| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_1753 |
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| Symbol | |
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| ID | 7082273 |
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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 | 1783620 |
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| End bp | 1786841 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643458863 |
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| Product | diguanylate cyclase and metal dependent phosphohydrolase |
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| Protein accession | YP_002353639 |
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| Protein GI | 217968133 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG1609] Transcriptional regulators
[COG2206] HD-GYP domain |
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| TIGRFAM ID | [TIGR00254] diguanylate cyclase (GGDEF) domain
[TIGR00277] uncharacterized domain HDIG |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGCGGAAAA ATATTGGAAT ATTCGTAGAC AATTTAAATG TATATCAATG GAATATTTTA
AAGGGAATTT TCTCATATGC AGAGAGAAAG GATATAAATC TCTATTGTAT TGTAGGAAAA
ACCTTAAACT CTCCCTTTGA TTATGAAAAA TGCGCCAATA AAATCTATTA TTTGATCTCT
AAAAAAGATA TTGATGGACT GATAATGTTC ACCTCTGCTT TAAGTTCTCA CATCCCTAAT
GAAGAAACCA TAAAATTCTG CAAACTATTC TCTGAAAATA TACCTACTGT AAGTATTGGA
CTTCCCTTAG AAAAGGTTCC AAGCTTTATT GTTGACAATA TTAATGGTTT CAAAGAACTT
TTGATCCATC TCATTGAAGA CCATGGTTAT ACAAAGTTTG CTTTTATAAC TGGGCCCATG
GATAATATTG AAGCCAGAAT AAGATATGAA ACTTTTATGG AGGCTTTGTC TCAATATGAT
ATAAAGGTAC CAGAAGATCA CATATATTAT GGAGATTTTC TACATGAATC AGGGAAAAAG
GCTATAAAAA CCTTTTTTGA TGAGAGAAAG ATAAAACCCG AAGTTATTAT TTCATCCAAT
GATGACATGG CTCTTTCAGC TATTGAAGAA CTCAAAAAAA GAAAATTTCT TATACCAGAA
GATATTAAAA TTACTGGATT TGACGATGTA GAAGAAGCAA GCTTTATAAC TCCACCTCTC
ACTACGGTAA GACAACCCCT TTTTGAGATG GGCGAAAAAG CTATAGAGAC CTTAGTAAAT
ATTATAGAGG GAAGAGAAAT AGAAAATATG GAACCTCTTC CCACTAAATT AATTATAAGG
GAATCTTGCG GATGTAAATA TTCAGCGCTG GACAGAGCAA AGGTGGAGCC TAAAAAAGTA
AACATAAGCC TCTCCTGGGA GAAATTAGAG GACTTAAAAG AGGAATTTGT AAAAGTGGCA
AGTAAAGTCC AGTATGAATT AGAAAAAAAT GAGTTAATAG AACTTTACAA AAGCTTTCTT
ACCAGTTTAA GAGAGAAAAA TCCAGACTAT TTTATCAATT ATCTCCAGAA ACTCCTTAAG
ACAAGGGAAT TAATCACCCC TCAAATAGGA TATTTCCAAG ATTACATTTC CACATTAAGA
AGATTTGTCA TATATTATGT GGATAAAGAT GATTTGGCCT TTGCAGAAAA TCTTTGGCAT
CAAGCAAGGG TCATAATAAG CGATTATGCA GAAAGGTCTC AGGGATATAA AAAAGCTCAA
TTAGAAGAAG ATTTTCAAAA TCTGACAGGT TTTGGAATAA ATCTAATTTC TTCCTTTAAT
AAAGATGCTA TTGTAAATTA TCTAAAAGAT AATTTACCTG ATCTTGGTAT AAAGAGCTTC
TATATTGTAG AGCAGGAAAA TTCTCAGAAT AAAAAGAATT TACTTTTTGG CTATTCAGAA
AATGCAGAAC ATAAAGATAT AAAATTTTCA GACGAATTTA TACCTAAAAG AATTCTCCCT
AAAAGGAGAT TTACATATAT TATAGAACCC CTATATTTCC AAGATACATT TTTTGGATAT
GCTCTTTTTG AACTTGGTAT CCCACATAGA TTTTTTTATG AGATTCTAAG AACCCAAATA
AGTGCAGGAA TCCAGGGAGC AAAATTATTT GAAGAAAGAA GAGCATATGA AGATCAGCTA
ATAGAACATA TCCGAGAGTT ATCAATTCTA AATGAGATTG GAAATACCAT AACCTCCTCC
