Gene list
Applied filters:
COG category: Replication, recombination and repair
Organism: Anaplasma marginale str. St. Maries, St. Maries
Number of genes found: 55
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# Anaplasma marginale str. St. Maries, St. Maries >AM435 hypothetical protein TTGCGGGGGAACATCGTAATGGATTCAGTTATAGGACACGCCGCACAAAA ACGCGCTCTGCTCGCGAATAGCAGCGCTGTGACGTGGCTGCTATGCGGAA GGCGGGGTATAGGAAAGTCCAGGTTGTCTCGCGCCTTTGCCAAGCATGTG ACAGGTTCCGTAGAATTAGAGTCAGACCCAGACGTCATGCTCATTGATAA CGCCACTGAGCCAATAAGCGTGGATAAGGTCCGGGAAATGAGGCACTTTT TGCATATGACCGCTATACGGTCTAAGCGTAAAGTGGTAATAGTAGATAGC ATTGATGATTTAAGCGTAAGTCCCACCAACGCAATGCTCAAAACCCTGGA GGAACCACCCGCGGGCTCGTTGATACTGCTTATTAGCCATAACGTACATC GCGTCCCGGTAGTTGTTAAATCCAGATGCGTGATACTACCGCTGCATGAT CTAAGCCATGAGGAGACGAAATTGGTGATTGATCGCAATTTTCCCGATAT GCAGCAGCTCAGCGATAAAATAACACGCATATATCCGGGAATTCCAGGTA TGGTTACGGAGGATATAGAAAAGGAAATATTGCTATACGAAAACCTTATT TCGGTAATACATAAAATAAACCCCTCGGTCATTGGAAGCATATTAGAAAC AGATCTACCGCTACACAAGGTAGAATATATCGTGCTGAGGGCTATATCAG ACATTATCTGCGATGCTGTAAACGCGGGCACGAAAGATGAGCAGCGTGAC GATTGCACCGTGACAGATATGCTAGGTAGATATCACAAAGCTCAGGAAGT ATTCCGCGCAGCACGCACCATGCGCCTCCAAAGAGACGTTACTATCTTCA GAGTCTTAGAAATAGCGACCAATAGTGCGTCTATAGGATAA >AM419 hypothetical protein TTGTGCCCTGGAGCGGTCTCGCGTAACATGTGCGCTAGTGTGTTTGTAAC ACTCAAGCTTATGAACGCCAGGGTTTTGACTGTACACTGCAGTGAGTCGT TTGTAGAAACGGTTGCACGGTATGCGATTGCGCACCGGATAGACGCAGTA GTAGTGCCTAGTTCGACGGATGCACAACTACTCAGCCATGAAGTATCCAA GCTTACGGCACATGGCGCCAACCTCGACATTCTGGCATTTACAAGCGTTG ATGGGTGTGCGGCCACCGCTTACGATGCCTCTATGAGTGCGGCAGGGCAA CTTTTACTACTGGCCCAATTTGTGGCACAGTGGAGCGCCGCCCACCGCGC AGATTACCCGCTACAGATAGCAAGCGAGCTGTCGCTCCTATTGGATGAAT TGCACACAAATTGTGTGGGGCCGGATGCATTACAAGTTTTCGGTGATGAT GAGCTTTCCGGACGCTGTCGCATGATCGATTTTTTGTGCGATCTGGTGCC GTGGTGGGAGCAGGAGCGTAAAAGCCGCGGCTTGGCCCCATCGGGGTGCG GCATTGGCCCACTTGTAGGGGGTTTCGAGCGGTCCGGCAAGAGGATTATG GTGGCAGGGATTGTGTTTGGCAAAATATTTACACGCTTTCTCCGGCTGCT CATGCACAGCGTTTCGGATGCCGTAATTGTGCTCCCGTACGTTGATCTTG GGCTTTCTGATCGTGAATGGCAAACTCTGCACAGCGAGCATTACCAATAC TACGTCATGCAGCTACTGAAAGATCTTGGCGTTGGTAGAAATGAGGTGGA GAGGCTTGGCCAAGTTAAGGTGAATCACGTAGTTGAGCGGCTGTTTAATT TTGAGCTAACCAGTCACCTGGCCATGAACTATGGCACTGGGGAGGATATT GAGCTCATTGCGTGTTCCTCTGAGGCCGAGGAGGCTGTTAAAGTTGTGGA AATTCTGAAGTCATGCACAACAGAAGCACACCGTGGTGCGAAGGCCGAAT TTTCCTGTATCGGTGGATGGGCTGCGAGTGCAAAGCCCACTCAGACAGCG GTCGATGTTGATAAGGACACGATTAGATCTTTGGAAGGGAAGAGCGTCAC GTTTGTTGGGAGTGACTCGCTCGCTGCCAGAGTAGATGCGCTGTTGCGTA TTGGTGCGAATTATTGCGATTATGACGAGATAATCTCCGCGCTGGTGCTG TGTTCAATTGAGGTAGTGGTTTCGTCCGGGGATGCGGTGCAGCTGCTGTG TATGCTTAAGCATCCACTAGTGAGGCTTGGATACGATGCTGACGAATATT GCAAACTGCTGGCCGAGTTTGAAATTAGGGTAGTGAGAGGACACTCGGCT GCAGGCTTTGAAGCAATAGGCAGTGCCATTAGGGAAGAGTTTCAGCAGTT GGAAGAATTTTGGCGCAATGTTGTTGAAGCAATATCACCGATGGTTGCCG TGCGCGAAGGCTCCACGATTGGTGAAATAGCTGCCGCGCATGTTCAATGC TTAGAGAGATTGATGGACAAGCTAGACACCAGTGCATGTACACACGCGCT GAATAAAATAAGCACATTTTTTTCCTTGTTTGACAATTACTGTGTGGGTG TGGCGGTATTTTCTCTGACGAGCTACAAGGAAGTGTGCACTCTATTGGTG CGGGCCTTCTTTACGGTAGAGCGCAACAAATTGTTTGGGGTCAATCTTGC GACCAGAGACGCTGCGGTACTCGCGGGGTTCAGCGAAGCCGAGTTCAAAC CACGCTGCAGCCACCTACTTAACAACTGGGTGCGTGAAAGATTAGGCCTG CCTCTTTTGGAAGAGTACTGTGGGCGCATGATGTATGTGTTGTACAGCTT TTTTTATGCAAAGAAGCTTCGCATTACGAAATCAGCTAAAAGCTTTGGCG TGGCGGTGGCAGAGCCGATTTGGATTAGATATCTCACTTTTCTACTAAAA GATCGTACCGAGCGCTATGCAGCCACCCAGGCTGTTGTCGGTAGCAATGT CGTTACCGATCCGTATCGTGCATCGGCCCCCAATCCTGGGTTGGACGTCA GAAAAAAGGCGATGTCTGTTCTTACTGCAAAGGCTGTAGACACCCTGATC AGCAATCCGTACGTGTTCTATGTACAGTACATTTTGAAGATGTTTCCCAC CAAGACTGTAAACACGCAACATTTAGTGCGGGGTTTCAACATTATTGCAC ACAAGATCCTGCGTGAATATCTAGTGAGCATTGGAACGGAGGCTGGAGAT TATAATCTTCTGTTGGAGATAGCAAAGCGTCAGTTTGATGCCATTGCCGT TACCCATCCGTACGCGCATGTGCTATGGTGGCCGAAGTTTAAGGAGATGG CGCGTAACTTTTTTGCGGTAGACAGTGAACGCAGATACGCAGCCTCCCGT ACAGAGTCGGGAAAAAGTTTTGTCTGGCACGTAAGTGAAGAAATACAAGT AATCGCCCGGTGTGATAGGGTAGAGTATATGAAAGATGGCAGCGTTATGG TTGCGTGCAACAAGGTTGGTGCGGCGCCTTCTAAGGCTGACATGCGATGT GGATTTGCGTCAAGAGCCATAGTAGATGCTGTATGTGTTGCGGAGAGTAC CGGAGCGAACGTGGCCTCTTTCGCGTATTGGAAAATAGCCCCGTGGACAG TTGAAGTGGTGCAGGTGGAGGATTGTGCCGAGGTTATACACGCTGCAAAA CAAGGTTTCAAGGAGCTCTTGCTGCGATATGCAGAGCAAATGACGCCATT TTCACCCCGGGAAGACTTTTCTACCTTTTCTGCATATGAACTTCTGTCAA GAATACGTGGAGGCGTGCTGTGCCCAAATGCTGAAGCGTGA >AM387 hypothetical protein GTGCCGAAAAGATTTATCGACGCAACAGAGGAACATCTCATAGAGTTGCT CCAAACAACGATGAGGCAGCACAACCCTTGGACAGGGCTCAAGGGGAAGG CTGTGGGGCTACTGCGCGATATCACCATACCCAAGCCGCAAGATGCGCAT AACCTGTCCGTATTTGTAACAGAAGATTTCCTCTCAAAGATCGCAGGAGC CTATGAGCGCGAGCACGTTGGCGGCGCGTTCATGACCGTGTTATCCCTAG CAGATGAGGAAGTTAGAGAGCACTATCTGCGGCCAAATCGCTCGCAAACG TTCGCCCGAATGCTGATAGAGTTCAGGAATGCACTCAAAGCAGGACACAT CGAGGGCTCCCTATCAGATCTCAGCACATTTACTGACTTTGTAGAAAAGA TAGTTAATCAATCAGTTGGCGGCATAACGTACAAACAAGGCGTGGTCATC GATACCATGGATGACACCATCCCCAAAGAAGGTGACCCCACCCCCATGGA AAGGGCGCTTAATGATAAGAAAGGCGTCAAACTTAAGAAGAAAAAGGCGG AATCCCAAACTGCCGGTATGTATCTAGGGAGCGGCGGCAGTAGCGGCAAC CTGGAAGACGCAGCAAAGTCAGCTGTGGAGATCTTGATTGGGAAAGATTA TAGGCTCCTCTCGCCTGACTGGTTGATAATGCGGTCATTGGCTATAGCAT ATTTGCTCAAAAGAAAGGAGATGGGGCTGCCCGTAGAGGAGCGATGCCCC GATGAAGAAGACCTGGAGGCGATGTTCCACCAGGAAAGGAAGTGTGCGGC GCTACTTTACGGGTGCGTATTGCTCTCTACGTATGTGGAGGAAATCAGGC AAGAAGCAATTCGGGCATATGAGAAAGCCAACCCAAAGGTGTCGAAAATC CTGAAAATGTGTAAGAAGATATCCGAACACTCGGGAAAGGTTCTGGTTGC ATACACATCTTTCATGGCAGCGTCACTCATTGCTACTTTGGCATCTGGAG GTGTAGGTCCAGCAGCAGTTTGCGGTGCAGCGCTTGGATACACCGCAGCT GCGGGCTCGTTGGCATTGAGCGCCCCTCAACTAGGGCTGCTGGCTGCACA GGGCGTGAAATCTTTGGGTAAAACACTTGGAATAACTGCTGCTGAGGGAG CAGCGGCAACGGCGGCGGCTGGAGCGGCAGTAGAATCCACAACCGCGGCG GCAACAGCAACAGCGGCAGAAGTAGCCCGGTTCACAAGCCCTGTAGCGTT ACCTGCGACCATAATGCAAACGCTCATGATGTATATAACGTTCCCCAGAA TCATGTTCTCTGGATATGAGGGTGAGTGGATTCGCAAATATACAGAGTCA GACGGCGGCAAAAAAGAGTTCAAACCACCAAGCATGTGGTCCCCCCTGGT TGCATCCATGGGGATAAAGCTGATGATGAACACAATGCTTGGGTTTACTC CCCACATAGAGTACAAGCCCCTTACTACCGCGTTGGGATGGAGCCTATAT CGGCTATACCTGCCACTCTCACTGATTGAACAACCATCAAAGGTTCGTAA TGCGTATGAGGTTGCTATAGCTGCAACTTCCAGGAAGGACGTCTCGAACT TTCCGTACAGCACTAAAACTACCATTTTGTGCTGTCTGGTCGGCCTTGCA GTCGAACTTGCGCTGCACGCCGCAGTTGGCACTATGCCGACAGCAGTATC ACAGGCCTTAAACTTCCTTGTAAAAACAGCAAGGATTGGGGCGTGGATCG GGCCGATTATCCATGCAAGAAGGCATGGCAACCCGGTCTACACCAGAGAG TTTGAGCAAGTCTTCTGGACCGACGGTTTCAAGGCACTTACTGCCCCACC AATATTGTTATTGTTCGAAATCGCAAGCTCATCCCCAACGTTTAACACTG CAGTATTGGCTGGGGACATACTTATCTCAGTGATTCCGGACGTTATTTGC GGTAACAAGCTTGGAGCACTGAACGTTACCGCGGGCAAAATCGTCGCCCT AGAATCACTGATGAGAACCGCCCTTAGCCAAAAGTCGCTACTCGAGTTGA GTGTTGCAATGGCAATGCAAGAAGAACCTTCTGCGGCTCAGGAGCATCTA CAAACCTTACTAGAAAAACATTTTGGCAAGGATCAGTATAAAGACCTGGG GCTGGACATCAAACTGGACGAGGATGGAACCAGGAATCTGAGCCTAGAGG CAGAGCGCAAGTGGAGAGCGGTCATAGAGAATGCGGTATCGTCCGATGCA GAGGATGGGGAAGTAAACCTAAGCGCAGACCAGGTGCAAGATTTAATACG AGAATTGGCAGAAGTTTACAGTAAGTCTGATACTAATAAGGGTGCCAATA ATTCAGACGAAGAAACAGTCTTGCGCGCACTAGAAGGACAGCACCCGTTC CTTGCAGTGCTCAGGGGCTCAGAGCTCACCAAGGAGCAGAAAGCAGCTAT GAAGGCTTCGGCTGAGAAACTGAGCAAGCTTGATGCGGATACACAGAAGA GAATAAACAAAGCGCTGGATGATTTTGAGGAGGAGTACCATAACCGGCTC ATAGCCACCATGACGGACAAGCAGCGCGAGATGTTGGCTCAAGCAGTAGA CCAGCTGCTGGATAATATCAAGCTACCAGATGCACTGACCAGACAGCAGA AAAACGACTTGAAGAAGTCAGTAGAGAGTTTTAGGGACCGCGTTAGCACT TGGGATGGTAAAAAGGACCCCTGGTACGGCGCAGCATCCGACCTTAATAT GTCTGACCTTAATGAGATTTTGGAAGACCCAAAGCGTTACAATGAATTTC TAAACTTCTTTGGCACAGATGGAGCTGTCTTTGATCCGTTCGGCCCCTCA GCATTTGATGCGCAATTTACTGATGCAGGCGCGCCATCAAAATATAGTGA GTTTTTTGGCAAGGGGGAGAAACTAGTTGGCTCTTCCTCTACACAACAGC GTACAACCCCTAAACCAGCAGATGGTAAGGCACAGCCTGCCAAAAACGCG CAAGCTGGCTCCAGCAGCAAGAAGTACGTTGAGGCTGAAGGGGAACTGAT TACAGGAGGGGGCAAGGGCAAGGCCGCACCTGCTACTAAGCAACAGGCAG GCGACAGTGCTCCTAATCCAGCAACAGTCTGGGAAGAACTGGTTAGGCAA ATATTGGAACAAGATGACACCGAAAGGGAAGAAGCAATCGCCGCATTGCT GAGGGGAGAATCACCGCAACAATCCGCACAACAGGGTGAGAGTGCGCAGG ACGAATATGCTGCAGCTTATTCGGCACCGCAAGGGCAAGTGGGCGTAGCA CCTAGCATGCAACAAGCTGCATATACTCCCGACAGTACCATAGCAGATGA CGCCGATGACAAAGAAATAGCGGCCTTGTTTAAGGCGTTAATCGGCATGC CCGCAAAGATGAAAGGGAAGAGTAATGACGAGATTCAAGAATACATGAAC GCACTCTTCGGTGTGCCTCCTAAGAGTAGCGCGCAGCAGGGAGCAAGTAG CGCGCAAGGGGCGGCGGCGCAGACCCCATTGGCAAGTCACGGCGGGGACG TTGGTGGTGGCGGTGATGATATAGCAGTTATGAATAGTAGTGAGCTCCGA GATTTCTTCGGTGGCGCATCGAGCAAAAAAGCGGGAACAGTTTTTGAATA CTCAGATTCACAGAAGCCCACACAGAAGAGTGGCACTGCTGGGTTGAGGC AGCCACAAACGATAACGAGTGCTGGTATTGACGAATACAATGAGGCGCTT CTTGAGATAGACAATCTCCCCAAGAAACACCCTGGGGTTAGCCTAAAGAA CTTGAAACCAAAAGATCAAAAGGTGCAAGATGATGGCGGTGGCGGCGAAA GCGTCGAGTTTTTCTTCGGGGAAGACGGGTCGTTAAATCCTGTCACGCCG AGCACTTACGATAACCTTGAGAGCGTTTTTGCACCCGATTTCGTATACCC CTCTGCTGAAACGCCGAAAAAATCTCGTCCGATGGCGGCAGCACGACCAA AAACCGCCCCTGCCGCGGAAGCAGAATATGGTGGGCAACCGCGAATGATG GCTAGAGCGGGCTTTGGTACCTTGGCAGGAGATGATGACGCTGACATTGA CATTGACCCGGCCGGTAAAGATGACCCTATGTTCGAAGCGTACGCTCGAT GCTTAGCCCAGAGAGGCGGTAATAATTGCGTGCTCCCGTCTGACCGCGCC CGCGGTAAAGGCGCAAAGGCATCGAGGGGAGGAGCGCGCGCTCCCGCTGC AGAAGCGGAAATTTATGACGATGATGGGCAGCAACTGCAAGGGGCGGCGG CGCAGGCGGCACAGAGAATGCTGCAGAAGACGGCAACACGTCCAGTTGGC AAAGTAACCCTAGACCAGCTTTGGGGCTACAACCTTGGCGCAGGGCCAAG TGGAATCATGACGGGCTCCTCTGCAATACAACCAGAACATCGCAATCATC ATAGAAAATAG >AM042 hypothetical protein GTGATCAGGGTTACAGCAGGTGTTCACCGTGGCAGGCGTGTGTTCACTGG TAGCGCTCTTAAGGCACGGCCGGCCGTTTCTGTGGTAAGGGAGTCAGTAT TCAACGTTTTACGTGCGCACATCCCTATAGAAGGTATAAACGTGTGTGAC ATATGCTGCGGCAGCGGCGCTTTTGCCTTTGAAGCCCTATCCAGAGGTGC AGAGCATGCCTGTCTCGTAGACATACACTTACCCAATTTACAGTCAGTTA GAAGAACGGCTGAGAGTTTGGGTGTTGGACACAGAATGACCATTTTGTGT TGCGATGTGCACAAACTTCCGTTGGCGGATCGCAGCCATGATCTGGCATT TGTTGATCCTCCTTACGAGGAAACGTCGTTGGTGAATGTCTCACTCAACG CGATGTTGAGTATGCGGTGGTGCAGAGCTGGTAGCGTGGTTGTGCTTTGC ATAAAAAAAGGAGCCAAGGTCTCAATTCCTGAGCGCTATGAGCTACTAAC CCGCAAGTCTTACTGCGGGTCGGAAGTACTATTCCTGTGCGCGCTCCCCG ACGATTAG >AM1200 hypothetical protein GTGTGCACGTCAAAAAGCAGGGCATCAAAAGTGCGAAGTTTGGTGGGTTA TGCCGGAGAGCTAGTAGTGTTGTTGCTGCGCAAAGCCCGGCTACACAAGG TGCTGCATCACAGATACCGGTCCCCTTTGGGGGAGATTGATCTTATAGTG CAAAACGGGCGGGAACTTCACTTTATTGAGGTAAAAACCAGCATGACCTC ACGCTTTCACGAGGTGCCAGTCACAAAAAAGCAGCGCCGGTCCGTCGTGA GAACAGCGCAATATTTCCTCTCGCGCAACCCGCAGTTCAGTGAGCATCAA ATCAGCTTCGAGGTCTATTGTTTTTCCCCAAAAAGTGGTGTCACCCGCTT CGTAAACGCATGGCAAGTAGAAGAGCGCTAA >AM1237 hypothetical protein GTGCGCGTTCAAGATCATTTGCAGGAGAGTAACATGACAGGAAAAGAAAA AGACGCGGCGGTTGGCAGTGGAGAGCTGCTTGAGGTATTGAAATTCTACC ACGAAAATGGGGTAGACTGCGTGCTGGAGGAAGATGGGCCCGGAACATGC GCGCCTCCCGTGGCGGCGCTGCAAGAACAAGAAGGGTGCACACTACAGGT CGGCAGTCCCTCAGAACAGATGGATGCGGGCGCAAGTCAGTTTTCAACCG ATTGGGTCGCTGCAGCCAAGAGCATTGCCGACAAATGCGGCACCCTAGCA GAGTTGAGAGAGGCAGTTGAGGCCTTCGAGGGATGCGAAATCAAAAAAGC TGCCATGAACACGGTGTTTTCGGACGGCAACCCAAACGCCAAGATTATGC TGATCGGGGAGGCACCGGGTAGCAACGAAGATCGCGAGGGCCGGCCGTTT TGTGGGGCTAGCGGTATGTTGCTTGATAAAATGCTCGCGGCTATTGGTTT GGACCGAAAAAGTACTTACATCAGCAACACAACGTTTTGGCGCCCCCCTG