| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acel_0617 |
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| Symbol | |
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| ID | 4486399 |
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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 | Acidothermus cellulolyticus 11B |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008578 |
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| Strand | + |
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| Start bp | 661169 |
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| End bp | 664534 |
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| Gene Length | 3366 bp |
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| Protein Length | 1121 aa |
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| Translation table | 11 |
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| GC content | 64% |
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| IMG OID | 639729384 |
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| Product | glycoside hydrolase family protein |
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| Protein accession | YP_872376 |
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| Protein GI | 117927825 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG5297] Cellobiohydrolase A (1,4-beta-cellobiosidase A) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.0413787 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.00805779 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCCAGGAT TACGACGGCG ACTCCGCGCC GGTATCGTCT CGGCGGCGGC GTTGGGGTCG
CTGGTTAGCG GGCTCGTTGC CGTCGCACCA GTCGCGCACG CGGCGGTGAC TCTCAAAGCG
CAGTATAAGA ACAATGATTC GGCGCCGAGT GACAACCAGA TCAAACCGGG TCTCCAGTTG
GTGAATACCG GGTCGTCGTC GGTGGATTTG TCGACGGTGA CGGTGCGGTA CTGGTTCACC
CGGGATGGTG GGTCGTCGAC ACTGGTGTAC AACTGTGACT GGGCGGCGAT GGGGTGTGGG
AATATCCGCG CCTCGTTCGG CTCGGTGAAC CCGGCGACGC CGACGGCGGA CACCTACCTG
CAGTTGTCGT TCACTGGTGG AACGTTGGCC GCTGGTGGGT CGACGGGTGA GATTCAAAAC
CGGGTGAATA AGAGTGACTG GTCGAACTTT GATGAGACCA ATGACTACTC GTATGGGACG
AACACCACCT TCCAGGACTG GACGAAGGTG ACGGTGTACG TCAACGGCGT GTTGGTCTGG
GGGACCGAAC CGTCCGGAGC GACGGCGTCT CCATCCGCGT CGGCGACGCC CAGCCCGTCC
AGTTCACCGA CCACGAGTCC GAGTTCGTCC CCGTCGCCGA GCAGCAGCCC GACGCCGACA
CCGAGCAGCT CGTCGCCGCC CCCGTCGTCC AACGACCCGT ACATCCAGCG GTTCCTCACG
ATGTACAACA AGATTCACGA CCCAGCGAAC GGCTACTTCA GCCCGCAGGG AATTCCCTAC
CACTCGGTAG AAACGCTCAT CGTTGAGGCA CCGGACTACG GGCACGAGAC AACTTCGGAG
GCGTACAGCT TCTGGCTCTG GCTCGAAGCG ACGTACGGCG CAGTGACCGG CAACTGGACG
CCGTTCAACA ACGCCTGGAC GACGATGGAA ACGTACATGA TCCCGCAGCA CGCGGACCAG
CCGAACAACG CGTCGTACAA CCCCAACAGC CCGGCGTCGT ACGCTCCGGA AGAGCCGCTG
CCCAGCATGT ACCCGGTTGC CATCGACAGC AGCGTGCCGG TTGGGCACGA CCCGCTCGCC
GCCGAATTGC AGTCGACGTA CGGCACTCCG GACATTTACG GCATGCACTG GCTGGCCGAC
GTTGACAACA TCTACGGATA CGGCGACAGC CCCGGCGGTG GTTGCGAACT CGGTCCTTCC
GCTAAGGGCG TCTCCTACAT CAACACATTC CAGCGCGGCT CGCAGGAGTC CGTCTGGGAG
ACGGTCACCC AGCCGACGTG CGACAACGGC AAGTACGGTG GGGCGCACGG CTACGTCGAC
CTGTTCATCC AGGGTTCGAC GCCGCCGCAG TGGAAGTACA CCGATGCCCC GGACGCCGAC
GCCCGTGCCG TCCAGGCTGC GTACTGGGCC TACACCTGGG CATCGGCGCA GGGCAAGGCA
AGCGCGATTG CCCCGACGAT CGCCAAGGCG GCCAAACTCG GCGACTACCT GCGGTACTCG
CTCTTTGACA AGTACTTCAA GCAGGTCGGC AACTGCTACC CGGCCAGCTC CTGCCCTGGA
GCAACCGGAC GCCAGAGCGA GACCTACCTG ATCGGCTGGT ACTACGCCTG GGGCGGCTCA
