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The polarising role of cell adhesion molecules in early development [Review]

机译:细胞粘附分子在早期发育中的极化作用[综述]

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摘要

Polarising a cell or an embryo is a crucial and recurrent event during development, as it is important for cell differentiation and migration. Cells can become polarised along their apical-basal axis and also within the plane of the tissue layer to which they belong. The embryo develops three axes: the anteroposterior, the dorsoventral and the left-right axis. Recent work indicates instructive roles for cell adhesion molecules in establishing not only apical-basal polarity but also planar cell polarity and, surprisingly, in the generation of left-right asymmetry in vertebrates. Signalling cascades that regulate polarity formation seem to be conserved among different organisms, thereby raising the intriguing question of whether this also holds true for the cell adhesion molecules.
机译:使细胞或胚胎极化是发育过程中的关键且反复发生的事件,因为这对于细胞分化和迁移很重要。细胞可沿其顶基轴极化,也可在其所属组织层的平面内极化。胚胎发育三个轴:前后轴,背腹轴和左右轴。最近的工作表明,细胞粘附分子不仅在建立顶基极性而且在建立平面细胞极性中起指导作用,而且出人意料地在脊椎动物的左右不对称性的产生中。调节极性形成的信号级联似乎在不同生物之间是保守的,从而引起了一个有趣的问题,即这是否也适用于细胞粘附分子。

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