| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2390 |
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| Symbol | |
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| ID | 7312357 |
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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 | 2867566 |
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| End bp | 2872038 |
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| Gene Length | 4473 bp |
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| Protein Length | 1490 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643609315 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002506703 |
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| Protein GI | 220929794 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.215425 |
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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 | ATGGATGGTA TTTGTTTTAG TAATGACAGA GTTTTATATC CGCTAACACA TCCCCAAAAG
CGAATATGGT ATATGGAAAA AATATATCCG GGGACATCCT TATATAATAT TGGTGGGCCC
GTAAGGGTAA AAGGTACTAT TGATTTCAGC ATACTTGAAA AAGCTATAAA TTTGCTGATA
AAAAGAAATG AAGGACTCAG ATTGAGGTTT ATTGAAAAAA ATGGACAGGT TAAGCAGTAT
GTAAGCGACT ATGAAAAGAT AAAATTAGAC CTGTTTGATT TTACACAATA CGAAAATCCG
GAAAAAGAAT TTAATAAGTG GGTTGATAAA CAAGCCGAAA AGCCATTTGC AAAGGAAAAC
AGAGGGCTTT TTTATTTTGC TATGTTTAAG CTTTCTGATA ATGATAATGG TTACCTGGCA
AAGTTTCATC ATATTATAGC TGATGGATGG TCCATTAATA TAATGACCCA ACAGATTTGT
GACAGCTATA TGAAGTTAAT TAATGAGGAA GAGATTGATA ATGATTCAGG CGGTGAATCG
TACATAGGAT ACATTGATAT AGAAAAGAAA TATATCTCTT CTGATCGGTT TCAAAAGAAC
AAAGCTTTCT GGAATGAAAA GTTCAAAGAG CTTCCGGAGG TCGTAACAAC TAAGAACTCA
GATTCAATAG AAGGAAAAAG AAAGACCTTT GAATTGGAAC CGTCAATATC TACGGGAATA
AACTCGTTTT CAGCTGAAAA CAAGTATTCT CTTAACGCCT TTTTTGTTAC ACTTTATTTG
ATATATTTAT ACAAAACTTC TCAGCAAAAG GATATTATCA TTGGCACACC TGTTTTGAAC
AGGTCAGGCA AGAAAGAGAA GAGTATGTTT GGCATGTTTA CAAGTACAAT GCCATTTCGG
TATTGTATTG ATAATAATTC AAGTATAACA GAAACCATGT CTAAAGTAAG TGAACAGTTG
AAGGAGTGTT ATTTCAACCA GAAATACCCC TACGAATTTC TTGTACAGGA CTTGGAATTA
AAGAAAAAGG GTTATGGAAG CTTGTTTAAT GTCTGTATCA ACTACTATAA TACAAAGCTA
AACTCGGAAC TAAATGACTT CCCTATAGAA AATGTTGAAT TTTATAATGG AAAGCAAACC
TACTCCTTTC AATTGGTTAT CAAAGAATGG TCCGAAAGTC TGATACTGGA TTTTGACTAT
AAAGTAAATG ATTATACCGA TGAACAAATT GCCGAAATGT ATATAAGACT TTTAAATCTA
ATAAATCAGA TAATAAAAAA TCCATCTAAA AAAATAGGCA ATCTAAGCCT TTTATCCGAG
GAAGAGAATA ATAAGATAGT ATATTTATTC AACGCTACCC AAACGGAATA TCCCAATGAG
AAAACCATAT ATCAGCTCTT CGAAGATGAG GTAGAAAGGT CAGCTGACAA GCCAGCTGTT
