| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_4520 |
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| Symbol | |
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| ID | 7261549 |
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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 | Desulfitobacterium hafniense DCB-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011830 |
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| Strand | - |
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| Start bp | 4803630 |
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| End bp | 4806761 |
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| Gene Length | 3132 bp |
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| Protein Length | 1043 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 643564437 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_002460957 |
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| Protein GI | 219670522 |
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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 | 29 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGAAACTAG CGGAAACCTC CGTCAAGCGC CCTGTTACCA TTATCATGAC GGTTTTGATC
GTCATTCTCT TAGGAACCGT CTCCTTGACC CGTCTGCCCA TTGACCTTTT TCCGGAGTTT
GAACTTCCCA TGGCCATCGT CATGACCGAA TACTCGGGAG TTGGTCCTCA GGAAATTGAA
AAATTGATTA CGAATCCTAT TGAAGGAGCC GTATCTTCCA CCGAAAACAT TGATATCGTA
ACCTCCACCA CCACAGAAGG TACGTCCATC GTCATGGCCT CCTTTAAAAC GGGAACCGAT
ATGAACTTTG CCACTCTGCA AATGCGCGAA AAGGTGGATA TGATTAAATT CGCGTTGCCC
GAAGGGGCCG GTTCACCCAT GGTTCTCAAA ATCGACATCT CCATGATGCC CATCATGCAA
CTGACCATGT CTTCGGCAAA TGTGGATTTA GCCCAGTTGC AGGCCCTGGC TGAGGATGAA
ATCAAGCCGC GGATGGAACG GGTCAAAGGG GTTGCCTCAG TCTCCATCAG CGGTGGCTAC
GAAAATGAAG TAAAAATAAA AACCCATCAG GAAAAAATGC AAGGCTATGG TCTAAGCATC
AGTACTCTGT CCGGTATCCT TGCGGCAGAA AACCTTAATT CTCCCGCCGG GGAAGTTAAA
AAGGGCAACC AGGATCTAAC CATCCGTACC ACAGGTGAGT TTCAAACTCT CGAAGAGATA
GAAAACCTCC TGATTCCTCT CAACACAGGG GGACAGGTCC GGTTAAAAGA TATTGCCGAT
GTGGAACTTG GCCACACCGA TGTGACCACT ATTTCCCGCA CCAACGGCTT ACAAAGTGTC
AGCATTGCTA TTCAGAAACA ATCCGGAGTC AACACCGTGG CCGTTGCCGA AGACATTACC
AAGGCTATCG GCGAATTAAA AGCAGAATTC CCGGAACTGA CCCTGGACAC AGTCTATGAT
GAATCGGTGT ATATCAAAGA GACCATTAAT ACCGTGTTCA AAGAAGCCCT TCTCGCCGGT
ATTCTGGCCA TCGGCATCCT TTTCGTCTTT TTCCATAACC TGCGCACCAC CTTTATTACA
GCAACCGCCA TCCCCATTGC CGTTATGGCG ACCTTTGCCT GCCTGTATTT TATGGATGTC
AGCATCAATA TGATGACCTT AGGCGGATTG AGTCTGGCCA TGGGACGTCT GGTCGACGAC
AATATCGTAG CTCTGGAAAA CATCTACCGC TTCCGGGAGG CCGGACATTC CAAATTTGAT
GCCGCCATTA AAGGGGTGTC AGAAGTAGGA ATGGCGATTA CAGCCTCGAC CCTGACCACC
GTAGCCGTAT TTTTACCTAT TGTCTTCGTT GAAGGCCTGA CAGCCACCCT TTTCCGGGAT
CTTGCTCTCA CCGTAGGGAT ATCCTTAGGT GCTTCCCTGC TCGTATCCCT GACCTTGGTT
CCCGCCTTAT CCGCTAAAAT CATGAAGGTT GGGGAGATTC CTGTGGGCCG AAAAGGGCTC
AGAGGCCTTT TTGACGGCTT TGGCCGGGGC TTTGATAACG GCTTTGGCCG GATTGAGAAA
AGCTATCGGC GCTTTCTTCA CTATGCTCTT GGTCATCGCA AAACCATCGT CGTGGGCTCC
