G3iii / 24AQ3: The systemic vascular resistance is suddenly increased, describe the consequences for the otherwise healthy left ventricle

G3iii / 23B17: Describe the consequences for the left ventricle of a sudden and sustained increase in afterload

23B06: Explain perfusion limited and diffusion limited transfer of gases in the alveolus

F1i / 23A04: Explain the structural features of the alveolus that facilitate its function?

B SYL2017 / 22A01: Outline the effects of critical illness on drug pharmacokinetics, including examples

Wiii / 22A17: Write notes on: 1. The principles of ultrasound, 2. Transducer properties and image resolution, 3. The Doppler effect

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)

Biv / 19B15: Define clearance and HER. Describe the role of the liver in drug clearance w examples

G3vii / 17B19: Describe the physiology of a vasovagal syncope

J1iii / 21A11: Describe the buffer systems in the body

F7iii / 23B06 / 21A15: Explain perfusion-limited and diffusion-limited transfer of gases

18A05: Compare and contrast the pharmacokinetic and pharmacodynamics of IV fentanyl and IV remifentanil (60 marks). Discuss the concept of context sensitive half-time using these drugs as examples (40 marks)

Bvi / 18A05: Compare and contrast the pharmacokinetic and pharmacodynamics of IV fentanyl and IV remifentanil (60 marks). Discuss the concept of context sensitive half-time using these drugs as examples (40 marks)

F12i / 21A17 / 14A07: Principles of pulse oximetry

G7ii / 16B02: Compare and contrast the mechanisms of action and toxicity of sodium nitroprusside and glyceryl trinitrate (GTN)

ACE Inhibitors

SNP

GTN

15B16: Describe ammonia metabolism and excretion (70% of marks). Outline the pharmacology of lactulose (30% of marks).

O2i / 15B16: Describe ammonia metabolism & excretion. Pharmacology of lactulose