| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2364 |
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| Symbol | |
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| ID | 7311035 |
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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 | 2784217 |
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| End bp | 2788482 |
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| Gene Length | 4266 bp |
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| Protein Length | 1421 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643609289 |
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| Product | S-layer domain protein |
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| Protein accession | YP_002506677 |
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| Protein GI | 220929768 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00153299 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 CAATTTCTAT CATCGTTGCT GTCATCATGC TGATGAGTTC ATTTGGAACA
TCATTTGCAG CAGCAGATAC AACGATGGAA ACAGTACAAC AAACGTTCAA AGACCTAAAT
GGCCACTGGG CATCAGATGC TATATACAAA TGGTCAACAC AAGGTGTCAT TAACGGATAT
GACGGACTTT TCAGACCTAA TGATTCCATA ACCAGAGGAG AAATGGCATG TATCCTTGAC
AACATTATGG ACTACCAGTC GGCTTCCAAG AACACTTTTT CAGATTTAAA ACCAGGGCAG
TTCTATACCA ATGCAGTTCT AAAGGCAAAT GCCGCAGGAA TTATTAATGG TAATGGAGCC
ACACTACTTC GCCCGACAGA TAAGATTACA AGGGAAGAAG CCGTAGTAAT GATGGCAAAA
GCATTTGCAG TAAATGAAGG CACTATTTCC AAAACGCAAT TCTCTGATGA AAAAGAAGTA
TCATCCTGGG CAAGGACTTC TGTATTTGGG ATGGAAGCCA AGGGCTACGT AAATGGGAAT
AAGGGTAAGT TTAATCCCAA AGCAAATATT ACCAGAGCAG AAATCGTAGC AATCATAAAT
AACATTGTAA AAGGTTATTA TACAAAAGCT GGTACTTATG ACGACAATGT GACTGGAACA
GTAATTATAA AGGTACCTGA CGTTACACTT AAGGGAGTTA ATATTACAGA GAATCTGATT
ATTGCAGAAG GCGTCGGAGA AGGGGATGTC ACTCTTGATA GTGTAACCGT TAAGGGGAAC
ACTGTTGTTA GGGGCGGTGG CGAAAATTCC ATACATATTA CCGGATCTTC AAATATCTCA
AATATCAAAA TTGAAAAGAA CAATAATAAA CTGAGAATAG TAATCTTAGA TGGCAACACT
GTAAAAGAAA TTGAAATTGC AAAAGGTGAA GAAATCATAG TCACAGGTTC CGTTGGAACA
TTGGAGATAG CAACTCCAGA TGTAATTGTT AAAGTAATTG CAGCAAATAT TTCAGATACG
AAGGTTGTAA GCGCCAACGC TAGTATTTTT GTAGATAAGG AATCAAAGAT AAAATCTGTT
TCTATAAATA ATTCAGCAGA AAATACTGCA ATAAAGGCTG AAAAAGGTGC CGTTGTTAAC
ACAGTATTTT CAGAAGCGGA AACTAATGTT AGTGGTGAAG GAACTGTAGA GCAAGTCCTT
CTCAAGGAAG GTGCAAATAA TTCTAGTGTT ACAACACCCA ACACACATAT AACAGCAGCA
GCCGGAGTAA CTGGGGCAAC AGCGGGAGGA GTGCCTGTAA CGGGTGGAAC TTCAGTTGTA