GAAATCGACGTCCGACTGATTTTGAGCTGGAAATATGCAAACCGTTCGTC GAGAAACACATAGCGCTTATCGCACCAAGTATCTTGGTGCTGGTAGGCAG CACTGCATGTTGCTCTCTGCTAAGCACACCCGAAAGTATCTCCAGATTGC GGGGGAGGTTTCACGAATATGCTAACCCTTTCCTTGCGCATCCCATAAAA ACCGCTGTAATCTTCCACCCAGCATATTTACTGCGCCAACCTATGCAGAA ACGGCTCGCTTGGGAGGATTTGAAGATGATCAGGTCTCACATTGAGAATG AGAAAATAACAGTAGACGCCTAG >AM859 hypothetical protein TTGGCTGTGGCAGGGTTGGTTATGTTGTGCGACAGCATAGAGAGTTTTTT TGGGGCGTTGGGGGCCGATAGGAGAATTCTGGGGCTGGATTTCGGCGAGA AGAAGTTTGGCCTTGCCGTCAGCGATAGTACGGGGACCATTGCGATGCCG CATAGCGTGTACCTTAGGAGAAACGTGAGGCAAGATCTGGGTGAGCTGAA CGCCATTTTAAAAAGGGAAGGGATTTGCGCAGCGGTTGTAGGCCTGCCAC TGCAGCTTGATGGTATGGAGGGAGAGATGTGCGCGGTGGTCCGCTCTTTT GTGCAAAAGCTGATAAAAAAGTCAGGTGTTTATGTTTACTTGCACGACGA AAGGTTTACTACCGCGATGGCCAGTAGAACGACTGAAAGTCTCGGATTGC GCAGGAAAGCATCTCAGAAGGTGGATGATAAGATATCCGCAGCGCTAATC TTACAACAAGTACTGGATATGGCAAAGGGGCGAGGAATAATCTGA >AM094 hypothetical protein ATGTCTATTAATAGTGGGGGGAGGTTTGAAGAGGCAGTACGGGAGTTGGA GCGCATCGTAGAAGAACTTGAGCGTGGTGACGTATCCCTCGATAGAAGCG TCGAATTATACAATCGGGGCAGGGAGTTACATAAGTACTGTTATGAAGTT ATCAAGGGAGTGACGCTCAAGATCGAATCTTTAGGCGAAGAAGATATTGA GTGA >AM927 hypothetical protein GTGAAAAATTCTAAGCTTGACATACAGCAGCAAAGTGCTACCGACCCGGA ACGGGAATTCGTGTGGATAAGTGCATCTGCAGGTACTGGAAAAACTAAGT TACTGGTCCATAGAGTAATAAGGCTGATGGTATCTGGGCAGCGCAATATA CTGTGCCTCACTTTCACAAACGCTGCTGTACATGAAATAAGAGAGAGGGT ATACGGCATAGTTGCAGAGTGGCTGGCGCTACCCAAAGAAGAACTAGTCA ACAGGCTTCGGGAAGTATGCTACCAACAGATAGATCACCAACACTATGTA AGAGCGCGGCGGCTTTTCTTTGACGTCCCATCCATTTTAAAAATACAAAC GGTGCACAGCTTTTGTCACTCTCTAGTGGCATCATTCCCCGCGGAAACAG GTGTCTCGGCAGACTTTGAAATGCGCGAACTGTCGGAGTCTTACCCAAAA ATCTTTGCACAGCTGCTACGAGAGGATAGGAGCATTGACCGTGACTTGTC AGAAATTTCGGTAGAGCTCGCAGAAGATACTCTGTACAACCTTGTGTATC AAATCATCAACAAGCAACGCAAGATTGTCCCCATTGAACCGCCGCAAACC GCAGTTGCTGACCCACACACAATTATGTGCCCAGTGCAGTTGATAGACGC CTTGAAGTGTGGCAGCACAAGAGACCAAAAAATCGGCAAAAGGCTGAGCA CTTGGAATACTTCCACCAGGAGGTCTCCGGAAGAGGTCGCGGAGTATTTG TCGATTTTCATCAACTTACAATCCCTGGCAAAAAAATCCATCTCTAGCAT AGTGACAAAAGGCATCTTGGAACAATTTCCCGACATTGTCCGGGTAATTG AGTGCGAACAGGAGGCGCTGCTGGAATTTGCCGAAAAATTTTACACAGAA CGGATAACAAAGCGTACGTTCCACCTGGTGCGGATTGCACAAAAATGCGC GGCGTTGTATGAACAGGACAAGAAATGCTCAAAATACCTGGATTACAACG ATGTAATTGGGCTTACGCTTGATCTCATGCTACATCCAGACTGCAAAGAC TGGGTGCTCTTCCGCCTAGACAGCGAAATAGACCATATACTGGTGGATGA ATCTCAGGACAACAGCCTCGAGCAGTGGAACATAGTAGCCGCCCTGTGCA GCGAGTTCTTCTCTGGGCTTGGTAGCAGCAATAATAAGCGAACTCTGTTC GTTGTGGGGGATGTTAAACAATCTATATACGGGTTTCAAAACGCCCGACC AGATTATTTTCACCGCATGCACCAGTATTTTGTCGCCCAAAGCAGCGACG CGCTCACCATACAACTTCAGACGTCATTCCGGTCAGCCAAGCCTATTTTG CACCTTGTGGACCGGGTTTTCAACGCTTTTAGAGAGCAAGTTTCTTTCCA GTCACAAGAAATAAAGCATGAAGCATATCGCGCGTCAGACTATGGGTACG TTGAAGTGTGGCCATTGATAAACACTGAAAAGCGTAGAAAACTTTACGCC TGGGACGAGCTAGAGGTGGAAACCGGCACACCACATGCCACTGACCACTT GCTGCTTGCACAAACAATGGCGAGGTCCATCGGTACGTGGATTCAAAGCG GCAGGATACTAGCTGCTAAAAATCGCCCAGTACGCGCAGGGGACATACTA ATACTGGTGCGACGCAGAACCATTTTAGTTGATTACATAATCGCGGAGTT GAGGCAGGCCGGAGTTCCAGTATCCGGCAGGGATAGGTTCAACATGATGG ACTACGTCGCAATTCAGGACTTGGTAAACCTGGGAGAATTCTTGTTGCTA CCCGAAAACGACATGGCTCTCGCGGCATTGCTTAAGTCCCCAATATTTGA ACTTACAGACCATGACCTATTAAACTTAACGCATAGCCGCGCCGATGCCG TTTCGTTGTGGGGCAAACTACAGGCATTTGCACAGTTCGGCAAAATCGCA GACTATCTAGTATCACTAATCAATGCTTCCAAAACCCGTGCCCCGCTGGA TTTATACTGCCTTGTCCTATCAGAGCACAGAGAAAAGCTATTGCAACACC CCGGCCAGGCATCAGCAGAGATCGTGGACGAATTTATGAACTCACTAACC AAGTTTGGGCTCAACAACGTAAACACTTTGGAATCTTTCATTCACTGGAT AAAGAGCACAAACCCCGAAGTGAAGATTGATATAAACACCTCAGAGGACG TCGCAAGAGTTATGACTGTGCACAACGCGAAAGGCATGCAATCACCCATT GTGTTTTTACCAGATACAACGAATGTCCCCAGGTGCGAGCTTCAACTCAT TTTCGACGCCGAAAATACACCTATATGGTGTGCTGGCGACACAAACGCAC GTTGCAGGGACCTAAAAACGCTGAAAAGGCAGGAAGAATACAACGAATAT CTCAGGCTATTGTACGTTGCCATGACCAGGGCGGAAGATGAGCTGTACGT GGCTGGAGTGGGTCCCCCACGCGAGCAGTCCTGGTACAGTATCATTACCG GCGCAGGAGAGGGCGTATTCGCAAAAAAATCAGTAGTCCTGTCTCCAATG TTCCAAGACAAGGTAGATGCACTCTACATAGAAAGCTCCGAAGAACCGGC TTAG >AM296 hypothetical protein ATGTACAGGCAACTAAAGCTGTTTGACACACAGGAAGTGCACTCGTACCA ATGCTCTGACTACATACTTTTGGACCACAATAGGCACACTTACAACCTGT TAATGAACACCTACAGTTGGGGTTGTTTCGTACTCTACGGAAAATCTGGT TCGGGAAAAACTCACCTAGCACACATGTGGCAAAAACTCAGAAAGGCAAG CTTCATATGCCACGGCCAGGTGATAGGCGAAGCGATAGGCACCATAAGAG AAAGCAGCGCTGTTATCATTGAAGACATAGACAACCTAAGGGATGAATCG TGGGTATTGCACTGCTATAACTTTGCGCGCGAAGCCGGAAAACCCCTTTT GATGACATCCTCACTGCCGCCGCACATGCTCAATTACCAACTGAAAGACT TGGAATCTCGGATAGTATCCGCTATGAGTGCAAGCCTTGCCGATCCGGAC GAGGAATTATTGCGGATAATGCTGGTCAAATTATTTACCGATCGGCAGAT GCACATAGATGTTCGCACTGTTAACTACATACTCAACAATGTTGAGCGGT CATTCAAAAAACTTAGCGATGTGGTAAACCTTATAGATACTGAATTGCCA ACCAACGCCAGGGGTGTTACCATTCCGTTTGTTAGGTCGGTAATTAGGAG GGGCGGTCCTGTATAG >AM447 hypothetical protein GTGATCGTAGATTCGCACTGCCACCTCAATCACTTTGATGATTCTGTGAT ACAAGATGTGGTGAAGCAGGCCACAGATGCCGGTGTGGCGCTCATGCAGA CCGTTTGCACTACGCTGAGCGAATTCCCAACGCTGCTCAAAATTTCCAGT AACCATAAGCAGGTCTATGCATCAGTGGGGGTGCATCCATGCAACTCCGC GGAAGGAGAGTCAGTTTCCGCTGAAGATTTGATCGAATTGGCTAGGGGGG AGAAAGTCATCGGGTTGGGAGAAACTGGGCTTGACTTTTATAGATGTGAG GATGGCGCGGACTGCCAGGAAAAAAATTTTGTGGCCCACATTTCCGCAGC GAGGGAGTTGGGTTTGCCGGTAATCATTCATTCCAGAAATGCCGATGCGA AAATGGCGGAGATTTGCGCTTCTGAGATGAGGGCAGGGGCGTTTAAGGGT GTGATGCATTGCTTCGCCTCGTCTATGGAGCTTGCGAGGAGCTCGCTGGA TACCGGACTATATATATCGTTCTCCGGCATACTGACCTTTAAGAATGCCG CATCCCTCAGGGAGGTCGCCAAGTTTGTGCCCAGGGACAGGGTCTTGGTG GAGACAGACTCTCCGTTTTTGTGTCCGGAGCCTCACCGAGGTAAAAAAAA TTCCCCGGCAATGACGAAGCTTGTTGTAGAATGCTTGGCACAAATTTGGG GGGAGACTGTAGAGGTTGTGAGCGAGATTACCACCAAGAACTTCTTTGCA CTTTTTGACAAGTGTTCACGTCACTACAATGCGCAGTAG >AM006 hypothetical protein ATGGCTCAGACGCTTACGAGGGCTCGGCTTGCTGACGAGATTAACAGAGA AATCGGTATATCGCGCGAGGATGCGCTAGTACTGGTTGGGGAGATACTTG ACGAGATGGTGTCGTCCCTGGTCAGAGGGGGCCTGTTAAAGATATCTTCG TTTGGCACGTTCAAGGTGATAAGAAAGAAAGAGCGTATTGGCAGGAACCC AAAAACTTTGGAGCAGTTTATAGTGAAGGAACATAACACCGTTACGTTTT GTCCATCGGTAACGATGAAGCGCCTGATCAACGGCGAAGAATCGTGA >AM836 hypothetical protein ATGCGTAGGATACACACAATGCTGAGCTCGTTATTGGTTTTTGACATTGA AACTATACCAGATACTGACAGCTGCGACAGTCTTGTGGGAAGAGCTGTTG GTGGTGATGTTGCGGCCAAGCGCGAGGCTATGGCTGACTACCATCTTGAA GTGACTAATGGGCAAAATCCATTCCTGCGCCAGCCGTTTCACAAGATAGT GACAATAAGCTTTCTCAGAGCGGATATACGGCGCGATCTGGGGTGTGAGC ACTTTACACTGCGCGAAATACGTTCTGGGGGAACTGTGGCCTCCACAGAG AGGGAACTGGTGCGCGGGTTTTTGGGCTACCTTTCCGCAATCAAGCCCCG CATTGTGACGTTCAATGGGCGCACTTTTGACCTGCCTGTGATAAAATACC GGGCTATGGTGCATGGAGTTCAAGCTGGGTATTTGTATAATTCTGGTGAC AAGTGGAACAACTATTTTCAGCGATATAGCACAGATTGGCACTGCGATTT GCTCGATTATCTTTCAGATTTTGGCACGTCCGCCAGGGTAAAAATGCATG AAGTGTGTTCTGTGCTGAATTTTCCAGGCAAAATAGGTGTAGACGGTTCG GAAGTTGCGCGCATGTATGACTGCGGGCAGTTGTCTGAAATTCGTGACTA TTGCGAGTCTGACGTAATCAACACCTACCTTGTGTACCTTAGGCTGATGC ACCATCAAGGCAGGGTGACATCGGACAGTTATAACGAATGCATCAAAGAT TTGCTGGAGTATCTGCAAACCAGTGGCAACAAACACATGCTTGAATTTGT TGCGGAGTGGGAAAAGGTTTGCGATGGCCAGTTTTTTATGTTGGGGGAAG AGGTTTCTTGA >AM680 hypothetical protein ATGCAGTGGAGGGAAATGGGAGTAGTGATGGGGACGCGTCCGTACGGGGA CGAGCACCTGCTGCTTTCCATACTCACGCGTAACAGGGGGTTGCGCAGAG GGCTGACAAGGTTCACAAAAAAGCGTCCTCTACAGATAGGGGATCTTATC GATGCAACTTGGCGGGCAAAACTTCCAACCAATCTGGGACATTTTACTTG TGAGGTGATCGCTTCTGCCTTCTACAGCTATTTCCGTGACAGAATTAAGC TCATGTGCCTATCATCAATTACCCACATCATGAGTACTGCACTTCCAGAA AATGAACCACACCCAACGTTATATGACTCGTTCCAGGATTTTGCTGCCGC GGCGGAGGCCGAAGCACCGTGGTATAACCACTATTTAAAATTAGAGCTGC TGGTACTATCTCAGCTGGGGTTCGCGCTAGATCTGTCCAAATGCGCTGTA AGCAACAGTAAAGACAACTTACTGTTTATCTCCCCAAAAACCGGCAGGGC GCTATCTGAAGCTGTAGGGTGTGCATACCGTGACAAGCTTTTACCCCTAC CAAAAGTTCTGCGCAGCATATCATGCGGGGTGGAGACCGAATGCTGCTCG GCCGACGAATTTGCGCTCAGTCTAAGAATCTTGGGCTTTTTCCTGCGTAG ACACCTCTTGCAGGAAAGTCACACGTTTCAGGAATCCAGAAAGATATTAA CCGGGCTACTGGGGTAA >AM1185 hypothetical protein GTGAAGATTACTCCATCAAAGTTGAGAGATTTTTTCAATAGTCCAGAAAG CTACGGGAGCGTGCTGCTTCACGGAAGTGATTACAGCAGGATGAGTATGT ATACGCAGAAAATCCTGGATCGCATTAATCGCAATGGTGAATTTGTCATC CACAAAATGGAATTTCTCAAGGCCAATCGGGACCCGGAGCAGTTGCTTGT TAGTTTAATGACCGTTCCAATGTTCGGGCAAAAGCCTCTAGTCCTCCTCA CTGATGCAAAAGACATGCTATCCGCAGACCTAAAAACCATCATGGCAGGC ATTGATACGCAGCATTGTTACGTGATAATACAAGCCCGTGAGCTCTCGGG AGCTTCTACACTCAAGAGTTATTATAACAACCACAAAATATTCGCTGCCG TGGGTTGCTATAAAGAGGAGGACGTGGGCTTTATAGTGGCTGATTTTCTC GCAAAGCATGAGATATCCTACGAGCATAGCACGTTCAAACTGCTCTGCAC CACGCTAAAACACAGTGCCGCCGGTATACAACCTGAGCTGGAAAAGTTAT TGCTATATCTGGGTGAAAAAAAATCTCTGTCAACAGAAGACGTACAAAAA AGCCTGTCTACCGACGTAGACCCCGCGCTGGATGACATTTGCGTGGCAAT AGCAGACGGTAATTTGGAAGATGTTTTGAAATGTGCAGATACTCTAATGC AGCATAGAATATCTCCAATATTGGCTATAAGGTCCAGCCTGAAGTATTTC ATGCAACTTGAATATTTGCTAAGGGCAGCCCAGAATCAAGTAAGTATTGA TAACGCCCTGAAGGCATTGCAGCCTCCAGTATTTTTTAGACTCATCCCTA AACTCAAGAGGAATGCTGCGTCGGTCTCGTATAGGACATTACAGGTAATA TTGCGTAGGCTGTTAGAAGCAGAAATGCAATGTAAGCTTTCTGACGCAAC TCAGGAAGTGGTTTTTAAATACCTAATGTGCTCGCTGGCCGCGTTTGTGA AACGTGCTGAGGGCAAGCAATTGCATCAATACGCGCACCATAGCCTATGA >AM430 dnaA, chromosomal replication initiator protein ATGGTTGATGTATCCGAAACTACTGAACGCTGCGTGGTTCACAAAAGGCA GGGGCAAGATGGAGGCGATGCGGCATGGCGCGGTGTTCAGAAAAAGTTGC GGGATTTTTACGGCAGCGCCATATACGACAGTTGGCTAAGCGCACTGGTG TATTCCGGCAATGAAAACGGCCGGGTCGTCTTGCTTGTACCCACTAGGTT TATCAAGGAGTGGATTCTCGTACACTACTTGGAACGCATCCTCAAATATT GGCAAGACGAAAGCGACGCCGTCTATTCCGTAGACATATGCGTGAGCGAT GGCGTTGGTGTGCAGCCACAAATGGCCGAACACCCCGATGGGGCGGTAGA TGGCCCGCCTGTGGTGATGGTAGGCGGCACTTATGATCACCTGAGCTCTC CTCTGGATCCGAGATTCACTTTTGACAATTTTGTCGTTGGCAAACCAAAT GAGTTGGCGTTTGCTGCTGCCAGGAGAGTTGCAGAGTCTTCTGCCCCCAT TCCTGGAAGTAATCCGCTGTTCCTATACGGGGGAGTGGGGTTAGGTAAAA CGCACCTCATGCATGCCATAGCGTGGTATATACTCAACTCTTCTGTGAAG CGGAAAATCGCGTATCTATCCGCTGAAAAGTTCATGTACCAATATGTTAC CGCGCTGCGGAGTAAAGACATCATGCTGTTCAAAGAGCAGTTTCGCTCGG TCGATATCCTCATGGTTGATGACGTGCAGTTCATAAGCGGGAAGGACAGC ACACAGGAGGAGTTCTTTCATACCTTCAATGCCCTAATAGACCAGAATAA GCAGTTGGTGATTTCTGCGGATAGGTCCCCTAGCGATTTAGACGGCGTTG AGGACAGAATAAAATCCCGTTTGGGGTGGGGGTTGGTTGCCGATATAAAC GAGACCACCTTCGAACTGAGGCTTGGCATTCTGCAACTTAAGATCGAAAA GATGGGCGTGCACGTGCCCAACGAAGTTCTGGAATTTTTGGCCAAGAACA TAAAATCCAACATCAGGGAGCTGGAGGGTGCGCTGAACAAGGTTGTGGCC CATTCTTCTTTGGTTGGTAGAAGCGTCACAATTGAGTCTGCGAGCGGCAT ACTGTCTGATTTGCTCAGGGCCAACCACAGGATGGTTACTGTTGGTATGA TCCAAAAAAAGGTGGCCGAGTTTTTTGGCATTAAGCTTGAGGACATGTAC TCTGCAAGGAGGTTGCGGGCCCTAGCCAGACCGAGACAAGTTGCTATGTA CCTAGCCAAACGGCTCACTCAGAAAAGTCTGCCTGACATCGGTAAAAGCT TTGGGGGGAGGGACCATGCAACGGTTATCCACGCCGTGAAGCAGATAGAA AAGTTCATGGAAGATGACGCCAAGCTTGCTGACGATATAAACCTCTTGAT CCGAATGCTCAGATAG >AM865 dnaB, replicative DNA helicase TTGTTGGGGTTTTTAGTGCAGGATTTAAAAGAGGGCAGCACGCTAGGTGC TATAGGCGGCCTGCCTAGCAACATCGAGGCTGAGCAGATGCTCATCGGTG CGATGTTGAGGGACAACAGGATCTGCGATGCTCTGGAAGATATAATAAGT GCAGACGTGTTTTTTGATCCTCTGCACGGGCGGATTTTTGACCAAGTACT TAAAATCAATCGACGGGGCCTTGCTGCCAACGAGATTAGCCTGAAGATGT TTTTTGACAATGACGAGGCGTTGATCGAATGTGGTGGTGCCGAGTATTTA GCCAAGATTGCGGCTAAGGCCAGCGTGGTTTTTGACATAAGAAGTGTGGC