| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_0136 |
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| Symbol | |
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| ID | 4655134 |
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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 | Marinobacter aquaeolei VT8 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008740 |
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| Strand | + |
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| Start bp | 163665 |
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| End bp | 166787 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 639810093 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_957430 |
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| Protein GI | 120553079 |
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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 | 7 |
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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 | ATGATTGCAG CCATTATTCG CTGGTCGGTT GGTAACCGCT TCCTGGTGTT GCTGGCCACG
TTGCTGATTA CGGGGCTCGG CCTGTATTCC CTGAAACAAA CGCCGGTGGA TGCCTTACCG
GATCTGTCGG ATGTCCAGGT TATTATCAAA ACCGGCTTTC CGGGGCAGGC CCCGCAGGTG
GTGGAAGATC AGGTGACCTA CCCGATGACC ACTGCCATGC TCTCGGTACC AGGTGCGAAA
ACGGTCAGGG GATACTCGTT CTTCGGGGAT TCCTACGTCT ACGTGATCTT CGATGAAGAC
ACCGACATGT ACTGGGCGCG CTCGCGGGTG CTGGAGTATC TCTCCCAGGT GGCGCCCAGC
CTGCCGGACT CGGCTCGTCC CCAGCTTGGG CCCGATGCCA CTGGCGTGGG CTGGGTGTAT
CTCTATGCCC TGGTGGATCG CACCGGAAAT CACGACCTGA GCGAACTACG CAGTCTGCAG
GACTGGTTCC TCAAATACGA GCTGCAAACG GTGCCCGGTG TGTCTGAGGT GGCCGCCCTG
GGCGGCATGG TGAAACAGTA TCAGGTCAAG GTCAGCCCGG AAAAACTCCG CGCCCTGGGG
GTCCCGCTGG CCCATATCCA GAACGCCATA AAACGGGGTA ATCAGGAAGT GGGTGCGTCC
GTGATCGAGA TGGCTGAAGC GGAATACATG GTGCGCACCT CAGGCTACAT CCAGTCCCGT
GATGATCTGC TCTCGATCCC TCTGGGGCTG GACGACAATG GCACGCCCCT TTTGCTGAAA
GACGTGGCGA CTGTTGAGGT TGGCCCCCAG ATGCGCCGCG GCGTTGCTGA GCTGAACGGT
GAGGGCGAGA CCGTTGGCGG AGTGGTGGTC ATGCGCTTCG GTGAGAACGC CCAGGCGACC
ATCAATGGCG TCAAGGACAA ACTAAAGGAG CTCAAATCCA GCCTGCCCGA GGGGGTTGAG
GTGGTAACGG TCTATGATCG CTCCGGTCTG ATCGAACGGG CCGTCAATAA CCTGGGTTTC
AAGCTGCTGG AAGAGTTCCT GGTGGTGGGT CTGGTGTGCA TTGTCTTCCT GTTCCACGTG
CGGTCTTCGC TGGTCGCGAT TCTCAGCCTG CCGGTGGGCA TCCTGGCGGC CTTTATTGTC
ATGCACTGGC AGGGCATCAA TGCCAACATC ATGTCACTGG GCGGTATTGC CATTGCGATC
GGGGCGATGA TCGATGGTGC CATTGTTATG ATCGAGAACA TGCACAAACA CATGGAGCGG
ACGCCGTTAA CGCCGGAAAA CCGGTGGGAA GTGGTAACCC GATCCGCTTC CGAGGTCGGG
CCTGCCCTGT TTTTCTCCCT GCTGATCATT ACCGTCAGTT TTGTGCCCGT TTTCGCACTG
GAAGCACAGG AAGGCCGGAT GTTTGCGCCC CTGGCCTTTA CCAAGACCTA TGCCATGGCA
GCCAGTGCCG CTCTGGCGGT GACCCTGGTG CCGGTGCTCA TGGGATATTT CATCCGGGGC
AAAGTGCTGC CGGAGCACAA GAATCCGGTG AACCGTTTGC TGGTCAGTGC CTATATGCCG
GTTCTGAAGC TGGTACTTCG CTTCCCGAAA ACAACTGTGC TGGCGGCAGT TCTGGCTCTG
GTTGTTGGTG TCTGGCCTGC CACCAGAATC GGCAGTGAAT TCATTCCGCC GCTGGACGAA
