Gene VIBHAR_01541 details

Gene Information

• Locus tag: VIBHAR_01541
• ID: 5555376
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Vibrio harveyi ATCC BAA-1116
• Kingdom: Bacteria
• Replicon accession: NC_009783
• Strand: -
• Start bp: 1545340
• End bp: 1547274
• Gene Length: 1935 bp
• Protein Length: 644 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 640907032
• Product: hypothetical protein
• Protein accession: YP_001444738
• Protein GI: 156973831
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG2766] Putative Ser protein kinase

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

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

ATGAGTATTT TCGACCACTA TCAATCAAGA TATGAAGCTG CAAAAGATGA AGAGATGTCG 
TTACAGGATT TCTTAGCCCT GTGTAAAGAC GACAAAAGCG CCTACGCTAA CGCTGCAGAA 
CGCCTACTTA TGGCTATCGG AGAACCAGAA GTCATTAATA CTGCTCAAGA TCCAAGACTG 
AGCCGTATAT TCTCAAACCG TGTCATTTCG CGTTACGAAA CCTTCAAAGA TTTCTATGGC 
ATGGAAGACG CAATCGAGCA GATTGTTTCT TACCTCAAGC ATGCCGCACA AGGTTTGGAA 
GAACGCAAAC AAATCCTATA CCTACTCGGC CCTGTTGGTG GTGGTAAGTC ATCACTTGCC 
GAAAAGCTAA AAGCCTTAAT GGAAAAAATG CCCGTTTATG TGCTTAGTGC AAACGGAGAA 
CGAAGCCCAG TTAACGATCA CCCATTCTGT TTGTTCAATC CAACAGAAGA TGGTGAGATC 
CTCAAGAAAG AGTATGGCAT CGAGCATCGT TACCTACGTT CTATCATGTC ACCATGGGCG 
GCAAAACGTC TTCATGAATT TGGCGGTGAT ATCACTAAAT TTAAAGTACT GAAAGTTCGC 
CCTTCTATCC TTGACCAAGT GGCTATTGCG AAAACCGAGC CAGGTGATGA AAACAATCAG 
GACATTTCGT CCCTAGTTGG TAAGGTCGAT ATTCGTCAGT TAGAGCATTA CTCACAAGAT 
GACCCAGATG CCTACAGCTA CTCTGGCGCG CTATGTAAAG CGAACCAAGG CTTAATGGAA 
TTCGTTGAGA TGTTCAAAGC GCCAATCAAG GTATTACACC CACTATTGAC GGCAACTCAA 
GAAGGCAACT TCAACGGGAC AGAAGGTCTA TCAGCGATTC CATTCGACGG TATGATTCTG 
GCGCACTCAA ATGAATCTGA GTGGCAAACC TTCCGCAATA ACAAGAACAA CGAAGCGTTC 
TTGGACCGTG TATACATCGT GAAAGTGCCT TACTGTCTAC GAGTATCGGA AGAAGTGAAG 
ATCTACCAGA AACTGCTTGA AAACAGTGAG CTATCCAAAG CACCTTGCTC ACCAAGCACA 
CTCGAAACTC TGGCTCAATT CAGTATTCTT TCGCGACTTA AAGAGCCTGA AAACTCGTCC 
ATTTTCTCGA AGATGCGTGT GTATGATGGT GAGACACTGA AAGACACCGA TCCGAAAGCG 
AAGAGCTACC AAGAGTACCG AGATTACGCT GGCGTTGATG AAGGCATGAA TGGCCTATCA 
ACTCGTTTCG CATTCAAGAT CTTGTCTCGC GTATTCAACT TCGACCAAAC AGAAGTGGCT 
GCAAACCCAG TGCACTTGTT CTACGTGATT GAACAACAAG TAGAACGCGA GCAGTTCCCT 
TCCGAGATGG CAGAGAAGTA CCTCGAATTC TTGAAAGGCT ATCTAGTGCC TCGTTATGTC 
GAGTTCATTG GTAAAGAAGT TCAGACTGCA TACCTAGAGT CTTACTCTGA GTATGGTCAG 
AATATCTTCG ACCGTTACGT CACCTATGCA GACTTCTGGA TACAAGACCA AGAATATCGC 
GACCCAGAAA CAGGACAACT GTTCGACCGT GCTTCTCTAA ATGCTGAACT AGAGAAGATA 
GAGAAAACAG CGGGCATCTC TAACCCGAAA GATTTCCGAA ACGAAATCGT CAACTTTGTG 
CTTCGTGCGA AAGCCAATAA CAATGGTCAA AACCCAGTTT GGACCAGCTA CGAAAAACTG 
CGCACGGTAA TCGAGAAGAA AATGTTCTCC AATACCGAAG AACTGCTTCC GGTTATCTCT 
TTCAATGCGA AAACCTCTTC TGAAGATCAG AAGAAACACG ACGACTTTGT CGCTCGCATG 
ATGGAAAAAG GCTATACCGA GAAACAGGTT CGCCTACTTT CTGAGTGGTA CCTACGAGTA 
CGTAAGTCAT CCTAA 

 

Protein sequence

MSIFDHYQSR YEAAKDEEMS LQDFLALCKD DKSAYANAAE RLLMAIGEPE VINTAQDPRL 
SRIFSNRVIS RYETFKDFYG MEDAIEQIVS YLKHAAQGLE ERKQILYLLG PVGGGKSSLA 
EKLKALMEKM PVYVLSANGE RSPVNDHPFC LFNPTEDGEI LKKEYGIEHR YLRSIMSPWA 
AKRLHEFGGD ITKFKVLKVR PSILDQVAIA KTEPGDENNQ DISSLVGKVD IRQLEHYSQD 
DPDAYSYSGA LCKANQGLME FVEMFKAPIK VLHPLLTATQ EGNFNGTEGL SAIPFDGMIL 
AHSNESEWQT FRNNKNNEAF LDRVYIVKVP YCLRVSEEVK IYQKLLENSE LSKAPCSPST 
LETLAQFSIL SRLKEPENSS IFSKMRVYDG ETLKDTDPKA KSYQEYRDYA GVDEGMNGLS 
TRFAFKILSR VFNFDQTEVA ANPVHLFYVI EQQVEREQFP SEMAEKYLEF LKGYLVPRYV 
EFIGKEVQTA YLESYSEYGQ NIFDRYVTYA DFWIQDQEYR DPETGQLFDR ASLNAELEKI 
EKTAGISNPK DFRNEIVNFV LRAKANNNGQ NPVWTSYEKL RTVIEKKMFS NTEELLPVIS 
FNAKTSSEDQ KKHDDFVARM MEKGYTEKQV RLLSEWYLRV RKSS