| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0814 |
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| Symbol | |
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| ID | 7082106 |
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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 | 832579 |
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| End bp | 835884 |
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| Gene Length | 3306 bp |
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| Protein Length | 1101 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 643457887 |
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| Product | protein of unknown function DUF490 |
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| Protein accession | YP_002352709 |
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| Protein GI | 217967203 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | TTGTGGATCT ACGGTAAGTA TGATCTGAAA AAAAATTATG GGGATATATC CTTAATTTCC
TCAAACTTTA ATCTAAAGGA TATTAAGTCT TTGTTAGGAC TAAATATACC AGAGATAAAT
AGTAGTACTT ATTTCAGAGG AAAAATTACA GGGGATATTT TTCACTCTCC CAATTATACT
TTGAGTTTTT ATTTTAAATA TATTAAGGTA AATAGTTTTA ATGTTGATAG GATAACTATT
CATCTAAAAG GGAAAGACAT AAATAACTTA GACCTTTCAG TAAGTGGAAA ATATGGAGAA
AACATCTTAT GGGGTAAAGG AAAGTTCAAT TTTAGTGGTT TTAGATTTGA TGTTAGAGGG
AGAATTAATT GGCAGGATCA AATTAGGATT AGCCCTTATT TTAGCTTGAA TGGTGATGCT
TCCTCGTGGA ACTTGGAAAT ATATCTTAAA AATTCAAGTC TAAAATATAA TAGTTACTCG
TTTAATATTT CAGATTTTAA TGTAAAAACT GGAAGCGATG GGAATTTGGA CGGGTATGTC
TTTTTTGTTG AAGGGGATCG CTTCATGTAT ATTAGTATTG GAGGGAGTTG GGAGAAGTGG
AGTTTAACTT TTTGGGGAGA GAATATTGAG GTATTAGGTG AAAAAATAAA ATTGATAAAG
TTAAATTTAG ATAATAATCT TTCTGGGTGT TTTGATGCTA AGATTAGAGA CTATTTCGTA
AAGGGTAATT TAGACATATC TTTGGAAAAT AGGACTATTA TTATTAAAGA CTTGTATTTT
AATGAGTATT ATTTGGGGGA TATGAGATTG GCACTAGAAA ATAATTTTAT AAAAGTTGAG
GGAAATATTT TTCAGGGTTC TATTAAAGGA TACTATGAGT TAGGAAAAAG GGGAGAGATT
AATTTTTCAG AATTAAAATT TAGTAATTTA AGCCTTTCAG GAGGAGTTGG TATTGAAAAA
GATTATTTTG TGTTTGTAAT CCCTCAGTTG AGTGCAAATA GTTTAGTTTT TGAAAACATT
AAAGGAAGAG TGGATTTTAA AGAGCCTAAT CATATAAAGA ATTTTTCTTT GGAGATTCCT
TCTTACATTA AAATATATGG AGATATTTTT TTAGAAAATG ACTCTGTTAA TTCTCTCTTA
CATATAGGAT TAGGAGAAAA AGAAATTGGT TTGTTAAATC TTATAGGAAA TTTTAGCAAA
TTTGATTTTT CGGGTAATAT ATTTGGTGGG AGCCTCAAGG GATATTATGA AATTGACAAA
AATACCGCTG TTTTTAATGT TGAAAATTTG GATTTATCTA ATATTGATAA TAATCTTGAC
GGTAGGATTG AGATTCTTTC TGGAGTCTTT AAGGAGGGAG GTTTATCTTT TGAAGGAAAT
ATTCCTAAAA TAAATCTTAA GGGAAATAGT ATTGACAATG TTTCTTTTAG GGGTATTTAT
AAGGAAAATT TGAATTTTAG TTTTAATGCT TCTTATTCTG TTTTTGATTT TTCTATTCGT
GGAGCTTTTG ATTTTAAAGA TGAAAACAAG TTCACTTTAT TTATAAAGCC AAAGAATAGT
GTATTTTCTG GATCTCTTGT CAAAGTTCTC ACTTTAAGTT TTAGTGGAGA TGTGGATAAA
GAGTTTAAAA AAATAAGACT TGTTTTGAGT AAAGAAAGTA ATGAGTTTTT TAAGTCTGGT
ATTATGACGA TAAATATCCC TGAGGGGCTT ATTATAGGGA ATGCATTACT AAAGGATAAT
GGAGAGATAG GATGTAATTT AAGTCTTTAT GGAGATGGGA CAATAAATTT GAAGAAAATT
TCTCTTTCTG TTCTTGAAAT TTTAAATATT CCTAAGTTTG AAGGTTTAAT TTATGGAGAT
