| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000728 |
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| Symbol | |
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| ID | 8559033 |
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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 sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013457 |
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| Strand | + |
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| Start bp | 843281 |
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| End bp | 845935 |
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| Gene Length | 2655 bp |
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| Protein Length | 884 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 646408392 |
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| Product | putative integral membrane protein |
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| Protein accession | YP_003287879 |
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| Protein GI | 262396026 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5373] Predicted membrane protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.472428 |
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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 | TTGTACGTAA TACTAGCACT ATTCATGGCA TTGCTCGCCA TCCTCATCGG AGTGAAAGCC
GCCAACCGAG CAGCACTTTT AGAAAAAGAG CTAACCAAAC TTCGTGAAGA GGTAACATCA
CTGCGAGTCA GTCTAAATAA GGACTCGAAC CAACCAACGT GCCAACAATC CAGTGTTGAA
GAGGTAACAA AAGAGGCAAA CTCCTCATCC TCTAAGGAGC ATGACCCGAT TACCGACCGA
GCATCTTATC CAAACGCAAC ACATCAAGCT CAATACCAGA CAAGCGAAGT TCAACTGGAC
GTTTTTAGTC AAGAACAAGA GTCTATATTG CCAAGTAGAG TGCAGAGTCT GTTTAGCAAC
ATTCAAGAAA ACTGGTTGGT TTGGGTGGGC GCGCTGGCAA TGCTAATTGG TGGGGGGTAT
CTCGTACAGG TTATTGGTAG TCACATTGAG TTTTCGCCAC TTATGCGTGT GTCCTTTGCG
TTTGTACTCT CGTTACTTAT GGTGCTTGTT GGCGAATGGT TCCACCGCAA AGAACAACAA
AATCCTCAAC GAGCAACACG AGCCCAAGGC TTTACTTATG TGCCTGCCGC CGTTACCGGA
ACCGGGCTAA CTGGCATTTA CTGCACGGTT ATCTTTGCGT TTGTTGTTTA TCAAATGCTG
ACACCTAGTG TCTCGCTTAT CATCTTAGCC GCTGCCGCAT TTTGCAGCTT GGCTCTATCT
TTACAGCAAG GGCCGTTGAT GGCGGTGCTT GGTCTGATTG GTGGATACAC CGCACCGTTA
TGGATTGGTG GAAGCGAGCC TAATTACTTC TTACTGGCTG GGTATATCAG CGCGATCTCG
GTCGCGGCAA CATTGCTAAT GCAAAAAGTA CGTAGTGCAT GGATTTCTCC AAGCATCGCG
CTTCCACATG TTGTTTGGAT GCTGTTGCTC ATTGAAAGCA TGCCGCTTGA GACACTTTTT
TCTTGGCTGG CTATTTATCT CTCCATTACT CTTTATCTTA TTTTCGCAGT TCCAAGACTG
GGTTGGACAC TCAATCCTCG TTATCATCAC TGCCAGAATA AGTGGACAAA TCCGCCGACC
GCTACCTCTC TCGCGATTGC GTTATTGACC TTTTCGGCTG TCACCAGAAT GCCAGAATTG
GACACACTGC AAATGGTGTA CTGTTATGCG CTGCTCGTTG CGACAGTATG GCTCCCAGCG
