| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_I1299 |
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| Symbol | |
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| ID | 6986978 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011312 |
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| Strand | + |
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| Start bp | 1408863 |
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| End bp | 1412438 |
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| Gene Length | 3576 bp |
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| Protein Length | 1191 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643379662 |
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| Product | hypothetical protein |
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| Protein accession | YP_002262761 |
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| Protein GI | 209694833 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGAGTCACA ATTACCCATT TCAACCTAAA AATTCTATGT GCTGGAACAC TGAAGAATTC
TCTTATGAAG AGGCCGCTCA AGCTTTCGAT AAGGATGGTA ATTTACTCTC TTTGAAAACC
ATGTCGACAG CACCCGCTGA TGATACGAAT GGCTTACCTA ATGAAAAAAG CATGTATTGG
ACAGGAGAAA CGAATAAAAC AGACGTCGTT TCTAATGAAC CTGAAGTGGT TGATTTCACC
TCTAAAGAGG AGGCATCAAA TGCTGATGCT CATTTTGTAC CGGTTCGTTA TGCCATAGAT
CAACAACGTA ATAGCGATGG GTCGATTACT CCATTTGGTT TGCCTGAAGG ATGGAATGGC
AATGGTTTGG CGGCAAGGCG ATTAACCTCT AATCAATACA CACTTCGTCA GTTAAGGGAT
GGTTGGTTAT ACGTTTATAA CTATGAACAA AAAACCATTG ATGAATATCA AGTCGAAGGG
ACTCAATTCA CTCATTTTAA ATTAAGTGAT AGTGAAGACC CAAGCAACAA AGAAAGAGGT
CAAAAGCAAG CGTCTACGGG CTTTTTAAGC TATCCCAACA ACAGTGTGCT GTCATTACTC
TATTCTAAGC ACCGTTGGAG TTGGATCATG TTTCAAGACG TACTTGAAAA TATTGGTCGC
TACTCAAGTT ATATGCAAAC GGTGGTATTA AGCCGAGACG GTTGTCCTGC GCATGTGGGA
GACATTGAAT TGTTGTCTAA AGTTGCTGAT ATCGAAGAAT CGGCGGTTGA TGATGGTCGT
TTTTCTGCGA GTTATGTTGG CACTTCTGAT TCGCAAGATG GTGAGCATGG GCACTCTGAA
ATAAAGCCAG TCGCTTTTGT GTCTGATTTC ATTCCAGAGA TACCAGAAGA AGAGGTGGCT
TACGTTGTTG CCGTTAATGA CCACTTGGTT GATTGTCGTG ATCTTGCTAC GCAGTTTGTT
GGGGCTGCCA CACCATATCG TTTCTTTGAT GAAAATTTCT CTAATCAATG GACATTAATG
