chloroplast

The effects of Cr 6+'s pollution on the ultrastructure of Hydrocharis dubia mainly showed: plasmodesmata fractured, nuclei deformed in different ways, chloroplast enlarged, granum disorganized.

Cr6+污染对水鳖超微结构的影响主要表现在：胞间连丝呈现不同程度的断裂；细胞核出现各种各样的变形；

Sand culture experiment compound effects of N and Zn on chloroplast ultrastructure of white clover leaves.

白三叶叶片超显微结构表明,低锌条件下,随供氮水平增加,叶绿体结构变差,基粒及基粒片层、基质片层数量下降甚至解体,光合能力显著下降.

In C4 plants there are two types of chloroplast.

在C4植物中有两种类型的叶绿体。

Etioplast A modified chloroplast formed from proplastids in leaves grown in total darkness.

白色体:叶在生长过程中完全置于黑暗条件下,由前质体形成的变化了的叶绿体.

Effect of Space Flight on Ultrastructure of Chloroplast in Agastache Rugosa

太空飞行对药用植物藿香叶绿体超微结构的影响

The chloroplast envelope has the light yellow color of violaxanthin.

叶绿体的套膜有紫黄质的淡黄色.

Chloroplast ribosomes contain about 50 distinct ribosomal proteins, distributed between the two subunits.

叶绿体核糖体还含有约50种不同的核糖体蛋白, 这蛋白分布在两个亚基之中.

Chloroplast membranes form elongated flattened fluid-filled sacs called thylakoids.

在叶绿体基质中,有许多由膜封闭形成的扁平小囊,称为类囊体.

The inside of a chloroplast with the granum circled.

叶绿体的内部构造与颗粒盘旋.

In this research 63 accessions of Brassica rapa from different regions were used to study their phylogeny and classification by nuclear and chloroplast DNA analysis.

本研究对来自全国不同地理来源地63份白菜类作物种质资源进行染色体基因组DNA、叶绿体基因组和核糖体ITS序列等水平上的研究，探讨了白菜类作物的系统进化、分类等。

Photosynthesis is often limited by the rate of CO 2 diffusion from the atmosphere to the chloroplast.

CO2从大气中向叶绿体中的扩散经常限制光合作用的速率.

Effects of Light and Humidity on Flower Bud Differentiation and Activity of Phosphatase of Chloroplast Thylakoid Membrane in Grapevines

不同光湿环境对葡萄花芽分化和叶绿体类囊体膜磷酸酯酶活性的影响

Isolation and observation of chloroplast DNA from the Paulownia fortunei

泡桐叶绿体DNA的分离纯化与电镜观察

The outer the two membranes around a chloroplast could be regarded as the host exclusion membranes.

围着叶绿体的外面两层膜,可以看作寄主排斥的膜.

This is the chloroplast.

这是叶绿体.

Transport to the chloroplast involves a similar process.

运输到叶绿体涉及一个类似的过程.

This picture shows the chloroplast structure.

这幅图画的是叶绿体的结构.

The number of chloroplast was much less, especially in spongy tissue, chloroplast hardly could been observed.

栅栏组织和海绵组织细胞内叶绿体数量变得更少, 海绵组织细胞中大部分几乎没有叶绿体存在.

Spongy tissue from the irregular round cells, with more chloroplast.

海绵组织由不规则的圆形细胞组成, 亦含较多的叶绿体.

To investigate the role of chloroplast NADPH dehydrogenase complex ( NDH) in protecting plants against heat stress, responses to elevated temperature at 50 ℃ were compared between ndh JK defective mutant(Δ ndhJK) and its wild type ( WT).

为探讨叶绿体NAD（P）H脱氢酶复合体（NDH）在植物抵御热胁迫中的生理意义，比较了烟草ndhJK基因缺失突变体（ΔndhJK）和野生型对50℃高温胁迫的响应。

The distribution probability of RS was respectively 88%, 36%, 31.3%, 28% in nucleus, mitochondrial matrix space, microbody ( peroxisome), chloroplast thylakoid membrane.

RS在植物细胞中的细胞核、线粒体基质空间、微体（过氧化物酶体）、叶绿体类囊体膜中的分布概率分别为：88%、36%、31.3%、28%。

In C 4 plants there are two types of chloroplast.

在C4植物中有两种类型的叶绿体.

A brief review of chloroplast structure is useful before discussing these experiments.

在讨论这些试验以前,对叶绿体结构作一简短的概述是有益的.

Effect of Different Concentration Na_2SO_3 on Chloroplast Pigment Content in Leaf of Chlorophytum Comosum Jacq and Pelargonium hortorum

不同浓度Na2SO3处理对吊兰和天竺葵叶片叶绿体色素含量的影响

The chloroplast is not a static organelle within the cell but can change shape as well as move.

在细胞中，叶绿体并不是静止不变的细胞器，而是能改变其形状和运动。

Body of how divisional coloured and chloroplast?

怎么区分有色体和叶绿体?

The first enzyme, cholinemonooxygenase ( CMO ) and the second enzyme are all localized in chloroplast.

第二个酶是甜菜碱醛脱氢酶 ( BADH ),它也主要定位于叶绿体中.

Linoleic acid is the predominant fatty acid in the chloroplast.

亚油酸是叶绿体中主要的脂肪酸.

Isolation and Restriction Endonuclease Analysis of Rice Chloroplast DNA

水稻叶绿体DNA的分离纯化及其限制酶切分析

Phosphoenolpyruvate carboxylase intrinsically located in the chloroplast of rice plays a crucial role in ammonium assimilation.

磷酸羧化酶在水稻叶绿体形成中的作用.