Gene VSAL_II0806 details

Gene Information

• Locus tag: VSAL_II0806
• ID: 6962155
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Aliivibrio salmonicida LFI1238
• Kingdom: Bacteria
• Replicon accession: NC_011313
• Strand: -
• Start bp: 881561
• End bp: 884884
• Gene Length: 3324 bp
• Protein Length: 1107 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 643382073
• Product: hypothetical protein
• Protein accession: YP_002265112
• Protein GI: 209809573

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

GTGGAATTGT ATCCAATTAA TGGTTCTTAT AAAAATTATT TAAGTATTAC ATTTAAGTGG 
GAAAATGAAG AATTAAATAA TAGTTTTATT TATGACCTTT ATATAAGTGA GGATGAAAAT 
CCAACTCTGT ATAAATCAAA TAATGAATTA TCTTATTTAA CGGCTTCATT TGAGGATGAA 
GTAAAGCCTC TTTATTGGCG TGTTGTTGCT AGAAATATAC AAGGAAGTAG TAAATCGAGT 
CAAATATTCA AAATATTTCC TTTGGATGAA GATATGGATG AAATTCCTGA CCATATTGAA 
GCTTCGATGT GTACAAGTTC AAATAAGTCG GATACAGACG GAGATAACCT ATCAGATAAT 
AATGAAATAC AACTAGGTAC TAATCCTTGT AATAGTGATA CAGATAGTGA TGGCATTCCT 
GATGGTATCG AATATCAAAT AGGGAGTGAT CCGCTTCATC AAGATTCTGG AACAATAGTA 
GATAATTTTA ATGAAAGTTA CTGGGAAAGC TACGTTATTG ATGTAGAAAA GCAGGCTAAT 
CTTCAAGGAA TAAAAGAAGA ATCAGGTTCT GCATTATTAG ATGTTAGTGA TAATGATGGA 
TATGCTATTA GCGGTATTGT GCCTGAAAGT GATGATTTTA CTATGATGTA CTGGGTTAAG 
AGCGATTTGC TTAAAAGTCA GCTTTCAGGA AGTAGTGACA GTTCATTATA TAGACGTAGC 
TATTTAGGTA TAAATAAATA TGGTAGAGAA TATGCTCGTT ATGGAAGTCA TAGTTCGAGT 
TCAGCAACTA AGCCTAATTT AATAAATATA GATGAATGGT CTCATTTAGC TTTGAGTAGT 
GATAACAAAG GTGTTCGGGT ATATATAAAT AGTGAATTGG TGTATTCGTA TAGCGGTAAA 
AATAGCTATA AACAATCAGA GTTTGCATTG TGGTTTGGAG CTTTAAATTC AGAAGGTTTT 
GCTTTGCATC AATTATCTGG ACAGTTGACT GATATTCAGA TCTGGCGTCG GGGTTTGAGT 
CAGAAAGAAG TGCGTAAATA TATGATTGAA ATGCCAAATG GAACTGAACT CGATTTGCAA 
GCAGCCTATG ATTTCAATCG CTGGCGTGGT GATTGGGTAT ATAACAACGT ATCGGGTCGA 
TATGATCTTA AGCTAGTTCA CGGGGCTCAT CTAACTGAGA AGGTTGGAAG CTTAGATAGT 
GATAGTGATG GTTTATTCGA CGAAGTTGAA CAATCTTTAT GTACTGATCC GAATAACTCG 
GACAGCGACA GCGACGGCTT ATTTGATGGT GAAGAGTATC AATCTGGTAC AGATCCATGT 
CATTCAGATA CAGATAACGA TGGCATTGAA GATGATGCTG AATATCAAAT TGGTAGCGAT 
CCTCTAGTCC CCGATCCCAA TGAGATAAAT ATTAATTTAG ATGAAAGTTA TTGGTCAAGT 
TATGTGAGTT ATGCTGCAGT TCAAGCAGAC CTTGAAGGTA TCAAGGAAGA GTCAGGCTCG 
GGGCTATTGG ATGTTAGTGA TAATGATGGC TATGCCATCA GTGGCATCGC CCCTGAAGGC 
TCAGAATTCA GCATGATGTA CTGGGTTAAA ACTGATGCGA TTACCCTTCA ATTATCAGGA 
AGCAGTGATA GTTCAACTTA TGGGCGCAGT TATTTAGGCG TTAGTAGGTA TGGCCGAGAA 
TATATGCATT ACGGAGGAGG CTATTCCAAA AGCAGCTCAG AGCCTAAGCC AATAAAAGCA 
GGCGAATGGA GTCATCTTGG GATGACGCAT AATGCCGAGG GCTCCCAAGT TTATATTAAT 
GGAGAATTGA TGTTTTCTCG AAATTATGAC AATAAGTATA AACGCTCAGG ATTGGCATTA 
TGGATAGGGG CGCTGAATAA ACAATACCTA GCAACCGATT TATTCTCAGG GCAAATAACT 
GATGTGCAAG TGTGGAATAG AGGGTTAACT CAAAAAGAAG TTCGTCAGTA TATGGCAGAA 
ATGCCCAAAG GTACTGAAGA AAACTTACAA GCTGCGTACG ACTTTAATCG CTGGCGTGGT 
GATTGGGTAT ACAACAAAGT ATCAGGTCAA TATGATTTGA AATTAATGAA TGGTGCTCAC 
CTTACAGAGC AAATTAAAAA AGTGGACAGT GATGGCGATG GGATTTCTGA TGGTATTGAA 
TCTGGTTTAT GTACAAACGT AAATGATCCC GACACTGATA AGGATGGTTT ATCTGATGGT 
GATGAGCTTA ATTTAGGTAC AGATCCTTGC TTGTCAGATA CTGATGGTGA TGGAATTGAG 
GATGGTTTTG AGCAGCAGAT AGGCAGTGAC CCGCTTAATC AAGATTCTGG TGATACTAAT 
GAGGTATTGG ATGAAAGTTA TTGGGAAACC TATGTGCATG ATGAAACAGA GCAAGCAATA 
GAGCAAGGAA TCCCAGAGGA AGTGGGTTCA GCGTTGTTGG ACGTAACTGA TAATACAGGG 
TATGCCATTA GTGGAATTGT GCCAAAAAGC CATGATTTTA CTATGATGTA TTGGGTTAAA 
GCGACAGAGA TTAAGACTCA GATATCAGGT AGCCGTGGGG TTACATCATC TCAACAAAGT 
TATTTAGGAA TAAATAGCAG GGGGAGAGAA TATGTACGTT TTGGTAAACG GGGTTCTAAT 
ACAAGCAGCA AACCATCCCT AATTAAAGAG AATCAATGGG TGCATTTAGC GTTGAGTGTG 
GATGATAAAG GTATTCGTGT GTATATCAAT GCAGAGTTGA TGTATTTGTA CAGCGGCGAT 
AGTGGTTATG TACCTTCAAA ATTTGCATTG TTGTTTGGGG CTTTAAATTC AAAAGGGGTT 
GTAGAAAGTT TATTACGTGG CCAGTTAACG GATGTTCAGA TTTGGCATCG AGGACTAAAC 
CAAAAAGAAA TCCGTCAATA TATGGTTGAA ATGCCAAATG GAACTGAACT CGATTTGCAA 
GCAGCCTATG ATTTCAATCG CTGGCGCGGT GATTGGGTAT ATAACAACGT ATCGGGTCGA 
TATGATCTTA AGCTAGTTCA CGGGGCTCAT CTAACTGAGA AGGTTGGAAG CTTAGATAGT 
GATAGTGATG GTTTATTCGA CGAAGTTGAA CGAGCTTTAT GTACTGATCC AAATAACTCG 
GACAGCGACA GCGACGGCTT ATTTGATGGT GAAGAGTATA AATTTGGTAC AGATCCATGT 
CATTCAGATA CAGATAACGA TGGCATTGAA GATGACGCTG AATATCAAAT TGGTAGCGAT 
CCTCTAGTCC CCGATCCCAA TGAGATAAAT ATTAATTTAG ATGAAAGTTA TTGGTCAAGT 
TATGTGAATT ATGCTGCAGT TTAA 

