Titlebook: Biologically Inspired Physics; L. Peliti Book 1991 Springer Science+Business Media New York 1991 Biomembran.Potential.blood cell.cells.mec

keloid

Anticoagulant

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Paolo Avogadro,Matteo Alessandro Dominoniteins and that this may be a rationale for the lipid compositions seen in cell membranes. Lipid monolayer curvature stress arises when lipids which are prone to exhibit nonlamellar mesomorphic phases are a large fraction of the lipids of bilayers. The stress builds as one approaches the boundry of a

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Mena B. Habib,Maurice van Keulenhysicists using well established principles of condensed matter physics is the predominance of ultra-soft materials in the organization of natural condensed matter structures as compared with hard materials in man-made materials. An example is that the lipid bilayer component of the membranes of vir

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Ana Fred,Jan L. G. Dietz,Joaquim Filipeic function. The characteristic times of such transitions are given by the turnover numbers of the proteins and range from below milliseconds to seconds. In addition to these large and slow conformational transitions, proteins undergo small and fast conformational fluctuations, their characteristic

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ENACT

Kiyoshi Akama,Ekawit Nantajeewarawatgoverned by their bending energy, in contrast to the fluctuations of interfaces, which are controlled by surface tension (see, for example, Ref.1). Continuum models for both fluid. and crystalline. membranes have recently been proposed. Membranes are believed to be crumpled. for all temperatures . >

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Ana Fred,David Aveiro,Joaquim Filipeeries of experiments they inhibited the enzymatic activity of the dynein with vanadate. By fitting a Gaussian to this data, they obtained the diffusion constants shown in Table 1. However, according to the theoretical formulas for longitudinal and transverse diffusion of a cylinder these diffusion c

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