GCAGGTTGTGTTTGATGCGCACCTTCGACGCTGCCTAATTGCCTTTGGGA ACGATGTTGTGGGCAATGCGTACGACTATGACTCCGACAATCCTGCAGAG CAGCAGATAGAAGATGCGGCACAGCGGCTGTTTGTACTGGGGAGTAGAGG TAAATCTGACAGAAATTATCACAAGTTCTCAGTATTGGTGGAGGACGTAA GAAAAAAAATTGAGGCCGCCAAAGGCGGTGCAAATGCCCTACAAGGAGTG TCTGTGGGGCTTAGGGATTTAGACCAACTGTTAAATGGGCTGCAGAACTC CGATCTAATAGTCGTAGCCGCGCGTCCTTCTATGGGGAAAACAGCTCTAG CTCTGAATATGGCACTAAGCGCCTGTAAATCCCTTAAAAACGACGGAAAG AGCGTTGGGTTTTTCTCCCTTGAAATGTCTGCAGAGCACATTGCTTCCAG GATCATATCGATAGAGTCTGAAATCAGTTCCTACAAGGCCCTATCGGGCA AAATTAGCAGCACGGATTTGAATCAAGTCTTGAAAGCTAGCGAGAAGATA TGCGATTTGCCGCTGATAGTGGACGATTCATCTGTTTTATCAATTAGCGG CCTCAGGACCAGGATAAGAAGAATGCACCAGCTTCACAATGTTGGAGTTG TTTTTGTGGACTATCTGCAGTTGATTAAGGGGACTACGAAGCGCAGCGGA GAAAATAGGGTGCAGGAAGTTTCTGAGGTTACTCAAGGCCTGAAAGCCAT AGCAAAGGAGCTAAATGTCCCACTAGTAGCGCTTTCTCAGCTCTCTAGGC TTGTTGAGCAGCGTGACGATAAGAAGCCCCAGCTATCCGACTTGCGTGAT TCTGGAAGCATAGAGCAGGACGCAGATGTGGTCATGTTTTTGTACCGGGA GGAGTACTACGAATTAAGAAAGCAGCCTGCCGAGGGAACTGCTAAGCACG CAGAGTGGCAGATGAAGATGAATGCAATTAGCAATGTTGCTGATGTACTT GTTTCAAAACAAAGAAACGGGCCCATTGGCAATATTAGGCTTTTTTTCGA GCCTGAAAAAGGGAAATTCAGGGATTACACTGCGCGCTATGATGTTTACG ATGGCGGCGAGTTGCATTCCGGATAG >AM287 dnaE, DNA polymerase III alpha subunit ATGATTGATGGACTTTTCGTTCATCTTAGAACGCACAGCGATTACTCCCT TCTGGAGGGGATGATCAAGATAGAATCGCTGGTGGCGATGTGCGTGGACC AGAACATGCCGGCAGTTGCCCTGACCGATTCTGGAAATCTATTCGGCTCC CTGGAATTTTCTGATTGTGCCGCAAGTTTTGGTGTGCAGCCCATAGTTGG GTGCAACATCATGGTGCACGATGCGGGCGAGGACTTGGGAAACATTCTAA TGCTCACGAAAAGCCACGAAGGCTTCGTGAATTTGATTAGCCTAGTAAGT AACGGATTCAAAGAAAATCAATCAGGAAAGGCTAATAGGGTTGATGTTAA CAGCCTACTGCGGCAAGGTTCGGGGTTGCTCCTGCTAACCGGGGGGCACG ATGATATTTTAGCCCGCGCCCTGCTTGGGAAAAGCGCCGGGATGGGGGCA ATAAATGCGATTCTGGAAACGTTTGGCAATGATGTCTACGTAGAGCTGCA ACGCCATGGGTTAGAATCCCAGAAGGAGGTAGAGGGGCTATTGATTGGTT TTGCATACGAGCGCAACATCCCCCTGGTCGCCACGAACGACGTGTTTTTT GTACGTAGGGGCGATTTCCAAGCGCATGACGTGCTATCTTGCATTTCGGA CGGGACGTATATAGTGCAAGAAGGTAGGCGCAGACTCACCGAAGAGCACT ATTTTAAGACGTCCAAGGAGATGTTCGAACTGTTTTCTGACATCCCAGAA GCTGTGCGCAACACTCCGATGATTGCCCGAAGATGCGCGTTTATTGCGGA AATTAGAAAGCCGTCATTGCCGCACTTTCCGTGTTCAGATGGTAGAACTG AGGCTGAAGAGTTGACGGAATGCGCGAAAACAGGATTGGAAGCGCGATTG CGAGCTAAAAACATTGATGGAGATAAGAAGGAGCAATACCATAACCGGCT ACAGTACGAACTTGGCATAGTGATATCCATGGACTACTCTGGGTACTTTC TGATAGTGGCAGATTTTATCTGCTGGAGTAAAAAGAACGATATAATGGTC GGCCCAGGGAGGGGATCTGGTGCGGGGTCATTAATAGCTTGGTCTCTCGG AATTACTGACCTAGACCCTATAGAGTTCGGGCTAATTTTTGAGCGGTTCC TGAACCCGGAAAGGGTCTCCATGCCTGATTTTGACATAGACTTCTGCCAG GAAAAACGAGACAAGGTAATAGAGTATGTCAGGGAAAAATATGGATACGT AGCACACATTATCACCTTCGGTAAACTGCAAGCCAGGGCCGTGCTCCGCG ATGTTGGTAGGGTTATGCAAATACCCTATGCGCAGATCGACAAAATATGC AAGATGATCCCCCATGATCCCGTAAGCCCGGTGACACTTTCTGAGGCTAT AGAGATGGACCAGAACCTCAAGCGGGAAAAGGAGAGTGATAACACGGTCG CTAAACTTTTTGAGATATCACTTAAACTAGAGGGGTTGTACAGACATGCT TCGGTGCATGCAGCGGGAATTGTGATATGCGACAAGCCGCTTGAGGATTT TGTCCCCCTGTACTACGATCAGTCGTGTTCGTTGCCAATCACGCAATACA ACATGAAGTACGTGGAGAAAGCCGGACTGGTGAAATTCGACTTTCTGGGG TTGCGCACCCTTACGGTCCTAGACCAGGTACGATCTCTTATACAGGATAG AGGAGGCAGCATAGAGCTTTCCGAGCTGCCGCTTGATGACGGCAAAACAT ATGAAATGCTATCGACAGGAAACTCCGTAGGCGTGTTTCAGCTTGAAAGT GCGGGCATGAGGGAGGCTATCAGCAAACTCCGCCCCGACGGAATCCAGGA CATAATTGCTCTGATATCGCTATATCGTCCCGGCCCCATGAACAACATTG CCATATATATAGCCCGTAAACACGGATTGGAGAAACCCGATTACATACAT CCGATGCTGGAAGGGGTTCTGAAGGAAACGTTCGGGGTAATTATATATCA GGAGCAGGTTATGGAGATAGCCAGGATTCTGGCTGGGTACAGCCTTGGTG GTGCTGACTTGCTCAGGCGTGCGATGGGTAAGAAGATTAAGGAAGAGATG GACAAACAGCGCCAGGATTTTGTAAATGGCGCGATCAAAAATGGTATAGA TCGCGGTAAGGCCAGCTACATATTCGATTTGGTAGCGAAGTTTGCCGGAT ACGGGTTTAATAAGTCACACGCTGCTGCATACGCGCTCATCAGCTTTCAA ACCGCGTACCTGAAGGCAAACTATACCAAAGAGTTCTTCACTGCATCAAT GAACCTCGATATTGGCGACAAAGACAAGTTAGAGCTCTTATGCCAGCAGG CCAGGGCGTGTGGTGTCCAGGTGTTGCCGCCTGATGTGAATTCCTCGGGC GTGTTGTTTACCATCTCAGGTGATGCGATCAAGTATGGATTGGGTGCATT AAAAAATGTAGGACAAACCGCCGCCAGGGAAGTTGTACCAGAGGCTGGCA AGAAGTACAGCGACATATGGGATTTCGCGCGTAACATGCGGGCGAAATGG GCGTGTAAACGGGTTATGGAAAGCTTGATAAAATCTGGCGCACTGGACAG CATACATCCCAATAGGAGGCAGTTGTTTGAATCTTTAGGGACGATACTGG ATGTGATTGATGATACCAGAAACAGCGCGGAATCCAAACAATTCAATCTG TTCGGGATCACGGAGGGGCACAAACTCTTGGAGGTGGAAGACTGGTCTGA GGAGGAAAAAATTGAGCACGAGTTCTCCACTTTAGGCTTCTATCTGAGGT ACCACCCCTTGGCCAAGTATGAAGGAATTTTACGGGGCTTGGGCGTAAAG TTTGTTAGTGAGTGCCAAGATTCTTCTGAGTCAGGTGTAAAAAAGTCTGC AGGTGTGATCTCTAGTGTGAGGATAAGATCTGCGAACAAAGAGAGATTTG CGGTTGTAAGGATCTCCGATCCTTACGGGGTTAACGATGTTGCATTTTAT AACAGTAGGGTCATAGAGGCCGGTAGAGACCTGTTTCACAGCGGAGTTTC AGTAATGATAGACATGGACTATAACTCAGTAAAATCGCGGCTGATCGGAA AAAATATATACAGCTTTGGTGATGGGCTCACCGCCATGACTCAAAAAATG AAAAACATAGTTATTCACTTCAGTCAAGGTCATTACGAACCCAACACGCT TGGGAAGATCTTGCGCAGAGATCGGGGTAAAACAGAAGTATTTGTCGAAA TGCCTTCCAAGGGTAACTTGGTGCTGATAAAACTACCTGGCGTGTTTCAG ATCACGGCTGAAGCTTACATGAAAATTTTGGGGCTGAGCTGGGTGCAAAA TATTAGCGTCAATCATCAGCGGTTTTACCAATAA >AM1014 dnaN, DNA polymerase III beta chain ATGGTGCTTATGGATATCGCAGTGGGTGGTGGGTTGGAATGCAGTATAAG TAGGGAGGATTTGCTGCAGTCCCTGGCCTACGTCAGCAGCGTGATAGAGA GGCGCAACAGCATAGCTGTGTTGTCATGCGTCAGGGTGGAGGCCAAAGAT GGTGTTGTTGAGCTGTCTTCGACGGACCTTGATATTTCAATAGAAGCGTG CGTCAACGCTAGCGTTGTTCATAAGGGAGTCGTAGTCGCATCTGCTCAGT TGTTGTATGACATTGTCAGGAAGCTTTCGGGTGATTGCGCAGTTGGCTTC AAGATGAGCGATGGGCGGCTGCTCGTTGAATGCGGAAATGCCAAGTTCTT TCTCCATGTTGTGGCACCGGAGAAGTTCCCCGCAATTGAGGGTGGCGAGG TTGACTGCGGTTTTGACATGCAGGTTTCCCATATTGCCGAGTTGCTCAAC AAGACAAAATTCTCCATGTCCGTTGAGGAGAGTAGGTATAACCTCAGGGG TGTCTACATGCATGTTGCGGAGGATATGTTGTGCTGCGTGGCGACCGATG GGCACCGCTTGTCGCTTGCGAAGGTGAATAGGCCGGAAGGCCTGCAGCCT GATATCGGCGTGATTGTACCTAGGAAGACAGTAAATGAGCTTTTGAAAAT AATAGGTGGCGGCGGGGATGCGTCACAAGTTGTATCTGTAAGCATTTCAC AGCGCAAAATATGCTTCAGGTACAAGGGATATTTCATGGTTTCCAAAGTG GTTGACGGGGTATTTCCGGACTACTTATCTATAATTCCGCAAGAGAGGGG TGCGAGTGTATCTATGGATGCGTGCTCTCTTCTTAGCGCTGTGGATCGGG TTTCTGTGGTAGTTTTTGATAAGGTGAAGGCCATTAAGCTGTCATTCGCC TCCGGTCGGCTGACTCTCAGCTCCGCGTCGTCCGATCAGGGTGATGCCAG GGAGGAGCTTGAGGTAGATTACAAAGGTGATGAAGTCACTATTGGGCTCA ATGCCAGGTATCTTATTGAGGTGCTGGGTTGCATGAAGGGGGCCTGTGAG GTCGTATTTCAGGATGGTAACACTGCCGTGCTGATTCAGGACAAGGAACC CGGCGGCTCCATGCACATAATAATGCCTATGAGAATATAG >AM625 dnaQ, DNA polymerase III epsilon chain GTGAGAACTAGAGAGATAGTTTTAGACACTGAAACCACAGGTCTGGATGC AGCGTCGGGTGATAGAATAATAGAGATTGGCTGCGTGGAGCTGGTCGATT TTGTAATGACGGGCCAGGTTTTTCACAAGTACATCAACCCAGAGCGTGAT ATCCCCATTGCAGCAACAAAAATTCACGGCATCACAACCGACATGGTAAA AAATATGCCGAAGTTTGCCGAGATGGCAGACCAGTTTCTCAATTTTGTGC AAGATAGCGTGCTAGTGATCCACAATGCCGGGTTCGATCTCAAATTTATT GAGACAGAAATGGAGCGCATAGGCAAGACGAAGCTGTACAACCCCGTTGT GGACACGCTCGAGGTGGCCCGCAGAAAGTTCCCCGGCATGCCAGCAAGCC TGGATGCCCTGTGCAAGAGATTTGACATTTCAACTAGTAGCCGTAGGTTC CACGGAGCATTGAAAGACGCAACTCTTCTGGCGAGAGTTTACGTTGAGTT GTGCGGCGGAATACAGAGGTCCCTGGGTTTTGTGAGTGGAGACCTCACCC AATCGACTAGAGCAAGCAAAGCATCCAAGCCAGTATTGCAGGCTCCACGT GCGTTTACCATAAGCGACCTGGAGCTCAAGCTACACGCGGAGTCCATCAG CAAGATGAAAGACCCTATATGGAATATGTACCTAAAGACGAGTGACTGA >AM1280 dnaZ, DNA polymerase III gamma subunit GTGAATTTAGCGCTTAAGTACAGGCCACGCAGCTTTGATGATCTCGTGGG CCAGGATGTCCTGGTGCGAATTCTTAGGAACGCGTTCACTATTGGCTCTC TAAGCTCCCCTATACTAATGGTAGGGGCAAGTGGGGTCGGCAAAACCACA TGTGCCAGGATAGTCTCTCTGTGCCTTAACTGCGTTAACGGTCCTACCCC AGATCCCTGCGGGACGTGCCATGAGTGCGTTTCCATAAAAAACTCCACTA ACCCAGATGTTATCGAGATGGATGCGGCCAGCAACACGGGCGTGGATGAC ATACGAGTGTTGTTGGAAAATTCTAGTTACCTTCCCACCTCATCTAGGTA TAAAGTTTATATCATCGATGAAGTGCACATGCTTTCGATAAGTGCTTTCA ACGCCCTGTTGAAGACTTTGGAAGACCCTGCGGAGCATGTGAGGTTTGTT ATGGCCACAACGGAAGTGAGAAAAGTTCCTGTCACCGTGGCCTCAAGGTG CCACAGGCTAGATCTCTTCAAACTTACTACTGATCAACTCTTTGCTCATT TGGTCGAGATTGCCAAAAAGGAGGATATAGAGCATGACGGGGACGGGTTG CGGCTCATAGCAGAGAATGCTTCTGGGTCAGTGCGGAATGCCCTATTCCT GTTGGAGCAGTCTGCAATCTATACGAAAAACAAAATTCACGTTAGCGAGG TTAGAGCGCTACTTGGATGCGTAGATAAGCACTTAACCGAAAATTTGGTC AAATGCATATTGCTTGCCGATGCTTCGTCGGCGCTCGAGGTTTTTAGGGA ATTGTGCTCCCAAAGCCTGCCGGTCCCCATATTGGAAGGGGTGCAACTGA TAGTATACGAACTTTGCGTGACCTCAGTGAGCAAGGGACATAAATTTGAC TTAGGGCGCGAGCTGCTGTCTACTGTAAGGTCTGGCTCCACCCCGTTTCT CTCCAGGGTGTGGCAAACCCTGACGCACGGGCTGCAAGAGGTGAAAAATG CCGATGACGTGCAGCGTGCTGGGGAGATGATGGTAATAAGGCTGTGTTAC CTAAGTGATCTACCATCTCCGCAGAAGATTGCCGGGTTATTGCTCTCCAA GAGCAGGGAGGGAGCTCCGATGCACACTGTTAAAAAAAAAGTTGAGGGTG CAACCACGTATAGCTACGGAACACCGGAATTGGAATCCCGTACCATGGGT GGTACAAGTGGCGAAAGTGCTGGCCCTAGCCAGGTCGCAGCTAGTGAGAG CGCTCCTACCCAACGAGTGTATGACAATGAGCAGCGTACTGAACCCATGA AAAAAAATGGTGTCAATACTCATGACAAGGTGTACAATCCCGAGGAGGAT GAGGCTGTGATGGGCGTGATGAGGGATTTTGAGGGCGCATCAGTCGTTGG TTGTTATGATTTGGTGTCTGAGTAG >AM771 fpg, formamidopyrimidine-DNA glycosylase TTGAAGATGCCAGAACTACCAGAAGCTGAGGTCATTTCCAGATTCTTCGC TAGCAAGGCCGTTGGTAGGCATGTGGAAGGTGTTACAGTATATAGGCGTG ACTTGCGCGTCCGGATAGCGGACGATTTTGAAAGCGCAGTTGTAGGCAGG AAGATTGAGTCTGTATGCAGAATTTCGCGATACTTGGTGTTCGTTTTGAG CAGAGGTGAGCGCGTTATGTTTCACCTGGGCATGAGTGGTAGAATGGCCC ACGTTAGGCCCTACGTGCGGGAAAAACACGACCACGTTGCCTTACTTCTG GATGGTGGGTTTCATGTAGTTTTCAACGATCCACGCAGATTTGGGGCTGT GTTGCTAGTCAACTTTCAGGCATATGAGAATATCGCGTCAAGAATCGGGC CGGATCCGCTTTCTGCTGAATTTAACGCAGAGTATTTAATGCGACCGAGC AAGGCATGCGTGAAGAGTGTATTGATGAATAATGCTATAGTTGCCGGAAT AGGGAATATATACGCATCGGAGATTTTATTCAGAGCCGGGGTGTTGCCCA TGCGAGCGATGAGCAGTATCTCTTACGCAGAATGCGAGGGGATCGTGCGG GAAACCAAAGCCACTCTCCAGCTTGCCATAAATACTGGTGGGTCAACCAT CAGGGATTATAAAATTCCCACTGGTGCCGCGGGAGGGTTCCAGCAGCATT TTATGGTTTACCAAAGGGCAGGGCAACCCTGTAATGTTTGTGGGGCGCGC ATACTTTCAGAGAGGCGCGGCGGGAGAAGCACGTTTTTTTGTGCGCTATG CCAGCGGTAG >AM372 gyrA, DNA gyrase subunit A GTGGTGTTCCTTGTCCAGATGAGCGGGGGCGTTTTACCGGTTTCCATAGA GCAGGAGTTAGAGAGCTCCTACCTTTCTTACGCCATGAGCGTTATTGTAA GCAGGGCGATACCTGATATCCGCGATGGCTTAAAGCCCGTTCACAGAAGG ATTTTGTACTCTATGTACAAGTCTGGGTATGATCACAACAAGCCCTACAA AAAGGCCGCCCGCGTTGTGGGTGACGTAATGGGTAGGTATCACCCTCATG CGGATACCGCCATTTATGACGCGTTGGTGAGGATGGCTCAGGATTTTTCC CTCCTGGTGCCGCTGATTGATAGCCAGGGAAACTTCGGCTCGATAGACGG TGATCCCCCCGCTTCTATGCGATACACAGAAGCCCGGTTGTCTGAGGCCG CGCACTTTCTACTTAATGACATTGACGAAGACACTGTGGATTTTCGTCCC AACTATGACGAGAACGAGGAGGAGCCCGTAATACTGCCTGCCGAGTTTCC AAACTTGTTGGTTAACGGCGCGGGCGGGGTTGCCGTTGGGATGTCCACGA ACATTCCGTCGCACAATCTGGGTGAGGTTGTTGACGCGTGTGTAGCGTAT ATAGAGCGTCCTGAGATCACCCTGGACGAGCTGATGACCATAATTCCTGG GCCAGACTTCCCAACCGGTGGGGTTATCATGGGAGACGCCGGAATCAGGT CTGCATTTGCCTCTGGTAGGGGCACCATAGTCGTTCGTGGTAGAACCCAT ACGGAAGAACTGCCTTCGGGTAGGCAGGCGATCATAATTGATGAGATTCC TTATCAGGTCAACAAGGCGAAGCTTGTAGAGAGGATTCACGAGCTTGTTA AGGAGAAAAAGATAGAGGGTGTTGCGGATCTTCGCGATGAGTCTAATAAA TCTGGTGTGCGGGTAGCCATAGAGCTCAAGCGGCAGGTAGATTCTCAGGT GGTGCTCAATCAGCTTTTGGGGCTCACACCTCTGCGTACGAGTTTTAGTA TCAATACGCTTGTGTTGGAAAACAATAAGCCTCGGGTTATGTCTTTGCCC GAGATTATTGCCACGTTCGTTGACTTCAGAAAGGAAGTTATAGTCCGCAG GACGAGGTTTAGGCTCAAGAAAATTAGAGAAAAAGCGCACCTGTACATAG GGATGTATATTGCGGTGCTGAATATCGATGAAGTTGTTTCCATTATCAAA TCCTCAAAGGATAGTGCGGAAGCTTCTGCCGCGCTGCGGGAGCGTAGGTG GGCCCCCTCTGTGGATATTAGAAACATGATAGAGCTAGTGTCTGACAGTA