실업 테니스 선수 경기력 수준별 체격 및 발목, 무릎, 어깨관절 등속성 근기능 분석 (Analysis of Physique and Isokinetic Ankle, Knee, Shoulder Joint Muscular Function by Elite Tennis Players Performance Levels)

서지정보

· 발행기관 : 한국체육과학회
· 수록지 정보 : 한국체육과학회지 / 25권 / 3호 / 1347 ~ 1357페이지
· 저자명 : 김재호, 전용균

초록

This study set out to examine the influences of physique and isokinetic muscular functions of ankle, knee and should joints 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: The excellent group turned out to have significantly measurements in the physique factors including height, lower limb length, and arm length than the non-excellent group (p>.01),(p>.05)(p>.05). The excellent group had significantly isokinetic peak torque at 30°/sec load of ankle joints in the right dorsi flexor, plantar flexor, left dorsi flexor, plantar flexor and right plantar flexor per weight than the non-excellent group(p>.05),(p>.05),(p>.05),(p>.05)(p>.01). The excellent group had significantly isokinetic peak torque at 60°/sec load 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). Also had significantly isokinetic average power at 180°/sec load of knee joints in the left extensor strength than the non-excellent group(p>.01). The excellent group had significantly isokinetic peak torque at 60°/sec load of shoulder joints in the flexor and extensor for average power than the non-excellent group (p>.05)(p>.05). Those findings indicate that big height is required as part of the good physique conditions along with balanced development of each joint in each body part to improve tennis performance. The excellent group had measurements in the dorsi flexors of ankle joint, flexor and extensor of knee joints and the flexor of shoulder joints than the non-excellent group.

영어초록

This study set out to examine the influences of physique and isokinetic muscular functions of ankle, knee and should joints 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: The excellent group turned out to have significantly measurements in the physique factors including height, lower limb length, and arm length than the non-excellent group (p>.01),(p>.05)(p>.05). The excellent group had significantly isokinetic peak torque at 30°/sec load of ankle joints in the right dorsi flexor, plantar flexor, left dorsi flexor, plantar flexor and right plantar flexor per weight than the non-excellent group(p>.05),(p>.05),(p>.05),(p>.05)(p>.01). The excellent group had significantly isokinetic peak torque at 60°/sec load 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). Also had significantly isokinetic average power at 180°/sec load of knee joints in the left extensor strength than the non-excellent group(p>.01). The excellent group had significantly isokinetic peak torque at 60°/sec load of shoulder joints in the flexor and extensor for average power than the non-excellent group (p>.05)(p>.05). Those findings indicate that big height is required as part of the good physique conditions along with balanced development of each joint in each body part to improve tennis performance. The excellent group had measurements in the dorsi flexors of ankle joint, flexor and extensor of knee joints and the flexor of shoulder joints than the non-excellent group.

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