Stroke shows up on almost every CPTE Written paper and runs through a large share of the Oral cases. If you systematically own this topic, you bank points in both sections — and equally important, you build the clinical reasoning vocabulary the Oral section is judged on. This guide is the structure most candidates wish they had studied from in month one.
Throughout, I reference the Canadian Stroke Best Practice Recommendations, which is the document Canadian regulators and clinicians treat as the standard of care. You can read it at strokebestpractices.ca.
Ischemic vs hemorrhagic — start here, because everything else flows from this
Roughly 85 percent of strokes in Canada are ischemic (blocked vessel), and 15 percent are hemorrhagic (ruptured vessel). The distinction matters clinically because acute management is different, prognosis differs, and exam questions often hinge on which type the case describes.
Ischemic stroke — A thrombus (clot formed in place) or embolus (clot travelled from elsewhere) blocks a cerebral artery. Treatment in the acute window may include tissue plasminogen activator (tPA) within roughly 4.5 hours of symptom onset, or mechanical thrombectomy within roughly 6–24 hours depending on imaging. Physiotherapy starts early — often within 24–48 hours if medically stable.
Hemorrhagic stroke — A vessel ruptures, either intracerebral (in the brain tissue) or subarachnoid (in the space around the brain). Treatment focuses on controlling bleeding, blood pressure, and intracranial pressure. Physiotherapy is often delayed in the first few days, and mobilization protocols are more cautious.
What examiners look for: the question often gives you a vignette with a sudden onset, focal neurological signs, and a CT result. Your job is to recognize the type, anticipate the acute management, and know when physiotherapy can safely begin.
Cerebral artery syndromes — the highest-yield map you can memorize
The pattern of impairments after a stroke depends on which artery is affected. The classic syndromes that appear repeatedly on the CPTE:
Middle cerebral artery (MCA) — Contralateral hemiparesis and sensory loss greater in the face and upper limb than the lower limb. Aphasia if the dominant hemisphere is involved (usually left). Hemianopia. The most commonly occluded artery and the most commonly tested syndrome.
Anterior cerebral artery (ACA) — Contralateral hemiparesis and sensory loss greater in the lower limb than the upper limb. Apathy, abulia, urinary incontinence if both anterior territories are involved.
Posterior cerebral artery (PCA) — Contralateral homonymous hemianopia with macular sparing. Thalamic involvement causes contralateral sensory loss and possibly thalamic pain. Memory deficits if temporal lobe is involved.
Vertebrobasilar (brainstem and cerebellum) — Crossed signs (ipsilateral cranial nerve deficit, contralateral body deficit). Ataxia, vertigo, dysphagia, dysarthria. Locked-in syndrome at its worst.
Lacunar syndromes — Small deep infarcts producing pure motor, pure sensory, ataxic hemiparesis, or dysarthria-clumsy hand syndromes. Often related to chronic hypertension.
Memorization tip: map the body upside-down on the motor homunculus. Lower limb is medial (ACA territory), upper limb and face are lateral (MCA territory). When you see "weakness greater in the leg than the arm," your first instinct should be ACA.
Recovery staging — the framework you reason within
Several frameworks describe motor recovery after stroke. The two most useful for the CPTE:
Brunnstrom's Stages of Motor Recovery (1–7) — A descriptive framework still referenced clinically. Stage 1 (flaccidity) → stage 2 (synergies begin, spasticity emerges) → stages 3–5 (increasing voluntary control, synergies break down) → stages 6–7 (near-normal movement, then normal). Useful for vocabulary.
Contemporary motor learning approach — Most Canadian rehab centres now frame stroke recovery in terms of impairment, activity limitation, and participation (the ICF framework), with intervention guided by motor learning principles: task specificity, repetition, intensity, and meaningful feedback.
What this means for exam reasoning: when an Oral case asks how you would progress a stroke patient from sitting balance to standing balance to gait, your answer should hinge on task-specific practice with appropriate dosage — not on stimulating Brunnstrom stage transitions. The contemporary view is the one CAPR-aligned exams are increasingly built around.
Assessment — the toolset you should be fluent in
Standard CPTE-relevant assessments for stroke patients:
- NIHSS (NIH Stroke Scale) — Acute setting, completed by physician. You should recognize it but probably won't administer it.
- Stroke Rehabilitation Assessment of Movement (STREAM) — Lower- and upper-limb motor function with mobility items. Common in Canadian rehab.
