| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_1626 |
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| Symbol | |
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| ID | 7082144 |
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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 | 1641440 |
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| End bp | 1644376 |
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| Gene Length | 2937 bp |
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| Protein Length | 978 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 643458735 |
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| Product | SMC domain protein |
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| Protein accession | YP_002353513 |
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| Protein GI | 217968007 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGATAAAAT TAGTGAGCCT TAAACTCAGC AATTTTAAAC AATACCAAAA TGCCCGAATA
GAATTCCCAG AGCAAGGCAA AATACTTATT AAGGGCAAAA ATGAAGCGGG AAAAAGTACT
ATATTTGAAG CCATAGCTTT TGCCCTATTT GGTAAACCAG TATATGTAGG CTCTAAGCCT
AATTTAATAA GATTTAATGC AGAAAAAGCC CAAATTGAAC TCGTAGTAAA AACAGAGGAC
AAAATCCTAA CCATAAGAAG AGTCCTCTCA AAAAATGCCT CTCAAAATGC AGAACTTCAC
ATAAAGAAAA ATGACAGCTC TACCCCCATT ATCATAACCG GAGTTAAGAA CGTAGATCCC
AGAATTATAA AAGAAATAGG AATAGATCAG GATATATTCA TAAATACGTG TTTTATAGGA
CAAAAAAGAT TAGAAACCTT AGAAAATCTA ACAGCCCAAG AAAGACAAGA AATTATATCT
AAACTTTTTA ACTTAGACTA CTTTGTAAAC CTTATAGGAA AAGCAAAAGA CATAAAGAAA
GAATTTACCA ATCAAAAAGA ACAATATGAG ATTATTAAAA AAGCAGGAGA GGCAAAAAGA
GACCTCCCTG AAATCAAAAA GAAAATAGAG GAAGTAGAAG AGCAATTAAA TAAGATTAGA
AAAATAGAGC TTTCCCACGA AATTATGAAA AAGGAAAAAC TTTTAAAGAC ATTAATAGAA
GAAATTACTA AGTTAGAAGA AGAAATTGAG AAGGTAAGAA AAGACGTAGC GTTATTAGAA
AGGTATAAAG AGGAAGAAAA ACTTATAAAT GAGATAAGAA GTATGGAAGA AAAAATTAAC
ATTTTGGAAA AACAAAAAAA CCAAACCTTA GAAAAGATCC AAGAATTAGA GGGAAAAATA
AAAGAGGAAG AAAAAATAAA AGAGAGAATA GACTTCTTAA ACAAGGGAAT AAAAATAAAG
AGTAGAGTCG AAGAGCTTAC AAGGATTTTG AGTGAGGAAA AACTAAAAAT CTCAAAAACT
GAAGAGACAA TTCCAAATCT TTTAGAAAAA GTAGAAAATT ATAAAGAAAT AGTAAAAAAA
ATAAATACCG AAAAAATCCT TTTAAACAAA CTCTCCTACT TGGAGGAGAG CCTTCAAAAA
CTTGAAATAA GAAAAAGAAA CCTTGAAAAA AGAGAAGAAA AATTAAGAAA TGCATTAAAC
GAAATAAATA AAGTAAAAGA AAACCTAAAA ATCCATCAAA AAGCCTTAGA TTATAAAGAA
AAGGAAGAGA AGGTCCTTTT CCTAGAGAAA TCCCTCTCAA AGATTAAAAA TAGTTTAATT
CTTTCCTTTA TTTCAACCCT TCTTTTTCTA CTTTTATCTT TTTTGTTAAA TCAACTTTTC
CTTATTCCTT CAATTATCCT TATAACTACG ACTATTTTTA TTTATAAAAA TTATTCCCAA
ATAAATAGCA ATCTCAGCAA AGAGTTAACT ATAACAGAGT TTATAAAAAG AGATATACCT
GAACATCTCA TAAAAAAGGG TAAAGAAGAA TTGAGAAAAG AACTCATTGA AATTGAAAAA
AGAAGTGAAA TCAAAAAAAA CAAAGCTGAA AGAGTAATAG AAGCGATAAA AACCCAAATT
