| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0975 |
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| Symbol | |
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| ID | 7082934 |
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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 | 1005689 |
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| End bp | 1009972 |
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| Gene Length | 4284 bp |
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| Protein Length | 1427 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643458055 |
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| Product | DNA-directed RNA polymerase, beta' subunit |
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| Protein accession | YP_002352869 |
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| Protein GI | 217967363 |
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| COG category | [K] Transcription |
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| COG ID | [COG0086] DNA-directed RNA polymerase, beta' subunit/160 kD subunit |
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| TIGRFAM ID | [TIGR02386] DNA-directed RNA polymerase, beta' subunit, predominant form
[TIGR02388] DNA-directed RNA polymerase, beta'' subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.00330358 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | TTGAAGATAA AAGATTTTGA TAAATTAGTT TTTGGTTTAG CATCACCAGA AGATATTTTA
AGTTGGTCTT ACGGTGAAGT TAAGAAACCG GAGACTATTA ATTATAGAAC CTTCAAACCT
GAAAGAGATG GACTTTTTTG TGAGAAGATC TTTGGACCTG TGAAGGATTA TGAGTGTCAT
TGCGGTAAGT ATAAAGGGCA AAGATATGAA GGTATAACTT GTGATAGATG TGGTGTCACA
GTAACTAAGA GCTCAGTGAG AAGAGAGAGA ATGGGACATA TAAAACTTGC TGTACCTGTA
GTACATATTT GGTATTTTAA AAATGTTCCT AACTATATAG GGCTACTTCT TAATATAAGC
AGTAAACAAC TTGAGGAAGT AATTTATTAT CATTCATATA TTGTGTTAGA TCCAGGGGAT
ACTCCTTTAC AGAAAATGCA GGTTTTAACA GAAGACGAAT ATGAAAAAGC TCTTAATGAG
TTTGGTAATA GTTTTAAAGT AGGAATGGGT GCAGAAGCTA TTAAAAAGCT TTTGAGAGAT
TTAGATTTAG AAGAATTGTC TTACGACTTA AAAAAACAAA TCAACGAAAT ACAAGGTCAG
AAAAAGGCGA AACTTATCAA AAGATTAGAG ATTGTAGAAA GTTTTAGGCT TTCTGGTAAT
AAACCTGAGT GGATGGTACT TGAGGTACTT CCTGTTATTC CTCCTGATTT GAGGCCTATG
GTACAACTTG AAGGTGGCAA ATTTGCCACT TCTGATCTTA ATGATCTTTA TAGGAGAGTT
ATTAACAGAA ATAACCGTCT TGCAAAGCTT TTAGAAATAA ATGCCCCAGA GATTATTGTT
AGAAATGAAA AGAGAATGTT GCAAGAAGCA GTAGATGCTC TTATTGATAA TGGAAGAAGG
GGTAAGCCTG TGACTAACGC TAGTGGAAGA CCCTTGAGGT CTTTATCAGA TATCTTAGAG
GGTAAACAAG GAAGATTCAG ACAGAATCTT TTAGGAAAAA GAGTTGACTT TTCTGGAAGA
GCGGTTATTG TGGTTGGACC TGAATTAAAA TTACATCAAT GTGGACTTCC TAAAAAGATG
