细胞骨架系统

减数分裂的顺利完成是胞质分裂和核分裂在时间和空间上的协调结果，细胞骨架系统在减数分裂的一系列事件中具有重要的调节作用。

The completion of meiosis requires the spatial and temporal coordination of cytokinesis and karyokinesis . Cytoskeleton system is important for regulating a series of events during meiotic maturation .

有关细胞骨架系统对于Cx表达的影响有待进一步的研究。

It needs more study about the influence of cytoskeleton system on expression of CX in future .

~（60）Coγ射线对小鼠腹腔巨噬细胞和人外周血单核细胞骨架系统的影响

The effects of !( 60 ) co γ - ray irradiation on the cytoskeleton of mouse peritoneal macrophages and Humam peripheral blood monocytes in vitro

结果：对照组MCC细胞骨架系统显示为围绕胞核呈丝网状紧密有序排列，弥散性颗粒较均匀地分布其中；

Results : The cytoskeleton of cultured MCC was revealed correspondingly uniform and tight network-like structure in the cytoplasm .

结论：①共聚焦激光扫描显微镜的光学切片技术结合FITC-phalloidin和PI荧光探针双重标记技术是观察和分析细胞骨架系统三维立体结构的良好方法；

Conclusion : ① The way of observing and analyzing cytoskeletons by CLSM combined with FITC_phalloidin and PI fluorescence probe double labeling technique to image thin optical section has been developed and was good .

细胞骨架系统对TNF－α产生的影响

Effeet of the Cytoskeletal System on TNF - α Production

细胞骨架系统的立体电镜观察

The stereo EM study of cytoskeleton

南宁年青人主动脉及冠状动脉的平滑肌细胞骨架系统免疫组化研究

Immunohistochemical study of smooth muscle cells of the cytoskeletal system of the aortae and coronary arteries in young people from Naning

以黑松花粉粒和花粉管为试验材料，研究了离子注入对细胞骨架系统的损伤效应。

The damage of the cytoskeleton system in the pollen and the pollen tube of Pinus thunbergii induced by ion beam implantation were researched .

人肝癌细胞骨架网络系统的初步研究

Primary Studies on Cytoskeleton of Human Hepatocarcinoma Cell

微管、微丝、中间丝及其结合蛋白构成了心肌细胞的骨架系统，它们在维持心肌细胞正常形态，调节心肌细胞等一系列生理活动中发挥着重要作用。

Microtubules , microfilaments , intermediate filaments , and its binding proteins constitute the cytoskeleton of the myocardial cells , which have an important effect on the maintenance of the normal form of myocardial cells , and regulate a range of physiological activities in the myocardial cells .

细胞骨架图像分析处理系统开发

The Development of Image Analysis and Processing System for the Cytoskeleton

利用整装细胞扫描电镜方法测定SCP对血管内皮细胞骨架系统的影响，体外细胞迁移实验测定它对内皮细胞迁移的抑制效应，及鸡胚绒毛尿囊膜实验测定对血管生成的抑制效应。

The effect of SCP on the cytoskeleton of endothelial cell was investigated by the whole cell scanning electron microscopy . The effects of SCP on endothelial cell migration and angiogenesis were measured by the cell migration experiment and the chicken embryo chorioallantoic membrane experiment , respectively .

内质网的这种多态性提示它是一种高度可变的结构，其可变性可能与细胞特性、分化程度、细胞功能状态及细胞骨架系统的分布变化等因素有关。

The ER pleomorphism hints its highly flexibility associated with cell characteristics , differential degree , functional states and distribution of cytoskeleton .

已知微重力导致的细胞形态、功能、信号传导等多种变化均与细胞骨架系统变化有关，但微重力对相关基因调控的影响知之甚少。

Under microgravity condition , cytoskeleton is associated with the changes of cell shape , function , signaling and so on ;

具有ATP酶活性的线粒体、内质网、高尔基体等细胞器和运输小泡、质膜、壁旁体等结构以及微管等细胞骨架系统一起参与了纤维细胞初生壁的形成。

The organelles as mitochondria , endoplasmic reticulums and Golgi bodies , and other substructures like transfer vesicles , plasmalemma and lomasome , and the cytoskeletal systems , were together involved in fiber primary wall formation .

然而，在植物细胞中，尤其是高尔基体的膜上是否也存在如同动物细胞一样的骨架系统还存在争议。

However , it is uncertain whether the Golgi membrane skeleton is present in plant cells .

在此基础上，采用透射电镜观察细胞超微结构变化，流式细胞仪检测细胞凋亡的变化，激光共聚焦显微镜观察细胞骨架微丝系统的改变，进一步研究survivin反义寡核苷酸对7721细胞的生长抑制效应。

Furthermore , in order to explore the mechanisms of the inhibitory effect on the cell growth of survivin ASODN , we observed the changes of ultrastructure , apoptosis , and cell skeleton microfilament system after transfection by electron microscope , flow cytometer , and confocal microscope , respectively .

对微管系统的大量细胞结构和亚细胞结构的形态学观察，以及微管蛋白生化特性与集合组装的分析，丰富了细胞骨架系统的内容。

Morphological observations on numerous cellular and subcellular structures and the analysis on the biochemical features and assembly of tubulins have enriched the content of cytoskeleton system .