| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_03414 |
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| Symbol | |
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| ID | 5553640 |
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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_009783 |
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| Strand | - |
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| Start bp | 3452385 |
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| End bp | 3455519 |
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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 | 47% |
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| IMG OID | 640908894 |
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| Product | hypothetical protein |
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| Protein accession | YP_001446586 |
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| Protein GI | 156975679 |
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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 | |
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| 
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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 | ATGTTTGCTT TGATTGATGC TGCGTTATCG CGTGCACGTA CGATGCTCAC CTTGTTGGTG
ATGATTTTGA TTGCTGGTGT GATCACCTAC ATTACGATTC CTAAAGAATC GAGTCCAGAC
ATCACCATCC CTATTATCTA TGTTTCGGTA GGGCACCAAG GTATTTCGCC AACTGATGCG
GAGCGCTTAT TAGTTCGCCC AATAGAGCAA GAGCTGCGTT CGATTGAAGG CGTAAAAGAA
ATGACCGCGG TTGCTTCAGA GGGCCATGCT TCGGTGACGC TTGAGTTCAG TGTCGGTGTT
GATCTGGCGG AAGCGATGGC GGATGTGCGT GACGCCGTCG ATCTAGCCAA ACCTAAATTG
CCTGAAGACA GTGATGAGCC AACAGTTAAT GAGGTGACGT TCGCATCAGA AGAGCCTGTC
CTTACTTTGG TTCTGTATGG CACCGTCCCT GAGCGCACAA CAGTACAAAT TGCTCGTGCA
CTGCGTGACA AGCTAGAAAG CTACCGTCAG GTGCTTGAAG TTGATATTGC CGGTGATCGT
GAAGACATTG TTGAGATCAT CGTCGATCCG CTGTTGATGG AAAGCTATGG TCTGGATCAA
GCAGACATCT ACAACTTGAT TGCTCTCAAT AACCGAGTTG TGGCAGCGGG TTTCGTGGAT
ACTGGCTATG GCCGTTTTTC AGTCAAAGTT CCTTCCGTAT TTGATTCTCT CAAAGACGTA
TTAGAGTTAC CGATTAAGGT GAACGGCAAA GAAGTGATTA CTTTTGGCGA TGTGGCGACC
GTGCGCCGGG CCTTCCGTGA CCCTGAAAGT TTTGCTCGTT TGGATGGTGA CCCTGCTGTC
GTATTGAATG TGAAAAAGCG TGCTGGCGAG AACATTATTG AAACGGTGGA ACTCGTTAAA
CAGGTTCTGA CTGAAGCGCA AAAGCGAGCG GATTGGCCAA ACAACTTGCA GGTCAAATAT
ACGTGGGATC AGTCTGATGA CGTCAAACTG ATGCTCAACG ATCTGCAAAA CAACATTCTC
TCTGCCATCA TTCTTGTCGT CATTGTTATC ATCGCGATAC TTGGTGTGCG AACCGCTCTC
TTAGTGGGTA TCTCTATTCC AGGCTCATTC CTTACCGGCT TATTAGTGCT TTCGGTGTTT
GGCTTAACGG TCAACATTGT GGTGCTATTC GCGCTGATCA TGGCTGTAGG TATGCTGGTG
GATGGCGCTA TCGTGGTGAC CGAATTTGCT GATAGGCGGA TGCAAGAAGG CACGCCACGC
AAAGAAGCGT ATCGGGACGC GGCAAAACGA ATGGCGTGGC CTATTACCGC CTCGACGGCA
ACGACCCTTG CTGCGTTTGC TCCGCTATTG TTCTGGCCGG ATATTACTGG CGAGTTCATG
AAGTATCTGC CGCTAACATT GATCGCAACG CTTACCGCTT CGTTGATGAT GGCGCTGCTT
TTTGTTCCGG TTATTGGTGG GATTATTGGT AAGCCACAAG TGGTTAACCC TAAAAGCCAG
CAAGAGATGA TTGATCTTCA TAATGGCGAG TTTGATAAGG CTACTGGTAT TACCAAGCTC
