Effect of Supplemental Oxygen on Physiological Responses to Exercise in Fibrotic Interstitial Lung Disease

Keyphrases

• Physiological Response 100%
• Response Exercise 100%
• Interstitial Lung Disease 100%
• Supplemental Oxygen 100%
• Progressive Fibrosing Interstitial Lung Disease (PF-ILD) 100%
• Room Air 66%
• VO2 Kinetics 50%
• Gas Exchange Threshold 33%
• SpO2 33%
• Rate Test 33%
• Constant Work Rate 33%
• O2 Supplementation 33%
• Healthy Individuals 16%
• Moderate to Severe 16%
• Linear Relation 16%
• Disease Groups 16%
• Age 50 16%
• Carbon Dioxide 16%
• Cardiopulmonary Exercise Testing 16%
• Total Lung Capacity 16%
• Oxygen Uptake 16%
• Diffusing Capacity 16%
• Individual Age 16%
• VO2peak 16%
• Work Rate 16%
• Peak Work Rate 16%
• O2 Saturation 16%
• Maximal Aerobic Speed 16%
• Aerobic Exercise Capacity 16%
• O2 Delivery 16%
• O2 Content 16%

Medicine and Dentistry

• Physiological Response 100%
• Interstitial Lung Disease 100%
• Supplementation 28%
• Tau 28%
• Gas Exchange 28%
• Breathing 14%
• Oxygen Consumption 14%
• Oxygen Saturation 14%
• Carbon Monoxide 14%
• Total Lung Capacity 14%
• Aerobic Exercise 14%
• Cardiopulmonary Exercise Test 14%
• Lung Diffusion Capacity 14%