| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_1740 |
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| Symbol | |
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| ID | 7082260 |
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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 | 1765869 |
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| End bp | 1768526 |
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| Gene Length | 2658 bp |
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| Protein Length | 885 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643458850 |
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| Product | hypothetical protein |
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| Protein accession | YP_002353626 |
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| Protein GI | 217968120 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | ATGGCAATAT TTAAAAAAAT ATTTATTTTA CTTATGATTG GAGGGATTTT TATAATGGGA
ATATCTTCTG CTAAATCTAC TGTTAAATTT ATTGAGATTG ATGCTTCTAA GAGATTAGGG
AAAATTATAC ATGGGGCTAT AGGTGGCCAT TATGCTCTAT CGGAACCTGA TGTTCCTTCT
ATACTTGTTC TATCTTCGTT AAAAATTTAT ACTGTTAACC AAAAGCCACC CTATGGGATG
CAACATCCAG GAGCTGATGC TTTGAGGGTT GCTGAAACTT TCTTTAAAGC AGGAGGAAAA
TTTTTACAGG TTTATTTGCA GGATATCTAT GCTAATTGGC CCTACGAAAA GGGATCTGAT
ATTGATAATG ATGGTATTCC TGATGATTTT CTCCAAAAAG TTGAGAGTAT AGTTAAAAAT
ATTAAAAATA CCGTGTATGC GTCGAAAATA GTTTATGTAC CCTTTAATGA ACCTGATGCT
ATATGGTATA ACAATGACTC CATTTGGAGA GGAGATATAA ATAATTCTAC GTTTTTGAAA
GCTTGGAAGA AAATATATGA TTTCATAAAG GGTATAGATA AAGGAGCTGT AATTGCTGGC
CCTAACTTGG CTATTTATAA GGCTGATTTT ATGAAAAATT TTATGACTTT TTGTAAGGAA
AATAATTGTA TACCAGATAT AATCACCTGG CATGAGCTGA ATAATAGATT TTATGGATTT
TATGAGAAGA ATTATCAAAA TTATAGAGAA ATAGAAAAAA GTCTAAATAT AGAGCCAAGA
CATATAAGTA TTAATGAATA TGGTACTTTT AGTGACCTCT CAGTACCAGG GAAATTAGTA
CAGTGGATCT CAAGATTTGA AAGGACTGGA GTTTCTGCAT GCCTTGCATA TTGGCATACA
GCTGGAAATT TTGATGATTT AGTGGTAGAT AATAACTCAC CTAATGGGGG GTGGTGGGTA
TATAAATGGT ACTCAGATAT GGACGGAGAA CTGTTAGAAA CAAAAGTTCC ATATCCTAAT
TTGGAGGATT TGTCAGCTCT CTCAGTTTTA AATGAGAAGA ACAAGATGCT ATGGGTTCTT
TTTGGGGGTG ATGATACAGA TATAGAAGTG AACATATCAA ATTTACCTGA TGATTTTATT
GGGAAGGTAT TTGTCAAAGT TTACAAAGCA GATTGGTCGG GATATGATGG TGCCTTATTT
AAGCCATCTG TTATTTTAGA AGAAATAAGA AATGTAGAAA ATGCTTTCTT AAAAATTTCT
ATTCCCAGGA TAAATAAAAC ATCAGCCTAC TTTTTAATTA TGCAAAAAAC CGAAAAGGAC
AAGATATATA GAGAAAATTT TAAATCAGCT CAATTATCCT ACGAGGCTGA ATTAGCAAAA
ATTAGTAATG CTAAAGTTTT TGATGATGGA ACAGAGACAA ATCCTAATAA CAATATGTAT
