Treatment physiotherapy Stroke case what techniques to apply evidence

Treatment physiotherapy Stroke case what techniques to apply evidence based practice

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stroke rehabilitation physiotherapy clinical practice guideline task-specific training gait balance upper limb 2025

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stroke rehabilitation physiotherapy

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https://www.strokebestpractices.ca/recommendations/stroke-re…

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PMID: 39932103

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PMID: 39628306

Evidence-based physiotherapy for a person after stroke

Use goal-directed, high-repetition, task-specific practice rather than relying on passive techniques. The exact plan should follow assessment of stroke phase, motor severity, walking ability, sensation, cognition/communication, neglect, pain, fatigue, spasticity, shoulder status, cardiovascular stability, and fall risk.

The strongest general evidence is that physical rehabilitation improves independence in activities of daily living, motor function, balance, and gait speed compared with little or no rehabilitation, although the optimum single “method” and exact dose are not settled. A 2025 Cochrane review included 267 trials and 21,838 participants. Cochrane review

1. Core treatment for almost everyone: task-specific repetitive practice

Apply: frequent, active practice of meaningful activities that the patient needs to regain.

Examples:

Repeated sit-to-stand from different chair heights
Bed mobility, rolling, bridging, transfers
Reaching, grasping, releasing objects
Drinking from a cup, grooming, dressing, utensil use
Stepping, turning, stair practice, obstacle negotiation
Practice in the actual home or community context when safe

Key principles

Set a functional goal with the patient.
Make tasks challenging but achievable.
Progress repetitions, speed, accuracy, environmental difficulty, and reduced assistance.
Give feedback, then gradually reduce feedback to promote independent problem-solving.
Encourage active use of the affected side, not therapist-driven passive movement.

Task-specific training combines intensity and relevance, and is supported for upper-limb recovery and functional practice. Canadian Stroke Best Practices

Techniques selected by main impairment

Problem	Physiotherapy techniques to apply	Practical notes
Weakness and reduced function	Progressive resistance training, functional strengthening, repeated sit-to-stand, step-ups, reaching against graded resistance	Train major affected muscle groups 2-3 days/week where medically appropriate. Link strengthening to walking and transfers.
Poor balance / fall risk	Static and dynamic standing balance, weight shifting, reaching beyond base of support, stepping reactions, turning, dual-task balance, perturbation training if safe	Use close guarding, gait belt and appropriate support. Progress from stable to variable surfaces and real-life tasks.
Difficulty walking	Overground gait training, high-repetition stepping, speed practice, obstacle and turning training, stair training, treadmill training with or without body-weight support	Prioritize many quality steps and progressive reduction of physical assistance. Use an appropriate walking aid or orthosis.
Foot drop / poor ankle control	Ankle-foot orthosis assessment, functional electrical stimulation to dorsiflexors during gait where available, dorsiflexion strengthening and gait retraining	AFO or FES can improve safety and gait efficiency in selected people. Reassess fit, skin integrity and walking performance.
Upper-limb weakness	Repetitive reach-grasp-release tasks, bilateral arm training, shaping, mirror therapy, mental practice, functional electrical stimulation as an adjunct	Choose activities relevant to the person: cup, towel, phone, buttons, food preparation. Avoid pain-provoking shoulder work.
Some active wrist/finger movement but “learned non-use”	Modified constraint-induced movement therapy plus intensive task practice	Appropriate only for selected people with adequate active movement, safety, cognition and adherence. Do not use intensive CIMT in the first month after stroke, as very early intensive application may worsen outcomes.
Trunk instability / poor sitting balance	Seated reaching, selective trunk control, weight shifting, core and trunk endurance work, sit-to-stand practice	Trunk training supports balance, transfers and mobility.
Spasticity affecting movement	Active movement practice, positioning, range-of-motion work, weight bearing where tolerated, splinting/orthosis review, referral for medical spasticity management if function or care is limited	Do not make passive stretching or “tone inhibition” the main treatment. Pair any tone management with active functional training.
Low endurance / deconditioning	Aerobic exercise: walking, treadmill, cycle ergometer, stepping, circuit training, adapted interval training	Monitor blood pressure, heart rate, symptoms and fatigue. A 2025 network meta-analysis supports adding aerobic, resistance and respiratory exercise to conventional PT for gait and balance. Network meta-analysis
Shoulder pain / subluxation risk	Education in handling and positioning, supported arm during transfers, scapular and trunk control, gentle active movement in pain-free range, functional electrical stimulation in selected cases	Never pull the affected arm during transfers. Screen for pain, subluxation, rotator cuff injury and complex regional pain syndrome.

