Information-wave interactions of ultra-low intensity electromagnetic fields with biological systems

Abstract

The article considers the general characteristics of information wave technology and prospects for its application in medicine. The main effects of information-wave technology are described and aspects of information-wave interactions that can be used in medical practice are studied. Experimental studies have been performed on biological objects using the ultra-low-intensity broadband spark generator. The paper considers the theoretical substantiation and a new solution to the scientific problem of finding ways to determine and establish the effect of low-intensity MM range electromagnetic radiation on rat bone marrow cells. A method of data statistical processing has been proposed and the dependence of the decrease in the number of dead cells on the time of irradiation has been experimentally proved, as well as an improved method for determining the effect of an external destabilizing factor on the culture of rat bone marrow cells in vitro.