Gene list
Applied filters:
COG category: Replication, recombination and repair
Organism: Leptospira biflexa serovar Patoc strain Patoc 1 (Paris), Patoc 1 (Paris)
Number of genes found: 105
 | ||||||
| Show UniProt / TrEMBL protein name | |
View as list | |
View in Fasta format (Protein) | |
|
| ||||||
# Leptospira biflexa serovar Patoc strain Patoc 1 (Paris), Patoc 1 (Paris) >LEPBI_I1205 Putative integrase/recombinase ATGGGTATGTTAAAAGATAAAATGATTTCCGATATGATAGTGCATGGTTA TGCACAAAAGACAATACGAAGTTATACGTTGTGTATGTCTAGGTTAGTAA GATACTTTCAAAAATCTCCTTTGGATTTGCAACCAATTGACATATATAAT TTTTTTCTTAATTTACGACAATCAAACAAAACAGATTCTACTTTAGTGCT CTTTTATTGTGCTTTTTTGTTTTTTTATTCTCTTCGTGATCGAAAAGATA TGTTGGAATTAGTTCCCTTCCCAAAACGAAAACGCAAAGCTGTTGCTGTA TTTAGTCAAACAGAAGTTACAAACTTTCTCGGAAATTGTACGTCTGTGTG TGAAAAGTCTATTTTTACCTTACTTTATTCTTCTGGGATTCGAATTGGAG AAGGGCTTAGCCTACAGTTAAGTGATATAGATTTTGAAAGAAAGGCTATC TTTATTCGTTCGGGGAAAGGTGGTCACGGGAGGTATGCAATTTTAGCCGA TAAAACAGCTTTGCTTTTAAGACAATACCTAGAAATTTATAATCCAAAAT CGTATTTATTCTTTTCACAAAAGGGAAAAAATATTCCCATCAGTCCTCGC ACGATCCAAGCTGCTTTTCAAAAAATTCGAAACTTATCAAAAATACAAAA ATATGCTACAGTACATACTCTTAGGCATTCATTCGCTACCCATCTTTTGG AGGATGGTTATAGTTTGGTATACATCCAAAAACTATTAGGTCATGCTGAT ATCAAAAGTACAATGATATATTTGCATGTGAGTCCAGACTCTCTTTTGCA AATTACAAGTCCGTTAGAAAAGATAGGTAATATCAAATTAGGGGTTTTTG AAAACCAACACCAATATGGATTCCAATTTCAAAGAAGTTCATCTTAA >LEPBI_I2396 Conserved hypothetical protein ATGAAGCTCGCAATGGAGGAAAAAGAACGCGAATTAAAAACTCTGCGCTC ACAACTCCAAGAAGCGACGGACGAATTAAACCAACTCAAAGAGAGAGAAG GTTTACTCGAATCCAAAGTGCACCAACTCCTCGGAAGATTGGATGGACTC CCCACAACAGGAAGTTCCACTCCGAAAGCACCGCTCCCTCCAACGGACGT TAGTGCTGATGTAGCTCCAGTTGCCGCTTCTGCAGCCGTTGCCACCCCTA GTTTAACCACAGAAGACGATGATGAAATCATTTTACTTGATGAAGACGAA TCCGAATTCCAAGCAGAAGAAGTGTTAGAAAAAACACCTGCCTCTGCTTC TTTTGAAAAGGAAGAACTGATTGTGGAATCAGAAGATGAAGTTCCTACTG TGGAAATTGATGAGGATGATGATATCATCATTGATGATGAAGACGAAGCG ATCAGTGTTTTTGATGCCGACGATGATGATGATTTTCTCATCATAGAAGA CGATCCTAAATAA >LEPBI_p0033 Putative protein with DEAD/DEAH box helicase and with type III restriction enzyme motif ATGAAAGAATCACTTAAAAAAGACATTCACTCTCCGTTATTATCCATTTT ATTTCAATTTCGTAATGCTTCCAAGACCGAACGAGAAAAGGGAACTTATT TTGAAGAACTGATTCAAACCTATTTTAGAAATGAACCATATTATAAAGAT TATTATTCCGATGTTTGGATGTATTCCGATTGGGCTAAGTTAGAAGGAAA GGATGCAAGAGATGTTGGGATCGACATTGTCGCAAAAACTCGAAGCACAG GAGAGATTCATGCTATTCAATGTAAGTTCTACGATCCAGATTATAAAATC CAAAAATCGGATATCGATAGCTTTTTTACAGCTTCTGGTCAAAAACCTTT TGTCAAACGAATCATAGTATCCACTACCAACCATTGGTCAGAACATGCAG AGAATGCACTTCTAAACCAAACTCCACCTGTCACCAAAATTGATCTCTAC CATTTAGAGAACAGTGCCATCGATTGGTCGAAGTACCAAGCAAAAGAAAA GGTATGTTTTAAAGAATCTAAAAAACTTAGGGACCACCAAAAGGAAGCTC TCGTTTCTGTTGTGGGTGGTTTAAAAACCGCTGATCGTGGCAAACTCATC ATGGCCTGCGGGACTGGAAAAACTTTTACCAGTTTAAAAATTGCGGAATC AGTTGCTGGCAGAGGCAAACGGGTGTTATTCCTTGTTCCGAGTCTTTCTT TGTTATCCCAATCACTTACCGAATGGACTCAAGAAAGTGAGATTCCACTC CACTCATTTGCCGTCTGTTCGGATTCGGAAGTTGGCAAAAAGAAGGACAA AAATGAAGATGTAGTTGAAACAATTGAACATGAATTACAGTATCCCGCCA CAACGGATGCAAAACGCCTCAGCGAAGAATTTCAAAAGATACATGATGAT TCACACATGAGTGTGGTGTTCTCCACCTACCACTCAATTGATGTTTTAAG TGAAGCTCAGAAAAAATACAAACTCGGTGAATTTGATTTAGTGATCTGTG ATGAGGCGCATCGGACGACCGGTGCCACATTCGAAAGCCAAGAAGAAAGT CATTTTGTAAAAGTACATGATGATAAGTTTCTTAAGGCGACCAAACGATT GTATATGACTGCTACTCCTCGCATTTTTGGAGATATAGCGAAAGCCAGTG CGGAAAAAGACAATGTCACTCTTTGTTCGATGGATGATGAAACACTGTTT GGAAAGGAACTCTATGTGATCAACTTTTCCACGGCTGTGAGTCGTGAACT CTTAGTGGATTACAAAGTGATTGTCCTTGCGGTAGACGAAGACCATGTGA ATGCCAGGTTACAAAAACTTTTGGCCGATGAAGACAAACAAATTAAAGTT GATGATGCAGCCAAAATCATTGGATGTTGGAAGGCTCTCAGCAAACAAGG CTCCAAGGAAAATTCTCTACGTGAGGAAGATTCTATGAAACGGGCCGTTG CGTTTTGTCAGGTGATCAACTACCAAGCAGGTGCCAAAACCCATAAGGTT AGTTCAAAGGTAATTGCCAATATGTTTGCCGAAGTAGTGCGCGCCTACCA AGAAAAAGAAGAAAATCCACACCCACTCCTTTGTGAAGCCGAACATGTGG ATGGAGGAATGAATGCAGGAGAAAAGGAAGCTAAACTGCAATGGCTCAAA TCAGAAACAGAAGAGAATGTCTGTCGAATTTTAAGTAATGTTAGGTGTTT GTCGGAAGGAGTGGATGTTCCAGCACTTGATGCTGTTTTATTTTTAACAC CGCGCAATTCCCAAGTGGATGTTGTGCAGTCTGTGGGCCGTGTGATGCGA AATGCACCTGGCAAAAAACGAGGTTATGTAATTTTACCCGTGGTGATTCC TGCTGGCATTGAACCACATGAAGCCCTAAACGACAATAAAACCTATAAAG TGGTTTGGCAGGTATTACAGGCCCTTCGTTCTCATGACGACCGGTTTGAT GCTATGGTCAACAAACTCGAAATTAATGGTCCTGATATCCATAAAATGGA AGTCATTGCCATCACCGATAAAATTGGAAAGAAAAAGGAAAAGAATGATG GTCGGGAAAAATTGGCACGCGGAGGTGATTCCTTAGGAAAGACACCAAAC ACCAAATATCCGAATTCAAAAGAGGCTGATCAACGTGGATTACAATTTGA AATTGGAACCATTGAGATGGCCATCTATGCCAAGGTGGTGCAAAAATGTG GGAACCGCCAACACTGGGAAGATTGGGCCAACGACATTGCCAAAATTGCA GGTACCCATATCTCTCGAATTAAGGCCATCATTGGGGAACCTAAAAACAA AAAAGAAATCGAAGCCTTCCATGACTTTGCGGAAGAACTGCGGGACGATC TAAACGATAGCATCACCGATGAGGAAGTTGTGGAGATGTTAGCCCAACAC CTGATCACAAAACCAGTCTTTGATGCCCTGTTCCAAAATGAAGAGTTTAC CAAACAAAATGCCGTCTCCAAGGCAATGGACAATATCCTTGGGATTTTGC AAGAACACCATTTAGAAAAGGAAAGGGACACCTTACAACGATTTTATGAA TCAGTCAAAATGCGTGCCTCAGGCATTACTAATGCCGAAGGTCGCCAAAA AATCATCTTAGAACTTTATGATAAATTTTTTAGTAACGCCTTCCCGAAGT TATCCGAGCGCCTTGGCATTGTCTATACTCCTGTGGAGGCCGTAGATTTT ATTCTCCATTCTGTGGCCGATGTTCTACAATCCGAGTTTGGTTTACAATT TGGGGATGATAGTGTGCAGGTGCTTGACCCCTTTACAGGCACGGGAACCT TTCTCACGCGCCTGATGCAATCGGGGCTTTTGACTAAAGAAGAACTTATC CGCAAATACAAAAACGGACTCCATGCCAATGAGATTGTCCTACTTGCCTA CTATATTGCGTCCATCAATATCGAGTCTACCTATCACACGGTTACGGGAG AGCCATACACTCCGTTCGGAGGAATGCTTCTTACCGACACTTTCCAGCTT TTTGAAAAGGATGATATGATTAGTCATTTCCTCCCCGACAATAGCGAAAG GCGGATGAAACAAAAATCCCAAAACGTCCAAGTGATTGTTTGTAACCCAC CTTATTCGGCAGGGCAGACCAGTGCCAATGACAACAACCAAAACGTAAAA TATCCTGGTTTGGATTCCCGTATTGAAGCAACCTATGCGAAACATTCCAA AGCTTCTCTTCAAAAGAATTTATATGATTCCTATATCCGCGCGATTCGTT GGGCGAGTGATCGAATTGGAGACAGTGGGGTGATGGGATTTATCACGAAC GCAAGTTTTATTGAAGCTAATGCGATGGATGGACTACGCAAATGTCTGCA GGAAGAGTTTAGCACTTTGTACATCTTTCATTTACGTGGCAACCAAAGGA CATCCGGAGAACTCTCTCGGAAAGAAGGAGGGAAACTCTTTGGTTCAGGG AGTCGAGCACCCATCGCCATCACCATCTTTGTCAAAAATCCAAAAGCAAA GGAATCTGGCAAAATCTTCCTCCATGATATTGGAGATTACCTTACTCGCG AACAAAAGTTAGAGAAATTAAATGTATTTGGCAGTATCCAGGGAATCAGC TTCCAAGTGGGTTGGACAGAAATTATTCCTGACAAACATGATGATTGGAT CGGGCAAAGGGATGATAATTTTGGGGAATTTATCTCGTTAGGTGATAAGA AAGACAAAATGAGAGAGGTATTGTTTGAGAATTACTCTTTGGGAATTTCG ACAAACAGAGATGCATGGGTTTACAATTTTTCAAAAGATAATCTAACAAA TAATATTAAGAAGAATATAAATTTTTATAATTTAGAATTGGACAGGTATC AAAAGCTAAATCTGTCTGGATCTGATAATAGGCAACAAGATATTTCAAAT TTTGTGAATTTAGATTCAACGAAAATTAGTTGGACAGTAAATCTTAAAAA CGAAATTTCAAAAGGAAAACAATTAAAATTTGAATCTACATCTCTAAGAA CAGGATTGTATCGACCATTTACGAAAGAATATATTTATTTTAATCGATCT TTAATAGAAAGGGTGTTACAAATTCCAAAAATTTTTCCTGACAGTAAAAG TGAAAACATTGTTATTTGTGTCACTGGAATTGGCTCTACAAAAGAATTCT CTTCTTTGGTATCGAATACAATTCCCGATTTAGAACTGATTTCCAAATCC CAGTGTTTCCCCCTCTATATTTACGATACAGACGAATCCAATTCTATCGA AGAACCAAACGAAGATGGTCTTTTTGCCAAATCCAAATCTACTATGGACA ATAAAGAACCCAAGCGTCGACATGCCATTACCGATGCGGGTCTGAATCAT TTCCAAGAAGCCTATCCGAAAGAAACCATCACCAAAGAAGATATCTTTTA CTATGTATATGGCCTTCTCCATTCACCGACTTATCGCGAAAAGTATGCGG ATAACTTGAGTAAGGAACTGCCAAGGATTCCGCGTGTGAAAGACCCCAAG GACTTCTGGGCGTTTAGCAAAGCGGGGCGTTCTCTTGCCGAACTGCACAT TGGGTATGAGAAGGTAACACCCCATCCTGTTAAACTTGTCACCACCAAAA CCAAATTGTTACCCGAACACTATCATGTGACCCAAATGAAGGTCGCAAAA AACGGAAAGGAAAAAGACCTATCCATTGTGATCTACAATGAGTTTATCAC CATCACAGACATTCCTATCGAAGCCTATGAGTACGTTGTGAACGGCAAAC CAGCACTCGAATGGATTATCGAACGGTATTGTGTGAAGACAGATAAGGAC AGTGGGATCGTGAATGATGCGAATCTATGGGGGATCGAAAAGGAAAACAA TCCCAAGTATCCGTTGGAATTGTTTCAGAGAGTGATTACGGTGAGTTTGG AAACGATGAAGATTGTGAAGGGACTGCCGGAGTTGGAGGTGTAG >LEPBI_I1665 Putative ribonuclease H GTGAGTGCAAAGTTTATTGACAGGTTCAATATCAACCAAGCCATCTTTTA TGGGATCAGTCGTGCATTGCCTGTGAATCCAAGACAAGTGACTGGTCATC TTCACAAAACTGGAATCCCGCTGGGAACACAAACAAAGGAAACTCTCGCC CCCTTTCTATTCGTAGATGGAAATTACAAATTAAAGATCCACAAACCCAT TGAGGGATACCTTTCGATTCCCAAAGGGGATGATTTGGTCCCATCGATTT CCGCAGCTTCGATCCTTGCGAAAACCTACCGAGATGAATACATGGAAAAA ATGGATGCCAAATACCCTGGCTATGGATTTGCCAAACACAAAGGGTATGG AACCGAAGAACACCGGGAAGCACTTCGAAAATTGGGAATTTCTCCGATCC ATAGGTTGAGTTTTTGCAATTTTCTCCGAAGGGAAGGGAGTGAACCCTCT CTTTTTCCACTCTAA >LEPBI_I2365 Conserved hypothetical protein; putative signal peptide ATGAGAATCTCTCGTTCCATCATCTTATGCCTAATTGTTGTCGGTTTTTC TCTGACAGCCCAATCCAAAGCCCCTCTCGGTGAATCCGAAATCAAGGGTG CCAAAAAAATTGAATTCATCAACCGTTCCTTACGGAAGGCCTCTGATGAC ATCATCCAAGAGAATACTGAAACTGGTAAAAAACTCGCTGAAACTCTGTC CAAGGAAAATACGGCCAGTGTCGATGGTGTCAAAATTGAGCGTATCCTCC CAGGTCCTGATGGGAAATTGGGTGCAGACATCCTTTCTCTCTCGGAAACT CAAAGTTTTGATCACGTCAATTCCATTGCGAGGATCCTTGCCTCTTACAT CGAAACATCTTTCCAATACAAAGCTGGCAATGCAGAGACATTGGCGCAGT ACATTCTCTATTACAATGCCACACATCGTAAAGACGCGAAATTTTTTGGA AAAAAATACACCGCGGGCGTAACAGCTGCTACATCCCCTGATAAACTAGG GATTGATACTGTTTATAAAAATTGGCCAGGCAAAACTCAAATCATCATTC CCATCGAAGGGAACATCTTAAAAGACAGTGGAAAAGATGTTACCACGGAT GAGTTGGAAAAAGATGTGAATCGTACGGTGAAGGATAAAGAAAAAGATCC GGCCACCAAACAAAAGATGGAAGACGAAGCCAAAAAAATGGACAAGTTGC AAACCGATAAACTGAAAGAAGAAAAGAAGGTATTGCAAGATAAAAAAGAC GAAGTGTCCAAAGAAGGAAAAGAACTCCAAGACAAAAAGGATGCTCTGAA AAAACAAGAAGCAGAAGCAGTCGCAAGCTTAAATGAACTGAAAAAAGATC CGGTGAAAAACAAAACCGAAATCGATAAAAAAGCAGAAGAAATCAAAAAG ATCGAACAAGACAAAAAAGAAACTGATCAAAAGACTCAGGCAGTTGAAGC CAAAAAAGAAGAGTTGAGTAAAAAAGAAGAACAAATTGCCAAAAAAGAAG AGGCAAGGACTGGAACGACTACCTCAGGTGATGGTGCGAAAAAAGAAGAT GCGGTCCAAAAGGTTGAGGCCAAAGTCGAAGAATTAAAAACGGAACTCGC GCAAACCAAAGAAGAACTCAAGAAAAAAGAAGAACAAAGTGATAATGTTG TGAATAACAAAATCCTTTTTATGAAGTTCATTAAATATGATACGGATGGA CATTATTCCAACGAACTTTGGGCCATTGATCCAGCAAAAGATGATGCTTT ATTCAAAAGTCCTTACAATAACATCTGTTCAAAGGAATTTAAGGAAATTG CAAACCAAGGGGTACTTGTATTAGGTTACGATGGAGAAAAAATCGAAACC CGAAAACACAAATTGGTCTTACTTGATCCAGACAAATTAGGCGTGAAAAA AACAAGTGAATCGGCAGATATTTTCTGGCGAACACCGATGATCAATCGGG AAGATAAAATCTACGTGATTGAAAAGGTAAAAGACAAATACCATGTCGCA CGATTTAAATCAGACCTAACCTTTGAAAAAAGGACAGAAGAGCCAGTTGA AGAAAACTCGGAACTCACATTCTTTGGGGATAAAATCTATGTCACTGGAA AACCGAAAGAAGGGGACAAAACCACAATCAAAGTCTTCAAAAAAGAAGAC TTAAGTTTACTGAAAACTATCGCTCCGTAA >LEPBI_I2275 Hypothetical protein ATGGATAAAGCACAAGAAGAACAATTGGAATCTCAGATTGTCACTTTGTA TCAAGAGAAAGATGAACTCGAAGCTGAACTTGGTACTTCAGATATTGATT CGATCATATTGGAATTTGAATCTTTAAGTAAAGAGTTGGAATATCTTTAT TCCTTTAAAGAAAACTATCGAAAGGTGAATACGAAGTTAATTCAGATAGA AAACATTGAATCCGCTTACATTCCAAATCACAGATTCCATAACAATCTCA ACCAATAA >LEPBI_I1212 Hypothetical protein ATGAAGTTCCTAAGTGATAAAAGAATTCTAAGGCAGTATGGTTATCCGCC CGATATGCAAATGTTAGCAACGGAAACTGTGCTGAAGCAAGCAGAGCGTA TCGCGAACGAATTAGTGTCAGATAAATACAGTCACAAATAA >LEPBI_I0533 Putative methyltransferase ATGAAAGGCCTTCGCGTTTCTTTTGGAAAGTGGAAAGGAAAAGAAATTCC ATCCCCTCCCGATGTATCAGGTCATCTAAACTTTACCAATAGCCTGGTGA AAAAAGCCATCTTCTCACTGATGGATTCTCGTTTATTGTCGTGGGGACTT AGCTTTGATTCTGTTTTGTTTTGCGATTATTTTGCAGGCAGTGGTCAAAT TTCTGCCGAAGCATACAGTTTGTCCGCAAAGCGCCTACTGACTTATGAAT TGGACCAAACGAGATTTCGAAATTTACATACTTTGTTTCGCGGTTTACCC AATGTTCAGTTGTTTCGAAAAGATGCCACCAAACATGCATTAAAATGGGA ATTGGGTGATGAATCTGCGTTTATATTTTATTTAGATCCGCCTTACACAT ATTGGTCGGAAACACCAACTCGAATGAAAGAAATGTTGGAAGTTTTATAC CAATTTTGTCTCTCTACCGAAAAACCGTTTTTGATTCTCTGCCAAATCCC TGAACACCAAAGTACAAAACATATTTGGGTGAATGTACCCTATAAAATAA GAGAGTATGGAAGCCATTTGATTATCGAAACAGGTTATGAGTCAAAAGAA ATTTTGCCAGAATGA >LEPBI_I2068 Conserved hypothetical protein TTGAAAGAACGAAAAAACTGGAAAGATCATTTCCCCACTCCGATTTATAC TTTGGCTTCCTTTGATATCAAACTCCCACGTTCCGAAAAGGAAAAAACCT ATTATGTGTTAAAATCAAAAAATTGGGTCAATGTCGTGCCCATCACAAAA TCCGGAGACATTCTACTCATCAAACAATACAGGCATGGGATTGGAGAAGA GAGTTTGGAAATCCCTGGTGGCATCGTGGATGAAGATGGCCCCGATGCAG AATTGGATTCGGTCATTCGAGAGTTACGAGAAGAAACAGGTTATGCCACG GATCTTTCAAAGATTCAATTGTTATCGAAGTTTTCAGGAAACCCGGCTAT GTTTACAAACTGGTCTTATTCCTATGTAGCAAGAGACGTAGAACCCATTC ATGAAGTGGAATTTGATGAAGGGGAAGACATTGAAATTGTTTTAAAATCG CCCAAAGAAGTGAAACAACTGTTACTTGACGGGACCATCCACCACCCCCA TATGGCGGCAGCACTTGGGATCTATTTTTTAAATGAGGGTTAG >LEPBI_I0690 Putative DNA processing chain A DprA, SMF family GTGGTTGTTTCCATTTTGGGTCATCCCAAGGTCACCTCTTATTTACGCAA AACAAAGATTTGGCGAAGTTACAATTCCTTTCCCAACTTATACAATGATT TACCAAAATTTTTTGTTAAGGAAGATTGGGAGAGGTGGCTTTTTGAATGC CAAATCTGGGAAAAAAATAAAGACCCCAATTGGCAGTTAGTCCATTTTTA TGACGAATCTTATCCCCAATTATTAAAAGAAATTTACGATCCACCGCTTG TCCTCGTTTGTTTGGGAGATCTTTCCGTATTTCAGAGAGAACTTGTTGCC ATTGTGGGAACAAGAAAATCCTCTCCCATCTCCCTTGTGGCAACAAAGGC CCTGGTGCAATCGCTTGCAAAAAAAGAAAAAATGGCAATCGTCTCAGGGT TGGCACTGGGGATCGACAGACAAGCGTTTGTCTCCGCACTGGACTTAGGA GTGCCCGTCCTTGGAGTCCTTGGAACAACACTCGGTATGGAATACCCTCC GGGAAACCGAGACCTCTACAAACGGATTAAATCGGACACAAAACAGTTGT TAATTTCTGAATTTCTTATGCAAACAGAACCGGCCAAATGGACTTTTCCC AAACGAAATCGGGTGATCTCAGGTCTTTGCCAGAAGGTCTACATTTTGGA ATCAGGAAAAAAATCGGGGACCATTTCCACTGCCACAAGCGCCATGGAAC AAAATCGTGAAATTTTTGTTTTTGATCATCCCCATCAATTTGATAATGAG GGTGGTAAGATGTTACTACGACAAGGTGCTGGACTTTTGACTGGGGAAAT GACAGAACCATCAAAACAATGGATTGAAAAAAAAATCTTGAGTTATGAGG AATGGAGAAAACAAAAATCCACCAACTTCCTATCGAAAAAGGAAGAGGTG GAGGTGAATTTCAAATTTATCCTTTGA >LEPBI_I1792 Conserved hypothetical protein TTGGAACAAGAAATCCTTTCCTTCCATCTCAAGATAAATAATTCGAATCG AGGTGGTGTTTTCTTTTCTGGAAAAAAAGAAGATGTCATCCAATTTGCCA TTCATACTAAATTTGCCTCTCGTGTGAACCTGCAGTTGTTACACGAGAAT GCCCAAAACTATGATGAATTTTATTCCAAAGCAATCGAACTACCATGGGA AAAATACATTGGTCCAGGTGTCAGTTTTAGCATCGATGCAGAAACAAAAG ACAAACTGAAAAACTCTGAATTTTCGATGCATCGAATGAAGGATGCCATC CTCGACAGATTACGAAGTCAAAAAGTAGCATTACCGGAAATTCAAAAACG AATGGCGGATGTAACCATTGTTGTTAGGTCACATACGGACAGGTTCAGCA TCGAACTTTCGTTATCGGGTGATCCGGTAGGTAGACGTGGGTATCGTTTG CATGCTGGGAATGCTCCCGTTCGGGAACCAATCGCTCAAGCGATGTTAGA ATTATCCGAATGGAAAGAAGGAGATACTTTGCTTGATCCCATGTGTGGGT CAGGCACAATTCTCATTGAAGCTGCTCTCAGGGAACGGCTGTATGGCGAA ATCAATCGATTCTTGTTTGCAGAATCACCTATCTTTCAAATTTTATTCCC TACTTATGTTTTTTCAGAAAGGAAAAAAGAAAACCCCACCACACCACATT TATTCGGATTTGACATTGATCCAGAAGCCATTCGCATCGCAAAAGAAAAT GCGTATGAAGCCGGTGTGGAAGACTTTATCAAATTTGAAGTGGGAGATTG TTTGGCATTAAAAAATGCATTTGGCTCAAAAGGCCATTTGGTGACCAATC CTCCCTATGGGGATCGGATTGGAAAACCGATGGAAGACTTACGAGAGATG TACTTTCAGTTTGGTCGGGTTTTAAAAAATGAATTTGGTGGTTGGAAGTT TACCGTCTTATGTGCTGATTTTTCATTATTCGGAAAATTTGGCTTAAAAG AAAACAAACATATCAGCCTCAAACATGCAAATCTAAAGGCAAAAATAGTC GATTATGAATTACGAGGGGGGAAATGA >LEPBI_I0334 Putative DNA mismatch repair protein; putative membrane protein TTGTATTCCTTACGAAAGGAACAACTTCAGTTTCTTAAGCAAACACTCCA ATTCATTGAAGGAGAAATCTTTAGACTCACTGGAGATTTGAAAAAACTAA AAACAAGGGAACATTGGGAATATCCAGTTTTTGTAAGAAACCATCCACTT TCTATTGATTTGGATCTTTGCACCAAACAAGGGTTTTTGGGGGTGTTTGA TACAACTGTTACAGACAATGGATTCCAAATTTATTTGCATCAATTTTTGC AAGAAAAGAGTCCTTTTGGAGAATTCAAACCAAATCCAATTTCTGTAGAA CAGATATTAAATCAAAGAAATTATCCCTTCCAACTGATGCGTAAGTTTTT GGTATTGGATGGCGAACCAAATGAAAAATTTGTTCTCCCCCAAGTCAGTC AAAACTCTGATTTTTGGAAAAAACGAAAATGGCTCCGGTGGTTTTTTCCG ATTTGGGGAATGTTTTCTCCTCTTTATATTCTAGTTGGATTATTATTTGA TCTACCTCTCATTCCCTTATTAATCCTTCTCAATGGAATTTTATTTGTGA GTTATCGCAAAGAATCCATTTTGATATGGAAGGAAATTAAAAGTTTAAGT TTCGCATCGAATTTGTTCAAAAAAACTTTTATATTCCTTTCGAAAGAAAG AAAAATCACCAAACAAATGCTAAAGAGGATTTCCAATTTAGGAGATTCTT CGGAATTACTCGTCTCTCCCCTTCCCCATTTGATTTTGAATTTATTATTT TTATGGGATCTATGGAAAATCCAATCTTTACAGAAATGGAAACAAAACTT TTTAGTCCATTGGAATGAATTACAAAACAAAATCACAACCATTGATTCTA TTCTTCCTTTGATTAATTTTGGCTATTTGAATCCTGACGCAAACTTTGCC AAAATCTCGGACGATACAAAGTTAAACGCCGAGTCTTTGGTTCACCCACT CCTTTCCCAGTCCCATCGAGTATTCAATCCCTTACCTGTCATGAAACCAG GAGATTTAATGATTGTCACTGGTTCGAATATGAGTGGAAAAACAACGTAT TTACGTTCGATCGCCATGTCATTGTTACTTGTTGGATCAGGTGCGCCTGT CTTGGGGAAAAATTTTGAGACCCCAAAATTTCAAATCCACACTTTGATAC GGTCCCAAGATTCTATGGAAGATGGAGTTTCCTTTTTTTATTCCGAAGTT AGGAGACTTTCTTCAATCATCCAAAATGCAAATGGATCCAATAAAACTCC AATTTTGTTTTTAGATGAAATCTTAAAGGGAACCAATTCAAAAGAAAGAT TCATTGCCACTCGAGAAATTTTATCTGTGTTACGCGAAAAAAACTGTATC GTCTTTTTAACGACTCATGATTTGAAACTGACCGAGATTCCTTGGGCAAA ACGATACCACTTCACCGAACTAGAAAGAGACGGGCAAATGGATTTTGACT ACAAAATCAGAGAAGGAGTGTCTAGTTCGACAAATGCATTAAAAATCTTA AAAAAAGAAGGGATTCCGATTCGCAACGAAGCGGATACCTGA >LEPBI_I2170 Putative nucleoside triphosphate hydrolase ATGATTAAAATAGAACACATTGAAATTTTAAATTTTAGATCAATTGTCTC TGAATCGATAAAATTCGGATGCAAAGAATATAATGTGATCGTAGGGGCAA ACAATTCAGGTAAATCCAATATCCTTCGAGCATTAGAGTTATTTTTTAAT GGAACAATTGATAGAAAAAAATATTCTTTCGAATTAGATTTCCCGAAAGC AACAAGCATATTAGCTAAGCAGACCACACAAATTTCTATTGAATTCTCAT ATGATCCAAATAAAGAAAAAAAAATAGATTTGGCCTTAACTGACATAGAA AAAAACACAAAACAGAAAAGATTAAGTAACAACAGGTTACTACTTCGTTT GAGACTAAATAAATCAGGTGAACCACAATGGAATTTTATAGGTAGAGCGG GAAACCTAAATATCAAACAGGAGTTAATAGATAAAATAGTCGATGTGGTT TTAAATTCAGTACGATTTAAATATATACCTATTGGAAGGGATATTTTACA TACAATTCAACGAGAAATAAGTGAAGAATTGGTTAGAACAATATTTAGTG GATGGAGCGGAAGTTCTGTAAAATATAGACAAAAAATTAATACCTCTCTT TCAAATCTTATAGATGATCTTAAACCGCAACTTTCAGCGAGCAGCCAATC TATCACCAATTCATTACAACAAGTTTTTTCCGAAATAAAAGAATTAGAAC TCAAATTACCATTTGATTCAGTAGAATCGATGCTGACATTTCTAATTCCC GATTTGACAGATCATTACAAAACCTCCTTAGATTCAAAAGGTGCAGGAAT TCAAACTAGTAGCTTATTATTCTTTCTTAAATATCTAGCCGACAACCACC CTCAAAGACATAATGCAGTCACCACTTTCATCTGGGCAATTGAAGAACCA GAATCATTCTTACACCCTTTAAAACAAAGAGGTGTCTCTCAAATCTTGAA AGAATTTTCAAGAGAAGTACAAACATTTATATCGACTCACTCAGGAAATT TCGTCAATCAAGAACAGGAAACTCAACTATTGGTAGTTGAAAAAGATTCA TCTGCTCCATACTCAACAATTATAAAAAGTAATAAATATGATGATGCGAG GGAATCACTGGGAGTTTCCTTAATCGATTCGATGTTTCTAAAAAAAACAA ATATCATTCTAGAAGGTCCCTCGGATGAAATTTTATTTCAAGGATCTTTA CTTAAATTACATGAAGGAAAGAAAATTAACTTAAATCCGGAAGACGTTAA ATTTTTCACGGGAAATAATTGCAATTCCGCCTGCTTACTATTTGAAGCCT ATTACCCATTGACAAAAACTGGAGAAGTAAGAAATATTCTGATAATTGAC GGCGATGATGCAGGAAAAAAAGCATAA >LEPBI_I3056 Hypothetical protein; putative signal peptide ATGCTCCGTAAGCTACTTACATTTCAGTTTCCTAAATCATTTTCTTTTGC CATAGGGCTCACCCTCTTTTTTGGTTCCTTTCCAGTTCTTGTTGCAAACC CCGACCTACTTGAAGGAGATATCTACTACTACGATACCGTTGGTCAAAAT CGGAGCCGACCTCCCCAAAGGCCTCATCCCAACAACCTCCACGTGCCCAC AATCCCCGCCAAACAAGAGATAACCGTTTTCTCGAATGCCGCGACAGACA AAACTGCATACCCTTACATCCAAACAGCCATTAACTTTGTGGAAGGCCAT TTCTCCTTCAAAGCATTTTTGGCCGACGGCACTGAAGTCTCCTATTCCAC TCGTGGAGAACATGTGCGTTACTCCAAATGTTTTGGCGAACTTTGTATCA TCATCTCCCAAAAAAATGTGTTAGGTGTGAGTAATACAAGCACCGAATGG GAAAAGGGCCATATCTTTGGAGAAGAACGTTACGAAGTGGCAGTGGGTCA CAGGGCCGCCCTTGTGGCAAGTGATCGCAAACTCTACTTATACAATAGTT ATACGAACCATTGGGAAACCATTAGCCTCGAACAAGAAACCCTTCGTTCC TTTGCCAACCTCTATGATAAAGTGGCCATCATCACATCCCGCCGTATCCT TGTGATTGACCTTACCACCGAAGCCCAATTTGAACAAAACTTACTACTCC GTCGCATTTACCAATTTGAATTGAGAGATGGCTTTATCAATTTTTACTCT GGTGATAAACTTTGGATGTTTCGCCACCAAACAGAGGCATTCGAAGAAGT GGATTTGACGGATTAA >LEPBI_II0248 Hypothetical protein TTGCCAGATGTTTTATCTGGCAAGTCCAGTTTCTCCATGCCAACTCCAAA ACCAAAACTTCGGAAAGTAACCAAAGCCAAAAAAACAAATACAGATGTTC CTTCACAAATGAACGAGGAAACGCTGATTTGGTCCGGTGAATCTTCCAAC CAAACCAAGGCACAAAAAGAATTCAACGATGCCCTTCGCAAACACAAAGA AACCATTGAACGAACAAAAGAAATCGAGCCACTCTTCCAATTGGTCAATG ATACATACTTAAATGTCGTTTTACCGGAATTAAACAAACAAAAACAGTTG GAACGCGAACGATTTGAACTGATGTGTTCCATACTTCTCGAAGAAAAATT ATCGTTTGGAAAGATGCAAAGGGAATTTTTACGCAGGTATTTACTGGATA TGTGTAATGATGCATTGGCAGAAGATTCGGAGTTTTACTCTCCCTTTCGT GACCAGTTAGAAACCAAATTTGAAAAGATGGAACGGATCCGTTATAAGAA TCAAATGGAATCGAGAATCAAACAAACATTTGGTGTCGATATCGATTTGG ATGATTTTAATCGTACACAATTTGATTCAGATGAGGAAAGGGAAGTTCAC GAAGAGAAATATAGAGATTTCCGCGAAAAATATGAAGAATATAGATCTGA ATATTTTAGAAAATCCCAATCAGGATTCAAAGAGAAATCAAAATCAAAAG CACAAATGGAGAAAGAAAAAAAACAATTGGAAGCAGAACGATTGTTAAGT ACAGATATCAATTCATTATTTAAAAATTTGGCAAAACTCATCCATCCTGA CAAAGAACAAGATCCAGTTTTGCGTGAAAAAAAAGCCAAACTCATGACAA AACTCTCTGGAGCCAGAGACAATCTAAACATTGCAGAAATATTAGAGATC AAATTACAAGTGGATGAACTGATCCCGAACCAACAAACGAATGTTTCCTT CCATGACACATCAATCAAACGATTTGTAGGGATCATTAAATCTAAAATTA GAGAATTAGAAGATTCGATCAAACAACGATTTTTTACTCATCCACTGATG GCAGATTTCCCTTCGAGTAAAATCACAAAAGAGACTTTGGATGTGTATTT AAAACGAGTGAAGTTAGACAACCAAATGGTGACAAAAGCCTACCAAAAAG AAGTAGACCAATTGACTAAAGAGCCAAAGTACATCAAAGAGATGATTCGA GAACTCCAAAGTTTGGGAGTTCAATTTTAA >LEPBI_I2544 Putative DNA repair helicase ATGACCAAGCCACTCACCGTACAAAGTGATAAAACAATGCTTCTTGAGGT GGATAACCCAGAATTTGAAGCGTGTCGGGACCTCGTTGCCAAGTTTGCCG AGCTTGAAAAAAGCCCGGAATATATGCATACCTACCGTATTTCTCCACTT TCTTTGTGGAATGCTGCATCGATCAAAATGACGGCAGAAGAGATCATTGA AGGCCTGACTAAATTTGCCCGTTATTCTGTTCCTAAAAACGTGATGAACG AAATCCGAGAACAAATCTCTCGGTATGGAAAAGTAAAGCTCGTCAAAGAA GAATCCGGCGAATTGTACATCATCTCCAATGAAAAAGGTTTCATCACAGA AATTGCGAACAACCGTGCCGTCCAACCCTTTGTGGATGGAATGGAAGGTG ATAAAATCCGAATCAAAAAAGAATATCGTGGTCACATCAAACAAGCGTTA ATCAAGATTGGTTTTCCTGTGGAAGACCTTGCTGGTTACGATGAAGGAAA CAAATACCCATTTAACTTACGTCCTACGACAAAAGGTGGGATTAAGTTTG GGATGCGTGATTACCAAAGAGCATCTGTGGAAGCCTTTCACGCAGGTGGA CGTAACGAAGGGGGATCTGGTGTTGTGGTACTTCCTTGTGGTGCGGGGAA