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The Effect of Hypercapnia on Pulmonary Ventilation
Subject 0.04% carbon dioxide
(normal air)
2% carbon dioxide 4% carbon dioxide 6% carbon dioxide
MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
1 MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
2 MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
3 MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
The Effect of Hypoxemia on Pulmonary Ventilation
Subject 20.9% oxygen
(normal air)
19% oxygen 17% oxygen 15% oxygen
MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
1 MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
2 MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH
3 MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH MV (L/min) pC02 (mmHg) p02 (mmHg) pH

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