Rhythmic Thermal Impacts as a Means of Restoring Persons Engaged in Physical Training and Sport after Intensive Physical Activity

Abstract

The aim of this study was to investigate the effects of rhythmic thermal effects as a means of person´s recovery after intense exercises. Young men with different physical training levels attended the survey. Every subject took part in the two surveys, and in each of them he was offered an increasing in intensity physical activity on a cycle ergometer to failure. Load testing was carried out on the background of constant cadence. However, in the first survey recovery after exercise happened in the saddle ergometer at rest, and in the second - also in the saddle of a bicycle ergometer, but already against the background of the impact of rhythmic thermal incentives. Rhythmic thermal incentives, which temperature is averaged about 30 degrees Celsius, were served with a thermal element, which is housed in the nasolabial triangle of the tested person. The thermal element was turned on for inspiration and off as you exhale. It was allowed to subject subconsciously to regulate the supply of heat by changing the breath pattern. Load testing process was monitoring by ECG and blood pressure measurement. Analysis of the material showed, that the rhythmic thermal impacts might be the effective non-drug method. It may be used to rehabilitate the human functional state after intensive physical activity.
 When restoring the background of rhythmic thermal impacts of the test improving the subjective well-being, normalization of vegetative balance, reduced the heart rate is a certain level of physical performance.
 It is established that recovery amid RTI is more likely to be recommended to the persons with high tone of the sympathetic nervous system, since against the background of RTI a marked weakening of the sympathetic effects on the heart was noted, while the recovery process was characterized by more pronounced reduction in heart rate and ended the 6th minute.