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Biomimetic Platform to Study Effects of Surface Topography and Flow-induced Shear Stress on Renal Epithelial Cells

机译:仿生平台,用于研究表面形貌和血流剪切应力对肾上皮细胞的影响

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摘要

Unlike traditional cell culture environments, our platform offers the well-controlled, biomimetic cues of topography and FSS in which we can study and influence cell response to multiple physical parameters. This will significantly contribute to research surrounding cellular superstructure formations, tissue engineering and regenerative medicine.
机译:与传统的细胞培养环境不同,我们的平台提供了地形和FSS良好控制的仿生线索,可以在其中研究和影响细胞对多种物理参数的反应。这将为围绕细胞上部结构形成,组织工程和再生医学的研究做出重要贡献。

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