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EBI DbfetchID AAA80156; SV 1; linear; genomic DNA; STD; PRO; 1965 BP. XX PA U08606.1 XX DE Erwinia chrysanthemi beta-glucosidase XX OS Erwinia chrysanthemi OC Bacteria; Proteobacteria; Gammaproteobacteria; Enterobacteriales; OC Enterobacteriaceae; Dickeya. OX NCBI_TaxID=556; XX FH Key Location/Qualifiers FH FT source 1..1965 FT /organism="Erwinia chrysanthemi" FT /strain="double" FT /mol_type="genomic DNA" FT CDS U08606.1:220..2184 FT /codon_start=1 FT /transl_table=11 FT /product="beta-glucosidase" FT /function="hydrolase" FT /db_xref="GOA:Q46684" FT /db_xref="InterPro:IPR001764" FT /db_xref="UniProtKB/Swiss-Prot:Q46684" FT /func_characterised="identical sequence" FT /protein_id="AAA80156.1" FT /translation="MEKSATRQKALLIALPLLFSPLASAVQQAVLDTRGAPLITVNGLT FT FKDLNRDGKLNPYEDWRLPAAERAADLVSRMTLAEKAGVMMHGSAPTAGSVTGAGTQYD FT LNAAKTMIADRYVNSFITRLSGDNPAQMAEENNKLQQLAEATRLGIPLTISTDPRSSFQ FT SLVGVSVSVGKFSKWPETLGLAAIGDEELVRRFADIVRQEYRAVGITEALSPQADLATE FT PRWPRIDGTFGEDPDLTKKMVRGYVTGMQNGKNGLNAQSVISIVKHWVGYGAAKDGWDS FT HNVYGKYAQFRQNNLQWHIDPFTGAFEAHAAGIMPTYSILRNASWHGKPIEQVGAGFNR FT FLLTDLLRGQYGFDGVILSDWLITNDCKGDCLTGVKPGEKPVPRGMPWGVEKLTPAERF FT VKAVNAGVDQFGGVTDSALLVQAVQDGKLTEARLDTSVNRILKQKFQTGLFERPYVNAT FT QANDIVGRADWQQLADDTQARSLVLLQNNNLLPLRKGSRVWLHGIAANAAQEVGFIVVN FT TPEQADVALIRTHTPYEQPHKNFFFGSRHHEGSLAFRNDNPDYQAIVRASAKVPTLVTV FT YMERPAILTNVVDKTRAVVANFGVSDSVLLNRLMSGAAYTAKLPFELPSSMSAVRNQQP FT DLPYDSAKPLFPFGYGLPH" XX SQ Sequence 1965 BP; 468 A; 572 C; 547 G; 378 T; 0 other; 4120683680 CRC32; atggaaaaaa gtgcgacacg acaaaaggcg cttctcatcg cgcttccctt actgttttcc 60 cctctggcaa gcgcagtaca acaggccgtg ctcgataccc gtggcgcacc gttgatcacg 120 gtcaacgggc tgacatttaa agatctgaac cgcgacggaa aactcaaccc gtacgaagac 180 tggcgtttac ctgcggcaga gcgggcggcg gacctggtct cacgcatgac gctggcggaa 240 aaagccgggg tgatgatgca cggttccgcg ccaacggcag gcagcgtcac cggtgccggt 300 actcagtatg atctcaatgc ggcaaagacc atgattgccg atcgctacgt caacagcttt 360 attacccggc tttccggcga taatccggcc cagatggccg aggaaaacaa taaattacag 420 caactagccg aagccacccg gctggggatc cctctcacta tcagtaccga cccgcgcagt 480 tcgttccagt cactggtcgg cgtcagcgtg tcggtgggta aattcagcaa atggccggaa 540 acgcttggac tggcagcaat tggcgacgaa gaactggtca gacgctttgc cgatattgtg 600 cgccaggaat accgcgccgt cggcatcacc gaagcgttat caccgcaggc agacctcgcc 660 accgaaccac gctggccacg tattgatggc acctttggcg aagaccctga cctgacgaaa 720 aaaatggtgc gcggttatgt caccggtatg cagaacggta aaaatggtct caacgcacaa 780 agcgtcattt cgatagtaaa acactgggtc ggttacggtg cggcgaaaga cggttgggac 840 agtcacaatg tttacggcaa gtacgcgcaa ttccggcaaa acaacctgca atggcacatc 900 gacccgttta ccggagcgtt tgaagcccat gcggcgggta tcatgccgac ttactccatc 960 ttgcgaaacg cgagctggca cggcaaaccc attgaacagg tcggggccgg gttcaatcgc 1020 ttcctgctca ctgacctgct gcgcggtcag tatggttttg atggcgtcat cctcagcgac 1080 tggcttatca ccaacgactg caaaggcgat tgcctgactg gcgtgaagcc gggggaaaaa 1140 ccagtgccgc gcggtatgcc atggggtgtg gagaaactga cacccgccga gcgcttcgtc 1200 aaagccgtga atgccggggt tgatcagttc ggcggcgtca ccgactcagc gctgctggtg 1260 caggcggtac aggacggcaa actgacggaa gctcgccttg atacctccgt caaccgcata 1320 ctgaaacaga aattccagac cggattattc gaacgcccct acgttaatgc cacacaagcc 1380 aacgacatcg tcggcagagc agactggcaa caactggcag atgacaccca ggcccgctca 1440 ctggtcctgt tgcaaaacaa taatctgtta ccactgcgta aaggcagccg ggtctggctg 1500 cacggtattg cggcaaacgc ggcacaggag gttggcttta tcgtcgtgaa tacgccagaa 1560 caggccgacg tagcgctgat ccgcacccac acgccatacg aacagccaca caagaacttt 1620 ttcttcggca gccgccatca tgaggggtca ctggcgtttc gcaacgacaa cccggactat 1680 caggctatcg tgcgcgccag cgctaaagtg ccaacgctgg tgaccgtcta tatggaacgc 1740 cccgccatcc tgaccaatgt ggtggataaa acccgtgcgg tggtcgccaa ctttggcgtt 1800 agcgatagcg tattgctcaa ccggctgatg tcaggcgcgg cttatacggc aaaattgccg 1860 tttgaactgc cgtcgtctat gtcggcggtg cgcaaccagc agcccgatct gccttatgac 1920 agcgcaaaac cgctgttccc attcggttat ggcctgcctc actga 1965 // |
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