| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3735 |
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| Symbol | |
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| ID | 3678939 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | - |
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| Start bp | 4646694 |
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| End bp | 4649276 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637719085 |
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| Product | adenylate/guanylate cyclase |
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| Protein accession | YP_324235 |
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| Protein GI | 75909939 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2114] Adenylate cyclase, family 3 (some proteins contain HAMP domain) |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.0169064 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 12 |
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| Fosmid unclonability p-value | 0.419577 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCATTGC AACAGCGTAA TTTTGGGGAG ACTGGCGATT TGATCCTGGG TACGCAAAAC
CAAGAGCAAA ACTTGCCAGC AACTTCGGCT CCTGTCGGCA CACTAGCCCG CAGAAAAGGT
ACTATTTCGA CATTTCTTGC TCCCTTAACT CAGGATACTT TTAAACAAGT TGTTACAGAA
GTCGAGCAAA AACTCCAAAT TGTGCATCAA ACCCTGTCGA TGTTGGATTC TCACGGGTTT
GAAAATATCC TGCAAGAGAT GTTGCAGTCA ATTACTTTAA AAACTGGGGA ATTGTTGGGG
GCAGATAGGA CGACTATATT TTTACTAGAT GAAGAAAAAC AAGAATTGTG GTCGATTGTC
GCCGCCGGAG AAGGCGATCG CTCCCTAGAA ATTCGCATCC CCGCCGACAA GGGGATTGCC
GGTGAAGTCG CTACTTTTAA ACAAGTAGTT AATATACCTT TTGACTTTTA TCACGATCCT
CGGTCGATAT TTGCCCAAAA ACAAGAGAAA ATCACTGGCT ACCGCACATA TACAATGCTG
GCTTTGCCGC TATTGAGTGA GCAAGGGCGA TTAGTGGCGG TGGTACAGTT ACTCAACAAA
TTAAAACCTT ATAGCCCTCC TGATGCAGTA CTGGCAGAAC GGATTGATAA TCAAGGTTTT
ACCAGTGCAG ATGAGCAGTT ATTCCAGGAA TTTGCGCCGT CAATTCGCTT GATTCTAGAG
TCGTCACGTT CCTTTTATAT AGCGACGCAA AAACAAAGGG CGGCGGCGGC GATGATGAAA
GCGGTGAAGT CCCTAAGTCA GAGTAGTCTG GATTTGGAAG ATACCCTGAA ACGGGTGATG
GATGAAGCCA AGGAACTGAT GAACGCCGAT CGCAGTACCT TATGGCTGAT AGACCGCGAT
CGCCATGAAT TATGGACGAA AATTACTCAA GATAATGGTT CTACTAGGGA ATTGCGCGTT
CCTATAGGTA AAGGTTTTGC AGGTATTGTC GCTGCATCCG GTCAAAAACT CAACATCCCT
TTTGATTTAT ACGACCATCC AGACTCGGAA ACTGCCAAAC AAATCGACCA ACAAAACGGC
TACCGCACCT GTAGTTTATT ATGTATGCCC GTATTTAATG GCGACCAAGA ATTAATCGGT
GTGACCCAAC TGGTAAATAA AAAGAAAACC GGAGAGTTCC CGCCTTATAA TCCAGATACA
TGGCCAGCAG CACCCGAATG CTTCCAAGCG AGTTTTGACC GCAACGACGA AGAATTTATG
