| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Anae109_4264 |
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| Symbol | |
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| ID | 5375504 |
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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 | Anaeromyxobacter sp. Fw109-5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009675 |
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| Strand | + |
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| Start bp | 4999585 |
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| End bp | 5002863 |
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| Gene Length | 3279 bp |
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| Protein Length | 1092 aa |
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| Translation table | 11 |
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| GC content | 67% |
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| IMG OID | 640845792 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001381426 |
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| Protein GI | 153007101 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3696] Putative silver efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 29 |
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| Fosmid unclonability p-value | 0.0061881 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGATCAAGG CCATCATCAG GTTCTCCGCG GAGAACAAGT ACCTCGTCGT CGCGGCCACG
CTCGTGGCCC TGCTCGGCTC CGCCTGGGCG ATGCGGCACA TCCCGCTCGA CGCGGTCCCC
GACCTCTCCG ACACCCAGGT GATCGTCTAC TCGAAGTGGG ACCGGAGCCC CGACATCGTC
GAGGACCAGG TCACCTACCC GATCACCACC GCGCTCCTCG GGGCGCCGAA GGTGAAGGCG
ATCCGGGGCT TCTCCGACTT CGGCTTCAGC TACGTGTACG TGATCTTCGA GGACGGCACG
GACATGTACT GGGCGCGCAC GCGCGTGCTC GAGTACCTCT CGAAGATCAC CCCGCAGCTG
CCGCAGGGCG TGACGACCGA GCTCGGCCCG GACGCGACGA GCGTGGGCTG GGTCTACCAG
TACGCGCTCG TCGATCGGAC CGGACGCCAC TCGTCGGACG AGCTCCGGTC CTTCCAGGAC
TGGTTCCTGC GCTACGCGGT GCAGAGCGTC CCGGGCGTGT CCGAGGTCGC GACCGTCGGC
GGGCAGGTGC GCCAGTACCA GATCACCGTC AACCCCAACG CCCTCGCGAC CTACAAGCTG
CCGCTCGACG CGGTCGTGAA CGCCGTCCGC ACCGGGAACA ACGACGTCGG CGGGCGGCTC
GTCGAGTTCA GCGGCCGCGA GTACATGGTC CGCGGGCGCG GCTACGTGAA GAGCATCGCG
GACCTCGAGA ACCTCGTCCT GCGCTCGGAG GGCGGCACGC CCGTCCTCGT GAAGGACGTC
GCCACCGTCG CCCTCGGCCC CGAGATGCGC CGCGGCGTGG CCGACCTGGA CGGCGAGGGC
GACGTCGTGG GCGGCATCGT CGTGATGCGC CACGGCGAGA ACGCGCTGAA CGTCATCGAG
CGGATCGAGG CCAAGCTCGA GGAGGTGAAG CCGTCGCTGC CGGAGGGCGT CGAGCTCGTC
ACGACCTACG ACCGGTCGGA GCTCATCGAG GAGGCGATCT CCACGGTGAA GCACAAGCTG
GTCGAGGAGA TCATCGTCGT CTCGATCATC ATCCTCGTCT TCCTGTGGCA CATCCCCTCC
GCGATCATCC CGATCATCAC CATCCCGGTG TCGGTCGCGC TCTCGTTCAT CCCCATGTAC
TTCATGGGGA TCAACGCGAA CCTCATGTCG CTCGCCGGCA TCGCCATCTC CATCGGCGTG
CTCGTGGACG GCGCCATCGT CGAGGTGGAG AACGCCTACA ACAAGATCCA TCACTGGCTG
AAGGACGGGA GGAAGGGCGA CTTCCACCAC GTCCGGCTGG AGGCGCTGCT CGAGGTCGGG
CCGGGGGTGT TCTTCTCGCT GCTCGTGATC GCCGTGGCGT TCATGCCGGT GTTCACGCTC
GTCGACCAGG AGGGGCGCCT GTTCCGCCCC CTCGCCTTCT CGAAGAACCT CGCGATGGCG
ATCGCGGCCT TCCTGGCGAT CACGCTCGAC CCCGCGATGC GCATGATGTT CGCGCGGATC
GACGACTTCA CCTTCAAGCC GCGCTGGCTC GCCTGGCTCG CGAACAAGGC GCTCGTCGGC
