| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_002382 |
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| Symbol | |
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| ID | 8556077 |
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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_013456 |
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| Strand | + |
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| Start bp | 847298 |
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| End bp | 851824 |
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| Gene Length | 4527 bp |
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| Protein Length | 1508 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 646405440 |
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| Product | hypothetical protein |
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| Protein accession | YP_003285009 |
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| Protein GI | 262393155 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAGAAAAA TACTATTTGC CTTAGCTTTG TTGTCTTCAA GTAATTTGTC TTATGCGGAT
GAATGGGAAG GTACGGAGAC TTGCTCTGTT AAAATGGACG CCCCATTTTT TGTCGAAGCC
AATTACTATG ATGATGATTG GTTCGACTGG CTGTCTCGAG ACTCAGACAT TGAAGACGAA
GTGATCTATC TCAAAAAACA AGGTCAAGGC AACGTTTCCT TATACCCACT ATGGTCTGCT
GACGATGATG TTGACGGGAT ATTTAACGAA CATTCGCTTT CCAACAGAAC GTTATACTCT
ATTCGTTTGG AATACAGCAA CGTAAGAAAG CAAGGCAATA GTTATACTGG GGATTTGAAC
TACTACCTAC GCTCTTCTAG TGGTTCATTG ATACGTCAAG AAACTGTATT CGATAATGTT
TTCTCTAAAA TGTCGAATAG TGCTGATGTT TTGATTGAGA AAGGCGAAGA ACTCAAAACT
CTGCGATGTG GTGAACTTGA GGGACCATCA CCAACACCTG AACCAGAAAT TACTGTACCA
GAACAAGTTT GTGAAGTCTT TCCTGAGCCT ATTCAAGGTT GGAAAAATGA AGTCAGCCAG
TTAATTGTTA CTAACTCAAC TGTAGGCACT TTGGGGTGGT CTCCAGAGTA TATTGCTGAT
AGACAGAATA TTTATGAGTA CTCTAATTCT AATGGTCAAT CTTGGAACAC GTTACGAGTG
GGCTTTGATA AGGGAGAAGG GGCATGGCAG CTATATGAAA ACTCAAGCTC AACCATCTGT
GATGATCGGA TGGGATGTTA TCCTGGTGAT GCCCAGCCTG ATGGAAATGA CGGTTTAATT
GAAAAGCGTA AAGCCCAAAC TCCGGCTTCA GTTAACGCTT TATTTGACTC ATCTCAAGAC
CTAATTATTC GTACACAAGA TACGGATTCA AACTATTACG GTAAGGTTTG TTCTTCTAAT
TCGACTCTAT GTGAGTACAG CAACCTGACC GACAAAGTCG TTATTCGACT GAAAAGCGAT
TTGAACTCTC TCGACATTAA CGGATATGGT TCAGAAAAAA GTGTTGAGCT TCAAATTGAT
GGTACTAGGG AAATTAAAAG CTTTGCCTAT GATGCTGGTA ATAACCTCTC CCTGTATTTT
AGTGATGACG CCAAGCTGAC GGTGAAGACG TTTAGAAATA CTGGCTCTGA TCCGAAATTG
ATTTTTGGTA GTGACGTAAT CTTCAATGTT GTGGGAACGA ATCAGCCTGT TGGCCCTGTG
ACATCTGCAG ACTTTAAATT AGAGGATGCC CATTTTGATT ATCGTACTTT TAAAGATGAC
CTTGTTTTGC CAATTATTTA TGGTCCAGAA GCCAGCGTAC ATTTCAAAAC CGACTCTGGT
