TAS: Cardiology
Congenital and acquired heart disease, rhythm, circulation, examination, investigation and haemodynamic consequences. Explain the mechanism, physiology, pharmacology or evidence that underpins a paediatric finding, investigation or treatment.
How to prepare across FOP, TAS and AKP
Learn each paediatric specialty through three different lenses: common clinical foundations, underlying science, and applied clinical decision making.
Core concepts
Concept 1
Recognise common murmurs, cyanosis, heart failure and rhythm presentations.
Exam cue: Move from the observation to the underlying mechanism, then predict the direction of the clinical or laboratory consequence.
Concept 2
Apply cardiac anatomy, embryology, electrophysiology and pressure-flow relationships.
Exam cue: Apply cardiac anatomy, embryology, electrophysiology and pressure-flow relationships.
Concept 3
Interpret ECG, imaging and haemodynamics to prioritise investigation and management.
Exam cue: Escalate shock, duct-dependent disease, dangerous arrhythmia and decompensated heart failure.
Risk pitfalls and guardrails
Do not rely on an isolated association when the question asks for physiology, mechanism, pharmacology or evidence interpretation.
Guardrail: Do not calculate until weight, units, concentration, maximum dose and monitoring are explicit.
Do not transfer adult norms, doses or decision thresholds to a child without checking age, development and weight.
Guardrail: Do not calculate until weight, units, concentration, maximum dose and monitoring are explicit.
Do not infer a fixed Cardiology item count from the published 10%-50% range band.
Guardrail: Do not choose a plausible fact that answers a different exam lens or a different time point.
Memory anchors
TAS lens
Explain the mechanism, physiology, pharmacology or evidence that underpins a paediatric finding, investigation or treatment.
Cardiology: foundation
Recognise common murmurs, cyanosis, heart failure and rhythm presentations.
Cardiology: science
Apply cardiac anatomy, embryology, electrophysiology and pressure-flow relationships.
Cardiology: applied practice
Interpret ECG, imaging and haemodynamics to prioritise investigation and management.
Cardiology: safety check
Escalate shock, duct-dependent disease, dangerous arrhythmia and decompensated heart failure.
Checkpoint rule
Do the check-up only after you can summarize each concept in one sentence and identify one dangerous pitfall from memory.
Knowledge Check (after reading)
Short check-up to confirm understanding of this module.
Check-up Questions
Which fetal vessel carries the blood with the highest oxygen content?
What promotes functional closure of the ductus arteriosus after birth?
Answer all questions to submit.
Next step personalized recommendations
Continue learning
Move forward only after this module is stable.
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