AACCATCGTGGGTATGGGAGTGATGCAAATTGTTGGGGCAGAAACACTCA TTCTTGTGACGAACACTTTATCTATCCGTCAGTGGCGAAATGAAATCCTA GACAAAACGGACATTCCAGAATCAGACATCGGTGAATATTCAGGTGAGAT GAAAGAAATCAAACCGATCACCATTGCAACTTATAATATCTTAACTCATA GAAAGAAAAAAGGTGGGGACTTTACCCATTTTCATATCTTCAGTGCCAAT AACTGGGGACTTATCGTTTATGATGAGGTTCACTTATTACCAGCACCAGT CTTTCGTATGACTTCTGAACTACAAGCCAAACGTAGGTTAGGTCTCACGG CAACACTTGTGCGTGAAGATGGATTGGAAGAAGATGTATTTTCTCTCATC GGTCCGAAAAAATACGATGTACCATGGAAAGAACTGGAAGCCAAATCTTG GATTGCCGAAGCCAATTGTGTAGAAATCCGTGTTCCTATGGAAGATGACC TTCGTATGAAGTATTCTGTTGCTGATGACCGCGAAAAGTTTCGTTTGGCT TCCGAAAATCCAGAGAAACTCCGTGCGATCAGCTATATTTTGAAAAAACA CTCCACTAACAATATTTTGGTGATTGGGCAGTACATCAATCAGCTAGAAG AAATTTCCAATACCTTCAAAATCCCTTTGATTACTGGAAAAACCCCACTC CCTGAAAGACAAGAACTCTACCAAGCGTTCCGAACAGGCCAGATCAAACA ACTTGTGGTTTCAAAGGTAGCAAACTTTTCCATCGACTTACCAGATGCCA ACATTGCCATCCAGGTATCGGGAACATTTGGTTCCAGACAAGAGGAAGCA CAACGATTGGGGCGTATCCTACGTCCAAAAGCACAGGACAATACTGCGAT TTTTTACTCACTGATTTCGCGTGATACAAATGAAGAGAGATTCGGACAAA ACCGACAACTCTTCCTCACCGAACAAGGGTATGAATACGAAATTTATACT TTGGACCAGTTCAAAGAAACGGTTCCAGAAGAATCACTCACGAAATAG >LEPBI_I1287 Putative A/G-specific DNA glycosylase TTGAACCCACAAAAGAAACTCCGCGATTGGTATCTTTTACACAAACGGGA TTTACCTTTTCGTAAAAAGAAACAAGCTTATCCCATTTGGATTTCGGAAG TGATGTTGCAACAAACGAGGGTAGCCGCGATGTTACCTCTCTTTGAAAAT TTTGTAAACCGATTCCCAAACCCAGAAAGCCTTGCAAAAGCGACTGAAGA AGAAGTCCTTTCTTTTTGGAAAGGACTAGGGTATTATAGTCGTGCTCGTA ATATTAGAAAGGCTGCAATCCAAATTGTCCAACAATACAACGGCTCTTTT CCCAAAGACTTAGATTCTGTATTAAAACTTCCAGGCATTGGTAACTATAC AGCACGTGCGATTTTATCAATCTCCTATGATTTACCTTTGGCAGTTCTAG ATGGAAACGTAAAACGTGTTTTGTCACGTTATTATGGTTATACGAAAAAT ATTCTCGGACCTCAAGCGGAGAAAGAATTACAACTGAAGGCAGATGGGTT TTTGAACCTAGACTTTCCTGGAGACCATAACCAAGCGGTGATGGAACTTG GAGCTACCATCTGTTTGCCAGAGTCTCCCAAATGTTTGGTTTGTCCTTTG ATGGATGGCTGTTATGCAAGGATCCATGGAAAAACAAAAGAGATCCCCCT TCGAGAAAAAAAACAAAAACAAGTGCTCCTAACTGGTGAGATTTGGGTCA TCCAACAAAAAAATTTGATCCTTCTCATCAAAGAAAAAAAGAACCGGTTT TTAAAAGGGATGTTCCATCTCCCCTCTGGTTTTTTAGGTGAAATTCCAAA CAGTGATTACGCGCCGTCTCCTTTTTTTCATTCCGTGCAATCGGAATACA AGGAAACTCCATCCAAAGGAAAGTTCAAACACACGATCACTTATCATAAA TTAGAATATTCGGTTCATCTCGTGAATTTAAAAGAACCAAATCAGATCCA ATCGTTATTAGCTGGAAATGATCTCGAATCCAAATGGGTAGAAGTATCGG ATTTAGAATCTGAGTTCCCATCTTCCCTCGCAAAGAAAGTAAAAAAGATT TTGCTTTACTAA >LEPBI_I1379 Putative helicase TTGGATTATATTACTTCTATATTGTCCAAAGAACGGGAAGAGGAACGAAA TCTATTTTTAGAAAAAGAATCGGAAACCCAATCCATCAAATCCGCTGAAC TTGTAGACCTTCGATTCGTGGTGGGAAATACTTGGAGAGCCGAATTTGTA GCAAATGTTTCCCTCAAATCCAAACGTTGGTTAAAAAAAGGAGTACCAGT CCTTTTACAAAACCAAAACGAATCCATTTATGGAAACATATTCCAATGGA ATGAACCAAAACTTGTGATCCAAGTGCGCGGAGATTATGAATGGGACGCG GAAACATACTCTATCTCCAAATGGTTCCCCGAATCCACTTATGATTTGTA CAATGAAATCATCGGAAAAGTAAGAGCTGAAAAAGAAACTGATTCCTACA AAAAACTAAAATGGGCCCTCGGTTATGGACTGGGTGATAAACCCTCCCCT CCCAAAAAAACGATGGAACTCACCGCTTTGGAACGGATTTTTTCCATTTC CGATTTTGGAATGGTCTTTGGACCACCAGGAACCGGAAAAACCACCTTAC TCATGCAAGCTGTTTCACAGATCACACAACAAAAGGAATCAGTGCTTACA CTTTGTCCCACAAACTTTGCTTGCGATTACATTGTAGAGCTTGCGATCCA AAAGGGAATTCGTGTGATCCGATTGGGTAACTCCACAAAAATCAAAGAAG AAGTATTACCTTATCACCTAGACCACCTCATCCAAACCCATCCCGATCAA AAACAAATCCAAAATTGGCAAACCGAATTGAAAGTGATCCAAAAAAAAAT CAATTCCTGGAAACGCAATTTTGGCAAGGAAGAACGAGAAGAACGTAACA ATCTGCGAAAAGAAGCAAAGTTTCTAGTCCATACCATACGCGAACAAGAA TCCACAATCAGAACCAAACTCTTAGACACAAGTGAACTAATTGTTTCTAC GTTTGCAGGTTTTGGTAATGAATTTAAAAAAGGTAGGAAATTTGATTATA CATTCGTAGATGAAGCCACACAAAGTGTAGACCCTGGCTGTTATATGGCA ATGTTTTCAGGGAAAAAAACTTTCTTTTTTGGAGATCCCAAACAACTCGG AGTGAACTATTCCCATCCAGACCACAAAACTGTTGCTAGTTTTTTGGAAA AAGTGATCGATTTGGATTCGGGGGAACGAACCATCTTTTTAGAAAAACAA TTCCGCATGAAACCCGAGATCCTCGGTTTTCCCAATCTGACCTATTACGA AAACAAAGTATTCACTCATCCCAATCTCACATTTTTAACTTCTCCCCCGT TTTCTGAAATCTTCGGATCCGATACCCCAATCTTATGGGTTGATACAGCG GGCAGTGATACTTCCGAAGAAACAGAAGGTGAAGAGATGAGTTTTTTCAA TGAAACAGAAATTGGTCTCATTGAAACTTTTTTTGAAAGAGGGTTACCAA AAGAAACAACAGCTGTAGTATCACCTTACAGAGGGCAGGTGGACAAATTA AACCTAAGAGCAGATGGGCGTTGGATTGGTCAAACCATTGATTCCTTCCA AGGCCGGGAATCTGAAATTGTGATCTTAAGTTTGGTCCGATCAAATCCTG ATGGAGAAATTGGTTTTTTAATGAATCCCAAACGTTTGAATGTGGCCCTC ACCCGTGCCAAGTCCCACCTCATATTGATCGGAGACTCATCTACCTTGTG TCGTCATAAAGAGTTCCAGGATTTGTACAATTACATCGAATCCAATGGAG AAATTCGTTCCATTTATGAATTTCTAGACTGA >LEPBI_I2175 Putative ATPase ATGACTTCAGAAGTTAACCAAGTTAAAAACCAATTTTCAAGCAATCCTCA CCTATGGCCTCAGTTTCTAGAATCAATTAAAATATCTGGGCTACATGGAT TTAATGGGGAAGAGATTTATTTCAGATTTCCAATCTGTGCCATTGTAGGC GAAAATGGGATGGGTAAAAGTACCATCCTAAAAAGTTTAGCTTGTGCTTA TCAATCAAGTGATGTTACGAATATACCTACTTATTATCCGTCAACTTTTT TTCCGGAAACTAAATGGGATACCTTTCCAAATGTAGAACTCGAATATAAG ATTAGAAATGGTACAAACAGTGTGAATTTTAAAGCGAAAAAAAGTCAACG CTGGCGTTTTTCAGGAACAAAAAGAACAAGAAATGTTATTATTTTGGATG TATCTCGAGTACTACCTCTAGATTCCACAAGGGGATATACTCGATTAATA AATACAGCTTTAACAGAAATTAGTTCCAGTCAAATATCGGATGAATATAG AAGCCATCTTTCATACATTTTAAACCGTAATTATACCAATGCCCGATTTA GCAAAACTAATCAAGACGATACTAGAGAAGTTGGTATATTGGCAAGACAA TATGGAGAGGTTTCACAATTCCACCAAGGCGCCGGCGAAGATGCTACACT GGATTTAATAAAAGTATTAGATACCATTCCAAATAATTCATTAGTTTTAA TTGATGAAGTAGAAGCCTCATTACATCCGAAAGCACAGCGTAGATTGATA GAATTATTAATAAAATTAACGAGAACTAAAAGACTTCAAATTATCGTAAC GACACATAGTCCTTACATACTCGCCGAAATACCAGCAGAAGGAAGGTTGC TAGTATTAGATTCGCAAAATAGAAAAGAAATTATTCCAGGAATTTCAGTT AACTTTGCTTTATCCCAAATGGATGAAAACGATCACCCAGATCTATATAT TTTTACAGAAGACATGGAAGCTGCTACTATAGTTTACGAGATAATAAAAA AACATGACAATTCATCAACTATTTTACGGAGAGTATTAGCTAAACCAGTT GGTCCTAGTAATGTTGTAGAAATTTTAGGAACATTAAAAGTAGAAGGACG GCTCCCATATATGTCCTTATCAGTATTAGATGCGGATAAACCTACTTCAA ATGGATGTATTAAACTTCCGGGTAACTTAGCCCCAGAACGACAAATCTAT AAAGATTTAAAATCCAACAATTGGAATGAATTGGAAAATAGATTCAATGT TGGTCCAGGAATTCTATACTCAATATTAGATGAGGCAATTCTCTTACCAA ATCATCATGATTGGAATGAATTCGTTGGAAATAAACTAAAAAAAAGCAAG TCCCATGTTTGGGAGATCTTAGTAAATCAATGGGTTAATACTTGCTTAAC TCAAAATGAAATTGATAACTTTAATGAATTGATATGTAATGAATTAATTC CAGCCAGCGCATAA >LEPBI_I1719 Putative ATP-dependent helicase TTGGACGTTTCATCTGTTTTTACCAAACAACTTCCAAAACTTTGGAAAGA CTATGAAGTCAGAAAAGAACAAATGGAGATGTCTCAGGCAATCGAGTCTG CATTTCAAACTGGTTCCAATTGGGTGATTGAAGCAGGTACTGGGGTCGGT AAGTCGCTTGCCTACCTTATTCCAAGTGCCCTTTTTTCGCTCGAAAATGA ATGTACCGTTGTTGTTTCCACGGAAACAAAATCATTACAAGACCAACTTC TTTATAAGGATATCCCTCTTGTTTCTGAGGCTTTAGGGGTTCCCATCAAT GCAATGGTTGCACTTGGTGCAAACAATTACCTTTGCAAACGAAAATACAA CCGAGTCATGGAACGAGGTGATTTTGGTCCAGAAATGGAATCGTCACTCC CCTATTTTGTCAATTGGGAGAAACAAACGGAAAGTGGGATTCGGGCTGAA TACGATGGCTTTTTGTCTAATTCGTTTTGGTCTTCTGTCGCTCGTGAGTC TGACAACTGTTTGGGGAGAAATTGTCCTAATTTTAGTTCCTCGTATTATT TTTTAGAAAAGGATAAATGGAAAAAAGCAAATATCTTAATTGTAAACCAT CACTTACTTGCAAGTCATTTGGCAGGTGATTTTAAGCTTTTACCTCCTTT TTCGCAACTCGTCATTGATGAAGCACATGTTTTTCCAGAAATCGTTGGCA AAGCTTTTGGATCAGAAATTCGTTATGAATTTATTTTGAATTTGCTCCAT TACCTTTATTTTCCAGAAAAACGTACTGGATTGGTTTTGAAATTAAAGTC GAATGAAAAAATCATCAAACAAATAGAAGCAAGCATTAGTTATGCGAATG ATTTATTTCGGATGCTTTTGTCTGCTATTCCTTTACAATTCAATCAATTT TCTAGCCGGCATACGGAACGAATCAAACTGGATAATGGTGCTTTAGAAGA TACATTGGCTGACCTTTCTTCAACCTTAGAAGGACTATTATCGAAGTATA AAAAAGATAGTGACGATATGGAAGAAAAAGAGTTGGCTTTGGGTCTGGAG ATGGTGGCTGGAAATTTAAAGAAGGTTTCTTCTTTCCTCACTGACTTTCG ATTAAAAACAAATCCAAATTTAGTGTTTTGGATTGAACCTCCACCGCAGA TGGCAAAAGATCCGTTCTACTATTTGTTTTCCCAACCAAAAAATACAGAT GAAATACTAGCAAATACTCTTTTTCCCAATATGGATTCCGTTGTCTTAAC CTCTGCTACACTGTCACCTACAGCGGGAAACTTTCAATATTTTTTAAAAG AGGTGGGCACAAGTGAAGTCAAAACAAAAACCCTCAATTCTCCTTTTCAA TACCAGACTCATTCGCTTCTTTTTGTACCCAAACAAATTGCCGATCCTGT TTCTGATCCGAAACGAAACAAAATTGACCTTTCCTATTGGATCACTCGGC TATTGAAACTTTCAGAGGGAGACGCCTTTGTATTGTTTACCTCGAATAAA TTACTTTCAGAATTATATGAAGAGATTCGAAATTTAGTCCCCTATCCTAT TTTTGCCCAAACGGAAATGGGGCCTATTGCCGCCAAACGTGAGTTCCTCG CAAACAAAAATAGTGTACTTTTTGGTGTATCAAGTTTCTGGCAGGGTGTG GATATCAAGGGTGATAAACTTAGAAATGTGATTGTGACAAAACTTCCTTT CCAAGTTCCAACAGAACCTGTTCTCCAAGCAAAAATGGAAGATATGGAGA AAAAGGGAAAAAGTCCCTTTTGGGAAATGCAAGTTCCAAAAACATGTTTG TTACTCAGACAAGGATTTGGAAGACTCATCCGCTCCCAATCCGACACGGG GATGGTGAGTATCCTCGATCCACGGATTCATACAAAATCCTATGGAAAAA ACGTCTTGCAAAGTTTACCGAAAGGAGTTCCGCTCATTACGGAATTTAAT GATTTAGAAAGAAAATTCCATTTATTGCCGAAGTGA >LEPBI_I2847 Putative ribonuclease H ATGTCCACAAAAGATACGACTTTCGTTTATTGTGATGGAAGCTCCAGAGG GAATCCTGGACCCGCTGCAATCGGTGTTTCCTTTCAAAACAATGAAGGAA TGGAATTTCATTTCCTTTCAGAAAAAATAGGGAACGCAACCAATAATGTC GCTGAATGGAACGCACTATCTCGTGGAATGGAAGAAGCGATTAGGCAAAG CATAAAAAAGATTAAGTTTCGATTGGACTCAGAACTTGTCGTCAAACAAA TGAAAGGTGAATATAAAGTAAAAAATAAAGATCTAATGGTATTTAAAACG AAGTGTGACCAACTTAAAAATTCATTTGAGAGCTTTGATATTCAATACAT TCCGCGCGAACAAAATGCACGAGCCGATCAACTTGCTAATTTTGCTCAAG ATTCCAAACCATGA >LEPBI_II0036 Putative DNA-binding protein (HU-like protein) ATGGCAACAACTCCTACCCCAATGAAAAAGTCCGAAATGCTCAGCGAACT TGCTGAAACAACTGGTATGACCAAAAAAAATGTAGCAGCATTCTTGGACT CTTTTGTTGAACTCGCATACAAAGAAACAAAGAAGAATGGTGCATTCGTC ATCCCAGGATTAGGAAAACTTGTTAAACGAAATCGTCCCAAAAGAAAAGG TAGAAACCCAGCAACTGGTGAAGCGATTGTCATCCCTGCAAAAACCGTTG TTAAATTTACTCTTTCTAAAACTTGCAAAGACGCAGTTGTTCCACCTAAA AAATAA >LEPBI_I3287 Conserved hypothetical protein GTGAGTAAACACGGTTTTTTTCAGATCACACAAAAGTTATTTTTAAGAGA CGGGGACTCTTTACTAGTTTTGCGAGACCAAAAATCTGGGCATGGCGATC TTCCTGGTGGAAGAATGAACGAGGATGAATTTTTCGATGATTGGACACAA AGTATATTTCGAGAAATTAATGAAGAACTTGGTGAAGATATAAATATAGA AGTGAATCCAATTCCTATTTTTGTTCACAAACATAGAGTGAATGATGGGA ATTTCCCATGTATTATTATTGCTTATAATGCAAAACTTATCGATGGAAAT GTAAAATTATCTGATGAACACGATTACATGGAATGGGTGGATATCAAAAA ATTTGATCCCAAAAATCTTTTTTCGGAGTACATGTTGGATGCAGTCCAAC TTTATTTAAATCAATATGCATAA >LEPBI_I0047 Transposase, IS30 family ATGGAAAAATACTCTAGAATTAGTCCGAAGGAAAGGGAAACCTTGTCCGT GTTGATTCATCAAGGATACTCTAAAGGTGCGATTGCAGAAATGATGGGTC GTCACCGATCTACAATTAGTAGAGAATTAGAAAAAGGAAAAATTTCCGAT AGATATTATCAATACTCCGCAATTATTTCTGGGTATAAATCAAGAATGGC TGCCTCATCTAGAAAGCTTGGAAAAAGTAAATTATTAACTAACAACAAGT TGTATAGGGAGTTTAAAAATCGTCTTGAACTCAAATGGTCACCAGTACAA ATATCAAAAAATCTATCTCGTTCGTTTCCAAATGAAAAATATATGAATAT TTCTCACCAATCAATTTATACCTTTATCTATTTGCTTCCGAGAGGAGAGC TTAAAAAAGAAATCAATACTTACCTTAGAAGAAAAGGCAAAAAAGCTAAA CCTGCGGGAATCAAGGCCAATATAGGTAAAATTCCAGATATGATCAGCAT TGAAGAACGACCAAAGGAAGTCGCTGATAGGTCTGTTCCAGGTCATTGGG AAGGCGATTTACTCATAGGAAATAACCATTCAAGTGCTCTTGGTACAATT GTAGAAAGAGTTACAAGAACTGTCATACTAGTACCTTTGAAAGCCATGGA TGCTGAATCTGTCAGAAAGGCCTTTGAACAAGAGTTAAAACAGTTTCCAA AACAATTAAAACTTTCTATGACTTATGACCAAGGAAAAGAAATGTCAGAA CATAGATTATTTACTAAAAATACAAAAATGAAAGTTTATTTCTGTCATCC AGCTTCTCCATGGGAAAGGGGAACATGTGAAAATACTAATATGCTTATCA GAGACTTCTTTCCAAAGGGAACTGACTTTTCAAAACTCAAAAAAAGCCAA ATTAAAAAGGTTCAAACTTTACTCAATCAAAGACCTAGAAAAACTTTGAA TTGGAATACACCTGAAGAAGAAATACGGGCGCTGGTGCGCTAG >LEPBI_I1290 Putative DNA mismatch repair protein GTGCGTACCATCTACATCCGCAAACTCCGATTCGAAGAAGCTCGGATCAA ACTCGAAAGGGAACTCCATGATGCCTTTATGGATGGGGAAACCTATGTCG AAATCCTTCATGGAATCGGGGAAGGTGTATTACGCCGGATGGCGATTGAC TACGTAACCACTTGTGGGTTTCTGAAACTAGTGGAATCTGATCCTATGTT TCGACAAAATCCTGGGAGTACCCTTGTGGAAATCCTTGCTCCTTCTAAAG AATACATCAACCGATTGAAAGCATGA >LEPBI_I1344 Putative methyltransferase DNA modification enzyme ATGGCAGGAGCAGGCAGATTACTTAAGGATTCGGATAAGATCGTATTTGG AGAATTTTGGACGGCGAAACAAAGACAAGGCCACCCAATCCATCATACCG TTAGTTATAGAGCATCATTCAAACCAGAACTTCCTTCTTTTTTTATGAAG GAATTTTTAAAAAAGAAAAATCGTGTCGTATATGATCCGTTTGGTGGCCG TGGTACAACTGCGATCCAAGCAAATATTGAAGGTCATGCAGCGATTCACA ATGACATCCATCCTCTATCTATTTTTTTGGCGAGTGCGAGGCAATATGTT CCCAAACTCGTTGATTTAGAGAAAAAATTAAATTCACTTGATTTGGATAA GGAAGTGGAAGAGGACCCTTTTGATATATACTTATATCCTTTTTTCCATC CAAGGACTTTGAAGGAGATAAAAAATCTAAAAAAATATATGGTTATGGAT GATTCTGTGGAGATGAAATTCATTTCCCTTATCGCCTTGTCTAGGTTACA TGGCCATAGCACTGGATTTTTTTCTGTTTATACCTTTCCTCAAGTTTCTA TCCCATCGGAAGCACAGGCTAAGAATAATGCCAAAAAAGGGATAACGCCT GAGTATCGGCCAATCAAACCTCGAATCTTCCAAAAGATGAAACGTGATTT GGCTTTGCCCATCCCACCGTTCTACCATGAATTTTCTAAGAACAATATTT ATTCTTTGAATTCTGCTAATTCCGTTCCAAACGTAGATTCGGAGTCTGTG GATCTCATTGTGACATCTCCTCCATTTTTGGATAAGGTGGATTACGAAGG TGATAATTGGCTTCGCCATTGGTTTTTGGACATTCAAAAATCCAAAGACC GTAAACTCAGTATCTTTAGTAACATCAATGATTGGAATGAATTCATTCGA TCCACTCTGAAGGAATCCGCGCGTGTTTTAAAAAAAGGTGCGTACATGGT AATGGAAGTGGGGGAAGTGAAAAAAGGAAATTCCATCCTGTATTTGGATG AAGACGTGGTTCGTATGGCAGAAGGAACTGGTCTCGTATGGAATAAAACC TATGTCCATACCCAAAGTTTCACGAAACTTTCTAATTGTTGGCAGGTTTC CAATAATGAAAAAGGGACAAATTCGAATCGATGTGTGGTTCTTCGAAAGG TAAACTAA >LEPBI_I0753 Putative helicase TTGTCATGCGGACATTTCTTCTTTCCTATTGGAAGGATGTCCGAACTTGT TCCAGGAATTTATGATCGGATCATTGACTTAGAATTAGCTGAAGTTATAA ATTCAGCAGACATCAAACCAATTCTACGAGCTATTGATGATGAAGAATCT CCTGCCATCTATTCCTTATTCCTTGCAAATATCCTAAAGAAGAAATTAAG ATCTCTCAAACCAGATAAACAAATCCAAATTTTTAATGAGATCATTGATT TACTTTGTGCAATAGATGGTGAACGATACTTAGATCGTAAAAAAATTCTC GGGGCCTACCCCACAAAACTTCTCTTATCCACAAACGAAAAATTCAAAAG ACCAACAACACCACTTTATATAAGTTCTCTGCTTACTGGTCAGGGGAACG ATCCTCCTCTGAATCACGAACTTCGAATGGAACTGGCAACAGCAGACAAA GTTGATATCCTCGTTTCATTTATCAAATGGTCAGGTCTGAGGTTACTTTT TCCATCTTTCCAAATTTTAGCAGATAACAATATTCCTGTTCGGATCATTA CTACAAGTTATATGGGCGTTAGTGAACCAGAAGCTTTACAGAAGTTAGCA GAATTTAAGAACGTAACGATTCGGGTATCTTACGATCCTGATAAAACAAG ACTTCATGCAAAAGCCTATCATTTCCATCGAAATTCTGGTTTTTCGACAG CTTATATTGGTTCGGCGAATATGACACACGCCGCCATGACAGAAGGTTTA GAATGGACAGTGAAAGTGACTGCCCAAGATATGCCACATATTTTAGAACG CTTCACTGCTGAATTTGAAACATATTGGGAAAGTCCAGAATACCAAAGAT TTGATTCAAAAGCTGATTTTAACCGATTTAAGAACGCTTTAGATACATAT AAAAAATTTGATTCAATTCCCTCTGCATTTTTTGCGGAACTGACACCTAG AGTTTACCAAGAAAGAATATTGGAAGAACTAATTGCAGAGAGAAGATTAG GTAACAATAAGAACTTAATTGTTGCCGCTACTGGGACAGGGAAAACAGTA ATCTCTGCATTTGATTATAGACGATATTCTATCATAAACAATTCAAAACC TTCACTTCTCTATATCGCTCATAGAAAAGAAATCTTAGAACAAGCGTTGT CTTGTTTTCGGATGGTGTTACAAGATCAAAACTTTGGGTCTCTATTCGTT GATGGTATCAACCCATTTTCAGGAACTGAAGCACCATTACACATTTTTGC TTCCATCCAAAGTATCAATTCAAAACAAATTTGGAAAATTTTGGGAAAAT CTTTTTTTAACTTTATCATTATTGATGAAGTGCATCATAGCAGTGCCTCA AGTTACCGCTCTATATTTTCTGAATTCACACCTGAAATTTTATTAGGGTT AACTGCCACACCTGAACGAATGGATGGTGAATCGATTTTGCCTGACTTCA ATTATAGAATCACATCCGAAATTCGATTGCCTGAAGCGTTAGAAGAAAGG TTACTTTGCCCTTTTCATTACTTCGGGATTACTGACAATATTCAACTCAA AGGAGAACAGTTTTGGAAAAACGGTAAATTTGATTTAATTGAATTAGAAA ACGTTTACACTGGTGATGATATCACCGCCAAACAAAGAGTTAACCTAATT TATAAATCTATTAATCATTACCAACCAAATTCAGAGGAATTAAAAGCAGT TGGTTTTTGTGTAAGTGTTAAACATGCAAAGTTCATGGCAGAAAATTTTC AAAAACTTGGGATTGATGCCGAGACCATCTTAGGTGAAACTGATTCGGAA ACACGAAGACAACGTATTATCGATTTTAAACAAAAGAAAATCAAAATCCT TTTTACTGTCGATATCTTTAATGAAGGAGTCGATATACCAGAAATCAATA CTGTTCTATTTCTAAGACCAACAGAAAGTTTAACGATCTTTTTACAGCAA TTAGGTAGAGGTTTAAGGCACGCGCCCAATAAAGATGCATTAACCGTATT AGATTTTATTGGTCAAACTCATAAAAAATATCGAATTGACAGAAAGTTCA TTTCCCTTTTGAAGAAAAACAGGAATCGATTATTAGATGAAGTAGAATCT GAATTTCCCAATCTCCCATCAGGTTCTGTTATTCAATTAGAGCGAATTGC AAGGGAAACAATTTTAGAAAAAATCAAACAAGTTTACAATGATCTCATTC ATTTTATTCCAGAAACGATTGAAACCTGGTCTCCACAAAAAATGGGTGAA CTAACTTTCTTCAATTTCATTCGAGAAACTTCCTTGTCTCCGATTGCAGT GTTAAAGAAAAAAACTTGGTCACAGTGGAAGGCTATTGCTAATAAGCAAT CTGATCCAATGGATATAGATATTTTAAAAGGCAAATCAGCATTACTTCGA ATCTCCCTTAGATCATCCACTAAGATTTTAAATGCAATGATTCATATTGC TGACGGAAATGATTCTTACATTGAATCAGATATTGCATTGCAAACAAGCC TTCATTATTTGATGTGGGGAGAAAAGGGATTGAATTTAGGAATCCAAACC TGGAAAGAATCGTTAGAGAAATGGAAAAATAATCCTAGTGTTGCTTCGGA TGCCAAAGAGATTGCTGAATGGCGTCTGGAAAATTTAGAATTCCAACCAA AAAAGATCAAAATGCCAATTCCATGTGATCTTGAATTACATTCTTATTTA GGTTCCAGTGAGATCAAAGCATCTTTGGGTTTGGCAACAATCAAAAATCC AGGTCCAACTGGACAAGGTGTCATACATATTGCTGAAAAGAAAATTTATG TGCATCTTGTTACATTCCAAAAAGAAGAACGTGATTTTTCAATCACAACC TTATACAAAGATTATCCAATAAGCAAAACGAAACTCCATTGGGAAAGCCA ATCGACAATTTCGATAGATAGTCAAACTGCTAAAAATTATTTTGAGTTTC AAAAATTGGGATATACCATTTTATTCTTTGCCCGTGTGAATAAAAATATA GAAGGAGAAACAGCTCCTTTTTTATTCCTCGGGCAAGCAAAATCACTGAT AGAATGGAAAGGGGAAAGGCCAATCTCCATGATCTGGGAATTAGAACACC CGATGCCATCTGCGTTTTTTGAAGAAGCCAAAATGGTATGA >LEPBI_I1116 Putative HNH endonuclease ATGACCGAACCCCCAATCGAACCTTTTTTTTCGGACATCGATGACGAAGA AATTAGGCGGGAACGAAAAAAGGCAAAGGATTTAAAAAACACTGCTTGGT GGAAAAACAAACGTTCCAATGGAATTTGTCATTATTGCGGAAAAAAATTC AAAGTAGAGGAATTAACCATGGACCATCTAATTCCCCTTATACGAGGTGG GAAATCTGTCAAGGCAAACTTAGTTCCCGCATGTAAAGAATGTAACTTCA AAAAAAAACATAGCCTCCCTTTTGAAAAGGAATTCTTCCAATAA >LEPBI_I3269 Putative integrase TTGCAGAGATTGTTAAACTCTGATACATTCCACGAGAAAAATATGCTAAA TACAAATTTGAATTTACCAACCTTTCTTCCTCACATTCTCACCGTTGATG TTTGTACTTTAGGCAATCGACTATTAGACCAAACAGATGTCCGAAACCTA CTGAATCGAATCAGGGGCCGAAACCATATTCATTACTTAATCATCAAATT TTTAGTCTGCACCGGGTTGTCATTACCCGAACTCATCCACCTAAAAATCG CCGACTTTAATTCCGAAATGGATCGTTTCCATTTAAAGAACGGCGGTCGT TTGCGTAGGAGGAATATTTTCCTAGATCCAAAGTTTGCCGTCGAACTCTA TCGTTACGCCTGCGAATTTTCACCAAGTGATTATTTATTCCCAGGGAGAG ACGGAATTTTGCGCACAAGAACCATCCAAAAGATTCTGAAAACGGCAAGC AGGCTAATCTCGAAAGAGATCCATATTCCGTTCTTAAGAGATGTGATTGC GCTGCACTTATTCCAAAACGGATTCCCCGTTTGGGAAATCCAAGAATTTT TGGGCCACCGAACGACCCGTTCCACAAGACAGAGGATTATGTTGCATATC CCAGAGACAGAACACAATGACCCTCGACTTTTTACGAGAAACAGAAACCA AGCGGCGTAA >LEPBI_II0133 Putative helicase, ATP-dependent GTGAACTCTGATTTCGAAACATTCCCAGTACTTTCCGCCTTACAAAAGAT AGTTGATTCCATTCAAAACTACCCTGTCACTATTTTGGATGCACCGCCAG GTTCCGGAAAAACCACAGCTCTACCCTTGGAACTATTACATTCGGGTATC GCACAAGGTAAAAAAATTTGTATCCTAGAACCCAGGCGGATCGCGGCTAA AAATGCAGCCAAACGCATGAGCCAATCGATTGGGGAACCCGTAGGAAACA CAATTGGATACCGAGTCCGTTTTGACTCTCAAACCAATCACAATACCAAA ATTGAATTTTTGACAGATGGGATCTTGACTCGGTATTTACTTTCAGATCC CGAACTTTCGGAGTATGGGCTCTTGATTTTTGACGAATTCCATGAACGTC GATTGGAATCGGATCTCTGTTTTGCCTTGGCACGAAAGTCACAAGAAATC TTTCGTAACGACCTAAAAATTCTCATCATGTCAGCAACCCTCGAAGGACA AAACTTTTCTAAAATAGGAATCCCAAACCCACCAATCCAAGTCAGTATGG AAACCCACCCACTCGAGATTTTTTATATGGGGGAATCGAAAAAAAATAAT CAGATCAGACTCCTCGATTTAATCCCAAAGGCCACAAAACAAATGGAAGG TGATATTTTGGTATTTTTGTCTGGGAAAAAAGAAATTTTGGACTTAAAAT ACCGATTGGAATCGATGCCTTCAGTTCACGAAAGTTCTGTCGTACTTCCT TTGTTTGGTGATATGAGTTTATCTGACCAGGAAAAGGTATTTTTGCCTGA TACAAAAGGTAAAAAGAAAATCATTTTATCCACCAATATTGCAGAATCTT CCGTTACGATCCCAGGTGTTCGTGTTGTTTTTGACACAGGTTTTTTCAAA CATTCTGTATTTGATGCCGATTCTGGAATCACACACCTGGTCAGGGATCG CATCAGCCTGAGTAGTGCCAAACAGAGGGCAGGTCGTGCGGCAAGAGAAG GAAAAGGTTTTGTTTATAGGCTTTGGTCAAAAGAAGAAGAATCAAGCTTT TACGATCGCACGAAACCAGAAATTTTAGAAGGTGATTTAGATCGCTTAGT CTTAGAAGTAAAATCTTTTGGAGAAGAGATCCACTCATTACCCTTCCTAG ATCCACCAAACAAAGGTTCCATGCTACTTTCCATTGAACGACTGAAACAA TTGGGATGTTTGGATGAGAATGACCAATTGACTTCGCTCGGGAAAAACGC CCTACAATATCCAGTACCAATTCGATTAGGAAGCATTCTATCTCGATTGC CAAAACACGAAGGAACTTCCATTGCCGATATCATTTCCATTTTGGGAAAG GAATCCCAAGGAACAGAAGCGAAAGAATTTTTCAAATCGGCTTCACCCAA TCAGTTTTCTTTGGAATTAAAAAATGTTTATGAACAAATCATGAACATTT TTAAACATAAAAGTGAAAATAGAACTCACACAAAACAATTTCACCGCGAC CATTATATTTGCTTAGGTTTTCCCGATCGGATCGCCAAACGGAAGGAAAA AGAGGGAAAAGAATACAAACTTTCCAATGGGAAAATAGGATTCTTAAATT CAAACTTGTTGGAACTACCAGAATTTCTCATTGCTCTAGATACATTTTCA TTTGGACAAACTCTTTATATCACACAATACCTACCTGTTTCCTTAGACCT CATCGAAGATTGCCTCGAAAATCAAATCAAAATCCGACAAAATCCTGAGA TTCGGACCAATCAAAAAGAAGAATCTTTTTTAATCGTGAAAGAAGAACGT TCGATAGGTGAACTTGTTTTAGGATCCAAAGAATTACACAAACCAAATCC ACATTCGATACAAACGGCATTGGAAGGATATTTGTTAGATTTGGACTGGG AATCTGAATGGAAAAAAAAAGAGGATCTGATTCATTATTACAACCGAGTA TTGTTTCTGGTTCAGAATGGAGTTTTAGATTTAAATGTTTCATTCGAACA CTTAAAATCAAATGCCAAAGATTGGTTATTCCCGTTTTTAAACTTTGAAA CACAAAAATTTAATTTGTCTCATCTTCCTTTTTTGGAAGCATTTAAGGCG TATGTTGGTTATGAAAACCAATCCCTCATCCAAAAAGAAGCTCCCTCTTC CATCCAAGTACCTTCGGGTTCTCAAATTCCAATCCAATATACAAACAACG AACCTGAGTTACATGTCAAATTACAAGAGTTATTTGGTCTAAAGCAGTTA CCCAATTTGGCAAAAGGAAAAGTAAAAATTTTAATCCATTTATTGTCACC AGCGAGAAGGCCAGTCCAAATCACAAAAGACCTAGAGAGTTTTTGGAATA TTGGATATCATGAAGTGAAAAAGGAATTAAAAGGAAGGTATCCGAAACAC CCTTGGCCTGATAAACCTTGGGAAGCAGTTCCAACAAAACATTTAAATCA CAACAAACGTTCGTAA >LEPBI_I1217 Putative transposase B, catalytic region ATGATTTATAAATCCATGCGTAAAGCTGGATGGAGAATTAATCATAAAAA AGTATGCAGATTATACTCGCAAGAAGGCTTAAAAATAAGGACAAAACCAA GGAAGAAACGGAAATTAGCTGATAGTAAACCTATTCCAATTCCAACTCGA CCGAATGAAGTTTGGGCAATAGATTTTCTTCATGAACGAACTATAGATGG TAGGAAGGCACGAATTCTATCTGGGGTCGATCTATGCACCAGAGAAAATG TTGTTTTATCAGCAGACTATTCTATTTCTTCTGAAAGATTAATTCGATTC TTAGAATCATTGCCTGAACTTCCAAAATCGTTTATCACTGACAATGGTCC TGAATTCACTTCAAGAGTCTTTATTAATTGGTTATCCAAGAATAATATAG GAATATCCTATATTGACCCAGGTAAACCAACACAAAATGCATTCGTTGAA AGCTTCAATGGTAAGCTAAGATCTGAATGTTTGCAATTGAGCTTCTGTCG GGATTTGACTGAACTTAGAAATGAACTTTCTAAATTCCAAAAGGACTACA ATGAAGAACGTCTACATTCTTCTTTAAATTATTTGACTCCCTTAGAGTTC AAAGCGAAGTATGGAAATTAA >LEPBI_I2906 Conserved hypothetical protein ATGAAGTACTTACAAGTATCTGACCTCCACCTTTCCTCTGCCACCAAAGA