叶绿素的例句（叶绿素在句子中的用法）

• Chlorophyll is produced by the action of light on the plants’ leaves. 光对植物的叶子发生作用从而产生叶绿素。
• This paper determined a series of biochemical and physiological properties of Speeded ? growth poplar and Lombardy poplar. 测定了速生杨与钻天杨的一系列生理生化特性,结果表明:速生杨的叶绿素、脯氨酸、脱落酸、抗坏血酸、可溶性糖含量、硝酸还原酶和过氧化物酶活性均高于钻天杨.
• Inhibition of chlorophyll synthesis may be caused by etiolation, mutant blocks, or streptomycin. 叶绿素合成可以由黄化 、 突变性阻塞或链霉素而引起.
• Physiological and biochemical effects of Hg ~ ( 2 + ) of Egeria najas were tested. 研究了不同浓度Hg2+对细叶蜈蚣草(Egerianajas)叶绿素(Chl ) 、超氧化物歧化酶(SOD)和过氧氢酶(CAT) 的分子毒理学效应.
• Chlorosis The loss of chlorophyll from plants resulting in yellow ( chlorotic ) leaves. 缺绿病:由于缺乏叶绿素而导致植物叶片 萎 黄的现象.
• The overall yield of sodium copper chlorophyllin is 41.3 %. 全过程叶绿素铜钠盐的收率可达41.3%.
• The technology of preparing sodium - copper chlorophyllin from carrot leaves was studied. 由胡萝卜樱叶提取叶绿素并经皂化、铜代及成盐反应制备叶绿素铜钠.
• The structure of the chlorophyll molecule is known . It consists ofporphyrin. 叶绿素的分子结构已经搞清, 它是由卟啉组成的.
• The disease causes varying degrees of destruction of the chlorophyll. 这一病害使叶绿素遭到不同程度的破坏.
• Chlorophyll is produced by the action of light on the plants'leaves. 光对植物的叶子发生作用从而产生叶绿素.
• All results show that chlorophyl a content detection is not only effective but also convenient. 结果表明:叶绿素法是比较方便、效的评价方法.
• This article introduces the existing situation of chlorophyl and sulphide in oi! 本文介绍了叶绿素、硫化物在油脂中的存在情况.
• The assessing indexes are chlorophyl, photosynthetic capacity and respiratory capacity of plants. 评价指标为植物叶绿素 、 光合作用能力和呼吸作用能力.
• Bacteriochlorophyll Any of several types of chlorophyll found in photosynthetic bacteria, such as the purple bacteria. 细菌叶绿素:在光能合成细菌如紫细菌中发现的几种类型的叶绿素.
• The photosynthetic pigment in bacteria is bacteriochlorophyll. 细菌光合作用的色素是细菌叶绿素.
• Discrimination technology for bacillariophyta and pyrrophyta was established by chlorophyll fluorescence excitation spectra of phytoplankton. 基于浮游植物活体叶绿素荧光激发光谱建立了硅藻和甲藻的识别测定技术.
• Albino seedling is the typical chlorophyll - deficient mutation in plants. 植物白化苗则是一种典型的叶绿素合成缺陷突变体.