| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_1835 |
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| Symbol | |
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| ID | 4809819 |
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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 | Clostridium thermocellum ATCC 27405 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009012 |
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| Strand | - |
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| Start bp | 2175342 |
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| End bp | 2178650 |
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| Gene Length | 3309 bp |
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| Protein Length | 1102 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640107249 |
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| Product | viral A-type inclusion repeat-containing protein |
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| Protein accession | YP_001038249 |
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| Protein GI | 125974339 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGTCAATTT TTTTGTGTGT TGTTTTGTTG ATAACGATTG CCATCCCCGC TATATTGGTT
GAAGGAACGA GAATAAAGGC GGCACAGACA CAAATCGAAA GTGCCCTGGA TATATCGGCA
AAGTCAGCTC TTGCCAATTA TAATTATTTG TTGAAAGAGC TATATGGTCT TATGGCTCTG
TCCAGTGATG ATCCCGACTT GTTGATGGAG GAAATAATAT ATTATCTTGA AAGAAATTTG
ATGGTTGAAG GTATTAAAGA ACACAAAACA AAAGCGGAAT CAACTCTTGA CACCATAAAT
GAATCGGAAA CCGTTAAAAA TATAAAGAAG TTTTTGGGAG TGGACAAGAA AAAAGAGGAA
AAATCTTTGG ATTTGTATGA TTATAAAATT GAAAATGTTA AAGTTCAACC AATATATAAC
CTGTCGGAGC CGGAGGTTTT AAGAGCGCAG ATACTGGAAT ATATGAAATA CAGAGGTCCG
AAGGAATTGT CTGAAGGACT TATGGATAAA TTTCTTGCTT TGAAGGATTT TAAGAAGCAG
GCTGATATTT TAAAGGAGAA GCTTGATGTT GACAAGAATT TAACGGAGAT TAAGGAAAAT
GAGGTTAAAG CCTCAGATAA TATGGTGACG GTCAATAAAT TTGCCACAGA TGCAAATATA
CCAAATCAGT TGGATTTGGC TGCGCAATAT ATATTGCAAA AAGTTAAGTT GGAAAAAGCG
ATAAAGGACA TGGAGAAAGA GATAGAAGAT AAGGAAGAAA AGTTGGAAGA AATAGAAGAA
GAAATAGATG GATACAAGAA TGAAATCAAA GACCTCAAGA AGCAGATAGA GGAAAAGAAA
AAAGAGGCTG AAGATGATGA GTCCGGTGAA GTGGATGTAT CAAACGAGGA AAACAGGATA
AAAGAGATTG AAAGTTTGAT AAAGGATCTT GAGGATTCGA AGGATGAGAT TGAAGAAGAA
ATAGACGAGC TGAAAGAAAA AATAAAAGCA AATAAAAAAG AATTGGAGGA TAAGAAGACA
CTTATAAAGA ACGTTAACGA TAGATTAATA GGTTATATTG ACAAAACCAT AAAAGCTGTA
GAGGAAGCAA GGAATGCACT TGAGACTGTA ATGAAAAAGT CGGTAGAGAC TGTGGCAAAG
ATTGACCAAA TAAATGAGAA GCTGGAAGGA GAAACGAATG AATTTTCGAA CACCACAAGG
CTTGACCTTG GAAGCAAGAA AGAAAGGATA TCGGCAGAGG ATTTGACTCC CAAGATTGCC
GAGCTTAATC ACAACCTTGC TCTGCTGAAT GATATAAAGA ATTGTATAGA AAATGCGAGA
ATGAAAGAAC TTGGTTTGAG TGATTTTGGG GATGCAATTC CGGATATAGA TGAAGTGCGT
GCAAGGCTTA ATATTGAGAC GGTGAAGGCG AAAATAGCAG AGTATAAAGG TAAAGTCAAT
GGTGATCCTA TTGATTATTA TGCAGACAAG GGTATAATTT CTGACAAACC CAAGGAAGGA
GAAAAGGATC CGAGGGATTC CATAAGTGAT TTTACGAAAA AAGGCGGACC CGAGGATGAA
AATCCGGTAA AGGAAAACAA GAAGACAATG CCGGAGGATG TACCGTCGAA AAATGGGTAT
AAACGGACGG AACTGGAAGA AATAAAAAAT GACATGGAAC ATGTAAAGAA TATACTTGGT
ATTATAGCTT CAGGAGGGAA GAGTGGAGGA ACTTCAACCG GAAAAGAGCT TGGCGCGGTG
