This research aims to examine the relationship between scapular morphology and posterior shoulder stability using biomechanical evidence.
Utilized an advanced cadaveric shoulder simulator to assess shoulder kinematics
Evaluated the effect of scapular deformities on shoulder stability
Conducted biomechanical tests to measure posterior shoulder kinematics
Complete anatomic correction is necessary for restoring normal shoulder kinematics
Observed significant differences in stability with and without deformity corrections
Supported a comprehensive surgical approach for SPSL (superior posterior shoulder ligaments) treatment
Abstract
Complete anatomic correction of both deformities is necessary to restore normal posterior shoulder kinematics, supporting a comprehensive surgical approach for SPSL treatment.