| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_2950 |
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| Symbol | |
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| ID | 4956361 |
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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 reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | + |
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| Start bp | 3198860 |
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| End bp | 3201994 |
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| Gene Length | 3135 bp |
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| Protein Length | 1044 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640182138 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001114278 |
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| Protein GI | 134300782 |
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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 | 12 |
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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 | GTGAAATTAG CAGACATTTC CGTTGACCGC CCGGTTGCCA TCTCCATGTT AATAATAGCA
CTGGTTTTCC TGGGGCTATT CTCCCTCCCC CGTCTGGCGG TGGATCTTTA CCCAGATATG
GAATTGCCTA TTGCAGTGGT TGTTACTAAC TACGAAGGGG CCGCCCCGGC TGAAGTTGAA
AAGTTGGTTA CAAAACCCAT TGAATCTTCG GTAGCCACCA CCGCTAATAT TAAGGAAATA
CGATCTCGCT CCCAAAATGG TATTTCCCTT GTAATTGTTC AATTTAATTG GGGTACCAAC
ATGGACAATG CCGCCATTGA ACTCCGTGAA AAAATTGACT ATGTGAAGGG TGCACTACCC
AGTGATGTGA AGTCACCCCG AGTAATGAAA TTGGATCCCA ACCAGGCACC CATTATCTCT
TTTTCAGTTA CCGGTACTGA TGTTGTAAAA CTTAAGAAAA TTGCTGAGGA CACCATTCAA
TCCCGTTTAG AACGTATTGA TGGCGTAGCT TCAGTCAGTA TCAGCGGTGG TAAAACCCGG
GAAATCAAAG TTATCCTAGA CCCAGCGAAA ATGGAAGCCT ATGGACTGGG CACCAATCAG
GTAATGCAGG CCATAGCCAG CGATAACATT ACCGGCACTG CGGGTCTGGT AGACAAAGGT
TCCAACGAAA CCGCCATTCG GGTGGTGGGT GAGTACAACA CCCTGGAGGA ATTGAAGCAG
GTGCGGGTCA ACCTGCCAGG CATGGGCAAC AACTCCATTG CCCTGGGAGA CTTGGCTACC
ATTGAAGATT CCTTTAAGAA AGAGAACAAA TTTGCTTTTG TAGACAGCAA ACCTTCCCTT
GGCCTGGATG TTATGAAATC CACCGGTGCC AACACAGTTC AGGTTGCTAA GCACGTACTG
CAAGAAGTGG AAATGCTAAA CAAAACACTG CCCGCCGGTG TAAAGATCAC TACTGTGGTA
GATATGTCTA AATTCATTCA GCAATCTATT GATAACGTGG TTTATCATGG TTTGGTGGGC
GGTTTACTGG CAGTGGCCAT TCTCTACCTG TTTTTACGAA ATTTCCGAAG TACCATTGTG
GTAGCCCTGG TAATCCCCAT CTCCATTATC GCCACGTTCA CCTTAATGTA TTTCGGCGGA
CAGACTATAA ACATGTTGTC CCTGGGTGGT CTTGCCCTAG GCCTGGGCTC GCTGGTGGAC
TTCTCTGTGG TGGTGCTGGA AAGTATTTAC CGCTACCGCC AAAATGGTTT TAATGTTATT
GAAGCTGCCA AATTGGGTAC TGCTGAGGTG GGCAATGCGG TAACCGCCTC CGCTGCTGCC
CAGGTGGTAG TATTCATGCC CATTGTTTTC GTTCAAGGTT TAGCCGGTAT CCTGTTTAAA
CCTATGGCCT TAACGGTAAG TTTTTCACAT ATAGCAGCAC TCTTTGCTGC TTTAACCCTG
GTGCCCATGC TCTCCTCGCG CTTACTGAAA AACGTATCAC CATCAGATGA AACACTACCG
ACTGGCCAAA CCAAAAACCC GGTTATTATT TTTGGTCGTG CCATGAGCAA ATTAAATACT
CAATATGGCT TCCTATTAAA CTGGTCCCTT AGGAACCGTA AAAAGGTAGT GGGCGTTACA
