The average extraction rate of diosgenin was 27.21%.
此时薯蓣皂苷元的平均提取率为27.21%。
Diosgenin is an important pharmaceutical raw material.
薯蓣皂甙元是一种重要的医药原料。
Diosgenin plays an important role in world medicine field.
皂素在世界医药学方面有重要的作用。
Objective To study the clean production technology of diosgenin.
目的研究黄姜皂素清洁生产工艺。
Diosgenin is important raw material of making steroidal medicine.
皂素是合成甾体激素类药物的重要原料。
To determine the content of diosgenin in Reduqing tablets by HPLC.
采用反相高效液相色谱法测定热毒清片中薯蓣皂苷元的含量。
AIM to study the mechanism of diosgenin induced A375 S2 cell apoptosis.
目的研究薯蓣苷元诱导人黑素瘤细胞A375S2凋亡的机制。
Objective To introduce the extraction, isolation and analysis of diosgenin.
目的介绍薯蓣皂苷元主要的提取和分离分析方法。
Objective To determine diosgenin content in Jingangteng soft capsule by RP-HPLC.
目的建立金刚藤软胶囊中薯蓣皂苷元的含量测定方法。
The diosgenin solid waste originate from Yellow Ginger after extracting diosgenin.
黄姜皂素生产废渣是黄姜提取薯蓣皂素后的固体废弃物。
The yield and diosgenin content of underground stem were different in different plants.
不同单株根状茎产量和皂素含量不同。
Objective to explore the mechanism of human osteosarcoma U-2OS cell line apoptosis induced by diosgenin.
目的探讨薯蓣皂苷元诱导人骨肉瘤u - 2os细胞凋亡的发生机制。
Objective To investigate the effect of diosgenin on the human osteosarcoma U-20S cell line and its mechanism.
目的探讨薯蓣皂苷元对人骨肉瘤u - 20s细胞的作用机制。
This paper introduced some factors that influencing the recovery rate and melt point of diosgenin in its production.
本文比较全面地介绍了工业生产中影响薯芋皂甙元收率和熔点的各种因素及其解决的方法。
Objective To enhance the yield and product quality of diosgenin extract, the method of stepwise biocatalysis was used.
目的利用阶梯生物催化协同提高提取盾叶薯蓣中薯蓣皂苷元的收率和质量。
Although the physiological effects of diosgenin on human and animals have been investigated widely, its physiological effects on plant have been ignored.
它对人体及动物的生理作用已有广泛研究，但是它对植物生理作用并未引起特别的关注。
MethodsThe diosgenin was extracted by prefermentation, separation, enzymic hydrolysis, prefermentation and fermentation by A. niger and double-separation.
方法采用预发酵法、分离法、酶解法、预发酵-黑曲霉发酵法、双分离法等提取黄姜皂素。
Methods: The optimum hydrolysis conditions were investigated using diosgenin as an index with uniform design and high performance liquid chromatography method.
方法：以薯蓣皂甙元的得率为指标，采用均匀设计法和高效液相色谱法探讨穿山龙水解的最佳工艺条件。
The applications of natural steroids in drug synthesis were discussed by diosgenin obtained from the Mexican dioscorea plant as the resources of starting meterial.
并以墨西哥薯蓣植物中得到的地奥配质为合成源，讨论了天然甾族化合物在药物合成中的应用。
The medicine value, production, current situation of demand and supply, preparation methods and comprehensive utilization of yam diosgenin are summarized in this paper.
对黄姜皂素的药用价值、生产、供求现状，制备方法及综合利用的研究进展作一综述。
The contents maintained the same level from July to October. Conclusion: The contents of diosgenin in P. polyphylla var. yunnanensis varied with the collecting seasons.
结论：滇重楼不同采收期薯蓣皂苷元的含量是不同，在实际应用时根据不同需要适时采收。
This paper introduced some factors that influencing the recovery rate and melt point of diosgenin in its production. And suggested an enhanced method to dissolve the problems.
本文比较全面地介绍了工业生产中影响薯芋皂甙元收率和熔点的各种因素及其解决的方法。
Yam formerly diosgenin, supplement and not sluggish, not hot not dry, can repair tempers and benefit stomach Yin, and fill the kidneys and only as auxiliary lung of the product.
山药原名薯蓣，补而不滞，不热不燥，能补脾气而益胃阴，而补肺益肾只能作为辅助之品。
This paper summarizes greatly the research progress of Dioscorea zingiberensis on the aspects of resource distribution, extracting process of diosgenin, chemical composition, pha…
主要概括了盾叶薯蓣的资源分布、薯蓣皂苷元的提取工艺、化学成分、药理、含量测定等方面的研究。
The process of simultaneous extraction and hydrolysis in situ for the recovery of diosgenin from rhizomes of Dioscorea zingiberensis was optimized by response surface methodology (RSM).
利用响应面优化法对盾叶薯蓣块茎中薯蓣皂甙元水解原位提取进行研究。
Methods Employing the stepwise glycosylation strategy, the target compounds were prepared via 10 steps of reactions using diosgenin as the starting material with an overall yield of 15%.
方法以薯蓣皂素为起始原料，采用逐步糖苷化策略，经10步反应制得目标化合物，总收率约为15%。
Methods Employing the stepwise glycosylation strategy, the target compounds were prepared via 10 steps of reactions using diosgenin as the starting material with an overall yield of 15%.
方法以薯蓣皂素为起始原料，采用逐步糖苷化策略，经10步反应制得目标化合物，总收率约为15%。
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