CAGGTGTTCA AAGGATTTGT TCTAGCTAAA AGCATTATGC TTGATACTAG CGAGCATATT
TATGGGGCAA TTACGAGTCT CAGACTTGAT ATGCGTGGCT CAACAAAAAT TGAGAAACCA
AAATACCCAG AATCCTGTTG GGTTCCACCA GAGCCTCAAC AGTGTACTTA TCTACCCAAA
GAGACGTTTG ACAATGGCAG CGTACTAACC AACTGGTCTG TTATGGGGTT TGGTGACAGT
GTTGACCCTA AAATTCACGG TGGCAAGTTC CGTCTGAATG ATGATAGAAC GCGTCAAGCT
ACAGCATCTG CTTATAACTA CATTTTCCCT TCGGATCAAA ACTATCTTGA AATCGAGTTT
GAGCATTATG CATACGGTAT TAATCGTGGT GGCGGTGATG GCATTGCTTT AGTTATCTCT
GATGCGAACG TACCGCCTAA AACGGGTGCT TTTGGAGGCC CTCTTGGCTA TGGGATGAAA
CTAAAGAAAA ACCATGGTGG TGAGGTTAGT AGTGATGTTG AAGGATTTGC TGGTGGTTGG
CTGGGTATAG GCATTGATGA GTACGGCAAT TTCTATCGCG AAGGTGGAGA AACTATCTCA
AATCGAAATG GTAGACCAGA TAGTGTAGGT ATTCGTGGGT CGGGTGCTCA AGATAACCAA
GGAAAATGGT TAAAAGGATA CGCATATGTT GATGGCACGC AGTTTTCGAG CTCCATCGAC
AACCATCACG ATTTACATCG CTATAAGATC ACTCTGAATT CAAGAGATGG TCAGCATATG
ATGTTGAAAG TTGAAAGAAG TATTAATGGT GGAGAATGGA ATACTGTTAT TTCAGATTTT
GATGTGCGAA CAGAAGGGCA CTTTAGCCAA GCTCCAACAA ACTTCCGTTT GTCAGTAACG
GCATCAACAG GTGCTGCAAC GAACTTTCAT GAAGTGGATA ACTTCCAAGT CTGTGCGGAC
AAGTACTCGC GATTAACAGA TGGTATTCAT CATTTCGAGT TTGACTACTC TGGCTCGGGC
AGTACGTGTC AGGCTTCTGA TGTGACACTT AGAGCTTGTA TGAATGAAAG TTGTTCTGAG
CAATATCCTA GAGATGCATA CGATGATGGC AGCTTAACGC CTCTCTCTGT CACTTTACTT
CCATCTGTTG GCAATAATGT TGCCAACTGG GTTGGCGGTA CAAATGTACA GTTTGAGAAT
GAAACTCAGC TTGAGCTGCA AGGTTCAAGA GCTGGCGATG TTACTTTAGG TATCGACCAA
AGTTCCGTAC CACAGTTTGG CTTTGAAGGG GCGCGATGTC GAATTAATGG CGGTCCACTA
TCTGCTAACA ACTGTAATGT AACCTTCGCT TCAAATGTGC TCGCGGTGAA TGTTAATGAT
GTAGTTGCTA GTCGCGAAAC TACGGGTGAG GATTACCTAT CGTTTTGCTC AACTCGAACA
GAAGACGGCG GTGAATCTCG CGGTGTTAAT ATGTCGATTG ATTATGAAGT GGCACCGGTC
GATAGCTCTC AACCTGTCGT GATTTCTTAC AAGAAAAAAG TGAAAGATCA GGCTGTGGAA
TGGAGTTCAG ATGTCGAGCT AACCAAGGCT AATAAATACC TGCCTAATGT TTATTTTGAT
GATGAAGGCA AGGCATTCTT TAAGTTGAGA TACGCTGAAG CTGGAAAGGT CAAACTTAAA
GCCAGTGTTG AAGGCGTTGA TGACTCGGAT GGATTCGGCA GCTTCGTTAG TTTTCCTTCA
AAACTGAAAG TGACTGCAAA GAGTGGTGAT AAGAGCGGAG AGTGCACCAA CAGTGAAAAT
GGCTGTTCTT CGGGGTTTGT TGCTGCTGGT GAAGTTTTTG AACTAACTAT TTCTGCGCTG
CAGGATGACG GTTCAGTTGC TGAGAACTAT CAAGAGAAGA CTATTACGGT TAGTAATAAA
GTGAAGTACC CGTCTAATGG TTCATTAGCC AAACTTCTGA ATGAGAGATT ACCAGAATCA
AGTAAATGGT CTGGCGGTAA TGTGAAGTTT GACCAATCGG TTTCAGAAGT CGGTGTTTTC
GAGCTTATTG CTGAGGCACC AGTTGCTAAA GATGAAAATG GCGATGATAT TGGGACATCT
CTGTATCTTG GCAGCAAAGC TTTTAAAATT GCAGATGGCA AGTCAACAAT TGGTCGCTTC
TATCCTGATT ATTTTAAAGT AACAGGAACC GAGTGGACTT ATCCTGATAA TCAGAATGAC
TCTGTTTATA TGGGGCAAAA CTTTGCGTCA GTTAAGTTTG AAGTCACCGC ATATAACGCT
GATGGGTATG CTACGCAGAA CTATGGTAGT TTTGCCGATT CTTTGAAAGC AGACTTGTAT
TTAGCTGGAA GCTTTTCTGA CCGACTGAGT ATCTTGGACT CTGATCTAAC GAGTAAAAAC