CAGACGGCAA TGCAAATGAC ATTGTTCGGG TCTATGGATG ATATTAAATT TCCACCTTCA
GTCACAAGAA ACAATAAGGA GCTTGAATTT TACCTTGATA TGTCTCGTTT CTATGATGCA
GGAGAGAAAA CAAGTAACGC CTATAAATCA CAAAGTCCAT CAAGTGATGC AATCGCTCGC
GTTTATAAGG GCGAACAGTC AGAAATAGCT AAATCCATCC AATCAAAATA CAGCATTCCT
GCGAGTCATT TAAATAAATA CGAAAACTGG TTAGCTCAAA GTAAATGGCG TAAACAGCTT
GATTGGGAGG CGATGCTAAC AGAAATGGAT GAACTTCAAA AAGAAAGGGA TGAGTTAGAA
AAAGAGGCTT TTGAGGCTAA AAAAGATTTT AAACATTTTC TTAACGCATT CACTCCTTTT
ATGATCGAAC GACAATGTGA TCTGTGGGGA GAAGAAACCC AGACAGAACT CCAAGACGCC
AATTTGCATT TTATAGAAGC ATTTACATTT TTAGCCTCCG TAGAAGATAA AGATTGGCTA
ACCGCACAAT GTGAAAAACC AACCAGTATT ATTCCATTAT ATACCGCAGG TTTTAGTCAT
ACGTTATTTA AGAAATTAGA AGAGTTACTC CCTAAGCATG ATGATAATGA TGGGGCAAAT
AAATCAAATC ATGAATCGAT AATTGAGGAT GTAGACACAC CACAAACAAT TCAAGATGGG
TTTTATATCG AAGTCGCCGG TTTGAGTAAT ACCACAATGA TGTACAGTAA AATTGTGGAT
TTTATGGCGC ACGCAAGTGT AAGTGAAACG GAAATTTTTA AAAAGCTTGG GGAAACGATT
CAACAATTGA ATCACGTTCT TATCGCTGCT TCTGGTGGAT TAATTCAATA TATAGCTAAA
TTAGGCGTTA GCCCTATCGC GCAAGCCTCT GTTTTACTTT TACCTGCTAT GCCTACTGGG
TATGCATCAC GAACAACCTC TCTTTATCGA ATTACGTTTG CTGAGAAATT AGCGCATAAA
ATAGGCATCA ATGTTGCAGA AGGCTTTGCA CAAAATTTCG ATAAGTGGCA GAAGAGAATG
GCTCAGGTTG ATGTCGATAT AAAGACTTCA ACGACAATAG TGGAAAATAA ATCGATATCA
GTAAAACAAA AGCAAGCGGC GTTAAAAGAA ATGACTCGCC TACAAAAAGT TAAAGCGGCT
AATGTTGTTG GTTTTCCTCA ACGTTTTGAA TGGCCATCAG ATATTAAAGG TGCTATTCAC
AGTATGAGTG AAGAGCGCTT AAAAGGCGTT GCGGTAAGTG CTAAAAATCA TTTTGCTGAT
GTCGGTGGTT TAGGTTTCCT TGTTTTGGTA TTTAATCTAA TTAGCTTGAA TGATTCTTTG
AGAACGATAA GGCAAGATGG CCTAGCCACG GCAGATAATT ATGCTGAAAT AGGACAAAAA
ATCGCTTATA CAGCATCTGC ATGGGCGGGT ATTAGAACTG GAACTGCATG GGCTAAGATT
CAAGGAAACC CAGAACTACT AAAGTCTACC GTTAGCGCTA TAGAGAAAGC AAGGTTAGAA
GGAGTTGATG ATTGGTTAAC TAAATTACCA TTGAAAGATA TTAAAATATT TACACGATGG
TTAGGTGTGA CCGCTGTATT AGGAACGATA GCATCTGTTA CTGAACTGTT AAGGGAAGCC
GATAAATTAG AGGATATGTA TGGCATAGAA AAAACGATGC AGTATGGCAA AGTTTACTCA
TTAGGCGGAT TATCAACTAT TGGTGCTTTT CAGGCTATTG GTGCTATTTC TGGAAGGTTT
GCTATTGGAG TAATGTTTGG CCCTGGAGTC ATGGCTGCCT TACTAGTACT CACTATTTTT
TATATCGCAT TTGGGTATCA ATTGGATAAA TTCAAACAAG ATGAATACCA AAAATGGTTG
