| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0815 |
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| Symbol | |
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| ID | 7082107 |
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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 | 835897 |
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| End bp | 838782 |
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| Gene Length | 2886 bp |
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| Protein Length | 961 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643457888 |
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| Product | surface antigen (D15) |
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| Protein accession | YP_002352710 |
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| Protein GI | 217967204 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4775] Outer membrane protein/protective antigen OMA87 |
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| TIGRFAM ID | [TIGR03303] outer membrane protein assembly complex, YaeT protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGGGATTGG ATAAAAGATT TATCTTTATT CTTGTCTTAA TATTTGCTTT AGTCTGTGCT
ACTTTTGCCC AGAGCGAGTA TAGAATTGCG GACATTATAA TAAAAGGGAA TCAAAAGATT
TCTAGTCAAG AAATATTAAA AATAGCAGGT ATTAATAAGG GGATGAATAT AAGGGATGAG
CAAATTGATA AAGTAAAAGA AAAACTTGAT AGTTCTACCT ATTTTATTTC TGTGGTGATA
AACAAGATTT CTGGAAAAGA TGGAATAATC CTTGAGATAA ATGTAGTAGA ATCTCCTTTT
CTCATTTTTA TTAGTGGGAT TTCTTTTCAA GGGTTGCAAA AGATTAGTAT TAAAGATCTA
CAAAACCTTA TAATTTTACC TACTATTGGG TGGGTCACTG ATGAATTGGT TTGGGAACAA
AGAAGAAGAT TCATGTCCAC GGGATATTTC TCAAAGGTAG ATGTTAAAGA GGTGAAATCA
GACGGGAGTA TAATAGTTGT TTTTAACTTT CAAGAAAATC CTATTTTGGA AAGGATAGAA
ATTAAGGGAA TACAAAGCCT AAAAAGGGAA GATGTATTGT CTATGATTGG AATTTCAGAG
GGAATTTTAA TATCAGAAGA TGATTTAATG GCTAAAAGAG ATGTTCTTTT AAAATCAAAC
ATATTTTCAA AGGTGGAATT TAACATAGAT AAGAAAGATA ATAAGCTTTG CCTAATAATT
GATTTAGAGG AGAATCCTCT TATTTCAAGA GTTATCTTAG AGGGTAATAA CAAGTCTAGC
ATAAAAGATA TTCAGAATAT CCTTTTCATA TCAGGAGATG TTTCGGAAAA TTCAATTCTT
TTAAAAGATA AGGTTTATTA TTCTGAAGAT CTGATGGGTT TATGGAAAAA TAAATTGCTA
GACTCAGGGT ATTTTAAGGG GGTTGAAATT ACTTCTAAGA GAAACGATAA GATTGTGGAG
GTCAAAATTG TAGTTACAGA AAATCCATGG GTTGTTTCAG TAGATGTTAA AGGATTAATA
AATGCTAAAA AAGATAAAGT TATGGAGATA ATTTCAAAAA GGGGTAGGGG ATTTTTGAGT
GACAAATATT TAAATAATTT AAAAGGAAAA CTGCTAGATA CAGGTTGGTT TTCTTCTGTG
GATGTGAAGA TTATTATAAC TCCTAATAAT TATGCATATC TTACCTTCAT AGTTAACGAG
TATCCTATTT TAAAAAGTAT TGAATATTCA GGTTTGAAAC TTCTTTCTCA GGAAGAAATT
AAGAAATATT CTATATTGAA AGAGGGAGAT TTTGTTTCTG ATGATAAGGT AGAAGAACAA
ATCACAAAAT TTGAAGGTGT AGGATACTTT TCCAAAGTAA AGGTGGAGAA GAACATAGAA
AACGATAAAA TATCTCTTAA TTTTATCTTT ACTGAGAATC CAGAGATTAA AAAAATTGTC
