Understand the anatomical structures of the heart and their relevance to cardiac surgery and cardiopulmonary bypass.

Heart chambers, valves, coronary arteries, great vessels, conduction system, cardiac muscle, pulmonary circulation, and anatomical relationships.

Identify cardiac structures and relate anatomy to surgical procedures, perfusion management, cannulation, and bypass requirements.

Apply cardiovascular and respiratory physiology principles to perfusion and patient management.

Cardiac output, preload, afterload, contractility, blood pressure, oxygen transport, ventilation, gas exchange, pulmonary circulation, and tissue perfusion.

Interpret physiological changes during bypass and support appropriate perfusion strategies based on patient requirements.

Understand cardiovascular medications commonly relevant to cardiac surgery and perfusion practice.

Vasopressors, vasodilators, inotropes, anticoagulants, antiarrhythmics, anesthetic-related cardiovascular drugs, mechanisms, effects, and adverse reactions.

Recognize medication effects on hemodynamics, coagulation, cardiac function, and perfusion management.

Understand ischemic heart disease and its implications for cardiac surgery and perfusion support.

Coronary artery disease, myocardial ischemia, infarction, coronary circulation, revascularization procedures, and myocardial oxygen balance.

Relate coronary disease to bypass procedures, myocardial protection, perfusion requirements, and intraoperative management.

Apply principles used to protect the myocardium during cardiac surgery and cardiopulmonary bypass.

Cardioplegia, myocardial oxygen demand, hypothermia, ischemic protection, cardioplegic solutions, delivery methods, and reperfusion considerations.

Select and monitor appropriate myocardial protection strategies and recognize factors that may compromise myocardial preservation.

Understand common valvular disorders and their effects on cardiac function and surgical management.

Aortic, mitral, tricuspid, and pulmonary valve disease, stenosis, regurgitation, hemodynamic consequences, and valve surgery.

Recognize the physiological effects of valve disease and relate them to bypass, perfusion, and surgical requirements.

Recognize common cardiac arrhythmias and understand their implications during cardiac surgery.

Normal conduction, atrial and ventricular arrhythmias, bradyarrhythmias, tachyarrhythmias, ECG principles, pacing, and treatment considerations.

Recognize rhythm abnormalities, understand their hemodynamic effects, and support appropriate management during the perioperative period.

Understand congenital cardiac defects and their effects on circulation and cardiopulmonary bypass management.

Congenital structural defects, shunts, cyanotic and acyanotic conditions, altered circulation, pediatric considerations, and corrective procedures.

Relate congenital anatomy and physiology to perfusion planning, bypass management, and surgical requirements.

Apply principles of neurological protection during cardiac surgery and cardiopulmonary bypass.

Cerebral blood flow, oxygen delivery, hypothermia, embolic risk, perfusion pressure, cerebral monitoring, and neurological protection strategies.

Monitor factors affecting cerebral perfusion and recognize strategies used to reduce neurological complications.

Understand blood conservation principles and their application during cardiac surgery and bypass.

Hemodilution, blood component therapy, cell salvage, autologous blood management, coagulation, transfusion principles, and blood loss reduction.

Support appropriate blood-management strategies, monitor hematologic parameters, and recognize situations requiring intervention.

Understand monitoring requirements for patients undergoing cardiac surgery and cardiopulmonary bypass.

ECG, arterial pressure, central venous pressure, oxygen saturation, temperature, blood gases, coagulation monitoring, cardiac output, and perfusion parameters.

Interpret monitoring data, identify significant changes, and use physiological information to guide safe perfusion management.

Apply acid-base and fluid-balance principles to patients undergoing cardiac surgery and bypass.

pH, bicarbonate, carbon dioxide, metabolic and respiratory disturbances, electrolytes, fluid compartments, hemodilution, fluid therapy, and blood gas analysis.

Interpret blood gas and electrolyte results, recognize acid-base disturbances, and support appropriate fluid and electrolyte management.

Apply core principles of cardiopulmonary bypass and understand perfusion management throughout the bypass period.

CPB principles, perfusion flow, oxygenation, temperature management, anticoagulation, venous drainage, arterial perfusion, monitoring, and bypass complications.

Plan and manage bypass parameters, monitor patient and circuit performance, recognize complications, and respond appropriately to changing conditions.

Understand the selection, configuration, and safe use of cannulae and extracorporeal circuits used for cardiopulmonary bypass.

Arterial and venous cannulae, tubing, reservoirs, oxygenators, pumps, filters, connectors, circuit configuration, priming, pressure monitoring, and safety checks.

Select appropriate circuit components, verify circuit integrity, recognize flow or pressure problems, and maintain safe extracorporeal circulation.