GTTCGCACAG GTTGGTCATT GCGCGTATTT TTGCCTTCCA TATTGGTCTC TGCGACCGCA
CTTGTTGTCC TCACTGTCGC GTTTGACGCT TTGTATATGC CAGAACATGG TGCCAGTATC
TTACTCGCAT TGGCCACCAG TATTGCACTG ATCTGCTGTC GAACTTATTG CCAGTCACTC
AGTGACCGAT CGCAACTTAG CGGCGTACTT CTGTTAGTAC TGGCTCCTGC AATGAGTTTG
ATTACGCTGT TTTATGTCGA CGAATTTATG CAAGGCTACC TGTGGCACTG GACTGCATTC
TGCGCATTGG TGACCGTTTA TTACGTTGTA CTTGGTCAGC GCTTACATTC GCTAGCATTG
GAATGTTCTG CCGTCATGCA CGCTTTAATC GTAGGCGTCG CCTTTGTTTG GTTAAGCGAT
ACCTGGTTGA CGACAGCAAT CTCGATACAA GTTGCGGTAA TGGCGCTACA GACGCAATCA
GGGTTATTTC GCCCCGCAAG TTGGGCGATT AAAGTGGCGA TGGGGATACT GGTCATCCGC
CTCACACTTT TACCCTTCAT CCCTGAATGG CAACCCGTAG AAGCAGGACA TTGGGCTTGG
GTTATTGTGA GTTACCTACC GTCTCTCATC ATCCTGCTCT ATGCTCGAGC CACGCTAAAG
CAAGCGGACC TCGAACTGAC CAACTGGTTT GAAGGCGCAT TTTTGCATGT ATTCTTAATG
GCGCTATTCA CCCAAACCAA CTACTGGTTA ACTGGGCAGT ACGGCTATTT GGGACACCTT
GATTTCACAA GCGCCATCGT TTTTGCTAAC CAAGCGTTGG TTATGGGTTT GGTGTACAGC
TACCGTAGCC AATTTGCACA ACGCTTAAGC CGCATCTATG AAGCCTACAG CTACCTGCTT
TGGTGTGCCT TCGCATTGCT GATAATTTTG CTTAATACGG CAGAGTCGCC ATTGGTGACT
GACAACGTCT CAGCCCAAGC TCTTCCCGTC ATTAATATGC TAAGCGTCGG CTGGTTGCTG
CCAGCTTGCA TCCTACTTAT CGCAACCTTT AGAGGCTGGA ATACGTTACA GGTTCATCGA
TTTGCGGTTG CTAGCCTAGG CTTTGCACAT GCTGCTATTT GGTTAGGTAT GTCTATCCGT
CAATTCTGGC AAACCACATC CATGATGTTG TACCAACCGA CCAGCATGGC AGAACTGTTC
AGTTATTCAG TAGCAGGTTT GCTCGTGGGT GGATTGCTTA CTTGGCGCGG TGTGACACAC
AGAGGGTTGA TGATGCAGCG CGTGGGTCTA GTGGTTTTAG CTTTTGTCGC ACTCAAAGTA
TTCTTATGGG ATGTTAGTTC TCTGGATGGG TTCTGGAGAG CAATCAGCTT CTTAGGTTTA
GGAGCATCTT TAATCGCGCT TGGGTGGTTA TTCCAGAAAT TGAATCGCTC GGTGGCAAAA
GCACTCGAAC CATAA
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| Protein sequence | MYVILALFMA LLAILIGVKA ANRAALLEKE LTKLREEVTS LRVSLNKDSN QPTCQQSSVE
EVTKEANSSS SKEHDPITDR ASYPNATHQA QYQTSEVQLD VFSQEQESIL PSRVQSLFSN
IQENWLVWVG ALAMLIGGGY LVQVIGSHIE FSPLMRVSFA FVLSLLMVLV GEWFHRKEQQ
NPQRATRAQG FTYVPAAVTG TGLTGIYCTV IFAFVVYQML TPSVSLIILA AAAFCSLALS
LQQGPLMAVL GLIGGYTAPL WIGGSEPNYF LLAGYISAIS VAATLLMQKV RSAWISPSIA
LPHVVWMLLL IESMPLETLF SWLAIYLSIT LYLIFAVPRL GWTLNPRYHH CQNKWTNPPT
ATSLAIALLT FSAVTRMPEL DTLQMVYCYA LLVATVWLPA VRTGWSLRVF LPSILVSATA
LVVLTVAFDA LYMPEHGASI LLALATSIAL ICCRTYCQSL SDRSQLSGVL LLVLAPAMSL
ITLFYVDEFM QGYLWHWTAF CALVTVYYVV LGQRLHSLAL ECSAVMHALI VGVAFVWLSD
TWLTTAISIQ VAVMALQTQS GLFRPASWAI KVAMGILVIR LTLLPFIPEW QPVEAGHWAW
VIVSYLPSLI ILLYARATLK QADLELTNWF EGAFLHVFLM ALFTQTNYWL TGQYGYLGHL
DFTSAIVFAN QALVMGLVYS YRSQFAQRLS RIYEAYSYLL WCAFALLIIL LNTAESPLVT
DNVSAQALPV INMLSVGWLL PACILLIATF RGWNTLQVHR FAVASLGFAH AAIWLGMSIR
QFWQTTSMML YQPTSMAELF SYSVAGLLVG GLLTWRGVTH RGLMMQRVGL VVLAFVALKV
FLWDVSSLDG FWRAISFLGL GASLIALGWL FQKLNRSVAK ALEP
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