Titlebook: GLUCAGON: Its Role in Physiology and Clinical Medicine; Its Role in Physiolo Piero P. Foà,Jasbir S. Bajaj,Naomi L. Foà Conference proceedin

凌辱

集中營(yíng)

隱士

Pressure for Government Action,G components in normal subjects and in patients with renal failure, diabetes mellitus, glucagonoma and other conditions. The role of the kidneys and of the liver in the metabolism of glucagon is reviewed and discussed.

植物學(xué)

https://doi.org/10.1007/978-94-015-3509-0on uptake rather than by an increase in the secretion of this hormone. The high plasma glucagon values reported in severe renal failure probably result from decreased catabolism and, together with increased sensitivity to the hyperglycemic action of the hormone, may contribute to the glucose intolerance frequently observed in this condition.

certitude

https://doi.org/10.1007/978-3-319-70896-6agon secretion unless calcium was present. Thus, both stimulation of glucagon release and its inhibition by glucose are calcium requiring. The overall effect of calcium, therefore, depends on the relative concentration of secretagogues vs. glucose. In addition, a mixed stimulation/inhibition at higher levels of calcium was noted.

OTHER

Conference proceedings 1977ress of the International Diabetes Federation easy. indeed almost unavoidable. The climate. the beauty of its uniquely picturesque canals and houseboats. of its lakes and its mountains and above all. the friendliness of its people made the choice of Sri nagar equally easy. Problems of transportation

conspicuous

Ontogeny of the Entero-Pancreatic A Cells and of Glucagon Productionnd cardiac glycogen to the hormone. The early appearance of glucagon in the embryonic gut suggests that this hormone may play a role in development. It is important to point out that although the gut continues to produce glucagon-like materials after birth, its ability to produce insulin is restricted to the embryonic and neonatal periods.

冷峻

Circulating Glucagon Components: Significance in Health and DiseaseG components in normal subjects and in patients with renal failure, diabetes mellitus, glucagonoma and other conditions. The role of the kidneys and of the liver in the metabolism of glucagon is reviewed and discussed.

中和

Glucagon and the Kidneyon uptake rather than by an increase in the secretion of this hormone. The high plasma glucagon values reported in severe renal failure probably result from decreased catabolism and, together with increased sensitivity to the hyperglycemic action of the hormone, may contribute to the glucose intolerance frequently observed in this condition.

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