| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_03686 |
|---|
| Symbol | |
|---|
| ID | 5555767 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Vibrio harveyi ATCC BAA-1116 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009783 |
|---|
| Strand | - |
|---|
| Start bp | 3721061 |
|---|
| End bp | 3725695 |
|---|
| Gene Length | 4635 bp |
|---|
| Protein Length | 1544 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 43% |
|---|
| IMG OID | 640909165 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_001446827 |
|---|
| Protein GI | 156975920 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | n/a |
|---|
| Plasmid unclonability p-value | n/a |
|---|
| Plasmid hitchhiking | n/a |
|---|
| Plasmid clonability | n/a |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGAATAAAA AAACACTATT TTCAAGCTTG TTTCTATTTG CTGCCTTTAC TGTGCAAGCT
GAAGCTATCT TCCCACTTCC CGATGGTGTT TGTGTTGAAA CGTCAGCACA AACGTGGAAA
GGGAGCAGTG AACAAGAAGT TAAACTTGCA AAATCAAATG CGATAATAGA TGGTCCAAGT
GATCGCATTA TTGGTTACAC CAAGATTGAT GAAAACCGCA GTAAATCTTG TGGTAGCGGT
GGTAAGTGTA AGGCCTCTAA ATCTAATGGT ATTGATCGTC GGCTACCTAC ATCACCAAAT
TTTTCTCTAA GCGGTGTGCA CTTTGATCAT ACATATAATG AGACGCAATT GAGTGGCAGC
CAAAGTATGA CTTTAAGTAG TGGTACTTAT CGCGTTAAGA AACTGCTCAA ATTAGATGAT
AACTCTACAT TAAGAATCAA TGGTGCGGTA ACACTTTACG TAGAAAAAAT GGAAGTATTG
GCGAATGCCA AAATTGAAGT TTCTTCAGGT CACCCTGATG ATTTTATTAT TATCTCGCGT
GATGGAGAAA ATGATTCCGA AGTTATTCTG AAAGGTTATA ACGAATTTGC CGCTCATATT
TTTGCTCAAG AAGAGGTAGA GCTTTCGGAG CATGTCACAC TAATCGGAAC GATTACCGCA
CCGGAGCTAG AGATTAAAGA CCACGCCCAG TTGAAAGCTA TGGTTCCTGA AAGCTGTTCA
CCTATCGATC CTGAGGGACC AATTAACCGT TCTCCACAAT TTGAATTTGG TACCGTAGAT
GGGGCCACTT GTAGCGGCAG TGGTAATACA TATACATGTC GAATCAGTTT CGAGAACGAT
TACGACGAAG ACAAACCAAT TCCTTTGGTT TTCGTTATGC CTACCATTGA TAAAACACTT
TCTTCTAAGA AGCCTAGAGT CACGGAATAC CCTTCTAGTG TCTCGGTTAT CAGTGTTGAT
AGAAATACCG CAACGATTGT TCAAGAGTTT CCTCCTCACA ATGCTGCAGA TCGCAACGTT
CAGTTCTTGA ATAAAAACGA TCCCGGAGTC CGCAAAGAGA TGGCTAAAGT GGATTACTTT
GTTATCGAAC CGGGTGTACT TGAACTGAAT AATGGTGCGA AGATTGTTGC AGGTACGATT
GATACTAAAG TTGCTGCTTC ACAATACAAG AACGATAACA AGCAGATCAA CGAACAAAAC
AACGGTGTAA AAGTCGACTT CAGTGATTTT GGCTTGAGCT CATTTGATGG TAAACCTGGT
GTGCTTGTCC AGCCTCAAAC GAAACGAAAC AATGGCACTA ATAACTGGTT TACGGGTATG
GCCCGTGACG GGACTAAAAC TTCATTTAAG CTAGCTCTGG AGAAGTCTGA GGTATACGGC
AAGAACAACC GAGGGCAAGA AACCTTCAAC ATAATTGATG ATGAAGAGAC GGTTGCCTTT
GTTGCTGGTG AGGGTTTTGG TTACGTTAAT GGTAAGCGCT TTTGGTTAGG GCAAGGTGTG
ACAGAATACA CGCTAAATCA ACAGGACCCA GTTATTGATC CAATCTACGA AGGTTGTAAG
