2002Journal of Anhui Traditional Chinese Medical CollegeRequires access

EXTRACTION PROCESS OF XUEKANG CAPSULE WITH ORTHOGONAL DESIGN

Xiao Wang

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Abstract

Objective:To study the extraction process of Xuekang capsule. Method: The optimum extraction process was selected with the orthogonal design. The content of Ginenoside Rg 1 was determined by thin layer chromatography scanning. Results:The significant effects of extraction time and alcohol concentration on the extraction ratio of Ginenoside Rg 1 and ratio of dry extraction were observed. Conclusion: The optimum extraction process was as follows: with 500 ml/L alcohol for 2 times, with the solvent volume 6,5 folds amount and reflux for 1.5,1.5 hours in turn.

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Objective:To study the extraction process of Xuekang capsule. Method: The optimum extraction process was selected with the orthogonal design. The content of Ginenoside Rg 1 was determined by thin layer chromatography scanning. Results:The significant effects of extraction time and alcohol concentration on the extraction ratio of Ginenoside Rg 1 and ratio of dry extraction were observed. Conclusion: The optimum extraction process was as follows: with 500 ml/L alcohol for 2 times, with the solvent volume 6,5 folds amount and reflux for 1.5,1.5 hours in turn.

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Available abstract

Objective:To study the extraction process of Xuekang capsule. Method: The optimum extraction process was selected with the orthogonal design. The content of Ginenoside Rg 1 was determined by thin layer chromatography scanning. Results:The significant effects of extraction time and alcohol concentration on the extraction ratio of Ginenoside Rg 1 and ratio of dry extraction were observed. Conclusion: The optimum extraction process was as follows: with 500 ml/L alcohol for 2 times, with the solvent volume 6,5 folds amount and reflux for 1.5,1.5 hours in turn.

Key concepts: Chromatography, Extraction (chemistry), Capsule, Process (computing), Solvent, Alcohol, Volume (thermodynamics), Materials science

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