| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_00313 |
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| Symbol | cyaA |
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| ID | 5555329 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | - |
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| Start bp | 300057 |
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| End bp | 302585 |
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| Gene Length | 2529 bp |
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| Protein Length | 842 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640905808 |
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| Product | adenylate cyclase |
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| Protein accession | YP_001443568 |
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| Protein GI | 156972661 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG3072] Adenylate cyclase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGCAGGCTT ACACCCAAAA ACTTATTCAG CGATTAGATA ACCTGAACCA GCAACGGATC
GACCGTGCGC TGGCGCTTAT GGATTCGCAA AGCCAGCAAG TCTTCCACTT GATACCTGCC
TTGTTGAACT ACAACCATCC TGTTATTCCC GGCTACTACG ATGCAGACGT CCCTTATGGT
GTGTTTGGTC TAGAGCTGAA CGAACTCCAA CAACGATTCC TTGATGATAC TCAACTGACG
ATTGGTCAAG CGCTTAAGAC AGCAGAGCAA CCTGCGATCT TAGGTTTGTA CACCATGGGC
AGTACCTCTT CGATTGGTCA AAGTACCTCA AGTGATTTGG ATATTTGGGT GTGTATCTCA
CCGGAGATGG ATAACGACCA ACGTGAACTG CTGACCAATA AATGCTTGCT GATCACTGAC
TGGGCACAAA GCCAAGGTGT AGAAGCGAAC TTCTTCTTAA TGGATGAAGA GCGTTTTCGT
AGCAACCGTT CAGAAGAGAT GACCGGCGAT AACTGTGGTT CTTCTCAGCA TTTATTATTG
CTGGATGAGT TCTACCGTTC TGCGGTACGT CTAGCTGGAC AGCGTTTGTT GTGGCAAATC
GTGCCACCAG AAATGGAAGA GTGTTACGAC GAGTACGTTG CACAGCTTTG TAAAGATGGC
TACATCAATT GTGATGAGTG GATCAACTTT GGTCAGCTTA ACCGCATTCC TGCTGAAGAG
TACTTCGGTT CGAACTTATG GCAGCTGTAC AAGAGTATCG ATTCCCCTTA TAAGTCCGTG
TTGAAAGCGA TCTTGCTTGA AGCTTACTCG TGGGAATACC CGCACACACA ACTTCTTAGT
ATCGACACTA AGCGTCGCTT CTTTGCCCAC GAGCCGGACC TGTACGGCAT GGATGCGTAC
TACTTGATGC TAGAGAAAGT AACGCGTTAC CTAGAGCGAA TCCAAGACGA CACTCGTTTG
GATTTAGTTC GCCGCTGTTT CTACCTTAAA ACCCATGAAA AGCTGTCTCG TGAACCTGAT
GTAGGCTCTG TCGCTTGGCG TCGTGAAGCT TTGAGCGACA TGATTGCAAA ATGGGATTGG
GATGAAGCGG TATTAGCGGA ACTCGACGAT CGCCGTAACT GGAAAGTAGA GCAAGTGAAA
GTAGTGCACC ATGCACTGCT GGATGCTTTG ATGCAAAGCT ACCGTAACTT GATTCAGTTT
GCGCGTCGTA ATGACATTAC CTCGGCGATC AGCCCGCAAG ATATTAGCAT TCTTGCCCGT