GCTTTAGAAT TATTTAAACC TTTTGTAATA AACAAGTTAA TAGAACATGG ATATGCTACT
AACGTAAAGA ATGCAAGAAA AAAAGTTGAA AGAGAAGCCT CTGAGGTATG GGATGTTTTA
GATGAAATTA TTAAGGAAAA ATTAGTACTT TTAAATCGTG CTCCTACTTT GCACAGAGTT
AGTATACAGG CATTTGAGCC TAAGTTAATT GATGGTAATG CAATTCAATT ACATCCCTTA
GTATGTCCAC CGTATAATGC TGACTTCGAT GGGGACCAGA TGGCGGTTCA TGTGCCACTA
TCCCTTGAGG CCCAAGCAGA AGCAAGAATT TTGATGTTGT CATCCAATAA CCTTATATCT
CCAGCTCATG GAAAACCTCT TACCTTACCA ACTCAGGATG TGGTTCTTGG ACTTTATTAT
TTAACTATAA TGGTACCCGG AAGAGAGATT GAGGATAAAA GATTTGCGAC CCCGGAAGAG
GTTTTGTTGG CTTTAGAGGA GAAAAAAGTT GATCTACATT CAAAGATATA TGTCCACAAG
AGAGGAATAG AAGAAACATA TAATATATCT TTACCTGAGA GCCCTATGTT TATAGAGACT
ACACCAGGAA GGTTAATTTT GAATGAGATT GTTCCTGAGA AGTTAAGATA TTACAACGTC
ACTATGAATA GAAGAGAAAT TAGAAAAATT GTCGAAAAAT GTTTTGAGAT TTATGGTTGG
AGCAAGACAG CAGAATTCTT AGACGAACTT AAAAGACTTG GGTTTGAATA TGCTACAAAA
GCAGGTGTAA GTTTTTCCAT AGTAGATATT GAAATACCTA AGGAGGCAAA AGAGAAGGTT
ATAAAGAAAG CGGAAGAGGA GTCTATGCTT CTTCAAAAAG CTGTAGAGAG TGGTTTGTAT
TCTGAGGAAG AAAGATATCA AAGAGCTATT GAGATATGGA CAAAGGCAAC TGAAGAAGTA
AAGGATATAA TGCTTGCTAA TTTTGGTATT TTAAATTCTG TGTATATGAT GGCGTTTTCT
GGTGCTAGAG GTAATGTGGA CCAGGTAAGA CAGCTTGCAG CAATGAGAGG TTTGATGGCT
GATCCGTCAG GACAAATTAT GGACATACCT ATTAAGTCAA GCTTCTACGA AGGTTTAACT
GTATCAGAAC ATTTTATTTC TTCTTATGGA GCAAGGAAGG GAGTAGTGGA CACAGCATTG
AGAACTTCTG ATTCAGGATA CTTAACCAGA AGACTTGTAG ATGTAGCTCA AAGTCTGGTT
ATTAGAGAGG AAGATTGTGG TACTGAGGAT GGGATATATG TAGAGCCTCT GGAGGATGAA
GGGAAAATAG TATTAAGCTT GAAGGATAGA ATCATAGGAA GATTTGCTGC TGAAGATGTT
TATAATGATA AAGGAGAATT AATTATTGCT AAGAATGAGT ATATAGATGT GGAAAAAGCA
AAATTAGTGG AGAGGTTTGG TATAAAGAGG GTAAAGATCA GATCTCCTAT GACTTGTAAG
AGTGAGAAAG GGATATGTCA AAAATGTTAT GGGGAGGATT TAGCAACTCA TAGGCTTGTT
AACATAGGAG AAGCGGTAGG AGTAATAGCT GCCCAATCTA TTGGAGAGCC TGGAACTCAG
CTTACTATGA GAACCTTCCA CACAGGTGGT GTTGCTTTAA CTTCTTTGAA TTATCAGAAT
ATTCAATTTA GAGTGACAGG AAGGGTTGAT TTTTTGAATT TAAAGTTAAA AGAAAGATTT
GAAGTCTTGG GTAAAAAAGA AAAAATGGTA GTTGGACGTA ATGGAAGAGC AGTTGTTAAA
GGAGAAGGCG AAGAAGAAAT TGTACTTCCA CCAGGAACCA TTGTGTCTAT AGATTCTGGA
ACCGATGTTA CTAAGGGAAT GAGTTTAGGA TATATAGATC CTAATTTAAG ATATATAGCT
TCACCATTTA CTGGAAAGGT TATAAGAGTT GAAAAGGTAG GAGAAAGTTA CAATAAAAAA
TTTACTTTTC TCAATGTGAA ATACGATAGA GATCTTAATA ATTATGAGTT GTCTTATAAC
GAAGAAGCAC ATCCGATTTT CTGTTCTGTA GTGTTGTTGG ATGAAACTGG TAATGAGAAA
AGAATAGAAT TACCGGAAGG TGTGGCATTT CTCTTTAAAA TTGGAGACTT TATTAATGAA
GGAGATATAA TTGCCGAATA TAGTAGAGAG ACCATGAAGA TTCAGGCTTG CGAAGAAGGA
AAAGTGGTAG ATATTCTTGA GAGAAATGGA GAAATAATAG ATCGAATTGT GGCAACAGGT
GAAGCTGTAA TTATCATAAG AAATAGCGAA GGAAGAGAAG TTGAATATAG AATTCCTCGT
GGACTTAAAT TACATGTAAA TGCAGAAGAT AATGTAGAAT TTGGCACTAT TCTTGCTTAC
