甘草次酸已被应用于临床，药用开发前景广阔。
Glycyrrhetinic acid has been used in clinical and has a large pharmaceutical development prospect.
目的：探讨甘草次酸(GA)抑制K562细胞增殖的机制。
OBJECTIVE To study the mechanism of inhibition of K562 leukemia cells proliferation by glycyrrhetinic acid (GA).
目的研究甘草次酸和甘草酸对离体大鼠肝细胞的膜效应及膜结合位点。
Purpose to investigate the effects and binding sites of glycyrrhetinic acid and glycyrrhizin on isolated rat hepatocyte membrane.
本文研制的电极是在铂丝上涂双层聚合膜而制成的一种甘草次酸涂丝药物电极。
The electrode concerned in this article is a medical one - a platinum wire electrode made by covering glycyrrhetinic acid with double - decked polymer film.
结果制备了11-脱氧甘草次酸，并通过IR、NMR等手段对其结构进行了鉴定。
Results11-deoxy-glycyrrhetinic acid was prepared and its structure was characterized by IR and NMR.
用薄层色谱技术分离甘草提取液中成分后，再用扫描先密度法对甘草次酸进行定量测定。
First separating the ingredient from extraction of licorice with TLC, then measuring quantitatively the content of Glycyrrhetic acid with scan densitometry.
最近的两项研究已经有非常好的结果，证实了甘草次酸可以有效的改善病人的炎症状况。
Two recent studies have shown good results in patients using glycyrrhizinic acid to improve dermatitis.
该方法工艺简便、产品收率与纯度高，树脂再生容易，是目前提取甘草酸和甘草次酸较为理想的方法。
The process is simple and convenient. The yield and purity is good and the regeneration of resin is easy. So this method of extraction and purification is advisable.
该方法工艺简便、产品收率与纯度高，树脂再生容易，是目前提取甘草酸和甘草次酸较为理想的方法。
The process is simple and convenient. The yield and purity is good and the regeneration of resin is easy. So this method of extraction and purification is advisable.
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