CTGGTGTTGTTGAGGGGGGGATGTACCAGTTAACCGTTCCCCAAGTCAAG GCTATTTTGGAAATGAGACTACAGCGCCTTACTGGGCTTGAGAAAGACAA GCTGGAGGCGGAACTGGAATCCATGGTTGCCTTGATCACCGAGTACACCA AAATTCTGAGCACAGATTCTCTGCTTATGGATATAGTCAAGCAAGGGTTG CTTGATGCAAAGGCGAAGCTTGCCAAACCCAGGAACACGGCCATAGAGCA ATCTGTTGATGAGATTGACGCAGAAAGCCTGATCCCCAAGGAAGAGATGG TCGTCACGGTTACCATGAACGGGTTCGTGAAGCGCGTAAAACTATCTAAC TACAGGGCGCAAAAGCGCGGTGGTAAGGGGCGTGTGGCCCAGGGCATAAA AGAAGAGGACGTCACCACTAAGCTGTTTGTAGTGGACACCCATACCAGCG TACTGTTCTTCTCCAATGTGGGTAAGGTATATAAGCTCAAGGTGTACAAG CTCCCATTGGGTGAGCCGAGCTCCCGCGGTAGATCATTAGTGAATATTTT CCCGCTCTCCGATGGGGAGACCATTACCAGTGTTATGCCACTTCCCAGCT GTGACGACGAGATAGGCATAGCGAATCTTGATGTGGTGTTTGCAACTGCC TCTGGTAACATACGGCGTAATGCACTGTCAGATTTTCAGTACGTTCCATC CAGCGGAAAAATCGCTATGGTTCTGACTCCTGGTGATCAGTTGATATCTG CACATGTATGCGGGCATGCGGATCATGTACTGCTTTCCAGTAGGTTGGGT AAGAGCATCAGGTTTGCCGTGAGTAATGTGAGGCAGTTTCGTGGAAGGAC GTCAGACGGGGTTAGGGCTATCAGGCTTTCTGCGGGTGATCAGGTGATTT CTATGTCCGTGCTGCATGGCATAGAGGCGAGCTCTGAACTCAAGGAATCT TATCTGAAGATTCCGGTGGAAGCCAGGGTTGCTGCATCCCACAGTGGTGT GGTCAGTGATGAGGTCGCGCCAATGCTCGAGGAGCACACTATCGAACGAG AGCAATTTTTGGAGATGGCGTGCAGTGAGCAATTCATACTTACGGTAACC GAAAATGGGTTTGGGAAGAGGACATCTGCGTACGAGTATCGCATCACTTC CAGGGGTGGAGTAGGGGTCGTAAACATTCTAACTACGGTAAGAAACGGCA ATGTGGTTGCCAGTTTTCCTGTGTCTCAGACCGATCAGGTTATGTTGATT ACCGATAAAGGCAAGCTGATCCGTATAGCGGTGACTGATATCAGAGTTGT CGGGCGTAGCACTCAGGGTGTTACTTTGTTTAAGACCGAAAAAGGCGAAA AAGTTGTGTCTGTGGCCACTGTGGTTGATGGCAGCAAGGAAGAAGATGAA GAGCGGCCTTCAGGTGATGAAGAATAA >AM644 gyrB2, DNA gyrase subunit B ATGGGTAGTTATAACGCGAGCGCGATAACCGTTTTGAGGGGCCTGGATGC GGTTAAAAAGCGTCCTGGTATGTATATTGGGGATACGGATGACGGCTCTG GACTTCACCACATGGCATATGAGGTCATAGATAACGCCATTGACGAGGCC CTGGCGGGGTTTTGCAACAAGATAGACATTGTGATAGCAGGCGATGGCTC AATTGCCATTACAGATAACGGCCGCGGCATTCCCATAGATATCCACGAAG AAGAAGGGGTCTCAGCAGCGGAGGTGATTATGACCCAGCTGCATGCGGGC GGTAAGTTTGACCATAACAGTTATAAGGTGTCCGGTGGGCTGCACGGTGT TGGGGTGTCTGTAGTGAATGCGCTCTCTAGCTGGTTGGAGCTCACAATTT GGAAAGAGGGCCGAGAATATTTCATGCGGTTTGAAAACGGGGCTGCTGTT TCCCCGTTGAAGATGGTGGGAGAGTGCGGAAGCAAGAAGGGTACAAGGGT GAGTTTTATGCCCTCTAGCGCTGTGTTTTCTCATACGGATTTTAGCTATT CTACCCTGGAGAACAGGGTTCGCGAGCTTTCTTTGCTGAATTCTAACGTG GTTATTACACTGAAGGATATGCGAGAATCTCCGGCCGTGGAGTCAAACTT TGGTAACAGTTTAGAGGAGGGCAGTAGCGGTACTGCGGCGTTTGTCGAAT ATCTCGACCGGAATAAAACTCCTGTGACTAAAGTTATTTCCCTTAAGGGC ATGATGAGTGGCTACGAGATTTCTGTAGAGCTCTCCATGTGCTGGAATGA CTCTTACTACGAAAATATGCTGTGCTTCACGAATAACATTCGCCAGAAAG ATGGGGGAACGCACCTTGCCGGGTTCCGCTCGGCGCTGACTAGATGTGTC AACAATTACGCTACTAGCGAGGGTTGCCTGAAGAAAGCCAAGGTTGCCAT CATAGGGGAAGATGTGCGAGAGGGGTTGACTTGTGTTCTGTCGATCAAAA TGCCAGATCCCAGATTTTCATCGCAGACCAAAGATAAGCTAGTGAGCTCA GAGGCCAGGTTGGTGGTCGAGAGCATAGTGTTTGAGAAGCTTTCTTCCAT TTTTGAAACCAATCCTAAGCTTGCCATGAGCGTCGTGGAACGGGTTATCA GGTCGGCAAAGGGTAGAGAGGCAGCTAGGAAGGCGCGTGAGGTCATCAAA AACAAGGGTGGGCTTGACTTTGCAGCATTGCCGGGAAAATTGGCTGATTG TCAGGAGAAATCCCCCGAGCTATCCGAGCTTTTTATAGTTGAGGGTAATT CTGCGGGTGGTTCTGCGAAGCAGGGTAGGGACCGTAGATACCAGGCGGTT CTTTCGCTCAGAGGTAAAATCCTCAATGTAGAGCGCGTCGGCCTGGATAG GATGCTTTCTTCGAGCGAAATTGCCTCACTCATCACGGCGATAGGGAGCA GTATAGGCATAGGCAGTTTTGACGTATCTAAGGTAAGGTATCACAAAATC ATCATAATGACTGACGCTGATGTTGACGGTTCGCACATACGTACCTTGCT GCTTACTTTCTTTTTCAGATACATGAAAGACATAATAAGCGAGGGGTATT TGTATATAGCCCAGCCGCCGTTGTACAAGCTTACTAGGCATAGGAAAGAC ACGTACATCAAAAATGACGAGGCGTTGAGTGACTATATCGTGGGCAATGC AACTCGAAGCCTGGTGCTTAGCGGAGGGGCAGAGCACTCTGGTGCGGAAT TGCAGTCCATACTGCGCAAGTGTATGCGCATCGCTAATGTGACTAAAGCG TATGCCAGGATGATCCCGCAAGAAGTTTTCGAATCGCTCATTGTGCAATA CAAAAAGTGTGGCTTGGGTTCACCTGCAGACATGGCCGCCCATCTGAATC GTGTGTTCTCTGAGTATCAGTGGAATGTCGAGATGTCTGAGGACGGGATG ATCACGATCTTGAGATTATCTCAAGGCATGGTCGACAAATACGCTATAGG TGCGGATTTTGTACACTCTCGGGATGTGCAGAACATTGTCAGCACGTTAG ATGGTATAGAAGACATATTTGGAGCAGACACGACGCTGTCTGCGAAGGAC TATCAGATGAAGGTGCGTTCTCCGTGTACGCTGGCCAGCAGTGTGGTGGA ATTCGGTCGTAAGGATATGGCGCTTCAGAGGTTTAAAGGTCTTGGTGAGA TGAACGCAGACCAATTGTGGGATACTACGCTCAATCCTGAGACCAGGACG TTGCTGAAGGTCAAAATATCGGACTATGCTGCAGCCGATTCCATCTTCTC GGTGCTAATGGGCGATCTTGTCGAACCCAGAAGGGACTTCATTAACGATA ACGCGCTCAGAGTCGAAAATATTGACTCATAA >AM152 ligA, DNA ligase ATGTTGGAGCAGGCTAGGCGCAGGTTGGCTGGTCTGAATGCGAAGCTCCG CCACCACGATGTGTTATACCACGGGCTTGATGCGCCAGAGGTGACGGACC ACCAATATGACCTTCTAGTGCAAGAGAAAAAAAGGCTCTTGGACGAGTTC CCAGACATTAGTCAGTATGATGACTACGCAGACGTTGTGGGCACGCCTAA AATTGACTCCAGGTTCCCCAAAGTGCAGCATTTGGAGCCCATGCTCTCTC TGGAAAACGCTTTTACCGTACAGGATGTGGAAAAATTTATCACCAGGGTA AGGCGGTTTCTTGAGCTGCAGCCAGATGACATTTTAGAGCTTTCCTGCGA GTTAAAAATGGATGGCATGTCATTCTCTGCGCTATACCATGGTGGAAAGC TTACCAGAGTGGCAACGCGCGGCAATGGGCACTTCGGCGAGGATATCACC ACCAACGCGATGGTCCTGCGCGGGCTGCCACATCAGCTAGATTCGGCCCC AGAAGTGCTTGAAGTGCGCGGTGAAATATACATGCACCATGAAGACTTTG AAAAGCTACGAGGGTCCTGCAATTTTGCAAATCCACGTAACGCAGCCGCG GGGTCAATACGCCAGCTCAACCAGAAGATTGTTGAGGAGCGCAACCTTAG TTACGTGGCTTATTCCGCGGTAAACAGCACATTTGCAACCCAGCAGGAAA TACTAAAGCAGCTGGATGAATGGGGGTTTCATACAAACAAGCAAGTGCTT TTCACGGACAAAATAGAAGAGGCGATTGCATTTTATAACTCGGTCTACAC AACCAGAAGTGCGCTTGGTTATGACATAGACGGAGTCGTGTACAAGGTAA ACAGCACCAACTTCCAGAAGCTTCTCGGTGCAACCGGCAAATCACCCCGT TGGGCAATTGCGCACAAATTCCCCTCTACTGAGGCTCGCACAAAACTTCT TGATATCACCGTACAAGTAGGCAGAACCGGCGTTGTAACTCCAATAGCGG AGCTGGAGCCAATCAACATAGGAGGCGTTATGGTTTCCAGGGCAAGTCTG CACAACCTCAATGAAATCGAACGCAAAGATGTGCGCATAGGAGACTTGGT TATAGTAAAGCGGGCAGGAGAAGTTATACCACAGGTGGTTGACGTAGATA AAACCCTCCGCAGTAGCGGGACGCAGAAATTTGTCTTTCCCTCGCACTGC CCGTCATGCGGTAGCAAGCTGCACCGCGAGCCCGGTGAAGTCGCTCTGCG GTGTGTGGCAGAGTTGTCATGCAAAGCACAGGCTCTAGAGCGCGTTAAGC ACTTCGTATCCAGAGATGGCTTAAACATTATGGGCCTGGGGGCAAAGCAG ATAGAGTTCTTCTGCAACCATGGGCTGATTGGCAGCATAGCCGATATTTT TTCCCTTGAGGAAAAGCTACATGGCATTAACCTGGATACAGAACATGGGT GGGGGGAAAAGTCAGTCGCAAATCTCATCGCCGCAATACGCAACAGCGCA ACAGTCAGGCTCAGCAACTTCATATTTGCCCTGGGAATACGGTTTATAGG CGTGGGCGCGGCAAAACTTGTTGCTGAACATTACAGATCTTACAAAAACT GGCACCAAGCGATGTTGGCGCTCACCGAAACACATGATACTGTACAAATT CGCGGCTTGGGAGAAAAAAGCATAAGTTCTTTGAAGGCATTTTTCTCCGT GCAGGGGAATCTGGAAGTATTAGAGTCGCTGAGCGCAAAGCTCAACATTT TGGACGAGGCATCTCCGGCACAACGCGGCAGCTCTGCCATTTCCGGCAAA ACCGTGGTGTTTACCGGCACTTTGGAGAGCATGTCAAGAACGGAAGCGAA GCTGCAGGCGGAAAGCCTAGGGGCTAAAGTGGCGAATTCCGTATCCGCAA ACACCTGGTTACTGGTTGCAGGTAGCAATCCAGGAAGTAAGCACGAAAAA GCACTAAGCCTGAACGTCAGGGTAATAGACGAGCAGACTTGGGTGAAGAT GGTAGAGGATGCGCGCTCCTGA >AM125 mfd, transcription repair coupling factor TTGTTTTCTGTGCTCGTGGAGCGTCACCGTAGTGCGCGTGGCCCACTGTT GGGGTTGGTTCGTCATCAGCGCGTGTTCGTAGGCGTACACGTGGGCTCTC TTGAAGTAATCACCGGCGTTGCTCCAGAATTTGGAGACATGCTCATGGCC CAGATGTGCATGGAAGATCGGCACACGTCGTTTGTGTTTGTCGTACAGGA AGGCACATCCCTGGCGCATTTGGCAAAAACCCTGAAGTTTTTCGACCGGG AGCGCGATGTGTTTATCCTGCCCAAGTGGGATTCCATTCCACACAAGGGG GTCTCACCCAGTAGCCTGGTCATGGCAACCAGGATGAAGTGTTTGCTTGA CGTTTCCAATGCCAAGGCCCCGTACGTAATGTTAACAACCTCCGGCGCAG TTGCGCAGAAAGTGCTGCCGGCACACTCCGTGGCCAGTGCCGCCATAACA GTTGCACCTGGCGACGGTCTGTCTATGGATGCGCTGGTACAACATCTGGT GGCATGCGGATATACGCAATCTTCCGCGGTGCGCGAAGTGGGGAGCTTTG CAGTACGGGGGGAAATCGTCGATATTTTCCAACCAATAGATAACAAGCCC ACCAGGATAGACTTCTGCTACGATGCTGTTGAGTCTATCAGATATTTCGA CCTTGATACGCAAATTACGGATGGAGGCGCGTTACCAAGTTTGGTCATCT ATCCAGCATCTGAAGTAATAAAAACCGAAGAAAACTTAAATCGGTTCTAC ACAAGGTACATGCAGCAGTATCCAAATCCCGATCCGGCATTTGCTGAAGC CATGCTTTCCAGGCAAAAATGCATGGGAGAGGAGCAGTGGTTGCCGCTGC TGCAGGCAGATGAGCTGTCAACCATTTTCGATTATGTCCCAAACGCAAAA CTAGTGCTTGCTGAGCAGGCTTCGGAAGAAGTATTGCGGCGCTTGGAAGG GGCGCAGGAGGAGGATTATACGGCACAATCTGCCACAGGAAAAAGCGCTT TGTTCTTGGATTTACAAGGCTACATACAAATTACACGGAGCTTTCACAAG GCCATCTTCTGCCGCTTTGATGCAACATCAGAAAACAATCTCTGGGAGCA TCAACAAGTCATATGCTCTTCCAGCAATATTGGCGCTGTGCCGAATTTCA GGTTGCTAGCACAGGAACAAAAGGCTGACGTATTCGCGGTGGCCGCGGAT TATATTAACTCCGCCCATAAAACTCTAATCCTCGCCTGCTACTCTGAAGG ATCACTGCTATATTTCATCGACAAGTTTAAAGCACATGGCATACACATAT CCAGAGTGCATGAGTATGCAGGCCCTATAGGCGCGTTCAACGCGGCTGTG CTACCAACAAGTTGTGACGTTGTAACACACGACTTTATTGTGATAACAGA ATACAGCCTGTTGAAACGTCAATGCGCGGCCGGTCGCTCCTCTGGCACGG TAGTCAGTGAAGACACCTGCCTTGCAGTAGGAGACGTAGTAGTACACAAG GACTACGGCGTTGGCATATTTAATGCGCTACGCACGCTCAGTGTGTGCGG ACATTTACACGACTTTGTCGAAATCCTCTACCGCAATAACGACAAATTCT TCGTCCCGGTGGAAGATATAGACTTAATCACAAAATACGGCACCAATACT GACGTCGTCTTGGATAAACTCGGCAGCACCTCATGGCAGGAGCGCAGCGC CAAACTCAAGAAACGCATCAAAGATATCGCTCAAACGTTGTTACACTCAG AAGCAATGCGCGTACTTGCGGAAGGCAATAAGTTTCTTGCAAATCAGAGG TACTTGGACTTTTGCAAAGAGTTTCCATACGTAGAAACCGAAGACCAGCT CAAAGCAATATCAGAAGTTGAGGAGGATCTCGCCAGCGGCAAGGTGATGG ACAGGCTCATATGTGGAGACGTTGGGTTTGGCAAGACGGAAGTCGCACTG CGCGCGGCATTTCTAGTCATCAACGAAGATCCGGCCAAGCAGGTTGCCGT AATCGTTCCCACAACCCTACTATGCAGGCAGCATCTTGCGGCATTCAGAG AGAGATTTCAAAACTACGATATCAACGTTCAGCAGCTTGCACGATCATCC GCCACGCAAAAGTCTAAGGTAAAAAAGGCGCTCGAAAACGGGGATATCAA CATAATCATAGGTACGAGTGCGCTTCTCGCAGAAGATATAAGATTCCTAG ACTTGAGCTTGCTCATTATTGATGAAGAACAACACTTCGGCGTACAACAG AAAGAACAGCTCAAAAAGCTCAGGAATGACGTGCACGTTCTATCCTTATC CGCAACACCAATTCCCCGAACTCTGCACATGTCGCTTTCCGGGATAAAAA ACTTGAGCGTTCTCAGGACCCCACCCATGGGGAGGATGGCCGTAGATATT GCTATCATACAGTACGATGGCAACATCATAAAAACCGCAATTCTAGATGA AGTCAGCCGCGGTGGCAGAGTGTTCTTTACCTGCCCGTTTATTTCTGACA TTGACGGCGTGTTGGCGGACCTACAAAAACTGGTCCCAAATGTGAAGGTC GAAGTGGCGCATGGCAGAACATCTACCAGGGCGTTGGATAAGATTATGAA TGACTTTTTCGATGGGAAGTTCTCCGTCCTTCTGACAACATCCATCATCG AAAGTGGAATAGATATACCTTTCGCCAACACCATAATAGTGCACAATGCT GACATGTTCGGCTTGGCACAGCTGTACCAGCTCAAGGGAAGGGTGGGCCG GAGCACGCTGAAGGGTTATGCCTACTTCATAGTGTCAAAAAAGGCGCTGC CCGATTCACCTGGCATGAAGAGGCTAGAAGCGGTCAGGTCTCTAAATAGC GTTGGGTCGGGCTTTGCCCTCGCCCTACAGGATATGGACATGCGCGGCTT TGGAAATCTGGTGGGGGAAGAGCAGTCTGGCAACATAAAGGAAGTGGGAA TTGAGCTGTATCATAAAATGCTGGAAGAAGCCATAGCAGCGTGCCAGGAG CAACCCCACATACAAGCGGGCTGCCACAGCGTAAAAGTGGGCGTAGACGC GAATGTTAGGATTCCTGAATCTTACATCAGGGAGCTAGATCTGCGTATAA GAGTGTACAAAAAAATCAGTAGCTTGAAAACCGCGGAGGAAGCGGATACC TGCTTTGTCGAGCTAGTAAACAGATTTGGCGCGCCACCACCGGAGGTCAT GAATTTGCTGAATGTAATGCGCATCAAACAGCTTTGCTCCGCACTCGGCA TACAAGAGGTCACGCAGGCGAAGCGGCACGTCACGTTTTCACTGTCGCAG GGCACAGCAGCATATTCAGGAATGTTGAAGCACATAATAGACAACCACGA TCTCTTTACCATATGTGACCACAGCATCAGGATGTCAGTACCCAAGGCAT CACAGAATCAAATACTAGAGTATATATTGTCCCACCTTGTGTGCATGGCC GCTGCTTAA >AM1063 msp3, major surface protein 3 ATGTTTCGAGGGAGAACGGTGATGATGCCAAAACTTAGATTCTTACTGAT TGCTGGGGTATCAGCATTGGGTATCCTCCATAGTATGTCTGCGGGGGCTG CCGATAGAAGTAAGTCACGCACACAGAGGTTGGCTAGTAGACCGGCTTTG GGGAAAGGCAACGGGAGCTTCTACATAGGCCTAGACTATAACCCAACTTT CAACGGTATCAAGGACCTGAAAATCATCGGCGAAACCGATGAGGATGAAA TGGATGTTCTCACCGGTGCCAGGGGCCTGTTCCCGATGAACGCTCTTGCT AGCAACGTCACCGATTTTAACTCATACCACTTTGACTGGAGTACCCCACT GCCTGGGCTAGAATTTGGGAACAGTACCCTGGCTCTTGGAGGGAGCATTG GGTACAGAATTGGAGGAGCCAGGGTTGAAGTAGGGATAGGACATGAGAGG TTTGTGATTAAGGGGGGAGATGACACAGCATTCCTACTAGGTAGGGAACT AGCATTGGATACAGCAAGGGGTCAGTTACTATCCAGTGCATTGGGTAGGA TGTCCATGGGTGATGTACGTAGATTAAAGAAGGAAGTAGTAGGTAGTATA GGAAGGGGAACAGCTAGTCCTGTAAGGGCAATGTTTAGTAGAGAGATCTC AGATGGAGATACATTACTTGCTGGGGAGATGGTAGGAGTTGATGAAGGAC