AGAAGAGAACTATTCCCTGAATGTTCTAAAAGAAATTTTAGAAACTGCAG AATCCAAATCTTGTACGAAAGTTTTTTTCTGTGGGGATTTGTTTAATACC TTCCCTGATTTAGAAACCTTACGGGCTCCCTTTTTAAAACAAGTATCAGC GTATTCGGGACAGGTTTATTTTTTGCCAGGGAACCATGAAATTTTAGAAA GAAAAGGCAATCATAACTCTTACGCTGCCTACGATTGGTCCAAAAAAGTA AAGGTATTGGACCAAACACCTTTTACTTTATGGGAAGAGGATGGAATTGA ATTTGTGGCCATCCCTCACCAAGAAAATTATTCCGAAATTCTATTAAATC CACCTCCACCTAAAAAAACTCCCATCCGAATGGGACTTGCGCATGGGACC GTTTCAGGAATGAGCTTCACTGGCTTACAAGAAGAAGAGGAAGAGGGAGG TTCTTACTTAGATTTTAATTTAATCCAATCCTTGGGTTTGGATTATTTAG CCATCGGTCACTTACATCGACATCGATTTGGAACCGTAGGAAAGTGTAAC GTGGGATATGCGGGATCTTCTCGCGTCTGGCGAAAGGGTGAGTTTGGACC AAGAGGTGGGATTTTACTCGATGTTCAAAATGGAATGGTTCGGACAGAAT TTTTATCTTGGAAATCGGCAGGTGAATACCGCGAAATTACTGTTAGTTTG GATACGGATGGGAATCCAGATCTGAGTGTAGAAGAGTATTTGGCAAACGC TCTTTCAAACGATTGGATCTGTTTTCGATTTGTTGGTTATGTTGATTCCA TGGATGGAAAACAGAAATTCCAAGAAACAATACAAAAAGATTGGAAACAT AAATTTCGAATTTGTGAATTTGATCCCGATGAATCACAAATCGTTGTCAT CCAAAATATATCCGAAAATGAGTTTATCAAACAATTCCTGGACAAAATGA ACGAACGAAAACACCAAATGGATGCTAGTTTGTGGCGACACACTCGAGTC ACTGGAATCCGATTTATATTGGATGGAGGAAAAGTGAAATGA >LEPBI_I2161 Putative DNA polymerase ATGGAAACATACAAAGGTTATCTGTTTGATATCTACCATTCAGAACAAAA AATTTACCTTTGGATCAAATCAGACACTGGTGAATTAAAACTTTTTGTCG ATGAATACTTTCCCATCATTTATGCGAATGCGTCACCCTCTATCTTAAAG AAGTTAGTTAAACGATTTTACGAATTAGATGCATTAGCCGAAATACCCAG TTTCACAGAAAAACGACTGTTCTACCAAAACAAAACCATACCAGTTTTAA AACTTGTCATCTCAAAACCACAATTACTTCCAAGAATTACAAACAAACTT TTCAACTTATATGGCAAGTATGACATATACCATTCGGATATCGAAATCAC AACAGGATACATGGTTGAAAAAAATATCTACCCACTTGCTTATCTAACAA TTGAATATGAAATTCCCCCAAACAAAATAAATCGCATCAAATCCGTCACA TCTTTAACCGACATAAACGAGTTAGACTACAACATCCCTGAACTACGAGC CATTTCCCTCTACTTAGAAAAAAGCCACAGGCACCCCTTTCAAGAGAATA CATTAATCGTCGAAACTCCCAAAGAAAAATATAATATACCCACAAAAAAT GGAATCACACTCATCGAAAAACTAAACCTTATATTACAAAAACATAATCC TGATATCATTTTATCTTCATTTGGTGACCAAGTCATCTTTCCCTATCTCT TTAAAACAGCCCAAGAATGTCACCTAACAACCGAATTCGATAGAGACAAA ACAAGTTTGATCCGACGTTCCATCCAAACCCAAGGCACCAGTTTTAACAC CTATGGTACCATCGTATTCCGAGCACCGTCCTATCCTTTATTTGGAAGAT GGCATATCGATTCCCGGAATAGTTTTGTATACAAAGAAGCAGAACTCATC GGAATCATTGAACTCTCGCGTATCTCCAGATTACCAATCCAAAAAATGGC AAGGGCATCCACAGGAAAAGCACTCACCTACATCGAAGTAGATGTAGCCC TTCGCATGAACTATCTTGTTCCTTGGCAAAAAAGCGCGCTCGAATCAGAA AAATCCGCCTTACAATTATTAAATGCAGATAAGGGCGGACTCGTTTTCCA AGCCGATATCCAAAATGGATTTGTATTAGAAAACGTGGCACAGCTCGATT TCTCTCAAATGTATCCAAACATTATGGTCAAACACAACATCAGTCCAGAA ACGATCAATTGTCTATGTTGCGAAGATGACCCAAATGTAGAAAAAGTTCC CTCCCTAGGTTACCGAATTTGCGCAAAACGAAAAGGGATTGTCTCTGAAG CATTGGCACATATCGTCCAAAGAAGGAATCATTACAAAGAACAAAAAAGA AATAACCATCCAAATCTATTAAACATCCAATCAAAACAATCTAGCTTAAA ATGGATGTTGGTTACGTCATTTGGTTATTTAGGTTATAGAAATGCAAAAT TCGGAAAACTGGAAAGTCATGAAGCAGTTACAGCTTTTGGTAGAGAAAAA CTTATCAATGCAAAAGAAGTATCAGAAGAATTCCAATACAAAGTTGTACA TGGAATTACCGATAGTATTTTTATCCAAAAAAAGGACACAACACCGATCA CCAACGAAGACCTAACATTCCTTTGTTTAGAAATTGAAAAACGCACCAAA ATCAAAATGGAAATAGAAGGAATTTATTCTTGGTTATGTTTTCCACCTTC CACCCAAGATGAAAAACTCCCCGTTGCTAACCGATACATGGGACGTTTCA TCGATGGGCAGTTCAAGGGTAGAGGGATCATCACAAGAAGAAAAGATTTT CCAAACTTTATAAAAGATGCGCAAAACAAAATGATCCAATGGATGTGCCA ATTTAAATCCATTTCGGAAATGCAAAAAAAAGAATCCGAAATTTTGAACC TATTCTTTTATTATGATCAAAAACTAACAACGGGGAATCTCAACTGGAAA GACCTTGTCATCCAAAAATCGACCTCAAAAGAACCAGAAGACTATACCGT AGATGCGCCAAGTACAATCGCTGTCAAAGACCTACTTGCGATGGGTGTCC ATGTGCAAGCTGGTGAAAAAATAAAATACATCGTCATCAATCAAAAATCC GATAAAAAAGGAGAAAGATACCTCACACTCGAACGAATGGAGCAAAAAGA AAATCCAAAGAAACAAATAGATGATAAAAACGTCCCATCAAATCCTTCCC TATACCAAAACAGTTCACCAAAATATAAGAAAATTGAAAAAAGAATTGAA ACATTAGAACAAAATTCAATCCAAAATGTAACAGAAAACTCAAAAATCAA TTCAAAAATCAACCAACGAACAATTGCTAAATACCAAATCCACGAACCAC CGAACCAATTCCATATCCAAGAAAATATAGAAAACGAAGCGCATAGTATC ACAAATAAAATAAACAAACCGAACGATTTTACATCAGAATGTAGCAATAG TCCGTTCAAATTTACCAACCAAACACCAAAATACGATCAACACTACTATA GATCACTACTAGTAAAGTCTTTTAAAGAAATATGGGTCGGAATCTCTAGT TTCAAAAACTTTGAAATACTAATCAGCAATGAAACATTTTTACCCTTTGC TTTTGAAAAAAGCCAAAACTACTCAAAAAACATCAATAAAACTAATTCCA TTTTTATTGCATAA >LEPBI_I0633 Putative DNA repair photolyase ATGTTTAAATCTTTTTCTCATATCTATATTGAAGAAGGGATTTGGGATCA TTTTCGGACAAAAGAAATTGTATCAAAATTTCCGAATGCGATCAAAATTC CCATCCGCCATTACAAAGATAGTTTTAACCGGAACTCACAAAATTTCAGA ATCCAAAAACTATCACCGAAACTGATCTTAGCAGAAAAAAAAGACCAATA TTTATACCCTGGAAGTGATTTCTCTCCGAACTTCTCACACCCACATTTTT ATTATAATACACTTGCTCTCAATTGTATTTACGATTGCGAATACTGTTAC TTACAAGGGATGTTTCCTTCTGCAAATCTTGTTTTATTTGTGAATTGGGA AGATTTTTTTAGCGAAACCAAACAATTTTTGGAGAAGAATGGATCGTTGT ATTTAGCCTTGTCGTATGACACGGATTTGTTGGCACTTGAATCTTTTTTC AAAGCAACAGAAAGTTGGATTCAATTTGCAAACGATAAACCAAATTTGAC CATGGAAATTCGAACCAAATCGACTAATTTCCAATCCATCTCTCACCTAA CTCCCAATCCGAATATAGTCCTCGCATGGACGATTAGCCCTCAGAATGTG ATCGATTCCATTGAACACGGAACTCCTTCTTTACAAGCTCGCATCAAAAC CATTCAAAAAGCCATCCAAGCGGGATGGAAAGTAAGGATTTGTATCGATC CCATCCTCCGGGTCCCTGATTGGAAAACCCATTACCAGTCGTTAGCCGAA ACATTAGGGAAAGAACTAAACCCAGAAGGGATTAGTGAATTGAGTGTGGG TGGATTTCGAATGAACATAGATTTTTTGAAACAAATCGTCGATATACGAA AGGACTCTTCGATTTTATTTCATGCTTTTGAAAAAAAAGATAAAATAGTT TCCTATTCAAATGAAGAAACAAAAGAAATTTTAGAGGTGATGACCACCGC TTTACAAAAACACTTTTTATCATCGCAAATAAAAGTGAGTTATTCTTAA >LEPBI_I3091 Transposase, IS30 family ATGGAAAAATACTCTAGAATTAGTCCGAAGGAAAGGGAAACCTTGTCCGT GTTGATTCATCAAGGATACTCTCAAGGTGCGATTGCAGAAATGATGGGTC GTCACCGATCTACAATTAGTAGAGAATTAGAAAAAGGAAAAATTTCCGAT AGATATTATCAATACTCCGCAATTATTTCTGGGTATAAATCAAGAATGGC TGCCTCATCTAGAAAGCTTGGAAAAAGTAAATTATTAACTAACAACAAGT TGTATAGGGAGTTTAAAAATCGTCTTGAACTCAAATGGTCACCAGTACAA ATATCAAAAAATCTAGCTCGTTCGTTTCCAAATGAAAAATATATGAATAT TTCTCACCAATCAATTTATACCTTTATCTATTTGCTTCCGAGAGGAGAGC TTAAAAAAGAAATCAATACTTACCTTAGAAGAAAAGGCAAAAAAGCTAAA CCTGCGGGAATCAAGGCCAATATAGGTAAAATTCCAGATATGATCAGCAT TGAAGAACGACCAAAGGAAGTCGCTGATAGGTCTGTTCCAGGTCATTGGG AAGGCGATTTACTCATAGGAAATAACCATTCAAGTGCTCTTGGTACAATT GTAGAAAGAGTTACAAGAACTGTCATACTAGTACCTTTGAAAGCCATGGA TGCTGAATCTGTCAGAAAGGCCTTTGAACAAGAGTTAAAACAGTTTCCAA AACAATTAAAACTTTCTATGACTTATGACCAAGGAAAAGAAATGTCAGAA CATAGATTATTTACTAAAAATACAAAAATGAAAGTTTATTTCTGTCATCC AGCTTCTCCATGGGAAAGGGGAACATGTGAAAATACTAATATGCTTATCA GAGACTTCTTTCCAAAGGGAACTGACTTTTCAAAACTCAAAAAAAGCCAA ATTAAAAAGGTTCAAACTTTACTCAATCAAAGACCTAGAAAAACTTTGAA TTGGAATACACCTGAAGAAGAAATACGGGCGCTGGTGCGCTAG >LEPBI_I1669 Conserved hypothetical protein TTGAAAAAGGGAACGATTGGAAAAAAGGGGGAAGAGTTTGCGAGTTTTTA TTTACAGTCCCTTGAACACACCATTCTCTTTTCGAATTACCGAAAAAAAA TCGGTGAAATTGACATAATCAGTATAAAGAACGATACCCTTCATTGTTCG GAAGTCAAAACCTGGAATGAGAGATTTGGATTCCATCCAAAGGAATGCCT TCATGCGACAAAACGTGCCCGAATGAGGAAGGTATATCTCTATTTATTAC AAGAAATACCCGCCTTTTACCACCTAACACCTAGCTTTAATTTGATCCAT ATCACCGAAAAAAAGGAAGTGCGTTTTTATTCGTCAATCTTCTAA >LEPBI_I3182 Putative DNA repair system specific for alkylated DNA ATGAATTTATTCCAACGAACTCCCCATTCCAATCTTTTGCCATATGATGG AACTTTGGTTTATATCCCCGAGTTCCTGAATGGGAAAAAAAGCCTAGAGT ACTTTGAGACATTCCTGACTACCATTCTTTGGAAACAAGATGAAGCCATC CTTTACGGCAAACACATCACTACAAAACGAAGTGTGGCTTGGTATGCTGA AAAAGGATATTCCTATCGGTATTCTGGTACGACAAAAACTGCCATTCCTT GGACAAACGAACTATTGGATTTAAAAAAAGAAGTGGAATCGGAAACAAAT GAAATCTTTAACTCTTGTTTATTGAATTTATACCATGATGGCTCTGAAGG AATGGCCTGGCATAGTGATGATGAAACCTCTCTCCAAAAACATTCTACGA TTGCTTCCGTAAGTTTAGGTGCAGAAAGGATCTTTCGATTCAAACACAAA AAAAAGAATTCTGTGGTGGAGTTGCCTTTGGAACCTGGTAGCCTACTTCT CATGAAAGGAGAAATCCAAGAACATTGGCTTCATTCCTTACCGAAAGCTC TCAAAGTCAAACGACCTAGGGTCAATTTAACCTTTCGCCAATTTGGAAGT TTTTTATAA >LEPBI_I0568 Putative methylated DNA-protein cysteine methyltransferase, C-terminal domain ATGAACGCTTCTAATTCGAAAAGTCCGAATTTTTATGAATCCGTCTATGC TGTGGTAAAAAAAATTCCCAAAGGAAAAGTTACGACCTATGGTCATATTG CCTTGTTATTAGGGAATCCAAGAGCAGCACGTGCTGTTGGGTATGCGCTC AATTCCTTAAAAAAAGATAGAGAATCAAAAATCCCGTGGCAAAGGGTAAT CAATCGAGAAGGAAGGATATCGTTCAAAGGTGATAGCTTTCGAGCCGATT TACAAAAAAAAATCTTACAAACAGAAGGTGTTTCTTTGATTTAG >LEPBI_I2136 ATP-dependent RNA helicase ATGAAATTTAACGAATTACCCTTTCACGAGTCTCTCTCTAAAGCACTTGA TAAAATCGGCTATGTAGAACTCACTCCCATCCAAGCCAAATCCATCCCGT TCGCCATGGAAGGCAATGACCTCACAGGTCTTGCCCAAACCGGAACTGGA AAAACAATGGCCTTTTTACTTCCCACTCTGCACAGACTTCTCTCCGCAGA GGAAGAGGAAGCACTTCCCTATGCACTTGTCCTTGCACCGACAAGAGAAC TTACGATCCAAATCGCAGAAGAAGCAAAAAAATTACTCGAGTTCACAGAC CTTGGAGTAGCAACCATCATCGGAGGAACCGATTACAAATCCCAAGAACA GGCACTTGGCAACAAAGCTTGTATCATTGTCGCAACGCCAGGACGACTCA TTGATTTTGTGAAAAACCATGGTCTCTCTTTGGAAAATATCAAAGTGGTG ATCCTGGATGAAGCGGACAGAATGTTCGATATGGGGTTTGTCCAAGACCT GAAATACATCTTTCACAAATGTAAAAATAGAAAACAATCCCTTCTCTTTA GTGCCACACTCAGTTACGAAGTGGTAAGGCTTGCTAGTAAGTATTTGAAT GATCCGATTGAAGTCCATATCAATCCGGAAAAAGTCATTACAGAAAGAAT CGACCAATCTTTACTCCACTTAGGAAGAGAAGAAAAACTCCCTTACCTCG TCAATTCCCTGTTAAACTATCCAATCGAAGGCCTAGGAATCATTTTTACC AACTACAAAATGAACATCCCTAAAATTGTATCGGCCCTTCGTCGCTTTGG GATCACAGCAACTGGTCTTTCTTCCGAACTTGACCAGAAAAAACGAATCC GACTGCTTCGTGATTTTAAAGCAGGGAAATACAAATACCTCATCGCAACC GATGTAGCTTCCCGTGGGATTGACATTGAAAATATCGATGTGGTTTATAA TTACGACCTACCACAAGATGCTGAAAATTATGTACACCGCATCGGTCGTA CTGCACGTGCGGGAAGGAAAGGACAATCCATTGGATTTTGTTCCGAAACC GATTATACAGAACTGGAACGCATTGAAAAATACCTAAACTCCAAAATCCC TGTCGCGGAGATACGAGAAGAGTATTTGGAATTCCCTAAGGGTGAGTTCA CTCCTGTCTTCGCAGATGAAGTGATCCCTGGTGAAAAAAAATACCAAGAC CGCGAACGAGGTGGTCGTGGTGGAAAACCAAGGCAAGGGGAAAGAGGCGA ACGTGGGAGTGGCGAACACAGGTCAGGTGACAGGAATCGTCACAAAGGCA AAACGGGAGGTGGGCACCCACCGGCAAAGATGTCCCATCCAGGTGGCCAT CCTCACCAAACAGGACCTGAGCATAAACACCCAGCCAAAATGACCCACCA TGAATTGAAACATGGTCACCAACCAAAAGAAGGGAAAGGCAAACCTCACA ATAGAAAGAACGAACAAAAAAAATCATTCCAAAAGAATGACCCTAGACGA AATCTCTTCGACATCAACGAAGTGAAACAATCGAAAAAACAGAAACAATC GATTTGGAAATCAATTCTTTCTTTTTTCAAAAAAGATTAA >LEPBI_I2540 DNA-binding stress protein, Dps family ATGAAAATTAACATTGGAATTCCAGAAGAAGAAAGAAGTGCCATTTCCGA GTCATTAAAAAAACTATTAGCAGATACGTACACTTTGTACCAAAAAACAC ATAGTTACCATTGGAATGTAACGGGACCAATGTTCCAAACATTACACCTA CTCTTTATGACCCAATACACAGAACTTTGGAATGCCATAGACCCGATTGC AGAACGAATTCGTTCCCTTGGGTATTATGCACCGATGGGCGGTTGGGAGT TTGCCAAGTATTCCAGTATCACAGAAGACAAAGAAGTACCCAAAGCCAAA GAAATGATCCAACATTTAGTCGAAGGGAACGAAGCTGTGATCCGTACCGC ACGCGCCGCCTATGCACCAGCCGAAAAGGGAAATGACCAAGCGACCTTGG ATCTTTTAACACAAAGATTGGATGTACATGAAAAAACCGCTTGGATGTTA CGTTCGCTACTAGAAGAGTAA >LEPBI_I3468 Putative hydrolase TTGCTATTTATGGGATATTCGACAATAGACACACATTGCCACTTAGACAT AATTCGAGAACAAGGACAAAGCATTGAAGAAACCCTGGAGAAATCCCGAA AAGTTGGAGTAGACCGACTGGTTCAAATTGGCATTGATTTACCAAGTTCG AACGAAGCTGTTCGTATATCAGAAACATATTCTACAAATGAATTACAAAT ATCCTATTCGATTGGTTGCCACCCAACAGAAACACATGAATTTCCAAACG CAGACCAAATCTTAGAGTTAGCCAAATCCCGAATGTATGATCCGAAATTT TCAGCAATTGGCGAAATTGGTGTCGATTTGTATCATGATGCGAGCACTCG TTCCCAACAAAACGATGTTCTGCGAAAGTTTTTACAGTTTTCATCTGAAT ATAAACTTCCAGTTGTGATCCACTCACGTGATGCCTTCGCGGATACTTAT GAAGCTCTCAAAGAATATAAAACCAAAGCTTTTGGTGTGATCCATTGTTT TACTTATGATTATGAAGCTGCAAAACAATTTGTGGACCTTGGGTATTACA TTTCTTTTTCAGGAATTGTGACGTTTAAATCAGCGACCGATATTCAGGAA GCAGCCAAAAAAATTCCACTCGAATCAATGTTGATTGAAACTGATGCACC ATTTTTATCTCCTATGCCACATAGAGGAAAAAGGAATGATTCCTCTCATT TACCTTTTGTTTTAGAAAAAATGTTTAACCTACGCACAGAACCCAATGCG GAAGTAGCAGATCGTATTTATCAGAATTCAATAAAATTTACAGAAAGAAA GGCCTATCACCATGCTTGA >LEPBI_I1295 Putative ATPase involved in DNA replication TTGGATTCACTTTTTTCAAATTCAAAACAGGTGCCACTCGCCCATTTGGT GCGACCCAAAACATGGTCGGAATTTGTGGGCCAAACCAAAGTGGTGGCGG CACTTCGTTCCATCACAAAACCCACCTCTATTTTGTTTTACGGTCCACCG GGGACAGGGAAAACAACTCTCGCACACCTCCTTGCTGAGTCTTGGAAATT AGAAAAACGGTATTTGAGTTGTGTGACAAGTGGAGTGAAAGAAGTTCGCG AAGTTTTAGAAGAGGGAAAACGCCTCGGAACCATTGTCCTATTTTTAGAT GAAATCCATCGTTTCTCTTCTTCCCAACAAGATGCCTTGTTGTCGGCTGT GGAAGAAGGGGAGATCATCCTCATTGCCGCCACAACTGAAAATCCTAGTT TTCGAGTGAACAAAGCCCTCCTCTCAAGGATGCTTGTTTACCGACTGACA ACTCTTACTGAAGAGGAAGAGGACCAAATCTTTTTGTCATGTTTAGAAAA ACAAAACACAAACCGAACCATCTCGGAAACGGTAAAACAGGAACTCTTTC GAAGGAGTGCGGGGGATGCAAGAAAACTCCTTGGGTATTTGGAACGGATC CTTTTTGCCACAAAGGAAGGAGAGGCCATTACTGATGAAAGGCTTTCTGA AATTTTAGGTGATACCCTTGTCACTTATGATAAAAATAGTGAAAGCCATT ACGACATCATTTCCGCCTTCATCAAGTCCTTACGAGGCAGTGACCCAGAT GCCGCATTATTCTATTTGGCACTCATGCTCGAAGGAGGAGAAGACCCACT TTTTATTGCCCGGAGGCTTGTGATTTTTGCAAGCGAAGATGTGGGGAATG CGAGTGTGCATGCCCTCCCTCTTGCCATCGCTACTTGGCAGGCTGTCGAA CGAGTGGGAATGCCCGAAGGTAGGATCCCCCTTGGCCAATGTACCACCTT TTTGGCTTCCGCACCTAAATCTAATGCGAGTTATGTGGCAATCAACCAGG CCTTGTCCTATGTGAAACAAAGGAACCGTTCCTTCCAAATCCCAAATCAC TTAAGGAACGCACCCACCGTGACGCATAAAAACGAAGGAGCGGGAGTCGG ATACAAATACCCACATGATTTCCCAGGACATTTCCTGAAAGAACGATACT TCCCGGAGTCCTTTTATCCAAACCCTCCTTCCTTTTATGAACCCACAAAC CAAGGGATGGAAAAAAATCTGAAAGAACAATTGGAGCGTTTGTGGGGGGA CCGTTATTGA >LEPBI_I0809 Conserved hypothetical protein TTGAATCCAATCTGGCTACGACGAATTGTATTGTTTGTGGTACTTTTGTC TGGATTGTATTACCTAAAGGAAAACCCTGATTTGCGAAAAAGAATCTATT CGGAAGCACCGATTCGTGTTAAAATTGAGGGACCCGTTGTGAACCCTGGA GTTTATACATTAGAAGCAGGTTCCAACGGAAACGATTTAATTGAGATCGC TGGTGGAACATTACCAGGAGCGCAAATCAAAATGGAGGACAGTATCTTGG AACAGCCGTTAGAGGATGGCCAGGTACTAAATTTGGGAAAACGGTAA >LEPBI_I2313 Conserved hypothetical protein GTGTATGATTGGACTTCTTTATTGCAGTATCAAAAAACAAAAAATGATCC ACATCTTCCCTCTCTCTCTATATTAGAAGAGCGGTATGAAATTTTAGAAA AGGAATTCCAAGAAACCAACTTTTCCTTTTTCACAGATGAATTACCGAGT TTGGAATATTGGAGGCTATGGCAACATTTCCCAGAACGATTTTGTTTTTT GGATATCGAAACAACTGGAATTTCCGAATCATCAGTCACAACCGTTGTGA GTTTGTTTCAAAATGAATCCATCCGTACATTTGAACGAGGAAAGGACTTA GAGTTTTTATTTGATTCCATTGCGCCCGACGATATCATTGTGACCTATAA TGGACGGCGTTTTGATATTCCCTTTTTAGAAAGAGAATTCCGTTACCGAG TGAAAAATCCACAACTAGATCTCATGAATCTCTTGCATTCGATAGGGATT AAAGGGGGTTTAAAAAAATCGGAAATCCAACTGGGTCTCATTCGCCCAGA AGAGATTGCTGGAATGGATGGAAGGGAAGCACCTCTCCTTTGGTATGAAT ACCAAAGGACAAACAATCAAGATGCTCTGAAAAAACTAATTGCATATAAC AAAGAAGATACGAAGAACTTAAAACTAGTTCTTGAGAAAACAATTGGTCT CTTAACAGAAAATCGATTGTTTTAG >LEPBI_I0171 Putative hydrolase ATGTTACCCTACCAGTCCTTTGTAAATCAACTTTCAAGGGACTTCGATGC AATCCCTGATACATCGGAAACAAAATCCGGTGTCATCTTTCCTCTGTTTG GTTCCAAAGAAACTGCAGAGGGGATCATTCTCACAGAACGTGCCAAACAC TTAAAAAGTCACCCAGGACAAATCTCCTTTCCTGGGGGAGTGATGGAAAC ATCTGATCCCAATTTGCTTGTCACTGCCCTTCGGGAATGGGAAGAAGAAA TGGGCGTGGAACGAACTGCGCTCGATATTTTAGGCAAATTACAAGGATTA CACACTCGCACTGGGTTTCACATCACCCCTTTTTTGGCAAAGTATGATGG TGATTTTACTTTTTCCCAAAACAAAGACGAAGTGGAAAGGATCATCCTCT TACCATTTTCTGATCTTTGGACGAGACCCTTTTATGCGATCCAAATCCCA GGTCGAGAACCAAACCATTTTGCCTATTATTTTGATTTACCAGATGGTCT TTTATGGGGTGCCACGTGTGAGATGATCTTACGATTCTTAAAAGAACACT CTCCATTTGATCGATCTCCCCAAATTGTGCAACCAAACCTCACAAAACCG CCATATTTGGACCCCAAATCCCTCTAA >LEPBI_I0471 Putative integrase/recombinase GTGGCGGGTCTAGAACCCCACCCAATTCAGGGCGGGGAGACTAGATTCGC ACCTCAAACCGATCACCAAATCTCCATTCACCAACATTTTCCCGCGATTT CGCAAAAAATCACACCATATCCAGAACCAAAGAAGGCACAGACCACCTAT CTCTATGAATCAATAGAGGTTAGGTGTTTTATGATCAAACTCAGATATGT TATGAATGATAAACGTTTCCATTTACAGTTTCCTTATTCGGAATTGTATA TCAAAATTGTAAAATCCATTCCCAAAGCGATGTACCATCCAGAAGATAAA ACTTGGTCTTTCCCAAGTGATCTATCCTCCATTAAACGTGTATTAGCTGA CTTTTCGCACTATGATATCAGATACTTATTGAATGAAATTCCAAAACAAT GTGGAATATTGGAAGATTTTTTTCGAGCAGCCCGAGAGCGAAATTTTTCC TTTTGTACAACCAAAACCTATTACTCTCACCTTTATCGTTTGTTACTATT TACGGAAAAATTACCGATCAATATCAACTCAAGGGATCTTGAAAATTATT TAGATTTTCAAGTGAAAGAAAAGACAGTTAAGTCAGCAACCATAAGGGGA GCAAGACAAGCATTTATATTTTATTTTAGAGATGTCAGACAACAAATGAA ACATCTCAAATTTCCAAAAATCAAGTCTGATGTCAAGTTACCAGAGGTTC TTTCTGCGGAAGAAACACGGGCAATTTTTAATTCCTTGCCAAACATAAAA CACAAAATGTTGTTACTGATCAGTTATTCAGCTGGTTTACGAGTCAGCGA AGTCATTCACTTAAAAACCAAAGACATAGATCTCGAGAGAAATATGATCC GAATCACACAAGGCAAAGGAAAAAAAGATCGTTACACAATACTTGCCAAT TCATTAGTCTTTGAACTCCAAGAATATTTAAAAATCAGAGAATATAATTT ATTGTTGAAATATAGTTATAACGAAGTGAAAAACATCCCTTGGTTATTTC CCGGAGCTGGAACAAAACCTCTTCATATCAGAACAGCAGAAACAATATTT AACCAAGCAGCCGCGAAAGCAAAAATCACAAAAAAAGTAACATTCCATAG CCTAAGGCATGCGTTCGCCACACATTTGTTAGAACTTGGAACTGATTTAA GAATGATTCAAACCCTTCTCGGACACTCAAGTGTCCGAACAACTCAAATT TATACTAAGGTGGCAAGAAGCCGATTGGAAAATATCAAAAGTCCACTTGA CCAAATGACAAAAACAGAACCTCAATCTAAAACCTAA >LEPBI_I2709 Conserved hypothetical protein ATGGGATTAGAAGTCTTTTTATTGCCTTTTTTGGCGAGTGTAGCCGTGAC CATCGGACTCCGTCGTTTGGACAAATCCAATACCAAACTGTCCCAATTGA AACGATATGCCTCCAAACTCACGGAAGAAATGCAAGGTGTCGCCCTGCAA AAGATCCAAATGGTAAAAGATGCAGGGATTGATCTCGACATCCTTGTCAA ACAATCGCGTAAAGTAGCAGAAGACATCCAATCTTTAAGTTCTGAATCCA GAGACCTCTTTGAAAAAATCAGAGCCAGCAAAGATTACCTCTCTTCTCTC TCAGGAGAAATGGAACAAATCCAAGATTTGAGTAACCAAGTCCGCCGTGA AAAACAATACATGGAAGATGGACTTTCTCAGATCAATTCCCACAAACGTG AGTTACGCGAAGTATCCGAAGACATGGAATCACTCCATAATGAATCCATT TCGATGCTCGATACCTTCCAAAACAAATTGAACTTACGAAGTGATGAAAT TTTGCAATCCGTTGCCCAAAAGATGGTGGAACTCGAAAGCCTACTCGAAA CCAAATCTGATTTCCTAGACAATTCCCTTTCCAAAATTGCAGAAACCGCC AGAGAAAAATTATTAACCCATGCGGATGTGATGGTGAACGAAACAGCGGG CCGACTCGATCACGCAAGAAAAGAAATGGATTTACTTCTCGAATCCATGA AGTACGCTCAAGGGGATTTGGATGTCCGCCTAACAAAGTTTGAAGACACC TCTTCCCTTCTCTCCGATAAAGTAGACAAGTTTGACGAAAGGTTGGAAGA AAAATACCAAAGGGCTTCTTCCAAAGTGGAAGAAAAAGTTTCCTTACTTG AGAAAAAAATCCAAGAACGATTTGAATCCATCGTGGAACAAGTGAGCCAC ACCAAAGATTCCTTTATGAAGGGTCTGAACCAAGAAACAGACGCGATCAA ACGAGAAATTGAAGACCTCTCTTTGGAAACACTTTCCAAACGGGATGACA TCATCAATGAAACGAGAAGGCAAGCGGATGGCATCAACCAAACCATCATC CAATTCCAAGAAAAATACCTAGAAGCAGAAAACAAACTGCTCCGCCAAGC CGACATCCGCAAACAAGAACTCATTCGTGAAATCGAAGCCTTCTCAGAAG AATTCCACCGTATCTCTGAGGAACTGAGGGAAGAAGCAAACACTCTAAAA AAGAGCGCCTTACAAGAGTTAAAGGAATTTGACCGAGAACTCGAAACGGT TCGTTCTGGCCAAGAAATGGTCATCAAATCTTCTCTTTTTGAACTGAAAA AAGAATTAGAAGAGAGAATGCATTCGGATTTCAAAATCCAAAAACAGGAT ATGGAATCAGACTTAGGTTCCATCCAGTCCCAAGTGAAGGAACTAAACGA AACCATCACGGCGCAAACCAAAGATGTGGATGAATACGTAGAAGAATTGA AGTCAGCGCTTCGGGAATCCGCTCACGAAATTTTAGAAACTGCAGAAGAA AAAGCCAAAGAATCGGAAGAAATTGTCACAGAAAAGATCCGCATCGCCAA TGCGAACTTGGAACAATTTGTGAGCAAATGGGAAGACGAACTGGGCAAAA TGCGAGACGACCAAAACTATAGCATCGAAAAACTCCAAGACCGTCTCAAA GAAATCCATGTGGAAGGCGCTGACCTTCTCGGTGAATTCCAAAACCAATT CCAAAAAGCAAAAACCAATTTGGAATCAGTTGCCGAAACCAAAACAAAAG AGAGTATCTCTCGATTGGAAGACGAAGCAAAACTGGCACGCAGTGAAGTC GAACGGATCCTCAAACACTTGGAAGAATCGGGTGAATCTTTCTTTAACCT ACAAGAAGAGAAAATGGACAGACTCAATGAAACCATTGATTCGAAAATCT CTCACCAGTTGACCAAACTTCTCGACAAAGGGAATGTCCAACTTGGTCAA TTAGAAGAAAAAATCTCAAACCACCTAAATACGGTTCGTCGCAACTTAGA AGAAAGTATCAAACGTTCCAAAGACGAATCCAAAAAACAAATTGAAACCT ACCAAAGGGATTATGAAAAATCCTTCAAAGAAATCGCAAAAGAAAGCCAA GATTTCCTAAAAGACAGTTTGAACCGTTTCCATGATCTCAAATTTGAAAT CCAAAATGGTTTGGAGTCACTGAACGAAACCAAAGAAGAAACTTTATCTG GTTTTCAAAATGAGTTAGAATCACTCAAAGAAGAAATCCTAACACTTTCG AGTGAACTGGAAACTGTGAAGGAACACTCTGACCTATTTGCATCCGCCAA ACAGATTGCAGACGAATCAAACAGAGCAGTCGAAGAAATATCGGAAGCAC TCCGATCCTTGGAAAAAGGAAAACCTGATTTGGAACTTGTCCAATCGGCA ATTTCTGAGTTCAGTGAAATGCGTTCGCAAATTGCAAATGAATTGGAAGC GTTAAAAGAAGCGCAGTTCCAATCAGAAGACATTGACAAACAAATCCAAA TCCTTGCCTCAAACCTAGTCCATGTTTCGGAAACCATGGAAGGATTTGAA CAAAGCCTAACAGAAGTAACTTCTATCGAATCACGAGTTTCCAACCTTAC GAAAGAACAGGCAAAAATTGAATCCTTTTTGGCTTCCCTCCAAGAATCCC AAGATTCCGTTTTCCATTTGGTGGAAAACCTAGAAGGCCAAAAACACAAT GCACGGGAACTGCAAGCCCGCCTCGACATCCTCGATCGTGAAATCGATGT GGTAGAAGCAAGAGAGAAGGAACTCACAGAAACCATCCGCCAAGCAGAAA ACCGCACTTCCTTCCTCGTAGAACGCGAAGCACAAATTGATTCTGTCGAA CGTAAGTTTGACAAAATTGAAGAACTCCTCGGCGACCTTTCCGACCGCCA TCGCCAAATCCTCACTCTGCAAAAACGTTTGGAAGACCTCAAAGATTCCA CTCGGGACACAAAGGACGATTTGGAATCCCTCCTCGGCGAAGCAGACGAA ACCTTCGAAAAACTCTCTCAATTTTTGGACATTGTCCAGGGCGCGATGCA AAATCCTTCAGCAACACCCAAAACAGACCGCAAAAATTCGGGAAATCCCT TGGTCGAGCGAAAAAGAGCCACCATCCAGAGCCTCCATGACAACTACCAG TGGTCTTCTGAGGCAATTAGCGAAAAATTAAATATTGAAAAATCCCTCGT GGATACCATCCTCGGAGTTAGAAAGAAATAA >LEPBI_I3318 Putative crossover junction endodeoxyribonuclease RuvC (Holliday junction nuclease ruvC) TTGAAAATCATTGGAATTGATCCAGGGTCCCACCGTGTCGGGTATGCCGT TTTGTCTTTCCCTGAAGGAATGCGGCGCAATCCAGAACTTCTAGCCTATG GAACAATTGAAGTGGCTCCGAAAACCCCTTCTCCCGTCAATTTATTGCAA ATTCGTTCCGAACTTCAAAAAATCCTCTCCCTTTACCAACCAGAACACGC CGCCGTGGAGGAGTTATTCTTTGTCCAAAACACAACCACGGGGATGAAGG TTTCTGAATCACGAGGGGTGATTTTACTCACTCTGGGCGAAAACCAAATC CCGATGGTGTCACTCACTGCCACACAAATCAAAAAAGGAATCTCTGCCAA AGGGAACGCCACCAAAAAGGAAGTCCGGGCGGCGATCCAAATGATTTTGG GATTTAAGGACCTAAAAGGCCACGATGACTCCTGGGATGCCATCGCGTGT GCCTTTGTCGGTCGGTCCTTAGTTTGA >LEPBI_I1630 Putative DNA repair protein RecN ATGATCACACATTTGAAAATTAAGGATTTTGCTCTATTTGAATCCCTTGA ACTTTCCCTATCGGATGGTCTCACCGTCTTCACCGGAGAATCTGGTGCTG GAAAATCTTTAATTTTCGATGCATTGGCTTCTTTATTTGGAGGTCGTTGT TCCACTGCGAACATTAGACAAGGTAAGGATCGGTATTCCTTACAGGCGGT CCTTTCCTTGACCGGGCAAAATTTGACAAAAGATTATTTGATGGAACAAG GCTTTCGTTATACGGGAGACGAAATCCTAATTACCAAAGAACTGATGAAA