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100+ Free ABA ADVANCED Exam Practice Questions

Pass your American Board of Anesthesiology ADVANCED Exam (Stage 2 of 3) exam on the first try — instant access, no signup required.

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~87% (2024 first-time) Pass Rate
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What is the classic hemodynamic management goal for a patient with severe aortic stenosis undergoing non-cardiac surgery?

A
B
C
D
to track
2026 Statistics

Key Facts: ABA ADVANCED Exam Exam

~200

Multiple-Choice Questions

ABA ADVANCED Exam Specifications

4 hours

Total Exam Length

ABA / Pearson VUE

$975

Standard Registration Fee

ABA 2026 Fee Schedule

~87%

2024 First-Time Pass Rate

ABA Public Pass Rate Data (2024)

End of CA-3

Typical Timing in Residency

ABA Eligibility Policy

$339,470

Anesthesiologist Median Wage

BLS SOC 29-1211 Anesthesiologists

7 years

Window to Pass All Three Stages

ABA Booklet of Information

The ABA ADVANCED Exam is the second stage of American Board of Anesthesiology initial certification. It is administered by Pearson VUE as a 4-hour, ~200-question, single-best-answer multiple-choice exam taken at the end of CA-3 (PGY-4) residency. The blueprint emphasizes clinical and subspecialty anesthetic practice — cardiac, thoracic, neuro, OB, pediatric, regional, ambulatory, critical care, pain medicine, trauma, and transplantation — with a strong focus on advanced clinical decision-making and complications. Standard registration fee is approximately $975 (retake $830). The ABA's publicly reported 2024 first-time pass rate was approximately 87%. Candidates must have passed the BASIC Exam and be in good standing in an ACGME-accredited anesthesiology residency. After passing ADVANCED, candidates may sit the APPLIED Exam (SOE + OSCE) in Raleigh, NC. All three ABA exams must generally be passed within seven years of initial eligibility. Continuing certification is maintained through MOCA 2.0 — a continuous 10-year cycle including the MOCA Minute weekly questions, lifelong learning, professionalism, and quality improvement. The U.S. Bureau of Labor Statistics lists Anesthesiologists (SOC 29-1211) at a median wage of approximately $339,470, among the highest of any U.S. occupation.

