Bradyrhizobium sp. BTAi1: BBta_2929 Help Entry BBta_2929         CDS       T00528                                  Name (GenBank) gluconolactonase   KO K01053   gluconolactonase [EC:3.1.1.17] Organism bbt  Bradyrhizobium sp. BTAi1 Pathway bbt00030   Pentose phosphate pathway bbt00053   Ascorbate and aldarate metabolism bbt00930   Caprolactam degradation bbt01100   Metabolic pathways bbt01110   Biosynthesis of secondary metabolites bbt01120   Microbial metabolism in diverse environments bbt01200   Carbon metabolism bbt01220   Degradation of aromatic compounds bbt01240   Biosynthesis of cofactors Brite KEGG Orthology (KO) [BR:bbt00001]  09100 Metabolism   09101 Carbohydrate metabolism    00030 Pentose phosphate pathway     BBta_2929    00053 Ascorbate and aldarate metabolism     BBta_2929   09111 Xenobiotics biodegradation and metabolism    00930 Caprolactam degradation     BBta_2929  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:bbt04147]     BBta_2929 Enzymes [BR:bbt01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.1  Carboxylic-ester hydrolases     3.1.1.17  gluconolactonase      BBta_2929 Exosome [BR:bbt04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    BBta_2929 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  SGL Str_synth TAT_signal Motif Other DBs NCBI-ProteinID:  ABQ35056 RhizoBase:  BBta_2929 UniProt:  A5EFW2 LinkDB All DBs Position complement(3047914..3049029) Genome browser AA seq 371 aa AA seqDB search MTNPRHDIAQDSPTGADGFDRRTLLKGVAGFAAAAAAVSPALARDYGPQAEPQRYPDPDI VVIDEKRFKAKVGNTTIKRLFTGCLWAEGPAWNTQGQYLVWSDIPNNRQLRYLDDDGHIS QQFRKPSNESNGNTFDYEGRQITAERTRLVRFEHNGTVTVLAEKANDKPLNGPNDMVVNP NDKSIWFTDPGYGSINLYEGQNVRNGSNQPFQKEAVYRVDAQSGAITKVADEPFKPNGIA FSQDYKKLYVCDTGITHYPNAKNVIWQYDINGDKLANPKAFIDMTLDGKSGFPDGLRVDI DGNIWVGAGWVGEGYDGVHIFAPDGVRIGQIKLPEICANVCFGGKKRNRLFMTASQSLYA VYVETQGAHIC NT seq 1116 nt NT seq  +upstreamnt  +downstreamnt atgacaaatccacgacacgatatcgcgcaggattcgccgaccggggccgatggcttcgac cggcgcacgctcctcaagggcgtcgccggctttgccgcggccgctgcggccgtctcgcct gcgctcgcgcgggactacggcccgcaggccgagccgcagcgttatcccgatcccgacatc gtcgtgatcgacgagaagcgcttcaaggccaaggtcggcaacaccacgatcaagcgcctg ttcaccggctgcctgtgggcggaaggaccggcctggaacacacagggccagtatctggtc tggagcgacatcccgaacaatcgtcagctgcgctatctcgacgatgacggtcacatctcg cagcagttccgcaagccctccaacgagtcgaatggcaacaccttcgactatgagggccgc cagatcacggccgagcgcacgcgcctcgtccgcttcgagcacaatggcacggtgaccgtt ctcgccgaaaaggccaatgacaagccgctgaacggcccgaacgacatggtcgtcaacccc aatgacaagtcgatctggttcaccgatcctggctacggctcgatcaatctctatgagggc cagaacgtccgcaacggctccaaccagccgttccagaaggaggccgtctaccgcgtcgac gcgcagtcgggcgccatcaccaaggtcgccgacgagccgttcaagccgaacggcatcgcc ttcagccaggactacaagaagctctatgtctgcgacaccggcatcacgcattatccgaac gccaagaacgtgatctggcagtacgacatcaatggcgacaagctcgccaaccccaaggcg ttcatcgacatgacactggacggcaagtcgggctttcccgatggcttgcgggtcgatatc gacggcaacatctgggtcggcgccggctgggtcggcgaaggctatgacggcgtccacatc ttcgcgccggacggcgtccgcatcggccagatcaagctgccggagatctgcgccaatgtc tgcttcggcggcaagaagcgcaatcgcctgttcatgaccgcgagccagtcgctctatgcg gtctatgtcgagacgcagggcgcgcatatctgttga

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