The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise

碩士 === 國立臺灣科技大學 === 醫學工程研究所 === 102 === Physiological adaptions are essential for distance running in which the performance is highly associated with minimizing metabolic energy expenditure and fatigue resistance. The purpose of this study was to investigate the effects of wearing ergonomic designed...

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Main Authors: Li-Wen Tseng, 曾莉雯
Other Authors: Wei-Chun Hsu
Format: Others
Language:en_US
Published: 2014
Online Access:http://ndltd.ncl.edu.tw/handle/vdq656
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spelling ndltd-TW-102NTUS51591642019-05-15T21:42:03Z http://ndltd.ncl.edu.tw/handle/vdq656 The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise 人因設計運動型緊身服飾對運動過程生理反應之影響 Li-Wen Tseng 曾莉雯 碩士 國立臺灣科技大學 醫學工程研究所 102 Physiological adaptions are essential for distance running in which the performance is highly associated with minimizing metabolic energy expenditure and fatigue resistance. The purpose of this study was to investigate the effects of wearing ergonomic designed sport compressive garment (D-CG) and general compression garment (G-CG) on physiological response during and after exercise in recreational runners. Eight male recreational runners (aged 26.13 ± 2.36 years old and V ̇O2max of 48.88 ± 3 ml/min/kg) were recruited. All participates were assigned to wear G-CG, D-CG, and nearly nude (non-CG) to perform a 40 minutes 75% V ̇O2max treadmill run. The main effect between three CG conditions in running economy at the 40-minute of running (P =0.03). Significantly lower V ̇O2 (L/min) P <0.05 the time points after 20 of exercise were found between D-CG and N-CG (P <0.05). Compared to N-CG, wearing D-CG showed lower oxygen consumption at all the time points after 20 minutes running. Compared to N-CG, G-CG showed lower oxygen consumption at the time points of 25 and at the end of 40 minutes running course. However, there were no differences in cardio-respiratory response including cardiac output (Q ̇), stroke volume (SV) and Oxygen pulse (V ̇O2/HR). There was no difference in lactate and rating of perceived exertion among D-CG, G-CG, and N-CG prior to or post running trial. In recovery phase, there no significant difference in CK, Mb or VAS. These results suggest that wearing D-CG might enhance oxygen utilization and thus the performance in recreational runner after 20 minute submaximal running; however G-CG revealed no pronounce effect. Conclusion: This finding suggest that wearing D-CG is likely to enhance submaximal running after 20 minute running; besides, indicating that wearing D-CG were more consistent than wearing G-CG. Wei-Chun Hsu 許維君 2014 學位論文 ; thesis 81 en_US
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language en_US
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description 碩士 === 國立臺灣科技大學 === 醫學工程研究所 === 102 === Physiological adaptions are essential for distance running in which the performance is highly associated with minimizing metabolic energy expenditure and fatigue resistance. The purpose of this study was to investigate the effects of wearing ergonomic designed sport compressive garment (D-CG) and general compression garment (G-CG) on physiological response during and after exercise in recreational runners. Eight male recreational runners (aged 26.13 ± 2.36 years old and V ̇O2max of 48.88 ± 3 ml/min/kg) were recruited. All participates were assigned to wear G-CG, D-CG, and nearly nude (non-CG) to perform a 40 minutes 75% V ̇O2max treadmill run. The main effect between three CG conditions in running economy at the 40-minute of running (P =0.03). Significantly lower V ̇O2 (L/min) P <0.05 the time points after 20 of exercise were found between D-CG and N-CG (P <0.05). Compared to N-CG, wearing D-CG showed lower oxygen consumption at all the time points after 20 minutes running. Compared to N-CG, G-CG showed lower oxygen consumption at the time points of 25 and at the end of 40 minutes running course. However, there were no differences in cardio-respiratory response including cardiac output (Q ̇), stroke volume (SV) and Oxygen pulse (V ̇O2/HR). There was no difference in lactate and rating of perceived exertion among D-CG, G-CG, and N-CG prior to or post running trial. In recovery phase, there no significant difference in CK, Mb or VAS. These results suggest that wearing D-CG might enhance oxygen utilization and thus the performance in recreational runner after 20 minute submaximal running; however G-CG revealed no pronounce effect. Conclusion: This finding suggest that wearing D-CG is likely to enhance submaximal running after 20 minute running; besides, indicating that wearing D-CG were more consistent than wearing G-CG.
author2 Wei-Chun Hsu
author_facet Wei-Chun Hsu
Li-Wen Tseng
曾莉雯
author Li-Wen Tseng
曾莉雯
spellingShingle Li-Wen Tseng
曾莉雯
The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise
author_sort Li-Wen Tseng
title The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise
title_short The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise
title_full The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise
title_fullStr The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise
title_full_unstemmed The Effect of Ergonomic Designed Compression Garment on Physiological Response During and After Exercise
title_sort effect of ergonomic designed compression garment on physiological response during and after exercise
publishDate 2014
url http://ndltd.ncl.edu.tw/handle/vdq656
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