| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000317 |
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| Symbol | |
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| ID | 8558622 |
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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 | 342842 |
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| End bp | 345805 |
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| Gene Length | 2964 bp |
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| Protein Length | 987 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 646407982 |
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| Product | sensor protein TorS |
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| Protein accession | YP_003287470 |
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| Protein GI | 262395617 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | [TIGR02956] TMAO reductase sytem sensor TorS |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.598131 |
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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 | ATGTTGCTAG CAACCGCAAG CATCGGTCGT AAACTCTTGT TGTCTTTCAT TGCGATGGCA
ATGCTGGTTA TGTTATCGGC ACTTATTGGT GTGTCTGGAT TTTCTTTAGT TGCCAAGACG
GAAAGAAATG TCGTGGATTC TGCAATTCCC GCCATGATTG AAGCGAGGCA AGTCTCTGAG
TTGAGTACTC GCATCATTTC GTCTGTACAA CTGTTATCAA ACGCAAGAAA CGAGCAGGAA
AGAAAAGAGT CTGGGCGTGT GCTTTTCGAA CAGCTCGAAT CATTGCTTAC TCATATCAAA
GAGCTGGGGA GTGAGTCGTT TGATTCTCAA TTGCTAGAAG ATCTCGAGAA TAACGTCCAG
AACGTTATCG ACAACTTGGC AGAACTTGGT GTTTCGGTTG AAAGAAAGCT GTGGCTGGCA
AAAGAGATTG ATACTCGTGT CGAAGAGATG CGCTTACTGA GTGAAGAGTT GGAACAGCTA
ACTCGGACGC AAGTTCAGAA CACGAGCACC ATTGCCGTTG CTAACGTCAC ACATATCTAT
GACTTATTAG AATCGAATAA AAAATCGCAA GTTTATCAGG CACTAGATGC GCTGGTGGAA
GTGGATCTAG ATCTGACAGA GCGATTGCAT GAGCTGCACT TATTGGCTTT TAAAATGCTG
AATCAAATTG AAGAAGCTCG CACATTAACC AATATTGAGC GCATCCAGCA GGTGCAAAGT
GATTTTGAAA GTAATCTCAA AATCATGAAG CGCCGTGTGC TTGCCGTGGA AGATCCCACT
CGCTCTAAAC AAATGAGCCA ACTACTAACA GAGCTCGGTA AGCGTCAGGT CGTGTTCACT
ATTTTGATGC AGCAGTATGA GAATAACGAA CAATCTCAAC AACTGATGCA AAAGACACTG
GAATTGTTTT CGGAGCTGAA TGGCACCGTA AACAAATTGG TTGATGATTC AAACAAAACG
ACAACCGTCG CTGTGGATGA ATTGACGAGC ACGCTGAAAT TCGCTCAGTG GTCTCTAACG
GTGATTTCAA TTGTTGGTTT GATTGTGTTG GTGCTGATTT TATGGCGTGT TGTATACCTT
TCTGTGGTTA AGCGATTGGC AGAGTACTCT GCTGCGCTGC TTTCTGTGGC GCAGGGTAAC
TTAGCCGTCG AGCTGGAGGT AAAAGGCAAA GATGAGCTAG CGCATATGGG GCAAGCTATC
ATCACGGCTC GAAATACAGC GCAAGCGCTA AAAGTGGTCG CAGAGGGAGA AGCTCAAGCC
AAGCGAGAGC TCGAAGAGCA CAAAGAGCAT TTGGAAGAGC TCGTTGAGCA ACGCACTTCG
CAGTTAAAAC AAGCGAACCG CCGTTTGAAT GAAGAGGTTT TGAATCACGC GAAAGCTCGT
AAGCAAGCAG AGCAAGCGAG TCGAGCTAAA TCAGCATTCT TGGCGACCAT GAGCCATGAG
ATCAGAACGC CGATGAATGG GGTGCTCGGA ACGGCACGTC TGTTGATTGA CTCCGGCCTC
