Summary
The kinetics of water replacement with heavy water (deuterium oxide) in the gastrocnemius and sartorius muscles of the frog under isotonic conditions, studied both gravimetrically and by infrared photometry, reveals three water compartments: (i) non-exchangeable (≈ 80 ml/kg fresh weight), (ii) slowly exchanging (≈ 500 ml/kg fresh weight), (iii) rapid exchanging — extracellular (≈ 200 ml/kg fresh weight). Exposure to both glycerol and glutaraldehyde increases the permeability coefficients and the amount of rapid exchanging water; glutaraldehyde also increases the amount of nonexchangeable water. Approximately 90% of the water is kept in the tissue only by weak intermolecular forces, the energies of which amount to 1 kcal/mol. The amount of non-exchangeable water is equivalent to about six continuous adsorption layers covering the myofilaments. Approximately 70 % of the tissue water appears to be replaced by glutaraldehyde during standard fixation.
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Katona, E., Margineanu, D.G. & Vasilescu, V. Water compartments in living, glycerinated and fixed skeletal muscles of the frog. Cell Tissue Res. 203, 331–338 (1979). https://doi.org/10.1007/BF00237247
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DOI: https://doi.org/10.1007/BF00237247