Pyrenophora teres: PTT_14607 Help Entry PTT_14607         CDS       T01613                                  Name (GenBank) hypothetical protein   KO K05349   beta-glucosidase [EC:3.2.1.21] Organism pte  Pyrenophora teres Pathway pte00460   Cyanoamino acid metabolism pte00500   Starch and sucrose metabolism pte00999   Biosynthesis of various plant secondary metabolites pte01100   Metabolic pathways pte01110   Biosynthesis of secondary metabolites Brite KEGG Orthology (KO) [BR:pte00001]  09100 Metabolism   09101 Carbohydrate metabolism    00500 Starch and sucrose metabolism     PTT_14607   09106 Metabolism of other amino acids    00460 Cyanoamino acid metabolism     PTT_14607   09110 Biosynthesis of other secondary metabolites    00999 Biosynthesis of various plant secondary metabolites     PTT_14607 Enzymes [BR:pte01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.21  beta-glucosidase      PTT_14607 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Glyco_hydro_3_C Glyco_hydro_3 Fn3-like WSC Motif Other DBs NCBI-ProteinID:  EFQ89221 UniProt:  E3RYI5 LinkDB All DBs Position Unknown AA seq 1118 aa AA seqDB search MASLLVLGFSALVSGAAIQQRDAVPAGFVAPPYYPAPHGGWTADWSESYRKASMLVSNMT LAEKTNLTAGTGIFMGRCVGNTGSALRVGIPQLCLQDGPLGVRNTDHNTAFPAGITVGAT WNKDLMQRRGVAIGEEFRGKGVNIHLGPSVGPLGRKPRGGRNWEGFGSDPVLQAFGGALT IEGIQSTGVIATIKHLIANEQEEYRMWNLLKPGYSSNVDDRTLHELYLWPFAEGVRSGVG SVMIAYNAVNGSACAQNSYMINGLLKDELGFQGFVMSDWLAQISGVPTTLAGLDMSMPGD KNDIPLVFGTSYWMYEQTRSVLNGSVPIDRVNDAVTRVLAAYFQMGQDQNYPRPNFDANT QNAEGPLYPGLLFGPRGVVNEFVDVQGNHAEVAREVARDAITLLKNDGGILPLTKNASLK IFGTDAEKNPDGINSCADQGCNKGTLGMGWGSGSARYPYMDSPIDGFKARGATYQFFNTD SFPGNSNPSPNDTAVVFVTSDSGENYITVENNPGDRTSSNLNLWHNGDKLIKDVAAKYSN VVVVVHTVGPILMNEWHDLPSVKAVVFAHLPGQEAGNSLMQVLYGDVSPSGHLPYTLPVS EDDYPKSVGLVGYQLGQPQDTFTEGLYIDYRHFHKANVTPKYAFGHGLSYTSFSFSDATI TPVTPLTATPPTRPAKGQTPAYSTAIPPASEAVWPANFPRLLRYIYSFLDQNDADAARKI GDSPSTYPYPAGYSNEQKPGPPAGGAQGGNPALFDTAYDISVTVTNTGSRPGKAVAQLYV QFPSESTVDTPVIQLRDFEKTSTLAAGASQKLNLRVTRKDLSVWDVVAQNWVIPAVGGDY GIWIGSSSDQLRLRCGTARGSCAEAASPGPNEPQLPGSATPTTDFGANTHYGCVIDVALV GQPNQGTRLFNGPFVSRNDTMSHQSCKDFCTFPSEAVPDAPYKYFGIEFGRDCRCGTNFL HDPIFSTQCNTTCLFNPAQLCGGQNVMDLWLNVDYVEPTNGTTTGTPTDGSPSSTPTGTP TDGSPDDGSPTGGPDDGTPTGTPTDGNPGGTPTSGPDDGGPTGTPTDGNPDDGSPTGTPT DGNPDDGSPTATPTDGNPDDGSPTGTPTDGNPDDGSPT NT seq 3355 nt NT seq  +upstreamnt  +downstreamnt atggcttcgcttctcgtgttgggcttttcagcccttgtgtcgggggcagctatccagcaa cgcgatgctgttccagcaggattcgtcgcgccaccatactatccagccccacacggagga tggacagcagactggagtgaaagctacaggaaagcatccatgcttgtttcgaacatgacc cttgctgaaaagaccaatcttacggccggaactggaatcttcatggggcgctgcgtcgga aacacgggtagtgctttgcgagtgggcatccctcagctctgcttgcaagatggacctcta ggtgtgcggaacactgatcacaacaccgcattcccagcgggaatcactgtcggagcgacc tggaacaaagaccttatgcaacgtcgtggtgttgcgatcggggaggagttccgtggcaaa ggcgtgaacatccacctcggtcccagcgtaggaccactaggcaggaaaccaagaggcggt agaaactgggaaggctttggctccgacccggtactccaggcttttggcggagctctcact