0000000000711550

AUTHOR

Ming-ming Yan

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Enhanced extraction of astragalosides from Radix Astragali by negative pressure cavitation-accelerated enzyme pretreatment.

2010

The optimal conditions for extraction of astragalosides III and IV (AGs III and IV) in Radix Astragali by negative pressure cavitation-accelerated enzyme pretreatment were studied on the basis of a Box-Behnken design and response surface methodology. Experimental results showed that negative pressure, amount of enzyme and incubation temperature were the main factors governing the enzyme pretreatment of Radix Astragali. The optimum parameters were obtained as follows: negative pressure -0.08 Mpa, amount of enzyme 1.48% (w/w of materials) and incubation temperature 45 degrees C. Under the optimal conditions, the maximal extraction yields of AGs III and IV were 0.103 and 0.325 mg/g, which were…

Environmental EngineeringScanning electron microscopeBioengineeringPressureRadixResponse surface methodologyWaste Management and Disposalchemistry.chemical_classificationAnalysis of VarianceChromatographyRenewable Energy Sustainability and the EnvironmentChemistryExtraction (chemistry)Reproducibility of ResultsGeneral MedicineAstragalus PlantAstragalus propinquusSaponinsEnzymesEnzymeIncubation temperatureCavitationMicroscopy Electron ScanningRegression AnalysisBiotechnologyDrugs Chinese HerbalBioresource technology
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