Response of tissue electrolytes to respiratory acidosis

¹ Department of Internal Medicine, Yale University School of Medicine, New Haven, Connecticut

The effect of 8% CO₂ for 24 hr on the electrolyte composition of muscle, bone, and liver has been studied in rats on a normal diet as well as on one low in sodium and low in potassium. Muscle potassium decreased in animals on a normal or low-sodium diet exposed to CO₂. Muscle sodium decreased in animals on a low-potassium diet exposed to CO₂, and there was no further change in the already low levels of muscle potassium. The sodium and potassium content of bone and liver and the calcium content of bone were unchanged by exposure to CO₂. Nephrectomy blocks the loss of muscle potassium noted in rats on a normal diet. Muscle and bone sodium were also unaltered by CO₂ in nephrectomized rats. These results contrast with those obtained during metabolic acidosis and emphasize the importance of the kidneys in bodily adjustments to respiratory acidosis.

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