Effectiveness of scapular stabilization exercises in adhesive capsulitis or rotator cuff tendinopathy

BackgroundShoulder disorders such as adhesive capsulitis and rotator cuff tendinopathy are common musculoskeletal conditions associated with pain, reduced range of motion (ROM), functional limitations, and decreased quality of life. Scapular dyskinesis is frequently observed in these conditions and may contribute to altered shoulder biomechanics. Scapular stabilization exercises have been proposed as an effective intervention to improve scapular control, reduce pain, and restore upper limb function. ObjectiveTo evaluate the effectiveness of scapular stabilization exercises in reducing pain, improving shoulder range of motion, muscle strength, and functional outcomes in patients with adhesive capsulitis and rotator cuff tendinopathy.Methods -Study DesignThis is the comparative study of 30 patients with adhesive capsulitis associated with rotator cuff tendinopathy presenting to physical therapy were devided  into two groups (stabilized or non-stabilized scapular exercises). Baseline pain and range of motion were measured prior to and following each treatment session for three visits that occurred over the course five to seventeen days depending on the patient's availability. The dependent measurements were stabilized horizontal adduction, stabilized internal rotation, stabilized shoulder flexion, non-stabilized shoulder flexion, and current pain level.ResultsThe reviewed studies demonstrated that scapular stabilization exercises significantly improve pain, shoulder function, scapular kinematics, and muscle activation patterns. When combined with conventional physiotherapy interventions, these exercises showed superior outcomes compared to conventional treatment alone.ConclusionScapular stabilization exercises represent an effective adjunct to rehabilitation programs for patients with adhesive capsulitis and rotator cuff tendinopathy. Incorporating these exercises may enhance functional recovery, reduce pain, and improve shoulder biomechanics.