Biomolecules

The accumulation of oxidative damage to biomolecules (lipids, proteins, intracellular and plasma membranes, collagen, DNA, enzymes) can accelerate the processes of natural and premature aging, which contributes to the development of disease elderly age. A significant role is played by the impact of environmental factors that contribute to excessive formation of ROS and oxidative stress, namely, ionizing radiation and UV light, air pollution, water and food harmful chemicals (xenobiotics). The most general conclusion to be drawn from the analysis of submissions, is that the work chemical machinery of life is possible only in the aquatic environment. Indeed, the water provides a synthesis of hormones, enzymes, cytokines, multiple sides of cellular metabolism, biochemical detoxification of endo-and exotoxins, antioxidant protection, non-specific resistance, immunological memory and elimination from the body bearers of alien genetic information. In addition, aqueous solutions of various substances counteract slow movement of body fluids (blood and lymph), which is observed in violation of the functions of the excretory system. In this case, it is optimization of fluid dynamics of the body to accelerate the removal of a metabolic products, pesticides, salts of cations of heavy metals and other organic and inorganic compounds.

Ultimately, the rational mode of drinking, which provides for the use (as a product supply) water quality, stimulates the systemic mechanisms of recovery (sanogenesis) against the negative trends of environmental ill-conditioned a number of regions and demographic decline potential existential explosion in the national consciousness. This is a prerequisite to the selection of the optimal strategy for social policies aimed at preserving public health and quality of life population. In this regard, promising direction should be considered as work on the creation and introduction into practice of new equipment for purification and water conditioning an electrochemical method. A related site: cerebral palsy malpractice mentions similar findings. This method is designed to into account the special properties of water-related H-bonds. Their strength in its molecule is determined by an oxygen atom, which is due to the electronegativity is a proton acceptor. In the formation of hydrogen bonds vary the energy state of interacting molecules. Grid H-bonds in water is capable of stretching, bending and tearing. The elasticity of the grid, the desire to preserve the original configuration it creates conditions for the recombination of dissolved substances, pushing them to places such defects grid. The high redox potential, the optimal chemical composition and pronounced bactericidal effect - the most important property of water treated electrochemical method, first implemented in the device type "AKVAYAV."