ATTCTCATCT TTGTTCTCTC CGGAGCTACC ACTTTATTTG TGGGAGCAGA ATTCATGCCT
TCCTCTGACG CGGGACAGAT GACAGTGAGT GTAAAACTGC CTGACGGAGC TCAATTAGAG
GATACAGATG CCGCCATTGC CGAAGTGGAA AAACACCTGG AAGGAATTGA GGAGGTCCAA
ACAGCCTTCG CTCAGGTCGG AGGGGGAGGA CTGATGTCCT TTGGTGGTGC ATCAGGGAAT
TCAGGCTCCA TTACAATCCA GCTGGTTCCG CTTATGGAGC GGGAGCGCAG TGTTGATGAA
GTGGCCGAGG AACTTCGTGC TTTGACTAAG GATATTCCCG GAGCCAAAAT CGAAGTCGCG
GTGACCGATA TGATGTCCAT GGGAACAACG ACCCCTATCG ATATAGCGAT TAAAGGGGAC
GAACTCGACC AGCTGCAGCA GATTGCCACA GATATTCAGG CCATGGTGGC CTCTGTGGAA
GGAACCCGGG AAGTAAAAAC CAGCATGGGG GAAGGAATTC CTGAAGTCCA GGTGGCAATT
GACCGGGAGA AGGCCTCTAA ATACGGGCTT ACCGCCTATC AGATTGCCAA TGGTCTGAAA
GGTACTCTTT CCGGGACCAC GGCCACAAGA TATCGCTATG AAGGAAAAGA GATCAACGTG
GTCATCACAG GTGATGATAC CTTTAAGCAA TCCCTATCCA ATTTAGAACA AACCCCCATC
ACAACACCTC TTGGTACAGA TGTGCCTTTA AGCCAGATCG CCGAGGTGAC CATTGAACGC
GGCCCCACAG CCATTGAGCG TTCAGGCCAG GCTCGTGTCG TTCATGTGAG CAGTGATATT
GTGGGCCGGG ATCTGGTCAG CGTCACCAAT GATATTCAAG CCAAGCTCAA CAATTATCCT
CTTCCCAATG GCTACACCTA TGATATGGGC GGAGAAAATG AAGAAATGGT TAAATCCTTC
CAAGACTTAG GGATGGCTTT AATCCTGGCG ATTGTCCTGG TCTACATGAT TCTGGCCGCT
CAGTTTGAGT CCCTGATCCA TCCCTTCACG ATTATTTTCT CGCTGCCTAT GGGCTTTTCG
GGAGGAATGC TGGGCCTCTT TATTACCAGG AGCACGATCA GCGTTCCGGC CTTTATCGGG
CTCATTCTCC TTACGGGTAT CGTAGTAAGT AATGCCATTG TCTTGGTAGA CTATATTAAT
AAGCGCCGTG AGATGGGCGA TGGACGTGAA GAAGCCATTG AGAATGCCGG CCCCATCCGT
TTACGCCCCA TCATGATGAC CTCACTGGCT ACAGCGCTGG GCCTTATTCC CATGGCTGTG
GGCATAGGGG AGGGCGCAGA GACCATGGCT CCCATGGCTA TCGTGGTTAT CTTTGGTATG
ACTCTATCCA CCCTTTCCAC CCTCATTCTG GTTCCGGTAA TCTACACTAT CAATGAAGAC
TTTAAGAATT TCCTGAAAAG AAAGGGTAAA AGAAAAGCAG CCTCAGAATC CAGTGAAACC
GTCACAGCCT AG
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| Protein sequence | MKLAETSVKR PVTIIMTVLI VILLGTVSLT RLPIDLFPEF ELPMAIVMTE YSGVGPQEIE
KLITNPIEGA VSSTENIDIV TSTTTEGTSI VMASFKTGTD MNFATLQMRE KVDMIKFALP
EGAGSPMVLK IDISMMPIMQ LTMSSANVDL AQLQALAEDE IKPRMERVKG VASVSISGGY
ENEVKIKTHQ EKMQGYGLSI STLSGILAAE NLNSPAGEVK KGNQDLTIRT TGEFQTLEEI
ENLLIPLNTG GQVRLKDIAD VELGHTDVTT ISRTNGLQSV SIAIQKQSGV NTVAVAEDIT
KAIGELKAEF PELTLDTVYD ESVYIKETIN TVFKEALLAG ILAIGILFVF FHNLRTTFIT
ATAIPIAVMA TFACLYFMDV SINMMTLGGL SLAMGRLVDD NIVALENIYR FREAGHSKFD
AAIKGVSEVG MAITASTLTT VAVFLPIVFV EGLTATLFRD LALTVGISLG ASLLVSLTLV
PALSAKIMKV GEIPVGRKGL RGLFDGFGRG FDNGFGRIEK SYRRFLHYAL GHRKTIVVGS
ILIFVLSGAT TLFVGAEFMP SSDAGQMTVS VKLPDGAQLE DTDAAIAEVE KHLEGIEEVQ
TAFAQVGGGG LMSFGGASGN SGSITIQLVP LMERERSVDE VAEELRALTK DIPGAKIEVA
VTDMMSMGTT TPIDIAIKGD ELDQLQQIAT DIQAMVASVE GTREVKTSMG EGIPEVQVAI
DREKASKYGL TAYQIANGLK GTLSGTTATR YRYEGKEINV VITGDDTFKQ SLSNLEQTPI
TTPLGTDVPL SQIAEVTIER GPTAIERSGQ ARVVHVSSDI VGRDLVSVTN DIQAKLNNYP
LPNGYTYDMG GENEEMVKSF QDLGMALILA IVLVYMILAA QFESLIHPFT IIFSLPMGFS
GGMLGLFITR STISVPAFIG LILLTGIVVS NAIVLVDYIN KRREMGDGRE EAIENAGPIR
LRPIMMTSLA TALGLIPMAV GIGEGAETMA PMAIVVIFGM TLSTLSTLIL VPVIYTINED
FKNFLKRKGK RKAASESSET VTA
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