GATGGAAAAGCGCGTGTCAAAATTGGGGAGAGTCTAGCCTCCACCACTCA TTTACGAGAGCTTGGAAAAACCATGGCAGAGATCCATTGCCAAAATGAAC AACTTTTCCTTTTAGAAAAATCAAACCAATTGGAGTTCCTTGACCGTTTT GGGAATTTAGAATCCTTGAAGTTTAAGTTCAAATCGGCCCTCCAACAGTA CAGGCATTGGAAACAAAAACTTTCTGATTTCGAAGAAACACGTAAAACCA TGTTGAAGCGAAAGGAAATTTTAGAATATGAAGTGGAAGAAATTGAAGCG ATTTCCCCAAAAGATGGGGAAGAAGAAAGCCTAAGTTCCGAAGAAAGTTT ACTCGCCAACGGAGAAAAATTAGCGGAAAACTATCGTTTGGTTTTGGAAG AACTTTCGGAAAAAGAAAACTCCATTTTGAAAGTATTCCCAAGCCTCATC CATGCCATCCAAAAAGTGACCATCCTCATTCCTGAAAAAAGAGAGATGTT AGATGAATGGGAAGAAGTCTATGACAGACTCAAATCCTTGAAGTCTGTCA TTCGAGAGGAAGAAGAGGAGCTCTTTTTTAGCCCCGAAAGATTGGATATG GTACAAGCAAGGCTCCAAGATCTGAAAAAACTCAAGAAAAAATACAATGT GAGCATCGGGGAAATTCACCAACTTTTAGAAGAGAAAAAGTCGGAATTAG AGCGTTGGAAGGAACAAGCAGGGGATGAAGATTTTTTGAGGATCAAAAAG GACCAGTGCCTTGTGGAACTCAAAGAACTCGGATTCCAACTTTCCAAGCT CCGAAGGAATGCCATCTCCCAATTTGAGGAAGAAGTGCAACGTGAAATGC TCGACCTCGGACTCGAAGGGGGAAAACTCCAGGTGGTCTTACGTTGGGAA GAAAACCCCGAGGGTGAGGTAGAGGAAGGATCAAAATCCTATTTCCTTTC AGACGCTGGTCTTGACCAAATTGAGTTCTATTTCAGCGCCAATCCTGGGG AAAAACCACGACCTCTCCGCAAAGTGGCATCTGGAGGGGAACTCTCGCGA GTGATGTTAGCACTCCGAAGTGTCCTTGGAAAACAAGCTCCCTCTCCTCA AATGTTGGTCCTAGATGAGGTGGATACAGGCCTTGGCGGAGAAGCTGCAG AAGCAATGGCAACCAAGCTGAAAAAACTAGCAAGGAACTCCCAAATTTTA CTCATCACTCATACCCAACAAGTGGCGGCAGCGGGTGACCATCAAATTAA GATCGAAAAACGGCAAGAAGGTGGTCGGACTGTCTCGGAAGCCTCTGTTT TGGACTTCGAAGAGAGGAAACGGGAACTGGCGCGAATGATCGGAGGAAAA CAACTCACCTCGGCGGTTCTCAAGGCGGCGACAGATCTTTTGATGAAAAA AGCGGGTTAG >LEPBI_II0134 ada, Bifunctional protein: transcriptional regulator of DNA repair/O6-methylguanine-DNA methyltransferase GTGGATTTTCAGAAAAAACATTACCAACTCATTCAAAATTCCATTGAATA TATGATCCAAAATTTTGAATCCCAACCCAATTTAGAAACTTTGTCAGGTT TGGCTGGACTGAGTCCTTCCCATTTCCAAAAATTATTTTTAACGTTTGTT GGGGTCTCACCCAAACAATTTTTATCTTCCATTACGATCATGCATGCTAA GCGAATCTTACCAAACACATCCATCCTAGATACTAGCTACCAATTGGGTT TGTCTGGGACAGGAAGGTTACACGATTTGTTCATCAAATTGGAAGCAATG ACACCAGGTGTCTATAAAGCAGCGGGAGAAGGACTCACATTGTATTATGA ATTTTTTCCAACCATTCTTGGTGAGATGGTTGTGGTTTCTTCTGGAATTG GGATCCAAAATTTACAATTTATCGACGAGACAAAAACCAAAGATCAAATT TTAGATCAAATCAAACGAGAATTCCCAAAAGCAATTTGGATGGAAGAAAA AAGTGGGCGTCATCTTCCAATGCAACAGTTTTTACAAACGTTTTCATTGC CAAAGGATCCGATTCAACTTTCCGTTTTAGGAACCCCTTTCCAAATCAAA GTTTGGCAATCTCTATTATCCATTCCTATTGGTGAAGTCACTACTTATGG CGAAATCGCCAAATCCATTGGCAAAACCAATGCCCAACGTGCTGTCGGAA CAGCAATTGGAAAAAACCCCATTGCTGTTCTTGTTCCGTGCCACCGAGTG ATCCAATCTTCCGGTTTGTTTGGTGGTTATCGGTGGGATCCGAAACGAAA ACAGATGCTCATTGCTTGGGAGAAATCAAAACACCCTCCCAAACAAATTC ATTTTGTTTAA >LEPBI_II0208 deaD, ATP-dependent RNA helicase, DEAD-box family (DeaD) TTGTATCCTATTTCCATGACTAAGAATGACACCGAAGTTGGAAATGACTT CCAATCCTTCGGATTACGTCCTGAAATACTACAAGGAATCACTGAAGCAG GCTTCGAATCACCAAGCCCTATCCAAAAACAAGCGATTCCGCTCGTATTG GAAGGAAAAGATTTAATCGCACAAGCGCAGACCGGTACCGGAAAAACTGC AGCTTACGGACTCCCCTGTTTGAACCGAATCAAAGTGGAAGATGGCATGC AAGTGCTTGTCCTCACACCCACTCGGGAACTTGCATTGCAAGTATCAGAT GAATTGTTCAAATTGGGAAAACATTTAGGAATCAAAACCACCACGATTTA CGGTGGAAGTTCCTATTCTAAACAAATCACTCAAGTGGCAAAAGGTGCCC AAGTTGCTGTTGCAACTCCTGGCAGACTCCTTGACCTATTAAAAGGTAAG GAACTTAAAAATTTCAAACCATCAATGGTGATTTTAGACGAAGCAGATGA AATGCTTGATATGGGATTTATGGATGATATCGAATCCATCTTTAACTTAC TTCCCACCAAACGCCAAACATTATTATTTTCTGCAACAATGCCCGAACCA ATTAAAAAATTGGCGAGTAAATACCAAACGCACCCAGCTCACGTAAAGAT TGCTGCCACAGAAAAATCTTCTAAAAACATCGAACAAGTGTACTACATAA TCGATGAAGCAGAACGAGAAATTGCTGTCGTACGAATTTTGGATTATGAA AACCCTTTTAAGGCAATCATCTTTACCAAAACGAAAAAAGAAGCAGATGA TCTCAAATCAACCTTAAGTTTCAAAGGATATCCGGTAGAGGCTCTTCACG GAGACCTAAACCAAAAACAAAGAGAACAAGTTTTAAAAAGCCTACATGAT GGCCGAGTCAAAATCCTCGTGGCGACAGATGTTGCGGCACGCGGACTCGA TGTAAAAGATTTGTCTCTTGTGATCAACTACCACCTTCCTTTTGATAGCG AAAGTTATACGCACCGTATTGGTCGTACTGGCCGCGCTGGAAAGTCAGGG AAAGCTGTGACTCTTGTCACAACAAGAGAATCAAGAGCCCTTCTACGACT CAAAGGGACTTCGGGAACCAACTTAACGATTGCTGCCCTTCCAACAAAAA AAGAAGTACACCTAAGTCGTGAAGAGGACTTTTTAAAGAAAGTTGTAGAT ACCGAAATCCATGCAGATGCGGAAGCAGTGTTGGAAAAACTTTTGAAGTT AGAGGACAAACGTTCGATTGCTTTAAAACTCCTTTCCAAAATGCTCGACA ATACCAAAATCAGCGGGCCTGAAAAAATTGGAAAAACCCCAGCCGAATGG AGCGAAATGCCTCCTGGTGGTGGATCTGGTGGAAGACGCCGTCGTGATGA TGGGGGCGGATCAGGTGGTGGTCGCGGTGGTTACCGTGGCGCTCGGTCCA ATAGTGATCGCAGTGAACGTAGTGACCGCGGAGACAGAAAAGAACGTGGT GGAGAAAGTAGTAGTCGCCGTGCGAGCACCCCAGCTTCTAAAAAAGAAGG TGGAGTGTATGTGAAAGCGGCTGGGAAAAAAACTCAGCGTTTTCGAAACA AGTAG >LEPBI_II0150 dinP, DNA polymerase IV, devoid of proofreading, damage-inducible protein P ATGAGAAAAATTATCCACATAGATATGGATGCATTTTATGCATCAGTCGA ACAACGTGATTTCCCGGAAATGCGAGGGAAACCTGTCGTCGTTGGTGGTT CTCCGCATTCTAGAGGAGTGGTGTGTGCTGCAAGTTATGAAGCGAGAAAA TTTGGGATCCGATCTGCCATATCTTGTTACCAAGCTTATAAACTTTGTCC CGATGCTATTTTCACACCGCCAAGGTTTGAAGTTTATAAATCCGTATCAA AAGAGATTCGCAGAATTTTTTTGGAATACACTGATTTAGTGGAACCATTG TCTTTGGATGAAGCTTATTTAGATGTAACAACGAATAAACCGAATTTACC ATTAGCAAGTACGATCGCCAAAGAAATTAGAAAAAAAATTTGGGAAGGAA CGGGACTCACATGTTCGGCTGGTGTAGCGACAAACAAGTTTTTGGCGAAA ATGGCATCTGAGAAAAATAAACCAAACGGACTTTATGTGGTTTTGCCGGG AGAAGAATTATCTTTTTTAGATGAACTCCCTCTCTATCAGTTCTTTGGAA TCGGGAAAAAAACATATGAAAAATTCCAACATTTGGGTTTTTCCAAAGGA AAGGATTTACGTTTGGCTGATGAGTCTTTCCTTTTGAAAGAATTTGGAAA AATGGGTTCTGTCTTTTACCGAATGGCAAGAGGGATCGATGATCGGGAAG TCATTCCATTTCGTGACCCGAAGTCAATTGGTGTTGAAACGACATTTACA CATGATTCAGAAGATTTTTCCTATTTTTTACTGACATTGGAAACTCTCGC AAAAGAACTCGAAGGAAGAATGTTGAAAAAAAATAAAAAAGGGAAAACGC TCACACTCAAAGTTAAGTTTGAAGATTTTACAGTAAAACAAAAATCAATC ACTTCTGATTCCGTTTTCTTCTTGGCAGACAACCTTTTCCAACAATCCTC GAACTTGTTGGCAAATGTGTGGAAGGATAATTTTGATCCTCCCAAAAAAA TTCGACTTTTGGGATTGTCTGTCACCAATTTTTATGAAAAAGAAATAAAA GGAGACCAGCCCTCCTTATTCGGATAA >LEPBI_I0001 dnaA, Chromosomal replication initiator protein DnaA TTGGACATACGTTGGGAAGAAATTTTAGAAGAAATATCGAAACAGATACC TCCCAAGTACTTTTCCAATTTCATTGCACCACTTCGATTTGATAAGTGGG AGAACCAAGTGGTTCACTTAATGGCTCCATCGGGTGGAATCAAACGCCAT GTGGAAACCAAATACATCGGTTTCATTGAAGATGCGGTTTACCAAGTCGT AGGGGATCGTTTCAAAGTATCCATTCTGACTGAATCGGAAACATCATCAC ATGTTTTAAAAGAAGTCATCCAATCGAAGTTTGATGATTCAGACTCAGAT CTCAATCCAGAATATATCTTTAGCAATTATATCACTTCTGATTCCAACCG AATTGCGTTCACAGCAGCCAAATCAGTGGTGGAACAACCTGGTAAGTACA ATCCTTTGTATTTGTTTGGACCCGTTGGTGTGGGCAAAACACATCTTCTT CATTCCATAGGTAACGAGATCAAAAAAAAAGATCCATGGAAAACAGTTCG TTATGTCAATAGTACATCTTTTTTGAATGAGTTTATTTTTACCGTAAGAC AAAACAATCGTGAGTCTCTCGAATCTTTTAAAATCCGTTACCAGTCTTAT AATGTTTTACTCTTTGATGACATTCAGTTTTTAAATGGTGGTGCCGAAAA AACCCAGGAAGAGTTTTTTGCTCTTTTTAATTTTTTGTACGATCGCAAAC GCCAAATCGTCATCGCATCGGATCGCCCAAGTTATGAACTCCCACTCCAT GACCGACTCAAATCTCGGTTTGTACATGGTTTGCAAGCAGATATCAAATC GCATGATTTGGAACTACGAAAATCATTACTCAAATCCAATTTCTCTGAAT TCAATATCCCTGCCAGTGACAATTTACTCCATTGGCTCGCCGAACGATTA GAAGGTGATTCAAGAGCCCTCATTGGGATTGTAAACGATTTGGTAATGTA CAAAAAAGCCTATGAGTATTTCCTACTCACGGAAGACAAAATCAAAGAGA TTGCCGAAGCACGTTTCCTCACGAATAAAAAACGAATTGGATTCAGTCCT GATATGGTAATCGATTTGGTCTGTGAACGGACGAATGTGGCGAGAAAGGA TTTACTAGGAAAAAGCCGCAAAGCCGATTTCATCCCTCCGCGACACCTTT GTATGTTACTGTTACACGATGTCTTGAATGTTCCGAAAGCCCAAATCGGA AGGATTTTTTCGACGACACATTCGACTGTGATCCATGGGATCGATAAATT TAAAGAGCGGATGAAATCGGAAGCACAATGGGAAGATCTTTTCCACACCA TCAAACACAAGATTAGCTTTCAATAA >LEPBI_I2096 dnaB, Replicative DNA helicase ATGAATTCTAACCCCCTTCAGGAATTAGAGTCTGAGAAGAACTTAATCGG TTACTTACTCATGCGAGGGGTAGCCGGGCAGGAAGACTTAGGTCTTAGCC CGGAAGACTTTTATATGGATACCCATAGAAGAGTCTTCGAAGCGGTCACA GACCTCATAAATGAAGGGATCAATATCGACCTAGTAACGGTCACAAACCA AATGCGAGAAAAACGTCTCTTTAAAGACGAATCTCGCGATCTGGAATACA TCACTTCCCTATATAAAGATACAGTCCCCTTTCAGCCGTTAGAGTATTAT GTGCGACGTGTCAAACGTGTTTCCGATAGACGGAAATATGTTGAGGCCCT CTCACAAGCGATCGATAAAGTCAAAATTGAACCGGGTGAAAACGATTCTG TATTTAGTTTGATCGAACAGTCACTGATGGATATCTCTCGCCAAGAGAGA TCCAAAGGTTTACGGAAAGTCAAAGACGATGCCAATGCCCTCATTGATTA CATTAAAAATGTAGTCGCGGCAAGTCAAAATGGAACCGGTGGGATCAATG GATTAAAAACCCATTTTACGGGACTTGATATGGCTACCACAGGTCTTAAG TCACACGAACTCATGATCCTTGCTGCACGTCCAGGGAATGGTAAAACTAC ATTTGCCTTAAACATTGCCGCCAATGCCGCCTTAAAAGAACGTAAAACAG TTGTTATTTTCTCACTCGAGATGAGCCGGATCGAATTACTTCTCAAACTC ATCAGTGCGGATGCAAGGATTGATTCTTATGCGTTAAAGGCGGGAACTTT AACCTCGGCTCAAATGACACAACTGAAAGACAGTATTGGAAACATCACTT CTGCAAGTTTGTACATTGATGACTCAGGGTATTTGACGATCCAAGAGTTT TCGGCAAGACTCCGACAACTTCGTACCACTGAAGAAGTGGGTCTTGTGAT TGTGGATTATTTACAACTTATGAGTGACCCAAAAGCCGCTATGGGTGGAA GGCAACAAGAGGTTGCCAATATTTCCAGGGGCTTAAAACAAATGGCAAGG GAAGTTGGTTGTCCCATCATCGCTTTATCGCAGATGAATCGTTCCATTGA AAACCGCTCCAAAGACCAAAGGCCACAACTTTCCGACTTACGGGAGTCAG GTGCCATTGAGCAGGATGCGGACATTGTATGTTTTATTTATCGGGAAGAA ATGGTGAAACCTCCCGAAGAGTTAGACCCCAATAAAAGGGGGATGGCTGA GATCATCATCGCCAAAAACAGAGCGGGAGCAACGGCCGATTTTCCATTGA TGTTCAATCCGAAGATCAGCCGTTTCGATAACGTTCCATTATAA >LEPBI_I0269 dnaC, DNA replication protein DnaC TTGGAGATGAATTTATCCGAAATTACTTCGATCCGAGACGGAAATCCGCA GTGTAAAACCTGTGGAGGAGTGGGAATCACGCTCGCTGAACATGTGAGGG GATCTCGTTCTGGGGCTTTAGTCCTGTGCCATTGTATTGGCAGTGACTGT AACACTTGTGAGGCGAAAGGACAAGCTCCTTTTATGACCTTTGACAGAAA ATTGGACAAAATGCTCCCTTGTGTCTGTCATAATGCACGGTTTTCCTTAC GCAACCTAGAGAATTTAGTCGAAAAAGCAAACATCCCTGCCCGTTACCGT TTCCAATTTTTATCCACAATCGACATTGGGGACACGGCAAATGACCCCGA TATGTCCTTTATCATTGCTCATGACTGGGCAAACGAACTGGTCCATAAAT TCAAAAATTCTGATTTTACTCCGCAAGGTTTTTACCTTTGGGGAGGGACC GGTTCTGGAAAAACACTGCTTGCTTGTGTCATTTTAAATGAACTCGTCTT TCGATATGGGATCACCTGTAAGTATGCGAAAGTAAACAAAGATTTTTTGT CTGCCATTCGTGATACCTACCAATCCGATAGTGAAACCCATGGCCAAGAA CGTTCCATTGAAAAGGAATTTGCAAACGTGGATGTGCTCGTGATTGATGA TTTTGGAGTCCAAAAGGAATCGGAATTCAACAATCGTAAGTTATACGACC TCATCGATAGTCGGTATGAACAAGAAAAACTCACCCTTCTCACATCGAAT CATTCACTCGTAGAATGGCGTGACCGTGGCCAAGGCCGGATTTATTCCAG GCTTATGGAAATGACAAAAGAAATTGAATTAAAATGTCCTGATTATCGAA CGAAGTTTGTGAAGAGGTAA >LEPBI_I2936 dnaE, DNA polymerase III alpha subunit TTGACTTTACTATGTCACCAAGCCATGGAAGATTTTGCCCACCTGCATCT GCACACTACCTATTCCATGTTGGATGGTGCCATACGAATCAGTGATTTGA TGAAACGTGTGAAAGAACTGGGGATGAGTTCCGTCGCCATCACTGATCAC GGGAACATGTATGGTGCGATCGAGTTTTACAAAGAAGCAGTCAAACATGA AGTCAAACCCATCATCGGTTGTGAATTTTATGTAACACCTTCGAGAAGTG CAGAAACCGAACTTGATGAAATTGCAGATGGTGGTGCTTACCATATCATC TTATTATGTAAAAACGAAGTTGGATACCAAAATATCATCAAACTGGCAAG TCGTTCCTTTACAGAAGGATTTTATCGAAAGCCACGTATTGATTACGATC TGTTGGAACGCCACAGTGAAGGCCTAGTCTGTTTAACAGCATGCCTTGCT GGAGAAGTGAACAGAAAAATTCTGGAAGGGAAAGAAGACAAAGCGTATGC GTTAGCTGGTCGACTCCATGAAATCTTTCGGAAAGAAGATTTTTATTTGG AAATCCAAGATCATGGAATCCCAGAACAAAAAACAGTGGCGGAAGCAGTC ATTGGTTTTTCAAAACGAACTGGTATCCCTTTGGTGCTAACCAACGATTC ACACTTCTTAACAAAAGATGATAGAGAAGCGCAAGACATTCTATTGCGAA TTGGAATGCGCAAAAACATCGATGATGAAATGCGATTTGGATTTAATCAA AATTTTTATGTTAAATCTCCTGAAGAGATGAAAACTCTTTTTCCCAATCA TTTAGATGCTTATTATAATACACTCGCCATTCGCGATAAATGTTCTCTCA ATTTCCAATTTGGAAATCCATTACTCCCACCATTTGAAGTACCACCAGGT TTTGACACAGACAGTTATTTAGAAAAATTGGTTTGGGAAGGGATTCAGGA AAAATACAAGGAGATCACGCCCATCGTCAAGGAAAGGACCGAATTCGAAA TGCAAACCATTCGGAATATGCATTTTGCCGGATACTTTCTCATAGTTCAA GATTATATCAATTTTGCAAGGCGCACGGGGATTCCAGTGGGACCTGGTCG TGGTTCGGCTGCAGGTTCCATCATTGCCTATGCACTTGGGATCACAAACG TTGATCCAATTCGTTACAATTTACTCTTCGAACGATTTTTGAATCCCGAT CGAAAGGATATGCCTGATATTGATACGGATTTTTGTGTGGAACGACGAGA AGAAGTGATCAATTACATCAAACACCGGTATGGTGAAAATCGAGTTGGTC AAATTATCACTTTTGGTTCCTTAGCTGCAAAAGCAGCAATCAAAGACGTT GCCCGTGTCTTCAATGTTCCGTTCTCTGAAGTAAACGAAATGAGTAAGTT GTTCCCAAAAAAATTGGGAATCACCATCCAAGAGGCTGTTGAAACATCAA AAGATTTACGTGATATCGCTGAAAAATCTGAATTAAATAAAAAAGTATTT TCAATTGCACAGAAACTAGAAGGTAACTATCGTCAGGTGGGAAGACATGC GGCAGGTGTGGTGATTGCGCCAACTGCCCTGGAAGAAATTGTCCCACTAT CAACCGTTAGTGAACCAGGCCGTGATGGTCGATCCATTGTCACTCAGTAC GACAAAAATATGTCGGAACAAGTGGGGCTGATCAAAATGGATATTTTAGG TTTAAAAAACTTAACAACCATCCATCACGCAACAAAACTCATTGAAAAAC GGCATGGAATACTAATTGATTTAGACAAAATCCCTTTGGATGATCCGGCC ACCTTTAGTTTGTTACGGAAAGCAAATGTTCTGGGTATATTTCAGTTGGA TTCTTCTTCAGGAATTCGAGATCTTTTTGCCAAAGCGCAAGTTCAAAAGT TTGAAGAAATTGCCGCCTTACTTGCATTATATCGTCCTGGTCCGATGGGA TCTGGGATGTTGGACGATTATTTAGATCGTAAAAACGGAAAGAAAAAAGT AGTATTCCCACATGAAAGTTTAGCTGAGGTTTTGGGTGAAACATATGGTG TAATTGTTTACCAAGAACAGGTAATGGGTATCTCAAGGATTATGGGTGGA TTCTCTGTAGGAGACTCGGATGTTCTCCGTAAGGCGATGGCCAAAAAAGA TAAATCCAAACTCCCTGCACTAAAAGAAAAATTTGTAAAAGGTGCCATTG AAAAGAAAATCAATGAAAAGTTGGCAACCGAACTCTTTGAACAGTTGGAA AAATTCGGTGAGTATGGATTTAATAAATCCCACTCGGTTGCTTATGCCTT TGTGACATACCAAACTGCCTTCTTAAAAGCAAATTATTCGATCGAATACC TAACTGCATTACTTTCAGGAGATCATTCCAAAATCACGGATGTTGTGAAA TACATCAATAATGCAAAAGAGATGGGAATTCGTATTCTTGGGCCTGATGT AAAAGAATCAGGAATTTCTTTTGAAATCACTGACGATACAACTGTACGTT TTGGCCTATCGTCTATCAAAGGTGTTGGAGAACTTGCCGCACAAAATATC ATTCATAATCGAAATGAACTTGGTGGTTACAAGCAACTGAGTGATTTTAC AAAAAAACTCGATACTCGATTGGCCAATAAAAAGGTATTAGAGTCACTCG CACAAGGTGGTGCGTTTGATTCCTTTGGTTATTCCAGGAAAACCATATCC GAATCCACTGATATCATTCTCAACTATGCAAACAAAAAACAAGCTGAAGA AAAAGAGGGCCAATTTTCTCTGTTTGGTGGTGTAAATGGTGGATCGGAAG AAAACTTAAATTTACCAAAAGATGGAATTGAGTGGAATGATGATGAACTT CTTCGACGAGAGAAAGAAACAACCGGTTTGTATTTATCCGGCCACCCTCT GGATAAATTCACTGAACAACTAAAATCTCTAAATCCAACTTCCATTGAAA ACTTAGAAGAAGTCCGCCCTAAATCAAAAGTGGAAATTGCTGGTGTTCTA TCCAAAAAGGTTGTCAAACTCACGAAGAAAAAAGAAGAATTTGTAAACTT TATGTTGGAAGACCAAACAGGTGAGATTGAATGCGTCGCGTTTCCGAAAA CTTATGCTGAATTCAAACATTTGTTCACGGAAGACAACACTGTTTTTATC AAAGGGATTTTGGAACGAATTGATGCCGACGAATCAGAGTTAAAGGGCCA AATTATCGTAAATAAACTCGAAGAATTAAACTCTGTCACCATTGAAAAGA AAATGGAAAAAACACTCCATTTGACAATCAATATGAAGGAAGAAAAAAAC AGAGACGTGATTTTAAAACTCCAGGACATCCTTTCCGTTCATAGGGGTGC CTCATCAGTATTTTTTCACTTAGTGGGTAATGGTGACGAAAAAAAAGTAA TCCGTGCTCATGATCATTTTTCCATCGAAATCACAACTGATCTTATGAAA ATGTTAACGGATATTTTGGGAAAGGGAGCAGTTCGTTACACAGTAGGGGA AGAAGTGAGAGTATACGGGTAA >LEPBI_I1566 dnaG, DNA primase GTGAATCCTTACCAAAGTTTTAAAGAAAGAGTTCGCAGAGAAGTCTCCAT TGACTCCTACATCAACCGATTTGTTCCGTTACGCCGAATGGGTAGAAATC TCGTTGGCATATGCCCTTTTCATAATGAAAAAACCCCATCATTCAATGTA AACCCAGAAGGTGGATTTTACCACTGTTTTGGATGTAAGGCATCGGGTGA TTTATTCCGCTTTGTGATGGATTACCAAAAAGTGGATTTTTTAAAATCTC TGGAAGTCCTCTCTGAATATTCAGGCATTCCACTCGTGGAAAGAACCAAA GAAGAAGAAGAGTCGGAACGAAAAAAAGAAGCACTTTATCAAATTTCACA AAAAGCACTCGAATACTTTCAAAAAAATCTAAATACAACTGCCGGTGAAC TTGCGTTAAAGTATTTAGAATCACGTGGTATGTATGCCGAAGACCTAAAG GTTTTTAAGATTGGATTTGGACTTCCTGGATTTGGAAATTTACGAAGCGA GTTGTTCAAAACAGATGCGGAAGTGAAGTTAGGAGAACAGTTGGGTCTAC TCAAACGACAGGACCAAAACAAAGATCCTTATGATTTTTTTCGCAACCGG ATCATGTTCCCTGTGATTGATCCAAGAGGAAGAGTGGTTGCCTTTTCGGG ACGTATCTTAGGTGAATCGGAAGAAGCCAAATACATCAATAGCCCAAACT CACTCATTTACGACAAAAGCCGTACGTTTTATAATTTAAATTTAGCCCAA GACAGCATACGCAAAACACGAGAAGCTGTCATCGTGGAAGGTGTTTTCGA CGCCATTGGTCTCTTTCGCAAAGGAATTGAATTTGTCGTCGCACCTCTTG GTACTGGCTTCACAGAAGGCCATGTTCGGATTTTAAAAAACATGGCAGAC AAAGTGTATCTGATGATGGATTCCGATAAAGCTGGAACCAAAGGTGCCTT TCGTGCCGTAAACCTTCTCTCCAAGGAAGGAGTTGTGGTAAAAGTTTGCC ATATCCCCGAAGGCAAAGACCCATTTGATTATTCCCTCCATCATAACAAA CAGGAAATCCGAGAATTACTGGAAGGTGCCTCTCCCGCTTCTCAATTTAT GATCCGAGAGATCCTCGCTGGGGCAGGTCCGACTTCCCTTGCAGAAGAAA AACAAGCAGGAGTGAAAAAACTCTTTGAATTCTTAAAACCAATGGAGAAG GAAACGGACAAACAGGTCTATTTAGAAGAGGGAGCTCGCCAACTGGGACT CTCATTTTCTTCTCTTTTTCAGGACTTTCGTGGGAAACCAGGTGTAACTT CGACCCCTTCCGTTGTCGATACTAAGAAAGACCGCACGCCACAGAAACCG GGGAAACCATCTCCTGTTCTTGTCTGTGAGCGGAAGATGATAGCCATGCT CATTCAAAACTTAGAACTTTTTAGTTTTGCTGATGACTTACTTTCACTTG AGTTTCGTGATGAGGTGTCTGCCTTTTTTTGGGACTATTTATATACAAAG TATTTGCAGAATGAGAACCTAACAGCTGCAGAAATTCTTTCGAGGGAAGA AATTCCTTCGGAATACCTGGGAATGATTGCTGAACATTTTTCGGCCGATG TATCAGTGACCCCAGCTACATTTAGAGCGATGTTTCTTTACCATGCGGAT TTGTTGGATGACGCACGGATGGAAGAACTTGTGAAAGAAATGGCGAAACC TGACTTAACGATTGAAGAGAAGAACAATCTTTTGTCAGAACTTTCACTTT TAAAAAGTGAAAAAAATAAGAGATCCGTGTATCTCCGAACGATCCAAACG TTAGAAGTCTAA >LEPBI_I0002 dnaN, DNA polymerase III, beta chain ATGAAATTCACTGTCAATACTACAGAATTCCTAAAAGCAATTAACTCAGT GGATGGAGTGATCTCAGTACGTGAGATCAAGTCGGCTCTTTCCAATTTAA AAATCCAAACAGGCGAAAACGAAGTGTATCTTTCAGCGACTGATTTAGAG ATCGCAATCAAAACTTCGGTTCCTTCTACCATTGGAGAAAAAGGAACAGC ATCACTTCCTGCAAAACAGCTCTCTAGTATTTTTAAAAATTTAAACTTTG ATACAAGTTTGCTGACGACAACGGAAAATTCTGAGAATTCAGAAACCACA ATCACTGATGCTTCTGGGAAAATGGACACAAAGTTCAAAGTGAATGGAAT CGATTCAGAAGACATCAAAACCATTCCGAAAGTAGATGAGGCAAGTGTGG TTGAATTTCCTTGCCAAACCATTCGTGAAATGTTCCGTAAAACTTCATAT GCAATGGCAATTGAAGAAACTCGATTTGTATTCAATGGTTTGTTTTTAAA ACCAGATAACACGGATTTAATTGTTGTAGGAACCGATGGGCGTCGTTTAT CAAAAATTGTTCGTAAGTTTCCAAAACAATTTCCATTTAAAAATGGTGTG ATCATTCCTCACAAAGCAGTGCGTGAGATGCTTAAAATGATGGAAGGAAA AGAAACAGCAAAAATTGGTTTTGTGGAAGAACAAATTTATGTTTCTTCTG GAAACGTAGAACTCCTATTTAAATTAATAGATGGAAATTTTCCTGATTAT GAACAAGTGATTCCAAAACAAACAACCGAATCTGTTCGAGTGGTGAAAGC AGACTTCCTTACATTTTTAAAACAAGCTTTGATCTCAGCCGAAGAACCAT CGAAACAAATTCGTTTGGCTTTTAGCAAAGGTAATGTAAATATTAGTTCT TCGAATCCAGGAACGATGATGTTTGATCACAACATGCCGATTGAATACAA TGGAGAAACAATCACCATTGCTTTCAAAGGAGATTATTTGAGTGATGTTG TGAAAGCTGTGGATGACCCAGAAGTGATTTTGGAATTCACCACTTCAAGT GCTCCCGTACTGTTTAAGGATCCTTCGGACAGTGACTTTGTTTCTGTCAT TATGCCAATGAAACTTTAA >LEPBI_I3461 dnaX1, DNA polymerase III gamma subunit TTGAATACGGACCAAATGAGCGAAAACCACCAAGTACTCTTTCGAAAATA CCGACCACAATTCTTTCGCGATGTAATTTACCAAGACCTCGCAGTCGGAT CCTTACAAAACGCATTTAAATCAAAAAAAATAGGGCATGCCTATATCTTC ATTGGACCACGTGGTGTGGGAAAAACAACTATCGCAAGAATTTTAGCCAA ACGACTCAACTGTGAAAGGCCTGATGGAGTAGAACCTTGCAACGAATGTA CTTCTTGTTTGGAAATCACAAAAGGAAATTCTAATGATGTCTTTGAAATT GATGCCGCTTCCAACAGTGGTGTGGATAACATTCGAGAACTAAGAGAAAA TGTGAAATTCAATGCAATGGGTGGTAAGTACCGCGTTTATATTTTAGATG AAGTGCATATGTTAAGTGGAGCTGCTTTTAATGCGCTTTTAAAAACATTG GAAGAACCTCCAGCCCATGTAGTTTTTATTTTAGCAACCACCGAGTATCA CAAAATTCCAGAGACCATCTTATCCCGATGCCAAGACTTCCATTTTCGCA AAGTTCCCGTGACAGTTTTACAAAACTACATAGAAACTCTTTGCACAAAG GAAGGCCTAAAATACGATTCCGAAGGTTTATTTTGGATCGCAAAAAAAGG TGATGGTTCTGTACGAGATACCTTATCGTTCATGGAACAAGCTGTCATTT TTACAGATGGAAACTTAACTGGCGTTAAACTTCGTAAAATGATTGGGTAT CATGGGATCGATACCTTTACTGATTTTCTAAACCAATTGATTGATACCTC TCAAAGTGCCCAAATTTTTGAAACTTTAGAAAATTTATTCCAAGCGGGTA TCGATTTAAGTAAGTTCATTTGGGATTTTATTGAATTTTTAAACTCTTTA TTGTTAATCAAAGACAATCTCGCTGACCGTGAATCCATCAATATTCCCCA TGAAGACTTACAGAAACTCAAACAAAACTACCGGGAACTTGATCGGGAGA TATTGGTTTTACTCGCAGAAAGAATTTTTTCCATTCACGAAAAATTAAAT CTGATGAAACTACGTAGTTCTTACGAGATGAAAGTGTATTTGGAAATCCA ATTTCGAAAACTGATTTTGGATCGCGAAAAACCTAGTGTATCTGGATTAC TCGCTAAAATTTCAGAACTTACTAAACTTGTGCAAGGTGATCTGAGTAAC ATTCCAGAGTCAGTAGAGCCGGTTAAAAAAATATCTACTCCTCCACCAAC TCAATCCGCCACACAAAAAAAAGAACCAACTACCACAGCACAGAAGGAAA ACGATCAAATCGATTCCAATCACACTAAACAAAATGAAAATATGGATTCA AATCCATTACCATCCAAATCAGAATCACAATCCATAAACAAACCAATATC CACACCTCCGTCATCTCCAGAAGATATGGAAAAACTATTAAAGGAAAAAT TTTCCGGTATGGAAGTGGATCCTAACCAATTTAAAAATTTATAA >LEPBI_I3479 dnaX2, DNA polymerase III subunit gamma/tau ATGGTCGATACTTCGTTTTCATTTGAGCAAGTGTCAGGCCAAGATGTAGC ACTGACATACATAAAATCTTTTTTAAAAGATCGCTCGAAAATTCCAGGTT CCTTAATTTTTTACGGACCAGATGGGGTGGGGAAGTGGCTTGCCGCAGAA CGTTTTGCACGACAAATCCTTTGTTTGGAAGGAACCTCTTGCGGTCATTG TGATTCCTGCCGTCAGTTCATGAGAGGAATCCATCCTGACTTCATTCAAT TCCCAAGACGAAAGAACATTGCAATCGGGAAAGAAAAAGACCCTGAAGAG TTCACCATTCGATGGTTATTATCTGCACGGATCCCTTTCAAACCACACAC TTCGGATTATCGAATCGTTCTTTTTCCTGAAGCAAATCGAATCAACAATG AAGCCGAAACCACACTTTTAAAAACATTAGAAGAACCGCCTCCACATACA AAATTCATTCTGATAGTCAATGACCTACATAATTTAAAACAAACGATTGT TTCTCGTTCGGTTTGTATTCCTTTCCACTACCTCCCGCAGGATGAAATCA AAAAGATTCGAAGGAATGAAATCGCGGAAGCAAAATTGTATTATGGTGGT TCCCTCAATCCGTTTGAAATTGCTGATGAATTTTTAGAAGAGTGGCATGA GAATGTAAGGGAACATTGCCATGATTCCATTTTGCTATTCAAATTAGAAA ATTGGGTGAGAGACCAACTCGGTGAATTTCGTTCGAATAAAGAAGGACTC ACTGGAATTGATTTTTTAGAAATGATTTGTTTGTTACTGCTTTATGAATA CAGACAAAAAAACTTTGAAGCCAATGTGGGTAGGATTGAAGCCATCCTTG ACTTTAAAATGAAACTCCATTACGAAATTCCAGCTCTTGAGTATGTTCTT TTATCCCAACTTTTTTTAAGACTCGCCACATAA >LEPBI_I1902 endA, Endonuclease I; putative signal peptide TTGCAAAAGTTTTTGTATTCTGTTTTACTGCTGTTATTCCTTTGTTTGGC GTATACCCTGCTTTCAGAAAAAAAAGGAGACGGAATCGAAAACAAACATT CCATCACTGATTTCCAAAAAGCCAAACGCGTGTTAAAACGATTTTACGCA AAAGTTGGAAAGGACTTCTATTGTGGTTGTGATTTTGAAAAAGATGAAGA AGAGTTAGGCCGATTCAAAATCAATCACGATTCCTGTGGTCTAAAAGCAA GAAAGGATTCCAAACGCCAAACATGGATTGAATGGGAACACGTTGTCCCC GCACATAGTTTTGGAAAAGAACGAGAGTGTTGGACAAAACCGAATTGTGA ATCTGGTGGTAAACTTTTGAAAGGAAGGAAGTGTTGCACGGCCACAGATC CAGAGTTCAATTTGATCGAAGCGGATTTGCATAATATTGTGCCTGTTCCA GGGGAGATCAATGCGGACCGAGGTATCTTTCCTTTTGGAGAAATTGATGG GGAACCAAGGGCCTACGGAGATTGTGATTTTGAAATTCATTTCAAAAACG CAGTCGCAGAACCAAAACAGGATATCCGCGGGGACATAGCTCGCATCTAT TTGTATATGGAGTGGCGGTATGGAATTCCCATCCCAGAGGGCAAACGGGA TCTTTACAAGTCCTGGTCGGCCTTAGACCCTCCCGATACCTTTGAAATCC GAAAAAATGAAATTGTGGAAAGGGTCCAAAAACAAACAAATCCATTTGTG