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Effects of aminoglutethimide (Elipten® Ciba), a steroid biosynthesis blocking agent, on adrenal glands in Cushing's syndrome

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Summary

Seven adrenal glands removed from 4 patients suffering from a central-type Cushing's syndrome after various periods of aminoglutethimide (AGL) treatment were subjected to conventional morphological and histochemical, particularly enzyme histochemical, studies and to biochemical incubation studies.

The adrenal glands of the AGL-treated patients showed marked lipoid adrenocortical hyperplasia with an excessive cholesterol or cholesterol ester accumulation leading to cholesterol crystallization and focal dystrophic and necrotic changes in the adrenocortical periphery. Histochemically, the foci of adrenocortical tissue so affected showed an increase in acid phosphatase reaction and a severe reduction of dehydrogenase activity. In chronically treated cases, the adrenal cortex showed some reduction in weight and the necrotic foci were replaced by cicatricose tissue.

The biochemical findings confirmed the blockade of cholesterol side chain cleavage, but the biosynthesis of corticosteroids from pregnenolone was unaffected.

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Motlík, K., Pinsker, P., Stárka, L. et al. Effects of aminoglutethimide (Elipten® Ciba), a steroid biosynthesis blocking agent, on adrenal glands in Cushing's syndrome. Virchows Arch. Abt. A Path. Anat. 360, 11–26 (1973). https://doi.org/10.1007/BF00548654

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