At the successful conclusion of this module, you should be able to demonstrate the following module level learning outcomes (MLOs): • MLO.1: Explain ventilation, gas exchange, and control of breathing. • MLO.2: Apply concepts to understand conditions such as hypoxia and respiratory acidosis. • MLO.3: Judge the impact of pathophysiology (e.g., COPD, ARDS) on gas transport and pH regulation. • MLO.4: Present clear oral or written explanations of oxygen-hemoglobin dynamics. • MLO.5: Engage with primary sources on respiratory adaptation and critical care.
Course Prerequisites
For further information please see the Integrated Course Syllabus for “[506512] - FUNCTIONS OF THE BODY”
Teaching Methods
Teaching methods include lectures and include interactive discussion of clinical cases, guided readings and the e-learning platform (supports LO.1-3). Teaching will include guidance to help you prepare for the exam (supports LO.4) and throughout you will be presented with references to further readings and other materials to support your development (supports LO.5).
Assessment Methods
For further information please see the Integrated Course Syllabus for “[506512] - FUNCTIONS OF THE BODY”
Texts
West's Respiratory Physiology-The Essentials, 10th Edition Lippincott Williams and Wilkins. For further information please see the Integrated Course Syllabus for “[506512] - FUNCTIONS OF THE BODY”
Contents
Themes and topics addressed in this module include: - Organization of the Respiratory System: the Airways and Blood Vessels as site of Gas Exchange; - Relation of the Lungs to the Thoracic (Chest) Wall; - Ventilation and Lung Mechanics; - How Is a Stable Balance Achieved Between Breaths?; - Inspiration, Expiration; - Lung Compliance; - Airway Resistance; - Lung Volumes and Capacities; - Alveolar Ventilation; - Exchange of Gases in Alveoli and Tissues; - Partial Pressures of Gases and Alveolar Gas Pressures; - Gas Exchange Between Alveoli and Blood; - Matching of Ventilation and Blood Flow in Alveoli; - Gas Exchange Between Tissues and Blood; - Transport of Oxygen in Blood - What Is the Effect of PO2 on Hemoglobin Saturation? - Effects of Blood PCO2, H+ Concentration, Temperature, and DPG concentration on Hemoglobin saturation; - Transport of Carbon Dioxide in Blood; - Transport of Hydrogen Ion Between Tissues and Lungs; - Control of Respiration; - Neural Generation of Rhythmic Breathing; - Control of Ventilation by PO2, PCO2, and H+ Concentration; - Control of Ventilation During Exercise; Other ventilatory responses; - Hypoxia; - Why Do Ventilation–Perfusion Abnormalities affect O2 More Than CO2?; - Emphysema; - Acclimatization to High Altitude; - Non-respiratory Functions of the Lungs
Course Language
English
More information
For further information please see the Integrated Course Syllabus for “[506512] - FUNCTIONS OF THE BODY”