GACGGCACCCTCAAGGAACCATAG >LEPBI_I1829 exoA, Exodeoxyribonuclease ATGAAAATCATCACGTTAAATTGCAACGGAATTCGTTCCAGTTTGAGTAA AGGTTTACTCGATTTTATACGTCACGAAAATCCTGACATTCTCTGTTTCC AAGAAACAAAGGCACCTGGGAAAGAAATTGACAGAGAGGAATTTCGTCAC CTCGGATATGAAGTTTATTTTTCATTGGCCGAAAAACCTGGTTACAGTGG GACCGCTGTTCTCACGAAACAAAAACCAAAACAGGTCACAATTGGATTTG GGGATGGGATCTTTCGTTCGGAAGGAAGGTCTGTTTTTCTCGAATTCCAA GATTTTTACCTTTGGAACCTCTACTTTCCTTCGGGAACAAGCGGTGAAGA GCGCCAAAAGGTCAAATACCAGTTTTTAGATGAGTTTACAGAACTCACAA AACCTTTTTTGAAAAAGAAAAAACCACTCCTGATTTGCGGAGATGTGAAT ATCGCCCATACAGAAATGGACATCCACAATCCCAAGGGGAATCAAAATAA TTCCGGATTTTTACCAGCAGAACGGAAGTGGTTCACGGACTTTTTAGAAC TCGGATTTTTTGACTGCTTTCGAACCATCCATCCCGATGTTCTGGATGAA TATTCCTGGTGGACCTACCGTTTCCAAGCAAGGAAAAACAATAAGGGTTG GAGGATTGATTATTTTTTTGTGACCAAATCCAAATCGGTTCGGCTCCAAA CGGCAAAGATCGCAAAAGAACCAGTGATGTCAGACCATGCTCCTGTTGTT CTGGAAATCCAATTCTCTTGA >LEPBI_I0006 gyrA1, DNA gyrase subunit A ATGACCGAACAAAACGGCCAAGAAAACGAATCAAACAAAACCTTAGCACT CAATTTATCCGGTAGACCAGACGTAGCCGGTGCTTTAAAAGCTGGTGTCA GGGTCATTCCGGTTGAAATTGAAGACCAAATGAAGGAAGCTTACCTTGAT TATGCGATGAGTGTCATCGTGGGTCGAGCACTTCCTGATGTGCGAGATGG TTTAAAACCAGTCCATAGACGTGTCCTCCATGCGATGAACGAAAGAGCCT GGAGATCTGACAGACCTTACGTCAAGTCGGCAAAGATTGTTGGGGAAGTG ATTGGTAACTATCACCCTCATGGTGACTCTGCAGTATATGAAACAATGGT TCGTATGGCGCAAACTTTTTCCATGCGAGAGACATTGATTGATGGCCAAG GTAACTTTGGATCTGTCGATGGTGACAATGCGGCGGCATATCGGTATACA GAAGCTCGTCTGACAAAACTTGCAGAAGAACTTCTCAAAGACATCGAAAA AAACACAGTAAGTTTTTCCCCTAACTTTGATGATACGAGACAACAACCTG ATGTTTTACCTGCTAATTTTCCAAATATTTTAGTCAATGGTTCCACAGGG ATTGCGGTCGGAATGGCAACAAACATTCCTCCTCACAACTTAAAAGAAGC GGTGAATGCAGTCATCGCCCTGATACAAAATCCGGATATCACTCTTCCTG AATTAATGAAAATTTTACCTGGTCCAGATTTTCCAACAGGTGGAACCATC ATTGGTGGAGAAGGACTTTACCAAGCATATGCAACGGGTAAAGGATCCAT TCGTATTCGATCGAAAGTTGATATCATCGAAAATAACAAAGGTCGCGAGA TCATTGTCATTCATGAAATTCCATACCAAGTGAACAAAAAAAACATGTTG GAAAAGATTGGAGATTTGGTGAATGAAAAAATCATCGAAGGTATCTCTGA AATTTTAGATTTGTCGGATCGAAAAGGGATCCGAGTTGAGATCCATGTTA AAAAAGATGCAAACGCACAAGTGATTTTAAACCAACTTTTTAAACTGACC CAACTGCAAGTCAGTTATGGAATCACCATGCTTGCGATTTTGGACAACCG TCCAAAAATCTTTTCACTCAAAGAAATTTTAAAATCTTACGCAGAACATA GGCGAGAAGTTGTTGTCAAACGGACTGAGTTTGATTTAGACAAGGCGCAA AAACGTGCACATATCTTAGAAGGTTTAAGGATTGCTCTCGAAAATATCGA TGAAGTGATTCGTATTATCCGGGCTTCTAAAGATGTAAGAGAAGCGCAAA GTTCCCTTATGGCAACGTTTTCTTTGTCAGAATTGCAAGCTGATGCCATT CTTGAAATGCGACTACAAAGATTAACTTCTTTGGAAGTCCAAAAGATCAT CGATGAATTGGAGCAGGTTCGAATATTGATCGCTGATCTTGAAGATATTC TATCAAAACCTGATCGAGTGAAATCAATCATTTGTGATGAACTTGGGAAA GTATCTCAATCTTTTGGAAATACTCGCACAACAGAAATTAGTTTAGAATC GCTCGAGTCTTCCACGTTTAACGCAGAAGATTTGATTGCCGATGAAGAAG TGGTTGTCCAACTTTCCGAAGACATGTTCATCAAACGGCTTCCTATGGAT ACCTTCCGTCGCCAAAAACGAGGTGGAAAGGGAGTTCAAGGGATCTCGAC CAAACGAGAAGACTTTGTCAAAAAACTAAGTAGTGCCATGACTCATGATA ACTTGATGCTTTTTTCCAATAAAGGCCGAGCATTCCTACTAAAAGTATAT GAGTTACCGATTGCGACAAAAGAAGCACGTGGAAAATCACTAAAAGCAGT TATTAATTTGAATGATGATGAAATCATCACTTCATTGTTTACCTTTAGAA ACTTTGATGAGTCGTATCTCCTTATGGTAACGAGAGAAGGTTTTGTGAAA AAAATCCAATTGGATGAGTTCACAAACACAAAAAAATCGGGAATCATTGC GATTGGTCTCAGAGATGGAGATGAACTCATTGATGTAATTGCCAATCCAA ATAACTACGATGTATTCATTGGTAGTAAAAATGGTCTGGCGATTCGTATG AACCTGAATGAACTGAGATCACAGGGACGTACAGCTTCTGGTGTCACGGC AATGAAATTGGAAGATGATGATTCCATTGCTGGCATTACAAAAGTAGAAC CTAATACTAATTTGTTTTGTATTTCCGAAAATGGATTTGGAAAACGAACT GACTTTGAAGAGTTTTCCACCAAAGGTCGAGGTGGGAAAGGGATGACATA TCTTAAGATCGGTGAAAAGAATGGACGTGCTGTTGGTATCTCTTCTGTGA AAGAAGAAGACGAACTACTTGTCATCACTCAATCCGGTATGGCAATTCGA GTGGAAGTTAAAACCATTTCGATGGTAGGAAGGTCAGCAATGGGTGTCAA AGTAGTGAATACGAAAGACGAAGACTTTGTGAAAGATTTTGCCGTCGTTC GAGAATCGGATTCGGACTCCGCTGAGTCTTAA >LEPBI_I0679 gyrA2, DNA gyrase/topoisomerase, type IV, subunit A GTGTCATTTGGAACCATGAAGAACGAAGAACAGTATCCGAAACGCCCCTT TGAAGACCAAGTAAACGACGACCAAAGGAAATACTCCCGATATGTGTGCG ATTCGAGAGCCATACCGCAAGAAATTGATGGCCTAAAGCCTGTTCAGCGA CGAATTCTATGGGCTATGTGGAATTCAGATGCAAGAAACCGTCATACAAA AACAGTAAAAGTCGCGGGGCTTGCGATGGGATACCATCCACATGGAGACA GATCCATCCAAGATGCTCTTTCCCAAATGGCACAAGACTTTGCCTTTGCG AATAATTATCCTTTGGTACATGGAGAAGGAACTTTTGGTGATGTCCTTGA TCCCAATGCAATTGCATCCCCTCGTTATACAGAAGTCAAACTTTCTGACT TTGCAAAAGACTTAGGTTTTTTTGAAAGTTTGCCTGACATTGATTATGTA AAAAACTACGATGAAACAGAAGACGAACCCATTCATTTTGTAGGAAAGGT TCCTGTCGTTTTACTCAATAACATCCAAGGGATTGCAACGGGTTTCCGTT GTTTTATTCCAGCTCATAAACTGAGTGATGTGATCGAATCCCAAGTCACT TATTTAAAAACTGGTAAACCAAAAAAGATCACTCCATGGTACAAAGGGTA CGGTGGAGAAGTGAAATTGTCAAAAAATGACAATGGAAACACTGTGATGT CCACCACATTCGGATTCAAAAAAGAAGACGGGAAATTGTATCTTGTTGAT TCTCCGATGAATTGGAACCGAGAAAAAGTGGTGAACTACTTAGATGATTT GATTGAAAGAAAAGACAATTGGTTGAAAGACTACGTGGACCATTCCAGCC AAACCTTCAAAATCGAACTCATTGCTAAAAAAGGCGAAGAACCATCCGAA AAAGAAATTAAAGAACTTTTTACCAAAGAAAACAATGAAGTGCTTACAAT CAACGTCATCACTCACGAAGGAAAACTTCGTAACTTTGGTCCAGAAGAGA TCATCAAACGGTTTTGTGATTTCCGTAAAACCCATCTCATCCGTCGTTTC AAACGATTGGCGGGACTTGAAAAAGAAAAAATTGATCGAAACTCAGAACT CATTCGCTTCATCAAAGAAAGATGGAACGAAAAAGTAACAGGGATTAAAT CCAAAAAAGAATTTGAAGATAAGTTAAAAGCAGCCAAGTTCGTCTACTTC GAATGGTTGAGTTCCATTCCCGTTTATAGAATGACTTTGGAAGAAGTTCG TAAATGCGAAGATGCGATCGTGGAAGCAAAAACCAAATACACCGAATACA CAACCTTACAAAAAGATGATAAAAAACTCACTGGTTTTATGACCGATGAG TTAGATGAACTGAAGAAAAAATGGGATCCGAAATAA >LEPBI_I0005 gyrB1, DNA gyrase subunit B ATGTCCAACCAAACCGATCAAAACGCCTATTCAGCCTCAAAAATCAAGAT CCTAGAGGGTCTAGAGGCGGTCCGGAAACGTCCCGGAATGTATATCGGAA CCCAAGATGAATCCGGCCTTCATAAGATGGTATATGAGGTCGTAGACAAT TCAGTGGATGAGGCAATGGCCGGCCATTGTACAGAAATTGATGTTCGTAT CCTACCTGAAAATATCATCGAAGTTCGCGATAATGGTCGAGGGATTCCGA CCGGTATCCACCCAGATAAGGGAAAGTCAACCATCGAAGTGGTTCTTACC ATCTTACACGCAGGTGGAAAATTTGAAAATGATGCTTATAAGGTTTCAGG TGGTTTGCATGGGGTTGGGGTATCCGTTGTGAACGCACTTTCTACATACT TAGAAGTAGAGGTGCACCAAGAAGGAAAACTCCATTACCAAAAATACCAA GCGGGAGTCCCTGTTGAAGATGTAAAAATCATAGGGGAGACTACTCACCG CGGAACTGTCGTTCGGTTTCGACCAGACCATACCATTTTTACGACGGTAG ATTTTTCTTTCGATACACTTTCCGCAAGGTTTCGAGAAATTGCTTTCCTT AACAAAGGTCTTCTCATTCGAATCGAAGACCAAAGAAAGGAAGAATTCGC CAAACATGAGTTTAAGTTCGATGGCGGAATTGTTTCCTTTGTGGAATACA TCACTGAATCCAAACACCCACTTCATAAAGTATTACACTTTGTAGGAGAA AAAGAAAATGTTTGGGCCGAAATTGCTCTCCAATATTGTGATACCTATAG TGAAAATATTTTCTGTTTTACAAACGCAATTAATAACAACTTAGGTGGAA CACACTTAGAAGGTTTTAGAACAGCATTGACTCGAACTCTCAATGACCAT CTAAAAAAAGACCAAACTTTATTCAAAAAACAACCCAATGGATTACAAGG GGATGATATCAAAGAAGGTCTTTGTGCCGTCATTTCCATCAAAATCCCAC AACCGCAATTCAACTCTCAAACAAAAGAAAAATTAGTGAATGCGGAAGTA AAGGGTCTCATGCAAACCATCACGGGAGAAGGACTCAATCGTTACTTTGA AGAAAACCCTGCGATCATCAAAAAGATTCTCGAAAAATGTATCTTAGCAT CAAAAGCAAGAGAAGCGGCAAGGCGTGCTCGTGATCTTACAAGACGTAAA ACCGTTTTAGAAGGTGGTGGGCTTCCTGGTAAACTTGCCGATTGTTCAGA AAAAGATCCTGAGCATTGCGAACTCTTTTTAGTCGAGGGGGATTCAGCGG GTGGATCAGCCAAACAAGGAAGAGATAGAAATACGCAAGCCATCCTCCCA CTCAAAGGTAAAATCTTAAACGTAGAAAAAGCAAGGTTAGATAAAATCCT CTCCAATGAAGAGATTCGCACATTAATCACTGTTATGGGAACTGGCATTG GTGATGATGAATTTAATGTGGAAAAACTTCGTTACAGAAAAATCATCATC ATGACAGATGCGGACGTGGATGGATCTCATATTCGAACTCTGCTCTTAAC ATTTTTCTTTCGATACATGAAACCTGTGATTGAACGTGGTTCCCTCTATG TTGCACAACCTCCATTGTATTTACTTAAATTTGGTAAGGAAGCAGTGTAT GTTTACTCTGATCGAGAGAAAGATGAAATCTTAAAAGCTAGACCAAATGA CAAAGTGGTCATCCAACGATATAAGGGACTTGGAGAGATGAACCCGGAAC AACTTTGGGATACTACTATGGATCCAAAAGAACGTGTCATGTTACAAGTG AAATTACAAGATTTCGTAGAGGCAGAAGATACATTCAATATCCTAATGGG TGATGAAGTGTCTCCTCGTCGTCGTTTCATTGAAGCGAATTCTTACAAAG TAGCAAATTTAGATCTTTAA >LEPBI_I0680 gyrB2, DNA gyrase/topoisomerase, type IIa, subunit B ATGGCTCAAAAAACTGAAAAAACCTCAGGAAATTCGCGAAATTTTAAAAA ATTATCTCACGTAGAACACGTTCGCATGCGGACAGGGATGTGGCTTGGCC AAAACTCTTTGTCTACCTTTGAACAACATTTTTTCAAAAGAGACAATGCC GGAACGTACGAAGTGTCCCATGAGGAACTATCAGACATTCCAGCTAAAAT CAAATGTTTAGATGAAGCTTGTATGAACTGCGTGGATGAATATCGCAAAA ACCTAAACGATAAAGCCATTCCCGAAAAAGACAAAATGAACAAACTCATC GTTCAATTGTCTACAGATCGCAAACGAGTGACCATCCAAGACAATGGTCG TGGAATTCCTGCCGACAATGCGGAAGGGGTTTACCTCCACTTGATGTATG GAGAAAACTTTGATGATTTAGCGAAAGAAGACCACGTAGCAGGACAAAAT GGTGTGGGGATCTCACTCGTTCGTATGGTCTCTTCTTTCTTTCGAGTCAA AACCATCAATGGTGGCAAAGCATACAAAAAGATGTTTAGCATCCATGATG ATGTAAAAAAAGTCATTCGCAGTTTCAAACTTTCAAAAGAAGATACAGAA CGTGTTCACTTATATTATGATGAACATGGAACCTTTGTGGATTGTCCTTT GCTTTCCGCAGACCAAATCAAACAACTAAAAGCACCTTGCGACAAAACAG GGATGACCGCCGTTGTAGAAACAGCCAAAAAAGAAGACCACGGGACTACG GTGGAATTTGAACTCAATTCTGCATACTTTAACAACCTGGATACTTCCTT TAACATCAACTTGGTGAAACAATACTTACAAGACATCGCAATGTCTAATC CTGGTTTGGAAGTGGTTTTTATCCACAAAACAGGGAAAGAAAAGTATAAA TTCAAAAAAGGTTTTGATGAGATTTTTAGTAACTCTGAGATGGTTTACTA TAAATTAGATTATTCTGATAAGGCTTCCGCTTCACAAATCCATATGGATA CGTATGTGGTTGTGGGCCAAAACAAAAACCTAACTTGGGTAAACTCAATT TTTTGCCCTCAAGGTGGATCTGCCATTGAGTATTTGGAAAACAGGCTTTG TGATGAGATCCGTAAAAAATCTCAAATTGTCAGTTTAGAAAAAAAACTGA ATACACAATGCACTCGTAATGATGTCAGAAGTTGTTTTCACATGTATGTG AACCTTCGGATCCTAAACCCTCGCTTTAAATCCCAGGACAAGTCTTATCT CATCAATGATTTGAATGAAGACATCCGTAAGTCCGTTGACAAACATTTGG ACAAACTTTTGAAAAAAACTGGCCTCATCGAAGAAATTAAGATGGTGATG GAGCGCAGAACCCAGATGAAACAGCTCGAGGATGCGCAGAAAGGCCTCCG TAAGGCGTCCCGGAACAATATCCCTAAGCTGATGCCTCCGACAGGCAAAC CAAACGATCCAGGCCGAATTCTCTTCGTAGCAGAAGGGGACTCGGCGATT GCGGGACTACGTCCAGCAAGGAATCCTAAATTACACGGACTTTTCCCACT TCGAGGGAAACCACTCAATTGTAAAGGGATGTCTCTTGCCAAGGCATTAC AAAACGAAGAGATGAAAAACATCGTCGCCATTGTGGGCCTTCCTCTGGAC CAAAAAGTAAAGTCCATTGATGAACTGAACTATGACAAAATTAGTATCAT CACCGATGCGGATTTTGACGGGTATGCAATTCGTTCCCTAATGTTATCTT TCTTTTACGAGTATTGGCCAGAGCTCTTTGAGTTAGGTTTTATAAATATC TCTGCGGCACCATTGTATGAAGTGGATGTGAAGTGGAAAGATGCCAAAAA AGAAACTGTTTTCTGTATTGATGACTCCGACTACGACAAGTTAGTTGCAC GAGTCAACAAACAAGGTGCGGAAATCACTCGTAAAAAACGGAACAAAGGA CTTGGAGAAACAGGGAAAGAAGCCATGAAGTATGCTGTGGATCATTGTAT GACCACGATCACCATTGGTAACAAAAAAACTGCCAAAACCACCCAAGACT TATGGTTCCATAAAGATTATGCAGAAAAACGTAGGGAAGCCATTTCCGAA TACTCGATGAGTGTGATCCAAGACTAA >LEPBI_I3440 hepA, ATP-dependent RNA helicase TTGATGGATATCCCTACTCAGTTAAGTTTAGATTTTGAAACAACGGTTGA ACCAAAACAATCGAATGAGTATGGTTTTCTAATCGACGAACCAGAGTTAG GTCTTGCAAAAGTCACGAAAGAAACGCCTACATCTGTTGAATTATTCTTT GAATCCAAAGAAATTTTTCGCACTGTAAACAAATCAAATCGTAATCTACA TTTTTTAAACCAGTATCCAGAGTCACTTCGGGTATCGGAAGAATTTCCAA AAGCCATGGAGCTTGCCCTTACCGCAAGCCAACTCAAACTCACTTACAAT TTTAATAAACTATCTTCCCTTTCCAACTCTAGAACTCGTTTATTACCTCA CCAAATTGAATCCACTTTTATAGTCGCAAATAGTTTGAAACCACGTTTCA TTTTGGCCGACGAAGTGGGACTTGGTAAAACGATTGAAGCTGGTCTTGCT GTAAAAGAATTGATGTTTCGTCGTGGTCTCAAACGGGTGTTAGTGGTCGC TCCTTCACCACTACTTGTGCAATGGCAACAAGAAATGAAAAACAAATTCA ATGAGGAATTTGCCATTGTTCGTAGGCGTAACTTTGTAACCAATGGACCA GATCATTGGAGAAATTTTAACAAAATCATTACTTCCATTGATTTTATCAA GAATCCAAGGTATGCCGAAGAAATTCTCGGAACCAAATGGGACATTGTTG TTTTCGATGAAGCCCATAGACTCAGACGTGATTATTCCAAAATCACACGT GGTTATCTATTTGCGGAAAAAATTGCTCGCAAGACAGAATGTTTACTCCT CCTTACGGCTACACCTTTTCGTGGAAAATTAGAAGAACTATTTTATCTCA TGCACTTAGTGGATCCGAATATTTTGGGCCCTTATCATACGTTTATCAAT GATTATGTGGTGGGACAAAAAGGAGACTTAAAGGAAAAAATCTCAAAAGT GCTCCTCCGACGCCGTAAAGTGGAAGTGGGTGGTTTTACCAAACGTTTTG CAAAAACTGTGCGAATTGATTTATCTCCCATTGAACGCGCATTTTATGAT GAAACTACCGAATATGTAAAACGAGAATACAATATGGCGATGGGAACCAA AAACCGTGCCATCGGTTTTGTCATGGTAGTATTCCAAAAGTTATTAGATT CATCTGTCATTGCCTTGTTATCAGCCCTTCAGAAACGTAAATTTATGTTG GAATCCAAGTTCCATTATATGAAAGAACATGAAACCAATTTGGATGATTG GGATTTGGATGAAACAGAAGGTGTAGAAGATTTTATCACAGAACTGGAAG ATGAAGAGATGTCTAGTTTCCAAAGGATCAAACGCGAGTTATTCACTCTC AACCGTTTGATCCATTTAGGCAAACAAATCAAAGAAGATAAAAAAACACA AAAATTAAGAGAAACCCTCTATCGATTGAAAAAAGAAGGTCATAAAAAAT TCATTATCTTCACACAATTTCGGACCACTCAGGATCATTTACAATCCGTA CTAGAACCTGATTTCAAAGTTTCTCCTTTCCATGGATCTCTTAGTATGGA TGAAAAAGAAGTAGCGATCCAAAAATTCAAAGAGGATTATGAAATTCTAA TTTGTACGGAAGCTGGTGGGGAAGGACGTAACTTACAATTTGCCAATATA CTCTTCAACTATGATCTTCCATGGAGTCCTTTAAAAATTGAACAAAGGAT TGGAAGGATCCATCGTTTTGGTCAAAAAGATAATGTGTATATCTTTAACT TTGCCTCTAAAGACACAGTTGCGGAACGGATACTTGAAGTACTCACAAAC AAAATCCGATTGTTTGAAGAATCCATTGGTGCTTCAGATGATTTACTTGG TACCATCGAAGAGGAATTGGATTTTAATTCTAGTTTGATGAAATTCATCA CAGGGACAAAAACGAAAGAAGAATTAGAAACTGAGTTTGATCTTCGCATC CAAGTAGCCCAAAAAGGATTTGAAAAACTAAACGCCCTTGTAACTCCGAA AGTTTTAGATTTTAATTTAAAAGATTATTACGATCATACCTTAGAAGAAA GAGAATGGAATAACCAACATTTAGAAGAAGTTGTTTCAGAAGGATCCAAG TTTTTCCAAAACAAACTCCCTGGATCGTTGGCTGTCACAGGAAAAGGTAG TTACGAATATAAGAATTTGGAAGGAAAAGTCAAAAAAGCAACCTTTGACT CAGACTTAGCGCTGACCAATGATTCGCTAGAATTTATGGCCTTTGGACAT CCATTTGTCGAAAAAGTAACCGAACTCTTAACACATAGTAATGTTGGCCG AAAGAAAAAATATTTATACTCTCAAAATTTAAGTCAAAAGATATTATTTG TTTTCCAAGTGGAGTTTGATTTTTCACTCAAACGAAAAGATTTGTTTTTT ATCGAATTTGATTTAAAGAAAAAGAAATCGCTCGTAGTGACGGAAAAACC AAAAGAATGGACAGAAGGAAAAACATACGTTCCCGAAACTGAAATCCCAC TTTCAAAGTTGGAAGAAGCATTCATCCATTGTTTTCCCATTGTAGAATCA GAGGCCGAAATCAAAAAAGAAATCTTACGGAAAGAAACTCTTTCTATTTT CCAAAAAGAGGAATACAAAGTAGAACTCTCTCACCAAAAAACGATTCGCC AATTGGAAGAAAAATTAATGAGGCAAGAAGCTGCCTACAAATGGGACAAT CGACCTGAAAAAAAAGCAGTGCTTCATAAAACAATGAAGGAAATCCAAAG AGCAAAAGACGAATACACAGTGGAAATGCGAAAAATCAAAAATGGAGCAA AAATTTTCCACCGAATCCAACTCTTCCAAACTTATATCTGCATTTAA >LEPBI_I0217 ligA, DNA ligase (Polydeoxyribonucleotide synthase [NAD+]) TTGGCTAAAAAAACAAAAGCCGAGGATCCTAAAAAACGAATCATTACACT TCGTAAAGAAATTGGTCGTCATAATGATTTGTATTACAAAGAAAATGCAC CTGTCATCACTGACAAAGAATTTGATATCCTTGTCAAAGAACTCCAAAAA CTCGAAAGTGAAAATCCAGATTTAGCTGACGTATCCTCTCCCACCGCACA AGTAGGATCTGACCTAAGCCCCCAATTTAGCAAATTCAAACACAAAGTAC CTGTATTATCCTTAGAAAACACATATAACGAAACCGAACTCTCAGAGTGG TTAGAAAAAACGGGGATCGAAGAAAACTATTCCCTGGAATGGAAAATTGA TGGCGCCTCTATCTTGTTATACTACGAAAAGGGAAAACTCACCAATTGTG TGACAAGAGGTTCTGGTGGAATCGGTGATGTCGTCACAGAAAACGTAAAA ACCATTTCAACCATCCCACATACTCTTTCTGAAGAGATGAACCTGACTGT CCGCGGAGAAATTTTTATGACCTTCGCTGATTTTGAAGAATTCAACGAAG AATATGGTGGCAAGTTTGCCAATCCTAGGAATTTGGCGGCAGGTTCGATC AAACAAAAAGACCCATTAGATGTCGCCAAACGTCCGTTACGAATCTATGT ATATGATGTTTATTTTTCTAGCTCTAGAAAAGGGATCAATACTCATAAAG ACATTTTAAGTTTATTAAAAAAAGAAAAATTCCCTCTCGCACCAGATACT ACGATCCTTACTGGTAAAAAACTCCTAAGAGAAATTGAATCCTTTCGCAA AAAGAAAGATAAAATGCCATTCCCCGTCGATGGACTTGTCATCAAATTGG ATTCGTTGAACTTACGAGAAAGTTTGGGTGAAACAAGCCATTCTCCAAGG TGGGCAAGGGCATTTAAATTTGATGCCTTACTCAAGGAATCAACGATCGA AGAAATTGATTTTGCCATTGGTCGCACAGGAAAAGTCACGCCACGTGCCA AAGTGACTCCGATTTCCCTTGCAGGAACCACGGTCACTTACGCCACCTTA CACAACCAAGACTATATTAACCAACTCGGTGCCGGCATTGGAGCAAAAGT ACTGATCTCCAAACGAGGAGAAATCATTCCTGCCGTGGAAAAAGTGACCT TTCCACCAAAAACGATATTTGTCCTACCAAACCAATGTCCATCGTGTAAC ACAAAGTTAACGAAAGTGGACGATTCAGTGGATTTCTTTTGCACAAACAG GCATTGCCCAGAACGAAAGCTCAACCAACTCATCTTTTTTTGTAGTAAAA AACAGATGAACATCGAAGGTCTCGGGGAAAGGCAAATTCAGATTTTTTTT GAGAAAGGTTGGGTCAAAGACATTCCCGATTTATATACATTAGAAAAATA TAAACCAACCTTACTTGAGTTAGATGGATTTGGTGAAAAATCAGTCAAAA TCATATTCGATGCCATAGAAAAATCCAAAGAAAAAGACTTTCGTTTCACA CTTCCTTCTATCGGCCTAAATGAAGTAGGCCCCAAAGTCACAGAAATTCT CATTGAAAATGGATATGATTCCTGGGACAAACTCCTCACCCTTTCCAAAT CCAAAACAGCAAACGAAGACCTAAAAGCCATTCATGGAATTGGCCCAAGA ACCATCGAAGCTTTACTCACTCATCTCAAAGACAAAGAAACTTTGAAATT AGTCGCCACGCTCAAGAAACTCGGACTTAAATTCCAAGCAGACGAAACCG AAAAAAGCGACTTGCAACCGTTTGTTGGTCAAAGTTGGTGTGTCACAGGA AGTTTTGAAAACTTCCAACCTCGTGACCTTGCCATGGACCTCATTACGAA ACATGGTGGCAAAAAAGTAACAAGTGTTTCCTCTAAAACCACTCACTTAC TCTACGGCCCAGGCGCCGGCTCCAAATTGGACAAGGCCACGGAACTGGGT GTAAAACTTGTCACGGAGTCAGAGTTTTTGGATTTATTGAAACAGGAAGG GATAGCGATTGATTAA >LEPBI_I1823 mfd, Transcription-repair coupling factor (TRCF; ATP-dependent helicase Mfd) ATGACAAAAGACATTCAAATTAGACCCTTCCAAGCAAAAGACGTTTTTAA AGAAGCTAAAGAAACACTCGTAAACCTTAGTGGGATTCCAGAGTCAGCAC ATTCTTTTGTGACAAGTACTTTATACGGAAACAAACTCACAAAAAAAACA TTTGTTGTCGTACTCCCAACGAACCAAGAAGCAGAAAGTTTTTGTCGTGA ACTTCTTAGTTTTTTAAACAAGGAAGAAATTTATTTTTTTCCAGGCCCAG AAAATATTCCTTATGAATATACAAAATGGCAGGTAGAGTGGAAACGAGAT CGAATCCTAACAATCAATCAAATCCTTGCTGGGAATCGTAGTTTAGTTGT GACTTCTGTCGCTGCTTTTTTAAGGAAGTTGCCAGAGAAGGAAAGTTTAA AAGGAAAATCCATTACACTAAAGTTAGGTGTTGATTTTCCTTTAGAAGCT TTATTGGTTGAACTCATTCAACTTGGCTACCACCGAGAAGAAGTTTGCGA ACAATTTGGTCATTTTAGTTTAAAAGGTGGTATTTTAGATATTTATACTC CTTATCTTACAAACCCTGTTCGTATTGATTTTTTTGGAGATACCGTTGAT GAAATTAGAACCTTTGATCCCAACACTCAAAAATCAATTCAAAAAATAGA TGAAGTCCTCATCACCGCTGCAAACGAAACCATCGTCACAAAATCAGAAT TAGAACATTACCATAATCTCCTCAATGAATATTCGGAGAAACGTCTTCCA ATTGATTCTGAAATCGAAATCATCGAAGAACACCTTCCGCTCGTTCGTAA ACAAGAAGGTTTTTTGGATTTTTTTCCCGAACCTCCAGTTCTTATTTTTC CCAAATTCCAAGAAACTAAAGAACGCTCCTTTGGAATGGAAAGGGAATAC AATACTCTTTTTGAAAAGAAAAAAGAAGAGTCACTTTGTTTACCACCAAC TGAATTGTTATCGTTCGGAATGGAATGGAAGTCTTTGACATCGGAGGAGA CACCTGGCATTCAGTTTTCCCTCCTGCCAAGTCTCCTAAATAATTTTTCC TTTGATCCCATCACGGAGGTGAAAGGATTTCGCGGGAAAATCCGAGAAGC AAAGGAATACTTTCTTGAGTTACTAGCCTTAAATCCCGGTCACTCCATCT TCATCACTTCATCGTTTTCGGCTCAGATGATGCGACTCAAAGGATTGTTT TCTGAAACCGAAGTGAATACAATCGGTGAAAACTCAGAAGATCCAATCCG CTTTCCATTTGAATCCATTCAACCAGGCATCCATTTGATTCTTTCTGATT TGAAACGTGGGTTCCATTTAGTAAATGAAGGGATTTTTGTATTCACGGAT AATGATTTATTTGGACGTCAATACAAACGGAAAACTCGTTATAAAAAACA ATCCTCTCAGATGATCGAATCCTTCATCGATCTAAAAGAAGGAGATTATG TTGTACATGTCAATCATGGTGTGGGTCGTTTTGTCAAAATTGAACGAACC AAAGCTGATGGAAAAGAAAGGGATTTTCTTAAATTAGAATATGCAGGGGG AGATAGTTTATTTGTTCCCTTAGACCAAATTTCACTTGTTCAAAAATACA TCGGCGGAACTGATTCACCGAAATTAGACACACTCGGTAAAAATTCCTGG AAAAAGGCAAAAGAACGTGTCCAAGAATCAGTTGATAAACTTGCCGAAGA ACTTGTGTTACTCTATTCGAATCGTTTGAAGTTAAATGGTTTTGCTTTTC CTCCAGATACGATTTGGCAAGAAGAATTTGAAGCAGCATTTGAATTTGAA GAAACTCCCGATCAAATCTCTGCCATTGAAGCAGTCAAACTAGACTTAGA ATCTTCCAGACCAATGGATCGTCTTGTTTGTGGGGATGTGGGATACGGAA AAACAGAAGTTGCCATCAGAGCAGCATTTAAGGTAATCATGGCGGGTAAA CAAGTGATGTTACTCACACCAACTACCATCCTATCGCTCCAACATTTTAA TACATTCAAACAGAGATATGAAAATTATCCGATCAAAATTGCCTTTGTAT CTCGATTTCGATCACCTGCAGAAATTCGCGAAGATTTAAAAAATTTTACA GAAGGTAAAATTGACATGCTCATTGGTACGCATGCGATTTTGTCTTCCAA AGTAAAACCAAAAAATTTAGGCCTCCTTATCATAGACGAAGAACAAAAGT TTGGTGTTACACATAAAGAATCTATCAAAAAATTCAAAAATCTTGTGGAT GTTTTAACTCTTACTGCAACGCCCATCCCAAGAACTTTACACATGGCACT TACAGGGATCCGTGAGTTATCAATTATTTCTACTGCACCTAAAAATAGAC AAAGTGTTGAAACGTATGTTTTAGAAGAGGATGATACACTCATCCAAGAA GCAATCCGTAAAGAAATAGAACGTGGTGGCCAAGTGTTTTATCTTTACAA CCGTGTAGAGTCGATTGAAGAGGAGGCATCCTATGTCCGATCTCTTGTTC CGGAAGTTTCTGTTGGAATCCTCCACGGGCAATTGACAGAAGATGAAATT GAAGAAACGTTAGTTGAATTTTATGAACGTAAATACGATATCCTTGTGAC TACGACCATCATTGAGTCGGGGATTGATATGCCAAATGTGAATACCCTCA TTGTCAAAAAAGCAGATATGTTTGGTTTGTCTCAATTGTACCAAATTCGG GGCCGTGTGGGAAGGTCTGATCGAAAAGCATATGCTTATATGTTTTACCC ATCTAAGAAGCTGATGACCGAACTTGCCGAAAAACGTTTGAATACCATCT TCGAATATCAGGAATTAGGTTCTGGATTTAAAGTGGCGATGCGTGACTTG GAAATTCGGGGTGCAGGAAATCTTCTGGGTAAAGAGCAGTCAGGAGACAT CATGGAAGTGGGGTTTGATCTTTATGTTAAAATGTTAGAAGAATCCATTT CTCGAATCAAAGGGGAGGAGGTTCGAGTCGAGGTTCGAACTGCCGTGAAT TTAAAAACCAATTTTTATCTTCCTGATGACTACATCCCAGATACCAAACA AAAAATTGAATTTTACAAACGTTTTGAAGGTTCCGCTAATTTGGACGAAA TCGAAGAACTGGCTCTTGAGATGGAAGATCGGTTTGGTGAACTGCCACAG ATAGCCAATACCTTTGTAGAATTGGAAAAAATCCGGACTCTTGCATCCAA TTTAGGTTTTGAATTTGTGACTGAAAAACCAGAGGAAATTTTGTTTAAGT GTGGTACATACTTCCGAGGAAATCCGGACCGTGTGATCCAGGCGATGGCT CAATTCAAAGGCCTATTGATATCTCCTTCAGAACCATCTGTCCTTCGTTA TACGAACCTAGAAAAAGATGATCTTAAAAAAATAAAAAAACTGCTAGCGA TTTTGGAGTTTTTGGCCGCTTAA >LEPBI_I2151 mutL, DNA mismatch repair protein MutL ATGGGCATCATCCATTCCCTCTCTCCCGACCTCATCAACCAAATTGCCGC GGGAGAAGTCATTGAATCCACTCATTCCATCCTAAAAGAACTCATTGAAA ATTCCATCGATGCGGGTGCTTCGAAGATTGAAATTGCAACCGAAAGCGCA GGCCTTGGCCGGATCCTTGTTTCCGACGACGGGCACGGGATTACGAAAGA GGATTTGCCTCTTGCCATCAAACGGTATGCCACAAGTAAAATCCAAACCT TCCACGACTTAGAACACCTCTTCACCTTTGGGTTTCGGGGGGAGGCACTT GCGTCCATTGCCTCGGTTTCAAGGCTTGTGATTGAGTCAGGGACAGAAGG AAACCGCATGGCTCAACGTGTGGTAGTAGAGGAAGGAAAGGTGGTATCGG AAGAAGAGATTCCATTTTTCCAAGGGACAAAGATTGAAATCAAAGATTTA TTCTACAATACGCCTGTTAGGCGAAAGTTCTTAAAAACGGAATCGGGGGA AGAGAAAAAAAACAGAACCCGAGTCCAAACCATGGCACTCGGCGAACCTT CCATCGGGTTTCGGTATGTACAAAATGGAAAGGAAGTGTTCCATGTCCAA AAAGAAGAACCTTTGGAACGGGTGCTTTCGATTTACGGTGAAAACCTTCG GGACCATCTTTTGCCTGTCCACTCGAGCCGCAATGGAATGACCTTACGTG GGTTTATCTCTCATCCAGATTTTTACAAATCTTCTCGGATGGGCCAGTTT TTTTTCGTGAACAACCGTTCGGTGGAACTCAAATTTTCAGCCCAAATTTT GAAACGTTGTTACGGGGAATTATTACCAAGTGGTGCCTTTCCGTATGCCT TTTTGTTTTTTGATCTGCCTCGTGAGTTTGTGGATGTGAATGTCCACCCC CAAAAAAAAGAAGTTCGGTTTTTATCAGAAGAAACCATCACGGGGATCTT ATTCCAAGGGATCACAGAAGTTTTACGTACCTCAACCCCTGTTGAATTTT TAGAAATGAGACGTAGGCTTTCCATGCCCATACCATACCATTCATCGGCC GACAAATCACAGTTTGGTGGTGAAGGTATGTCAATGGGAGGTCCTGGGTT TGGCTTTGGGATGGCGGGCAGAGGACAAGCCGTGTGGGGGAGTCAAAATG AAGAAGGAAACCCACTTCTCGGACCAAGTTCCATTGAGGGAAGGGCCGGT TTTTCTTTGGATGGGATTGGTGCCGGAACAAACTTACATTTACTCGGTGA