Peculiarities of CNS work in people of different age during intense motor activity
Introduction. Individual-typological properties of CNS are an important area of research in sports physiology. In particular, it is important to study the age characteristics of the manifestation of the properties of CNS to space-time perception, as well as the control of dynamic parameters of body movements.
Goal. The purpose was to identify the peculiarities of the manifestation of CNS properties to space-time perception and control of dynamic parameters of body movements of people of different ages, engaged in and not engaged in volleyball.
Methods. Computer testing of neurodynamic functions and properties to the perception of time and space in persons with different ages.
Results. We established that volleyball athletes of all age groups had better results in test tasks, which reflects the properties of CNS to space-time perception and control of dynamic parameters of body movements.
Originality. We revealed the age peculiarities of CNS properties of athletes and non-athletes to space-time perception, as well as to the control of dynamic parameters of body movements.
Conclusion. As a result of the research of CNS properties to space-time perception and control of dynamic parameters of body movements of people of different ages, we found out that with the age the formation of CNS properties to space-time orientation and control took place and the dynamic parameters of body movements improved. It is confirmed that the process of formation and improvement of CNS properties to space-time orientation and control of dynamic parameters of body movements in volleyball athletes is more intense and has a developed character compared to those who do not regularly play sports. More dynamic, improved nature and higher level of development of CNS properties to space-time orientation and control of dynamic parameters of body movements in volleyball athletes, in comparison with non-athletes, demonstrates their plasticity and ability to improve CNS capabilities with age through physical culture and sports.
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