| 1. | The role of actin filaments was disused in this paper
本文讨论了肌动蛋白微丝骨架在细胞融合过程中的作用。 |
| 2. | And the chromosomes and organelles were successively connected with actin filaments during cytomixis
在细胞融合过程中，有微丝骨架纤维与穿壁转移的染色质和细胞器相连。 |
| 3. | The transgenic toreniafournieri we got suitable provides a material to studies dynamics of actin filament in stomatal guard cell
获得的转基因植株也可以作为研究气孔运动过程中微丝动态变化的材料。 |
| 4. | Actin filaments can not be visualized in other cell types , including stem epidermal cell , root fair cell and pollen
在转基因植株的其它部位，例如茎表皮细胞、根毛细胞和花粉粒中，未检测到目的基因的表达。 |
| 5. | In rat hippocampal slices , tbs induced phosphorylation of p21 - activated kinase ( pak ) and its downstream effecter cofilin , signaling proteins that enable actin filament growth
在鼠海马切片中，短暂快速脉冲刺激导致蛋白激酶21的磷酸化，在它的下游区产生了cofilin ,一种能使肌动蛋白丝生长的信号蛋白。 |
| 6. | A complex cytoskeleton of f - actin filaments and microtubules is often present , and appears to control the structure of the cytoplasm , cell movements , and movements of the cytoplasm and conformation of the membranes
微丝和微管构成的复杂的细胞骨架存在于细胞质中，细胞骨架维持着细胞质的结构，细胞运动，胞质流动以及细胞膜的构象。 |
| 7. | Talin is a important f - actin binding protein , two functions of intact talin are the control of actin filament length and the cross - linking of actin polymers . the binding of f - actin to talin significantly increases actin filament stiffness
Talin是一个重要的f - actin结合蛋白，它可以控制微丝的长度，并且同actin聚合体发生交联， f - actin和talin发生的结合可以显著地增加微丝骨架的强度。 |
| 8. | We find the chimeric protein in leaf epidermal cells , stomatal guard cell and root epidermal cell . actin filaments can be visualized clearly in guard cell , in guard cells of open stomata under light , actin filaments arrange reticulate randomly in cytoplasm . in guard cells of closed stomata under darkness , actin filaments arrange curly along the longitude of guard cell
在叶片的表皮细胞、保卫细胞、根部的皮层细胞中有融合蛋白的表达，保卫细胞中微丝标记状况良好，经光诱导处于开放态的气孔的保卫细胞微丝呈网状结构，在细胞内无规则分布；经黑暗诱导处于关闭态的气孔保卫细胞中微丝束沿保卫细胞纵轴排列，呈卷曲状分布。 |
