113+ Free MFSEM Written Practice Questions

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2026 Statistics

Key Facts: MFSEM Written Exam

100

Exam Questions

FSEM Ireland

2 hours

Exam Time

FSEM Ireland

€650

Exam Fee

FSEM Ireland 2026

Angoff

Standard Setting

FSEM board

SCAT6

Concussion Protocol

International Consensus

WADA

Anti-Doping Standards

WADA Prohibited List

The MFSEM Written Exam is a 2-hour, 100-question computer-based exam costing €650. It serves as the gateway written assessment for the Faculty of Sports and Exercise Medicine (RCPI/RCSI) in Ireland. Key topics include muscle physiology, injury classification, athlete cardiac screening, concussion return-to-play steps, WADA banned substances, and child safeguarding laws in Ireland.

Sample MFSEM Written Practice Questions

Try these sample questions to test your MFSEM Written exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 113+ question experience with AI tutoring.

1During high-intensity sprint exercise lasting approximately 10 seconds, which energy system provides the primary and most rapid source of adenosine triphosphate (ATP) resynthesis?

A.The phosphagen (ATP-CP) system

B.Anaerobic glycolysis

C.Aerobic oxidation of glucose

D.Beta-oxidation of free fatty acids

Explanation: The phosphagen (ATP-CP) system utilizes stored ATP and creatine phosphate to rapidly regenerate ATP during short-duration, high-intensity exercise. This system operates anaerobically and provides the highest rate of energy transfer, though its capacity is limited. It dominates during the first 10-15 seconds of maximal exertion.

2Which of the following cardiovascular adaptations is primarily responsible for the increase in maximal cardiac output observed in endurance-trained athletes compared to untrained individuals?

A.An increase in maximal heart rate

B.An increase in maximal stroke volume

C.An increase in systemic arterial blood pressure

D.A decrease in blood plasma volume

Explanation: The increase in maximal cardiac output (Q = HR x SV) in endurance-trained athletes is almost entirely driven by an increase in stroke volume. Adaptations like eccentric left ventricular hypertrophy and plasma volume expansion increase end-diastolic volume (preload) and lower end-systolic volume, enhancing ejection fraction. Maximal heart rate does not increase and may slightly decrease with training.

3What is widely considered the primary physiological limiting factor for maximal oxygen uptake (VO2 max) in healthy, active human subjects performing whole-body exercise at sea level?

A.Pulmonary diffusing capacity for oxygen

B.Mitochondrial enzyme concentration and activity

C.Maximal cardiac output and oxygen delivery by the blood

D.Capillary density in the active skeletal muscle

Explanation: In healthy individuals exercising at sea level, the primary limitation to VO2 max is the cardiovascular system's ability to deliver oxygen to the working muscles (convective oxygen transport), which is determined by maximal cardiac output and hemoglobin concentration. While peripheral factors like mitochondrial density and capillary density determine oxygen extraction, oxygen delivery remains the primary systemic bottleneck.

4During incremental exercise, the point at which blood lactate concentration begins to increase non-linearly above baseline levels is known as the lactate threshold. What physiological change primarily underlies this threshold?

A.A sudden decrease in active muscle oxygen availability (hypoxia)

B.An imbalance between the rate of lactate production and the rate of lactate clearance

C.The complete depletion of glycogen stores in Type I muscle fibers

D.A drop in blood pH below 7.0 that halts mitochondrial respiration

Explanation: The accumulation of blood lactate represents an imbalance between the rate of lactate production in skeletal muscle and its clearance/metabolism by the liver, heart, and non-active muscles. While tissue hypoxia can contribute at very high intensities, lactate threshold occurs at submaximal intensities where oxygen delivery is still adequate but glycolytic flux exceeds mitochondrial oxidation rates.

5An athlete undergoes a 10-day heat acclimation program. Which of the following physiological adaptations is expected to occur earliest (within the first 3-5 days) in this process?

