| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_1307 |
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| Symbol | |
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| ID | 4277369 |
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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 | Shewanella frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | - |
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| Start bp | 1553519 |
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| End bp | 1556182 |
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| Gene Length | 2664 bp |
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| Protein Length | 887 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 638134082 |
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| Product | Beta-glucosidase |
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| Protein accession | YP_749998 |
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| Protein GI | 114562485 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1472] Beta-glucosidase-related glycosidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | ATGGCTAAGC CACAGCACGG CAACATCTCG TCAAATCATA AAAAGAAAGC GCTTACAGCA
TGTGTTTCAT CACTTATATA CTTAGGTGTC AGCCATGCTG CATTAGCAGC ACACCCAACC
ATTACCCCAC AAACCTTACA TGCATTAACG GTGTTACCAG ATAATGAAAA GCTGCGTATT
GGCGATCGTA TTAGCCAAGT CGAAGATGAC ATTAACCGCT TATTGCCTCA GTTAACCTTA
GAGGAAAAAG TGTCTTTGGT GCATGCCGCG GGCAAGTTTC ATATACCTGC TATTGAGCGC
TTAGGCATAC ATGAAATGTG GATGTCAGAC GGCCCACACG GTGTGCGCTA CGAGATCGAT
CGCAACTCAT GGGCACCCGC AGGATGGACT AACGATTACT CGACCTATTT ACCGCCGTTA
ACCGCAATCG CCGCCAGTTG GGATCTTAAC ATGGCCACGC TGCACGGCAA TGTGCTTGGC
GCCGAAGCAC GTCATCGCAA TAAAGATCTT ATTTTGGGCC CTGGTGTAAA CCTCGCGCGC
CTACCGTTAT ACGGGCGTAA CTTTGAATAC ATGGGTGAAG ACCCGTTTTT AGCGGCGAGT
TTAGTGGTGC CCGAAATCAA AGCGATTCAG GCCAATGATG TCGGCGCCAC CGTAAAGCAT
TATGCCCTTA ATACCCAAGA ACTAAACCGC ACAAAAGTAA ATGCCAAACC TGATGAGCGC
ACCTTGCGTG AAGTGTATTT ACCAGCGTTT GAAGCGGCGG TAAAACAAGC CAACGTACAT
GCCATCATGG GCGCCTATAA CGAATTTAGA GGCACTAACG CCAATCAGAG CGAGCACTTA
GTCAATACTA TTTTAAAAGG CGAGTGGGGC TTTCAAGGGG TGTTGCTTAC CGACTGGAAC
GTCGACATCA ACACTTATGA TGCCGCCATG AACGGCCTTG ATATTGAAAT GGGCACAGAT
GTCGCTGATT TTGACGATTA CTTTATGGCA AAACCGCTAC TAGAGATGAT TAACGCTGGC
AAAGTACCAG TATCGGTACT TGATGATAAA GTCCGCCGTA TTTTACGGGT GCAACTCAGC
ATCGGCATGA TGGATAAACA CCGTTTATCC GGCGAGCGTA ACACTCAAGC TCACCGTGAT
GATGCCCGCA CACTGGCTGC AAATGGCATT GTATTACTTA AAAACGATAA CAAGGTATTA
CCGCTACATG CTGACAAACT TAAACATGTC TTGGTACTTG GTCCTAATGC CGATAAACGC
CATGGATTTG GTGGCGGCTC ATCAGAAGTT AAAGCACTCT ACGAAATCAG CCCATTAGCT
