AGE SPORT AND AGING
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| Title: | AGE SPORT AND AGING |
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| Authors: | Romanovich, V.A. |
| Source: | Practice Oriented Science: UAE – RUSSIA – INDIA. |
| Publisher Information: | Crossref, 2024. |
| Publication Year: | 2024 |
| Subject Terms: | Sports veterans, aging, physical activity, physiological functions, 16. Peace & justice, 10. No inequality, telomeres, 3. Good health |
| Description: | Evolution suggests that a healthy person should be physically active by default. Inaction, by contrast, has serious negative health consequences throughout life. And although the relationship between age and physiological function is not fully defined, in people who play sports at an older age, most functions tend to be better in terms of health, well-being and optimization of the aging process. In foreign countries, extensive research is being carried out regarding the sports participation of older people. Due to the greatly increased social value of sport over the past decades, on the one hand, and on the other with a demographic phenomenon characterized by a significant increase in an aging population. Sport as a preventive measure against the deterioration of health with age, and the social integration of older people into society, these two most important arguments, are key to increasing and encouraging the participation of older people in sports. The purpose of this article is to understand the role of sports training and competition in preventing age-related decline in physiological abilities and functions. Despite the fact that the status of sports veterans in Russia is uncertain and not specified in any way by law, they are nevertheless proposed as an ideal model for determining successful aging due to their regular participation in high-intensity training. There is a wealth of data describing age-related declines in maximal aerobic capacity, the impact of regular exercise on neuromuscular function, and aging at the cellular level. This article reviews the existing data on the impact of athletic training at age on basic physiological functions and cellular aging, and suggests avenues for future research that remain unexplored. |
| Document Type: | Article Conference object |
| Language: | English |
| DOI: | 10.34660/inf.2023.18.24.001 |
| Accession Number: | edsair.doi...........85e0a1de24e70e0ac489c525664a147c |
| Database: | OpenAIRE |
Nájsť tento článok vo Web of Science | Abstract: | Evolution suggests that a healthy person should be physically active by default. Inaction, by contrast, has serious negative health consequences throughout life. And although the relationship between age and physiological function is not fully defined, in people who play sports at an older age, most functions tend to be better in terms of health, well-being and optimization of the aging process. In foreign countries, extensive research is being carried out regarding the sports participation of older people. Due to the greatly increased social value of sport over the past decades, on the one hand, and on the other with a demographic phenomenon characterized by a significant increase in an aging population. Sport as a preventive measure against the deterioration of health with age, and the social integration of older people into society, these two most important arguments, are key to increasing and encouraging the participation of older people in sports. The purpose of this article is to understand the role of sports training and competition in preventing age-related decline in physiological abilities and functions. Despite the fact that the status of sports veterans in Russia is uncertain and not specified in any way by law, they are nevertheless proposed as an ideal model for determining successful aging due to their regular participation in high-intensity training. There is a wealth of data describing age-related declines in maximal aerobic capacity, the impact of regular exercise on neuromuscular function, and aging at the cellular level. This article reviews the existing data on the impact of athletic training at age on basic physiological functions and cellular aging, and suggests avenues for future research that remain unexplored. |
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| DOI: | 10.34660/inf.2023.18.24.001 |