAGCTAAGCTAGAAGAGTATGCTGAAAAGGAAGCCATCATG
GGTGAAAACAGGAATAGCTACTCCAAAACAGACCATGGAGCCACTTTCAT
GAGAATGAAAGAGGATCACATGCTCAATGGCCAGCTCAAGCCAGGCTATA
ACCTTCAAATCAGCACCTCAGACCAGTTCATTGTCAACTACAGTATCCAC
CAAAACCCTACAGATACACTTACTCTCAAACCACACCTTCAGCAGTATCA
AAACCTTTACAAAACCAACCCTGAATCGATCTGTGCAGATGCAGGATATG
GCAGTGAAGAAAACTACGACTATCTGGAAGAACAAACAATAGAATCCTAT
GTGAAGTACAATTACTTCCACAAGGAGCAGTCAAAGAAATGGAAGGAAAA
CCCCTTCAGAACAGACAATCTGCATTATAACGAAGAGCAGGACAAGCTAT
ACTGTCCAATGGGGCAACCGATGGATCGGATAGCTGATCGAAAATCAGAA
TCATCGGCAGGTTATAAACAAACTTATGCACGATATCAGGCTAAAAACTG
TAATGGATGCTCCTTGAGAGGCTCTTGTCATAAGAGTAAAGGCAATCGTA
TTGTAGAAATCAATCATAATCTGCGGCGACATAAGCAGAAAGTGAGGCAA
AACTTATTCTCTGAACAAGGATTAGCTCATAGAGCCAAAAGACCTTGGGA
TGTAGAGGCTGTCTTTGCAGCCATCAAACACAATCGAGGCTTCCGAAGGT
TTATGCTTAAAGGCATCGATAAGGTAGAAATAGAGGTAGGATTACTCGCT
ATTGCTCAAAATCTGGCCAAGAAGGCCGCTTGA