The Journal of Clinical Endocrinology & Metabolism · 1954 · 102 citations · 4 references
Life SciencesEndocrinologyPhysiologyDiabetologyMetabolic RegulationSteroid BiochemistryAdrenal HormonesAdrenal Steroid HormonesAdrenal SteroidogenesisDiabetes MellitusInsulin ResistanceSteroid MetabolismAdrenal Cortex SteroidogenesisAdrenal Steroid MetabolismAdrenal Steroid SynthesisAdrenal Steroidogenesis RegulationDiabetes Mellitus PathophysiologyPancreatic Endocrine DysfunctionSteroid Hormone Regulation Of GluconeogenesisTotal Pancreatectomy
Adrenocorticotropin and cortical steroids are known to worsen diabetes and increase insulin resistance, yet the underlying mechanisms remain unclear. The authors aim to elucidate the metabolic changes induced by these hormones. Laboratory evidence indicates that insulin destruction is a likely mechanism. Insulin destruction is considered unsatisfactory, as noted in reference 1.
PRODUCTION or accentuation of the diabetic state by adrenocorticotropin and by cortical steroids is well documented (1). In association with the diabetogenic effect of these hormones, one also observes a progressive degree of insulin resistance. The mechanism of these metabolic changes has never been satisfactorily explained. The possible explanations for such effects include the following: Inhibition of insulin production. Since corticotropin and cortical steroids accentuate the diabetes associated with total pancreatectomy, this is obviously an inadequate explanation. Insulin destruction. Unsatisfactory, as in “1”. Blockade of insulin effect, perhaps at the enzymatic level. On the basis of recent findings in our laboratory, this appears probable (2). As in “1” and “2,” however, such an hypothesis fails to explain the total diabetogenic effect of adrenal steroids.
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Laurance W. Kinsell, Sheldon Margen, George D. Michaels et al. · Journal of Clinical Investigation · 1951 · 34 citations · Full text