| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cagg_1020 |
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| Symbol | |
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| ID | 7268392 |
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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 | Chloroflexus aggregans DSM 9485 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011831 |
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| Strand | + |
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| Start bp | 1260853 |
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| End bp | 1265178 |
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| Gene Length | 4326 bp |
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| Protein Length | 1441 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 643565866 |
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| Product | adenylate/guanylate cyclase with TPR repeats |
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| Protein accession | YP_002462371 |
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| Protein GI | 219847938 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3899] Predicted ATPase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 1 |
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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 | 21 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTGACC AAGTATTTTC TCAGCTCGAT CACGATCGGA TCAAGAGCTA CCTTGGGGCA
TCTCAAGCCG ATGCCTTGTT GCGTGGTACG ATACGACCGC ATGAACTCTA TGCGGTTTGT
GCGCGGCTCG CAAACATCCA ATACGCGCTT AGTACCTATC TACCACACCG ATTAGTAGCA
CACCGTCTCG CCACGAACGA TAACCGGCCA TGGTTAGAAT GGGTAGAAGG CACCTTGCTC
TTTGCCGACG TTAGCGGTTC TACCGCACTA GCCGAACGAC TCAGCAGCCT TGGCCGCGAA
GGTGTGGAAA TCGTCACCGA GACACTCAAC ACCTATTTTG GCAGCTTAAT TCGCCGTATC
CAACAAGCCG GCGGCGATCT TATCACCTTC GGTGGAGATG CCTTATTGGT GCTCTTTACC
GACGACGATC ATGCCTACAC CGCAACCATT GTTGCCCATG ATATGTTGCA CGCACAAGCC
GGCTTTACCC GCGAAGTTCC GGGCATTGGC GTCTTCCCCC TCACGATGCA CATCGGTATC
GAGAGTGGTC GGGTGGCACT GGTCAACGCC GGTCGAGACG AAACCATGCG GTATAGTGCA
ATGGGATCGT GTGTCGAGCG AGTGGCCCGG GCCGAAGAGT TGAGTAGCAG TGGCGAAATC
GTCATCGGGC CGCAGGCGTG GCAACGGCTG GCCGGGCGCG CCCAAGGTGA GCCAATCACC
GATGGTTACA TCAAATTAGC AGCCATCAGC GGAACTGCGG TGTCCGTCGC CTTACCACCC
TACGACGTGC CGCCACCTTC CCGCGACACC GCTCTCCGTC TGCTGAGGAA TATCGAACGG
CTACGACCAT ATCTACCACC GGTTTTGGTG GATCGGATCA TTGCCCAACC CCGTCAGCCC
CACCTCGAAG CCGATCTCAG ACCGGTGTCA ATCCTGTTTG CGCAAATTGA TGGACTAGCC
AAACTGATCG AAACCCTACC GGCAGAAAGC GCAGCGCACG TTATTGATAC GGTCTGGCGT
GTCGGATTCA CGGCTGTGGA GCAGTATGGT GGCTACGTCA ATAAGATCGA TGTCTCGACC