AAGCTGTACG CGGCATTCGA AGTGCTGCCG GGGAAAGTTA CCTTGCTTAA CCCTCAGATC
TCGCCAGATT TGCACGAGCC CGACTTGAGC TTCATTGAAG TAAAAGAAGG TGGGGTGAAC
AAATCAGGTT GGTACTTGTA CAAGCAACCA CTGATTGCGC ACCGCATTCT TGGTCAACCT
TGTCTTGAGC ACCATGAGTA CTTGAGTAAG TTGGTTTCTT GGGCGTTCTT CAACGGTTTG
ATTACCGAGT CAACACGTTT GCACGCGGTG GTGCGTGAAG CGCAGTTAGA CATCGATAAG
TTCTACCAAA TGGTGAGCGA CCTACGTAAC ACCTTCTCGT TACGCAAGCG TCGTCCAACC
ATGCAAGCGT TGGGTAGCCC GTGCGAAATT AGTCAGATGG CGATGTTCAT CAACTTTGAA
AATGACCCAA CGGCAGAGCT GTCTGGTCGC TCACTCAAAG TGGATGTGAA GAACACTGAT
ATCTTCAGCT TTGGCCCTGA GCAAATTAAC TTGGTCGGCA GTGTCGATTT AGTTTATCGC
AACTCATGGC ACGAAGTGCG TACCCTGCAC TTCAAAGGCG AAACCGCGAT GTTGGATGCA
TTGAAGACCA TTCTTGGCAA AATGCACCAA GATGCGATTC CGCCAGAGTC GGTGGATGTA
TTCTGTTATG CGAAAAACAT GCGTGGCGTG ATGCGCAATA TGGTGTATCA GCTATTGGCA
GAGTGTATCG ACTTACGTTT GAAGCCGGTT GAACAAGAGA AACGCCGTCG CTTTAAAGCC
ATGCGTCTTG CTAACCAAAC TTACGGCTTG TTCTTTGAGC GTCGTGGCGT ATCGGTTCAG
AAGCTAGAAA ACTCGGTCGA TTTCTACCGC AGCATTTCAA CCAACAAGCT GAAAGGCTCA
CCGTTGTTGA TGCTGGATCG TGAACAAGAG TACCAACTAC CAGAAGTAGT GGATGGGTTT
GCCAGTGAAG GTTTGGTGCA GTTCTTCTTT GAAGATACCG ACGATGGTTT CAACATCTAC
GTATTGGATG AATCAAACCA AGTTGAGGTT TACCACCAGT TTAGTGGCTC TAAAGATGAA
ATGATTGCGT CAGTGAACAG CTTCTACACC TCGGTGAAAG ACGACAGTCG TGTATCGTCG
AAGTTTATTA ACTTTAACTT GCCGCAGTAC TATCAAATTA TTCATCCGGA AGAAGGTAAT
ACCTACATTA TCCCTTACCG CAATGATGGC TGTACGCCGA CTCGCCCAAC CAAAGCGGTA
AATGCGTAA
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| Protein sequence | MQAYTQKLIQ RLDNLNQQRI DRALALMDSQ SQQVFHLIPA LLNYNHPVIP GYYDADVPYG
VFGLELNELQ QRFLDDTQLT IGQALKTAEQ PAILGLYTMG STSSIGQSTS SDLDIWVCIS
PEMDNDQREL LTNKCLLITD WAQSQGVEAN FFLMDEERFR SNRSEEMTGD NCGSSQHLLL
LDEFYRSAVR LAGQRLLWQI VPPEMEECYD EYVAQLCKDG YINCDEWINF GQLNRIPAEE
YFGSNLWQLY KSIDSPYKSV LKAILLEAYS WEYPHTQLLS IDTKRRFFAH EPDLYGMDAY
YLMLEKVTRY LERIQDDTRL DLVRRCFYLK THEKLSREPD VGSVAWRREA LSDMIAKWDW
DEAVLAELDD RRNWKVEQVK VVHHALLDAL MQSYRNLIQF ARRNDITSAI SPQDISILAR
KLYAAFEVLP GKVTLLNPQI SPDLHEPDLS FIEVKEGGVN KSGWYLYKQP LIAHRILGQP
CLEHHEYLSK LVSWAFFNGL ITESTRLHAV VREAQLDIDK FYQMVSDLRN TFSLRKRRPT
MQALGSPCEI SQMAMFINFE NDPTAELSGR SLKVDVKNTD IFSFGPEQIN LVGSVDLVYR
NSWHEVRTLH FKGETAMLDA LKTILGKMHQ DAIPPESVDV FCYAKNMRGV MRNMVYQLLA
ECIDLRLKPV EQEKRRRFKA MRLANQTYGL FFERRGVSVQ KLENSVDFYR SISTNKLKGS
PLLMLDREQE YQLPEVVDGF ASEGLVQFFF EDTDDGFNIY VLDESNQVEV YHQFSGSKDE
MIASVNSFYT SVKDDSRVSS KFINFNLPQY YQIIHPEEGN TYIIPYRNDG CTPTRPTKAV
NA
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