| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_003968 |
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| Symbol | |
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| ID | 8557704 |
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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 | 2608222 |
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| End bp | 2610942 |
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| Gene Length | 2721 bp |
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| Protein Length | 906 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 646407066 |
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| Product | hypothetical protein |
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| Protein accession | YP_003286593 |
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| Protein GI | 262394739 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.0731813 |
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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 | ATGAAAAAAA CAATTCTATC GTTGGGCCTT GCCGCCGTTG CCACTGGATG TGGTGGGGGA
GAGGGAGAGT CACAACCTAA TGCTCAAGTA AAACCAACGC CAGTTCCAGT TCAACAAGCT
CTGGAAACTG GTAATGCACT GCTCGTTTCT GACCCGAACG ATTTCATTCG AGAAAGTCGG
CAAGTTGTGG AAGGGCACAA GAAACAGTCG AATACGATCA AATCTGCAAT TGCGAAAAAC
CTTTCTGGCC TTTATTGGGA TCCAACCCAT GATGCAGCGA TCTTGGCACC TCAGTATGGG
TTCAACGACA CCATCTTGAT GACCAACAAG GCCATGGCTA GCGGTTATAA AGATCAGGCG
TTGTCAATTG GCGTTGCTGG AGAAAAAGCT AATGGTCAAC GTTATGCGCT ATTAGGTAGT
AACCCATTTA GAACGGCACA ACGCTTTCCC GAGTCTTCGA ATGCAGCGAT GACGCAATGG
CTAAGCAACC TGGTCACTTG GTTGTCAGGC GGAGCTACTT CAAACGTTGT CATCGCGCAA
ATGGATCAGT CTTATTACTT CCCTGATGAG CAAGCGACTC GGAATTGGCT GAAAGACAAT
GTTTCACAAG AGTTGGCGTT TAACGAGGCC AACCTATGCG ATGGTTCGAA GCTACTTAGC
TGCTTGCAAA CCAATACTCC AAACTTATTG ATCTTGTCAC AGCATCTGCA ATCTGGCGAC
ACCAACCAAC AAGTACTCGA TGCTCTGGCA TACGCTGAGC AAGCCCAAAT TCCTGTTCTA
TACCTGCATT GGGATGGAGG ACTAACTGAA CTTGGCCGAG ACATTTTGGA AAAATTCCAT
GTTGATTATG TGGGAGATAA CTATTGGCGT AAGTTAGGCT TGGTTGATTG GGCGCCTTCA
TCACTCATGA ACTTCGTGCC AGACTCTGTT GCTACGCAAC AAGCGCTGTT GTCTCGTTTT
GAATCTCAAA ACTTCAATGT TGACTTGTCA CAGTGTGATG ACAAATCTTG TCCTGATACT
GCGAATATGG AAAGTCAATT TTATGCAGGG GCAAACAGTA TTCGCCATCG GTTGAAAAAG
CTTGATGAAC AAAAAGTAGA TTTGTTTAAT CAAGATGGCT ACCAATACGA AAAACTCATG
GTATTGCTGG CTGATCACTA TCGTCAAACG GTTGTGTTCC CAATGGACAA ACAGTCAACC
CAAACGACCG AATTCCTAAA GTCGTACTTT GCCGATTACG TGCAATACAA CAGCCGAAGC
GTAAACCCAA AACAACCAAA TATGGGGAAC TTCAGCCGTA GTGAGTTTAG CCCTGAAGTA
AAGAGAATCA GCGCAACGAT TAATATGGAA TCAAAGCGTA ACTTCCGCTC TGCTGGTGTG
