Nunn and Lumb’s Applied Respiratory Physiology, 10th Edition (Videos Only)

Nunn and Lumb’s Applied Respiratory Physiology, 10th Edition (Videos Only) provides educational video content associated with one of the leading references in respiratory physiology, connecting essential physiological principles with clinical applications in anesthesiology, intensive care, respiratory medicine, and thoracic surgery.

Authored by Andrew B. Lumb, MB BS, FRCA, and Caroline R. Thomas, BSc, MBChB, MRCS(Ed), FRCA, the 10th edition reflects contemporary developments in pulmonary physiology, respiratory critical care, mechanical ventilation, pulmonary gas exchange, and perioperative respiratory management.

For more than 50 years, Nunn and Lumb’s Applied Respiratory Physiology has served as an important educational reference for healthcare professionals, medical trainees, and clinicians preparing for examinations in anesthesia, intensive care, and respiratory medicine.

Course Details

Format Notice: This product is offered as Videos Only. The associated textbook, eBook, bonus chapters, and self-assessment questions are not included unless explicitly specified.

Target Audience

This educational resource is particularly relevant for:

• Anesthesiologists and anesthesia residents

• Intensive care and critical care physicians

• Pulmonologists and respiratory medicine specialists

• Thoracic surgeons and surgical trainees

• Respiratory therapists and physiologists

• Medical students studying respiratory physiology

• Healthcare professionals preparing for anesthesia and intensive care examinations

• Clinicians seeking to strengthen their understanding of pulmonary physiology and respiratory management

Program Overview

Nunn and Lumb’s Applied Respiratory Physiology, 10th Edition bridges foundational respiratory science and its application to modern clinical practice.

The associated educational material addresses respiratory mechanics, pulmonary circulation, ventilation-perfusion relationships, oxygen transport, carbon dioxide elimination, and the physiological principles underlying respiratory support.

The revised edition also explores important developments in pulmonary immunology, respiratory infections, high-flow nasal oxygen therapy, hyperoxia, cystic fibrosis treatment, and perioperative pulmonary management.

Special emphasis is placed on understanding respiratory physiology across different patient populations, including neonates, children, pregnant patients, and individuals with obesity.

Learning Objectives

After studying the relevant educational material, learners should be better prepared to:

1. Explain fundamental principles of respiratory physiology and pulmonary gas exchange.

2. Understand the physiological mechanisms governing ventilation, perfusion, and oxygen transport.

3. Describe respiratory mechanics and factors influencing lung compliance and airway resistance.

4. Recognize the physiological changes associated with respiratory diseases and critical illness.

5. Discuss the principles of oxygen therapy, mechanical ventilation, and high-flow nasal respiratory support.

6. Understand the clinical consequences of hypoxemia, hypercapnia, and hyperoxia.

7. Apply respiratory physiological concepts to anesthesia and perioperative patient management.

8. Describe respiratory adaptations during pregnancy, childhood, and obesity.

9. Understand the physiological effects of SARS-CoV-2 infection and other pulmonary disorders.

10. Integrate respiratory physiology principles into clinical reasoning and examination preparation.

Major Topics Covered in the 10th Edition

The following subjects are highlighted in the published description of the associated 10th-edition textbook. They are not a verified, video-by-video syllabus.

1. Fundamentals of Respiratory Physiology

• Respiratory mechanics and pulmonary function

• Pulmonary ventilation and gas exchange

• Oxygen and carbon dioxide transport

• Ventilation-perfusion relationships

• Physiological regulation of respiration

2. Pulmonary Immunology and Respiratory Defense

• Non-immune pulmonary defenses against inhaled pathogens

• Innate immunity in the respiratory system

• Adaptive pulmonary immune responses

• Respiratory inflammation and immune protection

3. Respiratory Disease and Clinical Physiology

• Pathophysiology of SARS-CoV-2 infection

• Cystic fibrosis and advances in pharmacological treatment

• Respiratory implications of sickle cell disease and emerging genetic treatments

• Physiological effects of electronic cigarettes

• Respiratory abnormalities associated with obesity

4. Respiratory Support and Critical Care

• Principles and delivery of high-flow nasal therapy

• Physiological considerations in respiratory critical care

• Oxygen therapy and the consequences of hyperoxia

• Respiratory support and ventilation-related clinical challenges

• Developments in pulmonary care following the SARS-CoV-2 pandemic

5. Anesthesia and Perioperative Respiratory Management

• Perioperative respiratory physiology

• Pulmonary complications associated with surgery

• Respiratory management during anesthesia

• Perioperative lung management

• Respiratory care in physiologically challenging clinical situations

6. Respiratory Physiology in Special Populations

• Respiratory function during pregnancy

• Neonatal respiratory physiology

• Respiratory physiology in children

• Effects of obesity on pulmonary function

• Age-related and clinical variations in respiratory physiology

7. Environmental and Comparative Respiratory Physiology

• Respiratory gas exchange across the animal kingdom

• Diving physiology

• Respiratory physiology in space

• Physiological responses to challenging environments

Key Features of the 10th Edition

• Clinical Integration: Connects essential respiratory physiology with practical applications in anesthesia, intensive care, pulmonology, and thoracic surgery.

• Updated Scientific Content: Incorporates contemporary developments in respiratory medicine and pulmonary physiology.

• Pulmonary Immunology: Introduces expanded coverage of immune and non-immune respiratory defense mechanisms.

• Respiratory Critical Care: Addresses important principles of respiratory support, oxygen therapy, and pulmonary management in critically ill patients.

• Special Populations: Explores respiratory physiology during pregnancy, neonatal development, childhood, and obesity.

• Modern Respiratory Challenges: Discusses SARS-CoV-2, e-cigarettes, cystic fibrosis treatments, and clinical hyperoxia.

• Examination Relevance: Provides foundational material relevant to anesthesia, respiratory medicine, and critical care education.

Authors

Andrew B. Lumb, MB BS, FRCA

Caroline R. Thomas, BSc, MBChB, MRCS(Ed), FRCA

Why This Resource Is Relevant

Understanding respiratory physiology is essential for interpreting pulmonary function, managing oxygenation and ventilation, evaluating respiratory failure, and providing safe anesthesia and intensive care.

The 10th edition connects classical physiology with contemporary clinical developments, making its associated educational videos potentially valuable for reinforcing complex respiratory concepts.

It is especially relevant to learners preparing for professional examinations and clinicians seeking to revisit the physiological foundations of respiratory assessment and management.

Short Description

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