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100+ Free ABIM Sports Medicine Practice Questions

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A 22-year-old soccer player plants and pivots on her right knee, hears a pop, and develops a large effusion within 2 hours. On exam, the tibia translates anteriorly with the knee flexed at 20 degrees and the femur stabilized. Which test is being described?

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B
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to track
2026 Statistics

Key Facts: ABIM Sports Medicine Exam

~$2,840

2026 Application Fee

ABIM Sports Medicine policies page

100

Free Practice Questions in This Bank

OpenExamPrep

5 boards

Co-Sponsoring Boards (ABIM, ABFM, ABEM, ABP, ABPMR)

ABIM/ABFM/ABEM/ABP/ABPMR Sports Medicine policies

1 year

ACGME Sports Medicine Fellowship Required

ABIM Sports Medicine policies page

~25% / ~15%

MSK / Concussion Blueprint Weight

ABIM Sports Medicine content outline

10 yr

MOC Certification Cycle

ABIM MOC policy

The ABIM Sports Medicine subspecialty exam is a co-sponsored multi-board certification offered by ABIM (along with ABFM, ABEM, ABP, and ABPMR) for non-surgical sports medicine. Eligibility requires ABIM Internal Medicine certification plus completion of at least 12 months of ACGME-accredited Sports Medicine fellowship training. The 2026 application fee is approximately $2,840. The exam is administered as a computer-based test of roughly 8.5 hours total seated time. ABIM uses a criterion-referenced scaled passing standard. Content is organized around musculoskeletal anatomy and injury (~25%, including knee, shoulder, ankle, spine, and hip), concussion and head injuries (~15%), pre-participation evaluation and cardiac screening (~10%), exercise physiology (~10%), sports-related medical conditions (~10%), the Female Athlete Triad / RED-S (~10%), pediatric and adolescent sports issues (~10%), doping and anti-doping (~5%), and rehabilitation and return-to-play (~5%). Examinees should master AHA 14-element pre-participation cardiac screening, the consensus stepwise return-to-play protocol after concussion (Amsterdam 2022), WADA Prohibited List rules including the 2024 in-competition tramadol prohibition and the 2022 oral/IV/IM/rectal glucocorticoid prohibition, and the IOC RED-S framework. Maintenance of certification is on a 10-year cycle. ABIM publishes the official exam blueprint and content outline on its Sports Medicine policies page.

