태권도 선수의 체급별 겨루기 운동에 따른 스트레스 호르몬과 피로변인 반응특성.
Stress hormone and fatigue variables reaction characteristics of taekwondo player's sparring exerciseperweight
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Ham, W.T. Stress hormone and fatigue variables reaction characteristics of taekwondo player's sparring exerciseperweight. Exercise Science. 17(3): 331-340, 2008. This study is to define and interchange the effect of stress and fatigue factor to players through verifying the difference among variables for stress hormone per weight of university Taekwondo players such as epinephrin, norepinephrine, cortisol and fatigue material to players such as lactic acid and ammonia etc. And the results are as followings. 1. In the stress hormone per weight epinephrine(p<.05) has significant difference within body weight norepinehrine and cortisol(p>.05) don't have significant difference and there is a significant difference in the difference(p<.001) among the period. 2. The ammonia concentration of the flyweight group is low in the difference of fatigue factor per weight and the lactic acid concentration has similar result. The ammonia has similar difference(p<.001) in the difference among the groups. According to the results for the stress hormone, there was a significant difference according to the weight division and time. Likewise there was a significant difference for the levels of ammonia within the groups. There was no significant difference according to the weight divisions for serum hormone and stress hormone the cause of fatigue.
Abstract
Ham, W.T. Stress hormone and fatigue variables reaction characteristics of taekwondo player's sparring exerciseperweight. Exercise Science. 17(3): 331-340, 2008. This study is to define and interchange the effect of stress and fatigue factor to players through verifying the difference among variables for stress hormone per weight of university Taekwondo players such as epinephrin, norepinephrine, cortisol and fatigue material to players such as lactic acid and ammonia etc. And the results are as followings. 1. In the stress hormone per weight epinephrine(p<.05) has significant difference within body weight norepinehrine and cortisol(p>.05) don't have significant difference and there is a significant difference in the difference(p<.001) among the period. 2. The ammonia concentration of the flyweight group is low in the difference of fatigue factor per weight and the lactic acid concentration has similar result. The ammonia has similar difference(p<.001) in the difference among the groups. According to the results for the stress hormone, there was a significant difference according to the weight division and time. Likewise there was a significant difference for the levels of ammonia within the groups. There was no significant difference according to the weight divisions for serum hormone and stress hormone the cause of fatigue.
참고문헌 (22)
- 김동건, "훈련방법이 레슬링선수의 무산소성 효소 및 호르몬에 미치는 영향", 박사, pp.2001
- 김윤수, "태권도 선수들의 시합기와 동계훈련기의 트레이닝이 최대무산소성 파워 운동 후 혈중 피로내성 및 간의 효소기능에 미치는 영향", 석사, pp.2005
- 김진수, "씨름 훈련량과 체급이 씨름선수들의 신체조성, 무산소성파워 및 혈중피로물질에 미치는 영향", 석사, pp.2002
- 김 현, "태권도 겨루기 시 심폐기능 및 혈중 글루코스, 젖산, 암모니아농도 변화에 관한 연구", 석사, pp.1998
- 박성태, "다양한 강도의 운동이 면역세포와 스트레스호르몬 및 산화적 스트레스에 미치는 영향", 박사, pp.2002
- 박익렬, "체중감량이 태권도선수의 유, 무 산소성 운동능력, 면역반응, 호르몬농도에 변화에 미치는 영향", 박사, pp.2004
- 안재만, "태권도 겨루기 시 스트레스 호르몬과 크레이티닌, 젖산 농도 변화에 관한 연구", 석사, pp.2002
- Antoni A., "Antioxidant response to oxidative stress induced by exercise", Physiology & Behavior, 84, pp.1~7 (2005)
- Banistten, E. W, "The time course during bicyle exercise", Eur. J. Appl. Physiol. Occup. Physiol, 51, pp.405~411 (1995)
- Deuster, P, "Hormonal and metabolic responses of untrained moderately trained and highly trained men to three exercise intensity", Metabolism, 38, pp.141~148 (1999)
- Dearman,J, "Plasma Levels of catecholamines cotisol and beta-end orpin in nuscle athletes after runing", J. Sports Med, 23, pp.30~38 (1983)
- Forbes,E.J, "Exercise wellness maintenance for the elderly clint", Holistic Nurs. Pract, 6(2), pp.14~22 (1992)
- Galbo,H, "Hormonal changes during and after exercise", medicine Sport, 7, pp.97~110 (1994)
- Groussard, C, "Effect of a 30s Spront exercise on plasma non-enzymatic antioxidan status", Science and sprots, 18, pp.108~110 (2003)
- Groussard, C, "Lactate effect on radical production: an in vitro study", Science and Sports, 14, pp.149~152 (1999)
- MaArdle, W. D, "Exercise J", Sports Med Phys Fitness, 37, pp.235~239 (1991)
- Peronnet,F, "Sympathetic response to maximal bicycle exercise before and after leg strength training", Eur. J. Appl. Physiol, 55, pp.1~4 (1996)
- "Physiology, Energy, Nutrition, and Human Performance (3rd ed.)", Lea and febiger
- Suttan,J.R, "Effect of acute hypoxia an hormonal respons exercise", J. Appl. Physiol, 42(4), pp.587~592 (1977)
- Shephard, R. J., "Cold exposure and immune function", Can. J. Physiol. Pharmacol, 76, pp.828~836 (1988)
- Vanhelder,W.P, "Hormonal and Metabolic response to three types of exercise of equal duration and external workout", Eur. J. Appl. physiol, 54, pp.337~342 (1985)
- Wilkerson, J. E, "Exercise-induce changes in blood ammoina levels in humans", Europ. J. Appl. Physiol, 37, pp.255~263 (1977)