| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_02063 |
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| Symbol | |
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| ID | 5556407 |
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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 | 2055023 |
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| End bp | 2058058 |
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| Gene Length | 3036 bp |
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| Protein Length | 1011 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640907550 |
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| Product | hypothetical protein |
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| Protein accession | YP_001445255 |
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| Protein GI | 156974348 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0247] Fe-S oxidoreductase
[COG0277] FAD/FMN-containing dehydrogenases |
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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 | ATGTTACCAA GATTACACTC GCAAACGGAT GTCGATTCTC TTGTTCTTAG TTTTCTCAAA
GAGCTGGAGC ATTCCGGGTT CACTGGCGAT ATCGAAAGCC AGTATTCTAG CCGTCTCGCG
GTAGCCACTG ACAACAGTGT CTATCAACAG CTCCCTCAGG CTGTCGTTCA TCCCAAAACC
ACCCAAGATG TTTCCCTCAT CGGTAAACTC AGCAACAGAG AAGAATACGA ACGCATTACT
TTTTCTCCTC GTGGGGGCGG TACAGGCACC AACGGACAGT CTTTAACGAA GGGTATTGTG
GTCGACTTGT CTCGCCACAT GAACAAAGTG TTAGAGGTGA ATGAAGAAGA GGGCTGGGTT
CGTGTTCAAA CGGGTGTGGT CAAAGACCAA TTGAATGATG CCGTTCGCCC TTATGGGTAT
TTCTTCTCTC CAGACTTATC GACCAGTAAC CGCGCCACGA TCGGCGGGAT GATCAACACG
GATGCATCCG GTCAAGGCTC GCTTAAATAC GGTAAAACTT CCGATCACGT TCTCTCTCTT
CAAGCGGTTT TTGCTGATGG TTCGATTTTG GAATCCGACC TTTCTCATGG CTTGCCGAAT
GAAGGAGAAT TTGCCGATAC GGCAATGCGT GTGACGGAGT CGGTATGCCG TGACAAACGC
CAACAAATTA ACGATAAGTT TCCTCCGTTA AACCGATTTC TTACGGGCTA TGACCTTAAA
AATGCGTTTG ACGAAGAGAA AGATAGCTTC GATATCACAA GAGTTTTATG TGGTGCGGAA
GGCTCATTAG CGTTTATCAC GGAAGCGAAG CTCAACCTAA CCCGCATTCC TAAAGCGCGA
ACTCTGGTTA ACGTTAAATA CAACAGTTTT GATTCTGCAT TGCGTAACGC ACCATTCATG
GTTGAAGCAA AAGCGTTGTC GGTTGAAACC GTAGACTCAA AAGTACTGAA CCTCGCGAAA
CAAGACATCG TTTGGCACAC CGTCAGTGAC TTAATTACCG ACGTACCAGA TAAAGAGATG
CTTGGCATTA ATATGGTTGA GTACGCTGGC CAGGATGAAG AAGAAGTTGC TTCTCAAGTT
GCGTTCCTAA CGGCCAAACT TGATAGCATG CTAGAAACAG AAGAAGCGGG CATCATTGGC
TACCAAGTAT GCAGTGATGT GGCGAGCATC GGCCGAATCT ACAACATGCG TAAAAAAGCC
GTGGGTTTAT TGGGCGCGGC GAAAGGGCGC GCTAAGCCTG TTGCATTTGC CGAAGACACT
TGTGTTCCAC CAGAAAACTT GGCGGACTTT ATCGTTGAGT TCCGCGAGTT GCTTGATGCA
AAATCACTTA ACTACGGCAT GTTTGGCCAC GTAGACGCAG GTGTGCTCCA CGTTCGTCCT
GCATTGGATC TGTGCGATCC TCATCAAGAA GCCTTGATGC ACGAAATTTC GGATGAAGTG
GTTAAGCTGG TGGCAAAATA CGGTGGTTTA ATGTGGGGCG AGCACGGCAA AGGGTTCCGC
TCTGAATACG GCCCAGAGTT TTTTGGTGAA GAACTCTTTA CTGAACTACG TCGCGTCAAA
