| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_003637 |
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| Symbol | |
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| ID | 8557370 |
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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 | 2242862 |
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| End bp | 2246029 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 646406732 |
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| Product | hypothetical protein |
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| Protein accession | YP_003286262 |
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| Protein GI | 262394408 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | GTGGTCGGGA TATTTGCTTG GAACAACCTG TCTGTAAAGC AGAAACTTTT TGGATTGGTC
CTACTACCAA TCTTATTGTT ATTGCTTCTT GCAGGTAAAC ATGTACAAAA CCTCTCTATC
CAAGCTCAAG AACTTCAAAA AGCACAACTC TTCTCCCAAT ATATAGATCG TGTTTCCTCA
CTGTATTATT TGACGAGCGA TCCAAGGGTC GCGAATAACG CTCAAGAAAC CCGCCAGCTC
GTTCAAACTT TACAAGATAC AGCTTCACCT GTTTTTGGCG ACAATGCCGA TATATTAAAT
CAGCTCACGA ATTTCGAAGA AGCAACACTG TCAATGCTCT CGTCCAATAA TACAGAAGAT
AAGTTAGATG CTGCTGAGTG GCGTGCCGAC ACATTCAAAG AGATTCTTTT GAGTTTGGAT
AGAGTCTATT TCAGCCATGT AAGTTATGAA ACCAATACTC ACCTCTCCTC ATTGATGCAG
CTTGAGTGGT TAATGTTTTG GTCAACAGAA GAGCATAGAC TCAGCAAATA CTTAGTGGAA
TCTACAGAGC AGGGGCAGAT TTACGATCCA GCTATCCAAG CCAGTATCCA ATCATTAATC
CAGAACCAAC AACTGCTGTT TGAACGCTTT GTCACACTTA ATGCGAATAA GCAGCAAGTC
AACCTCCTCA TCGAAACCTT TACCGATAAT GTCTTTGCTA AAAGCCAAGC ATTTCGAGCC
AATTTGTTGC AGCCATCAAA CCTTAGAGTA TTGACACCCA CTCAAATAGA TGACGGGTTA
TCTGCGCTTT ATAAACGCTT AAGTTTATTA CGTAACGTTG ATGACCAGAT GGAACAGCAA
CTTATTAAGG ATATATCCAA GACGATCAGT GAAACAACAC AGCACCGCAT TGGCTTCATT
GCGCTAATGA GCCTCGTGAC ATTGCTGATT GTGAGTTTGA CACTGAGGTT AGTGCGCAAA
GTCACTGGCA ACTTGAATTT AGTCCTCGAA TTCCTAAGTC GAGACACTTA CGAAGAGGAC
AACAATGAAA ACTCACCACT GACAGAGTTG ACCAAAGGGA AAGATGAGCT CAGTAAGTTT
GCTAAAGAGG TAAAAAAACT GAGTTACGAA CGTGAGCAGT CAAGACAAAA GTTAACTCAA
GCCAAAGAAG ATGCTGAAAA GGCGAAAGAT GATGCCATCG AGGCAAGCAA AGCCAAAAGT
AGCTTTCTGG CGAATATGTC TCATGAGATT CGAACCCCGT TAAACGGCGT TATTGGCATT
TCAGAAGTTT TGTCAGACAC GCCGCTAACG GCGACACAGC GTGATTATGT CGACACGATA
GAAACCTCCT CGCAATTACT GTTGAGCCTA ATAAATGACG TTCTGGACTT CTCTAAAATT
GAATCTGGTA TGTTGCTTAT CAGCCCTCAT TCAACCTGTG TTCGTGAATC CATCTACGAT
ATTGCTTCTA TTATTTCCCC GAAAGCGAAA GAAAAAGGCA TCGACGTTCA AGTCAGCATC
AGCCGCAATA CGCCCTATCA CGTTATGTTG GATGATCACC GTATACGCCA AATTATCATG
AACTTCATGT CCAATGCCGT AAAGTTCACC GAACAAGGCT GCGTTGAACT CTCTGTCATC
ACTAGAGAAA TCAAAAATGG TGAAGCGAGC ATCGAGTTTT CAGTCAAAGA CTCAGGGATC
GGTATTGATG AGCAGCAACA AAAAAAGATA TTTGCTCCTT TCGCCCAAGA AGATAACTCC
ACCACCCGAC AGTTTGGAGG GACAGGGCTC GGGCTTGCAA TTAGCACGCA GCTGGTAGAG
