Gene VIBHAR_07115 details

Gene Information

• Locus tag: VIBHAR_07115
• ID: 5558724
• 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: 2184145
• End bp: 2187639
• Gene Length: 3495 bp
• Protein Length: 1164 aa
• Translation table: 11
• GC content: 47%
• IMG OID: 640911581
• Product: hypothetical protein
• Protein accession: YP_001449214
• Protein GI: 156978308

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

GTGGTGGTTC CTGAGTCTGG AATCGTGCCA TTCACCTTTG ACGTCGATAA CGCCAGCGAT 
GTGAATGGTG GAGTGGCTAA GATGACGGTG ATTGTAAGAG GTGATCGCTT CTTCTCTAAC 
TCTCAAGTGT TTGATCTTAC CCAAACCACC ATGTCGGATA ATTACTGGAT TGAGATTGTC 
CCTAAGTCAG AAAAAGCGAA GGAGGCGACC ACATTTGTTG AAGAACGTGT TGAGCTAGAT 
GGGCACGTGA CCCGCTCTTC CGTTGATGTT GCAACGGTGA CCAAAGATGA CAGCACGGAC 
GGAGGTAAAA TCCTTGATGG TGCGACCGCT AAGTTGTCGA TTCCTGCAGG AACAGGATTC 
ATCGGTGAAG ATGGACAGCC TTTTACGCCT GTAGGAGAGG TTTCTGTTTC GATGATGCTG 
TTTTCAGCGG ATCCAAAAGG CCTAGCTGAT GATGAGAATA ACCCGCTATA CCTTTTCCCT 
GGTGGTTTAT CGCCAGACGG GTTTGATGGT GAGCTCCCAA GCGATATCAC CTCACCTGAC 
AGCGTGACCT TTATTTCTGC CGGTTTTGTG GCGATTGAGA TTGGCGATGA AAGCGGTAAC 
AAAGTGTCTT CATTCGATGG AGAAGGCGTC AATTTGGAGT TTGAAGTGCC AAAATCCACG 
GTGAACCCGC AAACGGGCGA GCCTTTGGCG TTAGACGATG GCACGATCCC TATTTGGAGT 
TACACCGACT CAACGGGTAA ATGGCGCTAC GAAGGTGATG CCGTTATAGA GCAAGAAAAC 
GAAAACACCT TTACCGTCTC GAAACCAATC ACTCACCTCT CATACTACAA TCTGGATTGG 
TACGGACAAG ATCGCTGTCA ACTTGATGTC GATGTTGTGG ATGTAAATGG TGACCCCAAT 
AATCAAAAAC TGCGCCTTTC TTTTGCCAAA GCTGGCGGCG GTTGGGCTTA CAAACCTTCT 
GGTTGGGGTG ATAACCCTGA GAAGCTAAAT ATCAATCGAG TACCTGCCTT CGCTGGTCAC 
TTTGATTTGC TGGATAGCCA AGGCAAAAGT TTATTAGCGT CGATTGAAGT GGACGGTGAG 
GTCATTGAAG TAGCCGATGG AACAGAGGGG CTCGATCTCG ATGACTTCTG TTTTGGTGTA 
TCGAGTGATT CGACTAAATC CTTCAAGGCG ACCTTAAATA TTGTAAACCC TCCTCGTATT 
GATCTCGAAA CCGGACTGTC GTTAGTTTGT CCAATCGATG AAACGAAAAC TCAAACCGTC 
GACTCAGGTT ACTACTACCT TTACTCTGGT TATTCTTACG AAACTTCGGG CCAAATGAAT 
GGAGATACCA TCACTTTCTC CAACTTGGTC GAAGACGGGT TATATCGTCT CTACTACTAC 
GGAGGACAAA CTTGGGCCCA AGTGGAGTTT ACTGCCAAAG CAGATACCAC CAACATTTCT 
CTTATGTCGC TGCAGCTTTG TGACAAAATT GAACAAGCCA TCAAGACCCG TTTGGTATGT 
ACCGACGATG ATATGGCTGT CACACGCTTT AAAGCAGCAC CTGATACGTA TTTCTGGATG 
TACAACCGAG ACTATTCTCA TTACCTATGG GGAAGAACAG ACGCTGACGG TAACAGCACG 
CAGGGTGATG CGGTCGAGTC AATTGAATAC ATCGGTTCCG CCTACTCTTA CTTCGAGAGC 
CGTTACTACT GGGGTGAACG TACAACCTTT ACGACCAGTG CGGATAACGC GATAACTTTT 
GATATTCAGT TACCAAGCTC TAACGAATAT TGTCTTGCTG AATTGCCGAT TGATTACCTT 
CAAACGTTCG TTTTTGCTGA GAACACAGAA GCGCTGGCGG ACGGTGTCGC AGAAATCATT 
ATTACTGTTC AGGAACGAGA TGAGTTTGGT ACGGCTCGCG AATCAAATTC CGGCACTCTG 
ACATTGACGG CTGAGCCATC TGAAGGGGTA GTCATCTCAG ATATCACCTC CAATGGTGAT 
GGCACATACA GCGCTAAAGT AACCTCAACA AAAGCGCAAG AAGTGGTTAT CTCCGGAGAG 
ATTGATGGCA ATGCATTAGG AGGCTCTGCT ACGGTGGAAT TTGTGGCTGT GGTCGATTTC 
TCAAATGCCG TGTTTAGCCG AGATAAAGTG TCCGCCAATG CTGATGGAAG TGAGCAAATA 
ACGGTCACTG TTCAGCTCAA AGATGCGGAT GGAAATGACT ATGCATCGTC TGGTGGTGAC 
ATTACGTTTG GCGAGCACAC AGGGCTAACT TTGGCGTCTT CTCAAGATAA TGGTGACGGC 
ACTTACACCG CATTGTTCAC TAGTAAAACG TCACAAACCT TCAATATCAC AGCATCGATT 
GCAGGTAGCG CACTATCTAG CAGCATAGAT ATCGAGTTTA CTCCAGTGTT AGATACCAAC 
AGCGCTGACT TCTCAGCTGA TAAGAGTTCA GCAAGCGCAG ATGGTGTTGA CGTCATTACG 
GTGACCTTGC AGCTAAAAGA CAAAGAGGGG AATGATTACA CCAGCTCTGG CGGCACAGTC 
ACATTCGATA CGCCGACTGG GTTAACTCAG GTTGATAGCC AAGATAATGG GGATGGTTCT 
TACACAGTGA AATACAAGAG TTCGACCTCA GGATCTTACA CTGTCGGGGC ATCACTGGAC 
GGCAGTAAAT TTGCTGAATC CATTTCCTTT GAATTTACTC CAGTTCTTGA CCTCAGCAAC 
ACTGAATTTA CTCGTGATAA AAGTTCTGCA AATGCCGACG GTAGTGAAGA GATCACGGTG 
ACGGTTCAAC TGAAAGACTC TGAAGGGCAA AGCTACACGA GCTCCGCAGG TACTTTATCG 
TTTGATGAAC CTTCAGGATT GACTCTGATC TCTTCGACAG ATAACGGCGA TGGAAGTTAT 
ACGGCGAAGT ATTCAAGTAC GACTTCAGGG AGCTTTACTA TTGGTGCCTC TTTAGCTGGC 
GACAGATTGA GTAATTCAAT CGACATCGTA TTTTCTCCTG TCCTTGATCT GGCAAATACA 
GCGTTCAGCG CGGACAAGAG TTCTGCCAAT GCCGACGGAT CCGATGTGAT CACAGTAGCC 
ATTCAATTGA AAGATACCGA AGGTAACAAC TACACAAGTT CAGGTGGTAC TCTTGAGCTC 
TCATTACAAA CAGGCGTGAG TGTCGTTACT TCTCAAGATA ATAGTGATGG TACTTATACT 
GTGAGTTTCT CTAGTTCGAG CTTCGGTACT AAATCAGCAG GAGTATCTAT TGGGGGAACC 
CAGTTATCCA GCTCTATTTC TTTGTCTTAT GCTCAAGTCT TAAATCTATC TGCAGCAGCG 
TTCAGCCGTG ATAAAGACTC CGCGAATGCA GATGGTATTG ACCAGATCGC CGTAACGGTT 
CAGCTAAAAG ACACCAATGG TGCTGACTAT ACATCGTCTG CGGGGGAGAT TTCATTCTCT 
GTGCCTAGTG GGGTAACGGA AGAATCAAAA ACAGCAACGG TGATGGCTCG TATACGGCTG 
TCTTTACAAC AGTGA 

