| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_0982 |
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| Symbol | |
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| ID | 7309812 |
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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 | 1206382 |
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| End bp | 1212402 |
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| Gene Length | 6021 bp |
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| Protein Length | 2006 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643607909 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002505324 |
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| Protein GI | 220928415 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | ATGTCTGATA ATAGATTGGA AATAATTAAA CAGCTTTCGC CGGCAAAGAG GGAACTACTT
ATTAAGAAGC TTCGGAAAGA GGTTACAGAG AAAAAAGATC AGGGAATACC CAGATATACC
GGAGATAAAC CTGCTCCGCT TTCGTTTTCT CAAGAGAGAA TGTGGTTTCT GAATGAACTA
CAGCCTGATA ATCCAGCATA CAACATATTT TTTGCTGCAA GGATTAAAGG CATTCTGGAA
ATACCAGTAC TACAAAAAAG CATAGATGAA ATTATAAAGC ACCATGAAGC TATGAGGATA
GTAATTGGAC TATCAGATGG AAAGCCTGTG CTTATAGAGA CTCCGGCATT TAGTGTACCA
ATAAATTTTA TAGATATAAC AGATGTTGAA CAGGAACTGC AAGAATCAAC GATCAGAATA
CTTGCAACTG AGGAGGCCCA AAAAACCTTT GACCTTACAA AGAGTCCTCT TTTTAGTTTC
ACGCTTCTAA AGCAAAGTGA AAAAGAAAAT GTTTTGTTCA TAAAAATGCA TCATATTATA
TCAGATGGTT GGTCAATGCG TCTGTTTGTA AAAGAAATGT CAGAGTTATA CGAAGGCTAT
AAGAACGGAA ATCCTGTTAT ACTACCTGAA CTACCCATAC AATATAGAGA CTTTTCTTAC
TGGCAGCGAA ATCGGCTAAA GGATAATTTA ATGGAATCCC AAATGTTATA TTGGAAGCAA
CAACTTGGTA ATTGTTCACA TATACTGGAA CTTCCAACGG ATCATCCTCG TCCTATTTCT
CAACGTTTTA AGGGAGCAAT AAAAAGGTTT TCACTTTCAC CACAATTGGG GGAAACCATA
AGGGAGCTTT GCAAAAGGGA GGGTGTCACT CTTTTTATGA CATTGATATC TGCCTTTTAT
ACACTGCTTT ACCGTTATAC TTATCAGGAG GAAATAGTAG TTGGAACACC TATTGCTAAT
CGTAATTATT TTGAGACTGA AAGACTTATA GGTTGCTTTG TAAATACATT GGCTCTACGT
ACAGAACTGA ATGGAGAAGA TACGTTTAAG GAACTGTTAT TACGTGTCCG TAATGTATGC
CTTGGTGCTT ACGCCAATCA GGATATGCCT TTTGACAAAT TGGTAGAGGT ACTTCATCCT
CAGAGAGACT TAAGCAGACA ACCGATATTT CAGGTTATGT TTATTTTACA AAACACGCAA
ATTAACAAAA TTGTACAGAG TGATTTTGAT ATAAGCCCAA TACAGGTTGA CAGTGGGGTA
GCAAAGTTTG ACCTTACTTT GGAGCTTTAT GATGAGGATA TAATAAATGG TTGGTTTGAG
TATAATACAG ACCTTTTTAA TGAAGATACC ATTGAGCGAA TGATAGGACA TTTAAAAAAC
ATATTGGAAG GAGTAGTCAA GAACGTAGAA CAACGTATAG CTGACATTGA TATATTAGGC
GAGAAAGAGC GTAGTATGCT ACTGGAAGAA TGGAACAATA CAGAGTATGA TTATCCGGAA