AATCCTATTC AAAAGCGTTA TGCGGAAATC ATCAACCGCA GTGGTAAAAC GTTGCTCGCG
ATTCTGAATG ATGTGCTGGA CTACTCCAAG ATTGAAGCTG GGCATTTAGA GATTCGCCAC
ATGGGCTTCG ATTTACACCA AATGGTTGAA GACACTTTCC AGTTGATGAA CAGTCGAGCT
CAAGAGAAGA GGCTGTTGTT TTCCTATCAT ATCGAAAGTG ATGTAAGTCG CTATTGGAAA
GGGGATGTCA CCAGAATCAG TCAGGTGCTG AACAACCTCG TCGGAAACGC GATTAAATTT
ACTGACGAAG GTGAAATTGA TATCTATGTT AGCCTCAACC CAGAGGATGA GTCGCAAGTC
CTATTCGAAG TATCAGATAC CGGGATAGGT ATTGCCAAAA AAGATCAGAG AACGTTGTTT
GATGCCTTCA CGCAAGCCGA AGGTGGGATG AGTCAAACTG GAGGAACGGG GCTTGGCCTT
GCCATCAGTA AACGAATCAT TGAAGCGATG GGCGGTATTT TAGAAGTCGA TTCTGAAGAA
GGACATGGCA GTCGATTCTG GTTCTCCATT CCATTAGAGG AAAGTGAACC TGTTGAAACC
GGTGCAGTGG CAACCGCGCG CTGCAAAGTG AAAGCGAAAG TCTTGTTGGT AGAAGACAAT
GAAGTAAACC GAGTGGTTGC GGAAGGCTTT TTAGAAAGCA TGGGCCACCA GGTCGTGATG
GCAGAAAACG GCTCACAAGC AGAGCAACTG ATCAGCACGC AGGATTTTGA TATCGCTTTA
GTCGACATCA ACTTGCCAGA CTGTGATGGA ACCGAGTTAA TCCAACGTTT GAAACAAATT
GAATGTAACA AACCAGCCAA TAAAGCCCTT GCTGCTACGC CTATGATCGC AGTGTCTGCA
CACGTTTTTG CCGAAGAAGT TGAGCGCTAT TTAGCTGCAG GTTTTGACGG GTATTTACCT
AAACCATTGG CAAAAGAAGC TCTAGCGGCA TTGATTCAGG ACGTGCTGGA TGGAAAACCG
TTGTTGTTGC CACAAAATGC CGACTGTACC CCGTTTGATC AAACTTCGCC TCAAGAACAA
GCGATACAAT CAAAGGTTGT TCAAGTCCCT AAAACAGAGG AATCAGATGT GGTCATCATT
AACCCGAGCG TGATTGAGTC CGATATGAAA ATCTTGGGCA GAGAGAAGAT GTTGCACATC
ATTAATCTGT TCAGAACGAC CAGTGCCGAT GTACTAAGCA AGCTGCAAGC GTCTGCTGGT
GGTAATGACA GTAAAGAAGT GAAGAACCTT GCTCACAAAC TAAAAGGCAG CGCAGGGAGT
TTAGGGCTTA CGGCATTAAT GAACTCTTGC CAAGCAATTG AAGCTGCACC TCAACCTTTA
GATACCTATA TGGCGACTAA AGATCAATTG GCGTCTCAAG TGTCTGAATC AATTCAAGCT
CTTGATGAGT TGATGGCGAA GTAA
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| Protein sequence | MLLATASIGR KLLLSFIAMA MLVMLSALIG VSGFSLVAKT ERNVVDSAIP AMIEARQVSE
LSTRIISSVQ LLSNARNEQE RKESGRVLFE QLESLLTHIK ELGSESFDSQ LLEDLENNVQ
NVIDNLAELG VSVERKLWLA KEIDTRVEEM RLLSEELEQL TRTQVQNTST IAVANVTHIY
DLLESNKKSQ VYQALDALVE VDLDLTERLH ELHLLAFKML NQIEEARTLT NIERIQQVQS
DFESNLKIMK RRVLAVEDPT RSKQMSQLLT ELGKRQVVFT ILMQQYENNE QSQQLMQKTL
ELFSELNGTV NKLVDDSNKT TTVAVDELTS TLKFAQWSLT VISIVGLIVL VLILWRVVYL
SVVKRLAEYS AALLSVAQGN LAVELEVKGK DELAHMGQAI ITARNTAQAL KVVAEGEAQA
KRELEEHKEH LEELVEQRTS QLKQANRRLN EEVLNHAKAR KQAEQASRAK SAFLATMSHE
IRTPMNGVLG TARLLIDSGL NPIQKRYAEI INRSGKTLLA ILNDVLDYSK IEAGHLEIRH
MGFDLHQMVE DTFQLMNSRA QEKRLLFSYH IESDVSRYWK GDVTRISQVL NNLVGNAIKF
TDEGEIDIYV SLNPEDESQV LFEVSDTGIG IAKKDQRTLF DAFTQAEGGM SQTGGTGLGL
AISKRIIEAM GGILEVDSEE GHGSRFWFSI PLEESEPVET GAVATARCKV KAKVLLVEDN
EVNRVVAEGF LESMGHQVVM AENGSQAEQL ISTQDFDIAL VDINLPDCDG TELIQRLKQI
ECNKPANKAL AATPMIAVSA HVFAEEVERY LAAGFDGYLP KPLAKEALAA LIQDVLDGKP
LLLPQNADCT PFDQTSPQEQ AIQSKVVQVP KTEESDVVII NPSVIESDMK ILGREKMLHI
INLFRTTSAD VLSKLQASAG GNDSKEVKNL AHKLKGSAGS LGLTALMNSC QAIEAAPQPL
DTYMATKDQL ASQVSESIQA LDELMAK
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