On the possibilities the use of low-energy electromagnetic radiation information for the treatment of pulmonary diseases professional rescuers

Abstract

Rescuers are in smoky or dusty space a long time when carrying out rescue and other urgent work in the areas of emergency situations (ES) of both classes 10200 (ES due to fires, explosions) and 10400 (ES due to the presence harmful substances (pollutants) above the maximum allowable concentration in the environment). Penetrating into their bodies, which contain synthetic materials (fires in buildings), wood and peat particles (fires in ecosystems), hazardous chemicals (accidents at chemically hazardous objects) or construction dust (work in the rubble), eventually leads to a significant increase in respiratory diseases. Therefore, the task of finding the best practices and technologies that reduce the aero-pollutantsnegative effects on the rescuers body, is relevant A wide range of drugs to treat bronchitis caused by professional rescuers used in modern medical practice. These preparations can sometimes have undesirable side effects, and disrupt the immune system. It is therefore necessary to consider the use of low-energy information radiation for thetreatment of pulmonary disorders. Energy flux, which leads to a change in the index and the dynamics of the inflammatory process and cell populations, is generated by electromagnetic fields at the focus of inflammation effects on The problem of effective delivery the radiation with the desired properties to the disease site in the interior of the organism can be solved by applying a system for forming electromagnetic fields based on the use of toroidal current. However, to use the results for the treatment of human the further research in the clinical setting with the participation of leading experts in the field of pulmonary pathologies are needed. A model describing electromagnetic therapy of inflammatory processes is proposed. It is shown that the using of therapeutic technologies based on low-energy impact of the microwave allows us to minimize the amount of drugs or totally abandon them in the treatment the pulmonary disease. The possibility of using a sequence of pulses with complex modulation for substantially reducing the flow of electromagnetic field needed for the treatment of inflammatory processes in the lungs is considered. The way of effective delivery of the electromagnetic field to the site of inflammation is proposed.