Medical Licensing (MD/DO) · Independent exam preparation
European Board of Physical and Rehabilitation Medicine Examination (EBPRM), BEx 2026 Study Guide
A blueprint-mapped study guide and independently authored practice materials for the EBPRM specialist board examination. Official examination facts are distinguished from teaching content.
By CertMedbry · Updated 13 October 2026
This guide covers the European Board of Physical and Rehabilitation Medicine specialist board examination, not a general medical-licensing test. The official BEx 2026 blueprint, mapped to European Training Requirements (ETR) chapters 1–8, defines the full examination scope. This selective guide is not exhaustive: consult the complete blueprint and ETR for all specified outcomes. The questions and flashcards are original learning materials, not official or recalled examination items. These practice questions use four options; the issuer's protocol describes five-option MCQs.
Try 20 free practice questionsWhat is the exam format?
Check the question types, timing and outline before planning your revision.
Which examination and pathway does this guide cover?
It covers the European Board of Physical and Rehabilitation Medicine Examination, BEx 2026, focusing on certification by examination for a physician who is already nationally certified as a PRM specialist. The issuer also describes eligible applicants trained or specialised in UEMS full member countries, Israel, Jordan, Serbia and Turkey. Confirm current eligibility and application details with the issuer and your National Manager. This is specialist board certification, not a general medical-licensing examination.
Board Certification of young PRM Doctors (by Examination) · PRM Board of UEMS
What other certification routes does the issuer describe?
The issuer separately describes a trainee route: eligible PRM trainees may sit from training year 3 at the training programme director's discretion, but receive the Board Certificate only after official national PRM certification. Certification by equivalence is another distinct route. Do not treat trainee eligibility, examination certification and equivalence as interchangeable.
Board Certification of young PRM Doctors (by Examination) · PRM Board of UEMS
How many questions, what response format and how much time does the protocol specify?
The BEx 2026 protocol describes 100 written best-of-five multiple-choice questions in English over three hours, including clinical cases. The issuer webpage describes computer-based delivery. This guide's questions have four options to support practice; they do not reproduce the examination's five-option format.
Examination Protocol — Academic Year 2025–2026 · Board Certification of young PRM Doctors (by Examination)
What schedule has the issuer announced, and what is known about BEx 2027 materials?
As of 13 October 2026, the issuer's examination page lists 28 May 2027 as the next examination. The BEx 2026 sitting on 22 May 2026 is historical. The page links the BEx 2026 blueprint and protocol; that link does not establish that a BEx 2027 blueprint or protocol has been published. Check the issuer and your National Manager for updated materials and application details.
Board Certification of young PRM Doctors (by Examination) · Blueprint of the European Board of Physical and Rehabilitation Medicine Examination — BEx 2026 · Examination Protocol — Academic Year 2025–2026
What does the blueprint establish, and what does it not establish?
The blueprint establishes BEx 2026 content domains and their weights, mapped to the ETR. It does not establish treatment recommendations, a passing score, fees or scored-item policy. Clinical explanations in this guide use separate clinical or methodological sources as teaching support; they are not claims made by the examination blueprint.
Blueprint of the European Board of Physical and Rehabilitation Medicine Examination — BEx 2026 · European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13
This guide focuses on certification by examination for a nationally certified PRM specialist. The issuer also describes a separate trainee route and certification by equivalence; the routes are not interchangeable. Eligible applicants are described as trained or specialised in UEMS full member countries, Israel, Jordan, Serbia and Turkey. The examination is a postgraduate specialist board certification examination, not a general medical licence. The older 2021 protocol is historical and does not replace the BEx 2026 outline.
Outline used: BEx 2026 examination blueprint, mapped to European Training Requirements in PRM, UEMS 2023.13; examination protocol for academic year 2025–2026, updated 2025-10-30. These were the latest examination documents linked by the issuer and opened on 2026-10-10. The assigned EBPRM Exam label maps to this specialist board certification examination; its placement in workbook category '1. Medical Licensing (MD/DO)' is administrative and does not establish a general medical licensing examination.
60 key concepts: understand, apply and avoid the traps
Work through the questions by exam domain. Explain the answer in your own words, try the example, then check the common pitfall.
Fundamentals of PRM (Chapter 1)3%
1.How does the ICF distinguish functioning from a diagnosis?
The ICF describes functioning through body functions and structures, activities, participation and contextual factors. A diagnosis may explain a health condition, but does not by itself describe what someone can do or how they participate. Capacity refers to ability under specified conditions; performance describes what happens in the person's actual environment.
Apply it
For someone who walks indoors but cannot return to work, document walking, work participation and workplace access barriers. Assess both capacity and actual performance, then consider environmental changes that could enable participation.
Common pitfall: Do not equate impairment with disability or infer participation from a clinic test. The ICF describes functioning; it is not a diagnostic system or treatment prescription.
Towards a Common Language for Functioning, Disability and Health: ICF
2.How should rehabilitation goals connect to outcomes?
Translate the person's priorities into coordinated, measurable goals with a meaningful timeframe. Identify the activity or participation outcome, assistance or conditions required, and how progress will be reviewed. Adapt the plan when function, context, preferences or medical status changes.
Apply it
If independent shopping matters, agree a time-bound goal such as walking to a nearby shop with a defined aid and assistance level. Record the route and support required, then review whether the result is meaningful to the person.
Common pitfall: A therapy task, impairment score or service milestone alone may not represent a meaningful outcome. Avoid vague goals such as “improve mobility” or promises of recovery.
Towards a Common Language for Functioning, Disability and Health: ICF
Body structures and body functions (Chapter 2)10%
3.How does a moment arm affect torque?
Torque magnitude is force multiplied by the perpendicular distance from the axis of rotation to the force's line of action. The moment arm, not simply total limb length, determines rotational effect for a given force. For an oblique force, only its perpendicular component contributes to the relevant moment.
Apply it
A 20-newton force applied perpendicular to a lever 0.30 metres from its pivot produces 6 newton-metres of torque. Moving a load closer to the body reduces its external moment arm and, for the same load, the external moment.
Common pitfall: Do not automatically use the full limb length as the moment arm. Torque describes mechanics; it does not alone establish safe load, explain pain or determine an individual's prescription.
4.How do tendons and ligaments differ?
Tendons connect muscle to bone and transmit muscle force. Ligaments connect bone to bone and contribute to joint restraint and stability. These roles help organise anatomical reasoning, but symptoms and tests must be interpreted in the whole clinical context.
