| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000156 |
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| Symbol | |
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| ID | 8558461 |
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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 | 165370 |
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| End bp | 168003 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 646407821 |
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| Product | protein acetyltransferase |
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| Protein accession | YP_003287309 |
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| Protein GI | 262395456 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1042] Acyl-CoA synthetase (NDP forming) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.775567 |
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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 | ATGAATAAAC TACATAAACT CTTTAAACCC AACTCTGTGG CCGTTATTGG TGCATCTCAA
AAAGCATTGC GAGCAGGGCA TGTCGTTATG CGTAACCTTC TACAAAGTGG ATTTGGTGGC
GCGATTATGC CAGTAACGCC GCGATACAAA GCGGTATCCG GAGTTATAGC CTACCCGGAT
GTGGCTTCCC TACCCTATAC GCCAGATATT GCGATTTTAT GTACGAACGT TTCACGTAAT
GAGCAACTGC TTAAAGAGTT AGATGAGAGA GGCACGCCGT TTGCGATTGT TATCTCTGAT
GACGCTCAGC CTTTAAATAT TTCATCATTG AATATTCGAG TTTTAGGACC GAACAGCTTA
GGTATTATCT TGCCTTGGCA CAAATTTAAC TGCACGTTTT CTCCTGTTGC GGCTAAGCCC
GGAAAAATTG CGTTCATCTC ACAATCTGCG GCGGTTTGTA CCACAGTGTT AGACTGGGCA
AATGATAAGA ATATTGGCTT TTCTTCGTTC ATTTCGATTG GACGCGGACA GGATATCGAT
TTTGCAGATT TGCTTGATTA CTTAAGTATG GATGGGAATA CGGAAGCTAT TCTGCTTTAT
GTGGATAACA TCCAGGATGC TCGACGATTT ATGTCTGCTG CGCGAGCTGC TTCACGTAAC
CGCCGTATAT TGGTATTAAA AGCGGGCCGC TCTAAAGAGA TGAATACTTT CGAACAGCAA
GATGGTGATA CGCTTGATGT AATTTACGAT TCTGCCATCC GTCGAACTGG TATGTTACGA
GTCAGCAATA CGCATGAGCT CTTTGCTGCG GTAGAAACAC TCACGCATTC TGTGCCACTT
CGTGGGGAGC GTTTAGCGAT CATCACCAAT GGCGGCGGCC CTGCAGTTAT GTCCGTTGAT
ACTTTGATTG AACGTGGTGG CCAGCTCGCA ACACTTGATG ACGCTGCCAT TGAGCAATTA
CAAACAGTAC TCCCGTCCAA CTGGCGCACT CGAAATCCGA TTGATCTTTC TGGAGACGCA
ACAAAAAAAC GCTACATTGA TACCATTAAC GCACTGATGA ATAACGACTG TGCAGATGCG
ATCTTGATAA TGCATAGTCC TTCTGCGGTT TCCGACCCTC TTGAAACTGC TCAAGCTGTT
ATTGAGGCGA TCAAGGCTCA CCCTCGGCAT AAGCATTTTA ATGTCTTGAC CAACTGGTCA
GGAGAACAAA CGTCGAGAGA GGCACGACTG GCATTTACTC AAGCTGGCAT TCCAACCTAT
CGAACGCCGG AAAGTGCGGT CGTTGCATAC ATGCACTTGG TTGAGTATCG ACGAAACCAG
AAGCAATTAA TGGAAACGCC AACGACGGCT GAGCCATTGC ACTCTGGAAG TGTGAGTTCT
