Gene list
Applied filters:
COG category: Replication, recombination and repair
Organism: Thermoanaerobacter tengcongensis MB4, MB4
Number of genes found: 184
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# Thermoanaerobacter tengcongensis MB4, MB4 >TTE1452 predicted endonuclease distantly related to archaeal Holliday junction resolvase ATGAAAAAAGTGAACAAAAAAACAGTAGGCAGCGTAGGTGAAAAAATAGC TGCCCAGTATCTCTCTAAAAAGGGGTATAAAATTTTAGAAAAAAACTTCA AGTGCAAAATTGGAGAAATAGACTTAATAGCCCTTTACAAAAACCAAATA GTCTTTGTAGAAGTAAAAACGCGAACTTCTGTGAATTTTGGACTCCCCAG CGAAGCCGTAGACTTTCACAAGCAGCAGAAAATTGTAAAAATAGCTCAAG TTTACATAGCTAGCTCAAACTTCAAACAATACCAACCGCGATTTGACATA ATTGAAGTGTACCTCAATCCCGAAAAATTGACTTTAGAAAAAGTAAATCA CATTTTAAATGCCTTTTAA >TTE2604 transposase ATGTTTCTCAAAATAACTAAAGCTGGTGGCTATGAGTATGCCAAAATTGT CCATAATTATCGCGAAAATGGTAAAATAAAGCAAAAAGTCTTGCTTAATC TCGGTAGAATTGATGAACTCAAAAATGATCCCTCTTTCATTAATCTTGTA GATAAATTGCAAAAAATATTTTTAAGCTCCAGTGAAGAAACAGGTCCCAT CAAGCTTTTTCCAGAAGATGTTTCAGAAGGGATTATTAAAAACTGGGGAT ATATTGTGTATAGAAAACTTTGGGAAGAGCTTGAAATAGATAAATTCCTC AAACAGTATATTTCTCAAAATTCCAGGATAAAGTTTGACATTGATAAAGT GACGTTTTTGATGACAGTACAAAGATTAATTCAACCAGTAAGCAAACTTC AGACGTATTACCGCAAAAACAGATACTTTAGATTTGAAGAAGATATTGAT TTAAATCAGCTGTACAGGGGATTAGATATTCTGGCCCAGATAAAAGAGGA TTTGGAGCTATATCTTTATCACAAGAATAGAGATTTATTTAACATGGTAG TTGATGTTGTTTTTTATGATGTGACAACATTTTACTTTGAAAGCATTAAG CAAGATAACTTAAGGGATTTTGGATTTAGCAAGGATAACAAGGTAAATGA GGTACAAGTGGTAATGGGCATGCTTGTAGATAAAGAAGGAAGACCAGTTG GATATGAACTGTTTCCAGGAGATACTGTTGACAGCAAGACCATGATAGAA ATTTTGAGGAAACTGAAAGATAAATTTTGCATAGACCAGGTAATAATAGT TGCGGACAAAGGCCTTAACAGTAAACTTAATTTAAAGCTGATAAAAGAAG CGGGATACGACTACATTGTGGCAAGCAGACTGAAAAACATGAGTAAAGAG ATTTTAGATAGAGTATTTGATGAAGAGGGGTATCAAGTTCTTGAGGAGAA AAAGTGGAGATTTGACAGAGAAATATTTGGTGAAGAGTTTAGATTCAAGG TCATAGAAAGAGAGAATATTATCAAAACGGGAGAAGGGGAAATATTCAAG ATACCTGAGAATCTAATAATAACCTATTCAAGCAAGAGGGCCAAAAAAGA TAAAGAAGACAGGCAAAGGCTAGTAGAAAAAGCAAAAGAACTTTTAGAAA AGCCCGGCAATGTAAGGGCAGCAGAAAAGAGAGGCGGAAGGAAATATTTA AGACGCATTTCCGAATCAGAAGAATATGTACTGGATGAAGAAGCAATAAA GAGAGATGAGAAATTTGACGGTTTTTATGCAATTCAGACCAGCAAGAAAG AAATGAGTGTGACAGAAGTTTTGAATGCATATCATGATTTATGGAAGATA GAGCAGTCTTTCAGAGTAATGAAAAGTTGTCTGGAGGTAAGACCAATATT TCACTGGACGGAAAAAAGGATAAGAGGGCATTTTGTTGTGTGCTATTTAG CATTTTTACTGGAAAGAACTTTAGAATACAGCCTGAGGTCTAAGGGGAAA GAATTAAGCAGTGATAGAATAAAAGAAGCGATAGGTTCAATGAATTTTGT GGAGATAGAGATAAATGGGAAGAAATATTTAATTAAACAAAAGATGGAGG AGGAAGCTGAGGACATATTGAAGGTGATGAAAATAAAAGCACCAAAAAAT TTCATTACATATGAGGAAGGCATGGAATTAATTAGCATGAGAAAGTAA >TTE1810 hypothetical protein ATGATAGTAAGTGCTAGCAGAAGGACTGATATACCAGCTTTTTATAGTGA ATGGTTTTTTAAAAGACTTGAAGAAGGTTTTGTTATGGTAAGGAATCCTT TTAATTTTCACCAAGTGACAAAAGTTCCTCTGACAAAGAATTGGGTGGAG GGCTTTGTTTTTTGGACAAAAAATCCTGCGAGAATGATGAAAAAACTGCA TCTCCTTGAGGAATATCCTTACTATTTTTTGTTTACTTTAAATCCATACG ATAAGGCAATTGAAAGAAATGTCCCGGACAAAGATTTAGTTATAAAAATT TTTCAAAATCTTTCTAAAACAATAGGTCGAGAAAGAGTGATATGGCGCTA TGACCCAATAATACTTACTCCGGAATTTGATATCAAATATCATGTAGATA GCTTTAAATGGCTAACCTCTCATTTAGCTGACTTTACGGAAAAGTGCATA ATAAGCTTTGTAACTTTTTACCCTAAAATAGAAAAAAATTTAAGAAAAAT AGGAGCACATCCCGTAAGTAGGGAGGAGAAGATAGAAGTCGCTTCAAAAT TTTATGAAATAGCCAAGGAAAATGGAATTAAAATAGAAGTATGTGCTGAA GAGGAAGACCTTTCTCCTTTTGGAGTTTTTCCTGCAAAATGTGTGGATAA ATTTCTCATTGAGAGAATATCGGGGAAAAAATTACAGGTTAAGAAAGATA AAAACCAGAGAAAATTTTGTGGATGCGATGAAAGTGTTGACATAGGAACT TATGATACATGCCTTCACGGATGCATATACTGTTATGCCAATTCAAGTAG AGAAGCGATAAGAAAAAATGTAAAAAATTTTGATATTAATTCTCCTCTTT TATGCAGTCACTTAGTGGAAGGAGATATAGTGAGGGAAAAGATAAGGGCT TAG >TTE0422 transposase TTGTTGTGCCTCTTTAGCTTATCTGTCCATCGCTTGAGCATCGATGGTCA GGCACCCTATAAGCTAAATCTGAGCACTAATCACGGCGAGGGTGTATTAC AAAAACTTAAGAGACAAAGGACCTTCAAAAAACTTTTTGCAAAAAGGAGC GTGAATTTATCCATGAGCTCTACACTTATTGTGGGCATTGATATCTCTAG CGAATTAAATGCTGCTTCCTTTATTGATGAGGCCGGTAACCGCTTAGTTA AAAAAGCTTTATTCTTCCCCAATGATTTAGATGGCGCTCAGCAGCTTATA GATTTCACTATCTCTCTTGCTCAACAGTTCAATATTTCATCCATTAAATT TGGCATGGAAGCTACTTCACACTATGCCTGGCATTTGCATACTTTCCTGG CTTCTTCTCCTGAACTTGCTCCTTTTAATCCTCTATTCTACGTCATCAAT CCTTCTATCATTAAATCTTTCAAGGGTGCTTATATCCATCTCCCTAAAAC AGATTCTGTTGACGCAACTGTTATCGCTGAATGTGTTAGATTTGGTCAAG TCAAACCAACTCCGCTGCCAGATTTAAGATACGCTGCACTGCAAAGACTC ACTCGCATGCGTTATCATATTGTCCGCAGTCTGGTCCGCGAAAAAAATCG CGCCCTAAACCTTATTTCCTTCAAGTTCTCAACCTATCCTTCAGAGTGCC CTTTTAGCAACATATTTGGTAAAGCTTCCTTAGCTATCATTGAAAATTTT ACTCCTGATGATATTGCTTCCATGCCTCTTGATAACCTTATCGACTTTAT TGTGAAAAACGGCAATAACAGACTCTCAGACCCTACTCAAATCGCCAAAA CTTTAAAAGCTGCTGCTAACAGAGCTTACAGGCTTCACCCTGATCTTGCT GAAGCAAACGACTTAGCTCTTTCTATGACACTTGAAAATATTCGCTTCCT TGAATCCCAACTTAAAAAGCTTGACGGCGAGATATCAAGACAGCTTAAAG CTTTTAATCAAACTCTAACTACTATCCCCGGCATTGGGGACGTCCTTGCT GCTGGTATCATCGCCGAAATTGGAGATATCAAAAGGTTTAATAATGAAGC TGCTCTTGCCAAGTATGCCGGCCTCATCTGGAATAAATACCAGTCTGGTA ATTTCAATGCCCAGGATACTTCTTTGGTTAAGTGTGGTGATCAGTACCTG CGATACTATCTTGTTGAAGCCGCTAACTGTGTTAGGGTGCACACAGTGAG GTTTAAAGAGTACTACAACAAGAAGTATCGCGAGGTACCTAAACACCAAC ATAAACGTGCCCTCGTCTTAACTGCTAGAAGATTAATCCCTCTGATCTTT GCAATGCTCAGCAAAGGTCAAATATATCAAGAAAGAGGTGTTGTTAGTAT TTAA >TTE0153 transposase ATGAACAAAGTACAAAAACTACTTTTAGTCCACAGTTCTGATATAATTTT TGTCGGGGTCGATGTAGCTAAAAAGACCCATTATGCAAGAATAATAAATC ACATAGGACTTGAAGTAATAAAACCCTTCAAATTTAATAATAGCATAGAT GGATATGAACGTCTAGTATCCAAAATACTTGAAGCCAAAGAAAAATCGAA AGCAACAAAAATATTAATAGGTTTCGAACCAAGCGGTCATTATTGGAAGC CACTTGCATGGTTTTTAAAAGAAAAAGGATATACAGTAGTGATAGTAAAC CCATATCACGTAAAACAAAGGAAAGAAGAGGAGGACAACAGTCCATCAAA AAACGATAGAAAGGACGCGTTAATAATTGCAAGACTAATAAAAGAAGGGA AATTTCTAAACTGTCTTTTACCTCAAAACACATATGCAGATTTAAGAAAC CTTTCAGTTGCAAGAAAGCAGTTAATAAAGAAACTAAACAGTGTAAAGAA TAAAATTATTGCAATATTAGACGAATACTTTCCTGAATTTGAAGAAGTAT TCAAGAATTTGTGGGGGAAAGCAGCCTTATGGATATTGAGGAACTGTCCA TTTCCCAGCATAATACTTAAACTGAGCAAAGAAGAAATAGCAGAACAGCT AAAGAAAGCCACTAATAACAGGGTAGGCATGAAAAGGGCAGAAAAGCTCA TTGAAGCAGCAAAAAAGTCAATAGGTGTAAAAGAAGGGATAAAAGGGGCA CAAATACGTTTAAACATTTACCTTGATGAATTAGAATTTTTAAAAACACA ATTAGAAACCATAGAAAAAGCCATGGAAGAACTGCTCAAAAAAATAGACA TAGCAGAATATCTGTTAAGCATTCCAGGCATAGGAGTAATAACAGTAGCA GGATTTTTAGCAGAAGTAGGGGACATAGGGAAATACACACACTATAAACA AATCCAGAAACTTGGGGGATTAAACATAACGGATAACCAATCAGGGAAAC ACAGGGGGAAGACCAAGATATCAAAGAGAGGGCGTCCTGAGTTAAGAAAT CTTCTATACAAAGCAAGCCTGACATTAGTAGCCAAAAACAAAGAATTTAA AGCACTTTACAACTACTTTTTAAGAAGGCGAGAAAATCCTTTAGAGAAGA AACAAGCATTAATTGCGATTTCAATAAAACTCATAAGAGTTATGTTTACG CTTGCTAAGAAGAAAGAAAAATACGATTCACAAAAAGTACTTGGAGAATA TCGTATGAAGCAAATAAAGGAATTAGTAGCCTAG >TTE0071 hypothetical protein ATGATAGTAATACAGGCTAAACTCATTTTTCTAAACCAACAAGACAAACA AATAGTATTAGACTTAATGAGAAGATGGTCATCCTGCATGAGATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGATAGAAAAACACTAAAAAGAGACCTT CAGGGAACATTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAAGCACACTGGAATCTGCTAGACAATTAGACAATAATCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTATTTGGAAAACTTCAAAAGCGCCAT ATAAACGGGAAAGCATATGAAAAATTAAAAATTAGGTGGCAGGAGAAGAG AAAAGGAAATCTCTATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGTACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCGAAGATACAGGCGGGATGGAAGAAAAA TAAAAATAGAGAAGGGATACTTCAGGAAATTGCAAAATCAAACATACCCT ATTCTGTAGAATTAAAACTCAAAAATGGCAGTATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAAGTAAAAATAACAAAAGAAAAAGGAGTCAT AGGAATAGATACAAATGCATATCCAGAAAACATATCATGGGTAGAAGTAG ATGAAAAAGGTAATCTAATAAGCTATGGGAATATACCAATGCCAGAGCTT GCAAGTGGCAGTAAAGACAAAAAAGAATATTTCAGATGGCACTATGCTCA TGAAATAGTAAAGATAGCAAAAGAAAAAGGAAAAGCAATTGTAATTGAGG GATTAGAAATAAAAGAAAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGGATAAGACATAGCTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAGGTAGACCCTT CTTACACATCAATAATAGGCATGTTGAAATATGCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTATGTAATAGCAAGAAGAGGATTAGGCAA AGAAGAAAAGATACCGGATAATTATATAAAATTTCTCCACGCATTGACTG TAGAAGAATTAGAAGAATTAAAAGAGTACGTAAAAAATACTGTCAAAAAC AAGTATTTGAAGAAAAGGCACTTAAAAGAGATAAACAGAGCAATAAAATT TTTACAAAGCCTTGAGAGTGAGCCAGGAAGGGTGCTAGAACCTCTGGATG GAACAAGTTTTAGTACCTATGATTTCTGGCAAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAAGTACCAAGAGACTTCTCTGCCCTAAA AAAACTATTAATTCAGGGCAAGTGGGGAGACTCGTAA >TTE1412 conserved hypothetical protein ATGGATGAAAAAAGGTATAGGGTGTTAGTAGAGGTTTCAAAGGACAAGCA GCAGGCTTACATTTCTCTAATTGAAGACCCCAATGGGATCAGCGCAACAA AAGAAGAAATTCTGAAGGAACTATCTAAGCACAGAATAACCTATGGGGTA AAACTGAATATTGTAGAAGAAATTTGTAAGAATCCCCAGAATGCGAAGTA CGTTTTAATTGCGGAAGGGAAAAAGCCTGTAAATGGAGAAGACGGGAAAA TAGCGTTTGAAGTGGACATTCACTCTGCTGCTATCCCTAAAATATTAGAG GATGGGACAGTGGATTACAAAAACCTCAACCTCTTCAAAAATGTAAAAAA AGGGCAAGTGATAGCGAGGAGAATTCCTCCCACCGAAGGAGAGCCTGGGG TGAATGTTTTTGGAGAACTCGTGCCTGCCATTAAAGGGAAAGATGTACGC CTTCCCTTAGGCAAAAACACTTACGTAGAAGGAGACACTTTGGTGGCAGC AGTAGATGGACACATTGTGGCAGTAAACAACAAAGTAGAAGTTCGCACCC TTCTTGAAGTAAAAGAAGTAGATACTTCTGTAGGGAATATAAAAACTGTC GCCAGTGTAAAAATTACTGGAAATGTGAAGTCGGGGTTTGTTGTTGAAAG CGAAGGCAATATTGAGATTTTTGGGGTAGTAGAAGCTGCCACTATAATTG CCAAAGGAAATATAAATATTCACAAAGGCATTCAAGGAGGAGGAAAAGCA AAAATTCTCGCGGAGGGGAACATAACCTCTCGCTATTTTCAAAACTGCAG CGTAGAGGCTGGGGGAGACGTTTTTGGAGAAGCGATAATCTACTCGGACG TAAAGGCAGGAGGAAGTGTGAAACTTCTAGGCAATAAAAGCCAAATTATC GGGAGCAGGGTGGTGGCAGGGAGAGAAATTTTTGCTGCAAACATAGGTTC AAAAATGGGAACGTATACGGAACTTCAAGTGGGGGTATTGCCCCAAAAGC GGTTAAAGATCGCAGAGCTCACATACCAGATAGAACAGAACAGATCTGCG ATTGAAAAACTTGAGAAAATAATAAACTATCTGGAAAAGTTTGAAAAACT TCCTCCTGACAAAGAAGAGGTGTATCAAAAGGCAAAGAAATCCCTTGAGG AGCTAACTTCTGTCAACCATCATCTAGAAGAAGAACTAAGACTTTTAAAC GAGGAGATAAAAACTTCTAGCTCTGGGATAGTAAAAGTCCTCGATACTAT TTTTCCAGGAACTAAGCTTGTCATTGACGATGCAGTGCTAAAAATTAGAG AACCTATCAAATACGCCATGTTTGTAAAAAAAGAAGAAGAAGTAAAATTC TTCCCTTTAAAGTGA >TTE2378 germination protein ATGAGAGGGAAAAAAGTTGTAGCGATGATATTAATTCTTTTGACGACTTT ACTCGTTATTGAGGGATGCTGGGATAAAAGAGAGATAAATCAGCTGGCCT TTGTGCAAGGTTTGGGAATTGAAAAAGGAGAAGATGGAATGATTCACCTT GTAGTGGAGATTTTAAAACCTGGGCTTTTAGCGAGCGGCGGAGGACCTGG AGGTGGAACAGGGGGAGGAAGCGCTGTTGGAAAGCCTTACGCTGTTTTTC AAGCAAATGGAGTGGACTTTGCCAAGGCTTTTGCCAATTTAAATGACGAG CTTCCCCGCTCTTTGTTTATGCAGTATAACGAGATAATATTTTTAGATGA AAAATTTGCTAGATCAGGCATATATCAGACTCTTGACTTTATGACGAGAA ATCCGGAGTTTAGAAGAACGGCGTACATTTTAGTTGTCACAGGAGGCAGC ATACACGAGCTTTTTAATATTCCTTCTTCAAGTACCTTGGAAAGGTATCC TTATAAAGAAGTCCTTGGGATTATATCAAATCAGGCAAACACTTCTTCCT CTTATGTATGCGACTTAAATGAATTTATCCAGACACTGGAAATACCTAAA AAAGCCCCTATCACAGGTAAGCTTGAGATTGTAAAGAAAGATGGCAAAGC TGTGGGAGTAAGGCTTGTAGGTTCAGCAGTTTTTGACAATGATAAGCTCA TAGGCTTTTTAGAAGAGCAGGATACAAAAGCTGTAACTGTGCTAATGAAC AAGTTAAAAAGGAGCACTTTAACACTTGATAAAGGATTAAAAGGCGAAAA AGCTCACATCTCCCTTGTGATAACCAAAGCAAAAACAGAGATTAAGCCTG TAGTTGAGGGGGATAAAATCTCATTTAACATAAAAGTAAATGTAGAAGCT TATTTAAATGAACAGGAGACCAAGTATGACATCACAGAGCCTGAAAAACT ACAGCAATTAGAAGTTATTGTGAGCAGTAAAATAAAATCTGCTATAGAGA GAGCTTTGAACATACTTCAAAAAAAATACAATGCAGATGTAGTAGGATTT GTAGAAATTCTTCACAGAAGCAAGCCTAAAGTGTGGAAAAAAGTTGTGGA AGACTGGGAAAATATTTACCCTGATATAAAATTTAATGTAACTGTTAAGA CGCACATCCGCCGTTCTGGACTTTCATCCAAACCAATACATCCGAGGTGA >TTE0401 transposase ATGTTATCAAAGAAAGAGGATGCAAGACATCAAATAGAATTTGTAAGCAT AGATCAATTAGTACCACAAGACCACCTTTTAAGAAAGATAGAAAAAGTCA TAGACTTTAGCTTCATATACGATTTAGTAAAAGACAAATATTCCGAGGGT CACGGCAGACCAAGCATAGACCCAGTAGTACTCATAAAAATACTTTTCAT TCAATATCTTTTTGGCATACCATCGATGAGGAGGACAATAGCAGAAATAA AAACAAATGTAGCGTATAGATGGTTTTTAGGGTATGGGCTGACAGAAGAA ATACCTCATTTTTCAACATTTAGTCAGAACTACATAAGAAGATTCAAAGG GACAGACATATTTGAGAAAATATTTACGAAGATTTTAGAAGAAGCAATAA AACATGGGCTAGTAAATGCAGAGGAAGTATTCATAGATTCAACCCATGTA AAAGCAAGTGCCAACAAGAAGAAATACACCAAAGAAATAGTAGAACAAGA AGCCAGGACTTATCAAGAAAAACTAGAAGAAGAAATAAACAAAGATAGAG AAGCTCATGGCAAAAAGCCATTAAAGAAAATCAAGAAGATAAAGACGAAA GAAGTGAAAGTAAGCAAAACAGACCCAGATAGCGGAATGTTAAACAAAAA CGGAAAAGAAAAAATCTTTGCATATTCTTTTCATACAGCCTGCGATAAAA ATGGATTTGTATTAGGAGTAAAAGTTGAAGCAGCAAATGTACACGACAGT GTGATGTTTCAAGAAGTATTAGAAGAAGTTGAAAAGAGGGTAAGAAAACC GAAAGCAATAGCAGTAGATGCAGGCTATAAAAATCCGTACATATTAAAGA CAATATTTGATAGACAAATAATACCAGCAGTACCATACACAAGGCCAAAA ACAAAAGATGGTTTCATGAAAAAACATGAATTTGTTTATGATGAATACTA TGACTGTTACATATGCCCGCAGAATGAAATATTAACATATGTTACAACCA ACAGAGAAGGATATAGAGAATACAAATCAAACCCAGAAAAATGTAAAAAC TGTCCTCTAAGAGAAAAGTGTACCCAAAGTAAAGACTACACAAAGAGGAT ATTCAGGCACATATGGGAAGGATATGTAGAAGAAGCAGAACACCTAAGGC ATACACCTTACTGTAAAGAAGTATATGAGAGAAGGAAAGAGACAATAGAG AGAGTATTTGCAGATTTAAAGGAGAAGCATGGTTTGCGATGGACGACGTT AAGAGGGAAGGAAAAATTGTCCATGCAAGCGATGCTTGTTTTTGCTGCCA TGAATTTAAAGAAAATGGCCTTATGGTTATGGAGGAAGGGCAAAGGGCCC TTTGACATTTCAAAACTTTATCCATTATTTGGAGTTTTAAAGAAAATTTT ATCCAGATATATACAGCCCCTGCTTTCGGTACTAAGAAAACAGGGGCTAA AATTTTGCTTTGTCAACAAACTGTGA >TTE2500 hypothetical protein ATGGGATTTCTTGACCTCATAATCGCCCTCTCTATTACTTCAATAGTCTT TCTAATAGCAATTATCTTAGAAGTAACTAAGCTTCAAGCGCAATCTAAGG CTTTTTCTAAATTAAATCAAGAGACACAAGAAAAACTGTCATCTTTACGT CAAAAAGCAGAATCTATTGAGAAATTACTTGAAAATATAGAATAA >TTE0846 transposase ATGTTATCAAAGAAACAGGATGCAAGACATCAAATAGAATTTGTAAGCAT AGATCAATTGGTACCAAAAGATCACCTTTTAAGGAAGATAGAAAGAGTTA TAGATTTTAGTTTCATATACGATTTAGTAAAAGACAAATATTCCGAAGAT CACGGCAGACCAAGCATAGATCCAGTAGTATTGATAAAAATACTGTTCAT TCAATATCTTTTTGGGATACCATCGATAAGAAGAACAATAGCAGAAATAA AAACAAACGTGGCATATAGATGGTTTTTAGGGTATGGGCTAACAGAAGAA ATACCTCATTTTTCAACATTTAGCCAGAACTACATAAGAAGATTCAAAGG GACAGACATATTTGAGAAAATATTTACGAAGATTTTAGAAGAAGCAATAA AACATGGGCTAGTAAATGCAGAGGAAGTATTCATAGATTCAACCCATGTA AAAGCAAGTGCCAACAAGAAGAAATACACCAAAGAAATAGTAGAACAAGA AGCCAGGACTTATCAAGAAAAACTAGAAGAAGAAATAAACAAAGATAGAG AAGCTCATGGCAAAAAGCCATTAAAGAAAATCAAGAAAATAAAGACGAAA GAAGTGAAAGTAAGCAAAACAGACCCAGATAGCGGAATGTTAAACAAAAA CGGAAAAGAAAAATGTTTTGCATATTCCTTTCACACAGCCTGCGATAAAA ACGGATTTGTATTAGGAGTAAAAGTAACAGCTGCAAATGTCCACGACAGC GTAATGTTTGAAGAAGTATTAGAAGAAGTTGAAAAGAGGGTAGGAAAACC GAAAGCAATAGCAGTAGATGCAGGCTACAAAAATCCGTACATATTAAAGA CAATATTTGATAGAGAAATAATACCAGCAGTGCCATACACAAGACCAAAA ACGAAAGACGGTTTTATGAAAAAACATGAGTTTGTGTATGATGAATATTA TGACTGTTACATATGTCCACAAAATGAAATATTAACATATGTTACAACCA ACAGAGAAGGATATAGAGAGTACAAATCAAATCCAGAAAAATGCAAGAAT TGTCCTTTAAGAGAAAAGTGTACCCAAAGTAAAGACTACACAAAGAGGAT ATTCAGGCACATATGGGAAGGATATGTAGAAGAAGCAGAACACCTAAGAC ATACACCTTATTGTAAAGAAGTATATGAGAGAAGGAAAGAGACAATAGAG AGAGTGTTTGCGGACTTGAAGGAGAAGCATGGTTTGCGATGGACAACATT AAGAGGGAAAGAAAAATTGTCCATGCAAGCGATGCTTGTTTTTGCTGCCA TGAATTTAAAGAAAATGGCAACATGGTTATGGAGGAGGGGCAAGAGCCCT TTGGGTACTTTAAATTTTTATCCATTATTTGGAGTTTTAAAGAAAATTTT ATCCAGATATATACAGCTCCTGCTTTCGGAACTAGGAAAACAGGAGCTTA AATTTTGCTTTGTCAACAAACTGAGCTAG >TTE0587 hypothetical protein ATGGGAAAAGAGGTGGCAAAAAGCGTGATAGTAATACAGACTAAGCTCAT TTTTCTAGATCAAGAAGACAAACAAATAGTATTAGACTTAATGAGAAGAT GGTCATCCTGCATGAGATACGCATACAAAAGGCTTTTAGAAGGTTATGAT AGAAAAACGCTAAAAAGAGACCTTCAGGGGATGTTTGACTTAAACTCGAG ATATGTAGACGATGCAATAATGAAAGCAAGAAGCACACTAGAATCTGCTA GAGAATTAGGTAAGAGTCCAAAGAAAGTCATTTTTGGTGGGAAAAAGCTT TTTAAAAAGCTCCAAAAACGCCATATAAATGGAAAAGCATATGAAAAATT AAAAATTAGGTGGCAGGAGAGGAGGAAAGGAAATCTATATTCAAGAGGAG ATAAAAGCAAAAAAGGAAATCTCAACACAAGAATAGAAGTAAAAGAAAAT GGCACTTTCTTAAGGATAAACGTAGGTGAAAGAAAGTACGTATATACAAA AGTACAGGCAGGATGGAAGAAAAATAAAAACAGAGAAGAGATATTTCAGG AAATTTCCGAATCAAATATACCATACTCTGTAGAGCTAAAACTTAAAAAT GGCAGTGTATACGCTTATTTTACTATTGAAGAAGAGTATCCGGAGATAAT GATAAAAAAAGACAAAGGAGTTATAGGCATAGATTTAAATGCATATCCAG ACAACATATCATGGGCAGAAACAGATGAAAAAGGGAATCTAATAAGCTAT GGGAGTATACCAATGCCAGAGCTTGCAAGTGGCAATAAAGACAAAAGAGA ATATTTCAGATGGCAGTATGCTCATGAGATAGTAAAGATAGCAAAAGGGA AAGGAAAAGCAATTGTAATCGAAGCATTGGACATAAAAAACAGAGGAGAA AGAGGAGATTTTTCAGGAAGGAAATCAAGAAGGATAAGACACAATTTTAG CTACAAATCACTTTTAAAAAAGATAAAAGTTTTAGCAAAACGAGAAGGGA TAGAAGTAATAGAAGTCAATCCTTCTTACACCTCAATAATAGGGATGTTA AAATATGCACCGCAGTACATGATAACAAAAGATATAGCAGCAGCCTATGT AATAGCAAGAAGAGGATTGGGACTGCAAGAAAAGATACCAGATAATTACA TGAAGTTTCTCAACACATTAACTGTAGAAGAATTAGAAGAATTAAAAGAG CATGTAAAGAAAATAGTCAGAAACAAAAAGTTAAAGAAGAAACATTTAAA AGAGATAAAGAAAGCAATAAAGACATTGCAAAGCCTTGAGAGTGAGCCAG GGAGGGTGCTAAAACCTCTGGATGGAACAAGTTTTAGTGCCCATGATTTC TGGCAAGTTCTCAAGGTAGCGGTGGTAACGCCACTCTCTCCTGAGAAGGT ACCAAGAGACTTCTCTGTCCTGAAGGAATTATTAATTCAGGGCAAGTGGG GAGACCCGTAA >TTE2632 conserved hypothetical protein GTGGTTGAAGGTTTAAAAGTTAAAACACTTGAGCAAGAAAGAGCAAGTTT TTGCCTTAAAGAAATAGAAGAATTGCCTAAAGGAAAAGACAAAAGGGACA AATATAAAACAAATGCTAGAAGACTGCCAGCTTTTATTGTTTCAAATGGT TTAATTCCTACCCTGGCTTTTTACAAATCCAAAGAGGAGACCAAGCCGGT ATATGACACATTGAACAAATGGTTACAAAAAAGAGGATACATATCAGAGA ATAAAGACGCTCTTGATGAACTTGTGGACAAAGATTTTCAAATTCTGCGG TTAGCTACCACAGAAATTTTAGCCCTGGCAAATTGGCTGAAGAGAACGGT TGAAATTGAAATAAAGGAAGAAAAAGATGATTTGTCTGGGGAGAGGGAAG AACAATGA >TTE2433 hypothetical protein ATGATAGAGCAGTACGTCATAGATGAACTTCTTCAAAGAGTCTTTTCTGA AGATGCATTACCAAAGCTTGTTGAAAGATTAAATGAGGAAAATAAAAAAC TTATCTCGGAAAGAGACGAAGAAAAGAAAAAGCTCTCAAGGCGGTATGAA GAAATCAAAAAAAGCATAAGTTCAATTGTAGATGTAATAGCAAAAGGCTA CTTCCATTCCAGCCTCTATGAAAAATTAACAGAATTAGAGCAACAGAAAG CAGAAATAGAAGTGAGAATAAAAGAAATGAACAGCTTGCCCGACACTTCC TCTATAACAGAAGAAAAAATAATACAGTACCTTTTAAAAGACAAAGAAGT GTTGGAAGCGGGTGACCCTCACAAAATTAAGCAAATTTTACCAACATATA TCAATAAAATAATCGTCTACCGTGATAGAATTGAAGCACATTTCAGGCTT TCGGTAGACGATACAGTTTGCGCATAG >TTE0670 transposase GTGGATACTTTAGTTTCACTAGCAACTAAATCCAATGTCTCGCAACTTAA TCTTGGATTAGAAGCTACTTCTATTTTCAGTATTCCACTTAGAGATTTCC TTTTGGATGCACCTCAGTTAAAGCCTTATTCGGTCCAGGTGTATGAAATT AATCCTTCTCTTGTATCCGGGTTTAAAAAAGCTTTCGGCTCAAGACTCCC TAAAACTGATGACTTAGATGCCTATATAATTGCTGAGAGGCTTCGCTTTG GACATCTTACTCCATACAGCCATGAAGTTTCTGTTACTGCACCTTTGCGT CAGCTTACAAGGCTTAGATTACATCTTGTCGAACTCCTTGTTGATGAGAA AAATCGAGCTTTGAATTTGCTCTTTTTGAAATTCTCTAATTACAAACAGG ATAATCCCTTTACCAACGTCTTTGGCAGAGCGTCCATTGAAGTCCTGAAA GAATTTACCCCTGATGAAATAGCTCAGATATCCATAGAAGAACTTGCAGA GTTTATTCAGTCTCACGGAAAAAACAGATTCACTAATCCTGAAGAAATCG CTACTGCTCTAAAGCAAGCCGCAAACCGTGCTTACCGCCTAAACTCTAAA ATGGAACAGGCCTGTGAGATAGCTCTTTCTTTAACTCTTCAAAACATTGA GCATCTCAAAAGGCAGATTAAAAGCCTTGATAAGGTTATTTCCAGAGAGC TTAAAGCTATCCCTCAAACACTTACTACAGTTAAGGGTTTAGGCGATGTG TCGGCTGCAGGAATAATCGCTGAAATAGGCGATATTAAGCGTTTTAAAAA CGAAGCTTCTCTTGCTCAGTATGCTGGCCTCACCTGTACCCGTTATCAGT CGGGCGACTTTGACGCTGAAGAGCGTCGTTTGACAAAGAGCGGGAACAAA TACCTCCGCTATTACTTGGTCATGGCCGCAAACTCGTTGCGGGTGCACAA CGAGGAATACAAGGCCTATTATCAGACCAAGTATCAGGAGGTTCAAAAGC ACCAGCATAAGAGAGCGCTGGTATTGACTGCCCGCAAACTTGTTAGGCTG GTCTTTGCACTGCTGAGCAAAGGCCAAATCTACAAAGGGGCGGTGAAGAG TTAA >TTE0515 transposase ATGTTATCAAAGAAAGAGGATGCAAGACATCAAATAGAATTTGTAAGCAT AGATCAATTAGTACCACAAGACCACCTTTTAAGAAAGATAGAAAAAGTCA TAGACTTTAGCTTCATATACGATTTAGTAAAAGACAAATATTCCGAGGGT CACGGCAGACCAAGCATAGACCCAGTAGTACTCATAAAAATACTTTTCAT TCAATATCTTTTTGGCATACCATCGATGAGGAGGACAATAGCAGAAATAA AAACAAATGTAGCGTATAGATGGTTTTTAGGGTATGGGCTGACAGAAGAA ATACCTCATTTTTCAACATTTAGTCAGAACTACATAAGAAGATTCAAAGG GACAGACATATTTGAGAAAATATTTACGAAGATTTTAGAAGAAGCAATAA AACATGGGCTAGTAAATGCAGAGGAAGTATTCATAGATTCAACCCATGTA AAAGCAAGTGCCAACAAGAAGAAATACACCAAAGAAATAGTAGAACAAGA AGCCAGGACTTATCAAGAAAAACTAGAAGAAGAAATAAACAAAGATAGAG AAGCTCATGGCAAAAAGCCATTAAAGAAAATCAAGAAGATAAAGACGAAA GAAGTGAAAGTAAGCAAAACAGACCCAGATAGCGGAATGTTAAACAAAAA CGGAAAAGAAAAAATCTTTGCATATTCTTTTCATACAGCCTGCGATAAAA ATGGATTTGTATTAGGAGTAAAAGTAACAGCAGCAAATGTACACGACAGT GTGATGTTTCAAGAAGTATTAGAAGAAGTTGAAAAGAGGGTAAGAAAACC GAAAGCAATAGCAGTAGATGCAGGCTATAAAAATCCGTACATATTAAAGA CAATATTTGATAGACAAATAATACCAGCAGTACCATACACAAGGCCAAAA ACAAAAGATGGTTTCATGAAAAAACATGAATTTGTTTATGATGAATACTA TGACTGTTACATATGCCCGCAGAATGAAATATTAACATATGTTACAACCA ACAGAGAAGGATATAGAGAATACAAATCAAACCCAGAAAAATGTAAAAAC TGTCCTCTAAGAGAAAAGTGTACCCAAAGTAAAGACTACACAAAGAGGAT ATTCAGGCACATATGGGAAGGATATGTAGAAGAAGCAGAACACCTAAGGC ATACACCTTACTGTAAAGAAGTATATGAGAGAAGGAAAGAGACAATAGAG AGAGTATTTGCAGATTTAAAGGAGAAGCATGGTTTGCGATGGACGACGTT AAGAGGGAAGGAAAAATTGTCCATGCAAGCGATGCTTGTTTTTGCTGCCA TGAATTTAAAGAAAATGGCCTTATGGTTATGGAGGAAGGGCAAAGGGCCC TTTGACATTTCAAAACTTTATCCATTATTTGGAGTTTTAAAGAAAATTTT ATCCAGATATATACAGCCCCTGCTTTCGGTACTAAGAAAACAGGGGCTAA AATTTTGCTTTGTCAACAAACTGCACCCTTTGCCAGGGTGCATTTTATAA >TTE0705 predicted site-specific integrase-resolvase ATGCTGCTGAGTATGCAAAAAGTTAAAGAGATATATGATATCAGTAGAAG AACATTAATAAATTGGGAAAAGGAAGGGTTAATAACTCCAGTTAGAACAC CAAAAGGAAGAAAAAGATACAAAAAAGAAGACATAGAGAAGTTATTAGGT ATGATAGAAGAAAAGCCGAAACCGAAAGTAGTTTTATATGCGAAAGTATC CACAAAAAAGCAAGAAGAATATCTTAAGAATCAAATTAGAAGACTTGAAG AATACGCTAATTCTCAAGGTTGGCAGTATGAAGTGATATCTGAAATAGCA AGCGGAGTAAGTGAAAACAGGAGAGGACTATTGAAACTTTTGAACAAGGT TAAAAGAGGAGAAGTTGAAAAAGTTGTAGTAGAATACCCTGATAGACTAG CAAGATTTGGGTTTGAATATCTTAAATTTTTCATGGAAAGTTTGGGGGTA GAACTTATAGTTTTAAGTGGAGAAGAGAATAAAGAAGAGATAAACAAAGA ATTGGCAGAAGATTTAATAGCAATAGTCACCTCATTTACGGCAAGAATTT ACGGTCAAAGAGGTGGCAAAAAACATGTTAACAATCCAAGCTAA >TTE1104 transposase ATGGAAGTTATATATCCACGCTGTTGTGGCTTAGACATTCATAAAAAGAC TGTAGTAGCTTGCGTAATTACACCAGAAGAAAAAGAAATACGTACATTTT CCACGATGACTGAAGATATACTAGCTATGGTGGACTGGATAAAAAATAAA GGGTGTACACATGTAGCGATGGAAAGTACAGGTTCTTATTGGAAGCCCAT TTACAACATTCTTGAGATTGAGGGGCTCAATCCAATGGTAGTAAATGCTA ATCATATTAAGAATGTACCGGGCAGAAAAACGGATGTAAAGGATGCGGAG TGGATTGCAGGATTATTGCAGCATGGTTTACTGCAGGGCAGTTATATTCC TTCAAGAGAGCAGCGGGAATTGCGGGAATTAATAAGATATCGACGGAGCT TAATAGAAGAACGTGCCAGAGAAATAAACCGGATGCAAAAAGTATTAGAG GGAACAAATATTAAACTTGCTTCTGTGACTACAGATATACTGGGGAAATC ATCACGTGCGATGATTGAAGCTATAATTAATGGAGAAGAAGATCCTGCCA TTTTATCCGAATTGGCTCAGAAACGATTAAAGAATAAGAAAGAAGAACTA AAGAAAGCTTTAAATGGTTTAATAGGACCACATCAAAGATTAATGTTAAA GACACAGCTGGCACATATAGATTTTCTCGATGAACAAATAGCCTTATTGG ATGAAGAGATAAAGAGGCGAATGCTCCCTTTTGAAGAGGGCTTAGAACGT TTACACAATATTCCTGGAATAGGCAGACGTACAGCTGAACACATAATAGC TGAAATTGGTACAAACATGGACCAATTTCCTTCTGCTGCGCATCTTTGCT CCTGGGCGGGGGTAGCTCCAGGTAACAATGAAAGTGCAGGGAAAAGAAAA TCGGGTAGAACACGAAAAGGGAACGAAAAATTACGGTCTGTGTTAGTAGA AGCTGCAAGAGCCGCTGCTCACACGAAAGATACATATTTATCAGCGCAAT ATCACCGTATAGCTGCCCGGCGAGGAGCCAATCGCGCTGCAGTTGCTGTA GCTCACAGTATCCTTACGATTGTGTATTATTTATTAAAGCGAAAAGAGAG ATATAATGAGTTAGGAGTAAACTATTACGAAGAACGCAAGAAAGAAGCAA TTGTGAAACAGTCCATCAAGAAATTAGAGGCATTAGGATTAAAAGTCACC GTGGAGAATGCAGTGTAA >TTE2428 SEC-C motif ATGAAAATATTTAATATTGGAAGAAATGACGAATGCATATGCGGAAGCGG GAAAAAATATAAAAAATGTTGTATGTCAAGAGTTGAAGAACTTGAAGTAA AACTTTCAAATTATCTTGGAAAAGATGCAGTAATTTCCCGCGAAGGCAAA GAATTTATAAAAATTTTGAGCATCTTGTACGGTATTAAATTAAACAAAAA TGAAAAATACTTCAATGGGGAAAAATTATTGAAGTTAGTAGATGAAGCAT GGATGGAAGAAGAAGATTACTCTGAAGATGACGTAATAACTTTTTTCCAG CAGATGACAAACTTTATATTTGAAGACAAAAGGTTAAAATACTTGAGAAT ACCCGGCAGGTTGTTTGTTGAATTTACTTTTAATGAAAATGAAGAAGAAA AAATAGACAATTTAATGCTGGAGCTTCACGACCAATACATAATAGAAAAC TATCTTTTAGAAATTTCATATGCTTTGCAAAACTATGACTTTACCGACGA AGAATTAAAAAATTTGTTCCATTTAATAAGCCTTTCCATTACAGATGAAT ATCATTCATTTTTGAGGGTAATTGTAGGTGCTACAATGCTGGAAATATCT AAAGCTTTTGAAGAAATTGCTAAAATAGATAACGAGGAAAAAAGAAAGGA AAAATTCTTTGAAATAGCTTCTCAATATATTTCTTTCAACGAGTATATAA CTGCCAAAATGAGTGATTTAATCGAGGAGAATTGGAATAAAATTATCAAA GAACCTTTGGATCTGCCCTTTTTCACTGTATATTTGTTTTACCTTAAATT TTTATCAAAAACGCTCTCAATATTCACCACAAAAAACTTACCTTTTAGTT TAGTTGTTAATTTTTTAGTTGATACTTTAGATGAAATATTAGCCGAACCG GTTGTTTTTGAAAAATCTTTAATAAGTATTATTGACAGTTTGTACACCAA AGCCCAGCAAACTGAAAATGATGAATTAAAAAAGAGCTTTGAAATTACAG GTGAGCTACTAACTTTGCCTCCAAACGCGGAAAATTTTAAAGTATTCAAA AATCTCTTTTCTTCTAATATTTTAAGGTACGTAGCTGAGTTCCCACACAA GATTGAAGAAATTGACGAAACTGTAGAAATTGAAAAACTAATCTCTGATG AATTTTTTAACAAATATGTTTCTTACTTAGAAAATAACCAAATGACTGAA GAAAGGGATTTACTAAAAGAAGCTTATAAGAAATTGAAAGAAAATATACA AAATCTGAGTAATTCGCAAGAAATTATTTTAGAAAAAATAAAAGGCCTAA TTAGAGGGGAACTGCCTCTTTGA >TTE2242 transposase ATGCTCACTGCTTTGTTTATCCAAAAAATTCTCTCTATCCCTACTGTTCA ACTCCTTGTCCATGCTCTTAAACTATCTAAAGAATTAAGAGAGCTTTGTG GCTTTAAAAGAGTCCCTCATCCTTCTCAATTCTCTAGATTTAAATCCATT TTCCTCAAAGATTTGGAGAATTTCTTCAATAATCTTGTTAATTTAACTGA GCCTATTTGTCAGGCTATTAATCCTTCACTTTCTAATATCCTCATCGCTG ATACTACTGGCTTTGAACCTTATGTCAGAGAAAATAATCCTAAGTTCTTT GATTCCCTTTATAGAAATATTAAAAAGTTCTCTAAATCTAATCCTGATTT TGATGCCCACTCTTATGCTTGCTCTAAAATGCCTAAGTTTGCTCACTCTA ATCCTGATGCTAAATTCTCTTATATTAATGGGCATTATTGTTACTCTATC AAAGCTACCATTCTCACTAATGGCTTAGGCATTATTCAGCATATTAGTTT CTATGACGATGATTCTTTAGATGTCAATACTGCTAAATCTGCTGCCGAGT CTAAAGATTTGTACGATTCAAAAACTTTAATCCCTTCTCTTAAGGAATTC TTTAATTTGCATCCTAATTTCTCTTATAGATACTTCTTAGGTGACGCTGG GTTTGATTCTTTTGATAATTACAAATACTTGTTCTCAGAGCATGGCATAA TACCTATTATCCCTATTAACCCTCGAAATTCTAAAAACTTACCTCAGCCT ACTTTTAACTCTGATGGTATCCCTACCTGCCCCCGTGACCCTTCTCTTAA AATGTCCTATGATGGCATCGTCCGGGAAAAAGGTAGAGCTACCAGAATTA AATGGCTTTGCCCTATGTCCAAAAAAGTTAGACTAAATGGTAAAACTACT TATATCCTTCAATGTGATAACCCCTGTACTCCTTCTAAATGCGGCAGAAT ATTCTATACTACCCTTGATATTGATTTTAGAAAAAATACTGTTGTCCCTC GTAACTCTAAAAAGTGGTCCAAACTTTATGAAAAACGCCCTATTATTGAA AAATCTATTTCCCTTTTAAAAAGTTCTATCGCTGTTGATAGCTTTAAACT CATAAATACCAGGTCTATCAAAGCTGATGTTTTTCTTGGGGCTATCACTC AACATATTGGTTTAATTATTACTGCAAAGCTTGGTATTTTTGAACATCCT TTATCTTTGAAAAAACTTTTGGCTTGA >TTE1944 conserved hypothetical protein ATGATTAACAAGGTAGCTGAGTATCTTTCACGAGAAGGTTTTTATTTTTA CGAAAAATCATTTAGAAAGTTTTCAGAAGACATTTATATTTTTGTTGTAA AAAAGGCAAATGAAAAGAGCATTGGCCTTTTAACACAAGGGGATTTTACA CTTTCTTCTCCCTATTTCACCGAAAGGAAATATTTAAAAGAAATAGGCTA TTATTTAAATCTTTACCCACTGACTTATGAAAATTTTGTAATTTTAAAAG ACAAGTTTAGTATTGCGCCATCTCCATGTAATAAAAAAGTCTCCTTTGGA ATGGGCGATAGGTTAGGGCTTGTTACTGCTGCTCATATTAGAGCAGTAGA GAATTACGATGTCTTCCCTGTTTTAGCTCAGCAATCTCCCAGAGAGCTTA TGAAAACCCATCGGAGTTTCAAAGAGGCTATTTTAAAAGCGATTTTGGGT GTGCTGGAAGAAGGATATACAGGGAAATTTGGTGCAGACGCTGACCACAT AAAAGATGAAAATTATTTGATGGAGGCAATTGATGCAGGCTATACCATGT ATACTCTTGATTTAAGTGATATGCTGGTGAAACTATCAGACTATACAGAA TCCCAGTTAAAAGAAAAAGCGGAGAAGTTAAATATTACAAGCAAGAGGAT AATTGAAAGATTTAAAGGCAAAAAATTTGTGATGCCAACAAAAGAAGCTT TTACAGTTTCAGAAGAGGAATTGTATAAATCTGCTCTCACTTATGAAAAA GCCATGGACTTCGTAGAAAAAGTGTATGGTATTCTGAAGGATAAAGTAAA AAATTTTGACCTAGAGATTTCAATTGACGAAGGAGACAAAGACACAACAG TAGAAGATCACATATTTGTCGCTGAATATCTGCATGAGAAAGGGATAGAT TTCTGGAGTTTGGCCCCTAAATTTCCTGGGGAATTTCAAAAGGCCATAGA TTATATAGGCGATGTGGATAAATTTGCTGTAGAATTGAAGAAACATCAAT TTCTCTCCAGAGAATTTGGAGGATACAAATTGAGTCTTCATTCTGGAAGT GATAAATTTAGCATTTACAAAGTATTCAGCGAAATCACCGAAGGGGAATT TCACATAAAAACTTCTGGCACGAGCTGGCTTCAGGCAGTTAATTTGATTT TTGAAAAAGACAAAGAGCTTTTTAAAGAACTTTACCAGATTGCCCTTTAT AACCTTGAAGAAAGTAAAAAAGCCTACAAAGTGCTGATTGATAAGAAGGA CTTTCCTGAAAATATAAACTTGGAAGACTCTCAGATTGTTTCAAAGCCGG AAATTAAGCAGCTTTTCCACATCTCTTATGGAGTTTTACTGGAAGAAAGG AAAAAACAAATTTTTGAAGTTTTAAATAAGTACGAAGAGGAGCATTACGA ATTTGTCAGAAAAAATATTGAAAATCACTTTAAAGAGATATTCAGTAAAT AA >TTE0263 ATP-dependent nuclease ATGAGCATAAGGTTTATATACGGAAGGGCAGGAAGTGGCAAAACCTATTT CTGCCTGGAAGAAATAAAACATAAATTAAATGACGGTGCTAACCATCCTC TTATCCTTCTTGTTCCAGAACAGTTTACATTTGAGGCGGAGAAGTACCTT CTTGATATGATTGAACGGGATGAGAAGATGAGGGCACAGGTTTTAAGCTT TAAAACCCTGGCAAACAGGGTCTTTGTAGAAGTGGGCGGGCTTGCCCGTC AGCATATGAAAGCCTGTGGAAAGTCTATGGTAATATACAAAGTTTTGGAA GAAAACAAAGAAAAACTCAAAGTATATTCCAAGGCTTCTAGACAGCAAGG ATTTGTAAAAAAAATTTCTGAGGCCATAACTGAATTCAAGAGATTTGATG TCACACCTTTTCAGTTAATTGACGCTAGCGAAAAAATAGAGAAATTGGGA TTAAAGGAAAAACTTGAGGACTTAGCCCTCATATATTCTTCTTTTGAAGA GGTATTGCACAAAAACTACATAGACGAAGAAGATGAGTTAGACCTTTTAT CTAAAAAACTGGAGAAGTCTTTGCAGTTTGAAGGAGCAGAGTTTTGGATA GATGGCTTTACCGGTTTTACTCCAAAGCAATATAAGGTGATAGAAAAGCT TTTAAAGAAAGCTTCAAGGGTGAGTGTGACCCTGACATTAGACCCTTCAA TAGATTCAATTGACCCTACCCACCTTTTTTACACTACAAAAAAAACAGAA GAAAAACTAATTAAAATATGTGAAACCAATGGTATTTCAGTTGAGGAGCC TGTTAATTTGAACAAAGGAATACCCAAAAGATTCGAACATAATAAAGAAC TTGCTTTTTTGGAGAAAAATTTCTTTTCACATCCTTACGAAATTTACAAT GAAGAGACAAAAAATATAAGCATTTTTAAAGCTACAAATATGTACAGCGA GGTAGAAGAGGTAGCTCGCGATATAGCTAGATTGATAAGAGATGAACACA TGAGATACTCTGACATTGTGGTTGCCACAAAGGACCTAAAAAGATATTAT AAGCTTGTAAAAGCTATATTTTCCCATTATGGTATTCCTCACTTTATCGA TTTGAAGATAAACATAACTAACAATCCCATCATAGTATATGTGATTTCTA TTTTTGAAATATATCTAAAAAATTGGTCTTATGAATCGGTTTTTAGATAC CTCAAGACAGGTTTTACGGGAATAGACAAAGAGGAAATAAATCTTTTGGA AAACTACGTTTTGGCAAACGGAATAAAAGGGAATAAATGGAAAGAAAGAT GGGAGTACAGAATAGACTATAAAACTGACAGCCTTTTGATGGAGGAGAGG GAAAAACAGATTATAAATAAAGTAAATGAAGTAAGGGAAAGAGTGTATTT GCCTTTAGAGAAGTTTTATACAAGATTTTCTCATTCAAAAAATGTAAAAG AAGCCTGCGAAGTCCTTTATGATTTTTTGGTGGAGAATAAATTGCCTGAG AAGATAGAAAAGTTTATTGAAGAGTTTAAAAACAGGGGAGAATTTGACAC AGCAAATCAATACGCTCAAATTTGGGACATAGTGGTGGACGTGTTGGACC AAATGGTAGAAGTGCTGGGAGAAGAAAAAATTTCTTTAGAGCAATTTGCA CGGCTTATATCCATAGGTTTTGATGAGTATCAGATTGCAAGCATTCCACC TGCATTAGACGAAGTCTTGGTCACAAGTGTGGACAGGATGAAAAGTCACA ACAGCAAAGTCCTTTACCTTCTTGGAGCAAATGACGGGGTATTTCCAGCC TCCTCCTTTGAAGAAGGCATATTTTCAGACGAAGAGAGAAATTTGCTTTC TTCTTTGGACCTTGAGCTTGACAGAGATACAAAGGCAAAGGTATTTGAAG AACAATTTCTAGTGTACACAGCTTTAACTTCCGCCAGCGAGTTTCTTAAA ATAAGCTATCCAATTGCAGACCACGAAGGGAGGAGCCTAAGGCCTTCTAT AATAATTTCTCGCTTAAGAAGGATATTTCCTAAGATAAAGGTTAGTACAA ATATCGTGGAAATGGACACAGACGAAGAAAATCTAAACCGGGTGACAGTG CCTTTGCCCACTTTTAATGAGATGATTAAATCTTTCAAAAAATGGAATAT TACAGGGAAAATTCACCCTATCTGGCTGGAGGTCTATAAATGGTATAGGA