Sample ABIM Sports Medicine Practice Questions

Try these sample questions to test your ABIM Sports Medicine exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A 22-year-old soccer player plants and pivots on her right knee, hears a pop, and develops a large effusion within 2 hours. On exam, the tibia translates anteriorly with the knee flexed at 20 degrees and the femur stabilized. Which test is being described?
A.Lachman test
B.Anterior drawer test
C.McMurray test
D.Pivot shift test
Explanation: The Lachman test is performed at 20-30 degrees of knee flexion with the femur stabilized while the tibia is pulled anteriorly. It is the most sensitive physical exam maneuver for ACL tear (sensitivity ~85-90%), more sensitive than the anterior drawer (performed at 90 degrees). Acute hemarthrosis after a non-contact pivot injury is classic for ACL rupture.
2A 35-year-old recreational basketball player felt a sudden 'kick' to the back of his ankle while pushing off. He cannot push off when walking. With the patient prone and knee flexed to 90 degrees, squeezing the calf produces no plantar flexion of the foot. What is the diagnosis?
A.Achilles tendon rupture
B.Plantaris rupture
C.Posterior tibial tendon dysfunction
D.Severe gastrocnemius strain
Explanation: A positive Thompson (calf squeeze) test — absent plantar flexion when squeezing the calf with the patient prone — is highly specific for complete Achilles tendon rupture. The classic story is a middle-aged athlete feeling a 'kick' to the back of the leg during push-off. Treatment options include functional rehabilitation or surgical repair.
3A swimmer with chronic shoulder pain has weakness when the arms are abducted to 90 degrees, forward flexed 30 degrees, and internally rotated with thumbs down while the examiner pushes downward. Which structure is most specifically tested?
A.Supraspinatus
B.Infraspinatus
C.Subscapularis
D.Long head of biceps
Explanation: The Empty Can (Jobe) test isolates the supraspinatus by positioning the arm in 90 degrees abduction, 30 degrees forward flexion, and full internal rotation (thumbs down). Pain or weakness suggests supraspinatus tendinopathy or tear, the most commonly affected rotator cuff tendon in overhead athletes.
4A volleyball player presents with anterior shoulder pain reproduced when the examiner forward-flexes the arm to 90 degrees with the elbow flexed and forcefully internally rotates the shoulder. What is the most likely diagnosis?
A.Subacromial impingement
B.Posterior shoulder instability
C.Acromioclavicular joint sprain
D.Glenohumeral osteoarthritis
Explanation: The Hawkins-Kennedy test (forward flexion to 90 degrees with forced internal rotation) compresses the supraspinatus tendon under the coracoacromial arch and is positive in subacromial impingement. The Neer test (passive forward flexion with the scapula stabilized) is similarly used.
5A football player rolls his ankle inward (inversion) during a tackle and develops lateral ankle swelling. The most commonly injured ligament in this mechanism is:
A.Anterior talofibular ligament (ATFL)
B.Calcaneofibular ligament (CFL)
C.Posterior talofibular ligament (PTFL)
D.Anterior inferior tibiofibular ligament (AITFL)
Explanation: The ATFL is the most frequently injured ligament in lateral (inversion) ankle sprains, accounting for ~70% of ankle sprains. The anterior drawer test of the ankle assesses ATFL integrity. CFL is injured in more severe inversion injuries (talar tilt test). AITFL injury indicates a high ankle (syndesmotic) sprain from external rotation/dorsiflexion.
6A 24-year-old hockey player is checked into the boards and his ankle is forced into external rotation and dorsiflexion. He has tenderness above the ankle joint along the syndesmosis. The examiner squeezes the tibia and fibula together at mid-calf, reproducing distal pain. What is the diagnosis?
A.High ankle sprain (syndesmotic)
B.Lateral ankle sprain
C.Maisonneuve fracture
D.Achilles tendinopathy
Explanation: A positive squeeze test (compressing tibia and fibula at the calf reproducing pain at the syndesmosis) indicates a high ankle (syndesmotic) sprain. Mechanism is external rotation/dorsiflexion. Recovery is typically 2-3 times longer than a lateral ankle sprain. Always rule out Maisonneuve fracture (proximal fibula fracture) with proximal fibular palpation and imaging.
7A runner reports medial knee pain that catches and locks intermittently. Examination with the knee flexed, externally rotating the tibia while extending the knee reproduces a painful click along the medial joint line. Which test is positive and what is the diagnosis?
A.McMurray test — medial meniscus tear
B.Apley grind — collateral ligament injury
C.Lachman — ACL tear
D.Patellar grind — chondromalacia
Explanation: The McMurray test (knee flexion with tibial rotation while extending) reproduces pain or a click in meniscal tears. External rotation tests the medial meniscus; internal rotation tests the lateral meniscus. Mechanical symptoms (catching, locking) are classic for meniscal pathology.
8A football lineman is hit on the lateral aspect of the knee while his foot is planted. He has pain over the medial joint line and 8 mm of laxity with a firm endpoint when valgus stress is applied at 30 degrees of flexion. What is the most likely injury?
A.Grade II MCL sprain
B.Grade III MCL tear (complete)
C.LCL sprain
D.Posterolateral corner injury
Explanation: Valgus stress at 30 degrees of knee flexion isolates the MCL. A firm endpoint with 5-10 mm of opening represents Grade II (partial) MCL injury. Grade III (complete) tears typically show >10 mm of laxity with no endpoint. Most isolated MCL injuries are managed non-operatively with bracing and progressive return.
9A 28-year-old triathlete reports anterior hip pain with deep flexion. Bringing the hip into 90 degrees flexion, adduction, and internal rotation reproduces sharp groin pain. What is the most likely diagnosis?
A.Femoroacetabular impingement (FAI)
B.Hip flexor strain
C.Greater trochanteric bursitis
D.Sacroiliac joint dysfunction
Explanation: The FADIR test (Flexion, ADduction, Internal Rotation) is the most sensitive maneuver for femoroacetabular impingement. Cam (femoral side) and pincer (acetabular side) deformities cause labral injury and groin pain in young active patients. MRI arthrogram confirms labral tears.
10A 19-year-old gymnast has chronic low back pain worse with extension. She has tenderness in the lumbar spine and pain with single-leg hyperextension (stork test). Which imaging study is best for early detection of the suspected diagnosis?
A.MRI or SPECT/bone scan for spondylolysis
B.Lumbar plain radiographs only
C.CT lumbar spine with contrast
D.Lumbar discography
Explanation: In young athletes (especially gymnasts, divers, cheerleaders, football linemen) with extension-based low back pain and a positive stork test, spondylolysis (pars interarticularis stress fracture) is suspected. MRI (preferred for radiation avoidance) or SPECT bone scan detects early stress reaction before plain radiographs show a defect. CT confirms the bony defect when MRI is positive.

