How do levels of 2,3-BPG change at high altitudes? _____
The lung diffusing capacity, DL, is _____ proportional to the alveolar wall thickness
In response to high altitude, there are cellular changes, such as increased _____
Clinical features of ARDS include hypoxemia and cyanosis with respiratory distress due to a _____ diffusion barrier
What is the effect of decreased alveolar ventilation on arteriolar (and alveolar) Pco2?_____
The O2-binding capacity of blood is _____ mL O2/ 100 mL blood
One way in which CO2 is carried in the blood is bound to hemoglobin, known as _____ (5%)
How does Pao2 change in response to exercise?_____
Increased ventilation (e.g. high altitude) causes _____ Paco2
Transfer of gases across cell membranes or capillary walls occurs by _____
Oxygen transport in blood
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Hemoglobin-oxygen binding
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Oxygen-hemoglobin dissociation curve
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Bohr effect and rightward shifts
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2,3-DPG effects on oxygen affinity
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Carbon dioxide transport
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Chloride shift mechanism
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Ventilation-perfusion matching
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Diffusion limitation vs perfusion limitation
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Alveolar-arterial oxygen gradient
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Hypoxemia mechanisms
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Altitude physiology
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Diving physiology
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