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

# Salmonella typhimurium LT2, SGSC1412

>gid:863052  PSLT001  putative cytoplasmic protein
GTGTTTAAGTACTGGCCCACATTTGTACAGCAGTGGGAAAACTCGCTGAA
AGCCGCACAGAAGGGGCTGGAAATCTGGAAATCAGCGAGGGCGGATGCCT
GGCTTGCGTATCACAACGGTATTTTTGCCACCAGTCATTATGAAGGCGCG
CTCACCAGTGAAGATATCAGTAGTGCGGCGGCCGCCGCCCTGAAAGGGCA
TAAAATCAGGGGTGGAAACGTGAACACGAAAAGCATACTGGATGGCAGTA
ACCGACTGGCACATACGCTTGCGCTGCAGGGCTAG
>gid:863074  PSLT025  putative cytoplasmic protein
ATGGATGCTGAATTTCAGAAACAGGGGCTCACCGACCTAACAGAAACAGA
TCTGCAGGCCGTTGTAACTCCCGGGGAGACACTCCGGTTACTGCCGACAC
TGGCGCGGTTACTGCATGTTTTGCGAGAAAAACCAGAGGCCTTCTCCCTC
TCAGCAGCTTCATACGAAGAAGATACTTCCTCAGCTTTGAAAACACTGCT
GGTCCGTACAGGATTCACAATACACCAGATAAGAGAAATGCGACTTCACC
TTATTCGCTGGCAATTAATAAGTCAGGAAGAGTATGACCGGGAATAA
>gid:863075  PSLT026  putative periplasmic protein
GTGGCCATTCCACCTACTTGTAAGGAGATTTTCATGAACACAGCATTACT
TGCTCCATTTATCTCAATTGCATTATCTGGAGTGGGCGTTTATACCCACT
ATTACTTTAAGAAATATCAGGCTTCCATGGATCAGTGCCAAAAGGTCCAC
AAAATGATGGTAGATACACTGCTCGGTACCAAAAGACTGTTCAGCCGGAG
CGCCCCCGCGCAGGCGCTTAAATCAGAACTGAGAATCATGCAGCAGCAAC
TCTCTCAGGAGGCTCAAAAACTGGATAAAATGACGATACGCCTTCCGTTA
AAGCGTCTGCAACGGGAACAACGTCATATTTTGAGGCATGCTGACTGGTT
ATTACATTATCTCGATTCGCATCTGGCAGATAATGAAGGGAAATTTTTTC
TGTTCCTGCATGACTTGGCGATGGATAGCGATGATAAAGTCCTGGATTTC
CTGACGTCATTACATGACACAAAGAGATTCAGAAATCGCCGTCTGCAAAC
TGGATCAACTACCTGTCCCTGA
>gid:863078  PSLT029  putative cytoplasmic protein
ATGCGTGTCAGCGAACAGGTGCTGCTCAGTAGTCTACGTCAGGGCGGCTG
TGTGCGGAGTTTCTGGCGCCGCTCCGCCAGACTGGCGGGTACGCCCTCTC
CGATCGTTCCGGACGGGCTTGTGCTGGAAACCCCCGGTGAACGCGGGGAT
ACCCCACTCTGTCATGTGGATTTTGCGGTGGTACAGAAGTGGCTGGTCTG
CGAGGAAACCTGGACACAGACCCTCGGGGGAACGGAGTTCGGCGGGACGG
TCTGGCGACTGCGTACTGACAGGGAGAACACCACCTCATGA
>gid:863079  PSLT030  putative cytoplasmic protein
ATGACACGGTCACGCATCTGTCCGGATACTGAATCCACCGGTCTCAGTCC
GGCATCGGATGCCCTGCCGGTCAGGGAGACGACAGAACAGTTTGCACAGG
TCTTTTTCGGAAAATCCGTGTCCCTGCTGACGCCGGAAGAGCGGTTCACG
ACGGTGTACGCCGGCTCCCGGGATATACCTGCGGATTTGCATCCGGCGAG
CTGGTTTCCGGCCGACACCTGGTTTCGTAACGAACTTCGCGCCTGCGCGG
CCTATGTCGGACGTCGTCAGGGCTGGCCACTGTATCACGCTTCAGAAGCG
GAACGGCTGCGCGCACTCTATCCGCTACGGCTCGCCACGCCCGCGACCGA
TCCGGGAAAACAATTGCTGACCCGTACGGCGCTGCTGAAAGCGGGTTACT
CACGTGCCACGATTGCGGCCATGACACCGGTGGCCGAACGGCAGAACCGT
CACAGCGGCGACTGGTATCCTTTATACAGGGTTCAGACTGAAACCAGAGA
TGACTCCGGGGAAAAAACATGA
>gid:863082  PSLT033  putative inner membrane protein
ATGCTGATTATCGTCAGTGACTGTCAGTTTACCCGCCTGGCGCTGACGCG
CCTGCTCGCACATCTGGACCCCGTGAACATGAGTGTTGCCCGGTGGTTAC
AGACCGCGCCGCCGGCAGGCAGCCATGTGCTGCTGGCGGCCTCTCCCGGC
ATGCTGGCATCGCTGGTCCCGGCCTGCCATCACGCCAGGACATCACTGTC
CCTGAAACTGGCGCTGCTGGGCTCAGGAGGACAGGCTGTCTTCCTGAACA
CCCTCGGTCTCAGGCCGGACTGCCTGCTGCCGCGCACCGCCTCCGCGACT
CAGCTGAAGGCCGCGGTCAGCAGCTGGCTGCGCCGTGCGCGGGGCTGGCG
GCAGGCGACGACGGAGAGTCTCTCCCTGCGCGAGCGACAGGCGCTGTGTG
CCACGCTCGCCGGCCTCTCCGCGCGCACGGCGCCCGGCTCGGCATCAGCC
CCAAAACCTTTTACGGCCATCGCCGCAGCGCGCTGA
>gid:863083  PSLT034  putative adhesin
ATGCTCGGGGCGAACATCTTCCTCGACTATGACCTCTCCCGCGACCACGC
CCGCGCCGGCTTCGGCGGAGAATACTGGCGCGACTTCCTTAAGCTTTCCG
CCAACGCCTATGTCGGCCTGACCGGCTGGAAAACCTCCCCGGATGTGGAG
GACTACGAAGAGCGTCCGGCCAGCGGCTGGGACCTGCGTGCTGAAGGCTA
CCTGCCGTCGTACCCGCAGCTCGGGGCGAAGATGGTGTATGAGCAGTATT
ACGGAAATGAAGTGGGCCTGTTCGGGAAGGATGAGCGGCAGAAGAACCCG
CACGCCCTGACCGCCGGGGTCAGCTGGACTCCGGTGCCGCTGCTGAAGCT
CAGCGCGGAGCAGCGCGCCGGCAAGGCCGGGGAGCATGACACCCGCTTCG
GGGCAGAAGCGAGTTACCGCATTGGTGACAGCCTGCGCAGCCAGCTGGAT
CCGGATGCCGTGGGCGCCCTGCGCAGCCTGGCGGGCAGCCGCTACGACCT
GACTGACCGTAACAATGACATTATCCTCGAGTACCGTAAGCAGGAGGTGA
CGTGCCAGTAA
>gid:863096  PSLT047  putative cytoplasmic protein
ATGCCGCAGGATGAATCAGTCGTCAAACGGGCCAGGGAATACTTTTTCCG
CCACCACCGGTATACAGAGGAAGACCTGGAATCCGACTACCAGGCAGAAC
TGTGTAACTACAGGGATGACACCTGGGAAGCACCACAACGGGCAGCCAGA
CTCAGTGCGGCCGTCAAGCGCTACAAAACGTATGAGATGCTGTACTTCTT
CTTCCAGATCGCTGATGAGGCCGGGCTGGACTATACTCCGCTGGTTGTAA
AGCGCCTGTGCGCTCATCTTTTCGACAGGCAGGGCAGCCAGAATATTATT
GTTGATATCTTTGGCCAGAAGGGACGCATGCACCGCAGCCATGACAGTGA
TCCTGACATTATTGCTGCCGTTGCCGAACGCTACCGGCAGCAGGCAGAGG
ACCACTGGCAGACAGTTCTGAAGAATATCGGGAGAGTGAAGCAGGACTAC
CAGAAAAATCAGAACAGACAGAAAGGCGCAGGGGATTAA
>gid:863099  PSLT050  putative cytoplasmic protein
ATGAGCCACCCCGATCCAGCTCAGGCCAGCCTGACTGACAGCACCGGAAA
GCGATATGGTTCCGTAACGATTTGTACTGCAGCTGCTGCCGGATCGATGC
CGACTGTGGGTTTCAGGCGGGTCTCAAATATCCTCTCACCGCGGGCATTC
ACCAGACCGATTTCCAGCGCCTGCGCGCCGGCATCAAGTCCGGTCGTTTC
GGTATCGAGGAAGACGGGGCCCAGTGCTAACCAGGTATGTGCCAGCATGG
CGAACCTGCCACGCTCACTCTTCATCCGGGCCTGCAGGCCCAGACGTGTG
CTGGCCAGCCGCTGTTTTTCTGTCTGA
>gid:863105  PSLT056  putative cytoplasmic protein
ATGTTCAGAGTGACCTGTATCGACCTGGAAAATGGCGAGTTTGCGCTTTA
TATCAACGGACATTATCTGTCCAGTGAAGACGGCAGCGGCGAGAAGCTGT
ACCTGGGGGATATTCTGGAACGTTTATCCCGTCTGCCTGGTGTGACCACG
