Charles C. Gale
University of Washington
14 Papers
180 Citations
Charles C. Gale is an academic researcher from University of Washington. The author has contributed to research in topics: Insulin & Growth hormone secretion. The author has an hindex of 9, co-authored 14 publications.
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Papers
Effects of autonomic blocking agents on growth hormone, insulin, free fatty acids and glucose in baboons.
TL;DR: The data show that blockade of adrenergic mechanisms causes synchronous reciprocal changes in GH and IRI and suggest that alpha adrenergic activity stimulates, and beta adrenergic activities inhibits, hemodynamic changes and hypoglycemia.
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Effect of Aminophylline on the Secretion of Insulin, Glucagon, Luteinizing Hormone and Growth Hormone in Humans
John W. Ensinck,Ralph W. Stoll,Charles C. Gale,Richard J. Santen,Jan L. Touber,Robert H. Williams +5 more
TL;DR: It is suggested that, in man, inhibition of phosphodiesterase simulates β-adrenergic activity, and therefore the effects of increased cyclic AMP on hormonal secretion in humans may be influenced by this activity.
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Pilot Study of Growth Hormone Release in Sleep of the Chair-Adapted Baboon: Potential as Model of Human Sleep Release
TL;DR: Each baboon proved to have individual sleep and release patterns: Baboon B slept readily, more continuously and with fewer arousals; he released large amounts of GH in sleep in a repetitive pattern.
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Studies of substrate regulation in fasting: II. Effect of infusion of glucose into the carotid artery upon fasting lipolysis in the baboon
TL;DR: The effect of glucose infusion on rates of lipolysis were studied in a group of chair-trained papio baboons that had been prepared for chronic intravenous and intracarotid infusion, providing additional evidence for the presence of a glucose-sensitive center which alters lipolytic rates independently of insulin and GH.
Hormone fuel interrelationships during alcohol hypoglycemia in man.
TL;DR: Hypoglycemia and the decrease in basal insulin secretion were associated with an initial transient increment in growth hormone levels and sustained lipolysis manifested by increased free fatty acid, glycerol and acetoacetate concentrations.
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