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引文資料
題名:
阻抗運動對肌酸激酶及丙二醛的影響
書刊名:
體育學報
作者:
林正常
/
郭堉圻
/
黃國晉
作者(外文):
Lin, Jung-charng
/
Kuo, Yu-chi
/
Haung, Kuo-su
出版日期:
2001
卷期:
31
頁次:
頁35-45
主題關鍵詞:
阻抗運動
;
肌酸激酶
;
丙二醛
;
Resistance exercise
;
Creatine kinase
;
Lipid-peroxidation
;
Malondialdehyde
原始連結:
連回原系統網址
相關次數:
被引用次數:期刊(
4
) 博士論文(
1
) 專書(0) 專書論文(0)
排除自我引用:
4
共同引用:0
點閱:38
本研究之主要目的在探討不同強度阻抗運動對肌酸激�t(creatine kinase,CK) 與丙二醛( malondialdehyde, MDA )之影響。受試者為 20 名男性學生,平均年齡 21.20 ± 1.40 歲,身高 175.05 ± 6.66 公分,體重 71.50 ± 8.19 公斤。 本研究採重複量數 設計, 以隨機方式讓受試者分別接受美國運動醫學會( ACSM )推薦負荷強度之 8RM 與 15RM, 訓練的阻抗運動項目為:仰臥推舉( bench press )、蹲舉( half squat )、臂 屈( arm curls )、 大腿伸踢( leg extension )、正握拉槓( latpulldown )、腿背 彎舉( leg curls )、仰臥起坐( sit-up )、 負槓前跨( front dumbbell lunge )等 八項。 實施阻抗運動時,每次完成三組,組間休息 2 分鐘。不同強度之間測驗的間隔時間 為 7 天。 受試者在運動前與運動後瞬間、運動後 24 小時及 48 時抽血分析血液中肌酸激 �t與丙二醛的濃度。結果發現在 8RM 運動後 48 小時,CK 值明顯高於安靜值,不同強度的 CK 值,則 8RM 的 CK 值比 15RM 的 CK 值高; 而 MDA,在 8RM 和 15RM 運動後瞬間及運 動後 24 小時皆有顯著上升, 8RM 與 15RM 則無明顯差異存在。 本研究結果顯示,8RM 與 15RM 間的阻抗運動,造成骨骼肌相當衝擊與氧化壓力。
以文找文
The purpose of this study was to evaluate the effect of different intensity resistance on creatine kinae and malondialdehyde. Twenty (20) male college students were recruited from the NTNU. All subjects (age=21.6 ± 1.65yrs, ht=178.50 ± 6.59cm, wt=74.70 ± 7.68kg) in both groups participated in 8RM and 15RM resistance exercise (including bench press, half squat, arm curls, leg extension, lat pull-down, leg curls, sit-up and front dumbbell lunge) in balanced order. The blood samples for malondialdehyde (MDA), creatine kinase (CK) determination were taken before exercise, immediately, 24 h and 48 h postexercise from the antecubital vein. The data was analyzed by two-way ANOVA with repeated measures. The results were as follows: CK activity in 8RM was significantly elevated at 48 h after exercise. The CK values significantly higher in the 8RM than 15RM. Serum MDA concentration was significantly elevated after exercise and 24 h after exercise. No significant difference in MDA levels was found between 8RM and 15RM intensities. Conclusion: The MDA activities of both groups were significantly elevated after exercise and 24 h after resistance exercise. Results from this study indicate that both of 8 RM and 12 RM resistance exercise induce somewhat tissue damage and oxygen stress on skeleton muscles.
以文找文
期刊論文
1.
Dillard, C. J.、Litov, R. E.、Savin, W. M.、Dumelin, E. E.、Tappel, A. L.(1978)。Effect of exercise, vitamin E and ozone on pulmonary function and lipid peroxidation。Journal of Applied Physiology,45,927-934。
2.
Sen, C. K.、Atalay, M.、Harminen, O.(1994)。Exercise-induced oxidative stress: glutathione supplementation and deficiency。Journal of Applied Physiology,77(5),2177-2187。
3.
Kanter, M. M.、Lesmes, G. R.、Neguin, N. D.、Kaminsky, L. A.、LaHam-Saeger, J.、Nequin, N. D.(1988)。Serum creatine kinase and lactate dehydrogenase change following an eighty kilometer race。European Journal of Applied Physiology,57,60-63。
4.
Child, R. B.、Wilkinson, D. M.、Fallowfield, J. L.、Donnelly, A. E.(1998)。Elevated serum antioxidant capacity and plasma malondiadehyde Concentration in response to a simulated half-marathon run。Medicine Science Sports Exercise,30(11),1603-1607。
5.
Armstrong, R. B.、Warren, G. L.、Warren, J. A.(1991)。Mechanisms of exerciseinduced muscle fiber injury。Sports Medicine,12(3),184-207。
6.
Demopoulos, H.、Pearson, D.、Shaw, S.(1982)。Extesion a Practical Scientific Approach, pi00.Warner Books, New York, tissue damage producted by exercise。Biochemical Biophysics Research Communications,107,1198-1205。
7.
