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Control of cell adhesion dynamics by Rap1 signaling

机译:通过Rap1信号控制细胞粘附动力学

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摘要

Individual cells in their particular environments adhere to the extracellular matrix (ECM) and their neighbours via integrin-containing and cadherin-containing complexes, respectively. The dynamics of these interactions regulate the formation and maintenance of complex tissues. An expanding body of evidence accentuates the role of the small Rap1 GTPase and its associated signaling network in many of these processes. In this review we will discuss more recently revealed roles of Rap1 signaling by primarily focusing on functions of the Rap1 effectors RIAM, KRIT-1/CCM1 and AF-6/Afadin in junctional regulation of the vascular system and in epithelial cells. Furthermore, we will describe novel findings on the Rap activator PDZ-GEF in the regulation of cell-cell adhesion between epithelial cells and within a stem cell niche.
机译:在其特定环境中的单个细胞分别通过含整联蛋白和含钙粘蛋白的复合物粘附到细胞外基质(ECM)及其邻居。这些相互作用的动力学调节复杂组织的形成和维持。越来越多的证据突显了小型Rap1 GTPase及其相关信号网络在许多此类过程中的作用。在这篇综述中,我们将主要关注Rap1效应子RIAM,KRIT-1 / CCM1和AF-6 / Afadin在血管系统和上皮细胞的连接调节中的功能,从而讨论Rap1信号传导的最新作用。此外,我们将描述Rap激活剂PDZ-GEF在调节上皮细胞之间以及干细胞生态位内的细胞粘附方面的新发现。

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