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

# Neorickettsia sennetsu str. Miyayama, Miyayama

>NSE_0467 ATP-dependent DNA helicase, UvrD/REP family
ATGATAGAAAAAGTTACTGATCCTAATGTCTCAGTCTGGATTAATTCATC
CGCCGGTTGCGGCAAAACCACCTTGCTTGTAAGAAGAGCCATATCATTAC
TGGTTAACAAAGAGAAGAATATACTGTGCATAACTTTTACAAAGGTAGCA
ACAGCAGAAATGCACAACCGCATTTTCGCTATATTAGGAAAGCTCTCCGC
AATGAATGATACAGATATGGACGAGTATTTGCTTTCCACGATTAATAGAA
CTGTGAAAGATCGGGATTATGTCCGGAAACTTGTGTACACAGCCGACGCA
TTTATCCAAATACAGACATTACACTCCTTCTGCTGGCAATCCATTAAAAT
GTGTGACCGACGACATCTTTCAAAAGAAATATATGAGGAAAACCAACACA
TGTTCTGCCAATTACTGGCACGGTTTATTTGGGAAAGATGTCAACTTTCC
AAGAAAACCGCAGAAAAGACAACCGAAAGAAAATTGCATGAAACGCTAGC
ATCTTTGCTAAGTAACTTTCACCTAGACTACAGAAAAATAATCGAGAAAC
TTAAGAATGATCCACTAGAACAATTGGCAACGGAGAGTATAGATATATTA
TCGGCATTCACTCAATTTTTAGAAATTAATCAAAATATCTCGAAACACTA
TATTTCCCATAATGGAATCATAGAGACTGCGATAGAGATGGAAATATGGA
ATGTTTATGAAATTGCTGCGAAAATAGACCATATCCTGCTCGATGAAGCG
CAGGACAATAGCATAAAACAGTGGTATATCATATCTAATCTCTGTAGGGA
TTTTCTCATAGATGAAACACATAATAAGAGCATCTTTGTAGTTGGTGACT
ACAAACAGTCCATTTATGGGTTTCAGGGGGCGAGTCCCGAGATGTATCTT
GCGTTTTACGACATACTTAAACAAAGGGATCCCCAAAATAAGCTTGTTCA
GGTTAAGACAGCAAAGTCCTATAGATCATCTACAGCTATTCTACAATTTG
TTGACAGCGTCTTTGAAAACATCCAACTTTGTAAAACATCCAGTGAGAAG
ATTCGCCATACCACAAGTAGAACTGAAGCGCCGGGCTATATAGAAGTAAT
ACCATTGCTACAATATGGAGAAGTTGATGCAGAACTTCAACTGGCAATTT
CTATAAGGGAAACCATACAAAGTTGGCTTAAGATAGGTAGAACACTTAAA
GCAAAAAACAGACCTGTAAAAGGAAGTGACATATTGATCCTTGTTGCACA
CAGAACCAATTTGGTTGACCATATTTACACGCAACTTACTGCCATTAATA
TCCCGGTGAATTTTACAGGCAAATTCACAGTAAAAAACAATCCCTTGTTC
GAGCTTCTCATAAATCTAGGAAAGTTTCTCATCTATAAACACGATGATGA
AGCTCTGATCACACTTTTGAAATCTCCTATATTTGCCTGGAGCCACAGTG
CTCTACTAAAACTTAAAGCTGAGAAAAAAAAGGAATGGTTGTTCGAGCAG
ATTTGTGCCACATACGCAGGAAAAGTACTTAAGAGGTGGCTTGAATTCTA
TGGCACGACTTTCGACATATATTCACAGGTTCTTGACGCAAGGACTGTCA
CCACATTAGCCAAATACTATGGAAGTGAAACCCCCTATTATATTGACATC
TTTTTAGACAACACGCTCGAACACGAATGTATACATGATTTTATTTACAT
CTTTTCTGGCGAAGACGCGACTTTAAAAATCAAAAGCAAGAACGAAAACG
GTGTTACTATCTCAACCGTTCATGGAAGTAAAGGTACGCAATCACCTATT
GTGTTTATAGTGGATAGTAATTACGTACCACAAAATCGTGATATTTTTTT
CTTTACTGAAGACGGAACACCACTCCTCTCATCTGAAACCCATGTTAGAG
TCGTACAAGAAATGAGGGATGTAAAAAAGGAATCGATCCGATATGAACAT
CTGAGACTCCTCTACGTTGCCTTAACACGTGCGGAAGATGAATTGTACAT
TATGGGAATTGGCAAACAAGCCAAAAAGAATTCTTGGTATGAAGCATGCA
GCAACGGAATCGTAAAAATAGGCTCACAAAATCAAGATGGAGCGTATTAC
TACACAAATGATCTCCTGTATCCTATAAAAATTAAACAAAAGGTAGATAA
ATCAGACGAAAACCCCAGTCTACATAGAGAAAGAGATAGCAACCGTCGCA
TGAAAAATACGCAAGAGCTACAAAACAAGGAAAGTGATTTAGCAAACTCA
TATGAATTTCCTTACAAAAGAGATGAAACATTTGATAATGGCATCATAGA
TGATGATGTAACAAAAGTTTCTGAGAAGACCTTTCAGATCATCCGTGGCA
AATTAATACACAAGATTCTCGAATACATTTCTAAAGTTGAAAAAGCTGAA
AAATGGATGAATTTATTCCTGGAAGAGTATTCTCCAGAATTATCGAACGA
GCAAAAAAATGAAATCAAAAGGACGGTTTTGCTTTTTCTTGAAAAGAATC
ATAGAGCGGACGGTAAAAACGAGGTAGAAGTCTATTTTGATGGTAAGCTA
CTCAGAATGGATAATGTGAAATTCGAAAAGGATACAATAACGATTAGAGA
TTATAAAACTGGAAAAGATAAAAGCGTCGATCTTGCAATAGAAAAGCAAA
TGCATCGATATAAAGAAGCTATGCAAGCAATCTATCCAGAAAAGAATGTA
ATAACTGAAATAATTTGGCTTTAA
>NSE_0464 conserved hypothetical protein
TTGCAGGGGTTATCTCGCAGATCAGTAAATGATTTAGTAGGCCGTTTAGC
AGAGATGATAGTGGCTCTACATCTCTCGATTAAGGGATATATGCTCCTGT
GTAGACGTTATAGGAATCCACATTGTGAACTTGATTTAGTCTGTATCAAG
CATGGAGTTTTGCTTTTTGTAGAGGTGAAATTTCGGAGTTCGCTGCAAGT
ACTCGAAACCATGGTCGATTACAGCCGTATGGAAAAGATGTATCCAGCTT
CTGAGAGTTTTTGTAGTGAGTTTCAGTTGTACTACTGCCTTGAAAGAGTC
TTTAAAGTCTTTCTTGTAACCCCTTCAGTAATACAAGTTATAACGCTATA
A
>NSE_0356 helicase, UvrD/Rep family
ATGTGGTACGATCTGGACCACCTTGCGCAATCAACAATTATGAACCTGAA
CGATGAGCAAAGACTTGCTGTGGAAACTGTAAACGGTCCTGTCTTGATAC
TTGCTGGTGCGGGAACAGGTAAAACAAAAACGTTAGTGCATAGAATAGCC
CACCTGATTAGGTCAGGGTATGCGCATCCAAATCAAATTATGGCTGTGAC
CTTCGCAAATAAGGCTGCAAATGAAATGATTCAGCGTGTTAATGAGATTG
TAGGGGAAATGAAATTTCACTGGATTGGAACATTTCACGCAGCAGCAGCA
AAGATCCTAAGAATTGAAGCAGAGAAACTTGGCTTTAAACCGGACTTCAC
AATATTAGATGTAGACGACCAAGTCAGAATGCTTCAGAAAGTCGCTCAAG
AAAAAAAAATCGAAGCAGATAAAGCCCTACTTAAAAAGTACTTAAGCGTG
ATCTCTGCATGGAAAGATAAAGCCTTCACGCCAAGTAGAGTAAGGTTCAA
TAATGCTGCAAATACATGGTTCGAGAAACAAGCACTCTCTGTGTATGATA
CTTACCAAAAAAAACTCAAGGAGAACAATAGCATGGACTTCGGAGATTTG
CTCATGCACAACGTTACTCTGTTTAACAAGGACGCAGAAACCTTGGAAAA
ATACAAAGAGAAATTTAGATACATCATGGTAGATGAGTACCAAGATACGA
ATTTATGTCAATACCTATGGTTGAGGCTATTAGCGCAGAAGCACTCAAAC
ATCTGCTGCGTTGGGGACGATGATCAATCAATCTATGGGTGGCGTGGTGC
AGAGGTAGGGAACATCTTGAGGTTTGCAAAAGATTTTGAAGGAGCAAAAG
TCATCAAGCTGGAACAAAATTATCGCTCGACGAACAAAATACTCACTGCC
GCACACAATATCATAAAAAATAATCAGTCCAGACTCACAAAGAAGCTGTG
GACAGCATACCCTGGCGGCGAGGAAATACAAATTTTCACCTACATGGATA
GTGAACAGGAGGCAAGAGCTATCATCAGAATGATAAAGGAAAGAAAATTA
TTGTGTCGCTACAGCGATACGGCCATCCTTGTTAGGGCAGGCTTTCAGAC
GAGAGCCTTCGAGGAAGCAGCTATTCACGAAAACGTCCCCTACCGCGTCG
TTGGAGGACTTAAATTCTATGAGAGAAAAGAAATAAGAGACATTATTGCT
TACTTAAGGCTCGTTGTGAATCCAAATGACAATTTGGCCTTTGAAAGAAT
AATAAACACACCAAAAAGGGGCCTCGGACAGGCATCACTGAACAAGATAT
ATAACTACTCACTTGAAGAAGGGTGCTCGATGTTTGAAGCAGTCAGAAAA
CTTGAGGAAAACGAAAAACTTAAAAGCACAGCGCTTCTGACATTTGTAAA
ACAAGTTAGAAAATGGCAGGAAGAATCTCTCAATCACAGTTTGCATGACT
TGCTGAAAAAGATCACACTGGAATCCGGATATATATCAGCGTTAAAAGAG
CAAGACGAGACAAGAATTGAAAACGTTGATGAGCTTTTCAGAGTGATCCA
AGAATTCGATGATGCTACTGATTTCCTACAACACGTATCACTTTTGACAG
AGAGTGACGCACAAATAAATAACAGTGATGCTGTCAACATGATGACACTG
CACGCTTCTAAAGGACTAGAATTTGAGCAAGTATTCCTCCCAGGTTGGGA
GGATGGAACATTCCCACATGTAAGGTCTCTTTGTAGTACTGAACAAATTG
AGGAGGAACGTCGTTTAGCGTATGTTGGAATAACAAGAGCAAAAAGGTTT
TTAACAATAACAAGTGCTCATAGAAGATTAATAAGAAATTCTTGGCAAAA
TACTGTAAAATCGAGATTCATGTTGGAGTTAGCAGAGAAATAA
>NSE_0489 conserved hypothetical protein
GTGCATTGCCCAAAGTGCAACAGTGTGAGGTTTATCAAGAGCGGCAAGGC
AAAAGAAAAGCAGCGGTACAAGTGCTTGAATTGTGGGTGTCAGTTCAGCA
GGAACGAAAAGCACGGGGCGCCACTTCGTTTAAAAATGCATGCAGTGCAG
CTTTTTCTCTCTGGGATTTCGATGAACTCCATTGCAAAGATATTTTCAGT
GTCGCCACCAACGGTAATGCGATGGGTTAATCAGTTTAGTGATTCATTTG
GGGAGGATTTTCCCAAGAAGACCTCAAGCATCTCAGAAAGGAGTAACCTA
GAAATAGTATGTGCTGACTTAGGTAGTGAGACGGAGGTCATACTCTCACA
CATTACGGAGGAACTAATTTGTGTCACTATACGCAAGCCAGCCAGCGAAA
AGTGA
>NSE_0735 conserved hypothetical protein
ATGGATTCCATAGTTGTCTTCGATATAGAAACCATTCCTGATACGGGCCT
ATGTGAGGTACTTACGGGTTTTAAAGGTAAAGATGTTGCCGTAATGCGAA
AGGCTATGGAAGATTATCATTTGGACATTACAGATGGTAAGAACCCGTTT
CTCAGGCAGCCCTTTCACAAGGTTATTGTAATATCGCTGCTTAAAGCGAC
GCTGACTTGTAAAAATGATTGTGAGTTCTTTCAGCTAAAAAAAATTGCTT
CTGGAGATATTCAGTGCTACAGCGAAAAAGAACTAGTACAGTTCTTTTTT
GATCATGTATGTAAGTCACTACCTAGGCTTGTTTCTTTCAATGGTAGGAC
TTTCGATCTCCCTGTCTTAAAGTACCGTGCGATGCGTTACGGTGTCGTTG
CCCGTAATTTTTATCATTCCGGTGATAAGTGGAACAGTTATAATAACAAG
TACAGCGCGAACTGGCACACCGACCTGATTGATTTGCTTTCTGAGTATGG
AGTTTCAGCAAGGGTCAAGATGAGTGAAGTCTGTGCAGTACTTGGATTGC
CCGGAAAACTTGGTATCGATGGTGCACAGGTTGCGCACATGTACGATGCT
GGAAGAATCACAGAAATTAGAAATTATTGTGAGATAGATGTTTTGAATAC
TTACTTGATCTACTTAACTGTACTCAGGCACCAGGGGACAGTTTCAGAGG
AGAGTTACGCAAGAAACCTACATGAGTTGATGCGTTATCTCGAAAGAAAT
GAAAAGGATAATCCTAGTTACTTGCCTTTTTTACGATCTCTTAAAGCGAG
TGAGATAGTGCGTTTTTAA
>NSE_0199 putative DNA replication and repair protein RecF
ATGAGGCCTTATATTACGGGGGTCTTGGTTAAGGATTTCCGTAATCATGC
TTTTTGGACGGGGTCATTTAAATGCAGGCATGTCTTGCTTTGCGGTAAAA
ACGGTGCCGGCAAAACAAGTATACTCGAAGCTATATCAAAGTTATCTCCT
GGGTTGGGTCTCAGGTCTGCGAGTAATATCGAGATGGTTAGATCTGGGTC
TCTTTCTTGGGAGGTAAGTCTGAAATTTGCCGGTAGCACTGACTTAAGGG
AAGTCGGAATGGGCTATTATGAGGATAAACGAGTTACTAAATTAAATGGG
AAGTCCATTCAGTGTTTCAAGAAGGTAATTGACCTTGTCAAGGTTATGTG
GCTCACCCCGCAGATGTCTAATTTGTTTACCACTGATAAGTCTGTTAGGA
GAAAGTTTTTTGACCGTATGGTTGCACTTTCTGAACCTCAGCACCTTGAG
AATCTTGTGATGTACGAACGTTTTAAGTCAGAACGTCTGAAGATTCTTAA
CGCAGGTGCGTCCAAAATGTGGTTAGATGTTAACGAAAAAAAACTAGCAG
AGTTATGCATAGCTATTACTGATGCCAGAGTGAGTTTCATCGGACAACTG
ATGAGTAATTTCCCTTCTAAAGGTTTTGGTTCTCCAGAAATTAAATTGTT
CTGTCCTGTCGCAAGTGCAATTGGTAGGGTAGGTTCTTCTCAGCAGATGC
AGTGTATTCAGTCCGCTCTTGAAAGAAGTAGAGCTATCGATACTGTCACT
GGGAAGATGCAATTTGGTGTACACCGAACAGACTTTCTTGCTACAGTACG
ACAAGGAGACAATACCGCTAGATGCTATTCTACTGGGGAGCAAAAGTTAC
TTATTTTAGGGATAATACTTGCTGCCGGTGAACTAATAGACATAATACTT
CTAGATGATATTTTTGCTCACCTAGATCTGCATAACTCTTCAGCCTTTCT
TTTGGAGGCAACTAAAAAAAATTGTCAGTTTTTTTTTAGTGATCTTGACA
ACAGCAAGTTCGCGCAGTTTGCAAATGTGATACATACTATTCCGGTTTAG
>NSE_0328 hypothetical protein
ATGCAAGGTAAAATAGGCCGGTTTGCGCTGGCTGCAGCTCGCATGAGCAG
AAATATCGGTGGTGCTGTACTCAATACTGGCAAGGCCGTTCTTCTTGCGA
CTCCACGTAAGATGAAGTTGGGCATCGCAGAGAGATTTGGTGATCTTATT
AGTGGTGCTAAAGAGTGGGAGGTCTTGCATAAGGCTAATACTAATCGTTT
TACGAAAACAGCCTTAGGTGCAGATTGGACCAGCCATACAAAAACTTTGG
ATGGAGCAAAGGATGTTGAGTTTAGTGTACCAAGGGCGCTAGTGCCACAG
GATAGTATACATGCCCTTGAAGGTTATCTGAATGCTATTGCAAGTGGTGA
GGGAATAGCCGAGGCGCGAGAGAAGAATAAGGGGAATCATCTGTATCTTC
TGCATGCTGAGTTTGTTGCCCTCGGTGGTGGTGTAGAAATTAGAGAGAAT
GGTAAAAATAACCAGGCTGAGCTTGTGATTAAGATCCCACTTTGTGCAAG
CAAGGCAGAGTTTCAAGAGCGAGTTGCAAAGGCTATAAAGGCCGCGGGAA
