The Golf Channel for Golf Lessons
This review synthesizes current biomechanical evidence on golf-swing kinematics, kinetics, and neuromuscular control, highlighting mechanisms underpinning performance optimization and strategies to mitigate injury risk.
Examines biomechanical sequencing and neuromuscular control during golf follow-through, highlighting coordinated energy transfer, timing, and postural strategies that optimize precision and consistency.
Mastering the follow-through transforms your swing into a reliable, repeatable motion-precise joint sequencing, smooth momentum transfer, and controlled deceleration sharpen accuracy and consistency while minimizing injury risk
This review synthesizes biomechanical principles of the golf swing-joint kinematics, muscle activation, and intersegmental force transfer-to guide technique optimization, performance enhancement, and injury prevention.
This study dives into the kinematic and neuromuscular underpinnings of the golf follow-through, showing how precise joint sequencing, efficient momentum transfer, and deliberate muscle-driven deceleration combine to sharpen accuracy and reduce injury risk
This study investigates the biomechanics of the golf swing follow-through, emphasizing joint sequencing, momentum transfer, and controlled deceleration to optimize shot accuracy, consistency, and injury prevention.
An integrative review of golf-swing biomechanics synthesizes kinematics, kinetics, and neuromuscular control to guide technique refinement, optimize performance, and reduce injury risk in evidence-based practice.
This study elucidates kinematics and neuromuscular mechanisms underpinning golf follow-through, highlighting joint sequencing, momentum transfer, and active deceleration for accuracy and injury prevention.
Examines follow-through biomechanics in golf, highlighting kinematic sequencing, efficient energy transfer, and dynamic balance to enhance shot precision through optimized posture and timing.
Biomechanical strategies for golf swing follow-through emphasize coordinated joint sequencing, efficient momentum transfer, and controlled deceleration to optimize accuracy, consistency, and reduce injury risk.
