Gene VIBHAR_05163 details

Gene Information

• Locus tag: VIBHAR_05163
• ID: 5557258
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Vibrio harveyi ATCC BAA-1116
• Kingdom: Bacteria
• Replicon accession: NC_009784
• Strand: +
• Start bp: 413305
• End bp: 416820
• Gene Length: 3516 bp
• Protein Length: 1171 aa
• Translation table: 11
• GC content: 48%
• IMG OID: 640909640
• Product: hypothetical protein
• Protein accession: YP_001447296
• Protein GI: 156976390

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

ATGATTAGAT TTAGACAATC AAAACTGACA ATGTGTATCG CGGCTGCGTT GCCGATACTT 
TCGTACGCGA AAGACACCAG CCAATTGGAG AAACTTGACA GTGACTCACT GGGTATTGAA 
GTAAAAGCTC ACGAACAAAC GGATAACTCA CGTATCTATC TCGACCAAGG TGCGATTTGG 
GTAAGCCGCG ACATCATGCG ATTTGACCCA GTACTTGACC TGAGCATTAG CAGTGATGTT 
GAAGTGAAAG ATGGCAAGCC ATTACAAGAA ATGAGCTTCG CTATCACAAC CAACTTTAGC 
TACTACGTTG ACCATTACCA ACTGGAAGTC TTCCGTGGTG GTGATCGTGG ATTGGTTGCC 
CCTTTAGCAG TGGTAGAAGG CCAGCAATTT GCCAACGATT TCAACATTGT CTGGGATGGC 
GCGACCGACC AAGAGTATCA ATTTGAATCC AACACGCAGC TGTTGTTCCG TTTAAAAGCC 
TTTGATAAAG ACGGCAACAT GGACGTGACG ACGGTTGGTG TGATTGACCT TGTCGAGCCA 
GATTCTGAAG TCGATATCGA TAAGAACGAC GGTGAAGAAG AGCAAAGCCG CAAGCTCGGT 
AAAGCTCGGT TGGTGCGTCA CAATATTCCT ACCTCTGCGG GTCTGGCTAG ATTCATGGGT 
ACGGGACTAA AAGGCGTTGA TAAAGTCGTG ATTGGCGAAG ACGAGTTTGA TGTGGAAGAG 
GGCGAACTAT ACGCAGAACA ATACTTGCCA GCAGATGCGT ACCTGTTCCC AACTCGAGTG 
GTATTCGACA GTGGTGAAGA GCGTCGCTAC CAACTGTACG TGCGTATCCC TGACGAGTAT 
TGGGTACAAG CGGGTCTTGC GGATTTCTAC ATCGGTAAAA ACAAAGTGAC GGGCAACTCC 
GCCGCACTAG CCGTCGACGA GCAATACCAA GATGACATCT ATAACCAAGG ACGCTTGGCG 
TACTTTGGTC AGGGTAAGTT TGGCGATAAA CTCAGAGTTA CCACTCACTT TGATACTAAA 
GAGAGTGACG TGCGAGACAT GTTTAAGAAT CCGTTTACCT CTGACTCATC CAGCGTATTC 
GACATTCTCG AAGACGACGA TGAGATGTAT TACGGCAACT ATGGTGACAG CTCCAACATC 
TACAAAGTGG TAAATACCAA AGGTAAGGTT TACCTCAACG TTGAGTACGA CAAATCCAAT 
ATGTTGTGGG GTAACTACAA CACAGGCATT ACTGGCACTG ACAACAACGA TTACAACCGT 
AGCTTATACG GCTTCAAAGG GGACTACCGT ACTCGCTCAA CCACCAAGTT TGGTGAAGCT 
CGCCTAAACA TTGTCGGCTT TGCGGCTGAA TCGGACTCAC TCTTCGCTCA CGATGAATTC 
CTCGGTACTG GTGGTTCGTT GTACTTCTTG CGTCATGGAG AAGTAGTACC GGGCAGTGAC 
AAAGTGATGG TGAAAGTTGT CGACCCAGAC AGCAGCATCA CTATGCAAGA AATGCCGCTG 
