Gene VSAL_II0660 details

Gene Information

• Locus tag: VSAL_II0660
• ID: 6962047
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Aliivibrio salmonicida LFI1238
• Kingdom: Bacteria
• Replicon accession: NC_011313
• Strand: -
• Start bp: 710294
• End bp: 713809
• Gene Length: 3516 bp
• Protein Length: 1171 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 643381939
• Product: hypothetical protein
• Protein accession: YP_002264977
• Protein GI: 209809439

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAAGTTAT TCAATAAGAG TCATGCAACG TTATATGCAC TGTATGTATT CCCATTAATG 
ACGCTAGCAA AAGAAACAGA TGACTTACAA CAGCTGGATT CCAACGCGAT GGATATCACA 
GTGGATGTTA GTGAGCAAAC AGACAGTTCT CGTATTTATT TAGATGAAGG GGCAATCTGG 
GCGAGTCGTG ATATTACCAA GTTTAATCCT GTTTTAGATT TAAGTGCGAC GGATGAAGTT 
GAAGTCGACG ACGGGAAACT TATTAACCCA TTAAACTTTT CCGTTGACAC TAATTACAGT 
TATTACATTA GCTCTTGGGA GCTTGAAGTA TATCGTGGTG CTGATCGCCA CCTGTCTCAG 
CCTTTAGCTG TGATGAAAGG TGAAAAGCTT GCAAACAGTA CCGATATTGA ATGGGACGGC 
TCAACAGACG TTAATTACAG ATTTAAGCTT GGGCAGCAAT TGTTGTTTCG ATTAAAAGTG 
TGGGACAAAG ATGGAAATAT GGATGTGACA ACCATAGGGG TTGTTGATAC CGTGCGTCCG 
GATAAAGAAT TGTCTATCGA TAAAAACAGT AATGAATCAG AAAATGGTCG TCACTTTGGT 
CGTTCTACAT TAATGCGTCA CAATATACCG ACGTCTTCCG GTTTAGCTAA GTTTATTGGA 
ACGGGGCTAA ACGGGGTAGA TAAAGTTATT ATTGGAGAAG ATGAGTTTGA TGTTGTCGAA 
GGAGGTTTAT ACGCTGAAAT ATTCCTTCCA ACAGATGCAT ATCGTTTCCC TACGACCGTT 
GTTTTTGATT CAGGAGAAGA ACGTCGTTTC TCTCTTTATG CTCGTATTCC AGATACTTAT 
TATGCACAAG CGGGTCTAGC GGATTTTTAT GTTGGGAGAA ACCGTGTTGG AGGCAGTACT 
GGTGCGCTTG AGGTTAATGA TCAATACGTA AAGGATATTT ATAACCAAGG TCGAATTGCG 
TATTTTGGTC AAGGTAAATT TGGCGATAAA TTGCGTGTTG TTGCCCATGT CGATACTCAA 
GAAAATGCAG TAAAGGATAT GTTTAAAAAC CCTTTCGCGG CAAATGATAC CTCAACTGTT 
TTTGATATCG TCGATGGCGA TGATGAAATG ATGTATGGGA ATTATGGTGA TGGGGCTAAC 
ATTCAGAAAA TTGTTAACAC CAAAGGTAAA GTGTATTTAG ATGTTCAATA CGATAAATCT 
CAATATTTAT GGGGTAATTT CAATACAGGA ATAACAGGGA CGGATAACGG GGATTACAAC 
CGAAGCTTAT ATGGTTTTAA AGGCGACTAT CGTACACGGG AAACCACGAA ATTTGGTGAA 
GACCGTTTAA ATCTCGTAGG CTTCGCTTCT CAATCTGATT CACTTTACTC TCACGATGAA 
TTTTTAGGTA CAGGTGGGTC TTTATACTTC CTTCAACACG GTGAAGTTAT CCCAGGTAGT 
GATAAAGTGT TAATCAAAGT GATGAATAAA GACAGTGGGA TCGTTGAAAA TGAAATCCCA 
