(there are 68 questions in this topic)
| Question 12 | Definition and process of pain. |
| Question 9 | Pharmacology of propofol vs. midazolam |
| Question 15 | Physiology of the NMDA receptor and pharmacology of ketamine |
| Question 11 | Physiology of CSF and the anatomy relevant to performing a lumbar puncture |
| Question 7 | Midazolam vs. dexmedetomidine |
| Question 1 | Pharmacology of lignocaine |
| Question 19 | Local anaesthetic toxicity |
| Question 15 | Physiology of cerebrospinal fluid |
| Question 4 | Compare and contrast ketamine and midazolam |
| Question 20 | Structure and function of the hypothalamus |
| Question 15 | Regulation of intracranial pressure |
| Question 13 | Opiates: fentanyl vs. morphine |
| Question 11 | Pharmacology of propofol |
| Question 9 | Formation, absorption, distribution, role and composition of cerebrospinal fluid |
| Question 1 | Pharmacology of analgesics: compare ibuprofen and paracetamol. |
| Question 24 | Physiology of cerebral spinal fluid (CSF). |
| Question 17 | Pharmacology of antyiepileptics: phenytoin vs levetiracetam. |
| Question 12 | Pharmacology of analgesics: oxycodone. |
| Question 18 | Determinants of intracranial pressure, and its measurement. |
| Question 12 | Pharmacology of analgesics: morphine and fentanyl |
| Question 24 | Pharmacology of sedatives and general anaesthetics: midazolam vs. "ideal" agent |
| Question 14 | Factors that influence intracranial pressure. |
| Question 24 | Pharmacology of anticonvulsants: valproate vs carbamazepine |
| Question 18 | Stages of sleep and physiological changes that occur in sleep |
| Question 14 | Pharmacology of propofol |
| Question 22 | Pharmacology of sedatives and anaesthetics: dexmedetomidine vs. ketamine |
| Question 16 | Physiology of cerebrospinal fluid. |
| Question 3 | Structure and function of the blood brain barrier. |
| Question 21 | Pharmacology of sedatives and anaesthetics: haloperidol vs. diazepam |
| Question 2 | Pharmacology of anticonvulsants: phenytoin vs. levitiracetam |
| Question 24 | Pharmacology of analgesics: opiates |
| Question 21 | Pharmacology of anticoagulants: warfarin vs. dabigatran |
| Question 17 | Pharmacology of local anaesthetics: lignocaine |
| Question 13 | Cough reflex |
| Question 5 | Toxicology of paracetamol overdose |
| Question 1 | Pain pathways and reflex arcs of the withdrawal response |
| Question 22 | Pain pathways (specifically, pain from the insertion of an arterial line) |
| Question 21 | Pharmacology of sedatives and general anaesthetics: propofol |
| Question 14 | Pharmacology of analgesics: morphine vs. tramadol |
| Question 15 | Pharmacology of antidotes: naloxone |
| Question 2 | Physiology of cerebrospinal fluid (CSF) |
| Question 22 | Local anaesthetics: factors which increase systemic toxicity |
| Question 15 | Physiological consequences of spinal cord transection |
| Question 12 | The blood-brain barrier |
| Question 5 | Pharmacology of sedatives and anaesthetics: dexmedetomidine vs. propofol. |
| Question 3 | Pharmacology of antiepileptics: phenytoin |
| Question 15 | Motor and sensory pathways of a reflex arc |
| Question 16 | Pharmacology of analgesics: morphine, fentanyl and remifentanil. |
| Question 7 | Pharmacology of general anaesthetics: propofol vs ketamine |
| Question 12(p.2) | Pharmacology of opiates: morphine |
| Question 6(p.2) | Control of intracranial pressure |
| Question 1(p.2) | Physiological basis of serotonin syndrome |
| Question 2 | Pharmacology of antiepileptics: phenytoin |
| Question 8 | Physiology and pharmacology of the blood brain barrier |
| Question 10(p.2) | Pharmacotherapy for raised intracranial pressure |
| Question 9(p.2) | Pharmacology of different antidepressant classes |
| Question 3(p.2) | Axonal conduction, and factors which delay it |
| Question 3 | Pharmacology of local anaesthetics |
| Question 2(p.2) | Pharmacology of anaesthetic drugs: dexmedetomidine vs. midazolam |
| Question 10 | The "ideal" sedating agent in ICU |
| Question 8 | Consequences of spinal cord transection |
| Question 6 | Formation, circulation and functions of cerebrospinal fluid. |
| Question 9 | Pharmacology of anticonvulsants |
| Question 1 | Pharmacology and toxicity of paracetamol |
| Question 10(p.2) | Formation, flow and absorption of cerebrospinal fluid |
| Question 9(p.2) | Pharmacology of general anaesthetics: propofol vs. ketamine |
| Question 3(p.2) | Pharmacology of analegsic agents: ibuprofen vs tramadol |
| Question 3 | Tricyclic overdose |