CAATCGGGAC GTGATTATGA AATCGACCCG TATCAAGGCC GCATCATTCT GACCAGACCG 
CTGAACAACA TCATTTCGGA TAACTTCGGC ACTGTCATAA ACGATCAACC ATCGTCTGGC 
TATGACAACT ACCTTTCGGT GGACTACGAA TACGTTCCTC AAGGCAGTGA CGCGCTTGAC 
GCAATGACTA CTGGTGGTCG TGTGAAAGGT TGGGTGAACG ACTACATTGG TGTGGGCGCA 
AACTACCAAA CCGAAGAAAA AGACAACCAA GACTACGAAG CGTACGGCAC GGACTTAACC 
TTGCGTGCAT CAGAAGGTAC GTACTTGAAA GCCGAATTCG GACACAGTAA AGGTCGTCAA 
ACCGATTCCA ACTACGTTTC TTTCGATGGC GGTTTAACCT TTACCCCAAC TGGTAGTAAC 
GCGGAAGATC GTGAAGGTGA TATCTACCAA GTGAGAGGGG TGATGAACCT CTACGACTTA 
GCTCCTAACG TATTCTCTGC GGTGGGCAAC GACGTCAAAG CTTGGTACAA ATCCAAAGAC 
GCAGGTTACA GTTTTGCCAG TCAAGATGAC GACTTAGAGC AAGAGTCTTA CGGTACCGAA 
CTTCGTTTCC AAGCCACTGA CCGAGTTGCT GTGAAGACGC GCTTTACCTC GGTTGAAGAG 
CGCGAATCCG ATGGTGATTT GCGAACGGAT ACCCAGCAAG CGGAATTGGA AACTCAAGTT 
AAAGTCACCA AACACATCAA GATCTCGGCA GCAGGTAAAC AAGTTGAAGA GCTAAACAAC 
CAAGATGAAA AAGGCAAAGG GACCTTAGCG GGTCTGCGTG CTGACTACAT CTGGGACAGC 
GACAACAACG TGTACATCAA AGGCCAGAAA ACCGTGGGCC AAACCGACGA ATACGATGAG 
AACGACAGCG TCACGCTCGG TGGTGAAACG CGCATTCTAG AAGACTTTGT GGTTGGTGCG 
GAATACACCA CGGGTGATCG CGGTGATGCG GCAGAAGCGA GTGTGACGTA TGACGTAACC 
GAAGATTACA GCACCTACTT AACCTACGTA GACGACACTT ACGAAGACAA AAACAACGTA 
ATTGTCGGCC AACGTGCAGA CCTGACTTCA ACCGTCGATT TCTACCAAGA AAACCAATTT 
GTTGATGAGA ACAACGGCAA AGGTCGAATC GACTCGTTTG GTTTTGGTTA CGACATGAAT 
GACGACATCG ACATGGGGAT TGGCTACCAA AAAGGCGAAA TTGAAGACGA CCAGAAGATC 
ACCACAGAGC GCCAAGCCGT GAGTGTGAGC ACTTCGATTG ATGTCGATAA CGTATTGTTC 
AAGAACAAAG TCGAATACCG TGTCGACAAG ACCGATGATT CCGCCGACCC AGATAAAAAA 
CGTGTCGACC AGTGGGTGAC GACTAACCGT TACACGCACC ATCTAACGGA AGAGTACACC 
TTATTTGGTA AATTCAACTA CTCACGCTCA GAGAGCAAAT CGAGCGATAA AGTGTTGGCT 
CGTTTTATTG AATCCACTGC AGGTTTAGCA TATCGCCCAA TCTACAACGA CCGTTTGAAC 
GTACTCTCTC GCTACACCTA TTTGGTGGAC TTCGACCAAC TTAACCGCGA TGTGGATTAC 
AAAGATGAAG AAAGCCACAT CATCGAAATC GAAGGTATAT ACTCGTTGGA TGCAAACTGG 
GATCTAGGCG CGAAATACGC TTACAAGGAG AAGCATGAAA TCTTCACTCG TCAGTCAGGT 
GAAGACATTC TAGTCGAAAG TAAAATTTCT CTCTACGGTT TGAGCGCCTC TTACCGTGTT 
ATGAAAGACT GGGACGTAAC CGGTGAGTAC CACTGGAAGA CGGACAGCAC CTACGACGAG 
CTAGAGCAGG GCGCATTGGT TTCGGTTAAC AAACATTTGA GCGACAACTT CAAAGTCGGT 
GTGGGTTACA ACTTCTCAGG CTTTGATGGC AACCTAGCGA ATGATGACGA TTACGACGCA 
TCAGGTGTGT TCATTAACCT AGTTGGTAAG TTATAA 