TAGAGGATTCATGCTCGGTTAGAGAAGCTACTGAGCGGTTGTGGAAGAGA
AAGGATGTAGACTTTGGAAAAAGCACTAGTTCTACACAGTGCGATCACGA
ACACAACCACCATCCTTCTAAGCCTGAGAATCAATATAATCCGGTTAGCA
ATGCCGGACTGAATATGGCAAAGAGCATGCCTGAGCTCCGCGAAATGGAA
AAGCAAACACCTGTAACTCCAACTAGATCGCAGTCTACGAGCGATCTGCG
TAGTGCTATCTTAGCAATGAGGCTAAAACCGATTGCAACTCAGGAAAAGA
GTGCAGTTATTGATGCTGCAAATTCTCTTGTAGAGTTACTGAGATATAGG
GATCTAGAAGTGTGTGGTGGTCTTACGGATGTGGATTTATGTAAACTTAG
GAGCGTTGCAATAGAAATGAGGTCTACCGGCTCTTTAGACCTTTCAGATA
GCCAGAGAGGTTGTTTGCCGGAGGGCCTAGGAGCCAAGCTACATGCGTTC
AAGGCGGGATGTGATCAAAAAATTGCAGATTTGGAACGTGGTGAGCAGAA
TCTTCCAGGAAGCAGTGTGGATCCATTGCCGAGTGCAGTAGTGGAGGAGA
TTAGGGGGTATAAGTCCGCAGGAAGAGCTGCTGAAAATTTGGTGTTTGCG
ATTGCAGCGCTCCCCGCTTTAGCGAGTCATTTGGGTGTTGCGCCTGTGCA
ATCCCCCTTTAAGTCTTCCCTTGCAGGAGCGCTTCTGAATGCGGCTTCTG
GTATCCCAATATCTGGTGTGGACGAGACACAGGGTCTACAGCATGCTCCA
TCGCATACTCCGGAAAATATGGAACATGCTGTGCATGGACAAGGTAAGTA
G
>NSE_0051 hypothetical protein
ATGCAAAAATTTAGTATGCAGAAATTGAAGAAGAAACTCGCTACATTCGT
TCCGATAAACCGAAGCACTATAAAGTCTAATACAACTGCAAGGAAGATAC
CAAAAGGAAAACCAGCGAAGAAAATTGTCCAACAAAACTCTGGTACTGTT
GAAAAAATCATTACACAAAAGTCTCACATTGCTGCAGCCAAATTACCAAA
TCAAATACCAGAAGAGAAATTCGTTACACCAAAACTAGAGACAACAGCAT
CCGCAACACCTCTCCGAGAGGAATATGAGAAACGCCCTTTACCCGGGATC
CCGAATGAATATGGGAACGAAGATGCAATCCCTTACATTGATGAGGAGAT
GAGCACATCGGACTTGGGTATTGGTATATACGATGAAATTTACGAAACTG
CATCCATAGGCAATGAAAGCCATTCCATAAGAAGCAGTGTTGGTGATTCA
GGAATTGACAACACTTCAGTACCTAATTCAGCAATTTCGAATATAGATAC
AAAAAATGCCTCTGCTCATGAAATAGATTCAGCATCCGAAACCGGTAGTA
TCAGTACTGATGGAATCGCTGCTTATATACTTTCATCATCGTTTAAAGCA
TCGAAAGGTACCCGCGATTCACTTCTTTCAATAAAGCAAGTCACAGATGA
GCAAAACGTACAGATAGGTCAAACGTCTGAGCTGGAACACACAACTGAAC
CACAAAAAAGTGATCGAGAAAGTTTTGCTTCAACAGATAGCGGGAACACC
ATCAGAAATGAAGCCATAGTAAAACGTCCACCTCTACCAGAGATTTTTGA
CGCAATATACAACTCAAAATGGATCAAAGGTGATAAGAGCATCGATCCTA
TAAACACAAACAGCATCTCTATAAAGGAACAAAACAAAGACTCTGCAGAA
AGCGAAATTACTAGCTCACAAAGTCAGAATTCTCTTCTTTCAGGCAATGC
ACAAAAAGAGGCTCACATACAGGAATCGCATACCTCCTCCACATCCGTAA
ATGAGGAACAAGTTGGGAACATACCTTCAGGAGTAAAAGCATTTACACAT
ACCTCTAGGAACAAACATGAAAATAAAGAAAGTGAACCAATCTACCTAGA
CCCGTGGGACCTCAAACCTATACCAGAACTGGATGAGCATCAACACACTG
GTTCTATGAGCAGTTCACCTAAAAGAACAGCAAATGAACCAAGTTCTTCC
ATATATCAAGAAGAAGAAATTTACGAAAGCCTTGACGATATAGAAGCTTA
CTTAGCATCACCCACCCACTCCTTTGAGCAGCTTGCTGAAAAAGCACACC
CGGCACTTCGCGCGCATAGGGAAAAAATTGATGACAAAAGCGAACATGTG
TATGCCCAAGTAAAAAGAAATAACAACGTAAGAAGTGACCTTCTTAATTT
GGAAGATGGCGCAATAACCGCAGATATATTCAGTGTAACAATACCTAAGT
TGCATCTCAAGGAACACACAGTTGATGTTTCTCTTCCGAAAACGCAGCAG
AAAACGATCACAGAAACTCCCATTAGTACCAGGAAGGCACTGTCTCAAGG
AGAGGAAACTCATAAGACAGTTCCGAATAAATCATGGTTGAGACGTATAC
TGGACAGAATCAAAGAAATATTCTTGCAAGGGTATGCTGCTTTACGTTCT
ATTTTCACTCAGTCTACCAAAAATAAGGAAAAATCCTTCGATCAGAGTCC
TTCTTCGCACAGCAAAAATGGAGAACTCAGCAAGATCGAGCAAACACTTT
CCGAGAGACATCCGCTCAATAAGAAGGAAACTGGAGCACTTAACGCTATC
AAGGAAGCACTCTCTCAGAAACACGCTCTAGTGCTAGGTAAGGCTGGAGA
ACTTGGCAAAATCAAGGAAACACTCTCTGAGAAACATGCTCTAGTGCTGG
GTAAGGCCGGAGAACTTGGCAAAGTTAAGGAAGCACTCTCTCAGAAACAC
GCTCTAGTGCTAGGTAAGGCTGGAGAACTTGGCAAAATCAAGGAAACACT
CTCTGAGAAACACGCTCTAGTGCTGCGTAAGGCCGGAGAACTTGGCAAAG
TTAAGGAAGCACTCTCTGAGAAACATGCCCTAGTGCTAGGTAAGGCCAGG
GAACTCGGTAAAGTTAAGGAAGCACTCTCTCAGAAAGTTCCATTGATACA
AGAGGACACAATGAGACTTAGTAAAATCAGAGAAGCCCTTTCTGAAAAAG
GCTTCCGCGTACATCACCTGAACTATGAACAAAACAAAGCGCATGATAAT
CCCCAAAAAAACAGATATGCATTTAGCACTGGTACAGAGCATGATAAAAT
CAAGTCTATTCTGACTCGAGAACCTGAGATAACTGCTAAACTCAGGGAAA
GCGGAATGAAGGAGGAACAAAGCAAAACCTGTGTCCCATCCTTGGGATGC
AATTCGCATACGAGAACTCAGGCTTCAAGGGTAGTTTGA
>NSE_0492 putative DNA polymerase III, gamma/tau subunit
ATGAGTTATATAGGGCTTGCAAACAAATATAGGCCACGCCTACTCGATGA
AATTGTTGGGCAGGATTTTCTGGTCAAGTGCCTTTCCGCATCAATAGCAA
GGGATGAGGTTGCTGGTGCTATCTTGCTATCAGGTCCATATGGAACAGGC
AAGACAACAACAGCAAGAGCAGTAACTCTTTCTCTGCTGTGCTTAAACCG
GACGAGCGCTTTGCCTTGTTTAAAATGTGATTCTTGCATCTCAATACTGA
GTGGATCCCATCCAGACATTCTAGAAATTGATGCAGCAAGCAATACAGGG
GTTGAAGATGTTCGAATGTTAATAGAGGGTGCGCTTTACAAGCCACTCCT
CTCGAAATACAAGAGTTATATAGTTGATGAAGTTCATATGCTTTCTCAAA
GTGCCTTTAGCGCACTGTTGAAGCTACTTGAAGAACCACCGCAACATGTA
AAGTTTTTCCTTGCAACCACGGAACTGCAAAAGATTCCTGCGACTATAAT
CTCGAGATGCCAACATTATCGACTTTCGAGGTTAAGTAGGGTCGTAATCG
CGGAAAGACTCACCCAAGTTGCTGAGAAAGAACAAATTGAAATCACTCAA
GATGCTATAAAATTCATTGCAGAAAAAGCGGATGGCTCGCTTAGAGATGC
TTTATCTCTTCTGGAACAAGTTACTCTTCATCCTTCCGAAGGAAAAATTA
CAGTACATGTCTTGAGAAACAAAATGGGTCTCGTGGACCTATCTGAAGTA
TACATGCTATTGGACTCCATCATTGCGGGTGATTGCAAAACCTCGCTTGG
TAAATTAAACGATTTATACTCCAAAGGCTACGAGATGCTTACAATTTTTA
TGGAGCTTGTAGCACTAATAAATGAAAAGATCCAGGATAAACTCACCGCT
GAAGATAGCAGCAAGTCCGGATTTTTTTGTAGACTTGCACAATGCATGCT
TTCCAGTATTGAGGAAATTAAATCTTTTAACTGTGATCACAGTGTTGCTG
AGCTCGCTATAATCAGAATGTCATACATAGCCAACTTACCTTCTCCAGGA
GAAATTATAAAGATTTTTTCAAATGAAATGCGTACAATACTTCCTAGAAA
TTCTGAAATATCTAAGAACAGCAGTATGAGTTCTGCTGAGTTGACCAGTT
ATATACTTAAGGAGTTTGATGGTTCAGAATTATCAGACTAA
>NSE_0935 uracil-DNA glycosylase, family 4
ATGTATAGCAAATCGAGTTATCTCATGATTCTCAAATTCTATGATAGACT
CGGCATGGATACTATGACTGCTGATATTTCCTCACCTAACCAAGCATCTA
TCACGCAAGTTGGTGGAATGCCCATTGATATGAAAGAGTCCGCTGAAAGC
ACAGCACGTAAGCATAAAACTCCGGAAAGAGATCTGACATACGTAACAAC
TCTCGGCGAGCTTAAGGCGCTCGTCTACAATTTTGAAGGCTGTCAGCTTA
AAAAGAGTGCTAAAAACACAGTTTTTTGTGATGGCAATCCGGATGCAAAA
ATTATGTTAATTGGTGAAGCACCTGGAGAACAAGAAGATAAGCTTGGAAT
TCCTTTTTGTGGCAGGAGCGGTAACTTGTTAGATAAAATGCTTCAAGCTA
TAGGACTGGACCGAACGAAGGTATACATAACAAATGCAGTTTTCTGGAGA
CCACCTGGAAATAGACGACCGACCCCCGAAGAAATAGAGATTTGCAAGCC
ATTCTTAGAACACCATATACGCCTTGTATTACCCAAGTTAATCGTGCTAC
TTGGTTCTACGGCTGCTTCTTCGGTTTTAAAAAGCCAAGACAGAATTTCT
ACATTGAGAAATAAATTGCACGAGTATAAAAATCCATTTATTCGCGAGGG
AATTACTACGACCGTAATGTTTCACCCATCGTATCTCTTGAGACAGCCTG
CTCAGAAAAAATTGGCCTGGGAAGATTTAAAACTTATTCGTTCATATATT
GACACCCATGGTCTTTAA
>NSE_0377 hypothetical protein
ATGTATAAGGCTCAAAAAAAGGTTCTGCTATCTGGGTACCAAAAGTCTCG
TGCGTGGCTTCTTACTGGCCCAGGCTTAGATGACATGTTTGAAATTGCGA
TCAGATACGCAAAGTGGATCCTTAAATCTGATGAAGCAATTGGAGATTTA
ATGATCATCCAGGAAAGATCTATCAAAGTCGCTCACATACAAAGGATACA
CGATTTCCTGAATCTGACCAGCAATTTCTCTAACCAGAAGATTATCATCA
TCAGTCACTTTGAGATAATGACAGCTGGTGCGGCAAACGCACTCTTGAAA
GTGCTAGAAGAAGGAAAACAGACAGCGACACTTATCCTGATAGCTAGATA
CTTACAGCAAATTACAAATACAGTCCGTTCACGTTGCTTTCACCTTTATT
TTCCACCCTTAAAAGAAAATACAGAAATAGAGAAATTAATTGCGCATTAT
AAAAATCTCTTAGAAAAATCTATAGGGGAAGAAGCAAAGGATTCTCTTCC
AACTCTAGGCAGACTCGATCGGGGTCTAACAACACAATTCCAGATAGCTC
AAAAATTTTCCGAGGCATCACTAAAGGATCTGCTATGCTTTGCGTTCAAC
CGGATCATTAAATTTCACCACGGAGTTCTAGAAAAAGAAAGCTTCTTTGG
CGAAAGAACTTTACTAGAAAAATTAGGACAATCAGCCATTTTTTGGCACA
ACAGGTGGCTGCAAATTAGCGAGGTACTCTCAACACCCAAAGAGCTTTAC
ATAGAAAAAAATCACCTACTAAGGATTGCACTAACTACAAGGGAGATTTA
G
>NSE_0201 putative methyltransferase
ATGCGTGTTATTTCTGGTAAATACAAAGAGAGGAAGATAGGTCTTATAAA
AGGTGTCGAAATTAGACCCACCATGGGAAAAGTGCGTGAAGCGCTTTTTA
ACATCATCTTACACGCGCGTTTTGTGACAAAATTACCAGAAGAGACTCAC
TTTCTTGATCTTTTTACAGGTACAGGTTCTGTTAGTATAGAAGCACTTTC
TAGAGGTTTTGCCAGTGTTACAGCAATTGATATTGATACGCGGTGCATAT
ATGCGAATCTCGAGAAAATGGCTATCCATGATAAAATCACCGTCATTAGC
AGGGATATAGTAAAGCTAGAGGAGTCAGGCAAACGATATGATGTCGTATT
CATGGATCCTCCATATAACGAGAAAACACATAAATATCGTGCATCTCAGA
TAACTGAGAAGAGTTTTACAGGGCTTCATGAACGTGGTTGGCTTTGTGAT
GGAAGTATTGTTATTCTAGAGAAACACAGGAAAGAGATATTCGAATTAAA
GCATCGTGCCTTTGAGCTGATTGATTCAAGAAGATATGGAATGTCAGAGT
TGCTAACATTCATTTATAGAGGCTTTGATTCGCTACCAAAAGAGTAG
>NSE_0006 conserved hypothetical protein
ATGATAACCTTCGACCTGCAAAAATTCTTGGGTGCTATTGAAGCAGGAAG
GGTTATATCCATTGATCCTGGAAGGCGTATCGTAGGTGTTGCGGTCAGTG
ATCCCGAACTCAGGTATATACAGAACTATTTTCAGTTCACCTCCCACGGA
AGAGGTGCTGATGCCTTTCATATTATGAAAGTCGTTTCAGATTTTTCAGG
GATAATTGTCGGCACACCATTTTCACATATTAGGAACAACGGATGGTTAG
ATTTTATAGATAAATTTGCTCAAAAATTAAGTGAGGTAACTAGGAAGCCG
ATTCTTATGTGTGATGAGTCGTCGTCAACTAGTGACGTGATGATTTTACT
TAGCTCTCTTTCCAGGTCAAGGCAAAAGGAGTGGAAGGATAAAATTGCTG
CTTGTTGCATTTTGGAGAAGACACTATGTACAATCATGCACCACAATCTC
TGCCATCAGAGGAGGTTCGACAGTGTATAA
>NSE_0963 hypothetical protein
TTGTTAGACTTAGCCAAAATACTAACACGCATGAAAAAGTTGATAAATGA
CAAACTAGAAAATAAAACTGATGAAAGTTCTTCGGATGCCCGGTACAGGG
CAAGGATGACCGAACAGCAACAGAATCATTTAGAAGAGTTAAAAAAGTTA
CAAGAGAGTTTCAAAGAAAAGACCGAAGGCATAAGCGACATCGAGTTTCG
TGGAGACTTTGCATCTGATATCAACGAGGAAGACGAATTAAAAGCTGAAA
AAAAAGTAGAAGTATCTAGAAGAAAGGGACTTTTCAGAGTAATCGCTGAT
AAATTCTCTTTTGTTGTTCGTCCATCCAATTGGGCAAAAGTCATATCTAG
CCTTAGGAGTTTGTTCGGTGGAAAGTCCGTTGATCAGCTTCTTTTAGAAA
TAAAGGCTGGAAACAAGACGATCAAGTCTCTTCTTGCTCTTCTGAAGCAC
AAGGAAAAACTTTCCTTGCAGATTAGGATAGCAGCTTTATTAAGGGAAAT
CAGGCTCAGTAGAAACATAGGTAGAGAGTCCTTGAATAGAATTTCGGCTA
TCCAAAGTAGCTTGATTTCAAGTCTCAGTACGGCAGTTAGGGAGAGTTCT
GGAAAGACAGATCTACAAAAGCTTTTGGGCTATCAGCACCAGGCTTCAGC
ACAGTCGAAGTTCCTTACTACACAGCTTGTTAAAGATGTACAGGTTTCGC
ATTCAGCTACACAAAGCCAAACCAAACCATATGACCCAAGAAGTGAATGT
CCTCCTAGTTTCTTTCCGGCGTATTATGTATTTAGTGAGTCTCAGTCTCA