AAACTCTGCC TGCATCAACA ATTCGAGAAG CAAGCAGAAA AGAACCCTGA TGGGATTGCT
GTAATATTTG AAGAACAACA GCTTACATAT AAGGAATTAA ACCTGCGTGT AAATCAACTG
GCACACTATT TACGTAGGTT GGGGGTGGGA CCTGACACCA TTGTAGGAGT TCTGATGGAT
CGTTCCTTAG AGAGTGCAAT AGCATTGGAG GGTATTCTCA AAGCAGGTGG AGCATATTTG
CCATTTGATA CCGATTGTCC TAAAGAACGT CTCACATTTA TGCTTGAAGA CGCACAGGTA
CCTATATTGG TTACTCAGGA AAGGCATATT GAAGCACTCA AAGATATAAA TACAATAAAA
ATATGCATAG ATGCCAATTA TAATGAAATC TCAAAAGAAA GCATTGAAAA CCCCGTTAAT
ATTGCATCAA TGAATAATCT CGCTTATGTA ATTTATACAT CGGGTTCTAC AGGTAAGCCA
AAGGGTGCAA AGCTGCCGCA TCTTGCATTG TTCAATAGAA TCAAGTGGGC ACAGGGTAAT
TATAAATTAA ATGCTACAGA TCGGGTTTTA CAAAAAACTC CTATGACCTT TGATGTATCT
GTATGGGAAT ATTTCTGGCC TCTGGCTGTT GGTGCAGGCT TAGTTATGGC TCGTCCCGGA
GGTCATAAGG ACAGTGCATA TCTGGTAGAT GTGATTTCTG AGAAGAAAGT TACTACTATA
CAGTTTGTAC CATCTATGCT AAGAGCATTC CTTGAAGAAA ATGAAATTAA AAAAGCAAAT
TGTCTAAGAA GGGTTATCTC AGGGGGAGAA GCTTTATCAG TTGAGCTTCA TGATAGATTT
TTTGAAAAGC TTGATGTAGA ACTACATAAT CAATATGGTC CGACAGAAGC TGCCATTGAT
GTAACCTACT GGAAATGTTA TAAGGGGTGT AAACGGCATA CTATACCTAT TGGACATCCT
CTGGCAAATA CAAAGTTATA CATACTTGAT AAATATTTTA ATCCGGTACC GATTGGAGTG
CCGGGAGAAT TACATATTTG TGGTGATGGA CTTGCATCCG GATATCTAAA CAGACCCGAG
CTCACAAATG AGAAATTTAT ATCAAACCCT TTTAGTGATA AACATGGGGG TAGACTGTAT
AAAACAGGTG ATTTAGTTCG GTATGCCAAT GATGGAAGCA TTGAATTTAT AGGTAGAATA
GACCATCAGG TAAAAATACG AGGTTTAAGA ATAGAACTGG GAGAGATTGA AGCAATGCTG
CTTCAGCATC CTGATGTACA TGCATCTGCT GTAATTGTAT GGGAAGGCTC AGAAGATGTA
AAACGCCTTG TGGCTTACAT TGTTATGGAA AGTGGAAAAG AGTTTAATAC TACTGAATTG
AGAAGCTATC TAAAGGCTAA ACTTCCGGAT TACATGGTCC CGGCAGTACT TATGAATATT
GACGCCCTCC CTCTTACTAC CAGTGGCAAG TTAGATAAAA GAGGACTACC GGCAGTTGAT
TTTTCAAGGG ATATGATGGA ACAACCCTTT GCGGCTCCAA GAAATCATGT GGAAGAAACG
CTTGCAGGAA TATGGGCCGA TATACTTAAG CTTGAAGAGG TGGGTATACA CGATAGATTC
TTTGAATTAG GGGGAGACTC TATTCTAAGC ATACAGGTGG TCGCTAGAGC TCGTCAGTCT
GGCATATACA TAACTCCAAA ACAAATTTTT GAACATCAAA CAATTGAGGA ACTAGCACAA
GTGGTAAATA CAGAAAAACT TGTTCACTCA GAAGAAGGAC TAGTCACAGG AAGAGTGCCG
CTCACTCCAG TTCAGCATTA CTTTTTTGAG CAGAAGCTGG AACAGGCTCA TCATTTTAAT
CAGGCGGTTA TACTTGAGGT TGAGGCTGGA GTTAGTTCTT GTATGGTGGA AAATGCGATT
CAGCAGCTCC TTATACATCA CGATGCTCTC AGAATGACAG TTGAGAATCC CGATAGCGGT
TGGGGAGAAA TCGAAAGGGA GCCTGATTAT TCAAGATATT ATACAGTGCT TGACCTTTCC
ACACTAAGTG TGGGAGAACA GAAAAAGGAA TTACTGAAAG TTTCTTCAGA AATGCAGGCA
AGCCTTGATT TAGCAAAAGG CTCCATATTT AAGGCTGTAT ATTTTAATAT GGGGGCTGAA
CAGTTGGCAA GGCTGGTAAT TATAATTCAT CACCTGGTTG TAGACGGAAT TTCATGGAGA
