| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_1035 |
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| Symbol | |
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| ID | 7081844 |
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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 | 1051499 |
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| End bp | 1055764 |
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| Gene Length | 4266 bp |
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| Protein Length | 1421 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643458116 |
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| Product | type II and III secretion system protein |
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| Protein accession | YP_002352929 |
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| Protein GI | 217967423 |
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| COG category | [N] Cell motility
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG1450] Type II secretory pathway, component PulD |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | TTGATATTTA AAAAGGGAAA GGACTTGGTT TTTTATTGTG TTATTTTAGT TTTTCTTTTT
ACACTATTAT ATGCTCAAAC AGGAAATCTT AGCTTAGTAG GAGTACAAGT AGATGAAGTA
GGTGCAAGTT TCAACATTGG ATTTTATTTT TCTCCTGCAA GTTCGGCTCC TAAATTTGAT
ATACAACAGA AAGACAATAA ATTAGTTATT ACTTTTTTTA ATACAAATAT TAAGATGCCC
TCTAAATCTA TAGATATAAA TAAGGCTTTT CTTACTAATA TTGAACTCGT TCAAAGTGGG
AGTAATGCCG TTGCCAATAT AAATTTCGTA GGTATTATAC CTACTTATGT CTATAATTCA
GGGTTAGGAA CTTTAAAATT GGTATTAAAT CCTTCAACAT CCACCGTTTC AGCCATATCC
TCTACTGAAC CGAGCACTAA AACAGCCGAA GTAAATCTAT TAAGTGTAAA TATTGATAAA
AATTATAGGC CAAATTTAAT TATTTTGAAT TTTTCTGATA ATGTGCCTGA ATATAAAGTA
TCTTTGCTTA AAAATCCTTT AAGACTTGTC ATTGATGTTA ATAACACAAT AAATAAAGTG
GCAACAAAAA GTATTTCTGT AAATTCAAGT CCAATTCTTG ATGTCAGAGT CTCTCAGTTT
ACTATTAAAC CTTATGTTAC AAGAATAGTA GTAGACTTAA AAACATCCTA TCCTCAATTG
TTAGTTAAAG ATTATCAAAA TAAATTATAC ATTGGGACTT CTGAGGTATT GGCGAAAGTA
GTGCCTGCTT CTCAAAAGGT AGTAGCAGAA ATACCTAAAA CCGAAGAGGC GCCAAAGGTA
ACAGAGGTTA AAACTACTAC CATGGAAGAA AAACCTATAG AGAAGCCCCA GGAGACAGTA
AGTAAACCCG TAGAGGTAAA GGATAAATTT CAACAGAGGA TATCAGTCTC TTTTGATAGG
GCAGAGATAA GGGATGTATT AAAAGCAATG GGACAACTTG TAGGATTGAA TATTATTACC
GATATAGGAG TACAGGGAAG GATAAGTGTT TACCTTAAAG ATATTCCTTT TAAAGATGCT
TTTTATGCCT TACTCGCTTC CTCAGATTTA GGGTATATTC AGCAAGGTGA GATAATCATT
GTAGCTAATC TTGATAAGCT ACAAAAAATA GAAAGTAGAG ATTTGATGAC AAAAGTTTAT
CAATTGAAGT ATTTTGAAAG TCAAAAAGCG AAAGACATTT TAAGTAAAAT CTCTAAGACT
