Gene VIBHAR_06004 details

Gene Information

• Locus tag: VIBHAR_06004
• ID: 5557837
• 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: 1190120
• End bp: 1192228
• Gene Length: 2109 bp
• Protein Length: 702 aa
• Translation table: 11
• GC content: 49%
• IMG OID: 640910478
• Product: hypothetical protein
• Protein accession: YP_001448124
• Protein GI: 156977218

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

ATGAGAAGAA TATCATTATT ACTGGGGTCG ATTTGTTTAG GAGTAAATGC ATACGCAACG 
CCATTCGACA CCTGCCCGAG CCAAGCATTT TTGTTTCAAT CTGCCCCGAC TCAGATTTAC 
GGGGTTAATC TAGTCACTGG CTCTACAACT TTGTTGGAAA AAGACACTGG CATTTCAGGT 
AACATTAATG CTGTCGGGTT TGATTTCACC GACCGCTATT TGTACGGCTA CGATACCACT 
GAAAATCGTG TCGTGCGGCT TGGACAGGAT TTTCAGGCCC AAGTGTTAAA TGTATCCGGT 
CTGCTAGGCA CAGGTAATCA CTTTTTCGTT GGTGATGTCT ATGATCATGT GTACTACGTG 
TATAGAAGAA ACAAAGGAAT ATACAAAATT GATCTCGCAC CTCTCGACAG TGACCCAACC 
GCGACACTTT CACTAGTACA AGTAAACTCT ACGGCAACAC TTTCTTTTGC TGATTTCGCT 
TTTCACCCGG ATAACGGCAA TATATATGCG GTAGATACAA ATACAGGGAA ACTTTACAGT 
ATCAATCGTA CAACCGGCGT AACGACTCTG GTCGGCAACA CTGGTGTGAC AGGGTCGTTC 
GGCGCCGCTT ACTTTGATGT TGATGCTAAT CTGTATTTGT CGCGCAACTC CGACGGTAAA 
ATTTTTAGAA TCGACTTGTC TTCCGCAAGC CTTGCCGCGG GCACTATAAC CGCTGTAGAG 
TTTGTTGCTA ATGGGCCAGT ATCCAATCAA AACGATGGTG CCCGCTGCGC TAATGCGCCA 
ATCATCGATC CAAATGACCC TATCGACTTT GGTGATGCAC CAGACACCTA CAGCACAACA 
TTGGCGTCAA ATGGTCCACG TCATGAAGTT GATGGTACAA CCTACTTGGG CAGCGTTGCC 
CCTGATGGCG ATGTTGGCGG GCAAGCGGAT GACAATGCTG TCGACACTGC CGATGAAGAA 
GGGGTTGGCT TCGTGGCGGC ACTCGACCCG GGTTTAAGCT CGGTGATTGA AGTCACCGCT 
TCCACTTCTG GCTATTTGTC TGCATGGTTC GACTGGAACC GAGATGGCGA CTTTGCTGAT 
GCGGGTGAAC AAGTCTTTAC TGATGAACTT CTCTCCGCTG GTAGTAACAC GCTGCCATTT 
ATTGTGTCTG ACGCGGCAAC TGCGGGGTCA AGCTGGAGCC GTTTCCGATT CAGTCAACAG 
ACAGGCCTAA GCTACACAGG TGGTTCAACG TCTGGTGAAG TGGAAGACCA CCCTATTACC 
ATTACAGGTA ACGGGTACTC GGTCGAGCAT TTCCCAACTG TTGACTCTTA TGCTTCCGTC 
GCGTTTGAAG ACAACTGGCC ATATACGGCT GATTACGATA TGAATGACGT GGTCGTCGAC 
CTTCAAATAA CAGAGACCAC CCTCGCAGGA CATGTCGAAA TCATCAGTAT TTCCGGTAAG 
TTGGTGGCTT ACGGTGCTAG TTATCAAAAC GGTTTCGCGA TCCGACTACC TGGCGTCGCA 
CGAAGCAGCA TTGAAACGGC CTTAACAACG CTCAAATTCG ACGGTGTTGA ACAAGCTTCG 
AGTGGCCTTG AATCTATCTC CGATGAAGCC ATATTTATTA TCGGTGAAGA TATGAGTGTA 
CACGCCAGCC CAAGCGGCGG TTGTACTTAC TTCAGAACCG AATCGGGTTG TGACACTGGC 
GCTTCGCTGC TGAACTTTTC TCTCGATATC TACTTTACCG AAGGCTCCGA TCGCTCTGCC 
ATTGCCAACA TGCCGTATGA CCCGTTCATC TTCGCCACAC CAAATACTTA TCATGGTGAA 
GGGCTTCCAT TCCAACCTGG ACGAACATTG GAGATCCATC TGCCAGGCCA AGCTCCTACG 
GAACAATTCG ATACGAGTTT ATACGGTATC GGTGTCGATG CTAGTTTGAA TGGCTCCAAC 
AACTACTTTA AAACCGCTAC CTACCTGCCT TGGGCACTGC TCATCGTTGA AGATTGGGAA 
TGGCCACTGG AGCGCGTTGA TATTGTCGAA GCCTACCCTG AGTTCCAAGA TTGGGCAGAA 
TCTGGCGGCA CAACAAACCA AAACTGGCAT CAATCACCTG CCACTGACAA AACTTACGAT 
CTGCCATAG 

 

Protein sequence

MRRISLLLGS ICLGVNAYAT PFDTCPSQAF LFQSAPTQIY GVNLVTGSTT LLEKDTGISG 
NINAVGFDFT DRYLYGYDTT ENRVVRLGQD FQAQVLNVSG LLGTGNHFFV GDVYDHVYYV 
YRRNKGIYKI DLAPLDSDPT ATLSLVQVNS TATLSFADFA FHPDNGNIYA VDTNTGKLYS 
INRTTGVTTL VGNTGVTGSF GAAYFDVDAN LYLSRNSDGK IFRIDLSSAS LAAGTITAVE 
FVANGPVSNQ NDGARCANAP IIDPNDPIDF GDAPDTYSTT LASNGPRHEV DGTTYLGSVA 
PDGDVGGQAD DNAVDTADEE GVGFVAALDP GLSSVIEVTA STSGYLSAWF DWNRDGDFAD 
AGEQVFTDEL LSAGSNTLPF IVSDAATAGS SWSRFRFSQQ TGLSYTGGST SGEVEDHPIT 
ITGNGYSVEH FPTVDSYASV AFEDNWPYTA DYDMNDVVVD LQITETTLAG HVEIISISGK 
LVAYGASYQN GFAIRLPGVA RSSIETALTT LKFDGVEQAS SGLESISDEA IFIIGEDMSV 
HASPSGGCTY FRTESGCDTG ASLLNFSLDI YFTEGSDRSA IANMPYDPFI FATPNTYHGE 
GLPFQPGRTL EIHLPGQAPT EQFDTSLYGI GVDASLNGSN NYFKTATYLP WALLIVEDWE 
WPLERVDIVE AYPEFQDWAE SGGTTNQNWH QSPATDKTYD LP