Microfilaments play a crucial role in regulating spindle rotation.
微丝是控制纺锤体旋转的关键因素；
Spoted vinculin was distributed in the end of microfilaments near the cell membrane;
纽蛋白呈斑点状，位于微丝靠近细胞膜的末端；
The microfilaments in the microvilli and pseudopodia are the skeleton of the movement.
微绒毛及伪足内的微丝是其运动的骨架结构。
Results A specific sequential changes in microfilaments occourred during wound healing.
结果内皮细胞在损伤修复过程中伴随微丝特殊而有序的变化。
The microfilaments of some microvilli formed core rootlets and entered into the cytoplasm.
细胞游离面部分微绒毛的微丝形成中心根并深入胞质。
A large portion of the cytoskeleton consists of threadlike microfilaments composed mainly of the contractile actin.
细胞骨架大部分由微丝组成，微丝主要由可收缩的肌动蛋白组成。
The process occurs as myosin proteins attached to organelles push against microfilaments arrayed throughout the cell.
这个过程发生，当肌球蛋白附着在细胞器上，由细胞细胞上排列的微丝推动的时候。
Going further into the structure and function of the microfilaments is of great significance to the research in can...
进一步研究微丝的构造及功能，对癌转移的研究是非常重要的。
The research was engaged in the effect of HMC toxin on microfilaments of N and C cytoplasmic male-sterile maize by fluorescence technique and confocal scanning microscopy.
本研究还利用荧光标记和激光共聚焦显微镜相结合的方法，研究了HMC毒素对同核异质体玉米根冠细胞微丝骨架分布的影响。
During spindle migration, an area enriched in actin microfilaments and devoid of microvilli begins to form in the cortex overlying the spindle, and prominent cortical polarity develops.
在纺锤体迁移的过程中，一个无微绒毛但富含微丝的区域形成于其上方皮质区域。至此，卵母细胞的极性形成。
During spindle migration, an area enriched in actin microfilaments and devoid of microvilli begins to form in the cortex overlying the spindle, and prominent cortical polarity develops.
在纺锤体迁移的过程中，一个无微绒毛但富含微丝的区域形成于其上方皮质区域。至此，卵母细胞的极性形成。
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