Apply it
After a shoulder injury, document pain location, range, strength and task limitation. Consider suspected tendon weakness or joint-stability concerns alongside history and examination, and ask whether an investigation would change management.
Common pitfall: Do not reverse attachments or functions. Pain during a resisted movement or stress test alone does not establish a tissue lesion.
5.How do muscle force and external load create joint moments?
A joint's net moment reflects rotational effects of muscle forces, external loads and passive tissues. External moment changes when the load's line of action or distance from the joint changes; mechanical demand depends on posture and lever arms as well as load magnitude.
Apply it
Holding an object at arm's length increases the external moment arm compared with holding it near the trunk. Compare task positions and observe whether changing the lever arm improves control or symptoms.
Common pitfall: Do not infer task difficulty from load magnitude alone. Mechanical reasoning supports assessment but does not diagnose tissue damage or determine an individual's safe load.
6.Why should exercise assessment include symptoms and recovery?
Exercise response depends on intensity, duration, conditioning, comorbidities, medication and task. Observe symptoms and relevant physiological response during activity and recovery. A single measurement may not explain why a task is difficult.
Apply it
During repeated sit-to-stands, monitor breathlessness and observed response. Pause and reassess if symptoms become marked, unexpected or concerning; adjust the task and coordinate further evaluation when indicated.
Common pitfall: Do not assume exertional symptoms are simply poor motivation or deconditioning. New or worsening symptoms require clinical assessment rather than automatic exercise progression.
American Thoracic Society Patient Education Series — Pulmonary Rehabilitation
7.How does neurophysiology inform motor learning?
Motor learning is a practice-related change in ability, rather than temporary improvement from assistance or cueing. Meaningful practice, suitable repetition and feedback may support learning; retention and transfer provide stronger evidence of learning than performance during a highly supported session.
Apply it
After transfer practice, reassess with less cueing and in a routine-like setting. Check whether the patient retains the sequence after a delay and adapts when the chair or environment changes.
Common pitfall: Do not equate performance under constant assistance with independent learning. A single successful attempt may reflect cueing or familiarity rather than durable change.
Clinical diagnosis and functional assessment (Chapter 3)12%
8.How should motor and sensory findings be interpreted together?
Examine motor and sensory function systematically and interpret distribution, severity and pattern in anatomical and functional context. For manual muscle testing, record the tested movement and grade; the Medical Research Council scale ranges from 0 (no visible contraction) to 5 (normal power). Record sensory modality and region rather than writing “sensation reduced” without detail.
Apply it
For weakness and altered sensation, document affected muscles and sensory areas, consistency and effects on a task such as foot clearance. Compare the pattern with history and use further assessment if localization would change management.
Common pitfall: One abnormal muscle grade or sensory response does not establish a lesion. Pain, comprehension, fatigue, effort and technique can affect testing; document limitations and avoid inferring independence from isolated findings.
9.What makes a functional measure useful, and which measure fits which question?
Choose a measure that represents a relevant goal and answers a clinical question. The Barthel Index summarizes assistance in basic activities of daily living; the 10-Metre Walk Test measures gait speed over a short, defined distance; the 6-Minute Walk Test measures distance walked as an indicator of functional walking capacity. They are not interchangeable.
Apply it
For a person improving in transfers and self-care, a Barthel Index may be relevant; for change in gait speed, use the 10-Metre Walk Test under comparable conditions. If endurance for sustained walking is the question, consider the 6-Minute Walk Test and account for safety and clinical status.
Common pitfall: A familiar total score may not capture the target activity or meaningful change. Document assistance, equipment, instructions and conditions; do not treat a score as proof of causation or a substitute for the person's account.
European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13 · Towards a Common Language for Functioning, Disability and Health: ICF
10.How should instrumental investigations be selected?
Define the clinical question first, then select an investigation when its result could change diagnosis, prognosis, safety or management. MRI can address structural questions; nerve-conduction studies and needle EMG can help assess peripheral nerve or muscle physiology; ultrasound can assess selected accessible soft tissues dynamically. The tests answer different questions.
Apply it
With weakness and sensory change of uncertain localization, decide whether distinguishing root, plexus, peripheral nerve or muscle involvement would change care. Choose a focused investigation with the relevant team and explain what a positive, negative or equivocal result would mean.
Common pitfall: Do not order a test merely because it is available. Investigations can reveal incidental findings and may not explain functional limitation; an abnormal result does not automatically explain every problem.
11.What does ISNCSCI contribute after spinal cord injury?
The International Standards for Neurological Classification of Spinal Cord Injury provide a structured sensory and motor examination used to determine neurological level and AIS classification. Classification depends on applying specified rules to the complete examination, including sacral assessment. It is not a measure of participation or all functional abilities.
Apply it
Complete and document the required sensory, motor and sacral examination using the current worksheet before assigning classification. Separately assess transfers, mobility and self-care; if components are unreliable or unavailable, record the limitation.
Common pitfall: Do not assign AIS status from motor findings alone or assume absent limb movement establishes complete injury. Classification and functional assessment answer different questions.
2026 International Standards for Neurological Classification of Spinal Cord Injury Worksheet
12.How can repeated measurements be made more interpretable?
Use comparable procedures, equipment, instructions and assistance conditions across repeated assessments. For example, compare 10-Metre Walk Test times only when distance, footwear, walking aid, instructions and assistance are documented. Note pain, fatigue, medication timing and environment when relevant.
Apply it
If walking speed changes, check that the same aid and comparable conditions were used. Relate the difference to the person's usual mobility and goals; document changed conditions rather than treating the scores as directly equivalent.
Common pitfall: A score change alone does not prove recovery or treatment effect. Different conditions can produce a difference even if underlying ability is stable; interpret results in context and consider the measure's limitations.
13.Why observe real-world task performance?
A relevant task reveals how impairment, cognition, communication, equipment and environment interact. In a transfer, for example, observe setup, sequencing, balance, assistance, device use and response to fatigue. Task observation complements impairment tests and self-report.
Apply it
For difficulty cooking, observe a safe component of meal preparation or ask what happens in the kitchen. Note sequencing, reach, balance, fatigue, equipment and layout, then identify goals or adaptations with the person.
Common pitfall: One observation does not establish ability in every setting or on every day. Combine safe observation with history and self-report; clinic performance may not reflect home or community demands.
