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Open and shut case for Rho A? The questions of when, where and how the small GTPase mediates the permeability of endothelial junctions.

机译:打开和关闭rho a? 小GTP酶何时以及如何以及如何介导内皮结的渗透性。

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摘要

It is incredible that current textbooks of Medical Physiology persist in describing the vascular endothelial lining as a passive barrier of finite permeability. Similarly, when the endothelium is observed to participate in vascular function it is treated as a homogenous population of cells possessing a limited number of signalling pathways that regulate the production of substrates that interact with neighbouring cells to regulate (or dysregulate) function. Instead, the barrier segregating flowing blood from metabolizing tissue is a complex structure composed of the endothelium with its associated basement membrane and surface glycocalyx, as well as the peripheral cells including pericytes, mast cells, and fibro-blasts at the capillary level and varying coverage by smooth muscle cells in the venules and arterioles, respectively.1 This heterogeneous structure responds constantly to changing physical and chemical stimuli to regulate fluid and solute movement between compartments acutely and chronically.
机译:当前医学生理学教科书持续存在于描述血管内皮衬里作为有限渗透性的被动屏障的血管内皮衬里。类似地,当观察到内皮术来参与血管功能时,它被视为具有有限数量的信号通路的均匀细胞群,其调节与相邻细胞相互作用以调节(或困难)功能的基材的产生。相反,从代谢组织中流动血液的屏障分离是一种复杂的结构,其由其相关的基底膜和表面甘油蛋白和表面甘油蛋白,以及包括在毛细管水平和不同覆盖范围内的周围细胞,包括周细胞,肥大细胞和纤维喷射的周围细胞通过静脉曲张和动脉瘤中的平滑肌细胞,该非均相结构始终应对改变物理和化学刺激以调节流体并急剧和慢性地溶质间隙。

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