| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_2024 |
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| Symbol | |
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| ID | 8429006 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Desulfotomaculum acetoxidans DSM 771 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013216 |
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| Strand | + |
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| Start bp | 2195366 |
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| End bp | 2198542 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 645034351 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003191482 |
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| Protein GI | 258515260 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium)
[TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.000109059 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 18 |
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| Fosmid unclonability p-value | 0.508224 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGCATATTA CGGAACTATC CATTAAGAGG CCGGCTATGA TGACTATGGT CATCATGTTT
TTTGTAGTGC TGGGGCTATA TACATATGGG CGTATCGGTA CTGAATTATT TCCTGCCATC
AACACTCCCT ATGTCACTGT ATCAGTATCA TATCCAGGAG CCGGGGCGGA AGAAATCGAG
ACACAGATTA TTAAGCCAAT TGAAGAAAAC CTGGCATCTC TGAGCCAGTT AAAGCATATA
AACTCAATGG CATCTGTTGG GCGGGCCAAC GTTTCTCTTG AGTTTGATTT AACTGCTGAC
GCGGATGAGG CAGCTATTGA TGTTCAAAAG AAAGTTGACG CTATTAGCGG GCGATTTCCT
GACGGTGCCG GTGACCCGGT AGTTATTAAA AGAGATATGA ATGATCAGCC GATTATGACC
CTCTCGTTAA GCAGCAAGAG ACCCCAGTAT GAAATTTATG ACTTGGCTAA CGACATTGTT
AAAGAGAGAT TGCAGCGTTT AACAGGTGTG ACGGAAGTTG CTATAAGCGG CGGACAGCAA
AGAGAGATAC AAATCAATAT TGATAAGACG AGATTGGAAG GTTATGGACT GACATTAAAC
CAGGTAATCA GCCGTCTTGA AGAGGAAAAC CTGGATGATC CCAGCGGTCG TATAGATCGC
CCGGAAGCGG AATATAATCT AAGGGTTTTG GGGCAGTTTC GCAGCATTAA TGATATAGCT
GCTATCCATA TACCTACTTC CTCCGGTTAC CCTGTACCGT TAAAAGATAT AGCTACCGTA
ACGGAAGGTT ACCAGGAAGT ACGGGCATTC AGCCGATTAA ACGGAACAGA TGCAGTTTCT
ATACAAATAT ATAAACAAAG TGATGCCAGT GTTGTGGCAG TAGGCAAGAC CGTTAAAAAT
GAACTCGATG TCATAAAAAA AGAGCTGCCT ACAGACAGCG AGTTAATTAT ATCTAACGAT
TCTTCCGATT ATGTACAGAG ATCACTTAAT GGTACATGGT CTAATATATT GGAAGGTATT
ATCACTACCG GATTGGCTTT GTTTATTTTC TTGCGCCAGT GGCGATCTAC CTTAATAGTT
ATGCTGGCTA TACCTACATC TCTGATTGCT ACAGTAATGA TGATGTATTT CAGTGGTTTT
ACCTTCAATA TGATGTCGCT GATGGGTTTG GCACTTTGTA TCGGTATTTT GGTTGACGAC
TCTATAGTGG TGCTGGAGAA TATACACAGG CATGTACAAA TGGGCAAGTC GCCTTATGAA
GCTGCAATAG AAGGCAGGCG GGAAATTGGT ATGGCAGCTA TAGCTATTAC CATGTCGGAT
ATTGTAGTTT TTATGCCTAT AGCCCTTATG AACGGTATGG TCGGACAGTT TTTTCGCCAG
TTTGGCATGA CAGTGGTTTT TGCTACCTTG TTTTCCCTTT TCATATCTTT TACTTTGACC
CCTATGCTGG CTTCTCGCCT GTATAAACAG AAGTTGAATC CTGAGAGCGG AGAAGGACAA
GAACATTCAT CACCGGAGGT TCTGCAGAAA AAAAGGCAGT CCATCTTTGC TTTTATTTGG
AAACACACGA TACCTCTGGG ACGTAAAGTT AAACAAGCAT ATCTAAAGCA ACTGGATTGG
TCTTTTAATA ACAGGAAAAA GGTATTAGCC TTTTCAGTGC TGGCTTTTTT GCTGAGCTTG