CAATCTGACCAAACACAATTTGTTTGTTCCGAAAAAACACTATGGAGTGA TTTTTGAAACCTTTATTTTGGCGGAAGCAGAAGACGGGCTCTACATCATC GACCAACACACAGCCCACGAACGGATTCGTTACGAAGAGGTTCTACGTGA TTTAAAATCGAAAGCCTACAAATCCCAAAGTTTACTCACACCCATCCGAC TCGAGCTCACAAAAGAGGAAGCAGAGGAGATGATCGCAGAAAAACATCGG TTTTCTGAACTTGGGATCACACTCGAACCATTCTCTGGTGGCACCATCCT CATCCGCGAGGTTCCGTCTTATATCGATCCAGGGAAAGAAACAGAAACCA TCCTCGACCTTTGGGAACGATTCAAATCCAAGGACCCAGAAGAGAAAGAG TTGTATGATGAGATGGCAAAATGTGTCGCCTGTCGGTCGGCCATCAAAAA AGGGGACCAGGTCTCTGATCCCATCATTGGCGAACTCTTACAAAGGCTTT CCTATTGTGAAAACCCTTCCCTTTGCCCGCATGGTCGGCCCACCCTCATC AAACTCACAAGAAAAGACTTAGAGACCATGTTCCATAGAATCTAA >LEPBI_I0833 mutS, DNA mismatch repair protein MutS TTGAATACACCAGTGATGCGCCAATATCTGGAAGTGAAAGAACTCCATCC AGATGGAATTGTTTTTTTTCGAATGGGTGATTTTTACGAAATGTTTTTGG ATGATGCCAAAATCGCCGCACAAATCTTAGACATCACTCTCACCAAAAGA CAAAATCAAATCCCCATGGCCGGGATCCCATACCATGCCACAGAAAGTTA TATCTCACGACTGATCTCAGCAGGGAAAAAAGTTGTGGTGTGTGAACAAA CAAAACCTGACGACCCTAAGGCGAAGATCATGTCGAGGGAAGTGGTTCGG ATCATCACACCTGGCACGGTGGTAGAGGATAATTTACTAGGTGGGTATCA AAACAATTACCTATCTCTTTATTATAAAGAAAAAACTTCCGTTTACCTAG CCTTTGCAGATGTTTCCACTTCAGAGCTTGTTTACTTTTTCTTTTCAGAA TCGGAGAAAGAAAGAATTCTCGATACCATCAAACGATTTTCCCCAAAGGA AATGATTTATACGGACGATATCCCTCCTCTTTCGAAAGAATCTAAAATCA TTTTAACACAAATTCCAAAGGAATATGTTCCGAAAAAGAAAGGTGCCGGA ATTGATACCGTAGTACATGTATTAGATGCGTATTTACAATACAATTATCG GAATCAAAATTTTGTATTTAAATCTCCAAGAAGGATAGATGAAACCGAAT ATTTGATTTTAGACGAACAAACTGTATCTCACTTGGAACTTGTCGAAAAT CCGAATGACAAAAACCACACTTTATTTGGGGTTCTCAATCGTTGTCTCAC GGCAACAGGGAAACGGTATCTCAAACAAAGGATTCTTTTTCCCACTCGCG ATGAAAACAAAATCAAAGACCATTGGGATAAAATTGAAATCTTAACTCAA AACAAAAAAGAAAGACTCAAAATCAAAGAATCACTCGGTGACCTCATCGA CTTAGAACGTGTCATCACTCGTTTCCGCGTAGGTAAAGCCTTACCACGTG ATTTTCGAGGGATCGAAAAAAGCCTAACAGCTGTGACTCTCATGAAAGCT GTATTGGATGGGATTGGTTATGACTTTTCAAAACTTCCTAACGATTTAGA ATCTCTGGTATTGGAATTTCAAAACACACTATTTGATGGGGAACTTCCCG TATTTCTCGGGAACTCTCCCTTTTTAAAATCTGGCTTTCACAAAGAATAT GATGAAGCCATCCTTGCTCGAGAAAAAGGAAAGGATTGGATCTTAGAACT CGAAGAGAAAGAAAAAAAGGAATCAGGTTGTTCAAGCCTAAAAATCAGAT ACAACAAAATCCTTGGTTACTTTATTGAAGTATCCAAAGCCCAAGCCAAA GACGTCCCCTCTCATTTTTTGAAAAAACAAACCTTAGTGACTGGGGAAAG GTTTACTTCGCCAAAACTCGAAGAACTAGAACGGGCCATTTTACAAGCTG ATGAAATCATCGAACGGATTGAAAAACAATTTTTTGACAGATTGGTTGCC ACATGTATCTCGTTATATGAAGCTTTTTTAACCTTATCGAATGAAGTTGC CTCTTTGGATTATCATCTTTCTCTCACCGAAATCAAAGAAGAATACCAAT GGATTAGGCCGGAAATTCGAAATGATGGTATCATTGAATATATGGATTCT CGTCACCCAGTCGTTGAAACATTTTTGCCCATAGGGGAACGGTTTGTTCC CAATCACCTAGAACTCAATCCAAAAGAGAACGCCATAGCGGTGTTAACTG GTCCCAATATGGCTGGAAAATCAACCTTTATGCGCCAAATTGCCATCAAC CAAATCCTCTTCCAGATGGGTTCGTATGTACCGGCAAAAAAAGCATCCCT TTCCATCGTGGATCGAATTTTTACAAGGATAGGGTCTGGGGATAACCTAA CAAAAGGAGAATCGACATTTTATGTAGAAATGAGGGAAACTGCCACCATC CTCAATCAATTCACAGAAAATAGTCTCATCCTTTTTGATGAAGTGGGACG TGGCACGTCAACTTACGATGGTTTGTCGATTGCTTGGGCCATTTTAGAAT TTTTAAGTAAAAACTTTCCAAAACCAAAGACAATTTTTGCCACCCATTAC CATGAATTAACAGAACTTGAAAAAGGGGCAGGGATCTTCAATTTATATCT GGATACCTTTGAGAAGGATGGCGAAATTTTATTCTTAAAAAAAGTAAAAC GGGGAAAATCCAAACAATCCTTTGGGATCTATGTGGCAAAACTAGCAGGG ATTCCCGAAACAGTATCGGAACGGGCAAAAGAAATATTGGTTGGTCTCGA ATCCAAAAAACGGGAAATCAAAATCAAAAATGAAGAACCAAGTTTGTTTG GAAACATTCTTGAAAAAGAACCAAATGGTTTATCAGCAAACGAAGAAAAG GTGATCAAAAGAATCTCTCAAATTGATCCAAACAAAATTCCACCTCTTGA GGCTCTTTCGATCTTAGATGAATTAAAACGAATTCTCCAAGAGGAAAATT AA >LEPBI_I1021 nth, Endonuclease III (DNA-(apurinic or apyrimidinic site) lyase) TTGAAACGATCCAAAAAAACACCAAAAATCACCGAAGTCTACCGTCTCTT GGAGGCGGAGTTCGGTGTCGTAGAAACCCCCCTTACATTTTCTATACCAT ACGAGCTTGCCATCGCTGTCATCCTCAGTGCACAGTGTACGGACGAACGT GTGAACCAAGTCACACCTGAACTCTTTCTTGCATTTCCTACCCTCGAGTC CTTTGCGAAAGCCCCTCTTTCTGCGATTGAAACGAAAATTTTCTCCACTG GGTTTTATAAAAACAAAGCCAAAAGCATCCAAGGGTTTGCGAGGATGGTT CTTTCTGAATTTGGTGGGGAACTTCCAAAGACAATGGAGGAGGCGATTCG GCTCCCTGGGTTCGGGAGAAAAACCGCCAATGTGGTGCTTGCTGAAATTT ATGGAGTGGTGGAAGGATTTGTGGTGGATACCCATGTGAAACGGCTCACA AAACGCCTCGGGTTTACCAAAAAAACGGATCCCATTCAAATCGAACGGGA AATGATGAAGATCACTCCTAAGGAAATTTGCCGAAACCTATCTCTTTACC TAATATTTCTCGGTCGGAAGTATTGCCAGGCTCGCCGTACATTTTGTTCG GATTGCCCTCTTTCTTCCCTATGTCCTTCTTATTCGGAATAG >LEPBI_I3326 nudH, (Di)nucleoside polyphosphate hydrolase, Nudix hydrolase family (Invasion protein A) ATGGATGAGAGAGACATTCTAACGTTTATGACAAACAAACCCTACCGCAA AAATGTAGGAATGGTAGTCTTCAACTCTTTTGGAAAAGTCATTGTGGGCG AAAGAATTCAATTTCCTGGTTCTTGGCAATTCCCACAAGGTGGGATCGAT GAAGAAGAAGATTATCTAGAAGCCGCTAAACGTGAATTATACGAGGAATT AGGGATCAAAAAGGCTACTTATGTTACGGAGTATCCAGATTGGATACCCT ATGATTTTCCAAATTCGTTAGGACTCAATTCCCATTTACAGAAGTTTCGT GGTCAATTGCAAAGATGGATTTTGTTTTATTGGGATGGTGGGCTCGATGA ATGTGATCTCATACATCATGAACAAGAGTTTTTGACCATCCGACATATGG AAATTGAGGAAACTATCCAAGCAGTCGTTGAATTCAAACGACCTGTTTAT GAAAAGTTTGTCCCTATTTTTAAAGCAGCAATTCAAAATTACATTGCAGA GAATGTAAAAACAAAGTAA >LEPBI_I1634 pcrA1, ATP-dependent DNA helicase PcrA GTGGAGTTAGTTGGGCTAAATTCAGAACAAAAACTTGCTGTAGAATCTGT GGATGGACCCCTTCTGATATTGGCAGGAGCGGGTTCAGGAAAAACAAGGG TCATTACCTATCGAATCGCCAATCTCATTCTCAATCATAATGTTTACCCC AACCAAATTTTAGCTGTTACATTTACGAATAAAGCTGCCGAAGAGATGCG TTCCCGTTGTCGCAATCTTTTGCCAGATGGGTCATATGAACCGTTTGTTC GAACCTTTCACTCTTTGTGTTTGTATCTTTTGAGAAGAGAAGGAAAGGTT TTAGGGTTAGGAAGTAATTTTACTGTTTATGATAGTGATATGCAAGAGTC ACTCATCAAAGAAATCCTTAAGTCTAAAGAAATGGACACGAAAGAATTTC GGCCTTCTAGTCTTGCCAATCAGTTTTCCCAAGCGAAAGATTCCTTTTTA ACTGCAGAAGAATTTGCGAAAAAAAAAGCTGACGACGCTTATACAAAAAC CATAGCTTCCGTATTTTTAGAATATGAAAAACGAAAAAACCTACGGAATG CATTAGATTTTGGAGATTTGATTTTAAAAACAGTCATTCTATTTCGAGAT TTCCCGGTCATTCTGGAAAAATACCAGAGGTTATGGAAATACATCATGGT AGACGAATACCAAGATACGAACAAAATCCAATACCATTTAGTACAATCTC TCTCCTCCTTTCATAAAAATTTATGTGTAGTGGGGGATGATGACCAATCA ATTTACTCCTGGCGTGGAGCGGATATCTCCAATATCCTAAATTTTAAAAA AGATTACCCTGAAGCGATTGTTGTTAAATTGGAAGAAAACTATCGATCTA CCAAAACCATCATTGAATCTGCAGCAGTATTAATTTCGCATAACAAACAA CGTACGAATAAAACTTTACGAACAAAAAATCCTTTAGGTGATAAAATCAA ACTCACTTCTTACCAAAATGAAATGGAAGAAGCAGAGGGGATTGTCCAAA GAATCCAAGTTGGTGCGAGGAAAGGTCAAAAATATTCGAATTTTGCGATT TTTTATCGAACCAATTCGCAATCTAGATATTTTGAAGAAGCACTTCGTAA ACGTGCAATCCCTTATAAAATTTTTGGTGGGTTTCGCTTTTTTGATCGGA AAGAAGTAAAGGATCTCATTGCCTATTTGTCTGTTGTTGTGAATCCAGTT GATTCAACTTCACTCCTTCGTATCATCAATTCTCCTCCAAGAGGGATTGG TGATACAACAGTGAATCGACTTCTGAGTTATTCTGTTAGGGAAGGAATTT CCTTATTTGAATGTTTGGGAAAAGAAATTCCCGATATTAAAAAGGGTACG GTTCAAAAATTAAAATCATTGTATCGAATGTTTGAATCTGCAATGGAAGA TTTGGGAAAAAAAACTCCCTCCGAAATTGCGTATGATGTTTTGGAACATT CTGGTTATCGTGAATTTTTAGAAAATGAAGGAACAGAAGATTCTTTTTCA AGGTTATCTAACTTAAATGAATTTGTAAATGCATTGAAAGAATTTGAAGA AGCCAATCCGGAATCAAGTTTAGAAGAATATTTGAGTAGTATTTCACTCA TCACAAGCGAAGAAAACACCAAAGACCTTCCTGATTATGTAATCCTTATG ACAGTCCATAATGCAAAAGGACTAGAGTTCCACCATGTTTTTATGGCAGG AATGGAAGAAGGAACCTTCCCTCATTTTTTATCCTTAGATTCCCCTGACG GGATAGAAGAAGAAAGAAGATTGGCATATGTTGCCATCACTCGCGCTCGT AAACATTTAGAGATCAGTTATTCACGTTTCACTCGTAAATTTGGGGAAGT GGATGCTCGTCTTCCTTCCCAGTTTTTAGAAGAGTTACCAAAAGAATTTT TGGAAGGGGAATTGACCGAAAATAGATTTGGCGTGAGAAGACCCGAAGCC ACTCCAAGAGCGGAACGATTTCAAAAATCAGAAGAAAAGTTTGAGTCTGT GCTTGCAAAATCGGGTGATGGTGAGTTCCAGATAGGGACAAAAGTCAGAC ATAAAGTATACGGAGAAGGGCGTATATTGAGCATTTCTGGTTCTGGTGAC AATCGAAAGGTAGAAGTTCGATTTGGTTCTCATTTGGATAAAAAATTCTT ATTGGCATATACACCATTAGAGATAATATCATAA >LEPBI_I2378 pcrA2, ATP-dependent DNA helicase PcrA ATGTGGAGTGAAGAACAATCGAAAATCATTCATAGCACAGAGCCTGTCAT CCAAGTCATTGCTGGTGCTGGCTCTGGAAAAACTGCGACTATGATTGGTC TTTTGGAAAGAAGAGAAAAAAACGAAACCATCCTTCCCGAAGAGACTCTT GTTGTCACATTTACGAAAAAAGCCACACATGAATTTAAGGAAAGATGTCA AAAAAAAAGTCTTTCCAATTCCTATCACATTTCCACCTTTCATTCGTTTT GTTACGATTCCTTAAAACAATTTGACCGAAATAAAAACTGGAAAAATTAC AAACTACTCGGAGAATCAAAAAAATGGGAAATCACAAAATATTTGTTATC TCCTTACAGAGATTTGATCGGCGGGATTCCCTTTTCCATTTTATTAAAAA AAGATGGCGCCTATTTCAAATCCATTTCGGAAGAGATTTATGTTTCTTTT CGATCAAGTTTTCATCATTGGAAGGAAAAAAATCATTATTTTGAATTCGA TGATTTAATCCAAAATTTTTTAGAGTTTTTACATTCGAATCATTCATCTC TTATCAAAAAAAAATGGAAGTCTCTCATCATTGACGAATTCCAAGATACT GATGAAATCCAATTGGAAATCATCAAACAAATGGAATTTGATCGAATCAC AGTTGTAGGAGATGATTGGCAAGCTATCTATGGGTTCAGAGGGGCCACAC CCAAACCTTTTTTAGAATTCCCAATCCATTTTCCAAATGCTGTTCAATTT AAACTTTCAACTAACTACCGCTCCACTCATAAAATCATTCAAAAAAGTTT ATTACCAATCCATCAAAACAAAGAAAAAATCCCAAAACAAACGATCTCTC ACAGACATGAAAAAGGATTTTTCCATTTAGAACGAAGTTTCAAAAAGGAA CCCCAACTAAAATCTTTATGGAAACAATTCCAGTCACTTGATCCCAATTT GGTGATACTCACTCGGAGCAATTTTCGAAAAGCGGAGTGGATCCAAGCGG GAGTTCCTCTCTCACAAGTGATGACCATCCACAGTGCCAAAGGTTTGGAA TTCAAAACTGTCCTAGTCGACCTAAGCAAAGGCTGGAGTGAAGACCAAAA TTTAGTAGATACGGAGGAGGAAAGGAGGATTCTCTATGTGGCCCTATCGA GAGCCAAAGACAATTTGATCGTTCTCATCAATGCAACTTCGGATCCAAAA AGTCTATGTGACCGATTCAGTGAGGATTTTTCCGTTTGGAATCGATTCAG AAATCGTACTTTACGGTGGACTAGACTCTGGTGA >LEPBI_I1736 pcrA3, ATP-dependent DNA helicase PcrA GTGGAAACGGATTTAAATGAAGCCCAAAAGCAGGTGGTTTTAGCACCAAA AGGGCCTATTTTAGTGGTTGCGGGTGCAGGGACAGGGAAAACCAAAACCT TAGTTCATCGACTGGCCCACTTGGTAAAGAATGGTACAAATCCTGAATCC ATCCTTCTTTTGACCTTCACACGGCGAGCAGCAAAAGAAATGTTAGGGAG GGCTTCTCAAATTTTGGATCACCGAATGATGTCTGTTCGAGGGGGAACTT TCCATTCGTTTTGCCATTTGTTTTTACGTAAGTATGCAAATGCCCTATCT CTAGATTCTCATTTTACGATCCTAGATGAAGAAGATACCATTGGTTTTGT GGGAATGGCAAGAGACCAAGTGGTCACAACTGGAACAAAAGTTCGATTCC CCAAAAAAGAAACACTGGCAGAAATCTTTTCTTCTTGTTTTAACTTACAA GTCTCACTCGAAAAATACTTACAAAAAGAATACCCAATGTTTCTTGGAAT CACAAAAGAAATCCAAGAAATCAAAACAAAGTTTAGTGATCTGAAATTAA AACACAACTCTCTTGATTTTGATGATTTATTAGACTTCACTCGAAAATTA TTGATGTCAGATGAATCCATTCGTGAGCGAATGTCTTCTGTTTATGAATA CATTTTAGTAGATGAATACCAAGATACGAATCGTATCCAAGCTCATATCG CTTGTTTACTTGCAAGTAAACACCAAAACATTTTGGTTGTAGGTGACGAT GCTCAATGCATCTACGGATTTCGAGGTGCTAGTGTTCACAATATGTTGGA TTTTCCCAAAATTTTTCCGAACACAAATACCATCCAACTGACCAAAAATT ACCGAAGTGTTCAGCCGATTCTGAATCTTGCAAATGCTGTTTTAGAAAAG AGTTCTGAGAATTACAAAAAAAATCTTGTATCCGCTTTTCCTAAAAATTC CAAGAATCCTTACTTAGTACAACTTCCGTCTTTGGAAGAAGAAGCGGAAT GGACAAGCAATCAAATTTTGGAACTCTATGAGGAAGGGATAACTTTGTCA GAAATGGCAGTTTTGTTTCGTGCTGGTTTTTCATCCCACCTACTCGAAGT TCAACTAAACTCCAAAAAAATTCCATATCGGAAATATGGTGGAAGGCGAT TTTTTGATTTGGCCCATGTGAAAGACATGATCGCCTATTTAAAGATCATT GAAAATCCAAAAGATATTTTGTCTTGGAACCGAATTTTACTATTAGAAGA TCAGATCGGAAAAAAATATTCGATTCTTTTATTCAAAAAATTAGAATCCA ATCAATTCCAATGGAAAGACGATGAACATTTTTTCCTAGGATTACCTGAG ACGACAAAGGATTCTTTCTTGAAACTCATGCACTGTTTGGATTCTGTATC ACCTGTCATTCATTCCACACAACAAATTCTCGAACGTATCCTTGCCTATT ATTTTCCTCTTTTGGAATCCAACTACGATGATGCAGAAAAACGAAAACAA GACCTTGATGCATTGGTTCTTTTATCCAAACAGGAACCAAAATTATCTGA TTATTTATCCAACCTAATCTTAAATCCTGTGGAAGGAAAAGAAATCGGAA CTTCCAATGAGGTGGAGGATGAGTTTCTCACCTTATCCACCATCCATTCT GCAAAAGGATTGGAATGGAAGTATGTGTTTACCTTGCAAGTAGTAGAAGG AAATTTACCACATAGCCGCATTCGTACGACAGATGAATTGGAAGAAGAAA GACGTTTGTTTTATGTGGCAATTACGAGAGCAAAAGAAGCCCTTTTTCTT ACAAATCCAGCCTTTAACGACAAAAATCGATTTACGCCCGTTAGTCGTTT TTTATCGGACTTACCAAAAGAAAATCAATTATTACAATTTTTAGATCCCA AAAATGCACAAAGTCCAAAAGAAATCCCAAAGGATGGCCAAAAAGAGCCT TCAAACGAAACCTTCCAAAACATACAAAACTACTTTTTGAATTGA >LEPBI_I2066 pcrA4, ATP-dependent DNA helicase PcrA ATGTCCCTTACTGGACCCCTTATGAAATTGAATGCGGCACAAATGGAAGC AGTCTCTACCATCCAAGGCCCTCTTCTTGTCTTTGCTGGGGCAGGGTCAG GGAAAACGAGGGTCATCACCAACCGCATCGCACATATGGTGGAAGGGGTC AAAATCCCGGCGAGTAAAATTGTTGCCCTTTCCTTCACCAATAAAAGTGC CAAAGAGATGGCGGAACGCCTTCGGAAAATGGTCCCTCGGGAAAAACTGA AAGGGATCACACTTTCCACCTTTCATTCGTTAGGTTTAAAAATATTAAAA GAACATATCGGAAAACTAGGGTATAACGAAACCTTTTTACTCTTCAATGG AACCGACCAAGAAGCCTTTGTTTCCGACCTTTTAAAGTCCAAACGACTTG ATCCCAAAAAAGTCCCTCCCAGGGAAATTTTACGCCGGATCTCCTATGCC AAAAACACACAAGTCCATCCAAAAGATAATGGTCTCACAGGAGAGTTTGA CCTTGTAGCCGCAGAAATTTTCCCTCTCTATGAGGATGGCTTAAAAGAAA AAAATGCCATTGACTTTGATGATTTGATTTTACTTCCGAAACGTCTGCTT GCTGAATTTCCAGAGATTGCTGCCTATTACCAAAGGAAACATGAATACTT CCTAGTGGATGAATTCCAAGACACGAACCAATTGCAGTATGAATTTTTAT CTCTCTTTCGTGGCAATAGTGATAACCTTTGTGTGGTGGGGGATGACGAC CAGAGTATCTATGCCTTCCGCGGTTCCAACGTACAACTCATTTTGAATTT TGAAAGGGAATTCCCTCATGCCAAAGTGGTGAGGCTTCTCGAAAATTACC GTTCCACATCCCTTATCATCCAAGCCGCCAACTCCCTCATCCAAAACAAC ATTGGCCGAAAGGAAAAAACTCTCTATAGCCGGATCCCTTCCGCCGAACG CGTGGAATACTATGAAACGGCAGATGAAAGGGAAGAAGCGATTTTTGTGG CAGGAAGGATCCAAACTCTCCTCATCAAAAACGAATTCAAAGGGAAAGAG ATTGCCATCCTATTTCGAACGAACTTCCAATCCCGACCTTTTGAAGAGGA ACTTCGGAACCGAAGCATTCCGTACAAGGTAGTGGGTGGGTATAATTTTT TTGACCGAAAGGAAATCAGGGATTGTATCTCGTATCTTCGGTACGTCGCA AACCCGAAAGATGATTATTCCCTCCTTCGGATCATCAACTATCCCAAACG TGGGATTGGTCCAGGGACCATGCAAAAACTCCAAGAAGAGGCATTTACGC ATAAACTCTCTCTCTATGAAATCTTTCATAAAATGATTGAGAGTCCTGAT TATTTGCCCGAAGTAAAGGCTAAGGTCAGACAAGAAATTTACCAATTTGT CGAAATGGTAGATGCCTTCAAAAAAAAGTTTGCGATGTCGCAGAAATTGG CCCCTGTGCTTCGGGAGATGATCACCCAAATTGGGTTTGAACGGGAAATC TCCATGGAAGAGACCGAGGAAAAGGTGGTGAAAGCCCGGATCTACAACCT GAGTGAACTTGTGAACATGTTGTCCTTTTTTGAAGAGGAAGAGGGCAGAG AAGGAAAGGCCACCATCTTTGACTTCTTGCAAAGGCTCGTTCTCCTTATG GAAGACGAACCCAAAGAAGACGAGGAAGACCGTCGGGTGCAACTTCTCAC GATGCACCAGTCTAAAGGACTCGAATACGATTTAGTATTTTTAGTGGGAC TAGAAGAGGGAATTTTACCGAACTCACGTGTTATAGAAGAAGAAGGGGAA GTGGTCGATGAAGAACGACGCCTTCTCTACGTGGGTATGACTCGCCCAAG ACGAAAATTGTACTTGACTTCGGCTCGTACAAGACGCAAATTTGGGGAGC AAATCGAGAGTGCCCCCTCTCGGTTTTTAAACGAGCTGTCTCAGGACGCT GTTCTTTTTTTCCCGATGGAAACGAAGGATAGAGACACAGAAACTAAGAA TTTCTTAGAGGAATTAGACAAACTAAAGGTAGGCTAA >LEPBI_I2409 phr, Deoxyribodipyrimidine photolyase (DNA photolyase; Photoreactivating enzyme) GTGAAATCCGATCGAATCCGAGTCTGTAATGAAAAACCCATCCAATTAGA AAAATCCTATGTACTTTATTGGATGCAAGCTTACAGGCGTTTTGATGCCA ACCACGCTTTTAATCATGCCGTCAACTTAGCGAAAGAATTAAACAAAGAA CTAATTGTTTATGAAGGGCTCCGAATGGATTACCCTTGGAATTCCGAACG AATCCATCAGTTTATCCTAGAAGGAATGATAGAGAACCAAACAAGAGCAG ACGAACTTGAGATCAAATATTGGCCCTTTGTGGAAACACCAAAAAATCTT GGGAAAGGACTTCTCAAAGAGATTTCAGAGAATGCCTCTGTGGTGGTAAC GGATGATTTTCCTTGTTTTATCATTCCGGAACAAACTGAAAAATTAGCCA AAAAAATCCATTGTCAACTTCTCGCCATTGATGGGAACTCCCTCATCCCC TTCTCACGATTTGCAAAACAAGCAAGTGCTGCTCGCATCCTTCGATTATG GATCCACAAAGAACTGAACCGAGAGTTTCCAAAAATGAATACGATCATTT GGAAGAATGAAGATCTTTCAAAACTCAATGGAAAAACAAATCCACCAGAA CGAATTGGACTTCCAAAATCAATTGATGGTATTTTAAAACTCATTCCCTT CCAAAATATAGTTTCTCCAGTGAAAGGTGTAAAAGGAGGTAGAAACGAAG CATTACGTTTGTTAAATGATTTTTTGAAACACAAATTAGATTTATATCTT ACCAAAAGGTCGGAACCAAACCGACCAGAACTCACAGCAACAAGTGGGCT TTCCCCTTATTTACATTTTGGTTGGATTGGCCTTGATGAAATATTTGTTG CGGTATTAAAACATAGTGCTAAAGGAAAATGGAATCCAGAACGAATGAGT CATGAGAAACCAGGAGATCGAGAACATTTTTATTCTCCATCAGTTTCGGC TAACCATTTTTTGGACGAACTCATTACTTGGCGAGATATTGGGTATTTAT TTTTTTGGAAGGACAAACCAAAACAAATCAATTTGAGCCACTTACCTGAT TGGGTAAAAACTAATTTTCAAAAACACCAAAATGACCATAGAGAGTATGT TTATACCTTAGAACAATTTGAATCCGCCAAAACCCATGATGAACTTTGGA ATGCAGCCCAGACAGAACTGGTCAAAACAGGAAAAATCCATAATTATATG CGAATGTTATGGGGGAAAAAAGTCATCGAATGGTCAAAAACCTATGAGGA AGCATTTTTCATCTTAGAACATCTTAATAACAAGTATGCGTATGATGGTA GGAATCCAAATTCCTACACAGGAATCTTATGGTGTTTTGGACTCTTTGAT CGGCCTTGGTTTCCCGAACGAAATGTATTTGGAAATGTACGTTTTATGTC TTCCGATTCAACAAAAAAGAAGTTTAAACTGAATTCCTATTTGGAGTATA TTGGTGAACTGAGTGGCAAATCCAACTCACTCTTCCCATGA >LEPBI_I0674 polA, DNA polymerase I (POL I) ATGAGTGGAAGACTTTTAATCATTGATGGACATGCCCTTGCATTCCGAGC TTATTTTGCCTTTGCCGCTTCTAATTTAACCAATTCCAAAACAGGTCTTC CTAGTGGTGCCATTTTTGGATTTTGGAGGATGTTGTTCAAACTCCTACAA GATGAACATGTGACTCATATTGCATTCACCTTTGACCCAGGCACAAGATT GGAACGAAACGATCTTTATGAAGAATACAAAGCTCACAGAAAACCGATGC CTGAGGATTTAAAACCTCAAATTCAAAAGATATATGAGATGTTACAAGCT CTTGAATTTCCTATGTACAAAATCAATGGGATCGAAGCAGACGATATCAT TGGTTCCTTATGTAAAAAATTTGGAAAGGATTTTGAAGAAATCGTGATCT TGTCTAGTGACAAAGATTTATACCAAGTTTTGGACAAAAACATACATATG TTACGTGGGAAACGAGGTGTATCCGAATTTGAAAAAATAGATCCCAAATG GGTCAAAACCAATATTGGTATCACCAAAGAACAAGTAACCGATTACATGG CTTTACTTGGTGATGCTTCAGATAATATCCCTGGTGTCAAAGGGATTGGT GAAAAAGGTGCCGCCAAACTCATCCAAGAATTTGGAGATTTGGAAACCAT TTATAAAAAAATTGATAAGGTCAAAAACAAATCCCTCATCGATAAACTTA TCGCTGATAAAGAAAATGCATTTTTATCACGGAAGCTGGCAACCATTGTC ACCAATCTCAAACTTGATATCAAAAAATCTGACCTAAAACTTCCAAATTA TTACGATCCGAAAAAAGTGCAGTATTTCAAGGATGAAGGGTATAATGTCC TTCACCGCGATTTAGCAAAACAAGCAGGGATTCCCATTGTCAGTGATGGT GATGCAAAAGAAGAATCAGAGACTTCTAAAAAAACCACCAAGGGAAAAAA AGAATCGAACACCGAAGCATCTGCAGATGGATCCAAAAAAGGAAAAACTG ATGCCGCCACCTCAGTGGTCGCTAAAAAATCATACAAACGGATCCAATCC ATCGATGAACTAAAAAAAATAGTCTCCAAACTAAATTCCAAAAAACCCAT CTCAATTGATACAGAAACAACATCCCAAGATCCAATGATGGCCGAGTTAC TCGGGATCTCTTTTTCAGAAGAGCCTGGTGTTGCCTATTACATTGCATTC TCTCATTCCGAATCCATATATAGCCACCTTCTCCCTTCGGCTGAAGAATC ACTGAAGATCCTAAAACCAATGTTAGAAGATTCCAATTGGAAAAAGATTG GTCAAAATATAAAGTATGACCTTCTCGTTCTCAAAAACTATGGGATAGAA TTAAAAGGAATTTATTTTGATACCATGCTTGCTTCTTACCTTTTAAACCC AGGGGAAAGAAGGCATAATATGGATGATATGGCAGTTGATTACCTCAACT ACAAAACAATCACATACGAAGAGTTAGTTGGAACAGGCAAAAAGAAACAA AACCTATATGATATCGATCCAGATAAAGTATCAGAGTATGCTTGTGAAGA CGCTGACATCACCTTACAACTTCACAATGTTCTCTCCCCCAAAATGGACG AGAACATTCATAAAAAATTATTTTATGAGATGGAAATGCCAGTTTTACTC ACTTTGGCAGACATGGAATTTGAAGGGATTGCAGTCGATAAATCATACTT TGAATCATTGTCTGGTACATTTGATACCAAAATCAAAGAACATGAAAAGA ACATTCATTTTTATGCGGGAAGGCAGTTTAACGTCAATTCTACGAAAGAA TTACAAACGGTATTATTTGAAGACTTACGCCTACCAGCTGAAAAAAAAAC ACAAACGGGATACTCCACAGACCATTCCGTTTTGGAGTCTTTACAGGGAA CTCATCCTATCATCGATGATTTACTTTCGATCCGTAAATTTTCAAAATTA AAATCCACTTATACAGACACATTGCCTTTACTTGTGAATCCAAAAACCAA ACGAATTCATACAAGTTACAACCAAACCATTGCGGCAACTGGGCGTTTGT CTTCTACCAATCCAAACCTACAAAACATTCCTATCAAAGATGAGGAAGGA AGATTACTTAGAAAAGGATTTATCGCCAAAAAAGGGTATGAGATCTTATC ACTTGATTATAGCCAGATTGAACTACGAATCATGGCGCATTTTTCCAATG ATCCCAATATGATTGATGCCTACAATTCTGGTGCGGACATTCACAAACGA ACTGCTGCAGGGATTTTTGGTGTGCCAGAAGACCAGGTAACACCGGATAT GCGAAACAAAGCAAAGGTTGTTAATTTTTCTGTGATTTATGGAGTCACAT CCTTTGGCCTATCCAATAATTTAAGGATCAGTCGCAAAGAGGCAAAAGAG TTTATAGAGAAATACTTTGCCGCCTATAAAGGTGTCGCCACCTACATGGA AGAAATTGTAGAATTCTGCAAACAAAATGGCTATGTGGAAACTCTTCTTG GTCGAAGACGTTACCTCCCCGACATCCATTCCTCACATAAAATGGTGAGT GAAGGTGCCAAACGAGTTGCCATCAATTCCCCAATCCAAGGTACATCGGC GGATATGATCAAAATCGCGATGATACAGATTCATGAAAAAATCAAAAAGG AATCGTTTCGTTCCAAACTATTATTACAAGTACACGATGAACTTGTGTTT GAAGTGGACCCAAAAGAAAAAAAAGAATTTTTCCAAATGGCAAAAGAAGA AATGGAATCTGCTATGAAACTCAAAGTACCAATCGTCGTACAAGGGAAGT TTGGTGGAAATTGGGATGAAGCGCATTAG >LEPBI_I1656 priA, Primosomal protein N' (Replication factor Y) ATGATCCAGTATGCGGAAGTTGCCTTAAATCTTTCTTGGGAAAGTAAAAC CTTAACCTACGAGATTCCAAATTCGATTACCGCTTTACAACCAGGTGTTC GGGTTCTTGTTCCCTTAAACGGAAAAGAATGGGATGGAGTGGTGATTCAG ATCCACAATAACGAACCCAACTATGAAACACTTTCGGTCTTAAAACAAAT TGATCCCGAACCTGTTATCACAACAGAACAATTGGAACTGGCAACATGGA TGTCTGAGAATTATCTTTCCTCTCTTGGGGAAGCATTGTTTCTTATGGTT CCCAAAGGGAAAAAAAGGAAACTCACGAAAGAAGTTGATACGGAAGTCCA ATCCCACTTATTACACCCGTTAAATGAAGCACAAAAAAAAGCTTATACTG AGATCAAACAGAATACACATGCGAATACTCATCTTTTGTATGGAATCACG GGAAGTGGGAAAACGGAAGTTTACCTTCATTTGATGCGAGACATTTTGCA AGAACCTAAGGGTTCGGTTATTTTCCTTGTCCCAGAAATTTCTTTAACCT ATCCTACGATCGCTCGGATCGAGGCCATTTTCCCAAACCAAGTGGCAGTT TTACATTCGCATTTACGGATTTCAGAAAAGTTCCAAAACTATTTGGATTT AAAGGAAGGAAAAAAAAGGATCTGCATTGGAACTCGGTCGGCAATTTTTG CGCCCCTTTCTGACCTGAAACTAGTGGTAATGGATGAGGAACATGACGCC TCTTATAAAGAAAATGGTTCTCCTCGTTACCATGCAAGGCAGGTCGCCTT ACAAAGGATTTTGAAAACGGGTGGCAAACTCCTACTGGGTTCGGCCACAC CGAGTATCGAGTTGTATTACTTAGCTAAATCAGGACAAATTGGATTTTCC ATTTTGGAACAACGTGCCAATCCCAAAGCCAAACTTCCTTTCGTAGAGAT GTCTGATAAACAAGATGATAAACATTTGATCTCAGGGGACTTACAATTTA AAATTTCTGACCGATTGAAAAAAAAAGAACAAATCATCTTACTCCTGAAC CGTAGAGGGTATAACCCTTTTATTTTTTCACCGCAAACAAAGGAGTTTGT CCATTGTCCCAAATGTACGGCAACTCTTTGTTACCATTCTGACCAAACGG TACGTTGCCATTTATGTGGCTATCATTCCAATTTTTACAATCTAAAACAG ACGTTTGGTGAAGATTTAGAGCTTTTTGGAGCTGGCACACAAAAATTAGA GGAGTATCTCTTATCTCATTTTCCGAGTGCAAGGATCGAACGCCTCGACC AAGACAGTTCCAAAAACAAAGATGTCACCCGCCTTGTGTTAGAGAAATTA GGAGAAGGGGAACTTGATATCCTCACCGGTACCCAAATGATATCAAAAGG CTTGGATTATGCAAATGTGACTCTTGTGGGAATCCTTAACGCTAATCATG GGTTAGGTGTCCCTGACTTTCGAAGTAGCGAACGCACCTATGCCCTTGTC TCCCAAGTGGCGGGCCGGGCGGGACGCGGTGAAAAACCAGGAGAAGTCAT CATCCAGTCGAATGACCCGGAACACCCTGTCCTTAAAATGGCCAAGGAAC AAAACTACCCCGCTTTTTTTGAATGGGAACTCCAATTTCGAAAAGATCTG TTTTACCCTCCCTTTGCGAGACTTGCTCGCCTTGTCTTTCGTTCTAAATA TGAAGAGGTGGCCAACAAACAATCCGTTGTCTATGGAGAGCTCATCAAAG AAAAAAAAGAGGATTCAATCGTGATGCTTGGACCAAGCCAATGTCCGTTT TATAAAATTGATAATAACTATCGGTACCATATACTACTCAAAGCAAAATC GATCACCGCTCTACGAAATCTTTTAAAAGAAACAAAACAAACGTTCAAAC TGGATTCTAAATGTTATATCGAATATGATTTGGATCCTATGGAACTTGTG TAA >LEPBI_I2446 recA, Protein RecA (Recombinase A) ATGAAAAAAGAGAAAGCTGACAAGGCACTAGAAAAAGAAACAGACCAAAG AAAACAGGCAATTGATGCCGCCCTCGGCCAAATTGAAAAACAATTCGGCA AAGGATCCATCATGCGTCTCGGTGCCGACACACGTATGTCGGAAATGAAT