The purpose of this study was to examine the response and the adaptation of the aerobic exercise function related variances before and after 16 weeks' swimming training and after 4 weeks' rest for the cerebral palsied adolescents.
For this examinatio...
The purpose of this study was to examine the response and the adaptation of the aerobic exercise function related variances before and after 16 weeks' swimming training and after 4 weeks' rest for the cerebral palsied adolescents.
For this examination, the capacity of aerobic exercise function(HR, VOmax(㎖/㎏/min), VE, RQ) are selected as variances.
The average ages of the 6 subjects were 15.17?.72yrs for 3 males and 15.14+0.68yrs for 3 females. They were medical grades 7~8 cerebral palsied adolescents in the track game of the National Athletic Competition for the Handicapped.
The swimming was done 60minutes per day and 5 times for 16 weeks. Warming up for the exercise test was done at the speed of 2.0mile/h, on the degree of 3%, with a three minutes exercise and a three minutes rest. According the subjects' performance, the exercise test was done. The females were tested at the 2-3miles/h speed and on the degree of 3% during the first 25 minutes and at the 3-.5miles/h speed with the degree of 3-5% until all out. The males were tested at the 2-3.5miles with a degree of 3% for the first 25minutes and at the 2.5-3.5miles with degrees of 3-9% until all out.
In order to analyze aerobic exercise capacity the experimental design at sex(male and female), trainings(before training, after training and detraining), test times(before exercise, after exercise and rest 30 minutes) were carried out with a repeated measures of 3?? (trainings?ests times) and ANOVA repeated measure design.
The results of the tests are as follows.
1. The heart rate of after-training was higher than that of before-training (P<.05) and it was lower than that of after-detraining (P<.05).
2. The ventilation of after-training was higher than that of before-training (P<.05), on the other hand it was lower after detraining (P<.05).
3 The oxygen consumption of after-training was higher than that of before-training (P<.05), on the other hand it was lower after detraining (P<.05).