Suggested session structure

For a medically stable patient, adapt to tolerance:

Safety check and measures: blood pressure, pain, fatigue, falls, orthostatic symptoms, glucose if relevant.
Warm-up and mobility: active range of movement, trunk activation, bed mobility or seated control.
Main functional block: repeated practice of the highest-priority goal, for example transfers, reaching, walking or stairs.
Impairment-specific work: strength, ankle control, balance reaction, endurance, or upper-limb practice.
Home programme: 2-4 simple, safe daily functional activities, with caregiver education only where needed.
Reassess and progress weekly using objective measures.

Useful outcome measures:

10-Metre Walk Test
6-Minute Walk Test
Timed Up and Go
Berg Balance Scale or Functional Gait Assessment
Five Times Sit-to-Stand
Fugl-Meyer Assessment, Action Research Arm Test, or Box and Block Test
Modified Rankin Scale and Barthel Index for function/ADLs

What not to rely on alone

Passive range-of-motion exercises alone
Massage, heat, ultrasound, or electrical modalities without active task practice
Generic exercises not linked to the patient’s goals
Excessively difficult practice causing unsafe compensations, pain, or exhaustion
Forcing use of the paretic arm when there is no safe active movement or when shoulder pain is present
Intensive CIMT in the first month after stroke

These may have a limited adjunct role in specific circumstances, but they should not replace active, progressive functional rehabilitation.

Clinical safety and referral points

Stop or modify therapy and seek medical review for chest pain, new neurological symptoms, marked breathlessness, syncope, uncontrolled hypertension, symptomatic hypotension, suspected DVT, new severe headache, acute shoulder pain, or rapidly worsening spasticity/pain.

For an acute stroke inpatient, begin mobilization and rehabilitation according to medical stability and local stroke-unit protocol. The current VA/DoD stroke rehabilitation guideline provides evidence-based recommendations for inpatient through community rehabilitation.

Bottom line: prescribe an individualized, intensive but safe program built around repeated functional practice, walking/stepping practice, balance training, strengthening, and aerobic conditioning, then add CIMT, FES, AFO, treadmill/body-weight support, mirror therapy, or technology according to the person’s specific deficits and goals.

Can't walk and stand physiotherapy evitreatment

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Canadian Stroke Best Practices lower extremity mobility gait balance standing rehabilitation recommendations

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stroke rehabilitation standing balance transfer training

For a stroke patient who cannot stand or walk, start with bed mobility, sitting balance, transfers, trunk control, lower-limb activation, and safe supported standing. Do not begin unsupported standing or walking until the patient can sit safely and is assessed by a physiotherapist.

First assess before treatment

Check:

Is the patient medically stable? Blood pressure, heart rate, oxygen level, dizziness, pain, fatigue.
Level of consciousness, cognition, neglect, aphasia, sensation.
Strength and selective movement in trunk, hip, knee, ankle.
Spasticity, contractures, shoulder pain, ankle position.
Sitting balance and ability to transfer.
Need for two assistants, transfer board, standing frame, hoist, wheelchair, AFO.

Urgent medical review is needed for new/worsening weakness, severe headache, chest pain, fainting, new breathlessness, fever, calf swelling/pain, or sudden neurological decline.

Physiotherapy treatment progression

1. Positioning and prevention of complications

Do daily:

Correct lying positions in supine and side-lying, with pillows supporting the affected arm and leg.
Change position regularly to protect the skin and prevent pressure injury.
Maintain ankle in neutral position using positioning, splinting, or an ankle-foot orthosis if prescribed.
Gentle active-assisted range of movement for hip, knee, ankle, trunk, and affected arm.
Avoid pulling the affected arm during transfers.
Assess and manage pain and spasticity with the rehabilitation team.