GTATTGCTTG AAGATTTACA GACCTTATGT AAGTCAAACA GTTTACCCCA AAAAACCACA
TCCCTTAAAT ACTGGGCTGA AAAGCTTGCA TCATATGCAC AATCAACAGA TATTGAGAAA
CACCTAAGCT ATTGGCAGTC CTTGTCTGAA GTTAGTTTGC CTGCTTTACC AAGTGACTTT
GAGGCGAATT ATGATATGAA TACCGAAGGA GAAAAGCAAA CGATATCGGT ATTTCTTGGG
AGTGGTGAAA CAAAGGCACT TCTGGATGAA GTACCTGCAG TTTACCATAC ACAGATAAAC
GATATCTTGC TCACAGCATT GACTCAGGCA TTTGCAGAAT GGTCTGGTCA GAATCGTTTG
TTGGTTGACC TTGAAGGACA TGGTAGAGAA GATATCTTTA CAGATGTTGA TATATCAAGG
ACAGTAGGCT GGTTTACTAC TATATTTCCT GTTTTATTGG ATTTTGGTAA CAGCGGGGAT
ATAGGGGAAA AAATAGTTAA AGTAAAGGAA ACACTTAGGG AGATACCCTG TGGAGGGTTG
ACTTATGGTT TACTCAAGTA CTTAGGCAAG TATAAAAAGC AATTAAGTAA GATACCTAAA
GGAAGTATAC TTTTCAATTA CTTAGGTCAA TTTGATCAGA TTACAAATGA AGATTCTCTA
TTTAAAGTAA TTCAAGAGCC AATTGGGACG ACTAGAGGTG AAAAGAACCT TAGAAGTCAC
CTTTTAGAAG TAAATGCTCT CATTGGTGGA GGGGTTTTAC AAGTAGACTG GGAATTCAGC
CGAAAAATAT TCAATAAAAA AACTGTAGAG AAGCTTGCAA AGGGCTTTAT AAAGGCATTG
GAAGGAATTA TTCAATACTG CAAAACAGCT CAAACAAGGT ATACGCCATC AGACTTTCCT
ATGTCTGGGC TTACTCAGCA AAAGCTCAAT GAGATAGTTG GAAATAACAT AGAAATTGAG
AACATATATC CGCTGGCACC AATGCAGCAG GCTGTATTAT CATATAACCT GTTTTCAGTT
AGCTCGGGTA CAAATATACA GCAGCTTTCA TGGCTGATTG AAGGTGATTT GGATATTGAT
CTATTTAAAA CCGCTTGGCA GAAAGTTGTT GATAAATATG CCATACTTAG GACTTCTTTT
ATATGGAAAA AGCTTAAGAA GCCTCTTCAA GTAGTTTTCC GTTCATTAAG ATTGTCATTT
GAAGAGGCTG ACTGGAGTCA ACTGCCTTCT AAACAGAAGG AACAGGCACT GGCTGACTAT
ATGGAGGGAA ACCGTAAGCG TGGTTTTAAA GTATCGGAAG CTCCCCTTAT GTGCTGCTTT
ATCGCCTGCT TGGGAAAAGG GGTATACAGA TTTGTATGGA GTTACTGGAC TTCTCTATTT
GATAACTGGA GTTGGGCGAA CATAATAAAA GAAGCATTCC AAAACTATAA GCTTCTATCT
GAGGGTAATA ATCTACCAGC TATAAGCAGC TCTCCTTTCT CAAGCTATAT TCAATGGATA
ATGCAACAGG ACGAAGCACA GGCAGCTGAC TTCTGGCGAA ATGAGCTCAA AGGTTTTAAT
TCTTCTATGG ATATAGGGAT TGAGCGACGT ACACAGGATT ATTTAAATAA AAGTTTTGAT
GCTGGTGAAG TTGAGGTTGG TTTTACTGAA GAAGAAACGA AGCTGCTTAC AGCTTTTATC
AGGAAGTATA GCATAACTCT TGGCTCGCTT TTACAGGGGG CATGGGTGCT TCTCTTGTCG
CAGTATAGTG GTCAAGAGGA CATTCTATAC GGAGTATTAA CCTATGGACG ACCGGCATCA
CTTAAGGATG TAGATTCTAT GGTAGGATTG TTTTCAAATA ATTTACCTGT ACGAGTAAGG
GTAGAAAAAG ACGTCAATAT TGTAGATTGG CTAAGAGATA TTCAGGACAA GCAGGTAGTA
CTTCGTCAGT ATGACTATGT AACTGTTCAA CAAATTGCAA AGTGGAGTCT TGTACCACTT
AGTGTTTTAC AAAGAGCAAT ATATGATAGA ACATTTATAT TTGTAAAAGC TCCAGAGGAA
GACTTTTTTT CACAGCAGAG TGAAGATAGT GTAAGACTAA GTCAATATCA AAATACATTG
CAATTAAATA TACCTTTGAG GCTATACGCA GAGCCATCAA ACAAGATTTT AATAAGGGCA
AAATATGATA GTGCAACTTT TAGTGGTGAA GACATTCAAA GTATGCTTAG ATCCATGAAA