CAAAAGATGAGTGGAAGAAAAAATTAGAAGATACTTTAGAAGGTTTTGTC TATGACAATCAGATAAAAAGAATACCTCCTTTAAAGATAAAAAAGCTTTA CGGAGAAGAAATGGAGTTTAGTGTATCAAGGCTTGAGAAGTATGCTGCCT GTCCTTTTGCCTATTTTGTGCAGTACGGGCTTAAGGCTAAAGAGAGAAAA ATTTACGGTTTTGAGCCTCCTGACCTTGGAATTTTCATGCATAATGTCCT CAATGAAATTGCCAAGGCTTTAGAAAAGGAGGAGCTTACCTGGCAGGAGA TTGATAAAGAGTGGTGTAATGATGCAGTTGACATAATTGTAGAAGAGATG GTAGACAAAATTCCGGGCTACATCCTAAAGAGCAGTTCTCGATACAGATA CCTCGCAAACAGACTAAAGAGGGTGCTGTCCAAGGCTGTATGGATAATTT CTGAACACATGAAGAGGAGCTCTTTTGTGCCTTTAGGTCATGAAGTGGCT TTTGGTGAAAATCAAAAATATCCTCCTATAAAAATCGTGCTTTCAAACGG AGAAGAAATAAAGCTGATAGGCAGAATTGACAGAGTGGACGTCCTTGAAA AAGAAGGAGAAACATATGTAAGGATAATAGACTATAAATCGGGAGACAAA ACTCTTGACCTTTCAGATGTACTTTATGGACTTGAACTTCAGCTTCTTGT GTACTTAGATGCCATTTTGGAGAGCGCTTTTGAAGGGAAGGCAAACTTAT CTCCTGCGGGGATATTCTACTTCAAAATAGACGATCCTATTGTGAGGGCA GACAAAGATATTTCTGATGAGGAATTGTATAAGGAAATAATGAAAAGGCT GCGGTTAGAGGGATTTGTGCTTAAAAGTTTAGATATAATAAGAGAAATGG ATAAATTAATAGAAGGGACTTCCTATGTAATCCCTGCTTCTATCAATAAG GATGGAACTATCGGCAAAAACACAAAGGGACTGACAGAGGAGCAATTTGA GATTTTAAGGAAATTTGTAAAGAAAAAAAGCAAAAAACTAGCTGAGGAAA TGCTCCAAGGGGATATTTCCATTTTGCCTTACAAGAAAGAAAAGGAGACG GCCTGCCAGTACTGCCCTTACTCTTCTATATGCAAATTTGAGACCAATTT TAAGGGCAATGACTACAGGAGAATAGAAAGCAAAGAAGAAAAACTGTGGA GTATTTTTGAAGAGGAAGTGAAAGAAGATGGAAGTCAAGTGGACGGAAGA ACAGAGGGAAGCGATAACAACGAGGGGTAA >TTE0390 hypothetical protein TTGAAAAAAATAAGTATAATTTTAATGATATTTGTTTTGAGTACTTTGTT GTTTACAGCTTGTAATACGGAAAGTACTGATACAAAAACCGATGACTATA TAATTAATACAGTCAAAAAAGTTGAAATCTTAGATCACAAATTTTCAAAC TACTTTTTGACGTATGAGGAATATTTAAAAGGACTGAAAGACTTATTTGT TAATGCATTTGATGAAAATAAACACTATGAGAGAAAATATGCGGAAATAG ACATAAGAAATTTTACTGATGAACAGTTAAAAAATATAAGGGAGAAATAC ATAAAGGAGAATAAAGAAGATAAAGTTGAAGTAGAAATTTCAAAAATATA CAGTGATGGAAAATACAAGTATGTGTTTACGAAAGCAAACATTATTCAGC CGTACATGCCGAAAAACAAAGAAAATATTACTGGTATAGTTATTACTAGA AAATATGCTTTTGTAAAAGAAAATAATGATTGGAAAATACAATACATTGA CCAGGCTTTGTATTCAAATAATATCCCATTTGAAAAAATGGAATATAATA AATTCAACAACAAATTAGTTCAATATATAACAAAATTTGACCCATTAGAA AATTAA >TTE0853 transposase GTGTTTTTTGTTTTCCACAATCTATTTTATCACAGGGGTTGTCTCTTGTT TTTTCACTTTAAAAATCCTACGATAATTTTACACTATGGAGACACATTAA TTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTGAC TACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGAGA AGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACATA AGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGCTG TGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTTAA TCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCACAA AAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACGGG AGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCGGAATTAAGGGT AGCGATGGACATAAAAGAGAGGTTGAACAAACAAATAGGGATGACAAAAA ATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCGTA TTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTTCC AACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGATAT GGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGCTG ATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATGGC GGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAAAC AAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATACCA GGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTAGC AGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAAAC AGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTAAG CATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGGAG TGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATTTC GTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAAAG AAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTATGT CATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGACA TAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE1227 transposase ATGAAGTATACACAAAATGAGAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTCAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAGTACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACTG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAGCGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAAGCCAGGCTTACAGGAAGCTGCATAA >TTE2646 transposase ATGTTATCAAAGAAAGAGGATGCAAGACATCAAATAGAATTTGTAAGCAT AGATCAATTAGTACCACAAGACCACCTTTTAAGAAAGATAGAAAAAGTCA TAGACTTTAGCTTCATATACGATTTAGTAAAAGACAAATATTCCGAGGGT CACGGCAGACCAAGCATAGACCCAGTAGTACTCATAAAAATACTTTTCAT TCAATATCTTTTTGGCATACCATCGATGAGGAGGACAATAGCAGAAATAA AAACAAATGTAGCGTATAGATGGTTTTTAGGGTATGGGCTGACAGAAGAA ATACCTCATTTTTCAACATTTAGTCAGAACTACATAAGAAGATTCAAAGG GACAGACATATTTGAGAAAATATTTACGAAGATTTTAGAAGAAGCAATAA AACATGGGCTAGTAAATGCAGAGGAAGTATTCATAGATTCAACCCATGTA AAAGCAAGTGCCAACAAGAAGAAATACACCAAAGAAATAGTAGAACAAGA AGCCAGGACTTATCAAGAAAAACTAGAAGAAGAAATAAACAAAGATAGAG AAGCTCATGGCAAAAAGCCATTAAAGAAAATCAAGAAGATAAAGACGAAA GAAGTGAAAGTAAGCAAAACAGACCCAGATAGCGGAATGTTAAACAAAAA CGGAAAAGAAAAAATCTTTGCATATTCTTTTCATACAGCCTGCGATAAAA ATGGATTTGTATTAGGAGTAAAAGTAACAGCAGCAAATGTACACGACAGT GTGATGTTTCAAGAAGTATTAGAAGAAGTTGAAAAGAGGGTAAGAAAACC GAAAGCAATAGCAGTAGATGCAGGCTATAAAAATCCGTACATATTAAAGA CAATATTTGATAGACAAATAATACCAGCAGTACCATACACAAGGCCAAAA ACAAAAGATGGTTTCATGAAAAAACATGAATTTGTTTATGATGAATACTA TGACTGTTACATATGCCCGCAGAATGAAATATTAACATATGTTACAACCA ACAGAGAAGGATATAGAGAATACAAATCAAACCCAGAAAAATGTAAAAAC TGTCCTCTAAGAGAAAAGTGTACCCAAAGTAAAGACTACACAAAGAGGAT ATTCAGGCACATATGGGAAGGATATGTAGAAGAAGCAGAACACCTAAGGC ATACACCTTACTGTAAAGAAGTATATGAGAGAAGGAAAGAGACAATAGAG AGAGTATTTGCAGATTTAAAGGAGAAGCATGGTTTGCGATGGACGACGTT AAGAGGGAAGGAAAAATTGTCCATGCAAGCGATGCTTGTTTTTGCTGCCA TGAATTTAAAGAAAATGGCCTTATGGTTATGGAGGAAGGGCAAAGGGCCC TTTGACATTTCAAAACTTTATCCATTATTTGGAGTTTTAAAGAAAATTTT ATCCAGATATATACAGCCCCTGCTTTCGGTACTAAGAAAACAGGGGCTAA AATTTTGCTTTGTCAACAAACTGCAAGCTTCTCTCTTGAAAGAGAAGCTT TTAATGTTTTTAGCCTACCTAAGAGGGATTGAAACGAGGATGGGGTATAC GCTGCCACAACCGGTAGAGATAGAGTTTTTAGCCTACCTAAGAGGGATTG AAACAGTACAGATTCTACAACTATATTTCAAGTACAAAAGTGTTTTTAGC CTACCTAAGAGGGATTGA >TTE0742 hypothetical protein ATGATAGTAATACAGGCTAAACTTATTTTTCTAAATCAAGAAGACAAACA AATAGTATTAGACTTAATGAGAAGATGGTCATCATGTATGAAATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGGGGATGTTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAAGCACACTAGAATCTGCTAGAGAATTAGGTAAGAGTCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTGTTTGGAAAACTTCAAAAGCGACAT ATAAATGGGAAGGCATATGAAAAATTAAAAATTAGGTGGCAGGAGAAGAG AAAAGGAAATCTCTATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAGAAAAAATGGCACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTGTATGCCAGAATAGAAGCAGGCTACAAAAAGAA TAAGAGAAGAGAAGAACTTCTGCAGGAGATTGCAGAATCAAACATACCCT ACTCTGTAGAATTAAAACTCAAAAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAAATAAAAATAACAAAAGAAAAAGGAGTTAT AGGAATAGACATAAACGCACATCCGGGCAACATATCATGGACAGAAGTAG ATGAAAAAGGGAATCTAATAAGCTATGGGAATATGCCAATGCCAGAGCTT GCAAGTGGCAGTAAAGACAAAAGAGAATACTTCAGATGGCAATATGCTCA TGAAATAATAGAAATAGCAAAAAAGAAAAATAAAGCAATAGTAATTGAAG AATTAGAAATAAAAGACAAAGGAAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGGCATAGTTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAAGTCAATCCTT CTTACACCTCAATAATAGGGATGTTGAAATATGCACCGCAGTATATGATA ACAAAAGACATATCAGCAGCCTATGTAATAGCAAGAAGAGGGTTGGGACT GCAGGAAGAGATACCAGATAATTATATGAAGTTTCTCAACGCATTGACTG TAGAAGAATTAGAAGAATTAAAAGAACATGTAAAGAAAACAGTTAGAAAT AAGCATTTAAAGAAAAAGCATTTAAGGGAAATAAATAAAGCGATAAAATT TTTGCAAAGCCTTGAGAGTGAGCCAGAAAGGGTGCTAAAACCTCTGTATG GAACAAGTTTTAGTACCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTAACGCCACTCTCTCCTGAGAAGGTACCAAGAGACTTCTCTACCCTGAA GGAATTATTAATTCAGGGTAAGTGGGGAGACCCGTAA >TTE2664 conserved hypothetical protein ATGCAGCTTATTGTTACTTTTACTGCTTCTGGACCCATATTCCTACCGGT CCATTACGGGCATTTATTGCAAGCCCTTATTTACAATCAGATGGACAACC CCACTATACGCCACTACCTTCATGAACACGGCTTTCCTTTAGGGAAAAGG CATTTTAAACTTTTTACCTTTTCACGCCTTCAAGGGAGAGAGCTTACATA CGAAAAAGAAAGTAAAAGGTTAATCTTTACCCCACCTTTGAGGCTAGTAA TTTGCTCTCCTCTTGATTTTCTCTTGCAAGAACTGGGGACAGGTTTTTTG CGTCAGGGTAAGGTGCGCATAGGGGAAGCAGTGCTGGAAGTTCAAAATAT GTCTGTAGGTGCACAACAGGTTTTATCTACTTCTATAAGAGTGCGTATGT TATCACCTTTGGTAGTTTACAGCACACTAGAAAAGGAGGGAGGGGATAGA TACGTCTATTATTATACTCCTTTTGAAGAGCGTTTCAGCCAGTTAGTGGG AGATAATTTGAAGAAAAAATATCTTATAGTTCATGGTAACTTTCCTTATT CATTGAATTTTAATATACGCCCTTTAAGGGTCAGAGAGAAGGACTTCAAA GTTACTTATTTTAAAAACACAATAGTCAAGGGATGGATGGGAGACTATGA GCTAGAAGGTGAACCTAAGCTTCTACAACTAGCTTTGGATGCAGGTTTAG GGTCGAAAAACTCACAGGGGTACGGGTGTTGCAGATTGCTAGAGGAAGGG AAAACATATAAAGGAGGTGAAAAGAGTGGCTAA >TTE2634 hypothetical protein ATGATAAGGTTTAAAATTACCCCTTACGATGTGTTTTTCTTTGGCTCGGG AAGGCCTTTTAATGTAGGTGATGTAGTATATTCCATTTTTCCTCATCCTC ACACACTTGCAGGGGCTATTTGTACAAAAATTCATGCGCATACAAAAATT GACACATCGAGGATTTTGAAAAATGTTTATGGCCCTTTTATTGAAAGAAA CGGGAAACTTTATTTTCCTAAGCCCAGTAATATTTTGGGGGAGAGAAAAA AAGAAGAAATTGAAAATATATTTCATGCTCGCCATTATGAATTAAATACT AAGCTTTTTAAGAAAGAAAATACTAATGCTGATTCTAACATTAAAACATT TCCGCTGTATATGGGTAAAGAGGATATAGGAACTTTTCCGGCTTTTATTT CTATAGAAGGGCTGAGAAAGTGGCTCAAAGGGGAGAAAATAGAAATACAT GAAATACTTCAGTATAAAGAAATTTTCACAAAAGAAGAAAGACTTGGAAT TAAAATGGATAGCACAGTGAATGCAGTAGGGGGAGAAGAAGACGCACTTT ATAGAATAGAATTTATGAGATTAAAGGAAGATGTAAATCTCATTGTGTGG GTAGAATTTGATTTTGAAGCTGAAGAGATTAAAAAAGCAGGTTTTTCAGA TGAAAGCAAATTGAGGGGATTTTTTAATCAACCGCCAAGAGCTTTAAAAA TAGGAGGTGAGATGAAAAACGCCTTCTATGAAGTGGAGGAAGAAAATTTT GTGGAATTTTTGAGAGAAAATTTGGGAGTTTCACAAATGGTAGAAGTAAA ATGTGGAGATATTGTAAAAGTTTTATTTCTGACCCCTGGAGTTTTTCCTG ATTTTAAATTTTCCGTGGAAGGATTTGAAGTGTTTTCACTGGCTCTAGAT AAATACACAATTGTAGGGAGGTACTCACCCAAATTAAAAATAACGAAGAC TGTGAGGGCTTTTCCAAGTGGCACAGTGATGTGGTTTAAAGCGAAAGAGG ACATGCTTTTAATGAATCCGGCTTTCATTGTACCTGAGGGCAATTATCAT TCTTTTAAAATTCCAAGTGGTGAGCAAGAATTTATTGGCTCTAATCTAAT TCTCATTGGCAAGGAGGAGGTAAAAGATGTATAA >TTE2355 hypothetical protein ATGGGTAAGAAACTATCAATTTCTATGATTACTTTTATATTTTTTCTATT TGTAATATTTTCAGCAGGATTTTTTACCGGTATATATACTTCAAACACTC TATTTGCATCAAAGGAATTAAAAGATTTAACAGAGAAAGAAAAGATAGAA GATTTTGAGTACATGTATAACATTTTAAAAGACAATTACGCACATTTTTA TGAAGTAAAGAAAATGTATGGCTACGACTGGCTAGCCCATAAGGAAGAGT TTATAGAAGAGATAAAAAATACAAGGAATAATATTGAGTTTTATAATAAA TTAAATGAAATTTTACGGAAATTGCATGATGGGCACCTTTATGTAGCAAG TCCTAGCTATTTTAATTATCTTTTAAAGTTAATCGAAGGTGAAGAGATAA GAAATTTTATTGAATTTAAGCCTTTTATAAAAATGTTTAAAGATTCTAAG AAAAATTATGAAAAATGGAGTGAATTGCTAGGAAGTGTAAATCCCAGTCA TAATAGTAGCTTTTTTGTTCAAATGAGGAGAGGACAGAAAAATATAAAAA CAGAAATTTTAGAAGAGGATAAAATAGCGTATTTAAGAGTTAATTCTTTT TTGATAGATAAAGATCAGAACAGTAAAAATTATCGGGAAGAGAAAAAAGA AATATACAACTTTTTAAAAACTATCAAAGATTATCCTTATTTAATTATAG ACATTAGTGGAAATGAAGGAGGTTCTTCAGAATACTGGATAGATGCTATA GTAGCTCCACTGATAGGAGAAAAAGGTTTCAGATACTCTGAGGATAAAAA TACATGGTTTTATCTATCGAGAAAGGGAAAATATACGAAAAAAAATTTCG AGAAGTATGTAATATTTTATGACGAAGATAAATTCAAAGAGAGTCCTATA TACGATAAACTTTCAGAAGAGATGAAAAAAGATTTTACAATCTGTGAATT TAAAGAAAACCTATCTAAACAAAAAGAAAACTACATAGAAAAGTTTTTCA AATCAAATGAATATGTAAATTTCAAAGGAAGGATATTTCTAATAATAGAC AGAGGAACTTTTTCTGCAGCCACAAGATTTGCCATGTTCTGCAAAGAAAC TGGTTTTGCTACATTGATAGGAAGAAGTACTTCAGGAGATGGTTCACTTA CTTCATATATGAGGCTTCCTAACAGTGGATTGATTGTGAGATTTGAAGCC GGCACAATTTTAAACCGAGACGGGGGTTCATTTTTTATAGAAGGTGTGAA ACCAGACATAGAATTAGACGTTCCAGATACAAATGCTGGCTATCCAGAAG TAAGAGCAGAAATATTGAAGCAAAAGACAGTCGAATTGATTAAATCTTTA GGAAAAGAGAAGTAA >TTE1786 transposase ATGAACAAAGTACAAAAACTACTTTTAGTCCACAGTTCTGATATAATTTT TGTCGGGGTCGATGTAGCTAAAAAGACCCATTATGCAAGAATAATAAATC ACATAGGACTTGAAGTAATAAAACCCTTCAAATTTAATAATAGCATAGAT GGATATGAACGTCTAGTATCCAAAATACTCGAAGCCAAAGAAAAATCGAA AGCAACAAAAATATTAATAGGTTTCGAACCAAGCGGTCATTATTGGAAGC CACTTGCATGGTTTTTAAAAGAAAAAGGATATACAGTAGTGATAGTAAAC CCATATCACGTAAAACAAAGGAAAGAAGAGGAGGACAACAGTCCATCAAA AAACGATAGAAAGGACGCGTTAATAATTGCAAGACTAATAAAAGAAGGGA AATTTCTAAACTGTCTTTTACCTCAAAACACATATGCAGATTTAAGAAAC CTTTCAGTTGCAAGAAAGCAGTTAATAAAGAAACTAAACAGTGTAAAGAA TAAAATTATTGCAATATTAGACGAATACTTTCCTGAATTTGAAGAAGTAT TCAAGAATTTGTGGGGGAAAGCAGCCTTATGGATATTGAGGAACTGTCCA TTTCCCAGCATAATACTTAAACTGAGCAAAGAAGAAATAGCAGAACAGCT AAAGAAAGCCACTAATAACAGGGTAGGCATGAAAAGGGCAGAAAAGCTCA TTGAAGCAGCAAAAAAGTCAATAGGTGTAAAAGAAGGGATAAAAGGGGCA CAAATACGTTTAAACATTTACCTTGATGAATTAGAATTTTTAAAAACACA ATTAGAAACCATAGAAAAAGCTATGGAAGAACTGCTCAAAAAAATAGACA TAGCAGAATATCTGTTAAGCATTCCAGGCATAGGAGTAATAACAGTAGCA GGATTTTTAGCAGAAGTAGGGGACATAGGGAAATACACACACTATAAACA AATCCAGAAACTTGGGGGATTAAACATAACGGATAACCAATCAGGGAAAC ACAGGGGGAAGACCAAGATATCAAAGAGAGGGCGTCCTGAGTTAAGAAAT CTTCTATACAAAGCAAGCCTGACATTAGTAGCCAAAAACAAAGAATTTAA AGCACTTTACAACTACTTTTTAAGAAGGCGAGAAAATCCTTTAGAGAAGA AACAAGCATTAATTGCGATTTCAATAAAACTCATAAGAGTTATGTTTACG CTTGCTAAGAAGAAAGAAAAATACGATTCACAAAAAGTACTTGGAGAATA TCGTATGAAGCAAATAAAGGATTAG >TTE1723 hypothetical protein ATGTATCAGCTTCAATTACTCTTAAATATACCTGAGCTCTTTACTTCTCA CTCTAAAATTGACTTCTATTCTTCTATGTTTGAAAATCTTGATCCATCTT CAATACCTGAATTCCCTTCTTCTGGCCCTGGCCGTAAAGGTTATTCTCAT CATACAATGTTTAGAGCTTTTATCGTTATGCAGGCTGAAAGATTCGGTGA AATTACTGACCTCGCAGACTGCCTTCGCAATAATCTTATTATTGCTCATC TTTGTGGCATCGATATTACTAAACCTCTCCCTTCTTACTGGACTTTCCGC CGCTTTATTAATGAGTTTGCCCATGATTATTTGACCACTATCTTTAAAAA TCAGGTTAATATCCTCAAATATTTGGGCGTTATCTCTGGTGAGTTTGTTT CTATGGATTCTACTCATATTAAAGGTAACACTAATTCAACAGCTCTTATA TCCCTAAAGCCAATTCTACTGCTACCTTAG >TTE0865 transposase ATGTTATCAAAGAAAGAGGATGCAAGACATCAAATAGAATTTGTAAGCAT AGATCAATTAGTACCACAAGACCACCTTTTAAGAAAGATAGAAAAAGTCA TAGACTTTAGCTTCATATACGATTTAGTAAAAGACAAATATTCCGAGGGT CACGGCAGACCAAGCATAGACCCAGTAGTACTCATAAAAATACTTTTCAT TCAATATCTTTTTGGCATACCATCGATGAGGAGGACAATAGCAGAAATAA AAACAAATGTAGCGTATAGATGGTTTTTAGGGTATGGGCTGACAGAAGAA ATACCTCATTTTTCAACATTTAGTCAGAACTACATAAGAAGATTCAAAGG GACAGACATATTTGAGAAAATATTTACGAAGATTTTAGAAGAAGCAATAA AACATGGGCTAGTAAATGCAGAGGAAGTATTCATAGATTCAACCCATGTA AAAGCAAGTGCCAACAAGAAGAAATACACCAAAGAAATAGTAGAACAAGA AGCCAGGACTTATCAAGAAAAACTAGAAGAAGAAATAAACAAAGATAGAG AAGCTCATGGCAAAAAGCCATTAAAGAAAATCAAGAAGATAAAGACGAAA GAAGTGAAAGTAAGCAAAACAGACCCAGATAGCGGAATGTTAAACAAAAA CGGAAAAGAAAAAATCTTTGCATATTCTTTTCATACAGCCTGCGATAAAA ATGGATTTGTATTAGGAGTAAAAGTAACAGCAGCAAATGTACACGACAGT GTGATGTTTCAAGAAGTATTAGAAGAAGTTGAAAAGAGGGTAAGAAAACC GAAAGCAATAGCAGTAGATGCAGGCTATAAAAATCCGTACATATTAAAGA CAATATTTGATAGACAAATAATACCAGCAGTACCATACACAAGGCCAAAA ACAAAAGATGGTTTCATGAAAAAACATGAATTTGTTTATGATGAATACTA TGACTGTTACATATGCCCGCAGAATGAAATATTAACATATGTTACAACCA ACAGAGAAGGATATAGAGAATACAAATCAAACCCAGAAAAATGTAAAAAC TGTCCTCTAAGAGAAAAGTGTACCCAAAGTAAAGACTACACAAAGAGGAT ATTCAGGCACATATGGGAAGGATATGTAGAAGAAGCAGAACACCTAAGGC ATACACCTTACTGTAAAGAAGTATATGAGAGAAGGAAAGAGACAATAGAG AGAGTATTTGCAGATTTAAAGGAGAAGCATGGTTTGCGATGGACGACGTT AAGAGGGAAGGAAAAATTGTCCATGCAAGCGATGCTTGTTTTTGCTGCCA TGAATTTAAAGAAAATGGCCTTATGGTTATGGAGGAAGGGCAAAGGGCCC TTTGACATTTCAAAACTTTATCCATTATTTGGAGTTTTAAAGAAAATTTT ATCCAGATATATACAGCCCCTGCTTTCGGTACTAAGAAAACAGGGGCTAA AATTTTGCTTTGTCAACAAACTGAGAGGGATTAGAATTTTAATCCCTCTT TTCTAA >TTE1837 hypothetical protein ATGGAATGCCCAAATTGCAAGAGTACTAATGTGGGCAAGATAGGAAATAA CCTCTATTTTTGCAGGGACTGCAATTGCGAGATAAAAATAAAAAAATGCA CGGCGGTTGTCAGCATGTACGATGCAGAAGGGTGTGTTACAAAAAGGTTT AAGGTATGTTACAACGCATGA >TTE1994 hypothetical protein ATGTCTCAGGATGAAATAAAGAAATTGAGAGAAAAACTTCACGAGTCTTT GAAAAGCCCTGAGAAATTTTCTCAATTTCTGAAGGAGATAATAAAAAAGC AGAAAGAGATAGTGCAAATTATAAGTTTATTGGAAGCTTACAACGAAGCT ACTTATTTAAACTACGTGCTTTTTAGAAAAAGGGAGGTTGTTAAGGCTTT AGAATACATGGATGATAAAAATAGGGGTATTTTAGAGGTAGTGAAAAACG TAGTAAACGACGTATATCATTACCAGGTTGCAGAAAAAAAGATAAGGGAT AACGTAGAAAAGGCGATGAGGGAATACAAAGACTATTTGGAAGACGCAAT TGAGGTGTTATACGGCTATTACGTTGAGGCAAAATATGTGAATGAAGTTT TTAGTGATAAGCTGAGGGATTCGTTTGCTGCAGAGGCTATAGACGAGGAG AGTTTTTATGAAAGCGTTTTTAATTTTGTGAATGAGGTAGAGGAAGAAAA GGAAGAAAGGATAAAAGAAATTTTGAGTTCTCTTCCATTTGCTATGTCTA GAAGGCGTTTTTATGATTATTTGCAAAAGGCTTTAGAAAGAGAATATTCT ACCTATGAATCCTTTTTAGCCAGCGTGATAAACATTGAAGAAAATTTCTA TGGCAAACTGGTAGAAGGATATGGAGATATTTTCCCTTCTATAGCAAGTA AGATTGAAAGCCTTCAATCTCTGGATTTAAAGCTTCTTTCAAAAGAAGAG ATAGAAATGTATTTAGAAGAGAGCTCAGAGCTTGTAAAAGCGATTCACTC ATTAAGAGAAATAATTTTTTCTGTACGTCGTGTAATCAACAGGCTTTTAA TAGTTTTTTTAGGAGAAGAGGATATTCAATCTCTGATAAAAAAAGAACCT TTTATAAAGCAGTATATAGAGTTTTACAAGCGGCTTATGAGAAATGAGAT AAAAAGCAGTAAAGAAATTGAAAAAAGTGTTAAAAAGTGCGACAGTATCA TTTCAAGCTGGTATTTTGAGCTTTACAGGTATAATTTGCTTTTAGGAGAG ATAGAGTCTTCTGACCACAATTTGATAGAGATCGTGGATGAAAGCATAAT TGGGGAAGTAGAAATTCTAGCCGAATATGAGAACTTGCTCAATGACGCTA CTGAGATAGTGATTGAAAGCGATAAGTTTGGAGAGGACCCTGTAGATGAG ATGATAATAAAAAACGAGATAAAAAATGTGATCTATTTAATCGAGGAATT GTCTAAAAAGATGACAAATGAGTACAGGAAAGCTAGGTTAAAGAGGCTAA TGGGCATAATTCCTGTCCCAGTGGATTTTGACAAGGAGCTTCTTCACTAT GTGAGAAACGCTTTGGAACTTGATAATTCTTACAGCAGGAAGCTTTCTTA CATGCACACCATTAAGAAAAAAATGGATCTTTACAGAGAACTTAGAAAGC AGAAGAATTTTTATGAGAGTTTAATAAAAAATTCAAAGGATGTAATTTGA >TTE2635 predicted nucleic acid-binding protein, contains PIN domain ATGAGAAATTACGAGTGTAAATTGCAAATAGTGACTCCAATAATAATGAG TGGTGCAAGAAAAAATTTGCTTGAATTAAGAGAGCAATCTATTAACGGTA TTCTGAGATGGTGGTTTAGATTTTATGGAAGTTTGAAATATCAAAGTCTT CAGGAACTGCGAAAAAGAGAAAGTGAAATTTTTGGTTCCACGACCAAAGC CAAAAGATTTTATATAAAGATCCTTCAAGAACCACAAAGTAGAGGAAAAG CATACTTGTGCATGAATGACAGGAGAAAAAAAGGAGAAAAGGGTGCTGCA GTGAATTACAGTGAAAGGGTAAGGACTTCTTACGCACCTAATCAAGAGTT TATTTTAAATTTCAAATTTATGCCTCATTTTCCAAAAGAACATGAAAAAG AGCTTAAAAATTCGCTGATGTGTTTAAGTTTATTTGGTGGTATTGGTGCT AGATGGAGGAGAGGTTTTGGAAGTATAATTGTAAAAGAATTTGCTTTTTA TGGTGAGGAATTAGAAGGGATTGGAAAAGAAATAAATAAGAGATTAGAAG AATTAAATATAAAAAACAGCTTAAAAATTAAACCTTTTGAAGAATTTATT AATTTTAGAAATACAAACATATTCTTAATCAAACCTAAAAATAGTTTTTG GGATTCTTATGAAAGTGCGATGAATGATTTGCGTGATAATTTCTATAGAG CTCTAAAACATGAGCTAAAAATTTCAGAGCTTTCTTATTCTCCTAGAGAA AGCAGAAGAAAAGCTTCTCCTTTAATAATACAAATAAAGAAAAATGTAAA AAATCATTACTTTGGAGTGATTTTAATATGGCAAGAGTGGCCTCAAAAAA AAGCAGCTGAAGATTTTTTAACAAAATTAGAAAAGTACGAATTTATAGGG ATTAATCTTCCAGGAGAGTGA >TTE1566 hypothetical protein ATGGGGAGAACTAAGCAGAAAGTAAGATATAAACTTAATAGTGGTGGGAT TAAGAGCTTAAGTGATGAAGAAATTAAGGTTATACTCCGCGCGGCAGATG AACTGATTGGAACAGGTGGACGCAGTATGCTGGCAAAGATCCTTAAGGGT TCAAAAGATAAAAAAGTTTTAAAGTATGGTTTGAACAAATGTCCTTCTTA TGGATATTACTGTGAACTTACGAGGGAGGAAATAACCAAACGGATTGACT GGATGATAAAGTCAGGCTATCTTAAAATTGAGTACAGTGGGAGACTTCCA GTGCTTATCTTTACGGAGAAAGGTTGGGAAATTGAACGTGAAACTTATGC AAATGAATTGTTAAATAAACTCACAGAGATTTTGGAAGATCAAGATTATA GTTTTGTTTATGAATTAAAAGATAGAAACCGAGGGATGATACTTCTTTTA ATCGAAAAAATCAAGAATACGAAGAATGCCAGGTTTATACCCCTATTGAA AGAATGGAAGAGAATAGAATATAAAAAGGTTCAAACAGAGCTTCAAAAAG CAATTAATTATTTAATGGAAGTTGGATTTTGA >TTE1487 N6-adenine-specific methylase GTGAGGGAAAAGAGCTTGAGGGTTATAGGAGGTACTTTAAAAGGGAGAAA AATAAAATCTTTGGAAGGGGAGGAAGTGCGGCCTACCTCAGACAGAGTCA AAGAAGCTCTTTTTAACATACTTATGAATAGGATTGAGGGAAGTGTTTTT TTAGACCTTTTTGCTGGCACGGGAAATGTAGGAATTGAAGCTTTGAGCAG GGGAGCAGAGTTTTGCTACTTTGTGGATAAGAGCACAAATAGCGTGAAGT GTATAAGAGAAAACGTGGAAGGGCTTGAGCTACAGCCTTTTTGCAAGATA TTCCACAAAGATGCTTTTACAGCTTTAGAAATATTCCACAAAAAAAGTGT AAAATTTGATATAATATTCTTGGACCCTCCTTACTATCAAAATCTTGCAG AGAAAGCTCTGCGAAGGATAGGCTCTTTAGAGGTTTTGAAAGAGGGCGGA ATAGTGATAGCAGAAGTTCATAAAAGAGATGAGTTAAAAGAAAGATATGG AAAGCTTAAAAAAGTAAGAGAAAATAAATACGGAGAGACAATACTGATGT TTTATGAGGAGGTAGTATGA >TTE0357 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE2692 conserved hypothetical protein ATGAGCGTTTTTAAATTTTTGGGTGAAAATGACGATTGGGGAAGCACTCC TCTTAGCAACTACTTCATAAACCATTTCATGTTGGATGCTCCGGGCGAAT ACGTGAAGGTATACATATTGGGCTTGAAGTATTGCTTCTACGGCAATCAA ATTCCCTTGAAAGAACTAGCAGACAAGCTCTTCATGTCAGACTTAGAAAT TGATAAAGCTTTAAAATACTGGGAAAAGTCTGGCCTTGTGAAGTTAAAAT ACATAGATGGAGAATACACAGTAGAGTATCTCCCTGTAGTTCCCCCATCT TCTAACGGCCATTCTCTCTCCCTTTACGACCCTCAAGTAAAGCAGGCTTT TGAAGCAATAGAGCTTACACTTGGAAGGCCTTTAACTCCAACAGAAATGG AAACTTATTTAAGCTGGGTAGACGAATACGGCTTTTCACTGGAAGTCATA ACAATGCTTGTAAGCTACTGCGCTTCAAAAAACAAAACCTCTTTAAAATA CATGGAAAAAGTCGCTATAGCATGGCATGACGCTGGTCTTAAAACTGCTT TAGATGTAGAAGAATACCTTAAAGCAGAAAGCAGGAGATGGCAGGATTAC AGAAGGATATTAAAAGCACTGGGCATGAAGGAAGAAGAGCCAACAGAAGT ACAGAGAGAAATGATGGACAGGTGGATGGATGAGCTAGGATTTGATGTGG ATATGATAATAAAAGCTGGCGAAGAATGTATCGCGAAGCTAAATGAGCCA AGCTTTCCATATATAAATAGGATTTTGATAAACTGGTTCAATGAAGGAAT AAGAAGTGTAGAAGACCTAGAAAGCAAAAAGTCTTCTTCTAAAAAGAAAA CAGCTGCTACTTCTGCCTTTAAAGCCCCAAAGAATTACTTTAACAGCTAT TCCCAGAGGACTTATGACATAGAGGATTTGGAAAAAAAGCTTTTAGCCCA CTCTAGAGGTGAATTAAATGAATGA >TTE1083 conserved hypothetical protein ATGGGGATTATTTTAGAAATCTCGGATGATGAAATGATTGTAACCTTAAG AAAAACCCTTTTTTCTTCTTGGGGTGATATAGATATCTATGAATTTTTAA ATATAGTGGAAAGCGAACTTCGTAAGAACGGAATTATAGTAGGTATAGAT AAAAGTGCGTTAATTAGCGTATATACCCAAAATAAAAAAGAAGCGGTGAT AGCAAGAGGAATACCATATAAAAGTGGCAGGGATGGTTATCTGGAATTTA TTATAAAAATCGATAAGCCAAGAATTCTTTATACAGAAACTTTTTCTGAA GAAGATATATTTGATATGGCAAGTATACCCTTTGCAAGAAAAGGTGATGT TATCGGGAAACTACATAAACCCATAAAAGGTGAAAATGGAATTAGCGTAA GAGGTAGAATTATAAATGCACCACCTGTAAGAGACGTTGAAGTAAAAATT CTCAGCGATTCCATAGTTTTTAAAGAAGATGAAGATAAGATAGTTGCGAT AGCTGACATTAGACCGGTTGTTCATAAAAAAGATGAAACTGATAAATTTG TATATCTTTTTTACTCTATTCCTGTGTTCTTTTACAAAGGAAGTATCCCG AAGAATTCAAGACTTGTAACATTCGAGGGCGATGTTATAATAAACGGAAA TGTCGAAAAAGGTAATCAAATAATTGCTTCAGGAAATGTTCAGATACTGG GTTCAGTTTACGAATCAGTAGTTGAGGGAGGGCAAAATATTATTATCTCT GGCGGAATTGTTGATAGCCAGTTACACGCCGGTTTTTTACCAGGAAACAT TTTTGATAAAATAGAACTTCACGCTGTAAATCTTATTGTTGAGAAATTAT CGGCAATTTTCCTCCATATTAGAGAACTACCAACCGTTATGAATAATTCC AGACATTTAAGTGAGAAGATCAAATTAATCGAAACCTTAAAAGAAGAGTT AAAAACATCATCAACAGAAATAAGTATGATACGCAGTTCAAATGTACTTC AAAATCTTCTGGAGGATTTAAAAAGTCTCGTTAAAACGCTTAACAACATT TTGGATTACGATATTATTGGTCTTATAAAACACTTGAATTCATTAAAAGA AATCTATGAAAAAATCCTCTTCATATCAAGAATTTTAACAGAGGAACATG AAAACAAGGGACATATACTTGCAAAATGGGTTCATGACAGCAAAATTTAC GCTATGAAGGACGTAATTATAACCTCAGAAGCAGGCTGTTATAACACAAA AATTTCTACAAATGGTTCGGTTTCTATTAATGGTAAGGTTAGGATGAGCA CGATCGAATTTAAGAAAAATATCTTCATAAAAGAAGCCGGATCGCTTGGC GTTGGTAGTCGTGTATTATTAAAGGGAAGTAAAAATTCAATAGTAAAAAT TCTTTACGGCTATGAAGGAGTCGAACTATACTTTGATAAAATAGGCTACA AATTAAGAAATGGTGAAAAAATAAAATTATATTTGGACGATAGTGTCAAG ATACTGTAG >TTE2027 antirestriction protein ATGAGCAAAGTCCACGAAATCGTACTTGAAAAAATTCTTCAACAGTTAGA AAGAGGAGAAATACCATGGAAAAAGGGTTGGACAGAAAATCCTCCCATAA ATTATATCACCAGGAAACCTTACACAGGAATAAACGTACTGCTGTTAAAA GGTGGAGAATATCTCACCTTCAAGCAGATACAGCAGCTTGGGGGCAAAAT AAAGAAAGGAGCAAAATCCGAAATAGTAGTATTTTTTAAGCCTTACACCA AAATAGTCGAAGAAGTAGATTCAGAAACAGGCGAAGTTGTAGAGAAAGAA AAAGAATTGCTCGTTTTAAGGTATTATCACGTATTTCACATAAACGATAC AGAAGGAATTCCTTCCAAACTAAAAAAGGTAGAACATAATCCACTGCAGG AAGCTGAAAAAATTATAGCAGGATACAAAAATGCCCCCAAAATAACCCAT GATAACCCAAATGAAGCATACTACAACGCAGCAAAAGATCTAATCAACAT ACCAGATAAAGGTTTTTTTTACAGCATACACGAATACTATTCTACGTTGT TCCATGAACTTATTCACTCCACCGGCCATCCAAAGCGCTTAAACAGGTTC AAAGAAAATGAAAAAAGTGCTTTTGATGCAAATTCTTACTCCTTAGAGGA ACTGGTTGCAGAAATAGGCGCAGCAATGCTCTCTCAATATGCAGGGATTA TGGAAAAAACAGTGGAAAACAATGCAGCATACATTCAGTCATGGTTAAAG CAGCTGCAGAACAATAAAATGATGATCTTTAAAGCAGCTGCGAAAGCACA GCAGGCAGTAGACTACATCACTTTAAAAAAAGAGGAGTTATTATGCTATT AA >TTE0684 hypothetical protein ATGATAGTAATACAGGCTAAACTCATTTCTCTAAATCAAGAAGACAAACA AACAGTATTAGACTTAATGAGAAGATGGTCTTCTTGTATGAGATTTGCAT ATAACAGACTTTTAGAAGGAGAAAAAAGAGCAGATTTAAAAAGGAAGTTA CCCCAGGTATTCAATTTAAACTCAAGGTATGTAGATGATGCAATAATGAA AGCAAGGAGTACACTGGAATCTGCGAAAGAACTAGGTAAAAGTCCAAGAA AAGTCATTTTTGGCGGGAAAAAACTGTTTAGAAAACTTCAAAAACATCAT TTAAATGGTAAAGCATATGAAAAATTAAAAATTAGGTGGCAGGAGAAGAG AAAAGGAAATCTCTATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAGAAAAAATGGCACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCCAGAATAGAAGCAGGCTATAAAAAGAA TAAGAGAAGAGAAGAACTTCTGCAGGAGATTGCAGAATCAAACATACCCT ACTCTGTAGAATTAAAACTCAAAAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAAAATATCCAGAAATAAAAATAACAAAAGAAAAAGGAGTCAT AGGAATAGACATAAATGCATATCCAGACAACATATCATGGACAGAAGTAG ATGAAAAAGGGAATCTAATAAGCTATGGGAATATACCAATGCCAGAGCTT GTAAGTGGCAGTAAAGACAAAAAAGAATATTTCAGATGGCACTATGCTCA TGAAATAGTAAAGATAGCAAAAGAGAAAGGAAAAGCAATAGTAATTGAAA AATTGGACATAAAAGAAAAAGGCAAAAAAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGACATAACTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAGAGAGAAGGGATAGAAGTAATAGAGGTAGACCCTT CTTACACGTCAATAATAGGCATGTTAAAATATTCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTATGTAATAGCAAGAAGAGGGTTGGGACT GCAAGAAAAGATACCAGATAATTATATGAAGTTTCTCAACGCATTGACTG TAGAAGAATTAGAAGAATTAAAAGAGTACGTAAAGAAAACAGTCAGAAAC AAAAAGTTAAAGAAGAAACACTTAAAAGAGATAAAGAAAGCAATAGAATT TCTACAAAGCCTTGGGAGTGAGCCAGAAAGAGTGCTAAAACCTCTGGATG GAACAAGTTTTAGTGCCCATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTAACTCCACTCTCTCCTGAGAAGGTACCGAGAGACTTCTCTACCCTGAA AGGATTACTAATTCAGGGTAAGTGGAGAGACCCTTAA >TTE1226 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACACTTTAAAGTAGATATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTTTA GAGGATCCTTTGCCACTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAA GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAAGTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTATCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGCAAAGTACTTGCACCCCTTA AAGATAAACATGGCCACCAAGTGGATAATTGGGCTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE0077 Uracil-DNA glycosylase ATGGCACTTTTACCTTTAAAAGAACTATATCTTGCTTGTTTACACTGCAC AAAGTGCGATTTGCACAAGACCAAAACTAATATGGTATTTGGTGAAGGTA ATTTAAGAGCAAAAGTGATGTTTGTAGGTGAAGGACCAGGGCGAGACGAG GATTTGCAAGGCAGACCTTTTGTGGGGAGGGCAGGTCAGTTACTTAATAA AATGCTTGAAGATGTTGGGTTAAAAAGGGAAGAAGTATATATTGCTAATG TGGTAAAATGTAGGCCTCCTAACAATCGCGTGCCTTTGCAGAGCGAAATT GATGCATGTCTTCCATATTTGAGAAATCAGGTAGCTATAATAGCTCCTAA AATCATTGTTTGCCTTGGAGCTACTGCAGCTAAAGCCATAATAGATAAAG ATTTTAAGATAACTACCATGAGAGGACAGTGGTTTGAGAGGAAGGGTGTT AAGATAATTGCTACGTATCATCCGGCTGCTATTTTGAGAGACCCTGAAAA GTTACAGCCGGCAATGGAGGATTTCAAAAAAATTAAAGAAGAATTAGATA AACTTGTATAA >TTE1107 conserved hypothetical protein ATGATAGTAATACAGGCTAAACTTATTTTCCTAAACCAACAAGACAAACA AATAGTATTAGACTTAATGAGAAGATGGTCATCATGTATGAAATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGGGAACATTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAGGTGTATTAGAATCATCTAGACAATTAGACAACAATCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTGTTTGGAAAACTTCAAAAGCGCCAT ATAAACGGGAAAGAATATCAAAAGCTAAAAACAAAGTGGCAAGAAAGAAG AAAAGGAAATCTCTATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGCACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCCAGAATAGAAGCAGGCTACAAAAAGAA TAAGAGAAGAGAAGAACTTCTGCAGGAGATTGCAGAATCAAACATACCCT ACTCTGTAGAATTAAAACTCAAGAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAAATAAAAATAACAAAAGAAAAAGGAGTTAT AGGAATAGACATAAACGCACATCCGGGCAACATATCATGGACAGAAGTAG ATGAAAAAGGGAATCTAATAAGCTATGGGAATATACCAATGCCAGAGCTT GCAAGCGGCAGTAAAGACAAAAAAGAATATTTCAGATGGCAATATGCTCA TGAGATAGTAAAAATAGCAAAAGAGAAAGGAAAAGCAATAGTAATTGAAA AATTGGACATAAAAGAAAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGGCATAGTTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAAGTCAATCCTT CTTACACATCAATAATAGGGATGTTAAAATATGCACCGCAGTACATGATA ACAAAAGATGTAGCAGCAGCCTATGTAATAGCAAGAAGAGGATTAGGACT GCAAGAAAAGATACCAGATAATTATATAAAGTTTCTCAACGCACTGACTG TAGATGAATTAGAAGAATTAAGAGAGCATGTAAAGAAAACAGTCAGAAAC AAGCATATAAAGAAAAAGCATTTAAGGGAAATAAATAAAGCAATGGAATT TTTACAAAGCCTTGAGAGTAAGCCAGGAAGGGTGCTAGAACCTCTGGATG GAACAAGTTTTAGTGCCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAGGTAAAAAGAGACTTCTCTGTCCTGAA GGAGTTACTAATTCAGGGCAAGTGGGGAGGCCCGTAA >TTE0571 hypothetical protein ATGATAGTAATACAGGCTAAACTTATTTTTCTAAATCAAGAAGACAAACA AATAGTATTAGACTTAATGAGAAGATGGTCATCCTGCATGAGATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGGGGATGTTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAAGCACACTAGAATCTGCTAGACAATTAGACAATAATCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTGTTTGGAAAACTTCAAAAGCGACAT ATAAATGGGAAAGAATACCAAAAGCTAAAAACAAAGTGGCAAGAAAGAAG AAAAGGAAATCTCTATTCAAGAGGGGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGTACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCCAGAATAGAAGCAGGCTACAAAAAGAA TAAGAGAAGAGAAGAGCTCCTTCAGGAAATCGCCGAATCAAACATACCCT ACTCTGTAGAATTAAAACTCAAAAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAAATAAAAATCACAAAAGAAAAAGGAGTCAT AGGAATAGATATAAATGCATATCCAGAAAACATATCATGGACAGAAGTAG ATGAAAAAGGGAATCTAATAAGTTATGGCAGTATACCAATGCCAGAGCTT GCAAGTGGCAGTAAAGACAAAAGAGAATACTTCAGATGGCAATATGCTCA TGAGATAGTAAAAATAGCAAAAGAGAAAGGAAAAGCAATAGTAATTGAAA AATTGGACATAAAAGAAAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGACATAGCTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAAGTCAATCCTT CTTACACCTCAATAATAGGGATGTTAAAATATGCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTATGTAATAGCAAGAAGAGGATTAGGACT GCAAGAAAAGATACCAGATAATTATATGAAGTTTCTCAACGCATTGACTG TAGAAGAATTAGAAGAATTAAAAGAGTACGTAAAGAAAACAGTCAGAAAC AAGCATTTAAGAGAGAAACATATAAAGGAGATAAAGAAAGCAATAAAATT TTTGCAAAGCCTTGAGAGTAAGCCAGGAAGGGTGCTAGAACCTCTGGATG GAACAAGTTTTAGTGCCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAGGTGCCAAGAGACTTCTCTGCCCTGAA