| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_0066 |
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| Symbol | |
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| ID | 7312058 |
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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 | 74147 |
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| End bp | 77449 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643606995 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_002504434 |
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| Protein GI | 220927525 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1061] DNA or RNA helicases of superfamily II |
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| TIGRFAM ID | |
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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 | ATGATGAAAC TATTCCCTGA CTGGCAAGGT AAGATTACAC TGCCTCTGAG TCCTCTAAGA
AGAGAGGTTG TAGGTGGAAA TGCAGTATGC CAGCAAGCCT TTCGTGGAGG AGACACAATT
GCAGAGGCAG AAGCTTTAGA TAATGAAGGT TACTATCTTG TCAAAACACG TTTATTATTC
CCATTTAATG AACTGCTACT CCGCCGCAAA GGGACACGTC ATATTGAAAC CAACTATTTA
GTGCTGTTAG CTCCGGATCT AAAAAGAATC TATGAACTTG GCCCAGATAC ACGACTGGAA
TGGGATGATC TTGGCTTACT GACTAGGTCT TTTAGGAACC CTGAACAAAT ACTTGAGAGT
TGGAAGGGTA AATTCTCTTT TCGGGAGGAG GACAATGTGA CTGGGGCGAA AGGTCTCCGC
CCACCACAGA TTGGAGCTTT ACATGCGATA GCTGCACATT TTGCAGTAGG GAAAAACTTT
GAACCTGCGA CAGTCGTACT GCCTACTGGA ACAGGCAAAA CTGAGACTAT GCTTTCAATG
CAAGTTTACA AAAGGCTTTT GAGAACTCTT GTAATCGTTC CAAGTGATGC CCTACGAACA
CAGATTTATA AAAAATTCTT GACATTAGGG GTACTCCCCG ATCTTGAAGT TGTTCCGTCT
GAAACTATAG GACCTAATGT CACAAGACTT GTAACTGGTA TTCGCTCTAA GGAAGAGGCA
TTAGCGATAA TTGAAAAATC TAATATCATT ATTACTTTAC CCAAAACTCT AAGTGCATCA
GATCCAGAAG CACTTAGAAT TCTTACTGAA TACTGCACAG ATCTTATTGT AGATGAAGCA
CATCATATCC CCGCATCCCA ATGGTCACTC GTGTGCCAAA TGTTTTCCGA TAAACGGATT
ACACAGTTTA CCGCTACTCC TTTTCGTCGT GATAACAAAC GTATAGATGG AAAAATCATC
TTTAACTATA AATTAGGCGA TGCTCAGGCT GCAGATTATT ATCGACCTAT CAATTTGAAA
ACCATAGAAG AATTTGGTGA TAAAGAACAA CGTGACTTAT GTATAGCAGA GGAAGCTCTG
ACTGCACTTC GCCGGGATCG CAATGAGCTC CACCTTGATC ACATACTTAT GGCACGATGC
GAAAGTAAGG AACGTGCAGT GAATGTGTTT GAACTATATC AGAAACTTGC ACCAGAAATG
TTACCGCAAC TTGTATATTC TGGACCTGGT CGAATACATA AAAACCGCGA GGCACTAGAG
AAACTGATTC AGAGGAAGAA AAACGCCGCA CAAATAGTAG TTTGTGTTGA TATGTTAGGA
GAAGGCTTTG ACCTACCAAA CCTGAAAGTA GCTGCATTAC ACGATACTCA TAAGTCGCTA
GCAATTACTT TACAATTCAT TGGTCGGTTT ACACGTAAAG GAAATTGGGA ACAAATTGGT
GAAGCCACTG TCGTGGTAAA TATTGCTGAT TCTGAAACAG AAACAAAATT AGAAGCGTTA
TACGCTGAGG GTGCTGATTG GGATAGTTTG ATAAAAAGAT TGAGTGAGGA CCGAATTGAT
CAAGAAATCC GTCTACAAAA AATAGTACAT AATTTACGAG AAAGTGGAGA TTTACATACT
TTTCTTTCAC TGTGGAACCT TCGTCCTTCA CTATCTATGC AGGTATTCAA AACTCAATGC
CAAAATTGGA GCCCTGAGAA CTATTTCAAT GTATTTTCAA AAGATTCAAA AAGCTGGCAT
GCCATAAGCA AAGACAATGA CATTCTGATT GCTGTTGTCC ACCGTAAAGC ACGCGTACGA
TGGGGTAACT ACCAGAACCT GTTTGATCGA CAATATCATT TATTAATGGC AAGATGGGAC
