Microwave stimulation of active points and its effect on electrical activity of brain fields

Abstract

Summing the obtained results, it can be stated that low intense microwave impact on active points results in continuous decrease of individual pain sensitivity. This is also proved by changes in brain systems of sensor control and visceral regulation. Observed changes of neurodynamics indicate development of inhibition in non-specific thalamocortical system that integrates individual perception of applied irritant. This corresponds to decrease of tonic influence of reticular formation on neocortex that is probably due to activation of endogenous neuropeptids localized in PG. Generalized increase of hypothalamus influence on neocortex fields provides a possibility to consider applied impact as a trigger factor in development of reaction of adaptation.