- 更多网络例句与微管器相关的网络例句 [注：此内容来源于网络，仅供参考]
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The ciliature microtubular organelles in the ventral cortex of Urostyla grandis were visualized by direct fluorescent labeling of FLUTAX .The organelles consist of adoral zone of membranelles, undulating membranes,frontal-midventral-transverse cirri,left and right marginal cirriand the base-associated microtubules,etc.
应用荧光紫杉醇直接荧光标记显示，腹毛目纤毛虫大尾柱虫 Urostyla grandis 腹皮层纤毛器微管胞器由口围带、波动膜、额腹横棘毛和左、右缘棘毛等纤毛器微管、纤毛器基部附属微管等组成。
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Basal bodies are the structures developed from bicentriole, the branched blepharoplast and blepharoplast, respectively, depending on the specific group of ferns concerned.
鞭毛、基体和多层结构中的微管带形成了游动精子三个独特的微管列阵，由于微管蛋白的后修饰作用这些微管列阵十分稳定；centrin是运动器中的重要成分，但功能尚不清楚，可能和细胞骨架及运动器的构建有关。
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It includes: mitochondria, endoplasmic reticulum, inside the network devices, lysosomes, microfilaments, microtubules, centriole, etc....
它包括：线粒体、内质网、内网器、溶酶体、微丝、微管、中心粒等。。。。
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In resting cysts, the microtubules under the pellicle, cortical ciliatures, conjunctions between cilia basal bodies, supporting structure of basal bodies and other microtubule structures are absorbed in different extent; microtubule-like assemble bodies appear at the center of the remained cilia basal bodies; the granules of chromatin and nucleolus in macronucleus become smaller whereas nucleus pores of the micronucleus become bigger; the inner membrane of some nucleus pores are attached with chromatin.
结果表明：纤毛虫形成包囊过程中，皮层细胞质中产生具有自噬泡消化特征的细胞器，将部分纤毛结构等逐步消化；休眠包囊中，表膜下微管、皮层纤毛器和纤毛基体间连接、基体托架及其他微管结构不同程度地被吸收、在残剩纤毛基体的中央形成微管形结构聚合体，大核染色质和核仁颗粒变小，核孔增大，并发生染色质附着于核孔内膜的现象；细胞脱包囊期间，皮层细胞骨架、线粒体等经历了在残剩结构基础上的再分化。
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From the tests,we have obtained some structural variant features related with salt resistance and demonstrated the successful introduction of Rhizophora apicularta DNA into tomato.This thesis contains two parts. In the first part,the morphological and anatomical structures of the leaves were investigated. As to the morphology,some difference between control and transformed tomato were found. The leaf dimensions of the transformed tomato with unextended leaves were smaller than that of control. These structure changes should help to decrease the evaporation of water effectively and release the physiological drought resulted from saline.
本实验分两部分：第一部分、对转化番茄的形态及细胞显微结构进行观察与分析，实验表明转化番茄形态与对照相比有明显的变化，其叶面积变小，叶形收拢，这种结构可有效地减少水分的蒸发，缓解由盐胁产生的生理干旱；组织解剖结构结果显示，耐盐番茄在细胞结构上发生了明显的变异：其气孔器倾向下陷，表皮毛增多，叶脉微管组织不发达，微管束周围出现增多的贮水细胞，叶缘及其它部位表面分化出大型的多细胞分泌型结构，这些结构与转化番茄后代较强的耐盐能力有关。
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These base-associated microtubules is comprise of membranlle brackets of AZM,its associated oral rib-wall microtubules, base body brackets of UM,anterior longitudinal microtubulesand posterior longitudinal microtubules of frontal cirri,ALM of TC,ALM,PLM and transverse microtubules of midventral cirri and L-and RMC.
其中，口围带小膜托架及其相联系的肋壁微管和波动膜基体托架，额棘毛基部前纵微管束、后纵微管束及横棘毛基部前纵微管束，中腹棘毛及左、右缘棘毛基部前纵微管束、后纵微管束和横微管束是该纤毛虫皮层纤毛器基部的主要附属微管。
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In the early 1980s, many researchers revealed the structure of cytoskeleton mainly on kinetosome in the cortex by the employment of protargol staining and ultrastructure method, and thus the configuration, development and mechanism of cortical ciliatures were discussed, which was the major tide in the studies of cell biology of protozoa.