GAAACCGTGGAGCGACCAGTACCAGACAGTGATGAGTGGAGCTGGAACGA
TGTGGCAGACAGTGTTTTTCCGGCCTGTATCACGCTGTCCCGCAATATGA
CAGTCGCTGCGTTTAAACAGCGTCTTTCCCGGTTTCCTGATGATGCGCTG
TGCTGCGGTACGTTCTGGCTGGCCAGTGATTTTCTGGCGCTGGACAGTTC
GCTCACGGAAGACGATATCGATGCGGCGATGGAGCTGGCACAGCACTGCC
ATGATGCGAATGACGGGTTCAACTGGAGCCATCTGCAATGGGCAATCGAT
GAGGTGAAGCGCGGTGGATAA
>gid:863106  PSLT057  putative cytoplasmic protein
GTGGATAATAATTCAAACATTAATGATACCTGGCTTGTTGGCCTGAGTGT
CGACGTCAATGGCACTGAAATGATGGTGCATTACCTGGTTTCCGCGACTG
ACCTGGAGCATGCCGAAGCGGGTGTTCTGCAAATGGGGCGCACCTGGTGG
CCATCGTTGAAACGCGAGGATGACCGGCATCGGTGGGAATATGAAACAGG
CGTGGTCTGGTTTAACAGCATCATTCTGCTCGATGACGTGGAAAACAGTA
TCCTGCGTGGTCTGAAGTTCCTCGATGCGTGGACAGTGACCGGCTCAACG
GATGCGCCGGTACTGCGCGATGAGTGGGGGAATGACTGGCGGGATATCAC
CCGCTGA
>gid:863108  PSLT060  putative cytoplasmic protein
ATGAACTATTCCGGACACGAAAAACTCCGCGCAGAAGTGGCGGCGCTGGC
CAACAGCATGTGCGACCTGCGCGCCACCCTGAAAGTGCTGGAAGAGCGTT
ATCACTGGCAGCGTCACGGACTTACTGAACGACTGGCCGGGCAGAGTCTG
CGGCGTATCAACACCCTGCTGGATGAAGCGTACAACGAAAGCCTGATGCT
CAATGAGTGTTTTAAAGACTGA
>gid:863109  PSLT061  putative inner membrane protein
ATGAGAAACACGCTCAGTACGCTGATAGTGCGCCACGGAGATAATCTGTT
ACGCCGGTCCGGCTGGCCCGAAACCGTCGGCGTGACGCAGGTGGCCCCCG
GTGTGGTGCCCGGCTGGCTGGCCGTCTGCGGTGTGCTCAGTGCTGCCGAA
ATCTTGGCACTGACGACGCATCTTTGTCAGCCCCTTAATTATGGACGGGC
GCAACTGCTGACGGCCAGTGCGCAGCGGCTGGCGGGGACGCCAGTCCGGT
TACATCTGTACCCGGTACAGGCATATCCGCACCCTGCCACGGTACGCGAA
TGCACTGAAATTCGCCTTCCGTATGCTCAGGAGTGGCTGACCACGGACGA
ATATGCCGACCTGCTGGCGTTCCTGAAAGCGTCCGCTGACCGGGTATGTG
AAATTGTCCGCCAGGATACGAAGCGCATCGCGGCGGCGCTGGCACCGTCC
GGCGAGTCCCGCCTGATGGAAAAACGCATCGGGAACTGGCGGTTACTGGC
CGATGAATACGACCATGATAACTGGCTTGACGAAGAGGACGAGGACGGAC
TGGATAAGGTGCTGGACGCGGTACTGGTACGTAACGCCCGTTTCTGCCCG
GTGCTGCTGACGCTGGTTAATGAGCCGGAGGAAGAAATCGAAGCCGCCGG
CGTGATAACCGACTGTTTGCGCTTCCCGGGGGAACCGAACCGCCGCTGGC
TTGACCGCCGCGTGCTCCGGGATGTGGTGAACGAAGCCCGGAGTTTCACA
GGCAACATCCGTTAA
>gid:863110  PSLT062  putative cytoplasmic protein
ATGCAGTATTCAAATCAGCAACGTGCGCGTGTTATTAACGTTGAAGAATC
CGACCGCCTGTCTTTCCTGCCGTACATGTTCGGCAACGATTTTATGCTGG
CTGAATTACAGTTATATGCCCTGGCGAAAAAATGGATGCCTGAATACAAC
GGTGGTTTCTGGCATTTTATCCGTCTGCCGGAAGGCGGCGGATACATGAT
GCCCGACTGCGATCGGGTACACATGATCAACGGTGAAAACTGGTTTGATC
GTACCGTCAGCGCCGACGCTGCCGGAATTATTCTGACTTCGCTCGCCATT
AACCGCCGTTGCTGGACGCATCACGACTGCGGCAACGCTGCGCTCACTCG
CCTGTATATGCTGCGTGATACCCAGCTCTGGAATCACATTACGTTTCACC
CTGAATGCAACGCTATTTACGCCGCGCTCGACTGA
>gid:863111  PSLT063  putative cytoplasmic protein
ATGTACGGAACCGTCAGCACCATCTGCTGCGACTTACTGAAAGTGTATGA
GAATCACGAAAAAATCGCTGTCATCATCTGGTGTGAAGGCGATGTGCGGG
AAATGGGGGCGGAGTTTAATCCGACCGCTGATGACATACAGGCCGTACTG
CGCGCCATTGGCGAGTCGGACAGTGATGCGCTCTGGCGTGATGGTATTGG
CCAGAATTTTGTTGAGGGTGTATTACGCGAGTTAGTCGCACTGCGCCCAC
CGCGCCAGATTGCTGTACCTGAAGATGTGCTGCGCACGCTTTTACCCCTG
ATGGAAGCCGGAATGAACCTTCCTCGTTACCAGACGCAGGACAGGGCTGC
TGAAGAAGAAACCGCGCTGGATACGTTGCGATACCTGCTTTCCACAAATA
TCCCGGCGCATAACCTGACCGAAGGAAACTACTGA
>gid:863112  PSLT064  putative inner membrane protein
ATGTCCGGACTGAATCTGGCGGCAACAACTAAAGAAGAGCAGGATAAAGT
GGCCATTGACCTGGTTGCTTCAGGCGTGGTCTATAAAGAAAGGCTGGCGA
TGCCGGTGGTCGCTGAGCTTGTCGTCAGAGAACAGCCTGAGCATTTGAGA
GAGTATTTCCGGGCGCGGCTGGAGTATTTGCGCAACTCCCGGACAAGAAT
GCCCCGGAATATGCCAGAAAAGAGGATGAGGTTAAAAAATAGCGCCATTC
CTGATGCATTCTGCCTGTCGCTGGCCGGATTTTACGCATGCCGGGTGATG
TTTTTTTCTGGCCGGGGTGTGTGA
>gid:863114  PSLT067  putative cytoplasmic protein
ATGACAGACAACATCATGAGCCCACTGAAATCCCTGCCTGATGGCACGTT
CACCCACGAACAGGCCGAAGCGGTGGCAGCACAGTATCAGAATGTCGCCA
TTGAAGACGATCAGGGGACGCACCTTCGCTTGGTTGTGCGTAAGGACGGC
GAAATGGTCTGGCGGGGCTGGAATTTTGAACCGGGCGGCGAGTACTGGCT
CAACCGCTGTATCGAAAGCCACGGTATCCGTAAAACGCAGTAA
>gid:863132  PSLT087  conjugative transfer:
ATGCATAAATCAGACGCTGAAAAAATGGAATCCATTATTGATAAACATGA
CCGGATATACCGACGACAGGTGCGGGTATTTAAAAACCTGGGCTTCCTCT
CAATAATTACCGCCGTACTGAGTGTGATTACTGCGTTATTCAGTACCTCC
CTGCTCCTGAAATACACGCTGTGTGTCGTGATATGCGTTTGTCTGATTTA
TCTGGTTTTTATGTTCTTCTGCCTGGACAGGTATATCGCGCTCAGTCGTC
AGACACTGCTGTGGCTGTTGCGCCGGGTGGAAGATACCGCAGACGTTCGC
CGGGAGCTGCTCCGCCGCCTGCTGTCCGGGAAAACGCTGACCGGACGGGA
TGAAGACGACATCCTGCGTCTCTGGTGGGAGAGCAGTAATGAAGTGGAGG
AGCTTGCAACCCGTCAGCGTGAACAGGATGCCATCCGGAAGTTTGTCGGC
GGGGATAAATCAGAATGA
>gid:863137  PSLT093  conjugative transfer:
GTGTTTATGCGAATTATTTATAAGAGACAGCATTATCTGTCCGTTATCAG
GTGGGGGGCGGTTGCTGTCGTGCAGGTCCTGAATGAGAGTGTAAAACTGT
TTCCGTTTGCGCTGGTGATGTTTGCGCTGATGGCTTTTTATTTTCTTCCG
GAACGCATCATCTCTGATGTTGTTAATTCGTGGATGGAAACAGACACGAC
CGGAAAAATATCGCTCATCAGACTTTACCTGGAAGTGACATTTATGCTGT
CCCTCGAGTCTTCTTCTCTTTTATTTATGTACCGGGGAAAGCGATGCACA
GGAAAATAA
>gid:863077  ccdB  toxin addiction system: toxin
ATGCAGTTTAAGGTTTACACCTGTAAAAGGGAGAGTCGCTACCGGCTGTT
TGTGGACGTGCAGAGCGACATCATTGACACCCCCGGACGGCGGATGGCTG