Eston, R.、Jackson, M.、Pears, J.(1996)。between the production of thiobarbituric reactive substances (malondialdehyde) and markers of muscle damage induced by uphill and downhill running。Journal of Sports Sciences,14(1),80-81。
8.
Kanter, M. M.(1994)。Effects of radicals, exercise, and antioxidant supplementation。Internation Journal for Sport Neutrition,4,205-220。
9.
Kanter, M. M.、Nolte, L. A.、Holloszy, J. O.(1993)。Effects of an antioxidant vitamin mixture on lipid peroxidation at rest and postexercise。Journal of Applied Physiology: Respiratory Environmental and Exercise Physiology,74(3),965-969。
10.
Goodman, C.、Henry, G.、Dawson, B.、Ching, S.、Gillam, I.、Beilby, J.、Fabian, V.、Dasig, D.、Kakulas, B.、Morling, P.(1997)。Biochemical and ultrastructural indices of muscle damage after a twenty-one kilometer ran。The Australian Journal of Science and Medicine in Sport,29(4),95-98。
11.
Pyne, D. B.(1994)。Exercise-induced damage and inflammation。Australian Journal of Science an Medicine in Sport,26,49-58。
12.
Ohno, H.、Yahata, Y.、Sato, Y.、Yamamura, K.、Taniguchi, N.(1988)。Physical training and fasting erythrocyte activities of free radical scavenging enzyme systems in sedentary men。European Journal of Applied Physiology,57(2),173-176。
13.
McBride, J. M.、Kraemer, W. J.、Mcbride, T. T.、Ebastlanelli, W.(1998)。Efferct of resistance exercise on free radical production。Medicine and Science in Sportsand Exercise,30(1),67-72。
14.
Maughan, R. J.、Donnelly, A. E.、Gleeson, M.、Whiting, P. H.、Walker, K. A.、Clough, P. J.(1989)。Delayed-onset muscle damage and lipid per-oxidation in man after a downhill run。Muscle Nerve,12(4),332-336。
15.
Zhang, Y.、Jiao, Y.(1995)。The effect of exhaustive swimming on the free radical metabolism and serum CK, LDH activity in rats。Chinese Journal of Sports Medicine,14(2),69-72。
16.
Van der Meulen, J. H.、Kuipers, H.、Drukker, J.(1991)。Relationship between exercise-induced muscle damage and enzyme release in rats。Journal of Applied Physiology,71(3),999-1004。
17.
Seaman, R.、Ianuzzo, C. D.(1988)。Benefits of short-term muscular training in reducing the effects of muscular over-exertion。Eurpoean Journal of Applied Physiology and Occupational Physiology,1988(Dec.),257-261。
18.
Alessio, H. M.(1993)。Exercise-induced oxidative stress。Medicine and Science in Sports and Exercise,25(2),218-224。
19.
Ebbeling, C. B.、Clarkson, P. M.(1989)。Exercise-induced muscle damage and adaptation。Sports Medicine,7(4),207-234。
20.
American College of Sports Medicine(1990)。ACSM position stand: The recommended quantity and quality of exercise for developing and maintaining cardio-respiratory and muscular fitness, and flexibility in healthy adults。Medicine and Science for Sports and Exercise,22(2),265-274。
21.
Davies, J. A.、Quintanilha, A. T.、Packer, L.(1982)。Free radicals and tissue damage producted by exercise。Biochemical Biophysics Research Communications,107,1198-1205。
22.
Alessio, H. M.、Goldfarb, A. H.(1988)。Lipid peroxidation and scavenger enzymes during exercise: Adaptive response to training。Journal of Applied Physiology,64(4),1333-1336。
23.
Jenkins, R. R.(1988)。Free radical chemistry: relationship to exercise。Sport Medicine,5,156-170。
24.
Sjödin, B.、Hellsten-Westing, Y.、Apple, F. S.(1990)。Biochemical mechanisms for oxygen free radical formation during exercise。Sports Medicine,10(4),236-254。
25.
Paffenbarger, Ralph S. Jr.、Hyde, Robert T.、Wing, Alvin L.、Hsieh, C. C.(1986)。Physical activity, all-cause mortality, and longevity of college alumni。New England Journal of Medicine,314(10),605-613。
圖書
1.
American College of Sports Medicine(1995)。Guidelines for Exercise Testing and Prescription。Baltimore:Wiliams & Wiliams。
2.
林正常(1994)。運動斜學與訓練。北市:銀禾文化事業有限公司。
延伸查詢
3.
水大衛、黃榮松(1991)。重量訓練理論與窨際。北市:中華民國體育運動總會。
延伸查詢
4.
American Association of Cardiovascular and Pulmonary Rehabilitation(1995)。Guidelines for cardiac rehabilitation programs。Champaign, IL:Human Kinetics Publishers。
5.
American College of Sports Medicine(1998)。ACSM's resource manual for guildlincs for exercise testing and prescription。Baltimore:Williams and Wilkins。
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