| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_0965 |
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| Symbol | |
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| ID | 7309796 |
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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 | 1151326 |
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| End bp | 1155846 |
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| Gene Length | 4521 bp |
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| Protein Length | 1506 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643607892 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002505307 |
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| Protein GI | 220928398 |
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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 | 11 |
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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 | ATGAGAAAGG GGCTGCATAA AGTGTGCGAA AGAATATACT ACTCTTTAAC TCATCCTCAA
AAAAGGATAT GGTATATTGA AAATATATAT CCGGAAATAC CCATACATAA TATCGGCGGA
GCCGTAACAA TTAACAGCCA TATAGATTTC GATGCTTTAG AAGAGGCTAT AAATATATTC
ATTAGTAAGC ATGATGGGTT AAGAATAAGG ATAGTCGATA AAAATGGAGA TCCCCAGCAG
TATGTAAGTG AATTTAAAAG AACAAAATTA GACTACTATG ATTTGAGTTC GTATCATGAA
GGAGCCAAAG CAGAGTATTA TAGGATTGCT GATACAGAAA TGAAAAAACC CTTTAAGTTA
TTGGATAATC CTTTGTTTTT CTTTGCTTTA TTTAAGTTGG ATAATAATGT AAGTGGGTAC
TTTATAAAGC TTCACCATAT AATTTCAGAC GGCTGGTCAA TAGAGTTATT AACCCGTCAG
ATTATGGAAA TATATACTGA GCTTATAGAA GGGAGAGAAA TAAAGCAAGA AAAAGAACAA
TCATATATTG ATTACATAAA ACAAGAAAAA GTATATTTGG GCTCAGAGAA ATTCATAAAA
AACAAGAATT TTTGGAATAA CAAGTTCGCC GAGCTACCCG AAGAGTTCTC AATTAAAAGT
TCCAACGATA CAGCTGGCGA AAGACAAATA TTTTACATAG GTAAGAAAAA AACGGAGCTG
TTGAAAGAAT TTTGTGCCCA AAATAAATGC TCTTTGTATA CATTCTTCAC TTCGCTTTTA
TTAATATATC TCAGTAAAAT CACATTACAG GAAGATATAA TTATAGGTAC ACCTGTTCTT
AACAGATCCG GGAAAAAAGA AAAAAGCATA TTTGGCATGT TTACAAGTAC AATGCCGCTA
AGGGCCAATG TAAATCAGGA ATCGACAGCT GCTGAGTTTA TTCGTGGAAT TAACAGTGAG
CTTATGGATT GTTTTTTTAA TCAAAAGTAC CCCTATGATC TGTTGGTAAA GGATTTAGAA
TTAAAGAAAA AAGGGTTGGA TAGTCTGTTT CAAGTATCAA TAAACTATTA TAACACAAAG
ATGGAGTCCA GATTATATGA TGCCTCAATA GAAAATATGG AGTTTTACAG CGGACATCAG
AGCTACCCTC TTCAGTTAAT AATAAAGGAT TGGCTTGAGG ATTCAAACTT ATCCCTGAGC
TTTGATTACA AGTTGAGTGA ATATACAACA GAGCAAATTA AATATATGTA CTATAGGCTT
GATGCTTTAT TAGACCAGAT TGTAAGCAAT CCTTCCAAGA AAATTTTTAA TTTGCACTTA
GTAAATGATT CTGAATGGAA TTGGCTTGTT TATGGATTCA ACTCAGTAAA GGGAGAGTAC
CCTTCACAAA GAACTATATA CGAGCTTTTT GAAGAGCAGG CAGAAAGGAC TCCCAATAAA