ACCTACTACT CCGAGGAGGC CCACCCGATC TCGAGGGCGC TCCACAGGGT GTACGAGCCG
CCCTGCCGGT TCGTCCTGCG CCACCCCAGG GCCACCATCC TCGCGAGCGT GCTCCTCGTC
GTGACCACCA TCCCCGTGTA CCTGTCGCTC GGCTCCGAGT TCATGCCGCA GCTGCGCGAG
GGGACGATCC TCTACATGCC CTCGGCGGTC GAGCCCGGCA TGTCCGTGGC GGAGGCCCAG
CAGGCGCTCC AGGTGCAGGA CAAGCTGCTG AAGACGTTCC CGGAGGTGGA GCGCGTGTTC
GGGAAGGCCG GCCGCGCCAA CACCTCCACC GACCCGGCGC CCTTCACGAT GATGGAGACC
ACGCTCATCC TGAAGCCGCA GTCGGAGTGG CGCGAGAAGC CGCGCTGGTA CTCGTCCTGG
GCGCCGGACT GGCTGAAGGC CGTGCTGCGG CCGATCTGGA ACGACCGGAT CAGCCACGAG
GAGCTCGAGA ACGAGATGGA CGCGGCGCTG CAGCTGCCCG GGATCTCGAA CGCCTGGACG
ATGCCCATCA AGGGCCGGCT CGACATGCTC TCCACGGGGA TCCGCACACC CATCGGGATC
AAGATCAGCG GCGCCGACCT GAAGACCATC GAGCAGATCG CGAAGGAGAC CGAGGCCGTC
GTGAAGAAGG TGCCCGGCAC GCGGAGCGTC TACGCGGAGC GCGTCGCGGG CGGCTACTTC
CTCGACTTCG TCCTCAAGCG CGAGCAGCTC GCCCGCTACG GGCTCACGGT GGACGACGCG
AACATGATGG TCATGACCGC GGTGGGCGGG GACAACCAGT CCACCACCGT CGAGGGGCGC
GAGCGCTATG GCATCAACGT CCGCTACGCG CGCGACTACC GCGAGGACCT GTCGGCCCTG
CGCCGCGTGC TCCTGCCGCT GCCGAGCGGC CAGGGCCAGA TCCCGATGGA GGAGATCGCG
GACGTCGTGC TCGCGCAGGG CCCGGCCATG ATCCGGAACG AGAACGGGCT GCTCTCCGGG
TACGTCTACG TGGACTTCGA CACCTCGAAG ATCGACGTCG GGGGCTACGT CGACGAGGCG
AAGAAGGCGG TCGCGGCCGG CGTGGACCTG CCCACCGGGT ACAACATGAG CTGGAGCGGT
CAGTACGAGA ACATGCTGCG GGTGAAGGAG CGGCTGAAGC TCATCATCCC CATCACGCTC
GTGCTCATCT TCGGCCTGCT CTACATGAAC ACGAAGTCGT CGTTCAAGGC GGCGCTGGTG
ATGGCGGCCG TCCCGTTCTC GGCGGTCGGT GCGGTCTGGC TCCTCTGGGC GCTCGACTAC
AACGTCTCGA TCGCGGTGTG GGTCGGGATC ATCGCGCTCA TGGGGCTCGA CGCGGAGACC
GGCGTCTTCA TGCTCCTGTT CCTCGACCTC TCGCACGACG AGTACAAGGC GAAGGGGCTC
CTCCGCACCC GCGGCGATCT CGTCGAGGCC ATCGTCCACG GCGCCGTGAA GCGCGTCCGC
CCGAAGGCGA TGACGGTCTT CGCCGCCATG CTGGGCCTGT TGCCCATCAT GTGGTCCATC
GGAACGGGCG CGGACGTCAT GAAGCGCATC GCCGCCCCGA TGATCGGCGG GCTCGTGACC
TCGTTCGTGA TGGAGCTGCT CGTGTATCCT CCCGTTTACT ACCTGTGGAA GAAGAAGGAA
GTGAGCGACG AGGACACGAT GACGGCCATC GCCGCCTGA
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| Protein sequence | MIKAIIRFSA ENKYLVVAAT LVALLGSAWA MRHIPLDAVP DLSDTQVIVY SKWDRSPDIV
EDQVTYPITT ALLGAPKVKA IRGFSDFGFS YVYVIFEDGT DMYWARTRVL EYLSKITPQL
PQGVTTELGP DATSVGWVYQ YALVDRTGRH SSDELRSFQD WFLRYAVQSV PGVSEVATVG
GQVRQYQITV NPNALATYKL PLDAVVNAVR TGNNDVGGRL VEFSGREYMV RGRGYVKSIA
DLENLVLRSE GGTPVLVKDV ATVALGPEMR RGVADLDGEG DVVGGIVVMR HGENALNVIE
RIEAKLEEVK PSLPEGVELV TTYDRSELIE EAISTVKHKL VEEIIVVSII ILVFLWHIPS
AIIPIITIPV SVALSFIPMY FMGINANLMS LAGIAISIGV LVDGAIVEVE NAYNKIHHWL
KDGRKGDFHH VRLEALLEVG PGVFFSLLVI AVAFMPVFTL VDQEGRLFRP LAFSKNLAMA
IAAFLAITLD PAMRMMFARI DDFTFKPRWL AWLANKALVG TYYSEEAHPI SRALHRVYEP
PCRFVLRHPR ATILASVLLV VTTIPVYLSL GSEFMPQLRE GTILYMPSAV EPGMSVAEAQ
QALQVQDKLL KTFPEVERVF GKAGRANTST DPAPFTMMET TLILKPQSEW REKPRWYSSW
APDWLKAVLR PIWNDRISHE ELENEMDAAL QLPGISNAWT MPIKGRLDML STGIRTPIGI
KISGADLKTI EQIAKETEAV VKKVPGTRSV YAERVAGGYF LDFVLKREQL ARYGLTVDDA
NMMVMTAVGG DNQSTTVEGR ERYGINVRYA RDYREDLSAL RRVLLPLPSG QGQIPMEEIA
DVVLAQGPAM IRNENGLLSG YVYVDFDTSK IDVGGYVDEA KKAVAAGVDL PTGYNMSWSG
QYENMLRVKE RLKLIIPITL VLIFGLLYMN TKSSFKAALV MAAVPFSAVG AVWLLWALDY
NVSIAVWVGI IALMGLDAET GVFMLLFLDL SHDEYKAKGL LRTRGDLVEA IVHGAVKRVR
PKAMTVFAAM LGLLPIMWSI GTGADVMKRI AAPMIGGLVT SFVMELLVYP PVYYLWKKKE
VSDEDTMTAI AA
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