TACATGGATAGATGACCTACAGATTCTGAAGGGGATAAATATGCCGGCCA
CCCTGAAAAATCTCTTCTCTGAAGTCAAGAACAGGATAATCGCGGCTTTT
TCCGCGGAGGTTTTAGGCACAGCTACAGTTGGCATGCAGATGCAAACAGC
GACAGCTTCTAGTAGCAGGAGAGCAGAAAATCCTTTTGGTCAAGATTCTC
ATATTCAACATGGGCATATTTTCGAACACCGTTCCCATCGCCATGGGAGT
GGATGTCCTTGTTGTAGTAGTGTACTTGAGACAAGTCAATCATTACAATT
CTCTTACTCACAGTCCGCTATAAGATTAGGAGGACCAAGTGATATCCTCT
CTTCAGCGCGTTGTAACCTAGCTGCAAGAACGCAAGTGCAGGTGCAGATC
TAG
>NSE_0357 hydrolase, TatD family
TTGAATCCATTTCCTGAATCAGATTGCCAAATGATTTTTGATTCGCATTG
TCATCTTCTTTTCTACGGAAAAGAAGCAATAAAGGATATTGTGGAAGAAG
CAAAAAGAAATGGTGTAGGAGTCTTACATAATATCGCGACCAAGTTAAGC
GAAGTTGAAGATTTGCTTTCAATTTCCGAGCAATTCTCCAATGTCTACTG
CTCTGTAGGTGTACACCCAAATCACGTCGAGCACTGTGAATCCCTAAAAG
AAACACTAATATCATTGGCAACACATGAAAAGGTGATAAGCATAGGCGAA
ACAGGATTAGATTACTATTACGACTACACTACTAAGAAAGTTCAACAGGA
ATCGTTTAGAGAGCATATACGAGCGGCCTTGGAATCAAACTTACCACTCG
TAGTACATTCGAGAAATGCCGAAACTGATACAGTACGTATACTGGAAACT
GAGTTGAGCGACAGTAGAACACCAGTGATTCTCCATAGCTTCGCTTCATC
TAGAGAGCTTTTCGAAGCAGCGATAAGAAATGCTTGGTATGTTTCATTTT
CTGGGATCGTAACATTTAAAAATGCCACAGAAGTACAAAAAATAGCCGTT
GAGGTACCACTGGATAGAATGCTTATAGAAACCGACGCGCCCTATCTTTC
TCCTGTCCCATTTAGAGGTAAAACGAACTATCCCTCGTATATTGTGCACA
TACTAAAACATATAAGCAAACTTAGACGCATCGAAAACGTGGAATTGTCG
ACAAAACTAATGGAGAATTTTCTTAGGGTGTTTCCAAAGGTCATTCGACC
AACATGA
>NSE_0524 conserved domain protein
ATGCTTTACAACCTGCATCTCAAGAATGACATCTATGACACGATAGTCAG
TTATCTTTTCTCAAGGGACAATACTCCGAGTGATTTTTCGCGCTGCCTAG
TATTGACACCGAATCACTTATTCTCCTATTCACTAAAGAAATCTTTCAGT
AAACCATGCATTTTGCCTAAAATTGTTAGTATTGATGCTATCCTTCAAGA
CTTTGCTATCAAAAATGGATATTTCAACTACCTAAATTTTAGCAAGAAGG
CTGTTCTAATGCTGTACAATCTAATGAAGGATGAGAAACACTGCTCAATA
AAGGAGGCTATGCGCATTTTCACTAACCTTCAGCAAGGTAAGATGGAACA
TGACAATTTCATTCACAGCGAAATCTATAAAAAGTTCACTTATCATCGCG
AATACAATGAGTTTAAAAAGCTCGCATTAGGTCTGATCTTTCGGGATTAT
GAAGAGGTGATAGTCGCAGGGATATATATTACTGATGAAACTTCCAGATA
TATTTACGAAAAAGCGTTAGCAAATAATTGTCCAATTTTTGTTTATGGTC
TAGAGCTAACCTATGACGCTGCACCAGAACACTTCCTATATCAAACCTTG
AATTTTCAAAAAGAAAAGAATCTTGAAATTGCATCTTTAAGAAAAGGCAG
AACAATATCACAGCTGAACACTGAGCTGGATCCAAATTTTTTCCCTGAAA
AAAAAGAAAACAAGAAAAAATTTCAACTCAGATATGACTTACGCTTTTGC
GAAGAGAGTAACGAACAGCATATGGTAGAGTCTACTGTAACATATTTAAC
AGATTTCTATCCAGATGTAGCCCTTGTGACAACTAACTATTGCTTAGTTA
AAAAGATTGGAGCAAGGCTAAGCAACAAGGAAAATATCAACCTCATATTC
AAGGAAAAATACACAGCCCATCCAGATGGAATTTTTCTCTTAAAACTTCT
AGATACGGCAATACTTGGTGAAACTGATATCAGCTTTATTGCACTTTTAA
AGCATCCGTATATCTACGAACAAAACGCCGAAATCATTGATTGCATAGAA
GATTCCATTATAAGGACGACGACAAGTAAACAGGTAACACAAGAAGCACA
ACTTTTCCTGGAAAAAATAAAGAGGTGGAGCAAAGGCTTTCACCACGCAA
AAAACTTTGCCGAGTATCACATCAAGTGGTCAGATGCAATTACAAATCGT
ATCACTTGTGGAGGAAAAAGAGTTCTCGAATTTATCAAGAAATACTCACC
AAGATTCACTGATATATATGAATATAGACAAGTGTTGTCATTTTTTCTAG
GAAGACAGTATTTTTATCCATTCACAGATAACAAACGGTTCATTAATGTT
TTCTCACCAAAAGAAGCATCATTCCTGACATATAGAAACGCAATTCTCCT
CGATTGCACTGAAGAGGACTTCCAAATAAGGGATCCGTTAGTGATGTTAA
ACTTATTTCATATCCTTAGCACAAAAAGAAGTATTGTTATTTTTAACAAA
GAGAAACCACTCTCTAGGTTACTCTTACAAATTCAGCACTCATGTGTAGG
AAACTACGAGATAAAAAAAGAACCAACTCAACCAATAGAAACAGTAGCGG
TTGTAAAAGAGAAACTTTTCGTACCCATCGAAATGCTTCCTAAAAAGCTT
TCTCCAACCATGATAGAGTTACTCATCAATGATCCTTACAGATTTTATGT
ACGCTACATATTGGCAATCAAAGAGACAAATTCCGTGGTAGTGAAGCCAG
GCCACAAGGAGTTTGGGTATATAATGCACAAGGTTTTTCAAAGTGCAAGT
AAAACTCGCTTTTCTAAAGAAGAATATACAAGAATTTTAGAAAACGAACT
CAAGACATATGCAACGCGGTACCAATATGTAAAAAATTTGTGGCTGCCAC
GAGGATTAAAGATCCTAGAACAATTCGCTACTTTTCACAATCGAAGATTA
GAAGAGATCGATATACTAGAAAATGAAAAAGAACTAAGCATTTTTATCGC
AGATGGATTAGAACTTTTTTGTAGATTTGATAGGATAGAATCCTTGAAAG
AGGATACGGTAAACATCATAGAATTCAAAACCGGTACTATACCAACTTTT
AAGGAGATAAGTAGTTTTGTGAAGCCACAACTTCCTCTTCAGGGACTAAT
ATTACAAAAAAACAGGAACGTGAGATTCAATTCGATGATGTATTGCAAGC
CTTCAACTGAGAAAGTGACTGTGAAAAAACTTCAATCGCCAGAGGAGACA
ATAGCGGAGATACACAAAAAGTTAACGACGCTAGCACAGATATATCTTTC
CGGAGAGTTTGATTTCCTCGCTAATATAACGAAAAACTAA
>NSE_0748 hypothetical protein
ATGACCAAGAAAAATCCGGTTTCGTTTCAAAAACTTGACTTTGCACTGAA
ACACCTTGAAACAACGATCCTGAGAAGGATTCAACTTGAAAAAATAAAAA
AACAGCAGGAATGTGAAAAATTATCAACCGAGATAGCAGAGTTGAAAAGA
CAAATAAGCGTGCACCTGAACGAAATTAAAACTCTGAGAAGTATAATCAA
AGAGACAGCTGCGGGGATTAGTGAAGTCATAGAGATTATCGAAAAGGTCA
ATCATCAGGCATAA
>NSE_0461 putative DNA repair protein RecO
ATGCAGTGGGAGAATGAAGGTATAGTTTTATCGAATAAAGGACTCGTCGA
AAACAAAGCCGTAACAACTTTGTTTACTAAGGACTATGGGTTAAAACGGG
GTTTATGTAGTAGGAAGACAACAATTGATGTGGGAAACGTAGTCTACTGT
AGATGGAGTGGTCGATTGGAAGTACAGTTGGGCTACTTCAGAGTGGAAGT
GAAAGAGATAATTTCTCCGTTTTTGTTTACCGATTATAAAAAATTGAAGC
TCCTTAATGCAGTTCTAAGTATTTTGCTTAAGGTTCTTCCAGAGAATGAA
CCACAGAAGGAAATTTATAAAACATTTATCCAGTTGTTACAGGCATTTAA
GTCGAACACCCTTTGTTATTATAGGCAGTATATAGAAATGGACTTGTCAA
TATTACAGTATTTGGGGTTTCAATTGGATTTGTCTCGTTGTGCAGTAACT
GGAGAAACAAAAGATTTATTCTATATTTCTCCAAAAACTGGTAGAGCTGT
CACGAAAGCGGTCGGTGAAGCATACAAGGATAAACTACTTCTGTTACCAC
CATCACTATATAAAATTGCTAATGGCTTATCGATTGAGGAGATATCTCAG
GAAGAGTTCTTGGATTGTATCAGAGTCACAACTTTTTTTCTTCGTGCATT
TCTGTTTCTCTTGCTGCATTTGGACCTTCCATTTCATAGAAAGGTTGTAT
TAAATGGGATATGA
>NSE_0190 conserved hypothetical protein
ATGAGGCAACTAATACTGATTGATAACCAAATTAGGCAGAATACCTACTC
TGCTGCAGACTATTTTGTTTCAGAGAGTAATCTATCCATTTACAAATCGT
TAGTCGAAACGCCATTTAGTCAGAAACCAATTGTACTAAAAGGTCATTCA
AAATCCGGTAAGACACATATTGGTAGAGTATGGGCATCGAAGCATGGTGC
TGACATTTTGTCCAATCTCACTGAGCAAACACATTTTGCAATTCACAATC
ACTGTTTCATAGATGATATAGACAAACTGACCACACAAGAGGAAATCGAA
GCATTGCTTCATATTTACAACGGCGCTATAGAGAGTGGAAAAATTCTCCT
TATGACCACAAGGAGTTTGGACTTTTCGGATGTTCTACCTGACCTAAGCT
CTAGACTGAGGTCAAGTATTACATATTCTATCCCTCCCCCAGATGATGAA
CTACTCCGGGTAGTAATAAGAAAACAATTTTATCTCTATCAAACCAGAGT
GTCTGAAAAGATAGTAGATCTTGTGCTTCAGCGAGTTGATAGATCATTAG
AGGCCGTAGTAGACTTTGTGGCCCTTTTGAATAGGGAGGCACTACATAAA
GGGAAGCCAATTTCCGCACGTCTTTTCCACGAGGCAAGTGCCTGTGTGAG
CAAACAAAAGCAATCCCAATAA
>NSE_0447 site-specific recombinase, phage integrase family
GTGGAGTGTAAAATTGATCCCTCAGTTTTCACCATTCTTGATGAGTGGAC
AAGATGGTTAGGTGGTGTAAAGTGCTTTTCCAGTAATACGTTAGTTGCCT
ATAGCAGGGATTTAATGGCTTTTTTGGATTTCCTTTCTACTTTCAGAGGG
GAACCTGTGCGTTTTACTAGCTTGGACTGCATAGATAGTAAGGATCTACG
TGCCTGGCTTGCAAGCAGAAGAAAGAACTCTATTTCTTTCCGCACGAATG
CGAGGGCTTTGTCTTCAGTAAAGAGTTTTTTTAAGTACCTTGCAAAACAT
AAGGGAATTATAAACGAAGATGTCTTAGGGGTTGTATTGAGGTTCAAGCC
AAATACGCTACCACGTTCTCTGACTTTTAAAGAAATAATAGAATTAATCG
AGAAATTTTCTTTTTTAAAGACAAGTTGGATAGTAAAGAGGAATATTGCT
CTGTGCTACTTGTTATATGGTTCTGGCTTAAGGATTAGTGAAGCGTTAAG
TCTAACAGTCGCGGACCTTACCAATAGTGAAATCAAGATAATAGGTAAAG
GTGGTAGGGAGAGGATGATCCGCTTGTTACCTATAGTTCGCGTTGCATTA
TCAGATTACATTGCTTCATGCCCGTTTCAGCCGGATGCCGGAGGTTTCCT
TTTTTTGGATCGAAACGGAAACAAGCTTTGTAGGACCGCTGTAGCAAGAG
CCTTTCTCTCAATTCGCAGAGGATTCAATCTCCCGGATCATATCACGCCG
CACGCGCTGAGACACAGCTTTGCTACGCATTTACTTCAGGAAGGTGTTGG
TGTTCGTAAAATACAAGAATTATTAGGGCATGCTTCACTTGCGAGCACTG
AGGTCTATACAAAACTTAATGCTGAATCGCTTATGGAAAAGTATAAGCAA
TTCTGCTTGAGAGATAGGGATTGA
>NSE_0388 putative DNA processing protein DprA
ATGATAATTAAGAATTTATCTAAAAGTGAACTGCTGTTCTGGCTACAGTT
GTCTAGAACAGTTGGAGAAGTGACTTTTCAGTCATTAATTAGCTTATATG
GAACAGCTGAAAACGCTCTAGGACAACTTTCTACTATCCAACAACGTACA
AAAAAAATAAAACCTTTCTCCAAGACTGACGCACTAAAAGAGCTTGAGCT
AACTGAAAAACTTGGCGCCAGTATTCTTGCCTCCTGCGAAAACAAATATA
GTAAAAACCTGAGAGTAATCAGAGATCCCCCTCCTGTACTTACAGTAAGA
GGAAATATAGAACTGCTTAACACTCCTTCTGTAGCAGTAGTGGGCTCGAG
AAATGCCACAATCAATAGTTGCAACTTTGCATATTCACTTGCGCGCGAAT
TAGCAGAAGAAGGATATACAATCGTTTCAGGCTTGGCTATAGGAGTAGAC
ACAGCCGCATTAAAAATCACTGACAGCACACTACCAACAATCGCAGTAAT
AGGAACTGGTATAGATCAGTGTTATCCTATCGAAAATCAAAGATTACAAG
AAAGAATTATCGAAAGAGGTGGCTTGGTGGTTACAGAAGTCCCTTTCGGT
AAGCGAGGACAGTCTGTTCATTTTGCACGCAGAAACAGGATAATTTCAGG
TCTTTCGCAGTGCGTTATCATTATTGAAGCATCAGAGAACTCTGGCTCTC
TAATCACTGCCCAGTACGCACTGGCACAGGGCAAGTACCTCTTTGCATCA
CCGGGAGCACCATACGACAAAAGATTCTCGGGAAGTAATAGGCTCCTAAA
ACAGGGTGCCATATTGGTAGAAAATGCCTTAGACGTAATACAACACCTTA
AAAAGAAAAAACGTAACGATTTTGGCTACAAGACCCTTTTGGATGTTGAG
GACAAGGAGTTTATACCTTTCTCCACGCTTAACTGTGACACCGATAAGAT
AACCGTAATAAAGGCTCAGATCCTCAAAAAAATTGATAGTACATCTGTAC
CAATGAGTCAGTTAGCACATGAGCTTGGCATCTCAGAAAAGACCCTCCTA
TTGGCAATAGTCGAACTTGAAATAGAGGGAAAAATAACACGGACCATAAC
AAATGAAGTTTCCATGCTTTATGATCAGTTTGCTTAA
>NSE_0259 dnaA, chromosomal replication initiator protein DnaA
GTGTTGCTAGCGAAGCAACATGACAGGCGCATTGATGGTATCGGTCCAAC
AGAATGGGATAGGGTAACGAGAAAGTTACGCAAATTTTACGGCGAAAAGA
TTTATGGAAGCTGGTTAAAGTTCATGTCTTTTAAGGAGATGAGATGTGGT
CAGGTTTTTCTTTCTGTTCCAACGGGGTTCATAAAGGAGTGGATCACCGT
GAACTATTTGGGTAACATTCTTGGGTTTTTGCGTAATGAAAATCCGGCAA
TTACCTCGATAGAAATAGGTGTTAATAAAGAGCATGATAGGGCTCTAGAA
TCAGACCGTGAAGAGCTGGTTGCACCCTTTGTGAAATCCAAAATCAGTAG
TGAAAAGGGTCGATTTGATAGAGGAAGTTTTTCTGAAAATTTAAGTAGCA
GCATAGATCGAAGTAGGACATTTGATAGTTTTGTTGTTGGTAAGTCAAAT
GAGCTTGCATTTACGGCTTCCAAGCGTGTCGCAGAAGCTGTTGAGTTACC
AATTTCAGGAAGTAACCCTCTATTTCTGTATGGTGGTGTGGGGCTTGGAA
AAACACATCTCATGCACGCAATTGTTTGGCACATAAAAGCAAACTATGCA
