| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_1945 |
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| Symbol | |
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| ID | 7310660 |
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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 cellulolyticum H10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011898 |
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| Strand | - |
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| Start bp | 2298025 |
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| End bp | 2302305 |
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| Gene Length | 4281 bp |
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| Protein Length | 1426 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643608879 |
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| Product | CoA-substrate-specific enzyme activase |
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| Protein accession | YP_002506273 |
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| Protein GI | 220929364 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.676499 |
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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 | ATGAAGAAAA AATATCATGT GGGGTTAGAT GTTGGTTCAA CCACAGTAAA AATGGCTGTA
TTGGATAAAT ATAACAGGAT AGTATACTCA AAATATCAAA GACATTATTC AGATATACGT
AAATCTATAT TTGAATTGAT GAATGAACTG TGTAATTTTT TTTATCAGGA AGAATGTACA
ATGATGATAA CCGGTTCCGG TGGGTTACTG GTTTCCCAAT GGTTGGGAAT TGAATTTATT
CAAGAGGTAA TTGCGGGCTC GGAAGCTATT CAAACCATCA TTCCTCAAAC AGATGTAGCT
ATTGAATTAG GTGGAGAAGA TGCTAAAATC ACATATTTCA GAGGAGGACT CGAACAGAGG
ATGAATGGTA CCTGTGCAGG AGGTACGGGT GCCTTCATTG ACCAGATGGC CTCCTTGCTG
CAGACAGACG CAGCAGGGCT TAATGAATTT GCCAAAAATA GCAGAGTTAT ATATCCTATT
GCAGCAAGGT GCGGTGTTTT TGCAAAAACA GACATACAAC CACTGCTCAA TGAAGGTGCT
GCTAAGGAGG ATATAGCTGC TTCGGTATTT CAAGCGGTAG TAACCCAGAC AATAAGCGGT
CTGGCCTGCG GAAAGCCGAT AACCGGAAAT ATTGCGTTTT TGGGAGGTCC CCTTTACTTT
CTCTCTGAGC TTAGAAAAAG GTTTGAAATT ACACTTGACT TGAAACCGGA AGAAGTTATT
TTCCCTGATA ATTCACAGCT TTTTGTAGCT GTAGGGGCAG CTATTTCATC AAAAGAATGT
AAAACTATAT CCTTTAAGGA AATAAAGAAT AGACTTCCTG TATTAAACAC GGCAACTGTA
CATGAGGTTG AGCGTTTGAA TCCTCTATTC AGCTCACAAA AGGAATTGGA TGACTTTAGA
GAAAGACATG CACAGCAATC GGTTTCCGTT AAACCGCTCA AGGATTACGA AGGAGACTGT
TTTCTAGGCA TTGATGCCGG CTCCACGACA ACAAAGGCGG TTTTAATTAA TAATGAGGGA
GAACTTCTCT ACTCCTTCTA CGGAAGTAAT AAGGGAAGTC CCTTGAGTTC TGCTGTTAAA
ATATTACAAG ATATCTATTC AAAATTGCCG GAAAATGTAA GGATTGTTAA CTCAACCGTA
ACAGGCTACG GAGAAGGCTT GATAAAAGCA GGGTTGGGCG TAGATATCGG AGAAATTGAA
