An increase of power in the delta-rhythm EEG after exercise on the simulator Power Plate

The purpose of the study - the study of the effects of intensive proprioceptive afferentation caused by the acceleration training on the simulator Power Plate, on the electrical activity of the human cerebral cortex. Growth of proprioceptive afferentation in two modes of stimulation of skeletal muscle proprioceptors (Low - 30Hz, 18 m/s2 and High - 30 Hz, 31 m/s2) on the simulator Power Plate increases the power of the delta-band EEG and the prevalence of synchronized neural networks of the cerebral cortex (Low- diversion of F3, Pz, T5, T6; High - diversion of F3, F4, CZ, T5, T6, O1, O2). In view of genesis and functional significance of the Delta band it can be stated that under conditions of intense activation of the ascending somatic afferent system, the latter controls the function of neural networks of the human brain that are responsible for cognitive activity (attention, memory), motivational behavior, as well as anabolic and antystressor software locomotor activity during the Power Plate acceleration training.