https://www.selleckchem.com/products/KU-55933.html
INTRODUCTION Despite high injury incidence rates in gymnastics, there is a paucity of data characterizing upper extremity injury causation and biomechanical risk factors. This study investigated contact forces across multiple joints in both upper extremities during a round-off back handspring (ROBHS), a fundamental gymnastics tumbling maneuver. OBJECTIVE 1) To characterize the 3-D biomechanics of the sequential, asynchronous contact of each upper extremity with the ground during a ROBHS using 3D motion capture, and 2) to evaluate poten
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