INTEGRATED IMPACT OF BIOINFORMATION TECHNOLOGIES ON CEREBRAL HEMODYNAMICS IN JUDO SPORTSMEN FOR CORRECTION AND PREVENTION OF CERVICAL DORSOPATHY
This paper is devoted to the study of cerebral hemodynamics in cervical dorsopathy (CD) in athletes involved in judo. The effect of bioinformatics technologies was studied before and after the effects of a bioresonance therapy course and electro-pharmaceutical spectrum of oscillations (BRT EFSK) using the transcranial dop-plerography (TCDG) method using a 2 MHz sensor in the mode of pulsating vibrations in the supine position. Changes in cerebral circulation are the main link of the existing theories of pathogenesis in CD. However, the state of cerebral hemodynamics in chronic pain syndrome (CBS) is not well understood. It is proved that this method is able to directly influence the adaptation-compensatory processes of the athlete’s body. In the process of applying bio-information technologies, we managed to improve cerebral hemodynamics due to the normalization of membrane bioelectric processes. Reported positive changes led to adequate arterial blood filling of the brain (p <0.05).