| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2914 |
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| Symbol | |
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| ID | 7311529 |
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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 | 3470329 |
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| End bp | 3473541 |
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| Gene Length | 3213 bp |
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| Protein Length | 1070 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643609814 |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | YP_002507188 |
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| Protein GI | 220930279 |
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| COG category | [E] Amino acid transport and metabolism
[F] Nucleotide transport and metabolism
[I] Lipid transport and metabolism |
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| COG ID | [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ)
[COG4770] Acetyl/propionyl-CoA carboxylase, alpha subunit |
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| TIGRFAM ID | [TIGR01369] carbamoyl-phosphate synthase, large subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGCCAAGGA ATATAAATAT AAAAAAGGTT TTGGTAATAG GTTCAGGCCC GATCGTAATA
GGCCAGGCTG CAGAGTTTGA CTATTCCGGT ACTCAAGCCT GCAAGTCCTT ACGAGAAGAA
GGTATTGAGG TTGTTTTAAT TAACAGTAAT CCCGCAACAA TTATGACGGA CACTCAATCC
GCGGATAAAG TATACATAGA ACCAATTACC CTTGAATTTG TTAAGAAAAT CATTTATAAG
GAAAAGCCAG ACGGAATTCT TGCGTCACTT GGCGGTCAAA CAGGCCTTAA TATGGCTGTT
CAACTAGCTG AAGACGGAAT TCTTGACGAT CTGAATATAG AACTTCTGGG AACTTCCCTC
TCCTCTATAA AAAAAGCCGA GGACAGGGAG CTTTTCAAGG AGACAATGCA GGAAATCAAC
GAAAAGGTTG CACCAAGTAA AATTGTAACA ACCATGCAGG ATGCAATCGA ATTTGCAGAG
AAAATCGGAT TCCCTATTAT TATCAGACCT GCTTACACGC TGGGAGGTTC TGGCGGCGGA
ATCGCAAATA ATATGGAGGA ATTTAAATAT ATCTGCGGAA AAGGTCTCAA ACTCAGTATG
ATCAGCCAGG TTTTGCTTGA GCAAAGCGTT GCAGGTTGGA AGGAAATCGA GTATGAGGTT
ATGCGTGACA GCAGCGACAA TTGCATTATT ATCTGTAATA TGGAGAACTT TGATCCGGTG
GGAGTACACA CAGGGGACAG TATAGTTGTT GCTCCAAGTC AGACCCTGTC CAACGTTGAG
TATCAAATGC TCCGAAATGC TTCCATAAGG ATAATCAGAG CTTTGGATAT AAAGGGAGGC
TGCAACATAC AGTTTGCTTT AAACCCCAGC AGCTTTGAGT ATGTTGTTAT TGAGGTAAAT
CCAAGAGTAA GCCGTTCAAG TGCATTGGCC TCAAAGGCAA CAGGATATCC AATCGCAAGG
GTTACAGCCA AAATAGCCAT AGGGATGACT CTTGATGAAA TAAAGAATTC TGTTACCAAA
ACCACCAGTG CGTTCTTCGA ACCATCTTTG GACTATGTTG TAACAAAAGT TCCCCGCTGG
CCATTCGATA AGTTTGCAAA TGCCGACAGG AGTCTCGGAA CCCAAATGAA AGCTACAGGC
GAGGTTATGG CTATAGGACG TACCTTTGAG GAATCACTGC TTAAGGCTAT TGATTCCCTT
GACATCAAAT TTAATTATCA GCTTGGTCTT AGCCTTTTTG ACAACATGAG CCGTGAAGAC
CTTGTGGAAT ATGTTAAGAA TCCTAGCGAT CAGCGTATAT TTGCAATATG TAAAGCCATA
CAGAAGGGTG TTTCGGCCGG TGAAATTGTC AGAATAACAA AAATTGACGA CTTTTTTATA
AGAAAGCTTA AAAAGATTGT ACGGCTTGGA GAAGAAATAA CAAATGCAGG CATTGCGTGG
CTTGATTACG ATTTATATGC AAGAGCAAAG AAAATAGGAT TCGGCGATTC TTATATAGCA
AATCTCGCCA ATGTTCCTCT TGAAAAAATT CTTGAGCTAA GACAGAAATA TCCTATCAAT
CCGGTTTATA AGATAGTTGA TACCTGTGCA GGTGAATTTG AAGCCGCTAC TCCGTATTAC