 

Protein sequence

MVVPESGIVP FTFDVDNASD VNGGVAKMTV IVRGDRFFSN SQVFDLTQTT MSDNYWIEIV 
PKSEKAKEAT TFVEERVELD GHVTRSSVDV ATVTKDDSTD GGKILDGATA KLSIPAGTGF 
IGEDGQPFTP VGEVSVSMML FSADPKGLAD DENNPLYLFP GGLSPDGFDG ELPSDITSPD 
SVTFISAGFV AIEIGDESGN KVSSFDGEGV NLEFEVPKST VNPQTGEPLA LDDGTIPIWS 
YTDSTGKWRY EGDAVIEQEN ENTFTVSKPI THLSYYNLDW YGQDRCQLDV DVVDVNGDPN 
NQKLRLSFAK AGGGWAYKPS GWGDNPEKLN INRVPAFAGH FDLLDSQGKS LLASIEVDGE 
VIEVADGTEG LDLDDFCFGV SSDSTKSFKA TLNIVNPPRI DLETGLSLVC PIDETKTQTV 
DSGYYYLYSG YSYETSGQMN GDTITFSNLV EDGLYRLYYY GGQTWAQVEF TAKADTTNIS 
LMSLQLCDKI EQAIKTRLVC TDDDMAVTRF KAAPDTYFWM YNRDYSHYLW GRTDADGNST 
QGDAVESIEY IGSAYSYFES RYYWGERTTF TTSADNAITF DIQLPSSNEY CLAELPIDYL 
QTFVFAENTE ALADGVAEII ITVQERDEFG TARESNSGTL TLTAEPSEGV VISDITSNGD 
GTYSAKVTST KAQEVVISGE IDGNALGGSA TVEFVAVVDF SNAVFSRDKV SANADGSEQI 
TVTVQLKDAD GNDYASSGGD ITFGEHTGLT LASSQDNGDG TYTALFTSKT SQTFNITASI 
AGSALSSSID IEFTPVLDTN SADFSADKSS ASADGVDVIT VTLQLKDKEG NDYTSSGGTV 
TFDTPTGLTQ VDSQDNGDGS YTVKYKSSTS GSYTVGASLD GSKFAESISF EFTPVLDLSN 
TEFTRDKSSA NADGSEEITV TVQLKDSEGQ SYTSSAGTLS FDEPSGLTLI SSTDNGDGSY 
TAKYSSTTSG SFTIGASLAG DRLSNSIDIV FSPVLDLANT AFSADKSSAN ADGSDVITVA 
IQLKDTEGNN YTSSGGTLEL SLQTGVSVVT SQDNSDGTYT VSFSSSSFGT KSAGVSIGGT 
QLSSSISLSY AQVLNLSAAA FSRDKDSANA DGIDQIAVTV QLKDTNGADY TSSAGEISFS 
VPSGVTEESK TATVMARIRL SLQQ