| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0165 |
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| Symbol | |
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| ID | 7082595 |
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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 | 154908 |
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| End bp | 157928 |
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| Gene Length | 3021 bp |
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| Protein Length | 1006 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643457283 |
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| Product | hypothetical protein |
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| Protein accession | YP_002352110 |
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| Protein GI | 217966604 |
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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 | 13 |
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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 | ATGGAAGAGG TAAAAAAATG TTTCAAAAAT CCTGGAAAAG AGTATCGTGC TATACCATTC
TGGTCTTGGA ATGATAAATT AATCTCCTCT AAGCTTATCT CTCAAGCAAA AGATTTTAAA
GAAAAGGGAA TTGGTGGATT CTTCATGCAT TCAAGAGTGG GACTTGAAAC CGAATATATG
GGGGAGGAAT GGTTAAAATG TGTAGAGGAT GTGGTAAAAG CATCAAAGGA AATAGATATT
GATCCCTGGC TATATGATGA AGATCGTTGG CCCTCAGGTT TTGCAGGAGG AAAGGTAGCA
AAAATAATAG GAGACGAAGG AAGAGCAAAA GTTTTAGCAA TGAAGATTTT GAAAGGTCCA
CATGAGTTAA AAGGAGATGA ACTCGCCATA TATAAATCCC AAATAGATGG AGAAAAAATA
AAATATCTCC AAAGAATAGA AAATAAAGTA GAACTTTTAG AAAAAGAAGT CTTAATTGCC
TTATATAGAC TTATTGCTCC TAAAACTGAG TGGTATAATG GAGATTCCCC ACCAGACAAT
TTAAACCCTA AAAGTGTAAA TGCTTTCATA AAATCCACCC ATGAGGTATA TTATAAGAGA
TTAAAGGAAG AATTTGGAAG AACTGTAAAA GGCATATTTA CTGATGAACC CAACATTTAT
CCTTATCTCT GGGGCGGTGA ATTTGATGTT GAATACGTTT TACCATATAC TGACATATTT
CCACAATTTT TTAAGGAAAG AAGAGGCTAT GACTTTTTTG AAATAGCACC TTATGTATTT
CTTAACGGGG AAAAATCAAT AAAAGCAAGA TATGACTTTT GGAGAACCAT ATCAGAGCTT
TTTGTAGAAA GCTATACGAA GCAAATTTCC AATTGGTGTA AAGAGCATAA TATCCTTTTT
ACAGGACACC TCTTAGAAGA AAACATCTTT CCCCATGCTA TACTCTGCTC AGGCTCCATA
ATGCCTCACT ATGAATATTT AGATATTCCA GGAATTGATA TATTAACCGA GGTAAAGTAT
GAATTCTTAA CAGTAAAACA GGCATCAAGT GTAGCAAATC AATTAGGGAA AAACAGAGTA
ATATCGGAAA CCTACGGGTG TACAGGTTGG GAATTTACCT TTGAAGGGCA AAAACATGTA
GGAGATTGGC AATATGCCCT TGGAGTAAAT TTAAGATGCC AACATCTATT TTTATATTCA
TTAAGAGGTT GCAGAAAAAG AGATTACCCT CCATCCTTTA ACCACAATCC ATCTTGGGAA
TACCAGAATC TTATAGAGGA CTATTTTGCA AGACTCTCTT ATATACTAAC CTTAGGAAAA
CCTATAAGAG AAATACTTCT TATTCATCCT ATTGAAAGTA GTTGGTGTGA ATTTAATGGA
AGAGATAAAA GCATTCCTCA AGAAAGAGGA GAGGAGTTCC AAAATATTAT CTCAGCTCTT
TTAGGAATAC ATTATGATTT TGATTTAGGA GATGAAACGA TTATAGAAAA ATATGGGAAA
GTGGATAAAG AAAAAAAGGA ATTTGTAATT GGAGAAGCAA GATACAAATT GGTTATTTTG