About the ABIM Sports Medicine Exam

The ABIM Sports Medicine subspecialty certification exam is a co-sponsored, multi-board examination for non-surgical sports medicine subspecialty certification. ABIM issues the credential for diplomates whose primary certification is Internal Medicine; the same exam content is co-sponsored with ABFM, ABEM, ABP, and ABPMR. Candidates must hold ABIM Internal Medicine certification and have completed at least 12 months of ACGME-accredited Sports Medicine fellowship training. The computer-based exam covers musculoskeletal injury, concussion, the pre-participation physical, exercise physiology, sports-related medical conditions, the Female Athlete Triad / RED-S, anti-doping, pediatric sports issues, and rehabilitation/return-to-play.

Questions

100 scored questions

Time Limit

8.5 hours (CBT)

Passing Score

Scaled by ABIM

Exam Fee

~$2,840 (American Board of Internal Medicine (ABIM))

ABIM Sports Medicine Exam Content Outline

~25%

Musculoskeletal Anatomy & Injury

Knee (Lachman, anterior/posterior drawer, McMurray, valgus/varus stress, patellar grind/apprehension; ACL/PCL/MCL/LCL, meniscus); shoulder (Empty Can/Jobe, Hawkins-Kennedy, Neer, drop arm, apprehension/relocation, Speed/Yergason; rotator cuff, AC separation Rockwood I-VI, instability); ankle (anterior drawer ATFL, talar tilt CFL, syndesmotic squeeze, Ottawa Ankle Rules; sprains, Achilles rupture with Thompson test); spine (SLR, FABER, stork test for spondylolysis); hip (FADIR for FAI, Trendelenburg).

~15%

Concussion & Head Injuries

SCAT5/SCAT6 sideline assessment, no LOC required for diagnosis, second-impact syndrome, return-to-learn before return-to-play, 6-stage stepwise return-to-play (symptom-limited activity → light aerobic → sport-specific → non-contact drills → full-contact practice → return to play), CDC HEADS UP, Lystedt-style state legislation, sub-symptom-threshold aerobic exercise for prolonged recovery (Amsterdam 2022), CTE post-mortem tauopathy.

~10%

Pre-Participation Physical (PPE) & Cardiac Screening

AHA 14-element screen (7 personal history, 4 family history, 3 physical exam — heart auscultation supine and standing, femoral pulses for coarctation, Marfan stigmata, BP). Hypertrophic cardiomyopathy as #1 cause of SCD in young U.S. athletes. ECG screening controversy (US AHA history-only vs. Italian/European mandatory ECG). Long QT, Brugada, ARVC, WPW, commotio cordis from chest blow during T-wave. AED placement and emergency action plans.

~10%

Exercise Physiology & Performance

VO2max, lactate (anaerobic) threshold, RPE Borg 6-20 and CR-10 scales, FITT principle, periodization (macro/meso/microcycle), supercompensation, energy systems (ATP-PCr, anaerobic glycolysis, aerobic), athlete's heart vs. HCM, ACSM exercise prescription (≥150 min/week moderate aerobic plus resistance ≥2 d/wk), plyometrics and the stretch-shortening cycle, overtraining (unexplained underperformance) syndrome.