ACTGTTATAC CGTTAAAACT GGTGGGCATG GAATTTGCGC CCAAAACTGA CCAGGGTCAA
ATATCGGTTT CCCTGGAAAT GCCCATAGGT ACCCCAATAG GTAAAACAGA TGCTGCTGTT
AGAAAACTGG AAGCATACTT GAGTAAAGTG CCGGAATTGC AGTTTTATCA AACTTCAGTT
GGCGGTGGCG GCGGCAGGGG AGCATCTACC GGTTCTAATA CAGGGCGAAT AAGTTTGCAG
TTGTATCCTA AAACTGAGCG GGAACGCTCA GTCTGGGAAG TGGCTGACGG CATCAGAAAG
TGGAGCAAAT CTTTTAAAGA AGGCAGAGTT TTCGTAACTG AATCTGACTC AATGGGTGGC
GGCGGAGGCG GTTCTGCGGT GCAGATTGTA GTTTCCGGAA AAGACCCGGA AAAGCTGCTT
CAACTTGTTG ACCAGGTAAA GGGTGTGGTT GCGAGTACGC CCGGTGCGGC TGATCCAAAC
ACCAACTGGA GACTGGGACA GCCTGAGATA CAGGTGCGGG TTGATCACCT GCGCACTGCT
TATTACGATC TTTCGGTCAA TGATGTGGCG CGTACAGTTC GAGCCTCGAT TAACGGTGAG
ACTGCCGGTG TTTATCACGA CGGTGACCGG GATGTAGATA TAGTGGTACG GCTGGACGGG
GCCAGCAAAC AGGATGTCGG TTCTCTGAAA GATATAAAAA TTGCCTCAGG CAATACTCCT
GTATCGCTGG GACAGGTGGC AGATATTGAT TTTGGCAGCG GGCCCAGGGA TATACGCCGT
GTTGACAGGC AGAGAGCTAT TAATGTTACC TGTAACGTCA GGGATCGGGT ATTAAGTGAT
TTTATGCAGG AAGTTAAGGT AAAACTGGCT GAAATAAAAT TGCAGCCCGG TTTTTCTATA
ACTTATTCGG GCCAGGACCA GAACATGAAT GACAGTTTCA AAGAACTGGC GGCAGCTCTC
CTGTTATCTA TTCTCCTGGT TTACATGGTA CTGGTTATGC TATACGAGTC CTTCACCACG
CCCTTTATCA GGATGCTTTC ACTTCCTCTG GGTATTATGG GAGCACTGGT TGCACTGGCC
ATTTTCCGCT ATAATTTAAA CCTGTTCACG ATTATTGGTG TAATTATGCT GGATGGCCTG
GTAGCTAAAA ACGGTACTCT GCTGATTGAC TATACTCATA CCATGATGGC GCAAGGTAAA
ACACTGAGAG AGGCCCTGGT CGAGGCAGCT ACCACCAGGC TAAGGCCGAT TATTATGACT
ACTATAACCA TGGTTTTCGG CATGCTGCCT ACAGCATTGT CTTTAACCGA GGGCGCGGAA
AACCGCAGTG GGATGGCAGT GGTGCTAATC GGAGGACTTT TGAGCTCAAC GGTATTTACA
CTATTTGTTA TTCCGGTGGT ATATACTATT ATTGATGATT GGAAGCACAA CTGGCATGAA
CGGAGAAGGA ATAGGCTGAT TAAGAAGGGT TTGGTTGTGG ATAGTTCGGT GATTTGA
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| Protein sequence | MHITELSIKR PAMMTMVIMF FVVLGLYTYG RIGTELFPAI NTPYVTVSVS YPGAGAEEIE
TQIIKPIEEN LASLSQLKHI NSMASVGRAN VSLEFDLTAD ADEAAIDVQK KVDAISGRFP
DGAGDPVVIK RDMNDQPIMT LSLSSKRPQY EIYDLANDIV KERLQRLTGV TEVAISGGQQ
REIQINIDKT RLEGYGLTLN QVISRLEEEN LDDPSGRIDR PEAEYNLRVL GQFRSINDIA
AIHIPTSSGY PVPLKDIATV TEGYQEVRAF SRLNGTDAVS IQIYKQSDAS VVAVGKTVKN
ELDVIKKELP TDSELIISND SSDYVQRSLN GTWSNILEGI ITTGLALFIF LRQWRSTLIV
MLAIPTSLIA TVMMMYFSGF TFNMMSLMGL ALCIGILVDD SIVVLENIHR HVQMGKSPYE
AAIEGRREIG MAAIAITMSD IVVFMPIALM NGMVGQFFRQ FGMTVVFATL FSLFISFTLT
PMLASRLYKQ KLNPESGEGQ EHSSPEVLQK KRQSIFAFIW KHTIPLGRKV KQAYLKQLDW
SFNNRKKVLA FSVLAFLLSL TVIPLKLVGM EFAPKTDQGQ ISVSLEMPIG TPIGKTDAAV
RKLEAYLSKV PELQFYQTSV GGGGGRGAST GSNTGRISLQ LYPKTERERS VWEVADGIRK
WSKSFKEGRV FVTESDSMGG GGGGSAVQIV VSGKDPEKLL QLVDQVKGVV ASTPGAADPN
TNWRLGQPEI QVRVDHLRTA YYDLSVNDVA RTVRASINGE TAGVYHDGDR DVDIVVRLDG
ASKQDVGSLK DIKIASGNTP VSLGQVADID FGSGPRDIRR VDRQRAINVT CNVRDRVLSD
FMQEVKVKLA EIKLQPGFSI TYSGQDQNMN DSFKELAAAL LLSILLVYMV LVMLYESFTT
PFIRMLSLPL GIMGALVALA IFRYNLNLFT IIGVIMLDGL VAKNGTLLID YTHTMMAQGK
TLREALVEAA TTRLRPIIMT TITMVFGMLP TALSLTEGAE NRSGMAVVLI GGLLSSTVFT
LFVIPVVYTI IDDWKHNWHE RRRNRLIKKG LVVDSSVI
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