They evolved into the chloroplasts of plants.
这种转化方式进化为植物中的叶绿体。
These cells never regained their chloroplasts.
这些细胞再也不能重获叶绿体。
These enslaved bacteria are called chloroplasts.
这些被俘获的细菌被称为叶绿体。
The chloroplasts pictured here are in the cells of a moss.
上图是苔藓细胞中的叶绿体。
It also stains lignin and cutin red and chloroplasts pink.
它同样可使木质素和角质被染为红色，而将叶绿体染为粉色。
The mesophyll was undifferentiation, without chloroplasts.
叶肉不分化，细胞不含叶绿体。
However, they do not transfer these chloroplasts to the next generations.
然而，他们不转交这些叶绿体下一代。
Mitochondrias and chloroplasts are the sites for unique cellular processes.
线粒体和叶绿体是网站的独特的细胞过程。
In plants and eukaryotic algae, photosynthesis takes place in chloroplasts.
叶绿体是植物和真核藻类进行光合作用的场所。
The chloroplasts of both the mesophyll and the bundle sheath cells contain many grana.
束鞘细胞的叶绿体和叶肉细胞的叶绿体都含有许多基粒。
Normal chloroplasts are indicated by white arrow, while abnormal chloroplast by blue arrow.
白色箭头指示正常叶绿体，蓝色箭头指示异常叶绿体。
Electron microscopy analysis showed that the chloroplasts could not develop in the mutants.
电镜观察表明，突变体中的叶绿体不能正常发育。
Meanwhile, pathological changes of diseased chloroplasts' morphology and structure took place.
同时，叶绿体发生了形态和结构上的改变。
The shape of chloroplasts changed from regular spindle-shaped to irregular rotundity and oval.
线粒体逐渐增多，叶绿体的形状由规则的纺锤形逐渐变为不规则的圆形或椭圆形。
The concentration of CP inside chloroplasts was positively related to the severity of the symptom;
叶绿体中CP的浓度和花叶症状严重程度呈正相关；
A likely explanation is that more variations accumulated by more chloroplasts in cells of sun plants.
推测可能是阳生植物叶片细胞中有更多的叶绿体，积累了更多的突变造成的。
The chloroplast RNA were extracted from the chloroplasts with a mixture of extracting buffer and phenol.
将叶绿体与提取缓冲液、苯酚混合匀浆抽提叶绿体RNA。
It's even possible to make out structures within the cell, such as the nucleus, mitochondria and chloroplasts.
甚至可能辨认出如细胞核、线粒体、叶绿体等细胞结构。
The early green fruit was characterized by chloroplasts with a typical grana intergranal thylakoid structure.
早期绿色果实的特点是叶绿体具典型的基粒-基粒间类囊体结构。
In addition, the number of thylakoid membranes in these mutants decreased and their chloroplasts were smaller.
此外，在这些突变体中，类囊体膜的数量也有所降低，它们的叶绿体亦相对较小。
Chloroplasts and mitochondria are both relatively large bodies, surrounded by membranes, as is the cell itself.
叶绿体和线粒体都是比较大的实体，它们被一层膜包着，象细胞本身一样。
The percentage of intact chloroplasts in the chloroplast preparations isolated by this method is usually over 80%.
在使用这种方法获得的叶绿体制剂中，完整叶绿体的百分数通常超过80％。
The proplastids differentiate to form characteristic organelles such as amyloplasts, chloroplasts and chromoplasts.
前质体能分化成各具特点的细胞器，如淀粉体，叶绿体和有色体。
The consequence showed that chloroplasts of green plants are more active than of colored ones, so are their stability.
结果表明，绿色植物叶绿体的活性高于彩叶植物，其活性的稳定性也更高。
Chloroplasts are plant photosynthesis, place, can effectively will be the light of the sun energy into chemical energy.
叶绿体是植物进行光合作用的场所，能有效将太阳的光能量转化成化学能。
Thus, we conclude that the sites of H_2O_2 generation induced by ABA in guard cells are plasma membrane and chloroplasts.
从以上的实验结果推知：aba诱导蚕豆保卫细胞中H_2O_2的产生位点是质膜和叶绿体基质。
Also observed was that sucrose could maintain the rate of survival of guard cells and the integrity of their chloroplasts.
同时还初步观察到，蔗糖可维持保卫细胞存活率和叶绿体的完整性。
The structure and Numbers of chloroplasts were investigated during leaf senescence in hybrid rice shan you 63 and three lines.
研究了杂交稻及其三系叶片衰老过程中叶绿体数量和结构的变化。
The structure and Numbers of chloroplasts were investigated during leaf senescence in hybrid rice shan you 63 and three lines.
研究了杂交稻及其三系叶片衰老过程中叶绿体数量和结构的变化。
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