Titlebook: Biophysics of the Cell Surface; Roland Glaser,David Gingell Conference proceedings 1990 Springer-Verlag Berlin Heidelberg 1990 Grenzfl?che

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https://doi.org/10.1007/978-3-031-15594-9upport, ejection by the cell of protrusions transformed into lamellas, tank-treading cell motion which is a morphogenetic stage [Trinkaus 1986] . Of special significance the mechanical properties of membranes are for blood cells, specifically for erythrocytes. The activities of these cells are assoc

INTER

https://doi.org/10.1007/978-3-031-15594-9ntroversy between Galvani and Volta. Really this reflects two directions of bioelectricity existing even today: on one hand the generation of membrane electric fields in the living cell, and on the other hand the excitation of cells and their manipulation by external electric fields for biotechnolog

hegemony

Andrea Oelsner,Rolando J. Bompadrel membrane assembly, fertilization, viral and bacterial infectious processes, etc. (Poste and Allison 1973, Rasmussen 1970, Blumenthal 1987, Ohnishi 1988). In spite of extensive research on membrane fusion, its molecular mechanism is not well understood. This is probably due to the fact that membran

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Re-thinking the Latin American Cityof . viruses, the nucleocapsid is surrounded by a membrane, consisting of a lipid bilayer that resembles the plasma membrane composition of the host-cell in which the virus was grown, and a unique set of virus-specific membrane proteins. To get access to the cytoplasm, the nucleocapsid must therefor

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Dennis Rodgers,Ravi Kanbur,Jo Beallears. A brief explanation of the way in which the topics to be discussed are connected may be helpful. In the dark ages, when it was suspected that cell adhesion could be understood solely as a long-range balance of intermolecular attractive and repulsive forces, without direct molecular contact, I

Anguish

Re-thinking the Latin American City). During the last years, many authors characterized cell surface molecules with various adhesive specificities , such as fibronectin (4), LFA-1 (5) or N-CAM (6). Also, low affinity interactions were demonstrated between molecules currently found on the cell periphery, particularly carbohydrates (7)

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Studies in Development Economics and Policychemistry and organization of various cytoskeletal components, the role these have in generating movement has not been established. Very different theories have been proposed to explain the migration of cultured cells (for example, compare Bretscher 1987, 1988, with Bray and White, 1988). In spite o

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https://doi.org/10.1057/9781137035134 complex phenomenon involving many interrelated cellular events. In order to move, a cell must first adhere to the substratum and then generate enough force to drive the cell forward. In addition, sustained movement in a particular direction always requires the polarisation of cells into a ‘front’ a

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Springer Series in Biophysicshttp://image.papertrans.cn/b/image/188376.jpg

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