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Adaptations and limitations in the pulmonary system during exercise
J. A. Dempsey
,
B. D. Johnson
, K. W. Saupe
Cardiovascular Medicine
Research output
:
Contribution to journal
›
Article
›
peer-review
37
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Scopus citations
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Keyphrases
During Exercise
100%
Adaptation
100%
Pulmonary System
100%
Pulmonary Blood Flow
50%
Response Exercise
25%
Locomotor muscles
25%
Ventilation
25%
Lung
25%
Airway
25%
Lung Parenchyma
25%
Normal Aging
25%
Aging Process
25%
Highly Trained
25%
O2 Transport
25%
Generating Capacity
25%
Respiratory muscles
25%
SaO2
25%
High Altitude
25%
Healthy Young
25%
System Response
25%
Lung Diffusing Capacity
25%
Pulmonary Capillary Blood Volume
25%
Submaximal Exercise
25%
Maximum Performance
25%
Metabolic Cost
25%
High-speed Flow
25%
High Tidal Volume
25%
Alveolar Ventilation
25%
Transport Chain
25%
Demand Side
25%
Structural Adaptability
25%
Physical Training
25%
Gas Transport
25%
Elderly Athletes
25%
Immunology and Microbiology
Lung Blood Flow
100%
Muscle
100%
Lung Parenchyma
50%
Oxygen Transport
50%
Flow Rate
50%
Airway
50%
Lung Ventilation
50%
Lung Diffusion Capacity
50%
Capillary Blood
50%
Tidal Volume
50%
Gas Transport
50%
Medicine and Dentistry
Athletes
100%
Health Care Cost
66%
Lung Blood Flow
66%
VO2 Max
66%
Weakness
33%
Lung Parenchyma
33%
Oxygen Transport
33%
Lung Ventilation
33%
Lung Diffusion Capacity
33%
Tidal Volume
33%
Capillary Blood
33%
Gas Transport
33%
Lung
33%
Carbon Dioxide
33%
Biochemistry, Genetics and Molecular Biology
Lung Blood Flow
100%
Flow Rate
50%
Tidal Volume
50%
Lung Diffusion Capacity
50%
Lung Ventilation
50%
Oxygen Transport
50%
Gas Transport
50%