ACAATCGCAC ACTATAAGGC TGCAGATTTC TTTTTGCCGG GAGTAGATTT TATTCTTGAT
ATCGGCGGTC AGGATATGAA ATGCCTTAAA ATAAAAGATG GAGTAATCGA CAGTATTATG
CTCAATGAGG CATGTTCCTC CGGGTGCGGG TCTTTCATTG AGACTTTTGC AAAGTCCCTT
AATTTTTCCG TAGAGGAATT TGCCCAGCAG GCACTATTGG CTGAAAAGCC TGTTGACCTT
GGTTCGAGAT GTACTGTATT TATGAATTCA AGAGTTAAGC AGGCTCAAAA GGAAGGTGCT
CAGGTTGGAG ATATATCGGC AGGTTTATCC TATTCGGTAA TAAAAAACGC ACTGCATAAG
GTTATCAAAA TAAGAAACCC TAAGGAAATG GGCAAAAAGA TAATTGTACA GGGAGGAACC
TTCCTCAATG ATGCTGTTCT AAGAAGCTTT GAACTCATAT CAGAGAGAGA GGCCATAAGA
CCAAATATAG CGGGATTAAT GGGAGCTTTT GGAGCTGCTC TCATAGCAAG GGAAAGGTAT
ACCGGTAATA AATCTACTAT TCTTACCAAG GAGAATATAG GAGACTTTGT TTTTGAAACT
GAGCTTCAGA GATGTAAATT ATGTAATAAT AACTGTCTTC TCACTATCAA TCAATTCAAT
GACGGGAGCA GATTTGTATC AGGAAACAGA TGCGAAAGAG GTGCAGGTAT TAAAAGTACT
ACGCAGGATG TACCTAATCT GTATGATTAC AAATATAAAA GAATTTTTGG ATATAAGCAA
AACAATAAAG TTGTAAATAG CAGAGGAACA GTAGGAATAC CACGTGTTCT GAACATGTAC
GAAAACTATC CGTTCTGGTT TACTTTTTTT GATGATTTAA AATTCAAGGT AGTATTGTCG
CCTCATTCAT CAAAGAAAAT ATACGAACTG GGCATTGAGA CTATGCCTTC CGAATCGGTT
TGTTACCCGG CTAAACTTGT ACATGGTCAT ATTACGAGCC TTATAAATAG TAAGGTTGAC
TTTATTTTTT ATCCTTCTTT ACCATATGAG AAGGTTGAGG ATAAGGAAGC CGACAATTAT
TATAACTGTC CCATTGTTAC TTCATATCCT GAAGTAATTA AAAATAACAT GGATATACTC
CACACTAGCG GAGTAAAATT ATTTAATCCA TTTTTACCAT ACGACGACAA GGAGAAACTC
ACGCTTCGAC TTTTTCAAGT ACTGGGTAAA GAGTTCAACA TTACTAAAGC TGAGGTAGAA
CAAGCAGTTG AAAAGGCATG GGCAGAAGAA GAAAAGGCGA GAGAAGATTT AAGGAAAAAA
GGAGAAGAAA CTCTTAAAAA CTTGCAGGAA ACAGGTAAAA AGGGTATAGT TCTTGCCGGA
AGGCCGTATC ATGTGGACCC TGAAATAAAT CACGGAATTC CTCAGATAAT AACGTCTTTT
GGCTTTGCAG TCCTCACAGA GGACTCTGTA GCTCACCTTG GGAAAACAGA AAGGCCCCTC
AGGGTTGTTG ACCAGTGGAA ATATCATACT CGTTTGTATG CCGCAGCAAC TGTAGTAAAG
GAGCATCCTG AACTTGAAAT GATTCAGCTG AATTCTTTCG GCTGCGGACT GGATGCAGTT
ACAACAGATC AGGTACAGGA GATACTTCAC TCAAATGACG AAATTTATAC AGTACTAAAA
ATAGATGAGG GAAACAATCT GGGAGCGGCT AAAATCAGAA TCAGATCCTT GGTCGCTGCT
ATTGATGAAA GGGATAAGAA AACAGTTATA CATCATAATA AATCTGGCAG CTTTGAAAGA
AAAGTATTTA CCAAAGAAAT GAGGAAAACA CATACTATTC TTGCACCGCA GATGTCGCCT
ATACATTTTC AGTTTGTGGA GGCTGCTTTC AAAAAAGCCG GATATAATAT CGTAGTGCTT
CACGAGGTCG ATAATGAAGC CATTGATGAC GGATTAAAAT ATGTAAATAA TGATGCTTGC
TACCCGTCAA TTATTGTTGT TGGACAGATT ATACATGCAC TTAAGTCAGG ACAATATGAT
CCGGATAATA CTTCTGTTCT GATTACTCAG ACAGGTGGCG GTTGTCGTGC TACAAATTAT
ATAGGCTTCC TTAAAAAGGC CCTCCTAGAT GCAGGGATGG AGCAGATACC GGTTATATCT
TTAAATGCTC TGGGGTTGGA AAAACAGCCG GGCTTCAAAA TTTCATTAAA ACTTCTGGAC
CTTGCATTTA AAGGACTTGT CTATGGAGAT TTACTGATGA GGGTACTGTT TAGAGTTCGT