TAGTTATACAAGAACTGAGCAGACCAGAAGAATTAGAAAAGCTACAACAT GAACTAGCAAAGCAAGTAAGTAAATTAGCTGAACTTGGAGAACTTAAGTG GTTAGAGCAACTTGAGACACTGGAGACTGAGGAGCTGGGGGAGGTACTGG AGGAGAAGGAGACCAAGAAGATAGCGGAGGTGAAGGAGGCGAAGGGGCAG CTTGAGGAGATGAAGATACAGGCGGTGGTGACAACGGTGGGGTACAATAG GTTGGGACTGACGGAGGTAGAGTGGAAGAAGCTGGGACTGGCAGAGAAGA CAGAGAAGATAAAGGAGAAGAAACTGGAGACTGAGGAGTTGAAGAAGTGG GAGAGGGTAAAATTGGATGTCGGTGGTAGTGGGTGGAAGCTTGAGGAGTT AAGGGGCGATAAACTCAAGGAGGCGATAAAGAAGCTGGGGGAAGAGCTGA AAAAAGTGGATGCCAGCACAGGACCGGAGACTAAAGAGAAACTCAGGAAT CTTAAGAGCAGGCTAGAAGAACTAGAGATGATAAAGGGGTTGAAGGAGGA GATAGAGAAGATCGATGCGCCAGGAGACTTAGAACAGCTAGAGGCTAAGA AGTTAGAGGAGGTGGAAGCGGCAAAGAAGGAAGTAGTAACAAAGGTGGGG TTCAATGAGTTGGGATTGAAGGAGGCAGAGTGGAAGAAGTTGGGATCTAC AGAGAAGCTCAAGAGGGTACAGGAGGTGGCAGAGAAGCGGAAACTAGGAG AACTGAAGGATAAACTCAAGAGCAAACTAGAGGAACTAGCTGCAATAAGG GAACTGAGAGCATTGGGATTAGAAGAGAGGTTAAGAGAATTAGCTGAGGT TAAGGAAGTTAGAGCATTAGCTGAAAAAAGAAAAGAGTTAGATGTTCAAG GAGGATTACAACTTACAGAGAGGATTAGAGCATTAGGAGGACAGCTAGAT CGGTTGGAAGCTAGGAGATTGGCAGAGAGCACAGAAGGTAACTTAGAAGA AGTTTGGATACTGGGAAATTTGGGACAGTTAGATGAGTTAGCAACTGGGA AGAAGCTCAGAGAATCGGAGGCTACTAGGGCAACGCTGAAGCAGTTGAAG GAGATAAAGTTAGTAGACCTAGAGAGGAAGCTAGAAACCATGGGGGAACT GAAGAAGGAGATAGAGAAACTTAAGAAGCAAGGAGACTTAGAACAGCTAG AAGCTAAGAAGATCAAGGAGGTGGAAGCGGCGTTAGAGAAGGTGAAGAGC AGGGACAGGGGTGTTAGTAACTTACAGGAGAAGATAAAGGAGGTAAAGGA GGCTGGGAAGCTTAAGGAGGCCAAGATAACAAAGCTAAAGGAGCTGGTGA AGGAATTGGAGAAGCCAGGAACAGTGAGCCAGGGAGAACTGAAGGAGGGA AAAGAGAACCTCAAGAGCAAACTAGAGGAACTAGCTGCAATAAGGGAACT GAAGGAATTGGGGTTGAAAGACTGGTTGAGGCTCAGGACACTAGAGGAGC TTACAGAGATAGCTGAGAAGCGTGGAGTAGCCACAGTGATGAAGGCTGCA TTGACTAATGCTATGGAGATCACGAAGAATAGGGGTTGGACTGATTATTT AAACAGTCTAGATGTAAGTGAGAGAGCTAATGCTGCAAGGGAATTAATTG CTGCTGAGAAGATTAGAAAATGGGCTAGGGATATTAATAGCTTGGATGCT GATGAACGGGCAATGGTTGCTGGGGCTTTTGCTAGAGCTGTTGAAGGTGC GGAGGTGATAGAGGTCAGGGCTATAGGGTCTACTTCTGTAATGCTCAATG CTTGTTATGACCTTCTGACTGATGGTATTGGGGTTGTTCCTTATGCTTGT GCTGGTATCGGTGGTAACTTTGTCAGTGTTGTTGATGGTCACATTAATCC TAAGTTTGCTTACAGAGTGAAGGCTGGGCTGAGTTATGCTCTGACTCCTG AAATTTCTGCCTTTGCTGGGGCTTTCTACCATAAGGTGCTAGGTGATGGT GACTATGATGAGCTACCTTTGAGTCATATTTCTGATTATACTGGTACTGC TGGTAAGAATAAGGATACTGGTATCGCTTCATTTAACTTCGCTTACTTTG GTGGTGAGTTGGGTGTTAGGTTTGCCTTCTAG >AM332 mutL, DNA mismatch repair protein GTGTGTGGTGACGTCGTGCCTATAGTTGTGTTAGATGCCAAGACTGTAAA TAAAATTGCTGCTGGGGAGGTAATAGATTGCCCAGCAAGTGTGGTGAAAG AGCTTGTTGAAAACTCGATAGATGCGGGTGCCACTACCATAAATGTGCTA ATAGACAAAGGCGGACGCAACCTCATTTCCGTGATTGATGATGGATGTGG CATACCCCGGGATGAAATGGAGAGAGCGTTTATCTGTCATGCCACGTCTA AGCTTCCAGATAATGACCTCAACAATATTAGGTCGATGGGGTTTCGGGGA GAGGGGCTGACGTCTATTGCGGCTGTTGCCAGAACTAAAATGGTTTCAAA ATATAGAGGGTGCACCGAGGCCTGGTCTATAGTGCTCGAAGGAGGGGAGA AAACCAGAGATTTGTCACCTGAGGCATTACCGTGCGGGACTTCTATAGAA GTTAGAGATCTGTTTTTTGCCACTCCCACCAGGCTGAAGTTTTTGCGCAC GGAGAAGGCGGAAACCCAAAGCATTGTTGATCTGATGTACAGGTTTGCCA CAGCCAGATTCAGTACTGCGTTTTCCCTAACCATAGCTGACAAGCAGATT TTCAAATACCCTGCCAGAGAGGATTTGATGTCGCGTTTGTGGGAGATGAA ACCCTTTGGTGACGCATTTCGGGAGCAGTCACTCGAGGTACGCTTCCACT CAGATGCCATAAACATCACCGGGTATATTAGCGTCCCCACGTTTAATCGA TCAAGGCCCGACATGATATACACATTTGTAAACGGTAGGCCTGTACACAG CACCCTCTTCATGGGTGCGATAAAGTCCGCATATAGCGAGTTCATTCCCA GAGATCGGCATCCAGTGGTTGTGATGTGCATGGAGATCTTGCCAGGTGAT GTCGATGTTAACGTGCACCCCAGTAAGCTGGAAGTAAGATTCCGGAATCG CAAGCAGGTGTACAGTGTGGTTGTTGAGGCGCTGGCAACGGCCTTGTCTA GCAATGTGTACAGAGAACTGCCTCCCCGTACCCCAGTTGGGGGAGGATTG GACCACTTCGCTGTGGATAATACGCCAGTTTTGGATACACCACACTACGG TAAAGTACACGATTATGGTGTGGCAGTAGGCCCAAAGCTTTCCGTACAGC AGACGGGGGGGGGGAGAATTTTCATCAAAGCCTGA >AM333 mutL, DNA mismatch repair protein TTGGGAAGCGGTAGCAGTAGGCGCACAACGCGTCCGGTTCTAAGCTATGA CTCAGAGGCTCATATCGTGCCACTGATAGAAGAATTACCGCTAGGCAATG CGGTATGTCAGCTTTTCGACAGGTATATAGTATCGAGGGCCGGGGACCAT GTAATCATAGTAGATCAACACGCTGCGCATGAGAGGCTCACCTATGAGTA CATGAAAAAGGTAACAGCCGATGAGGGGATGAAACGCCAGGTGCTACTCA TGCCTGAGTTAGTTGAGCTAGACAATGAATACGAATTAGAGTTGCTGGGC GAATATAAGGAAAAACTGCTAAAATTTGGGCTAGTAATCGAGCCTATGGG AAGCATGGTTGTGGCCGTGAGAGAGGTTCCGGCAATTCTTGGGGTGTTTG ACGTCAAGGCAATGATTGCCAAAATAGTGGAGAGCATTGTCGAAGTGGGT GACGCGTTGTTCATGCGCGAAAAGATAAAACACGTGTGCGGAACCATTGC CTGCTACAGCTCAATAAGAAGTGGCAGAACGTTGAAATTGGAAGAGATGA ACAGCCTGCTGAGGCAGATGGAAGATACTCCACATTCCGGCCAGTGTAAC CACGGTAGGCCGACGTATGTCAAACTCAGTCTATCTGAAATAGATAAGCT GTTCGAACGCAGGTGA >AM412 mutS, DNA mismatch repair protein ATGGTTAAGGCAAGCGACAATACGGAATATACTCCCATAATCAGGCAGTA TAAGTCACTAAAAGACCAATATGAGGGGTGTTTGCTGTTTTACAGGCTTG GGGACTTTTACGAGCTTTTTTTCGACGATGCGGTTGTGGCATCTAGGGCT TTGGATATAGTGTTAACCAAGAGGGGCGCTGGAACCCCTATGTGCGGTAT ACCCACGCACAGTGCAGACAGCTATTTGGGAAGGTTAGTAAAACTTGGCC ACAAGGTTGCCATATGTGAGCAACTTGAGACGGTGGAGGAAGCGCGTAAG AGGGGACATCGGGCCCTGGTTAAACGAGATGTAGTTAGGATAGTAACGCC CGGCACTTTGCTTGAAGACGGGTTGCTGGAAGCGAGTGAGAACAACTATC TGGCGTGCCTTTCGCGTGTGGGAGATAGCTACGGTGTGGCGTGGATGGAC CTATCTGCAGGAATATTCAACGTGCGTTCTAGTAGACTGGAGAACATTGA CAGCGAGATACAGCGCATACGTCCCAGGGAATTGCTGATTTCCGATCGAC TGAAAGAGCAAAGGGAAATTGAACTGATTTTGCGTAGGCATCGGTGCGCA GTTACCAGCCATAGCGAGAGTTTCTTCGATGTCAAAAAAGCAGAAAAGGT CTTGTGTGGGATATATGGAGTGAATACCCTGCGGGGACTAGGAAATTTTA CAGATGTGGAGGTGTCTGCATGTGGCTCTTTGGTTGAGTACGTGCGCACA ACGCAGAAGAATAACCTTCCGAAGTTAGGCTATCCGAAAGTGTGCGATAG CAAAAGCTTTGTACTCATAGACGGTGCAGCGCTGCGGAACCTTGAGTTGT TTTGCACCCAGTCTGGGGAGAAAGAGGGGGCCTTGGTATCCGTCATAGAT AGAACCGTGACTGCGATAGGAAGCAGGCTCCTAAAGCGACATCTTGCGTT TCCATCCTCCTGCCCACACGTCATAAATAGCAGACAGGATGCTGTGGAGT TTTTCGTAAAAAGCCGAAATATATGTGAGAGCATAAGAGATGTCATGCGT GGGATCCCTGATATGGAACGTATCCTGACTCGGATCAAGCTGCTTAAATG CTCGCCGCGGGATGTTTGCATGTTAGGAAAGGCCCTCGCAAAGATTCTGC GACTGCAGCAGATCATGCTAGAAGTGGACAATCCTATGTTGGTCAGGATT GTTGGTGAGTTTGGTGAGCATGAGAAGCTGCTGAAGTTAATAAGCGGCAC CATACTTGAAAATAATGCAGCAAACGCCAGAGATGGTGGGTTTATAAATC CTGCATGCAATGCGCGTCTAGCCACGGTTGTGCGCATTGAAAGTGAAAGT GATAAACTCATGCAGGACCTGCGTGATAAGTACCGTAAGCTTACTGGGAT AGGCAGCCTCAAGATTGCGTACAACAGCGTGCTCGGGTATTACATAGAAA CCCCTGCTTCGCATAAACTTAAAGATACAATCTTCATACACAGGCAGAGC CTGGCACATACGATGCGCCATACCACCGCGGAGCTTAGGGAACTTGAGGA GACAATCACCGCTGCCAAAAGTGAGATTATGGAGCTTGAGGCTCAGATTT TCCGCGGACTTTGTCTACGAATTTCGGAGGAGGCGCAAAGCGTCGAACTT GCGGCCAATGCGGTTGCGGAGCTGGATGTTTTGATTTCACTTGCCAGGTT GGCGGTGGAGAACAAATATGTCAGGCCTATTGTTGATGATAGCAGAGAGT TCGCAGTAAAAAGAGGGCGCCATCCCGTGGTTGAGACGGGTGTGCGGTTC ATTGCCAATGATGTCAACCTCTCGGAAGATGGCAGGATGTGGCTCATTAC AGGGCCAAACATGGCCGGGAAGAGCACTTTCCTCAGGCAGAATGCACTCA TAGCGATTTTGGCGCACATCGGGTCATTCGTGCCGGCGGAGAGTGCGCAT ATAGGGGTTATAGATAAAATTTTCAGCAGGGTAGGGGCTTCGGACAGCAT ATCGTTGGGATATTCCACATTTATGGTAGAAATGGCTGAGACCGCGGCTA TCCTAAACCAAGCAACCGATAGGTCTTTGGTAATTCTGGACGAAGTTGGT AGAGGCACGGGGATCCACGACGGATTTTCCATAGCTCTGGCGGTTATAGA GCATATTCACGACGTTACGAAGAGCAGAGCTATATGTGCCACGCATTATC ACGAACTGCCGAAATTTAGTTCTTATCTGAAGAACGTGCAGTGTTTTTAC ATGAAAATAGAAGAGTGGCAGGGCCAAGTTGTATTTCTACATGAGCTAGT AGCGGGGATTTCGGGCAAATCTTACGGGATATACGTTGCGGAACTTGCCG GGTTTCCCAAAAATGTTCTGGAGAGAGCCAGATTTTTTATGGGGGAGCTC GGTGAAAGTGGTAGTCTGAGTTCAAATTGTGAGGGTCTAGTTGGGCAGCA CAGCACCTGA >AM373 nth, endonuclease III ATGAAGGACGTTGATTTGCTCTTCGGTAGGTTTTCGGAGGATAACCCGCA CCCACGCATAGAGCTGCGGTACCGGAATGAGTTTACCTTGCTGGTTGCTA TAGTGCTGTCTGCGCGCACCACCGATGTTAGCGTCAATAAAATCACAGAT AAGCTGTTCGATGTGGCGGATTCACCCCAGAAGATGCTAGCCTTGGGGGA AGATGGGCTGAAGGGTTATATCGACAGCATAGGGCTATACAACTCCAAGG CAAAGAACATAATAAAGCTGAGTGAGATAATTGTAAAAGATTATGGCGGG GTAGTGCCACAGGACTTTGATGCCTTAACTGACCTTCCAGGGGTCGGCAG AAAAAGTGCCAGTGTGTTCTTGAATTCCGCGTTTGGAATTCCTGCTATCG CGGTTGATACGCATGTTTTTAGGGTGAGTAATAGAATAGGGCTGGTTAAG GAAAGTACTGTCCTGGGGGTGGAGAACTCGCTCAACAAGGTTGTTCCGGA AAAGTGGAAGCTGTATGCCCATCACTGGTTAGTCTTACACGGAAGGTATG TATGCAAGGCGCGCGCTCCCCTGTGCCATAAGTGCATTATTAATGACTTG TGCGATAGCCGCGATCAGTGGTCTCAGAGCTAG >AM1214 polA, DNA polymerase TTGCGTTATTTAGAGTACTCGGAGGTTTTGGGGGTGCTACATATGGCAAA CTTTGTAGTTGTAGATGCGTATGGATTTCTCTTCCGCGCGTATTATGCCC TTCCGCAGTTGCATACCTCTCAGGGGGCGCCCATAGGCGGTGTGTACGGA TTTATCAATATTCTCTTGAAACATCTACTGACACACAATGCAGACTATAT AGCAGTTGTTTTTGATACAGGCTCAAAAAACTTTCGCCACACCCTGTATC CACAGTACAAAATGAACCGACCAAGATTGCCCGAGGATCTGCTCAGACAA TTTTCCCCGCTGCGAGAAGCAGTGAGTGCACTGGGCATTGCAAGTGAGGA GGTGCACAATTTTGAGGCGGACGATGTCATAGCTACGCTCAGCACGAAAT ATGCGTCTGAAGATGTTCAAGTGCGAGTAATCACTGCGGACAAAGATTTG CTACAGCTCATGGGAGAGCACGTGCAGATTTTTGATCCAATTAAGAATAA GTACCTGACAGATGAATATGTAGTTGACAAATTTGGGGTGACCCCTGACA AACTCCTGGACGTTCTTGCTCTAACTGGGGATGCCTCTGACAACATCCCA GGTGTGCCGAGTATTGGTGTAAAAACCGCTGCCAGGCTTATCAACCAATT TGGATCCCTAGATAACGTTTTGAGCTGCGCTGAGAAAGTTGAGCAGAAAA AATGTCGAGAAATGCTCATACAACACGCGGATCAGGCGTTACTCTCACGG GATTTAGTGTCCTTACAACGAGCAGTCGAGTTCGATGGAGACTTGAATAA GTATGCCAAAAAACTGCCTGACTCGGAGCAGCTGCTCGCTTTCTTAGAAA AGTACGAGCTAAACTCTCTGCGGGGGAAAATCGAGCAGTGTTACCAGATC TCTCTTGAGTCTCCCGATCGGCAGGGGGGAGCGGGAGAAATGCCGGAATC TCACACCGAAGACCCGGTGGCGTTTTTGCGTAAGTGTGAAAATGTTGGGT TGCTTGCCTTCCACGCAAAAATTGCAGACGGAACCATTAACGAGTTGTCG GTTGCCTATGATAGGGAACATGCGCTCACCGTACGTGGGGATGAGGTACG GAATTTTATGGATGCAGCCAGGCAAATTTTGGCTTCAGATTCTGTACTTA AAATTGTACATGATGCGAAGCTAATTATGCGGCATTTTCCGGATTTAGGG GCGTTCGATGATGTTATGTTGATGTCTTATAGTCTGGATGCGGGCAGTCA TGACCACAGTTTGGCGGGTATGGCCTATCGTTACTTGCACCAGAAATTTC CGGCCAGGATGGCGTGCACCCTTGTGCAGTTGCATGGGGTAATGAGAAAC AAACTGCTCTTAGACAGGTTATTCACAGTTTACTACCAACTTGAAAGGCC GCTTGTGCGCGTTCTCTATGAGATGCAAGAAATCGGCGTTGAGGTTGATA CAGAAATCTTGAAACAGCTCTCACAAGATTTTCATGGTTCCATACGCTCG CTGGAAAAGGAAATATATGACCTTGCTGGATGCACGTTCAATGTTGCGTC CGCAAGGCAACTAGGCAAGCTTTTGTTTGAACGTATGGGGCTCAGCAGCA GTGCGAAGAAAATGCCGTCCGGGTCTTATTCTACGAATGCTGAGGTGCTT ACAGAGCTTGCTGCAGAAGGGGTAGAAATTGCAGACAAGGTGCTGAAGTG GCGGCATTTTTCCAAGCTAAAAAGTACTTACGTTGACGCTTTGCTAAGAC AGGTTGAGACCGGAACTAAGCGGGTACACACCAGCTATTCTATGATTTCT ACTGCTACTGGTAGAATAAGCTCGAGCAACCCGAATCTGCAGAATATACC CATCAGGAGCAAAGAAGGCACCGAAATCAGAAAAGCGTTTGTAGCGCGTG AAGGCCACAAGCTAGTATCGGCAGATTATTCCCAGATGGAGCTGAAAATT ATGGCCCACATTGCCGGGGTGCAGGCCTTCAGAGACGCCTTCTCCGAGGG AAAGGATATCCACATGGTGACGGCACAGCAAATTTTTGGTGATGGAGTCA CAGATCCGGAACTCAGGAGAAGGGCGAAGTCTATAAATTTCGGGATCATA TACGGTATGAGCCCATTTGGATTGGCAAAGAATGTCGGCATTACTAGGCA AGAGGCCAGCCAGTACGTAGCACAGTATTTTCGCTCTTATCCGGAGATCA AAAACTATATGGAGGCAATCAAAGCCTATGCAAGGAAGTATGGGTATACT AGAACAGCCTTTGGTAGGAAATGTTACATTTCTGGTATAAACAGCGAGCA ACACACAGTCAGAGGTTTTGCAGAGCGTGCCGCGATTAATGCTCCAATAC AGGGTACCGCTGCAGATGTTGTTAAAAAAGCGATGATAAATTTACGTAAT AAACTCGAGGTTGGCGCAATAATTTTGCAAGTACACGACGAACTTCTAGT TGAGGTGCCCGAGAGCCATGTGGATAGGGTTGCAAAGTTGATGAAAGAAG TGATGGAGGGTGTCGCAAATTTTTCCGTGCCACTCAAGGTTGATATCGGG GTTGGTAGCAGTTGGGGTAGCATGGCAAAATTGGAGTCAGTATAA >AM827 priA, primosomal protein N' GTGACGGGGCGAATTATAGCGGAGGTTGCGCTACCTGTACCTGTGGATCA ATGTTTCTACTACTCTGTACGAGAAGATATGGAACTTTCTGTAGGCGACT ACGTGCGGGTTCCCTTTGGAAACAGAGTGGCAATAGGCATCATCACCACC ATGAGGAGTGGGCCTGCCCCTGATATGGAGCTGAAAGACATTGGCGACAA AATTCCCCTTCCGCCGGTACAGCGGCCGCTCATGGAGTTTCTGAAGTGGG