14B05: Describe the effects of V/Q inequality on the partial pressure of oxygen (PaO2) and carbon dioxide (PaCO2) in arterial blood

14B10: Describe the adult coronary circulation and its regulation.

14B20: Describe the pharmacology of magnesium sulphate

14B09: Outline the fate of the triglyceride component of orally ingested fat

14B08: Outline how the following tests assess coagulation

14B07: Outline the mechanisms that potentiate the action of non-depolarising muscle relaxants and give examples.

14B23: Describe the regulation of sodium in the body.

14B15: Define the terms tolerance and tachyphylaxis. (20% of marks) Describe the different mechanisms by which tolerance can develop, and give examples for each. (80% of marks)

14B13: Outline the pharmacology of amiodarone.

14B01: Classify commonly used inotropic agents. (40% of marks) Outline four different mechanisms of action for inotropic agents. (60% of marks)

14B16: Describe the baroreceptors & their role in the control of blood pressure.

14B12: Describe the role of the kidneys in the excretion of non-volatile acid.

14B17: Describe the pharmacology of oxygen.

14B11: Describe the mechanisms of action of drugs used to treat acute severe asthma and give examples.

14B03: Describe the physiological consequences of Positive End-Expiratory Pressure (PEEP).

14B18: Explain the similarities and differences between myoglobin and adult haemoglobin (60% of marks) and their physiologic relevance (40% of marks).

14B19: Describe the factors that determine right and left ventricular afterload.

14B24: Describe the control of gastric emptying.

14B21: Compare and contrast the pharmacology of haloperidol and diazepam.

14B02 : Describe the pharmacology of Phenytoin (75% of marks) and Levetiracetam (25% of marks).