AATAATAGTA CCGGAAACGG TACGCCAGTC GTAACACCAA CACCTAATCC CGGTAATGGC
GGAAACAGTG GCGGTGATAA TACAACACCA CCGGTAACGC CAGTCAGTGA TATTAGGATT
TTATCAAAGC CTATGACATT GACAGCAGGT GGAACAACGG GAATGATAAT AGCAATGATT
AGCCCTTCAA ATGCAACAAA CAAAAAAGTA ATCTGGTCAT CCAGCGATAC AAAGGTTGCA
ACTGTAAAAA ATGGTATAGT AACTCCATTA ACAGAAGGTA CAACTGTAAT CTCAGTCGTC
TCAGCTGCAG ATCCCACTAA AACGGCAACG ACTACCGTAA CTGTTAGTCC GGCTGACACA
ACACCACCGG TAACGCCAGT CAGTGATATT AGGATTTTAA CAACGCCTAT AACATTGACA
GCAGGTGGGC CAACGGGAAT GATAATAGCA ATAATTAGCC CTTCAAATGC AACAAACAAA
AAAGTAACCT GGTCATCCAG CGATACAAAG GTTGCAACCG TAAATAATGG TATAGTAACT
CCATTAACAG AAGGTACGAC TATAATCTCA GCTGTCTCAG CTGCAGATCC CACTAAAACG
GCAACAACTA CCGTAACTGT TGGACCGGCT GACACGACAC CGCCTGAACT TTCTGACGGA
ACTGTTGAGA ATTTGGGTTC AGCAGCTGGA ACAACCGCTA CGTTGAAATA TCATGCTACA
AAAGAAACTG GTAGGGTTAC ATACTATTGT TTATTACAAG ATGCAAGTGC AGGTATTCCT
ACCGTGGCGG AGATTAAAAC ATCAAATATA AAAGCGGCAT TTTCCGGAAA CCCTGTGTAT
TATACGATTA ATCTGACAGG ACTGACAGCC GGTCAAAAAT ATACAGCCTA TATAGTAATG
GAAGATGTTT CAGATAATAC CTCTAATATT CTTACAATTA CTGGTATAAA TCCATATTCA
AATGCTGCTT TAGAAAAGTT AAATACTCCA AGTCTAACAC TATCCTCAAA TACTTCAGGA
ATAGGCGGGC TAGCTTACAC AATCACTACA GCGAATGGTG CAGAAGACAG CAATGTAAAA
GAATATTTAA TAGAAGTTAC TCCATTCTCA GCATTGGGAA CACCGACAGA TAAAATCCTT
ACGTTAACAA TTCCGAAAAA CAGCGTTAAA GGGATATTAT TGTTGAACAA TATTATTGTT
GCCGGAAACT CATATGTTGC ACGAATACAA GCTATTGTTA CAGACGGTAA TAAAGCATAT
CAGAATTCTG ATATCAGTGA TTATACCGAT ATTGCAGTTG CTCAGGCAGT AACCCCCACA
GAGCCGGGCA TGCAGGTAGA ATATGTATCG AACCTTAATA AGGATTCAGC AGTCAAGAAT
ATACAATTCT CATATTCCGG CTATAATGGT GCATTGGCAA GTGACTTGAC TATTGATACA
ACAAAAATAA GTGTTATGAT TGGTTCCGAA AAACATCAAT TATCAAAATA TCGTAAGGCC
GAAAAACCAA ATGAACCCGG AACTTATGAA TTGTTGTACG GAACATATGT AAAAATAAAT
TTAACTGATG CGGACTATAA TGCAATAATA GGTGATGCTA ACTTTACTTC ACCAACAGGA
ACCAATAAAT TAGTCGCTGA TTTGGGATGG GCAAGCATAA ACGGTACAGT TAGCGGAAAG
GCTTCTGAGT CTACTATAAA ATTCTCAAGG AATTTGACAA TCGTAAACAA TTCAGATGAA
TATGTTGCTA AATACCAGTT GCCACAAAAT TACCATTATA AATTACGAAG TGATAAAATT
CAAGATTTAG GTTATTCTGT ATCTTCAATT ACTTTTTATA GTGAATTAGT TACAGACTCT
AGTACAGAGC CAAATAAAGG ATATCAAATA ACAAAGACGA TTACTCCTGC TGACTCAAAC
ATTAGCTTTA GTGAAGACGA TGTTTGGGCA AGACTTTCAG CTGCGGAAAC GCCAACAGAC
TTTGCCCCAA CGGGTGATTA TTACAAAGTA TCAAGTGCTG ATACTGACCG GGTTGAGATA
GTCAATGCAA ATGATGAAAA GACATACTAC AAGGTAGCCC AAGGTGTGGC CGGCAGAATA
AACAGTATGT TGACTAATGG TGAAACTGTT AATTATACAG ATTCATTAAT GTTCAAATTC
GGTGATAATG GAACCTTAGA AGCTATAAAA GTAGTAGGTG ACGTAAGCAT TGGAATTGAT
TTGGTTGGTC ACTTTGCACC AAGCGGTGTT CCTGTTTATT TAGATTCAGA TACTGCAAAA
