Gene VIBHAR_02388 details

Gene Information

• Locus tag: VIBHAR_02388
• ID: 5556057
• 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: 2394428
• End bp: 2396539
• Gene Length: 2112 bp
• Protein Length: 703 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 640907874
• Product: hypothetical protein
• Protein accession: YP_001445577
• Protein GI: 156974670

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

ATGATAGCGA AATACAATAT TACGCTCGCT TGTCTACTGG GTGTCATTAG TCCTAACGTG 
ATGAGCGAAA CTGTCGATCT CGACTTTTCT AATCATCAGG AGGCGACTGA CGGCACTGAT 
GCGCAACTGG GGCCGAGCTA CAGTGGCGCA GACATGCACT TTATTAATGT CGGCACGCAT 
GATGGCAAAA CCATTGATGC CAAAGTGTCC AGTAACACAT TTGGGGATGC GACCTTTTTA 
TTCCACAATC CAAATTACAA GCAGACAACG TCATCCGAGC CCAACGGTGA TATCGGCTTT 
TTATACACAG TCAATTCCGC TGGTTCAGCA GGTCTTGTCT ATAAATTTGA ATTCTTCGAT 
GGCACTGGAG CCTTGAGCGG AACATTTTCT GTCCCTTACG TTATTCCTGA GTTTGAGTTT 
ATTGGTTACG ATATTGATGG TGAGTCGGTT CAATCTGAAC AACTTAGAGT TTTCAAGAGT 
GAAGGGTTCT ACAGCTATCA AACGGGTACA GCAGCAGCAA GCTTAACCGC AGTCGAAGAG 
GCTGACGGCT CGGTGCTCTT CACAGGTCCT GGCACCAACT TTGATGAAGC GAATACATCT 
GGTGCGGTCA AGCTTGTGTA TAAAAACTCA TCAACAGTCA CGCTTCAGTT CGAAACAGAG 
ACATCCGCGA GTTCTCCTTT CCCAAACGCC ATTTTTTCAG CCTTTGACGG GAACTGGGAG 
TTATCAGGCT TTACCAACCC AACGGAAACC AACGATGAGT TCGACTTTGG CGACGCTCCC 
GATAGTTATG GTACGTTACT GGCAAACAAC GGTGCGCAGC ATGCTGTGAC TACATCTTTG 
TTTATGGGTA GTAGCATCGA TGCAGAAAGC GACGGGCAGC CAAACGCAGC GTCAACAGGT 
GATGACTTCG ACGCGCTCGG TGACGATGAT GATGGCGTTA CGCTTCTGAC TAACTTTGAA 
AAAGGTCTTG ATTCTCTCAT TAACGTTAAC GTTGTTGGTA CTGGTTATCT TCAGGGTTGG 
GCCGATTGGG ACATGAATGG TAGTTTTGAT GCAGACGAGC AAATTATTCT GAATCACGCG 
GTTACTACGG GTGCCAATGT CGTTCCTGTG CGTGTAAACG ATGATGCATT GATTGGTAAC 
GTGCAAACAC GATTCAGGGT TTCAAGCTTA GTCAATTTAC CTAGCGACGG TTACGCTGGT 
GATGGTGAGG TTGAGGATTA TGTCTTCGAT GTGACAGATC CAGGTACAAC TATACAAACT 
TCGGACTACT ACACTGCTGC GTTTGAAGAT AACTGGCCTG AAATGGGAGA CTTTGACCTT 
AATGACGTAG TGACTTATTA CCGTTCTAAG TTAGTAATCA AAGACGGCAA TGTACTACGT 
TTTGATATAG AAGGTACAGT AACTGCTTAC GGTGCTTCGT ATAAAAATGG TCTAGCTTGG 
AAGTTGGAAG GTTTCTCTGA AAGTGATGTA AATCTTGACA CAGCGAGAGT GACTAAGAAT 
GGTGTGACAA GAAGTAACAT CTCTCCATTT ACAGGTGAAG ACAAATCGGT CGCATCTCCT 
GGAGGGGATC TTGTTGTAGT TGCATCTACT AACTTGAAAG GTGATATTCC GATTAACCCT 
GAGTGTGGTT TCCACCGAAC CAATCCAAGC TGTAGCATAA GTCTTGAATC AACAGAGATG 
ACATTCAGTA TTTCTCTACC GTTCAAATCA GGCTCTGAGC CATCAGTTTC TTCTTTCCCT 
ACATTAAGTG GTTTTGACCC ATTTATCTTC GCCGGTGGTG GTTACCATGG TGATAGTTTC 
ACCACTCCTC CAGGCAAAGA TATAGAGATT CACACCGCGG ACTTTGCACC TACGTCAAGA 
GGTACCTCGG TCAGTGGGTT CTATGGTACT GCAGATGATG ATTCTGATGC TGCAACCAGT 
AAATACTACC GTACCAGTGG CAATCTTCCG TGGGGGATTA TTATCCCTTC AAGTTGGAAC 
CATCCTTCAG AGTACATTGA TGTAAGTATT GCTTATCCTG ACTTTGCGGA GTGGGCTGAA 
TCTGGTGGTT CATCAAAACC AACTTGGTAT AACAACCCAG ATGCTAGCAA CACTTGGACA 
ACAGCGGATT AA 

 

Protein sequence

MIAKYNITLA CLLGVISPNV MSETVDLDFS NHQEATDGTD AQLGPSYSGA DMHFINVGTH 
DGKTIDAKVS SNTFGDATFL FHNPNYKQTT SSEPNGDIGF LYTVNSAGSA GLVYKFEFFD 
GTGALSGTFS VPYVIPEFEF IGYDIDGESV QSEQLRVFKS EGFYSYQTGT AAASLTAVEE 
ADGSVLFTGP GTNFDEANTS GAVKLVYKNS STVTLQFETE TSASSPFPNA IFSAFDGNWE 
LSGFTNPTET NDEFDFGDAP DSYGTLLANN GAQHAVTTSL FMGSSIDAES DGQPNAASTG 
DDFDALGDDD DGVTLLTNFE KGLDSLINVN VVGTGYLQGW ADWDMNGSFD ADEQIILNHA 
VTTGANVVPV RVNDDALIGN VQTRFRVSSL VNLPSDGYAG DGEVEDYVFD VTDPGTTIQT 
SDYYTAAFED NWPEMGDFDL NDVVTYYRSK LVIKDGNVLR FDIEGTVTAY GASYKNGLAW 
KLEGFSESDV NLDTARVTKN GVTRSNISPF TGEDKSVASP GGDLVVVAST NLKGDIPINP 
ECGFHRTNPS CSISLESTEM TFSISLPFKS GSEPSVSSFP TLSGFDPFIF AGGGYHGDSF 
TTPPGKDIEI HTADFAPTSR GTSVSGFYGT ADDDSDAATS KYYRTSGNLP WGIIIPSSWN 
HPSEYIDVSI AYPDFAEWAE SGGSSKPTWY NNPDASNTWT TAD