ABTS Congenital Cardiac study plan

Build a one-page decision map for six ductal-dependent lesions that links prostaglandin dosing, target oxygen saturation range, and the clinical trigger that forces urgent intervention in each.

Rehearse aloud the operative sequence, key anatomic hazards, and three common pitfalls for the Norwood, arterial switch, and total anomalous pulmonary venous connection repair, keeping each explanation under ten minutes.

Work through five neonatal shunt-physiology scenarios and calculate pulmonary-to-systemic flow ratio, expected mixed venous saturation, and the effect of raising inspired oxygen on systemic perfusion.

Rank preoperative stabilization priorities for a neonate with obstructed total anomalous pulmonary venous connection and for one with critical aortic stenosis, stating which single intervention buys the most time.

Translate written echocardiographic descriptions of ventricular septal defect location, arch hypoplasia, and valve size into a provisional surgical plan for eight neonatal cases.

Derive flows, resistances, and shunt direction from a set of catheterization numbers, and state which calculated value changes management.

Explain how cardiopulmonary bypass strategy differs between a 2.5 kg neonate and a 6-month-old infant, covering prime volume, hematocrit target, and cooling approach.

Distinguish the physiology of a balanced versus unbalanced atrioventricular canal and predict which neonate deteriorates first and why.

Compare repair strategy, timing, and expected residual lesions across ten index conditions seen in older children and adults with congenital heart disease.

Outline surveillance intervals and reintervention triggers for patients after tetralogy of Fallot repair, Fontan palliation, and coarctation repair.

Describe the pregnancy and anesthesia considerations for a woman with a systemic right ventricle and for one with a mechanical valve in the mitral position.

Explain the hemodynamic consequences of a failing Fontan circulation and list the four findings that should prompt expedited referral.

Interpret mixed imaging narratives combining echocardiography, cardiac CT, and magnetic resonance data for six adolescent and adult cases, and justify the operative or transcatheter choice.

Compute ventricular volumes, regurgitant fractions, and indexed valve dimensions from supplied measurements, then state whether the numbers cross a guideline threshold.

Review every missed item from my self-written practice sets and rewrite each as a new question that tests the underlying concept rather than the same fact.

Explain how coronary anatomy variation and arch sidedness change the surgical plan in transposition and in truncus arteriosus.

Draft a bedside algorithm for post-operative low cardiac output that sequences volume assessment, inotrope escalation, and mechanical support triggers.

Specify ventilator and sedation targets, feeding progression, and anticoagulation thresholds for the first seventy-two hours after a neonatal biventricular repair.

Evaluate four written ICU scenarios describing junctional ectopic tachycardia, chylothorax, and diaphragm paresis, and select the next management step in each.

Explain the physiologic rationale behind milrinone, epinephrine, and inhaled nitric oxide dosing ranges and name the adverse effect that limits each.

Match ten monitoring and imaging findings to the post-operative complication they most suggest, and state the confirmatory study.

Explain how near-infrared spectroscopy, mixed venous saturation, and lactate trends diverge, and construct a short case where they disagree and one where they agree.

Describe the physiologic consequences of positive pressure ventilation on pulmonary blood flow in a shunt-dependent patient and predict what happens when the airway is opened.

Summarize the indications, limitations, and risk profile of cardiac catheterization in the early post-operative period.

Construct a framework for disclosing a surgical complication to a family, and write the specific language I would use in two contrasting scenarios.

Outline the components of informed consent for a staged palliation, including discussion of uncertainty, alternatives, and expected quality of life.

Describe how a morbidity and mortality conference should be structured to separate systems failures from individual performance, and draft a sample agenda.

Explain the role of a multidisciplinary team, a registries-based quality program, and a standardized handoff in reducing harm, giving one concrete metric for each.

Complete two timed eighty-question cumulative blocks and record accuracy by domain to expose the weakest area.

Re-teach my three lowest-scoring concepts aloud in under five minutes each without notes, and fold the weaker parts back into a revised summary sheet.

Reconcile every item in my error log, marking each as resolved or as still needing review, and set a review date for the unresolved ones.

Simulate a case-based oral examination by answering ten rapid-fire scenario prompts and grading my own structure, completeness, and safety awareness.