KEGG   Burkholderia mallei SAVP1: BMASAVP1_1190
Entry
BMASAVP1_1190     CDS       T00457                                 
Name
(GenBank) putative gluconolactonase
  KO
K01053  gluconolactonase [EC:3.1.1.17]
Organism
bmv  Burkholderia mallei SAVP1
Pathway
bmv00030  Pentose phosphate pathway
bmv00053  Ascorbate and aldarate metabolism
bmv00930  Caprolactam degradation
bmv01100  Metabolic pathways
bmv01110  Biosynthesis of secondary metabolites
bmv01120  Microbial metabolism in diverse environments
bmv01200  Carbon metabolism
bmv01220  Degradation of aromatic compounds
bmv01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:bmv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00030 Pentose phosphate pathway
    BMASAVP1_1190
   00053 Ascorbate and aldarate metabolism
    BMASAVP1_1190
  09111 Xenobiotics biodegradation and metabolism
   00930 Caprolactam degradation
    BMASAVP1_1190
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:bmv04147]
    BMASAVP1_1190
Enzymes [BR:bmv01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.17  gluconolactonase
     BMASAVP1_1190
Exosome [BR:bmv04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   BMASAVP1_1190
SSDB
Motif
Pfam: SGL Str_synth Vgb_lyase YNCE Lactonase
Other DBs
NCBI-ProteinID: ABM49500
LinkDB
Position
II:1199896..1200846
AA seq 316 aa
MSAMSEIGSRRYPDPAVRVLDPRFGALRLPSASVECLFQGARWSEGPVWFGDGRYLLWSD
IPNNRMLRWDEQSGTVGVFRQPSNNANGNTRDRAGRLVTCEHLTRRVTRTEYDGSITVLA
ERFAGKRFNSPNDVIVKSDGSIWFSDPDFGIQSFYEGEKQASEMPERVYRIDPQTGAVDI
VVDGVLGPNGLAFSPDEAMLYVVESKGRPRTIRAYDVAADGRTLRNERVLIDAAQGTPDG
FRIDVNGNLWCGWGMGTDELDGVRVFTPEGDAIGHIALPERCANVCFGGRHRNRLFMAAS
HGLYSLYVNTQGVPGG
NT seq 951 nt   +upstreamnt  +downstreamnt
atgagcgcgatgagcgagatcggctcacggcgttatcccgaccccgcggtgcgcgtgctc
gatccgcgcttcggcgcgctgcggctgccgtcggcgtccgtcgaatgtctgtttcaaggc
gcgcgatggtccgaaggcccggtgtggttcggcgacggccgctatctgctgtggagcgac
atcccgaacaaccggatgctgcggtgggacgaacagagcggcacggtcggcgtgtttcgc
cagccgtcgaacaacgcgaacggcaacacgcgcgaccgcgcggggcggctcgtgacctgc
gaacacttgacgcgccgcgtcacgcgcaccgaatacgacggttcgatcaccgtgctcgcc
gagcggttcgccggcaagcgtttcaattcgccgaacgacgtgatcgtgaagtccgacggc
tcgatctggttcagcgatccggacttcggcatccagagtttttacgagggcgagaagcag
gcgtccgagatgcccgagcgcgtttatcggatcgatccgcagacgggcgcggtcgatatc
gtcgtcgacggtgtgctcgggccgaatggcctcgcgttttcgccggacgaagcgatgctc
tatgtcgtcgaatcgaaaggacggccgcgcacgattcgcgcgtacgacgtcgcggccgac
ggcaggacgttacgcaacgagcgcgtactgatcgacgcggcgcaaggcacgccggacggc
tttcggatcgacgtgaacggcaacttgtggtgcggctggggcatgggcaccgacgagctc
gacggtgtgcgcgtgttcacgccggagggcgacgcgatcggacacatcgcgctgcccgag
cgctgcgcgaacgtctgcttcggcgggcggcaccggaaccggctgttcatggcggcgagc
catggtttgtattcgctgtacgtgaatacgcaaggcgtgccgggcggttga

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