GACCGTAGAGTTATTTACCTCTCAGCAGAAAAATTCATGCACAAGTACAT
TACCGCATTGAAGAACAAGGACATGATGTCATTCAAGCAAATTTTTAGGT
CTGTGGATGTCTTGATGGTTGATGATGTGCAATTTATTAGTGGCAAGGAA
AGCACTCAGGAGGAGTTTTTTCACACGTTTAACGCTCTTATAGAGCAAAA
CAAGCAGCTTGTTATTTCGGCTGATAGATCTCCCAGTGATCTACAAGGGG
TTGAGGAACGTATACAGTCGCGTTTATCTTGGGGGCTCGTTGCAGACATT
AATCAGACGACATTTGAACTGCGTGTTGGTATTTTGGAGTCTAAATTGGA
GCAAATGAAGTCTGATGTTGTCGTTCCAAAGAAAGTAGTAGAGTTCATGG
CAAGAAATATAGTGTCGAACGTGCGTGAGTTAGAAGGTGCACTTAACAAA
GTTATAGCTCACTCAGAGATTACCGGGAGTGTTGTCACAGTTGATTCTGC
TAAAGATTTGTTGGCTGATATACTGCGGACAAATAGTGTTGCTGTCACTT
TAGAAAATATTCTTGCTAAGGTATCGGAATACTTTGGTATTAAGATTTCA
GATCTTAAGTCGCAAAGAAGAGTCAAGGATGTTGCCTATGCGAGGCAAAT
GTGCATGTTCCTCGCTAAGACTCTTACGCAGAGAAGTCTCATCGATATAG
GGAAGTTCCTCGGGGGTAGAGATCACGCTACGGTGATACATTCTGTGAGA
AAAATCGAGATTTTGATTAAGAATGACGCAAGAGTCGCTGAAGATGTCAG
AATACTCACTAAGAGGTTGACATGA
>NSE_0553 dnaB, replicative DNA helicase
GTGCTTGGTTTGGGACCAAGAGGTCGGGGGTTCGAATCCCTCCACTCCGA
CACTTTTCTGCATTATCAAAAAGCGTTGAATAATTTTTCCGCCGAACTTC
CTAACAATATTGAAGCAGAACAACTTATACTCGGTGCTCTACTCACTAAT
AATGATGCCTGTGATGAGATAGAAGAGATTATTTCATCATCTTCTTTTTA
TGCTCCGGTACATAGAAAAATCTTTGAAGTTTTACTTCACCTTAGATCAA
AAGAACTTGTTGCTAATCCCGTAACCCTGAAGAATTATCTTGAATCAAGC
AATGAATTAAGCGCTATTGGTGGTCAAGAATATCTACTCAATATAATTGA
AAAAGCTAGTATTGTAGTGGACGTATCAAGTTTAGCACGTGTAATACAAG
AGCTTTACATAAGAAGGCAACTAATCGTTTTGGCGCAAAAAATGATTTCT
GGGGCCACCGGCGAACATAGCAATATAACTACAAGCGAGCAGATAGAAGA
AGCCGAACATTTTTTATTTCAACTTGCGAGCTCAGGTGAACTTGATTCAT
CCTGCTTACACATTTCTAAACCGATTGAGGTCGCGGTTGAACGAGCAAAA
ATTACTTTCAAAGCAAAGGCACCGTTTCAGAATACTTCCACTGGCTTCAG
AGATATAGATAATCTTTTGGGCGGGCTGCAAAATTCAGACCTCTTAATAA
TCGCAGGACGTCCATCTATGGGTAAAACATCTTTAGCCATAAGTATGGCC
CTAAGGGTAACTAGAGAGCTACAAAAGCAAGGAATGTCTGCGTGCTTTTT
CTCCTTAGAAATGTCAGCTGATCAAATTGCTTCTAGAATGCTGTCTGTGC
ATTCTGGAGTCGACGCATTCAGCATTAGAACAGGTAAAAAGTTTTCTGAA
GAATCACTAAAGAAAGTGATTGAAAGTAGCAAAGCATTGTCCGAACTACC
CCTTTTTATAGATGATACTGCTTCTGTATCAATCTCAGCGCTACGCACAA
AACTACGCAGATTGCATAGAAAGGCAAAACTCGGGGCCATTTTCATAGAT
TACCTACAACTTTTACGAGGCTCTAAGGGTACAGAGTTCAACAGAGTACA
AGAAGTCTCTGAAATCACTAAGGGACTAAAGTTAATCGCTAAGGAACTTA
ATGTACCAGTTATTGCTCTCTCGCAGCTCTCCCGACTGGTTGAACAGAGA
GAAGACAAGCGTCCGCAACTTTCTGATTTAAGAGAGTCGGGCTCAATAGA
ACAAGATGCAGACGTTGTAATGTTTGTTTTTCGCGAAGCCTACTACATGA
TGCGTAAACAACCTTTAAGTGATGATGAAAATTATGAGAATTGGCAATTC
AAGATGGACGAAGTAAGAAACAAAGCCGAGATAATAATAGCAAAACAAAG
GAACGGCCCAGTTGGGACCGCCCTACTTTTTTTCGATCAGTCAACTACAG
TCTTTGATGATCTGTCCCTATTCTCAGATGATTAA
>NSE_0167 dnaE, DNA polymerase III, alpha subunit
ATGCGGCGGCAGACATTCGTACATCTTAGAGTACGAAGCGATTATTCGCT
CTTGAGGGCAGTAACCAAACCTAGGAGAATTGTTGATCTGGCCCGTGCTG
CTGGTATGCCAGCTGTGGCGCTCACTGATATTGATACAATGGCAGGGGCG
CTTGAGTTTGCTGAGTATGCTAAGGCTTCTGGTATTCAGCCGATTATTGG
GATTGATCTTTCGATTTCACATAATCGTGTTGATTCACGTGTACTCTTGA
TTGCAAAAAACGAAGAGGGCTATCACAACATGATTAAGCTTTCTGGGATA
GTTTCCTTGCGGAGAGTTGCGCTGAATGAGGTTTTCACACATAGCAAGGG
TCTAATTCTTCTGCTAGGAGAGTTCTTTATTGATGCTATCAACAGTTACT
CGATTGATGCAGAAACTTTGGTATCCGATCTAAAGCAAGTTTTTGGTAAG
GACCTTTTTGTCGAAATACAACGTTTGGGTAATCAATCTGCAGAGGAAAA
ACTTATTCAACTTGGATATGAGCATAATATTCCTTTTGTTGCTACGAACG
ATGTTCTTTTTCCAGATACGGATTTCAGGGAGGCGCATGACGTATTGACT
TGCATAGGAAGCCTTACGTATGTCAACGATATAAACCGCGTACATTACTC
TCCAGAATCGTATTTTAAAAGTGCAGAGGAAATGATTGCACTTTTTGCTG
ATTTGAAGGAGGCGCTGCACAATACTGTCTTGATAGCGCGTCGTTGTAGC
TTTATGCCAGAAGTGAGAAGTCCTATTCTGCCCAAGTTTGAATGCGAAAT
GGACGAGAGCGATGAGTTGAGGCGTCTAAGTTACATTGGCTTACACAGAA
GGATGGGGGCTGATGTTCCACAAAATTATTTGGACAGGCTTGAGTACGAG
CTTGGTATTATCATTGACATGAATTATGCTGGCTACTTTTTGATAGTGGC
TGATTTTATACGTTGGAGTAAGGCCAACGGCATCGTCGTTGGTCCTGGAA
GAGGATCTGGAGTCGGATCAATAGTTGCCTGGTGCCTCGGTATTACCGGT
TTAGATCCACTGAAATTTGCCCTTTTTTTTGAGAGGTTTTTGAATCCGGT
TCGTGTATCGATGCCGGATTTTGATGTGGACTTCTGTCAGGAAAAGCGCC
ATCTTGTAATAGAGTACGTGAGAAAAAAATATGGTCACGTTGCTCAAATA
ATGACTTTTGGTACCCTCCAGCCCAGAGCTGCGTTGCGAGATGTTGGAAG
GGTGCTCCAGCTACCGTATGGTCGAGTCGATAGGATCTGTAAAATGATTC
CTAACAATCCCGCTAATCCGATTTCTCTCCAGGAAGCAATAAATCTTGAC
AAAGATCTCCAAAGAGAAAGTGAAGATGATGAATCTATAGCAAAGTTGCT
TGATCTTGCTCTTAAGTTGGAAGGAACGCTAAGACATACCTCTACCCATG
CTGCTGGAATAGTTATTAGTGATACTCCGATAGAGGATTATCTTCCCGTT
TACCACGACAAGGAGTCAGATATTCCAGTTACCCAATATTCGATGAAATA
TGTTGAGAAAGCAGGATTAATAAAGTTTGATTTTCTTGGTTTGAAAACGT
TAACAGTGATCAATCAGGCGTGCTTGTTGGTACGCTTAAAAAATCCCAAT
TTTGATATAGATTCTATTCCTCTTGACGATAAGAGAACGTATGACCTTCT
TTCAGCAGGAAATGCGATAGGTGTATTCCAGTTGGATAACGCATACATGT
GTGAGACGCTAAAACGTCTGCACCCGGACTGTTTTGAAGATATAATTGCC
CTGATCTCGCTTAATAGGCCTGGTCCTATGGCGAATATTCCGACATATAT
AGCAAGAAAACATGGAAAAGAGGCAGTCAAATATCCACATCCGCTACTTG
AGTCTTCATTGAAGGAAACTTTTGGTGTTGTCATCTATCAAGAGCAGGTA
ATGGAAATGGTTAGGCTTCTTGCTGGGTATACACTAGCCGAAGCAGATAT
TCTCCGACGTGTTATGGGTAAGAAAATACGCGCGGAAATGTCAGAGCAAG
CCGAGAAATTTGTCGAGGGTGCAAAACGTAACGGAATCGAGACAGAAAGA
GCTCAAGAAATTTTCGAGATGATAGAAAAATTTGCTGGCTATGGTTTTAA
TAAGTCGCATGCTGCTGCATACGCGCTAATCTCATATCAAACAGCCTTCC
TCAAGGCTAATTTTCCAATCGAATTTACCACGGCCGCTCTTAACCTTGAA
TTGCACCATACAGACAAGCTCGCAATCCTAATACAAGATGCAAAAAATTA
TGGTATCACAATTCTGCCTCCAGATATAAATAAGTCAAAAATTTTATTCT
CTATTGAAGATAATGCGATAAGGTACTCGCTTGCAGCTTTGAAGAATGTT
GGAGAAGCTGCAGCTTCAGCAATACAGAGAAGAAGTCCGTTCGCAACAAT
TCCAGAACTTCAAAGGTGCTTGGATGGAAAAATAGTTCATAGAAAGGCTG
TTGAAAGTCTCATAAAGTCAGGTGCTACGGATGTACTTTCTCCTGATAGG
AGTGGACTTTATTCTTGTCTGAAGGAATTAGTGGGAAAAGAGGATGATGG
TGCACAGATGACATTATTTGATATCTCTGTGAACAAACCGGAAAAGACCG
TAAAGCCCTGGAATTTTTTTGAAAGGACACAGTGTGAATTTGATGCCTTT
GGCTTTTTTCTTTTTGATCACCCTCTCTTTCCATATCGAAAGTTTTTAAA
GCTTTCTCCGAATCAGATTGCTGGTGTGATAACTGAACTAAGGATAAGGT
CCAGAGGGGACAGAAAGTTTGCTGTGATGCATGTTTCAACAGTAAACGAC
ATATACACTGTTATGTTTTACGAGTCCGACGTTATAGATTCCAGACGTGA
ACTTTTTGTAGTTGGTGTGAAAGTCGTACTGACTCTCTTAAAGAGTGATA
ATGGCTATGTATGTACCAATTTAGCTGAATTACACGAATTTATCTTTTCG
AATTATAACGGAAGATTTGCAATTCTCGTAAATCGCAAAGAACAGGTCAC
TGCACTGAAGGATGTTCTAAGGCGTGGTGGTAAGTATGAGGTTACACTCG
TTGTGCGTAACGATTCTCAATACACGAGAATTGTTCTAGGACATGACTTT
GATCTTGCAGTTGACAAGCTTGCATTAATTGAAGGTGTGGAGATTCTCAA
GTACAGGGTATGCTGCAGCGATATGATCAATTAG
>NSE_0961 dnaG, DNA primase
GTGTTAAAAAAATACATAGAACTAATTAAAGAAAGGATTCCTGTTTCCGA
GGTTGTAAGTAGGACGGTTAAACTCAAAAGAGTTGGATCTAGACTTATTG
GAAGATGTCCATTCCATCAAGAAAAGACGCCTTCGTTCTCGGTGAATGAT
AAAGGTAAATTCTTTTATTGTTTTGGTTGTGGTAAAAGTGGCGACGTTAT
AGATTTTGTTTCCCTAACAAAACGATTAGATCTGAGCGAAGCTGTTGAAG
AGTTAGCTTCCAGCATAGGCATAAAAATAGACAAGAAAAATTCTGGGACA
GAAAGTTTTATCCAAGTATTCCAATTTTTAGAAGAGTTAAGAGATTGGTT
TTGTAGTAATTTGAACTCTAGAGTCGGTCAAGAAGCAAGTTACTACATAA
GAAACCGTCTAGATGATGATGTGATTTCTGAATTTAAGTTGGGTTATTGT
CCTTCTAATTTGACCTCCTTCATCAACAAAACTAAGAATTTTCCTAGCAC
TGTGATTAAAAATTCTGGAGTCCTTGATAAACTGGGTAGATGTTACTTCA
GAGATAGACTGGTTTTTCCAATACACAATATACAGGGAAAAGTAATTGGA
TTTGGAAGTAGGGTTGTAAAGGAGGGTATTTTCCCAAAGTACATAAACTC
TTGTGAAACGGAATTTTTCAAAAAGAGTGAACTGCTTTATAACATTGATA
AGATTCCGAAGAATTCTGAAGAACCCATTATATTAGTAGAGGGATATATG
GATGTTATATCTCTCTGCCAATTTGGGTATAAAAGTGTTTTGGGTATCTT
AGGAACGTCTATAACGTCACATCATCTTAAACTACTCAACCGATTAAGGA
GAAACCTAATATTTTGTTTTGATGGTGACAATGCTGGAATAAAAGCTGCT
GGTAGAGTAGTGGAGCTCATCATGGATGAGTTCATAAATTCTCTAGAGAT
AAAAACTACTTTCTCTTTCTTACCCATAGGTAAAGATCCCGATGATCTTG
TGAGAAGTGATAGAGCTGCGTTTCAGCGTGTTTTAGATGGTGCCAGAAGT
TTATCTGATACAATATTCTTTTTAGCTAAATACGGGAGGCAATGCAGTTC
GCCAGAGGACTTTATAGAGTTGGAAAAGATCTTAGAAAAATATCTGATAA
ACGTGAAGGACTATAAAATTAGAAAACATTTCCAAGATTTTTTTCAGCAG
CAAATCTTTTTACTTAAAAGGAGTCTTCGTCAGCGTAATTTTATTCCTGC
GTATAGGGGTGGCGAAGACGCCACGCATTTTGTAGATGTTAAAAAACTTT
CTTCCTCCGCCAGTATACACGTAGATAAGAAAGTCTTATTGCTGAAGATA
GTTATAAAATTTCCAGAAATTCTGCGGAATGGTGATCGTGAAGAATACTT
TTCTTTGTTAAAATTGAGCGATCCACGACATGTAAAACTCCAATCCTCCA
TAGTGCAATTGCTCAACACCTCAATCGATATTAGTGGTGCATCTCTTGAA
AGGGCATTGCTTGCAGACAGCGAGACAGAAGCGTCTTATAAGCTTCTGAG
TGATTTAGCTTCGCTTCCGGATGATATAGAAAAAGCAACCTTTTTATGGG
ATAGACTGCAGAAACAATTATGGCGCGACGAACTCCGAGAAGAGTATCGA
CGAATGATTCATTCATCTGATCTAGATGAGAACAAAATGGAAGAAGCTCA
AAGAATCTTGGTAAAGATTCGGGAGGCAGAAAAAGAATGA
>NSE_0170 dnaN, DNA polymerase III, beta subunit
ATGAAAGAAAACGCATACTCTTCCGTTACTGTGCAGCAAGATGCGTTGAC
AAGAATTCTTGCGAATCTTGTCAGTGTGTCGACAAGGAAAAGCACTATAG
CTTATTTGTCGCATGTTAGGGTGCGTTTCACTGGTACCTCAGTAGAGTTA
ACCACAACTGATAATGAGCTTTCACTTACGGATTCGTTGCTGGGAATTGA
AGGTGTAATTGATGCAGTAATCTCAGTAGATGCGTTCAGATTGTATGAGA
TAGTCAAGCGTCTTCCAACTGATGTTGGAGTTGTTCTCTCTATTGAAAAG
AATAATTTAGTTGTTCGTAGCAGAAGAATAGAGTTCTCCTTACCATACTT
AGATGCAAAACATTTTCCATTGATAAGTGAAGAGGAAAAAATTGGGCAAA
TTAACTTTGCGGTGGATGAAATAAGGAGTCTCTTCAATAAGGTGCGGTTT
GCAACTTCAACTGAATCGACGAGGCAACATCTCAATGGTGTATATTTTGA
GTCGGATGGTGAAAAAATAACCGTCGCTGCAACTGATGTACACAGGCTTG
CAGTGGCCACACTTATGAAAAAAACGGGTCTTAAGTTTTCTTGCATAATT
CCAAAGAAGACCGTATTAGAGATGATCAAGCTTTCTTCGGGCAAAGAAGT
TGAACTCTTTCTTCATGGGAGGGAGTATGTCAGTAGGATAAAGATGGTGT
TCGGGGGTGTTCGTTTAAATTCGAAGTTGATAGCCGGTACATTCCCAAAT
