| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_06366 |
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| Symbol | |
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| ID | 5557519 |
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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 | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009784 |
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| Strand | + |
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| Start bp | 1538534 |
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| End bp | 1541713 |
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| Gene Length | 3180 bp |
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| Protein Length | 1059 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 640910839 |
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| Product | hypothetical protein |
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| Protein accession | YP_001448484 |
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| Protein GI | 156977578 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGATCAATG CTATTATTCG TTGGTCACTG AGCAACCGAT TCCTAGTGTT GGTCGCGACC
TTAGCCCTTG TATTAGGCGG GCTTTACAGT GTAAAGAATA CGCCTGTTGA TGCGATTCCG
GATCTTTCTG ATGTGCAAGT GATCATCAAA ACAAGCTATC CGGGGCAAGC TCCTCAAGTT
GTCGAGGATC AAGTCACTTA CACGCTCACC ACCGCCATGC TCGCCGTGCC GGGGGCCGAG
ACAGTTCGTG GCTACTCTTT CTTTGGTGAC TCTTACGTTT ATATCATTTT CAACGATGAT
ACCGACATGT ACTGGGCACG TTCACGCGTG CTGGAGTACT TAAGCCAAGT AGCACCAAAG
CTACCACCAA ACGCAAAACC GACGTTAGGT CCTGATGCAA CGGGTGTGGG CTGGGTTTAC
AGCTACGTAT TACAAGACAA AACCGGTAAG CACGATTTAG CCGAACTTCG TAGCCTGCAA
GACTGGTTCT TGAAGTACGA ACTGCAAACC GTTGATGGCG TTTCTGAAGT CGCGACCGTT
GGCGGCATGG TTAAGCAGTA CCAAGTACAA ATTGATCCTG CCAAGCTGCG TGCGTACAAC
CTCACTTTGC AACAAGTGAA CATGGCAATC CAAAACGGCA ACCAAGAAAC CGGCGCGTCC
GTTATCGAAG TGGCCGAAGC TGAACACATG GTTCGTACCA CGGGTTACCT AACCAGCATT
GAAGACATCA AATCACTGCC TCTAAAAGTC ACCGAGAAAG GCACGCCTTT GCTACTAGGC
GACATCGCAG ACATTAACCT TGGTCCACAG ATGCGTCGTG GTATCTCAGA ACTAAATGGC
GAAGGAGAAG CCGTTGGTGG CGTTATCGTA ATGCGCTTTG GCGAGAACGC GAGTGAAGTC
ATTGCGAAAG TCAAAGACAA GCTTGCAGAC CTACAGCGCG GCCTACCAGA AGGTGTTGAA
ATTGTTGCGA CTTACGACCG TTCGACTCTG ATTGATGCAG CAGTAGAAAA CCTATGGAAG
AAACTCGCAG AAGAGTTCAT CGTCGTTGCG ATTGTGTGTG CGTTGTTCTT ATTCCACATT
CGTTCTTCGT TGGTTATCGC TCTGAGCCTA CCGGTCGGCA TTCTTACGGC GTTTATCGTG
ATGCATTGGC AAGGTATTAA TGCCAACATT ATGTCCCTTG GCGGTATCGC GATTGCCATC
GGCGCCATGG TGGATGGTGC AATCGTTATG ATCGAAAACG TTCACAAGCA CATTGAACGA
ACGCCACTGA CCGATAAAAA CCGATGGCAA GTCATCAGTA AGGCGGCCGA AGAAGTCGGC
GCTCCGCTGT TCTTCTCGTT GCTGATCATT ACTCTAAGCT TCGTGCCTGT GTTCGCCTTA
GAAGGTCAGG AAGGCAAGAT GTTCTCGCCA CTTGCCTTCA CTAAGACGTA CGCCATGGCA
GCGGCAGCAG GTTTGGCAAT CACACTCGTC CCTGTACTTA TGGGTTACTT CATTCGCGGT
AAGGTGCTAC CGGAGCACAA AAGCCCGGTT AACCGCGGCT TGGTCGCGTT GTACCGTCCG
CTGTTGAACA CCAGCTTAAA ATACCCTAAG ACCATGATTG TTATCGCATT AGGTCTAATG
GCGTCGGCTT ATTACCCAAC CAGTAAGCTG GGTAGCGAGT TCATCCCGCC GCTGGATGAA
