呼吸肌熱身對腳踏車運動時生理反應與衰竭時間的影響

The Effects of Respiratory Muscle warm-up on Physiological Responses and Exhaustion Time in Cycling

10.6569/NTUJPE.200609_(9).0003

潘賢章(Hsien-Chang Pan)；林正常(Jung-Charng Lin)；林信甫(Hsin-Fu Lin)

呼吸肌熱身 ； 俯握姿勢 ； 腳踏車運動 ； 運動表現 ； respiratory muscle ； warm-up ； cycling

臺大體育學報

9輯（2006 / 09 / 01）

39 - 53

繁體中文

目的：比較腳踏車運動之前，接受呼吸肌熱身是否能提升運動表現。方法：本研究受試者對象為10名經常運動的學生（年齡：24.70±1.42歲；身高：174.10±3.51公分；體重：75.40±9.17公斤），每位受試者以平衡次序方式分別在原地腳踏車測功儀上以俯握姿勢進行漸增負荷測驗，在測驗前利用呼吸肌訓練器以快吸慢吐的方式進行呼吸肌熱身，因吸氣時透過呼吸肌訓練器的壓力閥會產生阻力，必須以快且強力的吸氣才能順利吸氣，讓呼吸肌在呼吸過程中增加呼吸肌的負荷，達到熱身的效果。有呼吸肌熱身與無呼吸肌熱身各進行一次漸增負荷運動測驗（每次實驗至少間隔24小時），分別觀察150W、200W與衰竭時的生理反應與運動表現。結果：測驗過程中所採集之各項生理變化中，發現換氣量、換氣頻率、攝氧量、心跳率與呼吸困難知覺皆無差異，運動時間也無明顯差異。結論：呼吸肌熱身後，並無法對腳踏車運動過程中各項生理反應與運動表現產生明顯的效果。

Purpose: The purpose of this study was to compare whether respiratory muscle warm-up can enhance performance in cycling. Methods: Ten activity males (age 24.70±1.42 yrs; height: 174.10±3.51 cm; weight: 75.40±9.17 kg) were recruited to participate the experiment. By counter-balanced design, all subjects used aero position to complete two incremental load tests with and without respiratory warm-up on different days. Warm up in fast inhaling and slow exhaling manner was employed for respiratory muscle by which training device increases valve pressure to induce resistance to the respiratory muscle when inhaling. During tests, we observed physiological responses at 150W, 200W, exhaustion and time to exhaustion as performance index. Results: There were no significant differences in V(superscript ‧) E, ventilation frequency, V(superscript ‧) O2, HR, perception of dyspnea and exhaustion time between 2 visits at 3 intensities. Conclusions: The expiratory muscle warm-up does not provide obvious effect on physiological responses and exhaustion time in cycling.

1. Atkinson, G.,Todd, C.,Reilly, T. P.(1999).Effects of time of day and warm-up on cycling time Trial.European College of Sport Science Conference.
2. Atkinson, G.,Todd, C.,Reilly, T.,Waterhouse, J.(2005).Diurnal variation in cycling performance: influence of warm-up.Journal of Sports Sciences,23(3),321-329.
3. Borg, G. A. V.(1982).Psychophysical bases of perceived exertion.Medicine and Science in Sports and Exercise,14,377-381.
4. David, B.(2003).Warm up II performance changes following active warm up and how to structure the warm up.Sports Medicine,33(7),483-498.
5. David, B.(2003).Warm up I potential mechanisms and the effects of passive warm up on exercise performance.Sports Medicine,33(6),439-454.
6. Golinick P. D.,Armstrong R. B.,Sembrowich W. L.(1973).Glycogen depletion pattern in human skeletal muscle fibres after heavy exercise.The Journal of Physiology,34(5),615-8.
7. Johnson, B. D.,Aaron, E. A.,Babcock, M. A.,Dempsey, J. A.(1996).Respiratory muscle fatigue during exercise: implications for performance.Medicine and Science in Sports and Exercise,28(9),1129-1137.
8. Lisboa, C.,Villafranca, C.,Leiva, A.,Curuz, E.,Pertuzé,Borzone, G.(1997).Inspiratory muscle training in chronic airflow limitation: effect on exercise performance.European Respiratory Journal,10,537-542.
9. Loke, J.,Mahler, D. A.,Virgulto, J. A.(1982).Respiratory muscle fatigue after marathon running.Journal of Applied Physiology,152(4),821-824.
10. McConnell, A. K.,Sharpe, G. R.(2005).The effect of inspiratory muscle training upon maximum lactate steady-state and blood lactate concentration.European Journal Applied Physiology,94(3),277-284.
11. Ozyener, F.,Rossiter H. B.,Ward, S. A.,Whipp, B. J.(2001).Influence of exercise intensity on the on-and off-transient kinetics of pulmonary oxygen uptake in humans.Journal of Physiology,553(3),891-902.
12. Romer, L. M.,McConnell, A. K.,Jones, D. A.(2002).Effects of inspiratory muscle training on time-trial Performance in trained cyclists.Journal of Sports Sciences,20,547-562.
13. Stewart, I. B.,Sleivert, G. G.(1998).The effect of warm-up intensity on range of motion and anaerobic performance.The Journal of Orthopaedic and Sports Physical Therapy,27(2),154.
14. Szal, S. E.,Schoene, R. B.(1989).Ventilatory response to rowing cycling in elite oarswomen.Journal of Applied Physiology,67,264-269.
15. Tong, T. K.,Fu, F. H.(2006).Effect of specific inspiratory muscle warm-up on intense intermittent run to exhaustion.European Journal Applied Physiology,97(6),673-680.
16. Volianitis, S.,McConnell, A. K.,Koutedakis, Y.,Jones D. A.(2001).Specific respiratory warn-up improves rowing performance and exertional dyspnea.Medicine and Science in Sports and Exerccise,33(7),1189-93.
17. Volianitis, S.,McConnell, A. K.,Koutedakis, Y.,Jones, D. A.(1999).The influnce of prior activity upon inspiratory muscle strength in rowers and non rowers.International Journal of Sports Medicine,18(3),169-173.
18. Williams J. S.,Wongsathikun, J.,Boon, S. M.,Acevedo, E. O.(2002).Inspiratory muscle training fails to improve endurance capacity in athletes.Medicine and Science in Sports and Exercise,34(7),1194-1198.
19. 林正常(2005)。運動生理學（增訂第二版）。台北市:師大書苑有限公司。
20. 林富美譯、傅祖慶譯、Guyton, A. C.(1990)。蓋統生理學：生理及疾病機轉。台北市:華杏出版。
21. 戴萱(2004)。生理學概論。台北市:華騰文化。

1. 鄭景峰、陳玉英、洪鈺釗、林淑惠(2013)。吸氣肌熱身對運動表現之影響。中原體育學報，2，28-34。