Search results for "Foldase"

showing 1 items of 1 documents

Decoding the Folding of Burkholderia glumae Lipase: Folding Intermediates En Route to Kinetic Stability

2012

The lipase produced by Burkholderia glumae folds spontaneously into an inactive near-native state and requires a periplasmic chaperone to reach its final active and secretion-competent fold. The B. glumae lipase-specific foldase (Lif) is classified as a member of the steric-chaperone family of which the propeptides of alpha-lytic protease and subtilisin are the best known representatives. Steric chaperones play a key role in conferring kinetic stability to proteins. However, until present there was no solid experimental evidence that Lif-dependent lipases are kinetically trapped enzymes. By combining thermal denaturation studies with proteolytic resistance experiments and the description of…

Macromolecular AssembliesProtein StructureProtein FoldingBurkholderiaProtein ConformationStereochemistryBiophysicslcsh:MedicineBiochemistryProtein Chemistrybacterial lipasemolten globuleBacterial ProteinsNative stateBurkholderia glumaeLipaseProtein Interactionslcsh:ScienceBiologyMultidisciplinarybiologylipase-specific foldasePhysicslcsh:RSubtilisinProteinsLipasebiology.organism_classificationMolten globuleEnzymesChaperone ProteinsKineticsBiochemistryChaperone (protein)Enzyme StructureProteolysisFoldasebiology.proteinlcsh:Qsteric chaperoneProtein foldingnear-native folding intermediateResearch ArticleMolecular Chaperones
researchProduct