What are the acute, sub‑acute, and chronic stages of hemiplegia and the recommended management for each stage?

Hemiplegia Stages and Management

Overview of Stages

Hemiplegia recovery progresses through acute (0-7 days), subacute (7 days-6 months), and chronic (>6 months) stages, with management focused on preventing complications early and maximizing functional recovery through intensive rehabilitation throughout all phases. 1

The Brunnstrom six-stage theory provides a framework for understanding motor recovery: Stage 1 (flaccidity), Stage 2 (spasticity development), Stage 3 (voluntary movement with synergies), Stage 4 (movement deviating from synergies), Stage 5 (complex movement patterns), and Stage 6 (near-normal coordination). 2

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Acute Stage Management (0-7 Days Post-Stroke)

Immediate Priorities

• Initiate rehabilitation as soon as medically stable, even during acute hospitalization, to prevent secondary complications and begin motor recovery 1, 3
• Implement DVT prophylaxis immediately using pharmacological methods (prophylactic-dose heparin or low-molecular-weight heparin) combined with intermittent pneumatic compression for immobile patients 1
• Avoid elastic compression stockings alone as they increase skin complications without clear benefit when used in isolation 1

Positioning and Contracture Prevention

• Position the hemiplegic shoulder in maximum external rotation for 30 minutes daily (either in bed or sitting) to prevent shoulder contracture 1
• Use tilt table standing for 30 minutes daily to prevent lower extremity contractures 1
• Apply resting ankle splints at night and during assisted standing to prevent ankle plantarflexion contractures 1
• Consider resting hand/wrist splints along with regular stretching and spasticity management in patients lacking active hand movement 1

Skin Protection

• Perform regular skin assessments using objective scales such as the Braden scale 1
• Implement turning schedules, specialized mattresses, and wheelchair cushions until mobility returns 1
• Minimize skin friction and pressure, avoid excessive moisture, and maintain adequate nutrition and hydration 1

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Subacute Stage Management (7 Days to 6 Months)

Intensive Rehabilitation Focus

This is the critical window for maximal neuroplastic recovery—rehabilitation intensity and organization directly impact functional outcomes. 4

Motor Recovery Interventions

• Implement task-oriented training focusing on functional activities relevant to daily life 4
• Use constraint-induced movement therapy for patients with some voluntary hand/finger extension to improve upper extremity function 4
• Apply therapeutic exercise programs targeting strength, coordination, and motor control 4
• Incorporate biofeedback techniques to enhance motor learning and awareness 4

Gait and Balance Training

• Provide structured gait training with appropriate assistive devices 4
• Implement balance training programs to reduce fall risk and improve mobility 4
• Fit ankle-foot orthoses (AFOs) for patients with active plantarflexion during swing phase to improve gait quality and prevent contractures 1

Spasticity and Contracture Management

• Apply serial casting or static adjustable splints for mild to moderate elbow and wrist contractures 1
• Consider early botulinum toxin injection to wrist and finger flexors combined with splinting for spasticity management 1
• Continue positioning strategies initiated in acute phase 1

Shoulder Pain Prevention and Treatment

• Address hemiplegic shoulder pain proactively, as it occurs in 12-58% of patients, most commonly at 8-10 weeks post-stroke 5
• Use electrical stimulation as part of comprehensive shoulder management 4
• Implement proper handling techniques and positioning to prevent subluxation 1

Adjunctive Therapies

• Consider acupuncture as part of comprehensive treatment, particularly when combined with rehabilitation training 2, 4
• Use electrical stimulation and TENS for motor recovery and pain management 4
• Apply therapeutic ultrasound where indicated 4

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Chronic Stage Management (>6 Months)

Ongoing Rehabilitation

Continue rehabilitation efforts beyond 6 months, as functional gains remain possible in the chronic phase. 4

• Maintain therapeutic exercise programs adapted to current functional level 4
• Continue task-oriented training to preserve and improve functional abilities 4
• Use constraint-induced movement therapy for appropriate candidates to maintain upper extremity function 4

Management of Established Complications

• Consider surgical release of brachialis, brachioradialis, and biceps muscles for substantial established elbow flexor contractures causing pain and range-of-motion limitations 1
• Manage chronic spasticity with ongoing botulinum toxin injections, oral medications, or intrathecal baclofen as needed 1
• Address persistent shoulder pain with integrated care approaches 5

Psychosocial Considerations

• Screen regularly for post-stroke depression, which can develop at any stage 6
• Avoid routine prophylactic antidepressants due to increased fracture risk (particularly with fluoxetine) and polypharmacy concerns in elderly patients, despite potential reduction in depression incidence 6
• Consider solution-focused psychological interventions (motivational interviewing, problem-solving therapy) though evidence remains inconclusive 6

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Critical Pitfalls to Avoid

• Do not delay rehabilitation waiting for "spontaneous recovery"—early intervention is essential 1, 3
• Do not use elastic compression stockings alone for DVT prophylaxis due to skin complication risks 1
• Do not prescribe antidepressants prophylactically given the doubling of fracture risk without clear benefit on depression severity 6
• Do not neglect DVT prophylaxis in immobile patients—continue throughout rehabilitation stay or until mobility returns 1
• Do not assume rehabilitation potential is exhausted at 6 months—chronic stage patients can still benefit from continued therapy 4