Mechanism of the biological impact of weak electromagnetic fields and the in vitro effects of blood degassing

摘要

The physical validity of the mechanism proposed by the author is discussed. According to the theory, prolonged exposure to weak electromagnetic fields leads to enlargement of microbubbles and degassing of bioliquid. Degassing alters the physical and chemical properties of bioliquid that affect some medical and biological indicators. The following changes in some blood parameters during degassing in vitro were analyzed: decrease in the glucose concentration, abnormal activation of blood clotting, increase in the rate of blood cell aggregation, decrease in the effectiveness of aspirin as an inhibitor of platelet aggregation and the slowing of indirect anticoagulants. All this is evidence of possible connection between environmental electromagnetic pollution and the risk of cardiovascular disease.