结果显示：肿瘤细胞皱缩出芽、核裂解及凋亡小体形成。
The results showed that the retraction, budding, nuclear fragmentation and the formation of apoptotic bodies were apparent.
木材细胞皱缩的动力学机制是木材皱缩机理研究的核心问题之一。
The wood cells collapse source dynamic is one of the core issues about the research on the mechanism of wood collapse.
透射电子显微镜观察发现模型组大鼠肾小球内皮细胞皱缩、剥脱。
Shrinkage and detachment of glomerular endothelial cells in model group were observed by transmission electron microscopy.
结果：苦参碱处理后CNE2细胞形态发生改变，细胞皱缩，变小变圆，空泡明显。
Results: Morphological changes of matrine on CNE2 cells: cell shrinkage, cell size reduction and turn round, cytoplasmic vacuolar changes.
细胞表现为细胞皱缩、核质浓缩、核碎裂、细胞起泡以及凋亡小体形成等凋亡特征的形态学改变。
Apoptosis with nuclear chromatin condensation and fragmentation as well as cell shrinkage and the formation of apoptotic bodies were observed.
结论NO介导的小鼠胸腺细胞的凋亡过程，依次为磷脂酰丝氨酸外翻、线粒体去极化、CL氧化及细胞皱缩。
CONCLUSION: The process of thymocyte apoptosis mediated by NO in mice is successively PS ectropion, mitochondrial depolarization, CL oxidation and cell crenation.
桥粒间的细胞质皱缩。
桥粒间的细胞质皱缩。
不同层数的滤膜覆盖与压力感应呈线性衰减，8层滤膜覆盖致伤时可见内皮细胞有明显的皱缩脱落现象。
Different covers with filter membrane have relation to the pressure by line reducing. There is obviously crimple and exfoliate of endothelial cells injury when covered by 8 membranes.
扫描电镜观察显示高铝组细胞表面皱缩，胞膜局部破损呈蜂窝状，突起短，数量少。
The number of swelling, degenerative and necrotic cells was significantly increased in high Al group.
模型组大鼠肾小管间质细胞增多，肾小管基底膜增厚皱缩，纤维化明显，随时间进展而加重；
The renal interstitial cells increased in rats of the model group with the basal membrane thickened and shrank as well as obvious fibrosis, which were aggravated with the time prolonging.
长期以来，木材皱缩现象一直被认为主要是因为木材中液体毛细张力产生的“负压强”压溃细胞壁造成的，该文对此提出了质疑。
The long-term existing theory of wood collapse which was thought to be caused by "negative pressure" resulted from capillary tension in the water capillaries was called in question.
结果：凋亡毛细胞的主要形态特征包括：胞核皱缩；
Results:The apoptosis of hair cells presented membrane shrinkage.
凋亡细胞是以核内染色质的凝聚，核的皱缩及DNA的碎片化为特征的。
Apopcell is specified by nucleus chromatin condensation, nucleus shrinks and DNA fragments.
此电流对细胞容积改变敏感，细胞肿胀时被激活，细胞发生皱缩时则被抑制。
The currents were sensitive to the changing of cell volume, which can be activated by cell swelling and be inhibited by cell shrinkage.
此电流对细胞容积改变敏感，细胞肿胀时被激活，细胞发生皱缩时则被抑制。
The currents were sensitive to the changing of cell volume, which can be activated by cell swelling and be inhibited by cell shrinkage.
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