Towards a Common Language for Functioning, Disability and Health: ICF
20.What is the role of swallowing screening after stroke within clinical assessment?
Swallowing screening is an initial procedure to identify people who may have dysphagia and need further assessment. It informs immediate safety decisions about oral intake but does not diagnose swallowing impairment or replace a comprehensive assessment when indicated.
Apply it
A concerning screen should prompt action under the stroke service’s clinical pathway and referral for further swallowing assessment before oral intake decisions are made. Continue to observe eating and drinking, and reassess if symptoms or clinical status change.
Common pitfall: Do not interpret a screen as a definitive diagnosis or as assurance that swallowing remains safe if new coughing, choking, or other concerns arise later.
Canadian Stroke Best Practices — Swallowing, Nutrition and Oral Care
57.How should swallowing concerns be assessed and followed after an initial post-stroke screen?
Treat screening as an initial safety step, not a complete swallowing assessment. Concerning findings or persistent or new symptoms warrant further assessment through the appropriate clinical pathway. Continue monitoring eating and drinking, and communicate findings relevant to oral intake decisions and care.
Apply it
If a patient begins coughing during meals despite an initially reassuring screen, report the change and arrange appropriate swallowing assessment. Reconsider mealtime needs and oral care with the team, following the local pathway for decisions about food, fluids, and medication.
Common pitfall: A previous reassuring screen does not rule out evolving or later swallowing difficulty. Do not wait for a new screening result to respond to significant new symptoms.
Canadian Stroke Best Practices — Swallowing, Nutrition and Oral Care
Interventions in PRM (Chapter 4)10%
14.How should therapeutic exercise be progressed?
Match exercise to goals, capacity, symptoms, medical status and risks. Progress a suitable feature—such as resistance, repetitions, duration or task complexity—then review performance and recovery. Changing one feature at a time can help interpret response.
Apply it
For sit-to-stand training, check control, assistance and recovery. If safe and well tolerated, increase one feature and monitor whether transfer performance improves, rather than simply increasing workload.
Common pitfall: More repetitions are not automatically beneficial if control, symptoms or safety deteriorate. Stop and reassess unexpected symptoms instead of assuming discomfort is a sign of effective exercise.
15.What is an appropriate treatment approach for focal post-stroke spasticity?
First identify the focal spasticity pattern, assess its effects and possible exacerbating factors, and agree on a meaningful treatment goal. For focal spasticity, consider botulinum-toxin chemodenervation as a first-line option rather than oral medication. Oral antispasticity agents may be considered as adjuncts for disabling spasticity, but fatigue and drowsiness can limit their use. Review the treatment against the agreed goal, such as easier hygiene, comfort or task performance.
Apply it
If finger-flexor spasticity makes it difficult to clean a person's palm, assess the pattern and relevant factors, then consider botulinum-toxin treatment linked to the hygiene goal. Reassess palm access and care after treatment rather than judging success only by reduced tone.
Common pitfall: Do not treat a tone score in isolation or assume that reducing tone will automatically improve function. Oral medication is not necessarily the preferred first choice for a focal pattern, and its adverse effects may offset benefit.
Canadian Stroke Best Practices — Range of Motion and Post-Stroke Spasticity
16.How should a wheelchair be selected and reviewed?
Individualized wheelchair provision includes assessment, appropriate fitting, user training and follow-up. Consider posture, function, upper-limb capacity, transfers, intended activities, environments, transport, comfort and preferences. A suitable chair must support the person's actual goals and settings.
Apply it
If independent indoor propulsion does not enable an outdoor route, assess the route, surfaces, distance, transfers, equipment and skills. Arrange fitting and training, then review comfort and performance in the setting that matters.
Common pitfall: Diagnosis or neurological level alone does not determine the right wheelchair, and delivery does not complete provision. A chair that works indoors may fail outdoors or during transport.
17.How should orthoses and assistive technology be evaluated?
Evaluate a device against a defined functional or biomechanical problem and the person's goals. Check fit, comfort, skin, ability to manage it and performance during relevant tasks. Device choice should be based on assessment rather than diagnosis alone.
Apply it
If foot clearance limits walking, assess the task and consider an appropriate aid or orthosis with relevant expertise. Observe use, check comfort and skin, and ask whether it helps on a valued route; review if it is difficult to don or ineffective.
Common pitfall: Improved alignment does not guarantee improved participation, comfort or successful use. Include follow-up and user feedback rather than assuming benefit.
18.Why is task-specific practice useful after stroke?
Practise appropriately graded, meaningful actions and measure task outcome as well as relevant impairment. Select tasks according to ability, safety, goals and opportunities for practice. Relevant practice connects rehabilitation to daily function and participation.
Apply it
If reaching for a cup is a priority, practise that action safely at a suitable height and distance. Record assistance and success, adapt the challenge, and assess carryover to mealtime.
Common pitfall: A stroke diagnosis alone does not establish suitability for a particular protocol. Do not confuse repetition with meaningful progress or overlook safety.
Canadian Stroke Best Practices — Upper Extremity Function: General Principles and Therapies
19.How should spatial neglect be addressed in daily activities?
Assess how neglect affects function, safety and participation, then consider individualized cueing, attention strategies and environmental adaptations. Cancellation or other structured tasks can help characterize spatial attention, while task observation shows everyday consequences. Review whether strategies improve relevant activity.
Apply it
If a person misses food on one side of a plate, observe a safe meal task and trial a suitable scanning or cueing strategy. Check whether detection improves and coordinate useful prompts with the team and carers.
Common pitfall: Neglect is not simply reduced visual acuity, and one observation may not explain all visual-perceptual difficulties. Consider other visual or cognitive issues and whether strategies work across tasks.
Canadian Stroke Best Practices — Visual and Visual-Perceptual Impairment
Nervous system rehabilitation (Chapter 5.2)20%
21.How should stroke rehabilitation priorities change over time?
Reassess medical, cognitive, communication, motor and participation needs as capacity, goals and context change. A measure such as the Barthel Index can summarize basic self-care assistance, while the 10-Metre Walk Test can track short-distance gait speed; neither captures all participation or recovery. Choose outcomes linked to the current decision.
Apply it
After a person moves home, reassess self-care, mobility and barriers that were not apparent in hospital. If the goal is community walking, add a relevant walking measure and real-world task review rather than relying only on a basic-ADL score.
Common pitfall: Discharge from one service does not mean rehabilitation needs have ended. A change in scores or performance can reflect new demands or health issues; reassess cause and context rather than assuming progress is linear.
