Management of Shoulder Pain

Initial Conservative Management

Educate patients on proper shoulder positioning and initiate range of motion exercises (passive and active-assisted), focusing specifically on external rotation and abduction to prevent frozen shoulder and shoulder-hand pain syndrome, as recommended by the American Heart Association, based on evidence from the Stroke journal 1
Implement gentle mobilization and stretching techniques, emphasizing external rotation and abduction movements, to improve shoulder mobility and reduce pain, as suggested by the American Heart Association, based on evidence from the Stroke journal 1
Avoid overhead pulley exercises, as they encourage uncontrolled abduction and can worsen shoulder pathology, according to the American Heart Association, based on evidence from the Stroke journal 1

Apply shoulder strapping to prevent trauma and provide support for patients with spasticity-related shoulder pain, as recommended by the American Heart Association, based on evidence from the Stroke journal 1
Use functional electrical stimulation (FES) to improve shoulder lateral rotation and reduce pain in patients with spasticity-related shoulder pain, as suggested by the American Heart Association, based on evidence from the Stroke journal 1
Intra-articular triamcinolone injections have significant effects on pain, though ROM improvements may not reach statistical significance, in patients with inflammatory/structural shoulder pain, according to the American Heart Association, based on evidence from the Stroke journal 1

Consider ice, heat, and soft tissue massage for symptomatic relief, as recommended by the American Heart Association, based on evidence from the Stroke journal 1
Strengthening exercises for rotator cuff and scapular stabilizers can be initiated once acute pain is controlled, as suggested by the American Heart Association, based on evidence from the Stroke journal 1

Train all healthcare staff on proper handling techniques to prevent trauma to the hemiplegic or painful shoulder, as recommended by the American Heart Association, based on evidence from the Stroke journal 1
Implement positioning protocols to maintain proper joint alignment, as suggested by the American Heart Association, based on evidence from the Stroke journal 1

Do not use overhead pulleys for rehabilitation, as they promote uncontrolled abduction and can cause further injury, according to the American Heart Association, based on evidence from the Stroke journal 1
Do not delay treatment of shoulder pain, as it can mask motor function improvement, inhibit rehabilitation, and contribute to depression, insomnia, and reduced quality of life, as recommended by the American Heart Association, based on evidence from the Stroke journal 1

The American Heart Association recommends suprascapular nerve blocks as an adjunctive treatment for hemiplegic shoulder pain, with evidence showing they can reduce pain for up to 12 weeks compared to placebo injections 2, 3
The American Academy of Neurology suggests botulinum toxin injections into shoulder muscles can be useful to reduce severe hypertonicity in hemiplegic shoulder muscles and associated pain 2, 4
The American College of Rheumatology indicates corticosteroid injections show mixed results but may provide short-term pain reduction, particularly when shoulder joint pathology is verified by ultrasonography 2, 5

The International Journal of Stroke guidelines mention suprascapular nerve blocks have stronger evidence and are specifically recommended for hemiplegic shoulder pain management 2, 6

The International Journal of Stroke recommends patient education on positioning and range of motion exercises as a first-line approach for shoulder pain management 6
The American Heart Association suggests analgesics such as acetaminophen or ibuprofen as first-line treatments for shoulder pain if no contraindications exist 7
The American Academy of Neurology recommends botulinum toxin injections into affected muscles for spasticity-related shoulder pain 4, 6
The American College of Rheumatology indicates subacromial corticosteroid injections can be used for inflammatory/structural shoulder pain when inflammation of the subacromial region is suspected 2, 6
The American Heart Association suggests suprascapular nerve blocks for both hemiplegic and non-hemiplegic shoulder pain 2

The American Heart Association notes overhead pulley exercises are not recommended for shoulder rehabilitation after stroke 5
The American College of Rheumatology indicates corticosteroid injections provide only short-term relief and long-term pain reduction has not been verified 2

The American Heart Association recommends a comprehensive approach including proper positioning, supportive devices, and range of motion exercises to accompany any nerve block interventions for hemiplegic shoulder pain after stroke 2, 6
The American Academy of Neurology suggests neuromodulating medications may be more appropriate than nerve blocks for patients with central pain components 2