| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0947 |
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| Symbol | |
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| ID | 7082904 |
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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 | 974754 |
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| End bp | 978002 |
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| Gene Length | 3249 bp |
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| Protein Length | 1082 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 643458026 |
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| Product | SMC domain protein |
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| Protein accession | YP_002352842 |
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| Protein GI | 217967336 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.823623 |
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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 | ATGATCTATC TTAAGAGTTT AGAACTTACT AATTTTAAAT CTTTTATTGG AAATAATAAA
ATTCCTTTTT CTCAGAAATT CACTGTTATT ACAGGTCCTA ATGGGAGTGG TAAGAGTAAT
ATACTGGATG CTATTCGGTG GGTGCTTGGT GAGCAAAGAA TAAAGGCGCT AAGGGCAGAA
AAAACTGACG AGATTATATT TGGAGGAAAT AGGTTTTATT CTAAGGCTAA CTATGCAAAA
GTAGAACTCT GTCTAAATAT TTTCAACGAA GATTATTTTA TTAGTAGGAA GCTGTATAGG
GATGAGGATA GCGAGTATTA TCTAAATGGT AAAGAGGTTA GGTTAAAAGA TGTACAGTTT
TTCCTTAATA ATTTTGGGCT TGGTAAGTAT AGTTTTGTTT TTTTAGGTCA GGGAGAGATC
GACGAGTTAA TTTTAAAGGA AAATGGAAGA ATAAGAGAAT TGATAGAAAA TATTGCAGGT
ATTTCTGGAT ATCATGAAAA GGTGAAAGAG TTGTTGCTTA AATTAGAAGT AATCGAAAGC
AAATGGCAAG AGCTGGAGGA AAAACGAAAA GAGCTTTTAG GGGTAATTGA GGAGTTAAGG
GCGGAGGTAA GAATTGCTGA AAGATATAAT GAATTGAAAA ATAAGTTGGA AGATGTGAGA
AAAACTTTAG CTTTTATTAA TTTGAGAAAG ATAAAGGAAA ATATTGAGAA GTACTTAATA
GAAAAAGAAA AAGTTGAAAA AAGACTTTTG GAACTGAACG AATTAATCTC TGAAAATTTA
GCTAAAAGAG AAAATCTTAA TAAAGGGTAT GAAAAATTAG TGGAAAAGGT ATCAAGCTTG
GAAGAAGTTT TAAAGAGCAT AGATCAAAGA ATATACGACC TTAGCCTAAG GGAGAACATC
TATGTTGAAA AGAAAAAAAT TCTTGTTGAG AATCTAAAGA ATATTGAGAA GGAAAAAATT
CTTTTAAAAG ATAAAATCTT GGAATTAAAA AAGAGAGAAG AAGAGATTGG AAATCTTTTT
CAGGATTTTA ATCATGATGA GTTTTCAAAA ATTGAGATAG AGCTTAAGAA GAAGGAAGAT
TATCTTCAAG ATCTTATTGT AAAAAAAGGA AAGATAGAGG ATAAAGTAAA ATCCTTTGAG
GTTTTGAAAG ATCAGCCAGA TATTGAAGAA TTAAAGTTCG TAAAGGAGAA ATTGGAAAAC
TTTATTGTTA AATATAGGAA GAAACTTGAG ACTTTAGAAA GGTATAGGGA AGAGATAGAA
AGTAAACTTT TAGAGGAAAG TAAGATTTTG AAAAAGAAAG AAGATACTTA TGAAAAGAAT
AGAATAGAGA TACTAAAGCT CAACAATATT CTTGCCGAGT TAAAAGAAGC CACTCTTGAG
AATCTTCCCC GTGGAGTTAG AGAACTGTTA GTATATAAAA AGAACAAAAT TCATGATATC
TTAAAAAATC TCATAAATAT ACCTAAGGAA TACATGGTGG CTCTATATAA CTTTTTGGGG
AATACTATAT ACGACATTGT TGTTGACGAT GAAAATACTG CAAGAGAATT GATAGGCTAT
TTAAAAGAGA GAAAACTTGG CTGGGCCACT TTTAGACCTC TTACCTTATG TAGAGATGAA
AGAATAAGAG AAATCCCTCA AGAAATTTCT AATGTTTTAA GAGCCATAGA TGTGATTGAA
TATGATCCCA AATATGATAG ATTAATCAAA AATGTATTAG GGAATGTATT AATCTTTACA