Canadian Stroke Best Practices — Upper Extremity Function: General Principles and Therapies · European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13
22.What establishes sacral sparing in spinal cord injury classification?
Complete the required sacral sensory and motor examination and apply ISNCSCI classification rules. Sacral findings include sensory testing at S4–S5, deep anal pressure and voluntary anal contraction as specified by the standards. Sacral sparing is essential to determining whether an injury is neurologically incomplete.
Apply it
Before assigning AIS status, perform and document the required sacral tests with the full examination. If a component is incomplete or uncertain, record the limitation rather than assuming classification; use the current worksheet's rules.
Common pitfall: Do not call an injury complete solely because voluntary limb movement is absent. Limb movement cannot replace the required sacral examination, and classification does not replace functional assessment.
2026 International Standards for Neurological Classification of Spinal Cord Injury Worksheet
23.What recognition clue and immediate approach are important in suspected autonomic dysreflexia (AD)?
In an adult with spinal cord injury (SCI) at or above T6, a systolic blood pressure rise greater than 20 mmHg above the person's individual baseline may signal AD. This is a recognition clue, not an absolute treatment threshold. Sit the person upright and lower the legs if possible; loosen restrictive clothing or devices; monitor blood pressure and pulse frequently, every 1–2 minutes until stable; and promptly assess for triggers, beginning with the urinary system. Follow local urgent-care and escalation protocols.
Apply it
If an adult with SCI at or above T6 usually has a systolic pressure of 100 mmHg and develops a sudden headache with a reading of 124 mmHg, the 24 mmHg rise above baseline should prompt consideration of AD. Sit the person upright, loosen constriction, monitor blood pressure and pulse frequently, and promptly assess for a trigger.
Common pitfall: Do not require an absolute blood-pressure value before recognizing possible AD: the rise is relative to individual baseline. The greater-than-20-mmHg clue is not a stand-alone medication or treatment threshold. Do not leave the person flat or delay monitoring and trigger assessment.
Evaluation and Management of Autonomic Dysreflexia and Other Autonomic Dysfunctions
24.How should progressive peripheral or neuromuscular weakness affect assessment?
Document distribution and progression of weakness, fatigue, sensory change and functional impact. A length-dependent, distal pattern with reduced ankle reflexes may suggest a different localization from a focal nerve or root pattern; use the full examination and history to guide evaluation. Revisit falls, mobility and equipment needs as function changes.
Apply it
For worsening foot clearance and fatigue, document when difficulties occur, sensory distribution and daily effects. Consider falls and mobility supports, and coordinate diagnostic assessment when progression or localization matters to care.
Common pitfall: A pattern of weakness or sensory loss does not by itself establish diagnosis. Sudden or otherwise concerning changes require appropriate clinical assessment rather than routine rehabilitation adjustment alone.
25.What issues after acquired brain injury extend beyond movement?
Acquired brain injury can affect cognition, communication, behaviour, emotional regulation and participation alongside movement. A brief cognitive screen, such as the Montreal Cognitive Assessment, can identify a need for more assessment but does not establish everyday independence or a diagnosis on its own. Evaluate relevant tasks as well.
Apply it
If someone walks independently but misses appointments, assess task management and the cognitive or communication demands involved. Consider memory supports, routines or environmental prompts, then review whether they work in the person's usual setting.
Common pitfall: Independent gait does not establish cognitive independence. Do not infer incapacity from diagnosis or one error, and do not treat a screening score as a substitute for functional assessment.
European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13 · Towards a Common Language for Functioning, Disability and Health: ICF
26.How should post-stroke spasticity be linked to a goal?
Assess tone pattern, range and meaningful consequences such as pain, positioning, hygiene or task performance. A velocity-dependent increase in resistance may differ from a fixed contracture; compare movement at different speeds and assess passive range. Set an outcome that matters to the person and review the consequence targeted by the plan.
Apply it
For an arm posture that makes dressing difficult, define the dressing or positioning goal before selecting a plan. Record task performance and assistance, then review whether the person or caregiver notices meaningful change.
Common pitfall: Reduced tone does not automatically mean improved function, comfort or care. Do not use a tone measure as the sole target; reassess the agreed outcome and possible adverse effects.
Canadian Stroke Best Practices — Range of Motion and Post-Stroke Spasticity
27.How should visual difficulties after stroke be assessed?
Characterize the visual or visual-perceptual difficulty and its functional effects rather than assuming every one-sided problem is neglect. Confrontation testing can screen visual fields; structured cancellation or task observation can help identify spatial inattention. Use appropriate assessment or specialist input when indicated.
Apply it
Ask about reading, navigation and finding objects; observe a safe task when relevant. If a field deficit rather than neglect is suspected, arrange suitable assessment and plan task-specific safety strategies.
Common pitfall: Visual acuity alone does not describe all visual function, and not every visual difficulty is neglect. Do not infer diagnosis from a brief observation; consider symptoms, examination and context.
Canadian Stroke Best Practices — Visual and Visual-Perceptual Impairment
28.How can cognition affect rehabilitation carryover?
Attention, memory and executive function can influence learning, sequencing and safety. A patient may perform a transfer with repeated prompts yet fail to initiate the sequence independently; assess cueing, retention and carryover in relevant routines. Adapt task complexity, cues and environment to observed performance.
Apply it
If a patient forgets a transfer sequence, use consistent cues and practise in a relevant setting. Consider caregiver involvement and environmental prompts, then reassess safe performance with less support when appropriate.
Common pitfall: Do not label inconsistent performance non-cooperation without considering cognition, fatigue, pain, communication or context. Do not withdraw cues prematurely if doing so makes the task unsafe.
29.Why integrate wheelchair skills into spinal cord injury rehabilitation?
Assess wheelchair equipment and skills in relation to functional level, upper-limb capacity, posture, intended activities and environment. A neurological classification does not itself establish the person's ability to transfer, propel or manage community barriers. Practical assessment identifies training and support needs.
Apply it
Assess skills and access barriers on a route to a meaningful destination. Document equipment, assistance and environmental conditions, then arrange fitting or training and review performance in relevant settings.
Common pitfall: Neurological level alone does not establish device suitability or independent mobility. Provision also requires fitting, training and follow-up.
30.How can communication needs be addressed after neurological injury?
Use the person's preferred communication methods, allow adequate time and provide supports that enable participation in assessment and decisions. Adapt information and check understanding. Communication access is part of person-centred rehabilitation, not an optional extra.