GAAGGGATTA AGCTCCTCGT CATCTTTGGT GCGCCGGTGG CCCAAGAAGA TCATAGCGAG
CGCGCGGCAC GGTCTGCCCT CGAACTTCGA CGTGCATTTA CAGCCCTCAC CCAAGCGCAT
CCGGCCGGTA TCTCGCTTGA TCATCTCCGC TTACGAATTG GCTTAAACAG CGGGATTGTG
TTTGCCGGCA ACGTGGGCGA TATCGACCGC AAGGAATATA CGGTGATGGG CGATTCCGTC
AACGTAGCGG CACGTGTTAT GGCTCACAGT GACTGGGGTG AAATTCGTGC GACCACACCG
TTCGCCGTTG CTACCGGTAC GGTTATGGTC TTCACCGATG CGCGCACGGT GAGTGTACGT
GGCAAACGCG CACCGCTTGA ATTACTCAGG CTCGAGGATG TCCGACACAT ACCAACCTCA
GAAGTCCGGC GGCCAATAGT GGGACGGCGC CACGAGTTGG CATGGCTACG TGAGCGGCTC
GAATTGGCGT TAATCGGTCT TGGCCGGGTG GTGCGCATCA GCGGCGATGC CGGAATTGGT
AAAACCCGGC TGGTCGCCGA ACTGCTGGTC AGCGGCGTTC CGCGCGAAAC CCGGATCGTG
ACGGTGCGCT GCCTATCATA CCAGCAAAGT AAACCGTATG CACCGTGGAG TGATGCGCTG
CAAGCGTTGT GTACGATCCC GGCGGACGCC GATCAGGCAA CCCGTGCCGC TCGGTTGCGT
CAGGCGTTGG CCGCTGCCGG TATTGCCGAC GATTGGACAC CAATTGTCGC CGATCTGGTT
AAGCTCGATG TTGACGACAA TGTGATCACG GGTGCGCTCG ATCCGCAGCA ACGGCAAGAG
CGGCGGTTTG AAGTGATCCG GGCTATCATT CACGCACAAG CTGCACCACG CGGTCTGATC
CTCGTCTTCG ACAATTTACA GTGGGCCGAC CGAATTTCGC TTGATCTGTG GCGGTTTCTG
GCCAGTTCGA TTGCTCAGGT CCCCATTTTG CTCCTCGGTT TACATCGCGA CTCATTAGAA
TGGAACGGCG ATCCACTCGC AGACGGCGCG GAAGTTCTCA CCCTAACCGA GCTACCGGCC
GCCGATAGTG CCGCGTTGAT TGCCGCCATT CCGGCAAGCG CGCGCATCGA TCCAGATCTG
CAAGCCCAGA TTATCGCTCG TGCCGCCGGT AACCCACTCT TTATCGAAGA GCTGGTACGT
ACCGTGCAAC AAGGTAACGC TAACCTCGAT GAACTACCCG ACAGCCTCAA TGGTCTGTTA
CTGGCCCGCC TCGACCAGCT TGATGAACGA TCCCGCTCCT TGCTCCGCGT AGCGGCAGTC
GTTGGTCAAC GTTTTCCCTT ACCCGTTGTC CAATCGGTAT ATGGTGAAGA TACTCAACAA
CTCATCGAGT GCATCAATCA GCTTGATGCG CAAGAGCTGA CCCTGCTCGA GCATGAAACA
CCAGAACGGG TACACATTTT CCGGCACGCT CTGTTACACG AAGTAACATA CCAGAGTATG
CTCTTCTCGC GCCGACGTGA ATTGCACCGT CAGATTGGCG AGTATCTTGA AAAACGGTAC
GCCCGTGAAC TGAGTCGGTT ACGCCAAGAG TTTGCGGCCA CCCGCCAGTA TCGATATGTT
CAGATCGGCC GTAATGGAAT GTTTATGTCA CGGGCCGCAC GTGCGATTAT CGGCCCGATT
TTCCTCCTCG CCCACCACTA CCGACTAAGT GATACCCCCG ACCGCGCGGT CCAGTATTTA
CTCATGGCCG GTCATCTATC CCGCGATGAG TATGCTAATG AACAAGCAAT GACGTACTAC
CGTTGGGCCA TCGACATTCT GGGCGATCGC GGTGATGATG CACGGCTCTG GGAAGCGATG
GAAGCCCTCG GTGACATCCA AGCGGCGATT GGGCAATATG ATGAGGCGCA ACAGACCTAT
CAACACCTGC TCACGATCGG TGGTGAGCAC TTACCGCCCG TTGTACAAGC CGAGGTTTTG
CGATCGTGGG GAGCAGCGCT AGAGAAACAG GGGCGCTATC ATGAAGCACT CGAACATCTA
CGTAAGGCCG AGGCAATCGC GAGTGCGGCT ATTAATCATA CGCCACCCCT TCTCTTAGCC
GCAATTGCAG CCGACATCGC CCAAACATTT ACCCGTCTTG CGCTGTTCGA CGAAGCATTG
GCAATGTGTG AGTCCGGCTT AGCACGTATC CGCAACGATC AACGGAGCGT CGAAGACGAA
CGGATTACCG CCGAACTGCA ACAGCAATTA GGTATGATTT ACGGCATGCG CGGCCATTAC
GATCTAGCTC GCTACCACTT CTTGAATGCA TTGAGCGTAC AAGAGACCAT CGATGACCTC
TACGGCTGCG CACGTACCCA CAATAACCTC GGTTATCTGG CGCAGTTGCA GAGCGATTAT