GTGGTTTCCACAGGCTCTTTGGACCTTGACATTGCTCTTGGAATCGGTGG ATTCCCATCCGGTCGTATCATCGAAATCTACGGACCAGAATCTTCTGGTA AAACGACTCTTACTCTCTCTGCCATAGCGGAGACACAAAAGAAAGGGGGC ATTGCAGCCTTCATCGATGCAGAACACGCACTCGATCCATCTTATGCAAA AAAACTCGGAGTCAACGTTGACGATCTCCTCGTTGCGCAACCTGACAATG GTGAGGAAGCTTTGGAAATTTGCGAGTCACTCGTTCGTTCCAATGCCATT GACCTCATTGTCATCGACTCTGTCGCAGCCCTTGTTCCCAAGGCAGAAAT CGAAGGGGATATGGGAGACTCTCACATGGGCCTCCAAGCACGACTCATGT CACAAGCCCTCCGTAAACTCACAGGTACCATTTCAAAATCCAGTACCACT GTCATTTTCATCAACCAAATCCGTATGAAAATTGGAGTCATGTTCGGAAG TCCAGAAACCACGACAGGTGGGAATGCTCTCAAATTTTATGCATCCATTC GCCTTGACATCCGCCGTATTGAAACATTGAAAGAAAAAGAAGAACCCGTC GGAAACCGTGTGCGGGTGAAAGTGGTGAAAAACAAATGCGCCCCTCCTTT CCGTCAGGCAGAATTTGATATTATGTATGCCAATGGGATCAACCGTGAAA GTTCACTGATTGATTTAGCCGTTCGCCATGATTTAGTCGCGAAAGCTGGT TCTTGGTATTCTTATAACGGCGAAAAGATAGGCCAAGGGAAAGAACAAGT AAGGAACTTCTTTCTGGAAAATCCAGACATCGCTTTCAAAATTGAAAATC AAGTTCGGGATCTAAATGCGCTTCCCTTGCTTGACCAAGCAAAAATCCAA ACCCGAGAAGTGAAATCCATTGAAAGGGATACAAAAGAAACGAAGGAAAC AAAATCAAAACAACCAGTGAGTTTCTCGACCGAAGCTGATGGAGACATCG CCGTCGGTGAATAA >LEPBI_p0020 recB, Exodeoxyribonuclease V beta chain, UvrD subfamily TTGAAAATGGACCATCCTTTAGTCAACCATCCCAATTTTATCGAAGCTTC CGCTGGAACCGGGAAAACACATCTAATCATGCAAATGTTAGGTGATGTGA TGACCCATGATGTAACAAATCATACCAAAGAGAATCGACTGCTTCAATTT TTAGTGCTTACCTTTACAGAAAAAGCCGCAGGCGAATTAAAAGCCCGGTT AAAATTAAAAATCTTAGAATTATATGAGAACGGAAAACACCCCGAATACT ACCATTACCTCCGCGATTTAGACCAAGTCACCATCTCGACCATCCACGGT TTTTGTAATATGGTGTTAACGGAATACCCAGTCGAAACCCAAAACAATCC CAATGTAAAATTAACATCGAATGAAGAATTGATTCGAAAGACCTTTTATG ATCTGAAAAGAAGCCAATGGGAAGGGAGAGACAAGGAATCACTTGCAAAC GATATTCTTATCTCCAATTTAAAGAAAAAGGAAGACCTCGTTATAAGTTC CACTTCGAAACTCCTTGCTGATACAAAGGACTATGTATTTCCGGAGTTTG TATCCTTAGAGGAATGCATTCACAACGCAAACAAAAGTAATCTCTTAGGA GAACTCATAACCATCTGCGAAGCTTTCAAAGGACCAACCGGTGAAGCGAT TGCCGCTCAAGGAGCTAAAGGTAGTATCCCGAAATGGATGGAAAATTGGT CATCACTCGAGTCATTTGCAAAAGCGATCCGAAACGAAGATACAAAATAT ATAGCAAAAGAATTGAAACGAATTTCGAAATTAAGCCGTTCCCTTGGAAA AGAAGGCAAAGCCAGTGGATTCGATTATTTCCTTTTGGAAGGGAGTACTA CCATTGCAAAAAATTTAGATGCAGCATCCGTTGTGTTACAAGGAAAAATA AAATCTGTTGTTTTATCGCTAAAAGAAATCTTCCCTCTTGGCCAATTGGA TTATGATGGATCCATCTTTTTGCAAAATACAGTGCACGAACTCACTTCGA AAACAAAATCCATCATCGAAAATGGCGAATACCTGACTTATGATCAAATG ATCTTAAAGGTATATGATGTCATTGTTCGTAATCCCAACCAAATATTAAT TCAATCGTTACGAGAACGATTCCAAGTTTGTATCCTGGATGAATTCCAAG ACACGGACAAAAACCAATACCAAATCTTTAAAACTTTATTTTTAGACAAA GATACAAAGTCCAGAATGCTCTTTTGTATTGGAGATCCAAAACAAAGTAT CTATGGATTTCGCGGAGCTGATATTGGAATTTATCTGGAAGCATCTCGTG ACTTCGAAGGATCAAAATCCACCTTAGAAACCAACTATAGGTCCACAAAA GAATTAATCCATGGACTCAATACCATTTTCCACGATGAAACAAAAGAATG GGGTGAAACTCATTTTTTTCCCATCGAAGAACCAGGCTCTAGTAAAGAAA ACTATTTATATAAGAAAGTATCATCACCTGACATCGATACCATCAAGTAC AAGTATGTGAATCCTGAGGAATCAGCGATTCATATTTTTGATTTCGAAGA ACGGTTTCCGAATGTAAACAAATCCAGAAATATTTGGGCTGAAACAATTC GAAATGAAATCAAACGAATCCAAAACAAGGAAACAAGTCTTCTATACAAT AAAAAAGGCGAACGCGAAATCCAAGAGATCAAGTTAAAGGACATTGCCAT CCTTTGTGGGAATAAAAAAGAAACAGAACTTGTTGAATTTTATCTAACAA AAGCGGGAATCCCCTGTTCCATTTACAAACAAAGAGGGATTTACCAATCC AGAGAAGCAGATCAAATTGAAAATCTATTGGAATGTTTACAAAGTTCCAA CTCCTCACAAAGTTATAAAAAAATCCTATTCTCTGATATATTCTGCATCC ACCCTCATGAAATCCAAAAGTTTGATGAACACTCCATTGACTCCTATGAA AAATCTCTCATCGACAAATGGCAGAGACTTATCAAAGAAAATCGATACGC AAGTTTCTTTCGTTCTGTGATGGACGAAACCAAACTCTTTTGGTTGGAAG GGAATCATACACTGGAATGGGAACGAAAACGTACAAACTTCCGACAAATC TTTCAAAAATTATTAGAAGTACAACTGAAATCAAATTGTGGCTTGTTAGA GTTACTCGCGAGTTTGCGTGAGCTCAAACAAAAAAAACAATCTCCCGAAG AAGAGCCGTTATTTGATCGTGAAACAGAAGAAGATTCGGTGCAAATTTTA ACCATCCATGCATCGAAAGGATTGGAATGGCCTGTCGTATTCTTATTTTA TTTTGGCAATCGAGGGACCAATCTCACCAATACAGAATACCCAATTGAAA TAGAAACGCCAGAAGGTAAAAAAAGAAAATGGATTCTTGACTTATGGGAT TTGAATCCAGAAAAAGAAGACGAAGAAAACCATTTCCTGAATGAACAAAA ACGTCTGTTATATGTTGCCCTGACAAGGCCCAATCTTAGGTTATACCTTC CCAAACTCAATTGGGGGAGGTCCAAAAAAGAAGATTCGCTTCCGAATTCT GGTTATAGCCAAATCCTCTACCAAGAATTAATTCGAATTCAAACCCTTCA AAATCAAAATCCTTTTCTTGAGTCGTCTTTTGTATTCCGAAATCCCAATG AATTTTCAGAATCACAAACAATAAACCTTCAAACATCAAGTGTCACCCAA ACGAAAAAACCATCTTTCCCGATTCTCTACCCTTCCGAAATCAAAATTGG TCGAGTGCTCTTGCAACATAGTTATACAAGTTTGCAAGCCAATGAAAAAA ACTTAAATGTTTCCCAAGAGGAAAAGAAAAAAGAATTAGAAGAAACTCCT GATGTAGAAGTAAGCACAACGTTCGAATTGCCCTCGAGTGCGAAGGTCGG AAACTTTTTACATAAAATTCTTGAATTATGTGATTTTTCTACCTTCCAAT TGGAAGTGGATGCCATCCTCGAGAGTCCTTCCTGGAAGTGGGCGTACCAA AAATCTTTCTTACGATATCCATTGGAAATCGAAGGTAAGGATGCAAAAAT AGAGCATACAGTGGCTACTTTATTGAAACATGCAATGACAGCAAAGATCA AGCTTGCGACAGGCAACTCCTTCTCTCTCAGTGAATTAAAGGAAGAAGAA AAATCCGCAGAATTGAAATTCCATTTGTTCTTACAGAACTTACTGAAAGA AAGTGGTGCCTCCTTAACAGATGGGTTCGAACACTACTTAAAAGGCGCCA TCGATTTGGTTTTTGTAAAAGATCAAAAATTCTATATTGTCGATTATAAA TCCAATTTGTTACCAAACAACGATTATAGTAGTGAAGCAGTCGCAAATGC AGTCCGAGACAAAGGTTATCTCTTCCAAAAGTCTGTGTATTCGTTTATTT TATTTGAATACCTAAAGTCTCTTTTTGGACCCGATATAGCCTTAGAGAAG TTTGGTGGAGTGTATTATTTATTCTTAAGAGGAATGTTAGGTGACAACCA AACAGGCATCTACTCTGATTTAAAACATTCTGATTCCGTATGGACGATCG AACAGTTTGAAGGAATCAAAAAAGAAGTGATGGCCTATATCCGGAGTGCC TCTGACCAATTGGAAAAGGTATATTCATGA >LEPBI_p0021 recC, Exodeoxyribonuclease V gamma chain ATGCCACTCGTGGTTGTGCCGAATACCAATTTAATTCCATGGCTCAAACT CAACATACCGAAGTACAATGACTCACAACTTTCCATCAACATTGAATTTA CATTTTTAGAAAAAGCGATTTTAAAAATGATTTTTACTTCCTTACAAATC CCTGCATGGGCGGAAAGTGTGGAATTTTATGATTACAATTCCTTCAAGAA GGATTGTTTTCGTTACCTCTATGAAAACCAAACGTCCTTATTCCAAAATC ATCCAGAAATCAAAACATACATATCCGAATTACCAAAGTTATACTATTTA TCCGACCTTTTGACAAAGTATTTCAAAGATTATGAATTGAATCGGTCTGA ATGGATCCACCAATGGCTCGGGAATGAAAAGAGTAACATTCCAAACCAAC TCACAAGTGATCCATACTGGGATTTAGAAAAAGAAATTTACCTCGGAACA AATGATGGTGGCAAAAAAAACTTATACTACTACTTAAACAAAGGGAAAGA CTTATCCCTCCAAGGCAATTTACATTTTTTTTGTTTGTCCAATTTGTCTG GGACTTATATAAATTTTTTGAAAACTGTTTCTAAGAATCCAAATGCAAAT TTAAACATCTATATCTACCAATTTCATAATGGCAAAGTCATTGGACAAAA TCCAGAGAAAACCAAGAACTATTTATCCAAATTTGCAAAACCACAATCCT ATCTAGCCAAAGAATTTTCGAATCTTACCAAACAAAAAGAAACTTCCAAA TATGCAAGTGGTGGCATGTTAGCAAAACTAAAATCCATTCTGTTAGAAGA ACAAGTAAAAGAAGAAAATTACTTAAACGATCAAACTGTGAGAGTATGGA ATGCACCTTCCGAATACCGCGAGATGGAATCCATCGCCCATGACATCCTT CATAAAATTAGCACAAGCAAAGGGAACTTAAGTTTATTGGACTTTGCGAT CCTTGTTCCGAATACAAATGACTACAAAGCAGCGATTGAATGGGTATTCC ATGGAGGGATTTATACCACACAAAGGATTGATGAGACCCCTACTCTCCAA AGGTTGAATTATTCTCTATCTGATTTAGTAGCAAAAGAAACTTCTTTGTT ATACAAAGTATTTGAAATTCTTTTCCAATCGTTTTTGAACAAGCGAATTC AAAAAGATGAATTGATCCATCTGTTACAAAATCCCCTCATCACTGGCAAA AACAAAATTGACTCCATTGACCAAACCCATTCTGTCATTCAGTTACTCGA TTCACTCGGTTCCCTCTATGATGAAAACAAAGAAGAGAACCCGTATACAA TTTCCTTTGGAGTGAAACGCGCAGTCCTATCTGTCATGAGTGATGAAGCT ACCACTTGGAGTCACATGGGAGTGATCACAGATCCATTGGCAAAAGAAGA TTCGGTTCTTTACTTGAATTTGATTTGGGAAGAAATCAAATCGTTACAAT CATTTTTTGAATCGGAATTTTTACAGTTACCAATCAATGAAAGATTCAAA GCTTTTCAAACCAAATGGAACCAATTCTTAAAGTTTAGTGAAGAAACAGA AAACGAAAGGATCTATCTCACAGAGTGGTTAGGAAACATTGCGAAATGGT GTGACACTGAGTGGAACCATGTTACTGACTTTTTACAATTCCTTCAATTA CAAACGGAGGAAATCTTTTCGAACATTCCCACACAAAAAGGAAATTACCT CACGGAAGGGATTACGATTTCTCTATTGCAACCCATGCGACCCATTCCCT TTTCGCATATCTATATCGTTGGATTGGGTGAAGGAAAATTTCCAGGTTCC AAAGATGTATCTAGGTTTAACTTAAGAAAAAATGATTCTAAACCTTGGGA TTTGAATCGAATTGAAATCCAAGAATCCTTATTATGGGAAACCATTTTAT CGGCTGAGGATAGTATCACATTTTCCTATGTTGGGAAAAACACATTAGAA GATAAGGAATTTGAGCCTTGTTCTAGTTTGTTTGAGGTGATGCATTCTCT TGGGATCGAAAGAGCGACTGAAATCCCCCTAACACCCTATAGTCGCTTTT ATGATCGGGAAATTTTACATTCTTATGATTATTCTAGGAATTTAAAACAA TACAGAAGTTTAAATACTGATTTGCCAAAACCAGATTTTACTTCCTTAGA AGATTTACCTTTGCCCCATTCAGAATGGAAATTCAAAAAACAAATCTCCA TTGCATCCATTGCTTCTGCGTTTAAAAATCCCATTCTCCCTTACATCAAA GAAAACTTAGGGTTTATGGAAGATGAAGAAGAAACTTCTTTGGAAGAACC ATTTTATTTCAATGCACTGGAAACCTTCTTATTCAAATCAAAATTTCTAC CATTGTTTACGGAATCATTGGCAAAAGAGGAAACTTGGCCTTGGGACAAA GATACAATCAAACAAAAGATAAACGAGTTCAGTGCCATCGCAGAGAACAA GGCAGAATTTCCTTATGGGGCTTTCCATTTGGTCACAACAGAAACCTTAT TAGAAGAACTCACTGAAATTGCAGAAGTGTACAAAACATTAAAGGGAGAG CTCTTCTCGAATTCCAATGGAATACAATATTTGAGTTCCCTCTCAGTGGG GGATACGGGACTACGAACTGGTTTTCAATTGCCAACATTTGTTTTGGATG AAACCCAATTCATCACTGGTGAGTGGGAGAATTTGATTGCGATTGGTGAT ACATACTACTGGTTTTATCCAAAAAGTTTCCATGGAAAACCAGAAAAAGC AAATGAATATTTAAAAGATTATTTTGGTAAGATGATCTATCTTTTCTTAA GTGCATGTCTATTCCAAACGATTGGAAAAAAATTAGTCATCATACCTATC TTATCGAAACAGAAGGAAGGGAATGAAATCCTTCACTTCGACAGTTTAAC AGAAAAAGAATCGGCAGAATACATTCGAAACGTTGTCACTCTTGTCAATG AATCACCACCTATGTATGTACCAAATCCTGGTCTCAATCTATTTTTTGCC GAAATGGGAATGGAGCACTCTCTAGATGATGGTCACAAATTAGAATCTGC CTGGAAGGAATATTTGGAAGAAGAGTCAGATCAAATGATAGAATTCGAAT CGAAACATATGAAATTATCTCCATATGTGAAGGATTTACTACATCAATTT TCATTTCAGAAGGTCTATCCCCTACTTTTGCCACTTCTGAAAAAAGGATT TTGA >LEPBI_p0019 recD, ATP-dependent exoDNAse (exonuclease V), alpha subunit, helicase superfamily I member ATGAAAGTGATCGATGAAAAAATCCAATCGTTTCTAAATTCGTTATACAA ACTTTTCCCAGATTGGGATACGTCGCTAAAAGATACGATTGCCAGTTTAC TTGTCCAATCACAAAGCGGAGATTTGTATCTTCCCATAACAGATGACACA ACAATCGATAAAATGAAAGATTATTTCCCGTTTGTGATTGAAAGAACAGG AAAAGAAAACCGATTGTATCTGCAAAAAAGTCATTCCGAAAAAAGGAATT TCGAATCTCTACTCTTCACATTCTTAAACCACAAAACAAACCAAACAAAG AATACAACGATCACCGCAGATCAAATCAAAACGATTATAAGTGGTTTAGA AACAGAATCAAAAATCAAACTGGCAGAAGAACAAAGGGAAACGATTCAAG ATGTGATCACATCCAATTTCCGTGTGATCTCTGGTGGCCCAGGGACAGGA AAAACTACGGTTGTATCCTTTATCTTAATGGCATTCGATCGATTGAAGTT ACTACCTTCGATGGAAAGGATTGCCCTCGTCGCGCCAACAGGAAGAGCTT CGCAAAGATTAACAGAATCCATCCAAAGGAATTTGGAAAAGTTTCAAGCG GATCCTTCTCTGACTTCCAATTTCCGTGGACAAACCATTCACAATTTATT AAAAATCAACCCAACAACCAACCAAGCCAAATTTGGAGAAAAACGTTATC TACCCTATGATTTCATCATCATGGATGAAACCTCGATGGTTGATTTAAAA TTAATGAATTTATTTTTTTCGGCGATCCATTTCGATACTCATATCATTCT CCTCGGTGACCCAAACCAACTTCCTTCCGTTGGGCAAGGTGAAGTATTAA CGGATCTCATCACCACGTTAAAAAATAAAAAAGAATTTTTATCGGAACTT AACAGTAACCATCGTTTTTCGAATGATTCTGAATTCAGTGTTTTTGCTGA GATCGTAAAACAATCCTTTGATACGAATAGCAATACAAAACCATTTCCAC TACCAAAGATGATCACAAAATCGGATTTGAATTTGAAACATGATTTTGTT TGGATCCAAGGTGACAAAAAAACAAAGTCAACCAATGGAAACCATCCTGA GATACACGATTGGAACATAGAAAGTATGGTTCCCTTTTTATGGGAAACAT TCTATTTGCACACTGCCAATAAGACCTCAAAATTCCATTGGGAACCAAAT GCACTGAAAGATCCAAAAAACAAATTCATTTTTGAGTCGATCGTGAATGA GTATCGATGTTTGACGATTCTAAGAAATGGATACTTTGGAATCGAAGCCA TCCAAGGCCAAATCTTACGTTATGCGAAAAAACAATTAACCAATCCAAAA AACGAATTCCATCTCAAATACCGACAGTTATCCAAGTCTTTTTACTTTGA AGGGATGCCCATTATCATCCAATCGAATGACCCAATGAGAAAATTGTTTA ATGGTGACATTGGTTTAGTTGTTTCGATCCATTCAGAGTTAAGAGCAGTT TTCCCCATTGAAGATCGATTGTATTCCTTTGCCTTAGACACACTCCCTGA TCACGAACCCGCTTTTTTTCTCACCATTCACAAAAGCCAAGGTTCCGAAT ACAAATCGATCCTACTCTATCTTCCTCCGATGAATGTTTTGGACGTAGAT TCAGAGAACAATCTTTCCATACTCAACCGAAGGATTTTGTACACAGCAAT CACTCGCGCCAAAGAACGCGTGATCTTACTTGGTGACTTTCAAACTTGGG AATTTGGATTACAATCGTTTCGCAAGCGGTATACAGGAATTCACATTCCA TAG >LEPBI_I0003 recF, DNA replication and repair protein RecF ATGTTTCTAAAAAAGATTTACATAAAGAATTTTCGTAACCACGAAGAAAC TCAACTTACATTTAAATCACGTCTTGTCTTCTTCATTGGTAACAATGGGG AAGGTAAGACGAACTTACTCGAATCCATTTCTCTCTTATCATACTTAAAA AGTTTTCGTGAATCAGACCAAAACCAATTGTTGCGTTGGGATACTTCTGA TACTTTTATCAGAGCAGAATTTGAATCCGAAGGGAATGAATATTTATTCG AATACGGAATTGAACATTCCCAAACGAAACGAAAAAAATTAAAAGTGAAT GGGGAAGAATTCAAAAAAATTTCTGACTATGTTGGATACTTTCGCTCCAT AGTGATGAGCCCTCCAGACATCCTCATCATAGAAGATGGAAATGTGGAAC GTAGACGATTTTTAGATGCATTTATCTCTTCCACAAATCGTTATTATTTA AAACAACTGATTGAATATGAAAGGTTAATTAAACAAAGGAATGCGGCTCT CAAAAAAGAAAATGCCAGTGATCGAGAAATTGGCATTTGGGATGAACCGA TCATCGAACACGATTCGGAAATCAGAGAGATCCGAACTAAAACAATCCAA AGTTTGGCTGGATATTTCCATCAAAATTTATTACAACTCAGTTCCGGAAA AGATCCATATTTTCTCACATACAAACCTAATATCACTTCGAAAGAAGAAC ACAAACAAAAGTTAATCGATAATTTACGAAAAGATAAAGCGATCGGGTAT ACAAGTTGTGGAAACCATCGAGACACACTTCCTATTGGATTTGATGACAA AGACTTGAGTGGGTTTGGATCCCAAGGCCAAAAACGAAGTGCTGTGATTG CCTTAAAGACTGCTTGTTTTCAAATGATTCGAGACACAACTGGAGAAGCT CCCGTTTTACTCATTGATGATATTATCCGTGAACTCGATGTCAAACGAAG GGAGTATTTCGTAAATTTGATCTCTGAATGTGGACAGGCATTTTTTACCA CCACAGATTTGGAAGGAATCAATGAGTATGTGGGAAACCTAACTGTTGAT AAAGAAATTTACATCATTGATTCAGGAAAAGTGAAGGTCTTTACTGAGAT ATGA >LEPBI_I0349 recG, ATP-dependent DNA helicase RecG ATGTTTGATGTCACACAAAGTTTATCGAATCTCAAAGGGATTGGTCCAAA ACGAAAAACTGTATTATTAGAACATGGAATCTCTACGTATTATGAATTAT TAACCTATTTTCCAAGACGATACTTGGATCGTAATTTTACAAAAGATATC ATTTTAAAACAAGGTGATGTAGTCACTTTACTTGGAAGTATTGTAGATAG TTACATTGTGCACGGAAAAAAAAGTCGGTTACTTGTTGGCTTTCGAACCT TAAACAATGAAAGGATCAATTTAGTTTTCTTTCGTGGAGTCAATTTTTTT CAAAAACTCTTTGCCATCGATAAAAAGGTTGTGGTCTCAGGGAAATTAGA ATACTTTCGCGGTTACCAAATCCTCCATCCTGAATATGAATTTTTATCCG ATGCAGATGACCCAGAAGATTCCATTCACGCTGGGCGCATCATTCCCTTA TACCCTTCCACGGAAGCATTAAAAGAAGATGGACTCGATTCCAAGGGTTT ACGGAAACTCATCCACCAAGTTTTGGAAGCTGGAACAATCAGCGAAAATT TGCCATCCAAATTCATCAAAAAACGTAAGTTACTTGGTCGTGACGAAGCC TTTCGAAACATCCACTTTCCTGACACAATGGAAACTGTCCAAATAGCTCG GAAACGGTTTGCGTATGAGGAATTTTATTACTTCCAACGTTTGCTTTTGT ACAAACAAAGAGAGAGACAAAAAGTAAAACGACTGTTATGGCCACTTCCA AAATCTCCATCACGAACTAATTTAGAAAAAAATCTTCCGTTTGAACTCAC AGAAGACCAAAAATCGGCTGTCACAACCATCCTTTCTAAAACCAATTCCG ATTCGCCTTCTGCATTTTTATTACAAGGGGATGTTGGTTCTGGAAAAACC ATCACGGCTCTCCTTGTTGGTTTGCATTATATTGACAACCACATCCAAGT TGTGTTTCTCGCACCAACGGAAATCCTAGCTAGACAACATTACCAAACGA TTTATAAATTTATGGGAAACATGCCATTCCTTGGGATCGAATTATTGTTA GGTGGCGAGAATAAAAAAACCAGAGCTGAAAAACTATCTAGGATCAAAAC GGGAGAATCCAATATCATCATTGGAACACATTCTTTATTACAAGAAGATG TGATCTTTTCTGATTTAGGACTCGTTGTGATCGATGAACAACATAAGTTT GGAGTGGACCAAAGGGAAACCATACGTGCCAAAGGAAAAAATCCTGATAT ATTGGCCATGACTGCCACACCCATCCCTCGGACACTTTGCCTCACATTGT ATGGTGATTTAACTCTCGTGAATATCAAAACAAAACCAAAAGGTCGAAAA CCCATTGATACACGTTGGTACAAAGAAGACCGTAGGGCCGGTGTTTACAA CTCTATCCGAAAGTATGTTAGTTCAGGTAGACAATGTTACATTGTGTACC CGCTTGTAGAAGAATCCGAAAAAGTGGATTTAGAATCTTGTACAGTGGCT TATGAAAATTTGAGAACAACGGTTTTTCCTGACTTAAAGATTGGCTTATT ACATGGAAAAATGAAAAGTGTCGAAAAAGAATCCGTGATGGAAAAATTCA AGTCAGGGGAAATCCAAATCCTTGTCACAACAACTGTTGTGGAAGTGGGT GTGGATGTACCCAATGCTACCATTTTAGTTGTGGAACATGCAGAACGATT TGGAATTTCCCAATTACACCAGTTACGTGGTCGTGTTGGTAGAAGTGATT TGGAAAGTTTTTGTATTCTGATGACGGGTGATTCTATCAGCGAAGAAGGT AGGGACCGTCTCGAAGCCCTTGTCGCTTCCAATGATGGATATTATTTGGC AGAGAAAGACCTTGCCATTCGCGGTCCTGGAGAACTCTTAGGAGTCAAAC AAAGTGGATTACCTGAGTTTAAAATCGCAGATTTAGTCGTGGACAGAGAA CTTTTGGATGAGGCGAAAGAAGATGCATCTTCCATCCCACTTGATGACCC AAATGAAGTATCTGAGTTAAGGATTCGATTTAGCGAAGGTAAATTTTTAT TTGCGAATTAA >LEPBI_I1309 recJ, Single-stranded-DNA-specific exonuclease RecJ TTGTTGTCTGAAGTTCGAACCAAAGTTGAATCCAAAAGGCCTTTACTTCG ATACTTAGTGGATCGAAGAGAAGGTCTAAAAAACACTTCCCCGAAAGAAC TCCTATTCTCTGATTTTTCTTGTCTTCATTCCCCCTTCTCCCTTCCGGAC ATCGAAGACGCGGTATCTCTCCTCCTTTCCTTTGCCAAATCTAATAAAAA AATCTTATTATATGGAGACCGCGACTCCGATGGAGTGAGTTCTACCTGTT TACTTGCTTTCTTTTTGAAATCTCATCCTGAATTTTTGACAGCCAACTTG GAAGTAATGGTCTCTTCAGAAAGTGATCCGTATGGTCTTTGTAAAGAAGC TGTGAGTAAAATCCAAAAAGCCAAACCAGACTTACTTGTCACTTTAGACT TTGGTTCAAGCCAAGCGGATGAAATCGATTCCTTAACTGCATTGGGAATC CAAGTGATTGTCCTTGACCATCATGAAGTTCCCGTTCGTATCCCTAAAAA CTGCGCCTTAGTGAACCCAAGACGAACGGATTCCGAATACCCAGAAAAAA AAATCTGCACTGCTGCCTTATCCTTCAAACTTGTCTCTGCCATTTTATTT CGGACTAGTAAAGAATGGAACCAGTTGTATACAAAAACAGTAACAAATGA AGATGGGACGAAAGAAGTTTTGTATTTCCGAAATGGAATCAAACTTTCCA AAGACCAGTTAGATTTGATTCAAAATCCAAGGGAAAACCCATCCAAAATG GAGAATCAAATTCCCATCGGAGACAAAAATTCAGAATCGGCCCCCATCGA TCTATCGAGTGCACTTCCCTTCCCAGAAGAGTTTTCCACCAATATCCCGT TAGATGATGAACGAAAACTGTTTTTTTACCAATGCCAAAAAATCCCGGAA TTTTTTGAACAATTGGAAGAAGAAACGGATCTTGCTGGGATCGGTACCAT CACTGATATGATGCCTCTTGTCGGAGAAAACCGCCATTTTGTCAAACTGG CACTCACTTCTCTCACCAAACTTTATGTAGGTGACAAAAAAAGGAAAGGT CTCAAAGAACTATTAAAAGAACTGAAACTCAATCCCCTTGGGATCACCAC AAAAGACTTGGGTTGGTCCATTGGACCTGTGATCAATGCTGCAGGTCGAA TGGGAAAAACAGAAGAAGCAGTAAACCTACTTCTCTCCGAAAATGAATTG GAAGCGAAAACAAGGGCAAAACTCCTTCTTTCCATCAATGAAGAACGAAA AGAAAGAACAAAACGAAACATGGACCGTGTAGAACGATACTTTGCACGGA AACCGGAACGAACCACGCATGATGCGATTTATTGTTACGAACCTGATATG GAACCTGGAGTGAGTGGGATCGTTGCCACAAGGATGGTAGATACCTACAA AAAACCTGCCATCTTTATTGCACCTGACAACGGTGATGCGAGAGGAAGTG TCCGTTCGTATGGACAAGAAAATGTCCTCACCTTACTCGAATCCTTATCT GAACATTTTTTACATTTTGGTGGCCATCCCGAAGCAGGTGGTTTTTCTAT TTCCATCGATCAAATTCCGAAATTGGAAGCCGCCCTCTACGAAAAAGCAA AACTTTGGTTAGCGGAAGATGAAGAAAGACCGAAAGAACATTTGATCAAT ACCGATTTTACCGTTTTACCTGAAGAAATGGGTGAAAAACTCTTAAAGGA ATGGAAAGACTTAGAACCCTTTGGCCAAGGAAATCCTGATATCAAACTTG GGATCAGGAATGCCAAAGCTATCCACCTAACGCCTCTCAGCGGTGGAAAA CATGTTCGTTTCCATATCATTGGGAGTGGTTCTTTAAAATATATGATTTG GAACAAAGGGGAAGAATTCCAAAGCTTTATGTCCAATCATGGTAGCTTTG ATTTGGTAGGGAGTTTAGAAGAAAACTTTTACCAAGGAAGGAGCACACTA CAATTCATTGTGGAATGGTTTGGAAAAGCAGAATCCTAA >LEPBI_I2091 recO, DNA repair protein RecO (Recombination protein O) ATGGCGATTCGAAAAGAAATTGGAATCATCATCCAAAGTAAAGATATAGG GGAAAGCGACAGGCTGATTAGTTTGGCTGGAGAGACCCAAGTTCGGATGA ATTTTATCAGCAAAGGGATACGTAAATCCAAACGGAGAGCCATCATATCC ACAGAACTCGGTTGTCTTGTGGAGGTGGATTATTACGACCAGGTAGAAAA GGATTGGAAATCAACCAAGGAAATCCACCTCATCAAACGATACGATGAAC TGAAAAAAGACTATGTGGGAACCTTATTTGTTTTGTATCTAACGGAACTC ACTTCCCAGTTATACCCCGACGGAGAAAACCATCCATTTTTATACCAATT ACTTTCTGGCAGTTTGGAGGTAAGTAATGAGAATGGATTCCGCAAAGAAA TATTACCTTTTTTTAAACTCCGAGCACTCACTCATATGGGCCATTTCCCG ACAGAATTTTACTGTCATACCTGCGGGGAGGAAGTTCTCACGAAAGCAAA GGCTTATTTTTCTGTGGATTCACGTGAATTTTTATGCTCTGATTGCCATC CCATCACCAAAGATCATTTGCCTGTTTTAAAACTTTTTCATACAATGTTA TCTAAGAAATTTTCGAATGTCTTGGTCATCTTCCCAAAAGAAGCAGAATA CCGAGAAGGGGATATGATCCTCAATCAGTTTTTGCGGTCTCTATTGGGAA GGGAGTTAAAGTCTTATTTTGAATTTTATAAAACGATTGGGGATTTATGA >LEPBI_I0309 recQ1, ATP-dependent DNA helicase RecQ TTGGATCTACTCTCGGAACTCAAAACCAAATTCGGTTTTTCAGAATTTCG CCTTGGACAAAGGGAAGCCATTGAATCCGTTTTAGATGGCAGAGACACCT TGGCCATTTTGCCAACCGGTGCTGGAAAATCCCTCATCTACCAACTGCCA GCCTCCATCCAGAAAGACAAGCTAACACTGGTTATATCGCCACTGATTGC TCTCATGAAAGACCAAACGGAGAGTTTACTTGCAAAAGGGATCCCAGCTG CCTTTTGTAATTCCACTCAAGACGAAGTGGAACAAATGACCATCCTCTCC AAAGCGGTCCGAGGAGAACTTCGCGTTTTACTCGTTTCTCCTGAGAGAGC ATTGTCCAATGGTTTTTTAAGAATCTTTCGTGAGATGGATTTATTTTCCC TTGTGGTAGATGAAGCACACTGTGTTTCCCAATGGGGGCATGACTTTCGG CCTGAATACCGCCAAATTCACGTTTTGCGAGAAAAACACCCCAATTCTTT TTTCCCTATACTGGCACTCACAGCAACGGCAACAGAAAAAGTGCAAACCG ATGTCCAATCTGCCCTCGGCATGCGATCACCGAACGTAGTCTTATCTACT TTTTTTCGACCCAATCTTAAGTTCAGCGTAGAATACCCTGCTCAAGAACG AGACAAAGCGGATCGATTGATGGAACTTTTGGAACCATGGAAAGATGGAA GGAAATTTCCAGGTCGCGCCATCATTTACTGCGCCACTCGGAAAAAAACA GACGAAGTGTATGATTTACTCAAAGACTTCGGATTTTCTGTGGGGAAATA CCACGCTGGCCGAACCGATGGAATTCGGGAACGCACTCAAAATGCCTACA CTTCAGGAAAAGTTCCCATCCTTGTGGCAACCAATGCCTTTGGAATGGGT ATGGACCAACCTGATGTTCGTTTGGTGGTTCACTATCAGGTTCCTGCCTC TCTCGAAGCCTATTACCAAGAAGCAGGCCGAGCTGGGCGAGATAACCTCC CTTCCGAATGTGTTTTGTTTTACAAAGCAGGCGATGTTGCCACGCAAGTG TTTATGTTGTCAAAGGAAACAAACTTCAAAGGAGGAGATACATTACTCAA ATACATCAAAGAGTATGCCAATAATGAAGTCTGCAGACAAGTTCAACTCT GTTCCTATTTTGGGGAAACCATTCCTCCTTGCGGAAAATGTGATATCTGT TCTGAAACTGGTGTGAGTGTCCATCGTTCCAAGTTTTTAGAATCGGAAAA AGTTAAACTCCAGAAAAAAAATGAGAAGAGGGATTACCCACTTTCGGAGT GGGAAGAAGAAACCATTCAAAATTTTCTAAAAGAACACCCAGCGGTCTTT GGAAAAAACATCATTGCCAAAACCCTCGTGGGCAAACGAACCAAAGATGT TTTGCGGTATCGAATGGAACGAAATCCATTCCATGGTAAGCTCGAAGGAA TCCCAGAAGAAGCAGTGGTTGCTAAATTGGAAACTTGGGTAGAAGAAAAA AAGGTTTTGGTGGCTGGAGCCAAATATCCCAAATTATATTTACCAAATTT TTCAAAAACGAAAGTCAAATTATCTTTGTCAACTAACAAAGGTGATTCGG AAGATGGAGTCACAAAACCAAAAAAAATCCCAACATTACATTCTCAAATA TTAAAAGAACTCATGAACTATCGAGATCGGAAGGCGAGGCAACTCAAATG GAAAAAGTTTATGGTGTTCCAAAATCCTGTCCTAAAACGCATCGCTGAAC GAAAACCAAGAACCCTATCAGAACTCGAAGCCACAAAAGGTGTGGGGCCT GCGAAAGTGGAACGATTTGGAAATGATATCATTCAAATTTTAGAGAAGTG GGACTGA >LEPBI_I2503 recQ2, ATP-dependent DNA helicase RecQ ATGAAATTGAATTTACCACTGCAAACCTTTGGCATTTCCGAGTTTCGAGG GAACCAAAAATCTGTCATTGAACATGTATTAAATGGTGGTAATGCGCTCG TACTCATGCCAACAGGTATGGGGAAGTCTGTTTGTTACCAAATCCCGGCC TTGGAAATGCCAGGGACATGTATCGTTATATCTCCTCTCATTGCACTAAT GAAAGACCAAGTGGATTCTTTGCAAAAAAAAGGGATCAATGCCACCTATA TCAATTCGAGTTTGAGTCGTTCCGAAAGAATGGAGCGTTATGAAAGATTA AACTCTGGTGGATGGAAAATTGTATATGTTTCTCCCGAACGGTTTCAAAA AAAAGAATTTTTGGAAGTGATCCAATCCATTCCAATCTCTTTACTTGCCA TAGACGAAGCACATTGTATCAGTCAATGGGGGCATGATTTTCGCCCCGAT TATACCAAAATTAGGTGGTTCCGTGAAATTTTAAAATTTCCACCCACCAT TGCGCTAACGGCAACCGCTTCCCAACGCGTGCAAAATGATATTCTGGAAC AAATGGGTATTTTGCCGAAAGACATTCAAATTTTTGATGATGGATTGTTT CGTCCCAATTTACATTTATCAGTTACGGAATGTTTTGATACGGATACCAA ATACAAATTGATATTAGAAGAATTAAAGTCGAACCAAGAGGTTTCGATTT TATACTTTAGTTTGATCCAAGATTTAGAAAAAATGAGTCATTGGTTGGAT ACCAAACGAATACGGCATTTGGTTTACCACGGAAAACGATCCAATCAAGA TAGAAGTGCCACACTCTCTAAGTTCCTTACATCTGATCAAGTGATCCTAC