ACTGCTGTCA TATTTGATTC TATCGAGCTT ACATATAAAG AACTAAACGA AAGATCAAAC
AGTCTTGCAA GATATTTGAG AGAACTGGGA GTGGGGCGTG ACAGAATAGT GGGATTAATG
TCAACTCATT CACACTATAT GGTTATTGGA ATACTTGCAA TAATAAAAGC AGGTGGAGCA
TACTTGCCGA TAGATTCAAC GTATCCCGCA GAGAGGATTG AATTTATAGT TAAAGATTCA
GGTACCTCAA TTCTGCTTAC AGATAATACT ATCCCAAAGG AAACAAACTA TAATGGACAT
ATTATAAATC TTAAGGATGA AAACCTATAT AAAGGACAAG TGTGTAACCT TGAAAAGATC
AACAAAACTA CTGATTTGGT ATATGTAATA TATACATCAG GTTCAACAGG AGCACCTAAA
GGTGTAATGG TAGAACATAG GGGGCTTGTA AATTATATAT GGTGGGCAAA AAAGATGTAT
GTCCGCAATG AAAAAGAAGT ATTTCCGTTG TATACCTCAT TATCCTTTGA CTTGACTGTA
ACCTCAATTT TCACTCCATT AATATCCGGA AACACAATTG TCGTCTATTA CGATGATGGT
ACGGAGTTTA TATTGCTGAG AATACTCCGG GAAAACAAGG TGAGTATTAT AAAGCTTACG
CCAGTTCATC TTTCTATTAT TAAGGATATG AATAACGATA ACTCATCGGT TAAACGCTTT
ATTGTTGGGG GGGAAGATTT AAAGGTAGCT CTTGCCCACA GCATTTACAA AAGTTTTGGA
GGGGATATTG AGATATTTAA TGAATATGGA CCTACAGAAA CAGTAGTCGG TTGTATGATA
CATAAATATG ATGTAAAAAA TGATTTAGGA GTATCTGTGC CTATTGGTAT ACCGGCTGAC
AACATCCAAA TATATATTTT AGACAAAAAC TTAAATCCTG TTCCTGTAGA AACTATAGGG
GAATTATATG TATCGGGAGC CGGAGTAACC AGAGGGTATT TAAACAGGGA AGAGCTTACA
AAGGAAAGAT TTGTAGATAA CCCATTCATT AAAGGCTCTA AAATGTATAA AACCGGGGAT
CTGGCAAAGC ATTTACATGG CGGGGAAATT GTATATATGG GAAGGTCTGA TTATCAGGTC
AAACTAAGGG GCTACCGGAT TGAATTAGGT GAAATAGAAA ACTATTTATT TAGTCACAAC
TCAATTACTG ATGCTATAGT AATAGACAGA AATGATGAGA AGGGAAACAA ATATCTATGT
GCATATATAG TTAGTACAAC AGATTTAGAC ATTTCTGAGA TACGTATGTT CCTTAGTAGT
AAGCTTCCAG ATTATATGCT TCCATCGCAC TTTGTGATAT TACAGAGTCT GCCTTTGACT
TCAAACGGAA AAGTAGATAG AAAGTTACTT CCGGAGCCGA AACTTGAAGA AGAAAGTAAG
GCATATTACT GTGAATTTGA AAATGATACT GAAGAAAAAA TTATTAAGGT AATCTGTGAG
GTTTTAGGCA TAGACAAGAT AAGTCCTACT GATAATTTTT ATCAGCTTGG TGGAGACTCG
ATAAAAGCGA TACAAATTGC ATCTAGATTA AAATCCGAGG CTATAAACCT AAAAGTAAAG
GATATATTAT TAAATACTAT AATTGGGGAA TTTGTAGAGA GGGCAAAAAA ACAAATCCTG
CCTCATAAAG CTGCACAGGG CCCATGTGAG GGGAGTATTC TTCCTACACC CATCACTCAA
TGGTTTTTCA GACAGAAATT TAACAATGAA AATCACTATA ATCAGTCTGT ACTACTGGAT
TTAAAACAGA ACATAAGTCT CGAAGTTATT GAAACAGCTT TAGGAGTACT AGTCAAGCAG
CATGATTCAC TAAGAATAAA CTATGATAGG AATACCGACG GGCTTTATTA CAATAATAAG
TATACGGAAA GGAATTTTGA AATAAAAGTT TGTGATTTAT CCTCTGTTTC GCAGGAAAAA
GTACGTCATG AAATTAAAGT ATTAGGTGAA GGCTTGAAAT CAGGTATGGA TATTGAAAAA
GACATTCTAT TTAAGGCATA CTTTTATAAA AACGAGGAAA AAGGAAATAA ACTACTGCTT
ACAGCACATC ATCTGGTTAT TGATGCTGTA TCATGGAGAA TACTACTTGA CGATTTTTCA
GCTATACTTA AATCTATAAG CATGAGTGAA ACTATCAAGC TCCCTCCTAA ATCAGACTCA
ATGCAAAAAT GGGCAGAGAC TCTTAAAATA TTCGGAGAGA GGGAAGTCAA TACAGATGAA
CTGAAATACT GGGAAAATAC TATTGAAAAC GACTTTGTAT TCCCTGTTGA CTTTCAACTG