TCCCGCTGGTCAGCGCCCGTCTGCTGTCGGAAAAGGTTCCCCGCGATCTT
TACCCGGTGATGCATATCGGGGATGAGCCTTACCGCCTGCTGACCACGGA
TATGACCAGTGTGCCGGCCACCGTCATCGGGGAAGAGGTGGCCGATCTCA
GCCTCCGGGAGAACGATATCAAAAACGCCATTAACCTGATGTTCCGGGGG
ATCTGA
>gid:863154  finO  conjugative transfer: regulation
ATGACTGAGCAGAAACGACCGGTACTGACACTGAAACGGAAAACGGATGG
GGAAGCGCCGGCCCGCAGCCGCAAAACCATTATTAACGTCACCACGCCCC
CGAAGTGGAAGGTGAAGAAACAGCAGCTGGCTGACAGGGCTGTCCGGGAA
GCGTCACTGGCAGAAAAAAAAGCCCGGGCAAGAAAAGATCTGTCCATCTA
CCTGCGATTTCAGTCAGTGGAGGAAGCGGTCAGCACGCTGAAACCCTGGT
GGCCGGGGCTGTTTGACGGCGACACGCCCCGTCTTTTCGCCTGTGGCGTG
CGTGAGGCGCTGTTTGAGGACGCCTCCAGGCGTGGTATCCCGCTGTCACA
CAAAAAGATAATCCGTGCGCTGAAAGCGATTGCCCGTTCTGAAGCATATC
TCAGCGCGATGAAAGCCGGGGCCTGCCGATATGACACGGAAGGGTATGTG
ACGGAGCATATTACCGTGGAGGAAGAACAGTACGCGCTGGCGCGACTGGC
AAAGGTCCGGGCGCAGAACGCCAGAAAAGCGGAACTCCGCGCGGTGCTGG
CGCAGACGGTCTGA
>gid:863066  orf5  putative outer membrane protein
ATGATGAGACGAAGTGAAATCAGGTGGATGAAACGTCATGTGTGTGCAGG
AGCGCTGGTTACTGGGCTGCTGTTCCCTTTGGCGACAGAAGCGGCTTCGA
AGGAAAATATAACCATTCCATTCACGTTAACCAACCCGCAACAGACCTGC
AAACTGACCTTTGATAACGGCGGTAATACGATGAACTATCAACTGGGAGT
AATGAATAAAGGAGTCCGGATGCAACACAGACCGTTTACCGTGAAAGTGG
ATTGTGGGCAGAGTACTGTGGTGAAGACAGCACTGACAGCAAGAAACACC
ACTGGAACCCTGCAGGGGGGCGGTGACAGCAGCGTAGTCATTATGCGGAT
GAACGGTCAGCCGTCAAATAATGGCCCGCTGTTCTGGCTGGAAAATGGTA
GTAAGCGGGTGAAACTGACTGGGAAGGACGATGATGCTTTCTGCATATCC
CCCTCCCCGAACAACTGTGAGCTCCGCCCTGTGACTGATATTCCGGCAAA
TTCACCGGAGGGGAATATTGATGTGACGGTGGTTTTTGATGTGGTTTACC
CACAGTAA
>gid:863065  orf6  putative outer membrane protein
ATGTTAAAATTACTAATTGCTTCAGTCATCATCATGGGGGGAACGGTCAT
CACTTACCCTGCTCATGCAAAAACCACAACTGTATCCACATATAGTCAAG
GAATCTACCAATACCAAATGCAGGCAAGTAACTTTATGATTAAGTCAGAC
CAAGCAGCCCTTTCTATGGTAACAATGACTTCATTCAGTCAGTGCAACGT
ACAAATTATATCGCGTACCTGTAATGGAACAGCTATGGTTATAGCACCCG
ATGGAACACGATATCCCGCAGAAGTTGAGTGCAAGGTTGCAGATAAGGGT
TTCGGCGTAATGTTTCGGGCCCCGGGCCTGGTTCAGAATGGCATTGTTGC
GGGTGAAGGGTATATACTCCCCGCTGGCTATACGTTGATGTTTAGTCTCA
GCCGAACAGGAGAAGTCCGTACGACTAGAACCCTATATGATGAATGTGAG
GCCAGTTCGCTGGGATCGTGGCTTCACCAATATCACTTACCATCACCGAG
CGTCACACTCACTTCTTCATCTGGAGCACGTTATACCCTCGGTAATGGTG
TAATGTCGACAAGCTTTCCTGCAGGAGGTACGACAAAAAGTATTACCGTT
GAGCATCCAGATTCGATAAACAGCAAGGCTGGGGTAAATGGTGCGTTCGA
GCAAGTGATACTAAAGGCTAGTGGGACTCCTGGTGCTTCTATTCGTGTAA
CACAGTCGATAACTCCCAGCGAAGTGGCCAGAAATGCACAATTGTTAAAA
ACTACTGGAGGTCAGTGCACGACAATGCGTGCTGGAGATGAATGTAAACT
TGTTCTTGCGCCAGGAACAATACGACCAGGACATACAAGTTCGGGCACAG
TGTTAATAAGTGTGCAACTGCAATAA
>gid:863070  pefB  plasmid-encoded fimbriae;regulation
ATGATGCTGAACAGAAAAGATGCTGATTATTATTTGGGCAAAGAAATCAT
GCTGGCCAGAATAAGAAGAGGGGCGCTGATACCTGCAAAAGTAAATGAGG
AACATTTCTGGTTACTCATCGGTATATCATCCATTCACAGTGAGAAGATT
ATTCAGGCACTCAGGGACTACCTTGTTTTTGGTGTGTCCAGAAAGGATGT
CTGTGAACGCTATGAAGTGAACAACGGGTATTTCAGTACCAGCCTGAACC
GCCTGTCACGCATCAGTCAGGCCGCTGCGCAGATGGTTGTTTATTATTCA
TAA
>gid:863064  pefI  plasmid-encoded fimbriae; regulatory
ATGAGTGAATCCATTGTTACAAAAATTATTTCCATCGTCCAGGAACGTCA
GAACATGGATGACGGCGCGCCAGTTAAAACCCGCGATATTGCCGATGCTG
CCGGACTCAGTATCTACCAGGTCCGCTTGTATCTTGAGCAACTCCACGAT
GTCGGGGTGCTTGAGAAAGTGAATGCCGGAAAGGGAGTTCCCGGATTATG
GCGTCTGCTCTGA
>gid:863117  psiA  Plasmid SOS inhibition
ATGATCCACTCTTCACACGCCCTGGTTACCCTGAAGCCAGCCCGTCAGGC
GGCATTACAGGCCATTCTGACGGTGGAAGAATCCCGCCGCCGTGGAGCAC
GTCTGCCCGCCCTGCCACATGCGCGTACTTTTTTGCGCGTGCTGAGCGGC
AGCAGCCGGATTAACACGACAGTGGCACAGCGTATTCCCGGTCTGAACTG
GGAGCCGAAGAACCGGCTGACCAGCCTGAAACAGGTGGAAGAGGCGCTGG
ATCGCCTCATCTCCAGTCACGGGGAGTATTGCCCGCTACCACTCTCCGTG
GATGTGCAGGCCGAACTGTTCCCGGAGGTGATACACGCGCGCACAGATCG
CCGGATGCAGCGTGAGAAAATCGCCTTTAACCGCAAAATGCGCCGGGAGG
AAAAAGCGCTGGAACATGCCTGGCTGCTGCGCCAGAACCTGCTGGGGCAG
GCCATGACGGAGCTTAACTTTCAGTCGCCGGAAACCGTCAATGCCTGGTA
TACGCGCTGGGCTGACGAGTTTGACGCGCGGGAGCTGGCGCAGGGGTTCT
GGCAGTGGCGGACGCGGTTTACCTCGCTGACGTCGCTGGACTGGCTGCGC
GACAGTGATGAGCCGCTGTACAACGTGATGTATGAAATCTGGTTCATCGT
CCGGGAAAACCCGGTATATGTGCGCGAGGCCGAACGTTGGCAGGTACCCA
ACAAGCTGACGAACCGGAGGCCCGGGCGACTTCCCTGA
>gid:863116  psiB  Plasmid SOS inhibition
ATGATGCGTAACATTATTACCCCCGCTGTATTGAGTACAATGATCCCCCA
GGAATTCGAAGACTGGCGCGACGGCGGCGAAGACCTGCGCCGTGAACTGA
CCCACGCCGCGATGCGTGACCTGACATGTCCCGCAGGCTGGGACATGAAC
GGCGAATATCGCAGTGAGTTTGGTGGTTTTTTCCCGGTGCAGATCCGTTT
CACGCCATCCCGCGGCAATTTCAGCCTGGCGGTATGCAGTCCCGGGGATA
TCAGCCCGTCCTGGATGGTGGTCTTTATTCCGGTCAGCGGTCGCCCGTTC
TCTGTTATCCGCACGCTGCCAGCCTGGTCGCCGGAGGTTATCACGCATAC
ACTCAGCCTGGTGGCTCACCTTGATGCCGATGGTTACAGTCAGGCCAGCA
TCATCAGCGTTCTGGCGATGGAGGGCGCAGCATGA
>gid:863057  repA  DNA replication
GTGCAGGCAGAAGTGACTGACACCCGAACACTGTTCACTCATTACCGACA
GGTCAAAAATCCGAATCCGGAATTCACGCCGAGAGAAGGGAAAAAGACCC
TGCCGTTCTGTCGTAAGCTGATGGCGAAAGCCGAAGGGTTCACGTCCCGT
TTTGATTTTTCCGTCCATGTGGCGTTCGTTCGTTCGCTGGGAAAGCGTCA