atagagggcatccaaagcaccggtgtcatcgctaccatcaaacatctaattgcgaatgag caagaagaataccgcatgtggaatctactcaagcccggctactcctcaaacgtggatgat cgcacacttcacgaactctacctctggccatttgcagaaggtgtacgatctggtgtcggc tctgtgatgatcgcgtacaatgccgttaatggcagtgcatgcgcacagaacagttacatg ataaacggcctgttgaaggacgagcttggtttccaaggatttgtcatgtccgactggctg gctcaaatctctggagttcctacaacactcgctggactggatatgtccatgccaggagac aagaacgacattccattggtttttggaacttcttactggatgtacgagcagacacggtct gttctgaatggttccgttccaatagaccgtgtaaacgatgctgttacccgcgttctcgct gcatatttccagatgggccaggatcaaaattacccccgacccaactttgacgctaacacg cagaatgctgagggtcctctttaccccgggttactcttcgggccacggggagtggtgaac gagttcgtcgacgttcaaggtaaccacgccgaggtcgctcgcgaagtagctcgcgatgcg atcacgcttcttaagaacgatggcggcatcctaccattgaccaagaatgcatccctcaag atctttggaactgatgccgagaagaatccggatggcattaactcatgcgccgaccaaggc tgcaataagggaaccttgggtatgggttggggaagcggctccgctcgctacccgtacatg gattctcccattgatggtttcaaggccagaggtgctacttatcagtttttcaacaccgac tcctttccaggaaactccaacccgtcaccgaacgacactgcagttgtcttcgttacctct gattctggagagaactacattactgtcgaaaacaaccctggggatcgcacttcttctaac ctgaacctttggcacaacggtgataagctcatcaaggatgttgctgctaaatattcgaat gttgttgttgtggtacataccgttggccccatcctcatgaacgaatggcacgacctgcct tccgtcaaagcagtcgtcttcgctcatcttcccggccaggaagcaggaaactcgttgatg caagttctctatggcgatgtctctccctctggccatctgccttacaccttgcccgtgtcc gaagatgactacccaaagtctgtgggccttgttggataccagcttggacagccccaggac acattcaccgaaggcctttacattgactaccgtcacttccacaaagccaatgtgacaccg aaatatgcctttggccacggtcttagctacacgtcattctctttctcggacgctaccatc acacctgtgactcctctcacagcaacacccccaacgcgccctgcaaagggccaaacaccc gcatactcgacagctattccacctgcatcagaagcagtctggccagccaactttccccgt ctcttgcgctacatctactccttcttggaccagaatgatgcagatgccgccaggaagatc ggtgactctccgagcacatacccctatcctgcaggatattccaacgaacaaaagcctggt cctccagcaggtggtgcacaaggaggcaaccccgcactcttcgacacagcatacgacatt tccgtcaccgtaacaaacaccggtagccgcccaggcaaggcagttgcacaactctacgta caattccccagcgagagcacagttgacacgcccgtgattcagctccgagactttgagaag acgagcacattggcggctggtgctagtcaaaaactgaacttgcgagttacgcggaaggat cttagtgtctgggacgttgtggctcagaactgggttattcctgctgttggtggtgattat ggtatctggatcggtagttcatcggatcagttgcgcttgaggtgtggtacggcgcgtgga agctgtgctgaggctgccagcccgggacccaacgaaccgcaactgcctggcagcgcaaca cccaccactgatttcggagccaacacacactacggatgtgtcatcgatgtcgctctagtg ggccagcctaaccagggcacccgcctcttcaacggaccatttgtatcaagaaacgacacc atgtcacaccaaagctgtaaagatttctgtacatttccctcggaggctgtgccggatgcg ccgtacaagtactttggtatcgaatttggtcgcgactgccgctgcggaaccaacttcttg cacgacccgattttcagcacccagtgtaatactacgtgtttgtttaaccctgcgcagcta tgtggtggacagaacgtcatggacctttggttgaacgttgattatgttgagcctactaac ggaacaactactggcacaccgacggatggtagtcccagctcaactcccacgggcactccc actgatggatctcctgatgatggaagcccgacaggtggcccagatgatggtactcctact ggaacacctacggatggcaaccctggtggaaccccgacaagcggtcctgacgatggcggt cctacgggtacccccacagacggcaaccccgatgatggatctcccacaggtacacctact gatggcaaccctgatgatggatctccgacagctacacctactgatggaaaccctgatgat ggatctcccacaggcaccccgaccgatggcaaccctgatgatggatctcccacag

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