Apply it
For a person with aphasia, offer accessible choices, allow time and confirm the meaning of responses. Work with communication specialists or supporters where appropriate while addressing the person directly.
Common pitfall: Speech difficulty alone does not establish impaired decision-making capacity or lack of understanding. Do not mistake a communication barrier for lack of interest or agreement.
Towards a Common Language for Functioning, Disability and Health: ICF
31.How should rehabilitation respond to progressive neurological change?
Review changing function, fatigue, mobility, equipment and support needs while coordinating disease-specific care. Rehabilitation can preserve participation, adapt tasks and support changing priorities even when restoration is not primary. Document the time course and functional consequences of new changes.
Apply it
If a person with progressive disease is slowing down and falling more often, reassess mobility, falls risks and equipment. Coordinate with the treating team, update goals and consider supports that enable valued activities.
Common pitfall: Progression does not make rehabilitation futile, but restoration should not be promised. Do not attribute every new symptom to the known condition without considering need for clinical review.
Musculoskeletal rehabilitation (Chapter 5.3)20%
32.What should happen when a prosthetic user develops a skin wound?
Inspect the residual limb. Where possible, pause prosthesis wear while a sore or wound heals unless the doctor advises otherwise, and contact the specialist rehabilitation service for assessment. Consider whether fit or a change in the residual limb may contribute.
Apply it
If a patient finds an abrasion, advise pausing wear where feasible and arrange skin and fit review. Ask about rubbing circumstances and consider an alternative mobility option while the wound is assessed.
Common pitfall: Do not encourage continued wear through a wound or advise self-modification of the socket. Individual medical advice may alter the plan; do not delay review.
Skin Management and General Care Advice for Prosthetic Users — Leeds Teaching Hospitals NHS Trust
33.How can residual-limb volume change affect socket fit?
Residual-limb volume change can alter socket fit and lead to rubbing or skin problems. Postoperative volume reduction and weight changes can affect the interface. Arrange professional assessment when fit changes; the prosthesis may need adjustment or other review.
Apply it
If a patient reports a loose socket after volume change and new rubbing, inspect skin and arrange review with the prosthetic or rehabilitation service. Consider alternative mobility while awaiting assessment if needed.
Common pitfall: Do not treat changing fit as harmless or advise adding pads or modifying the socket independently. Seek professional advice rather than waiting for a more serious wound.
34.Why include activity and exercise planning in osteoarthritis care?
Individualized activity and exercise can support function in osteoarthritis. Account for symptoms, capacity, preferences and meaningful goals, then review the person's response. A plan should relate activity to tasks the patient wants to maintain or regain.
Apply it
For someone avoiding walking because of knee pain, discuss graded activity reflecting current capacity and valued tasks. Agree how symptoms and function will be reviewed and adapt the plan to response.
Common pitfall: Do not promise exercise reverses structural osteoarthritis or assume one programme suits everyone. Pain informs planning but does not automatically mean all activity must stop.
35.How should chronic low back pain be approached?
Assess function and context as well as symptoms, and interpret imaging within the clinical picture. WHO guidance concerns chronic primary low back pain and supports an individualized approach rather than treating an image in isolation. Clarify activities and participation the person wants to improve.
Apply it
For someone whose longstanding pain limits valued activity, clarify goals and barriers, review relevant clinical features and agree an individualized plan. Judge progress in daily activities as well as pain.
Common pitfall: Do not generalize chronic primary low back pain guidance to every spinal diagnosis or assume old imaging explains every limitation. New or concerning features require appropriate evaluation.
36.What rehabilitation issues follow a vertebral fragility fracture?
Address mobility, function and confidence while coordinating osteoporosis care and secondary fracture prevention. Safe functional recovery and future fracture risk are complementary concerns. Tailor the plan to the person's clinical advice and current limitations.
Apply it
After a vertebral fragility fracture, support relevant mobility and transfer goals and identify whether osteoporosis assessment or prevention has been considered. Coordinate with the appropriate team and review daily function.
Common pitfall: Do not assume prolonged immobility is protective or overlook future fracture risk. Tailor activity to individual clinical guidance rather than applying generic loading advice.
NOGG 2024: Clinical Guideline for the Prevention and Treatment of Osteoporosis
37.How should injury assessment distinguish structure from function?
Relate a suspected structural injury to pain, range, strength, task performance and participation. Use history and examination to decide whether further assessment is warranted and describe functional consequences. A tissue label and a functional description answer different questions.
Apply it
After a sporting shoulder injury, document difficulty with dressing or overhead tasks as well as pain and examination findings. Use the clinical picture to guide assessment and individualized activity planning.
Common pitfall: Pain alone does not diagnose a tendon or ligament tear. A structural label does not describe functional limitations or prove the finding causes all symptoms.
38.What should amputation rehabilitation consider?
Consider functional goals, residual-limb care, mobility planning and prosthetic and non-prosthetic options. Review plans as health, skin condition, device fit, activities and preferences change. Successful rehabilitation is not defined by prosthesis use alone.
Apply it
If prosthesis use is uncomfortable outdoors, consider residual-limb skin and fit, desired activities and whether another aid could help while the prosthesis is reviewed. Set goals that do not depend on a single device.
Common pitfall: A prosthesis is not the only route to meaningful mobility or participation. Do not assume device provision resolves all mobility needs; skin issues and changing fit require review.
Other disease-specific rehabilitation (Chapters 5.4–5.11)12%
39.How should bowel dysfunction be assessed and incorporated into rehabilitation planning, including the distinction between reflexic and areflexic bowel after spinal cord injury?
Assess bowel symptoms, routine, continence, assistance and equipment needs, and effects on daily activities. In spinal cord injury, reflexic bowel generally retains defecation reflexes, whereas areflexic bowel has impaired or absent defecation reflexes. This is a functional distinction; lesion level alone should not determine the classification. Rectal stimulation may be used as part of a bowel programme for reflexic bowel, while manual evacuation may be needed for areflexic bowel. The approach must be individualized and adjusted to clinical findings and the person’s preferences.
Apply it
If bowel care delays leaving home, ask about symptoms, routine, transfers, assistance and priorities. Assess bowel function rather than inferring the pattern from the injury level; coordinate an individualized programme with the clinical team and review its effect on participation.
