“…The dielectric spectrum of cell suspensions above GHz range includes the contribution of both intra-and extracellular water. Feldman et al [19][20][21] isolated the dielectric spectrum of cytoplasm based on the Kraszewski's equation, 22 with the assumption that cell suspensions behave as a sum of innite number of thin water and dry substance layers. It should be noted that Kraszewski's model 22 was developed for the analysis of clay-sand slurry which has dielectric properties different from cell suspensions.…”
The picosecond orientational dynamics of intracellular water was measured by dielectric spectroscopy, with the aim of revealing the effects of cryoprotective agents (CPAs) on biological cells.
“…The dielectric spectrum of cell suspensions above GHz range includes the contribution of both intra-and extracellular water. Feldman et al [19][20][21] isolated the dielectric spectrum of cytoplasm based on the Kraszewski's equation, 22 with the assumption that cell suspensions behave as a sum of innite number of thin water and dry substance layers. It should be noted that Kraszewski's model 22 was developed for the analysis of clay-sand slurry which has dielectric properties different from cell suspensions.…”
The picosecond orientational dynamics of intracellular water was measured by dielectric spectroscopy, with the aim of revealing the effects of cryoprotective agents (CPAs) on biological cells.
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