TATTCAACAT ATGAAGAGAA AGACGATGTA GAGGTTACAA TCGGTGACAA AGTGCTTGTA
ATAGGCTCAG GCCCTATCAG AATCGGTCAA GGCATAGAAT TTGACTATTG CAGCGTACAT
TCCGTTGAAA CCCTTAAAGA AATGGGAATT GAATCAATTA TTATAAATAA TAATCCAGAA
ACTGTAAGTA CAGACTTCGA TACCTCCGAC AAGTTGTATT TTGAGCCTCT TACAAAGGAA
TGTGTTCTGG ATATTATCGA AAAGGAAAAA CCTCTTGGAG TTATTGTTCA GTTCGGAGGA
CAGACTGCAA TAAATCTGGC CGAGACCTTG CATCAGGAGG GCGTTAATAT TCTTGGTACG
TCTGTCCACA GTATTGATAT TGCAGAGGAT AGGTATAAAT TTTTAAAGCT TTTAGAGACT
CTGGATATTC CTATTCCAGA AGGCAATACA GCCTTTTCCT TCCAACATGC AAAGGAAATT
GCCAATAAAA TCGGATACCC TGTTCTGGTA AGGCCTTCTT ACGTGCTTGG CGGGCGTGCT
ATGGAAATAG TTTATAATGA CAAGACCCTT GAAGAATATA TCACTATGGC TTCAGAAATT
TCCACTGAAC ATCCTATTCT AATCGACAAA TATGTGGTTG GTAGAGAAAT GGAAGTTGAC
GGAATATGTG ACGGAAATGA GGTTCTCATT CCCGGAATCA TGGAACATAT AGAACGTGCG
GGAGTCCATT CCGGAGACAG TATTGCCGTA TATCCTCCGA GAAATCTGTC AAAAGAGGTC
AAAGCTACTA TTGAGGACTA TACCATTCGT CTTGCCAAGG CACTTAAAGT GGTCGGTTTG
TTTAATATAC AATTTGTTAT GGACAGTGAC CAAAAGGTTT ATGTAATTGA GGTTAATCCC
CGTGCCAGCA GAACTGTTCC CATTATGAGC AAGATTACGG GAATTCCCAT GGTGGGTGTA
TCCACTAAAT TGATTATGGG AAAAACTCTT AAAGAATTGG GCTATAAAAA CGGCCTTACA
AAGGAAACTA ATTTTTATGC AGTAAAGGCA CCTGTCTTTT CATTTGCAAA GCTGACTACC
GTGGATACCT TTCTTGGACC TGAAATGAAG TCTACAGGCG AGGTCATGGG AGTTGACAAG
GATTACTACA ATGCATTATA TAAGGCAGTA GCCGCTTCAG GTACTAAAAT ACCCTCCGGC
GGAAATGTAC TTTTGTCGGT TGCTGACAGG GACAAAACCG AGTGCAGGGA TATCGCAAAT
AAGCTGTTGG AGCTTGGCTT CAAGCTTTCA GCTACTAAGG GTACCTACGA AGCAATAAAG
TCGGTAGACC TGCCTGTTGA ATGTATTGAT GATGATAAAG TACTTGACCT TATCAAGGAA
GATAAAATTA CACTGGTTAT TAATACCCCT ACACGAGGAA AAATTCCTGA AAGAACGGGC
TTCGTTCTCA GGAGGACCGC AATGGAATAC AATATTCCAT GCATTACTTC TCTGGACACA
ACAAATGCGG TTTTGAGTAT TCTGGAGCGT CTTATAGCCG ATAACAAGGC TGACGTTTAT
TCCCTCGATG AATATTCGGT ATATAAAGGA TAA
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| Protein sequence | MPRNINIKKV LVIGSGPIVI GQAAEFDYSG TQACKSLREE GIEVVLINSN PATIMTDTQS
ADKVYIEPIT LEFVKKIIYK EKPDGILASL GGQTGLNMAV QLAEDGILDD LNIELLGTSL
SSIKKAEDRE LFKETMQEIN EKVAPSKIVT TMQDAIEFAE KIGFPIIIRP AYTLGGSGGG
IANNMEEFKY ICGKGLKLSM ISQVLLEQSV AGWKEIEYEV MRDSSDNCII ICNMENFDPV
GVHTGDSIVV APSQTLSNVE YQMLRNASIR IIRALDIKGG CNIQFALNPS SFEYVVIEVN
PRVSRSSALA SKATGYPIAR VTAKIAIGMT LDEIKNSVTK TTSAFFEPSL DYVVTKVPRW
PFDKFANADR SLGTQMKATG EVMAIGRTFE ESLLKAIDSL DIKFNYQLGL SLFDNMSRED
LVEYVKNPSD QRIFAICKAI QKGVSAGEIV RITKIDDFFI RKLKKIVRLG EEITNAGIAW
LDYDLYARAK KIGFGDSYIA NLANVPLEKI LELRQKYPIN PVYKIVDTCA GEFEAATPYY
YSTYEEKDDV EVTIGDKVLV IGSGPIRIGQ GIEFDYCSVH SVETLKEMGI ESIIINNNPE
TVSTDFDTSD KLYFEPLTKE CVLDIIEKEK PLGVIVQFGG QTAINLAETL HQEGVNILGT
SVHSIDIAED RYKFLKLLET LDIPIPEGNT AFSFQHAKEI ANKIGYPVLV RPSYVLGGRA
MEIVYNDKTL EEYITMASEI STEHPILIDK YVVGREMEVD GICDGNEVLI PGIMEHIERA
GVHSGDSIAV YPPRNLSKEV KATIEDYTIR LAKALKVVGL FNIQFVMDSD QKVYVIEVNP
RASRTVPIMS KITGIPMVGV STKLIMGKTL KELGYKNGLT KETNFYAVKA PVFSFAKLTT
VDTFLGPEMK STGEVMGVDK DYYNALYKAV AASGTKIPSG GNVLLSVADR DKTECRDIAN
KLLELGFKLS ATKGTYEAIK SVDLPVECID DDKVLDLIKE DKITLVINTP TRGKIPERTG
FVLRRTAMEY NIPCITSLDT TNAVLSILER LIADNKADVY SLDEYSVYKG
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