Catharanthus roseus

英

美

网络  长春花; 長春花; 日日春; 白长春花; 马达加斯加长春花

双语例句

• In this paper we established RP-HPLC determination method and sample preparation method, and studied on the technology of vinblastine high effective extraction and purification, and finished the middle experiment from fresh catharanthus roseus. And finally we established the new vinblastine produce process.
  本文建立了长春碱的RP-HPLC分析方法和样品制备方法，研究了从鲜长春花中高效提取、纯化长春碱的方法，确定了全新的生产工艺，并进行了中试放大实验。
• Suitable stress is advantageous to the formation and the accumulation of vinblastine in the Catharanthus roseus.
  适当的水肥胁迫有利于长春碱在长春花体内的形成和积累。
• It has been reported that TDC is the key enzyme in biosynthesis of alkaloid from Catharanthus Roseus;
  有报道表明TDC酶是长春花生物碱代谢途径的一个限速酶；
• METHODS: Anhydrovinblastine was extracted from catharanthus roseus fresh leaves in different ways: merceration, homogenate-cavitation, ultrasonic wave method and hot reflux method.
  方法：分别采用冷浸法、匀浆-空化法、超声法、热回流法对长春花鲜叶进行提取并比较含量。
• I will place it on the prominent hospital, and in a circle around the species Catharanthus roseus.
  我将它放在院中的醒目处，并在周围种了一圈长春花。
• Effects of Exogenous Tryptophan on the CCO Activity of Root and Cell Ultrastructure of Catharanthus roseus Seedlings under Seawater Stress
  外源色氨酸对海水胁迫长春花幼苗根CCO活性和叶绿体超微结构的影响
• The main results as follow: 1 、 The effect of different concentrations of ethephon on morphology and biomass in Catharanthus roseus had significant influence.
  主要结果如下：1、不同浓度乙烯利对长春花的形态和生物量有显著影响。
• Catharanthus roseus, and Panax ginseng, and, meanwhile, the research on organ cultures of medicinal plants is increasing very quickly, which is deepening the study of medicinal plant tissue culture.
  国际上红豆杉、长春花、人参等“热门”药用植物的培养方兴未艾，药用植物的器官培养异军突起，药用植物发酵培养的研究逐渐深化。
• This paper reviews briefly the progress of Catharanthus roseus cell culture and indole alkaloid production including culture methods, culture systems, analytical methods, effects of culture conditions, sel(?) ction and keeping of high yielding cell lines, biosynthesis of alkaloids, and etc.
  本文简要介绍长春花细胞培养与吲哚生物碱生产的研究概况，包括培养方法、培养系统、分析方法、培养条件的影响、高产细胞系的筛选和保存、生物碱的生物合成等方面。
• Modification of Physiological Response to Salt Stress by Exogenous Soluble Sugars on Catharanthus Roseus
  外源性可溶性糖对长春花响应盐胁迫的影响