엘리트 테니스 선수의 등속성 근기능 발달 특성 (Characteristic of Isokinetic Muscular Functions by Elite Tennis Players)

서지정보

· 발행기관 : 한국체육과학회
· 수록지 정보 : 한국체육과학회지 / 26권 / 2호 / 1159 ~ 1171페이지
· 저자명 : 석현준, 전용균

초록

This study set out to examine the influences of physique and isokinetic muscular functions on the performance of professional tennis players in Korea required data for resistance training to help improve performance in tennis. The findings are as follows: 1. The excellent group had significantly superior isokinetic peak torque at 60°/sec load rate of knee joints in the right flexor, left extensor, and right flexor strength per weight than the non-excellent group(p>.01),(p>.05)(p>.05). 2. The excellent group also had significantly superior isokinetic at 180°/sec load rate of knee joints in the right flexor, right flexor per weight, and left extensor strength for average power than the non-excellent group(p>.01)(p>.05)(p>.05).
3. The excellent group had significantly superior isokinetic peak torque at 30°/sec load rate of the lower back in the flexor, extensor, flexor per weight, and extensor per weight than the non-excellent group(p>.05)(p>.01)(p>.01)(p>.05)and in the flexor and extensor for average power and the flexor and extensor per weight for average power than the non-excellent group(p>.05)(p>.05)(p>.05)(p>.05). 4. The excellent group also had significantly superior isokinetic in the flexor at 150°/sec load rate of the lower back than the non-excellent group(p>.05). 5. The excellent group had significantly superior isokinetic peak torque at 60°/sec load rate of shoulder joints in the flexor and extensor for average power than the non-excellent group(p>.05)(p>.05). 6. No significant differences were found in all the items at 60°/sec and 180°/sec load rate of elbow joints. 7. The excellent group had significantly superior isokinetic peak torque at 60°/sec load rate of wrist joints in the flexor, extensor, and maximum extensor per weight than the non-excellent group(p>.05)(p>.001)(p>.01)and in the flexor and extensor for average power and the flexor and extensor for average power per weight than the non-excellent group(p>.05)(p>.05) (p>.05)(p>.01).

영어초록

This study set out to examine the influences of physique and isokinetic muscular functions on the performance of professional tennis players in Korea required data for resistance training to help improve performance in tennis. The findings are as follows: 1. The excellent group had significantly superior isokinetic peak torque at 60°/sec load rate of knee joints in the right flexor, left extensor, and right flexor strength per weight than the non-excellent group(p>.01),(p>.05)(p>.05). 2. The excellent group also had significantly superior isokinetic at 180°/sec load rate of knee joints in the right flexor, right flexor per weight, and left extensor strength for average power than the non-excellent group(p>.01)(p>.05)(p>.05).
3. The excellent group had significantly superior isokinetic peak torque at 30°/sec load rate of the lower back in the flexor, extensor, flexor per weight, and extensor per weight than the non-excellent group(p>.05)(p>.01)(p>.01)(p>.05)and in the flexor and extensor for average power and the flexor and extensor per weight for average power than the non-excellent group(p>.05)(p>.05)(p>.05)(p>.05). 4. The excellent group also had significantly superior isokinetic in the flexor at 150°/sec load rate of the lower back than the non-excellent group(p>.05). 5. The excellent group had significantly superior isokinetic peak torque at 60°/sec load rate of shoulder joints in the flexor and extensor for average power than the non-excellent group(p>.05)(p>.05). 6. No significant differences were found in all the items at 60°/sec and 180°/sec load rate of elbow joints. 7. The excellent group had significantly superior isokinetic peak torque at 60°/sec load rate of wrist joints in the flexor, extensor, and maximum extensor per weight than the non-excellent group(p>.05)(p>.001)(p>.01)and in the flexor and extensor for average power and the flexor and extensor for average power per weight than the non-excellent group(p>.05)(p>.05) (p>.05)(p>.01).

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