GGAACTATTAATTCAGGGCAAGTGGGGAGACCCGTAA >TTE2638 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE0347 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE0027 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACACTTTAAAGTAGATATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTTTA GAGGATCCTTTGCCACTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAA GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAAGTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTATCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGCAAAGTACTTGCACCCCTTA AAGATAAACATGGCCACCAAGTGGATAATTGGGCTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE2637 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACACTTTAAAGTAGATATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTTTA GAGGATCCTTTGCCACTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAA GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAAGTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTATCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGCAAAGTACTTGCACCCCTTA AAGATAAACATGGCCACCAAGTGGATAATTGGGCTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE1030 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGAAAATACCTAAGATTTGAGAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCGGAATTAAGG GTAGCGATGGACATAAAAGAGAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTCTCAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGCCTTACAGGAAGCTGCATAA >TTE2633 conserved hypothetical protein ATGTATAAAGAAGCTGCTTTGATTACATTTTATGCTGAAACTCCTGTTCA TATGGGCGCAGGGCAGAGCGTATCTTATGTGGACCTGCCAATCCAGAGGG AAAGACATACTGCTTTCCCAATTTTCTGGTCTAGCGGAATCAAAGGAGTT ATAAGGGATACTTGCTACAGAATTTGGAAAGACAAAGATAAAGTGAATCT TATATTTGGTCCAGAGGAAGATTCTGACTTTGCTAGCTGTATAAGCATTA CAGATGCAAAGATTTTGCTGTATCCGGTTCGTTCTGTTAGAGGCGTGTGT GCATGGATTACCTGTCCTTTTGTATTGAAGAGATTTAAAGAAGAATTGGA AAGTGCAGGAATAAATGAAGTTAATAAAAATTTCGAAGTGATTGATAATT TACACTTAAAAGATGGAGAGGCAGTGATTCCAAAAGAAAGTATTTCAGTT TTAGGGATAAATGATAAACAAGTGGCTTTTGAAGAGTTTGTATTTTCTAT GAAAAACACGTCGGAGAATATTTCAGAAGTTGTCAAGTTTATAAAAAACT TGCTTCCTGATACTTCCCTTACAACAGATATTGAAAAACATTTTGCCATT GTATCAGATGACACGTTTAGAGATTTTGTAAATTATGCTGTTGAAGTGAG GACAAGAGTGAGAATTGACCAAAAGACAGGGACAGTGAAGGAGGGAGCAT TGTTTACTGAGGAACTCATACCCTCTGAGAGCGTATTTTATTCACTTTTA TTTATTAGTGACCCTTATTTTGGAATAGATGATGAATTTTATAGCTGCCT TCTTGAAGTGAAAGAAAAGACCCAGGGAAAACTTAACTGGGAAGAAGCAA AGAATAAGATTGAGAAAAAAGAATGGCTGGAAAAGGTAAAAAATAAAGAA TTTTATCTTAAAAAAGCTTGGGAAGGGAATTATTTTAACTCTGCAGAAGT TTTAAATAATTTGCATGAAATATTAAATGGAACTATTCTTCAGCTTGGAG GAGATGAAACTACAGGGAAAGGGTTTATGAGGGTGAAAATTTCTCTTTAA >TTE0528 hypothetical protein ATGATAGTGATACAGGCTAAATTCATTTTTCTAAATCAAGAAGACAAACA AATAGTATTAAACTTAATGAGAAGATGGTCATCCTGCATGAGATTTGCAT ACAAGAGACTTTTAGAGGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGGGGATGTTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAAAAGCACACTAGAATCTGCTAGAGAATTAGGTAGGAGTCCAAGGA AAGTCATTTTTGGAGGAAGAGACTTGTTTGGAAAACTTCAAAAGCGCCAT ATAAATGGGAAAGAATATCAAAAGCTAAAAACAAAGTGGCAAGAGAAGAG AAAAGGAAATCTCTATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGTACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTGTATGCCAGAATAGAAGCAGGCTACAAAAAGAA TAAGAGCAGAGGAGAACTCCTGCAGGAAATCGCCGAATCAAACATACCTT ACTCTGTAGAATTAAAACTCAAGAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAAATAAAAATAACAAAAGAGAAAGGAGTTAT AGCAATAGATTTAAATGCATATCCAGACAATATATCATGGGCGGAGACAG ATGAAAAAGGGAATCTAATAAGCTATGGGAATATACCAATGCCAGAGCTT GCAAGTGGCAGTAAAGACAAAAGAGAATACTTCAGATGGCAGTATGCTCA TGAGATAGTAAAAATAGCAAAAGAAAAAGGAAAAGCAATTGTAATTGAGG GATTAGAAATAAAAGACAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGGCATAGTTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAAGTCAATCCTT CTTACACCTCAATAATAGGGATGTTAAAATATGCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTATGTAATAGCAAGAAGAGGATTAGGCAA AGAAGAAAAAATACCGGATAATTATATAAAGTTTCTCAACGCATTGACTG TAGATGAATTAGAAGAATTAAAAGAGCATGTAAAGAAAACAGTCAGAAAC AAGCAGTTGAAGAAAAAACACTTAAAAGAAATAAATAAAGCAATAGAAAT TTTACAAAGCCTTGAGAGTGAGCCAGGAAGGGTACTAAAACCTCTGGATG GAACAAGTTTTAGTGCCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAGGTAAAAAGAGACTTCTCTGTCCTGAA GGAATTACTAATTCAGGGTAAGTGGAGAGACCCGTAA >TTE1173 hypothetical protein GTGATACTGTTGGGTAAGAAACTGTCAATTTCTACAATTACTTTGATATT TTTATTGATTCTGATATTTTCAACAGGATTTTTTACCGGTATATATACTT CAAACACTTTATTTGCATCAAAGGAATTAAAAGATTTAACAGAGAAAGAA AAGATAGAAGATTTTGAGTACATGTATAACATTTTAAAAGACAATTACGC ACATTTTTATGAAGTAAAGAAAATGTATGGCTACGACTGGCTAGCCCATA AGGAAGAGTTTATAGAAGAGATAAAAAATACAAGGAATAATATTGAGTTT TATAATAAATTAAATGAAATTTTACGGAAATTGCATGATGGGCACCTTTA TGTAGCAAGTCCTAGCTATTTTAATTATCTTTTAAAGTTAATCGAAGGTG AAGAGATAAGAAATTTTATTGAATTTAAGCCTTTTATAAAAATGTTTAAA GATTCTAAGAAAAATTATGAAAAATGGAGTGAATTGCTAGAAAGTGTAAA TCCCAGTCATAATAGTAGCTTTTTTGTTCAAATGAGGAGAGGACAGAAAA ATATAAAAACAGAAATTTTAGAAGAGGATAAAATAGCGTATTTAAGAGTT AATTCTTTTTTGATAGATAAAGATCAGAACAGTAAAAATTATCGGGAAGA GAAAAAAGAAATATACAACTTTTTAAAAACTATCAAAGATTATCCTTATT TAATTATAGACATTAGTGGAAATGAAGGAGGTTCTTCAGAATACTGGATA GATGCTATAGTAGCTCCACTGATAGGAGAAAAAGGTTTCAGATACTCTGA GGATAAAAATACATGGTTTTATCTATCGAGAAAGGGAAAATATACGAAAA AAAATTTCGAGAAGTATGTAATATTTTATGACGAAGATAAATTCAAAGAG AGTCCTATATACGATAAACTTTCAGAAGAGATGAAAAAAGATTTTACAAT CTGTGAATTTAAAGAAAACCTATCTAAACAAAAAGAAAACTACATAGAAA AGTTTTTCAAATCAAATGAATATGTAAATTTCAAAGGAAGGATATTTCTA ATAATAGACAGAGGAACTTTTTCTGCAGCCACAAGATTTGCCATGTTCTG CAAAGAAACTGGTTTTGCTACATTGATAGGAAGAAGTACTTCAGGAGATG GTTCACTTACTTCATATATGAGGCTTCCTAACAGTGGATTGATTGTGAGA TTTGAAGCCGGCACAATTTTAAACCGAGACGGGGGTTCATTTTTTATAGA AGGTGTGAAACCAGACATAGAATTAGACGTTCCAGATACAAATGCTGGCT ATCCAGAAGTAAGAGCAGAAATATTGAAGCAAAAGACAGTTGAAGTGATT AAGTCTTTAGAAAAAGGCAATTTCTAA >TTE1745 Reverse gyrase ATGGCATTGGCAACAGGTGCAAAATACTATCACTCCTGCATAAACTGCGG AGGAATAAACACGGACACAAGAAATGAAAAAGGCTTACCTTGTGAGGTGT GCTTGCCGTTTGAAGATGGAGATGTCCTAAAAGGTTTGAAACTCAACAAC AGTCTTAAAGGATATGAAAAATACTGGAATTTAAATCAACAATACAAGGA ATTTGAAGAATTTTTCTTTTCAAAAATAAACAAAAAGCCCACCGGGTATC AAAGATTCTGGGCAAAGCGGCTTTTACTCTCAAAAAGCTTTACACTCGTT GCTCCAACTGGAGTCGGCAAAACTACATTTGGACTAATTTCAGCTCTTTG GATTGCAAAAAAAGGCGGTAAAGTAGCTCTCGTTTTCCCCACGGTCTCAC TGGTAGAACAGGCAGCAAAGAGGTTGATTGAATTTTCTAAAGAAGATGAA GATGTGAATATTCTCTTTTATACGTCTTCGCTGAAAAAAAAGGAAAGGGA AAAATTTGAAAAAAACTTTTCTGAAGGAAACTACGACATACTGGTAATCT CATCCCAGTTCATATCCAAAAGAAAAGAGCAGCTTTCTCAAAAAGTTTTT GACCTCGTATTTGTGGATGACGTAGATGCAGTTTTGAAATCATCGAAAAA TATTGACACACTTCTTAATATGATAGGAATCTCACAAAAAGCGATAGACT CAACTTTAGACAATCTAAAAAAAGGTAACAATTCCGATAAAATTCAAATT GAAGAAAAAGCTCCAAAAGGAAGGTTAATCGTCTCTTCTGCCACCGCAAA ACCAAAAGGCATAAAACCCCTTTTATTTAGAGAACTTTTGGGTTTTGAAA TCGGAAGATTTACTACCAGTGCACGGAATATAACAAACGTGAGAATAAAA GAAAAATCGCTAGAAAAATTGCTCTATATAATTAACCTCTTAAAAGACGG AATCCTGCTCTTTGTACCCACAGAAGAAGAAGGGAAAGAAATTGCAAACT ATTTAGAAGAACATGGAGTAAAATTAGGTAAAACATGGGAAGATTTTGAG AAATCTTTTGAAAAATTTAAGGAGGGAAGCCTACAGCTTCTATGTGGCAT ATACTCTTACTACGGAAAATTAGTAAGGGGAATTGACTTGCCTTTAAGGA TCAAATTTGCAGTATTTTGGGGAACTCCCTCTTTTAAATTCAGCACAAAG TTAGAAAATGCTCCCAGATTTATTCTAGAAAGAAATTTTCAGGATTATTT AGAAAACAACCCAAAATTGAAGGCCTACTTCAAAGACCTGCAGAGGCTTT CAACAGAAAAGCTCAGAAAATCTGTAGAAAAATACATATCACCTGAAACC TGGGAAAAACTCATACAGAAAAATTTCCCCACTACAAAATTTGATAAAGA GAAAAATCTCATAGTAATACCTGATGTGTACACATACATCCAGGCTTCTG GAAGGACTTCGAGAATATTCGGTACATCTCTCACCAAAGGAATTTCCATA CTCTTTGAGGAAGACGATTCCTTATTTGAACTTTTAAAGGCAAGACTTCT CTACCTCACCGAGGAAGAGTGGACAGAAGAAGGTGAAATTGAGCATTTAG TGAAAGAAGCAGAAGAAACTAGAAAAGCCATTTCAACAGACAGCTCTTCT AAAGACATGAAATCTAGAATGATAATCGTCGAATCTCCTACAAAGGCCCA AACTATTTCAAAATTTTTAGAAAAATCTTCTACAAGAAGATACGGGTCTT TAATGGTACACGAGTCAATAACACAGGAAGGTATTTTGCTTTTAACTGCA TCAAAAGGACATTTGTATGATTTGGAGACAAAAACAGGGCTGCACGGCGT GGAGATAAATGATGGCAGATTCATTCCTTACTACAACTCCATAAAGCGTT GTAGTTCCTGCGGAGCTCAGTTTACAGATGAACTACCCCGTTGCCCCTAC TGCAATTCAGACAAGATTGATGATAAGAAAAAAATTTTAGAAGCTTTAAG GGACATCGCGATGGAAGTAGATGAAGTGATAATTGCCACAGACCCAGACG TGGAAGGCGAAAAAATTGGGTGGGATATCTCCCAATATATAAAACCGGTA AATAAAAACGTTCAGCGCATTGAAATGCACGAAATTACAAAATTTGGCTT CGATAAGGCCATAAGAAATCGGAGAAACTGTGATGTGAATCTTGTAAAGT CGCAAATTGTGAGGAGAATCGAAGATAGATGGGTAGGATTTGAACTGAGC TTGCGGCTTCAGAAAAATTTTCAAAACTCTAATTTATCTGCAGGAAGAGT GCAAAGCACCGTTCTCGGGTGGATTTTAGAAAAAGAAATAGAACACAGTA AAAGCAAAAAAACTGTAACTCAGTTCACACTGGATAATGGATTTAAATTT GAAGTAGATGGAAAAATAGATGTAGACGAGGTAGAAGTGGAGATAGTAGA AGAAAAAGAACAGGCGCTTTCTCCCTTACCACCTTTTAATACTCCTTCTT TGTTGACAGCTGCTTCTCAGCAATTTAAACTGCCTGTGCAGCAGATAATG GAAATACTCCAGACGCTTTTTGAGCTAGGCTTTATAACTTATCACAGAAC AGACTCCACCAGAATTTCTTCTACAGGACAGAAAATAGCGCGGTCATACC TTGAGAAAATAGGTAAAATTACCCTTTTGTCTGAAAGAGAATGGGGTAAA GAAGGAGCTCATGAGGCCATAAGACCGGTAAAACCGATATCTCCAGAAGA ATTATCTGAATTCATCACAGAAAAAATAGCTGCCTATTTAAGTCCCATGC ACATAAAAGTGTATTCTTTGATATTCAATAGATTCATGGCAAGCCAAATG ACATCCCCTGTCGTGATAAATCAAAAAATTTTGATTAAGAATGGTTCTTT TCAGGTAGAAAGGGAGGTGCCAGTAAAATTACAAGAAGAAGGATGGAATA TTTTTAACCCAATAACAGTCTATACACCCTTTGAAGAGAAAAAATACTCA GTAGTTTCTAAGAGGACTTACACTACTCACACAGTTCCCCTTTTCACACA AGCTTCTTTGATTGAAGAAATGCAAAAAAGAAATATAGGCAGGCCCTCCA CATATGCAAAAATAGTAGATATACTTTTCAAAAGGAAGTATATAATTGAG GACGTTTATAAAAGGCTTAGAACCACTGCTTTGGGAAGAAAGGTCTATTC GTACTTGTCAGAAAGATATATGAACTACATAAACGAAGAAACTACCCGCC AATTGGAAAAGCTCATGGAATCAGTCGAAACAGGAGAAAAAGATTACCAG AGTGTTTTAAAAAACTTATATGAAGAATTAAACGAGATTCTAATAAAAAA TTAA >TTE1046 transposase ATGAACAAAGTACAAAAACTACTTTTAGTCCACAGTTCTGATATAATTTT TGTCGGGGTCGATGTAGCTAAAAAGACCCATTATGCAAGAATAATAAATC ACATAGGACTTGAAGTAATAAAACCCTTCAAATTTAATAATAGCATAGAT GGATATGAACGTCTAGTATCCAAAATACTTGAAGCCAAAGAAAAATCGAA AGCAACAAAAATATTAATAGGTTTCGAACCAAGCGGTCATTATTGGAAGC CACTTGCATGGTTTTTAAAAGAAAAAGGATATACAGTAGTGATAGTAAAC CCATATCACGTAAAACAAAGGAAAGAAGAGGAGGACAACAGTCCATCAAA AAACGATAGAAAGGACGCGTTAATAATTGCAAGACTAATAAAAGAAGGGA AATTTGTAAACTGTCTTTTACCTCAAAACACATATGCAGATTTAAGAAAC CTTTCAGTTGCAAGAAAGCAGTTAATAAAGAAACTAAACAGTGTAAAGAA TAAAATTATTGCAATATTAGACGAATACTTTCCTGAATTTGAAGAAGTAT TCAAGAATTTGTGGGGGAAAGCAGCCTTATGGATATTGAGGAACTGTCCA TTTCCCAGCATAATACTTAAACTGAGCAAAGAAGAAATAGCAGAACAGCT AAAGAAAGCCACTAATAACAGGGTAGGCATGAAAAGGGCAGAAAAGCTCA TTGAAGCAGCAAAAAAGTCAATAGGTGTAAAAGAAGGGATAAAAGGGGCA CAAATACGTTTAAACATTTACCTTGATGAATTAGAATTTTTAAAAACACA ATTAGAAACCATAGAAAAAGCTATGGAAGAACTGCTCAAAAAAATAGACA TAGCAGAATATCTGTTAAGCATTCCAGGCATAGGAGTAATAACAGTAGCA GGATTTTTAGCAGAAGTAGGGGACATAGGGAAATACACACACTATAAACA AATCCAGAAACTTGGGGGATTAAACATAACGGATAACCAATCAGGGAAAC ACAGGGGGAAGACCAAGATATCAAAGAGAGGGCGTCCTGAGTTAAGAAAT CTTCTATACAAAGCAAGCCTGACATTAGTAGCCAAAAACAAAGAATTTAA AGCACTTTACAACTACTTTTTAAGAAGGCGAGAAAATCCTTTAGAGAAGA AACAAGCATTAATTGCGATTTCAATAAAACTCATAAGAGTTATGTTTACG CTTGCTAAGAAGAAAGAAAAATACGATTCACAAAAAGTACTTGGAGAATA TCGTATGAAGCAAATAAAGGAATTAGTAGCCTAG >TTE0414 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE1170 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE1962 hypothetical protein ATGATAGTGATACAGGCTAAACTTATTTTTCTAAACCAAGAAGACAAACA AATAGTATTAGACTTAATGAGAAGATGGTCCTCCTGCATGAGATATGCAT ATAAAAGGCTTCTAGAAGGCCATGACAGAAAAACGCTAAAAAGAGACCTT CAGGAACCTTTTGAGTTAAACTCAAGATATGTAGATGACGCAATAATGAA AGCAGGAAGCGTATTAGAATCCTCCAAGGAATTAGGGAATAATCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTATTTAAAAAACTTCAAAATCGCCAT ATAAATGGGAAAGAATATCAAAAGCTAAAAACAAAGTGGCAAGAAAGAAG AAAAGGAAATCTCTATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAGAAAAAATGGCACTTTCTTAAGGATAAATGTA TGGGAAAGAAAATATGTGTATGCCAGAATAGAAGCAGGCTACAAAAAGAA TAAGAGCAGAAAGAATAAGAGCAGAGGAGAACTCCTGCAGGAAATTGCAG AATCAAACATACCTTACTCTGTAGAATTAAAACTCAAGAATGGCAATATA TACGCCTATTTTGCTATTGAAGAAGAATATCCAGAAATAAAAATAACAAA AGAAAAAGGAGTCATAGGAATAGACATAAATGCATATCCAGACAACATAT CATGGGCAGAAGTAGATGAAAAGGGCAATCTAATAAGTTATGGCAGTATA CCAATGCCAGAGCTTACAAGTGGCAGTAAAGACAAAAAAGAATATTACAG ATGGCAATATGCCCATGAAATAGTAAAGATAGCAAAAGAGAAAGGAAAAG CAATTGTAATTGAGGGATTAGAAATAAAAGACAAAGGCAAAAGAGGAGAC TTTTCAGGGAGAAAATCAAGGAGAATAAGGCATAGCTTTAGCTATAAATC ACTTCTTTCAAAAATAAAAACACTGGCAAAAAGAGAAGGGATAGAAGTAA TAGAAGTCAATCCTTCTTACACCTCAATAATAGGGATGTTGAAATATGCA CCGCAGTATATGATAACAAAAGATGTAGCAGCAGCCTATGTAATAGCAAG AAGAGGGTTGGGACTGCAGGAAGAGATACCAGATAATTATATGAAGTTTC TCAACGCATTGACTGTAGAAGAATTAGAAGAATTAAAAGACCATGTAAAG AAAACAGTCAAAAACATACATTTAAAGAAAAAGCACATGAAAGAGATAAA CAAAGTAATAAAACTCATACAAAGCCTTGAGAGTGAGTCAGAAAGGGTAC TAAAACCTCTGTACGGAACAAGTTTTAGTACCTATAATTTCTGGCGAGTT CTCAAGGTAGCGGTGGTAACACCACTCTCTCCTGAGAAGATATTAAGAGA CTTCTCTACCCTGAAAGGATTACTAATTCAGGGTAAGTGGAGAGACCCTT AA >TTE1054 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE1250 predicted endonuclease involved in recombination (possible Holliday junction resolvase in Mycoplasmas and B. subtilis) TTGAGAGTATTGGGATTGGACGTAGGAGACAAGACCATTGGAGTGGCAAT AAGCGATGTTTCTTCAACAATTGCCCAGGGGATTACAACTATAAGAAGAA AAAGTTTTGTAGAAGATGTGAAAGCAATAGAGGAAATTGTGAAAAAATAT AGCGTAGAAAAAGTTGTGGTGGGTCTTCCAAAAAACATGAACGGTTCAAT AGGACCTCAGGGGGAAAAAGTCATTAAGTTTGGAGAAAAATTAAGAGAGG TGTTAAGAATTCCTGTTGTATTTTGGGATGAAAGGCTTACTACCCTTCAG GCGGAAAGGTTTTTGATAGAAGGAGTGGACATGTCAAGGGGAAAGCGGAA AAAGGTGATTGACAAACTTGCTGCTACTATAATACTCCAGAGCTATCTTG ACTCTCAAAAAAATTCCTAA >TTE0507 hypothetical protein ATGGAAAACATTTTAAAAAAATTAATTGAGTTTACAAAGGAGAAAATAGA GAATCTGAAGCAACTCTATGACCTTACAGAGAAAATAGGTGTTGCTATAG GTTCTAACGACCTGGAAGAACTTAAAAAACTATTAGTTTCAAAGCAGCAG ATAATTGAAAGGATAAATGATATAGACAAGGAATTTATACACCTTTATAA TGCTTTCAAAAAAGAAAATAAGATCGAGAGCATATTTGAAATGGAAGACA ATATAATTGGCGATGCCAGCAAATTAAAGGGTTTGTTCATCGATGCTAAA GCTTTGCTTGACAAAATCAAAGAAAAAGATGACAGCAACATCAAAGAGAT AAATAAAGTTTTTGAAAAAGTGAGCGACAAATTAGAGGAGTTTTCCAAAA ACAAAGAAGGATATGTAGAATATCTTAGATATTATACTCCCGAAAGTTAC TTTATAGATAAAAAGCGTTAA >TTE1436 hypothetical protein TTGAGTGAGCAGGTCGTAGTCCAGGAATTGCTCCCTTTTTTAAAAGCAGT TGACAGTAAGATGGCAAAAGGAGGTGAAAATGGGAAGGAAAAAGTAAGCT TTTTAGACCTTCTCTTAAGTGAACTCACTGAAACAAGAGAGGGAAATATA AAAGAAAATCCCCTGAATCTAAAAAAAGAAGAATTCCTCTCTCAAAAAAA TGGGCTAAAAAATGTAGAAATTTTTCAAGAAAAAGTAAAAGAAGATAAGG ATATAATGGAGGATTTAAACAATTTTATTCCAGCATTAATGCAGACTATA ACTTTGAGTTTAGAGACGATTTCAAGTGAAAAAGGTGCATCAGACTTTGA AAAGGTCAGAGAAAAATTAGAAGTTGCTCTACAAGGTTTTATAAAAGAAA GGAATTTTACTTTTAAAGAGATTGCAAAGAAAATAAGCGATTTTTTGAAG GAGAATTTCAACATTGAACTTTCTCCAGAAGTGATTGAACGCCATATAAA GCTTGCGAAGGTAAAAGACTTGGACAAGCCTTTTTTACAGGATTTGAATC AAAAGGATTTTGCAGAGGAAAATGTTCAAAAGAATCAGGATAAAACTTCG CAATTAAAAATTGACAAAGAAGCTTTCATTGCTGCAAAGGAGGCAAAAGA AGAAAAGACAGAGAAAAAAAGTTTTGATGTAAAACAGGAATTTGTTTTTT TCAAAAATGAGGGCAAGCCTGTTAGCAATTTAACCTACAATTCCATCAAA AAATCTAATGATCCTGTTGACAGACTCTTTCGTCAGATAGTAGATAATGT ATTTGTGGCAAAAGAAAAAGGGGCTTCATCTGTGACTGTCAATCTAAAAC CGGAGATACTCGGCAAACTTCAAATCAGCTTAAAATCAATTGATGGCAAT ATAGTAGCTACAATCGTTACAGAAAGCGAGAAGACAAAGCACCAAATTGA ATCAAATCTTTCTCTGCTGCAGGCTCAGCTGGATTTAAAAGGGATAAAAA TTGAAAGTGTGAATGTAGCAGTAGATAAAAATTTTCAATTTACACCTCAG TACACTGGCGAAGGAAACTATCAGGGAAGTTTTTATGGAGAAAATGAAAA CCTGCGCTATTTCCACCATTACGGAAGTAAAAAGTATTTGCCAAGTGAAG AGCTAGACCTTACTTCTCAAAATTATTATTTCAAAGATGGCCATCTTGAC CTGATGGCATAG >TTE2631 conserved hypothetical protein ATGATAAAAAATTTTTCAAATTTAATAGAAACAGTGTACAAAAATGATTC AGAGATTACCTGGGAGAAGTGTGAAAATTTTTCTCTAGCATTTTCAAAAT TAATAAGGAGAGAATTAATTGAAGGTACAGAAGGGAAGAGAAAAAACATA TTCCTAAACAGTCTTACCAGATACTCCATAAAGGGAATAGATATTGTTAA TCTTTTTTCTCGAGTTAATCTTCAAATTGAAGACCTTTCTAAGCAAGGCT ACCAACCAATTTTAAGACAATACAAGATTACAACTGCTTCCAGATTGGTA ATAGGTTTAGGTGCAGAACATCCTCTAGAAACTTCTCTTACAATACACCA CATATTTGGAATACCTTATATTCCTGGTACTGCTTTAAAAGGTGTTTGTA GGATGGTAAGTTTTTGGGATATAGCAATAGAAGAAGCGAGGGGTGAAGAG ATAGAAGAAGGGGAAATTGAGAATTTACAAAAGGAGCTTTATGAAGGTTT GATTTTTGATAGATCTTCTTCTGATAAAGGGAAAGAAGATTCGCCAAAAA GAGTTTTACATAAATTGCTTTTTGGTACACAGGATTTTAAAGGATTGCTT CTTTTCCTTGATGCCTTTCCGGTTATCAATAACAATGTTTCGCTTTTCGA TGTGGATATAATAAATGTACATTATAAAAGTTATTACGGCGATGATACAG GGAAAACGGCACCAGGCGATTGGGAAAACCCTATTCCTATACCTTTTCTG ACCGTGAAGGAGAATACTAGTTTTCAGTTTAGTGTGCTTTTTGACAGAGT CCGTTTTGAAGAACTCATAAAAGAAAAAATTCCACCGGAAGTGAAAGGGG CAATAGATTTTTTGAACGATTGCACCCGCTTACAAAAGTTGGTAGAAAAC TGGATAAAGAAAGCTCTTACTGAATTTGGTATAGGTGCAAAGACAAGATT AGGATATGGATATTTCAAAATCCTCTGA >TTE0586 predicted site-specific integrase-resolvase ATGTTATTAAGTATGCAAAAAGTAAGAGAAATATACTCGATTAGTCGAAG GACACTTATAAACTGGGAAAAGGAAGGATTAATTACTCCTGTTAGAACTC CAAGAGGTATAAGAAGGTATAGAAAAGAAGACATAGAGAAGTTATTAGGT ATGATAGAAGAAAAACCAAAACCCAAAGTAGTTTTGTATGCAAGAGTATC CACAAAAAAACAGGAAGAATATCTTAGGAATCAAATTAGAAGGCTTGAAG AATACGCTAATTCCCAGGGATGGCAGTATGAAGTTATACATGAGATAGCA AGTGGAGTAAATGAAGATAGAAGAGGCTTATTAAAGCTTTTGAACAAGAT AAAAAGAGGAGAAGTTGAAAAAGTTGTAATAGAATATCCAGACAGACTTG CGAGATTCGGCTTTGAATATCTTAAATTTTTCATGGAAAGTTTTGGAGTA GAGCTTATAGTTTTAAACGGGAAAGAAAACGAAGAAGATGTAAATAAAGA ACTAGCAGAGGACTTAATAGCAATAGTAACATCTTTCGCAGCAAGAATTT ATGGGAAAAGAGGTGGCAAAAAGCGTGATAGTAATACAGACTAA >TTE0013 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE2007 hypothetical protein ATGATTCTAAATATAGTTTTTCTCCTTATTGTGCTTTATCTTTTGATTTA TTCGATAATTGAACAAAGGCCTTTTTACAGAAGGATGAGAAGGAGTATAG GCTTTAGGGGAGGCAAATTGATATACGTAGATAAGCCGCAGCAAGTCAAA GGAAAAGGGGTAGTTTACGGGAAGCTGCTAAAGTCAGAGAAATATGGTTT GACCGGAAAACCTGATTACATCTATCAGGTTGGAGACGAGCTTGTCCCAA TAGAGCTAAAAAGCAGTGATGCAGAAGATTCGCCCTATTTTAAAGATGTG ATGCAGCTTGTAGCATATTTTGTGATAATAGAAGAGGAGTATCAAAAGAG AGTAAAAAGAGGACGGATAGTTTATAGAAATGCCATGTTTGAAGTTTATA ACAGGAAATATTTAAGAAAAGAACTTTTAAAAATTTTAGAACAAATGAGG AAGATGGAAAAAGGGGTGTACATGCCTTCTGTGACTCCTTCTTTTTCTCT TTGCCGCTTCTGCCCTTGTCGAGGGACAGTGTGCGAGATATACGAGGGCA ATTCCAGATAA >TTE0714 predicted site-specific integrase-resolvase TTGCTTTGTGGGTTATACTATAATATTTATGGTGATGCAAATATGAAAGC AAAAGAGGTTCTGGAATTATTAAAAATATCAAGGCCAACGCTAACCAAAT ATGTAAAAGAAGGAAAAATAAGAGTAACAGTTATGCCAAATGGATTTTAT GATTATAATGAAGAAGACGTATACAAAATTTTTATGAAAGGCGTTGAAAG AAAAACATATATTTATGCAAGGGTTTCAACCCCAAAACAAAAGAGGGATT TAGAAAATCAAATTGAATTATTAAAACAGTTTTGTTTTAATAATGGCTAT AAAATACATGGAGTATTTTCTGACATAGCAAGTGGAATTAGCTTTGAAAA AAGAAATGAATTTTTTAAAATGCTTGATGATGTTCTTGCGGGTAAAGTAG AGATGGTTATTATAGCTTACAAAGACAGGTTAAGCAGAGCAGGATTTGAA TTGTTTAAACATTTATTTAGAAAGTTTAATACTGAAATAGTTGTTGTATC AGAAGTTGGTAATGAGAAGCTTGATTCTCAGGAAATAATTGAAGAAATTA TAAGTTTGCTGCACTGTTACAGTATGAAATTCTACAGCAAAGGAAAAATT CAAAAAATAAGAAAGTTTTTAGAAAACGAGGTGTTTGAAGATAATAGTCA AGAGAGTAGAACAGATACAGATAAATAA >TTE0280 hypothetical protein ATGGGAAATCTTGATGAAATAAAAAAGCTAATGGAAGAACTTATAAAAAG TGAGAAAAATAGAGAAATGGCGAGCAAAGAAATGGAGGAAGTTTTAGAAA AATCAATTTCAGAAATAAAAAATATACTCCTTACAATAAAAAAATACATT GGCAGTAAAAACATAAAATTGAGAAGTTACAGCGGGAAAATTTTTGAGGT AGGAGAAGGCATAGTAATTTTTGATAAAAGCATTGACGAGAAGATAATAT TAAAACCTGACAACAATTTTTATCACTACAAAGTAGAAGGAGAAGAATTA ACCGCTACTCCCATTCCTGACCTTAAGATTCACGATTACATCACTTATGA CACTTTATTTGAAACAGTGAAAAATTCTCTCAAGCGTTGCATTCAGAAGA ACGAGGAGGAAATACGCCTTTACAAAAGCACAGTATACAAGATAGACAAA TACAACAAAGAGCTTGAAGAAATACTCTCATTAAAAAAGTCCGTAGAGGG GAAAATGGAAAGTGATTTGTAA >TTE1156 Integrase core domain ATGCTAGGGAGTGGGTCTATTATCATGATACATGAACTCAGAGCAAAAGG CAAGAGTATTCGTGCAATTTCACGAGAAACAGGGCATTCTCGAAACACAA TAAGAAAGTATCTCAGAGCAGAGGGAATCCCCGAAAGAAAACCTCGCCCT AAGAGAGGTTCAAAACTTGACCCTTACAAAGATACTATTCATGAGTACAT TAATATGGGAATATTTAATTGTGAAGTTATTTACGAAAGAATAAAAGAAG AAGGTTACACTGGAGGAAAGACTATTTTAAGAGACTATGTAAGGCAGTTT AGACCTTCAAAGCATATTCAGGCTGTATGCCGCTATGAAACAAAGTCTGG AGAACAAGCCCAGGTTGATTGGGGTGAATACAATTACATTGATCAGGAAA CAGGAGAAGTAAGAAAGCTCTATCTCTTTGTCATGGTACTTGGTTATTCA AGAGCAATGTATGTGGAATTCACAAATCGCTGTGATGTTCACACTTTCAA TCGCTGCCTTATCCATGGTTTTGAATATTTTGGTGGAGTAACTGACGTTG TACTTACTGACAGAATGAAAACTGTAATCATAGGTACAGATGCAAACAAG AAGCCCATATGGAATGCAGTATTTGAGGACCTTGCAGCAACTTTGGGATT TGTACCCAGAGTTTGCAAAGTTAGACGCCCCCAGACAAAAGGCAAAGTAG AAAGCGGAATAGACTTTGTCAAGGACAATTTTCTGCCCGGGAGAAGATTT TTAGATTATGGCGACTTAAATCGTCAGGCAGTAGAGTGGTGTGAGAAGAA GAACAGAAGAGTACATGGTACTACAGGAGAAAGACCAATTGACAGACTAA AGAGGGAAAACTTAAAGCCTTTGCCTTCATTGGATAAATATCAAAAATTT CTGGAGGAACCAAGGAAGGTACATAAAGATGGCCTTTTGAGTTATGATGG TGTAAGGTATGGAGTACCATGGCAGTACAGCGGGAAAGAGGTAGTTGTAA GAGAAAAAATGGCAAAATTGAAATTCTCTACGATAGCAAGGTAA >TTE2667 conserved hypothetical protein ATGAGAATAACTCTGGAATTTACAGGAGAAAAAAATTTAATACTGCCCAT TCATTACAATTACATAGTACAAGGGCTTTTGTACGATTTGATGGGCGATA CAGATTTTGCTGCTTTTCTCCACGATGTTGGCTTTCAGTATGAGAAAAGG CGGTTTAAATTGTTTACATTTTCTAGAATTGAAGGGGAATTTCAAATTGT AGAAAAGCCAAACGGACAAAAGAAGATAATAATAAAGCCTCCATTTAAAT TCACTGTTGCATCTCCTTTGGAAGAAGTGATAATTGATATTTCAAAAAAT ATTTTAAAGCGAGAATATTGTCATTTTAATGGACAAAAGTTTACATTAAA TTCTTTAAATATAGAAAATCCTCCAATTTTTAAAGAAAAGGCCAGGATAA AGTTTATCTCTCCAGTTGTGATGTATACTACCTTAAGAAATGGAGAGAAG AAATACACTTATTATTATTCGCCCTGGGATGAAAAATTTTCTCCCTTGCT TTTAAATAATCTTGTAAAAAAGTATGAATTGGTGTACAAGATAAAACCTA AAAATCCCCATTTTAAGCTTATACCTTTGACGGAAAAAGAAGACAGAAGA TATTCTAAGGTGATTAAATACAAAAATGTCTATGTAAAAGGGTGGATGGG TATATACGATGTAGAAACAACGCCTGAACTTCTGGAGCTTGCCTATTACA CGGGCTTAGGGGCTAAAAATTCCCAAGGGTTCGGGTGTTTTGAGATAATA GGGTGA >TTE0944 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCGGAATTAAGG GTAGCGATGGACATAAAAGAGAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE1984 hypothetical protein GTGATAGTAATACAAGCTAAGCTTATTTTCCTGAATCAAGAAGACAAGCA AATAGTATTAGACTTAATGAGAAGATGGTCTTCTTGCATGAGATTTGCAT ACAAAAGGCTTTTAGAAGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGAAACCTTTTGATTTAAACTCAAGATATGTACACGATGCAATAATGAA AGCAAAAGGTGTATTAGAGTCATCTAGACAATTAGACAACAATCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTGTTTGTAAAACTTCAAAAGCGCCAT ATAAACGGGAAGGCATATGAAAAATTAAAAATTAGGTGGCAGGAGAAAAG AAAAGGAAATCTATATTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAGAAAAAAATGGCACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCCAAAATAGAAGCAGGCTATAAAAAGAA TAAGAGAAGAGAAGAATTTCTGCAGGAAATTGGAGAATCAAACATACCCT ACTCTGTAGAATTAAAACTTAAAAACGGTAGTATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAAATAAAAATAACAAAAGAAAAAGGAGTCAT AGGAATAGACATAAACGCATATCCGGACAACATATCATGGACAGAAGTAG ATGAAAAAGGGAATCTAATAAGCTATGGGAATATGCCAATGCCAGAGCTT GCAAGTGGCAGTAAAGACAAAAAAGAATATTTCAGATGGCAATATGCTCA TGAGATAGTAAAAATAGCAAAAGAAAAAGGAAAAGCAATTGTAATTGAGG GATTAGAAATAAAAGAAAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGACATAGGTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAGGTAGACCCTT CTTATACGTCAATAATAGGCATGTTAAAATATTCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTATGTAATAGCAAGAAGAGGGTTGGGACT GCAGGAAGAGATACCAGATAATTATATGAAGTTTCTCAACGCATTGACTG TAGAAGAATTAGAAGAATTAAAAGAGCATGTAAAGAAAACAGTTAGAAAC AAGCATATAAAGAAAAAGCATTTAAGGGAAATAAATAAAGCAATAGAAAT TTTACAAAGCCTTGAGAGTAAGCCAGGAAGGGTGCTAGAACCTCTGGATG GAACAAGTTTTAGTACCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAGGTACCAAGAGACTTCTCTACCCTGAA AGGATTACTAATTCAGGGTAAGTGGAGAGACCCGTAA >TTE0239 transposase ATGAACAAAGTACAAAAACTACTTTTAGTCCACAGTTCTGATATAATTTT TGTCGGGGTCGATGTAGCTAAAAAGACCCATTATGCAAGAATAATAAATC ACATAGGACTTGAAGTAATAAAACCCTTCAAATTTAATAATAGCATAGAT GGATATGAACGTCTAGTATCCAAAATACTTGAAGCCAAAGAAAAATCGAA AGCAACAAAAATATTAATAGGTTTCGAACCAAGCGGTCATTATTGGAAGC CACTTGCATGGTTTTTAAAAGAAAAAGGATATACAGTAGTGATAGTAAAC CCATATCACGTAAAACAAAGGAAAGAAGAGGAGGACAACAGTCCATCAAA AAACGATAGAAAGGACGCGTTAATAATTGCAAGACTAATAAAAGAAGGGA AATTTCTAAACTGTCTTTTACCTCAAAACACATATGCAGATTTAAGAAAC CTTTCAGTTGCAAGAAAGCAGTTAATAAAGAAACTAAACAGTGTAAAGAA TAAAATTATTGCAATATTAGACGAATACTTTCCTGAATTTGAAGAAGTAT TCAAGAATTTGTGGGGGAAAGCAGCCTTATGGATATTGAGGAACTGTCCA TTTCCCAGCATAATACTTAAACTGAGCAAAGAAGAAATAGCAGAACAGCT AAAGAAAGCCACTAATAACAGGGTAGGCATGAAAAGGGCAGAAAAGCTCA TTGAAGCAGCAAAAAAGTCAATAGGTGTAAAAGAAGGGATAAAAGGGGCA CAAATACGTTTAAACATTTACCTTGATGAATTAGAATTTTTAAAAACACA ATTAGAAACCATAGAAAAAGCCATGGAAGAACTGCTCAAAAAAATAGACA TAGCAGAATATCTGTTAAGCATTCCAGGCATAGGAGTAATAACAGTAGCA GGATTTTTAGCAGAAGTAGGGGACATAGGGAAATACACACACTATAAACA AATCCAGAAACTTGGGGGATTAAACATAACGGATAACCAATCAGGGAAAC ACAGGGGGAAGACCAAGATATCAAAGAGAGGGCGTCCTGAGTTAAGAAAT CTTCTATACAAAGCAAGCCTGACATTAGTAGCCAAAAACAAAGAATTTAA AGCACTTTACAACTACTTTTTAAGAAGGCGAGAAAATCCTTTAGAGAAGA AACAAGCATTAATTGCGATTTCAATAAAACTCATAAGAGTTATGTTTACG CTTGCTAAGAAGAAAGAAAAATACGATTCACAAAAAGTACTTGGAGAATA TCGTATGAAGCAAATAAAGGAATTAGTAGCCTAG >TTE2657 conserved hypothetical protein ATGTATGTGATTTTGGTGTATGACGTAAATGTAAATAGAGTGAATAAAGT TTTAAAAACCGCTCGTCGTTATCTCACTTGGGTGCAGAATTCTGTATTGG AAGGAGAACTCACAGAGGCCACTTATCGAGCTTTACGAAATGAACTTGCT CGCATTATTGACCCTGAAGAAGATTCGGTGCTCTTTTATATTTTAGGTAA TACTAAATATACTAAAAGAGAGCTTTTAGGGATAAAAAAGGGAGGAGAAG AATGGATATATTAA >TTE1151 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE2162 predicted site-specific integrase-resolvase ATGAAGTTATTAGGTATACTAGAAGAAAAACCAAAACCAAAAGTAGTTTT GTATGCAAGAGTATCTACAAATAAACAGGAAGAATATCTTAAGAATCAGA TTAGAAGGCTAGAAGAATATGCCAATTCAAAAGGATGGCAGTATGAAGTT ATATCCGAAATAGCAAGTGGAGTAAATGAAAATAGAAGGGGGTTATTAAA GTTTTTGAACAAGATAAAAAGAGGAGAAGTTGAAAAAGTTGTAATAGAAT ATCCTGATAGGCTAGTGAGATTTGGCTTTAAATACTTTAAATATCTTAAT AGCAATAGTAACATCTTTCGCAGCAAGAATTTACGGACAAAGGGGCGATA A >TTE0162 Orf in partial transposon ATGATAGAAGAAAGGCCAAAACCTAAAGTAGTTTTGTATGTAAGAGTGTC CACAAAGAAACAAGAAGAATATCTTAAGAATCAAATTAGAAGGCTTGAAG AATATGCTAATTCTCAAGGATGGCAGTATGAAGTCATACATGAAATAGCA AGCGGAGTAAATAAAATAAAGAACTGGCAGAGGACTTGA >TTE1114 predicted site-specific integrase-resolvase ATGTTATTAACTATAAAAAAGGTTAAAGAGCTGTATGATATAAGCAGAAT TACATTAATAAACTGGGAAAAGGAAGGATTAATAACCCCAGTTAGAACAC CAAAAGGAAGAAGAAGGTACAAAAAAGAAGATATAGAGAAGTTATTAGGC ATGCTGGAAGAAAAACCAAAACCTAAAGTAGTTTTGTATGCAAGAGTGTC CACAAAGAAACAAGAAGAATATCTTAAGAATCAAATTAGAAGGCTTGAAG AGTATGCTAATTCCCAAGGATGGCAGTATGAAGTCATATCCGAAATAGCA AGCGGAGTAAATGAAAACAGGAGAGGTTTATTAAAGCTTCTAAACAAAAT CAAAAGAGGAGAAGTTGAAAAAGTTGTAATAGAATATCCTGATAGACTAG CGAGATTTGGCTTTGAATATCTCAAATTTTTCATGGAAAGCTTTGGGGTG GAGCTTATAGTTTTAAACGGGAAAGAAAACGAAGAAGACGCAAATAAAGA ACTGGCAGAAGACTTAATAGCAATAGTAACATCTTTTGCGGCAAGAATTT ACGGACAAAAAGGTGGTAAAAAACATGGTAGTAATACAGGCTAA >TTE1124 transposase ATGTTTCTCAAAATAACTAAAGCTGGTGGCTATGAGTATGCCAAAATTGT CCATAATTATCGCGAAAATGGTAAAATAAAGCAAAAAGTCTTGCTTAATC TCGGTAGAATTGATGAACTCAAAAATGATCCCTCTTTCATTAATCTTGTA GATAAATTGCAAAAAATATTTTTAAGCTCCAGTGAAGAAACAGGTCCCAT CAAGCTTTTTCCAGAAGATGTTTCAGAAGGGATTATTAAAAACTGGGGAT ATATTGTGTATAGAAAACTTTGGGAAGAGCTTGAAATAGATAAATTCCTC AAACAGTATATTTCTCAAAATTCCAGGATAAAGTTTGACATTGATAAAGT GACGTTTTTGATGACAGTACAAAGATTAATTCAACCAGTAAGCAAACTTC AGACGTATTACCGCAAAAACAGATACTTTAGATTTGAAGAAGATATTGAT TTAAATCAGCTGTACAGGGGATTAGATATTCTGGCCCAGATAAAAGAGGA TTTGGAGCTATATCTTTATCACAAGAATAGAGATTTATTTAACATGGTAG TTGATGTTGTTTTTTATGATGTGACAACATTTTACTTTGAAAGCATTAAG CAAGATAACTTAAGGGATTTTGGATTTAGCAAGGATAACAAGGTAAATGA GGTACAAGTGGTAATGGGCATGCTTGTAGATAAAGAAGGAAGACCAGTTG GATATGAACTGTTTCCAGGAGATACTGTTGACAGCAAGACCATGATAGAA ATTTTGAGGAAACTGAAAGATAAATTTTGCATAGACCAGGTAATAATAGT TGCGGACAAAGGCCTTAACAGTAAACTTAATTTAAAGCTGATAAAAGAAG CGGGATACGACTACATTGTGGCAAGCAGACTGAAAAACATGAGTAAAGAG ATTTTAGATAGAGTATTTGATGAAGAGGGGTATCAAGTTCTTGAGGAGAA AAAGTGGAGATTTGACAGAGAAATATTTGGTGAAGAGTTTAGATTCAAGG TCATAGAAAGAGAGAATATTATCAAAACGGGAGAAGGGGAAATATTCAAG ATACCTGAGAATCTAATAATAACCTATTCAAGCAAGAGGGCCAAAAAAGA TAAAGAAGACAGGCAAAGGCTAGTAGAAAAAGCAAAAGAACTTTTAGAAA AGCCCGGCAATGTAAGGGCAGCAGAAAAGAGAGGCGGAAGGAAATATTTA AGACGCATTTCCGAATCAGAAGAATATGTACTGGATGAAGAAGCAATAAA GAGAGATGAGAAATTTGACGGTTTTTATGCAATTCAGACCAGCAAGAAAG AAATGAGTGTGACAGAAGTTTTGAATGCATATCATGATTTATGGAAGATA GAGCAGTCTTTCAGAGTAATGAAAAGTTGTCTGGAGGTAAGACCAATATT TCACTGGACGGAAAAAAGGATAAGAGGGCATTTTGTTGTGTGCTATTTAG CATTTTTACTGGAAAGAACTTTAGAATACAGCCTGAGGTCTAAGGGGAAA GAATTAAGCAGTGATAGAATAAAAGAAGCGATAGGTTCAATGAATTTTGT GGAGATAGAGATAAATGGGAAGAAATATTTAATTAAACAAAAGATGGAGG AGGAAGCTGAGGACATATTGAAGGTGATGAAAATAAAAGCACCAAAAAAT TTCATTACATATGAGGAAGGCATGGAATTAATTAGCATGAGAAAGTAA >TTE0312 transposase ATGAACAAAGTACAAAAACTACTTTTAGTCCACAGTTCTGATATAATTTT TGTCGGGGTCGATGTAGCTAAAAAGACCCATTATGCAAGAATAATAAATC ACATAGGACTTGAAGTAATAAAACCCTTCAAATTTAATAATAGCATAGAT GGATATGAACGTCTAGTATCCAAAATACTTGAAGCCAAAGAAAAATCGAA AGCAACAAAAATATTAATAGGTTTCGAACCAAGCGGTCATTATTGGAAGC CACTTGCATGGTTTTTAAAAGAAAAAGGATATACAGTAGTGATAGTAAAC CCATATCACGTAAAACAAAGGAAAGAAGAGGAGGACAACAGTCCATCAAA AAACGATAGAAAGGACGCGTTAATAATTGCAAGACTAATAAAAGAAGGGA AATTTCTAAACTGTCTTTTACCTCAAAACACATATGCAGATTTAAGAAAC CTTTCAGTTGCAAGAAAGCAGTTAATAAAGAAACTAAACAGTGTAAAGAA TAAAATTATTGCAATATTAGACGAATACTTTCCTGAATTTGAAGAAGTAT TCAAGAATTTGTGGGGGAAAGCAGCCTTATGGATATTGAGGAACTGTCCA TTTCCCAGCATAATACTTAAACTGAGCAAAGAAGAAATAGCAGAACAGCT AAAGAAAGCCACTAATAACAGGGTAGGCATGAAAAGGGCAGAAAAGCTCA TTGAAGCAGCAAAAAAGTCAATAGGTGTAAAAGAAGGGATAAAAGGGGCA CAAATACGTTTAAACATTTACCTTGATGAATTAGAATTTTTAAAAACACA ATTAGAAACCATAGAAAAAGCTATGGAAGAACTGCTCAAAAAAATAGACA TAGCAGAATATCTGTTAAGCATTCCAGGCATAGGAGTAATAACAGTAGCA