CTTACCATCA GCGGCGGAAA CACAATTGGT GATATTATTG TAACTAAAGC TTTGAAAGAT
TCCTATGCAA TATATGTAAC GGGCGGTAAG GTAGGAAACA TTACCTTAGC TGATGGAGTT
AAGCTCAATA TACAGGGTTC CGAGGGAATG ACAGAGGTTG GAAATATCAA CGGCACAGAT
ACATATACCG TTGCTATTGA TGTAAATTCA CAGAATAAGA GAAAAGTATT GGTCGGTGAC
ATTGAGCTGG GGAACAGCGG AATGCTGGAT TTATACCAGA ATGATGCCGG CGATTTATCA
GAGGAATATT TTACTATCGG AAATGTAACT GCGATAACCG GTGCCTCTAT AAAAATCCCA
AATTCTTCAA ATGTATATTG TAACCCATAC GGTTGGTTTA TGAAATTTGA AGATCTGGCT
GATACTGTTA CTTTTATGAT TGGCAATCAG GTGTATACTC CGCCAACGGA ACAAGTTGCA
TTTAGTGTAA GTGATTCTAG TCTGGCCTAT TACTACGGTG TTATTAACTA CTATGACAGT
AAAACTTGGA CATGGAGATT TTTCTTCACC GACGCCCAAA TTTCAGAAGC TGACCTGGAA
GATGATAGTA AGGTATTCAC GTTTTCTGCC GTTAATGCTG AACATATAAG CAGTTTAGTT
GAATAG
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| Protein sequence | MKKTISIIVA VIMLMSSFGT SFAAADTTME TVQQTFKDLN GHWASDAIYK WSTQGVINGY
DGLFRPNDSI TRGEMACILD NIMDYQSASK NTFSDLKPGQ FYTNAVLKAN AAGIINGNGA
TLLRPTDKIT REEAVVMMAK AFAVNEGTIS KTQFSDEKEV SSWARTSVFG MEAKGYVNGN
KGKFNPKANI TRAEIVAIIN NIVKGYYTKA GTYDDNVTGT VIIKVPDVTL KGVNITENLI
IAEGVGEGDV TLDSVTVKGN TVVRGGGENS IHITGSSNIS NIKIEKNNNK LRIVILDGNT
VKEIEIAKGE EIIVTGSVGT LEIATPDVIV KVIAANISDT KVVSANASIF VDKESKIKSV
SINNSAENTA IKAEKGAVVN TVFSEAETNV SGEGTVEQVL LKEGANNSSV TTPNTHITAA
AGVTGATAGG VPVTGGTSVV NNSTGNGTPV VTPTPNPGNG GNSGGDNTTP PVTPVSDIRI
LSKPMTLTAG GTTGMIIAMI SPSNATNKKV IWSSSDTKVA TVKNGIVTPL TEGTTVISVV
SAADPTKTAT TTVTVSPADT TPPVTPVSDI RILTTPITLT AGGPTGMIIA IISPSNATNK
KVTWSSSDTK VATVNNGIVT PLTEGTTIIS AVSAADPTKT ATTTVTVGPA DTTPPELSDG
TVENLGSAAG TTATLKYHAT KETGRVTYYC LLQDASAGIP TVAEIKTSNI KAAFSGNPVY
YTINLTGLTA GQKYTAYIVM EDVSDNTSNI LTITGINPYS NAALEKLNTP SLTLSSNTSG
IGGLAYTITT ANGAEDSNVK EYLIEVTPFS ALGTPTDKIL TLTIPKNSVK GILLLNNIIV
AGNSYVARIQ AIVTDGNKAY QNSDISDYTD IAVAQAVTPT EPGMQVEYVS NLNKDSAVKN
IQFSYSGYNG ALASDLTIDT TKISVMIGSE KHQLSKYRKA EKPNEPGTYE LLYGTYVKIN
LTDADYNAII GDANFTSPTG TNKLVADLGW ASINGTVSGK ASESTIKFSR NLTIVNNSDE
YVAKYQLPQN YHYKLRSDKI QDLGYSVSSI TFYSELVTDS STEPNKGYQI TKTITPADSN
ISFSEDDVWA RLSAAETPTD FAPTGDYYKV SSADTDRVEI VNANDEKTYY KVAQGVAGRI
NSMLTNGETV NYTDSLMFKF GDNGTLEAIK VVGDVSIGID LVGHFAPSGV PVYLDSDTAK
LTISGGNTIG DIIVTKALKD SYAIYVTGGK VGNITLADGV KLNIQGSEGM TEVGNINGTD
TYTVAIDVNS QNKRKVLVGD IELGNSGMLD LYQNDAGDLS EEYFTIGNVT AITGASIKIP
NSSNVYCNPY GWFMKFEDLA DTVTFMIGNQ VYTPPTEQVA FSVSDSSLAY YYGVINYYDS
KTWTWRFFFT DAQISEADLE DDSKVFTFSA VNAEHISSLV E
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