GGAGAGGATA TTCTAGAGAA TTGTGATACA ATAACGGGGA ATTTGTCTGA GGAAGATTCA
GATAAACTTA CACTGGAAGC TAATAGAGCA TATAATACTG TTACTAATGA ACTTCTATTT
ATCGCATTGT CGCAAGTATT GAGCAACCTT ACTCAAAGAA ATAGAGTATT AATAGAGCTT
GAAGGCCACG GACGTGAGAA TATTTCTGAC ATAGTAGATA TATCAAGGAC GGTAGGTTGG
TTTACCAGCA TCTATCCCGT AAGCGTAAGA ATGGATTCTG ATGATCTTGG TACCCAGATA
AGACAGGTTA AAGAACAGTT AAGAGAAGTA CCCCGCAAAG GAATTGGTTT TGGAATCCTT
AGCGGTTTAT CTCAATCAAT AAATGAAGAT GGTAGAAAGC ATATACGTTT TAATTTCTTA
GGCGAGCTTG ATACTACTTT TAATAATGAT TATTTTGAAT TGAGTGAAGA AGACTCAGGC
TCTGAAGTTT GTAAAAAGAA TAGAATGACC TGTCTAATAG ATATTAATGC TATGATCATA
AAGAAAAGGT TAAGTGTTGC TGTTACTTAC AGTAGAAACA GCTTTAAGAA GGAAACCATA
GAGCGGCTTC TGGATAATTT CCTTGAACAA ATAAGAAAGC TAATTTTACA CTGTTGCAAT
CAGTTGCAAC CAGATTATAC ACCTTCAGAT TTTGAACTAA TTAATATCTC ACAAGACCAG
CTTGATGATT TGTTTGATTG A
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| Protein sequence | MRKGLHKVCE RIYYSLTHPQ KRIWYIENIY PEIPIHNIGG AVTINSHIDF DALEEAINIF
ISKHDGLRIR IVDKNGDPQQ YVSEFKRTKL DYYDLSSYHE GAKAEYYRIA DTEMKKPFKL
LDNPLFFFAL FKLDNNVSGY FIKLHHIISD GWSIELLTRQ IMEIYTELIE GREIKQEKEQ
SYIDYIKQEK VYLGSEKFIK NKNFWNNKFA ELPEEFSIKS SNDTAGERQI FYIGKKKTEL
LKEFCAQNKC SLYTFFTSLL LIYLSKITLQ EDIIIGTPVL NRSGKKEKSI FGMFTSTMPL
RANVNQESTA AEFIRGINSE LMDCFFNQKY PYDLLVKDLE LKKKGLDSLF QVSINYYNTK
MESRLYDASI ENMEFYSGHQ SYPLQLIIKD WLEDSNLSLS FDYKLSEYTT EQIKYMYYRL
DALLDQIVSN PSKKIFNLHL VNDSEWNWLV YGFNSVKGEY PSQRTIYELF EEQAERTPNK
TAVIFDSIEL TYKELNERSN SLARYLRELG VGRDRIVGLM STHSHYMVIG ILAIIKAGGA
YLPIDSTYPA ERIEFIVKDS GTSILLTDNT IPKETNYNGH IINLKDENLY KGQVCNLEKI
NKTTDLVYVI YTSGSTGAPK GVMVEHRGLV NYIWWAKKMY VRNEKEVFPL YTSLSFDLTV
TSIFTPLISG NTIVVYYDDG TEFILLRILR ENKVSIIKLT PVHLSIIKDM NNDNSSVKRF
IVGGEDLKVA LAHSIYKSFG GDIEIFNEYG PTETVVGCMI HKYDVKNDLG VSVPIGIPAD
NIQIYILDKN LNPVPVETIG ELYVSGAGVT RGYLNREELT KERFVDNPFI KGSKMYKTGD
LAKHLHGGEI VYMGRSDYQV KLRGYRIELG EIENYLFSHN SITDAIVIDR NDEKGNKYLC
AYIVSTTDLD ISEIRMFLSS KLPDYMLPSH FVILQSLPLT SNGKVDRKLL PEPKLEEESK
AYYCEFENDT EEKIIKVICE VLGIDKISPT DNFYQLGGDS IKAIQIASRL KSEAINLKVK
DILLNTIIGE FVERAKKQIL PHKAAQGPCE GSILPTPITQ WFFRQKFNNE NHYNQSVLLD
LKQNISLEVI ETALGVLVKQ HDSLRINYDR NTDGLYYNNK YTERNFEIKV CDLSSVSQEK
VRHEIKVLGE GLKSGMDIEK DILFKAYFYK NEEKGNKLLL TAHHLVIDAV SWRILLDDFS
AILKSISMSE TIKLPPKSDS MQKWAETLKI FGEREVNTDE LKYWENTIEN DFVFPVDFQL
GEDILENCDT ITGNLSEEDS DKLTLEANRA YNTVTNELLF IALSQVLSNL TQRNRVLIEL
EGHGRENISD IVDISRTVGW FTSIYPVSVR MDSDDLGTQI RQVKEQLREV PRKGIGFGIL
SGLSQSINED GRKHIRFNFL GELDTTFNND YFELSEEDSG SEVCKKNRMT CLIDINAMII
KKRLSVAVTY SRNSFKKETI ERLLDNFLEQ IRKLILHCCN QLQPDYTPSD FELINISQDQ
LDDLFD
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