Preliminary Studies of the Characteristics of the Incision of the Skin in Vivo Using Electromagnetic Radiation with a Frequency of 27.12 Mhz and Its Effect on a Living Object

A study of the characteristics of the incision of the skin of the head of mice in vivo using electromagnetic radiation with a frequency of 27.12 MHz was carried out. Inbred (having genetic similarity) mice of the C57B1 line were selected as in vivo objects. To conduct research in this area, the authors have developed and manufactured a high-frequency generator with a frequency of 27.12 MHz on a modern element base, the peculiarity of which is that it works stably and reliably for any load (from short circuit to idle). The study was carried out according to: incision velocity, incision depth, the presence of bleeding, the degree of coagulation and carbonization of the incision edges, MRI results, in SPF-vivarium conditions (Specific Pathogen Free — laboratory animals free of pathogens) of the Institute of Cytology and Genetics SB RAS. A comparison of the consequences of damage to the skin of the head of mice caused by surgical intervention and exposure to high-frequency electromagnetic radiation with a power of 100 watts and 50 watts is given. It has been shown that exposure to the skin of the mouse’s head with powerful electromagnetic radiation of 100 watts causes brain edema, which does not occur when exposed to high-frequency electromagnetic radiation with a power equal to or less than 50 watts, as well as during surgical exposure. The edges of the incision performed surgically are loose, coagulated by electromagnetic radiation at 50 W, carbonized at 100 W. Bleeding occurs during a surgical incision, when exposed to high—frequency electromagnetic radiation, it is absent.