CCGGATGCCGCCTTTGCTGCGCCGTCGTGCCATCGATGCGCTGCTTCAGG
GGTTGTGCTTCCATTATGATCCACTGGCCAACCGTGTACAGAGATCCATC
ACCAATCTGGCTATAGAGTGCGGTCTGGCCACTGAGTCAAAAAGTGGTAA
TCTGTCCATCACCCGCGCCACACGGGCGCTGAAGTTTATGGCAGAGCTGG
GGCTGATTACCTACCAGACCGAGTACGATCCGCAGATTGGCTGCAACATC
CCGACCGATATCACCTTCACGCCGGCACTGTTCTCCGCGCTCGACGTTTC
TGACGTGGCTGTTATGGCCGCCCGCCGCAGTCGTGTCGAATGGGAAAATC
AGCAGCGCAAAAAGCAGAATCTGGAGCCGCTGGAGATGGATGAACTGATA
GCGAAAGCCTGGCGATTTGTGCGCGAACGGTTCCGCAGCTACCAGTCTGA
ACGTAAACTGCACGGACTGAAACGCGCCCGGGCGCGGCGTGACGCGGACA
GAAGCCGTAAGGACATCGAAACACTGGTGAAACAGCAGCTGACGCGGGAA
TACGCCAGCGGACGCTTTACCGGCGGGCTTGATGCCATGAAGCGGGAGCT
GCAGCGGCGCGTGAAAGAGCGCATGATGATGTCGCGGGGCAAAAACTACA
CGCGACTGACCATGGCCACCGTCCCCATATAA
>gid:863072  repA2  DNA replication
TTGTTTGTAGAGGTGGATAAATCCTCCGGTGAAATCGTAAATCTCACTCC
TAATGCCAGTAATACCGTGCAGCCTGTAGCTCTGATGCGGCTTGGAGTAT
TTGTTCCTACGCTTAAGTCACTGAAAAACCGTAAAAAGAACACGCTTTCG
CGTACTGATGCGTCGGAAGAACTGACGCGTCTGTCTCTCGCCAGGGCCGA
GGGGTTTGATAAAGTGGAGATCACTGGTCCCCGCCTGGATATGGATAATG
ACTTCAAGACCTGGGTAGGGGTGATTCATTCCTTTGCCCGGCATAAAGTT
ATTGGCGATAAAGTTGAGCTGTCGTTTGTCGAATTCGCCAAACTCTGTGG
GATCCCCTCCAGTCAGTCATCCCGGAAGCTCCGGGAACGTATCAGTCCTT
CACTTAAGCGTATCGCGGGTACTGTGATCTCGTTTTCCCGCACAACGGAG
AAGCACACCAAAGAGTACATTACGCATCTGGTACAGTCGGCTTACTATGA
TACGGAAAAAGATATCGTTCAGCTGCAAGCCGATCCGCGCCTCTTTGAAC
TCTACCAGTTTGACCGGAAAGTGCTGCTGCAGCTCAAGGCCATCAATGCC
CTGAAGCGCCGGGAGTCCGCTCAGGCTCTTTATACCTTTATAGAGAGTCT
GCCGCGGGATCCGGCGCCGATATCACTGGCGCGTCTACGGGCCCGTCTGA
ACCTGAAATCCCCTGTGTTCTCGCAGAACCAGACGGTGAGGCGTGCCATG
GAGCAGCTCCGGGAGATTGGCTATCTGGATTACACTGAGATCCAGCGTGG
GCGTACAAAACTCTTCTGTATTCACTACCGCCGGCCCAAGTTAAAGCCAC
CTCATGATGAGAGTGCGGAGAACCCGCAACTGCCAGCCACACCGGGTGAC
GTCAGTCCGGAGATGGCTGAAAAACTTGCACTTCTTGATAAACTGGGCAT
CACACTTGATGACCTGGAGAAACTCTTCAAATCCCGCTGA
>gid:863055  repA3  DNA replication
GTGTCTACCCGGGACCAGAAAAGCAAAAACCCCGATAATCTTCTCATTTC
TTGGCGGGAACGAAAGATTAACGGGGCCTACTTAAACTGTATAGCCACCA
ATCAGGCTATGCAGGGAGTATAG
>gid:863089  spvA  Salmonella plasmid virulence: outer membrane protein
ATGAATATGAATCAGACCACCAGTCCGGCACTTTCACAGGTCGAAACCGC
CATCCGGGTCCCGGCAGGGAATTTTGCAAAATATAATTATTATTCCGTGT
TTGATATTGTCCGTCAGACCCGTAAACAGTTTATTAACGCCAATATGTCA
TGGCCGGGCTCCCGCGGAGGTAAAACCTGGGACCTGGCGATGGGCCAGGC
GCAGTATATCCGCTGCATGTTCCGAGAAAATCAATTGACCCGCAGAGTTC
GGGGGACCTTGCAGCAGACACCGGACAATGGCACGAACCTGAGCAGTTCC
GCTGTCGGCGGTATTCAGGGACAGGCAGAGCGTCGGCCGGACCTGGCCAC
CCTGATGGTGGTTAATGATGCCATTAACCAGCAAATACCGACCCTGCTGC
CGTATCATTTTCCACACGACCAGGTGGAGTTATCTCTGCTGAATACCGAT
GTGTCGCTGGAAGATATTATCAGCGAGAGCAGCATTGACTGGCCGTGGTT
CCTGAGCAACTCGCTGACCGGCGATAACAGTAACTATGCCATGGAGCTCG
CCAGCCGGCTGTCACCAGAGCAGCAGACACTGCCGACCGAGCCGGACAAC
AGTACCGCCACTGACCTGACCTCTTTTTACCAGACCAATCTGGGGCTGAA
AACCGCCGACTATACGCCATTTGAAGCACTGAATACCTTTGCCCGACAGT
TAGCGATTACCGTTCCCCCAGGTGGAACAGTTGATTGCGGGTACTCTGCG
TGCCAGCCGGCAGTTTAG
>gid:863087  spvC  Salmonella plasmid virulence: hydrophilic protein
ATGCCCATAAATAGGCCTAATCTAAATCTAAACATCCCTCCTTTGAATAT
TGTAGCTGCTTATGATGGGGCGGAAATACCATCTACAAATAAGCACCTGA
AAAATAATTTCAACTCCTTGCACAACCAAATGCGGAAGATGCCGGTATCC
CACTTTAAAGAGGCGCTGGATGTGCCTGACTATTCAGGGATGCGCCAGAG
TGGTTTCTTTGCTATGAGCCAAGGTTTTCAGCTGAATAACCATGGTTACG
ATGTTTTCATCCATGCTCGTCGAGAATCACCTCAGTCTCAGGGCAAATTT
GCCGGTGACAAGTTCCACATCAGTGTGCTCAGGGATATGGTGCCACAAGC
ATTTCAAGCGCTGTCCGGATTGCTGTTTTCAGAGGACAGTCCGGTAGATA
AGTGGAAAGTGACCGATATGGAGAAGGTCGTTCAACAAGCCCGTGTTAGC
CTGGGCGCTCAGTTCACGTTGTATATAAAACCAGACCAGGAAAATTCGCA
GTACAGTGCGTCGTTTCTCCACAAGACACGGCAATTTATAGAGTGTCTGG
AATCCAGACTATCCGAAAATGGGGTTATTTCAGGACAGTGTCCTGAGTCA
GACGTTCATCCTGAAAATTGGAAATATCTCAGTTATCGTAATGAACTACG
AAGTGGGCGTGATGGTGGCGAAATGCAGAGACAGGCTTTACGTGAGGAAC
CGTTTTATCGTTTGATGACAGAGTAA
>gid:863086  spvD  Salmonella plasmid virulence: hydrophilic protein
ATGAGAGTTTCTGGTAGTGCGTCATCCCAAGATATAATATCACGTATAAA
TTCAAAAAATATCAATAATAATGATTCAAATGAAGTCAAGAGAATTAAAG
ATGCGCTTTGTATTGAATCAAAAGAGAGAATTTTGTATCCACAAAATTTG
AGTCGAGATAATTTAAAACAAATGGCTAGATATGTAAATAATACATACGT
CCATTACTCTGGGAACTGCGTTTTATTATCAGCGTGTTTACATTATAACA
TACATCACCGACAGGATATATTAAGTTCGAAGAACACTGCCTCTCCTACA
GTGGGATTAGACAGCGCCATTGTTGATAAAATCATTTTTGGTCATGAGCT
TAACCAATCATATTGTTTAAATTCCATCGATGAGGTGGAAAAAGAAATAT
TAAACCGTTATGACATTAAGAGGGAAAGTTCTTTTATCATTAGCGCAGAG
AACTACATAGCTCCAATAATTGGCGAATGTAGACATGATTTCAACGCTGT
GGTTATCTGTGAATATGATAAAAAACCATATGTACAATTCATTGATTCTT
GGAAAACATCCAACATACTTCCTAGCTTACAAGAAATAAAAAAACACTTC
TCATCATCAGGGGAATTTTATGTCAGGGCTTATGATGAAAAACACGATTG
A
>gid:863056  tap  replication of plasmid
ATGCTCAGAAAATTTCAATACTTGTTTCTGTGGCATTTACTCCTTCCGTG
CATTGTAAGTGCAGGCAGAAGTGACTGA
>gid:863123  traA  conjugative transfer: fimbrial subunit
ATGAGCGCTATTTTAAGTGTTCAGGGTGCTTCTGCGCCCGTTAAAAAGAA
ATCGTTTCTGTCTACGTTCACACGTCTGAACCTGCTGAAACTTGCCCGCG