~10%

Sports-Related Medical Conditions

Exercise-induced bronchoconstriction (EIB) — EVH challenge, pre-exercise SABA; diabetes with CGM and pre-exercise carbs; sickle cell trait with NCAA mandated confirmation and exertional sickling risk; exertional heat stroke (≥40°C with CNS dysfunction, cold-water immersion gold standard); exertional rhabdomyolysis (CK >5× ULN, aggressive isotonic IV fluids); exercise-associated hyponatremia (3% hypertonic saline for symptomatic EAH); infectious mono with splenic rupture risk; herpes gladiatorum NCAA/NFHS return criteria.

~10%

Female Athlete Triad / RED-S

ACSM 2014 Triad: low energy availability (with or without disordered eating), menstrual dysfunction, low BMD. IOC RED-S 2014 (updated 2018, 2023) — broader, applies to male and female athletes. Energy availability <30 kcal/kg FFM/day disrupts LH pulsatility. ISCD pediatric BMD criteria (Z-score ≤-2.0 = 'low BMD for chronological age'). Functional hypothalamic amenorrhea work-up (FSH, LH, estradiol, TSH, prolactin). Calcium 1000-1300 mg/d and vitamin D 600-1000 IU/d; transdermal estradiol with cyclic progesterone preferred over OCPs for BMD. Female Athlete Triad Coalition Cumulative Risk Assessment (CRA).

~5%

Doping & Anti-Doping

WADA (World Anti-Doping Agency) maintains the Code and the annually updated Prohibited List (effective January 1). USADA implements in the U.S. Therapeutic Use Exemption (TUE) requires significant health impairment, no enhancement beyond normal health, no permitted alternative, and no consequence of prior non-medical use. Glucocorticoids by oral/IV/IM/rectal routes prohibited in-competition (2022). Tramadol added in-competition prohibited January 1, 2024. Standard sanction for first intentional non-specified violation = 4 years (2021 Code). Inhaled beta-2 agonist dose limits (salbutamol 1600 mcg/24 h, formoterol 54 mcg/24 h, salmeterol 200 mcg/24 h).

~10%

Pediatric / Adolescent Sports Issues

Apophysitis: Osgood-Schlatter (tibial tubercle), Sinding-Larsen-Johansson (inferior patella), Sever (calcaneus). Panner disease (osteochondrosis of the capitellum, ages 7-12) vs. OCD of the capitellum (ages 13-15). Little League shoulder (proximal humeral epiphysiolysis) and elbow (medial epicondyle apophysitis). Spondylolysis in extension-loading sports. Salter-Harris physeal fracture types I-V. AAP/Little League pitch count limits (~85/game at 11-12). AAP/AOSSM/AMSSM sport-specialization guidance — defer to age 15-16, ≤8 months/year, weekly hours ≤ age in years. Juvenile OCD of the knee (medial femoral condyle).

~5%

Rehabilitation & Return-to-Play

Criteria-based return after ACL reconstruction (≥9 months, LSI ≥90% strength and hop testing, ACL-RSI psychological readiness ≥65). Patellofemoral pain syndrome — hip and core strengthening with quadriceps strengthening. Achilles tendinopathy — Alfredson eccentric protocol (3 × 15 twice daily × 12 weeks). FIFA 11+, PEP, and KIPP neuromuscular training programs reduce non-contact ACL injuries 30-50% in female athletes. Functional milestones for ankle sprain return (single-leg balance, full WB, ≥80-90% strength symmetry).