GATTTGAGTA AGACATCGTT CTCGAAGGAT AATACGGAGT TTTCAAAGAG CGGATTGGAT
TTTCTTTCGG GTATATCAGA AATATTTATG GACGGTATCT ATAATTTGAG AGATGAAATA
TATATAAATG AGTACATAAT GGGAAGCTTT GCGAATTACA CCACGGATTT GGAGAAAGAC
CTGGATTTAA GAGGAAATTT GATGAAAAAC AGGCCGGTTT TCTTTGACGC GAACCATGCG
GATGTAGAGT ATATTTTAGG GGGATTTGAA AGTGAAAAGG AGAATATAAA TGCAGTAAAG
GCACAGATTA CTCTTGTTAG GTTTGCGTTG AATGTTATAG CTATATATAC GGATCCATAT
AAGTTTAATA CTGCATTAGA GGTTGCTACC GTTGTGGCTG GGTGGACCGG CGGTGTAGGT
GTACCAATTG TACATACATT GATTATGATG GCTTGGGCAA TGGCTGAGTC TTTGTTTGAT
GTGTACCTGC TGTTGAAAGG GGATAGTGTA CCGATATTTA AAACGAGAAA TACGTGGATA
ACGGATATTG ATGGGTTTTC TAAAATAATT ACAAATGAAA TTGTAGAAAA TACAAAAAAT
ATAGCACGGA ATGCAGCTAA GCAAGTTATT GACTATACAG AAAATAAAGT AGAAGATTTT
CTAAAAAGTG CAAGTATAAC TATTTCTGAT TACATTGATT CTAAAGTTGA CCTGTTGGTT
GATAAAGCTT TTGCAAGTAT TGAAAATCCT TTAAAAGAAA ATATGTATTC GGCTGAAAAT
ATTTTTAGCG ATTTTGAAGC AAGCGTATAC TTTAATGGTG AAGGTGAAAT AGGAGATATA
ATGAATCAAA TTAGCAACGA AGTTCAAGTT TTGCTTCAAG AAGAAATGAA AATTGTTGAG
AATAGTACTT TGGGTAGCTA TGTGCCTGAA ATTATTCTGG GAGTAGATTA TACAGATTTT
TTGCAAGAAT ATAAAAATAG AAATCTTAAA GAGGTAATTG CTGAGTTGAC TGTTGAACTT
GCGGAAGGAA AGGAGTTGCT TGGATATAAT GTAGATGAAA CTAGCAAAAA AATAAATAGC
ATGATTTTTA ATACTATTCA AAAAGCAAAA AATGAAGTGA AACTTAATAT AAAAACAAAA
ATTAGAGAGT ATAAGAAAGA TTTAATTGAA AAATTTGAAA AAAAATTTAA AGAAACAGCT
GAGAAAGGAA AAGAAGAAGT TGATAAATTT ATTGATTCTA TAGGTAATAC AAGTGATTCA
GAAGTAATGA AAACAAACCT TAAAGGGTCT TTTCTCTCCA TGAAATACGT TGATTACCTT
AGGTTATTTC TACTTTTTAC AGACAAAGAT GTGAAAATAA AAAGAATAGC TGATTTGATT
CAAGTGAATA TGAGAAATGT ATCTGGGAAT AAAACTTTTA AAATGTCAGA ATGTAGTACG
TATATGCGTA TTGAATCTTC AGTTTCTATA AAATATTTGT TTGCGACAAA ACCTTTTATG
CCAAAAGAGT TCAGAACCGA AGATGGAAAA AGAATAGAGT TAGATGTTGT CCTGTATAAA
GGATATTAA
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| Protein sequence | MSIFLCVVLL ITIAIPAILV EGTRIKAAQT QIESALDISA KSALANYNYL LKELYGLMAL
SSDDPDLLME EIIYYLERNL MVEGIKEHKT KAESTLDTIN ESETVKNIKK FLGVDKKKEE
KSLDLYDYKI ENVKVQPIYN LSEPEVLRAQ ILEYMKYRGP KELSEGLMDK FLALKDFKKQ
ADILKEKLDV DKNLTEIKEN EVKASDNMVT VNKFATDANI PNQLDLAAQY ILQKVKLEKA
IKDMEKEIED KEEKLEEIEE EIDGYKNEIK DLKKQIEEKK KEAEDDESGE VDVSNEENRI
KEIESLIKDL EDSKDEIEEE IDELKEKIKA NKKELEDKKT LIKNVNDRLI GYIDKTIKAV
EEARNALETV MKKSVETVAK IDQINEKLEG ETNEFSNTTR LDLGSKKERI SAEDLTPKIA
ELNHNLALLN DIKNCIENAR MKELGLSDFG DAIPDIDEVR ARLNIETVKA KIAEYKGKVN
GDPIDYYADK GIISDKPKEG EKDPRDSISD FTKKGGPEDE NPVKENKKTM PEDVPSKNGY
KRTELEEIKN DMEHVKNILG IIASGGKSGG TSTGKELGAV DLSKTSFSKD NTEFSKSGLD
FLSGISEIFM DGIYNLRDEI YINEYIMGSF ANYTTDLEKD LDLRGNLMKN RPVFFDANHA
DVEYILGGFE SEKENINAVK AQITLVRFAL NVIAIYTDPY KFNTALEVAT VVAGWTGGVG
VPIVHTLIMM AWAMAESLFD VYLLLKGDSV PIFKTRNTWI TDIDGFSKII TNEIVENTKN
IARNAAKQVI DYTENKVEDF LKSASITISD YIDSKVDLLV DKAFASIENP LKENMYSAEN
IFSDFEASVY FNGEGEIGDI MNQISNEVQV LLQEEMKIVE NSTLGSYVPE IILGVDYTDF
LQEYKNRNLK EVIAELTVEL AEGKELLGYN VDETSKKINS MIFNTIQKAK NEVKLNIKTK
IREYKKDLIE KFEKKFKETA EKGKEEVDKF IDSIGNTSDS EVMKTNLKGS FLSMKYVDYL
RLFLLFTDKD VKIKRIADLI QVNMRNVSGN KTFKMSECST YMRIESSVSI KYLFATKPFM
PKEFRTEDGK RIELDVVLYK GY
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