GATTTTCAGA CAGCCTCAAA TTATAAGAAT CTTCTTTGGG AAGGCTGGAG GATTGTTACT
GTTCAAGGGG AGGTATTTCA TCCTTCAGGG ACTATAAGTG GAGGAGTTAG GTTTGGAGTT
GAAGTGGCTC TTAATACGGA GAGAGCGATC CTTGATGCTG AGGAGAAAAT AAGAGATTAT
ACTGAGGCAA ATAACTTTTT AAAGAGGGAT ATAGAAGAAT TAGGAATTAG CATTGAGAAA
AATAGGAAGC TAAAGCAAAA GTTAGAAAGT TTAATGTTAA GAATAGAAAA TAAAATAAAT
GAAAAAGAGA AGGCTCTTGT GGAACTTGAA AAGAAAATTA ATTTATACGA GGATTATCTT
AAAGAGGGAA GGATTGTCTT AAGAGAATTT GATTCCCTAC TCAAGGAAAT TGAGAAAGAA
AAGTTGGAAG TTGAAAATCT CAGGAAAAGT TATGACGAAA AGAGAATTAG AAAAATTGAG
GTTGAAAAAG ATTTAACATT AGTTAAGGAA AATCTTAATG GCTTAAAAGA AAGATTAGAA
GATTTAGAAG AAGAAGAGAA GAGAGTTAGA GATGAACTAA TTTTGTTGGA GAAGGCTTTG
GATGAGTGCA AAGATGAATA TGAGAAAATA AATAGTGAGA AAGAAAATTT TGTAATTGAA
AATAAAAAAT TTCTTGAAGA AGGGGAAAGA ATTAAGAACG AGATAAAAAG GCTTGAGAGA
GAATGGCAAA AATTGAGAGA AGAACTTGTG ATTCTTGAGG AGAGAAAAAA AGATTTACAA
GAAAGGATCA AAGAATTAGA AATGGAGTAT GATAAAAACT ATAAAGATGG ATTAGATGTG
AAGATAAATC TTTCTGAAGA GGAATTAAAG AAATTGGAAT CAGAAATAAT TCAAGAGATG
GAATCTTTGG GTCCAATAAA TTTCCTTGCT GAGACTAAGT TGAAAGAAGA GGAGTCAAAA
TATAAATCTC TTCTTTTCCA GATAGAAGAT ATTGAAGGTT CTATTAATTC ATTAAAAAAG
ATTATAAAAG ATACAAGGGA AGAAGCAGAA AGAAGATTTT TAAACGCTTT TAGTTCATTC
AGAGATAGGG CTAAAAACAA TTGGAAATTA TTCTTTCCAA ATGCGGAGTT TGATTTGTTA
ATTGAAAATG AGAAGGAGGT CCTTGATTCA GAAGTAAAGT TAAAAATTTC TTCTCAGAAA
AAGAATTGGA AAAGTTTGTT GATGCTTTCA GGTGGTGAAA AGAGTATAGT AGGGATTGTA
CTCCTTTTAT CGGCTGTAGA ACTTGCTCCT GTAAACTTTT GTTTTTGGGA CGAGATAGAT
GCGGCTTTAG ATAATCAGAA TGCTCAAATT TTGGGAAAGA AGATAAAGGA GCTTAGTGAT
AGAAATCAGT TCATTCTTAT TAGTCATAAT CCTGTCTTGA TGCAGCATGC AGATATAATA
TATGGAGTAA CTTTGAATGA AAAGGGAGCA TCTCAAGTTT TATCTTGGAA GGTAAAAGAG
GAGGTATGA
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| Protein sequence | MIYLKSLELT NFKSFIGNNK IPFSQKFTVI TGPNGSGKSN ILDAIRWVLG EQRIKALRAE
KTDEIIFGGN RFYSKANYAK VELCLNIFNE DYFISRKLYR DEDSEYYLNG KEVRLKDVQF
FLNNFGLGKY SFVFLGQGEI DELILKENGR IRELIENIAG ISGYHEKVKE LLLKLEVIES
KWQELEEKRK ELLGVIEELR AEVRIAERYN ELKNKLEDVR KTLAFINLRK IKENIEKYLI
EKEKVEKRLL ELNELISENL AKRENLNKGY EKLVEKVSSL EEVLKSIDQR IYDLSLRENI
YVEKKKILVE NLKNIEKEKI LLKDKILELK KREEEIGNLF QDFNHDEFSK IEIELKKKED
YLQDLIVKKG KIEDKVKSFE VLKDQPDIEE LKFVKEKLEN FIVKYRKKLE TLERYREEIE
SKLLEESKIL KKKEDTYEKN RIEILKLNNI LAELKEATLE NLPRGVRELL VYKKNKIHDI
LKNLINIPKE YMVALYNFLG NTIYDIVVDD ENTARELIGY LKERKLGWAT FRPLTLCRDE
RIREIPQEIS NVLRAIDVIE YDPKYDRLIK NVLGNVLIFT DFQTASNYKN LLWEGWRIVT
VQGEVFHPSG TISGGVRFGV EVALNTERAI LDAEEKIRDY TEANNFLKRD IEELGISIEK
NRKLKQKLES LMLRIENKIN EKEKALVELE KKINLYEDYL KEGRIVLREF DSLLKEIEKE
KLEVENLRKS YDEKRIRKIE VEKDLTLVKE NLNGLKERLE DLEEEEKRVR DELILLEKAL
DECKDEYEKI NSEKENFVIE NKKFLEEGER IKNEIKRLER EWQKLREELV ILEERKKDLQ
ERIKELEMEY DKNYKDGLDV KINLSEEELK KLESEIIQEM ESLGPINFLA ETKLKEEESK
YKSLLFQIED IEGSINSLKK IIKDTREEAE RRFLNAFSSF RDRAKNNWKL FFPNAEFDLL
IENEKEVLDS EVKLKISSQK KNWKSLLMLS GGEKSIVGIV LLLSAVELAP VNFCFWDEID
AALDNQNAQI LGKKIKELSD RNQFILISHN PVLMQHADII YGVTLNEKGA SQVLSWKVKE
EV
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