Quantum Therapy in the Optimization of Non-Specific Adaptation Reactions of the Body of Athletes

Background: The purpose of the work is to study the influence of low-intensity laser radiation (LILR) of quantum action on changes in the type of nonspecific adaptive reactions of the body (NARB) of athletes.Material and methods: for 50 young men of 20.45±0.82 years old (height: 176.32±2.45cm; body weight: 76.21±1.32kg), involved in judo (with qualification "Master of Sports"), NARB type was determined by leukogram.Then, all participants were randomly divided into two groups: control and experimental groups of 25 young men in each one.The athletes of the experimental group underwent a course of quantum LILR therapy for 10 days.The impact was carried out with the MUSTANG 2000 physiotherapy (PT) device to the areas of the carotid and subclavian arteries.The control group received a placebo effect (procedures with the device turned off).Then peripheral blood was taken again, and the nature of adaptation was determined by the magnitude of the resulting changes in the leukogram.Results: the studies have shown that under the influence of LILR, a change in NARB type occurs.Before exposure, 28-36% of athletes in both groups showed reactivation reactions.After 10 sessions of PT, a reaction of increased activation was recorded only in the control group (28%); reactions of training, calm and increased activation were determined in 71-100% of those examined in both groups.Conclusions: we can conclude that LILR has a corrective and stabilizing effect on the parameters of the blood system and NARB.Course use of LILR promotes the redistribution of NARB types with an increase in the proportion of training reactions, calm and increased activation, which will contribute to the success of their competitive activity.