GCGATCTTTG ATTCTGACGA TTCAAGAAAT TGGCTTATAG TTTCTGCTCC ACCGTCAGAA
TTTGCAAAAA TAGAGAATAC AATTAAAACC TTGGATATCC CGTCAGAAAG TATAGCAGGA
GCTAAAAATT TAGGAAAAGT TATATTAGAA AAAAGTGAAG ATACCTATCT TGTGACTTTA
ACTGCAAAGG GCGACGATAT AAAAGATATT CTTCAAGAAA TAGTTCAAAA GTCCGGTAAG
AATATTATCT TTTCAAAAGA TGTCTCGGGA GGGGTTTATT TAACCCTTAA CAGAGTTCCT
CTTGATAGGG CTGTCGATTT GATAGTAAGG AGTACTGGAT ATATTTATGA GGTTAGAGAG
GGAGGAGTAA TATTGGTGAG TGCTCCTAAG GCTGAGGGAG TTCCTTCACC TATAATTGAG
ATTAAAGAGC TTGTTAAGGT TGAAAAAATT GGGGATGTAT TTTATGTTAC TGCAAGTCTT
AAGAAGTCAG ATATTAGAGA TGTTTTGCAG GAAATTGCAA GTAAAACAGA TTTGAATTTT
ATTATAGATC CTAAGGTTTC TGGTACAGTA GATCTGTTTG TTAATAAAGT ACCTCTTGAT
GAGGTTTTGA CCATAATTCA GAGACTTGCT AATTTTGATA TGGAAAAAGT TGGCAAGACT
TATTATATAA AACCTAAGGA AGTACAGACA GCAACAGTTC CTCAAATAAT AAGTACTAAG
TTATATGTGT TGAGATATAT AACTCTCCAA GATATTTTGA GGGTAGGGGG GAGTTTAGTA
AAGAACTTAA GTTTGAGCTA TGATGATAAG ACTAAGCTGC TAATTGCGCA AGGTAAGGAA
GATGACTTGA AGGTATTGGA TGACCTAATA AGTAGGATAG ATGTAGAGAA GAAGGAAGCG
GTAGTTGCGA AGGAGCTACT TACAGTAGAG AGGGAAGGGG ATAAGGTATA TGTGAGTTGT
GATTTAAGGA GTGCAGATAT AAGGGAAGTA TTGAGGGAAC TTGGGAAGAA GGCAGATATA
AACTTTGTAA TAGATCAGAA GGTGACAGGG CAGATTGATC TCTATCTAAA TAGGGTGGAA
CTTCCTGAGG TATTGAACAT AATTCAAAGG GTAGGGAAGT TAAGCATAAC TACTGAAGAT
AAAGTGACTT ATGTGAAGCC ATATGAAGAG AAGGTAACAG TACCTGTAGA GGTAGCAAAG
ACCAAGATAT ATGCATTAAA ATACATTACC TTATCTGATA TAGAGAGGGT AGGAGGGAGT
TTAGTAAAGA ACTTAAGTTT GAGCTATGAT GATAAGACTA AGCTGCTAAT TGCGCAAGGT
AAGGAAGATG ACTTGAAGGT ATTGGATGAC CTAATAAGTA GGATAGATGT AGAGAAGAAG
GAAGCGGTAG TTGCGAAGGA GCTACTTACA GTAGAGAGGG AAGGGGATAA GGTATATGTG
AGTTGTGATT TAAGGAGTGC AGATATAAGG GAAGTATTGA GGGAACTTGG GAAGAAGGCA
GATATAAACT TTGTAATAGA TCAGAAGGTG ACAGGGCAGA TTGATCTCTA TCTAAATAGG
GTGGAACTTC CTGAGGTATT GAACATAATT CAAAAGGTAG GGAAGTTAAG CATAACTACT
GAAGATAAAG TGACTTATGT GAAGCCATAT GAAGAGAAGG TAACAGTACC TGTAGAGGTA
GCAAAGACCA AGATATATGC ATTAAAATAC ATTACCTTAT CTGATATAGA GAGGGTAGGA
GGGAGTTTAG TAAAGAACTT AAGTTTGAGC TATGATGATA AGACTAAGCT GCTAATTGCG
CAAGGTAAGG AAGATGACTT GAAGGTATTG GATGACCTAA TAAGTAGGAT AGATGTAGAG
AAGAAGGAAG CGGTAGTTGC GAAGGAGCTG CTTACAGTAG AGAGGGAAGG GGATAAGGTA
TATGTGAGTT GTGATTTAAG GAGTGCAGAT ATAAGGGAAG TATTGAGGGA ACTTGGGAAG
AAGGCAGATA TAAACTTTGT AATAGATCAG AAGGTGACAG GGCAGATCGA TCTCTATCTA
AATAGGGTGG AACTTCCTGA GACTCTTGAG ATATTAAGTA GAATCACTAA TATTTCCTTT
GAGAAAGTTG GTTCCGCAAC CTTTGTCAAA CCCTTAAATA CAACTGTAAC TACAGCAAAA
GAGGGCACTC CTACTGTTAC AAAAGAATAC AAGCTAAAGT ATATATCCTT GGATACTTTA
AAATCTGTAG TATCAGGAAT AGCAAAGGAT GTAAGCTTCT ATTATGATCA AACTTCAGGT
