Which statement best describes an exercise consideration for scapular dyskinesis?

Which statement best describes an exercise consideration for scapular dyskinesis?

• A. Avoid strengthening until pain-free and limit ROM.
• B. Focus on correcting posture, reducing hypertonicity, restoring flexibility, strengthening scapular stabilizers, and improving endurance.
• C. Focus solely on shoulder flexion range of motion.
• D. Use high-intensity plyometric training to fatigue quickly.

Answer: (B)

The key idea is restoring coordinated scapular movement during shoulder activity by addressing posture, muscle tone, flexibility, and strength of the scapular stabilizers, plus endurance. Correcting posture helps position the scapula for proper glenohumeral motion, reducing mechanical stress. Reducing hypertonicity in overactive muscles (like the upper trapezius and pectoralis minor) helps prevent compensatory elevation and anterior tilt that disrupt normal mechanics. Reestablishing flexibility—working on chest and shoulder tightness and improving thoracic spine mobility—gives the scapula room to move and rotate as the arm elevates. Strengthening the scapular stabilizers (such as the serratus anterior, lower and middle trapezius, and rhomboids) improves control of upward rotation, retraction, and posterior tilt, creating a stable platform for arm movement. Building endurance ensures that this stable control is maintained throughout sustained activities, not just in short bouts. This holistic approach is more effective than focusing only on range of motion, avoiding early reliance on high-intensity or fatigue-inducing training, which can aggravate dyskinesis.

The key idea is restoring coordinated scapular movement during shoulder activity by addressing posture, muscle tone, flexibility, and strength of the scapular stabilizers, plus endurance. Correcting posture helps position the scapula for proper glenohumeral motion, reducing mechanical stress. Reducing hypertonicity in overactive muscles (like the upper trapezius and pectoralis minor) helps prevent compensatory elevation and anterior tilt that disrupt normal mechanics. Reestablishing flexibility—working on chest and shoulder tightness and improving thoracic spine mobility—gives the scapula room to move and rotate as the arm elevates. Strengthening the scapular stabilizers (such as the serratus anterior, lower and middle trapezius, and rhomboids) improves control of upward rotation, retraction, and posterior tilt, creating a stable platform for arm movement. Building endurance ensures that this stable control is maintained throughout sustained activities, not just in short bouts. This holistic approach is more effective than focusing only on range of motion, avoiding early reliance on high-intensity or fatigue-inducing training, which can aggravate dyskinesis.