CAGTGATCCCGGCGGCAGTACTGATATTCTTTTTCCCGCAACTGGCAATG
GCTGCCGGCGGTTCGCAGGACCTGATGGCCAGCGGTAACGGTACGGTCAA
GGCGACATTTGGTAAGGATTCCAGCGCCGTCAAGTGGGTTATTCTCGCGG
AAGTGCTGGTCGGTGCCGTGATGTACATGATGACCAAGAACGTCAAATTC
CTGGCGGGTTTTGCCATCATCTCGGTCTTTATTGCCGTTGGTATGGCTGT
CGTCGGCCTCTGA
>gid:863125  traE  conjugative transfer: assembly
ATGGAACACGGCGCCCGTTTAAGTACCAGCCGCGTACTGGCAATAAGTTT
TATTTTTATGGCCCTGCTGATTGTGCTCAGTCTGGCCGTGAATGTCATTC
AGGGTATTAATAACTACCGGCTGCAGAATGAGCAACGCACGGCGGTCACT
CCTATGGGATTTAACGCGTCCTTTGCGGTGTCACAGAACAGTGCCGATGC
CTCTTATTTACAGCAGATGGCGCTGTCGTTTATTGCCCTGCGTCTGAATG
TGTCGTCAGAAACCGTCGACGCGTCACACCAGGCACTTCTGCAATATATT
CGTTCGGGCGCACAGAACCAAATGAAAGTCATTCTGGCAGAAGAAGCGAG
ACGAATTAAGGCCGACAACGTTAACTCCGCTTTTTTCCAGACCAGTGTCA
GGGTCTGGCCACAGTATGGCCGCGTGGAAATTCGCGGTGTGCTGAAAACC
TGGATTGGAGATTCAAAACCGTTTACCGACATCAAACATTACATTCTTAT
TCTGAAACGGGAAAACGGCGTGACCTGGCTGGATAATTTCGGGGAAACTG
ACGATGAGAAAAAATAA
>gid:863141  traF  conjugative transfer: assembly
ATGCGAAAAATACAGACCGTATGGGTGGCAGCGTTACTCTGTGGCTCCCT
GACGGCATACGGAAAAGATGCCGGATGGCAGTGGTATAACGACCCGGTAA
AATTACCTGACCCAAAAACGACGGATAAATCCGCTCAGGTTCGTCAGGAG
CCTGACATTATGCAGAAATTATCTGCGCTGCAGACCGCAACAAAGCGGGC
GCTTTATGAAGCCATTCTGTATCCCGGTGTGGATAATTTTGTGAAATATT
TCCGGCTGCAGAATTACTGGACGCAGCAGGCGGGGCTTTTCAGCATGAGC
GCCAAAAAAGCCATGCTGGCGCATCCTGAACTGGACTATAACCTGCAGTA
CAGCCACTACAACGGCACGGTACGTAACCAGCTGGCCGCAGACCAGGCTC
AGCAACGGCAGGCCATATCAAAGCTGGCTGAACACTACGGTATCATGTTC
TTTTACCGCGGGCAGGACCCCATTGACGGCCAGCTGGCGCAGGTGATTAA
TGGCTTTCGCGCCACTTACGGTCTGAGCGTTATCCCGGTGACCGTGGACG
GGGTGATTAACCCGATGCTGCCGGATACGCGTCCTGACCAGGGGCAGGCG
CAGCGTCTTGGTGTGAAATATTTCCCGGCCATGATGCTGGTAGACCCGAA
ACAGGGCAGTGTCCGTCCGTTGTCATACGGGTTTATTACGCAGGACGACC
TGGCAAAACAGTTCCTGAATGTGTCAGAAGATTTTAAGCCGAATTTCTAA
>gid:863145  traG  conjugative transfer: assembly abd aggregate stability
GTGAACGAAGTCTATGTCATTGCCGGCGGAGAATGGCTGAGTAATAACCT
GAACGCCATTGCGGCCTTCATGAGCACCCGGACGTGGGACTCCATTGAGA
AAATTGCGCTGACCCTGTCCGTTCTCGCGGTGTCCGTTATGTGGGTACAG
CGACATAACGTGATGGATCTGCTGGGCTGGGTGGCGGTGTTTGTGCTGAT
ATCACTTCTGGTGACCATACGGACATCAGTACAGATAATTGATAACAGCG
ACCTGGTGAGGGTTTACCGGGTGGATAATGTGCCGGTCGGACTGGCACTC
CCCCTTTCGCTGACGACCCGGATCGGGCATGCGATGGTGGCCAGCTATGA
GATGATTTTTGCCCAGCCGGACAGCGTCACCTACAGCAAGACAGGTATGC
TGTTCGGGGCGAATCTGATTGTGAAAAGCACCGATTTCCTGTCCCGGAAT
CCGGAAATCATTAACCTGTTTCAGGACTACGTCCAGAACTGTGTGCTGGG
GGATATTTACCTCAATCACAAATATTCCCTGGAAGAACTGATGGAATCCG
ATGACCCCTATACGCTGATTTTTTCCCGCCCAAGTCCGTTGCGGGGGGTT
TATGACAAAAATAATCATTTTGTCACCTGCAAGGATGCGTCGGTCACGCT
GAAAGACAAGCTGAATCTCGATACAAAGACAGGAGGCAAGACCTGGCATT
ATTATGTGCAGCAGATATTTGGGGGCAGGCCGGACCCTGACCTGTTATTC
AGGGAACTGGTAAGTGACAGTTACAGTTATTTCTATGGCTCCAGCCAGTC
AGCCAGCCAGATCATGCGTAAGAATGTAACAATGAACGCTCTGAAAGAAG
GGATCACCAGTAATGCAGCCCGTAACGGTGATACCGCCAGTCTGGTGAAT
CTGGCCACCACATCCTCGATGGAAAAACAACGTTTGTCACATGTCTCCAT
TGGTTATGTGACAATGCGAAACCTGCCGATGGTACAGACTATTCTGCTGG
GGATAGCCATCGGGATTTTCCCGTTACTGGTTCTGGCCGCTGTCTTTAAT
AAACTGACGCTGTCAGTGCTGAAAGGGTATGTATTTGCCCTGATGTGGCT
GCAGACATGGCCGTTGCTGTATGCCATTCTGAACAGCGCCATGGTGTTCT
ATGCGAAACAGAATGGTGCCCCGGTGGTGCTGTCAGAACTCTCTCAGATA
CAGCTGAAATATTCCGATCTGGCATCAACCGCAGGTTATCTCTCTGCCAT
GATTCCCCCGCTGTCGTGGATGATGGTAAAAGGTCTGGGCGCTGGATTTT
CCAGCGTTTACAGCCACTTTGCGTCTTCGTCTATCAGCCCGACGGCCAGT
GCGGCTGCCGGCGTGGTGGACGGCAATTATTCCTACGGCAACATGCAGAC
GGAGAACGTCAACGGCTTCAGCTGGAGTACCAACAGTACCACGTCATTTG
GCCAGATGACTTACCAGACCGGTAGTGGGGCGACCGCCACGCAGACCCGG
GACGGCAATATGGTCATGGATGCCAGCGGTGCGCAGTCCAGACTGCCGGT
GAATATCAACGCGACCCGGCAGATAGCGGCGGCACAGCAGGAGATGGCGC
GGGAAGCCAGCACGCAGGCAGAAAGCGCCCTGCATGGTTTCAGCAGCAGT
ATCGCCAGCGCCTGGAATACGCTCAGCCAGTTCGGGACGAACCGGGGCAG
CAGCGACTCAGTGACCAGTGGTGCTGACAGCACCATGAGCGCGCAGGATT
CCATAATGGCCAGCCGGATGCGCAGCGCAGTGGAAAGCTATGCGAAGGCA
CATAATATCAGTAATGAGCAGGCCACTCAGGAACTTGCAGCGAGAAGTAC
GCGAACATCTGGGGGTATTTATGGTGATGCAAGTGCAGAGTGGGGCATAA
GGCCCAAGATATTGGGGGTCGGTGGTGGAGCTGGTGTTAAAGCCGGTGGT
CGTGCTGGTATTGATTGGAGCGATGATGATACGCATCAGGCCAGCAGTAG
TTCACGATCCAGCCAGGATGTTCGTCATGGTGTTGATGCCAAAGCCACGC
AGGATTTTAAGGAGGCCAGCGATTACTTCACGAGCCGTAAGGTCAGTGAG
TCCGGAAGCCATACGGACAATAATGCTGATTCTCGTGTGGATCATTTGTC
TGCCGCCCTGAACTCAGCGAAACAGAGTTATGACCAGTACACCACGAACC
TGACCCGCAGCCATGAGTATGCTGAGATGGCGTCCCGTACAGAAAGCATG
AGTGGGCAGATGAGCGAAGATTTGTCACAGCAGTTTGTGAATTTTGTGCA
AAAGCATGCGCCACAGGATGCAGAAAATATTCTGACAAATACCAGCTCGC
CGGAGGTGGCAGAACGACGTCGGGCAATGGCTTGGGCCTTTGTTCAGGAG
CAGGTACAGCCTGGTGTGGATAATGCCTGGGGCGAAGCCCGCGGTGATAT
TGGCAGTGGTATGAGCACAGTATCCGGTGGTGGTGATAAACAGGATGTGG
TAGCCGATCATCAGGCCCATCAGGCAACGGTGGAACAACGGACGCGGGAC
AGTAATATCAGTAATGATGTAAAAAACCAGGTTGATAATATGGTCACAGA
CTATCATTCCGATATAAACGATACTTATGGAAATATCCAGGGTGAGGAAA
AGACTATTGACCAGCAGTATTCTGGCCTGCAAAAACAGTATAAAACAGAA
GCACTATCTCAGAATAATAAATATAATGAAGAAAAGGCTGCACAGGAAAG