GAAGCTTTCA ATATCCAAGC TGGGGTAGCG TTACAAAATG CTCAGTTGTT TGCCACAGTT
AAGCAACAAG AGCAAATGCA ACGGGATATT CTGCGGAGTC TTTCTAATGG CGTGATTTCC
ACAGATAAAG CCGGGACAAT TATTGCGGCC AATGAAAGCG CCCAACGTTT GTTGGGGTTG
GACTCGGAAG ACCGTTTGGA AGGTAAACTC ATAAGTGAGG CGATCGCCAT TAAAGAAGGC
GATTTTAGTA AATGGTGTCA AGATGCCTTA CACGGGACAG ACCTCAAACG CCGCCAGCAA
TATTACCCAG ACCGCACACT GGTAAGCACT GAAGCAGCAC AAAATAGCAT TAACTTATCG
ATTAATACCA TTGCCGATGC TAGCGATCCC CAGCAAGTCT GCGGCGCGTT GGTGGTAATG
GAAGATATTA GCGATGAGAA ACGCCTCAAG AGTACGATGT ATCGCTACAT GACCCAGGAA
TTAGCCGAAG AATTGCTGAA ATTGGATGAT GCTAAACTGG GAGGCGATCG CAAAGAAGTT
TCCATCCTCT TTTCGGATAT TCGCGGCTAC ACCACTTTGA CGGAAAATCT GGAAGCAGAA
GAAGTGGTAA GTATGCTTAA TGAATATTTT GAGTCGATGG TAGAGGCTGT ATTCAAACAC
AAAGGCACTC TGGATAAATA CATCGGTGAT GCCATCATGG CAGTGTTTGG TTCACCTTTG
CCCCTAGAAG AACACGCTTG GATGGCTGTA AAAACATCTA TAGAAATGCG TCATCGCTTA
CAGGAATTTA ATCAACGGCG TTATGCAGCC AATAAACCCC GCATCAACAT TGGTATCGGC
ATCAATTCCG ACACCGTAAT TAGTGGCAAC ATTGGCTCTA GTAAACGTAT GGAATTTACA
GCCATTGGTG ATGGTGTAAA TCTGGGTTCC CGCTTAGAAA GTGTGAGTAA GCAGTATGGT
TGCGATATTA TTCTGAGCGA TAATACTTTT AAACCATGCC AAGAAAATAT TTGGGCTAGA
GAACTAGATT TCATCCGTGT TAAAGGCAGA AATGAGCCAG TATCTATATA TGAGTTAATT
GGTTTACGTT CTGATCCCAT CCCTAGTGAG AAATTGCAGG TAATTGAGCA TTATCACAAG
GGACGGGAAT ATTACTTAAA CCGCCAGTTT CCCCTAGCAA GAGCCGAGTT TGCCAATGTT
TTAGCAGTTG ATAAACATGA CAAAGCAGCG ATGTTGCATC TGCTACGTTG TCAGCATTGG
CTACAATCGC CGCCAACCAA CTCAGAATGG GACGAAGGGG TGTGGACGTT TCAGGAGAAA
TAG
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| Protein sequence | MSLQQRNFGE TGDLILGTQN QEQNLPATSA PVGTLARRKG TISTFLAPLT QDTFKQVVTE
VEQKLQIVHQ TLSMLDSHGF ENILQEMLQS ITLKTGELLG ADRTTIFLLD EEKQELWSIV
AAGEGDRSLE IRIPADKGIA GEVATFKQVV NIPFDFYHDP RSIFAQKQEK ITGYRTYTML
ALPLLSEQGR LVAVVQLLNK LKPYSPPDAV LAERIDNQGF TSADEQLFQE FAPSIRLILE
SSRSFYIATQ KQRAAAAMMK AVKSLSQSSL DLEDTLKRVM DEAKELMNAD RSTLWLIDRD
RHELWTKITQ DNGSTRELRV PIGKGFAGIV AASGQKLNIP FDLYDHPDSE TAKQIDQQNG
YRTCSLLCMP VFNGDQELIG VTQLVNKKKT GEFPPYNPDT WPAAPECFQA SFDRNDEEFM
EAFNIQAGVA LQNAQLFATV KQQEQMQRDI LRSLSNGVIS TDKAGTIIAA NESAQRLLGL
DSEDRLEGKL ISEAIAIKEG DFSKWCQDAL HGTDLKRRQQ YYPDRTLVST EAAQNSINLS
INTIADASDP QQVCGALVVM EDISDEKRLK STMYRYMTQE LAEELLKLDD AKLGGDRKEV
SILFSDIRGY TTLTENLEAE EVVSMLNEYF ESMVEAVFKH KGTLDKYIGD AIMAVFGSPL
PLEEHAWMAV KTSIEMRHRL QEFNQRRYAA NKPRINIGIG INSDTVISGN IGSSKRMEFT
AIGDGVNLGS RLESVSKQYG CDIILSDNTF KPCQENIWAR ELDFIRVKGR NEPVSIYELI
GLRSDPIPSE KLQVIEHYHK GREYYLNRQF PLARAEFANV LAVDKHDKAA MLHLLRCQHW
LQSPPTNSEW DEGVWTFQEK
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