GTTGCAGCAG TTAATCATTA CCAACGAGCA GAGGAGTTGG CGCGAAAGGT TAGCGCGAAA
TATGCCCTTT CCAGCGTGTT GCTAAATGAG GCATATGCCT ACTACCGTTT AGCCAGGTTC
GATTCGGCCG AAGAAGCCTG TCGTAATGCG CTCGCGTTAT GCGAAGAGAT GGGTGACCGA
TTAGGGGTGG CACAAGCCAG TGATACGTTG GGCATCATCA GTTATGCGCG CGGCAACTAT
CAGCATGCGC TCCACGTGTA TCAGCAAGCC CTTACGATCT ATACCGAACA ACAAAGTACC
TACCAATACG GTAACACGCT CGCGTTAGCG GCTGTGGCCG CCACTGCCAA CGGTGATCCA
GACCAAGGAC TAGCGTATGC GCAAGAAGCC TACCAGATCG GTGAACAGAT TCAGGTACCA
CAGCTCATTG TCGAGGCACG CTGTGCGATG GCTGAGGCGC TATTAGCACA AGCTCGCCGG
CGCCACGACA GCGATATGCG CATAGCACTC TTGCATCAAG CTGCCGATCA CGCCGACCAC
GCTGCAATCC TGGCCGAGCA GATCGGCAGT CGGCTCGATC AGGCAATGGC ACTGCGCTTA
CGCGGCGAAA TCGCCGCCGA ACGCGACGAA CCGTTTAGCG ACTATTTCCA CCGCGCACTC
GACATCTTTA GCGCGATAAA CTCCCGCTTT GAGCATGCGT GTACTACGGC CCGCTTTGGA
CTGGCACTGA ATCACCGAAA CTTTGCCGAA GCTGCTACGT ATCTAGAATA TGCCAACAGA
GAATTGGCCC TTATCGGCGC CAACGGTGAA CTCCACCGAC TGGCTACGCA ACTTGGAGAG
GTGTAA
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| Protein sequence | MSDQVFSQLD HDRIKSYLGA SQADALLRGT IRPHELYAVC ARLANIQYAL STYLPHRLVA
HRLATNDNRP WLEWVEGTLL FADVSGSTAL AERLSSLGRE GVEIVTETLN TYFGSLIRRI
QQAGGDLITF GGDALLVLFT DDDHAYTATI VAHDMLHAQA GFTREVPGIG VFPLTMHIGI
ESGRVALVNA GRDETMRYSA MGSCVERVAR AEELSSSGEI VIGPQAWQRL AGRAQGEPIT
DGYIKLAAIS GTAVSVALPP YDVPPPSRDT ALRLLRNIER LRPYLPPVLV DRIIAQPRQP
HLEADLRPVS ILFAQIDGLA KLIETLPAES AAHVIDTVWR VGFTAVEQYG GYVNKIDVST
EGIKLLVIFG APVAQEDHSE RAARSALELR RAFTALTQAH PAGISLDHLR LRIGLNSGIV
FAGNVGDIDR KEYTVMGDSV NVAARVMAHS DWGEIRATTP FAVATGTVMV FTDARTVSVR
GKRAPLELLR LEDVRHIPTS EVRRPIVGRR HELAWLRERL ELALIGLGRV VRISGDAGIG
KTRLVAELLV SGVPRETRIV TVRCLSYQQS KPYAPWSDAL QALCTIPADA DQATRAARLR
QALAAAGIAD DWTPIVADLV KLDVDDNVIT GALDPQQRQE RRFEVIRAII HAQAAPRGLI
LVFDNLQWAD RISLDLWRFL ASSIAQVPIL LLGLHRDSLE WNGDPLADGA EVLTLTELPA
ADSAALIAAI PASARIDPDL QAQIIARAAG NPLFIEELVR TVQQGNANLD ELPDSLNGLL
LARLDQLDER SRSLLRVAAV VGQRFPLPVV QSVYGEDTQQ LIECINQLDA QELTLLEHET
PERVHIFRHA LLHEVTYQSM LFSRRRELHR QIGEYLEKRY ARELSRLRQE FAATRQYRYV
QIGRNGMFMS RAARAIIGPI FLLAHHYRLS DTPDRAVQYL LMAGHLSRDE YANEQAMTYY
RWAIDILGDR GDDARLWEAM EALGDIQAAI GQYDEAQQTY QHLLTIGGEH LPPVVQAEVL
RSWGAALEKQ GRYHEALEHL RKAEAIASAA INHTPPLLLA AIAADIAQTF TRLALFDEAL
AMCESGLARI RNDQRSVEDE RITAELQQQL GMIYGMRGHY DLARYHFLNA LSVQETIDDL
YGCARTHNNL GYLAQLQSDY VAAVNHYQRA EELARKVSAK YALSSVLLNE AYAYYRLARF
DSAEEACRNA LALCEEMGDR LGVAQASDTL GIISYARGNY QHALHVYQQA LTIYTEQQST
YQYGNTLALA AVAATANGDP DQGLAYAQEA YQIGEQIQVP QLIVEARCAM AEALLAQARR
RHDSDMRIAL LHQAADHADH AAILAEQIGS RLDQAMALRL RGEIAAERDE PFSDYFHRAL
DIFSAINSRF EHACTTARFG LALNHRNFAE AATYLEYANR ELALIGANGE LHRLATQLGE
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