TTTGCTGCGGTCATTCCACACAGCTTCAAGTCTTCTCTAACATTTGATAG
AAAGGCTTTAGCGACCAGTATAGAAAGAGTTGGCCTTGTTTCACCCGATC
AGAGTCGTGCAATTAGTATTGGCATTAAGGGCAAGCAGCTTTATCTCGAT
GCTAGCAATTCTGATGCGAGTTTTGGGCGAGAATCATTGGAATTAAATGA
AGACATCGGTGAGGAGATTAGCATCTATTTTAATCATATTTACCTCTTGG
ATATACTCTTGGCTCTGGATAATAAAGAGGTGACAATGAAGTTTAACAAT
GCAACTTCCCAAGTATTATTTCAGGGTGATGAAAGTGCTTTGTATGTTGT
TATGCCAATGGCTTTCTAG
>NSE_0470 dnaQ, DNA polymerase III, epsilon subunit
ATGACTCAGAGACGTAAAGTTATTTTAGATACCGAGACCACGGGCCTCGA
TATGAAGAATGGAGATCGTGTCATTGAAATTGGCTGTGTCGAGGTGGTGG
ATTTTCGAATTACAGGCGAAATCTTTCACATTTATTTGAATCCTGAGCGT
GAGATTTCAAAAGAGGCAACACGTGTACACGGTATCACTTTCGAACAACT
TGCTGATAGTCCAAAGTTCATCGATATAGCAGATGATTTTCTAAAATTTA
TAGATTCATCAGAAATAGTCGCTCATAACGCAAGTTTTGATATCCGTTTT
CTCAATTCTGAACTGATCCGTGCAAGGCAGAGAAGATTGATCAAATTGGA
AAATGTTATAGATACTCTTGCTATGGCAAGAAAGATATTTCCGGGTTCTC
CAGCTTCATTAGATGCACTATGTAGGAGATTTAGGATTTCACTTGAGCAG
AGAGAGTTACACGGAGCTTTATTGGATGCACAGCTTTTAGCGCGTGTTTA
CATAGAATTAAGTAAGGGTAGCCAAGTCAGTATGAGTTTTTTAGAGGGAT
CTAGTGTAAGTTCTGAGAAAAAAATGTTCAAAGAACGTGAGAAGCTCATT
ATTACCCCTGAGGAGTCGCTTGAGCATAGTGAACTGATCAGGCGCCTTAA
AAATCCTCTTTGGGATGAAATTTTGATGGAGGAATAA
>NSE_0958 gyrA, DNA gyrase, A subunit
ATGTCGACCATAATACCGGTAAATCTAGAGCAGGAACTGAAATCCTCTTA
CCTCTCTTACGCAATGAGCGTAATTATAAACAGGGCCATTCCCGATGTAC
GAGACGGATTAAAACCTGTACATAGGAGAATTCTGTATTCTATGAATGAG
CTTTCTTTCTACTGGAACAAGCCTTATAGGAAGTCGGCTAGAGTGATTGG
GGAGGTTATTGGTAAATATCACCCGCATGGTGATAGTGCTATATATGATG
CTCTGGTTCGTATGGCACAGAACTTTTCCCTACTCGTACCATTGATAGAC
GGTCAGGGAAACTTTGGTTCTATAGATGGTGATCCGGCTGCAGCGATGCG
CTACACAGAAGTACGTCTGGAGTATATATCCAAGTTTCTACTCGACGATC
TGTATGAAAACAGTGTGGACTTCCGTTCAAACTATGACAACTCAGAAACG
GAGCCTGTTGTTCTGCCGGCAAAATTCCCAAATATCCTGGTCAATGGAAC
AGCTGGGGTAGCAGTCGGAATGGCAACGAATGTGCCAACTCACAACCTAT
CCGAGGTAATAGAGGCGTGCAAGTTGTACTTAGAAAACAATAACGTAACA
ACCGACGAACTCCTAAAAGTCATAAAAGGTCCCGACTTCCCTACAGGTGG
ATTGATCATCGGCGAGGAAGGAATAAAGGCATCTTTTGAGAGCGGTAGAG
GCTCCATTATCATACGGAGCAAGACACATTTCGAAGAAACTGAAGCGGGA
AAAGCAATTATCGTTGATGAGCTCCCGTACCAGGTTAATAAAGCAAAGTT
AATAGAAAACATAGCTCTTTTGGTGAAGGAAAAGAGACTTGATTCGATCA
GTGATCTGAGAGACGAGTCAAACAAGGAAGGGATACGTGTTGTAATAGAG
TTAAAAAGAGGCGCCTCCTTTGAAGTGGTTCTGAACCAACTTTTCCAGAT
GACACAGCTTCAGACATCATACAGCACGAATATGGTGCTTCTTGACAACA
TGAGACCTACTCTGATGTCTCTCAGAGACATTTTGGCAGCCTTCATTGCT
CATAGAAAAGAAGTAATCTCAAGACGAACAGAATTCAGACTCGCCAAGGC
TAGGGAAAAAGCTAACGTTCTAGTCGCACTGTATGTAGCGATTCTCAACA
TTGATGAGGTTGTACATATTTTAAAATCCTCTGGAGATAACGAGGCTGCA
ATAAAAGCACTTTCTGCTAAACACTGGGCTATAGACGAAGAACTTGAGCT
ACTTGTAGAAACTATCTCAAACATTAAGCTCCTGAACAGGGAATACAAGC
TCAGTACTGCGCAATCTAAGGCAATCTTAGAGATGAAAATGCAACGTATA
ACCAATACCGAAAAAGGACAATTGGTCGCTGAGATTCATGCTGAAATGGA
CATTGTCAAAGAATGTGCCTCAATACTGGGAAGTGAAGCTGTTTTGACAA
ATGTGATAGTGCGGGAACTAAATGAAATAAAGGCAAAGTACCCACAAGCA
CGGAAGAGTATAATTTTAAAAAATGTCAACGCCGTGTACGCAGAAGAGGA
TCTTATCGAGCGTGAGCAAGTCGTCGTTACAGCGACATATTCTGGGTATA
TAAAGCGTGTCCACATCTCAAATTACAGGGTTCAGAGAAGAGGAGGTAAG
GGGCGTATCGCACAAAACATAAAATCTGAGGATCAGTTGGCACAGATTTT
CGTTCTCAGTACGCATGATGAGATCCTCTTCTTTTCCAGTAGAGGTAAAG
TCTATAAGTTAAAAGCGTACAAGTTGCCTATAGGTGAACCTCAATCGCGC
GGAAGAGCTTTGGTGAACATTTTTGATCTTGCTGATGATGAGTCTATTAC
GAGCATTCTTCCTTTGAAAAGCTCCGATGCTGAGAACTTAATATTCTTGA
CTGCTCAAGGAAAGGTCAAACGCAATTCTATGAGTGACTTTGCCTATGTC
CCAGCAAATGGAAAGGTAGCTATAAGGCTCAACGATAACGACGCATTAAT
ATCTGTCAAAACTGCTCAAAATGAAGACTGCGTTTTTATTTCCACCAGGG
ATGGAAAATGTATAAGGTTCTTGGTTGGGGATTTGAGAGTCCTTAAGAGT
AGAAGTTCTGAAGGTGTAAAAGCAATAACCCTAGGAAAAGATGATAACGC
TATTTCCCTCTCAATACTGAATAAGCAGGTTCTTTCACCAGAGGACAAAG
CTGAGTACATGAAAACTAAGTTCTTCGAGAGAATCCAAAATCCAGAAAAT
CATGAAGAACAGTTTGTTCTTACAGTTACCGAAAATGGTTATGGCAAAAT
CACGTCGAGTTATGAGTATAGGATAACAAACCGAGGAGGCGTTGGGATAA
TCAATATATCGACTTCCGAGCGCAACGGTAAGGTGGTCTCGAGCTTCAAG
GTGACACTTAGTAACCATATAATGCTTGTTACAAATAGAGGACAGGTCAT
AAGGATAGAAGCAAACAACATCCCGGTCCTTGGTCGTAACACACAAGGAG
TACGTCTATTTTCCATCAGGGCTGAGGAAAGGGTTGCTTCGGTGACAGAA
GTAGAAGAGGTGGAAGATGATGACTCTGAAACAACTGAAAATTGCCAAGA
CAATAATTAG
>NSE_0721 gyrB, DNA gyrase, B subunit
TTGAGTAACACGGATTATACAGCAGATTCGATAAAGGTATTGAAGGGTCT
TGAAGCTGTTCGGAAAAGACCCGGAATGTACATCGGAGACACAGATGATG
GGTCAGGGTTGCATCAAATGGTGTATGAAGTTGTTGATAATTCCGTAGAT
GAATCCCTTGCGGGCTATTGTACTGCTATAGAGGTTGTCATTGATGTTGA
TGGGTCGATCTCTGTTGAGGACAACGGGCGTGGTATGCCCACAGATATGC
ATGGAGAAGGTGTGTCTGCAGCCGAGGTGATTATGACGCAACTGCATGCT
GGCGGGAAATTCGATCAGAGCAGCTATAAAGTATCTGGTGGTCTTCACGG
TGTTGGTGTGTCGGTAGTAAATGCCCTTTCTGATTGGCTTAAGTTGACGA
TTTACAGAGATGGGAAAGTTCACTTCGCGGAATTTGAAAATGGTGAAACA
GTACGCTCTTTGTCTGTTACCGGGGAGTGTGGTGATAAAACTGGGACATT
AGTTCATTTTCTTCCATCGAGAAGTACATTCAAAAACACGACAGAGGTTA
GCTTTAGCACTCTTGAGAATAGATTTAGAGAGCTGTCGTTCCTAAATCCT
GGACTAAGGATTTCTCTACTTGATATGAGGAAAGGTAGTAGTACAGGAAA
GGTAGTTTTTTTCTCTTCGGGTGGTACTGAAGAATTTGTTGCTTATTTGG
ACCGAAGCAAGCAACCTATTCACTCGACTCCAATCAGAGTTGTGGGTGGA
GTTGATTCCATAGCGATAGACGTATCAATGCAGTGGAATGATTCTTATTA
TGAAAATGTCCTCTGTTTCACAAACAATATAAAGCAAAAAGATGGTGGCA
CACACCTTGCTGCGCTTAGGAGCGCGATGACAAGAGTTATGCATAACTAT
ATTGTCAAGGAGAACCTGATTAAGAAGGACAAAGTTGTTGTGTCCGGCGA
GGATGTAAGGGAGGGTCTGAGCGCAATTCTCTCTGTTAAGCTTCCGGACC
CAAAATTTTCCTCTCAAACTAAGGAGAAACTCATTAGTTCTGAGGTCAAG
CCTGTAATAGAAAAAATAGTCAGTGATGCGCTGGCAAGTTGGCTTGAGGA
GAATCCCAGTTCTGCAAGGGTGATCGCAAGGAAGGTAGTCGAGTCCGCTC
TAGCAAGAGAGGCAGCAAAAAAAGCGCGGGATCTCACTCGTAGAAAAGGC
GGGCTGGAAATAACAACTCTTCCGGGAAAGCTTGCCGATTGTCAAGAAAA
ATCTCCTGAGCTTTCAGAATTGTTGATTGTTGAGGGTGATTCAGCAGGAG
GCTCAGCAAAACAAGGTAGAGATAGAAAAACTCAAGCTGTTTTACCATTA
AGAGGAAAAATTCTTAATGTTGAGAAAACGCGGTTTCATAAGGTTATAGG
TTCAGCGGAGATAGGAAATTTGATAGCTGCTTTGGGCACTAGCATAGGAG
AAGAGGAGTTTAATATTGATAAAATCAGATACCACAAGATCATCATCATG
ACAGATGCTGATGTTGATGGTCTGCATATCAGAACGCTTTTGCTGACGTT
TTTTTTTCGTTATGCGCGTCCGATTGTTGAGCGTGGGTATTTGTATATTG
CTCAAACGCCGTTGTATAAGGTGATGAGGAAGGGCGCAGATGTTTATCTC
CGTGATGATGCAGCTCTTGAGGAATACCTGCTGGACCGTATTGTGAAAGG
TAAAGAATTAGAAGGTGCTAATGGTAATGTTTATACTGGTCAATCATTGA
AGCGCGTTGTGCAGCAATGTTTAGTTCTCTCGAAAATTCTTGAAAAGTTT
GACTATAGGATACCTTTGGAGATTTTGGAGGTGGTTTTTCTGTGTGGTGA
AGAGGCCGACCCTCATCTTCTTGCTGAAAGGGTGGCTCTTATCTCTTTTG
GCGCATGGACTGTTGTTCGTGAAGATAGTAGCTTGTTTTTTGAGCGGACT
TTCCAGGGGTTGAGAAACCGATATGAGTACTCTCCACTTTTTGTTCCTGA
AGATCTTGAGAAGATGGCTAAAATCCGTGAGGCTATTAGTGATATTTTTT
ACCCTGGTTTTGCAAGATTCAATAATGGAGAGTACCACTCTATTCTTGCT
TTCATTAGGGATGCGGATTCAGTGGCCAGAGCTGGCATGGTCTTGCAAAG
GTTTAAAGGTCTAGGTGAAATGAATCCAGAACAGTTATGGTCTACTACCC
TCGATCCTTCCAACAGAACAATTTTTAAAGTTACTATAGAAGAGGCTGCC
GTAGCCGATCAAATGTGCTCCATGCTAATGGGGGACGCCGTTGGCCCCCG
TAGGGACTTTATTGTCAATAATGCCCTAAATGCAAGTAATATAGATGTGT
GA
>NSE_0640 hup, DNA-binding protein HU
GTGAAAAATGTTGACTTGATCAATGTTGTTGCTGAAGGTGCTTCGATTTC
TAAAGGCCATGCCAAGCGTGCTATAAACGCATTGTATGAGTACATATATG
AATCGCTCAAACGCAGGAAGTCTATTAGAATTCCAAAGATTGGAACTCTC
TCAGTGGTTAAGAAAAAAGCAACTACTTATTGTGACCCTAAGACCAAGCA
GATGGTGAGGCAAGCTGAAACTGAAAGAGTGAAGTTCACTATAAGCAGTG
TTGTGAAAGGTGATCTCAGGTCTGGAAGTTAG
>NSE_0500 ligA, DNA ligase, NAD-dependent
ATGGAAGCAAAGAAGGAAATTCAAGAGCTTTACGAGAAGCTCCTACGACA
CAATAAGAAGTACTATCAAGATGATAGTCCAGAGATAACAGATGCTGAAT
ATGACTCGATTAAGGACCGTTACCTTAAGCTTCTGGAAGCAAATCCGAGT
CTAGGCTTTCCGGTAGTTGTTGGCTACCCTGCTTCTGAGAAGTTTCAAAA
AGTCAAACACCTGTCTCCTATGCTTTCATTACGCAACATCTTCTCGGAAG
AAGAACTGGTAGAGTATATCGAAAAAACAAAAAGATTCCTTAATCTGAAA
AGTGCACTTGAATTCCTGTGTGAACCCAAAATAGATGGTGTGTCATTTTC
TGCACGTTATGTCAACGGAAAACTAGTCTCTTGTGCAACAAGAGGAGATG
GGAAAATAGGAGAAAACATTATTGATAACATGAAAGTTATCAATGGTTTC
CCCATAGAAATTATGGATGTACCAGATCTTTTGGAAGTACGTGGAGAAGT
TTTCCTTGACCATGATACTTTTCAAACTCTTGAAGGCTTTTCAAATCCTC
GGAATGCTGCTGCGGGGTCGCTTAGGCAACTTAATCCTGAAATAACAAAT
GAACGCAATCTGCAATACTTCGCTTATAGCGCGAGCAAAATCGATGGAAT
AGAACATCAAGAAGATGTGTTACACTTTCTCAGTGGGCGTGGTTTTATGA
CAAATCCGTTGAGACTAGCTTCGTCAAAAGTTCCTGAAATCATGAGCTTT
TACGATTCTGTTTATCGTAGACGCTCGCAAATCAAGTACGATATAGATGG
GCTGGTCTACAAGGTGAATGATCTCAAGTTACATGCGAGGCTGGGTACAC
TATCAGATGCACCTAGATGGGCCATAGCGCATAAATTTCCCTCACATCGA
GCAAAGACTATACTTGAAAAAATTAAGCTCAGCGTTGGGCGTACAGGTAT
CATCACGCCAGTTGCTCACTTAAAACCAATTACCATAGGCGGAGTCGTTA
TATCAAGGGCGAGCTTATATAACGAAGACGAACTAGAGAGAAAAGATATC
CGCGAAGGAGATCTGGTAATAGTAGAAAGAGCTGGAGATGTAATTCCAAA
AGTGCTTGAAGTAGACATCTCGTATAGAACTAATCAGGAGAGGTTTATCT
TTCCTGATAAATGTCCATCCTGTTCTTCTACACTGATAAGAAAAAATAAC
GAAGCGGCGACTCGATGCAATAATAGCAAAAAATGCCCCGAACAGGTAAT
ACAACAAATAAAACATCTTGTCTCAGCGCAAGCGTTCGATATAGATGGTA
TTGGGACATCACACATCTCTTTTTTTATTGAGAAGGGATTTATTTCAGAA
CCAGCAGATATTTTTCGCTTAGATAAGCACAGAGATGAGATCAAAAAATA
TGATGGTTGGGGAGAGAAATCAGTAGAGAATATTCTTAAAAATATTAAAA
ACTCTCGGAAAATAAGTTTGGAAAAATTTATTTTTAGCCTTGGAATAAAA
AATATAGGCGAAAAGACTGCTTACATGCTTGCACAACAGTTCAAAAGTTT
TGCCAACTGGTTTGACAAAATGTCCATGCTCAAAGACGATACTCAAACTG
AGGATGAAATTAGGAATCTCGATGGTATGGGAAGTTGTATCTGTGAATCT
TTACTGGATTTTTTCAGTGATTCAGATAATTGCAATATGGTAAAAAGTTT