Sample ABA ADVANCED Exam Practice Questions

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

1What is the classic hemodynamic management goal for a patient with severe aortic stenosis undergoing non-cardiac surgery?
A.Full, slow, sinus rhythm, forward (maintain SVR)
B.Empty, fast, atrial fibrillation tolerated
C.Reduce afterload aggressively to unload the ventricle
D.Tachycardia is preferred to maintain cardiac output
Explanation: Severe AS demands maintenance of preload (full), avoidance of tachycardia (slow), preservation of sinus rhythm for the atrial kick, and maintenance of SVR/coronary perfusion (forward). Hypotension can precipitate ischemia and cardiac arrest because the stenotic valve cannot increase output to compensate.
2A patient had a drug-eluting coronary stent placed 4 months ago and now needs elective non-cardiac surgery. The most appropriate recommendation per current ACC/AHA guidance is:
A.Proceed and discontinue both aspirin and P2Y12 inhibitor 7 days preop
B.Delay elective surgery until at least 6 months after DES placement
C.Bridge with low-molecular-weight heparin
D.Stop aspirin and continue clopidogrel through surgery
Explanation: ACC/AHA recommends delaying elective non-cardiac surgery until at least 6 months after DES placement to reduce the risk of stent thrombosis from premature DAPT discontinuation. Urgent or semi-urgent surgery may proceed earlier, ideally with continued aspirin and multidisciplinary discussion.
3Which intraoperative event is most likely to precipitate acute right ventricular failure in a patient with severe pulmonary hypertension?
A.Mild hypothermia (35.5 C)
B.Hypoxia and hypercarbia
C.Use of cisatracurium for neuromuscular blockade
D.Volume restriction with crystalloid 1 mL/kg/h
Explanation: Hypoxia, hypercarbia, and acidosis all increase pulmonary vascular resistance and can precipitate acute RV failure in pulmonary hypertension. Avoid hypoxia/hypercarbia, maintain sinus rhythm, support RV preload thoughtfully, and use selective pulmonary vasodilators (inhaled nitric oxide, milrinone) if needed.
4Within minutes of administering protamine after cardiopulmonary bypass, the patient develops profound hypotension and elevated pulmonary artery pressures. The most likely explanation is:
A.Type I reaction with histamine release from rapid infusion
B.Type III catastrophic pulmonary vasoconstriction reaction
C.Calcium-induced coronary vasospasm
D.Heparin rebound
Explanation: Type III protamine reactions cause catastrophic pulmonary vasoconstriction, RV failure, and systemic hypotension. Type I is hypotension from rapid infusion (histamine), Type II is anaphylactoid/anaphylactic. Treatment includes inotropic support, pulmonary vasodilators, and sometimes resumption of CPB.
5Which TEE view is most useful to evaluate the left ventricular regional wall motion of all three coronary artery distributions simultaneously?
A.Mid-esophageal four-chamber view
B.Mid-esophageal long-axis view
C.Transgastric mid short-axis view (mid-papillary)
D.Mid-esophageal bicaval view
Explanation: The transgastric mid short-axis view at the mid-papillary level shows the LV in cross-section with all three coronary distributions (LAD anterior/anteroseptal; LCx lateral; RCA inferior/inferoseptal) visible simultaneously, making it the standard intraoperative view for ischemia monitoring.
6A patient on chronic metoprolol presents for elective surgery. The recommended perioperative beta-blocker management is:
A.Hold the morning dose and restart in PACU
B.Continue beta-blocker through the perioperative period
C.Discontinue 48 hours preoperatively to lower bradycardia risk
D.Switch to atenolol on the morning of surgery
Explanation: Chronic beta-blockers should be continued perioperatively to avoid rebound tachycardia, hypertension, and ischemia. ACC/AHA does not recommend starting beta-blockers de novo on the day of surgery (POISE trial showed harm), but continuation in chronic users is standard.
7Coronary perfusion to the left ventricle occurs predominantly during:
A.Systole, due to high aortic pressure
B.Diastole, when intramyocardial pressure falls
C.Isovolumetric contraction
D.Both phases equally throughout the cardiac cycle
Explanation: LV coronary perfusion occurs almost entirely during diastole because systolic intramyocardial pressure compresses the intramural vessels. Tachycardia shortens diastole more than systole, reducing coronary perfusion time — a key reason to avoid tachycardia in CAD/AS patients.
8During cardiopulmonary bypass, the most appropriate target for activated clotting time (ACT) before initiating bypass is approximately:
A.120 seconds
B.200 seconds
C.Greater than 400-480 seconds
D.Greater than 800 seconds is required
Explanation: ACT must be greater than approximately 400-480 seconds before initiating CPB to prevent thrombotic complications in the bypass circuit. Heparin 300-400 units/kg is the typical dose; ACT is rechecked every 30 minutes during bypass.
9A patient on one-lung ventilation desaturates to SpO2 88%. After confirming tube position and increasing FiO2, the next-best intervention is:
A.Apply CPAP to the non-ventilated (operative) lung
B.Switch to total intravenous anesthesia immediately
C.Increase tidal volume to 12 mL/kg ideal body weight
D.Discontinue PEEP on the dependent lung
Explanation: After confirming DLT/blocker position and increasing FiO2 to 1.0, the next step for hypoxia during OLV is CPAP (5-10 cmH2O) to the non-ventilated lung. PEEP to the dependent lung and recruitment maneuvers are also useful. Increasing tidal volumes risks barotrauma.
10When choosing a left-sided double-lumen tube for an adult woman of average height, the most commonly appropriate size is:
A.32 Fr
B.35 Fr
C.39 Fr
D.41 Fr
Explanation: For an average-sized adult woman, a 35 Fr left-sided DLT is typical; 37 Fr for larger women. Average men typically take 39 Fr; larger men 41 Fr. Bronchoscopic confirmation through the tracheal lumen visualizing the blue bronchial cuff just below the carina is mandatory.

About the ABA ADVANCED Exam Exam

The ABA ADVANCED Exam is the second of three stages of American Board of Anesthesiology certification, taken at the end of CA-3 residency. It is a 4-hour, ~200-question Pearson VUE multiple-choice test focused on the clinical and subspecialty practice of anesthesia: cardiovascular, thoracic, neuro, OB, pediatric, regional, ambulatory, critical care, pain, and trauma/transplantation. Pass rate for the 2024 first-time cohort was approximately 87%. After passing ADVANCED, candidates are eligible to sit the in-person APPLIED Exam (SOE + OSCE) at the ABA Assessment Center in Raleigh, NC.

Questions

200 scored questions

Time Limit

4 hours

Passing Score

Criterion-referenced pass/fail; scaled score determined by ABA standard-setting

Exam Fee

~$975 standard ($830 retake) (American Board of Anesthesiology (ABA) / Pearson VUE)

ABA ADVANCED Exam Exam Content Outline

~14%

Cardiovascular Anesthesia

Aortic stenosis hemodynamic goals (full, slow, sinus, forward), pulmonary hypertension management (avoid hypoxia/hypercarbia/acidosis), cardiopulmonary bypass physiology, protamine reactions, drug-eluting stent DAPT timing (6 months before elective surgery), TEE views and indications, post-CPB low cardiac output, beta-blocker continuation.