Common pitfall: Do not treat reflexic and areflexic bowel as interchangeable or assume lesion level alone establishes the pattern. Rectal stimulation and manual evacuation are typical management implications, not universal prescriptions; tailor bowel care to the individual and reassess when symptoms change.
40.How should chronic-pain rehabilitation measure meaningful outcomes beyond pain intensity?
Measure pain alongside its effects on functioning and the person's own goals. The ICF distinguishes body functions and structures, activities (executing tasks), and participation (involvement in life situations); environmental factors can also affect performance. Select a specific, observable activity or participation outcome relevant to the person and review it alongside symptoms.
Apply it
For someone who wants to resume local shopping, record whether they can complete the trip, what assistance or adaptations they need, and how pain affects the activity. Review these outcomes together over time.
Common pitfall: The ICF is a framework for describing functioning, not a pain-intensity scale. Do not treat activity and participation as interchangeable, assume a functional gain means pain has resolved, or use functional improvement to dismiss new or worsening symptoms.
Towards a Common Language for Functioning, Disability and Health: ICF
41.What does pulmonary rehabilitation commonly include?
ATS describes pulmonary rehabilitation as exercise and education intended to improve stamina and reduce breathlessness. Programme elements include breathing strategies and medication education. The ATS reading-list summary reports strong recommendations for stable COPD and after hospitalization for a COPD exacerbation.
Apply it
For a person with stable COPD and activity-limiting breathlessness, discuss whether referral is appropriate. Relate pulmonary rehabilitation to a valued task such as walking locally or managing household activities.
Common pitfall: Do not reduce pulmonary rehabilitation to breathing exercises or treat a patient handout as a complete programme. New, worsening or unexplained symptoms require clinical review.
American Thoracic Society Patient Education Series — Pulmonary Rehabilitation · American Thoracic Society — ATS Adult Reading List
42.How do stress and urgency urinary incontinence differ?
Stress leakage is associated with pressure-producing activity such as coughing, sneezing or exercise. Urgency leakage is associated with a compelling sudden urge to urinate. Some people report mixed symptoms, so history should describe the pattern, circumstances and functional effects.
Apply it
Ask about circumstances of leakage, associated urgency and activities affected. Cough-associated leakage without urge suggests a stress pattern, but assess whether other symptoms or contributors are present.
Common pitfall: A brief history does not rule out mixed or other urinary problems. Do not use one episode to establish a complete diagnosis or treatment plan.
43.When may pelvic floor muscle training be relevant?
Pelvic floor muscle training is an option for some bladder-control problems. Assess symptoms and the person's ability to perform the intended contraction, then plan and review training according to individual needs and outcomes. A clinician may use assessment or biofeedback to support learning when appropriate.
Apply it
Clarify the symptom pattern and assess whether the person can perform the intended contraction. Provide suitable instruction or support and review whether symptoms or participation change; consider further assessment if the person cannot perform it or symptoms persist.
Common pitfall: Pelvic floor muscle training is not a universal solution to every urinary symptom. Do not assume the person can perform the contraction correctly without assessment or ignore symptoms warranting broader evaluation.
44.What should rehabilitation assessment consider in cancer-related limitations?
Characterize functional change, timing and effects on daily activity, and check current clinical status. Coordinate with oncology and other treating teams before progressing activity when the clinical context requires it. Treatment effects, disease status and other health factors may all contribute to limitation.
Apply it
If new fatigue during cancer treatment makes bathing difficult, document when it occurs and associated changes. For new, worsening or concerning symptoms, coordinate review with oncology before increasing exercise; plan practical bathing support and reassess function.
Common pitfall: Do not assume new fatigue is only deconditioning. Functional change may have multiple causes; coordinate rather than progressing activity without considering current status and team guidance.
45.What distinction matters when a patient reports dizziness or imbalance?
Characterize timing, movement context, functional effects and safety before attributing symptoms to a vestibular cause. Brief, position-triggered episodes may suggest positional vertigo, whereas persistent or non-positional dizziness requires broader assessment. History and examination guide whether further evaluation is needed.
Apply it
Ask when dizziness occurs, whether head movement provokes it, how long it lasts and how it affects tasks. If a positional pattern is suspected, arrange appropriate assessment and consider a targeted approach when indicated.
Common pitfall: Not all dizziness is vestibular, and imbalance has several possible contributors. Do not select treatment from one symptom description or ignore safety and the need for evaluation.
46.What should guide rehabilitation after severe respiratory illness?
Assess current clinical status, symptoms, mobility and endurance, then individualize activity and coordinate with the treating team when indicated. A 6-Minute Walk Test or a sit-to-stand task may help characterize functional capacity when clinically appropriate; observe symptoms and follow prescribed monitoring procedures.
Apply it
For a patient recovering from a prolonged admission, assess a relevant transfer and observe symptoms and response. If breathlessness is new, worsening or disproportionate, pause progression and coordinate clinical review; otherwise plan graded activity and reassess.
Common pitfall: Do not attribute new breathlessness automatically to deconditioning or apply a fixed exercise plan regardless of clinical status. A functional test does not replace clinical evaluation or indicated monitoring.
European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13 · American Thoracic Society Patient Education Series — Pulmonary Rehabilitation
47.What should a rehabilitation assessment consider after a burn?
Identify functional limitations and clarify the current wound, healing and treatment plan with the burns team before decisions about activity. A scar crossing a joint can restrict movement and interfere with dressing or reaching; consider the affected site and recovery stage in planning.
Apply it
If a burn crosses a joint and limits dressing, document the task and movement restriction. Check the wound plan and clarify uncertainty with the burns team before progressing movement; reassess range relevant to dressing and assistance needs.
Common pitfall: Do not apply generic stretching or wound-care instructions without clinical context. If the proposed activity conflicts with the current care plan or healing status is uncertain, seek burns-team guidance.
58.What bladder-management strategy can be considered for urgency symptoms?
Bladder training is a behavioral treatment option for some bladder-control problems. It generally involves planning voiding intervals and gradually adjusting them with attention to symptoms and progress. Suitability depends on the person's symptoms, health, preferences and ability to participate; it is distinct from pelvic floor muscle training.
Apply it
For a person with urgency who is appropriate for behavioral management, discuss a bladder-training plan with the relevant clinician. Record symptoms and functional effects over time, then review response and adapt or seek further assessment if symptoms persist.
Common pitfall: Do not prescribe a rigid schedule without assessment or assume bladder training is appropriate for every cause of urinary symptoms. New or concerning symptoms require clinical evaluation; treatment options should be individualized.
