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Optimization of Ultrasonic-assisted Enzyme Extraction of Saponins by Central Composite Design from Corn Silk

Xiaoqin Diao

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Abstract

To optimize the extraction process of saponins from corn silk,Central composite design combining quadratic polynomial stepwise regression analysis were applied to optimize extraction conditions.The optimal technological conditions can be concluded as follows: ultrasonic extraction temperature 50 ℃,ethanol concentration 90%,cellulase dosage 1.62% and ultrasonic extraction time 30 min.On these conditions,the yield of corn silk saponins was up to 2.24%.

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What this paper is about

To optimize the extraction process of saponins from corn silk,Central composite design combining quadratic polynomial stepwise regression analysis were applied to optimize extraction conditions.The optimal technological conditions can be concluded as follows: ultrasonic extraction temperature 50 ℃,ethanol concentration 90%,cellulase dosage 1.62% and ultrasonic extraction time 30 min.On these conditions,the yield of corn silk saponins was up to 2.24%.

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Available abstract

To optimize the extraction process of saponins from corn silk,Central composite design combining quadratic polynomial stepwise regression analysis were applied to optimize extraction conditions.The optimal technological conditions can be concluded as follows: ultrasonic extraction temperature 50 ℃,ethanol concentration 90%,cellulase dosage 1.62% and ultrasonic extraction time 30 min.On these conditions,the yield of corn silk saponins was up to 2.24%.

Key concepts: Extraction (chemistry), Cellulase, Yield (engineering), Central composite design, SILK, Ultrasonic sensor, Polynomial regression, Pulp and paper industry

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Optimization of Ultrasonic-assisted Enzyme Extraction of Saponins by Central Composite Design from Corn Silk — Research Paper | ScholarLens