A.Plasma volume expansion

B.Increased sweat rate for a given core temperature

C.Decreased sodium concentration in sweat

D.Increased myocardial contractility

Explanation: Plasma volume expansion is one of the earliest adaptations to heat acclimation, typically occurring within the first 3 to 5 days. This expansion increases stroke volume, supports blood pressure, and provides a fluid reservoir for sweating. Sweating adaptations and sodium conservation typically take 7 to 10 days to fully develop.

6Which muscle of the rotator cuff is primarily responsible for initiating the first 15 degrees of shoulder abduction, acting as a stabilizer for the humeral head within the glenoid fossa?

A.Infraspinatus

B.Supraspinatus

C.Subscapularis

D.Teres minor

Explanation: The supraspinatus muscle initiates the first 15 degrees of shoulder abduction before the deltoid becomes the primary abductor. It also pulls the humeral head medially and inferiorly, stabilizing it within the glenoid fossa during elevation. Injury to the supraspinatus tendon is the most common cause of rotator cuff pathology.

7A 24-year-old competitive swimmer presents with progressive anterolateral shoulder pain that is exacerbated by the recovery phase of the freestyle stroke. On examination, passive abduction of the shoulder to 90 degrees followed by internal rotation elicits sharp pain. What is the name of this diagnostic clinical test?

A.Neer's test

B.Hawkins-Kennedy test

C.O'Brien's active compression test

D.Speed's test

Explanation: The Hawkins-Kennedy test is performed by flexing the patient's shoulder and elbow to 90 degrees and then internally rotating the humerus. This maneuver pushes the greater tuberosity of the humerus against the coracoacromial ligament, eliciting pain in patients with subacromial impingement syndrome. Swimmers frequently present with subacromial impingement due to repetitive overhead cycles.

8According to the Rockwood classification of acromioclavicular (AC) joint injuries, a Type III injury is characterized by which of the following pathological features?

A.A mild sprain of the AC ligament with intact coracoclavicular (CC) ligaments

B.Rupture of both AC and CC ligaments with 25% to 100% clavicular displacement

C.Posterior displacement of the clavicle into or through the trapezius muscle

D.Complete superior displacement of the clavicle with greater than 100% deformity

Explanation: A Type III AC joint injury involves complete rupture of both the AC and CC ligaments, resulting in vertical clavicle displacement of 25% to 100% compared to the contralateral side. Type I is a simple sprain, Type II is AC rupture with CC sprain (<25% displacement), and Types IV-VI represent severe displacements requiring surgical consultation.

9What is the primary anatomical structure involved in lateral epicondylalgia (tennis elbow), and which specific muscle tendon is most frequently affected by microtearing and angiofibroblastic hyperplasia?

A.Pronator teres

B.Flexor carpi radialis

C.Extensor carpi radialis brevis (ECRB)

D.Extensor digitorum communis

Explanation: Lateral epicondylalgia primarily involves the common extensor origin, specifically the tendon of the extensor carpi radialis brevis (ECRB). Histopathology shows angiofibroblastic hyperplasia (tendinosis) rather than acute inflammation. Repeated wrist extension and forearm pronation/supination drive this pathology.

10A baseball pitcher presents with medial elbow pain that is exacerbated during the late cocking and early acceleration phases of throwing. On examination, there is joint laxity during the valgus stress test at 30 degrees of elbow flexion. Which bundle of the ulnar collateral ligament (UCL) is the primary constraint to valgus stress in this position?

A.Anterior band of the anterior bundle

B.Posterior bundle

C.Transverse bundle

D.Lateral collateral ligament

Explanation: The anterior bundle of the ulnar collateral ligament (specifically its anterior band) is the primary constraint to valgus stress at the elbow between 30 and 120 degrees of flexion. Repetitive valgus loads during throwing can lead to microtearing or rupture of this ligament, requiring reconstruction (Tommy John surgery) in symptomatic high-level athletes.

About the MFSEM Written Exam

The MFSEM Written Examination is the initial component of the postgraduate qualification in Sports and Exercise Medicine in Ireland, administered jointly by the Royal College of Physicians of Ireland and the Royal College of Surgeons in Ireland. It evaluates core knowledge in exercise physiology, sports injuries and musculoskeletal medicine (including anatomy and biomechanics), team medical care, and anti-doping regulations, and ethics/professional issues.