TTCCCTGCAT ACCAACAGAA AACTGCAAAA ACAGAAGATA TCGTTCAAGG TCTTCCTCGT
GTAGAGGAGT TGTTTGAGGC AAGGAAACCA AAAGGAAAAT CTATTATAGC TGGTGTTAGT
GGTATTGTGA AAATAACAAG GACTAAATCA GGAGAAAAGA TAGTGATTGA AGGAGAAAAT
GGAAAAGATG AGCATATCTT GCCACCTAAT GCTCAACTTT TGGTTAAAGA AGGCGATTAT
GTAACAGTGG GACAAGAGTT GACTAAAGGA TATAGAAATC CTGCGGAAAT TCTTGCTAAT
GAAGGTCTTG CTGCTGTACA GAGATATATT GTGGATGAAG TGCAAAAGGT TTATCTCAAA
CAAGGAGCAG AGATTAACGA TAAGCACATA GAAGTAATAG TTAGACAGAT GACTAATAGA
GTAAGGATTG AAGATCCAGG AGATAGCAAC TTCTTGTTTG GTCAACTTGT TAACAAAGTG
ACCTTTGAAA AGGTGAAACA GCAATTAGAA GAAGAAGGAA AAAGACCTCC TATAGCAAGA
GAGGTTGTAC TTGGTATTAC AAAAGCAGCC TTAACCACAG AAAGTGTAAT ATCTGCAGCT
TCTTTCCAAG AGACTACGAG GGTTTTAGCT GAAGCAGCAG TTAAAGGAAA AGAAGACTAC
CTGGAGGGAT TAAAAGAAAA TGTGATAATA GGCAGATTAA TTCCTGCAGG CACAGGGCTC
TTTAGGAAAA TTATTCCTCA AAAAGTCTCC GCTAAGAAAG TAGAGGTTTT GGAAGATGGT
GGAGAAATTG AAATTAACTC TTGA
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| Protein sequence | MKIKDFDKLV FGLASPEDIL SWSYGEVKKP ETINYRTFKP ERDGLFCEKI FGPVKDYECH
CGKYKGQRYE GITCDRCGVT VTKSSVRRER MGHIKLAVPV VHIWYFKNVP NYIGLLLNIS
SKQLEEVIYY HSYIVLDPGD TPLQKMQVLT EDEYEKALNE FGNSFKVGMG AEAIKKLLRD
LDLEELSYDL KKQINEIQGQ KKAKLIKRLE IVESFRLSGN KPEWMVLEVL PVIPPDLRPM
VQLEGGKFAT SDLNDLYRRV INRNNRLAKL LEINAPEIIV RNEKRMLQEA VDALIDNGRR
GKPVTNASGR PLRSLSDILE GKQGRFRQNL LGKRVDFSGR AVIVVGPELK LHQCGLPKKM
ALELFKPFVI NKLIEHGYAT NVKNARKKVE REASEVWDVL DEIIKEKLVL LNRAPTLHRV
SIQAFEPKLI DGNAIQLHPL VCPPYNADFD GDQMAVHVPL SLEAQAEARI LMLSSNNLIS
PAHGKPLTLP TQDVVLGLYY LTIMVPGREI EDKRFATPEE VLLALEEKKV DLHSKIYVHK
RGIEETYNIS LPESPMFIET TPGRLILNEI VPEKLRYYNV TMNRREIRKI VEKCFEIYGW
SKTAEFLDEL KRLGFEYATK AGVSFSIVDI EIPKEAKEKV IKKAEEESML LQKAVESGLY
SEEERYQRAI EIWTKATEEV KDIMLANFGI LNSVYMMAFS GARGNVDQVR QLAAMRGLMA
DPSGQIMDIP IKSSFYEGLT VSEHFISSYG ARKGVVDTAL RTSDSGYLTR RLVDVAQSLV
IREEDCGTED GIYVEPLEDE GKIVLSLKDR IIGRFAAEDV YNDKGELIIA KNEYIDVEKA
KLVERFGIKR VKIRSPMTCK SEKGICQKCY GEDLATHRLV NIGEAVGVIA AQSIGEPGTQ
LTMRTFHTGG VALTSLNYQN IQFRVTGRVD FLNLKLKERF EVLGKKEKMV VGRNGRAVVK
GEGEEEIVLP PGTIVSIDSG TDVTKGMSLG YIDPNLRYIA SPFTGKVIRV EKVGESYNKK
FTFLNVKYDR DLNNYELSYN EEAHPIFCSV VLLDETGNEK RIELPEGVAF LFKIGDFINE
GDIIAEYSRE TMKIQACEEG KVVDILERNG EIIDRIVATG EAVIIIRNSE GREVEYRIPR
GLKLHVNAED NVEFGTILAY FPAYQQKTAK TEDIVQGLPR VEELFEARKP KGKSIIAGVS
GIVKITRTKS GEKIVIEGEN GKDEHILPPN AQLLVKEGDY VTVGQELTKG YRNPAEILAN
EGLAAVQRYI VDEVQKVYLK QGAEINDKHI EVIVRQMTNR VRIEDPGDSN FLFGQLVNKV
TFEKVKQQLE EEGKRPPIAR EVVLGITKAA LTTESVISAA SFQETTRVLA EAAVKGKEDY
LEGLKENVII GRLIPAGTGL FRKIIPQKVS AKKVEVLEDG GEIEINS
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