ATCCAATCACGTCATGATTACTGATCACACTGTTAATATAGGTGGCTCAC
TTAGCGGGAAAAAATTCGTTTTTACAGGCACGCTTCTCTCAATTACTAGA
GAAGAAGCAAAAGAGATCATAAAAAAAGCCGGTGGTATAGTTGTGAACAG
TATTTCTAAGCAAATCGACTACGTTGTAGCTGGAGAAAAAGCGGGCTCAA
AACTTGCAAAAGCCAATGAGCTTGGTATTGCAATCATAGAAGAAAAAACC
CTCATAGAATTCACAAATGGGAACAACACACCTGCTCTTAAGAAAGAGAC
AAGCTCCAACTAA
>NSE_0609 mutL, DNA mismatch repair protein, MutL/HexB family
GTGAAGATACATATACTTCCAATAGAGATAATAAATAAGATCGCTGCGGG
TGAAATCCTTGAGAAGCCTGCCAATGCTGTTAAGGAACTCGTTGAAAATG
CTATAGATGCAGGCTCGACCAGCATCAAAGTCGAGCTGGAGGAGGTAGGC
AGAAATCTTATTCGTGTCACTGATAATGGCGTAGGAATTTCAAGAGAGGA
CTTACCTTTAGCAATAGAGAAACATGCAACATCAAAACTGAATACAAAGG
ATCTTTACGATATCAGTTACCTAGGTTTTCGGGGAGAAGCCTTACATTCA
ATTGCTATCACTTCCGAAATGAAGATCGCCTCCTGTTTCAATGGAGAGGG
ATACGTAATTGATGCTCAGACGAAAGAAGTAAAGCCTCACCATATAAAGT
GCGGTACGCTAGTTGAAGTAAGGAAACTTTTTCACAACATACCAAATAAA
CTCCGTTTCTTGAGAAGCGAAAAGACAGAACTCTCATCCATAATTGAACT
CTTAAATAGGCTGGCTCTAGTAAACCCTAATATTGCGTTTGAACTCATCT
CAAATGGTAGGCAGGTATTCGATTACCAGACTGCAACCCAACTAAAACGG
ATGGAACAGCTGAAAGTCTTGGGCAAGGAATTTGTCGAGAATATGATACA
TGTGAAGCACACAAACGACGGTATCTTCGGTGAACTATTTTTAGGGCTAC
CCACTCTCACTCAAAAGAGGAACAACTGTCTTATTTTCGTAAACGGGAGA
CCAGTAAAAGACAGCGTTATTTCGTCGGTAATGAGGCATGCATATAATGA
CTACATCCCCAAAAATACATATCCGATTGCTGTTATTTTCATTAGGGTTC
ATAACAACGAAGTGGATGTCAATATTCATCCCAATAAGTCTGAAGTAAAG
TTCCGTGACCCTCAAGTAATTAGAAGATTTCTCCTTTCAGTGAGCAGTAG
GAGCCTCTTACAATGTGGCCGTAGTACCTCTACAACTGTTGCAGATCGTG
CGGTTGAACAATTCAATCAATTACTCAAAAAGCAAACTGCCTTTCGCAAG
GAAACCGTTTCAAAAACAACAGAAAGTGGTTTTTTTCAGTCACCTAAAGC
AAAAAAAGCGATAGATCAATCGCAAGAATATGCGAAACAATTTGAGGGCA
AAAGAAATCTGGATTTTGATCAGATGCAAAACAACAACGGCCCGTTTCAC
TTTTCAACAGACCAATCTGAAGAAGCACTCCCCTTGATGAGTCACAAAAA
AACTTCTGAGGATTACTCAAACAAACTTCCACTAGAAAAGCAACAGAGCC
CTTCAATTTTTCTACATGACAATCGAGACACCTCGTTCTTGCAGCAACAA
CTGAGGAAGATAAACCATTGCGAACACCTGCAAAATGAGAAACACTTCGA
GACTTTTGGAAAGTTCAAGTGCCAGGTACACGGAACTTTTATAATCACAG
AAACGGAGAACGAAATGATTATAATAGATCAGCACGCAGCACACGAACGT
ATACTGTATGAACAGATGAAAAAGAGCATTACTTCACCTGGACAAAACTT
ATTAACAGCAGAGTTCGTACCACTTAGCGAAAAAGCTGTCGAGATACTTT
CTTTCAACGTAGAAAAGCTCAAGGAAATCGGTTTGGTAGTAGAGCGTGTT
AGTCATTGTGCCGTCATGGTGAATTCGCTACCAGAAGCATTTAAAAATGT
ACCTACGAACGAACTAATAGAAGACATAGCTTCCCTGCTGGAAGAAGAAA
TCGAACCAAAAACACTCCTCGAAAGAATACACGCAAATATAGCATGCAAA
AGAGCTATAAAGGCAAACCATAATCTCACAAGAGAAGAGATAGAGGAGCT
ATTAACACTGATGGAGGATATTCCACACACAGGTCAGTGTAATCACGGCC
GCCCCACTCACATTCGTCTACCTAGAAAAGAGATTGAAAAGTTATTCCTC
CGTTCTTGA
>NSE_0335 mutS, DNA mismatch repair protein MutS
ATGTCAGAAGAATTCCCGCCTGCGATGAAACGGTATTTGGAAGTCCGATG
CCAATACCCAGATGCGGTTGTTTTCTATAGAGTAGGTGATTTCTACGAGA
TGTTTTTCGAAGATGCACGCGAGGTATCGCATCTACTAGGGTTGCATCTT
ACTCGAAGGGGTACGTACAAGGGGAAAGATATTCCGATGTGTGGGGTACC
AGTTTCTTCTTGTGAAGTTTACATAAACAAATTAGTAAAGCTAGGTCGTA
AGGTTGCTATTTGTGAGCAATTGGAAACAGCAGAGGAAGCAAAAAAACGT
GGTGCCACAGCTATAGTCAGAAGAGATGTAGTTCGGCTGGTTACTCCTGG
GACACTTACTGAGGATAATCTTCTAGTGAGTGGGGAGAACAACTATTTAC
TCTGTGTTGCTCCTGGGAAGAATGAGATTGGTCTGGCATGGTTGGATATT
TCTACAAAGAAGATTGTCTTCACAAGTGCCAACCCAGCTTCTTTGGAAAG
CTATCTCGCGAAAATTGAGCCCAAGGAGGTATTACTTCCAGATGCAATTG
ATTCAGAACTGAGAAAAGTTATAGAACAACACAACATCCATATAACGAGA
CGTCCCAATAACCTTTTTCAATTTGATTATGCCGCAAATGAATTGAGAGG
GTTTTATAATGTTCTTCAATTGGGTTTTATGGATGCTAGATCTCCATGCG
AAATTGTTGCTTGTGGTGCTCTGATTGCTTATGCGCGTGCAACACAAATG
GGGGAGCTAAAACGGTTAGAATTTCCAAAACGATACGAGAAGGGCTACTA
TCTTGCGCTTGATGCATCAACTATTCGAGGTCTGGAGTTAATCGAATCGC
AAACACCAGGTGAGAAGAATAGTTTACTGCAAGTAATTGACCAGACGTGT
ACAGCAGGAGGTAAAAGGCTTCTAAAGAGCTATATCGTTTCTCCGCTGAT
ATCGGTCGAAGAAATTCAAGCCCGTCAAGACAAGGTAGAATTTTTCTTTA
TACAAGAAGAGTTGCGAAAAAAGGTGCGTACCGAACTTGCTAACATTCCA
GATGCAGAGCGAGCACTGTCGCGCATTGCACTGAATCGTGGAGAACCAAT
TGATTGTCTTGCTGTGCATTCCTGTATGAGGAGTTCGCTATTACTCGCTG
AGTGTTTTTCTGCTTTCCTAGAGAATGGTTATATTAGAAGCATATATGAC
AAATGTGCTCCAGATGATGAATTGATGGAGACTTTGCGCACTGCGTTTTT
ACCAACTTCTAATAGAAAAGTGGATGGCCCGTTTCTAGATCCTACACATC
ATCCCAAACTTCTAGAGTTGAATAGGTTATCCACCAACGCTGATGTGGTG
ATAAATGATTTGTTAAACACATACAAAAGGAATACTGGGATTAACTCTTT
GAAATTGGGTAAGAACAACCTTATAGGCTACTATGTTGAGGTTCCTAAGT
CCGCGCCGCTTCTTGATAGTGAAGTTTTTATCCACAGACAATCCTTGTTG
AACAATATACGCTATACAACTCTTGAGTTGCAGAATTTGGAGGCACAGAT
AGCAAAAGCAAACGAGAACTACAGAAAGTTAGAATTGGAACTTTTCAGGG
AACTGTGTGGAAAAATTCTTGCATCTGAGGGTCCACTGAAAGAAATGATC
GCAGCAATAGCAGAACTGGATGTTATAGCTTCCTTTGCTGAGATTGCTGT
TCAAAGAAAATATGTGCGTCCACAGGTTGATAATAGTAACGAACTGCGCA
TTTCTGGGGGTAGACACCCATTTGTAGAACAGGTGAATGCATTTGTGCCA
AATGATCTAGCTTTTACCTCCGCAGAGCGTGTGTGTGTTTTAACTGGGCC
TAATATGGCTGGAAAAAGTACTTACCTGCGTCAAAATGCATTGATAACTA
TACTTGCTCAAATGGGTTCGTTTGTGCCAGCTGATTCTGCTCACATCGGT
GTTGTAGATAGGGTTTTTAGTCGCATTGGCGCATCTGATAATATTGCCAT
GGGCAAGTCAACGTTTATGGTGGAAATGATGGAGACAGCAAATATAGTTA
ATAATGCGACATGCAGATCTCTCGTAATCTTAGATGAGGTTGGGAGAGGT
ACGTCTACTCTAGACGGTATCTCAATCGCACAAGCTGTTCTTGAATATTT
GCATGACTCAGTGAACTGTAAGACTATTTTTGCAACTCATTACAACGAGC
TTTGTGATCTGGAAAGTAAACTCCCACGGATGAAATGTTACTCAATTGAA
GTAAAGCGCTGGCGAGATGAGGTTCTTCTAATGTATAAAATTGTTCCTGG
GCGAGGTGATAATTCGTATGGAATACATACAGCAATGCTTTCTGGTATTC
CAGAAGCGATTATCCGTCGCGCAACCGAAATAGCGAAGGAAAAGAATCTC
AGCATTGAGAATTCCCTTTCTAATGAAAGGATCAGAGTGAAACACTAG
>NSE_0246 nth, endonuclease III
ATGATGAAAAAAACACGTCCTTCACGTTCTTGGGTAGTTGAAATCCTGGA
AAGGTTTCAGAGACAAATGCCGGAGCCTAAAATCGAGTTAGAATATGTAA
ATAAATTCACGCTTATCATAGCAGTGCTACTATCCGCACAGTCCACAGAT
GTTAGTGTGAACAAAGCGACAAAGGCTCTATTTCGTGTTGCATACGAGCC
AGAGCATTACGCAAAAATGGACCTTGCAAAACTGAAAGAGTCTATAAAAA
CGATTGGTTTGCACAATAACAAGGCAAAAAATATCATCGCCTTAGCAAAG
AAACTGATTTCGGATAAGCAGACTGACATACCAAATAATTTTCAATATCT
ACAGTCCCTTCCAGGAATAGGAAGAAAGTCAGCGAACGTAATATTGTGTA
CACTCTTTGGAGAAAAAAGAATCGCTGTAGATACACATGTCTTCAGAGTA
AGCAATAGAATAGGACTTGTGCATGCAAGAAATGTCTTAGAAGTAGAGAA
ACAATTACTTGAAAACATTCCAAAAACCTTCCTACCACAAGCACATCTGT
GGCTTGTCTTGCACGGGAGATACATATGTAAAGCAAGGAAACCAGAGTGC
AAAAACTGTATCATCAATGATTTATGCAACTTTAAGCTGGGTATAAAATA
A
>NSE_0675 polA, DNA polymerase I
ATGTCTGAAACCTTGATGATAATAGACGCATATAACTTCCTTTTTAGTGC
GTACTTTGCTCTACCAAACCTTACACATAATGAACTGCCCGTAGGAGCAG
TATACGGTTTCCTAAACATATTGCTAAAACACCTTCGAACCAAACCAGAA
TATTTAGTGGTTGCGCTGGATCATGGCAAATCGACATTTAGGGAGACTAT
ATACAACAACTACAAAGCAAACAGACCTCCAGTTCCTGGAAACCTGACCC
CACAGTTCGCTCTTCTTAGGGAATGTGTAGACGTTTTAAATCTTAATCCA
CTCGAAATTGAAGGCTTTGAAGCTGATGATGTCATAGCAACTCTGGTAAG
AAAGTTTTCTAAAAGTGACCTAAAAATAAAAATACTTTCAACCGACAAGG
ATCTTATGCAACTTGTCAATGAGAATGTACATGTCATAAACCCAATAAAG
AACAGGATCATAGGGGTTAACGAAGTTAAGGAAAAATTTGGTGTATTTCC
AACACAAATGACAGATTTTCTCTCCCTTGTTGGTGACACATCTGATAATA
TTCCAGGAGTGCCTGGAATTGGTGTAAAAACAGCTGCAAAACTTCTTAAC
ACGTTCGGTGCAATAGAAAACTTCAGACTTAACGAAATTTCCCCAGCAAG
AATTAAAGAAAGTCTTCTTAGACATCACGATCAGCTTACACTATCAAAGA
GACTGGTCTCGCTTGTAGATGATATAAACATTCAGTGTTCCCTCGATTGC
ATACGCTATCAGCAACAAGACGGTACAAAACTATTAGCCTTTCTAGAAAA
ATATGGCTTTAAAAACCTTATTCCAAAGCTAGTCAAAAGTACTCCTAAAC
AGTTACTACATATTACAAAATCAACAAATAAAATTAATGATTTTAGTCTT
AGTGCCAAATATGAAGGCCAGATAACCATTTATAAAAATGGTGAGAAAAC
CATTTTTAGTACGCGAGAAGCCTCAATCATAGGTGACCTAAACATGCTCC
AAGATCTATTTACAGATCGATCAATAAAGAAAATTTTTCATAGCGACAAC
ATACCACATCCCGACCCTACAAATGACTCTTTTGAGGATCTAAAGGTAAT
CGCTTATCCTCTGAATACCTTGAACACGGATCTTGAGTACTTGTTCTCAC
ACTACCTTGGAGAAACTTCCCGAGAAGCGTTCCATAAAAGACTAAATGAG
CTCTATGAAAAACTATGCAACGCAATGTTCACAGAAAAGGTATTGACCCT
CTACTATAAGGTGGACAAACCTCTGATTAATGCCATAAAACACATGGAAA
AAAATGGCATATCCCTGGACGTAGAACAACTCCTCTCACTATCTACGCAA
ATATCAGGTAAATTAGAGGAGATAGAAAGCAAGATTTTTGATATTGCCGG
AAAGACTTTTTCTCTGCAATCACCGAAGCAACTCGGGAAGGTGTTATTCG
AAGAAATGCAAATACCTGTGCAGAAAAAGCTAAAAAGTGGTTTGTCCAGT
ACAGACAACGAAGTGTTAACCAGCCTGAGCATTCAGGGATATGAGATAGC
AGATTACCTTCTCTCGTGGAGACATTATATTAAACTGAAAACTGCGTACA
TAGATCCACTTCTTCTGAAGGTAAATCCCAACGAAGAAAAACATCGTATT
TCCACTACTTATTCTGCAACACTTACACTCACTGGCAGGCTGAGCTCGTC
CAATCCAAATCTTCAAAACATACCAAGAGAAAAAGAAATACGAAAAATTT
TTACAGCAAAAGAAGGACATCATTTTTTATGTGCAGATTACTCTCAAATT
GAACTAAGGATTCTTGCATACATAGCAAACGTAGAGCGTTTGAAATGCGC
TCTTGCCAGTGGCACAGATCTGCACACACTTACAGCAAGTCAGATTTTTA
AAACGGATAAAATTACACCAGATTTGCGCAACAAAGCCAAGGCAGTTAAT
TTCGGCATAGTCTATGGAATAACAAACTTCGGATTATCAAAACAGCTCGC
GATCTCAAAAGAGGAGGCAGCCTCATACATACAAAAATATTTCGATGAGT
ACCCAGAAATCAAAATCTATATGAATCACATAAGGAACCAAGCAAGAAAA
GATACTTATGTTAAAACGATGATGAACCGTAAATGCCCTATTCAAAATAT
AAATAGCAATAATCGTACGATTTCACTCGTAGCAGAGAGGTCTGCTATAA
ATGCTCCTATACAGGGTACTGCCGCGGATATAATACGCACAGCAATGGTT
AGGATGGCACAAGAAAAAGAACTACTCTCACATATGGTAATGCAAGTACA
CGACGAACTTGTATTCGAGCTTGAAACAGACGTAATCCAACAACTAGCAA
AAAAAATAAAGCGAATAATGGAAGAATCTCACGGAATCCCACTCTTAGTA
GAGCTGAAACACGGACCAAACCTCGGAGAACTGGAGGACTTAAAACTCGA
AAGAAGCCAAGCCCCACAACAGGGAGGGCAAGGAGGATGA
>NSE_0206 priA, primosomal protein N'
ATGTACCTGAATGTCGTGCTGCCGCTCCCATTGGATAGTGGGTTTCTGTA
CTCTTCTGGACATTTTGATGTGTATGTGGGGAGTCTTGTTAAAGTTGATT
TCCGTGGGAGAAAAATAACAGGGCTCGTAACATCAGTGGTACCAGAGAGT