TTACAATCTG GTCGAGATTA TGAAATTGAT GAATATCAAG GCCGTATTAT CTTAACAAGG 
CCGCTGTCTG ATAGCTTTGG TTCTGTTATT GATGATTCCC CTCGTGGTGG CTATGAAAAC 
TATCTTGCTG TTGATTATGA ATATGTACCT AAAGGTAAAG ATGCCCGTGA TGCGCTGGTT 
TATGGTGGAC GAGTAAAAGG GTGGTTAAAT GATTACATTG GTATTGGTGC CACTTACGCA 
TCAGAAGAAA AAGATACGCA AAATTATGAG CTATATTCAA CAGATTTAAT CTTGCGAGCG 
ACTGAAGGAA CATACTTAAA AACGGAATTT GGTCGAACAA AAGGAACCCA AGTAGATAGT 
AACTTTGTGT CTTTTGATAG TGGTTTAACT TTTACTCCTA TTTCATCTGG CATGGCTGAT 
GATCGTGAAG GCGATAATAT CCAAGTTCTT GGGGTCGCAA GTCTTTATGA TTTAGCCCCT 
GATTTTTTCG GTGCCGTTGG TAATGATGTG AAAGCTTGGT ACAAATCAAA AGGTGCGGGT 
TATTCATACG CAAGCCAAAG TGACGGTCTT GAACAAGAAT CTTATGGAAC AGAAGTTCGC 
TTACAAGTTA GTGATAGAGT TCAAGTGTCT ACCCGATTTA CATCAATGGA AGAGACTGAA 
ATTGATGGAA CGTTAGAAAC CGACACAGAG CAAGTTGAAG TTGAAACACA AATTTTAGTG 
ACTGAAAATA TTAAAATTTC GCTTGCTGGG AAACATATAA AAGAATTGAA TCAAAACAAT 
GAATCAGGCA CTGGTAACCT TGCTGGTGCA AAAGTTGAAT ATCTTTGGGA TAACGAAAAC 
AGCGTTTATA TTAAAGGTCA AAAAACAGTT GATGCCACTG AAACTTATGA TGATAACGAC 
AGTGTTACAG TTGGTGCAGA AACTCGCGTA TTAGATGACT TGAGTCTTGG TGGTGCCTAT 
ACCGTCGGGA GCCGAGGAGA TGCCGCAGAA GCAACTGTTA CTTATGATGT AACTGACGAT 
TACTCAACTT ATGTTACTTA TGTTGATGAT AATTATGAAG ACCAAAACAA CGTCATTTTA 
GGTCAACGAG CAACATTGAC GGATTCTGTT GATTTCTATC AAGAAAATCA GTTTGTTAAT 
GAAAATAACG GAAAAGGCCG AGTTGATTCT TTTGGCTTTG ATAATGAAGT TACCGATGAT 
ATTGATATTG GAATTGCTTA TCAACAGGGT GAGATTGATT ATAGCGATGA TCCTGAAAAC 
ACCATTACAG GTATCGTGAA TCGAAGAGCT GTTAGTTTTA ATATTGGTTT GGATCTCGAT 
GACATCGTTC TAAAGCATAA AATTGAGTAT CGAGTAGATA AAACTGAAGA GACAAATGAG 
AAAATTGAAC AATGGGTAAC TATCAATAGT TATACTCACC ATTTAACGGA AGAATATACC 
TTATTTGGTA AATTTAATTA TTCTAAAGCG ATGAATGATA CGAATAACGA ATTACTTGAG 
CGCTTTATTG AATCAAGCAT TGGTCTTGCT TATCGACCTA TTTATAATGA TAAATTAAAC 
CTATTAGCTC GTTATACCTA CTTGGTTGAT TTTGATAATT TAAACCGCGA TGTCGAATAC 
TCTGATACTG AAAGCCATAT TGTGGAAACA GAAGCGATTT ACTCATGGGA TGCAAATTTA 
GATTTTGGTG CTAAGTTCGC ATATAAAGAT AAATTTGAAC GGTTTGATAG AGCATCAGGT 
GTCGGTGTTG ATGTAAATAG CCAAATTTAC CTTACTGGTC TTAGCGCTTC TTACCGAATA 
ATGAAAAATT GGGATGTAAC GGGCGAATAT CATTGGAAAG TCGATACTCA AAATGATGAG 
TTAGAAGAAG GGGCTTTACT CTCTTTTAAT AAATACGTCA CCGAGAACTT TAAAATCGGG 
GTAGGTTATA ACTTTTCCAA TTTTGACGAT AATTTAACGA ATGATGATGA CTATAACGCG 
AGTGGGGTCT TCATTAACCT CATCGGTAAG ATTTAG 

