| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_1329 |
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| Symbol | |
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| ID | 4809469 |
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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 | 1613874 |
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| End bp | 1618175 |
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| Gene Length | 4302 bp |
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| Protein Length | 1433 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640106753 |
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| Product | putative CoA-substrate-specific enzyme activase |
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| Protein accession | YP_001037754 |
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| Protein GI | 125973844 |
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| COG category | [I] Lipid transport and metabolism
[S] Function unknown |
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| COG ID | [COG1924] Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain)
[COG3580] Uncharacterized protein conserved in bacteria
[COG3581] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR00241] CoA-substrate-specific enzyme activase, putative |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | ATGAAAAGAC TGTTGCATGT AGGATTGGAT GTTGGATCGA CCACTGTAAA ACTGGTTGTA
CTTGACAGAC AGGACAATAT TATATTCAGC AAATATCAAA GACATTATTC GGACATTAAG
AAAACAATAT ATTCCCTTCT TAGTGAAGCT TGTGAACTCT TTTCCGATGA TGATATAACG
ATAATGGCTA CAGGTTCCGG AGGTATTTCG GTTTCCGAGT GGCTTGGGCT TGATTTTATC
CAGGAAGTTA TTGCAAGCAC GAAAGCCATA GAGACTTTTA TTCCCCATAC GGATGTTGTA
ATTGAGCTGG GTGGGGAGGA TGCAAAGATA ACCTATTTTG ACGGCGGTAT TGAGCAGAGA
ATGAACGGAA CCTGCGCGGG CGGAACCGGT GCCTTTATTG ACCAGATGGC ATCGCTTTTG
AAAACCGATG CGGCAGGTCT TAACGAACTG GCAAAAAATT ACAAGGTTAT CTATCCCATT
GCGGCAAGAT GTGGTGTTTT CGCAAAATCG GATATACAGC CTCTTATAAA TGAAGGAGCT
GCCAAAGAGG ACATAGCCGC ATCAATTTTC CAATCGGTGG TAAACCAAAC AATCAGCGGG
CTTGCGTGCG GCAAACCCAT AAGGGGTAAT GTTGCGTTTT TGGGAGGCCC ATTGCAGTTT
TTACCGGAGC TTAGAAAAAG GTTTGTCGAG ACTTTGAAGC TTGAAAAGCA TCAAGTTATT
TCTCCTTCCA ATGCGCAGCT TTATGTTGCT TTGGGAGCTG CTTTGGCTTC GAAAAAGTCC
AAAGTGATAC CTTTTAAATC CCTCAAAGAA AAGCTTTCGG TTTTGGACAA TGTGACAGTG
CACGAAGTGG AAAGGCTTCA GCCATTGTTT ACGGACGAAA AGGAACTGGA GGAATTCAGG
GCAAGGCACC AAAAAAATTC CGTACCAAGA CGGGATATAA AGAATTTTAA AGGAAAGTGC
TTTTTCGGTA TTGATGCCGG TTCCACAACC ACCAAGGCGG TTTTGCTAGA TGAGAACGGA
GCTATTTTGT ATTCATATTA TGGAAGCAAC AACGGAAGTC CATTAAAATC GGCGGTAAAA
