Physical and mathematical axially symmetrical model of adsorptional endocytosis. I. Equations determining the cell shape
Keywords:
endocytosis, physical and mathematical model, free energy, deformation, membrane
Abstract
Based on the principle of a minimum of free energy of cell membrane deformation, the authors have obtained the differential equations that describe the change in cell shape during endocytosis of sphere-shaped particles by the cell in an axially symmetrical case.
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References
1. Сериков В.Б., Гибянский Л.В., Малинин Ю. М., Черкаев А.В., Серикова Н.В. / Биол.мембраны 1990. Т.7.N3.C.326-334.
2. Ивенс И., Скейлак Р. Механика и термодинамика биологических мембран. М. Мир. 1982. 304с.
2. Ивенс И., Скейлак Р. Механика и термодинамика биологических мембран. М. Мир. 1982. 304с.
Published
2002-06-06
Cited
How to Cite
Gordienko, E. A. (2002). Physical and mathematical axially symmetrical model of adsorptional endocytosis. I. Equations determining the cell shape. Biophysical Bulletin, 1(10), 58-61. Retrieved from https://periodicals.karazin.ua/biophysvisnyk/article/view/18414
Section
Cell biophysics
Copyright (c) 2002 Biophysical visnik
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