CAATTATTAG GAAAAATGAG CTCAAGTCCA GATGTGAAAC TTTATGACCT TATAAAGAAT
AAACATGATA CAGAACTATA A
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| Protein sequence | MSDNRLEIIK QLSPAKRELL IKKLRKEVTE KKDQGIPRYT GDKPAPLSFS QERMWFLNEL
QPDNPAYNIF FAARIKGILE IPVLQKSIDE IIKHHEAMRI VIGLSDGKPV LIETPAFSVP
INFIDITDVE QELQESTIRI LATEEAQKTF DLTKSPLFSF TLLKQSEKEN VLFIKMHHII
SDGWSMRLFV KEMSELYEGY KNGNPVILPE LPIQYRDFSY WQRNRLKDNL MESQMLYWKQ
QLGNCSHILE LPTDHPRPIS QRFKGAIKRF SLSPQLGETI RELCKREGVT LFMTLISAFY
TLLYRYTYQE EIVVGTPIAN RNYFETERLI GCFVNTLALR TELNGEDTFK ELLLRVRNVC
LGAYANQDMP FDKLVEVLHP QRDLSRQPIF QVMFILQNTQ INKIVQSDFD ISPIQVDSGV
AKFDLTLELY DEDIINGWFE YNTDLFNEDT IERMIGHLKN ILEGVVKNVE QRIADIDILG
EKERSMLLEE WNNTEYDYPE KLCLHQQFEK QAEKNPDGIA VIFEEQQLTY KELNLRVNQL
AHYLRRLGVG PDTIVGVLMD RSLESAIALE GILKAGGAYL PFDTDCPKER LTFMLEDAQV
PILVTQERHI EALKDINTIK ICIDANYNEI SKESIENPVN IASMNNLAYV IYTSGSTGKP
KGAKLPHLAL FNRIKWAQGN YKLNATDRVL QKTPMTFDVS VWEYFWPLAV GAGLVMARPG
GHKDSAYLVD VISEKKVTTI QFVPSMLRAF LEENEIKKAN CLRRVISGGE ALSVELHDRF
FEKLDVELHN QYGPTEAAID VTYWKCYKGC KRHTIPIGHP LANTKLYILD KYFNPVPIGV
PGELHICGDG LASGYLNRPE LTNEKFISNP FSDKHGGRLY KTGDLVRYAN DGSIEFIGRI
DHQVKIRGLR IELGEIEAML LQHPDVHASA VIVWEGSEDV KRLVAYIVME SGKEFNTTEL
RSYLKAKLPD YMVPAVLMNI DALPLTTSGK LDKRGLPAVD FSRDMMEQPF AAPRNHVEET
LAGIWADILK LEEVGIHDRF FELGGDSILS IQVVARARQS GIYITPKQIF EHQTIEELAQ
VVNTEKLVHS EEGLVTGRVP LTPVQHYFFE QKLEQAHHFN QAVILEVEAG VSSCMVENAI
QQLLIHHDAL RMTVENPDSG WGEIEREPDY SRYYTVLDLS TLSVGEQKKE LLKVSSEMQA
SLDLAKGSIF KAVYFNMGAE QLARLVIIIH HLVVDGISWR VLLEDLQTLC KSNSLPQKTT
SLKYWAEKLA SYAQSTDIEK HLSYWQSLSE VSLPALPSDF EANYDMNTEG EKQTISVFLG
SGETKALLDE VPAVYHTQIN DILLTALTQA FAEWSGQNRL LVDLEGHGRE DIFTDVDISR
TVGWFTTIFP VLLDFGNSGD IGEKIVKVKE TLREIPCGGL TYGLLKYLGK YKKQLSKIPK
GSILFNYLGQ FDQITNEDSL FKVIQEPIGT TRGEKNLRSH LLEVNALIGG GVLQVDWEFS
RKIFNKKTVE KLAKGFIKAL EGIIQYCKTA QTRYTPSDFP MSGLTQQKLN EIVGNNIEIE
NIYPLAPMQQ AVLSYNLFSV SSGTNIQQLS WLIEGDLDID LFKTAWQKVV DKYAILRTSF
IWKKLKKPLQ VVFRSLRLSF EEADWSQLPS KQKEQALADY MEGNRKRGFK VSEAPLMCCF
IACLGKGVYR FVWSYWTSLF DNWSWANIIK EAFQNYKLLS EGNNLPAISS SPFSSYIQWI
MQQDEAQAAD FWRNELKGFN SSMDIGIERR TQDYLNKSFD AGEVEVGFTE EETKLLTAFI
RKYSITLGSL LQGAWVLLLS QYSGQEDILY GVLTYGRPAS LKDVDSMVGL FSNNLPVRVR
VEKDVNIVDW LRDIQDKQVV LRQYDYVTVQ QIAKWSLVPL SVLQRAIYDR TFIFVKAPEE
DFFSQQSEDS VRLSQYQNTL QLNIPLRLYA EPSNKILIRA KYDSATFSGE DIQSMLRSMK
QLLGKMSSSP DVKLYDLIKN KHDTEL
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