| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_2740 |
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| Symbol | |
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| ID | 7408310 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | - |
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| Start bp | 2887538 |
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| End bp | 2890588 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643717096 |
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| Product | diguanylate cyclase/phosphodiesterase with PAS/PAC sensor(s) |
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| Protein accession | YP_002574565 |
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| Protein GI | 222530683 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5001] Predicted signal transduction protein containing a membrane domain, an EAL and a GGDEF domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR00254] diguanylate cyclase (GGDEF) domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | 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 | ATGAGAAATA ATAAAGCTAT TCTATTTGTG TTTACAGTCT TGCTGATGTT ATTTCATATA
TCACTTGCAA ATGCCAGTCA TACACCTGTG AAATTTGAAG TTGATAAAAA CTATCCGCCA
TTTTCTTATA CATCAGGCGG CAGGATTTAT GGATTTACCA TTGACCTTGC AAATCTTGTA
TTTGAACCTG ACAAGTTCAA ACTTGAACTT TCAAGCGATG AATGGAGTCA GGTTTACAAA
AAGCTTGTCG AAGGAAAAAT TGATGTCACA GCTCCTGTTG CCATAATTGA AGAGAGAAAA
AAAGAGGTGC ATTTTTCAAA ACCAATATTT ACACGACATG TAGGACTTTA TACATCCAAA
GAATTTTCGA AAAATATATC GCTTAAAAAC CTTGAGGATT TCATGGTAGG AGTTATGCAA
TCTGATTACA CAGAAACCCT TTTAAAAGAA AAGCTGGGTG TAAATAAATA TTATACGTAC
CCTACAATTG AAGATTTGAT TTACGCCTTG GTGGATGGAA AGATTGATGC TGCCTTGATG
TCCCAGGAAA TAGCCAATTA CTTTCTTGTT AAAAATAACC TGAGCGACAG GGCAGAGCTC
AAAATCAAAA ACATCTTTAC TGTAAAAAGT GCATTTGCTG TGAGCAAGAA AAGACCAGAA
CTTGTTGCGT ACATAAACCA GAGGTTAAAT TTTCTTATAA ACAAAGGTAT ATTTGATGAG
CTTTATTACA ACTATTTTTC CACATATTCA CCTGAATACT TTGAGAGGAA AAACAGGCAA
ATATTACTGT CTGCCTTGTA TCTTTTAATC ATAATACTTT TTGCTGCGTC TGTGATAATA
TTTGTAATGA CAAGAATAAA TAGAGGACTT GAACGTGGCA AACAAGCTTA TGAAAAGTAC
GCCCAGCTTT TAGCAGAGAA TGCAAATGCA ATTGTTTTGA CTCTCAACTT AAAAGGCGAA
ATAATATATT TTAACAAGTT TGCAGAACAG ATTACTGGGT ACAAAAGTGA AGAGGTTGTG
GGCAAAAAAT GGGTTGATAT TTTTATTCCT TCCCACAGGC GTGAGTATAT AGAAAATCTT
TTTAAAAGAA TTTCAGAAGT AAAGATTTTA AATGACCATG AAAATGAGAT TGTGACAAAA
AATGGCGACA CAAGATGGAT TTTGTGGAAC AATACTCTTA TCGAAAACCC GTACTTAAAC
GAGCCTTTGA TTATTTCAAC AGGGCTTGAC ATAACGCAGA TAAAAAGAAC ACAACAGCTT
TTAGAAGAAA GCTACGAAGA GATTGAACAG ACCAACCAGG AACTTATGAA TACCTTGGAT
ATTTTAAACA AGCAGTCGGA AATGTTGATG GAAGAAAAAG AAAAATACAA GTTTCTGGTA
GAAAATGTCT CTGATTGTAT CTGGGAGATA GATTTTAATG AAAAGAAGAT TGAATTTTAT
GGAAAGCTCA AAGATCAATT TGACATTGAT GTGATAAAAT CAAAAAACGA TTTTTCAGCA
TGGCTTGAAT TTTTCCATGA GGATGACAGA GCTACTGTAT TCAAAAAATT GCAGGATGCT
