Physical model of the hypertonic lysis
Keywords:
hypertonic hemolysis, physical mechanism, dehydration, isotropic extending
Abstract
Authors offer a physical mechanism of the hypertonic lysis, which consists in the fact, that at high dehydration of erythrocytes their membranes are exposed to an appreciable isotropic extending on account of adsorption to tightly packed molecular matrix of intracellular hemoglobin. Experimental data on this process development, obtained by means of light microscopy, confirms the ideas proposed.
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References
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2. Гильберт Д. Кон-Фоссен С. Наглядная геометрия.-М.: Наука, 1981.- 344с
3. Ландау Л.Д., Лифшиц Е.М., Теория упругости.- М.: Наука, 1965 - 204 с.
4. Waugh R.E. // Biophys. J.- 1995 - 70.- P. 1027-1035.
5. Rand R.P., Burton A.C. // Biophys. J - 1964.- v 4.- P. 115.
6. Гордиенко Е.А., Панина Ю.Е. // Вестник ХГУ- № 410. - 1998- с.79-85.
7. Гордиенко Е. А., Панина Ю.Е. // Вестник ХГУ - № 412 -1998-с 54-58.
8. Wiest S. C. Steponkus P. I., // Cryobiology. - 1979. - 16-p. 101-104.
9. Стрелков А. И . , Осташко Ф.И., Лытюга А. П., Стрелкова Т.А. //Медицинская техника. Москва - 2001 . - № 1. - С 34-36
Published
2002-06-06
Cited
How to Cite
Synchykova, O. (2002). Physical model of the hypertonic lysis. Biophysical Bulletin, 1(10), 78-81. Retrieved from https://periodicals.karazin.ua/biophysvisnyk/article/view/18419
Section
Cell biophysics
Copyright (c) 2002 Biophysical visnik
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