ginseng root
英 [ˈdʒɪnseŋ ruːt]
美 [ˈdʒɪnseŋ ruːt]
网络 人参; 人蔘根; 人参根
双语例句
- Such a big ginseng root is certainly a rarity.
这么大的人参可是个稀罕儿。 - Purification and Characterization of Glucosyltransferase from Panax Ginseng Hairy Root Cultures
人参毛状根糖基转移酶的分离纯化及酶学性质研究 - Law of ginseng root weight changes during ginseng growth was tested by the field experiment from 1993 to 2001. Quantity laws and features were analyzed using mathematical simulation method.
通过田间试验，对1993-2001年人参生长过程中根重变化规律进行了研究，并采用数学模拟的方法，对参根增重过程中某些数量规律和特点进行了分析。 - Inquire into the Source of Organic Components in the Rusty Spot of Cortex around of Ginseng Root
参根周皮层锈斑有机组分来源的探讨 - It introduced new data for the formation of rusty spot in ginseng root.
参根周皮层死亡组织的分解及其腐殖化是这类物质的重要来源之一。 - Protective action of ginseng root saponins ( GRS) on genetic damage
人参根总皂甙对诱发遗传损伤的保护作用 - The effects of ginseng root saponins on anti DNA damaging and anti mutations
人参根总皂甙的抗DNA损伤与抗突变效应 - Effects of different phytohormones on the growth and ginsenoside content of Panax ginseng hairy root
植物激素对人参毛状根生长和皂甙含量的影响 - To study the pharmacologic effect of the original ginsenosides and the mechanism of their transformation and degradation in the course of ginseng processing, we isolated four chemical constituents from the fresh ginseng root cultivated in China by means of different methods.
本文采用不同于文献的技术方法，对中国产鲜人参中的天然皂甙&丙二酸单酰基人参皂甙进行了分离、鉴定研究，从中国产鲜人参中分离出四种单体化合物。 - Construction and Characterization of a Full-length cDNA Library for North American Ginseng Root Tissues
西洋参根cDNA文库构建及鉴定 - Four chemical constituents were isolated for the first time from the fresh ginseng root cultivated in China.
从中国产鲜人参中分离出4种单体化合物。 - Interrelated Analysis and Statistical Model of Quality index of Ginseng Root
人参根品质指标的相关分析及数学模拟 - Protective effects of ginseng root saponins on immunity in heat-stressed mice
人参根总皂甙对效应激小鼠免疫功能的影响 - In this paper, a comparative study on the components from the extract of cortex around white or red skin ginseng root was conducted using the kumada method.
根的周皮发达；本文采用熊田法比较研究了白皮/红皮参根周皮层提取物的组分。 - Study on developmental morphology of ginseng root system
人参根系发育形态学的研究 - Effects of ginseng stem-leaf saponins and ginseng root saponins and
人参茎叶皂甙和人参根皂甙及赛庚啶对大鼠主动回避反应的影响 - Studies on Effect of Crude Saponin Extracted from Panax ginseng Root or Stem and Leaf on Improving the Learn and Memory Barrier of Rats
人参根和茎叶皂甙对大鼠学习记忆障碍改善作用研究 - Construction of Subtractive cDNA Library and mRNA Differential Expression Analysis Involved in Ginsenoside Biosynthesis from Panax ginseng Root
人参植物与皂苷生物合成相关的差减cDNA文库构建及基因差异表达分析 - The effect of Ginsenosides extracted from Ginseng root ( GRS), stem and leaves ( GSL) on the survial rate of mice and cortical electroencephalogram ( CEG) of rats in acute hypoxia were studied.
在急性低压低氧条件下观察了人参根总甙（GRS）和茎叶总甙（GSL）对动物存活率及皮层脑电图（CEG）的影响。 - The rate of amylase of annual mean of ginseng root was the highest in the sixth annual ginseng the third one was the lowest.
根部的年平均酶比活力则为6年生的最高，3年生的最低。 - Extracts of red ginseng and sugar ginseng possess the protective effect on insulin shock. Saponins of ginseng root and saponins of ginseng stem and leaf possess the facilitating effect on insulin shock.
实验证明，红参提取物和糖参提取物对胰岛素休克有保护作用，人参根总皂甙和人参茎叶总皂甙对胰岛素休克有促进作用。 - Comparison of Pharmacological Activities of Aqueous Extract From Cell Simple Culture of Panax Ginseng with That From Ginseng Root
人参细胞简易培养物与栽培人参的药理活性比较 - Mathematical Model on Increase of Ginseng Root Weight in the Condition of Installation Cultivation
设施栽培人参根重增长的数学模型 - 4, Dry mechanism and usually rotten in dry American Ginseng's root were studied in this paper.
研究了西洋参根干制机理及干燥过程中常见败坏现象。 - The author considered that the protective effect of extracts of red ginseng on insulin shock concerned with the elevating serum glucose, and that except the facilitating effect of saponins of ginseng root on insulin shock related with the elevating serum glucose, there are some other mechanisms.
作者认为红参提取物对胰岛素休克的保护作用与其回收血糖作用有关，人参根总皂甙对胰岛素休克的促进作用除与血糖有关外，尚有其他机制。 - Successful construction of SSH library induced by MeJA of Ginseng hairy root, is an initial key for cloning and expressing the genes, furthermore, is essential for finding the new genes and the new functions in ginsenoside analysis pathway.
人参发根SSH文库构建成功，获得了在MeJA诱导下的差异表达基因，对人参皂苷合成途径中关键酶和关键基因的克隆、表达以及新基因的发现和功能研究奠定了物质基础。