GCAAAAGAAT GGGTAAATGA ACGACTACTG GATAAAAACA CAGTTACCTT GGATACGCAT
CAAACCAGCC CATTATTTAA GCTGTTCGGG TTTAATGTTC TGCCAACATG GATTGCATCT
GACGACATTG AAGCCGTTCA TATGGCAGAA AATATCGGAT ACCCTGTTGC GGTTAAGTTG
CGATCTCCAG ACATTCCTCA TAAATCGGAT GTACACGGTG TCGCCCTGAA TTTAAGAAAC
AGTCGAGAAG TTTCCAACGC AGCGCTATCC ATTCTAGATA CCGTAAAGCT CAGTTACCCT
TCTGCCAATG TACACGGTCT ATTGGTGCAA GGTATGGCAA AGCTCGGCAG CGCTGAAGAA
CTAAGGATTA GCATTGCAGT AGATAAGGTC TTTGGACCTG TCATCTTGCT GGGTCAAGGC
GGCTCGGAGT GGAATATCGC CCAAGATGCC GTCGCTGCAC TTCCTCCTTT GAACATGACG
CTTGCACGCT ACCTTGTCGT TGTTGCTTTA AAGTCTGGAA AGATTCGCCT GCAGAAACAC
AAAGATGCGC TCGATATTAG TGAGTTGTCG AAATTCTTAG TTCGTATCTC CCAAATGGCG
GTTGAGTTGC CAGAAATACA AAGACTGGAT ATCCATCCAG TATTGGTGTC GGGAAGCGAT
TTAACTATCC TCGATGCGGA CATCACACTG TGTAAATACG AGGGAGATGC GCAAAAACGT
CTGGCGATTC GTCCTTTCCC GGCAGAATTT GTCGAAACTG TAACGCTTCG AGATGGCCAA
CCTATCCTGC TTCGCCCTAT CCTGCCTGAA GATGAGCCGC TGCATGCTCA ATTCATTAAT
AGCGTATCGA AAGAAGATCT CTATAAGCGT TTCTTTTCTG AGGTTGGTGA GTTCAACCAT
GAGGCTTTGG CAAACTTCAC TCAAATCGAC TACGACCGCG AAATGGCGTT TGTTGCGGTA
GCGTTTAATA CCGACGGACC GTCTATCATA GGCGTAGCCC GCGCATTGAT TACTCCAGAT
AATAGTGATG CTGAGTTTGC TATTTTGGTT CGTTCAGATT TGAAAGGAAA AGGCTTAGGT
AAAGTGCTGA TGCAGAAAAT TATCAGCTAT TGCAAGATTA AAGGCACAAA GCAAATGTCT
GGAATGACCA TGCCTACAAA CAGAGGGATG TTGATGTTAG CTCAAAACCT GGGATTTGAA
GTCGATGTTC AGTTTGCCGA TGGTACGGCA GATATGGTGC TTCCTTTAAA TTGA
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| Protein sequence | MNKLHKLFKP NSVAVIGASQ KALRAGHVVM RNLLQSGFGG AIMPVTPRYK AVSGVIAYPD
VASLPYTPDI AILCTNVSRN EQLLKELDER GTPFAIVISD DAQPLNISSL NIRVLGPNSL
GIILPWHKFN CTFSPVAAKP GKIAFISQSA AVCTTVLDWA NDKNIGFSSF ISIGRGQDID
FADLLDYLSM DGNTEAILLY VDNIQDARRF MSAARAASRN RRILVLKAGR SKEMNTFEQQ
DGDTLDVIYD SAIRRTGMLR VSNTHELFAA VETLTHSVPL RGERLAIITN GGGPAVMSVD
TLIERGGQLA TLDDAAIEQL QTVLPSNWRT RNPIDLSGDA TKKRYIDTIN ALMNNDCADA
ILIMHSPSAV SDPLETAQAV IEAIKAHPRH KHFNVLTNWS GEQTSREARL AFTQAGIPTY
RTPESAVVAY MHLVEYRRNQ KQLMETPTTA EPLHSGSVSS AKEWVNERLL DKNTVTLDTH
QTSPLFKLFG FNVLPTWIAS DDIEAVHMAE NIGYPVAVKL RSPDIPHKSD VHGVALNLRN
SREVSNAALS ILDTVKLSYP SANVHGLLVQ GMAKLGSAEE LRISIAVDKV FGPVILLGQG
GSEWNIAQDA VAALPPLNMT LARYLVVVAL KSGKIRLQKH KDALDISELS KFLVRISQMA
VELPEIQRLD IHPVLVSGSD LTILDADITL CKYEGDAQKR LAIRPFPAEF VETVTLRDGQ
PILLRPILPE DEPLHAQFIN SVSKEDLYKR FFSEVGEFNH EALANFTQID YDREMAFVAV
AFNTDGPSII GVARALITPD NSDAEFAILV RSDLKGKGLG KVLMQKIISY CKIKGTKQMS
GMTMPTNRGM LMLAQNLGFE VDVQFADGTA DMVLPLN
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