 

Protein sequence

MELYPINGSY KNYLSITFKW ENEELNNSFI YDLYISEDEN PTLYKSNNEL SYLTASFEDE 
VKPLYWRVVA RNIQGSSKSS QIFKIFPLDE DMDEIPDHIE ASMCTSSNKS DTDGDNLSDN 
NEIQLGTNPC NSDTDSDGIP DGIEYQIGSD PLHQDSGTIV DNFNESYWES YVIDVEKQAN 
LQGIKEESGS ALLDVSDNDG YAISGIVPES DDFTMMYWVK SDLLKSQLSG SSDSSLYRRS 
YLGINKYGRE YARYGSHSSS SATKPNLINI DEWSHLALSS DNKGVRVYIN SELVYSYSGK 
NSYKQSEFAL WFGALNSEGF ALHQLSGQLT DIQIWRRGLS QKEVRKYMIE MPNGTELDLQ 
AAYDFNRWRG DWVYNNVSGR YDLKLVHGAH LTEKVGSLDS DSDGLFDEVE QSLCTDPNNS 
DSDSDGLFDG EEYQSGTDPC HSDTDNDGIE DDAEYQIGSD PLVPDPNEIN INLDESYWSS 
YVSYAAVQAD LEGIKEESGS GLLDVSDNDG YAISGIAPEG SEFSMMYWVK TDAITLQLSG 
SSDSSTYGRS YLGVSRYGRE YMHYGGGYSK SSSEPKPIKA GEWSHLGMTH NAEGSQVYIN 
GELMFSRNYD NKYKRSGLAL WIGALNKQYL ATDLFSGQIT DVQVWNRGLT QKEVRQYMAE 
MPKGTEENLQ AAYDFNRWRG DWVYNKVSGQ YDLKLMNGAH LTEQIKKVDS DGDGISDGIE 
SGLCTNVNDP DTDKDGLSDG DELNLGTDPC LSDTDGDGIE DGFEQQIGSD PLNQDSGDTN 
EVLDESYWET YVHDETEQAI EQGIPEEVGS ALLDVTDNTG YAISGIVPKS HDFTMMYWVK 
ATEIKTQISG SRGVTSSQQS YLGINSRGRE YVRFGKRGSN TSSKPSLIKE NQWVHLALSV 
DDKGIRVYIN AELMYLYSGD SGYVPSKFAL LFGALNSKGV VESLLRGQLT DVQIWHRGLN 
QKEIRQYMVE MPNGTELDLQ AAYDFNRWRG DWVYNNVSGR YDLKLVHGAH LTEKVGSLDS 
DSDGLFDEVE RALCTDPNNS DSDSDGLFDG EEYKFGTDPC HSDTDNDGIE DDAEYQIGSD 
PLVPDPNEIN INLDESYWSS YVNYAAV