GGATTTTTAGCAGAAGTAGGGGACATAGGGAAATACACACACTATAAACA AATCCAGAAACTTGGGGGATTAAACATAACGGATAACCAATCAAGGAAAC ACAGGGGGAAGACCAAGATATCAAAGAGAGGGCGTCCTGAGTTAAGAAAT CTTCTATACAAAGCAAGCCTGACATTAGTAGCCAAAAACAAAGAATTTAA AGCACTTTACAACTACTTTTTAAGAAGGCGAGAAAATCCTTTAGAGAAGA AACAAGCATTAATTGCGATTTCAATAAAACTCATAAGAGTTATGTTTACG CTTGCTAAGAAGAAAGAAAAATACGATTCACAAAAAGTACTTGGAGAATA TCGTATGAAGCAAATAAAGGAATTAGTAGCCTAG >TTE0715 predicted transposase TTGAAGATAATAGTCAAGAGAGTAGAACAGATACAGATAAATAAGAATCA TGAATTATGGCCTTATTGTGATGAAATATGCTTTGCAGCAAAAAACTTAT ACAATTACGCCAACTACATTACAAGGCAGGAATTTATAAACAACAAAAAA TGGATAAGGTACAGGAAACTCAATAAGATGTTAAAAGAACACGAAACATA CAAAAACTTACCAGCACAAACAGCACAACAAACCTTAAGACTTCTCGATA GAAACTGGAAGTCATTTTTTAGAGCAATGAAAGAATGGGACGAAGATAAA GAAAAGTTTAATGGCAGACCTAATTTACCAAAATACAAAAAGAAAAATGG AAGAAGCGTTGCTATATTTACAAATCAACAGTGTAAAATTAAAGATGGGC ATTTGAGTTTCCCAAAAACAAATTTAAAGCTAAAAACAAGAATAACAGGC AAATTAAAAGAAGTCAGGATAATCCCAAAAGGAAGTGTTTATGTTATTGA AATAGTCTATGAAAAAGAAGTAGTTGAAACAAAGAAGCCCTCAAAAAGAA TAGCGGGCATAGATTTAGGGCTTAATAACTTTGTAACTTTGGTAAATAAC ATAGGCATAAAGCCTATTGTTATTAATGGCAAAGTTATTAAGTCAATAAA TCAATATTACAACAAGAAAAAGGCAGAGTTAATGAGTTATGTAGGAGACA GAGGTACCAGCAATAGGATTGAAAAACTAACTCTAAAAAGGAATAACAAA ATAAAAGACCTTATGCATAAAATAAGTAGATTTATAGTCAACTGGTGCAA ACAACATGACATAGACACAATTGTAATAGGATACAATTCTGGATGGAAGC AGGAAATAGAATTAGGAAAGGTAAATAATCAAAATTTTGTTAACATTCCT TTTAGTGATTTCATAAACATGCTTGAGTATAAATGCAAGGAAGAAGGTAT AAACTTTGTGCTTGTAGAAGAAAGTTACACCAGTGGCTGTAGTTTTTTAG ATGGGGAAGAAATTAACAAAACAAACTACAATCCACAAAGGAGAATAAAA AGGGGTTTGTTTAGGAGTAATAAAGGAATTTTAATAAATGCTGATGTTAA TAGTGCTTATAATATCGTAAGAAAAGTATTCCCCGAAGCATTTGCAGAGG GGATAGAGGGTGTGGGGTTACACCCAGTTAGGCTGAATATAGCCTAA >TTE2658 conserved hypothetical protein TTGCAGAAGACCCTTTACCTTTTTGCTAATGGTAAGTTGTATCGAAAAGA TAACACTATCTGTGTAGAGGGAGAAAAAGAGAAAAAATATTTTCCTGTGG AAAGTGTTAGAGATATATATGTTTTTGGAGAAGTAGATTTAAACAAAAAA TTTATAGAATTCGCTGAAGAGAAGGAAATAATCTTGCATTTTTTCGGTTA TTATGGAAATTACGTAGGTTCTTTTTATCCTAGGGAACATTACAATTCAG GTTATATAATTTTAAAGCAAGCAGAGCATTACTTAGATTCTGCTCGACGC CTGGATTTGGCTCGAAGATTTGTCCAAGGTGCAGTAGCCAATATGACCCA GGTGTTAAAGTATTATCAGAATCGTGGGAGAGATTTAGAAGACTACTTAC ACGCTATTTCTGCTTTGGAAGCTAGTTTGCTTTCAGTTTCCTCAATAGAA GAACTAATGGCTTTGGAAGGTAACATTCGACGCTATTATTATGAAAGCTT TAACACGATACTTGATGATACGCCTTTTGTTTTGAAAAATAGAAACAAAC GACCACCCACAGATCCGCTGAATGCCCTTATCAGTTTTGGCAATTCATTA GTTTATACTAAGATTTTGACTGAAATTTATAAGACACATTTAGATCCGCG AATAGGTTATCTCCATACTACTAATTTCAGACGGTTTACGCTAAATCTAG ACGTAGCAGAAATTTTTAAACCTATTTACGCAGATAGAGTACTTTTTACT CTTTTAAAGAAAAATATCATAAAAGAGGATGATTTTGAAACACAAGGAGA AATTTCCTTACTAAAAGAACGAGGCAGACGTCTTTATGTGCAAGAATTTG AGGGAAAACTTCAAACTACATTCTATCATCGCCGTCTCAAGCGTAATGTT AGCTACCAAACTTTAATGCGTTTAGAACTATATAAGCTAGAAAAACATCT TATTGGAGAAGAACTATATGAACCTTTTGTAAGTAGATGGTGA >TTE0333 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCGGAATTAAGG GTAGCGATGGACATAAAAGAGAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE2218 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACAATTTAAAGTAGACATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTCTA GAGGATCCTCTGCCCCTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAG GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAACTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTGTCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGTAAAGTACTTGCACCCCTCA AAGATAAACGTGGCCACCAAGTGGATAATTGGGTTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE1670 predicted site-specific integrase-resolvase ATGCGAGAGTATCTACAAAAAAGCAAGAAGAATATCTTAAAAAATCAGAT TAAAAGACTTAAAGAGTATCCTAATTCTCAGGGTTGGCAGTATGAAATTA TATCCGAAATAGCAAGTAGAGTAAATGAAAACAGGAGAGGTTTATTAAAG CTTTTGAACAAGATAAAAAGAGGAGAGGTTGAAAAGGTTGTAATAGAATA TCCTGATAGATTGGCGAGATTTGGATTTGAATATATTAAATTTTTCATGG AAAGCTTTGGAGTAGAACTAATAATTTTAAATGATAAAGAAAATGAAGAA TACGCGAATAAAGAGCTGGCAGAAGACTTAATATCAATAGTCACCTCATT TGCAACAAGGATTTACGAACAAAGAGGTGGTAGAAAACATGATATTAATA CAGGCTAA >TTE2408 transposase ATGTTTCTCAAAATAACTAAAGCTGGTGGCTATGAGTATGCCAAAATTGT CCATAATTATCGCGAAAATGGTAAAATAAAGCAAAAAGTCTTGCTTAATC TCGGTAGAATTGATGAACTCAAAAATGATCCCTCTTTCATTAATCTTGTA GATAAATTGCAAAAAATATTTTTAAGCTCCAGTGAAGAAACAGGTCCCAT CAAGCTTTTTCCAGAAGATGTTTCAGAAGGGATTATTAAAAACTGGGGAT ATATTGTGTATAGAAAACTTTGGGAAGAGCTTGAAATAGATAAATTCCTC AAACAGTATATTTCTCAAAATTCCAGGATAAAGTTTGACATTGATAAAGT GACGTTTTTGATGACAGTACAAAGATTAATTCAACCAGTAAGCAAACTTC AGACGTATTACCGCAAAAACAGATACTTTAGATTTGAAGAAGATATTGAT TTAAATCAGCTGTACAGGGGATTAGATATTCTGGCCCAGATAAAAGAGGA TTTGGAGCTATATCTTTATCACAAGAATAGAGATTTATTTAACATGGTAG TTGATGTTGTTTTTTATGATGTGACAACATTTTACTTTGAAAGCATTAAG CAAGATAACTTAAGGGATTTTGGATTTAGCAAGGATAACAAGGTAAATGA GGTACAAGTGGTAATGGGCATGCTTGTAGATAAAGAAGGAAGACCAGTTG GATATGAACTGTTTCCAGGAGATACTGTTGACAGCAAGACCATGATAGAA ATTTTGAGGAAACTGAAAGATAAATTTTGCATAGACCAGGTAATAATAGT TGCGGACAAAGGCCTTAACAGTAAACTTAATTTAAAGCTGATAAAAGAAG CGGGATACGACTACATTGTGGCAAGCAGACTGAAAAACATGAGTAAAGAG ATTTTAGATAGAGTATTTGATGAAGAGGGGTATCAAGTTCTTGAGGAGAA AAAGTGGAGATTTGACAGAGAAATATTTGGTGAAGAGTTTAGATTCAAGG TCATAGAAAGAGAGAATATTATCAAAACGGGAGAAGGGGAAATATTCAAG ATACCTGAGAATCTAATAATAACCTATTCAAGCAAGAGGGCCAAAAAAGA TAAAGAAGACAGGCAAAGGCTAGTAGAAAAAGCAAAAGAACTTTTAGAAA AGCCCGGCAATGTAAGGGCAGCAGAAAAGAGAGGCGGAAGGAAATATTTA AGACGCATTTCCGAATCAGAAGAATATGTACTGGATGAAGAAGCAATAAA GAGAGATGAGAAATTTGACGGTTTTTATGCAATTCAGACCAGCAAGAAAG AAATGAGTGTGACAGAAGTTTTGAATGCATATCATGATTTATGGAAGATA GAGCAGTCTTTCAGAGTAATGAAAAGTTGTCTGGAGGTAAGACCAATATT TCACTGGACGGAAAAAAGGATAAGAGGGCATTTTGTTGTGTGTTATTTAG CATTTTTACTGGAAAGAACTTTAGAATACAGCTTGAGGTCTAAGTGGAAA GAATTAAGCAGTGATAGAATAAAAGAAGCGATAGGTTCAATGAATTTTGT GGAGATAGAGATAAATGGGAAGAAATATTTAATCAAACAAAAGATGGAGG AGGAAGCTGAAGACATATTGAAGGTGATGAAAATAAAAGCACCAAAAAAT TTCATTACATATGAGGAAGGCATGGAATTAATTAGCGTGAGAAAGTAA >TTE1714 hypothetical protein ATGGTAGTAATACAGGCTAAACTCATTTTTCTAAACCAACAAGACAAACA AATAGTATTAGACTTAATGAGAAGATGGTCCTCCTGCATGAGATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGGGGATGTTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAAGCACACTAGAATCTGCTAGAGAATTAGGCAAAAATCCAAAGA AAGTAATTTTTGGAGGAAGAGACTTATTTGGAAAACTTCAAAAGCACCAT ATAAATGGGAAAGCATATAAAAAGCTAAAGACAAAGTGGCATGAAAAGAG AAAAGGAAATCTCTATTCAAGAGGGGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGCACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCCAAAATAGAAGCAGGTTACAAAAAGAA TAAGAGAAGAGAAGAACTTCTTAAGGAAATTGCCGAATCAAACATACCTT ATTCTGTAGAATTAAAACTCAAAAATGGCAATATATACACCTATTTTGCC ATTGAAGAAGAATATCCGAAAATAAAGATAACAAAAGATAAAGGAGTCAT AGGGATAGATATAAATGCATATCCAGACAACATATCATGGACAGAAGTAG ATGAAAAAGGGAATCTAATAAGCTATGGCAGTATACCGATGCCAGAGCTT GCAAGTGGCAGTTCAGATAAAAGGGAATATTTCAGATGGCAGTATGCTCA TGAGATAGTAAAGATAGCAAAAGAGAAAGGAAAAGCAATTGTAATTGAGG GATTAGAAATAAAAGAAAAAGGCAAAAGAGGAGACTATTCAGGGAGAAAA TCAAGGAGGATAAGACATAGTTTTAGCTACAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGTGTAGAAGTAATAGAGATAGACCCTT CTTACACCTCAATAATAGGGATGTTAAAATATGCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTATGTAATAGCAAGAAGGGGTTTAAGACT GCAAGAAAAGATACCAGATAATTATATAAAGTTTCTCAACACATTGACTG TGGATGAATTAGAAGAATTAAAAGAGCATGTAAAGAAAACAGTCAGGAAC AAGTACTTAAAGAAGAAACACCTGAAAGAGATAAAGAAAGCGATAGAGAT TTTACAAAGCCTTGAGAGTAAGCCGGGAAGGGTGCTAAGACCTCTGTATG GAACAAGTTTTAGTGCCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAGGTAAAAAGAGACTTCTCTACCCTGAA AGAGTTACTAATTCAGGGTAAGTGGAGAGACTCTTAA >TTE1675 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCGGAATTAAGG GTAGCGATGGACATAAAAGAGAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE1685 MutS-like ATPases involved in mismatch repair, family 1 ATGAAGGGAATGAGGGAAAAAACTTTAAAAAGCCTTGAGTTTGACAAAAT AGTTAAGCTAATTGCGAATGAATGCGACTCAGAGCTTGGGAGAGAAAAAG TTTTTGACATAGAGATAAAAAAAGATTTAAAGGCAATAGAATTTGAATTA GACTTGCTCAATGAGGCAGTGAAATTTATCTATTCCTATGGGGATATATC TTTTTCTTTTCAAGACATAAGAGAGCATGTAAAAAAAGCGCAGATTGATT ACATCCTCTACAACAGGGAACTTTTAGGTATTAAAAATTTTCTCAGCCTT GTGGAGGAAGTCAAGGCCCACTTTAAATCGCTGTATGACAGGGAAGACTT TTTATTGCTTAAAGAATTTGATAAAAGGCTTGTTCCTCTAAAAAGTTTAA AGGAGAAGATTGAGAATACGGTGATTTCTGAAGATGAGATCTCAGATGAA GCCTCTCCGGTTTTGAAAGCAATAAGGAGGCAGAAGGCATCAATAAATGA GAAGATAAAGTCTACTTTAAATTCTATAATTTCTACAAGGCAAAAAGAAC TTCAAGAGCCAATAATAACAATGAGACAGGGAAGATATGTCGTGCCAGTA AAACAGGAATACAGGAATGTGTTTAAAGGCATAATACACGACCAGTCTTC CACAGGGGCTACTTTGTTCATCGAGCCTATCCAAGTAGTAGATTTAAACA ATGAATTGAGGGAGTTAGAATTAAAGGAGCAGAAGGAGATAGAAAGGATA CTTTTTGAACTTTCTCAAGAAGTTAAGAAGAATGCTGAAGCTATTTTCAA AGATGTTGAAGTGGTATCTGAACTGGATTTCCTATTTGCAAAAGCCCGTT ATTCAATAAAGATAAAAGCTTCAAGGCCTGAGCTAAATACTTCAGGGTAT GTAAATCTCAAAAAAGCGCGCCATCCTTTGATAGACCCTGAGAAAGTCGT TCCAATAGACATACACATAGGAAGAGAGTTTACTACCTTGGTAATTACAG GTCCTAACACAGGAGGTAAAACTGTCACTTTAAAGACAGTAGGGCTTTTG ACTTTGATGGCGATGGCAGGAATAAACATTCCTGCAGAAGAGAAATCCCA GATTTCCATATTCGAAGATGTCTTTGTGGACATAGGCGATGAGCAGAGCA TTGAGCAAAGTTTGAGCACCTTTTCTTCTCACATGACAAATATAGTGAGT ATTCTTAAAAAGGTCAATAAGAATTCTTTGGTGCTTTTGGATGAGTTGGG GGCAGGGACTGACCCTCTTGAAGGTTCTGCACTTGCTATGAGCATCTTGG ACTTTCTCCACAGGACAGGATGCAGGACAATAGCCACCACCCATTACAGT GAGCTCAAGCAGTACGCCTTGAAGACCAAGGGCGTGGAAAATGCCAGTGT CGAGTTTGATGTGGAGACCTTACGGCCTACTTACAGGCTTATCATAGGTA TTCCTGGAAGGAGCAATGCTTTTGAGATTTCAAGAAGGCTTGGGCTTTCA GAGGAAATAATTGAAAATGCCAAGAGCTACATGTCTGGTGAGGCCATAAG GTTTGAGGATGTCATTAAAGACGTAGAAGAAAAAAGAAAAGATCTAGAAA ATGCTTATCAGGAAGTAGAAAGGCTAAAAAAAGAAGTGGAAGTCTTAAAA GAGGAATTAGAAAAGGAGAAGAGAAAGCTCGAATCTCAAAAAGATAAAAT ATTGAAAGAGGCTAAAGAAAAAGCTAGGGAGATAATTAAAGAAGCAAAGC AGACTGCAGAGGAAGTAATAAAGAGGATAAAAGAGGCAGAAGAAAAAGAG AAAAACAAAGACAGGGCGATACAGGAAATAAGGGAGAAGATCAAGAAAAA TCTAGAAGAGTTGGAAGAAGAGGTTTTAAAACCTAAGGAATTTTCTTATG GCAAAATCCCTGATTCTTTAAAAGCTGGACAGACTGTTTATATTGTCCCA TTAGACCAAAATGGAATTGTTCTCTCTCCACCGGATGCATCAGGAAATGT TGAAGTGCAGGCGGGAATTTTGAAGATGACAGTTCACATAAGCAATTTGA GAGTCAAAGAAGAGCAGGAACAGGAAGAAGTGAAAAAGGGTTACAGCAGG TTTATCAATGAAAAGGCAAAGTCGATAAGCCCCTCTCTTGATGTCAGAGG TATGACTTTGGACGATGCTCTTTTGGAAGTGGAAAAATACATTGACGATG CGTATCTGGCAGGGCTTAATCAAGTGACTATAATACACGGAAGGGGTACA GGAGTTTTGAGGACGGGAATTGCCAAATTTTTAAGAAATAGTAAGTATGT AAAATCCTTTAGGCTAGGCAGATATGGTGAGGGCGGTGATGGTGTCACCA TTGTTGAATTGCACAGCAGATAG >TTE2659 RecB family exonuclease ATGAGCATGCCTTTTTTAACTCCCCGTGTTGTAGGGAGCATAGTCAATGC TTACATTATATGTCCTCGTAAAGCTTGGCTCATGTCCAGACAAATTTTTC CTGATGAAGATTATGTTTATCTTCACTTAGGGCGCTTAATCCAAGAACAG AGTTATAGTCGAGAGAAAAAAGAAATTCACTTAGAGCATCTTCGCATAGA TTTGGTACGAAAAGAAGGAGAAACATTGGTAATAGCTGAGGTAAAAAAAT CTTCACGGGGCAAAGAAGCAGCTAGAATGCAATTAGCCTTTTATCTTTAT GAATTAAAAACCATGAGTATAGAGGCAAAAGGAGAACTTCTTTTTCCTGA AGAGAGGAGGCGGGAGGAGATGATTTTAGATGAAAAATGGATGAAAAAGA TAGAAGAGACAAAGGAGAAAATAGAAAATTTAATCCAACATGAATTACCT CCTCCTCCCAAATATTCTTCCTATTGTAACAAGTGTGCCTACGGAGAGTT TTGTTGGGCATAA >TTE1152 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACACTTTAAAGTAGATATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTTTA GAGGATCCTTTGCCACTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAA GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAAGTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTATCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGCAAAGTACTTGCACCCCTTA AAGATAAACATGGCCACCAAGTGGATAATTGGGCTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE1282 hypothetical protein ATGGAGTACTTAAACGAAAGAGTGTCTTACTTGAGAGGGCTAGCAGACGG CTTAGGTATAGATGACAGCACTAAAGAAGGCAAATTGATTCTAGCAATTC TTGATGCCCTTGAGGATTTTGCAGACGCTATAGAGGAGCTAGAAGCTTCT CAATCCGAACTCAATGACTACGTCGGAGAGCTGGATGAGGACCTTTCAGA AATTGAAGACCGCCTCTACGGAGATGAGGATGAAGACTACGACTACGAGG ATGAAGAGGACGAGGATTACGAATACGATTATGACGAAGACGAGGAAGAG GACGAAGATGAGGATTACGAAGAATACGTGGAAGTGGAGTGCCCTAATTG CCATATGTTGATGAGCGTAGAAGAAGAGCTTTTGGAAGATGAAGATGCAG AACTAGTTTGTCCTCACTGCAATGCTACTATAAAAGTAAAAGATTTAAAA ATTGTAGATGATGACGACGAAGACTGA >TTE2636 conserved hypothetical protein ATGAAAGTTATATATCAAATTGGAAGATTTGATAAGGGTTTTATGAAAAC TCAAGAATTTACTTTTCGGCAAGAAAAATATACAGAAGTTCTTACAAGTT TTGTTATGAAAAAATTTTTTCAAAAGAAAAATCCTCAAGAAAAAAGTATG GTAGTGTTGATTTTTCCTGTGAGTTTAATTTTAAATGAAAGTGCTATTAA GGAAGTGATTGAAAGCAACGACGAGGCAATAGAGAAATTTAAAGAAAAAC TTGAAAGATTTAAAGATATGGTTCCAAATACACTGCAGGAGTACTCTACC GATCCTTACGCGTTTTATAGTTTTCACCCACACTGCAAAATTGCGGATGA TTTCTTTGTTATCCATTCGTTAGGAGGATATAAAATTTTTGGCGAATATA TAGAATTTAATTCTGACTACAATGATATAGTTTTACAAATTTTTAGTGAC ATGGCTATAAGGTATTTAAATGAATACAACAGAGATAATGAAACAATGGA GTTTTACATTGATATTTCTAGCGGACACAATATTTATATTTCAGCTTTGT TGGAAGCAGCAAGATATTTTTCTGTGTTTTCTGGTCTTTTAAATTGGCTT AAAAAAGAAAAGAGGCCAAAAATATTTTTAGCATTTTCAGATCCTATTTT GCCAGGAACGACAGGAATGAAAGAATATGAAATACACATTGAAGAACTAC GCTTTAAAACCTTCTTTTCTTCTCCTATAGGGGAAGAAGAACTAGATAAT TTCAATTTAGCTCGAAGAATAGCAGGAAAAGAAAAGGAGTTAAAAAATGT TCTCCAAAAGCTATTTGAAAATTTCCTCATCTGTTTTTCTGCTATTAAAA ATAATACGCCACTTGTTTTGTATCATTTCAATTTTGATGCTTGGGAAGAT GTAATTTCATTTTTAAAAGATTTTTTAGAAATGCTCAAACGAAAACTCTC AGGTACATGGGAAAGTTCACCAGTGCTTTTCAAATCTGATTATTTAAACA CTATTTTATCTTTAGGATTTTATGCAGGAATTTTAGAAGTTTTAGAGACT AAGGGTATATCAAAATATGACTATGAAAATGGAATTGCACTCGAAGAGAT AAAGCAACTCTTTGCCTCTGAAGAGAATTCTATTTATAAGTTATTCGGAC TGGAAACTCATATTCCAATTTTGGGGAGGGAAGTTCATAATTTATGTCAT GGAGGGAAAAAGAAAGAAAAATCTATTTTAAATCAAGCTACGGAAGAGTG GAGTAAGGTTTATAACTTTATAGATGAAGGAAAATCCAGCTCTTTTGAGA ACAGAAATTTTTTAGCTCATAGTGGTTTTGAGAGAAATGTCACGGAAGTG AGAAAAGAAGAAGGGAAATTGTATTTAAGATATGACAAGAGTTTTGAAAA AAAGATTTTAAAGTGTTTAAAAAAGTATGTGTGA >TTE0527 predicted site-specific integrase-resolvase ATGTTATTAACTATAAAAAAGGTTAAAGAGCTGTATGATATAAGCAGAAT TACATTAATAAACTGGGAAAAGGAAGGATTAATAACCCCAGTTAGAACAC CAAAAGGAAGAAGAAGGTACAAAAAAGAAGATATAGAGAAGTTATTAGGC ATGCTGGAAGAAAAACCAAAACCTAAAGTAGTTTTGTATGCAAGAGTGTC CACAAAGAAACAAGAAGAATATCTTAAGAATCAAATTAGAAGGCTTGAAG AATACGCTAATTCCCAAGGATGGCAGTATGAAGTCATATCCGAAATAGCA AGCGGAGTAAATGAAAATAGAAGAGGCTTATTAAAGCTTTTGAACAAGAT AAAAAGAGGAGAAGTTGAAAAAGTTGTAATAGAATATCCTGATAGACTAG CGAGATTTGGCTTTGAATATCTTAAATTTTTCATGGAAAGCTTTGGGGTA GAGCTTATAGTTTTAAACGGGAAAGAAAACGAAGAAGATGCAAATAAAGA ACTAGCAGAAGACTTAATAGCAATAGTAACATCTTTCGCAGCAAGAATTT ACGGGCAAAGGGGCAAAAAACATGATAGTGATACAGGCTAA >TTE0683 predicted site-specific integrase-resolvase ATGTTATTAACTATAAAGAAGGTTAAAGAGCTGTATGATATAAGCAGAAT TACATTAATAAACTGGGAAAAGGAAGGATTAATAACCCCAGTTAGAACAC CAAAAGGAAGAAGAAGATACAAAAAAGAAGATATAGAGAAGTTATTAGGC ATGCTGGAAGAAAAACCAAAACCTAAAGTAGTTTTGTATGCAAGAGTGTC CACAAAGAAACAAGAAGAATATCTTAAGAATCAAATTAGAAGGCTTGAAG AATACGCTAATTCCCAAGGATGGCAGTATGAAGTCATATCCGAAATAGCA AGTGGGGTAAATGAAAACAGGAGAGGCTTATTAAAGCTTTTGAACAAGAT AAAAAGAGGAGAAGTTGAAAAAGTTGTAATAGAATATCCTGATAGACTAG CGAGATTTGGCTTTGAATATCTCAAATTTTTCATGGAAAGCTTTGGGGTG GAGCTTATAGTTTTAAACGGGAAAGAAAACGAAGAAGACGCAAATAAAGA ACTGGCAGAAGACTTAATAGCAATAGTAACATCTTTTGCAGCAAGAATTT ACGGACAAAGGGGTGGCAAAAAACATGATAGTAATACAGGCTAA >TTE2490 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACACTTTAAAGTAGATATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTTTA GAGGATCCTTTGCCACTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAA GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAAGTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTATCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGCAAAGTACTTGCACCCCTTA AAGATAAACATGGCCACCAAGTGGATAATTGGGCTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE1193 hypothetical protein ATGATAGTAATACAGGCTAAACTTATTTTTCTAAACCAACAAGCCAAACA AATAGTATTAGACTTAATGAGAAGATGGTCATCCTACATGAGATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGATAGAAAAACATTAAAAAGAGACCTT CAGGGGATGTTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAAGCACACTAGAATCTGCTAGAGAATTAGGTAAGAGTCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTGTTTGGAAAACTTCAAAAGCGCCAT ATAAACGGGAAGGCATATGAAAAATTAAAAATTAGGTGGCAGGAGAAGAG AAAAGGAAATCTATATTCAAGAGGGGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGTACTTTCTTAAGGATAAATGTA GGGGAAAGAAAATATGTATATGCCAGAATAGAAGCAGGCTACAAAAAGAA TAAGAGAAGAGAAGAACTTCTGCAGGAAATTGGAGAATCAAACATACCCT ACTCTGTAGAATTAAAACTCAAAAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAGAATATCCAGAGATAAAAATAACAAAAGAAAGAGGGGTCAT AGGAATAGATGTGAACGCATATCCGGACAACATATCATGGGTAGAAGTAG ATGAAAAAGGAAATCTAATAAGTTATGGTAAGATACCTATGCCAGAGCTT GCAAGCGACAGTAAAGACAAAAGAGAATATTTCAGATGGCAATATGCTCA TGAGATAGTAAAAATAGCAAAAGAGAAAGGAAAAGCAATAGTAATTGAAA AATTGGACATAAAAGAAAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGGCATAGCTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAAGTCAATCCTT CTTACACATCAATAATAGGGATGTTAAAATATGCACCGCAGTATATGATA ACAAAAGATATAGCAGCAGCCTTTGTAATAGCAAGAAGAGGGTTGGGACT TCAAGAAAAGATACCAGATAATTATATGAAGTTTCTCAACGCATTGACTG TAGAAGAATTAGAAGAATTAAAAGAACATGTAAAGAAAACAGTTGGAAAT AAGCATTTAAAGAAAAAGCATTTAAGGGAAATAAATAAAGCAATAAAATT TTTGCAAAGCCTTGGGAGTGAGCCAGAAAGGGTGCTAAAACCTCTGTATG GAACAAGTTTTAGTGCCTATGATTTCTGGAGAGTTCTCAAGGTAGCGGTG GTGACTCCACTCTCTCCTGAGAAGGTACCAAGAGACTTCTCTACCCTGAA AGGATTACTAATTCAGGGTAAGTGGAGAGACCCGTAA >TTE0691 predicted site-specific integrase-resolvase ATGTTATTAACTATAAAAAAGGTTAAAGAGCTATATGATATAAGCAGAAT TACATTAATAAACTGGGAAAAGGAAGGATTAATAACCCCAATTAGAACAC CAAAAGGAAGAAGAAGGTACAAAAAAGAAGATATAGAGAAGTTATTAGGC ATGCTAGAAGAAAAACCAAAACCTAAAGTAGTTTTGTATGCAAGAGTGTC CACAAAGAAACAAGAAGAATATCTTAAGAATCAGATTAGAAGGCTGGAAG AATACGCTAATTCCCAAGGATGGCAGTATGAAGTCATATCCGAAATAGCA AGTGGAGTAAATGAAAATAGAAGAGGCTTATTAAAGCTTTTGAACAAGAT AAAAAGAGGAGAAGTTGAAAAAGTTGTAGTAGAATACCCTGATAGACTAG CAAGATTTGGGTTTGAATATCTTAAATTTTTCATGGAAAGTTTGGGGGTA GAACTTATAGTTTTAAGTGGAGAAGAGAATAAAGAAGAGATGAACAAAGA ATTGGCAGAAGATTTAATAGCAATAGTCACCTCATTTGCGGCAAGAATTT ACGGTCAAAGAGGTGGCAAAAAACATGCTGGCAATCCAAGCTAA >TTE1379 transposase ATGTTATCAAAGAAAGAGGATGCAAGACATCAAATAGAATTTGTAAGCAT AGATCAATTAGTACCACAAGACCACCTTTTAAGAAAGATAGAAAAAGTCA TAGACTTTAGCTTCATATACGATTTAGTAAAAGACAAATATTCCGAGGGT CACGGCAGACCAAGCATAGACCCAGTAGTACTCATAAAAATACTTTTCAT TCAATATCTTTTTGGCATACCATCGATGAGGAGGACAATAGCAGAAATAA AAACAAATGTAGCGTATAGATGGTTTTTAGGGTATGGGCTGACAGAAGAA ATACCTCATTTTTCAACATTTAGTCAGAACTACATAAGAAGATTCAAAGG GACAGACATATTTGAGAAAATATTTACGAAGATTTTAGAAGAAGCAATAA AACATGGGCTAGTAAATGCAGAGGAAGTATTCATAGATTCAACCCATGTA AAAGCAAGTGCCAACAAGAAGAAATACACCAAAGAAATAGTAGAACAAGA AGCCAGGACTTATCAAGAAAAACTAGAAGAAGAAATAAACAAAGATAGAG AAGCTCATGGCAAAAAGCCATTAAAGAAAATCAAGAAGATAAAGACGAAA GAAGTGAAAGTAAGCAAAACAGACCCAGATAGCGGAATGTTAAACAAAAA CGGAAAAGAAAAAATCTTTGCATATTCTTTTCATACAGCCTGCGATAAAA ATGGATTTGTATTAGGAGTAAAAGTAACAGCAGCAAATGTACACGACAGT GTGATGTTTCAAGAAGTATTAGAAGAAGTTGAAAAGAGGGTAAGAAAACC GAAAGCAATAGCAGTAGATGCAGGCTATAAAAATCCGTACATATTAAAGA CAATATTTGATAGACAAATAATACCAGCAGTACCATACACAAGGCCAAAA ACAAAAGATGGTTTCATGAAAAAACATGAATTTGTTTATGATGAATACTA TGACTGTTACATATGCCCGCAGAATGAAATATTAACATATGTTACAACCA ACAGAGAAGGATATAGAGAATACAAATCAAACCCAGAAAAATGTAAAAAC TGTCCTCTAAGAGAAAAGTGTACCCAAAGTAAAGACTACACAAAGAGGAT ATTCAGGCACATATGGGAAGGATATGTAGAAGAAGCAGAACACCTAAGGC ATACACCTTACTGTAAAGAAGTATATGAGAGAAGGAAAGAGACAATAGAG AGAGTATTTGCAGATTTAAAGGAGAAGCATGGTTTGCGATGGACGACGTT AAGAGGGAAGGAAAAATTGTCCATGCAAGCGATGCTTGTTTTTGCTGCCA TGAATTTAAAGAAAATGGCCTTATGGTTATGGAGGAAGGGCAAAGGGCCC TTTGACATTTCAAAACTTTATCCATTATTTGGAGTTTTAAAGAAAATTTT ATCCAGATATATACAGCCCCTGCTTTCGGTACTAAGAAAACAGGGGCTAA AATTTTGCTTTGTCAACAAACTGATAGATGAGTTTTTACATGCTCATCTA TTTTTTTGTTGCTATTTTGTATAA >TTE1171 transposase ATGAACAAAGTACAAAAACTACTTTTAGTCCACAGTTCTGATATAATTTT TGTCGGGGTCGATGTAGCTAAAAAGACCCATTATGCAAGAATAATAAATC ACATAGGACTTGAAGTAATAAAACCCTTCAAATTTAATAATAGCATAGAT GGATATGAACGTCTAGTATCCAAAATACTCGAAGCCAAAGAAAAATCGAA AGCAACAAAAATATTAATAGGTTTCGAACCAAGCGGTCATTATTGGAAGC CACTTGCATGGTTTTTAAAAGAAAAAGGATATACAGTAGTGATAGTAAAC CCATATCACGTAAAACAAAGGAAAGAAGAGGAGGACAACAGTCCATCAAA AAACGATAGAAAGGACGCGTTAATAATTGCAAGACTAATAAAAGAAGGGA AATTTCTAAACTGTCTTTTACCTCAAAACACATATGCAGATTTAAGAAAC CTTTCAGTTGCAAGAAAGCAGTTAATAAAGAAACTAAACAGTGTAAAGAA TAAAATTATTGCAATATTAGACGAATACTTTCCTGAATTTGAAGAAGTAT TCAAGAATTTGTGGGGGAAAGCAGCCTTATGGATATTGAGGAACTGTCCA TTTCCCAGCATAATACTTAAACTGAGCAAAGAAGAAATAGCAGAACAGCT AAAGAAAGCCACTAATAACAGGGTAGGCATGAAAAGGGCAGAAAAGCTCA TTGAAGCAGCAAAAAAGTCAATAGGTGTAAAAGAAGGGATAAAAGGGGCA CAAATACGTTTAAACATTTACCTTGATGAATTAGAATTTTTAAAAACACA ATTAGAAACCATAGAAAAAGCTATGGAAGAACTGCTCAAAAAAATAGACA TAGCAGAATATCTGTTAAGCATTCCAGGCATAGGAGTAATAACAGTAGCA GGATTTTTAGCAGAAGTAGGGGACATAGGGAAATACACACACTATAAACA AATCCAGAAACTTGGGGGATTAAACATAACGGATAACCAATCAGGGAAAC ACAGGGGGAAGACCAAGATATCAAAGAGAGGGCGTCCTGAGTTAAGAAAT CTTCTATACAAAGCAAGCCTGACATTAGTAGCCAAAAACAAAGAATTTAA AGCACTTTACAACTACTTTTTAAGAAGGCGAGAAAATCCTTTAGAGAAGA AACAAGCATTAATTGCGATTTCAATAAAACTCATAAGAGTTATGTTTACG CTTGCTAAGAAGAAAGAAAAATACGATTCACAAAAAGTACTTGGAGAATA TCGTATGAAGCAAATAAAGGAATTAGTAGCCTAG >TTE1784 uncharacterized ATPase related to the helicase subunit of the Holliday junction resolvase ATGTATAAGCAAACTTCTATATTTGATGCCAAGTTTGATAAAAACAGGCC TCTAGCAGATAGAATGAGGCCAAGGACCTTAGATGAGTTTGTTGGACAGG AGCATATTTTGGGAAAGGGTAAAGCTCTAAGAGAACTGATAGAAAAGGAC AGCATAACTTCTATGATACTTTGGGGTCCACCTGGCGTTGGCAAAACCAC TCTTGCTATGATTATAGCCAATATGACAAATTCTAAATTTGTCAATTTTA GCGCTGTACTTTCTGGAATAAAAGAAATAAAAGAGATAATGGCCCAAGCT GAAAGAGATGCTATGTACGGGCAGAGAACTGTTGTGTTTATAGATGAAAT TCACAGATTTAACAAAGCGCAACAGGATGCTTTTTTGCCTCATGTAGAAA AAGGAAATATAATACTGATTGGAGCTACTACAGAAAATCCGTCTTTTGAA GTAAATTCAGCTCTTTTGTCCAGGTCTAAAGTTTTTATGATGAAGCCCTT GGATGTTAAGGATATAATGATTATTCTAAAAAGGGCGCTAAAAGATGAGG AGAGAGGCCTTGGGCTTTACAATGTAGAAATCGACGAAGAAAAACTTGAA AAAATTGCTCTTTTTTCTAATGGGGATGCGAGGGTAGCCCTTAATACTTT GGAGATGGCTGTAATGGCAGCTAATGTCGTGAACGGGAAAAGAGTTGTAA CAGATGAAATACTCTCTGATGTGATGCAGAAAAAAGCGCTTCTTTACGAC AAGGCAGGAGAAGAGCATTATAATTTGATTTCAGCCTTTCATAAGTCATT GAGGAATAGCGATTGGGATGCTGCCCTTTATTGGATGGCAAGGATGTTGG AAGCAGGGGAGGACCCCCTCTATATCGCGAGGAGGATGATAAGATTTGCT TCAGAAGATGTAGGGCTAGCAGATCCACAAGCTCTTTCTGTAGCTATTGC TGCCTATGAAGCTTCTCACTACATAGGCATGCCAGAGTGCAGTGTAAATC TTGCTCAAGCAGCTGTATATCTCGCTTTGGCTCCCAAGTCCAATGCCCTT TATGTAGCTTACAACAGGGTGAAAAAAGATGCAGAAGAGACTTTTGCCGA GCCGGTTCCCATGCATTTGAGAAATGCCCCTACAAAGTTGATGAAGGAAT TGGGGTATGGAGAGGGTTACAAATACGCCCATGACTTTGAAGAGAAAGTC ACTGATATGGAATGCCTGCCCGAAAATCTTAAGGGTCGAAGATATTACAT TCCCACGGATTCAGGTTTTGAGAAAAAGTTAAAAGAGAGAATGGAAGAGA TTTTAAAATTGAAAGGGAAATAA >TTE0163 hypothetical protein ATGATAGTCATACAAGCTAAACTCATTTTTCTAAACCAAGAAGACAAACA AAGAGCATTGGACTTAATGAGAAGATGGTCCTCCTGCATGAGATTTGCAT ACAAAAGGCTTCTAGAAGGTTATGACAGAAAAACATTAAAAAGAGACCTT CAGGGGATGTTTGACTTAAACTCAAGATATGTAGATGATGCAATAATGAA AGCAAGAAGCACACTAGAATCTGCTAGAGAACTAGGTAATAACCCAAAGA AAGTCATTTTTGGAGGAAGAGACTTATTTAAAAAACTCCAAAAACACCAT ATAAATGGAAAAGCATATGAGAGATTAAAAATTAGGTGGCAGGAGAAAAG AAAAGGGAATCTCTACTCAAGAGGAGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAATAAAAGAAAATGGCACTTTTTTAAGGATAAATGTA GGAGAAAGAAAATACGTATATGCCAAAATAGAAGCAGGCTACAAAAAGAA TAAGAGAAGAGAAGAACTTCTACAAGAAATTACCAAATCAGACATACCCT ACTCTGTAGAATTAAAACTCAAAAATGGTAGTATATACGCCTATTTCGCT GTTGAAGAAGAATATCCGGAAATAAAAATAACAAAAGAAAAAGGAGTCAT AGGAATAGACATAAATGCATATCCAGACAACATATCATGGGCAGAAGTAG ACGAAGAAGGTAATCTAACAAGTTACGGCAGTATACCAATGCCAGAGCTT GCAAGCGGCAGTAAAGAAAAAAGAGAATATTACAGATGGCAGTACGCTCA TGAGATAATAAAAATAGCAAAAGAAAAAGGAAAAGCAATAGTAATTGAAA AACTGGACATAAAAGATAAAGGTAAAAAAGGAGACTTTTCAGGGAGAAAA TCAAGGAGAATAAGACATAGCTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAAGTAGACCCTT CTTACACGTCAATAATAGGCATGTTGAAATATGCACCGCAGTATATGATA ACAAAAGATACAGCAGCGGCTTATGTAATAGCAAGAAGAGGATTAGGTAA AGAAGAAAAGATACCAGATAATTATATGAAGTTTCTCAACGCATTAACTG TAGAAGAATTAGAAGAATTAAAAGAGCATGTAAAGAAAACAGTCAGAAAC AAAAAGTTAAAGAAGAAACACTTAAAAGAGATAAAGAAAGCAATAGAATT TCTACAAAGCCTTGAGAGTGAGCCAGGAAGGGTACTAAAGCCTCTGGGTG GAACAAGTTTTAGTACCCATGATTTCTGGCGAGTTCTCAAGGCAGCGGTG GTGATTCCACTCTCTCCTGAGAAGGTACCAAGAGACTTCTCTGTCCTGAA GGAATTATTAATTCAGGGTAAGTGGGGAGACCCGTAA >TTE1516 hypothetical protein ATGAAATGGCTTCTCTTTGTATATAAAGTGCCTAGTGATTCTTCTACTGC TAGAGTCACTATATGGAGAAAAGTAAAAAGAATCGGCGCTTTGTATTTGC AGCAGTCTGTTTGCATTGTGCCTTATATGGAAAAGTTTTTAAAAGAAGTA GAGGATTTAAAAAAAGAGGTAAAAGGATTTGGTGGTGATTTTAAATCCTT TGAAGTGGTAGCCCTTGAGGAGGAAGTTGAAAAGGATTTAATTGAACAGT TTAACAGGCAGAGGAGGGAGGAATACAGCGAAGTAATTGAGCAGTGCGAG GAGTTTTTCAAAGAAATCGAAAAAGAGGTAAGCAGAAAGAACTTCACTTT TGCAGAATTAGAAGAAAATGAAGATGAACTCAGTAAGCTTTACAGGTGGT TTAAAAAAGTAGCAGAAAGAGATGTTTTCAATTGTGAAATGAGAGTAAAA GCAGAAGAGCTTTTAAAAAAGGCAAGTGAGGAGTTCGAAAAGTTTTCTGC AATGGTATATGAAAAGAACAAAGAAGAGGAGGAATTTTAA >TTE2662 conserved hypothetical protein ATGAACAATCAGCAGAGTAAAGCCTTGGCTTTGGGTTATCTTATAAAAGT ATCTACAGGAAATATAAACGCTTCCCATACTGAAGGGAATGTAGTCATAG CTAAAAAAGTTACCTTGCCCGACGGAAGTTCTGTACCCTATTTTTCAGGT CAAGCCAAGAGGAGAATGCTAAGGGATAGGTTGGAAGATTTGGGCTTTGC CTTATCGGAAGTGGCTGCTAAGGTGAGCGGTCAGGAGGTCACCCCTCCAG TACAGCCTTGGCGGTACATAGATGAAGACTTATTTGGCTATATGGATCCC AGCGGATCCCGCCGTCGCACTTCCCCTGTACGGGTTTCTGCAGGCATAGG GATGTTTCCTTTCCAAGGTGACAGGGACTTAGGTACCCGCTCCTTTGAAC GCTTTGGACAGGCTGTGTCTGCTGGCGGCAATATGTTTGAAACAGAGCTT TATGCCAATCTTTTTAAAGGTAATATGCTGGTAGAACTGGATCGTGTAGG TGTGTTTTCTGATCTAGAATTAGGAGATAAACCTAAAGATATACCTGCCC ATTTAGAGAAAATAGAGAAAAATGGTAGAGTTTTTTATGTGTTACCTTTA GAAGAGAGAAAAAAGCGGTTGAAAGCTCTTCTTGAAGCTTTGGGGTTACT GTGGGGTGGAGGCCGTACTGCCCGCATGCTCTCAGACCTTTCCCCTCGCT TTGTAGCTTATTCTCGTCTGACTATAAAGCACCCAGTGTTTCTAGAAGCT TTACAGGTTAGTTACTCCGAGGGGAGATACGAACTAATTTTAGAACCCTT AATATCTGCTTTGCAGAAATTCAGTAATTACCGCCAGAACACCCTGTTCG GGTTAGAAAAAGGCTTTTTCTCAAATGAAGAAGAGATAAGGCAGAATCTT GAACCTTACGGAAAAGTAATGGATCTTTACGAAGCCATCCAAGAAGCCCA AAAGGATGTAGAGAGCCTATGA >TTE0741 predicted site-specific integrase-resolvase ATGTTATTAACTATAAAGAAGGTTAAAGAGCTGTATGATATAAGCAGAAT TACATTAATAAACTGGGAAAAGGAAGGATTAATAACCCCAGTTAGAACAC CAAAAGGAAGAAGAAGATACAAAAAAGAAGATATAGAGAAGTTATTAGGT ATGCTGGAAGAAAAACCAAAACCTAAAGTAGTTTTGTATGCAAGAGTGTC CACAAAGAAACAAGAAGAATATCTTAAGAATCAAATTAGAAGGCTTGAAG AATACGCTAATTCCCAAGGATGGCAGTATGAAGTCATACATGAGATAGCA AGTGGGGTAAATGAAAACAGGAGAGGTTTATTAAAGCTTTTGAACAAGAT AAAAAGAGGAGAAGTTGAAAAAGTTGTAATAGAATATCCTGATAGACTAG CGAGATTTGGCTTTGAATATCTCAAATTTTTCATGGAAAGCTTTGGGGTG GAGCTTATAGTTTTAAACGGGAAAGAAAACGAAGAAGATGCAAATAAAGA ACTAGCAGAGGACTTAATAGCAATAGTAACATCTTTCGCAGCAAGAATTT ACGGACAAAGGAGCAAAAAGCATGATAGTAATACAGGCTAA >TTE2528 predicted transposase ATGCCTAGAAAGTCAAGAGTTAAAAGCAAGAGTGGATATTATCATGTGAT GTTGCGGGGAAATGAAAAGAAAAATATATTTAACAATGATGATGATAAAA AGCGCTTTATAGAAATATTGGCAGAGAAAAAGCTAGACGGGAAGTTTTAT TTAACTGCTTTTTGTCTAATGAGTAACCATGTTCATTTGATGATCAAGGA AGGCAATGAAGATTTGTCAAGTTCTATTAAGAGGATTGCAGGAACTTATG TTTCTTATTTTAATAAAAAATACGATAGGACAGGGCATTTATTTCAAGAT AGGTTTAGAAGTGAGCCAGTTGAAGATGAGAGTTACGTTATAGCATTAGT AAGATACATTCACCAGAATCCGGTAAAAGCGGGACTAGTGAAAGAAGTTT CTGATTATAAGTGGAGCAGTTATAGCTGTTATCTTAACGATAATGATAAA ATGTGTCAAATTGTAGATACAGAGTTGATTTTAGGTATTTTCTCTGATGA TAAAAAGAAAGCTATAGAACAGTTTAAGAAATATATGGAGCAGACAGAAG GCACTGAAATTTTTATCGACATTGAGGAAGAAAAAATGAGTACGGAAGAA GCCAAAGAGTTATTTAAAAAAATGGCAATGGAATTTGGGATTAAAGATAT AGAAAATCTGGAAATTAAAAAACGTAAAGAATGGCATGACTTAATAAAAA AATACAGAGAAAAAACAGGACTTTCAATTAAAGATATTGCTTCTATTGCT GGGGTGACTAGGTATAGTATACATAAGATTTTGAAAGAAAAAGGCAAAGC CTGA >TTE0235 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCGGAATTAAGG GTAGCGATGGACATAAAAGAGAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGATTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAAGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE2016 transposase ATGAAGTATAAACAAAATGAAAAGATTTTGCAAGTAACGGGAGACACATT AATTGCGGGAGTAGACATAGCAAAAGAAAGCCATTATGCCAGAGCATTTG ACTACAGAGGAGTAGAATATGGGAAATACCTGAGATTTGAAAACAATAGA GAAGGTATGACAAAATTTCTTAACTGGGCAAAAGACTTGATGGAGAGACA TAAGAAAAACAAACTAATAGTAGGGATAGAACCGACAGGGCAATATTGGC TGTGTTTTGCCCAATACCTTAAAGACAATAACATAAAGGTAGTATTGGTT AATCCATTTCATGTAAAGATGAGCAAAGAATTAGATGACAATTCTCCCAC AAAAAGCGATAAGAAAGACCCAAAAACAATAGCAATGCTAGTAAAAGACG GGAGATATGTAGAGCCGATAATACCTGAAGGAGTATATGCAGAATTAAGG GTAGCGATGGGCATAAAAGACAGGTTGAACAAACAAATAGGGATGACAAA AAATCAAATAACAAGATGGTTGGACATATACTTTCCAGAGTTTAACACCG TATTTTCAGACTGGGAAGGGAAAGCAGCACTTATCACATTAAGAGAATTT CCAACGCCTGAGAAGATAGCAAAAAAGAGTGCTGAAGAAATAATATCGAT ATGGAAGAAAGAAGTACAAAGAGGGGTAGGAGAAAAAAGGGCTATAAAGC TGATAGAAACTGCTAAGGAGAGCATAGGGAAGAAGCAGGGCATAAAGATG GCGGAATACGAGATAAAGACTCTCATTGAACAATACGAATTTTTAAAAAA ACAAATTGAAGAAATAGAGAAGAAGATGGAAGAATTAATAGTTGAGATAC CAGGGGTTAAAGAACTACTAGAAATCAAAGGGATAGGAGTAAACACAGTA GCAGGTTTTATTGCAGAAGTAGGAGATATTGAAAAATATGAACATCCAAA ACAGATACAAAAACTAGGGGGATTAAACCTAATAGAAAATAGCTCTGGTA AGCATAAAGGAGAAACGACAATAAGTAAAAGAGGGAGGAAGCGATTGAGG AGTGTGCTATTTAATGCAGTAATGGCCTTGGTCGCAAAAAACGAAGAATT TCGTGAACTACACAAATATTACACCACCAGAGCGCAAAACCCGCTAAAAA AGAAGCAATCACTAATAGTATTGTGCAACAAACTGATAAGGATATTTTAT GTCATATTAAAGAAAGGAGTAAAATATGACCCAATCAAGATGATGAAGGA CATAAAGAGGCCAGGCTTACAGGAAGCTGCATAA >TTE2359 transposase ATGTTTCGACAACTACTACCCGTTTTCCTTCTTACTCATTTATTAAATTT TTTGCTTAAAATTTCTCTATTCGCTCTCAAACACTTTAAAGTAGATATTC AGCCGCCTGTTGACCTCCAACCTTCAGGCTACAAAGTTTTGTCACCTTTA GAGGATCCTTTGCCACTTGTTGAAAAAGTTGTTGAGAAAAAAGATTACAA GAAAATCCTTGCCGAAGCTGAAGCTCAAGGTAAGCCTATCTCTCATGTTA GACGTATTAAACCCCTTTGTGTTGATGTTGATAAGTGCCCTGTTTGCGGT GCCCCTCCTGATTATTTGTACAGTTTTGGTAAAGACCCTGACGGCTTTCA AAAACTACAGTGTAAAGTGTGTAAACATCAATGGGCTCCTGGTAAACCTG CTCCTAAAAAGTCTCGCCCTACTTACCGCTGCCCTTTCTGCGGGTCTGCA CTTATTCAGGATAAAACTAGAAAGAATTTTACTGTGTTTAAGTGTCGCAA TGATAATTGCCCTAAGTGGCTTAACCACCGTAAAAGATATCGCTTCAGAG CTTTTGATGTTGATTTTGATGAACTCTCTTCTTCTTCTCCAAATGCTGCC CCTGTTAACCTCGCAAAAAGCCATTTTAGCCCATTCTTGATAGCACAAAC TGTTAATTTATACGTAGGTCTCGGTCTTTCTTTAAGGCAAACTGTCTCTG CACTACAGCATATATGGCAAGTTCAACTCTCTCATCAGACTATACAAAAC TGGGTGGTTTCCTTGGCCTCTAAACTCGCTCCGCTTGTTAAGTCTATCAA CCTCCCTTTGTCAGGCCTTGTTGTTATTGATGAGACTTACATAAAGGTCA AAGGTAAGTGGCATTACCTTTTTACTGCCTGTGATGGCTTGAGAGGTTTT ATTATCTCACAGCACCTTTCTCCTCATAGGGATGCTTTAGCTGCTTTGAC AATCCTTAAAGAGGTCATTGACCGTTACAACAACCGAGAATTCATTTTAG TCACAGATAAAGCGCCTATTTATGATGTGGCAGTCCATTTCGCTTCGGTT TTCTTTGGAGCCAATATCCGTCATCGACCTGTGTTGGGAATCTCTCCTCC ACCCGGTGGTGACAGTCATACTTACAGACCGTATAAAAACCGTTTAGAAC GCTTATTTGGCTCTTACAAGGCTCATTACAAGCGCCATAAGTCTTTTAGT TCTTTTGAAGGTGCTATCGCTCATGCATTGCTATATCAGCTGTACTACAA TCACTTGAAACCTCATGAGGCTTCCGATGGCAAAGTACTTGCACCCCTTA AAGATAAACATGGCCACCAAGTGGATAATTGGGCTAAACTGATTCAATGG TTTGTTGAGCTTAATTAA >TTE1669 hypothetical protein ATGATATTAATACAGGCTAAACTTGTGTTTTTAAGTCAAGAAGACAAACA AACAGTATTAGACTTAATGAGAAGATGGTCTTCATGCATGAGATTTGCAT ACAAAAGACTTTTAGAAGGTTATGATAGAAACACATTAAAAAGAGACCTT CAGGGAATGTTTGATTTAAACTCAAGATATGTAGATGACGCAATAATGAA AGCAAGAAGCACATTAGAATCCGCCAAGGAATTAGGAAGAAGCCCAAAAA GGGTGATCTTTGGTGGGAAGAAACTGTTTGAGAAACTCCAAAAACGCCAT ATAAACGGGAAAGCATATAAAAAATTAAAAATTAAGTGGCAGGAGAAGAG AAAAGGAAACCTTTATTCAAGAGGGGATAAAAGCAAAAAAGGAAATCTCA ACACAAGAATAGAAGTAAAAGAAAATGGCACTTTCTTAAGGATAAATGTG GGAGAAAGAAAATATGTATATGCCAAAATAGAAGCAGGCTATAAAAAGAA TAAGAGCAGAGAAGAACTCCTACAGGAAATCGCCGAGTCAAACATACCTT ACTCTGCAGAATTAAAACTCAAAAATGGCAATATATACGCCTATTTTGCT ATTGAAGAAAAATATCCAGAAACAAAAATAACAAAAGAGAAAGGGGTCAT AGGAATAGATGTAAATGCATATCCAGACAACATATCATGGGCAGAAACAG ATGAAAAAGGAAATCTAATAAGTTATGGTAAGATATCTATGCCGGAGCTA TCAAGTGGAAATAAAAACAAAAAAGAATACTTCAGATGGCATTATGCTCA TGAGATAGTAAAAATAGCAAAAGAGAAAGGAAAAGCAATAGTAATTGAAA AATTGGACATAAAAGAAAAAGGCAAAAGAGGAGACTTTTCAGGGAGAAAG TCAAGAAGGATAAGACATAACTTTAGCTATAAATCACTTCTTTCAAAAAT AAAAACACTAGCAAAAAGAGAAGGGATAGAAGTAATAGAGGTAGACCCTT CTTATACCTCAATAATAGGCATGTTGAAATATGCACCACAGTATATGATA ACAAAAGACATATCAGCAGCCTATGTAATAGCAAGAAGAGGGCTAGGACT ACAAGAAAAGATACCGGATAACTATGTAAACTTCCTCAACACATTAACTG AAAAGGAATTAGAAGAGTTAAAAGAACATGTAAAATATACAGTCAAAAAT AAAAATTTAAAGAGGAAGCACTTAAAAGAAATAAACAAAGCAATAAAACT TATACAAAGCCTTGAGAGTGAGTCAGGAAGGGTGCTAAGACCTCTGGATG GAACAAGTTTTAGTACCTATGATTTCTGGCGAGTTCTCAAGGTAGCGGTG GTAACTCCACTCTCCCCTGAGAAAGTACCAAGAGACTTCTCTGTCCTGAA GGAATTATTAATTCAGGGCAAGTGGGGAGACCCGTAA >TTE2519 Ada, Methylated DNA-protein cysteine methyltransferase GTGATTGTGAAGTTTTTTCTGTGCAAGTTTACTTTTTACTTTAAAAATGA TAAAGGGGAATTTTATATGATTTACAAGAGATTTAACTCTCCGGTAGGTG TTCTTACAGTATTTTCTTCTGGCAAAGGTATATGCAAAATTGAGTTTGAA AATGAAAAATTTCCATTAGAGGATTTTGAAGAGGGAACCGATTTTTATAT TGAAGAGTGCATTAAAGAGCTTGACCTGTATTTTCAAAAGAGGCTGAAGA ATTTTGATGTGAAGCTGGATTTGCAAGGTACGAAGTTTCAGATGGCTGTG TGGGAGGAGACTTTGAAAATTCCCTATGGATCTGTTGTGACATACGGTGA AATTGCAAGAAGAATTGGGAAACCCAAAGCAGCGAGAGCAGTAGGGCAGG CTCTTAATAAAAATTCTATTCCCATTATAATTCCCTGTCACAGAGTTATT GGAAGCGACGGAAACTTGACAGGTTTTGGAGGGGGGATTGAGATAAAAAA GTTTTTACTTAAGCATGAAGGGGTTAAGATTGGTGGATGA >TTE0574 AlkA, 3-Methyladenine DNA glycosylase ATGAAATATAATGTGGAAGAAAAGGGGACAAAGGTAATTGTAAGGGGGAT TGCAGATTTTAATCTCAAAGAGACTTTTGAAAGTGGCCAGTGCTTTAGAT GGAATGAGGAAGAGGATGGAAGTTACACGGGGGTAGCGTATGACAGAGTT GTAAATGTGAAGCTGGAAGGGGACACGCTAATCATTGACAATACCAATTT GACCGATTTTTACGATATATGGTTCGATTATTTTGACTTAGGTAGAGATT ACGGACAAATAAAGGAAAGTCTCTCAAAGGACCCTGTTCTCAAAGAAGCG ATTAAATTTGGGCAAGGGATTAGGATTTTAAGACAGGATACTTGGGAAAC GCTAGTTTCCTTCATAGTGTCCCAGAATAATAGAATCCCCCAAATAAAAA AGGTAATAGAAAATTTGGCGACTAGTTTTGGAAATCCAATAGAGTATAAA GGTAAGATTTATTACACTTTTCCAAAACCTGAAGAGCTTGTGATGTACGA TGTAGAAACTATTGCAAAGACCAGATGCGGTTTTAGGGCAAAGTACATTT TTGATGCTGCTTCCAAAGTCTTTTCGGGTGAGATCAACCTTTTAAAATTG CATGAATACAGCACCAGTGAAATAAGGGATATCTTGATGACTATAAACGG TGTGGGACCTAAAGTTGCCGATTGTGTAATTCTTTACTCTATCGGTCGTT ATGATACTTTCCCCACTGATGTCTGGATAAAGAGAATAGTTGAGCATCTT TACCTGAAAAGGGAGGGTACCCCTGTAGAAATTCAGCTTTTTGCTATTGA CAAATTTGGAGACCTCTCTGGTTTTGCTCAACAGTATTTGTTCTACTATG GGAGAGAGATGGGGAAGAAAATATTTGGGGAAAGGAAGAAGTAA >TTE0926 ComEA, DNA uptake protein and related DNA-binding proteins ATGGTACAATTTACCAAAAGACAGCAATATGCCATCATTGCCATCTTGTC TATAATACTGCTTTTTTCTGGCTATGTGATATACAAAAACTATAAATTAA AAGCTGACTTTGTTATAAATACTTCTCAGGATAATATGCAAGCTGAGCAG TTGCAGGAGCAGAAGCCTGTTGAAATAAAGGTTTATGTCACCGGTGAAGT GAAAAATCCGGGAGTTTACATAATGAAAGAAGGAGAGAGGGTGATAGATG CTATAGAAAAAGCAGGAGGGGTGCTTGAAGAAGCTGATTTGTCCAATATT AATTTAGCTCAGAAGGTAAAGGATGAACAGATGATAAAGGTGCCTAAAAA GGGGGAGAAGGTAGACACTTCTTTTGCTTCAGGGATTGATGGCGCTAAAA AAGTAAACATAAATACTGCTACAAAAGAAGAGCTCCAGACTTTACCTGGC ATTGGCCCTGTGACAGCAGAAAGGATTATAGAGTTCAGAGAGACTAAAGG GCCTTTCAAAAAAATTGAAGACATAATGAACGTGCCCAGGATTGGGCCTA AGATGTTTGAACAGATAAAAGACAAAATTACAGTGGATTAA >TTE0254 DinP, Nucleotidyltransferase/DNA polymerase involved in DNA repair ATGAAAAGAAAGATTATCCATGTTGATATGGACGCTTTCTTTGCGTCCAT TGAACAACAGGATAATCCTGAATACAGAGGGAAGCCTGTCATTGTTGGAG GATTATCAGGAAGAGGTGTTGTTTCCACATGTTCTTATGAGGCGCGAAAG TACGGGATTCACTCTGCTATGCCAATGTACATGGCAAAAAAACTGTGCCC TCAGGGCATTTTTTTGCCTGTCAGGAGAAAACGATATGAAGAAGTATCAG AACAGATTTTTAGAATCTTATACGACATAACTCCCTTTGTAGAGCCTGTA TCTATAGACGAGGCTTATTTAGATGTTACACATGTTGACAAAAATCCTGA GGATATTGCCCTGGAAATAAAGAAGAGAGTAAAAGATGCGACAGGCCTTA CTGTTTCTGTAGGCATTTCTTACAACAAATTTCTTGCAAAGCTTGCCTCT GACTGGAATAAACCAGATGGTTTGATGGTGATAACAGAAGACATGGTACC AGAAATATTAAAGCCCCTTCCTGTTACGAAAGTCCATGGAATAGGCGAAA AATCTGCGGAAAAACTAAGAAGTATAGGGATAGAGACTGTGGAAGATTTA TTAAAACTTCCTCAAGAAAATCTTATAGAACTTTTTGGGAAAACAGGGGT AGAGATATACAATCGAATTAGAGGTATTGATGAGAGGCCTGTCGAGACGA TGAGGGAGATTAAGTCTATAGGGAAAGAAAAGACTTTGGAAAAAGATACA AAGAATAAAGAACTGCTAATTCAACATCTAAAAGAATTTTCTGAAATTGT ATCGGAAGAGCTTATCAAAGAAAGGCTTTACTGCAGGACAGTTACTGTGA AAATAAAAACTGCAGATTTTGCTGTTCACACAAAGAGCAAAACAGTAGAT AAATACATAAGATTTAGTGAAGACATTTATGAGGTGGCAAAAGGGATATT AGAAGAGTGGAAATTAGAGCAATATGTTAGACTGATAGGACTCTCTGTGT CTAATTTAAGCCCTGTGAAATATGAGCAATTGTCCTTCTTAGATAAAAGA TTGGTTAAAGTAATAAAAGCTGGGAATTTGGCAGAAGAGATAAATAAAAG AATAGGGAAAAAAATAATCAAAAAAGGAAGCGAACTTCTAAAAGATAATA AATAG >TTE0001 DnaA, ATPase involved in DNA replication initiation ATGTATGGTGATTACCGTCAAATTTGGGAGAGGATAGTAGAAGTTATAAA AAGTGAGCTAACCCCCACCAGCTACAATACTTGGCTTGTTCACATAAAGC CTTTAGCCTTTGCAGAAGACACCTTGTTTTTGAGCACTCCTAACACATTT ACAAAAAATATAATAAATGGAAGATATATTAATATAATTTACGATGCAGC TTCCAAAGTCACAAATAGGTTTATAGAAATAAAGATACTTTCAGAAGACG AAGAAGAATACAGAGAGATAAAAGAGTCAATTGAAAGAGAAAATTCGTCC GAATCAACTCTTTTGTCTACTCTAAATCCAAAGTACACCTTCGACACATT TGTCGTAGGAAATAGCAATAAACTAGCCCATGCCGCATGCCTTGCAGTAG CTCAATCTCCAGCAAAAGCGTACAACCCTCTTTTCATTTATGGAGGAGTT GGACTTGGAAAAACTCACTTAATGCACGCTATAGGACACTTCATCAACAA GAACCACGCAGGTTACAAAATAATGTACGTAACGTCCGAAACGTTTACAA ATGAGCTGGTAAACTCCATCAAGGACGATAAAAACGAAGAATTCCGCAAT AAGTATAGAAATATTGATGTCCTACTAATAGATGATATTCAATTCATAGC AAATAAAGAACGAACTCAAGAGGAATTTTTCCATACATTTAATACCCTGT ACGAAGCAAATAAGCAGATAGTTATATCAAGCGATAGACCCCCAAAAGAG ATTCCGACTTTAGAAGAAAGGTTAAGGTCGAGGTTTGAATGGGGCCTTAT AGCTGACATTCAGCCACCAGATTATGAAACTAGAGTGGCAATACTTAAGA AAAAAGCTCAATCAGAAAACCTCAATATCCCGGATGAAGTGCTAGCTTAT GTTGCAGAAAAAATACAGTCAAACATAAGAGAATTGGAAGGAGCTTTAAT AAGGATAGTTGCCTTTGCAACTCTTACAAAGTCAAACATAGACCTAGAGC TCACCAAGCATGCGTTAAAAGACATTGTGTCTAACAAAACAAGAGAAATA ACAGTAAAGCTCATTCAAGAAGAAGTGTGCAAATATTACAACATAAAGTT AGAAGATTTTAGGTCAAGAAAGAGGACAAAAAATATCGCATATCCTAGGC AAATAGCTATGTACCTGGCAAGAGAACTCACAGACCTCTCTCTTCCAAAA ATAGGAGAAGAATTTGGAAAAGACCACACCACGGTCATACACGCCTATGA AAAAATTTCAAATGAAATAAAGCAGGATGAATCCCTTGCAAGGCAGATTG AAGAACTTAAAAAAAGGATAAAAGGTTATTAA >TTE2774 DnaB, Replicative DNA helicase ATGGACAGGACGCGCATCCCTCCCCAAAACATAGAGGCAGAACAATCGGT TTTAGGTTCAATGCTCTTGTCCAGAGAAGCCATAATAGAAGTGTCTGAGA TATTAAGAGCAGAGGATTTTTATAAAGAATCCCACAAGAAACTTTTTGAC GTAATAATGGAAATGTTTGAAAAGGACATACCAGTCGACCTTGTTACAGT AGTGGATGAGCTAAGGAAAAGGGACATGCTGGAAGTAGTGGGCGGAATAG AATACCTTGCAAGCCTCACTTCCAGCGTAATTACCACAGCCAATGTCTCC TATTACGCTAAACTTATAAAAGAAAAAGCTACTTTAAGGCGGCTTATTGA GGCATCTTCAGAGATTATGGAATTAAGCTATCAGGAAGACGACGTGGAAA CTGTTTTAGATATTGCCGAACAGAAAATATTCGACATAGCCCAGGGAAGG AATACCACTACTTTTTCTTCAATGAAAGACATTTTAATGGATACTTTTTA TAAAATTGAAGAGCTTTATAAAAACAAAGGAAAGCTTACAGGTATACCTT CGGGTTTTCCAGATTTAGATGCCAAGACAGCGGGATTTCAGCCTTCTGAC TTTATATTAATCGCTGCAAGGCCTTCAATGGGCAAGACTTCATTTGCGCT AAACATTGCACAAAATGCCGCACTTTTAACAGGGCTTCCTGTTGCTATAT TTAGTTTAGAGATGTCAAAAGAACAGCTTGTCACAAGGCTTATATGCTCA ACGGCCAATATTGACAGCCAGAAACTCAGGACCGGAAATTTAGATGAAGA GGACTGGATGAAATTAGCAGCTGCCATGACTCCTCTTTCAAAGGCTCCTA TCTACATTGACGATACTCCCGGTGTAACTGTAATGGACATAAGAGCAAAA GCAAGGAGATTAAAGCTTGAAAAGGGCTTAGGGTTGGTGATGATAGATTA CCTTCAGCTTATGCAGGGAAGAGGAAGAGCAGAAAACAGACAGCAAGAAA TTTCAGAAATATCAAGGTCATTAAAAAGCCTGGCAAGAGAATTAAACGTC CCAGTAATCACCTTATCCCAGCTTTCACGCGCACCTGAGACCAGGTCAGA CCACAGGCCTGTTTTAAGCGATTTGAGAGAATCAGGAGCCATAGAGCAGG ATGCTGACATTGTCATGTTTTTGTATAGAGATGATTACTATCATAAAGAC TCTGAAAAGAAAAACATAGCAGAAGTGATAATTGCAAAACACAGAAACGG ACCTACAGGAGTGGTAGAGCTTTTGTGGCTCGCTCAGTATACAAAATTTG TAAGTTTAGATAAGTACAGGACAGAAGAAGGATAA >TTE2693 DnaC, DNA replication protein ATGAATGAAAATATAATTCATGAGATACTTAAAGAGTATGAAATGAAAAG AGATAAGGCAGAGAGAGAAGCCCTTCTAAGAAGAAACCGACTGTACAAAG AAATACCCGAACTTGAAAAAATAGATGACAAGATAAAAGAGATAGGCATT CAAATAACTCAGGCAATATTCAAAGAACCAGAAAAAGGCAAAGAATTGTT GAACTCCCTGAGAGAAAAATTAAATTTTTTAAAAAAAAAGAAAACAGAAA TACTAAAATCTCATGGGTATCCTGAAGACTATTTGGAGCCAAAATACGAG TGCAACATATGCAAAGACACAGGCTATGTAAATGGAAAGCGCTGCAAATG TTTTAATCAAAAGCTCATAAATATCTACTACAAGCAGTCCAGCATAGCAG AAATTCTCCAGAAAGAAAACTTCTCCAACTTTAACTTTGAATATTATTCA GATAAACCCTACGGGGACAAGCCCTCTCCCCGCGCCAATATGAGAACCAT AGTGGAATTTGCCTTAAACTTCATCAAACACTTTGACACCATTGAAGAAA GCCTCTTTTTCTACGGCAATTCAGGATTGGGCAAAACTTTTCTCGCCAAC TGTATAGCAAAAGAGCTTCTAGACAGAGGAAAAAGCGTAATTTACAGAAC TGCTCCCGACTTAATTGAAGGCTTGAGGATAAACAAATTAAACCCCGATA GTGAAATTTACAATGAATATCTGGAACTTCTGAAGGAGTGTGACCTTTTA ATAATAGACGATTTGGGAACAGAGCCAATAACGGCTTTCAGCCTTCAAGA ATTTTTCAACATCTTAAACACAAGACTTCTGCTAGGAAAAAAATTTATAA TCTCTACTAATCTGCCTTTATCAGAAATAATGGCTATATACCCGGAAAGA ATTTATTCGCGCATCTTTGGTCATTTCAAGCTCCTCAACTTTTACGGAGA GGACATAAGGTTAAAGAAAAAGATGATAATCTAA >TTE1818 DnaE, DNA polymerase III alpha subunit GTGAGAGCTATGTTTGTACATCTTCACGTGCATACGGAATATAGCTTGTT GGATGGGTCCTGCAGGATAAAGGATTTGATTGCAAAAACTAAAGAGTTGG GAATGAAAGCAATAGCTATTACGGACCACGGGGCAATGTATGGAGTAATA GATTTTTATAAGGAAGCTGTAGCCCAAGGGATAAAGCCTATCATAGGATG TGAGATATACGTAGCACCGAGGAGAATGCAGGATAGAGAATATGGAATTG ACGATGAAAATTATCATTTGGTGTTACTGGCAAAGGATATGACAGGGTAT AAAAATTTGATGAAAATAGTGACTGCTGCATCTTTAGAAGGATTTTACTA TAAGCCCCGTGTGGACAAAGAATTTCTGAAAAATCACAGTGAAGGATTAA TTGCTTTAAGCGCCTGCCTTGCCGGTGAGGTCCCTTCCTTGATCTTACGG GGAGATTATGAAAAGGCGAAAGAGGTAGCCCTCTTTTACGATTCCATTTT TGGAAGGGGCAATTTTTATTTAGAACTTCAAGACCATGGCATTTTAGAGC AGAAGAAAGTGAATAGAGAGCTTGTCAGAATGTCTAAAGAAACGGGAATA CCGCTAGTTGCTACAAATGATGTCCACTATTTGGAAAAGAAAGATGCAAG AGCTCATGAGGTGTTATTGTGCATTCAAACAGGAAAAACAATTGAAGATG AGGACAGGATGCTTTTCCCTACAGATGAGTTTTACCTTAAATCTCCTGAA GAAATGGAAGAGCTTTTTGCATGCTGTAAAGAGGCTATTGAAAATACCGA AAAAATTGCCGAGATGTGCAATATTGAGTTTGAGTTTAATAAGACTAAGC TGCCTAAATACGACTTGCCAGAAGGAGTGGACTCATACGAGTATTTGAGA AATTTATGCTATGAAGGCCTTTATAAGAGGTATAAAAGCCCAAGCCAGGA AGTCATAGATAGGTTAGAGTACGAGCTTTCAGTGATAAAGCAGATGGGAT ATGTGGATTATTTTTTAATAGTGTGGGACTTTATAAAGTTTGCAAAAGAC AATGGAATCATGACAGGGCCAGGAAGAGGTTCTGCTGCCGGAAGTTTGGT CGCATATACTCTAGGGATCACTAATGTAGATCCTATAAAGTACAATCTTC TGTTTGAGAGGTTTTTAAACCCTGAAAGGGTCAGCATGCCTGACATCGAT TCGGATTTTTGCTATGAGAGAAGGCAAGAGGTTATAGACTACGTCGTCCG AAAGTATGGCAAAGACAATGTGGCTCAGATTATAACCTTTGGTACTATGG CAGCCAGAGCTGTGATAAGGGATGTAGGTAGAGCTCTTAACTACCCTTAT GCAGAAGTGGACGAAATAGCCAAGATGATACCTTTTGAATTAGGCATGAC TATTGACAGAGCTTTGGAGCTAAATCCTGAGCTTAAGGAGAGGTACGAAA AGGACGAAAGAGTAAAACAGCTAATAGATATATCAAAAGCCTTAGAAGGA CTCCCCAGGCATGCTTCTACCCATGCTGCAGGGGTGGTCATATCAAAGGA GCCTCTTGTGAACTATGTGCCGCTGCAGAAAAATGATGATTCTGTAGTCA CCCAGTTTCCAATGACCACCTTGGAAGAGCTTGGACTTTTAAAAATGGAT TTTCTGGGGCTGAGGACTCTCACTGTCATAAGAGATACAATTGAAATGGT AAAGAAAAACAAAGGGATTATCATAGATTTGGATTCTTTAAACTACGATG ATCCAAAAGTGTATGAACTTATTTCAAAAGGAGAGACAGAAGGAGTTTTC CAGCTTGAATCTCCTGGAATGAGGCAGTTTATGACAGAGCTTAAGCCTAA AAACCTAGAAGATATAATCGCAGGAATTTCCCTTTACAGGCCGGGTCCTA TGGACCAGATACCGAAGTACCTTGCCAACAGAAATAATCCTGAAAAAATA GAGTACGAACACCCCATTTTAAAGCCTATATTAGAGGTGACGTACGGCTC TTTGGTGTATCAGGAACAGGTCATGCAGATTGTAAGGGATGTGGCGGGTT ACTCTCTTGGTAGGGCAGACCTAGTAAGGCGTGCAATGGCGAAAAAGAAA ATGGATGTGATGGAACAAGAAAGGAAGAACTTTATCTACGGAATAGTGGA TGAGGAAGGAAATGTAGTGGTACCTGGCGCTTTGAGGAACGGCCTTGATG AGGAGACAGCAAATAGGCTTTTTGACCAGATGTTAGAGTTTGCCAACTAT GCTTTTAACAAATCTCACGCTGCAGCTTACGCAGTCATAGCTTACCAGAC AGCCTATTTGAAGAGATATTTTCCAGTGGAGTTTATGGCGGCTCTTTTGA ATAGCTTTGTAGATAATTTGGACAAGATAGCTTTTTACGTGCAGGTATGT AAGAAAATGGGGATAAAAGTGCTGCCGCCTGACATCAATGAAAGCGACTC CTATTTCACTGTGGTAGGAGACAAGATAAGGTTTGGGCTGAGTGCTGTGA AGAATGTAGGAATTAATGTGACAGAAGAGATTGTAAGGGAAAGAGAGGCG AGGGGAAAATTTAAGTCTGTAATAGACTTTTTTGAGAGGATGCAGGACAG CCAGCTCAACAAAAAGGCGATAGAAAGCCTCATTAAGGCGGGAGCTTTTG CATCTTTGGGAGTAAAAAGGTCCCAGCTCCTTCAGTCTTACGATAAGCTT ATAGAAAGCGTGAAAAAAGCAAAAAGCAGTGCGATCGAAGGACAGATTTC TCTCTTTGAAGTGTCAGAAGAACATAAGGAAATTGATTTTAGATTTCCTG ATGTAGAAGAGTACCCCAAAAACAGGATTCTCTCAATGGAAAAAGAGACA TTGGGGCTTTATATAAGCGGGCATCCATTAGAAGAATACCTTGAAGATAT ACCGAAGATTACAAATGTCACTACATTGGATTTTAAGATAAATCCAGAGG ATGAAATGTTCACATCCAAATTGGAAGACAATCAAGAGGTTACTATAGCA GGAGTGATAGTGGCTAAAAAGGTGAAGTTTACGCGAAATAGCAATATAAT GGCTTTTGTCACTCTTGAGGATATGTACGGCACTGTAGAAGTGATAGTGT TCCCTGCTGTGTATGAGAGATATTCTTCTCTGATAAAGGAAGACAATGCT GTTTTGATAAAAGGTAAAGTGAGCGTAAAAGAAGAGGAGGAGCCAAAGAT TTTATGCGATGACATAAAGCTTTTGTCACAGGTCGTTGTAAAGAAGTTGT ATATAAACATGGAAGATTCTTCAAAGATAGAAGAGGTAAAAGAGGTGCTT AAGAAATGCCCGGGCAATATGCCTGTAGTGTTGAAGGTAAACAGCAAACT TCTTGCTGCAAAGAGAGATTTATGGGTTAATGGCAGCAAAGAACTCATAA AGAAGTTAGAGGACATAGTAGGGAAGGAAAATGTGAAAGTGGTCTGA >TTE1756 DnaG, DNA primase (bacterial type) ATGGCTTATACGAGAGAGTCCATTGAAAAGGTGATAGAGGCCAATGACAT TGTAGATGTGATTTCTGACTATGTAGAGCTCAAAAGAGCTGGAAAGGAAT TTCGGGGACTCTGCCCTTTTCACAGGGAGAAGACGCCATCTTTTATGGTA AGCCCTACTAAACAGGTATACCATTGTTTTGGTTGCAATGCCAGTGGCAA TGTAGTGACCTTTATAATGGATATTGAAAATTTAAGCTTTAAAGAGGCTA TTGAATTTTTGGCTGAAAGAGCAGGGATTCCTCTAGAAGAAGTAGATTTA AGTGAAGAAGAGGCCAAGAGGAAGAAGATAATTGAGGAAATATACAGAGT AAATAAAATAGCTGCTTTGTTTTTTCATCGGAAACTCTTTTCAGAAGAAG GAGTCAAAGCTTTAGAATACTTAAAGAGTAGAGGACTTAGCAGCACTACA ATAAAAAAATTTGGCATAGGGTATGCTCCCTCAAATGATGACCTCCTTAA TTTCTTAAAAGGAAAAGGATATAAAGAAAATTTTTTAAGCAAAGCAGGAC TTGTGGTTTATAAAAGTGGCAAATACTATGACAGGTTTAAAGATAGGGTC ATGTTTCCTATCATCGATGTAAGGGGCAATGTGGTAGGATTTGGGGGACG AGCCCTGGATGATTCTTTGCCTAAATATCTTAATACACCTGAGACTGAAA TCTTTAAAAAAGGCAAGACTCTTTTTGCTATAAACTTTGCGAAAAAAACC CAAGATGACAAGTTTATAATAGTGGAAGGATATATGGATGCAATTTCTCT GCATCAGGCAGGTATTGACTGTGCTGTTGCGTCTTTGGGGACCGCTTTGA CTGAAGATCAGGCAAGGCTTATAAAAAGATACAAGAAAAATGTCGTGATT GCTTATGATGCTGATGAAGCTGGGGTTAATGCTACGTTGAGGGGACTTGA CATTTTAGAAAAATTGAATATAAATATAAAAGTGCTGAGCATACCTGAAG GGAAAGACCCTGATGAATTTATTAAAAAAGAGGGAAGCGAGGCCTTTAGA AGGCTTGTTGAAAATGCTGAAAGTTTGATAGAGTTTAAGTCGAAAATTTT CAAAAAAGGTTTTGACTTTGAAAAAGTTGAAGATAGAATAATATATGTTA AAAAAATTGCAAGTGAAATAGCAAAAATTTCTGACGAAGTGAAAAGAGAA GTTTATATTTCAGCTGCTGCTAAAACTGCTCAAATACCTGAAAATGCTGT TAGAACAGAGGTTGACCGATTTGTCAAGAGGGAAACCGAAAAAAAACAAA AATTTATGTATAGGACTGGCAATATAAGGCATAATATATACAGTAGCAGT AAAATATCACCAGAAAAGTACTTAATTGCATTGCTTTTACACGATAATAA TTTGTATCACAAGATAAAAGGTGTAATTAAACCGGATATGTTGGAGGACT CCAAGTTAAAACCTATCTTTGAGGAAATAGTATCGAGTTTAGAGGGAGGA AAACAGGTTCAAATAAAAGATATAGTATACCTTATTCAGGAGGAAGATAA CTTAATTTCAGATTTTAACGATATAGTAAAAGCCCTTTTTGAAGCGGAGG ACCTTTCGCAAATGGTGGATGACATCCTGCAGAAGATTTTGCTAAATAAT CTTGCAAGAAAGAGAGAAGAGATAAGAAAAGAGATATTAAATGCTCATCT TCTGGGGGATGTAGAAAAAGAGAGAGAGCTTCTTATTAAACTTCAAAATT GTGAAAAGGAGATGCTTAAGATAAAAGATGGGCAGAAAGAGAGAAACCCA TAG >TTE2018 DnaG2, DNA primase (bacterial type) ATGCACAGAGATTTGGACATTTTGGACGTTGCAAAAAGGTTGGGGATAAG AATTCTAAGAAGAGCATCAAATGAAGAATACATTGCGAGGTGTCCGTTCT GCGGAGATTCAAAAAAGGACCCTGAACACGGACACCTTTATTTAAATGTA TCAAAAAATGTCTACTACTGTGTACGCTGCGGGGAAGGCGGGGATGCAGT AGACCTGTATGCGAAACTTGAAAATATAAGTAGAAAAGAGGCATACAAAA GAATAAAAGAAGAAAATTACCCTACAAATCCTGCTGCCAAGGAAAGAGCT GACAAAAGGATAAAATATAACTCAGTCGCACCTATAGAAACCAGAGATAA AGTATACAGGGCCTTTTTAGATAAACTTGTCTTGGAACCAGAACACCGAA AAAAACTTCTTAAAAGGGGCCTATCCTGGGAAGAAACAGTCAAAAACCTT TATAAGTCCCTACCGGAAGAACCGCAGCAACGGTGGGAAATATGTAAGGA ACTTATCAAAGAAGGGTATAACCTAAAAGGCATTCCGGGCTTTTACCAGA GAGAAAAGGATGGGGAAAGGTACTGGGACTTTGTAGATTATAAAGGATTT TTAATCCCTGTAAAAGACGTACAGGGACGAATACAGGGCTTTCAAATAAG ACTGGACGAAGAAGAGTTCGGAAAATATGTCTGGTTCTCGTCCAGAAATA AATTAAACGGCACACCTGCTCATGCGTGGCAGGGCGTACATGGAGAGCCT TCTAAAGTTGTTATTGTTACTGAAGGCCCTTTAAAAGCTGATGTGGCGCA TTATCTGTCACGTTTTACGTTTGTGTCCGTACCCGGAGTTACAGCGATAA AAGGTATAGAGGTTGTGCTAAAGCAGTTGGGAGCAGAAAAAATCTACATT GCATTTGACATGGACAGTTTAACAAACAAAGCAGTGCAAAAGGCAAAAGA AAAGCTGGAAAAGAAGCTTACTGAAGCAGGCTTTGTAGTTAAAACAAAAA CATGGGACAGCAGGTATAAAGGTATTGATGACTACCTTCTAGCGCAGAGA AAGCAAAAACAAAAGGAAGTTGTGTGA >TTE0002 DnaN, DNA polymerase III beta subunit ATGAAATTTGTGTGTGATAAAAATTCATTGTTGGAAGGCGTCAATATAGC CATAAGGGGGGTATCCTCCCGTACCACCCTTCCCATATTGCAAGGAATAA AAATAACAGCAAGAGGCAATGTCATAAAGCTTTCAGGTACTGACCTCGAG ATAGGGATAGAGTGTCAAATACCCGCAGTTATTGAAGAAGAGGGGGAGAC AGTTGTTCCAGCAAGGATTTTTAGTGACCTCGTAAAAAAATTGCCTGAAG GAGAAGTGGAAGTAAAAAGCGATTCACAGAATACTGTAAATGTGGTTTCA GGAGACATAAACTTCTCAATTGCAGGAAGCAATCCAGAAGAATTTCCTGA AATACCTGAAGTATCAAGAGAAAAGTCATTTAAACTTCCCCAATCAATCC TCAAAGACTTGATAAAAAAGACAGTTTTTTGCGTCTCAGAAGAGCAGACT AGGCCAATTCTAACAGGGGTACTTTTTGAAGTATTTCCAAATGAGCTTAA AGCAGTGGCATTGGACGGATTTAGAATGGCCATATACTCTTATAAGTCGG AAAAGTCCTTTTTTGACGAAGAAGCGGAGAAGTACTCTCTTGTCATTCCG GGAGATACCATCGATGAAATTTCAAGGATATTGGAAGATGAAGAGACAGA GGTAATAATATACCACACTTCCAACCAGGTGCTTTTCCAGATTGATAACA CTAAAGTCATCTCAAGGCTTCTTGAAGGGAGTTTTATAAACTACAACGCT GTGCTCCCTAAAGATTTTAAGACAGAGATCACTATAAATAAAGATGTGTT TATGGAAAGCCTTGAAAGGGCATCTCTAATTGCTGAGAGCAAGAACAATT TAGTAAAATTTGAAATAGGAGATAGCTTTATTGTGATTTCTTCAAGTTCG GAAAAAGGAAGTATGTCAGAAAAGTTGGAAGTGGAAGTTAAAGGAATGCT TCTAGAGATTGCTTTTAACTCTAGATATTTACTTGATGCGCTCAAGGCAA TTAATGAAGAAGAAGTAAATCTTTACTTCATAAACAGCATAAATCCGCTA ATAATAAAACCAGTGGGGGAAAAGGAATACCTCTACATGATACTGCCGGT GAAGCTTAACTAA >TTE0039 DnaX, DNA polymerase III, gamma/tau subunits ATGTATCAGTCTTTGTACAGGAAATACAGGCCAAAAAGTTTCAGTGAAGT TGTGGGGCAGGACCACATTGTGAGGACTCTGAGGAATCAAATAAAAATGG GAAGGATAGGGCATGCATATCTTTTTACAGGCACAAGGGGGACAGGGAAA ACTAGTGTAGCAAAAATTTTTGCAAAGGCGGTAAACTGTTTAAATCCAAA AGACGGTGAGCCCTGCAATTCCTGTGAGGTGTGTCAGGCGATAAACACTG GTACTACTATGGATGTCTTGGAAATAGATGCTGCATCTAATAACAGCGTG AATGACGTGAGAGAACTTAGAGAGTCTGTAATCTACTCTCCTTCTCTGAC AAAGTACAAAGTATATATAATAGATGAAGTGCATATGCTTTCTACAGGAG CTTTTAACGCCCTTTTAAAAACACTTGAAGAGCCCCCTCGCCATGTGATT TTCATTCTTGCTACCACTGAACCTGAGAAACTGCCTGACACTATCCTCTC GCGTTGCCAGAGGTTCGATTTTAAAAAGATACCGACAAAGCAGATTGCAC AGAATCTAGAAAGGATTTGCCAAGATAGCGGTATACAGATTGAACAAAAC GGGATAAGAGCTATCGCTCTTTATGGAAATGGTTCAATGAGAGATGCGAT AAGTCTTTTAGAGCAATGCGCTTCTTACAAGGAAGGATTAATAACCTATG AAGATGTTTGTGAAATATTGGGAGTTGCGAATGAAGAAATGCTTTTTTCA CTTTTAGATCATATTTACGAGAAGGATGCGGTAGCTTCTTTACAGCAACT GGATAAAATATTGTCCTATGGAATAGATTTAGGAAATTTTCTAAGGTCCT TTACTTATATGCTAAGAGATATGGTTATATACAAAACTGGGGGAGATGAG CTAATAGAGATTTTGTACGGAGATCAAGAGACCATAAAAGCAAAGTCGCA GAAATACAGCATAGGATTTTTGACAAATGCTTTGGAGAAGTTTACTGCTT TGCAGAGAGAGATAAGATATGCTGTTTCACCTGTTACATTGCTTGAATTG ACGATTTTAAGACTTATTAGGCCGGAAATTTCTTACGATATGGGAAGCTT GATAGCTAGAATAGAAGAGCTAGAGGAAAAAATAAATAAAGGGTATGTGG TAACAAAAGAAGAGAGTGCGAAAACACATGAAAAAGATGAGCTAGAAAAA AAGGTTGATGCTACAAAAGAGGCAAAAAAAGAAAGGGAGGAAATTGATTT AGGAAGAGTTTGGCTTGAAGTAAAGGGAATTCTCAAAAAGGAAAGGATGA TGCTCTATACTTTCCTAGAGAAGGGTGTTCCCCATTTAAAGGATGGCAAA ATTGTTGTGGAGTATTCCGAAGAAGACGCTCTTTTGGTGGAACAGCTTGG TAGGCCAGAGAATAAAGACTTTATTGAAGGAGTAGTAGAAAAAGTAGTGA AGAAAAGAATTCCAATAGAGTTTGCTCTAAAAAAAAGCGAAGAGGACCTT TTAATTAAGCAGGTAAAGGAATTTTTTGGGGATGGAATTGACATAGAAAT AATATAG >TTE0011 GyrA, DNA gyrase (topoisomerase II) A subunit ATGAACGAAGAAATGGACAAGGTCATTCCTGTTGATATAGAAGATGAGAT GAGAAATTCCTATATTGATTATGCGATGAGCGTGATTGTAGGAAGAGCCC TTCCTGACGTGAGGGATGGTTTAAAACCTGTTCATAGAAGAATTCTTTAT GCCATGAATGAGATGGGTTTGACACCAGACAAGCCCTATAAAAAGAGCGT AGCAGTAGTTGGTGAAGTTTTGGGGAAATACCATCCTCACGGAGATGCTG CTGTATATGATACGCTTGTCAGGCTTGCACAGGACTTTTCCATGAGAGAG GTTTTGATAGACGGGCATGGAAATTTTGGCAGCATAGATGGAGACCCTCC TGCCGCAATGAGGTATACAGAAGCTAGGCTTTCCCGTATCGCTCTTGAAA TGCTTACAGATATAAACAAGGAGACTGTAGATTTCGTTCCAAACTTTGAT GAAACTTTGAAAGAGCCCGTGGTTTTGCCTTCTCGCTTTCCAAACTTACT GGTAAACGGATCTCAAGGAATTGCAGTAGGAATGGCTACAAATATACCTC CTCACAATTTAGCAGAAGTTATAGATGGCATTGTTGCCTATATAGACAAC CCTTACATCACAGTGGATGAACTGATGAAGTACATTAAAGGACCAGATTT CCCAACAGGAGGTATAATCCTAGGTAGGGACGGAATAAAGGAGACGTATG AGACAGGTAGAGGCAAAATTATCGTCAGAGCAAAGGCGGAAATTGAAGAG CACAAAGGCAAAACGAGAATTGTAATCACAGAAATTCCTTACATGGTTTT AAAGGCTAAATTGATTGAAAAAATTGCTGAATTGGTGCACAACAAGCAAA TAGAGGGAATTGCTGACTTAAGAGATGAATCTGACAGGAATGGAATGAAA ATTGTAATAGAGCTAAAAAGGGATGTCAACCCAAAAGTTATACTTAACAA ATTGTACATGCATACTCAGATGCAGCAGACCTTTGGAGCTATAATGTTAG CTCTGGTAGATGGAGAGCCAAAAATACTCAATCTCAAGCAGATTATTGAA AAGTACGTAGACCATCAGGCTGATGTAGTGACAAGAAGAACTAAATTTGA CTTGAAAAAAGCGGAAGAAAGAGCGCATATTTTGGAAGGTTTAAAAATAG CTCTCGACTACATAGATGAAGTGATAAACATAATAAGAAGTTCTAAAACA GAAGCTATTGCTAAAGAAAATTTGATGAAGAGGTTTGGACTAAGCGATAA ACAAGCACAAGCAATAGTTGACATGAGATTAGGAAGGCTGACAGGGCTTG AGAGGCAAAAAGTAGAAGATGAGTTAAAAGAACTCATAGAGAAGATAAAA GAGTTGAAAGAGATTTTAGCAGATGAAAGGAAAGTGTTGGAGATAATAAA GAAAGAGCTTTTAGAAATAAAAAATAAATACGCATCTCCAAGAAAGACAG TTATTGTAGCAAAGGAAGAGGAATTAGATTTTGAAGATTTGGTTCAGCTG GAAGATGTAGTAGTTACTATGACCCACTACGGGTATATAAAGAGGATGCC TCTTGACACCTATAAGTCTCAAAAGAGAGGCGGTAAAGGAATTTTAGGAA TATCTACCAGAGAAGATGATTTTGTGGAAGATATATTCATAACCACTACC CACGATAGGCTGTTGTTTTTCACGAATAAAGGGAAAGTATATAGTTTGAG GACTATAGATATTCCTGAAAGTGGGAGACAAGCCAAAGGAACTGCTATAG TAAACTTGATACAGATTTCTCAAGGTGAAAAGGTCACGGCAGTTATTCCT CTTAAGAAGTCAGACGACATAAAGTATGTCCTTATGTGTACCAAAAAGGG CATAATAAAGAAAACTTCCATTGAAGAATTTAAATCTATTAAGAGAAATG GAATAATTGCCATAACTCTGGATGAAAATGATGAGCTCATAAATGTAAAG TTGACAAATGGAGAAAGAGAGGTAATAATAGGTACTGCCAAAGGATATGC GATAAGGTTCAACGAAAAAGATGTAAGGCCAATGGGAAGGGTTGCAAGAG GAGTGATGGCTATATCGCTAAGAGAAGACGATGAAGTCGTGGAAATGGAT TTGGTACATCCTGACGGAGAAGTTTTGACTGTTACAGAAAAGGGATTTGG CAAGAGAACTGATTTAGAAGAATATAGAATCCAAGGAAGAGCAGGTAAGG GAATAATTGCAATGAAACTTAGCAAAAAAACAGGAAAACTCGTCTCCATA AGGTGTGTCCAACCGGAAGATGAGTTTATGATAATCTCTGCTAACGGAAT TTTGATAAGAATGAAAGTAAAAGATATATCAAAAATGCACAGAGACACTC AAGGAGTCACCCTTATGAAATTAGAAGACGGAGATAGAGTGGTCTCTACG GCAAGAATTGAAAGTGAGGAATAA >TTE0010 GyrB, DNA gyrase (topoisomerase II) B subunit TTGAGCAATTTAAAAAAGAATGATAAAATAAAACTGTTGGATAAATTTTT GGAGGGCAGGACTATGGCAAAGGATGAAACTTACACTGCAAGTCAAATAC AAATATTAGAAGGTTTGGAAGCTGTCAGAAAAAGGCCGGGGATGTATATA GGTTCTACTGGCAGCAGGGGATTACATCATCTGGTTTATGAAGTTGTTGA CAACAGTATAGATGAAGCGCTGGCAGGCTACTGCAAAAATATAGTGGTAA CTATTCACAAAGATAATTCAATTACAGTGGAAGACGATGGAAGAGGTATT CCAACAGATATACACCCAAAGGTTGGCAAGCCCGCAGTTGAAGTAGCCCT TACTATGCTTCACGCTGGAGGAAAATTTAATAACGATGCCTACAAGGTCT CTGGAGGGCTCCACGGCGTTGGTGTTTCTGTAGTTAATGCTTTGTCAGAG AGGTTAGAGGTAATAGTAAAGCAGAGGGGAAAGGTTTTTAGGCAGGTGTA TGAAAGAGGAGTGCCAAAGACTCCTCTTGAAGTGATAGGGGAAACTGAAG AGACAGGGACTATTATTACTTTTAAACCTGATAAGGAAATTTTTGAAGAA ATTGTATTTGATTATGATATTTTAGCCCAGAGATTGAGAGAATTGGCTTT TTTAAACAAGGGCATAAATATAAAGCTTATAGATGAGAGAGATGGAAAGG AAGAAGTCTTCAATTACGAAGGGGGCCTTATAGCTTTTGTAAAGTATTTG AACAGAAATAAAGAAGTCCTCCACGAAGAGCCGATATACATGGAAGCAAA GAACACCGATTATGAAGTAGAAGTGTGCATGCAGTATAATGATAGTTACA ATGAGAACATATACAGCTTTGCCAATAATATTGACACAAAAGAAGGAGGA ACACACTTAATAGGCTTTAAATCAGCTTTAACCAAAGTGATAAACGATTA TGCTAAAAAGTATGGGATGATAAAGGACGGAGAAAAAAATCTGCAGGGAG AGGATGTAAGAGAGGGCCTTACTGCTATAGTCAGCGTGAAGCTTAAAAAT CCGCAGTTTGAAGGGCAGACAAAGACGAGGCTCGGAAATCCTGAGATGAG GTCTATTGTCGAAGGAGTAGTTACAGAAAAACTCTCTGCTTACCTTGAGG AAAATCCTTCTGTTGCCAGAATAATTGTTGAAAAGGCTCTGCAGGCTGCA AGAGCAAGAGAAGCAGCAAGAAAGGCGAGAGAACTGACAAGAAGGAAATC AGCTCTTGAAAATACAGCCCTGCCAGGAAAACTGGCGGACTGCTCAGAGA AAGACCCTTCAAAATGCGAGCTTTTCATAGTAGAAGGAGACTCGGCAGGA GGTTCTGCTAAGGCAGGCAGAAACAGTAGATTCCAGGCAATACTCCCTTT AAGAGGTAAGATTTTAAATGTGGAAAAAGCTCGACTTGATAAAATTTTCT CTAACGAAGAAATTCGCTCTATAATAACTGCTCTTGGAACTGGAATTGGA GAGGATTTTGATATAAGCAAGTTAAGGTATCACAAAGTGATTATAATGAC AGATGCCGATGTGGACGGAAGCCACATAAGAACGCTTCTTCTCACATTTT TCTTCAGATTTATGAAGCCACTTATTGAAAATGGACATATATACATTGCT CAACCGCCCTTGTATAAAATTACAAAGGGTAAGAAGGTCTACTACGCTTA TTCGGACAGGGAATTGGATAAAATTTTGAGTGAGATTGGGAGAGAAAACA TTGTAGTGCAAAGGTACAAAGGTTTAGGTGAAATGAATGCAGACCAGCTC TGGGAAACTACAATGGACCCAGAAAAAAGGACAATGCTTAAAGTCACCCT TGAGGACGCCATTGCTGCCGATGAAATTTTTACTATACTGATGGGAGACA AAGTAGAGCCCAGAAGAGAATTTATAGAAAAATATGCTAAGACAGTAAGG AATTTGGATATATGA >TTE2453 HimA, Bacterial nucleoid DNA-binding protein GTGAATAAGGCAGAGCTTGTTGCGAAAATTGCTGAAAAAAGCGAGTTGAC CAAGAAAGATGCTGAGAAGGCATTGAACGCTTTCATCGAAGCAGTTCAGG AAGCATTAAAAAATGGTGACAAAGTCCAGCTAGTAGGTTTTGGGACTTTT GAAGTTAGGGAGAGGGCAGAGAGGAAGGGCAGAAATCCTCAGACAAGAGA GGAAATAACAATCCCTGCATCAAAAGCTCCTATCTTCAAGGCTGGAAAGG CTTTAAAGGATTTGGTGAATTCTTAA >TTE0942 HolA, DNA polymerase III delta subunit ATGAACTATAGGGAATTTGTAGAAAGCATAAAAAAGGGACAGATAGCTCC TTTATACCTTTTTTACGGAGAAGAGAGATTTTTGCTTTTAGATGCTGTTA AGAGGTTGAAGGCAAGGCTCTTGGTGCCAGAGTTTGAGGATATGAATTAC ATTGTAATTGAGAGGGAAAATCCGGAGGAATACGTAGAAGCCATCATTGA GAATTGCGAGACTCTCCCTTTTTTTTCAAATTATAAAATTGTAGTGGTGA AAAATGAAGAAGAACAGCTTTCCAAGATAGGTGATAAAGAGTTAAAAAGG CTTACTGATTATTTTAAAAACAGGGTGCTAGGAAATACTAGTCTTGTTGT TGTAGTTGTAAGTGGTGAAAAAATAGATTCGAGAAAAAAATTGTACAAGT TTATGGAAAAAGAAGCTGCTGTGGTGGAGTTTAAAAAGCTCACTCCGGAA GAGGCAGTTAATTATGCCGGCTATTTCTTAAAAAAACACGGTAAAAAGGC TGCAAAAAAGGATGTAGAATCTCTTGTGAAAAACATAGGAACTGACCTTT ACTCAATTGTGAACGAGCTGGAGAAAGTGATAGCCTATTCAGAAGGGGAA ACGCTTGATTTGGAGGAAGCAAGAGAGGTGCTTTCAGTTACTCTCCAGCA GAACGTGTTTCACCTTGTGAATGCAATAGGGATGAAAAAAGAGAAAGAGG CTTATAGAGCTCTTTATGCGCTTCTTTCAAAAGGGGAAGTGCCGCTTATA ATCTTAACGATGATTGCAAGGCAGATAAGGCTTATTGCAAAGTTGAAATC TCTAGAAGGAAAGGCTTTCGATAAAAAGTCTATAGCCAGTTACTTAGGCA TTCCTTTCTTTGCTGTAGATGATATCGTAAGGCAGAGCAAGCTTTTTACA AGAGAAGATTTGTATAAGGCGTACAAAGAGTGTTTGAGGTGCGACATAGC ATTAAAAAGCGGAACAGAGCCTTCATTTGCGCTGGAAAATCTCATAAAAA AATTATGCAAGCAATAA >TTE0097 HolB, ATPase involved in DNA replication GTGTATGGCCACGAAGAGATTCTAAAAGTATTTCGCAATATAATAAATCA GAATAAAATTTCTAATGCCTACTTATTTGTTGGGGAAGAAGGTTTAGGAA AGAGATTTTTGGCTGAATATTTTGCAATGATGGTAAACTGCAAAGGTAAT GATAAGCCTTGTTTTAAGTGTACCTCTTGTGTAAAAATGCTTAAGAAAAG TCATCCAGATGTGTTTATAATAGAACCAGAGGGAGATTCTATAAAAGTAG AAACTGTAAGGTATATAAACGCTGAAATAAATATAAAGCCTTATGAGTCT TTTAAAAAGGTATTTATAATTGACAGGGCTGATAAAATGACTCCTGCAGC TCAGAACGCTTTTCTTAAAACCTTAGAAGAACCGCCTTTATACGGCCTTT TCATACTAATCTCACCTCAAATAGAAGCTCTTTTGCCTACAGTAGTGTCC CGCTGCAATGTGGTAAGATTTAAAAGAGAAAGAAAAGAAGTGATTAAAGA ATACCTGATTGGTGAAAAAGGCGTCAGCGAAGAAGAGGCAGAAGTTCTGG CACATCTCGCGGATGGCAATTTTGGTGAGGCGGACAAACTGGTGGACGAA AATTATAAAAAGCTTCGCAGCAATGTGCTTTCTGAGATTGAGAAAATTTT TGAGAAAAAAGGTTTTGAAGTGCTTAATGAGTACAGCTTTTTTGAGGAAA ATAAGGAACAGATTGAGGAGGTTTTAAAAATATTTCTCTCTTATTTAAGA GATGTGTTGGTCTTTAAAACAACCAAAGATTTGAAATTTATAAAGAATGT GGATTATATAGATTCTATAGAAAAATTGGAATCTAAGTTGACCTTTAAGA GATTAAATAATATAATCAATAGAATAGAGCAGTTTAATTCCCAGCTTAAA AGCAATGTAAACTATCAGTTGGCTGTAGAGAATTTACTTTTAGATATTTT AGGGGGTCAATAA >TTE0605 Lig, NAD-dependent DNA ligase (contains BRCT domain type II) ATGGATAGGGAAGAGGCAAGAAAGAGGATAGAGGAGTTAAGGGAAAAAAT AAACTATCACAACTACAGGTATTATGTGTTGGACCAGCCAGAAATTTCAG ACTATGAGTATGATATGCTTATGAGAGAACTCATAGAATTGGAAGAAAAA TATCCTGAGTTTAAGACTCCAGACTCTCCCTCTCAGAGGGTAGGAGGAGA GCCACTTGATGAGTTTGAGCCTTTTACTCACATTGTTCCAATGTTGAGCT TGGCCAATGCTTTTACGGCAGAAGAGATTAAGGAATTTGACAGAAGGGTA AAAGAGGCGGTAGGGGAAGTAGAGTACGTAGTAGAGCCTAAAATTGACGG TTTGTCTGTGGAGCTGGTGTATGAAAATGGCATGTTCACAGTGGGATCTA CTAGAGGAGACGGAATTGTGGGGGAGAATGTCACTCCGAATTTGAAGACC ATAAAGTCCATTCCTTTAAGGCTTAAAGATTCTGTGAACCTGGTTGTAAG AGGAGAAGTTTTTATGCCAAAAGCTTCTTTTGCCAAGCTCAACGAAGAGA