GATGCCTGGCGCGGATAGTCCTGAAGAACTGATGAAGAGGGCAAAAGAGT
ATCAGGATAAGCACAAACAGTAA
>gid:863144  traH  conjugative transfer: assembly
ATGCAGGGTAAAACGAGAATTAAACCGCTTTTCATATTATGTACGGCGCT
GATGACCGTCGCACCCGCCGTCTCTGCCGATGTGAACAGCGACATGAACC
AGTTCTTCAATAAGCTGGGCTTTGCTTCCAATACCACACAGCCCTCCGTC
TGGCAGGGACAGGCGGCAGGATATGCCTCCGGCGGCTCTTTATATGCCCG
GACACAGGTAAAAAATGTCCAGCTGGTCTCCATGACCCTGCCGGATATCA
ATGCCGGTTGCGGGGGCATCGATGCCTATCTCGGCTCATTCAGTTTCATT
AACGGCGAGCAGCTGCAGCGTTTTGTGAAGCAGATTATGAGTAACGCCGC
AGGGTACTTTTTTGACCTTGCGCTGCAGACGACGGTGCCGGAAATCAAAA
CGGCAAAGGATTTTCTGCAGAAAATGGCCTCCGACATTAACAGTATGAAC
CTCAGCTCCTGCCAGGCGGCGCAGGGGATTGTCGGGGGGCTTTTCCCAAA
AACACAGGTCTCCCAGCAGAAGGTCTGCCAGGACATTGCCGGTGAGAGCA
ATATTTTTGCCGACTGGGCGGCGTCCCGGCAGGGATGTACTGTGGGCGGG
CAATCCGACAGCGTCAGGGATAAAGCCAGTGACAAGGATAAGGAGCGGGT
GACCAAAAATATCAACATCATGTGGAATGCTTTGTCCAAAAACAGGATGT
TTGACGGCAACAAGGAGCTGAAAGAGTTCGTGATGACGCTGACCGGTTCA
CTGGTTTTTGGACCCAACGGCGAAATCATGCCCCTGCCTGCCAGAACCAC
CGACCGGGCTATTATCCGGGCATTAATGGAAGGCGGAACGGCGAAGATAT
ACCACTGCAATGATTCGGATAAATGCCTGAAGGTGGTGGCCGACACGCCG
GTGACCATCAGTCGCGACAATGCGCTCAAATCACAGATTACGAAGCTGCT
GACCAGTATTCAGAACAAGGCGGTCAGCGACACTCCCCTGGATAATAAGG
AAAAAGGGTTTATCTCCAGCACCACCATCCCGGTTTTCAAATACCTGGTT
GACCCGCAGATGCTCGGCGTGTCAACCAGCATGATTTATCAGCTGACGGA
TTATATCGGGTACGACATCCTGCTGCAGTATATCCAGGAGCTGATCCAGC
AGGCCCGGGCGATGGTGGCCACAGGGAATTATGACGAGGCGGTTATCGAA
CATATCACCGACAACATGAATGACGCGACCCGGCAGATAGCGTCCTTCCA
GGCGCAGGTCCAGGTGCAGCAGGATGCGCTGCTGGTTGTCGACCGTCAGA
TGAGCTACATGCGCCAGCAGCTGTCAGCCCGCATGCTCAGCCGTTACCAG
AACAACTATCATTTTGGCGGAGGTGCGCAGTGA
>gid:863126  traK  conjugative transfer: assembly
ATGAGAAAAAATAAGCCGTATAAGCCATTTTTACTGGCGGCCGGATGGTT
ATTTTCCGGTCTGGTGATGGCGTCGGGTTCCGGTACGCTGGCCCCGGTGG
TGGTGTCCCTGGCTAACGGCGGTCAGGCGAACATTGCTGTCAGCAACACC
GACCCGAACCTGTTTACGGTACCGGGTGACCGTATCACTGCGGTCAGCGG
TCTGGACGGCATGCTGACAAACAGTGAGCAGACAGGCACGGGCGGCGTGG
TGGTGGCCACGGTCAGTAAAAAGCCGTTCACCTTCATTCTGGAGACGGAG
CGCGGGCTGAACTTTTCCGTCCGGGCCGTCCCCCGGGCCGGTGCCGGACG
CACCGTACAACTGGTCAGCGACCTGCGCGGAACCGGGGAGGAGGCTGGCG
CATGGGAAACGGCCACCCCTTATGAATCCCTGCTGGTTGCCGTCAGCCAG
GCAGTTCGTGGAGGCACGCTGCCTGCCGGCTGGTATCAGATCCCCGTCAC
GAAAGAAGCGCTGCAGGCCCCGGCCGGTCTGTCTGCACGGGCTGACGCTG
TGTGGACCGGCAATCACCTGAAACTGGTACGGTTTGCTGTGGAAAATAAA
ATGCCGTCAGCCCTGAACATCAGGGAAAGTGATTTCTGGCAGCCCGGAAC
CCGCGCCGTGATGTTCAGCCAGCCCGTCAGCCAGATACTGGCCGGCGCAC
GAATGGACGTGTACGTCATCCGTGACGGGGAGGGCAACTGA
>gid:863124  traL  conjugative transfer: assembly
ATGTCGGGAGACGAGAATAAACTCAGGAAATATCGTTTCCCGGAAACACT
GACCAACCAGAGCCGCTGGTTTGGCCTGCCGGTGGATGAATTAATTCCTG
CTGCTGTCTGTATTGGCTGGGGATTAATGACATCAAAACAACTTTTCGGC
ATCAGCGCTGCGGTTCTGGTTTATTTCGGGATAAGAAAACTGAAAAAAGG
GCGGGGAAGCTCCTGGCTGCGTGACCTGATTTACTGGTATATGCCGACAG
CCCTGCTTCGCGGTATTTTTCATAACGTTCCCGATTCGTGTTTCCGGCAG
TGGATTAAGTAA
>gid:863119  traM  conjugative transfer: mating signal
ATGGCTAAAGTCAATGTATATATAAGTAATGAGGTACACAATAAAATAAC
TGCTATTGTGGAAAAACGACGCCAGGAAGGGGCGAGAGATAAAGATATCA
GTTTTTCTGGTACATCTTCGATGTTGCTGGAATTAGGGCTTCGTGTCTAT
GAGGCACAAATGGAGCGTAAGGAGTCGCCATTTAATCAGACAGAATTCAA
TAAAGTATTACTTGAAAATGTACTTAAAACACAGTCATCCGTAGCCAAAA
TTTTAGGTATAGGATCTCTCAGCCCTCATGTCGCCGGAAATCCAAAATTT
GAATATGCAAATATGGTTGAAGATATCAAAGAAAAAGTATCTTCAGAGAT
GGAAAGATTTTTCCATGAAAATGAAGAATAA
>gid:863139  traN  conjugative transfer: aggregate stability
ATGAAACGTATGTTACCTCTGTTTCTGCTTCTGGCAGCCGGCCAGGCACA
GGCTGACAGTAACAGTGATTATCGTGCGGGTTCAGATTTTGCCCATCAGA
TCAAAGGCCAGGGCACCGGCAGTATCCGGAATTTTAATCCGCAGGAGAGT
ATACCCGGCTATAACGCGAATCCGGATGAAACGAAATATTACGGTGGCGT
GACCGCCGGTGGTGACAGTGGGCTGAAGAATGACGGCACGACGCAGTGGG
CCACAGGCGAAACCGGTAAAACCATTACAGAATCGTTCATGAACAAGCCC
AAAGATATTCTGTCACCGGATGCGCCGTTTATTGAAAAAGGAAGGGATGT
GGTGAACCGTGCCGACAGTATTGTGGGAAATACCGGGCAGCAGTGCAGCG
CGCAGGAGATTAACCGCAGCGAATTCACGAATTATACCTGTGAACGCGAC
ACCACTGTGGAGGAATACTGTACCCGGACGGCCACCATCACCGGCGACTG
GAGAGAGACAACAGAGGTCAGAACCTACACCCTCACCGCCTTTAGTTTCA
GCCGTTCCGGTAAGCAGATCGTTTTCAGCGTAACCGTGCCGGAAGCGGGT
ACGATAAGCAGCGCCAGCCTGAATGTGATCACACAGAATTATCTGTGGAA
TTCCCGTGCCGGCTTTATGAATACCATCTTCAACATGACGTGGGGCAGTA
CCATTACACTGGGTGGCGCGACGGGAATGATGCTGAGTAAGGGCCAGATT
CTGAGCGGGACAAGCTGCAGCGGGAACGGTAGCTGTACCGGGACGCTGGA
TGACCGCATTTTTAACGAACTGACCAGCGGGAGAACGACGTTCACGCTGA
CACTGGTGATGCAGGTAAAGGACCGGGAGTGGATACCCCGGGTGGAGTGG
GTGGAAAGCTGCCCGTTTAATAAAGCGGATGGCGTGCTGAAAGGCACAGA
ATGCTCAGAGCCAGGTGGTACGAAAACCGGGGTGATGGAAGGAAAACCCT
GGAGCCTGACGGAGGCCTGCTGGGCATACCGCGATAAATATGTCACCCAG
TCTGCGGACAATGGCACCTGCCAGGCGTATGTGGACAATCCGGCCTGTAC
TCTTGCCACCCGGCAGTGCGCGTTTTATTCCGGTGAGGGCACCTGCCTGC
ATGAGTACGCCACGTACTCCTGTGAGTCGAAAACGTCAGGAAAGGTCATG
ATTTGTGGCGGGGATGTGTTCTGCCTCGATGGGGAATGCGATAAGGCGCA
GAGCGGAAAGAGCAATGATTTTGGCGAGGCGGTATCGCAACTGGCGGCGC
TGGCGGCGGCAGGTAAAGATGTCGCGGCCCTGAACGGTATTGACGTCCGT