TCAGTAGTTACAACATCATGCCAATAGGTATGGTGCTAAAAATGGTGCTC GGCAGCGTTATTGTTGCAAAGTCTCGCATGTTTGGCACACAGGAGTACAA ATGTTGTGTGCCAACTGATAATAGCCCCGCGCTGAGCACATCTGCTGCGC TGTCAGGGGAGCAGCTGAAGGCCCGTGACCAAATAGTGGGGAGGCTTTCT GGGTTTTCAGTAACTGTACTGGACGGGAAAACTGGTTCCGGTAAAACCGA GGTTTATTGCGCGGCAATAGCCAAGTTGCTGCACGACTGCTTGGATGCTC AGGTTCTGATCTTGCTGCCGGAAATAGTTTTGGCCACGCAGCTCATGAAG CGGGTGCACAGCTATTTTGCAGGGTGCAACCCCGTAGAGTGGCACTCCGG CCTTACGGCGAAACAGCGTAGGGAAAATTGGCTGGCGATCACTTACGGAG CCTCATCAATAGTGGTGGGAGCCAGATCTGCCCTGTTTTTGCCGTTCAAA AATTTGAAAATGATAGTCGTTGATGAAGAGCACGAATCCTCCTTCAAGCA AGATTCTGGGATTATTTACAATGCACGTGACATGTCTATCGTGCTCGCGA AACGATTGGGTGTGCCTGTGGTTCTGTGTTCTGCAACTCCGGCCCTGGAG ACAATGCATAACGTCAACCAGGGTAAGTACCATCACGTTGTATTAAAGCA GAGATTCGGCGAGGCAGTAATGCCCGATATCACAGTGGTCGATATGCGCA AAGATCAGCTGCTCAGAGAATGGCTCTCATCGGCGCTGCACGACAAAATC ACTTCCACCCTCGCCAAGGGTAACCAGGCGATGTTGTTTTTAAATCGTCG CGGATATGCGAGATTGGTCTTGTGCAAAAAGTGCGGGTACAAAATAAGCT GCCCAAATTGCTGCACATGGCTAACCGAACACAAAAGGTTAGATGGCCTG CTGTGCCACTATTGCGCATACAGCTGCGCAGTGCCCCAACAGTGTCCAGA CTGCACCAAACACAATACCATGATGCCATATGGGGTGGGGGTTGAGAGGG TTGCTGAAGGCATAAAGGAGCTCATTCCGGGGGCAAACGTTGCAATCATT AGCAGTGACGTAAGTACCAAGCGAATTACCCGCACAATAGAGCAAATCAT GGAAGGTGAAGTGAACATTATTGTGGGCACCCAGATCATAGCCAAGGGGC ATAACTTTCCCAAGCTGACTCTTGTTGGAGTCATAGATGCGGATTTAGGC ATGGGAAACAGCGATTTAAGGGCGACTGAGAAAACCTACCAACTGTTGCA CCAGGTCTCTGGTCGCTCAGGCAGATTTGAAGAAAAAGGGGAGGTGGTGT TGCAAACACACGGCCCGGAGAGCCCTGTTATTCAGTCTTTGATGTCTTGC GAGCGCGAGGATTTTTACAATGCGGAGCTGCACTCGCGCAAGATTACTGA TATGCCCCCATACACGAGGCTTGTTGCCATAATAGTATCAGGTAAAGAGG AGTTTAGGGTTGTGGATACGTCTAAAGATATTGTGGCATACCTTTCAAGG CATATAACGGTTTGGGGGCCAGCGCCCGCCCCTATGAGCTTAGTAAACGG TGTGTACCGGTACAGGATGCTGATGAAAATTAGCAATATCATGGCTGTGA GGAAGATCTTAACGGAGTGTCGGGATCGGTACACAAAACTTGGGAGAGTA AGAGTTGTGATAGACGTCGACCCGGTTAACTTCGCGTGA >AM942 radC, DNA repair protein ATGCGAGACAGTTCAAAATGCGAGCAGCTCAAATTCGGGCACAGGGCGAG GCTCAGAGAAAGGCTGATATCTGGTGAAGGGGTCGGACTGCTCGACTATG AAATTCTGGAATTGATTTTATGCTCTGCTCGCAGTCGCGTGGACCTAAAA CCTATTGCTAAGCAACTTATCGCGGAGTTTGGTACTCTTTCGAAGGTGAT ATACGCAGATGTGGCAAAGCTGAAGAGAGTGAAGGGAGTTGGTGAATCTT CAGTTGCCGCAATATTGTGTGTGCGAGAGGCGGTGATACGCACGCTAAAA GGCGAAATGAAATATGGCGTGGTAGTGAATGAGTGGCAGAAGTTATTGGA TTATTTGCGAGTCAAAATAGGAAACTCAAGCGTGGAAAACCTGTGCGTTT TGTACCTCAATAAGAAATATCGCATAATCGCAGATGAAATACAAAATACT GGCACTATAGATGAGACTCCTTTATACGTGCGCGAGGTTGTAAAAAAGTC GCTTTTGCATGATGCCTCATACATCGTAGTGTCGCACAATCACCCAAGTG GTGATCCCAAGCCATCCAAGGCGGATATACACATTACCAATAGGTTGCAA GAGGCTTGCTGTAGCATGAACATAGTGCTGGTGGACCATGTGATTATTAC ACCAAAAAGGCACTATAGCTTCAAAACCAACGGCCTGTTATAA >AM085 recA, recA protein GTGTCCATGTCAGGCAGTAAGAAAGATGTTGAATCTGAGAAGCAGAAGGC GTTGGATGCGGCCATAAGCCAGATAGAAAGGGCGTTTGGGCGGGGTGCCA TTATGAAGTTGAAGCAGCATCCTGCCGAGAAGATGGATAGCGTGTCTACA GGTTCTATAGCTCTGGATGCGGCGTTGGGTATTGGAGGGTTGCCGAAAGG TAGGATAGTAGAGATTTTTGGTCCTGAGAGCTCCGGGAAGACTACACTTG CGCTTCACGTCATTGCAGAGGCCCAAAAGCAGGGCGGTAACTGTGCTTTT ATTGATGCCGAACATGCGTTGGACACCGTGTACGCCAGAAAGCTGGGCGT AAATGTGGGGGATTTGATAGTCTCACAGCCCGACACCGGCGAGCAGGCTT TGCACATTGTTGAATACTTAGTGTGCTCCGGTGCCATAGATGTGATAGTA GTGGATTCCGTCGCCGCGCTCACTCCCAGGGCGGAAATAGAGGGTGACAT GGGTGACCAGCACATGGGGTTGCAGGCTAGGTTGCTGAGCCACGCGCTTC GCAAGCTGACCTCGGTGGTCTCCAAGGCTAACTGTATATTGGTGTTTATC AACCAGATACGCATAAAGATAGGTGTGATTTACGGCAACCCGGAAGTGAC AACGGGTGGTAGTGCGCTCAAGTTCTACACGTCAATACGGCTTGACATTC GCAAAGTAAGCGCGATTAAAGACAAAGACAACGTTATAGGGAACCAGACG AGAGTAAAGGTCGTCAAAAACAAGGTTGCACCCCCGTTCAAGCAGGCGGA GTTTGACATCGTGTACAATGAGGGCATATCGAAGCTGGGCGAGATAGTCG ACATGGGCGTCAAGTTCGGTTTTGTCGAGAAGTCTGGTGCGCACTATTCC TACGGCGCGGTAAAGTTGGGACAAGGTAGGGAGAATGCCAAGGGTTATTT GAAAAGCAACCCAGATGTCGCGAATGAGTTAGAGCAGAAAATCAGAGCAT GCCTTGCGGAAAGTATGCACAATAGCGATCTGTTCGCTGTAGATGAGCGT ACCGATGTGTTGGAGGAGGAGGTTTTCTAG >AM1218 recF, RECF protein ATGTCCCCCAGTCCAAGATCGTGTATTCAAAGCATTAAGTTGTGTAACTT CCGGAATTACACAAGGGCCGAACTGGAAAGCCACGGGCATTCAGTTGTGC TGTTGGGAGAAAATGGATCAGGCAAAACTAACATTTTAGAGGCAATATCT TTGCTGTCGAAGGGCCCCGGATTGCGTAATGTCAGTGCAGCTTGTATGCA AAACCGTGAGTCGAGCGCTCCCTGGAGTGTGCACCATGCGGTACTGAGTG GTAACGCACAATGTTCGGTTAGTATCACAAAGCACGAAAATAAACGTCGC CTGCTTATAGACGAGAAGGCCGGTCTCTACAGTACCCTACACAATATGCT ATGCATAGTGTGGCTCATGCCACAGTTGGACCATATTTTACTCAAAGCAC CATCAGAGCGCCTAAGGTTTTTTGACAGGGTCGTGCACATATTCGACAAA GATTATTCCTCTCACATAGTCCGGTACGAAAAGGCAAAGCGTGACAGAAG AAAGATTCTGCGCGAGGCCCCACAGGACGTCAATTGGCTTACGAGTTTGG AAAATGTCATGGCTGCAAGTGGGGTTTGCATCGCTCGGATGCGGCTCAAC GCACTTGAGATTTTACAAAAAACCATGGCAGATAATGACATTAACTCCCC ATTTTTGAAGTTCAACATACACCTAGATAGTGCGGTTTTCGAGCTGTTAG AAAGCCAGGAACATGCGGTAAGTCGGTACATGCAGCAGCTGGGAAACAGT AGAATGAAGGACATGCATGGACAGCTCACCTCATTTGGCATCCACAATGA TCATTTTCAGATATCAAACGCAGATAAAAACCTCGCAGCAAGTGACTGCT CAACCGGAGAACAAAAAATCCTCCTGCTATCGCTGTTGTTGACAGCAGCA GTTGCGAAGCGCAAGGTACACAACCAGGCCCCCATAATGTTGCTGGACGA CATCATGTCGCATTTGGATTATACGCATAAGCAAGAGCTTGTGCAGACCA TAAAAGACGTGGGATGCCAAACATGGATCACAGACGTTGACGACAGGAAT TTTGAGGGGCTAGAACGGCACTTCGTGCGCTTGCGCATCACTGATAACAG CATAAATCCAGTTTAG >AM1336 recG, ATP-dependent DNA helicase ATGATCAAGACGCCGAGGCCCGCGATTGGTCTACACTCAGATGATAAGGC TACCACGCAAAGGGCGGGAATCGGGATATTCTCGAGCATATACGATATGC CGAACATGGACAATAAGAAAGGCGAGATACTGGAAAGGCTATGCGGCGGG CACAGATTGATAGATATTTTGCTGTATGCCCCTTATGGATACGTAGACAG GACGAATAAATCGTTAGCGGAGGACTCAGTAGGCCGTGTGGTGACTTTTA CCGCCCTGGTCAAGCAGCATATGCCACCTCCACCCGGCAGGAGGGCTCAT CGCGCGCCCTATAAGATTTTGCTGGAATCCGAAGTTGGTCCTGTATCGCT AATCTTTTTCAACCATTCAAGGGGGCGCTTGAGCAATACGCTAAAGGTTG GGCACCAATGCGTGGTGAGCGGCAAGCTTGAAACGCACCGTGGTGCACTG CAGATTGTGCATCCGGACTACGTAACCTCCAAGCTTGATCAACTGCAAGA AATCTGCACTCTGGAGCCATTATATTCTGTGGTCAAGGGTTTTCAATCCA AAGCAATGCACAAACTCATAAAGGCTTTTGTGCCGTTGTTGCCTGACTGG CAAGAATGGATCAGACCAGATGTACTATCGCAGAATTCATGGTGCAGCTG GAAAAAAAGCGTGGAGGGTATGCACGACCCGGACAGCGTGCGCGAGGTGT ATCTTTACAAAGGTAGATTAGCCTACGACGAATTGCTAAGCTACCACGCA GCCATGTACTTTGCTAAGCAAAGCCGTGCAGCCAAGGGTGTTTCGGTCAA AAGCTGTGGGGTATACCGCAAATTGGTAGAGAGGAATTTAGGATTTGAAC TCACTGATGGGCAAAAATCTGCAATTGAGGCCATAACGAGCGACCAAGCA TCCGAAAAGCAGATGACCATGCTACTTCAGGGTGATGTAGGCAGCGGCAA AACGGTAGTTGCATTGTTTGCCATACTCAACGCAGTAGAAAGTGGTGGCC AGGTTGCACTGATGGTGCCTACAGAGATACTGGCTGAGCAGCACTATGCG CGGATCAGTGATGCACTATCGGGCTTGAATATTTGCACTGAGTTGTTAAC TGGTAGCACAAAAAACAAACAGCTGCTCAAAGATAGGCTGCTTGCCGGGG ATATATGCATACTAATTGGGACGCATGCCCTGTTTCAGGAGTCAGTACGG TTCCGCAATTTGCGACTTGTAGTCATAGATGAGCAGCAAAGGTTTGGTGT TGTGCAGAGAATGCGCTTGGCAGAAAAGGGGGAGTCTACGGACGTGCTGT TCATCAGCGCTACGCCGATTCCCCGCACTTTGGAGCAAATTCTGTACGGC AACATCGATAGGGTAACGCTTTTCGGGCGGCCGCAAGGTAGGCGCCCAGT GCATACCAGCATGATACAAATTGGCAGAATAGATGAGGTGTGCCATCGTC TGCAAAATGCCATATCGGAAGGGCACAAAGCGTATTGGATATGCCCCCGT ATCGTGCATTCCGAAACCTCTGAAATGACCTCAGCAGAAGGTAGATTTAT AGCTTTGAGGGAAATATTTGGCAATCTTGTTGGCATAGCGCACGGTGCAT TGCCGCAAGTTGACAAGGACAAAGCAATTAGGGCATTTCATGCCGGGGAC ATAAAAATACTCGTGGCAACCACGGTTATCGAGGTAGGTATTGATGTGCC AGATGCTACGATAATTGTCATTGAAAACCCAGAAAAGTTTGGCTTATCGC AACTACACCAGCTTAGAGGAAGAGTAGGCCGCAGCAGCAAGCAGTCTTTT TGCATACTACTGCATGGGGACATTGGCAGAATTGCGTACCGTAAGCTAAG CGTGCTACGCAGCTCCCAAGATGGTTTTTTCATCGCGGAACAAGACCTAC TATTGCGTGGTGGTGGTGATATTCTCGGGTACAAACAATCCGGCGCTGTG GAATTCAGATTTGCGGACCCCTTTGACGTCCAGACTGTATTGAATGCGCG TTCTGACGCCTGGAGCATGCTCAAAACCGCTGAGGGCAGGGCGACGGCCT GCAGGTTGATGGAGATATTTGGATACTCCCTTCCAGAAGTACATTACTAA >AM1133 recJ, single-stranded-DNA-specific exonuclease GTGCAAGATGTAATAGAAGCAACAGACGCGGCACTGGAGTACGTTGGTGT TGGAGGGGCAACGTGGAGGGTCTGTGAAGTACCCTGCCGGGACGTAACAA CAATTATGCAGCGCTTCGGGATTTGTGAAGTGGTAGCCAGGGTGTTGGCA ACTCGCGGTATCCCCATAGAAGAGATGGAAAATTTTTTGTTTCCTACCCT GAGGCTCCTGCTGCCGGATCCGTTTCACCTGCTAGACATGGACAAAGCCG TAGCGAGGATACACGATGCAATACGCAATGGGGAGAGCATCGCAATTTTC GGCGACTACGACGTTGATGGCGCAACATCCTCTGCCATGTTGTGTAGATA CCTGCGTGGCCTGGAGGTACACACAAAAATTTACATCCCTGACCGCGTTG AAGAGGGCTACGGACCAAACTCCGCCGCAATGTTAAAACTACGTGAGGAA GGTTATAGCCTCTGTATTACCGTAGACTGCGGCACGTTGGCCTACGAACC CATATTAGCAGCACGGTCTGTAAACCTTGATGTCATAGTCGTCGACCACC ACATTGGAATAAACACCCTGCCCAAGGCCGTTGCGGTAGTGAATCCGAAC AGACTGGACGAATCCTCTGAGCATACATACCTGTCGGCCGTTGGTACATC TTTTTTGCTGTTAGTGGCACTACAAAAAACCCTGAGAGAAGCGGGGGTTT TTGCGCACAGAAGCGAGCCAGATCTCATGAACTACCTCGACTTGGTTGCG CTGGGCACCGTTTGCGATGTTATGCCAATGATAAAGCTCAACAGAGCAAT GGTCAGGCACGGACTGAAGGTGATATCCGCCCGGAGTAACGTGGGGCTTA GAGTGCTCGGAGACGCCATTGGGATAGAGGAAAAGATCAGCGTTTATCAC CTGGGCTTTAGCATAGGGCCACATATAAATGCCGGGGGGCGGGTCGGCAA CGCAAGCCTGGGAGCCAGCCTTTTGTCTAGTGATGACGAGAGCGAGTGCG AGAGAATATCCTACATGCTGCTGAGCTTGAATGCTGAAAGAAAAGAGCTG GAAAAGCGGAGTTTGGAAGAAGCGTTGCACCAAGCAGAGCGGTTAGTCGC AGCAGGTAATAATGTCATCATGGTTGCGGGCACCTGGCACGTGGGCGTAA TAGGAATTGTGGCGAGCAGGCTTAAGGAGAGATTCCATCTACCATCAATA GTGGTTTCGCTAAGCGGAAATCTCGGCAAGGCGAGCGCCAGATCCGTTAG CGGTATTGATATAGGAGCGGCAGTGCTCGCAGCAAAACTTGAGCAGTTAA TACCTGAGGGCGGTGGACATGCTATGGCCGCGGGATTTTCAGTGTGCGCA GACAAGCTTGAGGCATTGTACTCGTTCTTCTTGGAAAGGTTTAAGCACTC CGACATACAGAAAGTCTCGTATGCTTGCGGCATATTAACCGCAGGGGCCG TGAACTTTCCACTGTGGAGGGAGCTGCAAATGCTGGAACCGTTCGGCCCA GGAAATCCAGAGCCTAGATTCATCCTTAAAAATGTAGAAATCAGAAAACC CGAAGTCATGGGTGGCAGCCACGTTAGGTGCCTAATATCCGGTGACAATG CACTTGTTAAGGGCGTGTGCTTCAAGTGCATAGGCACAGAACTGGGCACA ACGCTTCTGCAGCGCGGGCGATGCGTTCATCTGCTCGGCAAAATCAGCGT AAACCAGTGGCGGGGAAATGAGTACGTGCAGTTCGTCATAGACGATGCGG CATTGCCGTAG >AM394 recR, recombination protein GTGCAGAAGCGGGCCCCTCTTTGTGTATCGTCTTGGTTGGGTGTTTGCGC TGATATGGACATAACTAAGCTTATAAATCTTTTTGCCAAGCTTCCGAGTT TGGGCCCTGCCTCTTCACGTCGCATAGTGTTGCATCTGCTGCGGCATAGG CAGGACGTAATGGTGCCCCTCGCTGCCGGAATTAGAGAGTTAGAAATGCA CACTAAGGAGTGCACAATCTGCCACAATTTAGACACCATTTCTCCCTGCT CCATATGTTCCGATAAGGGCCGGGACCAAAGCATTATCTGTGTTGTTGAG GAGTTGGGTGACTTGTGGGCTTTCGAGCGCGGGAGAATATATTCCGGGGT ATACCACGTGCTGGGGGGAGCATTGTCTGCCCTCTCTGGTATTGGCCCGG AAGACCTAAATCTGGGTGGAATTGTAGATAGGATTCGCACGCATGGGGTT AAAGAAGTCATCGTTGCAACGAGCAATGACATGGACGGACAAGTGACGTG CCATTACATAGCTCAGATGGTGAAGGGCACTGATGCCAAGGTGACTAGGC TTGCATGTGGCATTCCTCTTGGGGGAGAGATAGACTACCTAGACGAGGGC ACGCTACGCGCGGCTCTCTCCTCAAGGTACGTCATTACCTAG >AM126 rnhA, ribonuclease H ATGTCATTGTATTATGTGAGGTATTGGAATACAATCAAAAATGACGGACG TATGGTGCTTATGGGGAAAAGTAGGGTTGCCATATACACCGATGGTGCCT GTTCTGGCAATCCTGGACCTGGAGGTTGGGGTGCTGTGCTGCGCTTTGGT GACGGAGGGGAGCGCAGAATATCGGGTGGCAGTGACGATACCACAAATAA CAGAATGGAACTTACCGCGGTGATTATGGCTTTGGCGGCTTTATCGGGGC CGTGCAGCGTGTGCGTTAATACTGACAGCACCTATGTGAAGAATGGGATC ACGGAGTGGATTCGCAAATGGAAGCTGAACGGATGGAGGACGTCTAACAA GTCTGCCGTGAAGAATGTTGACTTGTGGGTAGAGCTTGAAAGACTGACTT TGCTGCATAGTATTGAGTGGAGGTGGGTGAAGGCTCACGCTGGGAACGAA TATAACGAAGAGGCTGATATGCTCGCTAGAGGCGAGGTAGAGCGCCGCAT GGTTATTCCAAAATGA >AM264 rnhB, ribonuclease HII ATGGGAAATCAAGAAAAACATTCATCCTCTCACAAGTATTCATTGCCCTA CCGCAGCGTACAATATGCATATCTGCATTTAACACCACATGGCTTTCTCT ATCGCGTTGCTACCACTCTTGGTGCACATATTCACCTCCCGGATACTTTA TATATAATATTTGGATTTATCCTTTGCAGACCCATGGCATATTGTATTAC