The material,
in the order it makes sense.

Cellular organisation, ATP, membrane transport, membrane potentials, signalling and injury.

The oxygen cascade, content and delivery, the dissociation curve and V/Q matching, with an interactive laboratory.

The cardiac cycle, pressure–volume relationships and the control of output.

Ventricular and nodal action potentials, the ionic currents behind each phase, and where antiarrhythmics act.

Exponential decay from first principles, absorption and ionisation, volume of distribution, clearance and extraction.

Michaelis–Menten kinetics, compartment models, infusions and the BET scheme, context-sensitive half-time and TCI.

Pregnancy, paediatrics, the elderly, obesity and critical illness, with worked calculations.

The vomiting centre and the chemoreceptor trigger zone, the five afferent routes and the receptor each carries, the risk scores, and a risk-stratified prophylaxis algorithm.

5-HT3, dopamine, histamine and muscarinic antagonists, with every adverse effect derived from where the blocked receptor sits.

Dexamethasone and its unsettled mechanism, the NK1 antagonists, the adjuncts, and the arithmetic of combination and rescue therapy.

Infrared absorption and the Beer–Lambert law, analyser design and error, the normal and abnormal capnogram, oxygen and volatile agent analysis.