9.2 Stroke Rehabilitation: Motor, Gait and Balance

Quick Answer: After medical stability, prioritise high-dose, task-specific, progressive practice of real goals (transfers, gait, reach-grasp). Use the least restrictive safe aid, train balance across sitting→community, protect the flaccid shoulder, treat neglect as neurology (not laziness), and write participation goals the person would recognise as their life.

Once medical stability allows, physiotherapy becomes a primary driver of functional recovery after stroke. The APC Written Assessment expects entry-level competence in motor recovery concepts, task-specific practice, gait and balance rehabilitation, upper-limb care including neglect awareness, and goal setting for participation—not advanced research statistics or specialised spasticity injection protocols. Australian cases may sit in inpatient rehab, transitional care, community health, NDIS-supported programs, or private practice follow-up after public discharge.

Motor Recovery Concepts You Must Use in Cases

Stroke produces upper motor neurone patterns: weakness (paresis), impaired selective motor control, tone changes over time (from flaccid to spastic patterns in some people), sensory loss, and disordered postural control. Recovery is a mix of spontaneous neurological recovery (especially in the first weeks to months) and use-dependent plasticity driven by practice. Key clinical implications:

• “Use it and improve it”: repeated, purposeful activation of impaired systems supports recovery better than prolonged non-use.
• Task specificity: practising the actual task (sit-to-stand, reaching to a cup, stepping) transfers better than only generic open-chain exercises that never resemble the goal.
• Dosage matters: more high-quality practice generally yields better outcomes, within fatigue, attention, and medical limits. Short, frequent bouts often beat one exhausting session that degrades quality.
• Progressive challenge: adjust physical assistance, speed, amplitude, dual-task load, and environmental complexity as performance improves (a skill-acquisition ladder, not random variety).
• Compensation vs restitution: early on, some compensation is necessary for safety (e.g., aid use). Over-reliance on compensatory patterns can limit recovery of the paretic side if the person never practices with it. Good plans protect safety while still loading the impaired side when possible.

Do not promise complete recovery timelines. Communicate uncertainty honestly: early motor return, younger age, smaller lesions, and high therapy engagement associate with better outcomes on average, but individual trajectories vary. Reassess regularly and update goals.

Task-Specific Practice: How to Structure Sessions

A solid session skeleton for many stroke survivors:

1. Orient to the goal for the session (shared decision-making).
2. Prepare: pain check, shoulder support, footwear, aid setup, environment clear of trip hazards.
3. Part-to-whole or whole-task practice depending on severity—break sit-to-stand into components if needed, then reassemble.
4. High repetition of successful or near-successful attempts with concise feedback (knowledge of results and critical one-cue corrections).
5. Variability once baseline success exists (different chair heights, surfaces, dual task).
6. Rest and education for independent practice between sessions (home exercise that is realistic for cognition and carer support).

Examples of task-specific targets:

• Transfers: bed↔chair, toilet, car, floor recovery strategies if appropriate.
• Gait: stance control, swing clearance, turning, outdoor dual-task walking.
• Upper limb: reach, grasp, release, bilateral tasks (opening jars, dressing components).
• Balance: weight shift to paretic side, reactive steps, head turns, busy environments.

Passive range, soft-tissue care, and electrical stimulation may have roles as adjuncts for specific impairments, but exam best answers rarely choose passive-only care when the person can engage in active task practice. Neuroplasticity is promoted by salient, repeated, progressive practice—not by waiting passively for recovery to finish before starting rehab.

Gait Rehabilitation and Aids

Hemiparetic gait commonly shows reduced stance time on the paretic limb, circumduction or hip hiking for clearance, knee hyperextension or buckle, foot drop, and reduced speed and endurance. Assessment should include:

• Assistance level and hands-on points of control.
• Observational kinematics of major phases.
• Endurance and cardiovascular response (link to cardiac comorbidities).
• Dual-task cost (talking while walking often unmasks fall risk).
• Footwear, orthoses, and environment.

Gait aids (rails, frames, crutches, sticks, forearm support frames) and ankle-foot orthoses (AFOs) are tools, not trophies. Select the least restrictive device that enables safe, successful practice and community goals. A person who can walk safely with a stick should not be kept on a full frame “just in case” forever, but a person with severe impulsivity and poor stance control should not be rushed to a single stick to look more independent. Document weaning criteria: improved stance time, consistent foot clearance, safe turns, adequate dual-task performance, and carer confidence.