GTTTTCAATT CTACAGAAAT TACCTATAAA GAGTTAAATG AAAAGGCCAA TGGACTTGCC
GGGTATCTTA TTAAAAGAGG TATAAAACGG GAAAAAATAG TCGGCCTTGC TACTTCCCAT
TCCATAGAAA CAGTAATTGC AATCTTGGGT ATTTTGAAAG CAGGAGGGGC TTATCTCCCT
ATTGACCCTA CGTATCCGGT TGAAAGGGTA AACTATATGC TTGAAGACTC AGAGGCCTGT
TTGCTTCTAA CAAATGTGGA AATAGGAAAA AGCCTGAATT TTGACGGTGA CATAATTGAT
TTAAAAGATG AAAGTATATA TAAAAGCACA GCTGTAAATC CGGGATTAGT TAACAGGCCC
GATGATTTGG CGTATGTAAT TTATACGTCA GGTTCCACAG GAAGGCCAAA GGGAGTCATG
ATCGAGCACC GGGGTCTTGT GAATTACATC TGGTGGGCTA AAAAAATGTA CATAAAAGAT
AGCGTTGAAG TGTTCCCACT TTACTCATCA CTTGCATTTG ACTTAACAGT GACATCAATT
TTCACTCCTT TAATAAGTGG AAGCAAAATT ATTGTATACG ACGGGAACAG TGAGGATGAG
GAATACGTAC TTTATAGAAT TATGAGAGAG AATAAGTCGA CTGTCATCAA ACTCACCCCG
GCCCATTTGT CTCTGCTTAA AGATATGGAC AATAAAAAAT CCACGGTAAA AAGGTTTATT
GTTGGAGGAG ATGATTTAAA GGTAAAACTT GTACAAGCTA TATATGAAAG CTTTGGAGGT
AATATAGAAA TATATAATGA ATATGGTCCT ACAGAAACTG TAGTAGGATG TATGATACAT
AAATATGATT ATTCTAAAGA TACCGGGACA TCAGTTCCAA TAGGAATTCC GGCTAAAAAT
GTACAGGTCT ACATTTTGGA CGGAAACCTA AATCCAGTGC CTGCAGATAC AGAGGGCGAA
TTATATATTT CAGGCGACGG GGTTGCAAGA GGCTACTTGA ATAGGCCTGA ACAAACAAGA
GAAAGGTTTA TTACCAATCC ATTCTTGAAG GGAAAGAGAA TGTATAAAAC CGGTGATTCA
GGAAGACTCC TTAAAAATGG GAAAATTGAA TATGCAGGCA GATTGGATTA TCAGGTAAAA
ATACATGGAC ACCGTATTGA AACAGGGGAA ATAGAAGAAT GTCTGCTAAA TCATAGGGGA
GTAGGAGCGG CAGTTGTAAT ATCTCTCCAA GACAGAAATA ATGAAAAATA CCTATGTGCA
TATATTGTAA ATAAAAGTGA AGTATCCGAA CAAGAATTAA GAGAGCATCT GCAGGGGTAT
CTGCCCGATT ATATGTTGCC GTTATACTTT ATCAACGTGG ATAAAATTCC ATTGACCGTT
AACGGTAAGA TAAACAAAGC TCTTTTGCCG AAACCTAATG AAGACAGTAC TGAAGAGGAA
GAATTTGTTC CAAGTAGAAC TGAAAATGAA AAAGAACTTG TTACAGCAAT TTCTGAAGTC
TTGAACCTTG AAAGAGTGAG TATAAGGCAG AACTTTTACC GTTTGGGGGG AGATTCGATC
AAGGCAATAC AGATTGCTTC AAAGCTTAAC GATAATGGTT TCAGATTGAA GGTAAAGGAT
ATAATGTCAA ATCCTTTAAT TAAAGATATG GCTTTGAATA TTGAAAAAAT CGGAGTAGGT
ATGGTGGATA CAGAGCCATG CAAGGGAAGC ATCAGACACA CACCTATAAC TGCATGGTTT
TTCAGGCAAG GTTTTGCGGA ACCAAGCTAT TATAACCAAA GTGTTTTGTT GGAACTCAAA
AGAACCTACG ATGTGAAAGC ACTTCAGACT GTTTTTGAGA ATCTGATTCG CCATCATGAT
ATTTTGAGGG TTAACTACAA TAAAGAGACA GAAGAACTGT TCTACAACAA TGATTATCTG
GAGCAGCCAT TTCATATCAA GGAATATGAT TTGTCAGAAT GTAAGCCGTA CAAACAGTCA
GAAGCCATTG AAAAAATCAG TGAGGAACTT AAGGCAAGTT TGGAGCTTGA AAAAAGTATT
TTAATTAAAG TATGTGTTTT CTGGCTATCT GAAAATGAGA AATTTTTATT GATTACGGCA
CACCATCTGA TTGTTGACGG TGTTTCGTGG AGAATAATAC TGGAAGATAT TTATACAATG
CTAAAACAAC TGAGTAATTC TTCGGAAATA GTACTTCCTG AAAAAACCCA CTCATACCAA
ATATGGGCCG AACTTCTCCA AGTGGCATCA AATAACTCAG CAGAGCTGAA AGAAAGATGT
AAACCGGGTT TGTGTGAGTA CTGCTATCCG GTGGATTTTG ACAAAGGTCA TGATCTCATG