TTCGATGGAC TTTTAGGTAT ATCAGAAAGG GAGATTAAGC AGATTCTACT AAATAGAGAA
GGACAACCCT TTAATCAGAT ATTTTTAGAT AAAGATGTAC AGAATATTTT GGCTTTATTA
CAAAACAAGG GATATGTTTT TGCCTCTATT GAAAATGTCA TTTTCAATGA GAAGGGGGAG
TTAATTTTCT ATTTTAAAGA TTATAAGGTA GAGGATATTC AAGTGGAAAT TATACCTCCT
ACTGAAACTT CTTCTCTAAG TTTTCTTGCC ATATTCAGAA GACCTACGGA TAAAAATGTG
ATAAGTAGAG AGATATCACT ATCTGTTGGG GAATCTGTTA ACATAGAAAA GATAAAAGCT
GATCTTCAGA GAATATATAA TGTGGGGATA TTTGAAGATG TTTCGGTAAG GTTCGACAGA
GGAAGCACAG AAGATAAGGT TAAAGTGGTA TATGTGGCGA AGGAAAAACT TTCAGGATCT
TTTAACTTTG GTGGTGGATA TGCTACTGAT GTGGGGCTAT ACGGGTTTGT GGAATATAAA
GAAGGAAATT TATTTGGAAA GGCTCAACAG CTGAGTTTAC AGCTTTCTCT AACTTCTTCA
GCTAAGATTA ACTATCAATT AAGCTTCAAA GATCCATGGT TTTTAGGTGG AAGAAATGCT
TTTCAACTGG ATCTTTATGA CAGGAAGGTA ACGGTCACTG ATGCTACAAT ATCCTCCACT
TCTACTTTGG AAAAAGCAGG AGGAGCTTTC TCTTTCTCCT ATCCTCTTGA GAATTTCTGG
AGTATAAGCC TGGGTTTTAA GTATGAAAAT ATTATTCCCA TAGAGTCAGC TACTATGACT
TCTTCTACTA CTGTGGCAAG CTTTAATGTG GGAATATGGA GAGATACTCG AGATTTCTAT
GTAAATCCTA CGCAGGGCTC AAGGCAGTAT CTTAATATTG AATTTGCAGG GGGAGGAAGC
GAATCTAATT TTACAAAATA CAATGCAGAC TTTCAATGGC ATATTCCCTT AACAAACAGG
GAAGATTTGA TTTCTATTTC AAAACAGAAG GAAAGGCAAG TTTTGTCTTT GAGAATAGGT
TTTGGTTTTG AGGAGGGTAA TTTCCCATCC ACAGAACTTT TTACCCTTGG TGGTGCGGGA
AGCATAAGAG GATTTTCAGA CAATATTTTT AAGGGAGATA CTTATGTCCT TCTTAATGTA
CAATATAGAA TTCCATTAGG GAATAATCTA TATGGTGTAT TATTTGTGGA TTCTGGAAAT
GCTTGGTATA GACAAGATTT GAGTTCTTTC TCCGATATTA AATTATACAC AGGTATTGGT
TTTGGATTAA GGTATGATAC TCTTATCATA CCTATAAGAT TTGACTTTGG ATATAACTTT
GGAAATGATC CCTCAGATCC TAATACAAAA TGGAGGGTGC ATTTTAGTTT TGGTGATATT
TTTTAA
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| Protein sequence | MGLDKRFIFI LVLIFALVCA TFAQSEYRIA DIIIKGNQKI SSQEILKIAG INKGMNIRDE
QIDKVKEKLD SSTYFISVVI NKISGKDGII LEINVVESPF LIFISGISFQ GLQKISIKDL
QNLIILPTIG WVTDELVWEQ RRRFMSTGYF SKVDVKEVKS DGSIIVVFNF QENPILERIE
IKGIQSLKRE DVLSMIGISE GILISEDDLM AKRDVLLKSN IFSKVEFNID KKDNKLCLII
DLEENPLISR VILEGNNKSS IKDIQNILFI SGDVSENSIL LKDKVYYSED LMGLWKNKLL
DSGYFKGVEI TSKRNDKIVE VKIVVTENPW VVSVDVKGLI NAKKDKVMEI ISKRGRGFLS
DKYLNNLKGK LLDTGWFSSV DVKIIITPNN YAYLTFIVNE YPILKSIEYS GLKLLSQEEI
KKYSILKEGD FVSDDKVEEQ ITKFEGVGYF SKVKVEKNIE NDKISLNFIF TENPEIKKIV
FDGLLGISER EIKQILLNRE GQPFNQIFLD KDVQNILALL QNKGYVFASI ENVIFNEKGE
LIFYFKDYKV EDIQVEIIPP TETSSLSFLA IFRRPTDKNV ISREISLSVG ESVNIEKIKA
DLQRIYNVGI FEDVSVRFDR GSTEDKVKVV YVAKEKLSGS FNFGGGYATD VGLYGFVEYK
EGNLFGKAQQ LSLQLSLTSS AKINYQLSFK DPWFLGGRNA FQLDLYDRKV TVTDATISST
STLEKAGGAF SFSYPLENFW SISLGFKYEN IIPIESATMT SSTTVASFNV GIWRDTRDFY
VNPTQGSRQY LNIEFAGGGS ESNFTKYNAD FQWHIPLTNR EDLISISKQK ERQVLSLRIG
FGFEEGNFPS TELFTLGGAG SIRGFSDNIF KGDTYVLLNV QYRIPLGNNL YGVLFVDSGN
AWYRQDLSSF SDIKLYTGIG FGLRYDTLII PIRFDFGYNF GNDPSDPNTK WRVHFSFGDI
F
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