功能性電刺激療法對高中甲組排球員激烈運動後恢復期尿液生化值變化之研究

The Effect of Functional Electrical Stimulation on Post-Exercise of Senior High Elite volleyball Athletes Induced Urine Biochemistry Values Responses

10.30165/JHSS.200906.0007

黃瑞臻(Chen-Jui Huang)；李建霖(Jiun-Lin Lee)；林坤和(Kun-He Lin)

功能性電刺激療法 ； 尿膽原 ； 尿蛋白 ； 尿酸鹼值 ； Functional Electrical Stimulation ； PH ； ALB ； URO

人文與社會學報

2卷4期（2009 / 06 / 01）

179 - 194

繁體中文

The purpose of this study was to investigate the effect of functional electrical stimulation on post-exercise of senior high Elite volleyball Athletes induced uric biochemistry values responses. 9 male volleyball players, with mean age of 17.38+ 0.65 yrs, height of 176.00+ 4.90cm and weight of 70.98+8.47 kg, volunteered for this study as subjects. The experiments were performed on the treadmill with high intensity (80%(superscript VO2 max) for 12minutes followed by three patterns of recovery treatments for 30 minutes:1.Functional electrical stimulation, 2. static recovery, 3.movement recovery. We took counter balance of recovery treatments. During 1 hr recovery duration excess post-exercise, urine samples for post-exercise albuminuria (ALB) PH, and urobilinogen (URO) concentration were analyzed at rest and the recovery duration of 30, 60min and early morning. One-way ANOVA showed that three recovery treatments significantly the results of data. The results obtained from this study were as follow: On post-exercise induced urine biochemistry values responses about ALB, functional electrical stimulation treatment is better than static recovery and movement recovery.

The purpose of this study was to investigate the effect of functional electrical stimulation on post-exercise of senior high Elite volleyball Athletes induced uric biochemistry values responses. 9 male volleyball players, with mean age of 17.38+ 0.65 yrs, height of 176.00+ 4.90cm and weight of 70.98+8.47 kg, volunteered for this study as subjects. The experiments were performed on the treadmill with high intensity (80%(superscript VO2 max) for 12minutes followed by three patterns of recovery treatments for 30 minutes:1.Functional electrical stimulation, 2. static recovery, 3.movement recovery. We took counter balance of recovery treatments. During 1 hr recovery duration excess post-exercise, urine samples for post-exercise albuminuria (ALB) PH, and urobilinogen (URO) concentration were analyzed at rest and the recovery duration of 30, 60min and early morning. One-way ANOVA showed that three recovery treatments significantly the results of data. The results obtained from this study were as follow: On post-exercise induced urine biochemistry values responses about ALB, functional electrical stimulation treatment is better than static recovery and movement recovery.

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