TCAAACATAG ATCCCTCCTC TCTAATAGAA GAAAAAGCAA AAATAAATAA AGAAATTTCC
GACATAAATC TTCTAAAGGA TGAGGCTCAA AGGCTAATCT TTGATCTTTC CTCAAGGCTT
AAATGTGACA ACCACATCAC TGCAATAGAG GAGAAAATAT TGAAAGTGCA AGAAGTTTTA
GAAAAGAAAA GAAGAGAAAT CGACGACAGA GAAAAAGAGA TAGAATATCT TAAAAAGGAA
GATCCAATTC CAGATAGAGA GCTCTCCAAC TTAATCTCTG AAAAAGGTTC TTTGGAAAAC
GAGCTAAGAA ACATAGATCA CTATAAGAAA GAATTAGATA AACAAAAGAT CCTTCTTTTG
AACCTTGAAA AGAATATTAA AGAAGAGAAA GAAAAAATTG AGTTTTTATC TAAAAAAATA
CCATCCACAG ACAATGAATA TGTAAAAAGG CTAAAAGAGA TTATAAAAGA TTTAGAAGAG
AGAAAAGTAA AAGAGAATTA TGAAAATATT TTATCCCAGC TTAGTAATAA AAGGGGACAA
AAAAGCTCTG TAGAAGAAGA GTATAAAAAA CTTATAGAAG AGTTCAAAAG TAATTTTCAG
GAAGAAACTT GGGAAATTTA CTCCTCTACT GATGTGGATC CAAAGGAAAA AGAAGTATTA
ATAAATCAAA AAGAAGAGCT CATTAAAATT CTCGGAGAAA AAGAAGCTAT ACTGAAAGAA
TATGAAAAGA GAACAGGCAA AAAAGTAGAA GATTTAATTC CCGAAAAAAT AGAGGAAGAT
TACAAAAACT TGGAAAAGAA TATCCAAAAA ATGGAATATG CCATTAAGAT TGCTGAAAGT
ACAAGAGAGA GCATCCTAAA ATCAATCCTT CCAAGAACCA TGGCTTTTAT GCAAAAAATT
CTACCTATAT TAACCTCAGA TAGATATCAT TATGCTGAAA TTGATGAGAG TTATAAGTTG
AGAGTATACA CCAGCGATAC AAAAGACCCT TTAGAAAAAA ATATATTCAG CGGTGGAACC
CAAGATCAGC TTTCTTTAGC CTTAAGACTT GCTTTTGCTA TGGCAACTCT TCCTCAAGAT
AAAGGAGTAC AACCTAAATT TATTTTCTTA GATGAACCCT TAGGTTCCTT TGACGAAGAT
AGAGCAAGAG GTCTTCTCTA CCTTCTAACT CAAGGCGAAG TGGCAGAGTT CTTTGATCAA
ATATTTGTAG TAACCCATGT TCCCATAGAA GAAGAACTTT TTGATGAAAT CTACTATGTA
AATAACGGAC AAATTATTAA AATTGACAAA AACTCTAATC TAACCTTAGA CTTTTGA
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| Protein sequence | MIKLVSLKLS NFKQYQNARI EFPEQGKILI KGKNEAGKST IFEAIAFALF GKPVYVGSKP
NLIRFNAEKA QIELVVKTED KILTIRRVLS KNASQNAELH IKKNDSSTPI IITGVKNVDP
RIIKEIGIDQ DIFINTCFIG QKRLETLENL TAQERQEIIS KLFNLDYFVN LIGKAKDIKK
EFTNQKEQYE IIKKAGEAKR DLPEIKKKIE EVEEQLNKIR KIELSHEIMK KEKLLKTLIE
EITKLEEEIE KVRKDVALLE RYKEEEKLIN EIRSMEEKIN ILEKQKNQTL EKIQELEGKI
KEEEKIKERI DFLNKGIKIK SRVEELTRIL SEEKLKISKT EETIPNLLEK VENYKEIVKK
INTEKILLNK LSYLEESLQK LEIRKRNLEK REEKLRNALN EINKVKENLK IHQKALDYKE
KEEKVLFLEK SLSKIKNSLI LSFISTLLFL LLSFLLNQLF LIPSIILITT TIFIYKNYSQ
INSNLSKELT ITEFIKRDIP EHLIKKGKEE LRKELIEIEK RSEIKKNKAE RVIEAIKTQI
SNIDPSSLIE EKAKINKEIS DINLLKDEAQ RLIFDLSSRL KCDNHITAIE EKILKVQEVL
EKKRREIDDR EKEIEYLKKE DPIPDRELSN LISEKGSLEN ELRNIDHYKK ELDKQKILLL
NLEKNIKEEK EKIEFLSKKI PSTDNEYVKR LKEIIKDLEE RKVKENYENI LSQLSNKRGQ
KSSVEEEYKK LIEEFKSNFQ EETWEIYSST DVDPKEKEVL INQKEELIKI LGEKEAILKE
YEKRTGKKVE DLIPEKIEED YKNLEKNIQK MEYAIKIAES TRESILKSIL PRTMAFMQKI
LPILTSDRYH YAEIDESYKL RVYTSDTKDP LEKNIFSGGT QDQLSLALRL AFAMATLPQD
KGVQPKFIFL DEPLGSFDED RARGLLYLLT QGEVAEFFDQ IFVVTHVPIE EELFDEIYYV
NNGQIIKIDK NSNLTLDF
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