ATCGAACTAG ATCTAATATG GGATCTTGTC TCAAGCAAAA TAGCAAATCT ATTTGATTAT
GATGCTTTTT ACTTAGCTCT TCTAAATGGA AATGAAAATA TCTTAGATAT AAAAGTGAAA
AAACTTAAAA AGACTCATGA AAAGTTAACT AATGCAGACA AAAACATAAT AATAGAGTCA
ATAAAAAATA ATAACCCTAT GCTTATAAAG AAAGAAAACA AAAACATTTT ATGTGTACCA
TTAATTACAG GAAGAGGAGT AAAAGGTGCC ATAGTCCTTA AACATGAAAA TGATGTATAC
ACCGAGAAGA CAGTAAACTT TTTAAAAGCT ATTGCCAATT ATATTTCTAT AGCTATTGAA
AATGCCTTTC TATTTGAAGA GATAAAGAAA TTAGCAACCA TAGATCCTCT TACAGGAGTT
CTAAATAGGA GAGCTTTAGA GGAAGGGTTT AACAAAGATG TAGAAAGGGC AAAAAGATAC
AATAGACCCC TTTCTGCAAT AGTAATAGAT GTGGACAATT TTAAGTTATT TAATGATACC
TATGGACACA CTTTTGGAGA CCAAGTACTA AGAGAGTTAG CGAAAATTTT AAAAAATTCA
TGTAGAAAAA CGGACTTAGT AGGAAGATAT GGAGGAGATG AATTCGCAAT AATCTTACCA
GAGACCAATT TAGAGGGGGC TATTAAACTT GCAGAAAGAT TATTAAAGAG TATTAGAAAC
TTAACCATTA CAACTCCTAC GAACAACAAA ATCCCTATAA AAATAAGTAT GGGAATAGCA
TCTTATCCTG ATGATACTAA TGAACCAGAG AAACTATTGA CCCTTGCAGA TATAGCCATG
TACAAAGCTA AAACTTCAGG AGGAGATTCT TTTAGTACCA TATCTTGCTC CTACAAAACT
CCCATGTCCA AAGAAGCCCC TAAATTTGAT GAATTTCTTG GTTTAATTAA TGCCATTGAT
AACAAGGACA ATTACACTTA TACTCATTGT AACGAAGTAG CCAAATATGC AAGAAAAATT
GGAGAAAAAT TAGGACTTTC TAAAGAAGAT CTTGAGATAT TAGAGCTTGC AGGAAAACTT
CATGATATTG GAAAAATTGG AATACCCTTC GAAATACTTA AAAAACCAGG ACCTCTAACC
GATGAGGAAT GGAAGATTAT TAAGGAACAT CCAAGATTAG GCTACCTTAT ATTAAACCAA
CTTCCCAAAA TGGAAAAACT CCTTCAGGCA GTACTTTATC ACCATGAGAG ATATGATGGA
AAAGGATATC CCCAAAGCCT TCAGGGAAAG GAAATTCCTC TTCTTGCAAG GATTATCGCA
GTAGCTGATG CCTACTCTGC AATGAAATCC AATAGACCTT ACAGAAAAGG CCTTTCTAAG
AAAGAGATCA TTAATGAAAT AAAGAAAAAT ATGGGCAAAC AATTTGATCC AGAGATTGCC
CAATTATTTT TAGAATTATT AGAAAAAGGA GAAATTGAGT GA
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| Protein sequence | MRKNIGIFVD NLNVYQWNIL KGIFSYAERK DINLYCIVGK TLNSPFDYEK CANKIYYLIS
KKDIDGLIMF TSALSSHIPN EETIKFCKLF SENIPTVSIG LPLEKVPSFI VDNINGFKEL
LIHLIEDHGY TKFAFITGPM DNIEARIRYE TFMEALSQYD IKVPEDHIYY GDFLHESGKK
AIKTFFDERK IKPEVIISSN DDMALSAIEE LKKRKFLIPE DIKITGFDDV EEASFITPPL
TTVRQPLFEM GEKAIETLVN IIEGREIENM EPLPTKLIIR ESCGCKYSAL DRAKVEPKKV
NISLSWEKLE DLKEEFVKVA SKVQYELEKN ELIELYKSFL TSLREKNPDY FINYLQKLLK
TRELITPQIG YFQDYISTLR RFVIYYVDKD DLAFAENLWH QARVIISDYA ERSQGYKKAQ
LEEDFQNLTG FGINLISSFN KDAIVNYLKD NLPDLGIKSF YIVEQENSQN KKNLLFGYSE
NAEHKDIKFS DEFIPKRILP KRRFTYIIEP LYFQDTFFGY ALFELGIPHR FFYEILRTQI
SAGIQGAKLF EERRAYEDQL IEHIRELSIL NEIGNTITSS IELDLIWDLV SSKIANLFDY
DAFYLALLNG NENILDIKVK KLKKTHEKLT NADKNIIIES IKNNNPMLIK KENKNILCVP
LITGRGVKGA IVLKHENDVY TEKTVNFLKA IANYISIAIE NAFLFEEIKK LATIDPLTGV
LNRRALEEGF NKDVERAKRY NRPLSAIVID VDNFKLFNDT YGHTFGDQVL RELAKILKNS
CRKTDLVGRY GGDEFAIILP ETNLEGAIKL AERLLKSIRN LTITTPTNNK IPIKISMGIA
SYPDDTNEPE KLLTLADIAM YKAKTSGGDS FSTISCSYKT PMSKEAPKFD EFLGLINAID
NKDNYTYTHC NEVAKYARKI GEKLGLSKED LEILELAGKL HDIGKIGIPF EILKKPGPLT
DEEWKIIKEH PRLGYLILNQ LPKMEKLLQA VLYHHERYDG KGYPQSLQGK EIPLLARIIA
VADAYSAMKS NRPYRKGLSK KEIINEIKKN MGKQFDPEIA QLFLELLEKG EIE
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