Passive movement is useful to maintain range and comfort, but it must be followed by active functional practice when possible.

2. Bed mobility

Train repetitive functional activities:

Rolling toward both sides
Bridging, if safe
Moving from lying to sitting
Scooting in bed
Moving legs over the edge of the bed
Supported sitting at the bedside

Use verbal cues, tactile guidance, and allow enough time for the patient to initiate movement. Encourage use of the affected side where safe.

3. Sitting balance and trunk control

This is the foundation before standing.

Start with:

Supported sitting with feet on the floor and hips/knees near 90 degrees
Midline orientation, correcting leaning to the affected or unaffected side
Weight shifting forward/backward and side-to-side
Reaching for objects within arm's reach, then progressively farther
Reaching across the body
Sitting marching or assisted knee extension
Trunk rotation during functional tasks

Progress from therapist support to supervision only. The goal is to sit unsupported, recover balance after a small reach, and prepare for transfers.

4. Lower-limb activation and strengthening

Use active or active-assisted exercise, especially on the affected side:

Hip flexion and extension
Knee extension in sitting
Heel slides
Ankle dorsiflexion and plantarflexion
Bridging or modified bridging
Repeated sit-to-stand preparation, such as forward weight shift and lifting the buttocks slightly

Add progressive resistance when movement is possible and medically appropriate. Recent evidence supports adding resistance and aerobic exercise to conventional therapy for balance and gait recovery. 2025 network meta-analysis

5. Transfers: bed to chair and sit-to-stand

Train transfers early, but safely:

Bed-to-wheelchair transfer
Transfer board if needed
Pivot transfer with one or two trained assistants, if appropriate
Sit-to-stand from a firm, raised surface
Repeated forward trunk lean: “nose over toes”
Equal foot placement and weight-bearing through both legs
Controlled lowering back to sitting

A therapist may use a gait belt, knee block, parallel bars, transfer device, or standing frame. Do not let family attempt a manual standing transfer without training, because of a high fall and shoulder-injury risk.

Sit-to-stand practice is a useful task-specific intervention and has recent systematic-review evidence in post-stroke rehabilitation. 2025 systematic review

6. Supported standing

Only after adequate sitting control and safe transfer ability.

Progression:

Standing frame or tilt table if severe weakness or poor postural control.
Standing in parallel bars with therapist support.
Static standing with both hands supported.
Weight shifting from side to side and forward/backward.
Reaching while standing.
Mini-squats, stepping in place, and controlled weight transfer onto the affected leg.

Aim for symmetrical loading, but do not force the patient into painful knee hyperextension or unsafe balance loss.

7. Beginning walking, when ready

Begin gait practice once the person can stand with adequate support and take steps safely:

Parallel bars first
Overground stepping with therapist assistance
Appropriate walking aid: quad cane, hemi-walker, or walker depending on ability
Ankle-foot orthosis for foot drop or ankle instability
Functional electrical stimulation to ankle dorsiflexors in selected patients
Treadmill or body-weight-supported treadmill training when available

Canadian recommendations emphasize repetition, progression, variation, real-life mobility practice, and individual assessment for walking aids and wheelchairs. Canadian mobility guidance

Simple daily physiotherapy priorities

A typical session, adjusted to tolerance, could include:

Positioning and active movement: 10 minutes
Bed mobility and sitting balance: 15-20 minutes
Lower-limb and trunk practice: 10-15 minutes
Transfers and supported sit-to-stand: 10-20 minutes
Supported standing: short, repeated bouts as safe
Caregiver education and a safe home programme

Avoid prescribing a fixed number of repetitions without assessing fatigue, pain, blood pressure, and movement quality. The aim is frequent, meaningful, progressively challenging practice.

Key point

For a non-ambulatory stroke patient, the immediate rehabilitation goal is usually:

lying -> sitting -> transfer -> supported standing -> weight shift -> stepping -> walking

The physiotherapist should select the level based on safety and recovery, rather than trying to make the patient walk too early. A broad 2025 Cochrane review found physical rehabilitation improves function, independence, balance, and gait speed after stroke, but treatment should be individualized rather than based on one technique alone. Cochrane evidence

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site:strokebestpractices.ca lower extremity balance mobility aerobic training recommendations stroke rehabilitation standing unable to walk

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stroke rehabilitation sit to stand task specific training

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Evidence-based physiotherapy plan: stroke patient unable to stand or walk

Clinical problem: Non-ambulatory post-stroke patient with impaired sitting/standing balance, weakness, reduced selective lower-limb control and limited transfer ability.