AAAGAGAATG GTGCGCTTTT TATTCACGCA AGTGACTATG AAGAGCTGAA GAGCACTACT
TTGGCTAAAG AAATAACAAA CGATAAGACG GTACTTCTAC AGGGGCCGGT TATTTTTAAT
ATTTTGAACA ATGTTGAGCT TCCTCTCGTA AAGAATCTTG GTTCATCACG AATAGGTGCA
ATTAGCTTTA CATCGTATTT TGGACCAAAT GTAACAGAGG GTTTGGCACT AATTGAACGA
GCTGAATCTA CTTTAAATAA TATTGCCTGT GTTGGCTACG AGAATGGGGA GCGTGTTCTT
TGGGGAGGAA CTCAAAGGCG TGGGAAAATA TGGCAACAAT CATCAGGGAC AATATCACAG
TGGATTGACT GGACAGCACA TACTTGGGAG AAAGTTTCCA CTCAAGATAA TATTGACGTA
GCAAATATTA CGAATGAATT TTTACGTCCT CATAAACTTA GTCAACCATA CAATCAATAT
CCAATAAGTG TACAATGGGG AGAACAGGTA CAGGCTTCAT TCAGCAATAA TCAATCAATC
GTCTTTGATA CAACGGAAGT TCCTCTTTAC TTAGTTGACC TTCAAATATC CGAAGTCAGA
GATAACGGTG AAATTATTAT TCGTTTATCA AGTGATACAA ATTCTTCAGA ATATAGTTTC
CAGATTAATG ATGACTCTGA GTCAGGATAC TACTATAAAA AAATATCGGG ACCAGATGTG
TATTTTGCTA AAGGTACTAA CATAAAAACT GAAGTGTGCG AGTACTTCGT GGTTGATCCA
GTGATAGTAA GGTATGTCGA TGGTACATAT TCATATAACT GCTATCATAT ACCGATTCCT
CTAAAAGCCG GCGAGTATCC CAGAGAACGA ATAGAAGTCT GGGATTGGGC ATCTATTCCG
TTGAACAAGG AATCTATCGG CAAGACCGGT AATAAAAATA CAATCCAGTA TCAAAGTTTT
TTGACCATTT CCGATAAGTA TGATGTTGTT TTTAATGATG ATGGTAAAGG CGAGGCTGGT
GACCTTGTTT GCTTGAAGGA TATTGACGAG AGTACAATCA AGCTTTGCCT TGTTCATTGT
AAAGGGGCTC TTGGTGGTCA GATTTCGAAT GACATCGGAA ATTTCTACAC GCTTTGTGGG
CAGGCTCAGA AAAGCATAAC CGTCAAACAT ATGGGCATGA CACGTCTTTA TAATGACCTC
AAACGCCGTC ATGAAATATG GGCTAGAGCA GGTTATTCGA GATTCCTTAA AGGTGATATG
AAGTATCTTT CATATTTCAA GGAGAAATCC CGGCGTTCTA AATTGCAGTT TGAGGTGATT
ATAGTACAGC CAGGAGGATC AAAAGCAGCC CTTAGCACAG ACATTCTCAA ACTCTTGGGA
ACGACAGAGC TTTTTCTGAA GACTACGACT CAGGGTAACT TACGTGTAGT GGTATCTCCG
TAA
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| Protein sequence | MMKLFPDWQG KITLPLSPLR REVVGGNAVC QQAFRGGDTI AEAEALDNEG YYLVKTRLLF
PFNELLLRRK GTRHIETNYL VLLAPDLKRI YELGPDTRLE WDDLGLLTRS FRNPEQILES
WKGKFSFREE DNVTGAKGLR PPQIGALHAI AAHFAVGKNF EPATVVLPTG TGKTETMLSM
QVYKRLLRTL VIVPSDALRT QIYKKFLTLG VLPDLEVVPS ETIGPNVTRL VTGIRSKEEA
LAIIEKSNII ITLPKTLSAS DPEALRILTE YCTDLIVDEA HHIPASQWSL VCQMFSDKRI
TQFTATPFRR DNKRIDGKII FNYKLGDAQA ADYYRPINLK TIEEFGDKEQ RDLCIAEEAL
TALRRDRNEL HLDHILMARC ESKERAVNVF ELYQKLAPEM LPQLVYSGPG RIHKNREALE
KLIQRKKNAA QIVVCVDMLG EGFDLPNLKV AALHDTHKSL AITLQFIGRF TRKGNWEQIG
EATVVVNIAD SETETKLEAL YAEGADWDSL IKRLSEDRID QEIRLQKIVH NLRESGDLHT
FLSLWNLRPS LSMQVFKTQC QNWSPENYFN VFSKDSKSWH AISKDNDILI AVVHRKARVR
WGNYQNLFDR QYHLLMARWD KENGALFIHA SDYEELKSTT LAKEITNDKT VLLQGPVIFN
ILNNVELPLV KNLGSSRIGA ISFTSYFGPN VTEGLALIER AESTLNNIAC VGYENGERVL
WGGTQRRGKI WQQSSGTISQ WIDWTAHTWE KVSTQDNIDV ANITNEFLRP HKLSQPYNQY
PISVQWGEQV QASFSNNQSI VFDTTEVPLY LVDLQISEVR DNGEIIIRLS SDTNSSEYSF
QINDDSESGY YYKKISGPDV YFAKGTNIKT EVCEYFVVDP VIVRYVDGTY SYNCYHIPIP
LKAGEYPRER IEVWDWASIP LNKESIGKTG NKNTIQYQSF LTISDKYDVV FNDDGKGEAG
DLVCLKDIDE STIKLCLVHC KGALGGQISN DIGNFYTLCG QAQKSITVKH MGMTRLYNDL
KRRHEIWARA GYSRFLKGDM KYLSYFKEKS RRSKLQFEVI IVQPGGSKAA LSTDILKLLG
TTELFLKTTT QGNLRVVVSP
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