Hydration forces involved in cellular interactions.

Physiologie (Bucarest) Pub Date : 1989-10-01
A I Popescu, V Gheorghe
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引用次数: 0

Abstract

Cellular physical interactions are determinant in many and various biological processes: aggregation, adhesion, segregation, contact inhibition, fusion, etc. A real advance concerning the understanding of cellular interactions from a physical point of view has been performed of late, but a great many problems still remain to be clarified. Thus, DLVO theory extrapolated to cell-cell interactions, is unable to describe cellular interactions at very short distances of separation, where other forces play an important role. A sketch of the original form of DLVO theory, its criticism along with the nature and mechanism of the short range repulsive forces (hydration forces) are presented and discussed.

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参与细胞相互作用的水合作用力。
细胞物理相互作用在许多不同的生物过程中起决定作用:聚集、粘附、分离、接触抑制、融合等。最近在从物理角度理解细胞相互作用方面取得了真正的进展,但仍有许多问题有待澄清。因此,将DLVO理论外推到细胞-细胞相互作用,无法描述细胞在非常短的分离距离下的相互作用,在这种距离下,其他力起着重要作用。简要介绍了DLVO理论的原始形式,对其提出的批评以及短程斥力(水合力)的性质和机理进行了讨论。
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