GCATTCACCGGACAGGCGAAATTCTGTAAGAAGGCCGCAGCCGGGTACAG
CAACTGCTGTAAGGACAGTGGCTGGGGGCAGGATATCGGTCTGGCTAAAT
GCAGTAGTGACGAAAAAGCTCTGGCCAAAGCAAAAACGAACAAACTGACG
GTCAGTGTCGGGGAATTCTGTTCGAAAAAGGTACTGGGTGTCTGTCTGGA
GAAGAAACGCAGCTACTGCCAGTTTGATTCGAAGCTGGCGCAGATAGTCC
AGCAGCAGGGGCGCAACGGCCAACTGCATATCAGCTTCGGCAGTTCAAAA
CATCCTGACTGCCGGGGTATCACCGTGGACGAACTGCAGCAGATTAAATT
CGACCAGCTGGACCTCACGAACTTCTACGAAGACCTGATGAATAACCAGA
AAATCCCGGACAGTGGCGCGCTGACGGAGAAGGTGAAAGAACAAATTGCA
GACCAACTCAGGCAGGCCGGGAAATAA
>gid:863128  traP  conjugative transfer
ATGGGAAATAACCGGCTGAACAACCTGAAGGGACGTGCCGTTTTATATCG
TATTGCCGGTCTTCTGCGCTGGCTGATATGGGGCGTGAAATATGCCGTTA
TCTGGCCGCTGGCCACAACAGCCATTGTTGTCATTCTGCTCTTCCGGACG
GGGGATACCACGCCGGGACAACAGATGGCGCAGGAAATCGGACGGGTGAG
GGCAATGGCCCCGTCCGGGATGTTTCCGGTCCGGGACTGCCCTGACCCGG
CTTTCACGGTGTCGTCACCTGTACCGCTGAATCTGACGGAAAACTGTCCG
CTAAAAATAACCGGCGCGGAAGAATACGCGGCAGATATCGACCAGTCCCT
GTCGCAAACGGGATGGCTGTTATGGGGGATGCTGGCGCTGTTGTATACCG
CGGTGGCAGTAATGATCGGAGACCGGCCGTACCGTCACAATCCACTGACA
TATGCGTATGACACAGCGACAAACAACCTGAAGTATATTGATAAAGAAAA
CGAAATCCGGACTTTAAAAGTAAATACAAACGGGCAGGTTTCTTATTCTG
GTAATAAAGAGGCTAAAAAAGAGGGTGATAAAAATGAACATACGTAA
>gid:863142  traQ  conjugative transfer: fimbrial synthesis
GTGCGTAAATATAAATTATCGCTTCCTTTACCGGATATTACTGGAGTATG
GGTTTTCTCCCTGGGCGTCTGGTTTCACATTGTCGGGCGGCTGGTTTACC
GCAAACCCTGGATGGCTTTTTTTCTGGCGGAACTGATTGCCATCATTCTG
GTGTTGTCCGGCGCTTACCGGGTGCTGGATGCCTGGATAGCCCGCGTCAG
CCGGGAAGAGCGTGCGTTACTGGAAGCCCGTCAGGCTGCCATTCTGGCTG
CTGAAAAAGAAGAAAAGGGGGATAAATCACATGTCTCTCAATAA
>gid:863146  traS  conjugative transfer: surface exclusion
GTGGGAATGAAAAATTTAGCTCAGATTGTTCTGGTGACAGTGGTACAGTT
TATTGCCTGTTATCTAGCTGAGTGGGGAGTCGCTGAAACAGGGATTATCC
TGTTATTTGTCCTGCTGTGGCAGGGGCTGTTTATCTGGTTATTTATTCAA
ATTCGTAAAAAAAATAACATATCTGATGAGTTCAAGTTTAGTAAAGGAAT
TTGGTATGTAATTATGCCCGTATGCTCATTACTCTCGCCATTATTAAGTT
TAATGATTTTTATCGGTGGAACATTATATGAATTAAGACGAGTAAGTGGT
TGTATAAGCATAAAAGAGTGGGTGAAATGTCAGCTTGATGACCAATATGA
TGAAGATAGGGGGCTGGATTTTGAATCTGTTGAGTATCGTCAAACGACTT
ACTACAACCCCTCAACTGGATATCCTATGCATGGAGGAGTTGATTCGGCT
GGTAATACTTTTGGGTCTCGCTGGCAGGATAATAATGACAGGTAA
>gid:863147  traT  conjugative transfer: surface exclusion
ATGAAAATGAAAAAAATAATGATGGTTACACTGGTCAGTTCCACTCTGGC
CCTGTCAGGGTGTGGTGCGATGAGCACAGCAATCAAAAAGCGTAATCTTG
AAGTGAAAACCCAGATGAGTCAGACCATCTGGCTTGACCCGTCCAGTGAA
CGGACGGTGTATCTGCAGGTGAAAAATACCTCCGATAAGGATATGAGTGA
CCTTCAGAGCCTGATTGCAAAAGATATTCAGGCAAAAGGGTATACTGTGG
TTACCTCACCAGACAAAGCATACTACTGGATTCAGGCCAACGTGCTGAAG
GCCGACAAGATGGATTTGCGTGAGTCCCAGGGATGGCTGAACCGTGGTTA
TGAAGGTGCGCTCTCCGGGGCAGCGCTCGGGGCCGGTATCACAGCGTATA
ACTCTAACTCAGCAGGTGCCACGCTGGGAGTAGGGCTTGCTGCCGGGCTT
GTGGGGATGGCCGCTGATGCGATGGTGGAAGATATTAACTACACCATGAT
CACCGACGTACAGATCTCAGAACGGACAAAAGCGACCGTGACAACGGACA
ATGTTGCCGCCCTCCGCCAGGGAACCTCGGGTGCCAAAATCCAGACCAGC
ACCGAAACCGGTAATCAGCATAAATACCAGACCCGTGTGGTATCGAATGC
CAACAAGGTTAACCTGAAGTTTGAAGAGGCAAAACCAGTTCTGGAAGAAC
AACTGGCCAAATCAATTGCAAATATTCTTTAA
>gid:863136  traU  conjugative transfer: assembly
ATGAAACGGTATCTGTGGCTGTGTGTACTGATTCTGCTGGCCGGTCATGT
CCCCACGGTATCGGCTGATGCGGCCTGTGAAAGTCGTTTTGTAAACCCGA
TCACGGATATCTGCTGGAGCTGCATCTTTCCGCTGTCGCTGGGCAGTACA
AAAGTGAGTCAGGGAAAGCTGCCGGATACGGCCAATCCCTCAATGCCGCT
CCAGTTCTGTCCGGCGCCGCCGCCCATTTTTAAGCGTCCCGGACTGGCGA
TTGGCTACTGGGAGCCAATGGCGCTGACGGACGTCACCCGCTCTCCGGGC
TGCATGGTGAATCTGGGGTTCAGCCTGCCGGCCTTCGGGAAAACGGCACA
GGGTACGGCGAAGAAGGAGGATAAACAGGTGAACGGGGCGTTCTACCACG
TTCACTGGTACAAATACCCGCTCACGTACTGGCTGAATATCATCACGTCG
ATGGGGTGTCTGGAGGGCGGTGACCTGGACATTGCGTACCTCTCCGAAAT
CGACCCCACGTGGACGGACAGCAGCCTGACCAGCATTCTCAATCCGGAAG
CGGTAATTTTTGCCAATCCCATAGCCCAGGGGGCCTGCGCGGCAGATGCC
ATTGCCAGCACCTTCAATAAACCGCTGGATGTCCTGTTCTGGTGTGCAGG
CTCTCAGGGCTCCATGTATCCGTTTAACGGCTGGGTGAGTAACGAATCCA
GTCCGCTGCAGTCCTCCCTGCTGGTCAGTGAGCGGATGGCCTTCAAACTG
CACCGGCAGGGGCAAATTATGGAGACCATCGGGCAGAATACCGCCGTCTG
CTTTGAATATCCGTCGCCCATTCTCCCTAAAGAGCGCTGGCGTTATCAGA
TGGTGAACATGTATCCGGACAGCGGGCAGTGCCACCCGTTCGGGCGCAGT
GTGATGCGCTGGGAAACCGGGAAAAATCCACCCAACACGAAGAAGAACTT
TGGCTATCTGATGTGGCGTAAGCGCAACTGTGTATTTCTGTAA
>gid:863130  traV  conjugative transfer: assembly
ATGAACCGGATTTCATGCCTGATCCCTTTCTGTGGCGCGCTTCTGCTGTC
CGGATGCGCCGGAACGAACTCCGACTTTGAATGTACCGCCACCACGTCAG
ACACCTGTATGACGATGGAGCAGGCCAATGAAAAAGCGAAAAGACAGGAG
CAACCTGAGACGGTAAAGCCGGGTGCGGTATCACTGCCGCGCCTGGCTGA
GGGTAACTTTCGCACGACGCCGGTACAGGTAGTCAGTACCGTCACTCTAC
CCGTCGCAAAGACCGTGGCCGCCCCGCGTTCCGGGCAGAAACCGCCGGCA
CCACACCCGCTGTTTACGGCTGCCCGGGAGGTGAAACCGGTGGCGGCTGT
CAGTACGGTCTCTCCTGTGGTGCCGCCCCGTCCACTGAGAACCAGGGAGC
AGACGGCGGCGTTATGGATAGCGCCCTATATTGACAGCCAGGATATTTAC
CATCAGCCGTCCGGCGTATTTTTTGTCATTAAACCGTCCGTGTGGGGAAA
GCCACGGATTAATTAA
>gid:863135  traW  conjugative transfer: assembly
GTGAAATGGCGGGGGCTGACAGCCCTGCTGATATGGGGGCAGAGCGTGGC
