There are three regimes of cell membrane interaction with glass: Tight and loose adhesion, separated by repulsion. Explicitly including hydration, this paper evaluates the pressure between the surfaces as functions of distance for ion correlation and ion-screened electrostatics and electromagnetic fluctuations. The results agree with data for tight adhesion energy (0.5–3 vs 0.4–4 $\mathrm{mJ}/{\mathrm{m}}^2$), detachment pressure (7.9 vs. 9 MPa), and peak repulsion (3.4–7.5 vs. 5–10 kPa), also matching the repulsion's distance dependence on renormalization by steric pressure mainly from undulations.

中文翻译：

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细胞膜与玻璃相互作用的理论

细胞膜与玻璃的相互作用有以下三种方式：紧密和疏松的粘附，通过排斥作用分开。明确包括水合作用，本文评估了表面之间的压力，作为距离的函数，用于离子相关以及离子筛选的静电和电磁涨落。结果与紧密粘附能的数据一致（0.5–3与0.4–4$\mathrm{兆焦耳}/{\mathrm{米}}^{\mathrm{2个}}$），分离压力（7.9 vs. 9 MPa）和峰值斥力（3.4–7.5 vs. 5–10 kPa），也与斥力的距离相关（主要是由起伏引起的空间压力对归一化的影响）。