GCATTACTCC CATGGGGAAC GAACCCTAAG CGGGTTAAAT GGAGTGAATC AAAAGATGTT
TCTCTACGTT TAGAAGAGAA TACCAATATA TTGAATACGG CATTGAATGA TTTAAAACGT
ATACAGTTAC AACCTGTTAT CTACCAAGAA CCGCAATTGA CGTATGTTAA ATCGGAGCAG
AGTTACCCTG CAGCCGTTGC ACTATGCCAT GCGATTGATG TGAGGTTTTC GGTACCTCGT
GGGATGGGAA GTCAATCATT GCGCATTACC ACTAATAGCA ATGCAAGCAT GGAAGAGTTG
GAAAGTGGTG AATGGCTATC TAATGTTGAT TTAGTGACAT TAGAAAAAAT TCAAATAGAT
AATAAAAAAC CAATACTGAG TGAACAACGT GATGTTTATC AAGTCACTTT ACCAATAAGC
AGTGAGATGA ATTATCTTGC CGTTCAAATT GATTATTTGA TGTTAAGTCA AAATAGTGAA
GAAGAGATCC AATACAGCTA TCAATTCCAG TATGCTGTAA CGCAAAAAGC CGTCTATACC
GCGATTAGTG ATAGTGAGAA ATTGAATAAA TGGGGAACTC AATCGCTAAA TAAATCGGCA
GATATTGTCA TCGATCATAC AAAATTAGAG GATTAA
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| Protein sequence | MSHNYPFQPK NSMCWNTEEF SYEEAAQAFD KDGNLLSLKT MSTAPADDTN GLPNEKSMYW
TGETNKTDVV SNEPEVVDFT SKEEASNADA HFVPVRYAID QQRNSDGSIT PFGLPEGWNG
NGLAARRLTS NQYTLRQLRD GWLYVYNYEQ KTIDEYQVEG TQFTHFKLSD SEDPSNKERG
QKQASTGFLS YPNNSVLSLL YSKHRWSWIM FQDVLENIGR YSSYMQTVVL SRDGCPAHVG
DIELLSKVAD IEESAVDDGR FSASYVGTSD SQDGEHGHSE IKPVAFVSDF IPEIPEEEVA
YVVAVNDHLV DCRDLATQFV GAATPYRFFD ENFSNQWTLM QTAMQMTLFG SMDDIKFPPS
VTRNNKELEF YLDMSRFYDA GEKTSNAYKS QSPSSDAIAR VYKGEQSEIA KSIQSKYSIP
ASHLNKYENW LAQSKWRKQL DWEAMLTEMD ELQKERDELE KEAFEAKKDF KHFLNAFTPF
MIERQCDLWG EETQTELQDA NLHFIEAFTF LASVEDKDWL TAQCEKPTSI IPLYTAGFSH
TLFKKLEELL PKHDDNDGAN KSNHESIIED VDTPQTIQDG FYIEVAGLSN TTMMYSKIVD
FMAHASVSET EIFKKLGETI QQLNHVLIAA SGGLIQYIAK LGVSPIAQAS VLLLPAMPTG
YASRTTSLYR ITFAEKLAHK IGINVAEGFA QNFDKWQKRM AQVDVDIKTS TTIVENKSIS
VKQKQAALKE MTRLQKVKAA NVVGFPQRFE WPSDIKGAIH SMSEERLKGV AVSAKNHFAD
VGGLGFLVLV FNLISLNDSL RTIRQDGLAT ADNYAEIGQK IAYTASAWAG IRTGTAWAKI
QGNPELLKST VSAIEKARLE GVDDWLTKLP LKDIKIFTRW LGVTAVLGTI ASVTELLREA
DKLEDMYGIE KTMQYGKVYS LGGLSTIGAF QAIGAISGRF AIGVMFGPGV MAALLVLTIF
YIAFGYQLDK FKQDEYQKWL ALLPWGTNPK RVKWSESKDV SLRLEENTNI LNTALNDLKR
IQLQPVIYQE PQLTYVKSEQ SYPAAVALCH AIDVRFSVPR GMGSQSLRIT TNSNASMEEL
ESGEWLSNVD LVTLEKIQID NKKPILSEQR DVYQVTLPIS SEMNYLAVQI DYLMLSQNSE
EEIQYSYQFQ YAVTQKAVYT AISDSEKLNK WGTQSLNKSA DIVIDHTKLE D
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