Noninvasive exercise fatigue intervention and evaluation method

Abstract

The invention discloses a non-invasive exercise fatigue intervention and evaluation method. The method comprises the following steps: step 1, a laser acupuncture and moxibustion combined percutaneous acupoint electrical stimulation composite intervention method is adopted, and laser and current synchronous stimulation is realized by using a composite intervention probe; and step 2, an an exercise fatigue and intervention effect assessment method is adopted by means of firstly, establishing an upper limb fatigue model for exercise fatigue assessment, then establishing an exercise fatigue fusion assessment model by using indexes such as a visual simulation score table, oxygenation / deoxygenated hemoglobin concentration, surface electromyogram signals, maximum equal-length contraction tension and the like, and then adopting the fusion evaluation model for verifying the intervention effect of laser acupuncture and moxibustion combined percutaneous acupoint electrical stimulation composite intervention on exercise fatigue through a control experiment. The invention provides a new clinical thought for preventing and treating exercise fatigue, and has important significance in improving the athletic performance of athletes, reducing the risk of exercise injury and diseases and encouraging people to exercise so as to promote physical and psychological health.

Description

technical field [0001] The invention relates to the field of exercise fatigue, and more specifically relates to a non-invasive intervention and evaluation method for exercise fatigue. Background technique [0002] Exercise fatigue is defined as the inability of the body's physiological process to maintain its function at a certain level or the inability of various organs to maintain a predetermined exercise intensity, resulting in symptoms such as muscle soreness and unfavorable activities. People try to explore the essence of fatigue from different angles, and put forward a variety of hypotheses, including exhaustion theory, blockage theory, internal environment stability disorder theory, protective inhibition theory, free radical damage theory and so on. When exercise fatigue occurs, the heart load of the athlete will continue to increase, the muscles will become sore and the flexibility will decrease, and the thinking ability necessary for competitive sports such as judgm...

AI Technical Summary

Problems solved by technology

There are many types of indicators, but they are relatively single used in experiments, and blood markers require nurse professionals to collect blood multiple times, which not only brings difficulties in recruiting volunteers, but also poses a risk of infection. Therefore, to explore effective and non-invasive multi-indicator fusion The evaluation model has very important practical significance

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