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首页> 外文期刊>Journal of molecular cell biology >Modeling cellular polarity, plasticity, and disease disparity in 4D
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Modeling cellular polarity, plasticity, and disease disparity in 4D

机译:在4D中建模细胞极性,可塑性和疾病差异

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Most cell types are polarized with distinct structuralorientations or protein localization patternsthat allow cells to perform context-dependentfunctions in space and time in response to physiologicalregulation (Forte and Yao, 1996).Epithelial cell polarity is characterized by cellswith apical and basolateral membrane domains,and the establishment and maintenance of cellpolarity are crucial during development to specifycell fate and functions, e.g. epithelial cells undergodynamic renewal to orchestrate the tissuehomeostasis in gastrointestinal tracts for digestivephysiology (Yao and Forte, 2003).
机译:大多数细胞类型具有不同的结构,或蛋白质定位模式偏振,允许细胞在响应地理调节(Forte和yao,1996)的空间和时间内进行细胞在空间和时间内的情况。上医细胞极性的特征在于纤维质和基石膜结构域,以及在开发期间,蜂窝性的建立和维护对于指定条件和职能来说至关重要,例如上皮细胞未恢复术中胃肠道胃肠道治疗的胸膜内体(姚和Forte,2003)。

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