 

Protein sequence

MKLFNKSHAT LYALYVFPLM TLAKETDDLQ QLDSNAMDIT VDVSEQTDSS RIYLDEGAIW 
ASRDITKFNP VLDLSATDEV EVDDGKLINP LNFSVDTNYS YYISSWELEV YRGADRHLSQ 
PLAVMKGEKL ANSTDIEWDG STDVNYRFKL GQQLLFRLKV WDKDGNMDVT TIGVVDTVRP 
DKELSIDKNS NESENGRHFG RSTLMRHNIP TSSGLAKFIG TGLNGVDKVI IGEDEFDVVE 
GGLYAEIFLP TDAYRFPTTV VFDSGEERRF SLYARIPDTY YAQAGLADFY VGRNRVGGST 
GALEVNDQYV KDIYNQGRIA YFGQGKFGDK LRVVAHVDTQ ENAVKDMFKN PFAANDTSTV 
FDIVDGDDEM MYGNYGDGAN IQKIVNTKGK VYLDVQYDKS QYLWGNFNTG ITGTDNGDYN 
RSLYGFKGDY RTRETTKFGE DRLNLVGFAS QSDSLYSHDE FLGTGGSLYF LQHGEVIPGS 
DKVLIKVMNK DSGIVENEIP LQSGRDYEID EYQGRIILTR PLSDSFGSVI DDSPRGGYEN 
YLAVDYEYVP KGKDARDALV YGGRVKGWLN DYIGIGATYA SEEKDTQNYE LYSTDLILRA 
TEGTYLKTEF GRTKGTQVDS NFVSFDSGLT FTPISSGMAD DREGDNIQVL GVASLYDLAP 
DFFGAVGNDV KAWYKSKGAG YSYASQSDGL EQESYGTEVR LQVSDRVQVS TRFTSMEETE 
IDGTLETDTE QVEVETQILV TENIKISLAG KHIKELNQNN ESGTGNLAGA KVEYLWDNEN 
SVYIKGQKTV DATETYDDND SVTVGAETRV LDDLSLGGAY TVGSRGDAAE ATVTYDVTDD 
YSTYVTYVDD NYEDQNNVIL GQRATLTDSV DFYQENQFVN ENNGKGRVDS FGFDNEVTDD 
IDIGIAYQQG EIDYSDDPEN TITGIVNRRA VSFNIGLDLD DIVLKHKIEY RVDKTEETNE 
KIEQWVTINS YTHHLTEEYT LFGKFNYSKA MNDTNNELLE RFIESSIGLA YRPIYNDKLN 
LLARYTYLVD FDNLNRDVEY SDTESHIVET EAIYSWDANL DFGAKFAYKD KFERFDRASG 
VGVDVNSQIY LTGLSASYRI MKNWDVTGEY HWKVDTQNDE LEEGALLSFN KYVTENFKIG 
VGYNFSNFDD NLTNDDDYNA SGVFINLIGK I