ABA Pediatric Anesthesiology study plan

Map the full perioperative arc for healthy children (fasting, premedication, induction, maintenance, emergence, PACU handoff) and annotate each step with the physiologic rationale

Derive weight-based dosing for the core induction and maintenance agents from first principles (volume of distribution, clearance maturation) rather than memorizing numbers

Explain how age-dependent changes in MAC, protein binding, and hepatic/renal maturation alter onset, offset, and redosing intervals

Build a personal one-page reference linking developmental pharmacokinetics to specific drug adjustments in neonates, infants, and older children

Compare inhalational agent pharmacokinetics in children (uptake, equilibration, MAC by age) and predict clinical consequences for induction speed and emergence

Contrast propofol, ketamine, etomidate, and dexmedetomidine in pediatric hemodynamics, airway effects, and recovery profiles

Analyze opioid and muscle relaxant selection by age, including considerations for neonates and children with hepatic or renal impairment

Evaluate causes of delayed emergence and prolonged paralysis and construct a systematic differential with first-line actions

Classify common congenital heart lesions by shunt physiology and predict how each responds to changes in SVR, PVR, and ventilation

Prepare perioperative plans for children with cyanotic heart disease, pulmonary hypertension, and single-ventricle physiology

Outline anesthetic implications of common noncardiac congenital conditions (prematurity, neuromuscular disease, craniofacial syndromes, metabolic disorders)

Identify children at elevated aspiration, respiratory, or cardiac risk and specify the monitoring and disposition changes each requires

Differentiate the pediatric airway by age and translate anatomic differences into equipment and technique choices

Construct a stepwise difficult-airway algorithm for infants and children including failed mask ventilation, failed intubation, and cannot-intubate-cannot-ventilate scenarios

Select supraglottic devices, blade sizes, and uncuffed versus cuffed tubes using measured and age-based criteria

Plan perioperative respiratory management for children with asthma, obstructive sleep apnea, and recent upper respiratory infection

Compare neuraxial, peripheral nerve, and fascial plane blocks for pediatric patients by indication, dosing limits, and risk

Calculate maximum local anesthetic doses by agent and weight and identify signs and treatment of local anesthetic systemic toxicity

Integrate regional techniques into multimodal analgesia plans that reduce opioid exposure and support early discharge

Describe sedation and monitoring requirements when regional anesthesia is used with or without general anesthesia in children

Apply pediatric resuscitation algorithms including weight-based defibrillation, epinephrine dosing, and fluid resuscitation

Differentiate shock states in children and match vasoactive and fluid strategies to each

Identify pediatric-specific patient safety hazards (medication dosing errors, equipment sizing, handoff failures) and design countermeasures

Outline perioperative management of the child with sepsis, trauma, or raised intracranial pressure

Synthesize perioperative, pharmacologic, and disease-specific knowledge into complete management plans for complex cases

Justify each intraoperative decision with physiologic and pharmacologic reasoning in written form

Identify and correct gaps revealed by practice questions across the three high-weight domains

Rehearse structured case presentations within time limits

Integrate all six domains through timed mixed-topic practice under exam conditions

Diagnose remaining weak areas by domain and error type and remediate the top three

Consolidate high-yield crisis algorithms and dosing facts into a final review sheet

Verify readiness by meeting a defined practice-score threshold across all domains