How to Pass the ABIM Sports Medicine Exam

What You Need to Know

  • Passing score: Scaled by ABIM
  • Exam length: 100 questions
  • Time limit: 8.5 hours (CBT)
  • Exam fee: ~$2,840

Keys to Passing

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

ABIM Sports Medicine Study Tips from Top Performers

1Anchor preparation to the official ABIM Sports Medicine blueprint on the ABIM subspecialty policies page (the same content shared with ABFM/ABEM/ABP/ABPMR) — match study time to the blueprint weights so MSK injury (~25%) and concussion (~15%) get the largest share.
2Memorize the AHA 14-element PPE (7 personal history items, 4 family history items, 3 physical exam items) and the consensus stepwise 6-stage return-to-play protocol after concussion (Amsterdam 2022) — both appear repeatedly across question stems.
3Drill the WADA Prohibited List specifics: the 2022 prohibition of glucocorticoids by oral/IV/IM/rectal routes in-competition, the 2024 in-competition prohibition of tramadol, inhaled beta-2 agonist dose limits (salbutamol 1600 mcg/24 h, formoterol 54 mcg/24 h, salmeterol 200 mcg/24 h), and the 4-year standard sanction for a first intentional violation.
4Master orthopedic special-test pairings — Lachman (ACL), McMurray (meniscus), Empty Can/Jobe (supraspinatus), Hawkins-Kennedy (impingement), Thompson (Achilles), squeeze test (syndesmosis), FADIR (FAI), Trendelenburg (gluteus medius) — these are high-yield single-best-answer items.
5Use sport-specific question banks (AMSSM CAQ Sports Medicine board review, ACSM review course question sets, primary-care sports-medicine board review books) and complete timed mixed-domain blocks in the final 6 weeks to build sustained focus across the ~8.5-hour CBT day.

Frequently Asked Questions

What is the ABIM Sports Medicine subspecialty certification?

The Sports Medicine certification is a co-sponsored, multi-board subspecialty credential for non-surgical sports medicine. It is jointly offered by the American Board of Internal Medicine (ABIM), American Board of Family Medicine (ABFM), American Board of Emergency Medicine (ABEM), American Board of Pediatrics (ABP), and American Board of Physical Medicine and Rehabilitation (ABPMR). All five boards use the same exam content; ABIM issues the certificate when the candidate's primary certification is Internal Medicine.

What are the eligibility requirements for the ABIM Sports Medicine exam?

Candidates must hold a valid ABIM Internal Medicine certification (initial certification) and have completed at least 12 months of ACGME-accredited Sports Medicine fellowship training. An active unrestricted U.S. medical license is required before the certificate is issued. Detailed eligibility, including verification documentation, is published on the ABIM Sports Medicine subspecialty policies page.

How much does the ABIM Sports Medicine exam cost in 2026?

The 2026 ABIM Sports Medicine subspecialty examination application fee is approximately $2,840. A late fee may apply if the application is submitted after the standard deadline. Candidates should also budget for board-review courses, question banks, and travel to a Pearson VUE testing center. Total preparation costs commonly reach $4,000-$6,000.

What content does the ABIM Sports Medicine exam cover?

The exam blueprint emphasizes Musculoskeletal Anatomy and Injury (~25%), Concussion and Head Injuries (~15%), Pre-Participation Physical and Cardiac Screening (~10%), Exercise Physiology and Performance (~10%), Sports-Related Medical Conditions (~10%), Female Athlete Triad / RED-S (~10%), Pediatric/Adolescent Sports Issues (~10%), Doping and Anti-Doping (~5%), and Rehabilitation and Return-to-Play (~5%). Questions are written to current consensus statements (Amsterdam 2022 concussion, IOC 2023 RED-S, AHA PPE, ACSM 2014 Triad, WADA Code 2021).

How is the exam day structured?

The Sports Medicine subspecialty exam is a single computer-based test administered at Pearson VUE Professional Centers. The examination day is approximately 8.5 hours of seated time including test instructions and pooled break time. ABIM publishes the precise number of items, modules, and break allotment in the Exam Information section of the Sports Medicine subspecialty policies page; candidates should consult that page in the year of testing.

How is ABIM Sports Medicine certification maintained?

ABIM Sports Medicine certification is maintained on a 10-year continuous cycle through the same MOC framework as Internal Medicine. Diplomates may use the Longitudinal Knowledge Assessment (LKA) for Sports Medicine when offered, or the traditional 10-year MOC exam. Diplomates must hold an active unrestricted medical license, complete required MOC points every 5 years, and pay annual diplomate fees. Certification status is publicly reported on the ABIM website.