 

Protein sequence

MIRFRQSKLT MCIAAALPIL SYAKDTSQLE KLDSDSLGIE VKAHEQTDNS RIYLDQGAIW 
VSRDIMRFDP VLDLSISSDV EVKDGKPLQE MSFAITTNFS YYVDHYQLEV FRGGDRGLVA 
PLAVVEGQQF ANDFNIVWDG ATDQEYQFES NTQLLFRLKA FDKDGNMDVT TVGVIDLVEP 
DSEVDIDKND GEEEQSRKLG KARLVRHNIP TSAGLARFMG TGLKGVDKVV IGEDEFDVEE 
GELYAEQYLP ADAYLFPTRV VFDSGEERRY QLYVRIPDEY WVQAGLADFY IGKNKVTGNS 
AALAVDEQYQ DDIYNQGRLA YFGQGKFGDK LRVTTHFDTK ESDVRDMFKN PFTSDSSSVF 
DILEDDDEMY YGNYGDSSNI YKVVNTKGKV YLNVEYDKSN MLWGNYNTGI TGTDNNDYNR 
SLYGFKGDYR TRSTTKFGEA RLNIVGFAAE SDSLFAHDEF LGTGGSLYFL RHGEVVPGSD 
KVMVKVVDPD SSITMQEMPL QSGRDYEIDP YQGRIILTRP LNNIISDNFG TVINDQPSSG 
YDNYLSVDYE YVPQGSDALD AMTTGGRVKG WVNDYIGVGA NYQTEEKDNQ DYEAYGTDLT 
LRASEGTYLK AEFGHSKGRQ TDSNYVSFDG GLTFTPTGSN AEDREGDIYQ VRGVMNLYDL 
APNVFSAVGN DVKAWYKSKD AGYSFASQDD DLEQESYGTE LRFQATDRVA VKTRFTSVEE 
RESDGDLRTD TQQAELETQV KVTKHIKISA AGKQVEELNN QDEKGKGTLA GLRADYIWDS 
DNNVYIKGQK TVGQTDEYDE NDSVTLGGET RILEDFVVGA EYTTGDRGDA AEASVTYDVT 
EDYSTYLTYV DDTYEDKNNV IVGQRADLTS TVDFYQENQF VDENNGKGRI DSFGFGYDMN 
DDIDMGIGYQ KGEIEDDQKI TTERQAVSVS TSIDVDNVLF KNKVEYRVDK TDDSADPDKK 
RVDQWVTTNR YTHHLTEEYT LFGKFNYSRS ESKSSDKVLA RFIESTAGLA YRPIYNDRLN 
VLSRYTYLVD FDQLNRDVDY KDEESHIIEI EGIYSLDANW DLGAKYAYKE KHEIFTRQSG 
EDILVESKIS LYGLSASYRV MKDWDVTGEY HWKTDSTYDE LEQGALVSVN KHLSDNFKVG 
VGYNFSGFDG NLANDDDYDA SGVFINLVGK L