~6%

Thoracic & One-Lung Ventilation

Double-lumen endotracheal tube selection and bronchoscopic confirmation, hypoxia management during one-lung ventilation (CPAP to non-ventilated lung, PEEP to ventilated lung), bronchial blockers, post-thoracotomy analgesia (paravertebral or thoracic epidural), bronchopleural fistula.

~8%

Neuroanesthesia

Cerebral perfusion pressure (CPP = MAP − ICP), autoregulation (MAP 60-150), ICP management (hyperventilation only as bridge), awake craniotomy, sitting position venous air embolism, evoked potentials and anesthetic effects, succinylcholine contraindication after spinal cord injury, carotid endarterectomy.

~12%

Obstetric Anesthesia

Severe preeclampsia (ACOG 2020) and magnesium toxicity (calcium gluconate), postpartum hemorrhage and TXA within 3 hours, post-dural puncture headache and epidural blood patch, peripartum cardiomyopathy, amniotic fluid embolism, neuraxial in HELLP/thrombocytopenia, failed labor epidural for emergent C-section.

~10%

Pediatric Anesthesia

Neonatal physiology (low FRC, high closing capacity), uncuffed ETT (age/4 + 4), pyloric stenosis preop optimization (electrolytes first), congenital heart disease (single-ventricle physiology), laryngospasm management at Larson's point, MH triggers and dantrolene 2.5 mg/kg, emergence delirium.

~10%

Regional Anesthesia & Acute Pain

Brachial plexus blocks (interscalene 100% phrenic palsy), TAP, ESP, fascia iliaca, ASRA anticoagulation guidelines, LAST recognition (CNS then CV) and 20% lipid emulsion (1.5 mL/kg bolus, 0.25 mL/kg/min infusion), epidural hematoma red flags.

~10%

Critical Care & Perioperative Medicine

ARDSnet low tidal volume (6 mL/kg PBW, plateau ≤30, driving pressure ≤15), Surviving Sepsis Campaign 2021 hour-1 bundle, norepinephrine first-line vasopressor, massive transfusion 1:1:1 (PROPPR), TRALI vs TACO, AKI prevention, hyperkalemia management.

~6%

Pain Medicine

Opioid-tolerant patient management, multimodal analgesia, neuropathic pain (gabapentinoids, TCAs), low-dose ketamine infusions, methadone and buprenorphine perioperative continuation, intrathecal pump complications, chronic pain stigma and bias.

~6%

Trauma, Burns & Transplantation

Damage-control resuscitation, TXA within 3 hours (CRASH-2), liver transplant phases (preanhepatic, anhepatic, neohepatic), kidney transplant immunosuppression, burn fluid resuscitation (Parkland 4 mL/kg/% TBSA), inhalation injury, citrate toxicity (ionized calcium drop) in massive transfusion.

~6%

Ambulatory & Non-OR Anesthesia

OSA STOP-BANG screening, post-discharge nausea (Apfel), GI endoscopy/MRI/IR sedation safety (NORA standards), MAC vs general decision-making, fast-tracking criteria (modified Aldrete), discharge readiness.

~7%

Perioperative Complications & Crisis Management

Anaphylaxis (most often rocuronium, sugammadex, latex, antibiotics), high spinal, cardiac arrest in OR, intraoperative awareness disclosure, perioperative MI (type 2 most common), postoperative visual loss in prone spine surgery, post-tonsillectomy bleed, OR fire (triad).

~5%

Ethics, Safety, Systems & QA

DNR in OR (ASA reconsideration of advance directives), Jehovah's Witness blood management, intraoperative awareness disclosure, informed consent capacity, ERAS protocols, SCIP measures, normothermia, PONV prophylaxis, medication labeling (ASTM color codes).

How to Pass the ABA ADVANCED Exam Exam

What You Need to Know

  • Passing score: Criterion-referenced pass/fail; scaled score determined by ABA standard-setting
  • Exam length: 200 questions
  • Time limit: 4 hours
  • Exam fee: ~$975 standard ($830 retake)