GGTTTAAAAG CCAAGCTGGG TGACAAGGTC GACATTCAAC TAATGCGTCC AGCCAGCAGC
CAATTTATGC CGATACCCAA TGACTATTTA ACCACACGTC ATTGGACTGG CACGCCATCG
TGGCAAATTA ATTATTACAA TGACAACAAG ATGACCCAGC TTGCCAGTGA GTCATGGATA
GCCGATCCGC AATTTAATGC CAAAGGCCAA AAACAGTTTG TCGACATTAA AGCCAACATC
AAACCTCTTG AAACGGGCAG CCACAGTTTT AACATAAAAG CTGACGGCCA AGTAGCATTG
TACATTAACG ATAAACCGCT AATTGCCACC ACCCAAGCAG ACCAAAGACA TGTTATCAGT
AAAGCCATGA CCTTAACTGC TGGTGAGACT TACGCAGTGA GTTTACGTTA CCAAGGCGAC
AAGCAAGCCA CCTTAGGCTG GGAAACGCCC AACAGTTTGT ACAATACCGA ACAAGAGTAT
TTAGCCGCAG CCAAGAAAGC TGATGCGGTG ATCTACTTTG GTGGCTTAAG TCATGCTGAT
GACCGCGAGT CTATCGACAG ACCTGACATG GTATTGCCTG GCCAACAAGA TGAGGTCATC
GCCAAACTGC TCAAAGTGAA TCCAAATACT GTGGTGTTTA TGATTGGCGG CTCTGCGGTA
GAAATGCCGT GGGCAGATAA CGCTAAAGCG GTTGTGTGGG GCTGGTATGG CGGTATGGAA
GCCGGTAATG CTTACGCGGA TATGTTATTG GGCAATCAAA ACCCTAGCGG TAAAATGCCA
ATAACCTTAC CGAAAAAACT CACTGACACC GCGCCAATCG CGTTAAACGA TTACAACGCC
ACTGAATCAC TTTATAGCGA AGGGGTATTT ATTGGTTATC GCTGGTTTGA ACAACAAAAT
ATTGCGCCGT TATTTGCCTT TGGCCACGGC CTGTCTTACA GCCAATTTGA TTACAGCAAC
ATCCGTCTTT CAAGCGCTAA CATTGCAAAT AATGACATGG CAAATGATGA CATTGCTGAC
GATGACATTA TCACCGTTGA AGTCGATGTC ACGAACACCA GTAAAGTCGA TGGTGCCGAG
GTAGTGCAAT TGTATCTGCA CGACGTTAAA GCCAGCGTAC CGCGTCCAGC AAAAGAGCTA
AAAGGCTTTG ATAAGTTATG GTTAAAGGCC GGTGAAACCA AAACAGCTAG CTTTACGCTA
ACCCAACGCG ACTTATCATT TTGGGATGTT AATACCAATA ATTGGCTCGC TGAATCAGGT
CAATTTGAAG TGATGATTGG CGCATCAGTT GCCGATATTC GTTTACGTAA AACCTTTGAT
TACCAACATA AAGCCAAACC GTAG
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| Protein sequence | MAKPQHGNIS SNHKKKALTA CVSSLIYLGV SHAALAAHPT ITPQTLHALT VLPDNEKLRI
GDRISQVEDD INRLLPQLTL EEKVSLVHAA GKFHIPAIER LGIHEMWMSD GPHGVRYEID
RNSWAPAGWT NDYSTYLPPL TAIAASWDLN MATLHGNVLG AEARHRNKDL ILGPGVNLAR
LPLYGRNFEY MGEDPFLAAS LVVPEIKAIQ ANDVGATVKH YALNTQELNR TKVNAKPDER
TLREVYLPAF EAAVKQANVH AIMGAYNEFR GTNANQSEHL VNTILKGEWG FQGVLLTDWN
VDINTYDAAM NGLDIEMGTD VADFDDYFMA KPLLEMINAG KVPVSVLDDK VRRILRVQLS
IGMMDKHRLS GERNTQAHRD DARTLAANGI VLLKNDNKVL PLHADKLKHV LVLGPNADKR
HGFGGGSSEV KALYEISPLA GLKAKLGDKV DIQLMRPASS QFMPIPNDYL TTRHWTGTPS
WQINYYNDNK MTQLASESWI ADPQFNAKGQ KQFVDIKANI KPLETGSHSF NIKADGQVAL
YINDKPLIAT TQADQRHVIS KAMTLTAGET YAVSLRYQGD KQATLGWETP NSLYNTEQEY
LAAAKKADAV IYFGGLSHAD DRESIDRPDM VLPGQQDEVI AKLLKVNPNT VVFMIGGSAV
EMPWADNAKA VVWGWYGGME AGNAYADMLL GNQNPSGKMP ITLPKKLTDT APIALNDYNA
TESLYSEGVF IGYRWFEQQN IAPLFAFGHG LSYSQFDYSN IRLSSANIAN NDMANDDIAD
DDIITVEVDV TNTSKVDGAE VVQLYLHDVK ASVPRPAKEL KGFDKLWLKA GETKTASFTL
TQRDLSFWDV NTNNWLAESG QFEVMIGASV ADIRLRKTFD YQHKAKP
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