TTAAAGCTTG AGAAATGGAA CATAATTGAA GCGAATCTTC GTGCAGAAGA AGTTGAAATT
AAAAATTTTC CTAAAAAAGT TGGCTTGTCT TTGAATATAA AAAAGCTTGA GAATAAATAT
TTGTTGGACG GAAATATCTC TAAACTTTCA GAAAAACCAG CAGAGTTTAG TGGAAGTTCT
GATTTAAAAG CTTTTGATTT ACAGGTAAAA TTCTTAGATC TAAAATTTTT AGAAGATCTT
GTTAGTAAAG ATTTGATTGA AGAAGGTAAT CTAGGGGATG GAAAGGCAGT ATTAAATATA
AATGGGGATT TTAATGAATT GACTATTTAT AGTGACATAA CCTGGAATAA TCCTTTAGTG
TTCAAGTATA TTAAAGATAG AGTTTACGGT GGAAATTTTT CTCTTAACTA TAGAAATGGT
GAGCTAAAAT TGAAGGACTT TGAGATTAGG ACTTTCTCTA ACAGGATGAA GATTTATGGT
ATAATTTTCC CTTCATTTAA TATTTATGGT AAATTTAATA ATATTTGTTT ATCTATTCCT
GGTTTAGCTA ATGGTTATGT GGACGGAGAT CTCCAATTGA TTAAAGAAAA AGATATATAT
ATTGCGAGGG GAATTATTAA AATTAATAAC TCTCATATCT ATCTCCTTAA GAATGTGAAG
ATGAATTTTA AAAGTACAAA GATGAATTTT CCTTTAAAAT TAGACGTAAA AATAGAGATA
GGAGATAATG TAGTATTTTC TGAGCCTAAT CTTATTTATA TATCTCTTTT GGGAAGTGTC
TCTGTAAAGG GTGATATCAA TACTCCTATT CTTGATGGTA AAATAGATTT TATGAATGGG
AATTTGAATG TTCTTGGAAA TGACTTTTTG GTAGATAGTG GATATATTAA GTTTCCGGGT
TTAAGTCTTA ATGAAAATAT ATGGGAGATA TCTGCTTCAA GAATAATTCA GGGTTATAAT
GTGATTTTAA AAGGTATAAG CTTTATGGGA AATTCTTCCT TTGTTTTTAG TTCTGAACCT
CCTCTTTCTT TGAGGGAAAT ATTGTTTTTA CTTTTAGGAC AGAAGAACCT TCCTATTGCA
AGAGAAGAAA GTTGGACATT GTCAACGATT CTTGAAAGTA TTCCTCAAAG TGTAGAGGGT
GTGGTAAGCT CTGCTTTTAG TAGCTATATC CTTTCTCCTT TGTTAGGAGA ACTTGAAAAA
GCACTAAATG TAGATAGGAT AAAAGTTGAT TATATATTAG AAGGATTAAT TCCTAAGTGG
AAAAGTGTCT CCTTTGAAAA GTCTTTACTT AGTAATTTAA GTTTAAGTAT AGTTTATTAT
TGGGAAGGAG ATAAATTATG GAGTACTGAG TTAACATATA GATTTAATGA AAATCTTTAC
TTCAAAATCT ATACCTCTCC TAAAACAGAG TTCTCATTTA GTTTTGAATA TAGTACTCAA
TTTTAA
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| Protein sequence | MWIYGKYDLK KNYGDISLIS SNFNLKDIKS LLGLNIPEIN SSTYFRGKIT GDIFHSPNYT
LSFYFKYIKV NSFNVDRITI HLKGKDINNL DLSVSGKYGE NILWGKGKFN FSGFRFDVRG
RINWQDQIRI SPYFSLNGDA SSWNLEIYLK NSSLKYNSYS FNISDFNVKT GSDGNLDGYV
FFVEGDRFMY ISIGGSWEKW SLTFWGENIE VLGEKIKLIK LNLDNNLSGC FDAKIRDYFV
KGNLDISLEN RTIIIKDLYF NEYYLGDMRL ALENNFIKVE GNIFQGSIKG YYELGKRGEI
NFSELKFSNL SLSGGVGIEK DYFVFVIPQL SANSLVFENI KGRVDFKEPN HIKNFSLEIP
SYIKIYGDIF LENDSVNSLL HIGLGEKEIG LLNLIGNFSK FDFSGNIFGG SLKGYYEIDK
NTAVFNVENL DLSNIDNNLD GRIEILSGVF KEGGLSFEGN IPKINLKGNS IDNVSFRGIY
KENLNFSFNA SYSVFDFSIR GAFDFKDENK FTLFIKPKNS VFSGSLVKVL TLSFSGDVDK
EFKKIRLVLS KESNEFFKSG IMTINIPEGL IIGNALLKDN GEIGCNLSLY GDGTINLKKI
SLSVLEILNI PKFEGLIYGD LKLEKWNIIE ANLRAEEVEI KNFPKKVGLS LNIKKLENKY
LLDGNISKLS EKPAEFSGSS DLKAFDLQVK FLDLKFLEDL VSKDLIEEGN LGDGKAVLNI
NGDFNELTIY SDITWNNPLV FKYIKDRVYG GNFSLNYRNG ELKLKDFEIR TFSNRMKIYG
IIFPSFNIYG KFNNICLSIP GLANGYVDGD LQLIKEKDIY IARGIIKINN SHIYLLKNVK
MNFKSTKMNF PLKLDVKIEI GDNVVFSEPN LIYISLLGSV SVKGDINTPI LDGKIDFMNG
NLNVLGNDFL VDSGYIKFPG LSLNENIWEI SASRIIQGYN VILKGISFMG NSSFVFSSEP
PLSLREILFL LLGQKNLPIA REESWTLSTI LESIPQSVEG VVSSAFSSYI LSPLLGELEK
ALNVDRIKVD YILEGLIPKW KSVSFEKSLL SNLSLSIVYY WEGDKLWSTE LTYRFNENLY
FKIYTSPKTE FSFSFEYSTQ F
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