Salvia miltiorrhiza (redroot sage): 131026345 Help Entry 131026345         CDS       T09291                                  Name (RefSeq) alpha-glucosidase-like   KO K01187   alpha-glucosidase [EC:3.2.1.20] Organism smil  Salvia miltiorrhiza (redroot sage) Pathway smil00052   Galactose metabolism smil00500   Starch and sucrose metabolism smil01100   Metabolic pathways smil01110   Biosynthesis of secondary metabolites Brite KEGG Orthology (KO) [BR:smil00001]  09100 Metabolism   09101 Carbohydrate metabolism    00052 Galactose metabolism     131026345    00500 Starch and sucrose metabolism     131026345 Enzymes [BR:smil01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.20  alpha-glucosidase      131026345 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Glyco_hydro_31_2nd Glyco_hydro_31_3rd Gal_mutarotas_2 Motif Other DBs NCBI-GeneID:  131026345 NCBI-ProteinID:  XP_057812183 LinkDB All DBs Position 5:29162502..29165709 Genome browser AA seq 886 aa AA seqDB search MVKPNSKVFQLLILVAFFNCSAFSAEAEVVGYGYRLRSIKADSSRKSLSALLQLIDHSSV YGPDLPLLSLTASLETKERLRVSITDSDKTRWEIPNDILPRPPRRHGGRISPPLLSDASS GLIFTLQNTTPFGFAVHRRGAAAPLFDAAPIQNQPSTYLVFKNQYLQLSSSLPPQKSNLY GIGEHTRGSFRLQPNQTLTLWNADIPSSNTDVNLYGSHPFYMDVRPNGMTHGVLLLNSNA MDVVYSGDRITYKVIGGILDLYFFAGPTPELVMEQYTDLIGRPAPMPYWSFGFHQCKYGY KSVYEVENVVASYAKANIPLEVMWNDIDYMDAYKDFTLDPVNFPADEMKRFVDQLHKNTQ KYVVIIDPGITVNESYPTYKRGMQADVFIKRDGVPYLGQVWPGKTYFPDFLNPATGEFWT NEVKIFRDVVPVDGLWIDMNEVSNFITSPPTPFSSLDNPPYKINNSGAHRPINEKTLPAT CLHFGNLREYNVHNLYSFLESRATHAALVEATGKRPFVLSRSTFVGAGKYTAHWTGDNAA TWNDLAYSIPSVLNSGLFGIPMVGADICGFSRNTTEELCRRWIQLGAFYPFARDHSEQGS IPQELYVWDSVAASARIVLALRYKMLPYFYTLMYEASTKGAPMARPLFFSFPHDPNTYGN SAQFLLGRSVLVSPVLEQGALSVNAYIPKGNWFNMFNHSSSLSLKKGRYVQLDAPAESIN VHVGEGSIIAMQGEAMTTQGARATPFHLLVVMSESGNSSGQVFLDDGDDLEFAGEGGKWS LLTFNAGLVGNQVFLESKVLNGDFALNKKWMIDKATILGVKREFKKIQGCEGGINMEDVK LDAKVEDDNNGFLRLELSKMSFPMGKEFRIEIASCLQIKSILKDES NT seq 2661 nt NT seq  +upstreamnt  +downstreamnt atggtcaaaccaaattccaaagtcttccaattattgattctcgtcgcattcttcaattgt tcagcattttcagctgaagcagaagtagtcggatatggctaccgtctccgatctataaag gccgattcatcgcgaaaatctctcagcgctcttcttcagctcatcgaccactcctctgtg tacggcccagatctcccactcctctctctcaccgccagcttagaaacaaaagagcgtttg agagtgagcataaccgactccgacaaaactcgttgggaaatccctaacgacatcctcccc cgccccccgcgccgccatgggggccgcatttctccgccgctcctctccgacgcaagctcc ggcctcatcttcaccctccaaaacaccacgcccttcggcttcgccgtccaccgccgcggc gctgccgcccccctcttcgacgccgccccgatccaaaaccagccctccacctacctcgtc ttcaagaatcaatatctccagctgtcgtcgtcgctgcctccgcaaaaatccaatctttac ggcatcggcgagcacacgagagggtcgtttaggcttcagcctaaccagacactgacacta tggaacgccgacatccccagctccaatactgatgtgaatttgtacggatcgcaccctttt tatatggatgtgaggcctaatgggatgactcatggcgtgttgctgctcaatagtaacgcc atggatgttgtgtattccggcgatcggatcacttataaggtgatcggagggattcttgat ctgtatttcttcgccggaccaacgccggagttggtgatggagcagtacacagatctcatc ggccgccccgctcccatgccatactggtctttcggattccaccagtgcaaatatggttac aaatctgtgtacgaggttgagaatgtggtggctagctatgctaaagctaacattccttta gaagtgatgtggaatgacattgattacatggatgcttacaaagatttcacactggatccg gttaacttccccgctgatgagatgaagagattcgtcgatcagcttcacaaaaacactcag aaatatgtggtcattattgatcccgggatcactgtgaacgaatcgtacccgacttacaag cggggaatgcaggcggatgtgttcatcaagcgcgacggcgtaccttacttgggccaagtt tggccgggcaaaacttatttcccggacttcctcaacccagccaccggagaattctggact aacgaggtcaagatatttcgagatgttgttccggttgatggtctctggatcgacatgaat gaagtgtccaacttcataacctcgcccccgactccattttcatccctagacaatcctccc tacaagatcaacaactcaggagctcatcgccccatcaacgagaaaactctgcctgcaaca tgtctgcattttgggaacctgagagagtacaatgtgcataatctttacagttttctggag tccagagctactcatgctgctctggttgaggccactggtaaaaggccttttgtgctgagc aggtctaccttcgtgggcgccggcaagtacacggcgcactggaccggcgacaatgctgca acgtggaacgacttagcctactccatccccagcgtcttgaactcgggattgtttggcatt cccatggtgggagccgatatctgcggcttttcgcgcaacaccactgaggaactctgcagg agatggatccagttgggggcattctatccctttgccagagatcactccgagcagggcagc atccctcaggagctctatgtctgggactccgtggccgcctccgctcgcatagtcttggcc cttcgttacaagatgttaccgtatttctacaccttgatgtacgaggccagcaccaagggc gcgcctatggcaaggccgctcttcttctccttccctcatgaccccaacacttacggaaac agcgcccagtttttactgggaaggagcgtgctcgtctcccccgtgctggaacagggcgct ctctcagtgaatgcctacattcccaaggggaattggttcaacatgttcaaccactcgagc tcgttgagcctcaagaaggggcggtatgtgcagctggatgcgccggctgaatccatcaac gtgcatgttggcgaggggagcatcatagcaatgcagggcgaagctatgacgacgcagggg gcgagggccacgccgttccatttgctggttgtgatgagtgagagtgggaatagctccggg caagtgttcttggatgatggggatgatttggagtttgcaggtgagggagggaaatggagc ttactcacatttaacgctggtttggtggggaatcaagtgtttcttgaatcgaaagttttg aatggggattttgctctgaacaagaagtggatgattgataaggctacgattcttggagtg aagagggagtttaaaaagatacaaggatgtgaaggtggaattaacatggaagatgtgaag ttggatgcaaaggttgaagacgacaacaatggattccttaggttggagttgtcgaagatg tcatttcctatggggaaagagttcagaatcgagatcgcctcatgtctgcagataaagagc attctaaaggatgaatcatga

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