GAATTCAGCA GTACGGTAAA AGGAGAGCTA ACAGACGAAG AGACACGAAA GTTGCTTCTG
AAGGCCAACG GTGCATACAA TACAAATACT AATGATTTGC TTATAGTCGC CTTAGCAAAA
ACAATAAGTG AAAAAACGAA ATTCAATACT GTGTATTTGG AAATTGAAAG CCATGGGCGT
AAGGAGTTGG CGGGTGATTT TAATTTTACC AGAACTGTAG GGTGGTTTAC CGAAATGGAT
GTATTTAGGC TGGAGATAGA GCACGGTGAG CTTTCTCAGG TGATTAAAAC AATTAAGAAT
CAGCTAAGAG AGAATAGTAA CAAGATAGAC AGAAGCGACT TGCAAAAAAA ACAAATCAGA
TTTAATTATC TTGGAGATTT TGGGACAAAT TTTGAAAATG ACCTGTTTTG TATAAGGTAT
GGGGACACAG GCCTGGATTG CAGCAGAAAT AATGTAATGA CAGCATTAAT TGATATAAAT
GCGATAGTTG TAAATGACAG GCTGAAAATA GAGGTATTGT TCAGTGATAA TAAATTTAAA
AAAGTAACCA TGGAAACCTT CCTGATTAGT TTTATAAATA ACTTGAAGCA GGTCATAGAA
CACTGTTGTA ATCGTAAAAC GGTTGAGTTT ACAACATCTG ATTTCGATAC TATAGGTATT
TCACAAACAG AACTTGACAG CCTTTTCAGC TAG
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| Protein sequence | MDGICFSNDR VLYPLTHPQK RIWYMEKIYP GTSLYNIGGP VRVKGTIDFS ILEKAINLLI
KRNEGLRLRF IEKNGQVKQY VSDYEKIKLD LFDFTQYENP EKEFNKWVDK QAEKPFAKEN
RGLFYFAMFK LSDNDNGYLA KFHHIIADGW SINIMTQQIC DSYMKLINEE EIDNDSGGES
YIGYIDIEKK YISSDRFQKN KAFWNEKFKE LPEVVTTKNS DSIEGKRKTF ELEPSISTGI
NSFSAENKYS LNAFFVTLYL IYLYKTSQQK DIIIGTPVLN RSGKKEKSMF GMFTSTMPFR
YCIDNNSSIT ETMSKVSEQL KECYFNQKYP YEFLVQDLEL KKKGYGSLFN VCINYYNTKL
NSELNDFPIE NVEFYNGKQT YSFQLVIKEW SESLILDFDY KVNDYTDEQI AEMYIRLLNL
INQIIKNPSK KIGNLSLLSE EENNKIVYLF NATQTEYPNE KTIYQLFEDE VERSADKPAV
VFNSTEITYK ELNEKANGLA GYLIKRGIKR EKIVGLATSH SIETVIAILG ILKAGGAYLP
IDPTYPVERV NYMLEDSEAC LLLTNVEIGK SLNFDGDIID LKDESIYKST AVNPGLVNRP
DDLAYVIYTS GSTGRPKGVM IEHRGLVNYI WWAKKMYIKD SVEVFPLYSS LAFDLTVTSI
FTPLISGSKI IVYDGNSEDE EYVLYRIMRE NKSTVIKLTP AHLSLLKDMD NKKSTVKRFI
VGGDDLKVKL VQAIYESFGG NIEIYNEYGP TETVVGCMIH KYDYSKDTGT SVPIGIPAKN
VQVYILDGNL NPVPADTEGE LYISGDGVAR GYLNRPEQTR ERFITNPFLK GKRMYKTGDS
GRLLKNGKIE YAGRLDYQVK IHGHRIETGE IEECLLNHRG VGAAVVISLQ DRNNEKYLCA
YIVNKSEVSE QELREHLQGY LPDYMLPLYF INVDKIPLTV NGKINKALLP KPNEDSTEEE
EFVPSRTENE KELVTAISEV LNLERVSIRQ NFYRLGGDSI KAIQIASKLN DNGFRLKVKD
IMSNPLIKDM ALNIEKIGVG MVDTEPCKGS IRHTPITAWF FRQGFAEPSY YNQSVLLELK
RTYDVKALQT VFENLIRHHD ILRVNYNKET EELFYNNDYL EQPFHIKEYD LSECKPYKQS
EAIEKISEEL KASLELEKSI LIKVCVFWLS ENEKFLLITA HHLIVDGVSW RIILEDIYTM
LKQLSNSSEI VLPEKTHSYQ IWAELLQVAS NNSAELKERC KPGLCEYCYP VDFDKGHDLM
EFSSTVKGEL TDEETRKLLL KANGAYNTNT NDLLIVALAK TISEKTKFNT VYLEIESHGR
KELAGDFNFT RTVGWFTEMD VFRLEIEHGE LSQVIKTIKN QLRENSNKID RSDLQKKQIR
FNYLGDFGTN FENDLFCIRY GDTGLDCSRN NVMTALIDIN AIVVNDRLKI EVLFSDNKFK
KVTMETFLIS FINNLKQVIE HCCNRKTVEF TTSDFDTIGI SQTELDSLFS
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