GAACATGAATACATTATAAAAGAAATCCTGGCTGTAGAGCAGGTAAGGCC
TTTTTCGTCTGAGTATGTGCAATTTCTCTCTTGGATTGCATATTACAATT
TCACCAAGCTTGGTTTGGTGCTGCGTTCCGCACTGGTTAAGGATATTCCT
GATAGTGCTGCATATATTTTGACTAACAATAATATTGAAAGATCTTGTTT
AACCCCAGCAGTGTGCCGTGTGCTCGCGTTATTTAGGGGAAGTCAGTATA
TCACCTCGGATACGCTGGATGCGGAAAAGATCCAAAGGAAAACAGTGCAG
AAACTTATCGATATTGGTGCAATAGAGCGTATTCATGCATCAGTTAGTGA
GATAAAAGCTCTACCGGAGGAGCTAAAAAAACTCAAGTTCGAGCTTTCAG
ATGAGCAAAGTACTGCTAGAGAAAAAATCTGTATGGAGGGGTTTACTGTA
TACCTTTTGGATGGTGTTACAGGTTCGGGTAAGACATTAGTGTATCTTTC
GGCTGCGCTTGAGATTCTACAGCGGGATGCAGCTGCGCAAGTTATAATGC
TTTTTTCCGAGATAGCTCTTGCTTCTTACATTTTTGAGCGAATCAAGAAA
AGTTTTCTCGGGATGGTTGAAATTGTAGAATGGCATTCAGATCTCTCTCC
TGCACGTAGGAGAAAGAACTGGCACAAAGTCGTGACAAATAAAGCCAGAC
TGATTATTGGAGCAAGGTCAGCAATCTTACTTCCAATACCTAATTTACAA
ATGATTGTTGTAGACGAGGAACACGATCAATCCTTCAAACAGGATCAAGG
AGATTTTACATATAATGCCAGGGATCTGGCCATAATGAGGGGTAAGTTAT
TCAATATTCCAGTGATTCTATCATCAGCAACACCATCTTTGGAAAGCTAT
TACAATGTGCAAAAAAAAGGGTTTGTCCACCTTACATTGGAGCGCAGATT
TGGCGGAGCTCAGCTTCCAGATGTGAGGGTGGTTGATATGCGTAAAGCTC
AAAAAGTGAGTCAGCATATTTCTCATGAGTTATATGAAGAATTGAACTGT
ACTTTTGATTCTGGTATGCAGAGCCTTTTGTTTCTCAACAAACGAGGCTA
CGCATCGATAATAATATGTTCGAGTTGTGGTCATAGAATGAAGTGTCCCG
ACTGTATTGCATGGCTAGTTGAACATAAACAGAACAACACACTTTTATGT
CACTTGTGTGGTTTCAAACGCCCCATGATAACAAAGTGTGAGGAATGTTC
GTCGGATAAAATAATATCATTCGGTCCCGGGGTGGAGAAAATTGCTGAAG
AAATTGGTGAACTCTTTCCAAGTAAGGAAGTGCTTATCATGAGTAGTGAT
ACAAAGATTACTGAAAACATCCAAAAAATAGAAAAGGGTGATGTTGATAT
AGTGATCGGTACGCAGATCATTGCTAAGGGTTATGATTTTCCTAGACTTA
CTCTTTTGGCGATCATTGACAGCGATGTTTCCATGCATACAGGTGATTTG
CGTAACTCGGAAAAGAGTTTTCAGATATTGCAGCAAGCTATTGGACGTGT
CGGTAGGAGAAAGGTGTATCCCGGTAGGGTGGTGCTACAGAGTTATTCTA
CAGATAGTGTCGTAGTAGAGGCTTTAAAAAACAATGACAGAGAAACTTTC
TACAAAGAAGAGCTTAAAATGAGATTAGCTGAGGAAATGCCTCCTTTTAG
TAGGCTTATTAGCATTATTATTTCTGGGCTGATAGAAAGGGAAGTCATCG
CATACGCAAGAAAAATAGCAAAAACTATTATTCCGATAAGGGAGATAAAC
GTTTTCGGACCTTGCCCTGCTGCAATAGGGATGAGAAAAAAACGATTTAG
ATATAGAATTCTTATTGTTGTCCCTAAAAATTTTTTCTCTCGTAATATGT
TAACAGATTTGCTTACCCAATTTACCGCGGAGAAAAAAGTAGAAGTGCAA
GTTGATACAGATCCCCTGTGCTTTTTGTAA
>NSE_0229 radC, DNA repair protein RadC
ATGAAAAAATTAAGACAAGAAGATGTACAAATTGAACCTGGGTCGTTACA
TAAGGGGCATAGACTCAGGCTTCGGCAGCGGATAATACAAGACACAGCTG
GGACTATTTCAGAGTTGGAATTGCTAGAGTACTTGCTCTTTGGCACCCAT
CCCAGGATTGATATTAAGCCTTTGGCTAAGTCTTTACTGAAAGAGTTCGG
AGATTTTAAGAAACTTTTTGCTGCTGATCCTGACGACTTGAGGAGCGTAA
ACGGTGTAAGTGATGCCGTTGTTGCACTCATCAGAACCGTGCGCGAGAGT
ATGAAAGCAATTCTAAGAAAGGATCTGACATCCAGAACTACCTTAAAATC
GTGGAAATCAGTTGTAGACTACTTGCGTTTAAGTATTGGAAATAAACCTG
TCGAGACAATACGTGTCCTTTTTCTTAACAAGAAATACACCCTGATCAGA
GAGTATGTTCAGGAACTTGGGGCCGCTGATCACACGCCGCTCTGTATGAG
AGAAATCATTAAGAAATGCTTGACCTGTGGCGCAAGCGCGATGGTTATTG
CGCATAATCACCCTAGCGGCAACCCCCTACCCTCACAAGAGGACTTACTC
ATAACCGGAAAGTTGAAGAAGATCTGTCAGAAAGTGGATGTACAGCTTGT
AGACCACTTCATCGTAACACCACATGATCATTTCAGCTTTGTGGTTAACG
GGCTTCTGTGA
>NSE_0530 recA, recA protein
ATGAACAGGGAAGATGCGCTTAAGGGCGTTGTGGTTCAAATTGAAAAAAT
GTTTGGGAAAGGTTCCATAATGACCTTTAGTCAGGAGCCAGCTTCAGTGG
AGTGCATTTCTACGGGTTCCATAGGATTGGATAGTGCTCTTGGTGGAGGT
ATACCAAAGGGGCGAATTATTGAGATATTTGGACCGGAAAGTTCTGGGAA
GACGACACTTACGCTTCACATAATAGCTGAAGCGCAGAAAAACGGCGGGA
CGTGTGCGTTTATTGACGCTGAGCATGCTTTGGATCCTGTTTATGCAAGA
AGGTTGGGTGTCAAAATTGAGGAGCTGTTAATTTCGCAGCCGGATACTGG
GGAGCAGGCTTTGGAAATAGTAGATAGTCTTATTAAGTCTGGTGCAGTCG
ATGTGATAGTTGTCGATTCTGTTGCTGCTCTTACTCCGAAAGCAGAAATA
GAAGGAGAAATGGGAGATCTACATGTTGGGCTTCAGGCTAGATTGCTTAG
TCAGGCACTGCGAAAGATCACAGCTTCTGTATCCCGTAGTAACTGCGTTG
TGGTCTTCATCAACCAGATCCGGATGAAGATCGGTGTCATGTTTGGTAGT
CCTGAAACAACGACAGGGGGTAATGCATTGAAATTCTATTCGTCCGTTAG
AATTGATATTCGCAAGATTGGTTCAATTAAGGATAAAGAAGATGTTGTGG
GTAACCAGACACGGGTGAAGGTGGTTAAAAATAAGGTAGCGCCTCCGTTT
AAGCAGGCTGAGTTTGATATCATTTACACTGAGGGCATTTCGAAGCTTGG
TGAAATAATCGAGATTGGTGTGCGCAATAAGATAATAGAAAAGGCAGGTT
CGTATTATTCATACGGGGATGTCAAGCTTGGTCAGGGTAAGGAAAATGTG
AAGCAGTTCTTAAAAGAGAATAAAGAGTTAGCAGCGGAGTTAGAGAGGAA
AGTGAGGGATTCCATGCTGCTTATTGCAACGTAG
>NSE_0690 recG, ATP-dependent DNA helicase RecG
ATGGCCAACTTGTTTGATCCAATAGATAAGATTTTTCTACTCGAAGAGAG
AATGCTTGAGGTGGTACGTAACCTTGTTTCTGGGAGTAGAGTTGTCGATC
TGTTGCTGCATAAGCCAAGGGGATTTGTCAATAGGTGTAACTTTAAGGCG
ATTGCAAATTCAGTCGAGGGAGAATTTGTAACGATCGAGGCAAGGTACGA
GGGATCAAAAGAGCATTTTCATAGATCTAGACGAGTAAAGCGACTTCATA
AGTTTTTCTTCAAAGATAAAAATGAAGATTCTTTAGAAGTGATTTTTTTC
ACAAAAACTTACTTACAGAGGAAGCTAAAAGTAGGAGAATGGTATCTCAT
AAACGGGAGAATGGGAGTGAGTGCTCAGATGTTTCATCCCGACAAGATAT
TAAAACTTAGTGAGCGAGATAAACTGTCGGCGTTTGAGCCAAAATATCGC
CTTTCAGACGGTATAACTAACTACCAGTTTTTATCTTTGGTTGACAGTTT
ACTTAAGTCGTCTAAACCTCCAAAAGAGTGGCTAGAGCAAACATCTGTAA
GAAAGAGAGGGCTAATATCATGGGGAAAAGCAATTGAGCAGTTACACCAC
CCATCATCCGAGGTTGAGTTCGAACAGGCATGCAAAAGGCTTGCTTATGA
TGAGATTCTTGCAATGCATTTGGTGAACAACAGTCTGCATACTCAAGTCT
TAAATCAGAAGAAGGAGCCTATAAAAGGAGATGGCAGAATTACAGCTCTT
TTGCGTTCACGGTTGCCATTCAGTTTAACAGAAGGTCAAGAAGAGGTGAT
AAAAAAAATATATGCGCTGCAGGGGCAAGATGTAAGAATGGTAGCCCTAC
TACAAGGTGATGTTGGAAGTGGAAAGACACTTGTTGTGATTTTTGCCATG
CTTAATGCAGTGGAGGTGGGTAAGCAAGTTGTTCTACTGTCACCAACCAT
CGTGTTAGCTAAGCAACATTTTGAGGTTCTGCAAAAATTACTTCCGGAAC
TCAAACCTGTGCTTCTAACCGGGGAAAAGATTGCTTGTTCTAGGGAGCAA
TTCTTACAAGACATTAGATCTGGGGATGCGAAAGTCATTGTTGCCACGCA
TGCAATTTTGGCTGTTGGGATACTTTTCTTTGATCTGGGGCTCTTGGTCA
TAGATGAGCAACATAGGTTTGGAGCAAATCAAAGGACGAAGTTGATCAGA
GAGAATCCTGGAGCTGACCTGGTGCTTGTAAGTGCTACCCCGATTCCCCG
GACAATAGGACAAGTGTTGTTTGGTTCAATCACCTTGCTGAACCTTAGGG
AAAAACCCAAATCTAGACCAGTCGTAACTACCTCTACAGTAACAAAAAGC
AAAATTGCAAAGCTCATTGAGAGGATTAAAGTGATTCTCGGAAAAGGGTC
CAAAGTATTCTGGATTTGTCCCGTGATTGAGGAAAGCGAAAATTTAAAAG
TTATTTCTGTAACAGAAAGGTTTCGACTGCTTAAAAAACACTTTGCCGAT
GAAGTAGATTGTGTTCATGGTGTGTTATCGGCGCAAAAAATGGAGGAAAA
ACTCACTGCTTTTCGCAATGGTAAAACGAAAATACTACTTGCTACAACCG
TTGTTGAAGTTGGTGTAGACATTCCTGATGTAGACGTAATAGTTATTGAA
GATGCAGATCATTTTGGATTAGCTCAGCTCCATCAACTTAGGGGTAGAGT
AGGTCGCGGAAACAAAAAGTCTTTCTGCATTCTCCTTTATGATTCCCAGA
AAATCACCGAAAACGGAAAGAAGAGGCTAAAGATACTTAGAGAGTCCAGT
GATGGTTTCTTCATAGCAGAAGAAGATTTTAAACTACGGGGTGTTGGTGA
TATTTTCGGGGTCAGACAATCCGGATTTTACAAGTTTAAGTTTTTAGATA
GACCTTTCGAACACTCATTTTTTGATAGCGCATCAATGGAAGCACAGGAT
GCTATAAATATGGGCAGGATAGCTCAATATGAGGTGTTGATAAAAGTATT
TTTTTCAGATAATAATTATTACCTGTAG
>NSE_0712 recJ, single-stranded-DNA-specific exonuclease RecJ
ATGCAACATCCTAGAAAATCAATTAAAGGAAGTGTCTGGATTCACAATTA
CGTACCACCTAAAGAACTACTCTTCCTAAGACAAAAATTTGGGCTATCAC
TAACAGTTGCATCGGTTTTATATAATCGCGTTGGAGCAGATGACGATATC
GCAACTTTTCTTGACCCGAAACTCAAGCATACTTTACCGGATCCATTCAG
TCTGCTTGGAATGAAAGAGGGAATAGAAAGGATACTGAGAGCAATATCTG
AAGATGAGAAAATTGTTATTTATGGTGATTACGACGTTGATGGCGCAACC
TCATCCGCGCTTTTGAAAAATTACTTCAGGGAGATAGGCAAAAAGGTTGA
CATATATATTCCAGATAGAATTACCGAAGGTTATGGCCCAAACAAAGTCG
CTTTCACTCAACTAAAAAAAGAAGGATACACACTTTGCATTACAGTAGAC
TGCGGCATTCTAGCTCACGCTGAAATAGAAGCAGCAAATACAATTGGCCT
GGACATAATAGTTGTGGATCATCACATAAGCACGGATGTGATACCTCCTG
CCACGGCTGTAATTAATCCAAATAGAATTGATCAACCTAATGTGATTAAT
ACTGAACACTTAGCGGCCGTCGGAGTATCGTTTCTACTACTTATAGGATT
AAATGTTGTCCTAAGAGCTAAAGGGTTTTTTGATAATAAAAAGGAGCCCA
ATCTTATAAATTACCTAGATCTCGTTGCATTAGGTACAGTCTGTGACGTC
GTTAGACTTACCGGAATCAACAGGGCTTTTGTTAAGCAAGGGCTAAAAGT
TATCGACCAAAGAAAAAACTTAGGATTAAGTATACTTACCAAAGAATTGA
AGCTCTTCAGTACCCTGGAGGCCTATCACTTAGGTTATGTAATAGGACCA
CATATAAACGCAGGAGGAAGAATATCCCAATCTTCGTTAGGAAGTAGGTT
GCTATCAACACAAAACCCAGCTGAAGCAGAAGAGATAGCTACAACTCTCT
GTGTTTTAAATCTAAAAAGAAAAGAAATTGAAAGAGCAGCACTCCAAGAG
GTTATTACCCAAGTAGAGAAGACAAGTAAAAAGGTAATTCTTGCAGCAAG
CGCAAATTGGCACCAGGGAATAATAGGAATAGTTGCTTCAAGGATTAAGG
ATCGTTACCATCTTCCAACAATCATTCTCAGCATTGACGGCAATATAGCC
AAAGCAAGTGCACGTTCGATAAGGGACGCAAACATAGGAATGGCGGTTAT
AGCCGCAAAAGAAAGTGGCTTAATAATAGAAGGTGGGGGTCATAAAATGG
CAGCTGGGTTTTCATGTGAAACAAGAAAAATTCCAGCAATAAGAGATTTC
TTTGAAGAGTACTTCAAAGATGTGAACACACAAGAAACCATCCATATTGA
TAGCGAGCTCTACATCGATACAATCACCAGTGATCTTTGCGATGACCTAA
AAATTTTAGCACCTCACGGCGCGGGCAACCCTGAACCTAAATTTGTGCTC
AAGGATGTGAGGGTCGTCACTAGCAAGATTATCGGAGAGGATGGACACAT
CGCCTGTACACTGAGAGATGTAAGGACACACACAGTCATCCGCGGGATTG
CATTTAGAGCAGACCCTATACTGAAAGAGGCAATTCTAAATTGTGAAGTC
ACAAATTTTCTTGTAAAGATAAAAGCTGATAGCCTGGGATACAGCAACAA
ACCTCAGGTGATCATAGAAGATGCGTCAACTTAA
>NSE_0899 recR, recombination protein RecR
ATGGACAAGAAGATAAAAGCTCTAATAAAACTCGCTGAAAATTTACCAGG
ATTGGGACCCAAGTCAGCTAGGAGAATAGTCTTGCATTTATTGAAATCGA
GGGAGACAACTTTAATTCGGTTTATCGATACGATGCAGCTTCTTTATGAG
ACTATCAAGCACTGTGAGCTGTGCGGAAATCTTGAAAGTGAATCACCGTG
TTCAATTTGTAGAAGCACTAAAAGAAGCTCAGATATTGTATGCGTAGTCG
AAGAGATTACTGATCTCTGGGCAATAGAAAAGGCCGGGGTACATAATGGA
AGATATCATGTGCTAAATGGTGCATTATCCATTGTGGATGGTATTACTCC
AGAAACGTTACAGATAGAAAAGTTAAAACGGAGAGTTTCTTCCGGAGCTG
TAAAAGAGCTGATCATTGCTACCAACGCGACTGTAGAGGGTCAGACGACA
GCACAATACATAGTCGAGGTTTTAAAAGGTACACAGGTAAAATTGTCGTT
TTTAGCGCATGGCATACCTGTGGGCAGTGAGATGGATTATCTAGATGAGG