CCTCAAATGC TAACCTTAAG AAAATCAACC CTTTTTCTTC TTTTAGAATT TTTAGAAAGT
GGCGGGAAGG TAATTTTGTT AGAGCCACTG CCTGAATATA TAGAAGGAGA AGAAAGTAAA
GATTTGGAAA GATTACTAAA CCACAAAAAT ACTGTAATCT TAAAAGGAAG AAAAGCCCTC
ACAGAAAATA TAGAAAATAT TCTACTAAGA AGGATTTCTA TAAGAGATGT GGTAGGTCAG
GAAGCAGAGC AGTTTTTGTA TATGGAGAGA GTTTTCAATG GCAAAAAGAT ATTTTTCATT
GTAAACAATG ATAGAGAGAG AGGATATGAA ATAGATCTTT ATCTTCACGG GGAGGGAAGA
ATTGAAGAAT GGGATCTTTT CACAGGAGAA ATAAAAAATG TATTCTCTAT GCCTACTGAA
GGATACCAAC ACCTAAGAGT AAAATTTGCA CCTGCAGATT CCAAGCTTTA TGTAATGTAT
CCGGGAGAAA TAGGAAAATT TGAAAAACCT AAAAGAATTC AAAAAGTCCT TTATATGGAA
CCTGTATTTG AAATAGAGAG GTTAGATCCC AATGTTCTTA CCTTGGATAC TTGTCAATAT
AAGATAGAAG AAAATTGGTC AAGAGAAGTT CCTATATGGA TAGCCCAAAG AGAGATAAGA
AAGTACTTGG GCATGATAAA TATTGATCAC AATCATGGAA TCCAAAGATG GAAATGGGTA
AATACTCCTC ATTCAAAGGA CAACACAAAG ATAGAGTTAA AATTAAAATT CCAAGTTAAG
AAAGTTCCTA AAAAAGAAAT ACTTCTTCTT ACCGAAAACT TTGATGAGAT AGAAAAAATC
TTTGTAAATG AAATTGAAAT AGATAAAATT GATAGAGGGT GGTATTTAGA TGAAAATTTC
CGAAAAATAC CACTTAAAAA TATAAAAGAA GGAGAAAATG TTATACACAT TATTCTCACA
TACAAAAACA GCACCGAGCT TGAAGACTTT TACTTATTAG GTGATTTTGC TGTAAATCCT
AAGAGAGAAA TTATTGAGGA GGATAAAAGC TTATCCTTAG GAGATTGGAC ACTCCAAGGA
TATCCACATT ATGCTGGAAG AATGCTCTAT AGACAAAATA TAAATGTAGA AAAGCAAGAA
AAAGAAGAAA TATTCTTATC CATAGACGAT TTTTCAGCCA CATTAATAAA AGTAGTAATA
AATAATAAAG AATGTGGTCT TATACCCTGG AAATCTTATA AACTCGAAAT AACTGATTTT
TTAAACAATG GCGAAAACAA AATAGAATTA ATTCTTTACG GTAGTTTAAG AAACATGCTT
GGCCCATTAC ACCATAGAGC TCAAAAAATT CCCTTTGTAA GTGCTCAGAG CTTTAGAGTT
GAAAAAGAAG AGTATACTTC CCAATATGTA TTTTATCCTT ATGGATTATT CTCACCAGTA
AAATTGGAGG TGATGTATTA A
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| Protein sequence | MEEVKKCFKN PGKEYRAIPF WSWNDKLISS KLISQAKDFK EKGIGGFFMH SRVGLETEYM
GEEWLKCVED VVKASKEIDI DPWLYDEDRW PSGFAGGKVA KIIGDEGRAK VLAMKILKGP
HELKGDELAI YKSQIDGEKI KYLQRIENKV ELLEKEVLIA LYRLIAPKTE WYNGDSPPDN
LNPKSVNAFI KSTHEVYYKR LKEEFGRTVK GIFTDEPNIY PYLWGGEFDV EYVLPYTDIF
PQFFKERRGY DFFEIAPYVF LNGEKSIKAR YDFWRTISEL FVESYTKQIS NWCKEHNILF
TGHLLEENIF PHAILCSGSI MPHYEYLDIP GIDILTEVKY EFLTVKQASS VANQLGKNRV
ISETYGCTGW EFTFEGQKHV GDWQYALGVN LRCQHLFLYS LRGCRKRDYP PSFNHNPSWE
YQNLIEDYFA RLSYILTLGK PIREILLIHP IESSWCEFNG RDKSIPQERG EEFQNIISAL
LGIHYDFDLG DETIIEKYGK VDKEKKEFVI GEARYKLVIL PQMLTLRKST LFLLLEFLES
GGKVILLEPL PEYIEGEESK DLERLLNHKN TVILKGRKAL TENIENILLR RISIRDVVGQ
EAEQFLYMER VFNGKKIFFI VNNDRERGYE IDLYLHGEGR IEEWDLFTGE IKNVFSMPTE
GYQHLRVKFA PADSKLYVMY PGEIGKFEKP KRIQKVLYME PVFEIERLDP NVLTLDTCQY
KIEENWSREV PIWIAQREIR KYLGMINIDH NHGIQRWKWV NTPHSKDNTK IELKLKFQVK
KVPKKEILLL TENFDEIEKI FVNEIEIDKI DRGWYLDENF RKIPLKNIKE GENVIHIILT
YKNSTELEDF YLLGDFAVNP KREIIEEDKS LSLGDWTLQG YPHYAGRMLY RQNINVEKQE
KEEIFLSIDD FSATLIKVVI NNKECGLIPW KSYKLEITDF LNNGENKIEL ILYGSLRNML
GPLHHRAQKI PFVSAQSFRV EKEEYTSQYV FYPYGLFSPV KLEVMY
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