CTTTTGTTGG TACAAGGGCC AGCAGATCAA GTTTCCTCTG TAGAAAGTAT GATAGCGAAG
CTTGATAAGC CTACTCCTCA AGTAAAAATT GATGTACAGG TAATTGAAGT ATCAAGAGAA
AATGTTAAGG ATATTGGTAT AGAGTGGAGT ACAGGTAGTA TTTCTACTGG ATTACAAATT
ACAGCTAACC TGGGGTGGCA GGATCTCAGG GTAAGTATTG TGAATCCAGG ACAAATTAGT
GCTAACATTA GGGCATTAGA AACTCAAAAT AAAGCTAGAA TACTTGCTCA ACCCAGTATG
ACTACTTTAA GTGGTAAGGC TACAAGGATC ATGATTGGTG ATAGAGTTCC ATTAATCTCC
TATGATGCTC AAGGTAATAG ACAAGTAAGT TTTGTGGATG TAGGTATCAT CTTAAATGTC
ACTCCTACAG TAAATGCTGA TGGAACCATA ACAGCTAATA TAAATCCTCA GGTTAGTACA
ATTCAAGGCT ATGTAAGTGA TGTGCCTATA ATTTCTACTC GTGAGGCTCA GACAATTGTC
AATCTAAAAA ATGGTGAAAC TCTTGCTCTT GGAGGTTTGT TGAGACAAGA GGAAATAGAT
AGTATGTCAA AAGTACCACT TCTTGGAGAT ATACCTATAC TAGGAGAACT GTTTAAGGCA
AGAAAGACTC AGAAAGTGGA AAGAGAGCTT ATTATACTAA TTACACCAAA ACTTATTGAG
CAATAA
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| Protein sequence | MIFKKGKDLV FYCVILVFLF TLLYAQTGNL SLVGVQVDEV GASFNIGFYF SPASSAPKFD
IQQKDNKLVI TFFNTNIKMP SKSIDINKAF LTNIELVQSG SNAVANINFV GIIPTYVYNS
GLGTLKLVLN PSTSTVSAIS STEPSTKTAE VNLLSVNIDK NYRPNLIILN FSDNVPEYKV
SLLKNPLRLV IDVNNTINKV ATKSISVNSS PILDVRVSQF TIKPYVTRIV VDLKTSYPQL
LVKDYQNKLY IGTSEVLAKV VPASQKVVAE IPKTEEAPKV TEVKTTTMEE KPIEKPQETV
SKPVEVKDKF QQRISVSFDR AEIRDVLKAM GQLVGLNIIT DIGVQGRISV YLKDIPFKDA
FYALLASSDL GYIQQGEIII VANLDKLQKI ESRDLMTKVY QLKYFESQKA KDILSKISKT
AIFDSDDSRN WLIVSAPPSE FAKIENTIKT LDIPSESIAG AKNLGKVILE KSEDTYLVTL
TAKGDDIKDI LQEIVQKSGK NIIFSKDVSG GVYLTLNRVP LDRAVDLIVR STGYIYEVRE
GGVILVSAPK AEGVPSPIIE IKELVKVEKI GDVFYVTASL KKSDIRDVLQ EIASKTDLNF
IIDPKVSGTV DLFVNKVPLD EVLTIIQRLA NFDMEKVGKT YYIKPKEVQT ATVPQIISTK
LYVLRYITLQ DILRVGGSLV KNLSLSYDDK TKLLIAQGKE DDLKVLDDLI SRIDVEKKEA
VVAKELLTVE REGDKVYVSC DLRSADIREV LRELGKKADI NFVIDQKVTG QIDLYLNRVE
LPEVLNIIQR VGKLSITTED KVTYVKPYEE KVTVPVEVAK TKIYALKYIT LSDIERVGGS
LVKNLSLSYD DKTKLLIAQG KEDDLKVLDD LISRIDVEKK EAVVAKELLT VEREGDKVYV
SCDLRSADIR EVLRELGKKA DINFVIDQKV TGQIDLYLNR VELPEVLNII QKVGKLSITT
EDKVTYVKPY EEKVTVPVEV AKTKIYALKY ITLSDIERVG GSLVKNLSLS YDDKTKLLIA
QGKEDDLKVL DDLISRIDVE KKEAVVAKEL LTVEREGDKV YVSCDLRSAD IREVLRELGK
KADINFVIDQ KVTGQIDLYL NRVELPETLE ILSRITNISF EKVGSATFVK PLNTTVTTAK
EGTPTVTKEY KLKYISLDTL KSVVSGIAKD VSFYYDQTSG LLLVQGPADQ VSSVESMIAK
LDKPTPQVKI DVQVIEVSRE NVKDIGIEWS TGSISTGLQI TANLGWQDLR VSIVNPGQIS
ANIRALETQN KARILAQPSM TTLSGKATRI MIGDRVPLIS YDAQGNRQVS FVDVGIILNV
TPTVNADGTI TANINPQVST IQGYVSDVPI ISTREAQTIV NLKNGETLAL GGLLRQEEID
SMSKVPLLGD IPILGELFKA RKTQKVEREL IILITPKLIE Q
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