Epithelial polarity is one example of the cell polarity that is a fundamental feature of many types of cells. Epithelial cells feature distinct 'apical', 'lateral' and 'basal' plasma membrane domains.

2022年4月19日 · Apical–basal polarity is essential for epithelial cell form and function, as it determines the localization of the adhesion molecules that hold the cells together laterally and …

2020年9月8日 · Epithelial cells are one example of the polarized cell type, featuring distinct ‘apical’, ‘lateral’ & ‘basal’ plasma membrane domains. Every plasma membrane domain …

2016年12月12日 · 神经上皮细胞呈细长形，连接着顶端（apical，即脑室表面）和基部（basal，即软脑膜表面）。 除了沿顶端基部轴向（apical-basal axis）高度极化的特征，而且看上去呈层 …

Apical-basal polarity is essential for epithelial cell form and function, as it determines the localization of the adhesion molecules that hold the cells together laterally and the occluding …

5 天之前 · This formalism yields analytical solutions predicting cell cross sections along the entire cylinder axis. Deconvolution microscopy experimental data confirm the significant and …

2020年2月1日 · Here, we highlight recent findings on the mechanisms that control the activity and localization of apical–basal polarity regulators, including oligomerization and higher-order …

Cell polarity along the apical-basal axis is controlled by three protein complexes that interact with and co-regulate each other: The Par-, Crumbs-, and Scrib-complexes. The localization and …

2022年4月19日 · Apical–basal polarity is essential for epithelial cell form and function. Elucidating how distinct apical and basolateral compartments are established and maintained is essential …

Apical-basal polarity in most epithelia is established by conserved polarity factors, but recent evidence suggests that the gut epithelium in at least some organisms polarises by novel …