[The effect of temperature on erythrocyte hydration].
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Electron Spin Resonance Spectroscopy↗
Biomedical subjects
S Kh Mezhidov
Publications and source records attributed to S Kh Mezhidov.
[Study of erythrocyte dehydration using spin labels].
Possibility of studying erythrocyte dehydration by ESR-spin probe is substantiated. Dehydration of erythrocytes in relation to osmolarity of sodium chloride solutions is investigated. The results are shown to agree with the data obtained by radioisotope method.
Body Fluids↗
[Effect of elevated concentrations of sodium chloride and temperature on the state of erythrocyte cytosol].
It was shown by means of ESR-spin probe method that microviscosity of erythrocyte cytosol had a limiting value which could be reached by various concentrations of sodium chloride depending on temperature. With a temperature decrease when reaching this value haemolysis occurs.
Electron Spin Resonance Spectroscopy↗
[The effect of temperature and concentrations of various substances on the microviscosity of erythrocyte cytosol].
EPR spin-probe method was used to investigate the dependence of erythrocyte cytosol microviscosity (ECM) on the concentration of different substances and temperature. The critical ECM value has been determined after reaching of which erythrocytes become destroyed. It is shown that this ECM value is reached at different NaCl concentrations depending on the temperature.
Cytosol↗
[Anomalous dependence of erythrocyte cytosol microviscosity on temperature and composition of the media].
Abnormal decrease in microviscosity in erythrocytes cytosol during temperature decrease has been established when erythrocytes are in hypertonic sodium chloride solution in the presence of 1,2-propane diol and without it and also in the solution of polyethylene glycol-1500.
Cytosol↗
[The ESR spin-probe method in the study of erythrocyte permeability for cryoprotectors].
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Cell Membrane Permeability↗