AGCCAAGGCT GGGCCTGGCG CATTGGTGAC GGCGCCGCGC ACTTCGGCTA CCAGAATCCG
CTTGCCGCGT GGGCGATGTC GAACGTGACA CCGCTCATTC CGCTCTCGCC CACGGCAAAG
AGCGACTGGG CGGCGAGCTT GCAGCGCCAG CTGGAGTTCT ACCAGTGGTT GCAATCCGCG
GAAGGAGCCA TTGCGGGCGG CGCCACCAAC AGCTGGAACG GCAATTACGG GACCCCGCCG
GCCGGAGACT CGACCTTCTA CGGCATGGCG TACGACTGGG AGCCGGTCTA CCACGACCCG
CCGAGCAACA ACTGGTTCGG CTTCCAGGCG TGGTCCATGG AACGGGTTGC CGAGTACTAC
TACGTCACCG GCGACCCGAA GGCCAAGGCG CTGCTCGACA AGTGGGTCGC ATGGGTGAAG
CCGAATGTCA CCACCGGTGC CTCATGGTCG ATTCCGTCGA ATTTGTCCTG GAGCGGCCAA
CCGGATACCT GGAATCCGAG CAACCCAGGA ACGAATGCCA ACCTGCACGT GACCATCACG
TCGTCCGGGC AGGACGTCGG TGTTGCCGCG GCGCTCGCGA AGACACTCGA GTACTACGCG
GCAAAATCCG GCGATACGGC CTCGCGCGAC CTCGCGAAGG GATTGCTCGA CTCCATCTGG
AACAACGACC AGGACAGCCT CGGTGTGAGC ACACCGGAGA CGCGGACCGA CTACTCTCGG
TTCACTCAGG TGTACGACCC GACGACTGGT GACGGCCTCT ACATCCCGTC GGGTTGGACG
GGGACCATGC CCAACGGTGA CCAAATCAAG CCGGGTGCGA CCTTCCTGAG CATCCGGTCC
TGGTACACCA AGGATCCGCA GTGGTCGAAG GTGCAGGCGT ACCTCAACGG CGGGCCTGCT
CCGACGTTCA ACTACCACCG GTTCTGGGCG GAGTCCGACT TCGCGATGGC GAACGCCGAT
TTTGGCATGC TCTTCCCATC CGGGTCGCCC AGCCCGACCC CGAGCCCGAC TCCGACGTCG
TCCCCGAGCC CGACTCCGAG CAGCTCGCCG ACGCCGTCGC CCAGCCCGTC ACCGACCGGC
GACACCACGC CGCCGAGCGT GCCGACGGGT CTTCAGGTCA CCGGGACAAC GACGTCGTCC
GTGTCGCTCA GCTGGACCGC GTCCACCGAC AACGTCGGCG TCGCGCACTA CAACGTGTAC
CGAAACGGCA CGCTGGTGGG TCAGCCGACA GCGACGTCGT TCACGGACAC CGGCCTGGCT
GCTGGCACGT CGTACACGTA CACAGTGGCG GCCGTTGATG CGGCCGGTAA CACGTCGGCG
CAGAGCTCGC CGGTGACAGC GACGACGGCA TCGCCGTCGC CGAGCCCGTC GCCGAGCCCG
ACTCCGACGT CGTCCCCGAG CCCAACGCCG TCGCCGACAC CGTCACCGAC GTCCACCAGC
GGCGCATCGT GCACTGCTAC CTACGTTGTC AATAGCGACT GGGGTAGCGG CTTCACGACA
ACCGTGACCG TGACGAACAC CGGCACCAGG GCCACCAGTG GCTGGACGGT CACGTGGAGC
TTTGCCGGTA ATCAGACGGT CACCAACTAC TGGAACACCG CGCTGACGCA ATCCGGAAAG
TCGGTGACCG CAAAGAACCT GAGTTACAAC AACGTCATCC AACCTGGTCA GTCGACGACC
TTTGGATTCA ACGGAAGTTA CTCAGGAACA AACACCGCGC CGACGCTCAG CTGCACGGCA
AGCTGA
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| Protein sequence | MPGLRRRLRA GIVSAAALGS LVSGLVAVAP VAHAAVTLKA QYKNNDSAPS DNQIKPGLQL
VNTGSSSVDL STVTVRYWFT RDGGSSTLVY NCDWAAMGCG NIRASFGSVN PATPTADTYL
QLSFTGGTLA AGGSTGEIQN RVNKSDWSNF DETNDYSYGT NTTFQDWTKV TVYVNGVLVW
GTEPSGATAS PSASATPSPS SSPTTSPSSS PSPSSSPTPT PSSSSPPPSS NDPYIQRFLT
MYNKIHDPAN GYFSPQGIPY HSVETLIVEA PDYGHETTSE AYSFWLWLEA TYGAVTGNWT
PFNNAWTTME TYMIPQHADQ PNNASYNPNS PASYAPEEPL PSMYPVAIDS SVPVGHDPLA
AELQSTYGTP DIYGMHWLAD VDNIYGYGDS PGGGCELGPS AKGVSYINTF QRGSQESVWE
TVTQPTCDNG KYGGAHGYVD LFIQGSTPPQ WKYTDAPDAD ARAVQAAYWA YTWASAQGKA
SAIAPTIAKA AKLGDYLRYS LFDKYFKQVG NCYPASSCPG ATGRQSETYL IGWYYAWGGS
SQGWAWRIGD GAAHFGYQNP LAAWAMSNVT PLIPLSPTAK SDWAASLQRQ LEFYQWLQSA
EGAIAGGATN SWNGNYGTPP AGDSTFYGMA YDWEPVYHDP PSNNWFGFQA WSMERVAEYY
YVTGDPKAKA LLDKWVAWVK PNVTTGASWS IPSNLSWSGQ PDTWNPSNPG TNANLHVTIT
SSGQDVGVAA ALAKTLEYYA AKSGDTASRD LAKGLLDSIW NNDQDSLGVS TPETRTDYSR
FTQVYDPTTG DGLYIPSGWT GTMPNGDQIK PGATFLSIRS WYTKDPQWSK VQAYLNGGPA
PTFNYHRFWA ESDFAMANAD FGMLFPSGSP SPTPSPTPTS SPSPTPSSSP TPSPSPSPTG
DTTPPSVPTG LQVTGTTTSS VSLSWTASTD NVGVAHYNVY RNGTLVGQPT ATSFTDTGLA
AGTSYTYTVA AVDAAGNTSA QSSPVTATTA SPSPSPSPSP TPTSSPSPTP SPTPSPTSTS
GASCTATYVV NSDWGSGFTT TVTVTNTGTR ATSGWTVTWS FAGNQTVTNY WNTALTQSGK
SVTAKNLSYN NVIQPGQSTT FGFNGSYSGT NTAPTLSCTA S
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