TACTATCAAA CGCTCTCGGT CGCTATCAAG CATCCACTTA AAGTTCTGTT CAGTGCCATA
CTACTCGCTG GTGGTGTCGG CTTTACTTAT AACAAAGCGG GACTAGGGGC AGAGTTCTTC
CCAGAAGTGG ACCCCGCTTT CTTTACCGTC AAGGTGCGTT CTTACGGCGA TTTATCGATC
AACGAAAAAG ATGTCGTGAT GAAAGAGATT GAAAAAGTCA TGTTAGGGCA TGATGAATTT
GAGAGTGTCT ATACGCGCAC CGGAACGGAT TCAAATGATG GTGATGAGAT TGGCCAGATT
CAAATAACGC CCGTCGATTG GCAATATCGT CGCAAAGTGA AAGACATCAT TGAAGAACTC
AAACAAACCA CTAACCAATT CTCGGGTGTT GAGCTGGAGT ACAAGTTTCC CGATGCAGGG
CCACCGGTTG AACACGATCT TGTGATTGAA ATGTCGGCGC AAAACTCAAG CATTGACCAG
TTAGACAGTG CAGCCAAAAT GGTTCGTTAC TGGGCTGATC GTAATCCTGC TTTAACTAAC
CTAAGTGATA CAACCAATAA AGAAGGGATT GATTGGCAGA TTGATATCCG CAGAGACGAT
GCCTCTCGCT TTGCTGCTGA TGCAACTCTG GTTGGTAATA CTGTCCAGTT CGTGACTAAC
GGTTTGAAGA TAGGTGATTA TCTACCCGAT GATGCTGATG AAGAAGTCGA TATCTTAGTG
CGCTACCCAC AAGATAAGCG GGATATCGGA CGTTTTGACC AGTTACGTGT AAAAACGGCG
GCAGGTTTAG TGCCGATCAC AAACTTTGCG CAGATTAAAC CAGATCATAA GCAAGATACG
ATTCGCCGTG TTGATGGTCG TCGTGTAGTG AACATAAAAG CCGATATGGT TGAGGGTTAT
AACCTTGCCC TTGAATTGCC CAAGATAACT GCAGAAGTTG AGCAGTTGGG CTTGCCTGTT
GGTATTGAGT TTAAAATTCG CGGGCAAAAC GAGGAGCAAG AAAACTCTTC TGCGTTTTTA
CAAAGTGCTT TCATGGTTGC ACTTGGCGTG ATGGCTTTGA TCCTGATTAC TCAATTCAAC
AGCTTCTACC AAGCATTTTT GATTTTAAGC GCAGTGCTGT TTTCTACCAT TGGCGTGTTT
GCTGGCTTGC TTATTTTCCA GAAGCCTTTC GGTATTATTA TGTCGGGTAT TGGGGTGATC
GCATTAGCTG GTATTGTGGT GAACAACAAT ATCGTATTAA TTGATACCTA TAACCAAATG
CGCAAGCGTG GGTTAGAAAA ATCAGACGCA ATTCTACGTA CGGGCGTACA GCGCCTGCGT
CCAGTGTTAC TGACCACTGT CACGACTATC CTTGGCTTAC TGCCAATGGT GCTAGAGATG
AACATCGACT TAGTTAACCA GAAGATTGAA TTTGGTGCGC CAAGCACGCA GTGGTGGTCT
CAATTGGCTA CGGCCGTCGC GGGTGGTTTA GCTTTTGCGA CGGTGCTGAC CTTGGTGCTG
ACACCGTGTC TTTTGATGCT TGGCCGTGAA CACAATATTG ATGAACCAGA CCCCGAAACA
AAAGAGGCAG CTTAG
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| Protein sequence | MFALIDAALS RARTMLTLLV MILIAGVITY ITIPKESSPD ITIPIIYVSV GHQGISPTDA
ERLLVRPIEQ ELRSIEGVKE MTAVASEGHA SVTLEFSVGV DLAEAMADVR DAVDLAKPKL
PEDSDEPTVN EVTFASEEPV LTLVLYGTVP ERTTVQIARA LRDKLESYRQ VLEVDIAGDR
EDIVEIIVDP LLMESYGLDQ ADIYNLIALN NRVVAAGFVD TGYGRFSVKV PSVFDSLKDV
LELPIKVNGK EVITFGDVAT VRRAFRDPES FARLDGDPAV VLNVKKRAGE NIIETVELVK
QVLTEAQKRA DWPNNLQVKY TWDQSDDVKL MLNDLQNNIL SAIILVVIVI IAILGVRTAL
LVGISIPGSF LTGLLVLSVF GLTVNIVVLF ALIMAVGMLV DGAIVVTEFA DRRMQEGTPR
KEAYRDAAKR MAWPITASTA TTLAAFAPLL FWPDITGEFM KYLPLTLIAT LTASLMMALL
FVPVIGGIIG KPQVVNPKSQ QEMIDLHNGE FDKATGITKL YYQTLSVAIK HPLKVLFSAI
LLAGGVGFTY NKAGLGAEFF PEVDPAFFTV KVRSYGDLSI NEKDVVMKEI EKVMLGHDEF
ESVYTRTGTD SNDGDEIGQI QITPVDWQYR RKVKDIIEEL KQTTNQFSGV ELEYKFPDAG
PPVEHDLVIE MSAQNSSIDQ LDSAAKMVRY WADRNPALTN LSDTTNKEGI DWQIDIRRDD
ASRFAADATL VGNTVQFVTN GLKIGDYLPD DADEEVDILV RYPQDKRDIG RFDQLRVKTA
AGLVPITNFA QIKPDHKQDT IRRVDGRRVV NIKADMVEGY NLALELPKIT AEVEQLGLPV
GIEFKIRGQN EEQENSSAFL QSAFMVALGV MALILITQFN SFYQAFLILS AVLFSTIGVF
AGLLIFQKPF GIIMSGIGVI ALAGIVVNNN IVLIDTYNQM RKRGLEKSDA ILRTGVQRLR
PVLLTTVTTI LGLLPMVLEM NIDLVNQKIE FGAPSTQWWS QLATAVAGGL AFATVLTLVL
TPCLLMLGRE HNIDEPDPET KEAA
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