- 更多网络例句与叶绿体基粒相关的网络例句 [注：此内容来源于网络，仅供参考]
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Using transmission electron microscope, I had found that there were obvious differences in the content of chloroplast and amyloplast and in the structure of grana lamella between transformed and wild tobaccos.
以转基因植株为材料，对植株叶片进行亚显微结构的透射电镜观察，发现野生型烟草与转基因烟草中的叶绿体、淀粉粒含量以及叶绿体中的基粒片层结构明显不同。
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Results indicated that the variation was significant from treatment to treatment. S-deficiency caused bulging chloroplasts, loosening and dishevelled grana lamella, reducing organelle, and damaged chondriosome in mesophyll cells of the leaves, and empty cells of the roots, while S-excess, however, led to densification, condensation and randomization of grana lamella of the chloroplasts of the leaves, and separation of cytoplasms from walls of the cells of the roots.
结果表明，受S素营养胁迫的水稻，其根系及叶片的超微结构均发生了显著的变化：低S胁迫会造成水稻叶片叶肉细胞内的叶绿体结构肿胀，基粒片层松驰、散乱，细胞器减少，线粒体结构被破坏，根系细胞内几乎没有内含物；S浓度高则会使叶片叶绿体基粒片层致密、浓缩，无规则化，根系细胞发生质壁分离。
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E., the number of stocs in granum abnormally decreased, thylakoid systemwas disintegrated and replaced by few single thylakoid, and then the whole structure of some chloroplast became vesicle-like structure with high electronic density.
电镜观察发现，性状表达时叶片间断失绿区叶绿体内部结构发生退化，呈现基粒垛叠片层数的异常减少，或基粒消失仅剩基粒残迹，有的甚至整个叶绿体为高电子密度的囊泡状结构。
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Under normal temperature.the Ca2+-ATPase activity was found on the innerside of the PM.on the vacuole envelope and the chloroplast envelope,and theenzyme activity declined upon heat stress.The Ca2+-ATPase activity on the vacuoleenvelope,PM.and the chloroplast envelope in both Ca2+-and oxalate-treated peppermesophyll cells was higher than that in the control under the same condition.TheCa2+-ATPase was also found at the granum lamella,and it was activatedsignificantly by exogenous Ca2+ and oxalate treatments.Under heat stress.the Ca2+-ATPase activity declined slowly in both Ca2+- and oxalate-treated mesophyll cells.But La3+ treatment inhibited the enzyme activity under both normal condition andheat stress.
常温下生长的叶肉细胞，在质膜、液泡膜、叶绿体被膜等处有Ca2+-ATPase活性，热胁迫后酶活性下降；外源Ca2+和草酸预处理对辣椒叶肉细胞各种膜上Ca2+-ATPase活性具有促进作用，特别是定位于液泡膜、质膜和叶绿体被膜上的酶活性明显比对照提高；在叶绿体基粒和基质片层上也有酶活性，并且Ca2+和草酸预处理对该部位上的酶活性激活作用更明显；La3+处理的作用与Ca2+和草酸处理的效果相反。
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The chloroplast ultrastructure of the sepal in the fresh-cut broccoli florets was investigated with a transmission electron microscope.
对鲜切西兰花叶绿体超微结构的研究表明，乙醇对叶绿体外膜及内部基粒片层结构均起到保护作用，减小了贮藏期间叶绿体的破坏程度，显著延缓了叶绿体结构的解体。
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The CO2 saturation point and light saturation point of B ascended and CO2 assimilatory ability, efficienecy of light energy utilization and temperature effect increased.
低钾处理初期，B叶绿体基粒数多于A，并且片层密度加厚；低钾处理后期，B与A叶绿体结构与形态趋向一致。B的CO2饱和点上升、光饱和点上升，CO2同化能力增加及光能利用率、温度效应增加。
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With electron microscope techniques, the cytopathological changes of the tobacco leaves infected by TMV-W and TMV-O 17 were observed.
受TMV-017侵染的烟草细胞中，叶绿体数量较少，叶绿体具双层膜结构，基粒片层排列整齐，有的叶绿体膨大，内含少量小的淀粉粒。
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Compared with that of normal cucumber, the structure of photosynthetic apparatus in glabrous cucumber was simple with less numbers of chloroplast and grana as well as the grana lamellae.
与有毛黄瓜相比，无毛黄瓜光合机构的结构较简单，叶肉细胞内叶绿体数量少，叶绿体内基粒数和基粒片层数少。
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The colorless ground matter between the grana lamellae in a CHLOROPLAST.
基质：是叶绿体内的叶绿体基粒片层结构之间的无色透明物质。
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On the contrary, CC with small vacuolar structures and few mitochondrias, endoplasmic reticulums were shown in weak light.
在弱光条件下也观察到叶绿体基粒片层边缘紊乱，筛孔处于阻塞状态。
- 更多网络解释与叶绿体基粒相关的网络解释 [注：此内容来源于网络，仅供参考]
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chloroplast grana：叶绿体基粒
chloroplastonema 叶绿体线 | chloroplast grana 叶绿体基粒 | grana lamella, grana lamellae(复) 基粒片层
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chloroplast genome：叶绿体基因组
chloroplast gene|叶绿体基因 | chloroplast genome|叶绿体基因组 | chloroplast grana|叶绿体基粒
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granum：基粒
并根据贮藏物质的不同分为造粉体(amyloplast)造油体(elaioplast)和造蛋白体结构:叶绿体呈球形、卵形,其内有基粒(granum)及基质(stroma 或matrix)片层类型:就其存在的部位来讲:有的存在于细胞液(cell sap)中;
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stroma lamella：基质片层
另一种是较大的扁囊,贯穿于基粒之间,称基粒间类囊体或基质类囊体(stroma-thylakoid)或基质片层(stroma lamella). 它们顺着叶绿体的纵轴彼此平行排列. 其存在意义在于,使膜片层的总面积大大超出叶绿体的面积. PSI仅存在于基质片层和基粒片层的非堆叠区.
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grana lamella：基粒片层
类囊体在基质中有两种形式存在,一种是较小的扁囊,多个5-30(10-100个)相互叠置成一摞,形成的结构称基粒(grana).每一叶绿体中约含有40-80个基粒.组成基粒的类囊体称基粒类囊体(granum-thylakoid)或基粒片层(grana lamella).另一种是较大的扁囊,
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Strobilomyces：球霉菌
球果状 strobiloid | 球霉菌 Strobilomyces | 叶绿体(或粒线体)基质 stroma;pl.stromata
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strombus：螺旋形豆荚
叶绿体(或粒线体)基质 stroma;pl.stromata | 螺旋形豆荚 strombus | 最大生长带 strongest growing zone
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grana：基粒
类囊体通常是几十个垛叠在一起而成为基粒(grana),类囊体膜上有光合作用的色素和电子传递系统. 在绿色植物和藻类中普遍存在的叶绿体是光合作用场所. 同时叶绿体也有自己特有的双链环状DNA,核糖体和进行蛋白质生物合成的酶,
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grana：(叶绿体)基粒
thylakoid 类囊体 | grana (叶绿体)基粒 | photosynthetic pigment 光合色素