GTTTATACTC CTTTCCCTGA TAGCGCTGGC TTCAAAGAGC CACCCATTCT TGTCGCTAAC
AAAAACTCTC GTCGCGGTAA CAATGGTGGT TGGTTGCGTC GATGTGATGT GACAAAAGAT
TCTGTTGCAT TCATTGTTGA AGAAGACATG AAAAAGGACA AAGAACGCGG TCACATGGAT
GAAGATGTGG GCTGGTTTAT GTTTGAAAAA GCCAACCAGA ACCCAATGTG TGATGCCTTT
AATGCGCCAG TTCAGACATG GCGCAGAGAG CTTGCCAATG ATGGGGTTGA TGGCACGTTA
GTTCTATCAA ACCAGTCAAA GATCATAGGA ACACCCGTGC TTACGGTTGG TGGTGAACGC
AAACGTGTCG TTGGCTTCAT GCCAGGTACT GTTTCTGGGC AGAATAAATC AAATGCATGT
GATGGATATG AATGTCATGG TGATGAAGGG CTATTAATTG GTAAAGAGGC GTTGGAAAAC
TTTCCTGTAA CCTCAAGTTG GAACAACCGT ACTATCGGTG CAGATGATAA AGTGACCTTT
TACGAAGGTA CTAACGTTAA GCACCTCAAT GTCGATGGTG AGCTAACGCT AGAGGCCGGA
AAATACTGGT TTGATTCAGT TAAAATCAAT ACTGGAGGTA AGCTTCTTGT AAAAGAAGGG
ACTGAAGTCA TTATAAACAC GAAGGCTTTG GCTTTAGCCA ACCATTCTTA TATGGGGGTG
GATGTTGATG CTAAGAATAA CCCTGTCTTC AACGGAAACA TGCGTGTGAA TGTTTATGGT
TTGACTCCTG CGGCAGGAAG TAAACTTCAT GATAGGGTTG ATATCGCTAA CTACTCAGAA
GTTGTCGGTT TGATTTATAG CGAAGACAAA GTTTATTTGA GTAACCATAG CGTGATATAT
GGTGCGGTAA CAGCCATTGA TATTGACATG AATGAGAGCG CCGAAGTACA TGCTGCGACA
TCGTGTTTGC CGCCGTTAGA TGATTATGAG CTGACAGTAT CACCAAAAGC ACAATATGCA
TTGATGTGTG GTGTTGAAAA GCCTACTTTT ACTATCGAAA CCAAAAACCA AGGTGAGCTT
GAAAGTACAT GGGTCAATGT TGAAGTACTT CCCGCGGACA GCGCGAATAG CTTTACGGTC
TCTGTAGCAA ATAATATTGG TTCTGGTACT TACCCTCGTT TTCGTACCAG CATGAATGAA
GGGAGTAAAG GTCAACTTGA ATTATCTATC GCTGTTAAAA ATACTGCGAA AGTCGATCTT
GACCAAACAT ACTCATTAAA GGTCACGTTA GAGGAGGATG GGAACCAATC TCAAGCGGCA
ACATTTAAGT ATGTCCCATT CAAATTCCAC GTCGATGACC AGAGTGTTAT TGCTGGGCAG
GTTAAACCTG TTACTGCGCA AGTCTTGGCA TGTAGTGGTG GCGAGCAAAC TATAGTCAAA
AGTTATGTTG GTACACCAGA TGTTTCTCTC AAGCTGGAAA CACCAAATGG TGGTCGTGAT
GATGCTAGTT TATTGAGTTA CGAACCTAAG TTCGTAAAGA ATGAGAATAG CAGTTCGACG
GAATACTTCA AGTTGATGGA GTCAGGTGAA TATACAGTTA CGCTTACAGA TCAGAACTTT
GTTTGTGACC CACAATATGC CGATGATTGC CCAATCGCGC CTGAAGAAGA CGATGAATCT
CAACAAGAAA CTGTCATGTT AAATGGCTCG TTTAATGTTA AATCTCGCCC TTGGAAAATT
GCTATCTGTG ACGTTAAGTC TAAAGAGGGC GATGTGATCA ACCCGGGCAC GCAAGCTACA
GGGAATGGCT TTATTCCTTC CGCTACAAGT TTTAATGTGA CATACAAGCC TGTTGTTCAT
AGCGAATCAC GTGATAGCGC AACGGATATC TGTGACTACC CGCTGACTCA GAACTACTTC
TCGAGCGATA ACACCAATGC GCCTTTAGAA ATTGAGTTTA GTGTTGCTTA CCCAGCAGGT
GGTGAGCTAG CGAACTTGTC TGAAGAGAAT GGTTTTATTG GTTCTTCGAC TTTTACTAAG
GCTGAAGCCT TATCAGGTAA AGAAGGGGAA TACGTTTGGA ATGAAGTAGG TTCGCTGGAC
TTAACGACCA ATGCTTCTTA TTTAGGCATG TCTCTTGATG AAGATAGTAA GGTGATTGGA
CGCTTCTATC CTAAGTTCTT TAATGTTATC GGTGACGAAT GGGATTACCC TGGTTCACAA
GATTTTGCGT ACATGAACCA GCCATTCGAT GGTTTAGCAT TTGATGTTGA AGCGTTAAAT
GCGAGTAAGT CTGCGGTTAC AAACTACGTT AAGTTTACAA CTAAGGCTGC TTTCAATATT