GGCCGCAGACCTGGGCACCTGGGGCGATCTGTGGCCGGTGCAGGAGCCGG
ACATGCTGGCGGTGATTATGCACCGGCTGGAAGCCCTGCAGCAGTCCGGT
GAGATGGGCCGCCGGATGGAGGCCTTTAAGGAGCGGGTGATCCACAACAG
CCTGCGACCGCCTGCGGTGCCGGGTATCGGGCGCGCGGAGAAATACCGCA
GCCGGCTGTTTGATCCGTCGGTCAGACTGGCGGCCGATATCCGGGATAAC
GAAGGACGGGTGTTTGCCCGTCAGGGGGAGGTGATGAATCCGCTGCAGTA
TGTGCCCTTTAACCAGACGCTGTATTTCATTAACGGCGATGATCCGGAAC
AGGTGTCGTGGATGAAACGCCAGACGCCGCCGACGCTGGAGAGCAAAATT
ATTCTGGTGCAGGGCAGTATCCCTGAGATGGAGAAGGCGCTGGACAGCCG
GATTTACTTTGACCAGAACGGGGTGCTGTGTCAGCGCCTCGGGATCGACC
AGGTGCCGGCCAGGGTGACGGCCGCAAAAGACGGGCGTTTCCTGAAAGTG
GAATTTATTCCGGCGGAGGACGGCAGAAAATGA
>gid:863153  traX  conjugative transfer: fimbrial acetylation
ATGACGATGGATAACGCCACACGTAACGATTCGCGGGCAGTCCGGGTGGA
TACCCGGCTGCAGCGACTGCTGGCCTGGTCGCCGGGACAGAGAGATCTCA
TCAAAACCGTGGCGCTGCTGCTGATGGTGGCTGACCATATTAACCGTATC
CTGCACCTGAACCAAGAGTGGCTGTTTCTGGCCGGGCGCGGGGCGTTTCC
GCTGTTTGCCCTGGTGTGGGGGCTGAACCTGTCCCAGCATACGCATATCC
GCCAGTCTGCGATTAACCGGCTGTGGGGATGGGCGGTTATCGCGCAGTCC
GGATATTTTCTGGCGGGATTTCCGTGGTATGAAGGGAATATTCTGTTTGC
CTTTGCGGTGACCGCGCAGGCGCTGAAGTGGTGTGAGCAGCGCTGCCTGT
TTCACTCTGCGGCCGCGCTGTTACTGCTGACGGCGTGGATACCCCTGTCC
GGAACCAGCTACGGCGTTGCCGGCGTGCTGGTGCTGGTCATCTGTTACCG
GCTGTACCGGACCACAGATACTGAAGAACATCTGGCGCTTGCGGCCTGCC
TAGTGGTGGCCGTCCCCGCGCTGAATCTGGTCACCAGTGATGCCGCGGCG
GTGGCAGGACTTCTGGTGACCGGGCTGACGGTATGGCTTGTTTCGCTGAC
AGGCAAATCACGGCCCCGGTTCTGGCCGGCTGATTTTTTCCCGGTATTCT
ACACCTGCCATCTGGCTGCCCTGGGCGTTCTGGCGATGTGA
>gid:863122  traY  conjugative transfer: oriT nicking
ATGTTAATTAAGGCGCGCCATTTTTGGCGTGTTTTTTTTTGCCGTTTTCC
GTGTAATCATAAGTTTATTAGTCGTGTAAGCAGAGGTGAATTTGTGAGGA
GGAGAAACGCAAGAGAGGGGATAAGTCGAACTGTCTCAGTGTATCTCGAT
GAAGATACGAATAACCGTCTTATCAGGGCTAAAGATCGGAGTGGAAGAAG
TAAAACAATAGAAGTTCAGATTCGTCTGAGGGATCATCTGAAACGATATC
CGGATTTCTATAATGAAGAAATTTTCAGGGAGGTAATTGAAGAAACAGAG
TCCACATTTAAAGAGATTTAA
>gid:863143  trbB  conjugative transfer
ATGTCTCTCAATAAGGCTTTGCTGTTCCTGTTGCTTCTGATGGGGACGGG
GGTTAATGCCTCCACGCGGGAAGAGATTGAACGGCTGTATAACCCGCACG
GGATGGCCGCACCGTCCGGGCAAAAGCAGCCAGCAGATACGCAGGGCGTG
CAGAAAGTAACGCCGGCGCCCCGCTGGTTTCGTCTCAGCAACGGTAAAAC
GGTTAACCTCGCCGACTGGAAAGTGGTGTTGTTCATGCAAAGAAGCTGCC
CCTGGTGCCACCAGTTTGACCCGGTACTGAAGCAGGTGGCACAGCAGTAT
GGATTTTCGGTATTCCCTTATACCCTGGACGGACAGGGGGATGCCGCGTT
TCCGGAGGCGCTGCCGGCACCGCCGGAAGTGATGCAGACCTTCTTCCCCA
ATATTCCCGTCGCCACCCCGACAACATTTCTGGTTAACGTGAACACACTT
GAAGCATTACCTCTTTTGCAGGGGGCCACCGACGCCGCCGGTTTTATGGC
CCGGATGGATACCGTTCTGCAGATGTACGGAGAAAAACATGCAGGGTAA
>gid:863138  trbC  conjugative transfer: assembly
ATGCACAGGAAAATAAAATACCTGGCCGGACTGATTATGGTCATAAGCGG
GACGGTATCAGCCGGCGGAGTCGCTAATACCCCTGAAAACCGCCAGTTCC
TGAAGCAGCAGGAGGAACTGAGCCGGCAGTTGCGCGACCGGCCTGATGCT
GAACTGAAAGCGTGGGCAGACCGGCAGATTCAAGCGAATCCCCTGGTGCA
GTCAGACCGGCATTTCCTGGATGACCTTGCCCGAAAGCAGCAGACTTCTC
AGGCGGATAAACCGGAGCAGGGCGCGGTGTACTTTATCTCGTTTTCCATT
CCGGAAGAGGGGCTGAAGCGCATGCTGGGCGAAACCCGTCGCTACGGTAT
TCCGGCCACGCTGCGGGGAATGCGGGATAACGACCTGAAAGCCACGGCAG
ATGCCGTTCTGTCCCTGGTAAAGGATGGGGCAACAGATGGTGTGCAGATT
GACCCGACGCTGTTCACGAAATATGACATCCGCAGCGTACCGACTCTGGT
GGTGTACTGCCGACAGGGATATGACGTTATCCGGGGCAATCTGCGGGTGA
AGCAGGCGCTGGAGAAAGTGGTCACCGCCGGGGACTGCAGGCAGGTGGCT
GCCGGATTACTTGATGGTGCCGGAGATAAACCGCAATGA
>gid:863140  trbE  conjugative transfer
ATGAAGATAATGTCTTTTCTGGTTCGGGTGGTGGTGACGCTTATTGTGAT
ATCCCCAGCGGTGTACTGGTCATGGGATGCGGTAAGCACAACCACAGCGG
ACGATATCATGCTGGCGGTGCTCATTATTGCCGCTTACGGTCTGATGTTC
ACGCTGCTGTTCTGTTTCGTGAATGTACTGACGAAACTACTGCAGCATGA
TAATGAATCCAGTTGA
>gid:863149  trbH  conjugative transfer
ATGGCGGTATCAGCTCCAGTCCTCAGTTCTCAGTCCACCCACACGTTCAA
ACTCCCGGGTGTTGTTCGTGACAACAATCAGTCCCCGGCTGCGTGCGTGA
CCGGCAATCATCTGATCGAATGGCCCGACAGGGCGTCCCTGACGGGCAAG
CTCTGCCCTGATCTGCCCCGTATGGGTGGCGGCCGGCGTGTCATAATCCA
GAACATCAAGTCGGGAAACAAACCCCTCTATCACAGCGAGATTTCTTTCG
GGCATCTGGCTTTTTTCGGCGCCGTAAATCAGCTCCATCAGGGTGACCGA
GCTGATACACATTCTCCCCTGGTTCAGGTTAAAACGCTCCCTGACGCTGG
CAGGTTTGTTTTTTATCGTGAAAATGCAGATGTTAGTATCCAGCATAAAC
TTCAGCATCAGAATGATTCCCGTTCCTGCACAGAGGGTTGTTCCCGGTTA
TCCATAAAATCGGCGCTGACGTTGTTCCCGTCGAACCATTCATCCCACGA
TTCTCCGGCCGGCGTGATAATTCGGGTTCGCCCGACAGCGATAACTTCCA
CACGTTTTACATTTTCCGGCAAAGCCACTGCTTTTGGCAGTCTGACCGCC
TGGCTGCGGTTACTGAGAAATACGCTGGTTTCCATCATGTGCCTCCTTAC
AGGGATATGTCTTACGTATATCCATTATGGTTTTTGTGATGGGATATGTC
AAAGGGATATACATTTATGA
>gid:863134  trbI  conjugative transfer
ATGAGTACAAAGCAGAAACAGACTGACGGCACGGGAGCGCGTAAGCGTGA
CGGGCTGTGGATGATACCGGGATGCCTGGGGATGGTGGTACTTAACGCCG
CCATCAGTTACGGGATAGTCCGGCTGAACACGCCGGTGACGGTGGCATTC
AACATGAAACAGACCGTGGATGCGTTTTTTGACAGCGCCGGCCAGAAAAA
ACTGACGGAAGCGCAGTCGAAAGCGTTGTCCGGGCGCTTTAATGCGGCCC
TGGAGGCCAGCCTGCAGGCGTGGCAGCGGGAGCACCATGCCGTCATTCTG
GTTTCACCGGCGGTGGTACAGGGCGCGCCGGATATCACCCGGGAGATCCA
GCAGGATATTGCCCGGCGTATGAGGGCAGAGCCGTGA