GGCGATCTGA TGTACATGCC CACCACCTAT CCGGGCATCT CGATCGGTAA GGCGCGGGAG
CTGCTGCAGC AGACGGACAA GCTGATTGCC ACGGTACCCG AGGTTGAAAC TGTCTTCGGT
AAAGTGGGCC GGGCCGATAC CGCAACCGAT CCGGCGCCGT TGACGATGAT CGAGACCTTT
ATCCAGCTCA AGCCAAGGGA TGAATGGCGG GAAGGCATGA CCACGGAAAA ACTGAAGCAG
GAACTTAACA ACCTGATTCG GTTCCCCGGC CTGACCAATG CCTGGGTGAT GCCGATCATC
ACCCGCATCG ACATGCTGGC AACGGGAATC AAGACGCCGG TCGGCATCAA GGTGGCGGGG
CCGGACCTGG CTACCATTCA GGGTATTGGC AAACGCCTTG AGGAAATCAT GGTGGACATA
CCTGGCACAG CGTCGGTTTA CTCCGAGCGG GTCGCCGGGG GCCGCTACAT CAAGGTCGAT
ATCGATCGCG AGCGCGCCGC GCGCTACGGA CTGAACATTG CCGACGTACA GCAGGTGGTG
GCATCGGCAA TTGGCGGTAT CAATGTTTCC CGGACTATCG AAGGGTTGGA GCGTTACCCC
GTGAATCTTC GTTACCCCGA GGATTACCGG GATTCCCCGG AAAAGCTGGA GCAATTACCG
ATTGTGACCG CCTCTGGCCA GCGGATTGCG CTGGCGGATG TGGCTGATAT CCGTGTGGAG
GACGGTCCGC CAGCGATCAA GAGTGAGAAC GCCCGGCTGA ACGGCTGGAC CTTTGTGGAT
ATCGAGGGGG TTGATGTCGG CAGCTATGTG GAACAGGCCA TGACCACCGT GAACGAATCG
CTTGACCTGC CCGCGGGCTA CTCGGTGACC TGGTCCGGGC AGTACGAGTA CATGCTGCGA
GCCAAGGAAA AACTCACCTA TGTGGTGCCC CTAACCCTGG CGATCATTGT GATATTGCTG
TTCCTGAACT TCCGGCGTTT CGCGGAGGTC GGGATCATCA TGGGCACGCT GCCCTTTGCC
ATGATCGGTG CCATCTGGCT GATGTATCTG CTGGGTTACA ACTTCTCGGT GGCTGTAGGG
GTCGGGTTCA TTGCACTGGC GGGTGTCGCC GTGGAAATCG GCGTGATCAT GCTGGTGTAC
CTGAACCAGT CCTATGCCGC CATGCTGGAA ACCTGCGAGG AGAAGGGCCT GACTCCGAGG
CGCGAAACCC TTCGCCATTC GGTGCTCCAC GGTGCCGGTT TGCGGGTACG GCCGATCATG
ATGACAGCGG CAGCCATTAT CGGGGGGCTG GTGCCCATCA TGGTGGGTAC CGGCACTGGC
TCGGAAGTGA TGGGGCGCAT TGCGGCACCG ATGGTTGGCG GAATGATATC TGCCGTTATT
CTGGCGTTGC TGGTGATTCC TGTGCTCTTT TATCTATGGA AGCAGAGAGC TTTGAAGGAT
TGA
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| Protein sequence | MIAAIIRWSV GNRFLVLLAT LLITGLGLYS LKQTPVDALP DLSDVQVIIK TGFPGQAPQV
VEDQVTYPMT TAMLSVPGAK TVRGYSFFGD SYVYVIFDED TDMYWARSRV LEYLSQVAPS
LPDSARPQLG PDATGVGWVY LYALVDRTGN HDLSELRSLQ DWFLKYELQT VPGVSEVAAL
GGMVKQYQVK VSPEKLRALG VPLAHIQNAI KRGNQEVGAS VIEMAEAEYM VRTSGYIQSR
DDLLSIPLGL DDNGTPLLLK DVATVEVGPQ MRRGVAELNG EGETVGGVVV MRFGENAQAT
INGVKDKLKE LKSSLPEGVE VVTVYDRSGL IERAVNNLGF KLLEEFLVVG LVCIVFLFHV
RSSLVAILSL PVGILAAFIV MHWQGINANI MSLGGIAIAI GAMIDGAIVM IENMHKHMER
TPLTPENRWE VVTRSASEVG PALFFSLLII TVSFVPVFAL EAQEGRMFAP LAFTKTYAMA
ASAALAVTLV PVLMGYFIRG KVLPEHKNPV NRLLVSAYMP VLKLVLRFPK TTVLAAVLAL
VVGVWPATRI GSEFIPPLDE GDLMYMPTTY PGISIGKARE LLQQTDKLIA TVPEVETVFG
KVGRADTATD PAPLTMIETF IQLKPRDEWR EGMTTEKLKQ ELNNLIRFPG LTNAWVMPII
TRIDMLATGI KTPVGIKVAG PDLATIQGIG KRLEEIMVDI PGTASVYSER VAGGRYIKVD
IDRERAARYG LNIADVQQVV ASAIGGINVS RTIEGLERYP VNLRYPEDYR DSPEKLEQLP
IVTASGQRIA LADVADIRVE DGPPAIKSEN ARLNGWTFVD IEGVDVGSYV EQAMTTVNES
LDLPAGYSVT WSGQYEYMLR AKEKLTYVVP LTLAIIVILL FLNFRRFAEV GIIMGTLPFA
MIGAIWLMYL LGYNFSVAVG VGFIALAGVA VEIGVIMLVY LNQSYAAMLE TCEEKGLTPR
RETLRHSVLH GAGLRVRPIM MTAAAIIGGL VPIMVGTGTG SEVMGRIAAP MVGGMISAVI
LALLVIPVLF YLWKQRALKD
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