Disabling conditions in the elderly (Chapter 6)5%
48.How should orthostatic blood pressure be measured?
CDC STEADI describes measuring blood pressure and pulse after five minutes supine, then repeating at one and three minutes standing. A fall of at least 20 mmHg systolic or 10 mmHg diastolic within three minutes is abnormal. Light-headedness or dizziness is also considered abnormal by the tool.
Apply it
For an older adult who feels light-headed on standing, follow the timed procedure and document symptoms with each reading. Use results in the broader falls and standing-tolerance assessment and communicate concerning findings to the appropriate clinician.
Common pitfall: A single untimed reading is not the specified procedure. Do not ignore light-headedness because a numerical threshold is not reached or diagnose solely from an incomplete measurement.
49.Why review medications in falls assessment?
Some medications are linked to falls and may be a modifiable contributor. Review medication history with the prescriber as part of a broader assessment of fall circumstances and other risks. Consider timing, symptoms and changes in health or function.
Apply it
If dizziness began after a medication change, document timing and circumstances and coordinate review with the prescriber. Also assess mobility, environment, vision and other contributors rather than assuming medication is the only cause.
Common pitfall: Do not stop or change medication unilaterally or assume medication explains every fall. Medication review complements, rather than replaces, broader falls assessment.
50.How do frailty and sarcopenia inform rehabilitation planning?
Consider baseline function, recent change, goals, symptoms and supports when planning rehabilitation for an older adult. Gait speed, chair-rise performance and grip strength can contribute objective information about mobility and strength; frailty is broader and includes resilience and health context. Use findings to individualize—not deny—rehabilitation.
Apply it
After hospitalization, compare current mobility with usual function, observe a safe chair rise or walk, and discuss priorities. Use results alongside symptoms, environment and supports to plan graded activity and reassess function.
Common pitfall: Do not withhold rehabilitation because of age or infer frailty from one low score. Age, sarcopenia and frailty are not interchangeable; consider the whole person and response.
59.What is a useful falls-prevention decision point beyond orthostatic measurement?
Falls are commonly multifactorial. Ask about circumstances and consequences of each fall, then consider gait and balance, strength, vision, footwear, environment, symptoms on standing and medication. Findings should lead to targeted, coordinated actions rather than a single-cause assumption.
Apply it
After a fall while turning at night, assess mobility and turning, lighting and route, footwear, symptoms and medication changes. Address identified modifiable factors with the person and relevant team, then review whether the plan reduces risk while maintaining valued activity.
Common pitfall: Do not attribute a fall to age or one medication without assessment. A single screening result cannot explain all falls; avoid restricting activity without considering the harms of reduced mobility and participation.
STEADI — Medications Linked to Falls · European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13
Disabling conditions in children (Chapter 7)5%
51.When should hip surveillance prompt referral in cerebral palsy?
Hip pain warrants referral to an appropriate specialist listed by AACPDM: a pediatric physiatrist, developmental pediatrician or pediatric orthopaedic surgeon. Separately, migration percentage greater than 30% or hip abduction less than 30 degrees warrants pediatric orthopaedic referral. Surveillance uses structured assessment, not symptoms alone.
Apply it
If a child has migration percentage of 35% without pain, arrange pediatric orthopaedic referral. If the child instead presents with hip pain, refer to an appropriate listed specialist. Communicate findings to the family and follow the surveillance pathway.
Common pitfall: Do not wait for pain when migration percentage or abduction meets a referral criterion. Do not assume hip pain has only one referral destination; distinguish pain referral from the orthopaedic criteria.
52.How should rehabilitation account for a child's developmental stage?
Interpret function in relation to development and meaningful age-appropriate activities. The GMFCS classifies gross motor function in cerebral palsy, while the MACS describes manual ability; neither is a direct measure of every participation goal. Include child and family priorities and context.
Apply it
If play is important, agree a participation goal such as joining classroom play. Use classification information to understand functional context, then assess the actual activity and supports needed in the child's setting.
Common pitfall: Do not apply adult expectations or focus only on impairment. A classification level does not replace an individualized assessment of strengths, preferences or participation.
53.How can family and school context change a child's goal?
Home, school and community demands and supports affect participation. Identify environmental barriers and coordinate relevant strategies with the child, family and appropriate partners. A clinic skill may not transfer if the school route, equipment or assistance differs.
Apply it
If a child practises stairs in clinic but cannot reach the playground, assess the school route and discuss barriers with family and school staff. Set a relevant participation goal and consider practical adaptations.
Common pitfall: Clinic gains do not automatically generalize. Do not assume difficulty reflects impairment alone when access or support may be the main barrier; consider safety and the child's preferences.
Towards a Common Language for Functioning, Disability and Health: ICF
Research in rehabilitation (Chapter 8)3%
54.How does study design affect interpretation of rehabilitation evidence?
Study design shapes conclusions that can be justified. Randomized comparisons can estimate effects under their assumptions, while observational associations may be affected by confounding. Consider bias, outcomes, uncertainty, participant selection and applicability; a design label alone does not guarantee quality.
Apply it
If a cohort receiving more therapy walks better, examine whether baseline severity or other differences could explain the association before applying it to care. Ask how participants were selected and whether outcomes fit the decision.
Common pitfall: Statistical significance does not automatically establish clinical importance or causation. Consider missing data, measurement, effect size and precision as well as the study label.
Cochrane Handbook — Interpreting Results and Drawing Conclusions
55.How are absolute benefit and NNT interpreted?
Absolute risk reduction is the difference between event rates in comparison groups. NNT is the reciprocal of that reduction expressed as a proportion, for the stated timeframe and outcome. Interpret it alongside uncertainty, harms and clinical relevance.
Apply it
If an outcome occurs in 20% of controls and 10% of treated participants, absolute reduction is 0.10 and NNT is 1/0.10, or 10, over that study period. State the outcome and follow-up duration.
Common pitfall: Do not calculate NNT from relative risk reduction alone or omit follow-up period. NNT depends on population and baseline risk and is not by itself a judgement about clinical value.
Cochrane Handbook — Choosing Effect Measures and Computing Estimates of Effect · Cochrane Handbook — Interpreting Results and Drawing Conclusions
56.What does a confidence interval add to a study result?
A confidence interval communicates uncertainty around an effect estimate under the analysis assumptions. Consider its width, plausible effects and clinical importance alongside bias and applicability. It helps show which effects remain compatible with the data.