ATCCCAGTTGTGTTATATTGGGAGCGCCTCTGTCGTGAAGATTGCAGTCA GTACGGCGGGTCCTACGCCAGTTTACTATACTCACCGCATGGCGGGTTTT ATGAATCGCATGCCCAGCTTTTTGATTGAAGACCAATTAAGGTCTGGCAC AATCTCAGTCATCGTAGGAGTGGATGAGGTTGGGTATGGGGCGATAGCGG GCCCAGTGGTCGCGGCAGCGGTGTACTTGCCAGAGCGGGAATGCGACTAC ATAAAAGACATTAAAGATTCAAAAGCGCTGTCTTCCAAGAAGCGAGAAGA GTTATTTTGCAAGATCACAGCGCACGCAAAGTACGGCGTGGGGTTCGCGC GCGTCCGTGAAATAGAGCAACACAACATACTGGTGGCGTCGCACATATCC ATGAAAAGAGCTTTACAAAACTTGGGCGTAAAAGCAGACCTCGTGTTGGT CGACGGTAGCAGGGCTCCGGCGGGCCTGCCCTGGGCAGTCAAGACCATCG TTAAGGGTGACAGCATAAGCACCTCAATAGCCGCAGCCTCAATAATCGCA AAGGTAACGCGAGACAGATTCATGCGAAGGCTGCATGAGCAGTATCCGGA ATACGCCTGGAATCAAAACTGCGGGTACGGCACAAAAGCGCATATGCAAT CGCTAAAGCTGTATGGCAAAACTGCCCAGCATAGAAGCACGTTCGCCCCG GTGAAGCAACTATCTTCTGAATGCGAAGGGGCGCCACCAGAGCAGTTAGA ATTACTCTCCTCAACCGGCATCAAGACGCCGGTGGACGGCCGAGGAGATG CCGTAGCTACACGCGACTAG >AM173 ruvA, holliday junction DNA helicase ATGATCGGGACGTTGTCTGGCACGGTCGAAGAGGTTGTGTGCAGCAATCG CATCATACTGTGTGTCGGCGGAGTGGGGTATTTGGTGCAGCTGCCGGGCA GGGTGCTAAGCGGCTGCCAACACGGAGATCATGTTCGGCTGTATATTGAA ACCTATGTGGGCAGAGACGGCGTCTCCCAGCTCTATGGCTTTGCAAACAG GGAAGAGCAAAACTGCATGCGGATGCTTATTAAAGTCAGCGGCGTGAACT ACAAGACTGCCATGGCAATATTGGACGTGCTGACCCCAGAGCAGGTGTTT TCTGCAATCGTAAGCGAAGATAGGGCTGCTTTAAAGGTTGGTGGCGTGGG AGAAAAGCTCATCAGTAGAATAATTTCCGAGTTGACCCCGCAGGTACAGA AATTTGAGCTCAACAGGTTCGCTGCAACCACTAGAACAGACAGTGAGGCT GTTGCTGCCTTACTCAGCCTGGGGTACGAAAGGACGGCAGCCTTGGGTGC GCTGCAGAAAGTTGGAGTGTGTGACTCCACCGAGGATGCGGTACGCCGCG CACTTTTGGAGTTATCTAAGTGA >AM172 ruvB, holliday junction DNA helicase GTGAGCAGCGACACATTACACAAATATGAGGCCCTGCCGGAGGACCATCG CAATGTTGCTCTCCGCCCGTGCCTAATAGAAGAGTTTGTGGGGCAGACTG AGGTCATAAAGAATCTCAAGGTCTTCATACAATCTGCGTATGAGAGAAGA GAGCCCATGGACCACGTTTTATTGTATGGCCCGCCGGGCTTAGGTAAAAC CACGCTTGCACATATCATCGCAAAAGAACTAAAGGTGAATTTTAGGTCAA CTGCCGGGCCTTTGTTGAGCAAAGCAGGTGACTTGGCAGCAATTTTGACC AATCTTCAACCCATGGATGTGTTATTCATAGACGAAATTCATAGGTTGAA CAGGAACATAGAGGAGGTGCTATATTCCGCTATGGAGGACTATTGCCTCG ACATTGTGGTAGGAGAGGGATGTGGCGCAAGAACTTTGAAAATCGACATC CCCGCTTTCACATTGATCGGCGCTACCACAAGGTTTGGATTGATCTCAAA CCCGTTGAGGGACAGGTTCGGCATCCCACTGCACCTGGAGTTTTACTCTG TAGACGAACTCGTGCTTGTGATAAAGCGGGCCGCCGGCGTGATTTGCACT AGTATAGACGATAGCGGGGCGCGGGAGATTGCCTCCAGATCCAGAGGCAC ACCGAGAATTGCGCTAAGGCTCTTCAGGCGCGTGAGAGACTTTTTAGAGT TTGAGAGGAAGCACGGCACAATAGATGGCAACTTCGCAAATAGCGCGCTG TTCCGCCTGGGAATAGACGGTGCTGGGTTCGACAAAATGGACTTGAAATA TCTAAAGTTCGTTTTTGAGGCAAAAGGTCCGGTGGGCATCGACACTATAG CCTCAGCGCTTTCAGAAGACGTAGGCAACATCGAAGAGACTATAGAGCCA TATCTAATAAAAACCTGCTTCATCCAGCGCACACCACGCGGCAGGGTGCT CACACAAAAAGGCTTTGAATACCTGCTCAGCAGCAAGTACATATAG >AM1299 ruvC, holliday (crossover) junction endodeoxyribonuclease GTGATGATCATTGGTATAGATCCTGGGCTTGAGTTTACTGGCTGGGGGGT GGTTTCTAGTACAAATTCCCAATCCGTGTGCCTTCTAGATAGTGGAGTAA TTTCCACTAGGGGTATTAGTAGAGAGAGTGAAAAGCTATATAAAATCTAC GTATCGCTTCTTTCAGTTCTGAGTTTATATAAAATAGACGAGGCGTCGAT CGAGAAGGTATTTATAAACTCAAACCCTAGATCGTCAATGTCATTATGCT ACGCTAGAGCCGCGTCGACAATTTCCGTTATGTCTAGAGGGATTGATATA TATGAATATTCCTCTACTGCCATAAAAAAATGTATAACTGGAAATGGCAT GGCCCCAAAGGAGCAAGTTTCGTTTATGGTAAGGAGTTCACTTGGGATAA AGCAAGATGTTGAAATCAATAACCACTCATCAGATGCAATAGCCGCCGCT TTATGCCACGTATATAATACTAGAAATAGAAATTTTGCTTTAAAATAG >AM334 smf, DNA processing protein, chain A TTGGACCCCAGTACCAACATCACTAGCGCGGCAGTCATCCGCGACTGTTT AGTCGCTTGCATCCGCATCATGCGCACTGCAAAAATCGGCCCGATTGCCT TTCAGAAACTCATAAAACTATATAAAACTCCGGAACTTGCGCTCGATGCA CTCGCGCATGGAGAGCTCGGTAACGTGGGGCGTATATGTCCAGAAGACGA TGCGGAAAAGGAAGTTGAGCTGTGCAGAAAACTGGGCGCAAGGATGATAA GTATGTTTGAGCGGGAGTACCCCCAAATGCTGCTGCACATATACGATCCT CCCCCGGTTATAACCGCGCTTGGTGATGTAGCTTTGTTAAACAAAAACAA TAAAGTTGCGATGGTGGGGAGTCGCAATGCATCGGCGAATGGAAAACGTA TTGCATATGGAATAGCATTTGACCTATCTAAAGCCGGGTTTGTTACGGTA TCAGGCTTGGCAAGGGGAATCGATAGTACGGTGCATAGCGTGATATTTGA AAAAATGCCTACTGTCGCAGTTACTGCGAGCGGGATTGACGTTGTATATC CCAAAGATAACCTACACTTGTACCGCGCAATAGTGCACAACGGCGGCGTA GTTGTGACTGAGCTGCCATTTTCGTCGCTGCCGAAGGCGAGCTTTTTCCC TCAACGCAATCGTATAATATCCGGCATGGCCTGGGGCACAGTTGTGGTAG AAGCATCACGCAGATCTGGGTCCCTCATCACAGCAAATTTTGCCTTGTCG CAGGGCCGGGAAGTATTTGCGGTGCCGGGCTTGGCTTTGGACCCCAAATA CTCAGGCAGCAATTATCTCATCAAGCAAGGTGCCACGTTGGTAGAATCTG CGGAAGATATTATACAAGCGTTGAACCCCAGCGCACGTCCAATAGCGGCG AACAGCCTGCGACATGCCGCCCGGCAAGACGTTGCCACAGATGGGGCAGG CTCTGCGGCAATTCGACGCGCGATTCTCCAACAACTGAGCGTTTCTCCCA CAGACATTGAAGATCTGGCAGCTTGCACAAAAATTGGCACAAGTACATTA CTCGCTGAACTCATTGAGTTGGAGCTATTGAGAAAGGTGCACAGATTTCC CGGTAACAGATTCGCCCTGTCTCTGGAAAACTAG >AM424 ssb, single-strand binding protein TTGTGCGCGCTTCTGGTACTTCGGTTCGGATATATGTCCTCGCTTGGTGT TAATAAGGTGATCCTGATTGGGCATCTGGGGAAAGACCCAGACGTCAGGG TTATGCAAAATGGCAAAGAAATGGCAAGTTTTTCCCTGGCAACTTCTGAG AGCTGGCTAGACAAGGCGTCTGGGGCACGCACCGAAAAGACGGAGTGGCA TAGCATAGTCGTGTTCAGTGAGGGGCTCGTTCGCGTTGTGAAGACCTGCG CACGCAAGGGCAGTAAGGTCTATATAGAAGGCTCGTTGCGCACTAGGAAG TGGTCAGACCAGAACGGCAACGATAGGTACACTACAGAGGTAGTGCTGCA GGGGTTTAACTCCGCGCTCTGTTTGCTCGATCCTAGGGGAGGTGGAGCCG CCACCCAGGATGCATTGCAAAACGCTGCAGGTCCCCATGAGGAGCCTGGG ATGTGCGTGGATGATGCTGGCCTACCTGAGAACGCCATCGTTGAAGAGGT CAGTTTTGCGGACGAAGATATGGATGAAATACCCTTCTGA >AM502 topA, DNA topoisomerase ATGGGCGTGGTTATTGTAGAATCTCCTTCTAAGGCGAAGACTATTTCCAA GTATTTAGGGGGAAAGTACAAGGTAGTAGCTTCTTTTGGCCACGTTAGGG ACTTCCCAGCAAAGAGTGGCTCTGTGGATCCCGATGATGACTTTCGTATG ATTTACGAAATTATTCCCAAGTCGGAAAAGTACATAGATAAGATCGTCAA AACCGTAAGCTCGGAGAAGAGCGGCATATATCTGGCTACGGACCCCGATC GCGAAGGTGAGGCTATAGCTTGGCACATAGTTGAAGTATTGCGCGAACGC AGCGCAATTGGTGAAGATGTTGCGGTCAACAGGATGGTCTTCAATGAAGT GACCAAAAGGGCGGTTAATGCGGCCATAAATGATTGCCGGAGCATCAACA TGGATTTGGTTCACGCACAACAGGCTCGTAGAGTCTTGGACTACCTGGTG GGCTTTACTCTTTCCCCTTTGCTGTGGAGGAAGCTTCCCGGTAGTAAGTC GGCCGGCAGAGTTCAGTCAGTGGCGCTGAGGCTGATTTGCGAGCGAGAGC ACGAAATAGAGCAGTTTGATTCTAAGGAGTACTGGGATATTGAAGTACTG CTGAAAAATAATAGCGGCGAGAAGCTCACTGCAACATTAAAGCACTACAA TGGGGAAAAGCTGGATAAATTTGCCATACCCGACGCTGACAGCGCTAATG CCATAGCTGAACATGTGCGAAATGGCACGTATCATGTCGCTTCTGTGGAG GCAAAACAGACCAAGCGCAATCCTTATCCCCCGTTTATCACATCTAGCTT GCAGCAGGAGGCCTCTACTAAGCTTGGCTTTTCGGCAAAAAACACCATGA TGGTTGCCCAAAAGCTGTATGAGGGCGTGGATATTGGGGGGGAGACTGTC GGGTTGATAACATACATGCGTACCGATGGATTTTATATTTCCACTGAAGC GATATCTTACATTCGTGACACAATTAAGATGCAATTTGGTGATAAATATC TCACAAAGTCCCCGCGGCAGTATGTGAAGAAGGTAAAAAATGCCCAGGAA GCCCACGAGGCTATACGCCCCACTGATATTACTATGACTCCTGACAGTTT GGCAAAGTATCTTAGTGATGACCAACTGAAGCTGTATGACCTTATATGGA GGAGGACCATGGCCAGCCAGATGGAGTCTGCGGTGATTGATCAGGTTATT GTAGATATCCAGTCAAAGGATGGCTCCGTGGTTCTACATGCTGTCGGTTC CAGCCTGGGTTTTGATGGGTACCAGAAGGTATATGGTACCGATGACGACG ACAAGCGTAAAATGCTGCCGCAACTCAAGGTGGGGGAGGCTTGTAATCTT GTAGAAGTGTCCCCCAACCAACATTTTACCCAGCCTCCTCCTAGGTACAG TGAGGCAAGCTTAGTCAAGAAGATGGAGGAAATCGGAATCGGCAGGCCAT CTACCTACGCAGCGATTATTTCTGTTTTGCAGGAGCGGGGATATACGCAA TTGGAGCAAAAGAAATTTGTTCCTAGCGAGAGGGGGAGGATAGTAAACGC GTTTCTGACCAATTTTTTCAGTCGTTACGTAGAATATGACTTTACCGCTA ATCTTGAGGAAGAGCTGGACCTCATTTCAAACGGCAACATGGCCTGGAAA GAGGTACTGCGGCGGTTTTGGCACAAGTTTATTTCCGATGTAAGTACAGT GAAAGGTATTGAGGTAAGTGAAATATTGAAGTCTATTACCAAAGATCTGG AAGGGTACGCGTTTTCATCCAGTTCTGGTGAGGTAGTTGATAGATCTTGC CCCGGCTGTGGGGAAGGTGAGCTCATGCTAAACATCGGTAAGTATAAGGC GTTTTTGGGTTGCAATAGATATCCTGAGTGCAAATACACCAGGGGGATAG GCGGCGAATCTGGTGTCTGCAGAGATGAATTTCCTAAAGTTTTAGGCCTG GATGATGCAACCCAAGAAGAAATTGTTCTCAAGAATGGCCCGTATGGCGA ATATTTACAACTTGGGGATAATGCTCAAGGGAAGCGTGTTGCTGTCCCAC AGGGTATTCAGGAAATTACTTTAGATGTGGCAAAAAAACTCCTGTCCTTG CCCATAGTTTTGGGTAATTATCCTGACACTGCGCAGGATATAAAGCTCGG AACCGGGAGGTTTGGTCCGTACGTCCTGTATGGAGGCACATATTTTTCTG TGAAGGGCAGGGAGGACTTTTGGAATTTGACCCTAGAAGAGGCGGTTGAC GTCATAAACAGCCAAGCGCAGAAGAAATCGAGGCTTTTAGGGCTGCACGA CAATGGCAAGGAAATATACGTATGCAAAGGGAGGTATGGTTTCTACCTGA AGTGTGGTGACAAAAATGTTGCTATCAAAGGAAAAAGTGATGATATCACG CTGGAAGAAGCTGTGTCTCTGCTGAATCAGAAAGCGTAG >AM456 uvrA, excinuclease ABC subunit A GTGTCTGGTGGAGTGATAAGCATCCGAGGGGCCGGGCAGCACAATCTTAA AAACATAGATTTGGATCTCCCCAAAGGCAAGTTAATAGTTATCACCGGGG TCAGCGGCTCTGGTAAGTCTAGCCTGGCGTTTGATACTTTATACGCGGAA GGGCAGCGGCGATATGTGGAAAGCCTATCCCCTTATGCAAGGCAGTTTTT GAATTTGCACGCTAAACCCGATGTCGACCATATTGATGGGCTGTCACCCG CAATATCTGTGAGCCAAAAACATTGTCATAAAAATCCGAGATCTACCGTC TCTACAGTAACAGAAATTCATGACTACCTCAGGCTGATGTACGCTAGAAT CGGTGTGCCTCATTCTCCAGCCACCGGCAAACCCATATCAAGGTTGTCCG CGTCCAGAATTGCCCAAGAAGTTGTTGGGCTGCCGATCGGTACAAAGTTG CACATACTAGCCCCGATAACCCAGGCAAAGGGCGGGGAACTCTTGAAATC AATAGCCGAGATGAGAAGGCTCGGCTACACGCGTTTGAAGATTGATGATA CAGTATATGATATAAACGAAATACCGCCACTACAGCGAGATAGCACGCAT AAAATTTACGTGGTGGTTGATAGAGTCGTTATTGCCCAAGAAAAATCGAA CAGGATACCAAGCAGTGTGGAAAACGCACTGCTAATCGGCAAGGGGATAA TGCACGTTGAAATAGTGTCACTCCCACAGGATTGCGCCGCGCAAGAGTAC CAGCCTGGCCAGATTTTGGTATTTTCGGAACATTTTATCTGTCCAGAGAG CGGGTTTCACATAGGAGAAGTGGAACCCAGATTATTTTCCTTCAACACAG TTTGTGGTGCATGTAAACATTGCTTGGGAATGGGTCGAAATCACGCAATA GATATCAACCTAGTCGTCCCTAACACGGAGCTCTCAATACTCGAAGGGGC AATTGACCCTATGGGGCCGATTAGGCCGCCCGCCAATACCTATCACGGGC CCAGTTTCGCCCACCAATGCGCACATGAAATAGCCCTTATTGCAAAAATG CACGCTATTGATCTCTCCATCCCATGGTGCAAGATGGACGAAGGGCTCCG CAACGTAATCCTATTCGGCAACAAGGATGGAACATTAAATACGGAGTTCA AACCAGCCGGGAGCAGGGGTATATTAGGCCTACTCAATGAAAGTGGTAAT ATAGTAGCTGAAAAGATTGCCGAAAGGTACTCTGTTTCTAGCACATGCCC ACACTGTATGGGCTTTCGCCTATCTCCAGAATCGTTATCAGTAAAAATAG ATGGTAAGCACATCGGCGAAGTATGCGCACTCTCGGTAGATGAGGCAATC GCGTGGTGCGAGGGCCTACCAAGCAAGCTTTCTGAGTATGAAAACGCAGT CTGCACAAAGCTGCTGGAGGAAGTGGTAAAGCGGTTAAAATTTCTCAGTA ATGTCGGGCTCAGCCACCTAACTTTAGATCGTGAATCCAGAACTCTTTCT GGGGGAGAAAGCCAAAGAATAAAATTGGCGTCGCAGATTGGCTCGGGCCT TACCGGGGTTTTATACGTACTTGACGAACCATCCATAGGGCTACATCAGC GCGATAATGCGCTACTAATCAACACACTGAAAAATCTGCGAGATATGGGC AACACTGTGGTAGTCATTGAGCACGATGACGAGATGATGCTAAACGCGGA CCATATAGTGGATGTTGGCCCTGGAGCAGGTACCCACGGTGGAGAGATAG TCGCTCAGGGTACGACCGAAGACATAGCGGCAAGCAAAGAAAGCATCACT GGAAAATATTTAAGTGGCGAGATGCGTATAGACCCCCCCAAAGGGAAAAA GTCTTTCACCAACTGGATAGAAATAAAGGGGGCGCGGAAAAATAACTTAC AAAACGTGGATGTGAAAATCCCCATCGGTGGCTTTACTTGTGTCACAGGG GTCTCCGGAAGCGGAAAATCGAGCCTGATTTGGGACACTCTTTACAAATA CGCGCTGCACAGAGTTGACGGAGAGCCCATCAGACCAGATATAGAGTGTG ATACCATACTGGGTTTAGAGAATATAGATAAGGTAATAGAGATTGACCAG TCTCCCATAGGTAGAACTCCCGCTTCAAATCCGGCAACTTATGTTGGGTT GTTTTCACACATACGGACGTGGTTCGCGGGGCTACCGCTGGCAAAGTCGC GCGGCTATACCGTAAGCAGGTTTTCTTTCAATGCCAAAGGCGGTAGATGC GAAACATGTAGGGGGGACGGATACATTAGAATTGAAATGCATTTCCTGCC GGATATGTACGTAAAGTGCGAAGAGTGCCACGGATTAAGATACAACCGAG AGACGCTTGATGTAACCTACAAAGGCAAATCCATTGCAGACGTGCTTTGC ATGACTGTGGATGAAGCGCTGGAATGTTTCAATGCGATTCCGTTGATCAA AGAAAAGCTCCACGCCTTGCGGGAGGTCGGCATGGGCTATGTACGAATAG GGCAGCCATCTACAACACTCTCCGGGGGTGAGTCACAAAGAGTCAAGCTC TCAAAGGAGCTGTCTAAGCGCTCCACCGGAAGGACGCTGTATATTCTTGA CGAGCCGACAACCGGCTTGCACATTTCTGATGTGAAAAACTTGCTGCGTA TTTTGCACATGCTGGCCAAACTCGGAAATACGGTCGTGGTGATAGAGCAC AACCTGCACGTTGTAAAAACCGCAGACTACGTAATAGACATAGGCCCAGA GGGCGGCGATAGAGGGGGGAGTGTAGTGGCATTTGGCCCTCCGGCGGAGC