TCTAATGGGA AAGGGGTGTT ATTGGAAAAT ACAAATAGCT CTTTAATTTT TGAAGTTGAT
TTACCTTACG ATGGGACATA TATGTTTGAT ATCTTCTATT CCAATGGAAA TAGACAAAAT
AATAGTGGCT TAATAGTTGA TGGGTATATG AAAATAGACG ATGGTAAATA TACTAAGATT
AGTCTGAATC CTACAACAAA TTGGAGGTTT GTTGGAAAAC ATACCGGATT TATTTATTTT
AAGAGAGGAA AGCATAAGAT AATAATATCA AGAAATGATG GAAAAAATGT GTCTCTACAT
CCTTTTGATC TGGATAAAAT TTCATTTACT TATGTAACCT CGGAAAAAGT CCATGAAGAT
GTGAATCCTC AAATATATGA GGCGGAGGAA GCAAGGTTAG ATGATGGGCT AAGTTTGTAT
TATTCCAAAG CATGTTCTGG GGCAAGCCTG GTTTCAGGAA TTGGTTCGGA TAAGAAGATT
AAATTTGTAG TAAGTGTTGA TGAAGATGCC TATTACTTAA TAAGTATAGC TTATTCTACT
TATGGCAAAG ATTATATAAA GATGAAACTT ACCCTTAATT ATGGCCCCTA CAAGATATTA
AATCTTCCCT ATACAGAAAG TATTGATAAA GACTTTATTA CTAATCAAGT TATGTTCTTG
CAAAGGGGAA TAAATATATT AGAAATTAGT GGGGTAGATA AAAGTAAGTT CTGTTTAGAT
TATATTGAGA TTAGAAAAAC TCATAATTAC GATCATTTTA TCAGAAAAAT TGAAGCAGAG
GACAAACAAA ACATAATAAG TGGTAGGGTT AAAATATTTA ATTCTTCCTA CGCTTCTTCG
GGAGGACATG TGGGAGAGAT AGGAATGGGT GATGAAAATT ACCTAAAAAT TTTCCTTCCC
AATATTGTTG AAGATGGATA TTATGCAATA GTGGTGCATT ATTCCAATGG AGAGATTTTA
GGTACTCATC AATATAATGT GAATGTGATA GATAGATGTG CTTTATTTGA GCTTGATGAT
AGAGAATTAG GAGAATTCTA TTTTAGAAAT ACTAATGGCT TTGAAACCTT TAAAACAAAA
GTAATCTATA CGAAACTGGA AGTGGGAAAT AATTTTATAA AAATTTACAA TCCTCACAAG
ATAAGTTCTC CTGCCCTTCC TTCACCTTGG GCGCCAAACA TTGATAAGAT TTCCGTATGT
CCAGTTTTTA TTGAATAA
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| Protein sequence | MAIFKKIFIL LMIGGIFIMG ISSAKSTVKF IEIDASKRLG KIIHGAIGGH YALSEPDVPS
ILVLSSLKIY TVNQKPPYGM QHPGADALRV AETFFKAGGK FLQVYLQDIY ANWPYEKGSD
IDNDGIPDDF LQKVESIVKN IKNTVYASKI VYVPFNEPDA IWYNNDSIWR GDINNSTFLK
AWKKIYDFIK GIDKGAVIAG PNLAIYKADF MKNFMTFCKE NNCIPDIITW HELNNRFYGF
YEKNYQNYRE IEKSLNIEPR HISINEYGTF SDLSVPGKLV QWISRFERTG VSACLAYWHT
AGNFDDLVVD NNSPNGGWWV YKWYSDMDGE LLETKVPYPN LEDLSALSVL NEKNKMLWVL
FGGDDTDIEV NISNLPDDFI GKVFVKVYKA DWSGYDGALF KPSVILEEIR NVENAFLKIS
IPRINKTSAY FLIMQKTEKD KIYRENFKSA QLSYEAELAK ISNAKVFDDG TETNPNNNMY
SNGKGVLLEN TNSSLIFEVD LPYDGTYMFD IFYSNGNRQN NSGLIVDGYM KIDDGKYTKI
SLNPTTNWRF VGKHTGFIYF KRGKHKIIIS RNDGKNVSLH PFDLDKISFT YVTSEKVHED
VNPQIYEAEE ARLDDGLSLY YSKACSGASL VSGIGSDKKI KFVVSVDEDA YYLISIAYST
YGKDYIKMKL TLNYGPYKIL NLPYTESIDK DFITNQVMFL QRGINILEIS GVDKSKFCLD
YIEIRKTHNY DHFIRKIEAE DKQNIISGRV KIFNSSYASS GGHVGEIGMG DENYLKIFLP
NIVEDGYYAI VVHYSNGEIL GTHQYNVNVI DRCALFELDD RELGEFYFRN TNGFETFKTK
VIYTKLEVGN NFIKIYNPHK ISSPALPSPW APNIDKISVC PVFIE
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