| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0627 |
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| Symbol | |
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| ID | 7081667 |
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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 | Dictyoglomus turgidum DSM 6724 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011661 |
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| Strand | + |
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| Start bp | 629703 |
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| End bp | 632861 |
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| Gene Length | 3159 bp |
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| Protein Length | 1052 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 643457703 |
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| Product | diguanylate cyclase |
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| Protein accession | YP_002352529 |
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| Protein GI | 217967023 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2199] FOG: GGDEF domain |
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| TIGRFAM ID | [TIGR00254] diguanylate cyclase (GGDEF) domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.256226 |
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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 | ATGGATTTTC TTTTAGAGAA TTTAAATCAT ATTGAAGAGC TTTTAAAGAG GGAACCTATA
ATATATTTAA ACCTTCCAAG GGGAAGTGGA AGAACCTATT TATTAAGATC TCTTTTTGAG
AGAAATAAGT CTTATTCTCT TTTTACCCAT TATGCATCCC ATAGAACTCC AATTGGTGAA
TTCTTTTTAA CTCTTCTTTC TTTAATAGAT AAGAGGGCTT TTTTTAAAGA AAAGGGAGAT
TTAGTGGGTC CCATATTAGT AAGATATATT CATCCTAGGT TCTTGTCCTA TCTGGAAAAG
TATAAATCCG AAGAAGTGAT ATCTTCAGAT TTAGAGATAG GTCAAATAGC TGATATAGCC
TCATATATTT TAGGGCAGAA AAAGATAAAA TATTGGATTT TTGATAATTG GCAGGAATAT
TTAAATTATA ACGAGATTTT TAAAGAATTA ATACCCTATT TGAATAAAAA GCACAGTGTA
AATTTTGTTG TTGCTGGTGA AGATTTTGAT GCAGAAGCTT ATGAAATAAG TTCTGAGGCC
TTATCGGTTC CTATAAGTGA GAAGACTTTT ATAGAAGAAA TAAAAAAGGC ATTTAATTTG
CCCCATAAGG ATGCATTAAA ACTTTTTGAA ATGAGTAATG GAAACTGGAA TAATGCTTTA
ATAGTATATA AGAACAATTT TAAAACCCTT CAAGAGATTA TTAATGAAAA AGTCAATTCT
TTAACAGATA GCGAGAAAAA AGCTCTTTAT ACTCTTACTT TTGTTGGAAA GACTTTTTCC
TCTACTTCCA TAAAGGCATT AAAGGAACTT TATGGTCCCT TAAATTTTAT TATGGATTTT
GTTAAGACAG GATTAATAAG GTGGGAATAT CCTCTTTGGA GATTTGGATC CGAAGAGGTT
TTAAATTATA TAAAAGAGAA TATGTCTCAT GATTCATCTC AATTAAAAGA GGAATTTATA
AAAAAACTTT CTTCTTTTAA CTATTGTGAT ATATGGGGAA GAATAGGAGT GTTAGCTGAG
GATAATAGGA AATATTGGAA GTATGCAAAG ATAAGGGAGT TTAGAACCTC TTATAACACT
CAGAGGAAAA TGGAAATTTT GGAAGAAATT ATTAAAAAAG ATGAGGACAG TAGAAATATA
TATAAACGAA GGTTGATAGA TCTTCATATA GATTTCCAGA AGTTTGATAA AGCCCTTATT
ATAATTGACT CTATTGAAGA TAAAAATGAG CTTGATCTTG CAAATAAAAT TAGATGTTTA
TCATATTTAG GAAGGTATGA GGAGGCAAGA AAAATAACAG AGGAAATTGT TGGTAGACTA
AAAGTGGATT ATACTCTTCC TCAGGTTCTT TCTAGGTTGG TTAGTTATTA CTTTCTTACT
AAGGAAAGTC TTGATGGTTT AATTCTATTG AATAAATATT TAGAAGATAT TTTACGCTTG
AGGAGTTCTC CTAAATACCT TGCTAATTTT TATAATGCCT TAGGACTTTT GACTCTTACT
