Pulmonary Ventilation-perfusion Distribution in Man with Changes in Body Position, During Exercise and During Hypoxia |
Contents
Statement of the Problem | 5 |
REVIEW OF THE LITERATURE | 8 |
Exercise Adaptations | 14 |
15 other sections not shown
Common terms and phrases
A-a DO₂ alveolar amount analysis anatomical shunt appear Appl approximately arterial base blood flow BTPS calculated CALL cardiac output CO₂ compartments concentrations CONTINUE corresponding curve DATE dead space decrease determined difference diffusion dispersion distribution effect end-capillary equation equilibration error exercise expired Figure findings FORMAT function gas exchange Gas Exchange Values gases GC TC greater higher hypoxia increased inert gas inert gases infusion levels lung mean Meas measured method minutes mixed venous mm Hg NGASES normal observed overall oxygen PaCO2 partial peak heights perfusion Physiol position possible predicted present pressure PRINT progressive pulmonary radioactive tracer range ratios recovered recovered distributions regional remaining reported rest retention samples scale sitting solubility solution standard deviation subjects supine TABLE technique tensions tion units V₁ V₂ values VCO₂ ventilation ventilation-perfusion vo₂ volume Wagner