TTGATGGGCG GTGAGATTCA GCTTGAATCC GAGAAAGGAA AAGGTAGCCG ATTTTTCTTC
GAACTTACGG CTCCAATTGT GACTCAAGAG TTCAATGGCT ATCACTCCCT TAATCACAAC
GATATATGGA TAGTTTGCAA CAACCCTACT TTGGAGCAAA AGCTGCGTGA CGAGTTGAGC
TTTTTCCACA TCAATGTTCA GCAATCAGTA AATACACTGG ATGCTCTGCC AACGTGGATT
GATAACGAGC GCATCATTGT TATCAACGTA GAAACTTCTC CAAATACCGC AGCCAAACAT
CTAGGTGAAA TGAAAAGACT TTGCATGCAA AATGTTCGAG TTTGTCTTAT TAAACACCTT
CATAGTGCCC AGCGTGATTT TGGTAACAGC ATTAGTGCAT TGGTCACTCA ACCCCTCTTA
GGACAGCGCT TAGTAAAAGC ACTTGAGACT TGTGCTGCAA ACTTCCCTCA AGCAAACAAA
GAGAACACAA CAACACCCAA TGCTAAGACT CTCCCAAAAA TCTTGGTGGT CGACGACAAC
ACCGTCAATC AAAAAATCGC AGGATTACAC GTCACAAAAG CGGGCTTCGA CTTTGATATC
GCCGTAAACG GAGAAGAAGC CGTAGATATG TTTCAACAGA ATCAATACTG CTTAATCCTA
ATGGATTGCA TGATGCCGGT GATGGATGGG TTTGAAGCAA CCAAAATGAT CCGTCAAATT
GAAGCAAAAG AAAAACGGAC GGTCAAAATC CCAATTATCG CGCTAACAGC AAGTGTAGTC
GATGATGACA TTCAAAAGTG TTTTGATGTT GGAATGGATG ATTATGTGCC CAAACCTTTT
AAAGCGGGTT TGTTGAAAGA GAAATTAGAT AAAGCCATTG GACTACGCAT TTCCAATATT
GTTTCTGATG AAAAGCGACT GGCAACAAAC ACCACTCACA CTCCTGAAAA AACCTCGCAT
GCTGAACAAT CAGAAGCGAC CGTGACGCCT ATTCGCTCAG AACGGATTTT GCTCGTCGAA
GATAACAGAG TAAATCAAAA AGTCGCTTCG CTGCTTTTAT CCAAAGCAGG TTATCAATTT
GAAGTGGCCG AAAACGGACA GGTTGCGGTC GAAATGTTCC AAAAAGATGG TGGGTTTGAC
ATCATTTTGA TGGACTGCAT GATGCCGATC ATGGATGGGT TCGAAGCCTC ACGACAAATA
CGCGCCTATG AAGCAAGTAA AGGTCTTCCT AAGACTCCCA TCATCGCGCT AACGGCAAGT
GTTGTGGATG ATGACATTCA ACGCTGCTTC GATTCAGGCA TGGACGCTTA TGTACCCAAG
CCTGTTCGTA GAGAAAAGCT GTTGTACCAG ATTGAAAATG CGATATAG
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| Protein sequence | MVGIFAWNNL SVKQKLFGLV LLPILLLLLL AGKHVQNLSI QAQELQKAQL FSQYIDRVSS
LYYLTSDPRV ANNAQETRQL VQTLQDTASP VFGDNADILN QLTNFEEATL SMLSSNNTED
KLDAAEWRAD TFKEILLSLD RVYFSHVSYE TNTHLSSLMQ LEWLMFWSTE EHRLSKYLVE
STEQGQIYDP AIQASIQSLI QNQQLLFERF VTLNANKQQV NLLIETFTDN VFAKSQAFRA
NLLQPSNLRV LTPTQIDDGL SALYKRLSLL RNVDDQMEQQ LIKDISKTIS ETTQHRIGFI
ALMSLVTLLI VSLTLRLVRK VTGNLNLVLE FLSRDTYEED NNENSPLTEL TKGKDELSKF
AKEVKKLSYE REQSRQKLTQ AKEDAEKAKD DAIEASKAKS SFLANMSHEI RTPLNGVIGI
SEVLSDTPLT ATQRDYVDTI ETSSQLLLSL INDVLDFSKI ESGMLLISPH STCVRESIYD
IASIISPKAK EKGIDVQVSI SRNTPYHVML DDHRIRQIIM NFMSNAVKFT EQGCVELSVI
TREIKNGEAS IEFSVKDSGI GIDEQQQKKI FAPFAQEDNS TTRQFGGTGL GLAISTQLVE
LMGGEIQLES EKGKGSRFFF ELTAPIVTQE FNGYHSLNHN DIWIVCNNPT LEQKLRDELS
FFHINVQQSV NTLDALPTWI DNERIIVINV ETSPNTAAKH LGEMKRLCMQ NVRVCLIKHL
HSAQRDFGNS ISALVTQPLL GQRLVKALET CAANFPQANK ENTTTPNAKT LPKILVVDDN
TVNQKIAGLH VTKAGFDFDI AVNGEEAVDM FQQNQYCLIL MDCMMPVMDG FEATKMIRQI
EAKEKRTVKI PIIALTASVV DDDIQKCFDV GMDDYVPKPF KAGLLKEKLD KAIGLRISNI
VSDEKRLATN TTHTPEKTSH AEQSEATVTP IRSERILLVE DNRVNQKVAS LLLSKAGYQF
EVAENGQVAV EMFQKDGGFD IILMDCMMPI MDGFEASRQI RAYEASKGLP KTPIIALTAS
VVDDDIQRCF DSGMDAYVPK PVRREKLLYQ IENAI
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