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Exogenous glucagon or epinephrine were infused into normal overnight fasted dogs to raise circulating hormone levels to concentrations within the physiologic range. Plasma levels of glycerol and free fatty acids remained unchanged during the glucagon infusion, but rose significantly during the administration of epinephrine. Plasma insulin in the systemic circulation remained unchanged during the glucagon infusion and increased slightly during the infusion of thecatecholamine. The data suggest that in normal dogs glucagon in physiological amounts has no lipolytic effect. The importance of the sympathetic nervous system in regulating lipolysis in normal mammals is stressed.
W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
February 1970,
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W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
October 1976,
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W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
January 1969,
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W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
March 1985,
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W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
August 1984,
Hormone and metabolic research = Hormon- und Stoffwechselforschung = Hormones et metabolisme,
W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
February 1970,
Proceedings of the Society for Experimental Biology and Medicine. Society for Experimental Biology and Medicine (New York, N.Y.),
W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
February 1968,
The Journal of pharmacology and experimental therapeutics,
W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
December 1966,
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W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
September 1963,
Life sciences (1962),
W A Muller, and
T T Aoki, and
R H Egdahl, and
G F Cahill
January 1969,
La Revue francaise d'endocrinologie clinique, nutrition, et metabolisme,
