Peculiarities of forming antiblastomic resistance in in the mice of the tumor line balk/c with combined impact of stem cells and electromagnetic radiation extreme high frequency
The features of regulatory effects on the pathogenesis and morphogenesis of tumors using stem cells and the combined effects of electromagnetic radiation at frequencies of the atomic absorption spectrum and oxygen emission have been investigated. In an experiment on animals, patterns of pathogenesis and regulation of tumor morphogenesis were revealed with the aim of preventing the development of tumor progression with a combined effect on the body by electromagnetic radiation at frequencies of the atomic absorption spectrum and oxygen emission. In an experiment on animals, features of the regulation of tumor morphogenesis when exposed to electromagnetic radiation at frequencies of the atomic absorption spectrum and oxygen emission were revealed. A comparative analysis of the morphological results of the experimental work was carried out, which made it possible to establish that in experimental groups of animals exposed to EHF electromagnetic radiation with a frequency of 130 GHz, no macroscopic signs of tumor development were observed during the observation period. Morphological changes in the liver tissue of the kidneys and spleen were nonspecific and were characterized by the preservation of the lobular structure of the liver, the uneven expansion of sinusoids, and focal discomplexing of hepatocytes. In the cytoplasm of hepatocytes, protein dystrophy prevailed. A distinctive morphological feature was the presence in the liver parenchyma of a large number of binuclear hepatocytes with high mitotic activity. Lymphocytic macrophage infiltration of the liver parenchyma is not expressed. Morphological changes in the kidney tissue were characterized by the presence of granular dystrophy of the tubular epithelium, the histological structure of the glomeruli of the kidneys without changes. In the tissue of the spleen, the follicular structure is preserved, hypertrophy of the lymphoid follicles, which include stem cells, is observed.