Study of Extraction of Polyphenols from Pteridium Aquilinum by Response Surface Methodology

机译：响应面法从蕨麻瘤中提取多酚的研究

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The extraction of polyphenols from Pteridium aquilinum was optimized to maximize polyphenol yield, Y.A central composite design involving ethanol concentration (X1), extraction temperature (X2), extraction time (X3) and ratio of liquid to solid (X4) was used, and second-order model for Y was employed to generate response surfaces.The optimum conditions for polyphenol extraction were X|= 50.00 %, X2=68.69 °C, X3= 20 min, and X4= 36.14.The estimated value of Y at the optimum was 90.85 %.Experimental verification gave the value of Y= 91.61.

机译：优化了蕨类植物中的多酚的萃取，以最大化多酚产率，涉及乙醇浓度（X1），提取温度（X2），提取时间（X3）和液体与固体（X4）的比例，并第二个使用Y的型号模型产生响应表面。多酚提取的最佳条件为X | = 50.00％，X2 = 68.69℃，X3 = 20分钟，x4 = 36.14. y处于最佳的估计值90.85％。实验验证给出了Y = 91.61的值。

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《International conference on computer and network technology》|2011年||共3页
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Haijuan Nan; Han Gao; Benguo Liu; Bo Li; Bin Li;
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中图分类计算机网络;
关键词
extraction; polyphenol; Pteridium aquilinum; optimization; response surface methodology;

机译：提取;多酚;蕨麻瘤;优化;响应面方法;

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Study of Extraction of Polyphenols from Pteridium Aquilinum by Response Surface Methodology

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