GAGCCGAAAGAGGAGAATCCCTTTTTGCAAATCCCAGGAATGCTGCAGCT GGTTCTGTGAGGCAGTTAGACCCTAAAGTCACTGCAAAAAGGGACCTAGA CATTTTCATTTTTAACCTTCAGAGGATTGAAGGAAGAGATTTCAAGACTC ATGTGGAAGCCTTAGAATTTTTGAAAGAACAGGGATTTAAAGTAATTCCT CTTATTAAAAAATGCACTACAATCGAAGAAGTCATCAAAGCTATAGAAGA GCTAGGGGAGATGAAAGATTCTTTGCCGTACGATATAGACGGCGCAGTGA TAAAAGTGAATGAACTTGATAAAAGGGAGATTTTGGGGCAGACTGCTAAA GACTACAGATGGGCTATAGCATTTAAATATCCTGCAGAGATGAAGAAAAC AAAAATAGTGGATATAGTGGTACAAGTGGGTAGGACTGGAGCCTTAACTC CTACGGCTGTCCTCGAGCCTGTTGTTATTTCTGGTTCTGTGGTGAGCAGA GCTACTCTTCACAATGAAGATTACATAAAGGAGAAGGACATACGAATAGG GGATACTGTGCTTGTGCACAAAGCAGGAGGCATAATTCCAGAGGTAGTGG AAGTGGTTAAAGAAGAGAGAACAGGCGATGAAAAGGCATTTGTCATGCCT GACAAATGCCCTGAGTGCGGCGCTTTGGCTGTAAGGCTTCCTGGAGAGGC AGTGAGAAGATGTACAGGCCTTAACTGTCCTGCTCAGATTGCGAGAAGGA TAATCCACTTTGCTTCAAAGGATGCTATGGACATAGAAGGATTGGGCCCT GCTATAATAAGCCAGCTGCTTTCAAAAGGGCTTATACAAAATGTAGCAGA CCTTTACTACCTCAAGTACAGGGATTTAATTACTTTGGAGAGGATGGGAG ATAAGTCTGCTAGAAATTTGCTGGAAGCTATTGAAAAGAGCAAGAAAAGA GACTTAGACAGGTTGCTTTTTGGACTTGGGATAAACTTGATAGGCAGTAA AGCGGCACAGGTGATTGCAGAGCATTTCAAGAGCATGGACAACATAATGA AAGCAAAATACGAGGATTTTCTTGAACTTCCGGATATTGGACCCAAAATG GCAAGAAGTATAGTTACTTTCTTTTCTGAAGAGCAAAACAGAAGAGTGGT TGAAAGGTTGAAAGAAGCGGGAGTCAATATGGAGAAGCTCTCCACAGGTA AAGTGAGCAATATATTTGAAGGCAAGATTTTTGTGCTGACAGGAGCGCTT AAAAATTACACTAGAGATGAGGCTGCAAGACTTATTGTTGAGAGAGGGGG CAAAGTTACTAACTCTGTGAGCAAAAAGACCGACTATCTAATTGTGGGTG CTGACCCTGGCTCTAAGCTTAAAAAAGCACAGGAACTTGGAGTTAAGATA ATTAACGAAGAGCAGTTTGAAGCCATGCTAAAAGGCGATATCCAACCGTA G >TTE2565 Mfd, Transcription-repair coupling factor-superfamily II helicase ATGTTTACGGTGCAGATTGAAGAATTAAAAGAAGTAAAAGCGATAGAGGA AGAGTTAAAGCAAGGAAGAGGACCTGTTCTGATATACGGCCTTGCAGATT CTCAAAAAGCTCACATAGCACATTATCTCATGAAGAAATTTAATAAAAAG GTCCTAGTGATAACCCCTGACGATGTGGAGGCAAGGAGAATATACGAAGA CCTGTACTCCTTTAATGAAGGAGAGGCTTCTCTTTTCCCTAAACGGGATA TAGTGTTTTACAAAATAGACGCAGCAAGCCACGAAATCGTATTTGAGAGA CTTAAAGTGATAAAAAGGCTTTCTGAAGATAGGCCTTATGCTGTTGTTGC TTCCGTAGATGCTTTACTTGACAAGATGCCTCCTTTTTACCTTTTTAGAA AGTACCAGTTCAGCCTGAAGATTGGTGACAAAATTGATTTAGGAAAGTTT CTAAAAAAGTTAGAGGTAATGGGATATGAGAGAGTGCAGATGGTGGAAGG GAAAGGGCAGTTCAGCGTAAGAGGCGGGATAATCGATATTTTTCCTTCTA CTGAAGAGTATCCTTTCAGGATAGAGCTTTTTGACGATGAAGTGGATTCT TTGAGGACTTTTGATGTCATGACACAGAGGTCTATTAAAACAGCAGAAGA GGTTTTTATCTTCCCGGCTACTGAATTTATAGTGGAAGAAGAACACATAA AAAGAGGAATATCTTCTCTGTCAAAGGACTTAAATTCATATCTTTCAAAA ATCAGGAAGACAAAAAGTGGAATGGCCGAAAAGTTAAGAGAGAAGTTTGA CGAGATAATGGAAGAGATAAGCCAGGGGAAAAAGAGGGAGAGCATAAAGG TACTCATAAACTATTTTTACGAAGACCTTCAATCTATCAAAGATTACGTA GGAGAAGATGCTATTGTAATTTTGGATGAGACAAACAGGATTAAGCAGAG GGTAAGTAATCTGCAATTAGAATTTAATGAAAATTTCAAAAATTTACTAG AAAGAGGAGAAGTGATCCCTGAGCAGAGAGAAATTTTCTTTGACTACACT GAAGTAGAGGAAAGGCTCAAAAACAATTTTTTGGTAATAATGAACACATT AGCGAAGCCGGAGGGAGAACTTCACCCGCAAAGGATTGTTAATTTTGTAT CAAGGTCTATGCACTCTTTCCACGGAAAAATGGACCTTCTTGTGGAGGAC CTTAAGTACTACAAAGCGACTGGATATAGAGTGCTTCTTTTAAGCGGCAA TAAGGATAGGGCAAAGATTTTGAAGGAGACTTTGGAGGAGTACGGCATTG ACTCTGTTGTGGTGGAGGATAATGAATATGACATACAAAGAGGGCAGGTG GTGATATACCCTGCTTCCATCACAAAAGGGTTTGAATACGTGGATGCTAA ATTTGCGGTTATAAGCGATAGCGAAATATTTGGGCAAACTAAGAGGGCTA GAAAGCCTGTTAAGATGAGAAACGCTGAGAGGATAAAGAGTTTTACTGAG TTGGAAGTGGGCTCCTATGTAGTGCATGTCAATTACGGCATTGGCAAGTA TGAAGGGATAGAGAAGATAAAGGTGGACGGAGTCATAAGGGATTATTTGA AGATAGTTTACGCCGGAGGCGATGTGCTATTTGTGCCTGTTGAGCAATTA GACCTTGTTCAAAAGTACGTAGGGCCTACTGACAACCCTCCAAAGCTTAA CAAGCTTGGAGGAGGCGAGTGGATAAGAGCTAAGAGAAAAGCTAAAAAGG CGGCAGAAGACTTGGCAAAGGATTTAATCGAGCTTTACGCTAAAAGGCAG ATGGCGAAAGGACATGCTTTTTCTCCCGATACGCCGTGGCAGAAGGAGTT TGAGGACCAGTTTCCCTATGAAGAGACTGAAGACCAGTTAAGGTGCATAA AAGAGATCAAAGAAGATATGGAAAAGGATAAGCCAATGGACAGACTTCTC TGCGGAGACGTGGGTTACGGGAAAACAGAGGTGGCTTTAAGGGCTGCTTT TAAAGCGGTGGCGGATGGTAAGCAGGTGGCGTTTTTGTGCCCTACTACTA TTTTAGCTTATCAGCATTATACCAATTTTCTGGAAAGGTTTAAGGAGTTC CCTGTCAAGATAGAGATGTTAAGCCGCTTCAGGACTCCAAAAGAGCAGGC TCAGATAATTAAAGGGCTGGCGGACGGGACTATTGACATAGTAGTCGGAA CCCACAGGCTTTTGCAAAACGATGTGAAATTTAAGGATTTGGGGCTTTTG ATAATAGACGAGGAGCAGAGGTTTGGGGTGGTCCACAAGGAAAAGATTAA AAAGCTTAAGGAAAACATAGACGTTTTGACTCTTTCTGCAACGCCTATAC CTAGGACACTGCACATGTCCTTAATTGGAATTAGGGATATGAGCATACTG GAAAATCCTCCTGAGGACAGGTTTCCTGTGGAGACCTATGTGGTGGAATT TAACGAAGAGCTCATAAAGGACGCTATTCTAAGAGAAGTGGGAAGAGGAG GACAGGTGTACTTTGTATACAACAGAGTACAGGGGATAGAGAAAATGGCT AATTTTATAAAGGAATTGGTGCCAAATTGCAGAATTGCAGTTGCTCACGG GCAGATGGAGGAAAACAAGCTGGAGCAGGTTATGGTGGATTTCTTGAAAG GGGAATACGATGTACTTGTGACTACCACTATAATTGAGACAGGGCTTGAC ATACCAAATGTGAATACCATAATAGTGTACGATGCGGATAAGCTGGGGCT TGCACAGCTTTATCAGCTGAGGGGAAGGGTAGGAAGGTCAAATAGGCTGG CTTACGCTTATTTTACCTACAGAAAAGATAAGGTGCTAAGCGAGGTGGCA GAAAAGAGGCTGGAAGCCATAAAAGAGTTTACTGAATTTGGTTCAGGTTT TAAAATTGCCATGAGGGATTTGGAGATAAGAGGAGCGGGAAATTTGCTCG GTGCAGAACAGCACGGGCACATTGATGCCGTTGGCTATGACCTTTATCTT AAGCTTTTAGAAGAGGCCATAAGGAATCTCAAAGGGGAACAGCCAAAGGA GGAAATAACTACCACTATAGATTTAAAAGTGAGCGCCTACATCGATTCCT CTTACATTGAGGATGAAAACTTAAGGCTTGAAATGTACAAGAAGATAGCT TCTATAGAGTCAAGAGAGGATATGATGGAGGTAGCAGAAGAGCTTATAGA CAGGTTTGGCGATTATCCAAAGCCTGTTGAAGCACTTTTAGATATAGCCT ATATAAAAGCGGTTGCGTCAAAACTTCACATGGTGGAAATAAGTGAAAAA TCGAGTGGCGTAATTTTAAAGTTTAAAGATAAAGACTCTGTTGACATGGA AACTGTAGAAAAAATGGTAAGAGAGTACAAGGGCAACCTCACTTTTTCAA GCCAGTATCCGCCCTATCTTACTTATAAATACAACAAAAAAGAGACTTTG CTGAAAGAATTGATAGAACTTTTGGAGAAAATGAAAGATTTGCAGTTGGC AAAGAAATAA >TTE1358 MutL, DNA mismatch repair enzyme (predicted ATPase) ATGAATAAAATTCATCTTCTCGACGAAAAAACGGTAAACAAGATAGCTGC CGGAGAAGTGGTTGAAAGACCTGCCTCAATTGTCAAAGAGCTAGTAGAAA ATTCTATTGATGCAGGAAGTAAAAACATCACAGTAGAAATTTTAGAAGGA GGTATCCCTTATATAAAGGTTACGGACGATGGATGCGGAATGAATGAGAT TGATGCAGTTCTGGCTTTTGAAAGACATGCTACGAGTAAAATAAGATCCG ATGAAGATCTTTTCAATATAACAACTTTGGGGTTTAGAGGAGAAGCACTC GCCAGCATTGCAGCTGTCTCAAAAGTTGTATTACAGACGAAGGAAGAAAA TGAGACTTTTGGCACTAGATTAGTAGTAGAGGGTGGAAAAATATTAGAAA AGACTAGATGTGGATGCCAAAAGGGGACTTCTGTTGAAGTAAAAGATGTG TTTTTTAACACGCCTGCGAGAAGAAAATTTTTAAAAAGGCCCTCTACAGA AGCGATGTACGTAACAGAAGTGGTTACTAGATTGTGTCTTTCAAACCCTG GCATTTCTTTTAAGTACGTGAAAGACAAAAAGGTACAGTTTATCACTTCT GGAAATGGAAGTATAGAAGACGTAATTTTGAGGCTTTTTGGCAAGGAGGT ACATTCTGCCCTTATTTTTTCAGAATTTGAAGCGGAGGATTTGAAGGTAA AGGCTTTTGCCACAAAGAATTTTCTAAATTATTCTAACAGAAATATGCAG TTTTTTTATGTAAATGGCAGGTACGTAAAAAACAAGACTTTGTCGGCAGC TGTTGATGAGGCTTTTAAAACTTATGTGCCTTCTGACAGATATCCAGGGG TGTTTTTATACCTTGAAATAAATCCTCGCTTTATAGATGTCAATATTCAC CCTTCAAAACTTGAAGTTAAATTTTCTGACGATAGAAGAATTTTTGAGTC TGTGTACAGGACCATAAGGGAAGCTCTCAGAGAAAGCAACTTAATACCAG AGGTAAAGCTGGAAAAAGACTTAAAAAATGAGGAAGGGCAAATAGGAGAG CAGGTAAAATTATCTTTACCTCTTTTTGAAGTAAAAGAAAAAACTGATGA TGGAGCTATTTTTGTAAGAGAAGAGGTAAAAACTGAAGAAAAGATTGACA AAGCGCCTAAACATGAGAGTTCTTCTGACAGTGAAAGAAATGTAAAAAGA CTCAGCGATATAAGGATAGTAGGGACTCTCTTTTCTACTTATGTGATTGT AGAAAAAGGTGATGTATTTTATATAATTGACCAGCATGCTGCTCACGAGA GAATTTTATACGAAAAGTTAGTCTCTCAATACGAAAGAGTGCAGTCAAGA CAGGTGACTTTCCCAATTGTTGTTGAATTGCAGCCTGGCGACATGGAAAT TGTAGGCCAGGAAAGGGAGCTTTTATACAAGCTAGGGTATGTTTTTGAGG AATTTGGGAATAATTCTGTTGTGTTAAGAGAGGTTCCTGTAATCTTAGGT CAACCTGAGGCTAAAAAACTGTTTGTAGAAATTGTAGAAAGGCTGCGGGA CAAAGATTTTTCTAGTAAGGTTTCTTTTAAAGAGGAAGAAATAGCGACAA TGGCCTGCAAGGCTGCAGTAAAAGCCATGGACACCCTTTCCGAAAATGAA ATCTATAAGCTTTTTGAGGATTTAAAAATAGCTGAAAATCCTTATACCTG TCCACATGGCAGGCCTGTCATAATTTCCATGACTAAGACCCAGCTTGAGA AGATGTTTAAACGAATCAAGTAA >TTE0725 MutS, MutS-like ATPases involved in mismatch repair, family 2 GTGGTGATTGATATTAAATTCTTAACTGAAAAAGAAAGAGAACAAGTAGG ATTTAACTATGTTATTTCAAAGCTTCAAGTTATAACTCCATATGGAAGAG AAGAGCTAAAAAATGCAAGGCCTTATAAGAGAGAAGAAAGAGAAAAACTT GAAAGGGAATATGAGTACATCGACCTTTTGAAGGAAAGTTTAGAGAAGGA TAAGGAAATATTTTTTAAGATTTTAAAACCGCTATTCAAGATAAAAGATA TAAGAAACAGCCTTAAAAGGTGCATAGAAGGGAAAGTGTTAGATGAGGTG GAATTTTATGAGATAAAAATTTTCGCTCTACTGAGCGAAGAGTTAAGGCT TTTGATTGGAAGGTTGAATTTAGATATTGAAGATATAAAGCTTGTTTCTT TAACTCCTGTATTGGATCTTTTGGACCCTCAGAAAAAGAGAATTGCTACT TTTTATGTTTACGATGAATATTCTAGTAATTTGAAAGAGATAAGAGAAAA GAAAAGGGAAATTGAGAGGCAGATATTTGCAGAAACTGACAGAGAAAAAA TTGAAAAATTAAGGGAGAAAAGGCTTGATATAGTCGCATTGGAACAAAGA GAGGAACTTGAGGTAAAAAAGAGTCTATCTGAAAAGTTACGCAAATATGT AGACCTTATTGAAAAAAATATAAAAGCTATAGGAAGGTTCGATTTTTTGA TGGCAAAGGCTAAACTGGCAATCGAGTACAATGGAGTGAAACCCACGATA AATGACGAGATAAAAATACTTTTTGAAGATGTTATAAATCCTCAAGTTGC AGATATTTTAAAAACCCAAGAAAAAGAGTTTACCCCTCTAACTATTGAAT TAAAGAGCGGGACAACTGTTATCACAGGAGCCAATATGGGTGGAAAAACT GTAGCACTTAGGACTTTTGCGCTAAATCTTCTTCTTTCTATGATGGGATT TTTCCCTTTTGCTAAAAAAGTATCTTTTCCTATGCTGGATTTTATTCATT TTATCTCAGAAGACCTGCAATCAATTTCAAGAGGTCTGAGCAGTTTTGGT GCAGAAGTTATGAAGTTAAAAGAAGTAATAGAAGATGTAAAAAAAGGGAC AGGATTTGTGGCATTAGACGAAATAGCAAGGGGCACAAATCCTGAAGAGG GACTTTATATTGTGAAAGCTATCTCAAAATATTTGAACGGTTTTTCTTCT ATGACTGTATTAGCTACCCATTATGAAGGGGTGATAGAGGATGACATGGT GCACTATCAGGTCGTAGGGCTTAAAAATGTAAATTTTGAAGAGTTAAGGC AAAAAATCGTTATAGACGAAGAAAACTCGGTAAAAATTCTCCAGGAACAC ATGGATTATCGATTAGAAAGAGTAGACCCTAATTGTGAGGTTCCAAAAGA TGCCCTTAACATATGCAGAATATTTGGACTTGAAAGAGAAGTTATAGAGC TGGCTGAGACCTATTATAAGAGGAGGAGAAGGTATGAGAGAGAGCAAGCT TAA >TTE1357 MutS2, MutS-like ATPases involved in mismatch repair, family 2 GTGCTAAAAATGTCTGTAACTCCAATGATGGAACAGTACCTTAAAATAAA GGAAAAATATAAGGATGCGATACTTTTTTTCCGCCTTGGTGACTTTTATG AGATGTTTTACGAAGATGCAGAAATTGCAGCAAAAGAACTTGAAATTGCT TTAACTGGCAGAGATGCAGGAACAGAAGAAAGGGCTCCCATGGCAGGAGT TCCATATCATGCAGCAGATTTCTACATTGATAAGCTTGTAAAAAAGGGAT ATAAAGTCGCCATATGTGAGCAATTAGAAGACCCATCAAAAGCAAAAGGC TTGGTAAAAAGAGATGTGGTGCGAATATACACTCCAGGGACTATAATAAA TCCTGAGTCCATGGATGAAAAATCTAACAATTATCTAGTTTCTGTATATA GAGAAAAAGACAATTACGGTATTTGTGCTGTTGATGTGACAACAGGAGAG CTTTATGCTACAGAAATTAAAAACTGTAAAAACGGGAAGAGAATATACGA TGAAATAGCCAAATACAGTCCTTCTGAGATAATTTCCAATGAAGAATTTT TAAAAAACAATAAATACATAAAAGTATTTAAAAACAACAACTGTGCTGTC AATGCCTATAAGCCTTTAAACTATGAGGCAAGTTCTGAGCTCATTGAAAA GCAATTTGACAAAAAAGTAGAAGAGTTAGAGCTTGAGGATAAAAAATTTG TAATTCATTCCCTTGGAGCCTTACTTTCGTATCTAAAAGAGCTTCAAAAA ACTTCTTTAAAACACATAAATAAATTGACTTTATACCAGGATAATTCCTA TATGGGCCTTGACAGTAACGCAATACGCAATCTGGAAATTCTGGAGTCTA ACAGAAACAAGTCAAAAAAAGGTTCTCTCTTAGGAGTGTTGGATAGAACT GTTACTCCTATGGGAGGCAGGCTTCTAAAAAAATGGCTAGAAGAGCCTTT AATCGACAAAGATGAGATAGAAAAAAGGCTTGATGCAGTAGAAGAACTTT TCAACAATTACAGAGAGAGAATTGAGTTGAAAGAACTCCTCAATAAAGTA TACGATCTAGAAAGGCTAGCGAGCAAAATAGTGTATCAAAGTGTTACGCC TAAAGATTTCATTTCTATAAAGCTTTCTTTACAAAACTTGCCAAAGATAA AGAATATTTTATCAAAATTTTCTTCCAGGCTTTTAAAAGAAATTTATGAA AAATTAGATGTTTTGCAAGACGTATATGAACTTATAGATAAATCTATAAA AGACGACCCTTCCAATCAGTTGAAAGAGGGAAATATCATAAAAGACGGAT ACAATGAAATGGTAGATAAATTGAGAAAGGCCTCAACTGAAGGTAAAAAC TGGATTGCAAATTTAGAGGCTGATGAGAGGGAAAAGACAGGAATTAAAAA CTTGAGGATAGGCTATAATAAGGTATTCGGGTATTACATTGAAGTTACAA AGTCAAACATTCCTCAGGTACCAGATAGGTATATCAGAAAACAAACACTG GCTAATGCAGAAAGGTATGTGACGCCAGAGCTTAAGGAAATTGAAGAGAC AATACTGGGAGCGGAGGAAAAGCTAATTGAGCTGGAATATGAGCTTTTCA ATGAAATAAGAGAAAAAGTAGAACTTCAGATAGTGAGAATTCAAAACACT GCAAAATACATAGCTATAATAGATGTTTTAATATCTTTCGCAGAAGTAGC TGAAACAAATAAATACGTGAAGCCGATTGTGGATTATGAAGACAGGATTG TCATAAAGGAAGGCCGTCATCCTGTCGTTGAGACGATTTCTGATGAAGGA TTTGTGGCAAACGACATAGACATAGGGCCAGAAAACCCAATCATGATAAT AACAGGCCCTAATATGGCAGGTAAGTCTACTTACATGAGACAGGTAGCTC TTATAGTTCTCATGGCTCAAGTTGGGTGCTTTGTACCGGCTTCCTACGCT AGGATAGGGATAGTAGACAAGATATTTACAAGAGTAGGGGCTTCTGATGA CATCTTTGCTGGCCAGAGCACATTTATGGTAGAAATGTCTGAGGTGGCAA ACATACTTCATTCTGCTACAAGTAAAAGCCTGATTATTTTGGACGAGGTT GGAAGAGGTACTAGCACTTACGATGGGATGAGCATTGCACAGGCTGTGAT TGAGTATATCCATGAAAAGATAAAGGCCAAAACTTTGTTTGCTACCCACT ACCATGAGCTTACCAAGTTAGAAGGCAAGTTAAGAGGAGTGAGAAATTTT AATGTATCAGTAGAGGAAAGGGAAGATGACATAATATTTCTTCACAAAAT AGTCCCAGGCGGTTCAGATAGAAGTTATGGGATACAGGTTTCGAAATTAG CAGGGCTACCTTACAGCATAATTGAAAGAGCTAAAGAAATCCTTGAAGCT TTAGAAAGGGATAAAGCAGTCAAAAACGAGTTAGAAGAGGCAGTCTCTCA GTTTGCTTTTACTCAGATAGACATATTTTCTTCTGCTAAAGATGCTCTGA TAGAAGAGATTGCAAATTGCGATCCTGACAATATGACTCCTCTTCAGGCA TTGACTTATCTTTATAAGCTGAAAGAGAAGGCTGCCTCATTAAGGAGCGG AGTGATATGA >TTE1906 MutS3, MutS-like ATPases involved in mismatch repair, family 2 GTGAATGAGACAAAGAATGAAGATTTAATCGATTATTTTTATATGCCTCT TAATGATGTGGAAGAAATCAAATACAGGCACGAAGTGTTTATTGAATTAG AAAATAATCAGTTGCTATTTGATGCTATTAAAACATTTGTTGATAAAATG AGCAATGTCAAGAGAGAATTATCATTTTCAGAAAAACTCGAATACCAGTA TAACAAAAAAGGTTGGTGGCTGGAAGCTGTAGACAAATATGTGAAAGCAG TTAGTGAATTAGCTCTGTATTTTTTAAATGAAAAATTGTTTTCTAAAGGA CTGCAAAACTTTTCAAAATATCTGATAAAATATGCTAACAGTGATTACTT TACTAAACTCAGGGAAATGGTTGAAAGGGTGAAGAAGTCTTTAGAGGAGG TAACTTATTGCCTTAACATCGATGGGTTAAGAGTGATGGTATATAAATGT GAAGAGGAAGAAGAATATGAAAATGATATTATAAAAACTTTTGAGAAATT TAAAACCTCAGATAATAAAGATTACAAATTAATAGTACCAACGATGATAG GAATGGATCATGTAGAAAATGAAATTATAAACGCTGTCGTAAAATTTTAT CCTCAACCTTTTGAATTGTTAGATTCTTTCTATGAAGAATATTATCACTT TATGGATCCGGTAGTGGAGAGGTTTTCTGAAGAAATAAGGTTTTACATTA TTTATCTTGATTTTACAAAAAAGTTTAAACAATTAGGATTAAGTTTTTGT TATCCTGAAATTACGACAAATAAAGAAGAAGTTTATTTGTACGAAGGATT TGACCTTGCTCTTGCGTATGACAAAGTTACAAAGGGAGAAACTGTTGTTG TAAATGATTTTTGGTTGGAAAATGGTGAAAGATTAGTGGTAGTTACAGGT CCGAATCAGGGAGGTAAGACTACTTTTGCTAGGATGTTTGGACAGGTGCA TTACCTTGCAAAGCTTGGAGTTCCAATACCGGGTAAAAAAGCCAAGATCT TTTTGTGCGATAAGATATTTACCCATTTTGAAAGAGAAGAAAAAGTTCAA AATTTAAGAGGGAAATTAGAAGCTGACCTTTTAGAGATAAAACAGATTAT TAATATGGCAACACCAATGAGCCTCATAATATTAAACGAAACTTTTTCTT CTGCAACTGTGGCAGATGCGATTTTTTTGGCTAAAAATGTTATTGCAAAA ATTCTCGAAATAGACTGTTACGCTCTATACGTAACATTTCTTGATGAACT TACATCTATAGGAGAAAAAGTAGTAAGTATGGTAGCAACGGTTTCTGAAC AGGACCCGTCGATAAAAACGTATAAGATTTTGAGAAAACCTGCTGATGGG AAAGCATATGCCATTTTATTGGCAGAGAAATACGGACTTAGTTACGAACA ATTAAAAAGGAGGTTGAAAGGTTGA >TTE1129 MutT, NTP pyrophosphohydrolases including oxidative damage repair enzymes ATGTTAATAAGAGAGTGCGCTGGAGGAGTTGTATTCAAAGGAGACAGTGT ATTTATCCTCAAAAATGAAAAGGGGGAATGGGTGTTACCCAAAGGGGTCA TTAGAAATAATGAACTCCCCATTGACGTGGCCATAAGGAGAGTGTGTGCT GAAACAGGTCTTAAGTCAGTTGAAGTCCTTTCTACTGCTGGTGAGACCAG CTATGAGTTCTATTCTGTAACCCGTCAGCGTCCCGTCTTTAATAAAATCA CCTGGTATCTCATGACGACGAGTGAAGAGGAATTTAATATAAGCAAGGAG GACGGCTTTGTTGATGGAGGATTTTTCCCTATAGACAAGGCATTGGATAT GATTACCTACAGTCAAGATAAATCGCTTGTAAACGTTTCTTACTTTAAAT ACAAAACTCTCACAAAAGCGCTGGCTTAA >TTE1310 MutT2, NTP pyrophosphohydrolases including oxidative damage repair enzymes ATGGAACAAAAAGAGCCTACAGTAAGCACTAGAAAGGTATTTGAAGGGAA GATAATAAACTTAAGAGTTGATGAGGTAAGGCTTCCAAATGGGAAAATAA CTACGAGAGAAATAGTAGAGCACCCTGGCGGTGTCTCAATAGTAGCAGTC ACAAATGATGGGAAAATCCTTTTAGTAAAACAGTACAGAAAACCGGCTGA AGAAGTTTTGCTAGAGATACCTGCAGGAAAGCTGGAAAAAGGAGAAGACC CTTTGGAGTGTGCCAAAAGAGAGCTTTCAGAAGAGACAGGGTATGAAGCG GGTCACATAGAGCATTTGATTACTTTTTACACTACTCCTGGCTTTTCCAA TGAAAAGATGTACCTTTATTTTGCAAAGGATTTAAAGAAAAGCAAGGTAC ATCCTGATGAAGATGAGTTTTTAGAAGTGGGCGAATATTTTCCAGAAGAA CTGTGGAAGATGATTTTAGAAAATAAGATAAAAGATTCCAAAACGATAAT AGGCGTTCTGTACTATTTGAAAATGAGGAATGAAAAAATATGA >TTE2249 MutT3, NTP pyrophosphohydrolases including oxidative damage repair enzymes ATGTATCCTAATTATAGAATTTCTGTTGAAATTATTTTGTTATATGAAGG AAAAGTTCTCTTAACCAAACGTGCACCGCATTGTAAAGTTGCTCCGAATG TGTGGAATGTTCCCGCAGGGAAAATAAAGTATGATGAAATTCCTATTGAA GGTATGTATCGAGAAGCAAAAGAGGAAATTAACTTGGATGTAGAAATGTT GGAAGAGCTATCAGTTAGAAATATAAAAAGTAAAAGTGGGGACGAAGACA TTTACCGAGTTGTGTTCACGTATCTTGTCAAACCCAAAAACGATGATATT TCTTCGCTCAAACTGAACGATGAACATTCCGAGTATGCATGGGTAACAAA AGAAGATCTAAATGATCCCAAATATGAAACGCTTCACGATGATATACGAA ACATTCTTTTAACAAAAGTATTTAAGTGA >TTE2793 MutT4, NTP pyrophosphohydrolases including oxidative damage repair enzymes ATGAAAAAATTTCGCGCTAGCCTGCTTGTTGCGAGAGTTGTGATTGTAGA GAATAACAGGGTTTTGCTTGTGAAACACAGTGATGGAGAAAATGAGGCGT GGGTTTTTCCAGGAGGGAGGGTTGAGGAAAATGAATCTGTTGCAGCTGCA GCTATTAGAGAATGCAAAGAAGAGACAGGTTATGATGTAAAACTTCATGG TGTTTGCTATATTCAGGAATACGACATATACTATGTCACCTACTTTTACT CTACAATTATAGGCGGAGAAATGAAATTAGGAGAAGATCCCGAACTGCCA AAGGAGGAGCAGGTTTTAAAAGAGGTCAAGTGGGTGGATTTTGAAGAATT AAAAAATTACAAGGTGTATCCCAGAAAGCTAGCAGACCTCATACAGAGGG AAGGATTTTTAGATTGCTTAATTCCAATACCTGAAACTTTTTTATAA >TTE1276 Nfo, Endonuclease IV TTGGGGATTAAGTTTGGGCCTTCTGGAATCTCGCAGAGCTTTTACGACGA GGGACATAAGTCTTCTGCTGAGATGCCAGAATGGCTTCATAAAATGGGAC TTGAGGCTTACGAATACTCTTTTTCTAGAGGAGTGAGAATAAGCGAAAAA TTAGCTTTGCAGCTTAAAGAGAATGCAGAAAAATTTAATATTACAATTAC AATCCACGCTCCTTATTACATAAATCTTGCGGCGGCAGAAGAGGAAAAGA TAAAAAATTCTAAAAGGTACATAATTGAAAGTTTGACCGCAGGGAATTTG ATGGGAGCAAAAAGAGTTACGTTTCACCCTGGTTCTGCTTCTTTGGACAG AAGAGAAGCACTTGATAGGGCAAAAAGAGTTTTGAAGGAGGTTATAAAAG AAGCTGATGACTTGGGACTGGGTCATATAACCTTGTGTCCCGAGACGATG GGCAAGAAAAATCAGCTGGGCACTTTGGAGGAAGTCTTGGAACTCTGTCA GCTAGATGAGAGACTTCTTCCTACCGTGGATTTTGCCCATTTGCATGCTC GAGACAATGGAAGGTTTAAATCTATAGAAGATTATGAAGAAGTTTTAAAC ACGATAGAAAAATATCTAGGAAAAGATAGGGCAAAAGTTATACACGTCCA CTTCAGCAGAATTGAATTTACAGAGCAGGGGGAAAAGAAGCACTGGACAT TGCTTGATAAAGAATACGGGCCTGAATTTGAGCCGCTGGCTCAGCTTTTT TATGAAAGAAATATGGAGCCCATAGTTATTTGTGAATCTCGTGAGAGGAT GGCAGAAGACGCATTAGAACTTAAGAGAATATACCAAGAGGTGGCAAAAA GGGTGTCAAAAACATGA >TTE1769 Nth, predicted EndoIII-related endonuclease GTGCGCATATCTAAAGAAGAAGCCCTGAAAGTCATAGAGATTTTGAAAAA AATCTATCCAAATGCAAAATCTGGTCTTAAGTTTAATAATCCTTTTGAGC TTTTGATTGCCACTATTTTGTCTGCTCAGTGCACTGACAAGAGGGTAAAT ATAATCACTGAGAGGCTTTTTAAAAAGTACAAGACTCCAGAGGATTTTTT AAAATTGACTCCTGAAGAACTTCAGGAGGAGATAAGGGAGTGTGGCCTTT ACAGGAATAAGTCCAAAAGCATACTTGAGACCTGCAGAATTTTGAAAGAA AAGCATAACGGAAAAGTGCCTGATACTTTGGAAGAACTAATGGCTTTACC AGGGGTAGGAAGAAAGACTGCCAATGTGGTTTTAAGCAATGCCTTCTCAA AAGATGCCATAGCTGTGGATACCCATGTATTTAGAGTTTCAAACAGAATA GGGCTGGCAGATAGCAAGGATGTTTTGACAACTGAGAAACAGCTCATGGA AATTATACCGAAAAATTTGTGGTCAATATCCCACCACCTTTTGATATATC ACGGCAGAAATTTATGTACTGCTAGAAAGCCTAAGTGCGACAAGTGTCCA GTAAAGGAGTTTTGCCTTTACTTTAAGGGGAGAAAAATTTAA >TTE0874 PolA, DNA polymerase I-3'-5' exonuclease and polymerase domains ATGGCAAAGTTTCTGTTAATTGATGGTAGCAGTCTGATGTACAGGGCTTA TTATGCCTTACCGATGCTTACTACCAGTGAGGGATTACATACAAATGCAT TGTACGGCTTTACTATGATGTTAATAAAATTGCTGGAGGAAGAAAAACCT GACTATGTGGCAATCGCTTTTGACAAAAAAGCTCCGACTTTCAGGCATAA AGAGTTTAAGGAGTACAAAGCCACCAGACAGGCTATGCCAGAAGAACTTT CTGAACAGGTAGAGCTTTTAAAAGAAGTAATTGATGGCTTTAACATAAAG ACTTTAGAATTGGAAGGATATGAAGCAGATGACATAATAGGAACAGTTTC AAAGATGGCAGAGGAAAAAGGGATGGAAGTGGTAATTGTCACGGGAGACA GAGACGCTCTCCAACTTATTTCCCCCAGGGTAAAGGTGAAAATATCTAAA AAGGGCATAACGCAGATGGAAGAGTTTGATGAAAAAGCGGTATTAGAAAG GTATGAAATAACTCCGCAGCAGTTTGTGGATTTAAAGGGATTGATGGGGG ACAAGTCGGACAATATTCCTGGAATACCTAATATAGGGGAAAAGACTGCT ATCAAGCTTTTGAAGGAATTTGGCTCGGTGGAAAATCTTCTTGAAAATAT ATCAAAATTGTCAGGAAAGATTAAAGAGACAATAGAAGCAAATAGAGAAC TGGCTGTCATGAGCAAAAGATTAGCCACTATAAATAGGAATATTCCTCTT GAGATTGACTTTGAAGAGTATAGATTAAAAGAGTTTAATTACAAAAAATT ATGGGACCTTTTTAACAAGCTTGAATTTTATAGCCTTCTAGACAGCATCA AAAAGGAAGGAGAAGAGGTCATTCCAACTGTTTCAATAAGAAAGTGGAAA AAAGTTGACATTAGAGAAGTGCCAAGGCTTTTAGAAAGTGCAAAAAATGT TGCCTTTTATCCTTTGATCTATGAGGGGGATGTAAAAAAGATAGCATTTT CTTTTGATGGTACTACCCTTTATTCAGATGTTGAAAGGTTAGAAGACTTA AGAAAAATATTTGAAAGAGAAGATGCTGAATTTGTTTCCCATGAGATAAA AGACTTCCTAGTGAAACTTTCTTACAAAGGCATAGAATGTAAGAGTAAAT ATCTGGATACTGCTATAATGGCTTATCTTCTCAACCCTTCTGAGTCCAAT TACGATTTGGAGAGGGTATTGAAAAGATACCTTAAAGTGGATATATTGTC CCATGAGGAAGTATTTGGGAAAGGAAAAGACAGGAGAAGGTATGAAGAAG TAAGCGAAGAAGTAATGGCAGAGTACATATGTGGAAGGTGCAGCCACTTA TTTGAGTTAAAAGATAAGCTTATGGCTTTTATTGAAGAGATGGACATGAA GAAGCTTTTGCTGGAAATAGAGATGCCTCTTGTGGAAGTTTTAAAATCAA TGGAAGTGGATGGATTTACACTGGACAGAAATGTTTTAAAGGAGCTTTCC GAAAAGATAGATGAGAGGATTTCTGAAATATTGGATAAAATTTACAAAGA AGCAGGATACCAGTTCAATGTAAATTCCCCAAAGCAGTTGGGAGAATTTC TCTTTGAAAAGCTCAACCTACCCGTAATTAAAAAGACAAAGACAGGTTAC TCGACTGATTCCGAAGTCTTAGAGCAGCTTACAGCTTATAATGACATTGT AAGTGAGATAATAGAGTACAGACAGCTTACCAAGCTCAAGTCTACTTACA TAGAGGGTTTTTTGCCCTTGATGGACGAAAATGACAGAGTGCATTCTAAT TTCAAACAGATGGTGGCGGCGACTGGCAGGATAAGCAGCACAGAGCCTAA TCTTCAGAATATACCTGTGAGGGAGGAGTTTGGAAGACAGATAAGGAGGG CTTTTATACCGAGGACAAAAGACGGCTATATCGTCTCTGCAGACTATTCA CAGATTGAATTGAGGGTTTTGGCACATCTTTCTGAAGATGAAAAGTTGAT AGAAGCTTTTATGAACAATGAAGACATACACTTGAGGACGGCTTCCGAAG TCTTTAAAGTGCCTCCTCAAAATGTCACTCCAGAGATGAGAAGAGCAGCT AAAGTAGTAAATTTTGGGATAATATATGGAATAAGCGATTATGGCTTGGC GAAAGACTTGAAGATTTCGAGGAAAGAAGCTAAGGAATATATTGACAATT ATTTTGAAAAGTATAAGGGAGTAAAAGAGTATATAGAAAAGGTGATTCGA TTTGCCAAGGAAAATGGATATGTGACTACTATAATGAACAGGAGGAGGTA CATTCCTGAAATAAATTCGAGGAATTTCACACAGCGCTCACAAGCGGAAA GGCTGGCTATGAATACGCCAATCCAAGGCAGTGCTGCCGACATAATAAAA ATGGCTATGGTAAAAGTTTATCAAGAATTTAAGAGGTTGAATTTAAAGTC CAGGCTCATATTGCAGGTCCATGACGAGCTTGTTGTTGATACTTATAAGG ACGAGCTGGAGTTAGTGAAAGAAATACTCAAAGAAAACATGGAGAATGTG ATAAAGCTGAAAGTTCCGCTGGTTGTTGAAATTGGGGTGGGTCCTAACTG GTTTTTGGCTAAGTGA >TTE1398 PolC, DNA polymerase III alpha subunit, the Gram-positive type ATGGTTCCAGCGACTTTCTTGGAAAACATGCAAATAAAAAAAGTAAGAGT TGAAAAAAAGAGCCGAAAACTCACTGTGGTTGTCTCCTCTTTCTCATCAA ATGCACAAAAGCTCTCAGAATTTCAGTCTTTTTTGGAGGAAAGCTTTCCT TCTCTAAAGGAGATAAAGATTGTGGTGGAAAGCCCTTCTTTATCAACAGT AGAAGAGGTTTTGGAAAACTGGGAGAAAGTAGTATTAGAGCTTAGCGAAG AGTACCCTTCTTCCTTAAGTTTTTTAAAGACCTGTGATGTCGCAAAAGAG GGACAGAATAGGATAACTGTAAAGGCTCCAACTTACGCAATTTACGAAAT GGCTAAAAGCAGCAAATTAGATTTTGCAATAAGAGAATTTTTAAGGAACA GGTATGAACTTAATTTAGATGTAGAACTTATTTTTTCAGAAGAAGGGGAA GAAATTGCAGAAAAAATAATCGAAGAAGACATAAAAGCAATTGAGGAAGT TATCCAAAAAGATGAGAAGTCTAAAAAGGAGAAGAGTAGGTCTGAAGAAA ATAGAGTTCTCCTTGGCAAAGAAATGAAAGCTAAACCTATCTCTATTAAG GATGTAAGTGCAGAAACCGATGAGGTAGTGATTGAAGGAGAAATATTTTC TATTGATTTTAAAGAGTTGAAGTCAAAAGTTCTCATGGTGTTTGACATTA CAGATTATACTAGTTCAATACTTGTCAAAACCTTTTTGACAGAAGAAAAA TATGAAATTTTGAAAGATGAAATAGATGTAGGAACTTTTGTCAGGTTAAG AGGAAATGTGATATACGATAAGTACGAAGGAGACCTTGTAATTGATTTGA AAGACTTAGAGCTCATTCCTCCAAAAAAGAGAATGGATTTGTCCGAAGAA AAGAGAGTGGAGCTTCACCTTCACACCCAGATGAGCACTTTAGATGCCGT CCCTTCTGCTACTGAAGTGATAAAGAGAGCGGCAGAATGGGGACACAAGG CTGTTGCAATAACAGACCACGCAGTGGTTCAAGCTTTTCCAGAGGCAATG GAAGCATCTCGAGAGTATGGGGTTAAGGTTATATACGGAATGGAAGGGTA TATGGTGGATGACGGAATACCAATTGTCACTGGAGAATCCGAAGCTAGTT TGGAAGGCGAATTTGTGGTATTTGATATCGAAACCACAGGCCTTTCAAAC ATAAATGACGAGATAATAGAGATTGGTGCTGTCAAGATCAAAAACAAGAA AATAGTAGATACTTTTGAAACTTTTGTAAATCCTCAAATACCCATTTCTT CTTTCATCACAAAACTCACAGGAATCGATGAATCAATGGTTAAAGATGCT CCTTTAATAGAAGAGGTGTTGCCTAAATTTTTGGAATTTGCAAAAGGAGC AGTTCTGGTAGCACACAATGCCAATTTTGATGTGTCCTTTATTAAATCAA AGGCTAAGAAACTAGGTTTGACTGTTGAAAACACTGTCTTAGATACGCTT GAGTTGAGCAGGCATCTGTACCAAGATCTTAAAAATTACAAACTCGACAC TCTTGCTGAATTTTTTGAAGTAAAGCTTTTGCATCACCACAGGGCCGTGG AAGACGCGAAGGCTACAGCAGAAATTTTCATTAAGATGCTAGAAAAGCTG CAAGAAATAGGCATAAAGAGTGTAAGCGAAATCAACTCGGTTTTGATGGA AAGGGAAGTGGACGTAAAAAAATTGCCTGTATACCATGTGACAATTTTGG TAAAGGACCAGAAGGGTTTAAGGAATTTATACGAGATAATATCTAGGTCA AACCTGGAGTTTTTCCACCGCACCCCCAGAATACCAAAGAGTCTGTTGGT GAAAATGAGAGAAGGGCTGATCATAGGGTCTGCCTGTGAGCAGGGAGAAG TGTTCAGAGCCTTGGTTTCTAACTTGGAGGAAAAGAAGCTCGAAGATATA ATCAACTTTTACGACTATTTGGAAATTCAGCCTGTGGGGAACAACGAATT TTTGATTGAAAGAGGAGAGGTAAGAAGCGTAGAAGAACTTAAAGAAATAA ACAGAAAGATATACGAACTTGGGAAAAAGTACAACAAGCTGGTAGTAGCA ACAGGAGATGTGCATTTTTTAGACCCGTGGGACGATGTGTACAGAAAAAT ATTAATGGCGGGCAAAGGGTATAAGGATGCGGACAGACAGCCTCCTCTTT ACTTTAGGACAACTGAAGAAATGCTTATGGAGTTTGAATATCTAGGAGAA GAAGCTGCCAGAGAGGTAGTCATTGAAAATCCAAATAAAATTGCGGAAAT TGTGGAAGATGTAAAGCCTATTCCTGAGGGAACTTTTCCGCCTGTCATCG AAGGGGCAGAAGAAGAATTAAGAAGGATTACCCTTGAAAAAGCTCATGAG ATATACGGTGACCCATTGCCTCCAATTGTGCAGGAAAGGCTTGACAGAGA GCTAAACGCCATAATAAACAACGGTTACGCTGTAATGTACGTAATAGCTC AGAAGCTAGTATCAAAGTCGCTGCAGGATGGATATTTGGTTGGTTCAAGA GGCTCTGTAGGGTCTTCTCTGGTAGCTACTATGAGCGGCATTACAGAGGT AAATCCGCTGCCTCCTCATTACGTGTGTCCAAAATGCAAACACTCAGAGT TTGTGACGGACGGGTCTTTTGGCTGCGGAGTTGACATGCCTGACAAGTAC TGCCCTAACTGCGGCACTTTGATGAAAAAAGACGGCTTTGACATACCTTT TGAAGTGTTTATGGGCTTTGAAGGAGATAAGGAGCCGGATATAGACCTAA ACTTTTCTGGAGAATATCAGCCCATAGCTCACAGGTACACTGAAGAACTT TTTGGAAAAGGCCATGTTTTCAGGGCAGGTACTATTGGAACGCTGGCGGA TAAGACTGCTTACGGATATGTGAAAAAATACTTTGAAGAGAGGAATTTAA CTGTACACAAGTCAGAAATAAAAAGGCTGACAATGGGATGTACAGGCATA AAGAGAACCACAGGACAGCATCCCGGAGGAGTCATGGTGGTTCCAAAGGA CAAAAGCATTTACGACTTTACTCCAATTCAAAGGCCTGCAGATGCGGAAG ATACCGATGTCATAACTACCCATTTTGATTACCATTCTTTGAGTGGAAAG CTTCTAAAATTGGACATACTGGGGCATGATGACCCTACTGTAATAAGGAT GCTGGAGGATTTGACAGGTGTAAATGCCAGAAAAATACCTCTGGACGACA AAAAGACCATGAGCCTTTTTACAAGCGTAGAAGCTTTGGGAATAGACCCT GAGGAACTTGGCACTCCCGTTGGAACGCTAGGGCTTCCTGAGTTTGGAAC AAAGTTTGTGAGACAGATGCTAATTGAGACCCGTCCCACAACTTTTGATG AGCTTGTCAGGATAAGTGGGCTTTCTCATGGAACAGATGTATGGTTAAAT AATGCGCAGGATATAATAAGAGAAGGGATCGCTACTTTAAAGGAAGTAAT TGCTGCAAGAGACGACATAATGCTTTACTTAATAAGCAAAGGAATGGATA AAAAGCTTTCCTTTAAGATAATGGAAAATGTTAGAAAAGGAAAAGGCGTT ACACAGGAAGAAATTGAAGAGATGAAAAAACACGGCGTGCCCGACTGGTT TATACAGTCCTGCCAGAAGATAAAATACATGTTCCCAAAAGCTCACGCTG TAGCCTATGTGATCATGGCATTTAGAATTGCGTATTTTAAGGTGTATTAT CCTGAAGCTTTCTATGCTACCTATTTTACTGTGAGAGCAGATGACTTTAA CTTAGACATAGTTTTAGGGGGCAAAGAGAGCATAAAAAGGGCAATAAAAG AAATTGAAGCGAAGGGCAACAACGCTACACCAAAAGAGAAAAACTTGTTG ACAGTATTAGAGGTAGCACTTGAGATGTACTTAAGGGGCATCAAATTCAC AAATGTGGACCTATACAGGTCCGATGCCGAGAAGTTTTTAATTACAGAAG AAGGACTTTTGCCTCCACTAAATTCTCTTGAAGGAGTGGGAATACAGGCC GCAAAGGCAATTGCCCAGGAGAGAGAAAATGGCAAATTTATATCCATTGA AGATTTCAGGAACCGAACCAGGGTAAGTAAAACTGTTATTGAAATATTAA AACAGTATGGATGTTTAGAAGATTTGCCAGAATCTAATCAATTAAGTTTA TTTTGA >TTE1508 PriA, Primosomal protein N (replication factor Y)-superfamily II helicase ATGTTCGCCGAAGTCATAGTGGAAATAAAAGCTTCGAATACTGACAGGCT TTATACTTACAAAGTGCCAGAAGGAATGGACCTTGAAGTAGGTATGAGGG TTTTAGTGCCTTTCAAAAATAGGCTTGTTGAGGGCTATGTGGTAAGCCTT ACGGATAAGCCTTCTTATTCGCTAGAAAAGATAAAGAGCGTGTACAAAAT TTTAGATAAATATCCTATTTTTAACGAGAAAATGATAAAGTTGGCAAAAT GGATGAGAGATTATTATAAATGCTATTTTTCTGAAGTTTTTCAGACGATA ATGCCGGCAGGAATAGACAGAGGAGAAAAAAAGGTAAAGCTGGTCAGATT GAAGATAGAAGATGTTTTTGAGGAGGATTTTAAAAAGGCTCCAAGGCAGT ATGAAGTCTTGCGGTATCTTAAAAAGAGAAGTCCTATAAAGCTTTCCGAA CTTGTAAAGATATTAAATACGGATTATGGTACTATAAGGGCTCTTGAGAA AAAGGGTTATATAGAGGTTTATGAAGAGGAAATATCGAGATTTCAGGTGA GAGATGTAGAAAAGACCTTTCCTCCAATTTTGACAGAAGAACAGAAAAGA GCAGTTGAGGAGGTAAAAAAATCTATTTTCTCAGGACAGCCTGATGCATA CTTGCTTTTTGGAGTTACTGGCAGTGGAAAGACAGAGGTTTACTTAAAGC TCATAGAAGAAACTGTGAAGATAGGAAAGAGCGCAATAGTCCTTGTGCCA GAAATAGCTTTAACGCCTCAGACAATTGAGAGGTTTGTAAGCCGCTTTGG CAATAGAGTTGCTGTGATTCACAGCGGGCTTTCTCCGGGAGAAAGGTTTG ATGAATGGCGAAAAGTAAAAAATAAAGAAGTGGACGTAGTAGTAGGGGTA AGGAGTGCAGTTTTTGCGCCTTTTGACAACCTTGGACTTATAATTATTGA TGAGGAACATGAAGCTACTTACAAGCAGTCAGATACAAGGCCCCGGTACA ACGCAAAAGAAGTAGCAGAAAAGAGATGTGAAATAGAAAAAGCTGTATTG GTCATGGCAAGCGCTACTCCTTCTTTGGAAACCTATTACAAAGCCATAAA GGGCGATTACAAGCTTTTGAAGCTTACCAGAAGAATAAAAGCCTCTATGC CTGAGATAGAAGTTGTCAATATGAGCGATGAGTTAGCAAAAGGCAACAAT TCTATCTTTAGCAGAAAGTTGTTTTCCTATATCAAAGAAAATTTGAAAAA AGGTGAGCAGACAATTTTGTTTTTAAACAGAAGAGGGTATTCCTCTTTTG TGGCTTGCAGAGACTGCGGTTACGTTCCAAAATGCCCTAACTGCGACATA TCTTTGACATATCACTTTGAGGATAAGAAACTGGTGTGTCATTACTGCGG CTATGAGGAGCCTATGAGGGAGACATGTCCTAAGTGCGGTAGCAAAAGGA TACGGTATATGGGTATCGGCACGGAAAGGGTAGAGATGGATATAAAGAAA TTCTTTCCAGAAGCTAGAGTTTTAAGGATGGATGTAGATACTACCAGGAG AAAGGGGTCCCATGAGAAGATATTTTACGAGTTTAAAAATGGGAAAGCAG ATATTTTGATAGGGACACAGATGATATCAAAAGGATTTGACATACCTAAT GTGACTTTAGTAGGAGTGATACTCGCTGATATAACATTGAACTTGCCAGA TTTTAGGTCTAGTGAGAGGACTTTTCAACTGCTAACGCAGGTGGCAGGAA GAGCAGGAAGGGGAGAAAAGCCCGGAAGAGTGGTGATACAGACATATGAG GATAATCATTACAGCATCCTCACGGCAAAAGAACAGGACTATGTAAAATT TTTCAGGGAAGAGATAAAATATAGAGAAATTTTTAAGTACCCTCCTTTTG CACACCTTATGAATATTGTAGTATCAGGGGAAGACGAAGAAAAAGTGAAA AATGCCTCTGCAAACACATATTTAGCATGTCAGAAAGTTATTAACAAACT GCAAGTTAAGAGTTATAATAAAATACTAGGGCCTGCCCCTGCTCCTATAA GCAAGATTAACAACCGATACAGGTGGCAGGTGATTGTTAAAAGTGAGGAG AGAGAGGTGCTAGAAGAAATTGCAGAGTATGTCCAGAATATGAAATATCC AAAAGACATAAGGGTTGCTGTAGACATTGACCCACTTAATATAATGTAA >TTE0897 RadC, DNA repair proteins TTGGGAGAGGATTTGAATATAAGGATAAAAGACTTGCCTTATGAAGAAAG GCCCAGAGAAAGGCTAATAAAATACGGACCCCAGGTGCTTTCAAATGCCG AATTGATTGCCATAATAATAGGTACAGGGAGCAGAAGAGAAAATGCTATA AGTTTGGCTCAAAAGCTCATTACAGAGGAGAGAGGATTAAAGTTTATTGT CAACTCAAGTGTGGAAAAGCTTGCGAATATAAGGGGGATTGGAATAGCAA AAGCTGTAAAATTAAAAGCGGCAGTGGAGTTAGGAAGAAGATTGATGCTT TCAACGCAAGGGGAAAATTTTTCTGTAACTTCTCCTGAAGACGTCATAAA CCTTTTGATGGAGGAAATGAGGTACCTTTCTAAAGAGCATTTCAAAGTAG TGATGCTAAACGTTAAAAATAAAATAATTGCCATTGAGACGATTTCTATA GGGAGTTTAAACACCTCAATCGTTCATCCTAGGGAGGTGTTTAAAGCTGC TATAGAAAGGTCTGCTTCTTCTATAATTTTAGTTCACAACCATCCGAGTG GAGACCCTACTCCTAGCAGGGAGGATGTAGAAGTGACAAAAAGATTGGTG GAAGCGGGTAATATTCTTGGAATAAAAGTCTTGGACCATGTTATAATTGG AGATGGGAGAGGTATAAGTCTCAAAGAAAAAGGGTATTATGATTTTGAAT AA >TTE1374 RecA, RecA/RadA recombinase TTGATGATTGAAAAGCAAAAGGCTTTAGAAATGGCCATTAGTCAAATAGA AAGACAATTTGGAAAAGGCGCTATTATGAGGCTTGGCGATACTGCAAAGT TAAACGTAGAAGTTATTCCTACAGGGTCATTGGAATTAGATATTGCATTG GGAGTTGGAGGAGTACCAAGAGGCAGAATAATAGAAATTTTTGGACCTGA GTCTTCTGGTAAGACCACTTTAGCACTTCACATGATAGCAGAAGCTCAGA AAATAGGAGGAACAGGTGCTTTCATAGACGCAGAGCACGCACTTGATCCA GTATATGCAAAAAATCTCGGGGTAAACATTGACGATCTACTTGTTGCCCA GCCTGACACAGGAGAGCAAGCTTTAGAGATAGCAGAAGCTTTAGTAAGAA