The role of changes in the structure of water and water-based systems in the mechanism of combined action of the magnetic field and natural therapeutic factors

Abstract

The application of the dielectrometric technology in the combination with the resonance method and thermometry has been shown to provide an insight into a variety of factors including the influence of the magnetic field of the permanent magnets on the structure of water and water-containing systems. It was found that the magnetization of both distilled water and «Karachinskaya» mineral water increase their structuredness. Magnetization changes the biological properties of therapeutic peloids by virtue of a change in the structure of water and, accordingly, the structuring of the water fraction of therapeutic muds. The analysis of the results of experimental and theoretical studies gives evidence that variations in the structure of water and water-based systems play an important role in enhancing the effectiveness of the combined treatment with the use of the magnetic field and the natural therapeutic factors. The positive and adaptogenic effects of such treatment appears to be due to such changes in the structure of water and water-containing systems which facilitate communication between the processes in the resonant mode but maintain stability of the cellular structures by limiting the mobility of water dipoles under the influence of non-resonant frequencies.

The Role of Modification of the Structure of Water and Water-Containing Systems in Changing Their Biological, Therapeutic, and Other Properties Overview

“…Many works have shown that the sizes of clusters and the properties of water depend on temperature, the concentration of solutions, distance from a solid surface, the effect of a magnetic field and other factors [13,24,33,[35][36][37][38]. For example, when we treated water with a magnetic field, the content of primarily large clusters decreases in it [35].…”

“…In this case, when studying the structure of water and aqueous solutions, it is possible to talk about the specific position of individual molecules (dipoles) of water relative to each other in a time interval of less than 10 −13 s. Furthermore, it is essential to note that the structure of water reproduces under stable thermodynamic conditions. Therefore, when using non-destructive research methods under various influences, it is possible to evaluate the structure of water, which should be understood as a change in the ratio and mobility of "free" water dipoles and water dipoles included in clusters, in the structure of hydrated ions and in other kinetic formations that exist for a short time or for a long time [36,39].…”

“…Furthermore, this method makes it possible to evaluate the structure of water in aqueous solutions and water-containing objects. In this case, measurements can be carried out in the resonant mode at different resonant frequencies [17,36,37,39,40] and include the measuring cell in the oscillatory circuit of the generator of sinusoidal oscillations [41].…”