Keys to Passing

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

ABA ADVANCED Exam Study Tips from Top Performers

1Use the ABA ADVANCED content outline (theaba.org) as your single source of truth — every question maps to a blueprint topic; build your study plan from the outline and remediate by category, not by random question
2Do at least 4,000-5,000 ADVANCED-style questions across CA-2 and CA-3 — TrueLearn ADVANCED, BoardVitals, M5, and ASA SEE/ACE — and review every explanation, not just wrong answers
3Memorize crisis algorithms cold: anaphylaxis (epinephrine first), MH (dantrolene 2.5 mg/kg), LAST (20% lipid emulsion 1.5 mL/kg bolus + 0.25 mL/kg/min), high spinal, ARDSnet (6 mL/kg PBW, plateau ≤30), sepsis hour-1 bundle, massive transfusion 1:1:1 (PROPPR), DES DAPT 6-month elective rule
4Connect rotations to reading the same week — during cardiac, OB, peds, neuro, thoracic, regional, ICU and pain rotations, read the matching chapter in Miller, Barash, or Stoelting's Co-existing Disease so the clinical pattern sticks
5Take 2-3 full-length, timed 200-question mocks in the 6-8 weeks before your test — replicate Pearson VUE conditions (no breaks, no notes), aim for ~72 seconds per question, and remediate weak categories using your performance dashboard

Frequently Asked Questions

What is the ABA ADVANCED Exam?

The ABA ADVANCED Exam is the second of three stages of American Board of Anesthesiology initial certification. It is a computer-based multiple-choice exam administered by Pearson VUE, lasting 4 hours and containing approximately 200 single-best-answer items. Unlike the BASIC Exam (which emphasizes basic sciences), ADVANCED focuses on clinical and subspecialty anesthesia: cardiac, thoracic, neuro, OB, pediatric, regional, ambulatory, critical care, pain, trauma, and transplantation. It is taken at the end of CA-3 (PGY-4) residency, and passing it qualifies the candidate to sit the in-person APPLIED Exam.

When and where is the ADVANCED Exam given?

The ADVANCED Exam is offered in summer (typically July) and winter (typically January) testing windows at Pearson VUE testing centers across the United States and select international locations. Candidates must register through the ABA portal and schedule their seat through Pearson VUE. The ABA does not offer remote/online proctored testing for ADVANCED — all sessions are in-person at a Pearson VUE center.

How much does the ADVANCED Exam cost in 2026?

Standard registration is approximately $975. Late or amended registration may add fees. Retake fee is approximately $830. These fees are set by the ABA and may change year to year. The total cost across all three ABA stages (BASIC, ADVANCED, APPLIED) is roughly $4,350-$4,850 if no retakes are needed.

What is the pass rate for the ADVANCED Exam?

The ABA's publicly reported first-time pass rate for the 2024 ADVANCED Exam was approximately 87%. Pass rates have historically ranged from about 85-90% for first-time takers and lower for repeat takers. Standards are set criterion-referenced, not curved, so the absolute scaled score required is determined through the ABA's standard-setting methodology.

How is ADVANCED different from BASIC?

BASIC (taken at end of CA-1) emphasizes foundational science: pharmacology (induction agents, MAC values, NMBs), physiology (cerebral and coronary perfusion, hypoxic pulmonary vasoconstriction, shunt), anatomy, equipment (anesthesia machine, monitors), and statistics. ADVANCED (taken at end of CA-3) emphasizes clinical practice and subspecialty decision-making: complex cardiac/OB/pediatric/neuro/thoracic cases, critical care, pain, trauma, transplantation, regional techniques, and crisis management. Basic sciences are still represented in ADVANCED but at lower weight.

What study resources are best for the ADVANCED Exam?

Top-rated resources include: ABA content outline (theaba.org) as the source of truth; question banks — TrueLearn ADVANCED, BoardVitals, M5 (formerly Anesthesia Toolbox) — aim for 4,000-5,000 questions; ASA's SEE (Self-Education and Evaluation) and ACE (Anesthesiology Continuing Education) self-assessments; textbooks — Miller's Anesthesia, Barash Clinical Anesthesia, Stoelting's Anesthesia and Co-existing Disease, Yao & Artusio's Problem-Oriented Patient Management; and dedicated review courses (Pass Machine, OpenAnesthesia, ACCRAC podcast). Use rotation experiences (CA-2 subspecialty months) to reinforce reading.

What happens if I fail the ADVANCED Exam?

Failed candidates can retake the ADVANCED Exam at the next administration. All three ABA exams (BASIC, ADVANCED, APPLIED) must generally be passed within 7 years of initial eligibility. Failing ADVANCED does not affect residency completion (the program director independently certifies clinical competence), but it does delay eligibility for the APPLIED Exam and therefore delays initial board certification.

What comes after passing ADVANCED?

After passing ADVANCED, the candidate is eligible to register for the APPLIED Exam — the third and final stage of initial ABA certification. APPLIED is administered in person at the ABA Assessment Center in Raleigh, NC and consists of two 35-minute Standardized Oral Examination (SOE) sessions plus seven 8-minute Objective Structured Clinical Examination (OSCE) stations covering communication, professionalism, ultrasound/echo interpretation, and crisis management. Once all three stages are passed, the diplomate is initially certified and enters the MOCA 2.0 continuous 10-year maintenance cycle.