ATATTAAAGG ACATTTACTC GCAGCTTCCG GACACTGCGG TAATTGCCAA TTCTGCCGTT
ACTGGTTATG GCGAAGGGCT TATAAAGACG GCTCTTAACA TTGATATAGG TGAGATTGAG
ACGATTGCCC ACTATAAAGC AGCCGAGGCT TTCCTGCCGG GTGTTGAGTT TATACTGGAC
ATCGGAGGTC AGGACATGAA ATGTCTCAGA GTAAAAAATG GTGTTATTGA CAGTATTATG
CTTAATGAGG CTTGTTCTTC CGGCTGCGGA TCTTTTATTG AGACTTTTGC CCATTCCCTG
AACATGGATG TTAAGGATTT TGCCAATGAG GCTCTTTTGG CCCAAAATCC TGTTGATCTT
GGTTCCAGGT GTACTGTATT TATGAATTCA AAGGTAAAGC AGGCTCAAAA AGAAGGGGCG
TCTGTCGGGG ATATATCGGC AGGACTTTCA TATTCTGTTA TAAAGAATGC CCTTCAGAAG
GTTATAAAGA TAAGGGATCC GAAACAGCTG GGCGAGAAGG TAATCGTTCA GGGCGGTACG
TTTTATAATG ACGCGGTGTT AAGAAGTTTT GAGCTTATAT CCGGCAAAGA AGCGGTAAGA
CCTGATATAG CAGGGCTTAT GGGAGCATAT GGTGTGGCTC TTATCGCAAA GGAAAGATAT
GAAGAAGGAC ATGTAAGCAC AATTTTGAAA GCTGAGGAGC TTGACAACTT CAATATTGAA
GTGTCAATGA GAAGGTGCGG CCTGTGCGGC AACAACTGTC TTCTTACGAT AAATACTTTT
GCGCAGGGCA AGGAATTTAT ATCGGGAAAC AGATGTGAGA GGGGTGCCGG ACTTGAAATA
AAAAGGGATG ATATCCCCAA CCTTTTCGAC TACAAATACA GGCGTCTTTT CTCATACAAG
CCGTTGGACA GAAGCCAGGC CGAAAGGGGT ACTGTGGGTA TCCCAAGGGT GCTTAACATG
TACGAAAACT ATCCTTTCTG GTTTACGTTT TTTACGGAGC TGGGCTTTAG GGTGGAGCTT
TCCGCAAGGT CTTCTAAAAA GATATACGAA CTGGGAATGG AGACAATACC GTCGGAGTCT
GCATGCTACC CTGCCAAGCT TGTTCACGGC CATATAATGA ATCTTATAAA CAAGAATGTG
GATATGATTT TCTATCCATG TCTGCCTTAC GAGGTAAAAG AGTATGAAGA CAGCACCAAT
CACTACAACT GTCCGATGGT GACATCGTAT CCTGAAGTAA TCAAAAACAA CATGGATATC
TTAAAAGAGC AGAATATATT GTTTATGAAT CCTTTTCTGC CTTTTGACAA CAAAAAGAGA
CTTGCGGAAA GATTGTATGA GGAGTTTAAA AGATTTGGAA TCAGCCGCCG TGAGATAAAG
AGGGCTGTGC AAAAGGCTAC GGAAGAGGAT GAAAAGGTTA AGAGGGATAT AAGACAAAAA
GGAGAAGAAA CCCTTGAATA CCTTAAAAAG ACCGGTAAAA AGGGTATTGT GCTTGCCGGC
CGACCCTACC ATCTTGACCC GGAAATCAAT CATGGTATTC CAAATATTAT TACGGGTTTT
GGAATGGCGG TTCTCACAGA GGATTCAATA GCCCATTTGG GCAAAGTTCA GCAGCCTTTG
AGGGTTGTTG ACCAATGGAC GTACCATTCA AGGCTCTACA GAGCGGCAAG TTTTGTAAAA
GACCAGACCA ATCTTGAACT GGTGCAGTTA AACTCTTTTG GCTGCGGTCT TGATGCCGTG
ACCACGGACC AGGTGGAGGA AATACTGTCC AGTACAGGAA AGATATATAC GGTTTTGAAG
ATAGATGAGA TCGACAACCT TGGTGCGGCA AGGATTCGCA TAAGGTCTTT GAAGGCTGCA
ATGGACGAAA GGGACAGAAA CGGTTATAAG TTGAAGAAGG GCGATGCAAG CTGCAAGAAG
GTTTTGTTTA CCGAGGAAAT GAGAAAGAGG CATACCATAT TGGTACCGCA GATGTCTCCT
ATACATTTCC AGTTGTTAGA AGAAGCTTTC AATGTATCAG GATACAACCT GAAAGTACTG
CCTTATGTCG ACAAAAAAGC AATTGACGAG GGATTGAAGC ACGTAAACAA TGATGCCTGC
TATCCTTCCA TAATTGTAGT CGGACAATTG ATGGAAGCGT TAAAGTCGGG AGAATACGAC
CTTAACAATA CTTCCCTTAT GATAACACAG ACTGCCGGAG GATGCAGAGC TACAAACTAT
ATCGGATTTA TCAGAAAAGC CCTGAAAGAT ACGGGGTTAT CCCATATACC GGTAATATCT
TTGAATTTTG CAGGTCTTGA AAAAAATCCT GGATTCAAAA TGTCTTTAGG GCTTGTAAAC
AAGGCTCTTA TTGCCCTGGT ATACGGAGAC CTCCTTATGA GAGTGTTGTA CAGGGTAAGA
