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Extraction of glycyrrhizic acid by aqueous two-phase system formed by PEG and two enwironmentally friendly organic acid salts - sodium citrate and sodium tartrate

机译:通过PEG和两个环境友好的有机酸 - 柠檬酸钠和酒石酸钠用两相体系提取甘草酸水溶液

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摘要

Two aqueous two-phase systems (ATPS's) formed by using PEG and sodium citrate/sodium tartrate are applied and compared for extraction of glycyrrhizic acid (GA) from its stock solution. Their binodal curves and tie-lines are studied firstly. Influence of usage amount of the salt and the PEG on the partition coefficient and extraction efficiency is investigated. The highest extraction efficiency and partition coefficient achieved is 73% and 6.5, when the sodium citrate and PEG concentration is 15% and 20% respectively. It is also found that the ATPS based on sodium citrate is better than sodium tartrate for GA extraction. The present study indicates that ATPS formed by biodegradable organic acid salts could be feasible and environment-friendly technique for GA and other bioactive compounds.
机译:通过使用PEG和柠檬酸钠/酒石酸钠形成的两种水性两相系统(ATPS),并与溶液从其储备溶液中提取甘草酸(GA)。 首先研究了他们的二叉曲线和系带。 研究了盐的使用量和PEG对分配系数和提取效率的影响。 当柠檬酸钠和PEG浓度为15%和20%时,所达到的最高提取效率和分区系数为73%和6.5。 还发现,基于柠檬酸钠的ATP优于GA萃取的酒石酸钠。 本研究表明,通过可生物降解的有机酸盐形成的ATP可能是GA和其他生物活性化合物的可行和环保型技术。

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