TAGTCAAGCAATACCCAAATAGCATAACAGCGCAGTACTTGCTGCCATAT TTACAAAACCCTAAGACATAA >AM1243 uvrB, excinuclease ABC subunit B ATGCAGCGCTTTAAAATTTCCTCTGAGTTCAACCCATCTGGTGACCAGCC AGGTGCAATTGATAGCCTAGTGCGCGGCATAAGCTGTGGTGCAAAAGAGC AGACTCTGTTGGGTGTGACGGGGTCTGGGAAAACATTTACCATGGCTTCG GTGATTGAGCAAACGCAGCGTCCTGCGATTATAATTGCACACAATAAAAC CCTAGCGGCGCAGTTGCACGAAGAAATGCGGTCGTTCTTTCCGGAAAATG CAGTGGAGTATTTTGTCTCATACTACGACTATTATCAGCCCGAGGCGTAC ATTCCCCAAAGCGATGTGTATATAGAAAAAGATGCGCTGATAAACGACAA AATTGACCTACTAAGACACTCTGCAACCAGATCGCTGCTGGAAAGGAGAG ATGTAGTAGTTGTTGCCAGCGTGTCATGCATATACGGTTTAGGATCGCCC GAACTCTACTCAGAGATGACCGTGCCTATTGCTCTTGGTATGAAGCTAGA TATGTGCCAACTACAAGAAAGGCTTGTGGAGCTGCAGTATAAGCACGGCA ACAGGTATGAGCGCGGTAACTTTAGCGTACAAGGCGATGTACTAAGCGTG TTTCCCTCACACTATGAAGACAGAATATGGAAGATATCGTTTTTTGGTGA CGAGGTAGACTCCATCCAGGAAGTTGATCCAAAATCTGGTATGGTGACGT TGAAACTGGAAAAGATAAAAATATTCCCAAACAGCCACTACGTTACCCCC AGGCCGACTTTGCTTCAGGCCATCTCTGAGATTGAAAAAGAGCTCGATGA ATGTGCGCTGCAGTTTAAGCAGTGCAACAAAATAGTTGAGGCAGATAGAA TTGTGGAGAGGACACGATTCGATATCGAGATGATGAGAGAAACAGGTACC TGCAAAGGTATCGAGAACTACTCACGTTATTTGTGTGGCAAGGAAGCGGG GGATCCGCCCAATACGCTGCTGGATTACCTGCCGCAGGATGCAATAATGT TCATCGATGAAAGCCACATGACTGTGCCTCAGATTAGAGCCATGTACAAT GGGGATAGGATGAGGAAGGCTAATCTTATCAACCACGGGTTCAGGATGCC ATCTGCACTGGATAACCGCCCACTAACTTTTGCGGAGTGGGAAGACAGAA AGCCAACAGTGGTTTACGTTTCTGCCACTCCGGGGCAGTATGAACTACAG CAGACCGGAGGTGTGGCGACAGAACAGTTAATCAGACCTACTGGGCTGTT GGACCCTGTGTGTATCGTGAAAGGTGCAGATGGGCAAATACACGATGTGA TGTGCGAGAGCCAAGCAACTATAGCGCGCGGATATCGGGTGCTGATCACT ACGCTGACTAAAAAAATGGCAGAAAATCTAACCGAGTACATGCGTGAAAT GGGCATCAAAGTTGCGTATCTACATTCTGACGTTAAAACCCTAGAGAGGA TTGAAATCATTAGCGATCTTCGGCTGGGAGTTATCGACGTTCTGGTGGGT GTAAACCTTATGCGTGAGGGGCTAGACATACCAGAGTGTGCCCTTGTTGG AATACTGGATGCTGATAAAGAAGGCTTTTTGCGTTCTACGACTTCCCTAA TACAGACGATAGGGCGCGCTGCACGTAATGTGGAAGGCAGAGTGATTCTA TACGCAAATGTAATTACCAAGTCCATGCGTACAGCTATGGAAGAAACTGA CCGCCGACGTGATATACAGCGCAAATATAACCAGGAGCATAGCATTGTGC CCCGCACTATCCAAAAACCCGTGCAGACCAGCCTTAGTGAGCGTGTAGGC TCTTCTCGCAAAAAAGTCTCCCGCGATACAAATACCGATCCCGCAAACCG CGATATTGTAGAGCTGCAAAAAGAGATGCTTTTGTGCGCGGAGAACCTCG ATTTTGAACGTGCAGTAGAAATACGCAATGAAATAAAGAGGCTTACTGCT CCGTGA >AM385 uvrC, excinuclease ABC subunit C GTGTCTGTGCTGAAAAAGAATCTGGCTGGTAGGCTCCTCATTGCACGTGA TGCGGTAAAGAAGGCACTCAACTCTATTCCCTGCGATGTAGCAGGTGTCT ACAAGATGTTGGGTGCAAATGGCCTGGTTCTATATGTAGGGAAGGCCAAA GATTTGAAAAAGCGCCTGCGCAGCTACTACAATTTTAATCAGATGTCGGA CAGAATCCTGGCGATGGTGGGCCATATAACCGAGCTTGATGTTATAGTAA CGCAGAGTGAGGCGGAGGCGTTGCTGCTGGAGGCGCAACTCATCAAAACT CTCAAGCCGAAGTATAACATCATAATGAGGGACGATAAGTTCTACCCGTA CATTCTGCTTTCGAAGCACGAATACCCGCGTATCGTCAAGTATAGGGGAA GAAAGGAGGCCGGGCTGGGAAAATGCTACGGGCCTTTTATATCGTCACTA GTGGTCAAGCTGGTTATATCTGCGCTTAGGAAGGCGTTTCAACTTCGGTC ATGTTCAGACAACTTTTTCGCCTCGCGAGATAGGCCATGCATTGAATACG AAATGCGCAACTGCTCGGCGCCGTGTACCCGCAAGATTTCAGAAGAGGAT TATGCGAAATCTGTGCATATGGCGCACAAGGTTTTGACGGGCAAGAGTAA GGAGCTGCAGAGAGAGTTATTTGACTCAATGCGCAAGTTTAGTGACAACC TAGACTATGAAAGTGCTATGGTCTACCGTGACAGGCTGCAGGCGCTAAAA TCCATTCAAGAGTGTGTGTCATTCCAGACGGAGATGTCATGTGATGCCGA TTTTGTCTCAATATATGGGCGCTCTGGCACATATTGCTTGCAAGTTATCT CCTTCCGGGGCGGCATAAGCTACGGTAGCCAGCCATATTTTGTTGATGAT GGCAATTATGAAAGTGAATCAGACGTGCTAGGCATGTTTATGCTGCAAGT GTATAGCGATCCGCCCGGTAGAGTGTACGTAGACTGTGAAAGTGACTATT GTGAGGTGATAAATGCCGCGTTGGAGAGGCTGTTAACACGCAAAGTTGAT ATTCTTACTGCAAAATCGCACGAGGAATTGAAATTTTTGAGGCTGGCGCG CAACAGCGCGATGGAGGCCCTTAATCGCAGATTACGTGACAAGGCGCTCC CCGCAGAATTGGAAGAGCTTGCCGAGCTTTTTGGGCTTCCAAACCCCCCA GAGAGGATAGAGGTGTATGACAACAGCCATATTTCTGGCACGCATCCATT TGGAGTAATGGTAGTATGTGGCAAGGATGGGCTGCTGAGGAAGGAATATC GCAAGTTTAAAATTCAGACAGTGCTCAATGGGGATGACTATTCAATGATG CACGAAGTGCTCTTCAGGAGGTTCAGTGAAGAGAGCCCATCAGTGCCAGA TTTTGTACTCATTGACGGGGGTAGGGGGCACATTTCCTCGGCCATTCAGG TGCTGGGTGACCTTGGCATTCCCTTTGCATGTATGGCCAAGGGTAGTAAC CGTAATGCAGGGGAAGAGGTGTTTTACCTGCCAGATGGAAGGAAGATATG TCTAGATCCTGATAGTAAACTGATGCTATACATGCGAAAAATACGTGATG AAGCGCACAGATTTGCAATTACCTCCCACAGGAGTAGCAGGGATAGGACG CTATCGTCGGCAGTGCTGTGCGATATACCGGGGGTCGGTAGTGCCAGGCG CAGGGCCTTGATTACATATTTTGGCTCAATAGATGGCGTGAAGCGTGCAA GAACTGATGAAATTAGTAAAGTGCCGGGAATTAGTATAAAGCTTGCGCAG AGGATATACGCCTATCTCAAACAAGGTATGGCGCAACCTTGA >AM369 uvrD, DNA helicase II TTGCGCCCACGTTCTCGGAGCCTTGACATTATGGAACATTGTGACTTCCC AGTAGATGATGCCCAGCATATGTCGGGGTGCAATCCAGAGGAAAGTTTTC TGCTATCCTTAAACGAGGAGCAGAAGGAGGCCGTTTTTTGTGTTGATGGG CCTGTTCTTATCTTAGCGGGAGCTGGAACAGGTAAAACTCGCACCATAAC CTCAAGGATGGGTTATATCATCAAGCGTGGGCTCGCGTTTCCCAGCCAGA TTCTGGCAGTAACATTCACAAATAAAGCCGCGCGGGAGATGCTTGTTCGA GTGAGCGAGATTGTCGATACCACTGGTATATGGCTGGGAACATTTCACGC AATTGCGGCCAGAATACTGCGTAGCAACGCGGAGCGAGTCGGCCTAAGGA GAGATTTTACAGTCATAGGCCCAGATGACCAGCTGCAGCTCATAAAAGCC ATTGTGAATGATACACAACCCGGGCACCCCGCAGAGGAATGCAAAAAAAT GATGCATGCGATACAGAGGTGGAAAGAAAAGGGGCTACTACCCGCAGGTG TTACAGATACGGAATTGCAAAAGTGCCCTAACATAGTGCGTGACGTGTAT TATGAGTATCAGGAACGGCTAAAGGCCCTCAACTGCGCTGACTTTGGCGA TCTTCTTCTGTACAACGTATCGATGTTCAGTGCCCATGCAGACGTTCTTT CCCACTATCAGGAACAGTTTAAGTATGTGATGGTGGATGAATATCAGGAC ATCAACACAGTACAATACTTGTGGCTCAGACTAATCGTCCAAAAACGTAA AAACATCTGCTGTGTCGGGGATGATGACCAGTCTATCTACAGTTGGCGCG GAGCTGAAGTTGGGAACATATTGAGGTTTGCCGACGATTTTCCTGAAGCG AAGATCGTCAGGTTGGAATGTAACTACCGCTCAACCTCTAACATATTGTG TGCAGCCTCCGCAATTATAAACAACAACAAGTCCAGGCTGGGTAAAAAAC TTTGGACCACAAACCATGCGGGGCAAAAAGTTGGCCTCATGAAATTCTGG GATGGCAGGATGGAAGCGCAGTTTATTAGTGAGTACATAAAAGGCTCCAG CGAATACAGATTTGACGAAACTGCAATACTCGTCAGGGCCGGGTTTCAAA CCAGAGTGTTCGAGGAGTATTTGGTCAGGTGTGGAATTCCTTACAAAATC ATAGGTAGCACCAAGTTCTACGACAGACAGGAAATAAAAGATCTCGTAGC ATACCTCAGGGTGGTAACGAACCCTAAAAATGACATAGCGTTTGAGAGGA TAGTGAATAAACCGAAGCGGCAGCTTGGGGCCTCTACGGTCGCAAAAATG CGGGCATACGCCAGGGACAATAGGTTGTCTTTGCTCGAGTCTGGGGAGTC TATGATACGCTTCGGACTACTGCCAGAAAGGACCTCCAATACTCTGCAAA ATCTGCTCGACAAATTCAAATGCTGGCGAGAAACCTTGGATACTACGTCT CTAACAACCGTGATGCAGGCTATAGCTGAGGGTTCTGGCTATATGAACAT GCTGAAAGACGAGGGGGATGCCGGCGCATCGAAAATCGAAAACATTAGAG AATTGTTCGCCGCCGTGGGGAACTTTGAGAATGCAACCAAGTTTTTAGAG CACATCAGCTTGGTAACGGAGGTAGACTCACCCGAGCAGGCCAACAACCA TGTGTACCTGATGACTTTGCACGCGGCTAAGGGCCTGGAATTCCCACTGG TGTTTCTACCCGGCTGGGAGGAGGGAGTGTTCCCCCACGAAAAATCTATA CATGACTCCACTGGAAATGCCCTGGAGGAAGAGCGTCGCCTTGCGTACGT GGGCATGACCAGAGCACGAGAGCAGCTGTTTATATCCTGCGTCGCGGTGA GGGAGGTAAACAACTGGAGGCAGCCCATGAAGATATCGCGATTCATAAAG GAGCTCCCTGCAGAGCACGTGCAAGTTCTAAAAAATGTAGATGGCTCCAT GCAGCATGGTTGTTAG >AM984 xerC, integrase/recombinase ripx GTGGGGCTTAGCATGGGTTCAGGAGATTTGCTGTCCGCAATCAACAATTG GCTGTGTTGGCTGCGAGAAGAGAGGAGGTATTCTCCCAACACTGTTGCTG CTTACGAAAGAGATATCATGGATTTTTATCGGTCCGTCTGTGGCGAACCC TGCGAGCGTTCTGTGAGTTTGCAGGAGGTCCAAGAGTTGCGCTCAGCGGA GTTTAGAAGCTGGCTGGCTGACAGATTTAAGCAGGGAAAACAGTCTGCAT CAAACGCAAGAGCCATTTCCGTTGTGAGAAGCTTTTTTCGTTATTTACAC CACAAGTGTGGCATGAAAAGCTCAGTCGTCTTCAATATCTCCAAGCCTAT TGTGCGCAGGAGCTTGCCTAAGGTTTTGGAGGAGCCACAAATGCGTAAAG TCATGGAAGAGCCGGAAGATTTACACTGGACGCACAGACGAGACTTGGCC GTATCAGCGCTGTTATACGGCTGCGGCCTTAGGATAAGTGAGGCGGTAAA CATAAAGTTTTGCGATCTGAGGCAAGACGAATTACGCGTGCTGGGTAAGG GATCTAAGGAGAGAGTAATTCCCATTTTGCCATGGGTACGATGCATTATT GATGAGTATGTAGCAAGCTGTCCACACCAACGGGTGCATGGCGCGTCCAG CACCGAATATGTTTTTGTCGGGCTGCGAGGCGGCAGATTGTCCAGAACCT ACTTTGCATACAGAATGAAAGGGTTGCGCAGGCGCATCGGGCTTCCTGAG ACGACCACCCCTCACACGCTCCGGCACAGTTTTGCAACGCACCTGTTTTT GGAGGGTGCGGACATCAGAGTGGTGCAAGAATTGCTTGGGCACGCCAGCC TTGCCACTACGCAGGTTTATACCCATTTGGACTACAACAGCGTAATAGAA AATTACCGAGGATTTCACCCCCAAACTATAAAGAAAAATGGCCTAACTTA G >AM021 xerD, integrase/recombinase ATGAGTGATGAGCGCTACCTAGACGCGTTTCTTGAGTCTCTGTTGTCGGG TAGATGCGTTTCTCCAAACACTAGCAGTAGTTACAGGTCTGACCTGGAAG ACTTAGCTGAGTTTTTGGGCAGACGCAACCTCAGAATGGTAGATGCAAGC GCAGCGGACTTGCGCGCATATGTTAGGAGCCTCAACAGCAGAGGCTATAG CCCCGCGACTGTGGCCAGGAGGATCTCTGCGATCAGGGGGCTGTACGGCT TTTTGTATGGTGACCGAATAATTGATGGAGACCCTGCAGCTAACTTGGAC TCCTGCAAACTTGGGCGCCCCCTGCCTAAGGTGTTAACCGTGGACGAAGT GGACAAGTTGCTTTGTGCAGCCGGGTCTGATTTGTCTGTGGAAGGGAGGA GGACCGCGGCTATAGTTAACATACTATACTCTTCAGGTGTGAGGATTTCA GAGCTCATAAATTTGGGCTTCTACGATATAGAGTCAATGCTAAAAGAGCA GCGCTCAGATGTGGGGCATTTGGTCATCAAAGGGAAGGCAGGTAGGGAGC GCCTCATTTTGCTGAATGAGGTTGCAATCGCCAGCATAGTCGCATACCTA GCGGTGAGGGACCACTTTATCGTAGGGCAGAAATCGGAATCTAGGTGGCT ATTTCCCGGCGCAAAGTTTGACCAATGCATTAGTAGACAAAGAGTTGGAC AGTTGCTAAAAGCACTGGCAATTGTTGCGGGGGTTGACCCAAAGCGGATA TCGCCACACAAGCTCAGGCACTCGTTCGCTACACATTTGCTAAATAATGG GTCCAACGTAGTCTTCATTCAAAAGATGCTGGGGCACGCAAGCTTGTCCA CAACCCAAATCTACACTTATGTCGCGAATGACAGGCTCAAGGAAGCTCTG CAAACGTTTCACCCATTTGCAAAAAGCCCTCCTAAGTAG >AM1327 xseA, exodeoxyribonuclease large subunit ATGTCTTTGAGGTCTTGTTCTACTGAGATGATTCCAGAATTTACCGTAAC GGAGATCACTGATCTAGTACGGCAGGTGATGCATGATACGTTCTACTGCA TCAAAATTCGTGGAGAGATAAGCGGCTTATCGAGGCCGAGCTCTGGGCAT GTATATCTGTCACTTAAAGACGATAATTCTGTCATCAGTGCTGTATGTTG GAACGGCACCAGGCTTGATGTACAGTTCGAAAATGGGTTGGAGGTCATAT GCACGGGGCATCTTAGTACCTACCAATCGAGATACCAATTGGTGATTGAA GGAATGGTGCTTGCCGGCCAGGGGAAGTTGGCAGCCATGCTTGAAGAACG CCGCAAGAAACTGGAGAAAGAAGGGTTGTTTGACCAGGCACGTAAAAAGC CGCTGCCCCTTTTACCGCTTAAAATTGGAGTAATAACATCACCAACTGGG GCGGTAATTCGTGACATACTAAACCGCGTGAAGCACAGGTTCCCCTCACA CATCATAGTATGGCCGGTACAGGTGCAGGGTTCACAAGCGAGTGCGATGG TTGTGCAAGCGATTTTGGGGTTTAACAACTTGGAAGAGCCACCTGATGTG ATAATTGTGGCAAGAGGTGGGGGTAGCATAGAAGACTTGTGGCCGTTTAA CGACGAGGAGCTGGCGCGAACCACTGCCGCATCGAAGATACCCATAGTCT CCGCTATTGGGCATGAAACAGATTTTACAATAATTGACTATGCAGCAGAT GTACGGGCTCCAACTCCCACAGCGGCTGTCGAAATCGTGCTGCCGGAAAG ACAACAGCTCGTGAGCGATATCGCGCATAAGCTTTCAAAAATCAGGAGCG CTGTTAGAAATGTGCTGGGCGCTAAAGAGCATAGGTTGCTCCAGCTATAC GGCGTACTCACCGAAACTAAACACAAGATAAGCGAAGTGGGGAGGAGTGC GCTTGCGCACCAAGAAAAAATCGAGTTCCTTTTTAAGGTGGCTTTGCTCA AAAAACAACAGTACCTTGACAACCTGATCGGGAGGATCGACCGTTACAAC AAAGAACATATTATATCGGTGGGTTATGCGGTCATATACGACAACACCGG GCAACACGTGAGCTCCGCAAATGCCGTGGCTCCCGACGACACCATAGTGA TAGAGTGGAAAGACGGAAAGCGAAGGGCAGCTATACTGACTTGA >AM591 xthA2, exodeoxyribonuclease III ATGATCAGAATATTGACGTGGAACGTGAACTCCGTCAGAAAAAGGGTGGC TCACTTATGCAGCGTGTTAACTGAACACCATGTAGATATTGCGCTACTAC AGGAGACCAAGTGCACTGACGATCAATTCCCCTTGGCAGAGCTGGAGGAT CTAGGGTACAAGTGCTACATCCATGGGCAGAAATCAAGAAATGGGGTAGC CATATTGAGCAAGTACCCAATAGTGGGCGAATTGTGTAATACCGTTTTTG ATGCAGAGGAAGAAATTGGTACAGTGCAAGACACGGGTAGCTACTCTGTG ACGGAGGCTAGGTATTTGGAATGTTTGGTAGATTATCAAGATGTTAAGGT AAGAGTTGCAAGTGTTTATGTACCAAATGGGCAGGAAGTTGATACAGAAA CCTTTGTCTACAAGCTCAATTTTCTGCGGTGCCTCAAGGCAAGGCTGCTA AAATTACTTGCACGGGAGGATTGGTTAGTTATAGGCGGGGACTATAACGT TGCTCCTGACGATATAGATGTATACGATGCACAAGCGCTCGATGGAAAGT TGTGCTTCCATCCGAAAGAACGCGCGGGGCTGCGTGAGATTCTGCACTTA GGGTTCACAGACGCTTTTCGAATTTTGCACGAAGGCAAGCAAGAATTCAG CTGGTGGAATTATAGGGAAGGGTCATGGCAGAGAAACAGGGGTATGAGGA TAGATCACTTACTGCTTTCCCCAAACGCAGTAGATAAGCTGGTTGAGTGC AGCATTCTCTCTAGTGTTAGGGGGCTAGAATCACCGTCGGATCATGCCCC AGTTATGTGTGTATTGCGCAAACTTGTGTAG
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