CCTTATGAGA AAGTGAAAGG CTCTGCCAAT GCGCTGTATG AATACTGGGT GGAAAAGTGC
AAAGAGTCTA TTAGAACCGG AAGTCACAAG ACGTTTAATG AAAATGTGAA AAAGATAGTG
GAAGACTTTG ACAACTTGGA AATTTGCGAA GTGGAAAAGC CCAAAGTGGG ACTTGTGGGT
GAGATTTTGG TTAAATTCCA TCCTCAGGCA AACAACAACA TTGTTGATAT TATAGAAAAG
GAAGGGGCAG AGGCGGTAAT GCCGGATTTA ACCGACTTTT TGCTGTACTG TGCTTACAAT
CAGAACTTTA AATACACCCA TTTGTCCGGC AGTAAGATTA GCTGCATAGT TAACAATGCG
GCAATTGCGT TGATTGAGTT CTATAGAAGG ACTATGAGAA AAGCCCTCAA TGAAAGCAAA
CGTTTCCATG CCCCATGTAC TATATACGAG CTTGCGGAAA TGGCATCGGA AGTTTTGTCA
ATAGGTAATC ACACAGGTGA AGGATGGTTC CTGACAGCTG AAATGATAGA GCTCATAAAG
AACGGTGCCA AGAATATAGT ATGCATGCAG CCTTTTGCAT GTCTTCCGAA CCATGTTACC
GGAAAAGGAA TGATAAAGGA ACTGAGAAGA AGGTATCCGG AGTCGAATAT TGTGGCTGTG
GACTATGATC CGGGTGCCAG CGAGGTAAAT CAGCTCAACA GGATAAAACT GATGCTGTCG
GTGGCATTTA AGAATTTGAA GAAGGATACA CAGGAAGCAG AATTTGAAGA AAGTATATAT
GATTATGAGA GCGGGGAACA AAAAATCAAA TCCTATGTGT AA
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| Protein sequence | MKRLLHVGLD VGSTTVKLVV LDRQDNIIFS KYQRHYSDIK KTIYSLLSEA CELFSDDDIT
IMATGSGGIS VSEWLGLDFI QEVIASTKAI ETFIPHTDVV IELGGEDAKI TYFDGGIEQR
MNGTCAGGTG AFIDQMASLL KTDAAGLNEL AKNYKVIYPI AARCGVFAKS DIQPLINEGA
AKEDIAASIF QSVVNQTISG LACGKPIRGN VAFLGGPLQF LPELRKRFVE TLKLEKHQVI
SPSNAQLYVA LGAALASKKS KVIPFKSLKE KLSVLDNVTV HEVERLQPLF TDEKELEEFR
ARHQKNSVPR RDIKNFKGKC FFGIDAGSTT TKAVLLDENG AILYSYYGSN NGSPLKSAVK
ILKDIYSQLP DTAVIANSAV TGYGEGLIKT ALNIDIGEIE TIAHYKAAEA FLPGVEFILD
IGGQDMKCLR VKNGVIDSIM LNEACSSGCG SFIETFAHSL NMDVKDFANE ALLAQNPVDL
GSRCTVFMNS KVKQAQKEGA SVGDISAGLS YSVIKNALQK VIKIRDPKQL GEKVIVQGGT
FYNDAVLRSF ELISGKEAVR PDIAGLMGAY GVALIAKERY EEGHVSTILK AEELDNFNIE
VSMRRCGLCG NNCLLTINTF AQGKEFISGN RCERGAGLEI KRDDIPNLFD YKYRRLFSYK
PLDRSQAERG TVGIPRVLNM YENYPFWFTF FTELGFRVEL SARSSKKIYE LGMETIPSES
ACYPAKLVHG HIMNLINKNV DMIFYPCLPY EVKEYEDSTN HYNCPMVTSY PEVIKNNMDI
LKEQNILFMN PFLPFDNKKR LAERLYEEFK RFGISRREIK RAVQKATEED EKVKRDIRQK
GEETLEYLKK TGKKGIVLAG RPYHLDPEIN HGIPNIITGF GMAVLTEDSI AHLGKVQQPL
RVVDQWTYHS RLYRAASFVK DQTNLELVQL NSFGCGLDAV TTDQVEEILS STGKIYTVLK
IDEIDNLGAA RIRIRSLKAA MDERDRNGYK LKKGDASCKK VLFTEEMRKR HTILVPQMSP
IHFQLLEEAF NVSGYNLKVL PYVDKKAIDE GLKHVNNDAC YPSIIVVGQL MEALKSGEYD
LNNTSLMITQ TAGGCRATNY IGFIRKALKD TGLSHIPVIS LNFAGLEKNP GFKMSLGLVN
KALIALVYGD LLMRVLYRVR PYEKVKGSAN ALYEYWVEKC KESIRTGSHK TFNENVKKIV
EDFDNLEICE VEKPKVGLVG EILVKFHPQA NNNIVDIIEK EGAEAVMPDL TDFLLYCAYN
QNFKYTHLSG SKISCIVNNA AIALIEFYRR TMRKALNESK RFHAPCTIYE LAEMASEVLS
IGNHTGEGWF LTAEMIELIK NGAKNIVCMQ PFACLPNHVT GKGMIKELRR RYPESNIVAV
DYDPGASEVN QLNRIKLMLS VAFKNLKKDT QEAEFEESIY DYESGEQKIK SYV
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