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Functional indices of blood plasma and erythrocytes of white rats exposed to low intensity radio-frequency electromagnetic radiation (RF-EMR) were studied. Two modes of irradiation were used: a) 1-time action during 2 hours, i.e. single 2-hour acute exposure; b) fractional exposure to RF-EMR during 4 consecutive days for 0.5 hour daily. Sham-treated rats served as a Norm. On days 1, 5, 10 and 20 after the last exposure 5 rats per observation day were sacrificed and blood samples were drawn to determine intensity of lipid peroxidation in blood plasma and erythrocytes, integral antioxidant activity of water-soluble non-enzymatic antioxidants of rat blood plasma, erythrocyte membrane potential, K+ permeability across the erythrocytes membranes, and the functional state of the Ca2+-activated K+-channels of erythrocytes. According to data obtained, 900-MHz RF-EMR caused statistically significant changes in the studied parameters both in early and late observation periods. Hence, the character and the dynamics of changes depended on the mode of irradiation. Thus, a conclusion can be drawn that upon total influence on the organism low intensive EMR with 900 MHz facilitates development of long-lasting effect manifested as changes in functional characteristics of blood plasma and red blood cells.

EFFECTS OF LOW INTENSIVE 900-MHZ RF-EMR ON ANIMAL BLOOD INDICES AFTER SINGLE ACUTE OR FRACTIONAL TOTAL BODY EXPOSURE