Immune Function of Zhenqi Fuzheng Capsule on Volleyball Players After High Intensity Training

Abstract

At present, many studies have proved that proper exercise can promote the immune function of human body to a certain extent, but athletes need a lot of high-intensity sports training, and their immune function declines instead of improving. In order to control the decline of immune function of athletes after high-intensity training, this study propose the Zhenqi Fuzheng capsule to achieve this goal. Through experimental comparison, the parameters such as white blood cell content, immunoglobulin number, T lymphocyte, human hemoglobin content and exercise exhaustion time were detected after high-intensity training. The results showed that compared with the control group taking Zhenqi Fuzheng, the weight of those who had taken qifuzhengs capsule did not change, and the content of white blood cells, immunoglobulin, hemoglobin content and exercise time increased to a certain extent. The results showed that Zhenqi Fuzheng could inhibit the decrease of body immune function after high-intensity exercise, then accelerate the recovery of human immune function. This study is expected to enhance the immunity of sports athletes, and reduce athletes’ pain after high-intensity training.

Review on the Effect of Exercise Training on Immune Function

“…Two endurance exercises in one day had a “superposition effect” on the total number of leukocytes and neutrophils but did not affect the change of NK cell activity [ 39 ]. The number of NK cells in high-intensity training participants increased significantly during training in the morning and afternoon, the number of NK cells in high-intensity training participants decreased in the morning, but it was still significantly higher than the baseline level at 60 and 90 minutes after training in the morning; in the afternoon, the number of NK cells in high-intensity training participants decreased below the baseline level at 60 and 90 minutes after training, and the change of NK activity was mainly affected by day and night [ 40 ].…”