Gene Ava_2239 details

Gene Information

• Locus tag: Ava_2239
• ID: 3679313
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Anabaena variabilis ATCC 29413
• Kingdom: Bacteria
• Replicon accession: NC_007413
• Strand: -
• Start bp: 2784204
• End bp: 2787674
• Gene Length: 3471 bp
• Protein Length: 1156 aa
• Translation table: 11
• GC content: 44%
• IMG OID: 637717581
• Product: adenylate/guanylate cyclase
• Protein accession: YP_322752
• Protein GI: 75908456
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG0642] Signal transduction histidine kinase

Plasmid Coverage information

• Num covering plasmid clones: 10
• Plasmid unclonability p-value: 0.159061
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 21
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGAAATCCC CAGTAAACAG TAAGCCCAAA ATTTTGGTTG TTGATGATGA GCCAGACAAC 
CTTGACTTGC TTTACCGCAC CTTTTATCGT GACTACAAGG TGCTGAGAGC TATATCTGGA 
CCTGCGGCAC TGGATCTGCT GGCGCAAGAG GGAGAGATCG CAGTGATCAT CTCCGATCAA 
CGAATGCCGA TCATGAGTGG TACGGAATTT TTGAGCCTGA CAGCTACACA ATATCCAGAT 
ATTATTCGGA TTATTTTAAC TGGTTACACT GACGTAGAAG ACTTAGTAGA AGCAATTAAT 
GCTGGTAAGG TATTTAAATA TGTCACCAAA CCTTGGGAAG CCGAAGAACT CAAAGCTGTA 
GTCCGCCAAG CCCTAGATAC TCACAATGTT CTGAAAGCTC GCACTCGTGA ACTCACCCGC 
ACGCTCCGCC AAGAATCACT GCTGAACACT GTCACCAACA CAATTCGCAG TGCCTTAGAC 
TATCGACAAA TTTTGCAAGC AATTGTCGAT ACAGTTGGTC ATATGTTAGA GGTGGATGTC 
TGTCTATTAC GTTCCTTTCA AGATGGACAA TTAGTAGATG AAGGATTTGT CTACCAGAAA 
TATTCTCCAG CTGCCATAGA GAAAACTATA CATAATTCTG CCCCCCTGAC GATTCTGGCT 
GATACTGTCT GGGAAACCCG CGAAGTGCAG ATAATTCATG ATGTGGCAGG TGATGAGCGC 
CTTCACGGAG ATAGCCCAGA ACTACAGCAC AGAACTGATG CGTTTGCTGC GGCTGATATC 
CGTTCTAGTT TAGTTGTGCC ACTGATTTGC CAACAAGAAC TGATGGCTGT TTTGGCACTG 
CATCAATGTT CCCAAGCACG GGTCTGGGGA GAAGAAGAAG TACAGTTAGT TTTAATGGTG 
GCGGATCAAG CTGCCTTGGC TTTGTCCCAA GCCTACGCTT ATGAACAAGT ACGGGCGCTG 
GCAAAACGAG AGTCCTTGAT CAATACCATT ACAACAGCGA TTCGCTCTAG TCTTAATCCT 
GAAGATATTT TTGCGGCAAT TACCCAAAAA TTAGGGCAAG CTTTACAAGT TGACGGCTGT 
GTGTTGTCTT TGTGGACGGA AGAGGATGAG TTTGTCAAGT GTGTTGGCTT GTATGATAGT 
TCTCGACATA GCGAAGACTC GTTGGACAAT CACCGTCTGA TAACTCAGGA ATTACCAGAG 
TCACAAGCAC CTATTTTAGA AAATCCAATT TTACAGGAAA TATTAAAAAC CCATCAGCCT 
GTAATAATTA CGGATATGAA TCATTCAGAT TGGGAAACCA AAAGGTTTGA TTTAAATTTG 
AAAATGCCAG CGCGATCGCT CATGGTTGTC CCTTTGCTGG CAGATGGCAA ATGTATAGGC 
