신체활동, 운동 및 체력수준이 세포노화 지표인 텔로미어 길이에 미치는 효과
Effects of Physical activity, Exercise Training and Physical Fitness on Telomere Length as Biomarker of Cell Aging
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PURPOSE: Telomeres play an important role in regulating cellular replicative capacity and maintaining genomic stability. However, the results of the association among physical activity, exercise training, physical fitness and telomere were not inconsistency. The purpose of this review was to summarize available data on the effect of physical activity, exercise training and physical fitness on telomere length to prevent cell aging. METHODS: In this review, We have reviewed currently available data mainly from studies and other available literature on physical activity, exercise training and physical fitness on telomere length. RESULTS: It has been shown that physical activity, exercise training, and physical fitness may be effective prevention on telomere attrition due in part to increase antioxidant enzymes activity and proteins for protect chromosome end-cap, and decrease oxidative stress and risk of cardiovascular disease. However, it seems that high and excessive exercise may increase telomere length attrition by up-regulated cell turnover. Moreover, Long-term regular moderate to vigorous intensity exercise will play an important role in suppressing cell senescence after middle age. CONCLUSIONS: Therefore, adequately vigorous exercise improved physical fitness and may act to preserve telomere length.
Abstract
PURPOSE: Telomeres play an important role in regulating cellular replicative capacity and maintaining genomic stability. However, the results of the association among physical activity, exercise training, physical fitness and telomere were not inconsistency. The purpose of this review was to summarize available data on the effect of physical activity, exercise training and physical fitness on telomere length to prevent cell aging. METHODS: In this review, We have reviewed currently available data mainly from studies and other available literature on physical activity, exercise training and physical fitness on telomere length. RESULTS: It has been shown that physical activity, exercise training, and physical fitness may be effective prevention on telomere attrition due in part to increase antioxidant enzymes activity and proteins for protect chromosome end-cap, and decrease oxidative stress and risk of cardiovascular disease. However, it seems that high and excessive exercise may increase telomere length attrition by up-regulated cell turnover. Moreover, Long-term regular moderate to vigorous intensity exercise will play an important role in suppressing cell senescence after middle age. CONCLUSIONS: Therefore, adequately vigorous exercise improved physical fitness and may act to preserve telomere length.
참고문헌 (112)
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