GGTGACTTAA TGTACATGCC AACAACCTAT CCGGGCATCT CGATTGGTAA GGCTCGTGAG
CTGCTACAGC AAACCAATAA GCTGATCAAA ACCGTCCCTG AAGTACAGAC GGTATGGGGC
AAGATTGGTC GAGCTGAGAC CGCAACCGAT CCAGCGCCAC TCACCATGAT TGAAACCGTG
ATTCAGTTGA AGCCACGCGA TCAATGGCGT GAAGGGGTAA CGACAGAATC ACTGCGTAAA
GAGTTCGATG ATCTAGTGCA ATTCCCGGGA TTAACCAACG CTTGGGTAAT GCCAATCAAA
ACGCGTATCG ACATGCTAGC AACGGGCGTC AAAACCCCTA TCGGCATCAA GATCGCGGGG
CCTGATCTGA AAGTAATTGA GAAGATCGGT TCTCAGTTGG AGCCAATTCT TAATGGCGTT
CAAGGTACTG CATCGGTTTA CGCCGAGCGT GTAGCAGGCG GTCGCTATGT CACAATCGAC
ATTAAGCGTC GTGCGGCGGC TCGTTACGGC TTAAGCATCA AAGACGTTCA GCAGGTGATC
TCGACCGCGG TGGGCGGCAT GAATGTGGGT GAAACCATCG AAGGCTTGGA GCGTTACCCA
ATCAATGTTC GTTACCCACA AGACTACCGT GACTCGGTGG TAAAACTGCA AAACCTGCCG
TTAGTCACTC CAAATGGCGC TCGTATCGCA CTGGCTGATG TCGCGGACAT CCGTTACGAA
GACGGCCCTC CGATGATTAA GACAGAAAAC GCACGCCCGA ACGGCTGGGT ATTTGTCGAT
ATCGATGTTC GTGATCTTGG CTCTTACGTC GTGGAAGCAC AGCAAGTCGT GGCTGATCAA
TTGGAACTTC CTGCGGGTTA CTCGCTGGCT TGGTCTGGTC AATACGAATA CATGGAGCGT
GCAAAAGACC GCTTGAGCGT CGTGGTACCA ATCACCATCG CCATCATTAT GCTGCTGCTT
TACTTCAGCT TCCGTCGCGT TGGCGAAGTG ATGATCATCA TGCTTACCCT ACCGCTCGCT
ATGGTCGGTG GTTTGTGGCT CATGCATATC CTCAACTACA ACTTCTCAAT TGCCGTTGGG
GTCGGCTTTA TTGCCCTAGC AGGCGTCGCG GTTGAAATTG GGGTCATCAT GCTCGTCTAC
CTCAACCAAG CATGGCACCA CAAGAAGCTG GATGCAGAAG AGAGCCAACA GAAGCTTGAG
GCGAAAGACC TAACCGATGC TATTCATGAA GGTGCAGGCC TGCGTGTCCG CCCAGTAATG
ATGACGGTAC TGACGGTCAT TATTGGCCTT ATTCCAATCA TGTACGGTGA GGGTACAGGG
TCAGAAGTAA TGCAACGTAT CGCCGCGCCA ATGATTGGTG GTATGGCATC AGCACTACTA
CTGACGCTAT TAGTACTGCC AGCCATCTTC AAGCTGTGGA AACAACGTGA GTTGTGCCAA
AGCAATGCGA CTAATCGTCA AGCTAGCACA CAAGCTAGTG ATGTAAACAA CAACGCTTAA
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| Protein sequence | MINAIIRWSL SNRFLVLVAT LALVLGGLYS VKNTPVDAIP DLSDVQVIIK TSYPGQAPQV
VEDQVTYTLT TAMLAVPGAE TVRGYSFFGD SYVYIIFNDD TDMYWARSRV LEYLSQVAPK
LPPNAKPTLG PDATGVGWVY SYVLQDKTGK HDLAELRSLQ DWFLKYELQT VDGVSEVATV
GGMVKQYQVQ IDPAKLRAYN LTLQQVNMAI QNGNQETGAS VIEVAEAEHM VRTTGYLTSI
EDIKSLPLKV TEKGTPLLLG DIADINLGPQ MRRGISELNG EGEAVGGVIV MRFGENASEV
IAKVKDKLAD LQRGLPEGVE IVATYDRSTL IDAAVENLWK KLAEEFIVVA IVCALFLFHI
RSSLVIALSL PVGILTAFIV MHWQGINANI MSLGGIAIAI GAMVDGAIVM IENVHKHIER
TPLTDKNRWQ VISKAAEEVG APLFFSLLII TLSFVPVFAL EGQEGKMFSP LAFTKTYAMA
AAAGLAITLV PVLMGYFIRG KVLPEHKSPV NRGLVALYRP LLNTSLKYPK TMIVIALGLM
ASAYYPTSKL GSEFIPPLDE GDLMYMPTTY PGISIGKARE LLQQTNKLIK TVPEVQTVWG
KIGRAETATD PAPLTMIETV IQLKPRDQWR EGVTTESLRK EFDDLVQFPG LTNAWVMPIK
TRIDMLATGV KTPIGIKIAG PDLKVIEKIG SQLEPILNGV QGTASVYAER VAGGRYVTID
IKRRAAARYG LSIKDVQQVI STAVGGMNVG ETIEGLERYP INVRYPQDYR DSVVKLQNLP
LVTPNGARIA LADVADIRYE DGPPMIKTEN ARPNGWVFVD IDVRDLGSYV VEAQQVVADQ
LELPAGYSLA WSGQYEYMER AKDRLSVVVP ITIAIIMLLL YFSFRRVGEV MIIMLTLPLA
MVGGLWLMHI LNYNFSIAVG VGFIALAGVA VEIGVIMLVY LNQAWHHKKL DAEESQQKLE
AKDLTDAIHE GAGLRVRPVM MTVLTVIIGL IPIMYGEGTG SEVMQRIAAP MIGGMASALL
LTLLVLPAIF KLWKQRELCQ SNATNRQAST QASDVNNNA
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