Assessment

100 single best answer (SBA) multiple-choice questions

Time Limit

2 hours

Passing Score

Standard-set passing score (Angoff method)

Exam Fee

€650 (Faculty of Sports and Exercise Medicine (RCPI/RCSI, Ireland))

MFSEM Written Exam Content Outline

40%

Musculoskeletal Medicine and Sports Injuries

Clinical anatomy, biomechanics, special tests, imaging, acute/chronic injury management, and physical rehabilitation of the spine and limbs

25%

General Sports Medicine and Team Medical Care

On-field emergency management, concussion (SCAT6), sudden cardiac death, Seattle ECG criteria, asthma, diabetes, and para-sports

20%

Exercise Physiology and Nutrition

Energy pathways, VO2 max kinetics, thermoregulation in heat and cold, altitude training physiological changes, and performance nutrition

15%

Anti-Doping, Ethics, and Professional Issues

WADA prohibited list, strict liability, TUE applications, Athlete Biological Passport, child protection (Children First Act 2015), and medical confidentiality

How to Pass the MFSEM Written Exam

What You Need to Know

Passing score: Standard-set passing score (Angoff method)
Assessment: 100 single best answer (SBA) multiple-choice questions
Time limit: 2 hours
Exam fee: €650

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

MFSEM Written Study Tips from Top Performers

1Master joint-specific special tests (e.g., Hawkins-Kennedy, McMurray, Thompson, Watson) and their biomechanical justifications

2Understand the physiological adaptations to altitude training (plasma volume changes vs. red cell mass increases) and heat acclimation timeline

3Memorize the SCAT6 concussion red flags and the strict step-by-step return-to-play progression rules

4Familiarize yourself with the Seattle Criteria for athlete ECGs to confidently differentiate physiological adaptations from pathological findings

5Know WADA prohibited routes of administration for glucocorticoids and volume limits for intravenous infusions (<100 mL per 12 hours)

6Review the Children First Act 2015 requirements for sports organizations in Ireland, specifically the role of the Designated Liaison Person (DLP)

7Study the vascular zones of the meniscus (red-red vs. white-white) and how they dictate surgical repair vs. resection decisions

8Differentiate the clinical presentations and diagnostic compartment pressures of MTSS, stress fractures, and Chronic Exertional Compartment Syndrome

Frequently Asked Questions

What is the MFSEM Written Exam?

The MFSEM Written Exam is the Part 1 assessment for the Membership of the Faculty of Sports and Exercise Medicine (FSEM), which is a joint faculty of the RCPI and RCSI in Ireland. It validates postgraduate-level knowledge in the fields of sports injuries, exercise physiology, team medical care, anti-doping, and sports ethics.

Who is eligible to take the MFSEM Written Exam?

Medical practitioners who hold a primary medical degree registrable with the Medical Council of Ireland (or equivalent international body) are eligible. It is typically taken by doctors entering Higher Specialist Training (HST) in Sports and Exercise Medicine, general practitioners pursuing musculoskeletal medicine, or medical officers working with sports teams.

What is the format of the examination?

The examination consists of 100 Single Best Answer (SBA) multiple-choice questions. It is a 2-hour computer-based test, typically delivered online via remote proctoring/invigilation software (such as TestReach).

How much does the MFSEM Written Exam cost?

The written examination fee is €650. Candidates who pass the written exam can subsequently register for the Part 2 clinical examination (OSCE), which carries its own separate fee.

How is the passing score determined?

The passing score is determined after the exam sitting using standard-setting methods, typically the modified Angoff method. This ensures that the pass mark reflects a consistent level of clinical competence and adjusts for the specific difficulty of the questions in that sitting.

Is the FSEM Ireland exam distinct from the FSEM UK exam?

Yes, the Faculty of Sports and Exercise Medicine in Ireland (fsem.ie) and the FSEM UK (fsem.ac.uk) are separate professional bodies. While their curricula and standards are closely aligned, they administer their own exams, applications, and membership pathways.