ATACTTCTTC ATGAAGAGAA AGTGGAATTT GAATCACGTA TAAGAGACAA ACACGGAAAC
TGGCGCTGGA TTTCCTCTCA TGTTCAGATT TTATACAACG AAGAAGATAA ACCTGAGAAG
ATTATTGCAG TAAACATTGA CTGGACAGCC AAAAAAGAGT ATGAACATAG GATAGAATAC
ATTGCCTACT ATGATGCACT GACAAACCTG CCAAACAGGA AACTGTTTGA AGATAGGTTG
GAGAGTCTGA TTAAAAAAGC CGAAGATGAG AAAACTCAAG GTGCTGTTGT GCTCATAGAC
ATTGACAATT TTAAGGACAT TAACGACCTG TATGGGCATG AAGCCGGAGA TGAATACTTA
ATTGCTGTAA CCAAGAAGAT TTTAGAATAT CTCAATAGCA TAAAACTTAA TACCTTTTTT
GCAAGAGTTG GGGGAGACGA ATTTGCCGTA ATTCTGGATG GTCTTGCTAA AAAGGAGGAG
GTAATTGAGG TTTGCACTAA GCTTCTTGGC ATCTTTGAAA GTGAGATTTA TATACAAAAG
ATAGAAGGTT GCATCTTTAC CTCCGCCTCA ATAGGTGTAT CATTTTATCC TGACGATGGC
AGAAGCGTCA AAGAAATTTT CAGAAATGTT GACATGGCAC TATCTTCTGC AAAAGAAAAT
GGCAAGAACG ATTTTCAAAT TTTTATGCCT TTCATGCTGA TGAAGAATTT TAAAAAAATT
GAAATTGAAA AAAGTCTCAA AAAGGCTATT GAAGCTGACC AGTTTGAGCT TTATTACCAG
CCTGTTATAA ACTTAAAAGA TATGGAGATT CATTCTGTGG AAGCCCTTTT GAGATGGGTC
TCACCCGAAA AAGGTATCAT CTCACCGCTT GAATTTATTC CTGTTGCAGA AGACAGCGGG
CTTATAGTAA AAATTGGTGA GATGGTCATA GAAAAGGCTT TTTCGGACCT TAAAAATTGG
GAGAAAAAGG GGATTAGCTA TCTACACATG GCGATAAATA TTTCAGCACG ACAGCTTAAG
ACAAAGTTTT TTGAGAAGAT GATACAAAAA CAAATTGAGC GATATGGTGT TAATCCACAA
AAAATTTCAT TTGAGATAAC CGAAACAGGA GCTGTTGAAA ATTTTGATGT TTCACTCAAG
ATTTTAAGTT TTCTCTGCCA GCTGGGAATA AAATTTTTGA TAGACGACTT TGGGACAGGG
TATTCATCTT TGATTTATTT GAGAAGGCTT CCAATTGGAG GAGTTAAAAT AGACAGAAGC
TTTATTTCAG AGATTGAATT ATCAAAAGAG AGCAGAGCAA TTGTTGAGGG CATAATATTG
ATGGCTCATA AGCTTGATTT AAAAGTTATA GCAGAGGGTG TTGAGACTAA AAGAGAGCTT
GAGATTTTAA AAGAAATAGG ATGCGATTTT GCACAGGGGT ATTTATTTTC AAAGCCCGTG
CCAAAAACTG AAATTGAAAA GCTTTTGATA GAAAGAAAAA TAACTGTCTA A
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| Protein sequence | MRNNKAILFV FTVLLMLFHI SLANASHTPV KFEVDKNYPP FSYTSGGRIY GFTIDLANLV
FEPDKFKLEL SSDEWSQVYK KLVEGKIDVT APVAIIEERK KEVHFSKPIF TRHVGLYTSK
EFSKNISLKN LEDFMVGVMQ SDYTETLLKE KLGVNKYYTY PTIEDLIYAL VDGKIDAALM
SQEIANYFLV KNNLSDRAEL KIKNIFTVKS AFAVSKKRPE LVAYINQRLN FLINKGIFDE
LYYNYFSTYS PEYFERKNRQ ILLSALYLLI IILFAASVII FVMTRINRGL ERGKQAYEKY
AQLLAENANA IVLTLNLKGE IIYFNKFAEQ ITGYKSEEVV GKKWVDIFIP SHRREYIENL
FKRISEVKIL NDHENEIVTK NGDTRWILWN NTLIENPYLN EPLIISTGLD ITQIKRTQQL
LEESYEEIEQ TNQELMNTLD ILNKQSEMLM EEKEKYKFLV ENVSDCIWEI DFNEKKIEFY
GKLKDQFDID VIKSKNDFSA WLEFFHEDDR ATVFKKLQDA ILLHEEKVEF ESRIRDKHGN
WRWISSHVQI LYNEEDKPEK IIAVNIDWTA KKEYEHRIEY IAYYDALTNL PNRKLFEDRL
ESLIKKAEDE KTQGAVVLID IDNFKDINDL YGHEAGDEYL IAVTKKILEY LNSIKLNTFF
ARVGGDEFAV ILDGLAKKEE VIEVCTKLLG IFESEIYIQK IEGCIFTSAS IGVSFYPDDG
RSVKEIFRNV DMALSSAKEN GKNDFQIFMP FMLMKNFKKI EIEKSLKKAI EADQFELYYQ
PVINLKDMEI HSVEALLRWV SPEKGIISPL EFIPVAEDSG LIVKIGEMVI EKAFSDLKNW
EKKGISYLHM AINISARQLK TKFFEKMIQK QIERYGVNPQ KISFEITETG AVENFDVSLK
ILSFLCQLGI KFLIDDFGTG YSSLIYLRRL PIGGVKIDRS FISEIELSKE SRAIVEGIIL
MAHKLDLKVI AEGVETKREL EILKEIGCDF AQGYLFSKPV PKTEIEKLLI ERKITV
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