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    • New Syllabus Topics Fourth Edition (2023)
    • A – Pharmaceutics
    • B – Pharmacokinetics
    • C – Pharmacodynamics
    • D – Variability in Drug Response
    • E – Cellular Physiology
    • F – Respiratory System
    • G – Cardiovascular System
    • H – Renal System
    • I – Body Fluids and Electrolytes
    • J – Acid Base
    • K – Nervous System – Including Pain
    • L – Musculoskeletal System
    • M – Autonomic Nervous System
    • N – Liver
    • O – Gastrointestinal System
    • P – Nutrition & Metabolism
    • Q – Haematological System
    • R – Thermoregulation
    • S – Immunology & Host Defence
    • T – Microbiology
    • U – Endocrine System
    • V – Obstetrics
    • W – Principles of Measurement and Equipment
    • X – Procedural Anatomy
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  • Home
  • Syllabus
    • New Syllabus Topics Fourth Edition (2023)
    • A – Pharmaceutics
    • B – Pharmacokinetics
    • C – Pharmacodynamics
    • D – Variability in Drug Response
    • E – Cellular Physiology
    • F – Respiratory System
    • G – Cardiovascular System
    • H – Renal System
    • I – Body Fluids and Electrolytes
    • J – Acid Base
    • K – Nervous System – Including Pain
    • L – Musculoskeletal System
    • M – Autonomic Nervous System
    • N – Liver
    • O – Gastrointestinal System
    • P – Nutrition & Metabolism
    • Q – Haematological System
    • R – Thermoregulation
    • S – Immunology & Host Defence
    • T – Microbiology
    • U – Endocrine System
    • V – Obstetrics
    • W – Principles of Measurement and Equipment
    • X – Procedural Anatomy
  • Year
  • Pharmacopeia
  • MCQs
    • 2025
    • 2024
    • 2023
    • 2022
    • 2021
    • 2020
    • 2019
  • MPS
  • Test Yo’Self
  • Hacks
  • About

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14A16: Describe, with the aid of a diagram, the structure of the cell membrane, (40% marks) and transmembrane transport processes. (60% marks)

14A17: Classify local anaesthetic agents and give examples (30 marks). Describe the pharmacology of lignocaine

14A09: Discuss the factors that may potentially influence the speed of onset of neuromuscular blockade.

14A08: Describe the physiology of skeletal muscle cell contraction.

14A20: Describe the factors affecting drug absorption from the gastrointestinal tract.

14A07: Outline the principles underlying pulse oximetry. ( 80% of marks) Briefly describe the effect of an elevated level of the following upon pulse oximetry values. (20% of marks) a) Carboxyhaemaglobin b) Methaemaglobin

14A02: Classify calcium channel blockers, and give an example for each classification. (30% of marks) Describe the pharmacology of verapamil. (70% of marks)

14A10: Classify bacteria according to the Gram stain system and their shape. Give two examples for each classification. (40% of marks) List with examples the mechanisms of bacterial antibiotic resistance. (60% of marks)

14A05: Describe the pharmacological effects of paracetamol. (40% of marks) Outline its toxic effects and their management. (60% of marks)

14A24: Describe the mechanism of action of the analgesic effect of opiates. (70% of marks) Explain the mechanism by which morphine causes respiratory depression and constipation. (30% of marks)

14A12: Describe autoregulation within peripheral circulations.

14A14: Using a diagram, explain the effect of PaO2, PaCO2 and MAP (Mean Arterial Pressure) on cerebral blood flow (CBF). (60 % of marks) Outline the effects of propofol and ketamine on CBF and cerebral metabolic requirement for oxygen (CMRO2). (40% of marks)

14A23: What is the Glomerular Filtration Rate (GFR)? Discuss the physiological factors that can influence it.

14A13: Describe the cough Reflex.

14A03: Describe the neural integration of vomiting. (60% of marks) Describe the pharmacology of ondansetron. (40% of marks)

14A15: What is lung compliance and how is it measured?

14A01: Outline the motor and sensory pathways involved in withdrawing the lower limb from a painful stimulus.

14A21: Compare and contrast the mechanism of action, pharmacokinetics, adverse effects and monitoring of effect of dabigatran and warfarin.

14A11: Outline the formation, structure and function of the adult red blood cell.

14A22: What is a buffer? (10% of marks) Discuss the body’s buffer systems and how they work. (90%of the marks)

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