AGTATTACTC TGCGAGAAGG CAAGAAAGCT AGGCAGTGGC TATCAGCTGA TATTGAACTG 
GCAAAAGCTG TAGCCGCACA AGCCGCGATC GCCGTACAGC AGTCTCATTT ATACCAAAAA 
ACCCGCGAAC AAGCCGAGCG CTTGCTGCAA TTAGACAAAC AAAAAACAGA ATTTTTTCAA 
AACATATCCC ATGAATTTCG TACTCCCATC ACCCTCATTC AAGGACCGTT AGAATCGGCA 
GTGGGAACAG GCGAGGGTTT ATCTTACGCC CAAAGTGCGA TCGCTTTGCG TAACTCCCGA 
CGGCTGTTGC GGTTAGTTAA CCAACTATTA GATTTGCAAC GCTTAGATGC AGGGAGAATG 
CAGCCTAGTT TCCGTCCTTG TGATTTAGTA GATTTTGTCA GTCAAATTGT TGAATCATTT 
CGCCCCTACT GTGAAAAAAA GGCACTACAT CTGACTACCG AATTAGATGA ATGTCCTACA 
GTTTATATAG ACATGGAAAA ATTTGACAAG GTGGTTTATA ACCTCCTATC AAATGCCATG 
AAATTTACAC CAGAAGGTGG CACAATCAGT GTCAAGTTAC AATCTCAGGG ACACCACTGC 
ATCTTGCAAG TCCAAGATAC AGGTATTGGC ATTGTTAAAG AGCAAATTCC CCATCTGTTT 
GAGCGCTTCC GCCAAGCCGA AGGTTCAGAA AACCGCTCCT ACGAGGGTAG CGGCTTAGGT 
TTAGCCTTAG TTAAAGAATT AGTAGAACTA CACGGTGGCA GAGTTACTGT TGAATCAGTC 
TATGGCAAAG GTACAACCTT TACCCTATGG CTAGTTATCG GTAATGCTCA CTTACCTCTA 
CAGCAAGTAT CAGATACGCC CGTTGAGCTG ACCACTAGCC GCGCTAGTGT AGAACTAGCT 
GATTTAGAAC TGGTAGAAAC AACACTAGAA AATATAGATA TAGAAACTAT TAATCCCTTA 
CCTATTTCTG AGACTCAGCA GCATACAGCA AACAGCACAC AGCAATCTAC ACATTCAATC 
CTCGTTGTTG ATGACAACCC GGATCTGCGA ACTTATGTAT CCGATATTCT CCGCCGTAGT 
GGTTATCAAG TTTATACAGC TCGTAACGGT TATGAAGGAT TTAGTAAAGT CCAAGAACTT 
GTTCCTAATC TAATTGTTAC TGATTTGATG ATGCCTTTAG TAACAGGGTT AGAGATGATT 
CGCATGATCC GTAATGACGA AAAAGTGAAA GGAACGCCAA TCATTTTGCT AACCGCAAAG 
GTAGATGAGG AAACCCGCAT CGAAAGCACA GAACATGGAG CAGATGCGTA TTTAGCAAAA 
CCATTTAATG ACAGGGAACT TCTAGCAGAG GTTCGTAATC TTTTAGCTTT GAAGGAAAAT 
GAAAAGCGAG TTTTGGAGTT AAATACTTAC CTGACAGAAT CAGTTCTTAA GCGCTTTTTA 
CCGCCTGCGT TGGTGTCAAA AGCGGCTGCT GGTTCTTTAA GTTTAGATTT GCGTCCAGAA 
CCGCGTTTAA TTACGGTGTT GTTTAGTGAC ATCGTTGGTT TTACACAGTT AGCCAACACT 
CTCAGATCCC GGCGAGTGGC AGAATTACTG AATGAGTATT TAGAGTTCAT GACTAAAGCT 
GTGTTTGATA ATGGTGGCAC TGTAGATAAG TTTATGGGGG ATGCTATCTT AGCTCTCTAT 
GGAGCGCCAG AAGAACTCAC ACCTAATGAG CAGGTGCGTC GAGCAGTGAA TACGGCTAGA 
GCCATGCACA GCTCATTAGC TCAACTAAAC CAGCGTTGGC GGGATCAGGG GATATTTGAT 
ACCCATGATT ATGGCGGTGT GCAGTTTCGC TGTGGTATTC ACCAAGGGAC GGCTGTTGTA 
GGAATGTTTG GTAGTGCCGA ACGTGCCGAC TATACTGCTA TTGGGCCTAG TGTCAATATC 
GCCGCTCGAT TGCAATCTGC TGCTGTTCCC GGTACAATCT TGGTTTCTGC TGCTGTAGCA 
GATTATTTAC AAGACGAAGA AATTACTAAA GGTAGTCCGC TAAAACTTAA AGGAATAGAT 
GAAACAGTTC TGACTTTTGC TGTGAAATCA GAATTAATGG TTAACCGTTA A 

