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High-Energy Bound Phosphate and Diabetes Mellitus

Abstract

THE problem of whether oxidative phosphorylation is impaired in diabetes mellitus or not remains obscure. Cutolo and Siliprandi1 and Sacks2 demonstrated a decrease in high-energy bound phosphate content in alloxan-diabetic rat liver. Vester and Stadie3 found diminished oxidative phosphorylation in depancreatized cat liver mitochondria but not in alloxan-diabetic rat liver mitochondria. Parks et al. 4 also failed to find an abnormality in alloxan-diabetic rat liver mitochondria. Goranson and Erulkar5 found uncoupling of oxidative phosphorylation in the heart muscle of alloxan-diabetic rats, but Peterson and his collaborators6 reported that the high-energy bound phosphate content of skeletal muscle was in the normal range.

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GOTO, Y., ITO, I., KUWANO, A. et al. High-Energy Bound Phosphate and Diabetes Mellitus. Nature 187, 702–703 (1960). https://doi.org/10.1038/187702a0

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