透過您的圖書館登入
IP:18.232.88.17
  • 期刊

誘發呼吸肌急性疲勞對YO-YO有氧耐力測驗及肺功能之影響

The Effects of Induced Acute Respiratory Muscle Fatigue on the YO-YO Aerobic Endurance and Pulmonary Function

摘要


Purpose: The purpose of the study was to investigate the influence of respiratory resistance fatigue to endurance ability and YO-YO endurance test. Methods: Ten university track and field athletics, nonsmoking males were recruited to participate following tests by counter-balanced order. Every subject have to perform respiratory muscle fatigue (RMF) and none respiratory muscle fatigue (NRMF) (age 20±1.10 years, height 174.9±5.17 cm, weight 65.5±4.61 kg), examine their maximum inspiratory pressure (PImax), maximum expiratory pressure (PE(subscript max)), forced expiratory volume in 1 second (FEV1.0), forced vital capacity (FVC) and the value of FEV1.0/FVC within acute and 15 min following task failure and YO-YO test. Maximum heart rate (HR(subscript max)) and lactic acid were separate examine within pro-exercise acute and 5min later. A repeated measures analysis of two-way ANOVA was used to evaluate treatment (RMF and NRMF) and trail on each of the FEV1.0, FVC, FEV1.0/ FVC%, PI(subscript max), PE(subscript max) and lactic acid. RMF and NRMF were compared with the t-test in order to assess differences in HR(subscript max) and running distance. Results: FEV1.0/FVC, PImax, PEmax and lactic acid were no significantly difference in RMF and NRMF within immediately and 15 min following task failure, but FVC and FEV1.0 were significantly. The HR(subscript max) (190.0±6.83 vs. 195.4±5.94 bpm) and running distance (1580±226.86 vs. 1760±298.14 m) in RMF was significantly impair in NRMF. Conclusions: The findings in this study conclude that respiratory muscle fatigue will affect the lung function of FVC and FEV1.0, and respiratory muscle fatigue may impair the average running distance covered in YO-YO endurance test.

並列摘要


Purpose: The purpose of the study was to investigate the influence of respiratory resistance fatigue to endurance ability and YO-YO endurance test. Methods: Ten university track and field athletics, nonsmoking males were recruited to participate following tests by counter-balanced order. Every subject have to perform respiratory muscle fatigue (RMF) and none respiratory muscle fatigue (NRMF) (age 20±1.10 years, height 174.9±5.17 cm, weight 65.5±4.61 kg), examine their maximum inspiratory pressure (PImax), maximum expiratory pressure (PE(subscript max)), forced expiratory volume in 1 second (FEV1.0), forced vital capacity (FVC) and the value of FEV1.0/FVC within acute and 15 min following task failure and YO-YO test. Maximum heart rate (HR(subscript max)) and lactic acid were separate examine within pro-exercise acute and 5min later. A repeated measures analysis of two-way ANOVA was used to evaluate treatment (RMF and NRMF) and trail on each of the FEV1.0, FVC, FEV1.0/ FVC%, PI(subscript max), PE(subscript max) and lactic acid. RMF and NRMF were compared with the t-test in order to assess differences in HR(subscript max) and running distance. Results: FEV1.0/FVC, PImax, PEmax and lactic acid were no significantly difference in RMF and NRMF within immediately and 15 min following task failure, but FVC and FEV1.0 were significantly. The HR(subscript max) (190.0±6.83 vs. 195.4±5.94 bpm) and running distance (1580±226.86 vs. 1760±298.14 m) in RMF was significantly impair in NRMF. Conclusions: The findings in this study conclude that respiratory muscle fatigue will affect the lung function of FVC and FEV1.0, and respiratory muscle fatigue may impair the average running distance covered in YO-YO endurance test.

參考文獻


林彥廷(2008)。我國大專男子籃球選手不同比賽位置之體能現況與差異。運動教練科學。12,23-30。
毛祚彥、林貴福(2006)。二十公尺漸速折返跑研究及發展。運動生理暨體能學報。4,55-64。
黃鱗棋、陳紫君(2007)。速度與敏捷性在專項訓練中所扮演的角色。大專體育。93,7-14。
American Thoracic Society(2002).European Respiratory Society Statement on Respiratory Muscle Testing.American Journal of Respiratory and Critical Care Medicine.166(4),518-624.
Apostolidis, N.,Nassis, G. P.,Bolatoglou, T.,Geladas, N. D.(2004).Physiological and technical characteristics of elite young basketball player.Journal of Sports Medicine and Physical Fitness.44(2),157-163.

延伸閱讀