TTGCAACGAATGCATTTGGAATGGGTGTCGATAAAAAAAATGTCCGCAAT GTTTACCATGTACAAATTCCAGGTAGTATCGAAGCCTATTACCAAGAAAT AGGTAGAGCAGGTCGGGACGGAAAACCATCTCAATGTAAACTATTTTATA CGGAAGATGATTTAGCGATTCAAATGGATTTTATTGATTGGCAAAATCCA GATCTTGGATATTTAAAAAAATTATACCAATTGATGGTGCAAAAAGAAAA CCAACTGTCTGCATTGGATTACCAAACCATCCAGTCTTTTATGACTTATA AAAATAAATCAGACCACCGCGTACAGACAGCAATCAATTTGTTATGTCGT GTGGGACTCGTTTCTGGTGATTTAGAGAAAGGTACCTTACAAATAGAAAA TCCTTGGGATCCATCCCTCTTTGTACAAGAAGACCTGGAAATCAAAAAAA AAGAAGGTGGAAAACGCCTCTACCAAATGCTTCAATATACCAAGACGGAA GATTGTAGAAGAAAGTTTATCCACCAATATTTTGATTCACCATTTACCTC TTGCAACAATTGTGATCGATGTCTCAATGCATCGATCTCAACTTAG >LEPBI_I3463 recR, Recombination protein RecR ATGGAGGGTTCCCACCTGTCTGATCCTCAATTCCAAAAACTCATCCAAGC TTTTTCGAGCCTACCTGGAATCGGAAAAAAAAGTGCAACTCGAATTGGAT TTCATATCTTACGTATGGATCCATCTACCTTCCAATCTTGGATCAATCAT ATCGAAGAAGCAAAAACCAAACTTCGATTTTGTGATGACTGTGGTGGATT AACAGAAGATTCGATTTGTTCGATTTGTTTGTCAGACAGGCGAGATAATG GAATTTTATGTGTCGTGGAACAACCAGAAGATATTTTCTTTATAGAAAAC ACAAAGGAATACTCCGGTAAATACCATGTTCTAAATGGTGCTATCTCACC ATTGGATGGAATTGGACCAGAACAATTACGTATCAAACAATTGATGCAAC GTTTGGATATAGGAAATATCAAAGAAGTATTAATTGCTACAAATCCTACT CTTGAAGGGGACGCAACTGCATCTTATCTATCGACAGTCATTAAACCAAT GGAAATTAAAATCACAAGGATAGCTCACGGGATTACTATTGGTGGAACGT TGGAATATTCCGACCAATACACTTTAGGTAAGGCAATTAAATCGAGACTG ACGTTGTAA >LEPBI_I2827 rhlE, ATP-dependent RNA helicase RhlE TTGCAAAAACAAATTGAAACATTTTCAGATCTGAAACTAGATCGATACAT CCAAAAAGCAGTCGCTGAGACTGGTTATACAAAACCGACACCCATCCAAA TCCAAGCCATTCCTTTACTTCTCGACAATCACGATCTGTTAGGTTGTGCT CAAACAGGAACCGGTAAAACCGCTGCTTTTGCTTTGCCGATGATCCATAA TTTAATTTCCACGAGGGCAAAACCGAATCCAAAACAACCACGATCTCTTG TGTTAGTTCCCACTCGTGAGCTTGCCATTCAGGTCCATGAAAGTTTTGTT TTATATGGAAAATATACCCAAATTCGAACGGCAGTCATTTTTGGTGGTGT GGGACAAAATCCCCAAGCCAAGGCCATTGCAAGCGGATTGGATGTGCTCA TTGCCACACCTGGTCGCCTGGTTGATTTGATGAACCAAAATTTGGTATCA TTGAAAAATCTCGAAATATTTGTGTTAGATGAAGCAGATAGAATGTTGGA TATGGGTTTTATCCATGACATTCGAAAAATCATTTCGTACTTGCCGAAGC GCAGACAGAATTTGTTTTTTTCTGCAACGATGCCACCTGAAATAGAAAAA TTGGCAAACTCAATTTTGGTAGAACCAATTCGTATCGATGTAACACCTGT TTCGTCGACAGTCGAACTCATTTCACAATCTGTGATGTATACAGAACTAG CAGATAAAAAAAATCTTCTCCTTCATTTGTTTAAAGATAAAAATTTTAAA AAAACAATTATCTTTACCAAAACAAAACATGGAGCCAATAAAATTTCGGA ACTCTTAAACAAAAGTGGAATCAAAACGGATGTCATTCACGGCAACAAAA GTCAATCTGCTAGACAAAGAGCCTTAGAAGATTTTCGTTCAGGAAAAAAC AGAGCTCTTGTGGCAACTGATTTGGCTGCCAGAGGAATCGACATCGATGA CATCACACATGTCATTAATTATGAAATTCCTTATGTTCCTGAAACCTATG TACACCGAATTGGACGTACAGCACGTGCAGGGAAAAATGGAATCGCCATT GCCATCGCAGAGGCAGACGAAAGATCACTGATCAAAGACATTGAAAAAGT GATTGGAATCTCGATCCCAGTGGATCGGGACCATCCTTACCATGCAGCGC GGGTGGAATCGCATACAGGCAAGGCTCCCAAACTCCATGGATCTGGAGGT GGCGGCAATCGAGGCCAAAGACGCCCTACGCAATCGGGAGATAGTTCTTC TGGCAGAAACAGAAACTCACAGCAGAACTCCAAACAAAACTCAAATAGGA GTCAAGGGCAATCGGAAAAAAGAAAACCAAGTGATTCAGGCTATAAGTCT GAGCCTAAAAAATCATCTCCTAGTGCAAAAAAATCACCGAGAGCCAAAAA GTCACGATATAGGTAG >LEPBI_I1501 ruvA, Holliday junction DNA helicase RuvA ATGATAGCAAGTTTACGCGGTAAATTACTCCAATTAGAAATTGATCGTTT GGTGGTGGAAGTGTCCGGTGTCGGGTATGAAGTGATGATTCCCTTTCCCC TCCACTTGGAATGTAAGGACAAACTCAATACGGAAATTTATATCCATACG TTCCACTCCATCACTGATCGCGGGCAAAGACTATTTGGTTTTGGTTCTAA AAAAGATCGGGAATCCTTCGAACTCATCAAATCCCTCCACGGGATTGGAG AACTCACGGCACTCAAAATCCTTTCCTTTTTCCAAGCGGATGATTTGTAT CAAATCGCCAAAGCAGATGATAAAAAAACCTTAGAAAAAATCCCCAAAGT AAAAGGAAAAACATCTGAAAAAATCCTTTTTGAAATCAAACAGAACCTAA AAAAATTCGAAATGTTTTTAAACGAAGGGACAACCGAATCCAGTTTTGTG GATCGGGAAACAGACCTTGCAACTCTTGCTTTAATCCAATTGGGTTTTGA TGAAAAATCTGCCACCAAACAAGTTGCAGATGCCAAAAAATTAAATCCAG GTTTAAGTGCCTCAGACATCGTAAAACAAGTGATTACTGGGACCAGATGA >LEPBI_I0524 ruvB, Holliday junction DNA helicase RuvB GTGAGTTTACGAGAAGATTGGATGCAAGCGGGCGAAGAAGAACCAAACCT TCGCCCCACAAAACTGTCTGAGTTCATTGGACAAAAAGAGGTCTTAGCCA ATCTATCGGTGTATGTCGAGGCGGCTCGGAAACGAAAGAGCCCTCTTGAC CACGTGCTCATTTCAGGCCCACCGGGCCTTGGAAAAACCACTCTCGCCAA TATCATCGCCAACGAACTGGCCGTTGCCTTCACTCCTACATCAGCTCCCG CCATTTCCAAGGGAGCCGATTTGGTACGGTTTCTCACTCTACTCAAAACC AACGAAGTCCTCTTCATCGATGAAATCCATGGTTTCATCAAAAAACAGGA AGAACTGTTATACCCAGCCATGGAGAATTTTTTTGTGGATCTCGTTGTGG GAGAAGGTGTCACCGCAAACGCATTACAAATCCAACTCCAACCCTTCACC TTAGTCGGTGCCACCACAAGGTCAGGTCTTGTGAGTGATCCACTCAAATC TCGATTTGGCATCCATCTCAAGTTGGATTTTTATACGGATGAAGAGATGC AAATCATCGTGGACCGATCGGCAAAACTTCTGGGAGTGGAACTCGGGCAA GGTGTGGCTATGGAAGTTGGCAAACGAAGTCGCAAAACGCCAAGGATTGC CAACCACTTACTCAAACGGGTGCGTGATTTTGCGGAGGTAAATAACGAAA CCTCTGTGAGTTTAAAGACTTGTCGTTATGCCTTTGACCGCATGGGAGTC GACCATCTGGGCCTTGATGCCGTGGACCGCCAAATTTTAGATATCCTCAT CTCTCGATATGGTGGAGGGCCTGTGGGGATCAAACCGATTGCCGTTGTAC TTGGTGAGGAAGAACGCACCATTGAAGACACCTACGAACCTTTCCTTGTT CGGGTAGGGCTCATTGACCGCACTCCGCAAGGCCGAGTGGCTACGAAAAA GGCTTACGAACATTTAGGACTTCCGTACATTGGAAATACGGGAGAAAATC GTGAAAATGGCCCCACTCTCTTTTGA >LEPBI_I2099 ssbA, Single-stranded DNA binding protein (SSB; Helix-destabilizing protein) ATGGCTAACGATCTAAACAAAGTACTACTCATCGGTCGTATGACCCGTGA CCCGGAATTCAAATCGGTGAACGGAAGTTCTGTTGTCAATTTTTCAATTG CAAATAACAGAGTTTATGTGACTAACGGCGAAAAAAAAGAGGAAACTCAT TATTTCGACTGTGTTGCATGGGGCCGACTTGCTGACATTTTAAAACAATA TGCAGGCAAGGGAAAACAAGTAGCGATTGAAGGTAGACTCCAACAACAGT CATGGGAAACTCCCGAAGGCAAAAAAGCCTCAAAGATCCGCGTTTATGTT GAATCCGCGCAATTGCTCGGTGGACAAGGACAAGGACAAGGTGGTGGATC AGGAGACCGTACTGACAGTTCCAATTCTTATGATTCCGGCGTAAGTAGTG GTTATGATGATTATCCAGCCGGCGATGACGACATTCCTTTTTGA >LEPBI_I2975 ssbB, Single-strand binding protein (SSB; Helix-destabilizing protein) ATGAAAAATCTATCGTATATCATCTTGGATGGGAACTTAACATCTGATCC AGAAGAAAAAACAATCGCTGGGGGGAAGTCACTCGCACACTTCACAGTTG CCGTCAATCACTCTCAAAACAACCCTGATTCCAAAGAGAAAGATGATGTG TCTTTCTTCGAAGTGGAAGCATGGGAAAAATTAGGAGAAAACTGTGTAGA GTACTTAAAAAAAGGAAGCAAAGTGACTGTCATGGGCAACCTAAAACAAA ATCGATGGAAAACTCCTGATGGGGAAAATAAATCGAAGGTAAAGGTCACT GCATCAACCGTTCGTTTTGATAGTATGAGGAAACGAGAAGAAAAAGTCGC TTAA >LEPBI_I1163 topA, DNA topoisomerase I TTGGTTGTTGCAACAAAAGGTCATATCAAAGACCTACCACCCAAATCTTA CGGTGTGGATCTTTCTAATCAATTTGAACCTGAATACGAGTGGTTAAAAG GCAAAAAAAGTCTTTTTACAACCATAACCACCAAAGCCAAAAAATGTTCC CTTATTTACATAGCAAGTGACCCTGACAGAGAAGGGGAAATTATCGCCAA ACATTGTTTCGATGAACTTTCCAAGTTAAAAAAACCTATTTATCGTTTGC GATTGAAAGAAATCACAAAAGAGGAATTACAGTCGCAAATTCAAAAAAAA ATTGGTCTTGATCAACAAGAAATTGAATCACAAATTGCAAGGCGAGTGAT AGACCGAATCTTTGGATTTGAAGTATCTCCCGATTTATGGAAACATTTAA AAATTCCATCACTTTCCGCAGGACGGGTCCAATCGACCGTATTACACTGG ATTTGTGAAAGGGAAAAAGAAATCCAAAACTTTTCCAAAGAGAATTATTT CCAACTCAAATTGATTGGTACGCTCAATGAGAATCCAATCGAACTCAAAT ACCAATCCAAAGAAAAACTAAAACAAGAAGAAATACAAACTATCTTAAAT GAGATCCAAATATTACCGGATCCGTCCCGATTGAAAAATATAGTTTTATC CAATCTCAAAATTAAAAAAATCAAACGAAACCCTCCGAAAGCATTTTCTA CTGCAAGTTTACTCGAATCAAGTTTTCGTGCCCTACAATTTGATTCTAAA AAAACAATGCGACTGGCTCAAAGTTTATTCGAAGGTAAAAAACTTCATGC AGGTGAGACAGTAGGTCTCATCACGTATATGCGTTCGGATAGCACCAGGG TATCGGAATCAAAACAAGACTTAGGTGAGAAGTATCTAAAAGAACATTAT CCAAACCTGTTATGGGAAGGGAGTCGTAACCAGGGAAAACAAAAAAAGTT TTCACAGGATGCTCACGAAGCAATCACTCCAATCAACCCAAGTCTTTCGC CAGAACAAATCAAATCGTTTTTAACATTGGATGAATGGAAATTGTATCAA TTGATTTGGGAAAGGTTTTTAACCTCACTTTTGAAACCAGAAATTGGAGA AGAGATAGTATATGAATTTCCAATCGGAAAACATATCTTTGAACATTCAT TTGAAACGATATCTGATCCCGGATTCAAAAATTTTCCACGTCCCAAAGAG AAACGTGAAAAAATCTCGTTGAATGCAAAAATAGGAGATCTCTTTTTTTA TGAATCATACTCAGTTGAGGAAAAAGAAACAGAACCACCACAACGATACA CTCAAGGAAAATTGATTCAAAAAATGGAAGACACCGGAGTGGGTCGACCA TCGACTTATGCGACTATCCTCGAAACTTTGAAATTGCGAAAGTACATTGT GGAGTACAAAAAAAACATCGGCCCCTCCCAACTTGGTTTGAAGGTGGATT CTTATTTGTTTTTGAATTTTTTTGACTTAATCGGTGAGTCATTTACCAAA GACCTAGAATCAAAATTGGACCAAATCACAGATGAAAAAGCATCACGAGT GAAGCTTGTGGCTAATTTTTATGATCAATTGAAACAAATTCTAAAGTCTC CACGAAAAAAAATGGTAAGTATAGGCAAAGAAAATCAATCCAAAGTCAAA TATGATACGGATGAAAAACAGACACTTTCCGAAAAAGTAAAAAATGGCAA AGGGAGTGAGAAGAAAGGTAACACTAAAAATCAGAACCAGAGTCTAACTT ATATTGAGAATAAAACTTGCCCCAAATGTTTGGATGGATATGTGAAAACC AAACTAGGGAAAAATGGAAAAACCATTTATTTTTGTTCCCGTTACCCGCA CTGTGACTACATCACCTATGATAACTAA >LEPBI_I0821 ung, Uracil-DNA glycosylase (UDG) GTGCAAATTGAATCTAGCTGGAAAGAGGTTTTAAAAGATGAATTTAAAAA ACCATATTTTACAGAATTAAGGGAGTGGGTGAGAGAAAGATACAAATCAA CGATCGTTTACCCTCCCGCCAAACAGATATTTAATGCATTTGATTTATGC CCTTTTGACAATGTCAAAGTGGTCATTCTTGGCCAAGACCCATACCATGG TCCTGGACAAGCCCATGGTCTTTGTTTTTCTGTCTTAGAAGGTGTCCCCT TCCCCCCTTCCTTACAAAACATCTTCAAAGAGATCCAAGATGATTTAAAA AAACCAATTCCAAAATCAGGGAATTTAAGTTACCTCGCCAAACAAGGTGT TTTTTTACTGAATGCGACCCTCACAGTGGAAAAGGACAAAGCAGGTTCCC ATCAAAACAAAGGATGGGAAATATTTACCGATGCTGTGATTTCAACCTTA GCGGAAAAAAAATCGAACTTGGTATTTTTATTATGGGGTTCGTTTGCAGG TAAAAAAGAAATTTTGATTCCACCAAACAAACATTTGGTATTAAAGTCTG CGCATCCTTCTCCCCTTTCTGCCTACCGAGGATTTTTGGGAAATAAACAT TTTTCAAAAACCAATGAATATTTAATTTCTGCAGGAAAACAAAGCATTGA CTGGTAA >LEPBI_I1837 uvrA, UvrABC system protein A (UvrA protein; Excinuclease ABC subunit A) GTGGATTCCTTTATACGCATTCGTGGCGCTCGTGAACATAACCTTAAGAA CTTAAACCTCGACATTCCAAGAGACAAACTTGTCGTGATCACAGGTCTTT CCGGATCTGGAAAATCCTCTCTTGCCTTTGATACGATCTATGCAGAAGGG CAAAGGCGGTATGTGGAATCCCTTTCCAGTTATGCCAGGCAGTTCCTCGG CCAGATGGAAAAACCCGAGGTAGACCAAATTGAGGGACTTAGTCCTGCCA TCTCGATTGAACAAAAAACCACACACCGTAACCCTCGTTCCACTGTAGGA ACGGTCACAGAAATTTATGACTACTTACGTTTGTTATATGCCCGAGTGGG TAAACCCCATTGCCCCAAATGTGGAACTGCCATTTCCAGTCTGTCCGTTG ACCAGATCACGGACCGAATCAACATTTTCCAAGAAGGAACAAAACTCCAA ATCCTAGCCCCCGTCATCCAAGGGAAAAAAGGAGAACATAAGGAAGTATT GGAGAGGTTCAAAAAGGAAGGTTTCAATCGGGTGCGTGTGAATGGGCAGG TGTATTCCTTGGAAGATGAAATCCCACTCAAAAAGAATTTTAAAGCGGAT ATTGATATCGTTGTGGATCGGATTGTGATGAAACCTGGGATCCAATCTCG ATTGTCTGATTCTGTGGAAACAGCATTAAAAACAGCAGATGGGATTGTCG TTGTGGAAGATGGGGAAAAAGACCATCTCTTTTCGCAAAAACTATCTTGT CCCAAATGTGATGATGTGAGTATCCCTGAACTCACACCACGGTTATTTTC CTTTAATTCCCCTTTTGGTGCTTGTTCCAACTGTGATGGACTGGGTGCCC TTCTTGAATTTGATGAAGCACTTCTTGTCACTGATAGAGAAGCTTCTCTT GCGGAAGGTTGTATCGAAGCTTGGGGTGGTTCGAAGTCCAACTCCTATTG GTACATGGCCACCATTCAAGCCTTATCCAAAAAATTAAAATTCAATTTGA ATACATCTTGGAAAGATTTACCCGAAAAAATACGGAATACCATCTTACAT GGTGATGCTTCCATCCATATCGATTATGATTTTCGCGGAGCCAATTCGCA TTACGAATTTTCCAAAAATTATGAAGGTGTCATTCCCAATTTAAAACGCC GTTATAAAGAAACGAAGTCAGATTCGATGAGGCAATGGTTTGAATCTTTT ATGACAAATCATGATTGTGATGAATGTCATGGAAAACGACTTCGCAAAGA AGCCCTGGCAGTCAAAGTACAGGGCATCGGAATTGATGCCTACACTGGAT TTTCAATCGAAAAGGCATTGGAGTTTACAAAACAATCTGCCTATCAGGGA GCTGAGGACACCATCTCCAAACCCATCCTAAAGGAAATCTTACAACGGTT ACATTTTTTAAATGATGTGGGAGTCGGGTATCTCAATCTCAGTCGGTCGG CAGGGACTCTTTCTGGTGGTGAGATGCAAAGGATCCGACTGGCAACCCAA ATTGGATCTCGGCTCATGGGTGTTTTATACATCTTGGATGAACCTTCCAT TGGCCTCCACCAAAGGGACAATACGAAACTGGTCCAAACCTTAAAAGGCC TACGCAATTTAGGTAATACTGTACTCGTTGTGGAACATGACAAAGAAACC ATGGAAGAGGCCGATTTCATAGTGGATATGGGCCCTGGTGCCGGAGTCCA TGGTGGGGAAATTGTTGCCTTCGGTACCCCCGAACAAATCAAAAAAGACA AACATTCCGTAACAGGTAAGTATTTGTCTGGGGAAAAAAGAATCTCGCGA CCAGAGACAAGAAGGCCAGGGAATGGTAAGTTTTTAAAAATCGTTGGAGC TTCGCATAACAACCTAAAGAATGTGGATGTATCCATCCCACTTGGAACCT TGACAGTTGTGACTGGGGTATCAGGTTCTGGAAAATCTACCTTAATCAAC GAAATCTTATATAAGGAACTCGCAAGTTCCGTGATGGGTATGAAACTCGT TCCCGGGAAACATAAAAAAATCCTTGGAAAGGAACAAATTGATAAGGTCA TTAACATCGACCAATCTGCCATCGGACGCACTCCTCGTTCGAATCCTGCT ACTTATACTGGGCTTTTTACCTTCATTCGCGAACTTTATAGCGGACTGGA AGAAGCCAAAGTGCGAGGTTATGGGCCCGGACGGTTTAGTTTCAACGTCG CTGGTGGTCGGTGCGAAAAATGTGAAGGCGATGGAATTTTAAAAATAGAG ATGCACTTCCTTCCCGATATTTATGTGGAATGTGAAGTGTGTAAGGGAAA AAGATACAATCGTGAAACCTTAGAAGTAAAGTATAAGGGAAAAAATATTT CCGATGTGCTTGCAATGACAGTAGAAGAAGCGGTTGTGTTTTTTGAAAAC ATTCCGAACCTCAAACGAAAATTGGACACACTGATGGATGTGGGCCTTGG TTACATCCAACTGGGTCAGGCTGCTACTACTTTTTCTGGTGGAGAAGCAC AAAGGATCAAACTTTCCACAGAACTTTCCAAACGACCAACAGGAAAAACT TTGTATATTTTAGATGAACCGACAACAGGTCTCCACTTTGAAGATATTGA AAAGTTACTTTCCGTATTGCAAGTATTAGTTGATAAGGGTAACTCCATGG TCATCATCGAACACAATTTAGATGTGATCAAAGCGGGGGATTATCTTATC GATATTGGACCGGAAGGGGGAGATGGCGGAGGACAAGTGATCGCCACGGG GACCCCAGAAGAAGTAGCCGTGGTGAAGGCTTCTTTTACAGGCCAATACT TAAAAAAAGTCCTACAAGAAGAAAAAGAGTGGGATGCCAAATTGGCCAAA AAGAAAGGGAAATAG >LEPBI_I0845 uvrB, UvrABC system protein B (UvrB protein; Excinuclease ABC subunit B) ATGGCAAATTTCAAAATGGTTTCTCCCTTTAAAGCTGCCGGAGACCAAGT GAAAGCAATTGAAAATATTGCGAAGTCATTCGGTGAAGGTAAAAATAAAA TCACTCTAGTCGGTGTGACTGGGTCAGGTAAGACGTTTACTATGGCCGAG GTGATCACTCGGGTCAAAAAACCCACCTTGATTTTATCGCATAATAAAAC ATTAGCGGCGCAGTTATTCCGTGAGTTTAAAGAATTTTTTCCTGAAAATG CCGTAGAGTATTTTGTTTCTTATTACGATTATTACCAACCAGAAGCCTAT GTCCCTTCTTCTGATACCTTTATCGAAAAAGATATGTCGATGAATGAAGA AATCGACAAACTGAGGTTACGTGCCACTTCCAGTCTTTTGGAACGAGATG ATGTGATTATCGTAAGTTCAGTTTCTTGCATTTATGGTTTGGGTTCACCT GAAGATTATATGAACTCTGTGGTGATGTTACAAGTTGGTGATAAAATTGA CCGCGACCAAATCATTCGTAAATTCTTACACATCCAATATGCGAGAAACG ATATTGATTTTAGTCGTGGTAATTTTCGTGTTCGCGGAGATACAATTGAA ATCATGCCTTCTTACCAAGAAGAGGGAATCCGAATTGAACTTTTTGGAGA TGAAATCGATGGACTTTCCAAAATTGATCCTCTCACGGGAAAGGTAAAAA TCAAACTTGATCGTGTCGTCGTTTATCCCGCCAAACACTTCATCACTTCA GGGCCTAAAATCAAAGATGCCATGGAAAAAATCAAAGAAGAGATGGCGGC CCAAAAGGAATATTTTTTAAAACAAGGCAAACACCTCGAAGCAGAACGAA TTGAGTCTCGAACGAATTACGATATGGAAATGTTACTCGAACTTGGGTAT TGTAGTGGGATCGAAAACTACTCTCGTCATCTGACTGGAAGAGCGGAAGG GGAACGGCCTGCCTGTTTACTCGATTATTTTCCTGGAAAAGATTTTTTAC TCATCATTGATGAATCACATGTCACTCTCCCACAAATTGGTGGAATGTAT GCAGGTGATAGATCCAGAAAACAAACGTTAGTTGAATTTGGGTTTCGGTT ACCGAGTGCACTCGATAACAGACCATTGAATTTTACAGAATTTGAAGCGA TGACTCCAAGGACTTTGTATGTGTCAGCAACTCCAGACCAAAATGAATTG AATAAAAGTGAAGCGGTATTTGAACAAATCATTCGGCCTACTGGACTTCT GGATCCAGTCGTGGAAGTAAGGCCAACGACAAATCAAATCGAAGATTTAT TAAATGAAATCAGGCTTCGTATCAACCAAAAAGAAAGGGTCCTCATTACC ACTCTCACTAAAAAAATGTCAGAAGATTTGACTGACTATTATAAAGAAGT GGGTCTAAAGATCGCTTATTTACATTCGGAAATTGATACTATCGAAAGAA CTGAAATCATTCGGGACTTACGAAAGGGAGTTTACGATTGTATTGTCGGG ATCAATTTGTTACGTGAAGGTTTGGATATTCCTGAAGTTTCGCTTGTTGC CATCTTAGATGCTGACAAAGAGGGTTTCCTTCGAAATTATAAATCACTCG TCCAAACCATTGGTCGTGCCGCAAGGAACGTAAACGGAAAAGCCATCCTC TATGCAGATCGTATGACTGATTCCATCAAAAAAGCGATGAGTGAAACAGA ACGTCGTCGGTTGATCCAAGAAGCACATAATGAGAAAATGGGGATCACAC CACAGACAATTCAAAAAGAAATTCATGATATCCTTCCAAGAGAGATGGCA GAAGAGGATAGCAAAGAAGAAGCATTAAAAGATTTAGAAAAAGAATTTAC CTTGAAGAAATACAAAACCAAAGACAAGTTACGTGAAGCTTTGAAACGTG AGATGTTACGTTACGCAAATGACATGGATTTTGAGAAGGCGGCCATGTTT CGTGATAAAATGTTAGCACTTGGCCCAGACAAAATTGAAACATAA >LEPBI_I2076 uvrC, UvrABC system protein C (UvrC protein; Excinuclease ABC subunit C) ATGAAAGACTCACTTGTACTAAAAACCATCCAAGAAAAAATTAAAAATTT AGGTAGTTTACCTGGTTGTTATCTTTGGAAAAATGAACTGGGACAAGTGA TTTATGTGGGTAAAGCACTCAAACTCCAATCGCGAGTTAGGTCCTATCTC AATCCCAACCAAAAAGACAGAAAAACTCGAGCTCTTTTTGTCGAATTATA TGACCTAGATTGGATAGCCACAGGAACCGAAAAAGAAGCACTTCTCCTCG AAGCCACTCTCATTAAAAAATACAATCCAAAGTTTAATGTTAGGTTAAAA GACGATAAAAAATATCCCTTCTTATGTGTTTCCACAAGTGAAGATTATCC GATGGTATTTCTGACAAGAAAGGTCAAAGACAATGGAGACAGATACTTTG GTCCCTTTACCGATGTGAAAGCCGCACGAGATACACTCGAGCTAATACAC CGGATTTTTCCCATTCGCAAAACAAAATTAAAACTCCCTCTCCCAAAACC ACAAAGACCATGTCTCAATTTTCATATGGGTCGGTGTCTCGGTCCATGCC AAGGGAATGTCACGAAGGATACCTATTCAGAGTTAGTGGATGAGATTTTA CGATTTTTAGAAGGGAAAAAGGAACGACTTGTCGCTGATTTAAAAAAAGC AATGATGGATGCCTCATCCAAAATGGAATATGAAAGGGCAGGATTTCTCA AACAAAGGATTGAAAAAATCAACCAACTCCGAGAGAAACAAACAGTTGTG AGTATGGATGGGGGAGATGAAGACATTCTTGGGATCAGCAAACGAGAGGA TGAAGGCCAAATTTTGATCCTGGAAGTCAGAGGAGGGAGACTCGAAGGGA AAAAATCATTTCCGCTCACTGGACTTTCTTTTTCGGATGATGAAGAAGCT TTTACTTCCTTTCTAAGAGATTATTATTTAAATGTGACTGTCTTACCGAG TGTTGTGTATTTGCCCACATCGGCAAAAGGGAACTATGATGTTTTTTTAG AAGCAATCTTAGAAAAATTTGGCACTTCCATCAAACTCAAATTTCCAGAG ATGGGTCCCAAAAAATCCCTCCTCCGACTCGCAGAAAAAAACGCAGATCT TAGTTTAACAGAAAGGATCCTTGCCACAAAACTCCGTGACCAAACGGTTG CGATGAAAGAACTCCAAGAGAAATTAAACCTTCCGACTTTGCCAAGGACC ATTGAATGTTATGATATCTCTCATTTCCAAGGTAGTTTGCCTGTCGCCAG TGGTGTGATGTTTGTAGAGGGAAAACCATACAAACCTGGGTATCGGCATT ACAAAATGCGTGGCTACGAAGGGATCAATGACCCAGGAATGATCCATGAA GTCATTGCAAGGAGACTCAGCCATCTTGTAAATGAAGAGGAACCACTCCC AGATCTCATTGTGATTGATGGAGGTCTCACTCAATTGTCGCGAGCGGCGG AGGCAGCGAATGCATTGGACTTGGGTCACATACCTATGGTAGGCCTTGCG AAAAAACGAGAGGAGATCTATTTCCCAGGTGAAAAACACCCCTATAGTTT CGATCAACATTCGCCTATGATGCGTCTCCTTCGGAATTTAAGAGATGAAG CACACAGATTTGGTGTTACTTTCCAAAGGTTACAAAGGAAGAAAAAAGCA CTCAAATCCATTTTGGATGATATTCCAGACATTGGTGCGAGCCGAAGGAA AAGTATCCTCATGTACTTCCAAGCGAAAAAAAAAGTAACAGATGCGACAC GACAAGAATTGGAAAAAGTCCAAGGCATTGGTCCCGTGTTAGCTGAAAAA ATTTTTACAAATATACAAAACCTAAAAAAAATCGAACCGAAATAA >LEPBI_I2445 xerC, Tyrosine recombinase XerC ATGACCCTGCCTGTCCTTGAAGTCCAAATTCCCGAACATTTTCCCCAAGT GATGGCGGATTTATTTCGCAGTTACCGTACCTATCTCAAGATTGAAAAAA ATTACTCGGAACATACTCTTTTCGCTTACCTGCGGGATTTGAAGTTTTTC TTTGAATTTTGCTTAAAGGAAGAGATTGATATTTTGAGTGTAGATGTTCT TGATGTTCGAGCCTATTTTGCAGATTTAAAATCTTCCAAAAAACAGGACA AACGTACCCAAAGCCGTAAACTTTCATCTCTACGTACCTTTTATAAATTT TTATTTCGGGAAGAAAAAATCGGAGCCAATCCTATTTTACAAGTCAGCTT CCCAAAAACCAAAAAGAGATTACCTAAAAATTTTACACCCATAGAAACAG AAGATATCTTAGATTATGAAGACCCCGAAAAAAAAGAAGTACTCGGCAAA CGTGATAAAGCAATTGTTGAAGTTTTATACAGTACAGGCCTTCGAGTATT TGAGTTAGTCAATGCTAAGTTAAGTGATTTGAACGAAGAGTTAACATCCC TTAAAGTCATGGGAAAAAGGCGAAAGGAAAGATTTGTTTTTATTGGTCCC GAAGCAAAAGTTGCATTACAAGAGTATTTGGATGAAAGAGGCAATGGTGG CCCCGAAGAGATTTTTTTAAATCAAAGAGGTGGAAAATTGACCACTCGTG GCATCCGATACATTTTATCCGAAAGAAGGTCAGTGATGGGTATGGAAAAA GCCATCACTCCCCATAAATTTAGACATACGTTTGCAACAGACTTACTTAA TGCAGGAGCTGATATCCGCGCCGTACAAGAGTTACTTGGACATTCTTCCT TGTCATCAACGCAAGTGTATTTGAGTGTGTCTCGTGATAGGTTGAAGGAA GTGTATCGAAATGCGCATCCTCACGCAAAGAAGTAG >LEPBI_I2357 xerD, Tyrosine recombinase xerD ATGGGTTCCAAATTGCCAGTTTCTCAAAATCAGCTTTTACAAACATTCCA AGAGTACCTGTCCGTAGAAAAAGGACTAAGCGATAATTCGATTTATTCCT ACGGATACGATCTCAACAAGTTCGCCATCTTTTTGGAAAAAGAACATATC AACTTCTTAGAAGTAAAAGCCAATGACATCATGCGTTTTCTTGAAGAAGA GAGAGAACGTAAAATCTCAGCAAAAACACTTGCACGAGAAGTTGTGGCAA TCCGTCAGTTTTACAAATACCTAAGAGACGAAAAACGCCTCGATTCCAAT CCAACGGAAAAAATTGAAACTCCTGAAGTCGCAAGGACAATCCCTGATTA CCTTACACAGGCAGAAATCGAAGAATTATTTCGCAATATCAAAGAGGACA ATTTGTACGAACTTCGTGACAAATGTATCTTTGAACTCCTTTACTCTTCA GGACTTCGGATCTCAGAAGCATGTAATTTGAAAATGACTGATATCGATAT GGAAAATATGACAATCACAGTAGAAGGAAAGGGAGGAAGACAACGCCTCG TTCCTTTTGGTGAAAAGTCATTGGAAATCCTAAAACGATATTTGGTGGAA AGCCGGACAGAAATCCTCAAAAAAAGAACATGTGATTTTGTATTTGTATC GAAGAAAGGGTCGTATATCAACCGTAAGTCGGTTTGGAGACTCCTAAACC ATTACATCAAACGAACCAAAATTAAGAAAAAAGTCACACCACACACTCTT CGTCACTCATTTGCAACTCATCTATTGGAAAACCATGCAGATCTCAAATC AGTGCAAGAGCTTCTCGGCCATATCGATATTTCGACGACACAGATTTATA CCCATATGGCAAATAAAACTCTGAAGGAAGTTCATAAGAAATTCCATCCG AGAGGATAA >LEPBI_I1860 xseA, Exodeoxyribonuclease VII large subunit (Exonuclease VII large subunit) ATGGAAATCGTGGATTCGTCTCTATCCGTAAGCGAAGTCAATCGTCGTAT TAAGGCGAAACTCCAAGATGCACCTGAATTTAAAAACTTTTGGGTGCGCG GAGAAATCTCAAACTACAGCCAAACCAATAGTTCTGGGCATATGTATTTT TCGTTAAAAGATACAACAAGTGTCATTAAATGTGCTTTTTTTTCTTACCA AGCCAAAAACTACAAAGGAACTCCTCTCCGCAATGGAATGGAAATCCTTG TATATGGATCTGTTTCTGTTTATGAACCAGGTGGGTATTATAGTATCACC GTCCAAAAGATTGAAGAATTGGGGGAAGGAGATATCCTCCTCCGCATTGA AAAACTAAAAAAAACACTCGCCGAAAAAGGAATCTTTGACGCCTCCCACA AACGGCCGTTACCTAAATTTCCGAAACGATTGGGAATTGTCACCTCTCCC AAAGGTGCAGCCGTGGAAGACATCATTCGTATTGCCACAGACCTCAATCC TTCCATCCAAATTTTAGTCTCCCCTTGCCTTGTCCAAGGCGATGGAGCTG AAAACTCAATCATCGAAGCCATAAAAGAAATCAATGACCCAAAATGGGAA GTGGATGTGATCATCGCAGGTCGTGGTGGTGGTTCCTTCGAAGACCTCAT GGCGTTTAACCAAGAGTCGGTGGTAATGGCCTATTACCAATCAAGACTCC CCATCATATCGGCTGTGGGTCATGAAATTGATCGAGTCCTTACCGATCTT GCGGCAGATGCAACAACCCCCACACCCACAGCGGCAGCCAAACTTGCCAT CCCGAATGTATCGGACACCCTCATCCGTTTGGATGAAATGGAAGATCGAT TACGATCTGCACTCACTGGTGTGATTCGAATTGGAAAAGAAAAATGGTTT GGTGTGACAAACCGAGCGGTCTTACAAAATCCAAAATCAATTTTGGAACC AAGACAAAATCATTTTGATGAAATCATCACCAAAATTTCCTTACTTGGAA AAAACTATTTGGTCAAAAAACAGAGTGAGTTCCAGAAGTTTGAGGTTTTC CATCAAAACTGGAAATCGTATTTGGAACGAGTACATAATAAATTCCGACT CGCAGAACAACGATTAGATCACTTTTCTCCGCTCGGTACCTTAAAACGAG GATACTCAGTCTTGCGGAATACAAACAAACAAGTTATCTCGTCTGTGAAG CAGATTCAAAAAAATGAAACATTAGAAGTATTTTTATTTGATGGCAAACT GCAAGTGGAAGTGAAAGAAACATTAGGATCAGAGAATGGTAGATAA >LEPBI_I1861 xseB, Exodeoxyribonuclease VII small subunit (Exonuclease VII small subunit) ATGGTAGATAAAAAAACAATTAGTTTTGAAGAAGCAATCCGTGAATTAGA AGACATTGCCGAAAAGTTAGAACGTGGGACATTGTCCTTGGAAGATTCTA TCAAAGCATACGAACGTGGAATGGAACTCAAAAAAATTTGTTCCGAACGA TTGGTGGATGCGGAAGCAAAAATTGAATTCTTAACAAAAGCACCTAACGG TGAAGTGGTGAAATCCACTGTGAAAAAAAAGAAGGATGAATCACCTTCAA AACAAGCGGAAGAAGATTTATTTTAA
|
Beutenbergstraße 11 D-07745 Jena • Germany |
Phone: +49 3641 65-6000 Fax: +49 3641 65-6351 |
E-mail: info@leibniz-fli.de www.leibniz-fli.de |
Data Privacy Imprint |
|