Temperature homeostasis of highly qualified dancers with various psychoemotional strain in carrying out Cooper test

The article presents the results of physiological testing of highly qualified dancers who have different psychoemotional strain at the competitions with Cooper test assessment of temperature homeostasis. Based on the testing data, for the first time, the information on the thermal state of athletes, engaged in sports ballroom dances, was obtained. Inter-group differences in temperature homeostasis in dancers with different psychoemotional tension were noted. It has been shown that, dancers with low psychoemotional stress have less defined changes in the average-weighted body temperature, reflecting more stable temperature homeostasing during Cooper test. There was a strong inverse correlation between the average-weighted body temperature and the total power of the spectrum. The observed interactions between the parameters of the regulatory systems and the average-weighted temperature of the athletes' body suggest, that the greater the displacement of the homeostasis, the greater the decrease in body temperature during physical activity.