GCGGAGCAGTAGACATAATTGTGATTGACTCTGTTGCAGCTTTGGTGCCA AAAGCTGAAATAGAAGGAGAAATGGGAGACAGCCATGTAGGTCTTCAGGC AAGGCTCATGTCACAAGCTTTGAGGAAGTTGGCAGGTGTTACCAGCAAGT CGAAATCAATTGTTGTGTTCATAAACCAGTTGAGAGAAAAAGTGGGTGTA ATGTTTGGCAATCCTGAAACTACTCCTGGTGGAAGAGCTCTAAAATTTTA CGCTACCATAAGATTGGATGTAAGAAAAGTGGATAACATCAAACAGGGCA ATGAAATTGTGGGAAGCAGGACCCGCGTAAAAGTGGTGAAAAACAAAATA GCACCTCCTTTCAAACAGGCTGAATTCGACATCATGTACGGAGAAGGAAT ATCAAGAGAGGGAAGCATACTTGATTTAGGAACAGCTCTTGATATAATAG AGAAAAGCGGTTCTTGGTACTCCTATAAAGACATAAAACTGGGCCAGGAA GAGAAAATGCAAAGCAGTTTTTAA >TTE0264 RecB, ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) ATGGAAGTCAAGTGGACGGAAGAACAGAGGGAAGCGATAACAACGAGGGG TAAAAATGTTTTGGTGGCAGCGGCTGCCGGTTCAGGGAAAACAGCAGTGT TAGTAGAGAGGATTATAAATATTGTGACAGACCCAGAAAAACCTGTAGAC ATAGATAGATTGCTGGTCGTCACTTTTACCAATGCAGCTGCTTCTGAGAT GAGAGAAAGAATTGCAGAAAGGTTAATTTCCCTCCTTGACCAGCATCCGG AGGACAAAAGGCTTGCTGACCAGCTTACACTCCTTAATAAAGCTACTATT ACGACAATCCACTCTTTTTGCTTAGATGTAGTGAGAAAGCATTTCTTTTT GCTGGACTTGGACCCTAGTTTCAGGGTAGGAGATGATACAGAGACATTGC TTTTAAAGCTGGAGGCGATGGAGGAGCTTTTTGAGGAGCTGTACGAGAAA AATGATGAGGGCTTTCTCCTTCTGGTGGAGAGCTATGGCGGGACAAAGGG GGACCAATATCTTCAGGATGTACTTTTGAAGCTCTATGGATTCATAAGGT CCTTGCCATGGCCTGAGAAGTGGCTGAATAATGTGCTTGAGGCTTTCGAG GTGAAAGAAGACTTCTCTTTTGAAGATTCCAAATGGGCGGAAGTGATACT AGACAGCATAAAAGTAGAAATTTTAGGGCTTTTAAATGGGATGAGTGTCG CGATTGAGAAGTTAAGAGAGGAAAGGGGATTAGAGGGCTATCTCTCGCTT TTTCAATCGGAGGCACATCATTTAAAAGAGTTAATTGATTCAAAAAGCTG GAATGAATTCAAGAAAAAAATAGAGGCCATCTCTTTTGAGAGACTTCCTA AAGCTAGCAAGGAAGCTGATGCAGAAGTAAAGGAAGAAGTCAGGAAATTG AGAGAGGACGTAAAAAAGCGGATAAGGGAAATAAGAGATAAATTTTTTAT AGATGAAGAAGAAGAGATTAAAAGAGAAATAAAGAAATTGTATCCTGTCA TGAAAGCTTTGGCAGATTTGATTTTGATGTTTGATAAAAAGTACGGAGAA AAGAAAAAGGAAAAAGGTGTGATAGACTTTGAGGACATAGAACATTTTGC TCTAAAGATTTTGAGTAATGAAGAAGTAGTTTCTTACTACAGAGAAAAGT TTGAAGAAATATTCATAGATGAATACCAAGATTCAAGCCTGATACAGGAG GCTATACTGAGTTTGATTGCTAGGGACAATCCACCGAACAGGTTTATGGT GGGAGATGTGAAGCAGAGCATATACAGATTTAGGCAGGCCAATCCTTATA TATTTTTTGAGAAATACACAAGTTATTCTCAAGAAGGGGAAAATAAGAAA ATACTCCTTTATAAAAATTTTAGAAGCAGGAAAGAGATTATAGACGCAGT AAATTACATATTTGAAAAGATAATGTCAAAAAACATAGGCGAAGTAGACT ACTCAGAGGAAGAAAAATTAAATTATGGGGCAAATTATGAAAGTAATCCT TTTGAAAAGGAAAATGAAAGGACTGTAGAAGTTCACTTGATAGAGAGAGA AAGAGAAGAGGAATTTGAAGAAGATGAAGAAATTTTGGACGATATGCAGG TGGAAGCCCATGTTGTTGGGGAGAGGATAAAAGGTCTTTTTAGAGAAGGA TTTAAAGTGTATGACAAAGAAATTGGGGGGTACAGGCCTGTTGAATATAG AGACATTTGCGTGCTTTTAAGAGCTACTGAAAAATGGGCTTATGCTTTCG AAGAGGAATTTGTAAAGATGGGAATTCCTGTTTTCGCAGATACTAATGCC GGCTACTTTGATACTGCGGAAATAAAGACAATGCTTTCCCTTCTGCAGGT GATAGACAATCCAATGCAGGACATACCTCTTCTGGCAGTACTGAGGTCTC CGATATTTTCTTTCACCGAGGAAGAACTTGTCGATATAAGATTGGAAGAT GCTGACGGAACTATATATGAAGCCTTAAAAAAAGCTTCTTTGAGAGAAGA TGAACTGGGAGAAAAGGTGAGAAATTTTTTGGATTCATTAAAAAGGTGGC AGGAAAAATCAATTTACATGCCTGTGGATGAGTTTTTGTGGTACTTGTAC GAAGAGACGGGTTTTTACTCCTATGTCGGGGCGATGCCCCAAGGAGTAGA GAGGCAGGCTAATTTGAGGGTGCTTTTTGAAAGGGCTAAAGAGTACGAGG AGACGAGTTTCAAAGGGCTTTTTAACTTTGTCAATTTTATAAACCGCTTA AGGACGACGAGTACAGATATGGGAAGTGCTAAGACAGTTGGGGAAAATGA GAATGTAGTGAGGGTAATGAGCATACACAAAAGCAAAGGCTTGGAATTTC CTATTGTGATAGTGGCTGGGTTGGGAAAGCAGTTTAATACGAAGGATTTG AACGAAAAAATTCTCTATCATCATTTTCTAGGCATTGGGCCCGAATTTGT GGATTATAGAAGAAGGCTTTCATATCCCAGCATTGTAAAAGAAGCCATAA AATATAAAATAAAGCTAGAAAGCCTTTCTGAAGAGATGAGAGTTCTGTAT GTAGCTTTAACACGGGCAAAAGAAAAGCTCATTCTGGTGGCAAGCGTAAA AGACATAAAAGAAAGAGCAAAAAAATGGGGCAAAGCAAAACTTCTGGGGA AAAAGATTTCTGAGTACGATGTATTAAAGAGCAGAAGCTATATAGACTGG ATAGGTTCTGCCTTAATCAGGCATAGGGATCTTAAGCTTTTGAGGGAATT TGCAGAAATTTCTCCAGAATTGGAACAAGACTCTTCAAAATGGGAAGTGA AAATTTGGAACAAAAGAGATGTTATTATCGAAAGGAAAAAAGATGAAGGA ATAGAAGTCTTGGAGAGATTAAATGCTCTCAATTTAGAAGGTTTACACAC AGAGTTCAGAAAAGAGGTTGAAGAAAGGCTTAACTACGTTTATCCTTATG ATAGGTCGAGCAAGCTTCCTGCCAAGCTCTCTGTTACGGAAATCAAGAGG ATTCTAAATGATGAAGTGATTGATGAGGAGACTACTTCTATTTTTGAGAG AAGAGTTTTAAAAACCCCCCTCTTTTTGGAGAAGAAAAGGGGACTGACTC CTGCTGAAAGGGGAATAGCCATGCACCTTGTCATGCAAAAGCTTGACCTT TCAAAGGATTTGTCTTACCGGGGGATAAAAGAACAGATTAAGGATATGGT GAAAAATGAAATTCTGACAGAAGAGCAGGCAAAAGAAGTGGATGCAAATA AAATAGAAAGATTTTTTAAAACTCCACTGGGGAAAAGGTTACTTAAGGCA AAGGAAGTAAGAAGGGAAGTGCCTTTTCACATAAAGATTAGTAGCAGAGA AATTTATAGAGATTTGCCTGAAGTGTATCAAGAAGAATTTATAGCTGTAC AGGGAATTATTGACTGCTTTTTTGAAGAAGAAGGAGAGCTAGTTTTAATA GACTATAAGACAGATTATGTTGAAAATGGGAAGATCGAAGAAATCAGGGA TAAATACAGAGTTCAGATAGACCTCTATGGAAAGGCTTTAGAAGAAATCA CGGGAAAGAAGGTAAAAGAGAAGTACATCTACCTCTTTTTTAATGATACT ATCATAAAGTACTAA >TTE0489 RecD, ATP-dependent exoDNAse (exonuclease V), alpha subunit-helicase superfamily I member TTGACAAAAATAAAAGGCCTAAACCCTTTATATCCTCCTCTAAATAGGTT AAAATTAAGTTGTAAAATATCTTTAACGGGTGGAAAAGCCATGGTAGAAA TAGAGGGTGTAGTAGAAGAGATAATCTTTAGAAACGAGCAAAACGGGTAT ACGGTTCTGGAATTGGATATTGAAGGGGATATGGTGACTGCTGTAGGTGT AATGCCCTTTGTTACGGTGGGAGAGAGAATAAAGGTGCAGGGGGAATGGG TAGTCCATCCTGATTACGGAGACCAGATACGAGTTATCAATTACCAGACT CTTTCTCCCAATACCCTGGAAGGGATAGAGCGCTTTTTAGCATCAGGCCT GATACCTGGGATTGGCCCTGTCACCGCGAGAAAGATTGTAGAAAGATTTG GGCTTGACTCTCTTCATGTTATAGAGACAGAGCCTCACAGGTTGAGGGAG ATAAAAGGTTTAAGCGATGAGAAGATAAAGAGAATAAGTGAAGCTTATGA GATGCAGAAGGGAATAAAAGAAGTAATGGTGTTTCTACATCAATTCGGGA TTTCTAGCCATATGGCTATAAAAATATACAAAGAATACGGGAATAATGCA ATAGAAATCATCAAGCAAAATCCTTACAGACTTGCTGATGACATATTCGG CATAGGATTTAAGACTGCTGACAAAATTGCGGAGAGCTTGGGCATTGACC CGCATTCCACATACCGCATTTCTGCAGGGGCAAGGTATGTTTTAATGCAG TACGCTGCAAATGGGCACACCTATGTGCCAAAAGAACTCTTAAAAAAAGA AACTGCCCAGCTCCTCGAGGTAAGCGAAGAAGAAGTGGAGGATGCTTTTG TGCTTTTAGCTCAAAATGAAAAAATACACATAGAAAGGTTTGAGGACGAA ACAGTAGGGGTTTATTACATCCCCTATTATGTGGCAGAACTTCATACTGC AGAAAGGCTTTTTACAATGACAGTGACCCAGTGCGAAGACCTCAAAATAG ACGTGCAAAAAGAAATAAGGGATTTTGAAAAAGAAGCAGGAATAGTTTTA GAGAAAACTCAAAAATTGGCGGTAGAAGAAGCCATAAAGAATTCGGTCGT GGTCATAACAGGAGGACCTGGCACGGGTAAGACTACGATTATAAACTGTA TAATAAGGATTTTTGAAAAAGCCAATAAAAAAGTGGCCCTTGCTGCTCCT ACAGGAAGAGCGGCAAAGAGGATAACTGAAGCAACGGGAAAAGAGGCAAA GACCATTCACAGGCTTTTAGAGTATACCTATACGGAAGAGGAAGGGAAAG GGTTTAATAAAAACGAAAAAGATCCTTTAAAATACGATGTAATCATAATA GATGAAGCTTCTATGGTGGATATTTTGCTTATGAATGCTCTTTTAAAGGC TATTCCTGCCGGATCAAGGCTTATTCTTGTGGGAGATGCTGACCAGCTCC CATCTGTTGGAGCGGGAAATGTTTTAAGAGACATAATAGACAGTGGAATT GTAAAAGTGATACGGCTAAAAGAAATATTCAGGCAGCAGAAAGAGAGCCT TATTGTAGTAAATGCCCACAAGATAAATAACGGCGAATATCCTACCTACA ATGACAAAAATGGAGACTTCTTCTTTTTAAGCGTAGCTACACAGGAAGAC ATGCTAAAGACAATACTAGACCTTGTGACTAATAGGCTTCCTAAAGCTTA TGGCTTTCATCCGGTTAACGATATTCAGGTCCTTACTCCCATGAAAAAGG GAATAATAGGAGTGCACAATTTAAATATAGAACTTCAGAAGGTCTTAAAC CCTCCTTCTAAAGACAAAGCAGAAAAACCAATGAAAGAATTTACTTTTAG AGTCGGTGATAAAGTGATGCAGATCAAGAACAACTATAGAATGACCTGGA AAAGAGGGCATGAGGAAGGAGAAGGAGTTTTCAACGGTGACATAGGGATA ATCCAGTCAATAGATGAGGAACTTCAAGAAGTTACCGTGTATTTTGACGA CGAAAAAGTAGTGACTTACGATTTTTCCGATTTGGACGAACTTACCTTAT CTTACGCTATCACAGTTCACAAGAGTCAGGGCAGCGAATTTCCTGTGGTG ATAATGCCAGTGACATACGGACCTCCTATGCTTTTAACCCGCAATCTTCT TTACACAGCTGTTACAAGGGCAAAAAAGCTGGTGGTTTTAGTAGGGCAGG AGAAATATTTAAAATTTATGATTGACAACAACAGGATTTCTAAAAGATAT TCAGGACTTCTTTCCAGGCTAAAAAAGACCTTGATTTACATCCAATAA >TTE2109 RecD2, ATP-dependent exoDNAse (exonuclease V), alpha subunit-helicase superfamily I member ATGATAGAAAACCTGCAGGAAATCAAAAACTGCACAATTGAAAAAATTAT TTTCACATCAAACGACGGTTATACAGTTGCAGCTGTCCGAACAGAAGACA ATAACTTTGTTGCAACCTTTCAGGGCAGTTACAAACAGGGACAGAAGCTG GATTTGATAGGAGAATGGTACGTCCATTCGAAATACGGCAGACAGTTCAG AGTTGTATTCGCAGAAATATCAAAAGACGCAGATGAGGACGATATAGAAA TTTTTCTCCAAAGCATAAAAGGCATAGGCCCGGTAAGGGCAAGGAAAATA GTCGCAGCATTTAAAAAACATACCATACAGGTTATTGAAAAAAACCCCGA AAAGCTCAGAGAAATTGGGATACCACAGAAGGTAGTTGATTCAGTAAATG CTGAAATTACGCAGAACAAAGAGTTCAACGAAATAAAGCTTGAGCTTCTG CTTTTAGGATTTTCGCTGAACATGATAAAAAAGCTTTATGACCGCTACGG CAGTAATACACTCCTGCAGGTAAAAGCGAATCCCTACAAAATTGCAGAAG AAGTTGACGGAATAGGCTTTATTAAAGCCGATGAAATAGCCAGAAAATTT GGCATAGAGCAGGATAATGCCTACAGGATTCAGTCAGGCTTAAAATATAC GCTGTACCTTGCCGAAACAGAAGGACACTTATACCTGCCGATTACAACAC TGTGCAAAGCAGCATCGGAGAAGATTTTAAAAGTAGGGTACACAAAAGTT TTAGATCAGGCTCTGTATTTAACAGCTGCACAGGAGCTTTATGACGATGA AGGGAAAGTGTACCTGCCTAAAAATTTTTACAACGAAAAGTACATTGCTG AGAAAATTGCTAAGATGCTCAATGAAAAGCCCTGGAGAATAAACAACATT GATGAGCTTATCAAAGAAGCAGAGGCTGCAAAAAACATCAGATACAGTCC AAAACAGAAAGAAGCCATAAAAAAGGCGGTTGAAAACAACATATCCATCA TAACTGGAGGGCCGGGCACAGGAAAAACGACGATTGTCAGCGCTCTTCTA TATATTTTCCAAAAACAAGATAAGCTTGTGGCTTTAGCATCTCCAACAGG CAAAGCAGCAAAAAGGCTTGAAGAAGTAACAATCTACCCGGCAAAAACGA TCCACAGACTGCTGGAGGCAAGGTTTGATAAAGAATTTAGGAGTGTAAGA TTTTTTAGAAACGAAAATAATCCTCTTGATGAGGATGTTGTTATTATTGA TGAATTCTCAATGGTTGACAATGAACTTGCTGCAAGTTTATTTAAAGCCT TGAGGAAAGATACAAAGCTTGTCATAATAGGAGACATGGATCAGCTTCCA TCAGTAGGCGCAGGAAACGTCTTAAGAGACTTAATTGAGTCGGGTATAAT ACCTGTAACAAAACTTGACGTTATTTTCAGGCAGGGAGAAACGTCAGGGA TAATCCTCAACTCGAAACTCATAAGAGAAGGGAAAATGGTGCGATTTAAT AACAAAGATTTTATCTTTCATGAACTTGTAAAGCCTGAGCAGGTTGTAGA TGAGTTTATAAAAGAACTTGAAAAAGGCAAAACACTTGATGATGTGCAGA TTTTAACACCAATGAAAAAGACAGACATAGGGACGCTGGAGTTGAACAGG CTGATACAGGAACGAATAAATCCACCACATCCCCAGAAAGAGGAAATAGC ATACGGCAGCAAAATATTCAGAGTTGGAGATAAAGTCATGCAGACTCAAA ACAACTACGAAAAAGAAATCTTCAATGGCGACACGGGCTATGTAAAAAGA GCTTACAGAGACGAAGAAGGTCTAAGGCATGTTGTGATAGATTTTGATGG GCGAATAGTCGATCTGGTAGAGGAAGAGTTAAAAGAAATAATTCCTGCCT ATGCAATCACAATCCATAAGTCGCAGGGCAGTGAGTACGATACTGTAATC GTGGTACTTGCAATGAACCACTACATCATGCTTAAAAGAAACCTTCTGTA CACTGCTGTCACAAGAGCTAAAAACGTTGTTAAAATCTTTGGAGACATGC AGGCTATAAAAATAGCTATAAACACAATTGACAGCTCAAAGAGGTATACG GCTCTAAAGGAGAGATTGAAAAACGTGAAGGAGTATGCTGAAAGGGGAAT TTTATATGCTCTGGAGATATAA >TTE0004 RecF, Recombinational DNA repair ATPase TTGTACTTAAAGGAAATTTTTGTAGACAATTTTAGAAATTTAAAAAAGCA AAAATTAGAATTCTGTGAAGGAGTCAATTTGATATATGGGCTAAATGCAC AAGGGAAGAGCAATCTTTTAGAGGCAATAAGGCTTCTCAGCATGGGAAGG TCCTTCAGAGGAAGTAAAATGTCTGAGCTTGTGAAATTTGATGAAGAGTA TTTTTACGTGAGAGGTCTAGTCAGAAGTGCGGATTTTTATGAAAAGAAAA TAGAATTTGGGTATAAGGTAAATGGAAATAAGGTTATTAAAGTAAATGGC AATAAGTTAAAGAGCACAGGAGAGATTTTGGGGCACTTTTTGACAGTTAT ATTTTCCCCTGAGGACATAGAGATAATAAAAGAAGGGCCTTCCCGCAGAA GAAAATATTTAGATGCTTGCATTTCCGTCATTGACAAAAATTATTTTTTT GACCTTCTTCAGTACAATAAAACCCTATCTAACAGGAATAGCTTGCTTAA AAAGATAAAAGAAGAAGGAAAAGGAGAAGATTTATTGGAAATATTTGATG AAAAGCTGGCAGAGTATGGAGCTAGAATAATAAAGGTGAGAAATAATTAC CTTGAGAAATTAAAAAATAGCATGTCAAAATTTTTAATGGAAATTTCTAA TGAAAAGTTGGAAATCATATATTTAAACAGCGCAGGAGTAAAGGAAGTGC ACGAAGAAAATCTCATAAGAGAAAAGTTAAAAAATAGGCTGACTAAAAGT TTGACCCTAGATTTAAAATATCTGTCTACACAAGTGGGTCCTCATAGGGA AGATTTTAAGATATTGATAAATGGATATGATTCTAGGGTGTATTCGTCAC AAGGGCAGAAAAGGACAGCTGCCCTGTGCCTCAAGCTTTCAGAACTAGAG ATTTTAGAAGAAGAGACTGGAGAAAAGCCTGTTTTGCTTTTGGATGACGT GATGTCGGAGTTGGACGATAACAGAAAGAAATACATTTTAAAAAAGCTTG AAGGCTTTCAGTCTTTTATCACCCACACTTCAAAGTCAGATGTAGAGGGA GACTGTTGTTTTAAAATTTATGATGGAATTGTCATGAGAGAATAG >TTE1492 RecG, RecG-like helicase ATGTCCTTGGATTTAGATATACAGTACGTCAAAGGTGTGGGACCTAAAAG GGCAAAACTTTTTAAGAAACTGGGCATAGATATGGTAAAGGACTTAATAT TTTACTTTCCTAGGGACTATGAAGACAGAAGTGAGATAGTGAAAATTGAA GATTTGATAGTGGGGGAAAAGCAGACTTTTAAGGCCTATATTGCGGGAAG TGCAAGAGAAGTAAAAACTTCCCGCGTTGTCATTACAAAAATTCCCGTAA AAGATGGAACAGGGGCTGTAGAGCTTGTGTGGTACAATCAGCCCTATATG AAAAATAACTTCAAAATCGGGGAAGAGTATATCATAAGCGGAAAATTGCA GTTTAAATACGGCCAGCTTGTAGTGGAAAACCCTGTATTAGAAAAGTCAG AAGAGGATTTGAATTTAAATACTGGGAGAATTGTGCCTGTCTACGGGTTA ACTGAGGGTCTTACACAGAACATTTTGAGAAAAGTTATATTTAACGCATT AAGCGAATACCTTGATGAGGTAGAAGAATTTTTTGAGGAAGAGTTTTTAC GTGAAAAAGGGCTCATGAATTTGAAAGAGGCTTTATTGAACATTCACTTT CCGAAGGATGAGGAAAAGCTTGCAAGGGCAAAATACAGGTTGAAGTATCA GGAATTGTTCTTATTGCAGTTGGCACTATTTTTGGTGAAAAAGTCAGTTA AAGAAAAGAGAGGGATAAGGTTTAGAAAGGTAGACATAAAGCCTTTTGTT TCAAACCTCCCGTTTAAGCTTACTTCTGCTCAAATGAAGGTTTTGAAAGA GATAATACTGGACATGGCCTCTGACAAAGTGATGAATAGACTTATACAGG GAGATGTGGGGTCAGGTAAGACAATAGTGGCTGCTTTTGCCATGTACATT GCAGCAAAAAACGGGTATCAGGTAGCCATGATGGCTCCAACAGAAATACT AGCAAAGCAGCATTACAAGACTCTCGAAGAAATTTTTAAAGGAACAGATA TCCGCATAGGCCTTTTGTCAGGCAGTCTTTCTCCTTCTGGGAGGAAAGAG GTGCTGGAGAAGATTGAAAAGGGAGAGTACGATGTAGTAGTAGGTACTCA TGCCCTCATAGAAGAAGACGTTTCTTTTAAAAATTTAGGCCTTTGCATAA CAGATGAACAGCACCGATTTGGAGTGAGGCAGAGGGCGCTTTTGGCTCAA AAGGGAGAAAATCCAGACGTTTTAGTTATGACGGCTACTCCTATTCCACG AACTTTAGCTTTAATCTTATACGGAGATTTAGATATATCAATAATTGACC AGTTGCCACCTGGCAGAAAAAGAGTAAAAACTTACGTAATACCTTCGTCC ATGAGAAAGAAGGCCTATGAATTTGCGATTAAAGAAGTAAAAAAAGGGAG ACAAGTTTACGTTGTATGCCCTTTGATTGAAGAATCGGATAAAATAAAAG CGGCTTCTGCCGAAATAGTATATAGAGAAATTTACAAAGACGCTTTTAAA GAAGCAAGAGTTGGACTTTTACACGGAAAAATGTCGGACAGCGACAAAGA GAGGATTATGGAGGCATTTGTCAGAGGAGAGATTGACATACTTGTTTCAA CGACAGTCATAGAAGTAGGGGTGAATGTGCCTAATGCTACGGTGATGATT GTGGAAAATGCAGAGAGATTTGGACTTGCTCAGCTTCATCAGTTGAGAGG AAGGGTTGGGAGGTCTGAATTTCAGTCCTATTGCATTTTGATAAACTATT CTCCCTCTGAAACTGCGAAAAAAAGGCTGGAGGTCTTAGCTAGGACTTCT GATGGATTTAAAATCGCAGAAAGGGACCTGGAGATAAGGGGGCCAGGTGA ATTTTTAGGCGAAAAGCAACACGGCCTTCCTGAGTTTAAAATCGCTAACC TTTTTGAGGATATCGATATACTAAAAAGGGTACAAAAGGATGTGGAAAGC CTTCTTGAAGAAGACCCTAAACTTGAAAGGCATCCTAAATTGAGGCAAGT TCTCATATCAGAATTTTATGACAAAGTAAAGGATATAATATTAAATTAA >TTE1191 RecJ, Single-stranded DNA-specific exonuclease ATGGATAAAATTTATAGATGGGTCGTAAGAGAAAGGGATTTAAAGAAGAT AGAGGAATTAAAGGTAAAGTACCATTTGGATGGAATTGTAGCGCAAATCC TTTCTTCAAGAGGAGTAAAAGGCGTTGAGGAATTTCTCATGCCTTCTTTA GATAGGCTTATTTCGCCTTTTGAACTAAAAGGAGTGAAAGAAGCGAAGGA ATTGATAGAGAAGCACATAAAAGAAGGCAGTTTGATTACTATTTACGGAG ATTATGATGTGGATGGTATAACTTCTACATCTCTTTTATATCTTGCTTTA AAAAAATTAGGTGCTAAGGTGGACTACTACATTCCAGAGAGGTTATCAGA AGGGTATGGTATAAATGAGGAAGCTCTGGAGAAAATCGCCTATGAAGGCG CTAAACTTGTAATAACTGTTGATTGCGGAATTACTGCTTTAAAAGAAGTT GAAAAAGCGAAAAAGATGGGGCTAGATGTGATAATTACAGACCATCACAG CATTCCGGAGGAAATTCCAAAAGCGGATGTTGTCATAAATCCTCATTTGC CAGGAGCTTATCCTTTTTCCGAGCTTGCAGGAGTCGGAGTAGCATTTAAG CTGGCTCAAGCCTTAATTGGAGAGCAAGCATTTGAATTTTTAGATTTAGT CGCTTTAGGGACAGTTGCTGATATTGTGCCGCTAATAGGTGAAAATAGAG TAATTGTAAAAGAAGGGCTAAAGAGGCTTAACAATACAGGGAATTTGGGC CTTAAAGCTTTAATTGAAATTGCAGGGGTATCTGGAAGAGAACTTGATGA ATACCACATAGGTTTTATAATAGCTCCAAGGCTTAATGCAGCGGGGCGGT TAAAAAGTGCAGAGGCGGCAGTTAGACTATTGATAACTTCTGATGAAAAA GAAGCACAGGATATAGCTAAATATCTAAACGAAGAGAATTTGAGAAGACA AAATATGGAAAACACTATCTTAAAAGAAGCTATAGAGAAAATAGAGAAGG AAGGATTGAAAGATGACAAAGTAATTGTCTTATGGCAAGAAGGATGGCAT CCGGGAGTTATAGGAATAGTTTCTTCTAAGATAACTGAAATGTATGGAAG GCCCTCCATCCTTATAGGATTAATAGGAGAGGAAGGGAAAGGGTCAGGAA GGAGTGTAGAGGGTTTTAATATTTATAAAGCTTTGAATTACTGTAAGGAC CTCCTTGTAAAATATGGTGGGCACGAAATGGCGGGGGGACTTACAATTCA AAAGGAAAATTTAAAGCTTTTCAAAGATAAAATAAACGAGTATGCTGATA GGTTTGTAAAAGAAATAGACCTTGTTCCTGCTTTGAAGATAGATGCAGTT GTAAAAAAGGATAAGGCTGACTTGGGAATAGCCAAGAAAATACAGCAGTT AAAGCCTTTTGGAGTAGGCAATCCGAAGCCTTTACTTCTTTTTGAAGGGC TTACGATAGATAAAATTTTTGATATAAAGGACGGAAAGCATATAAAAATT CTGGCAAAAAAGGATGAAATGGTTTATGAACTTTTAATTTTTAATTCTTC TTCTGACGGTTTAAAAATTTCCGAAGGAGATGTGGTTGATGCAGTAGGAA CATTAGAAATAAGCCACTGGAATGGCATTGAATCAGCGATTGTGAATGTG AAAGATATAAGGGTAAGATTTCCTCTCTTTGCATACTACAGAAATTTGAG CAAATCTTTAATTTACAAAAAAGCTTTTAAATTAAGGGACGAAGCCAGGT TAAAGGCTAATATTGTAGACAGAAGAGGAATTCAGGATAAAGAAAAGTAT GTACTGCATCTTTTTAAAAGTCCCAGAAAAACTCTAATTTTAGTTAACAC AGAGGCAGAATTTAGAGCTTTAATTAGATATTTAAAAAAGGAAAAATTTT ACGATTTTTCTGTTTCAGCTGGCTACTGTGAGGAAGAGAACCTAATTTTA TTTTCTCCGTTTTCACTGGAAAAATGCGATTTTTACGAAGACATAGTGAT TTACGACATTCCATTTGACAGAAAAGTTTTTTACGATGCTCTTTCCTTTG GCGATAGGAAAAGAGTACACCTTGTGTTTAATAAAAAGGACCTTCATAAA AATTTGAAAGTTTTTGATGAGATTTTGCCCAGCAGGGATGATTTTATAAA AATTTACAAATTTATAGATGAAGGGAATAAGTTTTTCTTTAAAGGGTATT TGAATCCCGAACTTAATTTAAACCCGGTGAAATTTGCAATTTGTCTAGAA GTGATGAAAGAAACAGGATTGATAAATGTAGAAGAACGTGATAATATTGT AATGTTGAGTAAAAATTTTGTGCCAGAAAAGGTGAACTTGAAAGAGGCGG AAATTTTGCAGAAGTTCATTGAAGCAAAGAAAGAATTTTTAGATTTTGCT AAATTTGCTTTCAAGCCTAATTTCAGGGAGGTCAAAACAGTTGAAATTAG TAGTAAAAAATGA >TTE2108 RecJ2, Single-stranded DNA-specific exonuclease ATGCTCTGGAGATATAATCCAAATACAAAAATTGAACTGCGGAGGAAGTA TCCTGTAACTCCCAGCGACTTCCCCCTTTCTGACATTGTAAAAACTATTT TTGAAAGCAAAAGCATTGCCATTTTTGGAGATTATGACGTTGATGGAATT TCATCTTCACTTATACTCAAAAATGCTTTAGATGTTCTGGGAATCCAGAA CAAAATATTTTTACCGGAAAGAGAAGAGGGATACGGAATAAAACCTGAAC ACGTACAACAAATAAAAGCTGAAGGTTTTGATGCGGTTATTACTGTTGAC AACGGTATAACAGCTTTTGAAGCAGCAAAAGCAGCCAGAGAAGCAGGGAT TAAGCTGATTATAACAGATCACCACGAACCTCTAGCACATCTTCCTGATG CATATAAAATTTTTAATCCCAAGCTTTATAAAGACAAATATCAGGACTAT GCAGGAGCAGGAGTGGCTTATCTAATTGCAAGGGAACTTTTGAGACAGAG AAATTTTTCAGTAACTCCTGCTATGATACAGCTTGCAGGTCTTGCTACTG TTGCCGATGTTGTACCTCTTGATGGCAACAACTGGTACATTGCAAGAAAA GGCCTTGAACTTATGAGGAAACAGCCCATAAAAGGCATAAAAGAAATATT AAGGACTGCAGGAAGAAATCACGAAAATCTTACAGGCTTTGATATAGGAT GGATAATAGCTCCTCGAATTAATGCCACAGGGCGCTTAAAAAGCCCTAAA ATGGGTTTGGAGCTTCTTCTTTACGGTACAAATGCTGAAGAAGTTGAACA ATTGAACAGAAAGCGTTTAGAGCTTGTAAACCAGTATTTAAGTCGTATTG AAGACAGCGAAAACAAATTTTTAATATATGCCTTTAAAAACTGCCCCAGA GGTATAACAGGACTTATCGCAGGGCGTGCTGCTGAGAAATTTCAGAAGCC TGTAATGGTGAGCAGTATAGACAGCAGTGGTAAAGCAGTATCTTCAGCAA GAACTTACGGAGATTTTGATTTAATGGAGGCTTTTAAGTACGTATCTGAA CATGTAGATATAACTTTTGGAGGACATAAATCAGCAGCAGGTGTTTCATA CAGCATTAGAGATTTAAAAAGGATCCAAAACTTATTGAACAAATACACGG AAGAAAATCCGCCTAAAGAAGAGATAAGAGACCTGGATGGTGTTTTAACG AAAGTACCAGATTTAGAAGAGGTTATGGCTTTTGACAGCTTTGAGCCCTT TGGTTACAAAAATCCAGAGCCTGCTTTTTTACTGGAAGGCACAGTTACCG ATGTGAGAGCAGATCAGGACTGGCAGCTGGTGATTGTAAACGGAGAATTT GGATTCTTTCTGGATAATACTTATAGAAAGGGCGATAAAATAAAATTCAT TGTAAGTCCGTATATAAAAAACGGTTATGTTAAGCTTTGGGTGCTGGATG AGAAGCCTACAATTATAGATGAATAA >TTE1302 RecN, ATPases involved in DNA repair ATGCTTTTAAACTTAAGCATACAAAACGTGGCTATAATAGACAAGCTGGA AGTGGAATTTAAAGAGGGGTTTAATGTTCTTACTGGTGAAACTGGTGCAG GTAAGTCTATAGTGATTGACTCTGTACTTTTATTGATTGGTGCTCGAGCT AATAAAGATATAATACGTTCTGGAGAAGAAAGGGCTTTAGTTGAAGGAGT GTTTCTAGTAGATTCTAACAAAGACAAAATTGCAGAGTTATTAGAAGAAG CAGGAGTTTCGCAGGAAGAGGACGATACCCTTATAATAAGCAGGGAAATA ACTAAAAGTGGCAGGAGTTATTCGAGGGTAAACGGAAAAATAGTACCTCT TTCTTTTTTGGACAAAATCGGGGCTTTACTTGTAGACATCTTAGGGCAGC ATGAGCATCAGTTTCTTCTAGATTCCTCTCAGCACCTATTTATCCTAGAT AATTTTGGCGATGAGGAGTTTAAAGCATTAAAAGAAAGATTTAAACAACT GCTAGAGGAATACAGATCTGTTGTGAAGGAAAAGACAAGCCTTTTTAAAG ATGAAAGAGAAAAGGAACAGATGATCGATTTATTAAGGTATCAGATTCAG GAAATAGAAAGCGCTAACTTGAGTGAAGAGGAAGAGCAACAACTTATAGA GAGAAGAAATATTTTAATGAATTATGAAAAATTATTCAATGCTGTAAATT CATCCTATAAGATACTGTATGAGGGAAATGGAGGGTTTTCTGTACTCGAT AATCTCCACAAAGTGGTTAAAAATTTAGAGACAGCCTTTTCTATAGATGG GAAACTTAAAGGATTAAAAGAAAAACTGGAAAATATTTTATATGAAACAG AGGATGCTGCACTTCAGTTAAGAGACTATTTGGGCGCTATTGACTTTAAT CAAAAGGCTTTAGAAGAGATAGAAGAAAGGCTTAATCATATAAACTTTTT AAAGAGAAAATACGGACCTACAATTTCTCATATTTTATCTTTTAAAGAAG AGAAAGAAAAAGAACTGGACAAAATCCTTCATTTTGAAGAAAGACAGAAA GAATTAGAAGAAAAAGAAGCTAAGTTATGGGAAGAGATTAATAAAATGGG CAGTAAAATTCATGAAAAGAGAAAAACTTTAGCTTCCCATATCGAGGAAG AGATAAATAAAGTTTTGAAAGAGCTCAACATGCCCAACGCCTCTTTTAAA GTGGATATAACAAAAGAAGAGAGTCCAAATGAAAATGGATTTGATAGAGT GGAATTTTTGATTTCTACTAATATTGGAGAACCTTTAAAACCGCTTTCTA AAATTGCATCAGGTGGAGAACTATCTAGAATTATGCTTGCTTTAAAGACA ATTTTGGCTTCTTCTGATGGAATTCCTACACTAATCTTTGACGAGGTAGA TACGGGAATAAGTGGCAAGACAGCACAGCTTGTGGCAGAAAAGATGGCTT ATCTTTCTAGAAGGCATCAGCTAATTTGTGTAACTCATCTTCCTCAGATA GCCTGTATGGCAGATGCCCATTATTTTATTTCAAAAATTTCCAAAGGCGA CAGAACTTATATTAAACTTACAGAGCTTGACTATGAAGGCAGAATAAAAG AGTTGGCGCGAATTATGGGAGGAGAGAAAATAACTTCTACAATTCTTGAG CACGCGAAAGAACTTTTAGAAATGGCTTCAAAATTTAAAAATTCCCTTTA A >TTE0976 RecO, Recombinational DNA repair protein GTGGAAAAAACAAGGTTTAGGTTGATAAAAATGCGCTTTTTAAAAACAGA GGCAATAGTTTTAAAGAGCAATTTGATAAGCGAGAAGGATAAAATTGCTA CTCTTTTCACCAGAGATTACGGGAAACTGCAGGCGGTCGCTAAAGGAGCT AGGCGCTCGAAAAGCCGGTTTGTAAATGCTGTAAGGCCTTTTATTGTGGC TAATTACGTGATTTTTGAAGGTCAGAACTATTACTACATTGACCAGTGGG AGCTTGTAAAAAACTTTGAAAACATAGAAAAAGACCTCAAAAAGTTTGCT TTGGCTTCCTATATAAGTGAGACCATTTCAAGAGTACTAGAGGAAAAGCA GAAAAACACAAAACTATACTTTTTTACAAAACATTCGCTGGAAGCTGTAG AGAGTTTAAACGTAGAGACATCTATTTTTCTCTTTTCTTACACTTTAAAA TTGATATCCCTTTTGGGCTACATGCCTGTTTTGGACAGCTGTGCTGTTTG TGGGAAAAAAGAAAATTTAAGTTATTTTTCTTCTTCTTGCGGTGGGGCTG TTTGTAAAGATTGTAACGAAACTTGTAAAGATGCAAAATTTTTAAATAAA AAAGTCTTAAAGTTTTTGCTGTATCTTTTAAAAGCTAAGTATGAAAAGCT TGAAAGAATTTCTGTGCCAGGAGTTATAAAAGAGGAAGCGGATAAAATAA TAACAGAGTATGTGAGAACTCACCTTGAAATGGACTTTAAATCCAAAGAC TTTGCCATGAAATTGAGCGATTAA >TTE0041 RecR, Recombinational DNA repair protein ATGAGTTACTATTCTACTTCTGTGGCAAAGCTTATAGAGGAACTTTCTAA ATTGCCTGGGATAGGACCCAAAACGGCCCAGAGATTAGCATTTTTCATAA TAAATATGCCTTTAGACGAAGTAAGAAGTCTTTCTCAGGCTATTATAGAA GCGAAAGAGAAATTGAGATATTGCAAAATTTGTTTTAACATAACTGATAA AGAAGTGTGTGACATATGCAGTGATGAAAATAGAGACCATTCCACCATAT GTGTTGTGTCCCATCCGATGGATGTAGTTGCGATGGAAAAAGTCAAGGAA TACAAAGGAGTGTACCATGTTCTGCATGGTGTTATTTCACCTATAGAGGG AGTAGGACCGGAAGATATAAGGATAAAAGAACTTTTGGAAAGAGTAAGGG ATGGCAGTGTAAAAGAAGTCATACTTGCCACAAATCCAGATATAGAAGGA GAAGCTACAGCGATGTATATAGCTAAACTGCTGAAACCCTTTGGAGTAAA GGTTACAAGGATTGCTCATGGCATTCCTGTGGGAGGAGATTTGGAGTATA CAGATGTTGTGACTTTGTCAAAAGCTCTAGAGGGAAGAAGAGAGGTGTGA >TTE1362 RnhA, Ribonuclease HI ATGAAAAATAATAACGAAATAGTAGAAATCTACACAGATGGGGCTTGCAG CGGCAATCCTGGACCAGGCGGCTGGGCGGCAGTTTTGATATATAAAGGAA TAAAAAAAGAAATATCAGGGTTTGAAGAAAACACCACAAATAACAGGATG GAATTAAAGGCAGCCATTGAGGGTTTAAAGGCTTTAAAAAGGCCTTGTAA GGTGAATTTATATAGCGACAGCAGTTATTTAATAAACGCTTTTAATGAGG GATGGATTGAAAAGTGGCAGAAGAACAACTGGCTTAAATCTGACAAAACT CCAGTAGAAAATCAGGACTTATGGAAAGAGTTATTAGAAGTTTCTAAACC GCATCAGATAAACTGGATTAAGGTTAAAGGTCATTCTGATAATGAGTACA ACAACTTGTGCGACAGACTGGCCACAGAACAAATAAAAAAACACATAAAA GAGAATCCCTAA >TTE1451 RnhB, Ribonuclease HII GTGAAAAAGCTTAATTTGCGCCAGTTAAAAGAACACCTTTATCATGGTTC TCTTCAAGATTTGGACTTTTCAAATCTCACTTCTTCAGCAAAAGCATGGC TTGAAAGGGAAATAAAGAGAATAGAAGAAATGAAATTTTATGAAAAGAAG CTTTACGAAGAAGGGCTAAATTTTATAGCAGGAGTTGATGAAGCAGGAAG AGGACCACTAGTGGGTCCTGTAGTAGCTGCTTGCGTAATACTCCCCAAAG AGATATTTATACCGGAGATAAACGACTCAAAAAAACTTCCTGAGGAAAAA AGAGAAAAATTGGCAGAAGTGATAAAAAAAGAAGCGATTTCCTATGGAAT AGGTATAGTAGACTGCAGAGAAATTGATGAGATAAACATACTAAATGCAA CATTGAAAGCGATGAAGAAGGCTATCTTTGAAGTAAAAGAAAAAATAGAA TACCTTCTGGTGGACGCCATCTCAATCCCCGACATGCCTATAAAGCAGCT TCCCATAGTAAAAGGCGATTCAAAAAGCATATCAATTGCCGCTGCTTCAA TTCTTGCAAAAGTAGAAAGGGACAGGATTATGAGGGAATACCACAAACTT TACCCTCAATACAACTTTGCAAAAAACAAAGGATATGGCACAAAGGAACA CATCGAAGCTTTAAAAAAGTACGGGCCATGTCCTATTCACAGGCGGACTT ATGTAGAAAAAATTCTGAAAGGATGA >TTE1179 RuvA, Holliday junction resolvasome DNA-binding subunit ATGATTGAGTACATAAGGGGAATTATTGAAGACATAGGACCAGATCATGT GATAATCGACCTTATGGGCATAGGTATAAAAATTTTTGTGCCCTTTTCTA CTATGAAGGAGTTGCCTCCCAAAGGAAATATAACAAAGCTTTACACATAC CTTTACGTCAGGGAAGATGGATTTCAGATTTTTGGCTTTAAGAGAAAAGA AGAGCTAGAACTTTTTGAGAAATTACTTTCTGTGAGCGGCGTAGGACCTA AAGGTGCTCTTTCTATTCTCTCTGTTGTGCCAATAGAAAGCTTTATAAAG GCAGTAAACAGCGGTGATTACAAAATTTTAACAGCAGCTCCTGGCATAGG AAAGAAGACAGCAGAGAGGATCATATTAGAGCTCAAGGATAAAGTGCCCA AAGAGGTTGTAGTCCCGAAAGAGGACAGCCTGTTAAATGAGGCTTTAGAG GCTTTGCTAGCATTGGGTTATACTAAAAGTGAGGCTATTTACGCTCTTTC TGATGTAAACTGTGAAAGTGTGGAACAGGCTGTCAAAGAGGCGCTGAAAA AATTGGCGAAATAG >TTE1180 RuvB, Holliday junction resolvasome helicase subunit ATGGAAGAAAGGATATTGACTCAAAATTTTACTCAAGAGGATGCGACGGA ATACAGTCTCCGTCCCAGGTGGCTTTCTGAGTACATAGGACAGGAGAAAA TAAAACAGGAGCTAAAAATCTATATAGAAGCAGCTAAAAAAAGAGGAGAA CCACTAGACCATGTCCTACTTTACGGTCCTCCCGGGCTTGGGAAGACTAC TTTAGCTACAGTTATTTCTAATGAAATGGGTGTAGGCATAAAAATAACTT CAGGACCTGCTATAGAGAGGTCTGGAGATTTAGCCGCAATTTTGACGAAT TTGCAGGAGAATGACATACTCTTTATAGACGAGATTCACAGATTAAACAG AAGCGTTGAGGAGATTTTGTATCCTGCTATGGAAGATTTTGAGCTTGACA TAGTAATAGGGAAGGGACCAAGCGCTCGGTCTATAAGGCTTAGCCTTCCT AAATTTACGCTTATTGGAGCTACTACAAGGGCAGCTCTCATGACTTCTCC TTTAAGGAGTAGATTTGGAGTCATAAATCGCCTTGATTATTATTCAGTAG AGGAATTAAAGGAAATTATAAAAAGGTCAGCTAATATTTTGAATATTGGT ATTGACGAAGATGCAGCTTTTGAGATAGCTAGAAGGTCCAGAGGAACTCC CAGAATAGCCAACAGGCTTTTAAAAAGGGTGAGAGATTTCGCGGAAGTGA AAGGAAATGGCTATATTGATTACAATACGGCAAATATAGCTTTAAACATG CTTGGGGTCGATGAAATGGGTTTAGAGGAAATTGATAGAAAGATCTTGAT TGCAATAATAGAGAAGTTTGGCGGAGGACCTGTTGGAATTGATGCTATTG CTGCATCAGTTGGTGAAGATGGGGATACAATAGAAGATATGTACGAGCCT TATCTCATGCAGATAGGATTTTTAAATAGAACTCCAAGAGGGAGAGTAGT TACAAAACTGGCCTATCAGTATCTTAAGTACCCTTATGTTGAGCAGAGGA GGATTGAGGATGTTTGA >TTE1178 RuvC, Holliday junction resolvasome endonuclease subunit ATGAGGGTATTGGGAATAGATCCGGGAATTGCCACATTGGGATATGGAGT CGTTGAGTACAAGAACAACAAATTTTCTCCCATAGTTTATGGAGCCATCA CTACAGATGCGGGAGTTGACAAGGCGTTTCGTCTTTACACCCTATATAAG GGACTTGAAGATATTATAAAGCTTTATCGTCCAGAGATTGTAGCGATTGA AGAGCTTTTCTATAATAAAAATTCTAAGACGGTAATTACAATTGGAGAAG TTAGAGGGATTTCAATACTGGCTGCTGTAAATTCTGGGGTAAAAGTGTAT GAGTATACCCCCCTACAGGTGAAACAGGCAGTAGTTGGGTATGGGAGAGC GGAAAAACAGCAGGTTCAGCAGATGGTAAAGGTGCTTTTAAATCTTGATG AGATACCAAAGCCAGATGATGTGGCTGATGCGCTGGCCGTTGCCATTTGC CACTGCCACAGCAATAATATGTTGGAAAGACTGGGGTATGGGCGATGA >TTE0266 SbcC, ATPase involved in DNA repair ATGAAGCCTATTAGACTTAAAATTTCTGGCGTTAACAGCTTTACAGAAGA GCAAGTCATAAATTTTGAACTTCTCACTGAAAAAGGGCTTTTTGGAATAT TTGGCCCGACGGGAAGCGGGAAATCCACCATAATAGATGCTATCACCCTT TCGATGTACGGAAAAATTCCCAGAAACAGCAAAGACTTTATAAACACTGA CTCCCTTTCCACTTCTGTGGTATATGAATTTGAAATAGGAGTAGGGACTG AAAGAAGGAGGTACATAGTAGAGAGAAACATAAAAAAAGATTTAAAAAAT GGCGGATACAAGACTACTTTGGCAAGGCTAAGAGAGATAACCGCAGAAGG AGAAAAAGTGCTGGCAGAGAAAGAAAGAGAGGTTCATCAGAAAATAGTAG AAATAATAGGACTTACTGCAGAGGACTTTACCAGATCTGTAGTACTTCCT CAGGGGAAATTTAGCGAATTTTTGAAATTAAGTGGACGAGAAAGGCGGGA TATGCTGGAGAGGATTTTTGGCTTAGAAAGATATGGAAATGATTTAATGG AAAAAGTGAGGAAAGTCAAAAATGAAAAAGCTCTCCTTCTGGGGATGGTA AATGGGGAGCTTTCTCGCTATGAGGGTGTTACAGAAGAGGCTTTAAAAGA AGCGCTAGCCAAGTTAGAACTTCTTAAAGAAGAAGAAAAAAATTTGAGCG CAGAAAGAGAAGAGCTTTTAAAAGAGAGAGAAAAATTGAAAGAGATATGG GAAAGGCAAAAGGAGTTAAACCAGTTTTTAGAGAAAAAGAGATTGTTAGA TGAAAAAGCCTCTGAAATAGAGGTAAAAAGAGGGAAAATTGAGAAGGCAA GAAAAGCCCTTTCTGTAAAGCCATATATAGATTCTGTAGAGGAGACAGAA AAAAAGCTTTTATTGAACAAGAAAGAACTAGAAAAACACGCTAAAGAGTT GGAGGAAGTGAGTGCGCAACTTGAAAAGATAGAGAAAGATTACGAAATAA CTTTTAGGGAAAAAGAAGAGAAAATTCCTCTTCTTATTGAGAAAGAAGAA AGGCTCAAAAGGGCTGTTCAGATTGAAGATGAGATAAAAAGGCTATCTGA AGAAAGAGAAAAGCTTTTGACAGAGTATAAAAACTTAGAAAGCAATATTA AAAGGTTAGAAGAAGAAAAGGAAAAATTATTTCTTTCTATAGAAAACTTG AAGAAGAATATCGCAGAAAAGGAAGAGAAGATTGTAAGCATAAGGATTAG TACAGAAGAGAAGGAGAATGTATTTAAAGCGTTTGAGCTTGAGAAAGAGT TTGAAAGGGTCAAAAGAGAAAGAGAGGAAAAGGCTTACAAGATCGAAGAG ATAGAAAAACTTGTAGAAAAGCAGAAGGGAGAGTACGAGAGGATAAAGGT GGAACTTACTGAAAAAGAGGAAGAGTTACAAAAAGAGGAAAGTAGTTTCA ACCTTCTTGAAGTCCAAAAGCCTCTTTCAAGTGAAGAGCTCTTCAATTTC CAAAAAGAACTGGAGTCAAAGAGGTTAAAGCTTATAGAAGCGCAAAGGAA TAAAGAATTAGAAGAAAAGCTGGAGAAAACTTTAAAAGAGGTTTTAGAGG AGAGAGAAAAGCTTGTAGGTGAGTTAGAAAAAACTGAGAGAGAATATGTA GAAAAAGGTAAAGCGCTGGATGCTTTGCAGAAAGAGATTGAAGAGATTGT CAGGAAGAACATGGCGGGAGAATTGGCAGAAGGCCTGGAAGAGGGAATGC CTTGCCCCGTATGCGGGTCTTTTCACCACATAAATCTGGCAAAGAAAGTG GACGAGAAGTTGATTGAGGAGAAAAAGAAGCTAGAAAGGGGTTTAAGAAC TGAAAGAGAAGTTTTACAAGAAAAGCTCATTATGCTAAAAAGTCAGCTCT CAGGATTTACAGCAAAAGAAGAGATTTCAAGGGCTGAGCTTGAAAAAGCG AAAGAAAATTTAAGGGGCATTGATTTAGAAATTTTGAGAAAAGAGATAGA AGAGATGGAGGTAAAATTTAAAGAAGAAAAGGAAAAATTGGAGGACTGGG CGAAAGAAAAGGAGGAAAAGGAGAAAGTCCTTAAGAGATTAAAAGAAGAA AAAGGACAGCTTGCATTGGAAGAAGCTCGCATAAAAGAGAGATTGCAAAA GGATTTAAAGCTTCTTGAGGAGTATAAACTTTCTTTTGAAGGGATTGAAA GGGAATATCAGAGTCTATTGAAAGAATTAGAAAATTGGAAAGAAAAGTTG GGGTATGCGAACTTTTCAGAAAAAGTAGAGGAAATCAATCAGAAAGAAAA ATTGATTGAAAAACTAAGAGAAGAAGTAGAGTCCTTAAAAAAGAATTTAG AAGAATTAAACATTAAAAGAGAAAAAGTGTTAGAAGACCTCAACCAGTTG ATAGTGAGGAAGACGCAGGTAGTAGAAGTAGGGAAGGAAAAAAGAAGCGT TTTAGAGAAGATGCAAAAAGAACTCTATTCGTATTCTGAAGGGAAAGACG TAAAAAAGTATTTGGAAGATGTTCAAAAGGAAAGAGCGGAAATTCTGCAG AGAGAGAGCTTTTTAAAAAATAGGCTGGAAGAGGAGAGGAGAAAAAAGCA GGAAATAGAAAGCAAAAAAGTCTCCACTTTGGAAAATCAAATTTTATTGA CCAACATGTTGAAGGAGCAAATAGAAAAATTGGAACTTTCGCTGTCGAAA GAGGGCTTTAAGACAAAGGAAGAGGCTTTAAGTTTTGTGATTAGCAGTGA AGAGATGAGTGAAATTGAAATAGAAGTAAAAAGATTTGAAAATGAATACA CTTCTCTTGTCGCGAATATAGAAAGATTGGAAGGGTTTCTTAAGGGAAGG CAAATTGAAGAGGAGCATTGGAACAGATTAGAGGAAAGGATTAGAGAGTT GGAGGAGATTTTGACGGGCAAAAGAAAAGAAATTGGTGCTACAGAAAAGG CTATTCATGATATGAAGGAAAACCTGAAGAAGGTAGAAGAGTTGACCAAA AAGAAAAAAGAGTTAGAACACGTAATAGACATGCTGGAAGAACTGGATAA ATTGTTCCAAGGCAATAAATTTGTGGATTTCATCGCATCAAAACAGCTCA AATACATTACTTTTTCCGCTTCAAAAAGGCTTAAAGAAATAAGCAGAGGC AGGTACGCACTAGAGATTGATTCTGAAAATAATTTTGTAATGAGGGATGA CTTCAATGGCGGTGTAAGGCGTTCTGTTGATACTTTATCTGGTGGAGAGA CTTTTTTGACTTCTTTATCACTTGCTTTAGCTCTTTCTTCCCACATACAG TTAAAAGGAAAAGCACCTTTAGAATTTTTCTTCCTGGATGAGGGATTTGG AAGCCTTGATTCAGAACTTCTTGACGTAGTTATGACATCACTGGAAAGGC TGAAAAAAGATAAGATGGTAGTTGGCATAATAAGCCATGTAGAAGAACTC AAAGACAGGGTCCCTGTCAAGCTCATAGTGACGCCTCCTACCGTTTCAGG AGAGGGAAGCAAAGTGAGGATAGAGTATACTTAA >TTE2031 SbcC2, ATPase involved in DNA repair ATGATAATAAAATCGATAACCTTAAAAAACTTCAAGAGTCATAAAAATAC AATTATTAATTTCAATGATAAAAACACCGTAATCTATGGAGACAACGGAA CTGGGAAAACTTCAATAGGAGAAGCAATAGCATGGTGCCTGACAGGGGCA AACCTGTTTGGTACAGAAAATGTAACAAACAAATTAGTAACTATAGGGAA AAATGAAATGTCCGTAACCTTAGTTATAGAAAAAGATGGAAAAGAATACG AAATAACCCGTTCAAAAAAGAAGAACGAAATAGAAATAACCATAAACGGT