2012•Zhongguo shiyan fangjixue zazhiRequires access

Investigation of Extraction and Purification Technology for Qionggui Shuluo Granule

Jinyu Wang

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Abstract

Objective:To optimize extraction and purification technology of Qionggui Shuloug granule.Method:With transfer rate of ferulic acid as index,water extraction technology of Qionggui Shuloug granule was optimized by orthogonal test,soaking time,extraction times,extraction time and the amount of water were selected as factors,the content of ferulic acid was determined by HPLC;With transfer rate and purity of ferulic acid as indexes,single-factor test was used to investigate alcohol precipitation technology.Result:Optimized extraction technology was:soaked 1 h with 15 times the amount of water,extracted 2 times with 1 h per time;alcohol precipitation technology was:alcohol precipitation to the concentration of ethanol 60%,the relative density of 1.08-1.14(60 ℃).Conclusion:This optimized technology was stable and feasible,it could provide experimental basis for industrial production of Qionggui Shuloug granule.

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Objective:To optimize extraction and purification technology of Qionggui Shuloug granule.Method:With transfer rate of ferulic acid as index,water extraction technology of Qionggui Shuloug granule was optimized by orthogonal test,soaking time,extraction times,extraction time and the amount of water were selected as factors,the content of ferulic acid was determined by HPLC;With transfer rate and purity of ferulic acid as indexes,single-factor test was used to investigate alcohol precipitation technology.Result:Optimized extraction technology was:soaked 1 h with 15 times the amount of water,extracted 2 times with 1 h per time;alcohol precipitation technology was:alcohol precipitation to the concentration of ethanol 60%,the relative density of 1.08-1.14(60 ℃).Conclusion:This optimized technology was stable and feasible,it could provide experimental basis for industrial production of Qionggui Shuloug granule.

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Available abstract

Objective:To optimize extraction and purification technology of Qionggui Shuloug granule.Method:With transfer rate of ferulic acid as index,water extraction technology of Qionggui Shuloug granule was optimized by orthogonal test,soaking time,extraction times,extraction time and the amount of water were selected as factors,the content of ferulic acid was determined by HPLC;With transfer rate and purity of ferulic acid as indexes,single-factor test was used to investigate alcohol precipitation technology.Result:Optimized extraction technology was:soaked 1 h with 15 times the amount of water,extracted 2 times with 1 h per time;alcohol precipitation technology was:alcohol precipitation to the concentration of ethanol 60%,the relative density of 1.08-1.14(60 ℃).Conclusion:This optimized technology was stable and feasible,it could provide experimental basis for industrial production of Qionggui Shuloug granule.

Key concepts: Ferulic acid, Granule (geology), Chromatography, Water extraction, Chemistry, Alcohol, Ethanol, Extraction (chemistry)

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