Physical and mathematical axially symmetrical model of adsorptional endocytosis. II. Cell shape change during dehydration stage
Keywords:
endocytosis, physical and mathematical model, deformation free energy, membrane shape
Abstract
In this work on the principle of free energy minimum of cellular membrane bending deformation we calculated the change of cell shape in which protein domain formed during dehydration of the cell. The domain consists of molecules with great negative spontaneous curvature.
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References
Gordienko EA, Timofeeva EV. Fiziko-matematicheskaia osesimmetrichnaia model adsorbtcionnogo endotcitoza. 1. Uravneniia, opredeliaiushchie formu kletki. Biofizicheskii vestnik. 2002;1(10):58-61. (in Russian)
Gordienko EA, Timofeeva EV. Fizicheskaia model nespetcificheskogo endotcitoza. Biofizicheskii vestnik. 2003;1(12):79-85. (in Russian)
Gordienko EA, Timofeeva EV. Fizicheskaia model nespetcificheskogo endotcitoza. Biofizicheskii vestnik. 2003;1(12):79-85. (in Russian)
Published
2018-06-25
Cited
How to Cite
Timofeyeva, E. V., & Gordienko, E. A. (2018). Physical and mathematical axially symmetrical model of adsorptional endocytosis. II. Cell shape change during dehydration stage. Biophysical Bulletin, 2(13), 68-71. Retrieved from https://periodicals.karazin.ua/biophysvisnyk/article/view/12412
Section
Cell biophysics
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