GTTGCTTTAC TCATTTTAAG TATCGTAGCC ACTCCCTTAA TCGGTACTGA ATTTATTCCC
ACCATGGACC AGGGTGAAAT CACTGTAAAG TTGGATATGC CTGCAGGAAC TAAGGTGGAG
GAAACCTCTA AGGTTGCGGC TGACCTAGAG AAATTAGCCC GCTATCAGGT AAAAGAAATA
GATCGGATAT TTACCACCGT TGGCACCGGT GGTCAGCTTT CCTTCCTGGG GGTTGGTTCC
GGTGACCAGG CATCTCTACA AATCAAACTT AAACCACTGG CTGAGCGAAA TATTTCCACT
GAACAGGCAG TTGAAAAGTT ACGCAACGCC ATGAAGGACA TTCCTGATGC TGATATTACT
GTCACCTTAG CAGATAACTC CGGCGGTCCC AGCGGTAAAC CAGTGGATAT TGCCATCCGT
GGTGATGATC TAGCGGTTTT AAGCCAGTTG GGGGATCTGC TAGTAGAAGT GGTAAAAAAG
GTTCCGGGTA CTCGTAACGT TGCCAACTCT CTGGCCGAAG CCACACCCGA GGTGCAAATC
GTGGTTGACC GTGAGCAAGC AGCCCGTTAC GGTCTGTCAG CCAGTCAGGT GCTGAATGCC
GTAAGTACCT CCTTTGATGG TAAAGTGGTT AGCCGTATGC GGACTGGTGA CGACGAAGTA
GATATCCGTA TGATCACACC AGAGGATGCC GGTAAGAGTG TTGATCAGTT GGCCAACTTG
ACTATTGTTT CACCCACCGG TGCACGGGTT CCGGTATCTG CAGTGGCCAC GATTGAGTCC
CATCATGCCC CAACAGAAAT TACTCGTACG GCCCAAAGCC GGGAAGTACG TATATCTGCT
GATATTTCTG GTCGAGACAT GGGTAGTGTA AACAAAGATA TAATGGATGA ATTGAATAAA
CTAGCCCTGC CCGAAGGCTA CACCATCACT TCAGGTGGTC AGGCCAAGGA TATGGCCGAT
TCCTTCAAAA GCCTGGCAAT GGCCTTAGTA CTCTCGGTTA TATTAGTGTT TATGGTAATG
GCAGCACAGT TTGAATCGCT TTTCCAACCT TTTATCATTA TGTTCTCACT TCCTCCCACC
TTCATAGGCG TCATCTTTGG CTTGGGTATT ACAGGCCACC ACTTGAGCGT GCCGGCCATG
ATCGGGGGAA TTATGCTGGT TGGTATTGTG GTAAACAATG CCATCGTGCT GGTGGACTAT
ATCAATACGT TACGAAAGCG CGGATACAAC CGAAACCAAG CCATACTTGA GGCAGGCCCT
GTACGACTGC GCCCAATCTT AATGACCGCC TTAACTACCA TTCTGGCCCT GCTGCCCCTA
GCCTTTGGTG GCGGCGAAGG TTCCGAGGGG CAGGCACCTA TGGCGGTGGT AGTGGCCTTT
GGTTTAACCC TTTCAACGCT GATCACACTG GTACTGGTAC CAGTTGTATA CACCATCTTT
GATGATCTAG GAAAGAAACT ACCTGGGAAA TTGGGTAAGC TCCCATTCTT TAAATCCAAA
AGCATCTCCA GTTAG
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| Protein sequence | MKLADISVDR PVAISMLIIA LVFLGLFSLP RLAVDLYPDM ELPIAVVVTN YEGAAPAEVE
KLVTKPIESS VATTANIKEI RSRSQNGISL VIVQFNWGTN MDNAAIELRE KIDYVKGALP
SDVKSPRVMK LDPNQAPIIS FSVTGTDVVK LKKIAEDTIQ SRLERIDGVA SVSISGGKTR
EIKVILDPAK MEAYGLGTNQ VMQAIASDNI TGTAGLVDKG SNETAIRVVG EYNTLEELKQ
VRVNLPGMGN NSIALGDLAT IEDSFKKENK FAFVDSKPSL GLDVMKSTGA NTVQVAKHVL
QEVEMLNKTL PAGVKITTVV DMSKFIQQSI DNVVYHGLVG GLLAVAILYL FLRNFRSTIV
VALVIPISII ATFTLMYFGG QTINMLSLGG LALGLGSLVD FSVVVLESIY RYRQNGFNVI
EAAKLGTAEV GNAVTASAAA QVVVFMPIVF VQGLAGILFK PMALTVSFSH IAALFAALTL
VPMLSSRLLK NVSPSDETLP TGQTKNPVII FGRAMSKLNT QYGFLLNWSL RNRKKVVGVT
VALLILSIVA TPLIGTEFIP TMDQGEITVK LDMPAGTKVE ETSKVAADLE KLARYQVKEI
DRIFTTVGTG GQLSFLGVGS GDQASLQIKL KPLAERNIST EQAVEKLRNA MKDIPDADIT
VTLADNSGGP SGKPVDIAIR GDDLAVLSQL GDLLVEVVKK VPGTRNVANS LAEATPEVQI
VVDREQAARY GLSASQVLNA VSTSFDGKVV SRMRTGDDEV DIRMITPEDA GKSVDQLANL
TIVSPTGARV PVSAVATIES HHAPTEITRT AQSREVRISA DISGRDMGSV NKDIMDELNK
LALPEGYTIT SGGQAKDMAD SFKSLAMALV LSVILVFMVM AAQFESLFQP FIIMFSLPPT
FIGVIFGLGI TGHHLSVPAM IGGIMLVGIV VNNAIVLVDY INTLRKRGYN RNQAILEAGP
VRLRPILMTA LTTILALLPL AFGGGEGSEG QAPMAVVVAF GLTLSTLITL VLVPVVYTIF
DDLGKKLPGK LGKLPFFKSK SISS
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