- Chedoke-McMaster Stroke Assessment — Canadian-developed, stages impairment in arm, hand, leg, foot, and postural control. The CPTE expects you to know this one.
- Berg Balance Scale — Functional balance, 14 items, max 56. High-yield across many CPTE cases.
- Timed Up and Go (TUG) — Quick mobility screen, sensitive to fall risk.
- Fugl-Meyer Assessment — Motor impairment, more research-heavy but still tested.
- Postural Assessment Scale for Stroke (PASS) — Static and dynamic postural control.
- 6-Minute Walk Test — Endurance and community ambulation potential.
Exam pattern to watch: the case gives you a patient at a specific point in recovery, and you're asked to choose the most appropriate assessment. The trick is matching the assessment to the level of function (impairment vs activity vs participation) the question is asking about.
Treatment — the priorities that hold up under examiner scrutiny
The Oral section will probe your reasoning, not just your knowledge of techniques. Strong answers tend to share a structure:
- Safety screen first — vitals, blood pressure response, cognition, swallowing status, fall risk.
- Functional priority — what does the patient need to do today, tomorrow, this week? Sit unsupported? Transfer? Walk to the bathroom? Treatment goals follow function, not impairment.
- Task-specific practice with adequate dosage — Canadian Stroke Best Practice Recommendations specify minimums (e.g., a target of three or more hours per day of task-specific therapy in inpatient rehab). Citing this principle in an Oral answer signals you're grounded in current Canadian standards.
- Address impairments that block function — spasticity management, range of motion, postural control, motor relearning of specific tasks.
- Family and team integration — interprofessional involvement (OT, SLP, nursing, physician), family education, discharge planning.
Common interventions to be fluent in:
- Constraint-induced movement therapy (CIMT) — for upper limb with some active wrist and finger extension.
- Body weight–supported treadmill training — for gait recovery in selected patients.
- Functional electrical stimulation (FES) — wrist/finger extension, ankle dorsiflexion for foot drop.
- Mirror therapy — for severe upper-limb hemiparesis.
- Mental practice — adjunct, supported by evidence.
- Cardiovascular conditioning — often underdosed, increasingly emphasized in current guidelines.
Discharge planning — where Oral cases live
Discharge planning is one of the highest-density Oral-section topics for stroke. Examiners use it because it forces you to integrate impairment-level findings, activity limitations, environmental considerations, and team coordination — exactly the competencies the Oral is designed to assess.
A defensible discharge planning framework:
- Functional status — Is the patient safe at the level they will be discharged to?
- Environmental factors — Stairs at home, bathroom layout, supports available, community access.
- Cognitive and communication factors — Can the patient and family follow safety instructions? Is there aphasia or neglect that affects safety?
- Support system — Family caregivers, paid support, community programs available.
- Ongoing therapy needs — Outpatient PT, community programs, home-based therapy, telerehab.
- Equipment — Mobility aids, bathroom safety, AFO if drop foot, wheelchair if needed.
When a case asks "What would you do next?" near the discharge phase, walk through this framework out loud. Examiners are listening for structure as much as content.
The three patterns IEPTs miss on stroke questions
After working with IEPT candidates, three traps repeat:
Confusing the side of the lesion with the side of impairment. A left-MCA stroke causes right-sided hemiparesis. This sounds obvious but vignettes are written to make the side ambiguous on first read. Slow down.
Defaulting to NDT or Bobath as a single-named "approach." Canadian rehabilitation has largely moved toward task-specific practice with motor learning principles. Citing NDT alone in an Oral answer is increasingly read as outdated. Cite principles, not branded approaches.
Treating spasticity as the only impairment to address. Spasticity is one element. Weakness, lost selective control, postural deficits, and learned non-use are equally important — and addressing only spasticity (e.g., stretching alone) misses what actually drives function.
What to do this week
Pick one stroke case from the question bank. Work through it slowly: identify the artery, predict the impairments, choose your assessments, outline your treatment with rationale. Then verbalize the whole thing out loud as if to an examiner. Five minutes of structured verbal practice on a single case is worth an hour of passive reading.
If you take only one thing from this guide: structure your stroke answers around safety screen → functional priority → task-specific practice with adequate dosage. That structure works for almost any stroke vignette the exam can throw at you.
Sources for further reading: Canadian Stroke Best Practice Recommendations, Heart and Stroke Foundation of Canada, CAPR — Canadian Physiotherapy Examination.