Apply it
If a trial reports a wide interval compatible with little benefit or meaningful improvement, explain the uncertainty and consider whether plausible effects would matter to the patient or decision-maker.
Common pitfall: A confidence interval does not repair bias, prove treatment works or guarantee applicability elsewhere. A statistically significant result may still be clinically unimportant.
Cochrane Handbook — Choosing Effect Measures and Computing Estimates of Effect
60.How should an uncertain treatment effect be communicated?
Describe the estimated effect, its uncertainty, potential clinical importance and relevance to the person. Consider study limitations and other evidence before drawing a conclusion. Distinguish what the study observed from what can be inferred.
Apply it
When an estimate is imprecise, explain that both small and meaningful effects remain plausible. Discuss uncertainty in relation to the decision and the person's priorities, without promising benefit.
Common pitfall: Do not turn an uncertain estimate into a definite claim of benefit or no benefit. A non-significant result does not necessarily prove no effect; consider precision, design and plausible outcomes.
Cochrane Handbook — Interpreting Results and Drawing Conclusions
What to focus on during revision
The following are CertMedbry study suggestions. Use the official outline to check the full scope of your examination.
- Prioritize nervous-system and musculoskeletal rehabilitation, each weighted 20% in the official BEx 2026 blueprint.
- Official blueprint weights: Fundamentals 3%; Body structures and functions 10%; Clinical diagnosis and functional assessment 12%; Interventions 10%; Nervous system rehabilitation 20%; Musculoskeletal rehabilitation 20%; Other disease-specific rehabilitation 12%; Elderly 5%; Children 5%; Research 3%.
- Practise connecting impairments to activity, participation and context, and distinguish assessment findings from treatment decisions.
- Revise spinal cord injury, stroke, assistive technology, prosthetic fit, musculoskeletal conditions, cardiopulmonary and pelvic-organ rehabilitation, older adults, children and research interpretation.
- This selective sample is not a complete mock examination or a prediction of performance; it does not cover every ETR topic.
A practical preparation plan
1. Anchor revision to the verified outline
Use the BEx 2026 blueprint, not the October 2021 protocol, to set scope. Learn the weights and map study sessions to all ten domains. The official outline and ETR describe the full scope; this guide is selective.
2. Use a domain-by-domain roadmap
The materials sample fundamentals; body structures and functions; clinical diagnosis and assessment; interventions; nervous-system and musculoskeletal rehabilitation; other disease-specific rehabilitation; older adults; children; and research. Use the blueprint and ETR to identify outcomes not sampled here.
3. Connect assessment, function and a rehabilitation decision
For a person with stroke who walks indoors but cannot return to work because workplace stairs block access, document relevant body-function and activity findings. Identify return to work as the participation goal and stairs as an environmental barrier. Assess the route and task, consider adaptations or other goal-linked interventions, and measure whether access and participation improve. This illustrates clinical reasoning, not an official examination item.
4. Review the underlying curriculum
Use chapters 1–8 of UEMS 2023.13 ETRs to check breadth and learning outcomes. The blueprint establishes examination scope; use clinical references for treatment facts.
5. Turn knowledge into functional decisions
For each topic, practise explaining the impairment, activity or participation problem, contextual factor, assessment choice and rationale for the next action. State what evidence would change your plan and how you would evaluate the outcome.
6. Practise questions without confusing formats
Use the original four-option drills for learning. The issuer protocol describes 100 written best-of-five MCQs in English over three hours; this guide is not a platform simulator.
7. Check the announced schedule and pathway details with the issuer
As of 13 October 2026, the issuer lists 28 May 2027 as the next examination. The BEx 2026 sitting on 22 May 2026 is historical. The current page links BEx26 documents, which does not establish that new BEx27 blueprint or protocol documents are available. Check the Board's current page and contact your National Manager for updates, eligibility, registration and venue arrangements.
8. Verify current examination details
Consult the official protocol and issuer announcements for applicable format and delivery details. Do not infer BEx27 rules from BEx26 documents or historical annual patterns.
Use your sample score as a starting point
The free set contains 20 original practice questions. It is a small learning sample, not an official examination or a validated pass prediction. Review each explanation and its source before moving to another topic.
Start the free sampleOfficial sources and updates
- PRM Board of UEMS
- Board Certification of young PRM Doctors (by Examination)
- Blueprint of the European Board of Physical and Rehabilitation Medicine Examination — BEx 2026
- Examination Protocol — Academic Year 2025–2026
- European Training Requirements for the Specialty of Physical and Rehabilitation Medicine — UEMS 2023.13
- Examination Protocol — October 2021
- Towards a Common Language for Functioning, Disability and Health: ICF
- University Physics Volume 1 — 10.6 Torque
- Sports Injuries: Types, Symptoms, and Risk Factors
- 2026 International Standards for Neurological Classification of Spinal Cord Injury Worksheet
- Canadian Stroke Best Practices — Range of Motion and Post-Stroke Spasticity
- Wheelchair Provision Guidelines
- Evaluation and Management of Autonomic Dysreflexia and Other Autonomic Dysfunctions
- Canadian Stroke Best Practices — Upper Extremity Function: General Principles and Therapies
- Canadian Stroke Best Practices — Swallowing, Nutrition and Oral Care
- Canadian Stroke Best Practices — Visual and Visual-Perceptual Impairment
- Osteoarthritis: Diagnosis, Treatment, and Steps to Take
- WHO Releases Guidelines on Chronic Low Back Pain
- NOGG 2024: Clinical Guideline for the Prevention and Treatment of Osteoporosis
- Skin Management and General Care Advice for Prosthetic Users — Leeds Teaching Hospitals NHS Trust
- Care of Your Residual Limb — University Hospitals Dorset
- American Thoracic Society — ATS Adult Reading List
- American Thoracic Society Patient Education Series — Pulmonary Rehabilitation
- Treatments for Bladder Control Problems
- Definition and Facts for Bladder Control Problems
- STEADI — Measuring Orthostatic Blood Pressure
- STEADI — Medications Linked to Falls
- AACPDM — Hip Surveillance in Cerebral Palsy
- Cochrane Handbook — Choosing Effect Measures and Computing Estimates of Effect
- Cochrane Handbook — Interpreting Results and Drawing Conclusions
Confirm current eligibility, fees, scheduling and policies directly with the examination provider. CertMedbry is independent and is not endorsed by these organisations. How we handle content and corrections.