Treadmill with body-weight support, overground training, and circuit classes are all used in Australian rehab settings depending on resources. Entry-level reasoning focuses on safe dosage, specificity, and progression, not brand names of equipment.

Balance: From Sitting Control to Community Ambulation

Balance impairments after stroke arise from weakness, sensory loss, visual field deficits, vestibular contributions, cognitive-perceptual issues (neglect), and fear of falling. Train across the continuum:

• Sitting balance with reach outside base of support.
• Sit-to-stand with attention to symmetrical loading as able.
• Static and dynamic standing (narrow base, foam, head turns—progress carefully).
• Reactive balance and step strategies if safe to challenge.
• Functional balance relevant to goals: shower transfers, outdoor kerbs, shopping aisles.

Falls prevention is not only exercise: environment modification, footwear, continence planning, medication review liaison, and supervision strategies for impulsive patients matter. Always reassess fall risk when aids change or when cognition fluctuates. Dual-task balance (walk and talk, carry an object) is essential before unsupervised community ambulation because Australian community environments are busy and unpredictable.

Upper Limb Recovery and Neglect Awareness

Upper-limb outcomes vary widely. In the flaccid stage, protect the glenohumeral joint: support in sitting, careful handling during transfers, avoid overhead pulleys that distract the humeral head, and educate the team. As selective movement returns, emphasise repetitive task practice, shaping (small successful movements built into tasks), and bilateral integration when useful.

Unilateral spatial neglect (more often right-hemisphere lesions affecting left space) can devastate safety: collisions, incomplete dressing, ignoring food on one side of the plate, and failure to use the paretic limb despite motor capacity (learned non-use interacts with neglect). Physiotherapy strategies include:

• Approaching and placing therapy materials toward the neglected side as the person improves, while initially ensuring safety cues they can process.
• Encouraging scanning (visual and bodily) toward the neglected space.
• Using the paretic limb in bilateral tasks and functional goals rather than allowing complete non-use.
• Coordinating with occupational therapy on ADLs and with the team on consistent cueing.

Do not assume “they are not trying.” Neglect is a neurological attention/spatial deficit, not laziness. Document how it affects transfers and gait (veering, missing obstacles).

Spasticity may emerge later and can help or hinder function. Manage with stretch through function, positioning, load, and medical liaison for tone that blocks hygiene or causes pain—without making tone reduction the sole goal when the real goal is grasp and gait.

Goal Setting for Participation

Entry-level practice uses shared, measurable goals aligned with the person’s life roles: return to kitchen standing tolerance, walk to the letterbox, resume lawn bowls modified, transfer independently for home discharge, or return-to-work graded planning. Prefer goals that state who / will do what / under what conditions / by when, and link them to participation (ICF framing), not only “improve MRC grade by one.”

Involve family and carers in realistic practice plans. In Australian public rehab, private practice, and NDIS-adjacent community contexts, goals also drive service intensity and discharge planning. Review goals when plateaus or new medical events occur (another stroke, infection, depression).

Psychosocial factors are common: mood disorders, fatigue, identity loss, and carer strain. Screen and refer appropriately; adapt session timing for post-stroke fatigue (often better earlier in the day; schedule hard dual-task gait when alert).

Secondary Prevention and Lifelong Activity

Physiotherapists reinforce secondary prevention within scope: aerobic activity as medically allowed, strength and balance for falls, smoking cessation support pathways, and adherence to walking programs. Community exercise options (cardiac rehab-style models, stroke groups, supervised gym) help maintain gains after formal rehab ends. Exam answers that dump patients without a maintenance plan are weaker than those that plan graded community transition.

Common APC Traps in Motor/Gait/Balance Items

• Choosing passive modalities only for a patient who can practise sit-to-stand.
• Selecting an overly restrictive aid without a review plan, or an under-supportive aid that guarantees falls.
• Ignoring neglect when explaining “non-compliance.”
• Setting only impairment goals (“increase dorsiflexion strength”) when the vignette is about discharge home alone.
• Progressing dual-task outdoor gait on day one of rehab for a highly impulsive, hemianopic patient without interim safety steps.

Best options usually combine task-specific active practice, appropriate aid/orthosis, neglect/shoulder safety, and participation goals with monitoring.

Closing Exam Anchor

Stroke motor rehab is high-dose, meaningful practice under a safety envelope: protect the shoulder, load the paretic side, train gait and balance for real environments, address neglect explicitly, and write goals the person would recognise as their life—not only their muscle chart.