A client demonstrates hesitancy and visible discomfort when completing shoulder range of motion exercises. What is the most appropriate intervention?

Assessment during shoulder range of motion involves evaluating both functional ability and signs of underlying musculoskeletal pathology. Hesitancy and visible discomfort may indicate pain, inflammation, soft tissue injury, or joint abnormalities such as dislocation or bursitis. Before initiating interventions, the nurse must first determine whether additional abnormal physical findings are present. Focused assessment helps differentiate simple discomfort from conditions requiring further medical evaluation. A. Encouraging the client to continue exercises despite discomfort is inappropriate because it may worsen an underlying injury or inflammatory condition. Pain and hesitancy are protective responses indicating potential tissue stress or damage. Forcing movement without further assessment can increase inflammation, reduce joint stability, and delay healing. B. Applying heat therapy immediately may not be appropriate without determining the cause of discomfort. Heat can worsen acute inflammation or swelling if an injury or inflammatory process is present. Therapeutic interventions should be guided by assessment findings rather than applied reflexively. C. Documenting and monitoring over a week without further assessment may delay identification of potentially serious musculoskeletal conditions. Hesitancy and discomfort during movement may indicate acute injury or structural abnormality that requires immediate evaluation. Ongoing symptoms without investigation could lead to progression of underlying pathology. D. Assessing for swelling, erythema, or deformity is the most appropriate intervention because it helps identify signs of inflammation, trauma, or joint disruption. These findings can indicate conditions such as rotator cuff injury, bursitis, or dislocation. A focused physical assessment provides essential information to guide timely and appropriate intervention.