TGGTCTGGTG CGATTTGGAG TAAAACCTGG GTTAATTCTG TTGATTGGAG CAAAGCTGCT
AATTTAGATG GTCCATTTAA CTCCAAAGTA TCAACAGATA GTTCTACTGA GTCATCAATT
GCGTTGTCTC TTAATAAGAC AGCGAGTACG AAGACAGCAC ATATTGACCC AACTCTATTT
CTGACAGAAG GTAATGATGG CAAACAATCT CGTACCGTAG AGCAACAACT GTTATCTCAA
CCTGATGTTA GGTATGGGCG TATGGTTTTA GATGATATTG GCGGAAGACA AGGGGATACA
CTCAGCATTC CTCTTAAAGT TGAGTACTGG AATAAGAACC GATTTGTTGT CAATTCTGAG
GACAACCGAA CGGCCGTTTC TGCTGTAGAA CAAGGCGATG ATAAACTGAT TTGGAGCAGT
CCAGATGGTG TTACTGCCTG TGATATCAAT ATTCAAGTTC TTGATTCAGC AGACAGTGAA
ACATCCAGTG CTAAAGTTAC CGGGGGCATA TTACCAAATG CAAATAGAGA GCGTTTAACC
GCTGTACAAG GTTGTGATAA TGAAGTTCGA CAGCAATCAC AAGTTTGGTT AGATCTTGAT
GACTCTGAAA ATGGCTTACC TTGGCTCAAA TATGATTGGG ACAATGATGG CTCCGAAGAA
AACCCATCCA CCGTCGTCAC CTTCGGTATT CACCGTGGTA ATGACCGTGT GATTTACCGT
GGTGAGCCTG GGTTAACCGG ACAGTAA
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| Protein sequence | MRKILFALAL LSSSNLSYAD EWEGTETCSV KMDAPFFVEA NYYDDDWFDW LSRDSDIEDE
VIYLKKQGQG NVSLYPLWSA DDDVDGIFNE HSLSNRTLYS IRLEYSNVRK QGNSYTGDLN
YYLRSSSGSL IRQETVFDNV FSKMSNSADV LIEKGEELKT LRCGELEGPS PTPEPEITVP
EQVCEVFPEP IQGWKNEVSQ LIVTNSTVGT LGWSPEYIAD RQNIYEYSNS NGQSWNTLRV
GFDKGEGAWQ LYENSSSTIC DDRMGCYPGD AQPDGNDGLI EKRKAQTPAS VNALFDSSQD
LIIRTQDTDS NYYGKVCSSN STLCEYSNLT DKVVIRLKSD LNSLDINGYG SEKSVELQID
GTREIKSFAY DAGNNLSLYF SDDAKLTVKT FRNTGSDPKL IFGSDVIFNV VGTNQPVGPV
TSADFKLEDA HFDYRTFKDD LVLPIIYGPE ASVHFKTDSG QVFKGFVLAK SIMLDTSEHI
YGAITSLRLD MRGSTKIEKP KYPESCWVPP EPQQCTYLPK ETFDNGSVLT NWSVMGFGDS
VDPKIHGGKF RLNDDRTRQA TASAYNYIFP SDQNYLEIEF EHYAYGINRG GGDGIALVIS
DANVPPKTGA FGGPLGYGMK LKKNHGGEVS SDVEGFAGGW LGIGIDEYGN FYREGGETIS
NRNGRPDSVG IRGSGAQDNQ GKWLKGYAYV DGTQFSSSID NHHDLHRYKI TLNSRDGQHM
MLKVERSING GEWNTVISDF DVRTEGHFSQ APTNFRLSVT ASTGAATNFH EVDNFQVCAD
KYSRLTDGIH HFEFDYSGSG STCQASDVTL RACMNESCSE QYPRDAYDDG SLTPLSVTLL
PSVGNNVANW VGGTNVQFEN ETQLELQGSR AGDVTLGIDQ SSVPQFGFEG ARCRINGGPL
SANNCNVTFA SNVLAVNVND VVASRETTGE DYLSFCSTRT EDGGESRGVN MSIDYEVAPV
DSSQPVVISY KKKVKDQAVE WSSDVELTKA NKYLPNVYFD DEGKAFFKLR YAEAGKVKLK
ASVEGVDDSD GFGSFVSFPS KLKVTAKSGD KSGECTNSEN GCSSGFVAAG EVFELTISAL
QDDGSVAENY QEKTITVSNK VKYPSNGSLA KLLNERLPES SKWSGGNVKF DQSVSEVGVF
ELIAEAPVAK DENGDDIGTS LYLGSKAFKI ADGKSTIGRF YPDYFKVTGT EWTYPDNQND
SVYMGQNFAS VKFEVTAYNA DGYATQNYGS FADSLKADLY LAGSFSDRLS ILDSDLTSKN
WSGAIWSKTW VNSVDWSKAA NLDGPFNSKV STDSSTESSI ALSLNKTAST KTAHIDPTLF
LTEGNDGKQS RTVEQQLLSQ PDVRYGRMVL DDIGGRQGDT LSIPLKVEYW NKNRFVVNSE
DNRTAVSAVE QGDDKLIWSS PDGVTACDIN IQVLDSADSE TSSAKVTGGI LPNANRERLT
AVQGCDNEVR QQSQVWLDLD DSENGLPWLK YDWDNDGSEE NPSTVVTFGI HRGNDRVIYR
GEPGLTGQ
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