Possible physical mechanisms of primary reception of low-intensity (P<0.0001 W/cm2) microwave electromagnetic radiation by biological systems

摘要

Abstract: Data on water solutions of biomolecules response to quasistatic magnetic fields and low-intensity electromagnetic radiation of mm range (EMR of mm R) are discussed. Time history of some chemical and biochemical processes in water solutions in presence of external fields is studied. Investigation results of low-intensity EMR of mm R influence on the rheological parameters and characteristics of spin-lattice and spin-spin proton interaction for water media modeling bioobject low-molecular liquid homeostasis are analyzed. Data on time and time-spatial dynamics of the metabolic processes in tissues of living objects under local and remote exposure to the low intensity EMR of mm R. A hypothesis about the role of proton subsystem collective states in the bioobjects primary reception of the microwave is discussed.!20