Gene VIBHAR_05150 details

Gene Information

• Locus tag: VIBHAR_05150
• ID: 5557504
• 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: 389953
• End bp: 391905
• Gene Length: 1953 bp
• Protein Length: 650 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 640909627
• Product: adenylyl cyclase class-3/4/guanylyl cyclase
• Protein accession: YP_001447283
• Protein GI: 156976377
• COG category: [N] Cell motility; [T] Signal transduction mechanisms
• COG ID: [COG0840] Methyl-accepting chemotaxis protein

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

ATGCAGATAA CTAGTGATTC TTTTAAAGGT CCAGATATGT TGAAACTTAG CTCTTTGAGT 
ATCAAACAAA AGGTTGTACT CGGTATTACA TTTGCAGTGC TTGCATCAAC GATTATTGTA 
GGGGTGATGG CACAGCGTCA TGCGCGAGAC GTATTAAGCC ATCGCCTTAT TGATATTGAA 
TTGCCTGCGA TGTTGCAGCA AATCAATACG GAGATTGACC GTGAAGTTGT ACAGATGCAG 
CAAGCGGCGA AACAGTTGGC GACCAATGAA TTTGTTGTTG AAGCACTATC GACGACAGAC 
CGTAACCCAA CAGTCGAAGC GCAATTAGTT CGCCAACTAA ATAACATAAA GTCCCAATAC 
CAGTTGAACG ATGCTTCTGT CGCGAACAGA CAAAGTGCTT ATTACTGGAA CCAAAACGGT 
TTTCTACGTC AGCTTAATCG CTCGCAAGAT GCTTGGTTCT TTGGATTCAC CTCTTCTGGC 
CAAGATACGT CTGTAAGTGT ATTTCAAGAG GCAAATGGCG ACGTAAAAAT GTTCGCGAAC 
TACCAAAACG TCAATGGCAT CTCAATGTCT GGCCTGTCCA AGTCAATGGA CGATATGGTT 
TCGTTACTAA ATGGCTTTAA GATTGAGAAA ACAGGCTACG TTTTTCTGAC CAATAGCAAA 
GGTGATATCC AGATTCATCG CCAGCAAGGT AAGAACCAAA GCTCTATCAA CCAATTGTTT 
GGTCGTGAAG CTTCTCAGTT GCTCAACAAA AATCACTTCA ATTTAGTAAC GACAGAATTT 
GAAGGACAGG AGATGTTTGT CTCGAGCTTG TACGTGCCTT CAATGGACTG GTTTGTCGTT 
GGTGTTGTAC CAGTAAACGA AGTATTTGCT GACCTAGATG CAACCGCCGA GAAAATGTTA 
TTCACAACAG CGATCGTCGC GCTGATCTTC ATTGCGATGG GCGTTCTTCT TGCAAACAGC 
ATTACCAACC CAATTCGCCA AATTGCTGAC CGCTTCACTG ATCTTGGTGA AGGTGAGGGT 
GATCTAGCTC AACGAATTGA AATCAAAGGC AACGATGAGA TCGCTCAACT CTCTAAAGGC 
TTTAATGGCT TTATTGAGAA GATCCATGCA ACCATGAAGG AAGTGTCGCT AACCAGTGGT 
GCTTTAAGTC AAGCGGCAGA CAGTGTTTCA AATAAAGCAA CGTCTACGCA TGATAATAGT 
CAAGAGCAAC GTGACCAGAC GATTCAGGTA GTAACGGCCA TTAACCAGAT GGGGGCAACG 
ATCAGCGAGA TTGCTTCAAA CGCAGCAACC GCAGCTGATA CGGCAAACCA AGCGTCTGAT 
AATACGCAGA CTGGCCGCCA AGTGGTGACG CAAGCAAAAG AAGTGATTAG CCGCCTTGCT 
GGTGATGTGG AAACGACAAG CATGGTAGTG ACCCAGCTTG CAACAACCAC CAAAGATATT 
GGCTCTATTC TGGATGTGAT TCGCGATATC TCTGAGCAAA CCAACTTACT TGCGTTGAAC 
GCAGCGATCG AAGCGGCTCG CGCGGGTGAG CAAGGTCGTG GCTTTGCGGT GGTAGCTGAT 
GAAGTACGTA ACTTAGCGTC ACGCACGGCT GATTCGACCG AAGAGATTCA GAAGATGATT 
AACCAACTTC AAAGTGATGC GCAAGATGCA GTAACTGCAA TGGAAGCAGG TAAAGCGGTG 
ACATTTGAGG GGGTGGCTTC AACTGATGAA GCTGTTGTTG TTCTAATGAA TATCTCTGAA 
CGCATTGCGG ATATTTCGGA TCGTAATACT CAGGTTGCAA CGGCAACAGA AGAACAATCG 
ACAGTGGTTC ATACCATCAA CCAGAACATC GAAGAGATTA ATGCGATCAA TGAGATGACG 
ACAGCGACAG CAGAAGAACT TGCTGGTGCA AGTCGAGATC TGCAAGAATT ATCATCTCGC 
CTAGATAAGA TGGTTGGTAG CTTCAAGCTG TAG 

 

Protein sequence

MQITSDSFKG PDMLKLSSLS IKQKVVLGIT FAVLASTIIV GVMAQRHARD VLSHRLIDIE 
LPAMLQQINT EIDREVVQMQ QAAKQLATNE FVVEALSTTD RNPTVEAQLV RQLNNIKSQY 
QLNDASVANR QSAYYWNQNG FLRQLNRSQD AWFFGFTSSG QDTSVSVFQE ANGDVKMFAN 
YQNVNGISMS GLSKSMDDMV SLLNGFKIEK TGYVFLTNSK GDIQIHRQQG KNQSSINQLF 
GREASQLLNK NHFNLVTTEF EGQEMFVSSL YVPSMDWFVV GVVPVNEVFA DLDATAEKML 
FTTAIVALIF IAMGVLLANS ITNPIRQIAD RFTDLGEGEG DLAQRIEIKG NDEIAQLSKG 
FNGFIEKIHA TMKEVSLTSG ALSQAADSVS NKATSTHDNS QEQRDQTIQV VTAINQMGAT 
ISEIASNAAT AADTANQASD NTQTGRQVVT QAKEVISRLA GDVETTSMVV TQLATTTKDI 
GSILDVIRDI SEQTNLLALN AAIEAARAGE QGRGFAVVAD EVRNLASRTA DSTEEIQKMI 
NQLQSDAQDA VTAMEAGKAV TFEGVASTDE AVVVLMNISE RIADISDRNT QVATATEEQS 
TVVHTINQNI EEINAINEMT TATAEELAGA SRDLQELSSR LDKMVGSFKL