Overall rehabilitation goal: Progress safely from bed mobility -> independent sitting -> transfer -> supported standing -> stepping -> walking, while preventing falls, contracture, pressure injury and deconditioning.

Current stroke guidance emphasizes high-repetition, progressive, task-specific practice for mobility and balance rather than passive treatment alone. Canadian Stroke Best Practices

PICO question

Component	Clinical question
P	Adult after stroke, unable to stand or walk independently
I	Task-specific mobility training, trunk/sitting balance training, repeated sit-to-stand and supported standing, progressive strengthening
C	Usual care, passive exercise alone, or low-dose non-specific therapy
O	Improved transfer ability, standing balance, lower-limb function, gait readiness, independence and reduced falls

Evidence summary

A 2025 Cochrane systematic review of 267 trials involving 21,838 participants found that physical rehabilitation may improve independence in daily activities, motor function and balance, and likely improves gait velocity compared with little or no rehabilitation. The certainty varied because studies differed in methods and quality. Cochrane review
A 2025 systematic review and meta-analysis supports sit-to-stand training for post-stroke rehabilitation, though the best exact dose is still uncertain. Sit-to-stand review
A 2025 review found that greater intensity of task-specific training can improve post-stroke functional ability, but dose must be individualized for safety and tolerance. Task-specific training review
Resistance exercise was ranked highly for balance, while aerobic, strengthening and respiratory training improved gait-related outcomes when added to conventional therapy. Network meta-analysis

Treatment plan

1. Assessment and safety first

Before mobilising:

Check blood pressure, pulse, oxygen saturation, pain, fatigue and orthostatic symptoms.
Assess sitting balance, trunk control, lower-limb strength, tone/spasticity, sensation, neglect, cognition and communication.
Assess risk of falls, pressure injury, shoulder injury, knee buckling, ankle instability and DVT.
Select safe assistance level: one therapist, two therapists, transfer board, hoist, standing frame or parallel bars.

Do not practise unsupported standing or walking until safe sitting, transfer ability and lower-limb control have been assessed.

2. Bed positioning, range of movement and prevention of secondary problems

Intervention

Correct positioning in lying and sitting, supporting the affected arm and leg.
Regular position change and skin checks.
Active-assisted range of motion for ankle, knee, hip and trunk.
Ankle positioning in neutral. Consider splinting or AFO referral if there is plantar-flexion posture, foot drop or risk of contracture.
Education: never pull the affected arm during transfers.

Purpose

Maintain joint range, reduce discomfort, prevent pressure injury and contracture, and prepare for active movement.

EBP note: Passive movement alone does not restore function. It should support, not replace, active and task-specific practice.

3. Bed mobility training

Task-specific practice

Rolling to both sides.
Bridging or assisted bridging.
Moving from lying to sitting.
Scooting in bed.
Moving legs over edge of bed.
Repositioning independently.

Dose

Short, frequent practice blocks. Use as many correct repetitions as tolerated without excessive fatigue or pain.

Outcome measures

Level of assistance needed for rolling, supine-to-sit and bed-to-chair transfer.
Modified Barthel Index transfer/mobility items.

4. Sitting balance and trunk control

Start only at the level the patient can do safely.

Exercises

Supported upright sitting with feet on floor.
Find and maintain midline position.
Weight shifts forward, backward and sideways.
Reaching to targets within base of support.
Reaching across midline and outside base of support, with therapist guarding.
Seated marching, knee extension and foot placement.
Sitting-to-standing preparation: forward trunk lean and equal foot placement.

Progression

Two-person support -> one-person support -> close supervision -> unsupported sitting.
Stable surface -> varied reaching directions -> functional tasks such as grooming or reaching for a cup.

Goal criterion before standing practice

Able to sit with reasonable trunk control, maintain midline, and recover from small balance disturbances with safe assistance.