TATGCGCTTC CTGGGGAGAC CTTTACGGTC ACGCGCAATG ACAGTAATGA AGTGACGACT
AAAATTGTCA TCAACAGTTT AAGAAGTGGC GCAACTCATG AGTTCAGCAA AGATGGATAC
ACGCGACCAA AAATGCTGAC TTCTTTCGCC TATGAGGTGA AGCCGGGTGA AACCATCACG
CTGACTTCAC CTTATGGCGG GCCTATCCAG GTTCACTTTA ACAATAATGA TGTACCAGTA
GCTCTAACAT TTAGCCATGT AGCGCAACAC CCTGTATGGA GAAGTGAAAA GGATAACGAT
GCGTTTATTC AGGAGCTTGA AGCGAATTTG TTCGATTGGG CTGAACTGAT CACGCCTGGA
TTTGAGGTAC ACTCTAAACG TGACAAAATG CTTGAATCTG TCAACGATGA GATGTGGTCG
ACACCAGCTG AAATGGCGCT AGCGACAGAA GAGTATGTTC ATAACTACCC ACATGTCTTG
GCTGGTTTCC AAGGGCCGGG TATCGATGAG GTTCCGGAAA TTATCCAGTA TGCCAAAAAT
CAAGGTTGGG AAATCGCCAA TATTGATATG GTGAAGCATA TGAACGCTGA CCAAGCGACG
TGTGGTTACG GCTGTTCTGG TAACCCATAC GATGCTTACT GGTCATTCAG CCCACTCGGT
CACGGTGATT TACATGAGCT TGGTCATGGC TTGGAAAAAG GTCGATTCCG ATTTGCTGGT
TGGGAAGGGC ATTCAACGAC CAATTACTAC TCGTATTACA GTAAGTCTCG TTTCTTCCAG
AATACGGGGA AAGTTTCAAC TTGCCAAAGC TTAGATTTCA AAGGCCAGTT TGAATTATTG
CAAGCAAGCC GAACTCAAGC GGATCCAAAC GCTTACATGG CAGCGCAAAA TCAAACTGGT
TGGAGTTGGG GAGCTCGCGT TTACATTCAA ATGATGATGG CGACGCAGCA TGAAGGTGTA
CTGCAAAATG GTTGGCATTT ATTGGCGCGA TTGCACCTGA TTGAACGTGA GTTTAACCGC
TTGAAATCGG ATGATGCGCT TTGGAATGAG AGACGATTGA GTATTGGTTT CACCAACTAC
TCTCGTGAAG AGGCAAATAG CATCTCAAAC AACGACTGGT TGCTTATTGC TCTGAGCTAC
ATCTCTCAGC GAGACATGAC GAGCTATTTA GATATGTGGG GCTTCTCGTT CACAGAAAAA
GCGAAACAGC AGGTTGTGGC GCTGAATCTA CCGCCGATGC CTCTCACTTA CTTTGCAAGC
AGCAATACCG GCTACTGTCT GAACGAATTT GCTCAAACGC CAGTCAGTGT TGATGGTCAA
ACGGTTTGGC CGCTGAACTA G
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| Protein sequence | MKKTILSLGL AAVATGCGGG EGESQPNAQV KPTPVPVQQA LETGNALLVS DPNDFIRESR
QVVEGHKKQS NTIKSAIAKN LSGLYWDPTH DAAILAPQYG FNDTILMTNK AMASGYKDQA
LSIGVAGEKA NGQRYALLGS NPFRTAQRFP ESSNAAMTQW LSNLVTWLSG GATSNVVIAQ
MDQSYYFPDE QATRNWLKDN VSQELAFNEA NLCDGSKLLS CLQTNTPNLL ILSQHLQSGD
TNQQVLDALA YAEQAQIPVL YLHWDGGLTE LGRDILEKFH VDYVGDNYWR KLGLVDWAPS
SLMNFVPDSV ATQQALLSRF ESQNFNVDLS QCDDKSCPDT ANMESQFYAG ANSIRHRLKK
LDEQKVDLFN QDGYQYEKLM VLLADHYRQT VVFPMDKQST QTTEFLKSYF ADYVQYNSRS
VNPKQPNMGN FSRSEFSPEV KRISATINME SKRNFRSAGV YALPGETFTV TRNDSNEVTT
KIVINSLRSG ATHEFSKDGY TRPKMLTSFA YEVKPGETIT LTSPYGGPIQ VHFNNNDVPV
ALTFSHVAQH PVWRSEKDND AFIQELEANL FDWAELITPG FEVHSKRDKM LESVNDEMWS
TPAEMALATE EYVHNYPHVL AGFQGPGIDE VPEIIQYAKN QGWEIANIDM VKHMNADQAT
CGYGCSGNPY DAYWSFSPLG HGDLHELGHG LEKGRFRFAG WEGHSTTNYY SYYSKSRFFQ
NTGKVSTCQS LDFKGQFELL QASRTQADPN AYMAAQNQTG WSWGARVYIQ MMMATQHEGV
LQNGWHLLAR LHLIEREFNR LKSDDALWNE RRLSIGFTNY SREEANSISN NDWLLIALSY
ISQRDMTSYL DMWGFSFTEK AKQQVVALNL PPMPLTYFAS SNTGYCLNEF AQTPVSVDGQ
TVWPLN
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