EFFECT OF ELECTROMAGNETIC RADIATION OF CELLULAR COMMUNICATIONS ON THE HUMAN BRAIN BIOELECTRICAL ACTIVITY

Sh.I. Shafiev¹, F.I. Odinaev, Z.J. Alieva², Sh.F. Odinaev

Chair of internal diseases №1 Avicenna TSMU
¹Republican Clinical Center of Cardiology
²Republican Diagnostic Center

The comparative analysis of the brain biopotentials activity in 60 persons exposed to different time influence of cellular electromagnetic radiation.

The method of spectral mathematical analysis shows that brain activity in an active user (5-6 hours per day) is accompanied by a decrease in the power of alpha-activity and prevalence of betapower potentials. Distinctive features of the electroencephalogram mobile operators, employees of base stations and switches is the predominance of power delta, theta and beta range due to lower power-rhythm. It should be regarded as a manifestation of desynchronization in bioelectrical activity in the amplification of the activating effects from reticular formation. EEG data are standards options. However, from a clinical point of view, it should be taking into account that such state can be compensated for a long time, and eventually become a main factor in the possible formation of vascular and cerebral disorders.

Keywords: bioelectrical activity of the brain, cellular communications.

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