AAAGAGTTAG GTAGTTACTC TACTCGTCTG CTTTCTCCTA GTTTTGGTGC GGGTGAGTGG
AAGAATGCAT CAGACAACAG TGTGGGTACT TTCCTGACGG GAAGTAACAA TCTATGTACT
GGGAGTGTGT GCTGGATTAA AGATTTGGGC GGTAATTATC CGGACGGACC CTTCAATATG
GGCGGCGGAA AAGCGTCTCA AATTGGGATC GATTATACCA ATAATGCGGA TCCTGTTGAG
TACCTTAACT CAGAAGATGG CAACGCTTCG CGATTGCTCT CTCAACCGGA CATTCGCTTT
GGTCGTATTG ATCTTGATGA TGTAGGCGGT AATCAAGGTG CAGTCCTTCG AGTTCCTTTA
AGGGCTGAAT ATTGGACAGG TACTCGTTTT ATGTCGAACC CAGATGATGA TCAAACTTAT
GTTCGAGGGA TTACGTTTAA GCAATCACAT ATCTGGCCAA CCGACGGTAG TGCTGTTGCT
GTCAATCTTG GCAGTGAAGG TCAAGTTGTC GATGGTTTCT CTCGATCTTT GACGGCAACA
GAAATCACCG GCCATCGTCA GCAAACACGT GTTTGGCTCG ATCTGGAGTC GTCGAACGTG
CTCCCTTGGC TCAAATATAA TTGGGACAAC AGCCAAACTG GTGAAGAAAA CCCATCATCG
GTTGTCACGT TTGGTATTCA TCGTGGCAAT GACCGAGTGA TTTATCGTGG TGAACCGGGG
TTAACCGGAC AGTAA
|
|---|
| Protein sequence | MNKKTLFSSL FLFAAFTVQA EAIFPLPDGV CVETSAQTWK GSSEQEVKLA KSNAIIDGPS
DRIIGYTKID ENRSKSCGSG GKCKASKSNG IDRRLPTSPN FSLSGVHFDH TYNETQLSGS
QSMTLSSGTY RVKKLLKLDD NSTLRINGAV TLYVEKMEVL ANAKIEVSSG HPDDFIIISR
DGENDSEVIL KGYNEFAAHI FAQEEVELSE HVTLIGTITA PELEIKDHAQ LKAMVPESCS
PIDPEGPINR SPQFEFGTVD GATCSGSGNT YTCRISFEND YDEDKPIPLV FVMPTIDKTL
SSKKPRVTEY PSSVSVISVD RNTATIVQEF PPHNAADRNV QFLNKNDPGV RKEMAKVDYF
VIEPGVLELN NGAKIVAGTI DTKVAASQYK NDNKQINEQN NGVKVDFSDF GLSSFDGKPG
VLVQPQTKRN NGTNNWFTGM ARDGTKTSFK LALEKSEVYG KNNRGQETFN IIDDEETVAF
VAGEGFGYVN GKRFWLGQGV TEYTLNQQDP VIDPIYEGCK VYTPFPDSAG FKEPPILVAN
KNSRRGNNGG WLRRCDVTKD SVAFIVEEDM KKDKERGHMD EDVGWFMFEK ANQNPMCDAF
NAPVQTWRRE LANDGVDGTL VLSNQSKIIG TPVLTVGGER KRVVGFMPGT VSGQNKSNAC
DGYECHGDEG LLIGKEALEN FPVTSSWNNR TIGADDKVTF YEGTNVKHLN VDGELTLEAG
KYWFDSVKIN TGGKLLVKEG TEVIINTKAL ALANHSYMGV DVDAKNNPVF NGNMRVNVYG
LTPAAGSKLH DRVDIANYSE VVGLIYSEDK VYLSNHSVIY GAVTAIDIDM NESAEVHAAT
SCLPPLDDYE LTVSPKAQYA LMCGVEKPTF TIETKNQGEL ESTWVNVEVL PADSANSFTV
SVANNIGSGT YPRFRTSMNE GSKGQLELSI AVKNTAKVDL DQTYSLKVTL EEDGNQSQAA
TFKYVPFKFH VDDQSVIAGQ VKPVTAQVLA CSGGEQTIVK SYVGTPDVSL KLETPNGGRD
DASLLSYEPK FVKNENSSST EYFKLMESGE YTVTLTDQNF VCDPQYADDC PIAPEEDDES
QQETVMLNGS FNVKSRPWKI AICDVKSKEG DVINPGTQAT GNGFIPSATS FNVTYKPVVH
SESRDSATDI CDYPLTQNYF SSDNTNAPLE IEFSVAYPAG GELANLSEEN GFIGSSTFTK
AEALSGKEGE YVWNEVGSLD LTTNASYLGM SLDEDSKVIG RFYPKFFNVI GDEWDYPGSQ
DFAYMNQPFD GLAFDVEALN ASKSAVTNYV KFTTKAAFNI KELGSYSTRL LSPSFGAGEW
KNASDNSVGT FLTGSNNLCT GSVCWIKDLG GNYPDGPFNM GGGKASQIGI DYTNNADPVE
YLNSEDGNAS RLLSQPDIRF GRIDLDDVGG NQGAVLRVPL RAEYWTGTRF MSNPDDDQTY
VRGITFKQSH IWPTDGSAVA VNLGSEGQVV DGFSRSLTAT EITGHRQQTR VWLDLESSNV
LPWLKYNWDN SQTGEENPSS VVTFGIHRGN DRVIYRGEPG LTGQ
|
|---|
| |