GTTAAGTCTACACAAATTGATCTGTATACTCAGTTCGTACAGGACAAGGA CATATTCTTCACTGTATTCAACCCTCTATACTTTACAACTCTTGCTCCAA GAGATGCCAAGGCCATTCTCTACAAAGTTTTGCCGGAGGTTTCCAACGAA GAAGTTTTCGAAAAACTTTCTCCAGAAGTAGCAGAAACTTTAAAGAAAAA CGGATTTAATAATGCAAACACCTTCATTGAAAAGCAGCGGGAAATTCTAA AAGACTGGGAAGACGGGCTTTTAAAATCTGAAGGGAATATAGAGATATTG AGACAGATAATAAATGCAAAGATTCCCGAAATGAAAAGCTTTGATGAAAC ACAGTTAAAAGAGCTGGAAAAGAAACTAATGGAGTTCCAGAAAAATCAAA ACATAGAAATAGAAAAGGAGCTTGCAATACTGAAAGAACAATACAAAAAC CCACCGATAGAGAAACCTCAGTTAAAAGACACAAGCATCCTGCAGAAAAC CAGAGAAGAACTGCTGCAGGAATACAAACAAATTCAAGAGCAAATCAAAA ACCTTAAACCACAGTACATCACCTGTAATAAATGTGGCAATAAAATAGAT GTTACTGCAAAAGAAAAGCAGCTTTTACTGGCAAAGCTGCAGGAGATAAA AGAAAAAGGCACAAAAACTGCTGCAGAGTTGAAGGCTGTTATCGAAGAAA ACGAAAAGGCAGAAAAAGAGTTTAAAGAAAAAGTAAACAAATACAGAAAA GCCCTTGAGATAAAAATCAAGAGACTAGAAAATGCACTAAATACAAATGC AAACAAAGAACAAATACAGCAAATAATGCAGCAAATAGAAAGGCTCAGAT TTGAAGAAAGAGAAGTAATAAGCCACAACGAAAGTGTCAAAGCATTGCTC AGACAGAAAGAAGAAGCAAAAAAGAAGCTGAAAGAAGTAGAAGAAGATAT AAAACTGGCCGAACAGCAAATAAACGAAGTAAAAACTTTGATAGAATATG CAAAAGCATTCAATGCCAAAAAATTAGAACTAGAAGCAACAGAGATAAAT AAATACCTGAACAAAGTATCACTTCAGCTCTGGAAAATTGTTCAGAGCAC AGGAGAAATTAAAGACGACTTCAAAATTCTCTACGATGGAAAAGAATTTA ACATACTTTCCTACTCTGAACGAATTAAGGCAGGCCTTGAAATTGCAAAC CTGATAATGGGTCTAACAAAAATAAAATTCCCAATTTTTATAGACAATGC AGAAAGCATTACAGAATATACTGCACCAAACACACAAATACTTGAGTCCA TAGTAAAAAAAGGAACAAAAAAACTAGAAATAAAAACTGGCAGGAGTTAA >TTE0265 SbcD, DNA repair exonuclease ATGCGGATTTTACACACTTCAGATTGGCATTTAGGGAAAACTCTCGAAAA TTTTTCAAGGCTTGCCGAACAAGAAAAATTTTTAGATGATTTTGTAAAAA TAGCTGAAGAGAATGACGTGGATTTGGTGATAATAGCTGGAGATGTCTAT GACTCTTCAAACCCTCCTGCAAAGGCAGAAATGCTGTTTTACAATACTTT AAAAAGACTCGCCAATGGAGAAAGAGTTATTTTGGCAATTGCAGGCAATC ACGATAACCCGGAAAGGCTTTCTGCCGCAAGCCCTCTTGCCTATGAACAG GGAGTAATACTTTTGGGGTCTACTAAAACTATTGTGCCAACAGGAGACTT TGGCAGGTTTAAGATTCACAATTCAGGGGAAGGCTTTTTTGAGGTAGAGA TAAAAGGGGAAAGGGCTGTTGTGATAGCCCTTCCCTACCCCAGCGAGAAA AGGCTTAATGAGATTTTTTCTGAAAGCCTGGAGGAGGAAGAGAGGCAGAA GAGCTATTCTGAAAGAGTCGGCAGGCTTTTTGAAGAGCTTTCAAAAAATT ACAGGGAAGATACTATAAACATAGCTGTTTCGCACATTTTTGTGGCAGGG GGAGAGGAAGCAGGCTCAGAAAGGCCTATTCAGCTTGGAGGAAGTTTTAC TGTGGAGTTAAGGCATCTTCCCGAAAAGGCTCAGTACATTGCTTTGGGGC ACCTTCACAAGCCTCAAAGGGTTTCTGATGTACTGCCTGTGTACTATTCA GGTTCTCCTCTTCAGTACAGCAAGAGCGAGATGAATCAATCAAAATGCGC ATATCTGGTGGATTTAAAAGCGGGAGAGAAAGCTTACGTAAAAGAAATTT ACTTTAAAAATTATAAGCCCATTGAGGTTTTCAGGTGCGATGGGATAGAT GAAGCTCTAAAAATTTGTGAAGAGTATAAGGACAAGGATGTGTGGGCTTA TTTTGAAATAAAAACAGAATCTCCTCTTCCTTCCTCTCAGATAAGGGAAA TGAAAAGGCTTATGCCTGATATAGTAGAGATAAGGCCAATCCTTCCGGAA GAAGAGGATGTCTTTGAAGAAATCGAGGTAGAGGATAAAGACATAAGAGA GCTGTTTCAGGAGTTTTACCTAAAAGAGAAGAAAGTTCCTCCTTCAGAAG AGATGGTGGAACTTTTTATGAGCATAATTGGGAAAGAGGATGAGGGAGCA TGA >TTE1450 Smf, predicted Rossmann-fold nucleotide-binding protein involved in DNA uptake GTGAACAGAGAAAAAGTTTTTAAGATATGGCTTAGTAGTGTAGTGGGGAT AGGATACAAGTCCTATTTTCAATTGATGGAGTTTTTTAAAAAGGCCGAGG AAATCTACAGGGCAAAAGAAATTGATATATTTAAGGCAACAGGAAAGAAA AATCTAACGGAGAAAATAGTGGAGGCACAAAAATTAAACCCGTTTGAATA TGTAGAAAGGTTGCAAAAATTAAAAGTAAGTGTATATACATTAGAAGAGG AGGAGTATCCTTCTATTCTTAGGGAAATTCACAACCCTCCTGTTGTCCTT TATTTGAAAGGCAGGTTAAATTTAAAAGACAAATTTTCAATTGCCATGGT AGGATCAAGAAAAGCTACGTACTATGGAAAGCAAATGGCTCAAAAACTCT CTTACGACCTTTCAGAAAGAGGTATAACGGTTGTGAGCGGACTGGCAAGG GGTATAGATACATATTCCCATTTAGGTGCTTTAAAAGGAAGGGGGAGCAC TATAGCCGTTTTAGGATGTGGAATAAATGTGGTATATCCTACAGAGAATA AAAAGTTGATGGAGCAAATTGGAGAGGAAGGACTTTTGGTGTCTGAATAT CCTCTTGACTATCCGCCCCTCTCTCAGAATTTTCCGCTGAGGAACAGGAT AATAAGCGGCCTTTCTCAGGGAGTAGTAGTGGTAGAGGCTGGGGCCAAAA GCGGTGCCTTGATAACTGCACAATTTGCTTTAGAACAGGGCAGGGAAGTT TTCGCGGTGCCCGGAAATGTCACAAGTGCATATAGTGCTGGAACGAATGA CCTCATAAAACAAGGAGCAAAAATTGTAACACAGGTGGAGGATATTTTAG AAGAGTTTAGCTTCAGAGAAGACCTCAGAATGGCATTAACTGAAAATGAG GAACTATCTTTGACGGAGGATGAGAAGGTGGTGTACGAGTTTATTAAAGA GGCTCCTAGGGATGTGGAAGAAATTTCTTATACTTTGAACATGAAAATGT CGAAATTGAACAGCATTTTGACCTCTCTCATGCTCAAAGGTTTGATTGAC AGGCTCCCTGGCAACAAATATACTAAAAAAATTTTTTGA >TTE2677 SplB, DNA repair photolyase TTGAAGAAGTTCTCTCACATTTACGTTGAAGAGGATGTAAAAAACCATCC TTTGACGATAAAAATATTGAATAAGTTTCCTAAGAGCAAAATTGTATATA TTAACAGATACAGTGAAGTTTTTAACAGGCCCAATCAAAATTATTTGGTT CAGAAAAAGGGGCAGAACCTGATAATTGCTAAGAAAAGGCATGAGTTTGT GTATAAAGGGTCAGAACTTTGTGAAGATTTTGGAAATATACATTTTTTCC ATACATCGAATATATACAATTGCGTCTATGAGTGTGAATACTGCTATCTG CAAGGGTTGTACCCTTCTGCTCACTTGGTGATATTTGTAAATCTGGAAGA TTATTTCAGAGAAATAGACAAGCTCATAGAAAGAAAAAAGATATATTTGA GCATTTCCTATGAGACGGATTTGCTGGCATTAGAATATTTAACGGGTTTT ACCAGAGAGTGGATTGAATACGCTTCTTCTAGGGACCTCCTTTTGGAGAT TAGGACGAAGAGTGCTAACTTTTCTGCTCTAGAAGATTTGGAAATTCCAC CAAATGTCATTTTTGCTTGGACTTTATTGCCCCAACCTGTAATTGATAGA TATGAGAAATTTACTCCTTCTCTTGAGATGAGATTAAAAAGCATCAAAAA AGCCATTTCAAGAGGGCTTAGAATCAGAATATCCATTGAGCCTGTGATGT ACTTGGAAAACTTTGAAGAAGTGTACAGCCAATTTGTTAAAGAAGTTTTC TCCTGCATTCCTGAAAAGAGCGTAAGAGATGTGAATATTGGCGCTTTTAG GCTGCCAAAAGAACAGGCAAAAAGGATAGAAAAGTTAAACGAGGCCTCCC TTATATTTTGCTATGACACTGTTGTGAAAGATGAGGTTTTTACGTACAGG AACGCTTCAGATTATGAGAATTTTGTTGCAGAAGAAGTAAAGAAATATGT CCCTTCAGAGAAAGTGTATGTCTTCAATAAAAAAGAAAAAAGCTCCCTTT TTTGA >TTE0829 Ssb, Single-stranded DNA-binding protein ATGGCAGGTAATTTTTTAGAAAACAATACCGTCACGCTGGTTGGAAAGGT TTTTACACCCCTTGAATTCAGTCATGAACTTTACGGAGAAAAATTTTTTA ATTTTATTTTAGAGGTACCAAGGTTGAGCGAAACGAAAGACTACCTTCCG ATAACTATCTCTAACCGGCTCTTCGAGGGAATGAACTTGGAAGTGGGGAC AAGGGTGAAGATTGAAGGGCAATTGAGGTCTTACAACAGAAAATCTCCAG AAGAGGGGAAAAACAAGCTCATTCTCACTGTGTTTGCCCGCGACATCTCT GTTGTCCCGGAGGAGGAAGTTGTAAAAAACCCTAATGAAATTTTTTTGGA TGGATTCATATGTAAAAAGCCAGTGTACAGGACTACGCCTTTAGGAAGAG AGATAACTGATTTATTGATTGCTGTAAACAGGCCTTATAACAAATCTGAT TACATACCTGTAATTGCGTGGGGTAGAAATGCTAGGTTTTCTGAAAAACT TGAGGTGGGAGACCGCATAAGGTTGTGGGGGAGAGTGCAGAGCAGAGAAT ATCAGAAAAAGTTGGGAGACGAAGTGGTGACAAAAGTTGCTTATGAAGTA TCTATAACCCGCATGGAGGTAGTGGAAAAAGAATTGCAAAAAACAGAATA A >TTE2053 Ssb2, Single-stranded DNA-binding protein ATGAGCCTTAACAAAGTCATGCTGGTAGGAAGGACAACAAAAGACTTGAA AAAACTTATAACTCCTTCCGGGCATCCTGTCGTTCATTTTTCACTTGCAG TAGACAGAAACTATACCAATAAGGAAGGTAATCGTGAAACAGACTTTATA CCAGTTGTCGCATGGAACAGGCTTGCAGAAATACTGGAGCAGTATGCAGT AAAGGGTACTTTAGTCGCAGTTGTGGGCAGGTTGCAGACAAGAAGATATA CAGATGGTAGTGGGAAAAATGTACGTATACTGGAGGTTGTTGCGGAGGAA ATATCTTTGCTTGCAAGACCTAGAAATACAAGGCAGGAAGAACCTGCACC AGAACTGGAAGCTGCTGAAGAAAAAGCTGAGCCTGCAGAAGAAACAAACT TTGTTGATGAAGACTTTGAAGAAATCACAATAGAAGATCTGGAAAATCTT TTTACTGTTTAA >TTE2780 Ssb3, Single-stranded DNA-binding protein ATGTTAAATAAAGTAATTCTGATAGGCCGCTTGACAAAAGACCCTGTCAT GAGGTATACCTCTGACATGGTTCCTGTTACTACCTTTACACTGGCGGTTA ACAGGAACTATGTGAGCCAGAGCGGGGAAAGGCCTACAGATTTTATACCC ATCGTCACGTGGAGAAAGCTGGCGGAAATCTGTGCTAACAATCTAAAAAA AGGGAGACTAGTAGCGGTTACAGGGAGTATACAGACAAGGACATGGGATG ACAGCAGTGGTAACCGCCATTGGGTCACTGAAGTGGTAGCAGATGATGTG AGATTCTTAGAGCCTAAATCTGGCTTTGGTAGTGGCAGCGCTCCAGAAGA GGAGAAAGAATTGGATGAAGATTTTGATAAGCTATTCGAAGACATCCCCG ACGATTTTGATGGGTTTACGCCTATAGAGAGCGAAGATGACTTGCCTTTT TAA >TTE0091 Tag, 3-Methyladenine DNA glycosylase ATGAATATGCAAAGATGCCCTTGGTGCCTCGTGGATCCGATTTATATAAA GTATCACGATGAGGAATGGGGAGTGCCTGTCCACGACGATAGGAAGCATT TTGAGTTTTTGATTTTGGAATCTTTCCAAGCTGGTCTCAGCTGGCTTACC ATACTAAAAAAGAGGGAAAATTTTAGACGAGCTTATAGTGGTTTTGACCC TCATATGGTTTCTCAATACGATGAAGAAAAAATAAGAGAATTATTGGAGA ACAAGGGCATTGTGCGCAATAGAAAGAAGATAGAGGCTTCCATTCACAAT GCGAAGAAGTTTATAGAAATTCAAAAAGAATTTGGTAGTTTTGATGAATA TATATGGAGATTTGTGAATTACAAACCTATAATAAATAGTTGGGAAAAAG TGGAGGATATTCCATCCCGCACGGAATTATCTGATATGATAAGTGAAGAC CTTAAAAGAAGAGGATTTGTCTTTATAGGTTCTACCATAGTGTACTCCTA TATGCAGGCTGTAGGGCTTGTTAATGACCATCTGGTTAGCTGTTTTAGAT ATAAAGAATTATCATAA >TTE0111 TatD, Mg-dependent DNase TTGCTTATAGACTCTCACGCTCATCTTGAGGATGAGAAATACAATGAAGA CAGGGAAAAAGTGATTGAGGAGTGCAAAAAGGACCTCACATTTTTAATAA ATGTGGGGTCCAATATATTGACTTCTAAAAAGACCATTGAACTTGCCCAC AAATACGATTTTATATACGCAACTGTGGGCATTCACCCTCATGATGCAGA AAGAGAAAAAGACAAAATAGAGGAAATAGAGAAGTTGGCTCTTGAGGATA AAGTGGTGGCTATAGGAGAAATTGGCTTGGATTATTATTACGGTGACCCT CCTAAAGAATTTCAAATTGAGGCTTTTGTGAAGCAGATAAGGCTCGCAAA AAAGCTTAAACTTCCCATTGTAATTCACGACAGAGTCGCCCATGAGGATA TCTTAAAAATACTGAAAAAAGAATGGACACAGGATTTAAAAGGGGTATTT CACAGTTATTCTGGTAGTGTCGAGATGATAAAAGAAGTGATAAGTATGAA TTTTTACATCTCTCTTTCAGGAACTGTCACTTTCAAAAACGCTAAAAAAG TTAGGGAGGTTGCAAAAGAAGTTCCTCTTGAATGGCTTTTGATTGAGACA GATAGTCCCTATTTGACTCCTGAGCCCTACAGAGGTAAGAGAAACAAGCC CACATATGTTAAATTTGTAGCACAAAAAATTGCTGAAATAAAAGGTATAA GTTTTGAAGAAGTTTGTGAAACAACCTCGCAAAATGCCATAAAGCTTTTC AATTTGCCCTCCTGTTTTTGA >TTE1449 TopA, Topoisomerase IA ATGGCAAAGTCTCTAGTTATTGTGGAATCTCCTGCGAAGGCTAAAACTAT TTCAAAATTTCTTGGAAAAAATTTTAAAGTTGCTGCATCTCAAGGGCATG TCAGGGATTTGCCTAAAAGCCAGCTGGGCGTTGACATTGAAAATAACTTT GCTCCCAAGTACATAACAATAAGGGGCAAAGGCGAGATAATTGAAAAATT AAAAAAAGAGGCAAAAGATGCTGAGAAAATTTTCCTCGCTACAGACCCTG ATAGAGAAGGAGAGGCAATTTCATGGCACATTGCCCAGCTTTTAGATTTG GATATTGACAAACCCTGTCGCATAGAATTTCATGAAATTACAAAAAACGC AGTCCAAGCTGCTATAAAAAATCCGAGGAAAATAGACCTCAATTTAGTAA ATGCTCAACAAGCGAGGAGAATCTTAGATAGGCTGGTAGGATATAAAATT AGCCCTATTCTATGGAAAAAGATAAAAAGGGGGTTAAGTGCTGGAAGAGT TCAGTCAGTTGCTGCAAGACTGGTCTGTGACAGAGAAAGGGAGATAGAGG CCTTTGTGCCTGAAGAATACTGGAATATAACTGCAGTTCTTTTTGACGAA AAAACTTCTAGCAAATTTGAGGCGAAGTTCTACGGAAGAGAAGAAGAAAA GATTGAGCTAAAAAATAGAGAAGAAGTAGATAAGATAATAAATTCTCTAT CTGAAGAATATGTCGTATATAAAGTAAAGACAGGGACAAAAAAGAGAAAT CCGCCGCCTCCTTTCATCACTAGCACCTTACAACAAGAGGCATCGCGCAA ACTGGGCTTTACTGCAAAGAAAACCATGTTAATTGCTCAGCAGCTTTACG AAGGAATTGAAATAAAAGGGGAAGGCAGTGTAGGACTTGTCACTTATATA AGGACAGATTCTACAAGGGTAGCGAAAGAGGCAAAGGAAGAGGCATACAG GTATATCACAGAGAAGTTTGGAAAAGAGTATGCAAATCCTGATGCAGAGT ATTCTTCAAAAAAGGCCAATGTGCAGGATGCCCATGAGGCTATAAGGCCT ACTTCTGTGTTCAGAGAACCAGAGATTATAAAGGACTCTTTGACACCTGA CCAGTACAAACTGTACAAATTGATATGGGATAGATTTATTGCAAGTCAAA TGATGCCAGCAATTTATGACACAGTGGCTATGGACATTAAAAATAACGGC TATATCTTCAAAGCTTCAGGGTCAAGCGTTAAATTCTTGGGGTTTATGAC TGTCTATGTGGAAGGCAGTGACTTTCAGGAAGAAGAGGAAGAAAAGACAC TACCTGTATTAAAAGAAGGCACAAAAGTCAGATTGGAAGAGCTGAAGCCG ACACAGCACTTTACACAGCCGCCTCCCAGATACACTGAAGCCTCTCTCAT TAAAGAACTAGAAGAAAAAGGAATAGGAAGACCTAGCACTTATGCTCCAA CTATCGCTACTCTTTTAGAGAGAGGATATGTAGTGAAGGACAAAAAAGTT TTAAAACCTACAGAGCTGGGGTTTATCGTCACAGATGCCTTAAAAGAATT CTTCTCAGAAATTGTAGATGTGGGATTTACTGCTGAGATGGAGGAACAGC TGGACAAGATAGAAGAAGGAAAAGTAGAATGGTATGAGGTGGTAGGAGAC TTCTACAGAGATTTTTATAAGACTTTGAAGGTTGCCGAAGAACAGATGGA GAAAGTGGAACTAGAAGAGGAAGTGGAAGTAACTGATATAAAGTGTGAAG TTTGCGGAAGGCCGATGGTAGTCAGAAAGGGTAGATACGGCAAATTCTTG GCCTGTTCAGGGTTTCCAGAGTGCAAAAACACAAAACCCCTTCTTGAAAA AGTGGGTGTAAAATGCCCTAAATGTGGAGGGGAAATTGTAAAGAGAAGGA GCAAAAAAGGAAGGGTTTATTATTCATGTGAAAATGCGCCTCAGTGCGAT TTTGTGCTTTGGGATAAGCCGGTCAATGAAAAGTGTCCGGTTTGTGGCAG CCTAATGGTAGAAAAAAATACGAAAAACGGCATTGTCATAAAGTGTTCTA ATCCAGAGTGCGGATATCAGAAAGAAACTAATTAA >TTE0737 Tra8, transposase, IS30 family ATGGTTCATAATAATGATACCACAAAAAAGCGTTCTTTTAAACACTTAAG TAGCTACGAACGAGGAGAGATCTATGCATTACTCAAAGAAGGAAGAAGTA TTCGGTATATTGCTAAAAAACTTAATCGATCTCCAAGCACTATAAGCCGT GAAATTAAACGTGGAACTACTACACAACTTAGAAGTGATTTATCTTCTTA TACAAGCTATTTTCCTGAAACCGGTCAAGCTATCTACGAAAAAAATCGCT CAAATTGCGGAGCTAAATTTAAAGTAGCTAAAGCAGAAGATTTCTTGAAA TATGCTGAAAATAAAATATTAAATGAAAAATGGTCACCAGATGCAGTTGT AGGTTATTGTAAAAAGGACCCAAGCTGGAATAATAAAACTATTGTTTGTA CTAAAACACTGTACAACTATATAGATAGAGGATTATTAAAAGTTAAAAAC ATTGATTTACCTTTAAAACTACGCTTAAAACCAAGGAAGAAACAAAACCG TAAAAATAAACGTATTATGGGTAAAAGTATTGATTTTAGGCCTAAAGAAG TTGAAAGCCGTGAAGTTTTTGGGCATTGGGAAATAGATACGTTAATTGGC AAGAAATCTAATGACAAGGTCCTTTTAACATTAATAGAGCGTAAGACTCG CCATGAAATAATATTCTTATTAGATGCAAAAGACAATAAATCTGTTAAAG ATGCATTATCAAAATTAAAAGATATGTTTGGTGACAATTTAAGCAAGGTC TTTAAAACCATAACATCTGATAATGGTACAGAGTTTAGTGATTTAGAAAG TGCTCTTTTAGAATATGGCGTAGAAGTATATTATACACATCCATATTCAT CTTGGGAAAGAGCTACAAATGAACGACATAACGGTCTTATACGACGTTTC ATCCCTAAAGGTAAAAGTATTAAAGATTTATCTATAGATACGATAAAGAG AGTAGAAAACTGGCTTAATAACCTTCCACGAAAATTGTTAAATTACAAAA CGCCTAAGGAATACTTTTATGAAGAGCTGGCAAAAATCTGTTAA >TTE0879 Tra8, transposase, IS30 family ATGGTTCATAATAATGATACCACAAAAAAGCGTTCTTTTAAACACTTAAG TAGCTACGAACGAGGAGAGATCTATGCATTACTCAAAGAAGGAAGAAGTA TTCGGTATATTGCTAAAAAACTTAATCGATCTCCAAGCACTATAAGCCGT GAAATTAAACGTGGAACTACTACACAACTTAGAAGTGATTTATCTTCTTA TACAAGCTATTTTCCTGAAACCGGTCAAGCTATCTACGAAAAAAATCGCT CAAATTGCGGAGCTAAATTTAAAGTAGCTAAAGCAGAAGATTTCTTGAAA TATGCTGAAAATAAAATATTAAATGAAAAATGGTCACCAGATGCAGTTGT AGGTTATTGTAAAAAGGACCCAAGCTGGAATAATAAAACTATTGTTTGTA CTAAAACACTGTACAACTATATAGATAGAGGATTATTAAAAGTTAAAAAC ATTGATTTACCTTTAAAACTACGCTTAAAACCAAGGAAGAAACAAAACCG TAAAAATAAACGTATTATGGGTAAAAGTATTGATTTTAGGCCTAAAGAAG TTGAAAGCCGTGAAGTTTTTGGGCATTGGGAAATAGATACGTTAATTGGC AAGAAATCTAATGACAAGGTCCTTTTAACATTAATAGAGCGTAAGACTCG CCATGAAATAATATTCTTATTAGATGCAAAAGACAATAAATCTGTTAAAG ATGCATTATCAAAATTAAAAGATATGTTTGGTGACAATTTAAGCAAGGTC TTTAAAACCATAACATCTGATAATGGTACAGAGTTTAGTGATTTAGAAAG TGCTCTTTTAGAATATGGCGTAGAAGTATATTATACACATCCATATTCAT CTTGGGAAAGAGCTACAAATGAACGACATAACGGTCTTATACGACGTTTC ATCCCTAAAGGTAAAAGTATTAAAGATTTATCTATAGATACGATAAAGAG AGTAGAAAACTGGCTTAATAACCTTCCACGAAAATTGTTAAATTACAAAA CGCCTAAGGAATACTTTTATGAAGAGCTGGCAAAAATCTGTTAA >TTE1970 UvrA, Excinuclease ATPase subunit ATGGCAAAAGATAAGATCGTGATAAAAGGAGCAAGGGTCCACAATTTGAA AAACATAGATGTAGAAATTCCAAGGGACAAACTCACAGTTATAACTGGAT TATCAGGATCTGGCAAATCTTCTTTGGCTTTTGACACGATTTACGCAGAG GGACAGAGGAGATATGTGGAGTCCCTTTCTGCCTATGCAAGGCAATTTCT GGGGCAAATGGATAAGCCTGATGTGGATTATATAGAAGGGTTGTCTCCTG CGATTTCTATAGACCAAAAAACTACTACTAAAAATCCTCGATCTACAGTG GGCACCATAACAGAAATTTACGATTATCTCCGCCTTTTATATGCCAGAGT TGGAACTCCCCACTGCCCTATATGCGGCCGCGAGATAACAATGCAGACAA TTGACCAGATGGTAGACAAAATAAAAGAGCTGCCGGAGGGAACGAGGATT CAAATCCTAGCTCCCGTGGTGAGAGGGAGAAAAGGGGAGTATTCAAAGCT TTTGGCAGACATAAAAAAGAGCGGTTATGTGAGAGTGAAGATTGATGGCA TAATGTACGATGTAAATGAGGAGATAAAACTTGACAAAAATAAAAAGCAT ACAATAGAAGTCGTGGTAGACAGGATAATAATGAAGCCTGGAATTGACAT GAGGCTTACAGATTCAATAGAGACCGCTTTGAAACTGGCAGATGGCCTTG TGACAATTGATGTCATAGACGGAGAGAGCTTTACTCTGTCTGAAAAATAC GCTTGTCCCGCGTGCAATGTCAGCATTGAAGAGCTGTCTCCCAGGATGTT TTCATTTAACAGCCCTTATGGAGCTTGCCCTGTTTGCATGGGATTGGGAG AGTTCATGAAGGTGGACCCAGAGCTTTTAATACAGGACCCGAAGAAATCT CTTGCGACAGGAGTTTTTCCGGGAATTGTAGCGTCCCAGGGAAGTTATGC CTATTATAATATGTTGAGAGTGATAGAGTACTTTGGATATACCGAGTACA CTCCCTATGAGGAGTTCAGTGAAGATTTAAAGAGCGTACTCCTATACGGA AAAGATACGAAAGGAAAATCTTACGGCTTTGAAGGGATAATTAACAATTT AGAGAGAAGGTATGAAAGCAGCACATCTGATTTCATAAAGGAAGAAATAG AAAAATACATGAGGCCTGTCACGTGTCCTGCTTGCAATGGTGCCAGGCTA AAGCCAGAAGCTCTTGCTGTTACAGTTGGAGGCCTTTCTATAAAAGAGAT GACAGACCTCACTATAGGGGAACTCTTGAAATTCATAGACAACCTTAAAT TTTCAGAAAAGCAGGAGATGATAGCTCGCCCTATTTTGAAGGAAATAAAG GCAAGGCTAAACTTTCTTGTGGACGTAGGGCTTGACTACCTCACACTTTC GAGGCCGGCATCTACACTCTCTGGTGGTGAAGCCCAGAGGATAAGGCTTG CAAGCCAGATAGGTTCAGGGCTTGTGGGGGTTACCTATATACTGGATGAG CCAAGCATTGGACTTCACCAGAGAGACAATCAAAGGCTTATAAATTCTCT CAAAAGGTTAAGGGACCAGGGCAATACGGTTATAGTGGTGGAGCACGACG AGGAGACCATATACGCTGCAGACTATATAATAGACATAGGTCCGGGAGCT GGAGAGCACGGCGGAGAAGTGGTGGTGGCGGGAACTATAGAAGATGTACT AAAGTGCGAGAGGTCTCTTACCGGCCAGTATTTGAGTGGTAAAATAAAGA TAGAAGTGCCTGAGAAGAGGAGAAAGCCCAATGGAAAGGCTATTATAGTG AGAGGAGCTAAGGAAAACAATTTGAAAAACATAGATGTGGAATTTCCTTT GGGAGTTTTTATATGTGTGACAGGGGTATCAGGCTCAGGGAAGAGCACTC TTGTCAACGAAATACTTTATAAAGCCTTGGCACAGAAAATTTACAAATCA AAGGACAAACCCGGAAAGCACGACAGAATAGAAGGCATAGAGCACATAGA CAAAGTGATAAATATCGACCAGTCTCCCATAGGGAGGACACCTCGCTCAA ACCCGGCGACTTACACTGGAGTGTTTGACTATATAAGGGAAGTATTTGCC AATACTCCCGAAGCCAGGATGAGAGGCTACAAGCCGGGAAGATTTAGCTT TAACGTAAAAGGTGGGAGATGTGAGGCCTGTGGCGGAGACGGCATAATAA AAATTGAGATGAATTTTCTGCCAGACGTCTATGTGCCTTGTGAGGTGTGC AAGGGCAAAAGGTATAACAGGGAAACTTTAGAAGTAAAATACAAAGGAAA GAGCATAGCTGACGTGCTGGACATGACTGTTGAGGAGGCTTTGGAGCTCT TTGAAAATATCCCTCGAATAAAGAATAAACTCATGACGCTCTACGAGGTA GGACTGGGGTATATAAAGCTTGGCCAACCTTCCACTCAGCTGTCCGGCGG AGAGGCTCAGAGAGTAAAACTCGCTACAGAACTTTCAAAGAGGCCTACAG GAAGGACTTTGTATATTTTAGATGAGCCTACGACAGGGCTTCACTTTGCT GATATACACAGACTGCTCAATGTCCTAAACAAATTGACAGATGCAGGGAA TACTGTGATAGTTATAGAGCACAATCTAGATGTGATAAAAAGCGCAGATT ACATCATAGACTTAGGGCCAGAAGGTGGAGACAGAGGGGGAATGGTCATA GCTACGGGAACTCCTGAAGAGGTTGCAGCCAATGAGAATTCTTATACAGG ATGGTTTTTAAGGAAAGTCCTTTCTCGAAATTGA >TTE1971 UvrB, Helicase subunit of the DNA excision repair complex ATGGGAGGTTTTAAGCTGGTTTCAAATTTCAAGCCTACAGGAGACCAGCC TCAGGCGATTGAAAAACTGGTGGAAGGGGTAAGACGGGGATATAGGTACC AGACGTTGTTAGGAGTTACAGGTTCAGGCAAAACTTTTACTATGGCCAAC ATCATAGCCCGCTTGAATAGGCCTACCCTGGTGATCGCTCACAACAAAAC TCTTGCGGCACAGCTTTACAGCGAGTTTAAGGAATTCTTTCCAGAAAATG CTGTAGAGTATTTTGTGAGCTATTACGACTATTACCAGCCAGAAGCTTAT GTTCCTGAGACTGACACTTACATTGAAAAAGACGCTTCTATAAATGAAGA GATTGACAAGTTGAGGCACTCGGCGACAGCTGCGCTCTTTGAAAGAAGAG ATGTGATAATTGTTGCCAGTGTCTCTTGTATATACGGCTTAGGCGATCCT ATAGATTATGAGAATTTGATGCTTTCACTAAGGCCTGGAATGGTAAAAGA CAGAGATGAGATAATAAGAAAACTGGTGGAGATTCAGTACGAAAGGAATG ATATAAACTTCACAAGAGGGAAATTCAGAGTAAGAGGCGATGTGATAGAG GTATTTCCTGCTTCCTTCTCAAATAAAGCTATAAGGATAGAGCTTTTTGG GGATGAAATAGACAGGATAGCAGAAATAGACGTCCTAACAGGAGAAGTTT TAGGGTACAGAAAGCATGTGGCTATTTTTCCTGCTTCCCACTATGCCACA TCAAGGGACAAGCTGGAAAGGGCTATAAAAAGCATAAGGGAAGAGCTTGA AGAGAGGTATAAAGAGTTAAAAGAAATGGGGAAAATTGTAGAAGCGGAGA GGCTATGGCAGAGGACTAATTACGACCTTGAGATGTTACAAGAGATGGGC TACTGTAAGGGGATAGAAAATTATTCGCGGCACATATCTGGGAGGCCTCC GGGAAGTCCTCCTTATACACTGCTTGATTACTTTCCTGAGGATTTCCTCA TATTCATAGATGAGTCTCATGTTACTATTCCTCAGCTGAGGGGAATGTAC AACGGAGACAGGTCCAGAAAAGAGGCATTGGTGGAATACGGCTTTAGACT TCCTTCTGCTTATGACAACAGGCCCCTTACATTTGAAGAGTTTGAACAAA GGGTAAATCAGGTCATCTTTGTATCAGCAACCCCTGGACCTTATGAGATG GAACATTCTGAACAGGTGGTAGAACAGCTCATAAGGCCGACAGGGCTTGT AGACCCAGAAGTGATTGTGAGGCCTGTGAAAGGGCAGGTGGACGATTTAA TAGCGGAGATAAGGAAGACTGTTGCAAAAGGGTACAGGGTTTTGGTTACA ACTTTGACTAAAAAGATGGCGGAGGATTTGTCAGACTACTTAAAAGAAAT GGGAATAAGAGTGAGGTACTTGCATTCAGATATAGAGACAATTGAGAGGG TAGAAATTATAAGGGATTTGAGGCTGGGTAAATTTGACGTTTTAATAGGC ATAAATCTCTTGAGGGAAGGGCTTGATATTCCGGAGGTTGCACTGGTGGC TATTTTGGATGCGGATAAAGAAGGATTCTTGAGGTCAGAGACTTCTCTGA TACAGACGATAGGCCGTGCAGCGAGAAACGCTGAAGGAAGAGTTATAATG TACGCTGATACAATAACAAATTCTATGAGAAGAGCTATAGATGAAACAAA TAGGAGAAGAAAAATTCAAATGGAGTACAATGAGAAGCACGGCATAGTGC CAAAGACAGTGGTCAAAGGAGTAAGGGATGTCATACAGGCAACACAGGTG GCTGAAAAGGAGGAAAAGTACGAAAAGACAGCCAATTTTTACGATCCCGA TGTGATAAAGTCTACCATAGAACAGCTTGAAAAAGAGATGAGGCAGGCGG CAATAGAGCTTCAGTTTGAAAAAGCCGCAAAATTGAGAGACATGATACTT GAACTTAGGAAACAACTGGAGGAAGTCAGCTTGAGGTGA >TTE1966 UvrC, Nuclease subunit of the excinuclease complex GTGGATTTGCAGGAAAAGTTAAAGCTTTTGCCTGAAAAGCCTGGGGTATA CCTGATGAAGGATGAGGAAGGGAATATAATCTATGTGGGCAAAGCCTCTG TTTTGAAAAACAGGGTTAGGCAGTACTTCCAAAACACAGACAATCATCCT CCAAAAGTGAAAGTAATGCTTTCTCACGTGGAAGACTTTGAATACATCGT AACAGATACAGAGCTTGAGGCTTTGATGCTAGAGTGCAACCTCATTAAAA AATACAAGCCAAAGTACAACGTGCTTTTAAAAGACGACAAAAATTATCCC TATATAAAAATTACGGTGGCAGAAGATTATCCCAGAATAATGTTCACAAG AAAAATAGACATGGACGGGTCCAAATATTTTGGACCCTATGGCAGTGCTT TTGCTGTCAGAGAGACGATAAAACTTGTGAGGAAGATGTTTCCTATAAGG ACCTGCAATGTAAATATAGAAAAAAGCCTGGGAAAAGTGAGAGAATGCCT TTATTACCACATAGGGCTTTGTTCTGCGCCCTGCACAGGGAGAATAGAGA AAGAGGAGTACAGAAAATTGGTAGATCAGGCAGTCATGTTTTTAGAAGGG AAAAGAGAATGGCTTGTTGAGAAATTAAAGGAAGAAATGCAGAAGGCTGC CGATGAGCTTAGGTTTGAAGAAGCAGCAAGGTTAAGAGACCAGATTTTTG CCATAGAGAAAATTTCAGAGAAGCAAAAGGTAACCTCTATCAATGAAGAT GAACAGGATGTAATTTCAATGGCGAGAAGTGACGATATCGCGCACATAGA GGTGTTTTTTGTGAGGGAAGGGAAATTGAGCGGGAGAGAACATTACTACA TGAAAAATACAGAGGGAATGGGAAGAGAAGAGATAATCTCTTCTTTTATA AAGCAGTTTTATGAAAGTTCTCCTTCTGTGCCAAAAGAAATAATAATCGA TGTGGAGCTAGAGGAAAAGGACCTTCTAGAGGACTGGCTTTCACAGAAGA GGGGAAACAGGGTGAGCATTACAGTACCTTTAAGAGGAAAGAAGAAAGAG CTTGTAGACATGGTGTATCAAAATGCAGTAGAGGCTCTAAAAAACGAGAT CTTGGCGAGAGAGAAGATTTTAAAAGACCCGGCTGTATTAGAGCTTTCAA ACCTTTTAGGGATTGAATACCCTAAGAGGATAGAAGCCTATGATATATCC AATGTGAGAGGAGAAGACAATGTAGGTTCTATGGTGGTTTTTGTAGATGG AAAGCCTAAAAAGAGCGAGTACAGGAAGTTTACTATCAAGTACGTGGAAG GGCAGGATGACTATCAGAGCATGAGGGAGATGATTGAAAGAAGGTTCCTG CATGCACTGGAAGAGAAAAAACAAATAGAGGAAGGTACCCTTTCTAAAGA AAAAGCCAAGTTTATAGAAATGCCCGACCTCATACTGGTAGATGGAGGAA TTGGCCATGTAAATGCGGCTTTGGAGGTAATAGAAAAGCTAGGAATTTCG GTACCCGTGTATGGAATGGTAAAGGATTCAAGGCACAGGACGAGAGGGCT TGTGGGGGTTTCTGGGGAAGTTCAGATGCCCGTGACTGGAAGAGCCTTTA GGCTGGTAGCACAGATACAGGAAGAAGCACACCGGTTTGCTATAACTTTT CACAGAGAAAGGCAGAGCAAAAGATTTAAGACAGATCTTTTAAACATCAA AGGGATTGGAGAAAAGAGGGCAAAAGTCCTCTATGAAGCTTTTGGCTCAA TTGAGGAGATAAAAAAGGCCTCTTTAGAGGAACTTAAAAAAGTTAAGGGA ATGAATGAGAGGTCAGCAAAAGCAGTTTATGAATATTTTCACGGCGAAGT TTAA >TTE0604 UvrD, Superfamily I DNA and RNA helicases TTGATTGGAGTGAAAAAGATGAAAGAGATTCTAGCTAATTTGAATGAACA GCAAAAAGAAGCAGTAACCACCACAGAAGGGCCTCTTTTAATACTGGCAG GTGCTGGAAGTGGAAAAACTAGAGTTTTGACCCACAGAATTGCCTATCTC ATAAAGGAAAAAAAGGTCTCTCCTTCCAATATCCTCGCAATAACCTTTAC CAATAAAGCGGCAGAGGAAATGAAGACGAGAGTGGAAAATTTGCTGGGAT ACGTCGGAGACCTGTGGGTGTCTACTTTTCATTCCGCCTGTGTCAGAATC TTGAGAAGAGATATTGATAAACTGGGTTACGACAGAAATTTTGTAATATT TGATACGACTGACCAGAAGGCACTAGTCCAGGAATGCCTTAAAGAACTAG ACTTAAGCGAAAAGCAATACCCGATAAAAATGGTATTAAATGCCATCTCA TCTGCAAAAGATAAAATGGTATATCCAGACGATTACATTGATTTTTTTGG AGATACCTATAGGAATAGAAAAATAAAGGAAATTTACAAGCTTTATCAGC ACAAACTAAAAAAGATAAATGCTCTTGACTTTGACGACATTATCATAAAA ACGATAGAGTTATTTAAAGAAAATCCAGAAATTTTAGAATTTTATCAAAG AAAATTTAGATACATAATGGTGGACGAGTATCAGGACACAAATACTCCTC AGTATTACTTTGTAAATTTGTTAGCGCAAAGGCACAGAAATTTATGTGTT GTAGGGGATGATGACCAGAGCATTTACGGCTGGAGAGGGGCAGATGTGAG AAACATATTAAACTTTGAAAAAGATTATCCCGAAGCAAAAGTGATAAAAT TAGAACAAAACTATAGGTCTACAAAAATCATACTGGAGGCTGCCAATCAC GTCATAGACAACAATGTATATCGAAAGAAAAAATCCCTCTGGACACAAAA TAAAGAGGGAGAGAAAATAGTTCTGTGTGAGCTGGAAAATGAAAGAGAAG AGGCAGAATTTGTTATACAGGAGATAATAAAACTAAAAGAAAGAGAAAAC AGAAGCTTTAAAGACTTTGCGATACTCTACAGGACAAACGCCCAGTCAAG GCCTTTTGAAGAAGCTCTGATGAAAGTAAAAGTGCCTTATAAAGTGGTGG GAGCCCTAAGATTTTATGACAGGAAAGAGATAAAAGATATACTTGCTTAT CTTCGCCTCATTGTAAATCCTTATGACGACATATCCTTCAAAAGGATAGT AAATGTTCCAAGAAGAGGCATTGGTCCTGCTACGATTGAGGCATTGGAGA AGGTAGCGAGGGAAAAAGATACTAGTCTTTTTTTTGCAATAGAGGATTTA AAAAACGCAAGGAACAAAGGAAGCCTTCTTCAGTTTAAACAGTTTATTTT GGATTTAATTGATAAAAAAGATGCAATGAGTGTCAGCGATTTGATAAAAT ATATTCTGGAGCAGACAGGTTATATAGAAGAGTTAAAAAGGGAAGAATCT GAAGAAGCAGAGGGAAGGATAGAAAACTTAAACGAATTTTTAAATGCTGC CTATGAGTTTGAAGAATCTTCTGAAGATAAGTCTTTGGAAGCATTTTTGG CGGGCATAACTTTAGTTTCTGATATAGACATGGCTGGAGATATTGGAGAA AGTGTAGTTCTGATGACACTTCATTCTGCCAAGGGATTGGAATTTCCTGT AGTTTTTATGGTAGGGATGGAAGAAGGACTGTTTCCTTCTTACAGCTCCT TTGAAGATGACCACGAGCTGGAAGAAGAAAGGCGCCTTTGTTACGTGGGA ATTACCAGATCCAAAGAAAGATTGTATTTAACTTATGCTAGGCAGAGAAA CCTTTACGGTAGGTCCCAGTACAATTCTTACTCCAGGTTTATAAGTGAAA TACCTGAGAGGCTAATTGTGAGGTATAATATACCGACTTCCAAAAAAACG GGCTTTGTTTCCGTCCATACTTTTTCAGATGTTTATGAAAGGTCTTTTTC GCTTGGGGATAAGGTGGAGCACAAGATATGGGGAATAGGGACTGTTGTTA AAGTGGAAGGGGAAGAGATTACAGTAGCCTTTCCGAACGTTGGTATAAAA AAGCTTGATTTGAGATTTGCTCCTATTAAGGCAATTTCTTAA >TTE1313 XerC, Integrase ATGGCTGAAAGCGTGGTTGGGGAGTTTTTGGAGTTTTTAAAGAAAAATAA AAGGCTATCTAAAAATACATTAGAGTCCTATTCCAGAGATGTAGAACAAT TTTTAACTTACATGAATGAACATGGGATAAATTTTTGTTCTGCTAAAAAG TCCACCATTGTAAATTACCTTTATTTTCTAAAACAGCAGGGAAAATCCCA GGCTACCATATCTAGAGCTCTTTCTTCAATAAAAGCTTTTTATCACTATT TGTTTGCTAAGAAAAAAATTGAGGAAGACCCCTCTTATGGTATAAATGCC CCCAAAGTAGAAAAAAAGGAGCCTGTTACCTTGACAGTAGAACAAGTAGA TATGCTTTTATCTTTTGATTTTGGTAAAGATGAGAAAGGGTTGAGAGATA AAGCGTTGATAGAATTGATGTACGCTTCCGGCCTTAAAGTCTCTGAAGTG ATATCTTTGAAGATAGAGGATGTAAATTTGGCCAGTGGCTACATTGTAGT GCGCTCTGGAAAAGAAAGGGTTATTCCTATAGGTTCTTACGCAGTTGCTG CACTTCAGGAATATATTGAAAAAGGAAGAAAACCCAGAAAAGGAGAAAAA GCCCTTTTTCTCAATTTGAGAGGGAAAAGGCTTACAAGGCAGGGATGTTG GAAGATAATAAAAGAATACGCTGACAAAATAAGTCCGGGTTTGCCTTTAA CTCCAAACATTTTGAGAAAATCTTTTGCCCAGCACATGCTTCAAAATGGA GCGGATTTAAAGACTGTCCAAGAGATGCTGGGATATGAAGTAAATTTTGG AAATAATTTACTTTCTCTGGTTTCGCGGTCAAAAATGAAAGAAGTTTACA ATAAATTTCATCCAAGAGCTTGA >TTE1363 XerC2, Integrase GTGCTTGATTTTTCCTTGTTTGTGTGGTACCATAGATTATGTAATTATAC GAAATATCTATTTCGTATAATTAGATTTTGGACTATAAAAAGAAAGGAGC TTTCATTTATGGAGGCTTTAAAGTATCCCCCTATATTGGAAGAGTTTCTG AACTACTTCTCCACTGTAAAAGCCAGGTCACCTAATACTATAAAGGCTTA CGCTTATGACCTTATTTTATTTTTCCGCTTTTTAAAGAAAAGGCGCGGAA AAGTAAGCGATGATATTCCCTTTGATGAAATAGACATTTCTGACGTTGAT ATTGACCTTATAGAGTCTGTTGATTTAAACGACCTTTATGCCTATCTTTC TTTTGTGACAAATGAAAGGTCTAATACTCCCCCTGCTCGCGCAAGAAAAG TTGCAAGTCTAAGGTCTTTTTACAATTACCTTTACAGAAAAGCAAAAGTC ATAAGTAAAAATCCTACACAGGAATTAGAATCTCCTAAACTTTCAGTAAG GCATCCTATTTATCTGACCTTAGAAGAAAGCAAAAAGCTTTTAAACTCTA TAGATGGTCCTTTTAAGGAAAGAGATTACGCTATTATAACTCTTTTTCTA AACTGTGGTTTAAGGGTTTCAGAGCTTGTAAATATAAATCTTGATGATAT AAAAGAAGACAAATTGACTGTCATAGGAAAAGGAAATAAGCAGCGGACTA TCTACCTAAATGAGGCTTGTATAAAGGCTATAAGCGATTACCTCAAAGTA AGGCCCAAAGAAGGCGTGAAAGACAAAAAGGCCCTGTTTTTGAGTAAAAG ACTGAAGAGGATAAGCGTAAAAACTGTTCAATACTTGGTTAAAAAGCATT TAAAACATGCTAATTTAGAAGGCAAGAAATACTCTGCTCACAAACTTCGC CACACAGCAGCTACTTTAATGTACAGGTACGGAAACGTAGATATACGTAC ATTGCAAAAGCTTTTGGGGCATTCTAACGTTTCAACCACGCAGATTTACA CACATGTGGACGACTCACAGCTTAGAGAGGCTGTGAATAAAAACCCCTTA TCTCAAGAATAA >TTE2127 XerC3, Integrase ATGGCTAAGAAGACGAATTATGTTAAAAACGGAAAAGAGTATTACCGTGT AACAGTTACTATTGGGAGAGATGAAAATGGAAAGCTAATACGTAAAGAAT TTTATGGAAAAACAAAAAAGGAAGCTGAAGCAAAGAAAGAAGAATATTTA AACGGAATAAGAAACGGATTGAATGTTGATTTTCAAGATGTTACTTTGGG AGATTTAATGCATACATGGCTTTTTGAAGTAGTGAGAATGTCAAGAAAGC CTGCTACGTTTGTGAAATATGAAGGACATTATAGAAATTACATAAAAAAT AGTGAACTATATGGAATGAAAATCAGTATCATAAAGTCGATACAAATACA GAGGTATTACAACAAGCTATATCAGCAAGGGAAAAGCAGTAAAACAATAA AAGCTTTGAACAATTTTTTGAAGACGTTTTTTAATTATGCAGTAGATGAA GGATATTTAGCTAAAAATCCATGCACAGGGAAGAAAATAGTTATACCCGG TACTCCAGAAGAAAAAATTGAAACAGAAATTGAAACTTTTTCTGATGAGG AAATAAAGAAAATTAAAGAAGCATTAAAAGGGCATCGTCTGAAGGCACTG TTTTTGCTGGCTTTTGGAACAGGTCTAAGGCAGGGAGAATTGTTGGGATT GAAATGGACAGATATTGACTTTGAAAAAAAGGAATTAAGGGTTCAGCGTA TGATTAAACAAGTTACTATTATTGATGAAAAAGGAAATAGAAAATATAAA ACTATTGAACAAATACCAAAAACAAAAAACAGCATAAGGACAGTTCCAAT TCCATCATCACTTATACCAATGCTAAAGGAGCACAGAAATAGGCAAAGGG AAGAAAAATTAAAGGCAGGCTCAGTCTACCTCAATGATGTTGAAAAAGGA TATGTGTTTACAACAGAATTGGGCAATACTATAGATGCAAGTAACCTTTT AAAGACATATAAAAAAATTTTAAATAGAGCAGGAGTACCTTATAGAAAAT TTCATGCCATACGACACACGTATGCAACAAAACTATTTGAAAGGGGCGTA CCACTCAAAACAGTATCAGAATTATTAGGGCACTCCAACATCTCTATCAC AGCAAATATTTATACTCATGTAATACCTAAACAAAAAACTAACGCAGTAG AAACACTAAATGACCTTTTTATTTAG >TTE1294 XseA, Exonuclease VII large subunit ATGCAGTTAAAAGCCTTTAGTGTTAGTGAAGTGACGGAATATATAAAGAA AGTTATGGACAACGACATAATATTGAGAAATGTGAGAGTGAGAGGGGAAA TTTCTAATTTAAAATACCACTCTACAGCAGTGTACTTTACCTTAAAAGAC GAAGGAGCAGCTTTAAAATGCGTAATGTTTAACGACTACAGCAGGTCCCT TGAATTTACTTTGCAGGATGGAATGTCTGTAATTGCTACAGGCAGGATAA CAGTGTACGAAAAAGGCGGACTTTACCAGCTGTACGTTCAGTCTGTGCAG ATGGATGGAATAGGAGCTTTGTACATTGCTTTTAACAAACTAAAAGAAAA GCTCCAAAAAGAAGGCCTATTTGATTTAGATAAGAAAAAACCTATTCCAA AGCATCCGAGGAAAATTGCTGTGGTCACCTCTCCGACAGGGGCTGTAATA CGCGATATAATAACGATTTCACGGAGGAGAAATCCGACTGTTGATATAAT GGTAGTGCCTGTTTTGGTGCAGGGGAGCTCTGCTGCGGATGAAATTTCAA ATGCTCTTCGCATTTTAAACAAGAGGAAGGATATCGATGTTATAATAGTG GCAAGAGGAGGCGGGTCTTTAGAGGAAATCTGGCCTTTCAATGAGGAGAA GGTGGCTCGCAGTATTTTTGCCTCCCGCATTCCTGTGGTTTCTGCTGTAG GGCATGAGACGGATTTCACTATTGCTGATTTTGTAGCGGATTTGAGAGCC CCTACTCCCTCTGCTGCTGCCGAATTGGTGGTTCCAGACATAAAGGTGTA TCAAAGGGAGTTGTTCTTATTAAAGACAAAGATAATGAATTTGATGAAAG CTCAAGTGCTTCACAGCAAAAAGGAATTTGAAGGATTAAAAAGAGCACTT TATTTAAACAACCCCATTAAGAAGAACGAAGTTTTAAAGCAGAGAGTAAA AAACCTAAAAAAATCTCTAACTAAAGAGATGCTTTCCATTTTCAATCAAA AAAAGAATGAGCTTTTGGTGCTCAACGAAAAGTTAGATTCTTTAAGTCCG TTGAAAGTCTTGACAAGGGGATATACTATTGTGCTTAATAAGGAAGGACA AGTGATCACTTCCTCTAGAAAAGTGAAAACTTCTGAAGAAGTGGGCATCC TCTTCAGTGACGGAAGGGCTACGGCAGTGGTGAAAGAGGTGAAAGAAGAT GGAGAAAGAATTTAA >TTE1295 XseB, Exonuclease VII small subunit ATGGAGAAAGAATTTAATTTTGAAGAAGATTTGAAAAGGTTAGAGGAGAT TGTAGATACGCTAGAAAAAGGCAATTTGATGCTGGAGGAGTCTTTTAATT TATTCAAAGAAGGAGTGGAAATATCAAAAAGACTAGAAAAAATGTTAAAA GAAGTGGAAGGAAAGATAACCATGCTGATAAGTGAAGATGAGGAAATTGA GTTTAAAGAGGAGGAAAATAATGTTTAA >TTE2226 XthA, Exonuclease III ATGAAACTCGTATCGTGGAATGTAAACGGATTAAGAGCTTGTCTGCAAAA AGGCTTTATGGATTACTTTAAGGCGATAGACGCGGATATCTTCTGCATAC AAGAGACGAAGCTTCAAGAAAACCAAAAAGACATTGAGGGGCTAGACCTT AATGGGTATTATGCCTTCTGGAATTTTGCAGAGAAAAAAGGCTATTCTGG CACAGCAGTATTCACAAAATATAAGCCTCTTTCCGTATCATACGGCATAG GAACCCCGCACCACGATAAAGAAGGAAGAGTAATAACACTGGAATACAAA AAGTTCTTTTTGGTAAACGCTTATACACCTAATTCCCAGAGAGGACTCAC AAGGCTTAATTACAGAATGGAGTGGGAAGAGGATTTCCGAAGTTATCTTC TTAAGTTAGACTCTGTAAAACCAGTAATTTTGTGTGGAGACCTCAATGTT GCTCATCAGGAGATAGACATAAAAAATCCTGCTGCAAATAGGCGAAATGC AGGATTTACAGATGAAGAAAGAGAAAAAATGACCATTTTACTAAATTCCG GCTTCATAGATACTTTCAGATATTTCTATCCTGACAAAAAGGACGCTTAT ACCTGGTGGTCTTATATGCACAATGCCAGGGAAAAAAACATAGGATGGAG AGTCGACTATTTCATCGTATCAGAGAGATTAAAAGACTACCTTATAGACT CTCAAATCCACTCTGAAGTAATGGGAAGTGACCACTGCCCTGTAGTTCTT ATAGTAAAAGAAGACCTCATAAAATAA
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