CCTTATGAGA AAATCCCCGG TTCAGCAAAC GAACTATATA AAAAATGGGC GGATGTTTGT
ATTAAGTCCA TATACGATAA TAAAAAGGGA AGCTTTAAGC GGAATATAAA GGAAATTATC
AAGGACTTTG ACGAGCTTGA GATAAATGAT GTAGTGAAGC CGAGAGTTGG GCTGGTTGGT
GAAATATTGG TTAAATTCCA TCCAGATGCA AACAATAATG TAGTTGACGT TGTTGAAAAA
GAGGGAGCAG AAGCAGTAAT GCCAGATCTC ATTGACTTTT TTCTTTACTG TGCATATGGC
CCTAACTTCA AGCGAAAATA CTTGTCAGGT TCTTTGAAAA GTCAGTTAGT AAATAACGCT
GCCATAAGCT GGATAGAGTG GTATAGACGG CATTTGAAGA AATACCTTCG CAGAAGTAAG
AGGTTTGATG CACCTCACTC GATATATCAT CTCGCAAACA GTGCCTCGGA AATTCTTTCT
CTGGGACACC AGACAGGGGA GGGCTGGTTT CTGACAGCTG AGATGATTGA GCTGATTAAG
AGCGGAGCAG GAAATATTAT ATGTATGCAG CCATTTGCAT GCCTTCCGAA CCATGTAACT
GGTAAAGGAA TGATTAAGGA ACTCCGCAGA AGATATCCAG AATCAAACAT TGTTGCAGTC
GACTATGACC CAGGTGCCAG CGAGGTTAAT CAGCTTAACA GAATAAAGCT GATGATGTCT
GTTGCCTTTA AGAATATGAG AGGGGAGACT GATTTGCAGG ATAGCTATCA GACTCCTGAA
CAAGAGAAAA AGCAAGCGTA A
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| Protein sequence | MKKKYHVGLD VGSTTVKMAV LDKYNRIVYS KYQRHYSDIR KSIFELMNEL CNFFYQEECT
MMITGSGGLL VSQWLGIEFI QEVIAGSEAI QTIIPQTDVA IELGGEDAKI TYFRGGLEQR
MNGTCAGGTG AFIDQMASLL QTDAAGLNEF AKNSRVIYPI AARCGVFAKT DIQPLLNEGA
AKEDIAASVF QAVVTQTISG LACGKPITGN IAFLGGPLYF LSELRKRFEI TLDLKPEEVI
FPDNSQLFVA VGAAISSKEC KTISFKEIKN RLPVLNTATV HEVERLNPLF SSQKELDDFR
ERHAQQSVSV KPLKDYEGDC FLGIDAGSTT TKAVLINNEG ELLYSFYGSN KGSPLSSAVK
ILQDIYSKLP ENVRIVNSTV TGYGEGLIKA GLGVDIGEIE TIAHYKAADF FLPGVDFILD
IGGQDMKCLK IKDGVIDSIM LNEACSSGCG SFIETFAKSL NFSVEEFAQQ ALLAEKPVDL
GSRCTVFMNS RVKQAQKEGA QVGDISAGLS YSVIKNALHK VIKIRNPKEM GKKIIVQGGT
FLNDAVLRSF ELISEREAIR PNIAGLMGAF GAALIARERY TGNKSTILTK ENIGDFVFET
ELQRCKLCNN NCLLTINQFN DGSRFVSGNR CERGAGIKST TQDVPNLYDY KYKRIFGYKQ
NNKVVNSRGT VGIPRVLNMY ENYPFWFTFF DDLKFKVVLS PHSSKKIYEL GIETMPSESV
CYPAKLVHGH ITSLINSKVD FIFYPSLPYE KVEDKEADNY YNCPIVTSYP EVIKNNMDIL
HTSGVKLFNP FLPYDDKEKL TLRLFQVLGK EFNITKAEVE QAVEKAWAEE EKAREDLRKK
GEETLKNLQE TGKKGIVLAG RPYHVDPEIN HGIPQIITSF GFAVLTEDSV AHLGKTERPL
RVVDQWKYHT RLYAAATVVK EHPELEMIQL NSFGCGLDAV TTDQVQEILH SNDEIYTVLK
IDEGNNLGAA KIRIRSLVAA IDERDKKTVI HHNKSGSFER KVFTKEMRKT HTILAPQMSP
IHFQFVEAAF KKAGYNIVVL HEVDNEAIDD GLKYVNNDAC YPSIIVVGQI IHALKSGQYD
PDNTSVLITQ TGGGCRATNY IGFLKKALLD AGMEQIPVIS LNALGLEKQP GFKISLKLLD
LAFKGLVYGD LLMRVLFRVR PYEKIPGSAN ELYKKWADVC IKSIYDNKKG SFKRNIKEII
KDFDELEIND VVKPRVGLVG EILVKFHPDA NNNVVDVVEK EGAEAVMPDL IDFFLYCAYG
PNFKRKYLSG SLKSQLVNNA AISWIEWYRR HLKKYLRRSK RFDAPHSIYH LANSASEILS
LGHQTGEGWF LTAEMIELIK SGAGNIICMQ PFACLPNHVT GKGMIKELRR RYPESNIVAV
DYDPGASEVN QLNRIKLMMS VAFKNMRGET DLQDSYQTPE QEKKQA
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