Abstract
Anterior cruciate ligament (ACL) rupture is one of the potential injuries that may occur from excessive and repeated stress resulting from golf swing. The current study was purposed to investigate the biomechanical factors that leading to high ACL load of the target-side knee during golf swings. The results at the high ACL loading phase demonstrated an increased amount of frontal plane moment arm and external knee adduction or varus moments just after ball impact, those associated with a characteristical difference in the upper body motion or posture, were the main contributors to the elevated ACL force of the target-side knee.
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