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Study on Extraction Process of flavonoids in Mollugo Pentaphylla by Microwave-ultrasonic Extraction with Semi-bionic Technology

机译:半仿生技术微波超声萃取软波 - 超声萃取黄酮类化合物提取过程研究

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Objective: To optimize the extraction process of flavonoids in mollugo pentaphylla with microwave-ultrasonic extraction combination to semi-bionic technology by the response surface method. Methods: With the yield of flavonoids as response value, Extraction Process conditions of flavonoids in Mollugo Pentaphylla were investigated by the method of Box-Benhnken to analyze experiment. Results: The fitting degree of the regression model is high, and the optimum technological conditions were as follows, the material liquid ratio 1:30, microwave power 200 W, extraction time 60s, and the ethanol concentration 60%. Conclusion: The microwave-ultrasonic extraction with semi-bionic technology can be used for the extracting of flavonoids in mollugo pentaphylla.
机译:目的:用响应面法优化微波超声萃取组合与半仿生技术的微波 - 超声萃取组合的萃取过程。 方法:用箱苯甲箱的方法研究了黄酮类化合物作为响应值的响应值,对Mollugo Pentaphylla中的黄酮类化合物的提取过程条件进行了研究,分析实验。 结果:回归模型的装配程度高,最佳技术条件如下,材料液体比1:30,微波功率200w,提取时间60s,乙醇浓度为60%。 结论:半仿生技术的微波超声萃取可用于胶质型浮游性的黄酮类化合物。

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