Bordetella genomosp. 8: CAL12_09895 Help Entry CAL12_09895       CDS       T09515                                  Name (GenBank) gluconolactonase   KO K01053   gluconolactonase [EC:3.1.1.17] Organism bgv  Bordetella genomosp. 8 Pathway bgv00030   Pentose phosphate pathway bgv00053   Ascorbate and aldarate metabolism bgv00930   Caprolactam degradation bgv01100   Metabolic pathways bgv01110   Biosynthesis of secondary metabolites bgv01120   Microbial metabolism in diverse environments bgv01200   Carbon metabolism bgv01220   Degradation of aromatic compounds bgv01240   Biosynthesis of cofactors Brite KEGG Orthology (KO) [BR:bgv00001]  09100 Metabolism   09101 Carbohydrate metabolism    00030 Pentose phosphate pathway     CAL12_09895    00053 Ascorbate and aldarate metabolism     CAL12_09895   09111 Xenobiotics biodegradation and metabolism    00930 Caprolactam degradation     CAL12_09895  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:bgv04147]     CAL12_09895 Enzymes [BR:bgv01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.1  Carboxylic-ester hydrolases     3.1.1.17  gluconolactonase      CAL12_09895 Exosome [BR:bgv04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    CAL12_09895 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  SGL NHL SSL_N SBBP Arylesterase Motif Other DBs NCBI-ProteinID:  ARP81124 UniProt:  A0A1W6YJF5 LinkDB All DBs Position 2150024..2150950 Genome browser AA seq 308 aa AA seqDB search MAMYAAPPAMKTEVFTRIPDRYRKAGQLSDERLRAGKGTRATDSYIEGPSFDRQGNLYLV DIAFGLVFRVSPAGEVTQLIEYDGEPNGLKIHRDGRIFVADHKNGILLLDAEAGRVTPHI RRARTEGFKGPNDLFFAANGDMYFTDQGQTGLQDPSGRVYRQGADGYFECLLDNVPSPNG IVMNPAETMLYVAATRGNCVWRAMVLPDRSLTRVGLFVQMSGGAGPDGMAVDQAGNLYVA HAGMGAVWKFSPRGEPLLRIDSCMGHMTTNIAFGGQDNRDLFITESETGSVLVARMDTPG QPMYSHAG NT seq 927 nt NT seq  +upstreamnt  +downstreamnt attgccatgtacgccgcacccccggcgatgaagaccgaggtcttcacgcgtatccccgat cgatatcgcaaggccggccagctgtcggacgagcgcctgcgcgccggcaagggcacacgc gcgaccgacagctacatcgaaggtccgtccttcgacaggcagggcaacctgtacctggtc gacatcgccttcggcctggtctttcgggtgtcgcccgccggcgaggtcacgcagctgatc gagtacgacggcgagcccaacgggttgaagatccatcgcgacggccgcattttcgtggcc gaccacaagaacggcatcctgctgctggatgcggaggccgggcgcgtcacgccgcatatc cggcgcgcgcgcaccgaaggtttcaagggccccaacgatctgttcttcgccgccaatggc gatatgtactttaccgaccagggccagaccggcttgcaggatccatccgggcgcgtatac cggcagggcgccgacggctatttcgaatgcctgctggataacgttcccagtcccaacggc atcgtcatgaatccggcggaaaccatgctctacgtggccgccacccgcgggaactgcgtc tggcgcgccatggtgctgccggatcgctcgctgacccgagtgggcctgttcgtccagatg tccggcggcgccggaccggacggcatggcggtggaccaggccggcaatctctacgtcgcg catgccgggatgggcgcggtgtggaagttttcgccgcgcggcgaaccgctgctgcgcatc gattcgtgcatggggcatatgaccaccaacatcgccttcggcggccaggacaaccgcgac ctgttcatcaccgaatcggaaaccggcagcgtgctcgtggcgcgcatggatacgccgggc cagccgatgtattcgcacgcgggctga

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