Study of the influence of low-intensity extremely high-frequency electromagnetic radiation on growth rate of solid Ehrlich carcinoma

Abstract

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Assessing the biological effects of microwave irradiation on human semen in vitro and determining the role of seminal plasma polyamines in this process

“…It has been established that higher PAs levels, such as that of Spd and Spm, are produced by the prostate gland from putrescin and decarboxylated SAM, participate in the regulation of the pH of seminal plasma, stabilize the structure of sperm DNA, activate the motility of gametes, and are considered to be a de-capacitating factor that participates in the regulation of the sperm membrane integrity during fertilization (8,(14)(15)(16). The cell membranes are considered the main targets for MW at the molecular level (2,17). In this regard, the influence of short-term low-intensity MW exposure on the sperm cell membranes and the role of the seminal plasma components are of interest.…”