Q1iv / 21B19: Outline the process of fibrinolysis (40% marks). Write short notes on the indications, mechanism of action, pharmacokinetics and side effects of tranexamic acid (60% marks)
U1vi / 21B05: Write detailed notes on angiotensin, including its synthesis, role within the body and regulation
K2iv / 21B16: Classify the anti-psychotic drugs (25%). Outline the pharmacology of haloperidol (75% marks)
F6ii / 21B10: Describe the ventilation / perfusion (V/Q) relationships in the upright lung according to West’s zones (40%). Explain the physiological mechanisms responsible for these relationships (60%).
H2i / H3ii / 24A04 / 21B20: Describe the physical principles of haemodialysis and haemofiltration, including the factors affecting clearance (80% marks). Outline the key components of renal replacement fluids (20% marks).
Pvi / 21A04: Outline the dose (10% marks), composition (60% marks) and side effects (30% marks) of total parenteral nutrition (TPN)
G4vi / 24B02 / 22A20 / 20A07: Describe the physiological control of systemic vascular resistance (SVR)
U1vi / 19A06: Outline the physiology of the adrenal gland (70% of marks). Describe the actions of aldosterone (30% of marks).
L2i / 21A06: Describe the pharmacology of vecuronium, including factors that prolong its action of neuromuscular blockade
Q2i / 21A10: How does warfarin exert its pharmacological effect (40% marks)? Write brief notes on the pharmacology of the agents that can be used to reverse the effects of warfarin (60% marks)
H1v / 23A05 / 21A08: Describe renal handling of potassium (60% marks), including factors that may influence it (40% marks)
G6iii / 19A08: Compare and contrast the measurement (40% of marks) and interpretation (60% of marks) of both central venous and mixed venous oxygen saturations
G1ii / 19B16: Compare the structure, function and coronary circulation of the right and left ventricles
G4vii / 17A19: Define mixed venous PO2 (20% of marks). Outline the factors that affect this value (80% of marks)