GCCGCTTTCG ATCCACACAA TAAAATGAAC CCAGGTAAGA TCTGCACTCC GCTGAATAGC
GATGCAGAGC TTGTGAAAGT GACCGACACC AAACGCGGCT ACTTCGATCG CCAGATTGAT
GTTCAGGTAC GTGATAGCTT CAAGCAAGCG ATGGAGTGTA ACGGCAACGG CTTGTGTTTT
AATTACGACA CCAGCTCACC TATGTGCCCT TCAATGAAAG TCACTGCAGA TCGCCGTCAT
TCACCGAAAG GGCGTGCGGG CTTAGTTCGT GAGTGGCTAC GCCAATTGAC TGAGCAGGGC
ATTGATATTC TCGATCTAGA GAAGCAGACG TTGGAAAACA AAACGTCCAT CAAAACCATG
ATCGACCGTG TACGTCATTC GATTAATCGT CGTCACGAGT ATGACTTCTC CCATGAAGTG
TATGAAGCGA TGAATGGCTG TTTAGCGTGT AAAGCGTGTG CGAGCCAGTG TCCAATTAAA
GTGGATGTAC CTAGCTTCCG CTCTCGCTTC CTCAATATTT ACCACTCACG TTACCAACGT
CCGGCAAAAG ACTATTTGGT GTCAAACATT GAATCCATGT TGCCACTGAT GGCTAAAGCG
CCAAGTGTGG TAAATGGTGT GCTAAAGCAA TCTTGGGTGC AGAGTTTAAC GGCTTCGACA
GTAGGTTATG TTGATGCTCC GTTGTTGTCT GTACCGACTT TGAAAGAGCG AGTAGAGACG
TTAACCACGG CTTATGACTT GCAAGCACTC AGCGGTTTAT CTTCTGAAGA CAAACAAAAG
CATGTGCTGA TTGTTCAAGA CCCGTTCACC AGTTATTATG ACGCCGAGGT TGTGGAAGAC
TTCATCAAGC TCGCTCAGAA ACTAGGTATG AATCCGGTTC TTCTACCGTT TAAGCCAAAT
GGTAAAGCCC AGCACATCAA AGGTTTCTTA CGTCAGTTTA AGAACACCGC GCAAGATACC
GCGAAGTTTT TGGAAATGGT CGCGGATTTA GGCATTCCAA TGGTGGGCGT CGATCCTGCA
TTGGTGCTGT GTTACCGCGA TGAGTACGCT GAGGTATTAG GTAGCAAGCG CGGCGAGTTC
GATGTGCTTA CCGCTCATGA GTGGTTGTAT CCAAGGCTGA ACGAGTTCGA TGCTCTTGAA
TCGAAACAGC AAGCGCCTTG GTATTTGTTC GCCCATTGTA CTGAGAAGAC CAAAATGCCA
AATGCCGAGA AAGAGTGGGG AGCTATTTTC GCTCACTTTG GTGCAGTGTT GAACACCGTG
CCTGTTGGCT GTTGTGGCAT GGCAGGGACC TTTGGTCATG AGGTAGACAA GCTATCGATG
TCGCGTGACA TTTATGACCT GAGCTGGAAG CCAAACTTGG ATAAGCTCGA CAATGAACGC
TGCTTGATTA CGGGGTATTC CTGCCGAAGC CAAGTCAAAC GCTTTGAAGG GGTAAAACCT
AAACACCCAG TTCAAGCTTT GCTAACCTTG ATATAG
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| Protein sequence | MLPRLHSQTD VDSLVLSFLK ELEHSGFTGD IESQYSSRLA VATDNSVYQQ LPQAVVHPKT
TQDVSLIGKL SNREEYERIT FSPRGGGTGT NGQSLTKGIV VDLSRHMNKV LEVNEEEGWV
RVQTGVVKDQ LNDAVRPYGY FFSPDLSTSN RATIGGMINT DASGQGSLKY GKTSDHVLSL
QAVFADGSIL ESDLSHGLPN EGEFADTAMR VTESVCRDKR QQINDKFPPL NRFLTGYDLK
NAFDEEKDSF DITRVLCGAE GSLAFITEAK LNLTRIPKAR TLVNVKYNSF DSALRNAPFM
VEAKALSVET VDSKVLNLAK QDIVWHTVSD LITDVPDKEM LGINMVEYAG QDEEEVASQV
AFLTAKLDSM LETEEAGIIG YQVCSDVASI GRIYNMRKKA VGLLGAAKGR AKPVAFAEDT
CVPPENLADF IVEFRELLDA KSLNYGMFGH VDAGVLHVRP ALDLCDPHQE ALMHEISDEV
VKLVAKYGGL MWGEHGKGFR SEYGPEFFGE ELFTELRRVK AAFDPHNKMN PGKICTPLNS
DAELVKVTDT KRGYFDRQID VQVRDSFKQA MECNGNGLCF NYDTSSPMCP SMKVTADRRH
SPKGRAGLVR EWLRQLTEQG IDILDLEKQT LENKTSIKTM IDRVRHSINR RHEYDFSHEV
YEAMNGCLAC KACASQCPIK VDVPSFRSRF LNIYHSRYQR PAKDYLVSNI ESMLPLMAKA
PSVVNGVLKQ SWVQSLTAST VGYVDAPLLS VPTLKERVET LTTAYDLQAL SGLSSEDKQK
HVLIVQDPFT SYYDAEVVED FIKLAQKLGM NPVLLPFKPN GKAQHIKGFL RQFKNTAQDT
AKFLEMVADL GIPMVGVDPA LVLCYRDEYA EVLGSKRGEF DVLTAHEWLY PRLNEFDALE
SKQQAPWYLF AHCTEKTKMP NAEKEWGAIF AHFGAVLNTV PVGCCGMAGT FGHEVDKLSM
SRDIYDLSWK PNLDKLDNER CLITGYSCRS QVKRFEGVKP KHPVQALLTL I
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