GAACGCTAGGAATAGCATTCGCGAATCGGAGAGCTGTATAA
>NSE_0667 rnhA, ribonuclease HI
ATGGAAGAATACGTGATATACACCGACGGTGCATGTTTAGGTAATCCAGG
TCCTGGTGGTTGGGCTGCAGTGATAATTCAGAGAGGTACCAACGAAAAGA
TAATTTCCGGGAGAGAGGCAGATAGTACAAATAACAAAATGGAGTTGCTT
GCAGTAATAAAAGCTCTGGAGTCGTTTGAACAAAAAGGAAAAAGAGTCAC
TGTATACACCGATAGTACTTATGTCTACAAAGGTATCACTGCTTGGATAG
AGAGTTGGATGAAAAATAAGTGGCGTAACTCATCAGGAGGAGCTGTAAAA
AACAAGGAAATGTGGGTCAGGCTACATGGAATTGCAGCCGCACATACTGT
ACGATGGTTGTGGGTTAAGGCTCATAATGGTGATCATTATAACGAAATTG
TTGATAGAGTAGCACGAAAAGAAGCTGCCTCTTTTACGAATTGCGAACCT
GAATAA
>NSE_0701 rnhB, ribonuclease HII
ATGGTATACAGAAAATCAGAAAATGGACTCATCGCAGGAGTAGATGAGGT
AGGAAGAGGTTGCTTAGCTGGACCGGTCGTGGCATGTGCAGTTATTTTAA
CAGAAAATCTAGCAATTCCAGGGGACTCAAAAGTCCTTTCACGCGCTGTT
AGGCTCTCCTGGTATGAGGAAATTATTAGTAACTCTTATAATGCTATAGG
AATGAGCAGTGTGAAAGAAATAGAAACAATGAACATTCTGAATGCAACCT
TGCTGGCCATGGAAAGAGCACTTGAAAGACTTCCTGTAGTACCAACAACA
GTACTCATAGACGGTAGAGATATCATTAATAATGCAGCAAAATATAAAGA
AGTAAAAAGTGTAGTCTCTGGTGATAAGATTTATGGAGAAATAAAGGCTG
CCTCAATTGTTGCAAAGGTTACTCGGGATAGGTTGATGGAAGGATTAGAC
CTGACATATCCATATTACCGTTGGAAGTTTAACAAAGGTTATGGAACAAA
GGAACACCTTGAAGCACTAGCAAAATACGGAGTTACAGATCACCATAGAA
GGAAATTTGCTCCAGTAAAGAGGATGCTTCTTAGATAG
>NSE_0574 ruvA, holliday junction DNA helicase RuvA
ATGATAGGTAAACTCACAGGCACGGTAACAGACCTATGCCAAGAATCTCT
TATATTAGACGTAGGCGGAGTAGGATATAACGTCTTTACAACACGCAGAC
TCATTGATAGTCTTCGTACTGGGCAAAATCTATCTTTGTACATAGAACAT
TATTTCTTGGAGAACATAAACAAACTTTACGGGTTTGAATGCAGAAAATC
GCAAGAAGTAGCAAGAATGCTGAGCAAAGTAAAGGGAATAAACTACAAGA
TTGCTCTTAGTCTGCTAAATCATCTCGAACTAGGAGAGTTAATCCTAGCA
ATTCAAAATAAAGATGAATCCCGCTTAAAAATCAAAGGTATAGGAGAGAA
ACTAGTAAAACGCATTATCACAGAAACGTATGAAGACTTCTTGAAGTTAG
ACTCACACCTTTCTGGAATTGCTTCCTCGACAAATGTACATATAGCAAGT
GAGGCCGTATCTGCTCTAGTAAAGCTAGGTTTTCAACATAAACCCTCCCA
CAAAGTGGTCATGGAAATCATGACAAAACGACCTGCAATTGAAATAGCCG
AACTAATCACGCTAGCGCTCAAAATGCTGTAA
>NSE_0575 ruvB, holliday junction DNA helicase RuvB
GTGCGAAATAGTATATTTGAACAAGAGGAGACTTTCCAGGACCTTTCACT
TAGACCGAAATCTATCGAAAAGTTCGTTGGACAGCAACGTGTCGTAGAAA
ACTTGCAAGTTTTTATAGACTCCGCACAAAAAAGGAATGACTCCCTTGAT
CACGTACTTTTCTGTGGTCCACCAGGTCTCGGAAAAACAACATTAGCACA
TATTATAAGTAACGAGCTTGAAAGTAGAATCCACACAACCGCTGGACCGC
TTCTCTCAAAGGCTGGCGATATTGCAGCAATACTTACAAACTTGCACAAA
AATGACATCCTCTTCATAGATGAAATACATAGACTACCTTCAGCTGTAGA
AGAAGTCCTCTATCCCGCTATGGAGGACTACCACCTTGATCTCATTGTCG
GAGATGGACCAGCAGCAAAGAGTATTAGAATAAATCTAGCTAAATTCACA
CTAGTTGCCGCAACTACGCGTATAGGGATGCTCTCCAATCCACTCAGAGA
TAGATTTGGTATTACACTTAGGCTCGACTTTTATACTGTAAGCGAACTAC
TTCAACTTCTTCAGCAAGCAGCAGAAAGGTTATCTGTTAATATAGAAAAT
GGCGCCATGATAGAGCTTGCAAAACGCTCTAGAGGAACACCAAGAATCGC
TCTTAGGCTGCTCAAAAGGGTGCGTGACTTTCTTGAAGTCAGCGATTCTG
ATGTCATAACTCGCGAATTTGCAGACCTAGCACTGAATAAGATGGAGGTA
GACCAATTCGGTTTAGATAAGTTAGACTACACGTATATGGATTTCATAGC
AAAAAATTATTCTGATAATCCGGTGGGTATCAAAACCATTGCTGCAGCAA
TCTCGGAAAAAGAGGATTCGATAGAAGAGTTAATAGAGCCATACTTGATA
AAAATAGGCTTTCTGAGTCGTACACAACGGGGTCGTCGACTAACGGGAAA
AGCATTAGACTACTTGTCAACAATTAATTCAGCAAGGCTGCCCTGA
>NSE_0955 ruvC, crossover junction endodeoxyribonuclease RuvC
ATGAGCTATGTAGCATTAGGGGTTGATCCGGGTCTCCTTCGTACGGGCTG
GGCTGTAGTCGAGTATGATGGCCTGTGTAACGTGCGTTATATTGATTCCG
GAATAGTAAAAACGGCTTCCCAAGGGAGTCTTTCAGCCAGACTAGAAAAG
ATCCATCGTGGTATTAGTGATGTGATTGAAAAAGTAAATCCATCTGTTGC
CGTTTTAGAGAAGGTATTTGTTAATAACAATCCATATTCTTCGCTTAACT
TAGCTTACTGTCGAGGTGCTCTGATACTTACGCTAGCCCTGAAGGGTCTC
TTTATAGTTGAATTCGCGCCCAGTGTTCTAAAAAAGCGCATAACAGGGAA
CGGTCGTGCTACTAAGGCTCAGGTTAAGTACATGGTAGAACAACTGCTCG
GGTTGGATCCTTGCTTATCAAAATACTCAGATTTGTATGATGCGCTAGCA
TTGGCAGCTTCGGTGACTAGATATGACATTATGGAAGCAAAGGGCACGTG
A
>NSE_0759 ssb, single-strand binding protein
ATGATTAATAAAGTTATTTTGGTCGGCAACCTTGGTAAAGATCCAGAGGT
ACGTACCATGTCGAATGCAAAGCAGGTGGCCACTTTTTCATTAGCAACAA
CGGAAAATTGGAACGACAAAAATACGGGAGAGCGTGTTTCAAAAACTGAG
TGGCATCAAGTGGTTGTATTCAACGAGCCTTTAATCAAGGTGATAAGTAA
CTACGTAAATAAAGGCACTCGGTTGTATATCGAAGGTTCACTCCAAACAA
GAAAATGGACTGATAACAATGGCATTGAGAGATACACAACCGAAGTGGTG
CTAAACCCATTCAATTCAGTTTTAAAGATACTCAGCCCGCAGGGGAGCAG
TGAAACCCATTATTCCGGAGCTCCGTCCAACAACACAAGAGCTGATTTAG
GAACACCAACGAATCATGTTAATGACACCTTAGATGACGACGATATACCT
TTTTGA
>NSE_0594 topA, DNA topoisomerase I
ATGAATGTCCTCATAGTAGAATCACCCACTAAAGGTAAGGCTATTGCTCA
ATATTTGGGTAAAGACTTTAGGGTACTGTCGTCCTTTGGTCATGTGCGAG
CGCTTCCCAATAAAAAGGGCTCTGTTGATGTGACGGAGTCGTTCGAGATG
CTCTATAAACTTACCGATACCGGTGAGACAGTCGTGCCTCAGTTAATTAA
GGATGTAAAAAAGGCGACAGCCCTCTATCTTGCTACAGACCCTGATAGAG
AAGGGGAAGCTATTTCTTGGCACCTTGTTGAGGTGTTTAAGGAGAATGAT
GTGCTTCCCAAAGACGTACACAGGGTTGTGTTTCATGAAATTACAAAAAC
CGCTGTGCAAAATGCCATCGCTTCTCCAAGAAAGATAGATGAGAATCTTG
TTCGCGCACAAAGGCTAAGACAGGCACTTGACTATCTTGTTGGGTTTAGT
ATTTCTCCAGTGCTATGGAAGAAATTACCTGGAAGTAAATCTGCTGGGAG
AGTTCAATCTGTTGCCCTCAGGATCTTGTGCGATAGGGAAAACGAGATAG
GTCTGTTTACACCAGAGGAATATTGGACGGTAACTGTGAATATGACCGAT
GGCGAAGCTCTTGTCCTTCCTACTCAACTTTCACACATGAATGGTGAAAA
ACTCGAGAGAATGTCTATAAGAAGAGCAGAGGAAGCTGAAAAGATTGTTG
AGGAGATCAGTGGACTTCCATTTCTTGTTGAAGAAATCAAAAAGAAGGAA
CTTAAGCAGAAGCCTAGTCCCCCATTTATCACGTCCACTATGCAGCAAAC
GGCATCAACCATACTTGGGTTTAGTGTAAAAAAAACTATGAGTCTAGCGC
AAAAGCTGTATGAGGGTATCGAGATAGGTGGTGTGATTGAGGGCCTCATC
ACGTATATGAGGACAGATGCTACTCATCTTTCTGTTGAGAGTGTTGATGC
TATAAGAGAGTTTATCCAAGAAAAATTTGGGCAAGAGTATTTGCCTGCAT
CTCCTGTTTTATTTAAGAAAAAAGTGAAAAACGCTCAGGAAGCACACGAA
GCTATTCGTCCAACAAGCATTTTTCGTACACCTGAAGAAATTGAATCTTA
TCTCACACCAGATCAGTATAAGTTGTACAGGCTTATATGGGAGAGAGCAC
TTGCCTGTCAAATGAGTGATGCTATTACGAGTAGTCAGAACATCGTATTT
GTTTCTCAAGACAAGAAGTTCAAAACTTCTGCGTCGGCATCACTGCTTAT
TTTTGATGGTTTCAATGCTGCTTTTTCGCATGGTAAAAACAAAAATAAAA
ATCAGGATGTTATAGATTTTATAAAGAAGCATAAGGAAGGTGCTCAGGTA
AAAGTAGGTGATGTATTGCTTACACAAAACTTTACTGAGCCCCCACATCG
CTACTCGGAAGCAGGGTTGGTCAAACATCTTGAGGAGTTGGGTATAGGGC
GCCCTTCAACTTACGCTACTGTGGTTTCTGTTCTGCAGGAGAGGGGATAT
GCATCTATTGTCAACAAGTCGTTTATTCCAGAAAGCAGGGGAAGGCTAGT
TTCTGAGTTTTTGGTACATTTTTTTAGCAAATATGTTGAGTATCATTTTA
CTGCTGAATTGGAAGATAGACTGGACAAAGTCGCAGATGGAACAATTTTT
TGGCTAGATGTAATTCAGGATTTCTGGGACAGCTTTCATTCTAATGTAGA
AGAGGTGGAAAAAGTTCCGATCACTGAGGTTCTAGCATTTGTAAATGGTG
CCCTTGCAAGACAAAAGCTTGTTTCGGCTGAGGTAAAGGTTGGTGACAAG
TGTCCAAAATGTGAAAAAGGGTATATGCATTTAAATGTAAGTCGTTATGG
AGTTTTCCTTGGCTGCACAGATTATCCGGTTTGTAGGTTTATAGTGAATA
GTTATAGTACTGATAATGATACTGAATATCCTAAGCAAATTGCTCAGGAT
ATTAGCCTCCACAAGGGTCCTTATGGTATCTACCTTAAATGCAAGGGCAA
AAATAGTAGCATACCAAAAGATGTTGATCCCGTTTCTATAGATGAAGAGT
TTGCTCATAAAATCGCTTCCTTACCAAAAATTCTTGGTAAACACCCGATA
GATGGTAAAGAAATCAAGATGGGTCTGGGCCCATATGGTCTGTATCTTTT
TTGGAATGCAAAATATTACAACTTGCAGTTTTCCCAAATGGATGAAATGA
CACTAGACCAAGCTGTTCAGTTCATGGAGGACTATGTTAGTCATGACAAG
AGTTTGCTCCGTGTGCTTGGATCCCATGAAGGTGAAGAGATACAAATTCG
TGATGGGAGATACGGTCCGTACATTAAGTATAGTAAGATGAATGTTCCTA
TACCGAAGGGGGAAAGTCCGGAGTCGTTGTCCCTTGAAACGGCGATTCTT
CTCATTGAGAAAAAGAAAAATACCTCTAAGTCCGCAAGGAAAGTAACAAC
AAAGAGAAAGGTCTTCACAAAAGAGAAGAAATAA
>NSE_0144 xerD, tyrosine recombinase XerD
ATGCAAGCGAGTGATTGCAAATATGTGGAACAGTTTCTGGAAAAGATCCT
GGTTGAGAGAAATGCCACACTTAACACGATCAGCAGCTATCGGACCGATC
TTAGATTGTTAAGCACCTTTCTCAAAAAAAGGGGTCTAAAAGATGCATCA
AAAGAGAATTTATATGAATACATCGCCAACTTGCGAGCTCAACAGCTCTC
CAATGCAACAATACGAAGGAAAATAGCGACTTTTAGACAATTTTTCTCAT
TCTTATACTCCGAAAAAATCTCCAGTACCAATCCAGCTCAAAGTCTTGAG
CTTCCCAAAAAGACGTTAGTACTGCCTAGGTACCTGACCAAAGAAGAAGT
TTTCTCCTTACTTACTTTCTTAGAAGCAGGGCAGCCTGCAACCCTACGAT
TGTATGCAATCCTGGAGATCTTATATTCCTCTGGTATGCGGGTCTCCGAA
CTTATAAACATGAAAGTTTCCGACATACGACCGCTTCTTAATGGGCAGCA
GCATATCATCATTGTTGGGAAGGGTAGAAAGGAGAGAATATTGCCATTCT
CTAAGAAAGCAATACAAGTGCTCAAGCTGTATCTAACTTCCTACCAAAGC
AATTCCCCTTGGCTTTTTCCGGGGGCAGGGAGAAAAGATAGACCAATGTC
AAGACAAAGGTTAGGACAGCTCCTGAAAGAACTTGCACTAAAGTGCAAAA
TCGATCCCAAACGAATTTCTCCACATGTTATCCGCCACTCGTTTGCAACA
CACCTACTGGATAATGGAATGGACATTAAGGTTGTACAAGATTTACTAGG
ACATGCACAGATTACAACCACTCAAATTTATACCCACATTTCACAACACA
AGCTCCATAAGGAAATTGAAGCAAAGCATCCACTCTCCTCAAAAGAAATC
GGAAAAACACCTTTTTAA
>NSE_0415 xth, exodeoxyribonuclease III
TTGAATATTCGTAGGATACTCAAAGTTGCCACCTGGAATGTTAATTCCAT
AAGGCAACGTGCCGAAGCTGTCTCAGCCCTCCTTGTTTCAGAGAATCTCG
ATGTGCTCCTTTTACAGGAGCTTAAGTGTCAGGAAAGTGATTTTCCGTTA
CACGTTTTTAACGATCTTTCCTATAACGTTATTTTAAAGTGTCAAAAGGG
ATATAACGGGGTTGCTATAGCGTCTAGATGGCCAATTACAAAGATCTCCG
ATGAGATTTATATGGATGGTGAAGCGCGATATATAGAAGGAGTGATAAGT
TTTTTTGATAAATGTATAAGGTTAATAAGTATATATATACCGAATGCACA
AGCAGCGGGCTCCCCGCGCTTCGAATACAAAATGCAATTCCATGATGCGC
TTGCTAGAAGGATCCATGGTTACCTTTTAAATAATAATGATATTATGCTT
TTAGGTGGTGATATGAATGCTGCGCCAGAAGATATAGATGTGTATGATCC
TGTGAAGCTCGATGGATGTACTGGCTTCCATATTGAAGAGCGTAGTAAAC
TCAGGGAATTACTCAATCTTGGGCTGTTTGATACATTTAGAATGAAATAT
CCAACTAAACAGGAGTTTAGTTGGTGGGACTACAGAGGTGGTGGGCTGCA
GAGAAATGAAGGGATGAGGATAGACCATATTCTTGCTTCTGCTGAAGGTA
TGGATCATCTTTTAGATTGTTATATATTGAAGGAGCTACGTCACATATCT
AGGCCTTCTGATCATGTTCCTGTAGTGTGCGTCCTTAATGGATTCTGA