5. Lower-limb activation and progressive strengthening

Exercises

Active-assisted heel slides.
Hip flexion and extension.
Knee extension in sitting.
Ankle dorsiflexion and plantarflexion.
Seated marching.
Bridging.
Supported mini-squats when standing becomes safe.
Step preparation: loading through the affected leg, then unloading.

Principle Use strengthening that directly improves function. For example, do repeated sit-to-stand for quadriceps and hip extensor strength, rather than isolated exercise only.

Progression

Active-assisted movement -> active movement -> resistance with body weight, bands or weights -> functional resisted tasks.

6. Transfer training and repeated sit-to-stand

This is a key intervention for a patient unable to stand.

Technique

Use firm, raised seat initially.
Position feet symmetrically, with affected foot supported and not too far forward.
Use “nose over toes” to facilitate forward weight shift.
Assist at trunk/pelvis and knee as needed. Avoid pulling the affected arm.
Practise controlled return to sitting.
Use a transfer board, standing aid or hoist when manual transfer is unsafe.

Progression

Forward weight shifting in sitting.
Partial lift from chair.
Sit-to-stand with two-person assistance.
Sit-to-stand with one-person assistance.
Supported standing for short periods.
Repeated sit-to-stand with reduced hand support.

Measure

Assistance level.
Number of safe repetitions.
Five Times Sit-to-Stand only when the patient can safely perform it.

7. Supported standing and weight-shift training

When appropriate, use:

Tilt table or standing frame for severe weakness and poor postural control.
Parallel bars for supported upright practice.
A gait belt and close therapist assistance.

Activities

Static standing with upper-limb support.
Maintaining equal weight through both legs.
Lateral and forward-backward weight shifts.
Reaching in standing.
Small knee bends.
Marching preparation and stepping in place.

Safety Stop if there is dizziness, presyncope, chest pain, severe shortness of breath, uncontrolled pain, knee collapse or marked blood-pressure change.

8. Gait preparation and walking

Only progress once standing is safe enough.

Early gait interventions

Stepping in parallel bars.
Therapist-assisted overground stepping.
Weight transfer onto the affected side.
Training turns and direction changes later.
Consider AFO for foot drop or ankle instability.
Consider functional electrical stimulation for dorsiflexion in appropriately selected patients.
Treadmill or body-weight-supported treadmill training can be considered once stepping is possible and resources are available.

The choice of walking aid, wheelchair and orthosis should be individualised and assessed regularly. Canadian mobility and balance guidance

Example SMART goals

Short term: 1-2 weeks

Patient will roll and move from lying to sitting with moderate assistance.
Patient will maintain unsupported sitting for 2 minutes with supervision.
Patient will perform bed-to-chair transfer with appropriate assistive equipment and two trained assistants.
Patient will complete 5 assisted sit-to-stand attempts safely.
Patient will tolerate supported standing for 30-60 seconds without symptoms.

Medium term: 3-6 weeks

Patient will transfer with minimal assistance.
Patient will stand in parallel bars for 2 minutes with supervision or minimal assistance.
Patient will shift weight toward the affected leg safely.
Patient will take assisted steps in parallel bars or with an appropriate gait aid.

Outcome measures for evidence-based monitoring

Function	Measure
Sitting and balance	Trunk Impairment Scale, PASS, Berg Balance Scale when able
Transfers	Functional Independence Measure or Barthel transfer item
Standing	Level of assistance, standing time, symmetry of weight bearing
Lower-limb function	Fugl-Meyer lower-extremity score
Walking readiness and walking	Functional Ambulation Category, 10-Metre Walk Test when able
Overall mobility	Modified Rivermead Mobility Index

Treatment to avoid as the main approach

Do not base the programme primarily on:

Passive range of movement alone
Massage, heat, ultrasound or electrotherapy alone
Generic exercises without functional goals
Unsupported standing or walking practice in an unsafe patient
High-intensity exercise without monitoring fatigue, blood pressure, pain and movement quality

Best evidence-based approach: frequent, safe, meaningful practice of the next mobility task the patient needs to achieve, progressed according to objective assessment and patient response.

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