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HOW FAR CELLS CAN FEEL: EFFECTS OF ECM FIBERS

机译:远距细胞如何感受:ECM纤维的作用

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A rapidly growing body of literature suggests that the passive mechanical environment (i.e., the local mechanical setting and material properties) impacts the formation of multi-cellular structures and cell function, proliferation, migration, and differentiation [1]. Computational modeling and experimental studies suggest that cells grown on top of polyacrylamide (PA) gels are responsive to their pericellular mechanical environment but not to features more than several tens of microns away from the cell [2].
机译:快速生长的文献体系表明被动机械环境(即局部机械设定和材料特性)影响了多细胞结构和细胞功能,增殖,迁移和分化的形成[1]。计算建模和实验研究表明,在聚丙烯酰胺(PA)凝胶顶部生长的细胞对其垂直机械环境的响应性,但不具有超过几十微米远离电池的微米[2]。

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