查询词典 dioscorea

Edible tuberous root of various yam plants of the genus Dioscorea grown in the tropics world-wide for food.

薯蓣属植物的可食用的块根，生长在热带地区，全世界都把它作为食物。

Dioscorea zingiberensis that my country own plant were used as materials to investigate the genetic diversity and the contents of diosgenin.

本研究以我国特有的植物黄姜为试验材料，对黄姜遗传多样性与薯蓣皂甙元的含量进行了研究。

Now, many works of the study on Chinese herbal medicine have already put Dioscorea bulbifera L into the kind of the poison.

本实验在现有研究成果基础上，从三方面对黄药子的肝毒作用进行深入研究：一。

Dioscorea parviflora was treated with colchicines at different concentration and time duration in vitro.

在离体培养条件下，比较了不同浓度，不同处理时间的秋水仙素对小花盾叶薯蓣丛生芽的诱变效果。

In our study, that prove Dioscorea spp. could protect to cardiomyocytes. Maybe can application in clinical and to substitute HRT in future.

透过我们的实验结果，证明了适量山药的确具有保护心肌细胞的作用，也许在不久的将来，可以应用在临床上，藉此取代HRT。

Dioscorea Zingiberensis is a kind of very important cash crop,can make edibility, medicine use with the industry raw material.

盾叶薯蓣是一种极其重要的经济作物，可作食用、药用和工业原料。

The main symptoms of Dioscorea nipponica smut was strip spots in the stalk, nervation and leafstalk.

穿龙薯蓣立枯病主要危害接近土面的茎及叶片。

Dioscorea zingiberensis have six kind of sexe types, namely male plant, female plant, monoecism in different stem, female and male in the same stem with different branch, female and male in the same branch with different inflorescence and female and male in the same inflorescence with different flower.

盾叶薯蓣歼花植株共有6种性别类型，即雄株、雌株、雌雄同株异茎、雌雄同茎异枝、雌雄同枝异序和雌雄同序异花。

Wastewater Produced in Saponin of Dioscorea zingiberensis Productive Process whose components are complex contains much non-biodegradable sapogenin and surface activated matter, with puce color and high degree of acidity.

黄姜皂素生产废水成份复杂，酸度高，呈深褐色，水中含有相当数量难于被生物降解的黄姜素及表面活性物质，属于高浓度的有机工业废水。

The research is little and unclear about the physiological metabolism and biological activity caused by structural differences between yam steroid saponins and sapogenin. In this study, therefore, the furostanol glycosides and spirostanol glycosides with different forms of glycoside, and diosgenin with no glycone were isolated from yam (Dioscorea Pseudojaponica Yamamoto in Taiwan) that were investigated the effect and mechanism on anti-cancer for the structurally different Saponins and sapogenin.

然由於目前对於山药类固醇皂及皂元间结构差异所造成的生理代谢与生物活性之研究甚少，仍不甚明了，因此本研究以台湾基隆山药为原料，分离出furostanol glycosides和spirostanol glycosides等不同形式配醣体结构之皂，并与不含醣基之薯蓣皂元（diosgenin；DIO）进行实验，探讨山药皂抗癌之功效与机制，并进ㄧ步探讨比对此些功效与机制是否因山药皂配醣体结构（furosten和spirosten）形式之不同，以及醣基之有无而有所差异。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。