GATAGTAAAT TTGAAAAGGC TCTTTCCATA TTTGAGAATG GGCTTATTTT TGCCGAAAAA
ACAAGAGACA AAATAATATT GCATAAATTA ATAAACAATC TTGGCGATTT GAGGAATTAC
CTTTATGGTC CTAAGAGTGC ATTAGTACTT AATCAAAGGG CATATGAGAT ATCAAAATCC
CTTTCTAAGA ATTTAATGGT TATTAGCCTT GGAAACTTGA TTAAAAGTAA AATGCAATAT
GCTGATTTCT CTGAAGTAAA AAACTTATTA AATGATCTGG AAGAGCTACT GTCTGAAGTA
GAATTAGAAT ATTTTCTTTA CTCGGGATAT AGAAGATTAG CGATTGCATA TCTTAGTTAT
AGAGAAGTGG AAAAATTAGA AGAAGTTATG AAAAAATTGG ATAGTCTAAA GACTATTCCA
GAAAGTAAAG TTCTATTGAA GATTTTAAAG AGTTTCTTAG GGGAGATTGA GATAAGCGAA
GATGAAGTAA TGTGGACAAA AGAAGAACAG ATAATGACTC TATATATGAA ATTAGTTGCT
GAAAAAAGCT TAAAGATTTC TAAATCTTTA AGAGATTATC CTACCGATTA TCCTATTCAC
AATTTTTTGA AAGGATATAT TCTCAGGGAA AGTTTTTTTA CACTTCTCTC TTACATAGAC
TTGATGCTTG AGAGATGGGA ATTTTTAGAT GCTCTTTATT CTTATAAACT TCTTATTAGA
TTCCTTGAAA AGGATAAAAA TTTAAATGTC TTTATTCCCT ATATAAGACT TGAGATTATA
GGACTTGCTA CCCTTTTAAA TCTTCAAAAG GAGTTAGAAA CTCAGATAAT AGAGCTTTCT
TCAGATTATG TAAACCTAAT GAAGGAACAT TCAAAGGTAA AAGCTCTGGA AGGTTATGTG
GGAAAAGCTA TTATAGATTC TGAAGATGAG AATGAAGCCT TAGAACTAAT ATATAGGGTT
ATTTCAGATT TTGTAGATGA TTTTCTGTTA GTATTGAAAG TTGGAGAAAA AACTTTAGAA
AAAGGCAATA AGCTTATTTA TAGGAATAGA TTTAGATTCT TCTATAAAAA GCCTCCTTTT
TCCATAACTG TCTACTCCCT TAAAAATCTT CCTCCTTCTC TATTCTTTGT TATACGAAAT
CTTCTTAAGA GTTTTATTGT CTTTTGGGAG AGAAAGTATG GTATGTTTGA TCCATTGACA
GGACTTTTTA ATAGATCTTA TGGGGAGAGA AAGCTTGAAG AAGCTTTTTT GGATTTCTTG
CGTGAAAAGG AAGATTTTAG TGTGGTTTTT GTAGATATAG ATGGATTTAA AAGAATAAAT
GATACCCTTG GGCATTCCTA TGGAGATTAT GTATTGAAAG AGATTGCAAC TGCCATCAAG
AATTCTATAA GGCAAAGTGA TTCTGCGGTA AGGTGGGGTG GTGATGAATT TTTAATTCTA
TTAAGGAAAG CTGATTATAA CGAGGCACTA AAAGTGGTAA ATAGAATTAA GGATAGAATT
GAAGATATAA CTAGGGGAGA AATAAGGATT AGTTTTGGTA TAGAGACAAC TTCAGAGGAG
ATATCTTCTT ATAGGGAACT TGTGGATAAA GCAGATATGA AGATGTACGC TCAAAAATTT
AGAAAGGCAA AGGGTTTAGA AAATACTAAA AGAGATTAG
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| Protein sequence | MDFLLENLNH IEELLKREPI IYLNLPRGSG RTYLLRSLFE RNKSYSLFTH YASHRTPIGE
FFLTLLSLID KRAFFKEKGD LVGPILVRYI HPRFLSYLEK YKSEEVISSD LEIGQIADIA
SYILGQKKIK YWIFDNWQEY LNYNEIFKEL IPYLNKKHSV NFVVAGEDFD AEAYEISSEA
LSVPISEKTF IEEIKKAFNL PHKDALKLFE MSNGNWNNAL IVYKNNFKTL QEIINEKVNS
LTDSEKKALY TLTFVGKTFS STSIKALKEL YGPLNFIMDF VKTGLIRWEY PLWRFGSEEV
LNYIKENMSH DSSQLKEEFI KKLSSFNYCD IWGRIGVLAE DNRKYWKYAK IREFRTSYNT
QRKMEILEEI IKKDEDSRNI YKRRLIDLHI DFQKFDKALI IIDSIEDKNE LDLANKIRCL
SYLGRYEEAR KITEEIVGRL KVDYTLPQVL SRLVSYYFLT KESLDGLILL NKYLEDILRL
RSSPKYLANF YNALGLLTLT DSKFEKALSI FENGLIFAEK TRDKIILHKL INNLGDLRNY
LYGPKSALVL NQRAYEISKS LSKNLMVISL GNLIKSKMQY ADFSEVKNLL NDLEELLSEV
ELEYFLYSGY RRLAIAYLSY REVEKLEEVM KKLDSLKTIP ESKVLLKILK SFLGEIEISE
DEVMWTKEEQ IMTLYMKLVA EKSLKISKSL RDYPTDYPIH NFLKGYILRE SFFTLLSYID
LMLERWEFLD ALYSYKLLIR FLEKDKNLNV FIPYIRLEII GLATLLNLQK ELETQIIELS
SDYVNLMKEH SKVKALEGYV GKAIIDSEDE NEALELIYRV ISDFVDDFLL VLKVGEKTLE
KGNKLIYRNR FRFFYKKPPF SITVYSLKNL PPSLFFVIRN LLKSFIVFWE RKYGMFDPLT
GLFNRSYGER KLEEAFLDFL REKEDFSVVF VDIDGFKRIN DTLGHSYGDY VLKEIATAIK
NSIRQSDSAV RWGGDEFLIL LRKADYNEAL KVVNRIKDRI EDITRGEIRI SFGIETTSEE
ISSYRELVDK ADMKMYAQKF RKAKGLENTK RD
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