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Endothelial Cells: The Living Sensors and Actuators

机译:内皮细胞:活着的传感器和促动器

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摘要

Cells function as an integral part of living tissues, constantly sensing and responding to biochemical and biomechanical stimuli. Endothelial cells (EC), in particular, are able to discriminate both the temporal and spatial components of shear stress, rending cell signaling, gene expression, and followed by protein formation. We embraced the MEMS technology to characterize real-time shear stress on EC. We provided the first in vitro evidence whereby a distinct pattern of cell-cell binding kinetics developed in parallel with dynamic gene expression in response to oscillatory shear stress.
机译:细胞是生命组织不可或缺的一部分,不断地感应和响应生化和生物力学刺激。内皮细胞(EC)特别能够区分剪切应力的时间和空间成分,趋向细胞信号传导,基因表达以及随后的蛋白质形成。我们采用MEMS技术来表征EC上的实时剪切应力。我们提供了第一个体外证据,据此,细胞-细胞结合动力学的独特模式与动态基因表达平行地响应振荡剪切应力而发展。

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