但是，目前仅对草履虫、四膜虫中分散排布的体纤毛基体的装配有较深入的了解，而对不同种纤毛虫的毛基体特别是紧密聚集排列的纤毛器基体微管的装配和基体微管装配在细胞内的启动和发生过程尚未进行深入的研究。
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During the wall thickening, the number of Golgi bodies increased apparently and cytoplasm was filled with Golgi vesicles. Polylamellate structure of the secondary wall appeard, Along with the further development of tracheary elements, the nucleous disappeared and organelles were decreased, while cortical microtubules were arranged neatly against the inner side of plasmalemma.
初生壁与质膜之间有间隔较规律的次生壁突起；中期，线粒体和高尔基体的数量明显增加，细胞质中几乎充满高尔基体及其囊泡，次生壁中微纤丝已成有序排列；晚期，细胞核消失，导管中央形成空腔，细胞器迅速减少，仅观察到少量高尔基体和线粒体，有大量周质微管沿细胞长轴分布，且在次生壁的周围有大量小泡附着，次生壁的分层结构清晰可见。
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The ciliates were always ideal materials in the studies of the structure and function of cytoskeleton and its cell control and adjustment, for they have many kinds of cytoskeletons with complexity and they could be easily cultured and handled.
由于原生动物纤毛虫具有多种复杂的细胞骨架结构，加之其材料培养和处理的优点，一直被作为研究细胞骨架结构与功能及其细胞调控的理想材料。20世纪80年代初，许多学者应用蛋白银染色方法和超微结构方法，显示了纤毛虫细胞皮层中以纤毛基体作为主成分的骨架结构，探讨了纤毛虫皮层纤毛器的形态、形态发生及其结构形成机理，在国内外原生动物细胞学领域成为主流。20世纪90年代起，先后应用非离子去垢剂处理和扫描电镜相结合的方法、稳定保存微管结构的透射电镜术，微管蛋白的抗体标记及其免疫荧光技术及相关的生化与分子生物学等方法显示纤毛虫的微管胞器及其微管蛋白组分，探索微管胞器的形态、功能及其微管装配机理，积累了较多的资料，取得了重要的进展。
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This page provides some protocols about porcine brain tubulin, sea urchin sperm axonemes, rat liver cell cytosol and organelle fractions, organelle motility assay, tissue culture of PtK1 cells, basic protein chemistry and so on.
该网页提供了一些有关猪脑的微管蛋白、海胆的精子基因丝、大鼠肝脏细胞的细胞质和细胞器的级分、细胞器的运动性实验、PtK1细胞的组织培养、基本的蛋白化学等等方面的操作流程。
- 更多网络解释与微管器相关的网络解释 [注：此内容来源于网络，仅供参考]
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cathetometer：测微高器高差计
caterpillar vehicle 履带牵引车 | cathetometer 测微高器高差计 | cathod ray tube 阴极射线管
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crystalloid：晶体
细胞质染色较淡,除含一般细胞器外,还有脂滴、糖原和一些类晶体(crystalloid). 支持细胞也含有微丝和微管,可能与精子的释放有关. 支持细胞能吞噬精子形成过程中的遗弃物,也能分泌一种与雄激素结合的蛋白质和少量雌激素.
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crystalloid：类晶体
细胞质染色较淡,除含一般细胞器外,还有脂滴、糖原和一些类晶体(crystalloid). 支持细胞也含有微丝和微管,可能与精子的释放有关. 支持细胞能吞噬精子形成过程中的遗弃物,也能分泌一种与雄激素结合的蛋白质和少量雌激素.
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micromanipulator：微操纵器
所谓胚前诊断是在受精卵植入子宫内膜前的4~6细胞期,以显微操纵器(micromanipulator)或微型吸管穿破透明带,将分裂球或其中的部分细胞吸出放入培养液内,应用ISHH技术进行性染色体的分析,如有染色体畸形,可及早移除,避免以后进行人工流产术.
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capillary pipette：毛细吸管
capillary glass microelectrode 毛细玻璃微电极 | capillary pipette 毛细吸管 | capillary pipette washer 毛细吸管清洗器
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canalicular knife：泪管刀
canalicular apparatus 微管器 | canalicular knife 泪管刀 | canalicular scissors 泪管剪
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canalicular knife：泪管儀
canalicular apparatus 微管器 | canalicular knife 泪管儀 | canalicular scissors 泪管剪
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canalicular apparatus：微管器
canal 管道,槽 | canalicular apparatus 微管器 | canalicular knife 泪管刀
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canalicular apparatus;Golgi body：微管器
微分位相差顯微鏡 differential phase contrast microscope | 微管器 canalicular apparatus;Golgi body | 微鹼性的 alkalescent
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canal cell：沟细胞
canal 沟,管,道 | canal cell 沟细胞 | canalicular apparatus 微管器