In response to decreased atmospheric oxygen (e.g. high altitude), there is a _____ Pao2
The partial pressure of carbon dioxide in the alveolar air (PACO2) and arterial blood (PaCO2) is normally approximately _____ mmHg
The lung diffusing capacity (DL) is the equivalent of _____ of the alveolar-pulmonary capillary barrier
In response to exercise, there is _____ venous O2 content
What is the typical normal value for anatomic dead space (mL)?_____
Is the A - a gradient normal, increased, or decreased, in response to high altitude? _____
According to Fick's law, the rate of diffusion of a gas (Vgas) is equal to: _____
2,3-BPG increases under _____ conditions (e.g. high altitude)
The diffusion coefficient (DK) for CO2 is approximately 20x _____ than that of O2
Only _____ gas contributes to the partial pressure of a gas in solution
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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