 

Protein sequence

MKSPVNSKPK ILVVDDEPDN LDLLYRTFYR DYKVLRAISG PAALDLLAQE GEIAVIISDQ 
RMPIMSGTEF LSLTATQYPD IIRIILTGYT DVEDLVEAIN AGKVFKYVTK PWEAEELKAV 
VRQALDTHNV LKARTRELTR TLRQESLLNT VTNTIRSALD YRQILQAIVD TVGHMLEVDV 
CLLRSFQDGQ LVDEGFVYQK YSPAAIEKTI HNSAPLTILA DTVWETREVQ IIHDVAGDER 
LHGDSPELQH RTDAFAAADI RSSLVVPLIC QQELMAVLAL HQCSQARVWG EEEVQLVLMV 
ADQAALALSQ AYAYEQVRAL AKRESLINTI TTAIRSSLNP EDIFAAITQK LGQALQVDGC 
VLSLWTEEDE FVKCVGLYDS SRHSEDSLDN HRLITQELPE SQAPILENPI LQEILKTHQP 
VIITDMNHSD WETKRFDLNL KMPARSLMVV PLLADGKCIG SITLREGKKA RQWLSADIEL 
AKAVAAQAAI AVQQSHLYQK TREQAERLLQ LDKQKTEFFQ NISHEFRTPI TLIQGPLESA 
VGTGEGLSYA QSAIALRNSR RLLRLVNQLL DLQRLDAGRM QPSFRPCDLV DFVSQIVESF 
RPYCEKKALH LTTELDECPT VYIDMEKFDK VVYNLLSNAM KFTPEGGTIS VKLQSQGHHC 
ILQVQDTGIG IVKEQIPHLF ERFRQAEGSE NRSYEGSGLG LALVKELVEL HGGRVTVESV 
YGKGTTFTLW LVIGNAHLPL QQVSDTPVEL TTSRASVELA DLELVETTLE NIDIETINPL 
PISETQQHTA NSTQQSTHSI LVVDDNPDLR TYVSDILRRS GYQVYTARNG YEGFSKVQEL 
VPNLIVTDLM MPLVTGLEMI RMIRNDEKVK GTPIILLTAK VDEETRIEST EHGADAYLAK 
PFNDRELLAE VRNLLALKEN EKRVLELNTY LTESVLKRFL PPALVSKAAA GSLSLDLRPE 
PRLITVLFSD IVGFTQLANT LRSRRVAELL NEYLEFMTKA VFDNGGTVDK FMGDAILALY 
GAPEELTPNE QVRRAVNTAR AMHSSLAQLN QRWRDQGIFD THDYGGVQFR CGIHQGTAVV 
GMFGSAERAD YTAIGPSVNI AARLQSAAVP GTILVSAAVA DYLQDEEITK GSPLKLKGID 
ETVLTFAVKS ELMVNR