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Effect of Glucagon on Net Splanchnic Cyclic AMP Production in Normal and Diabetic Men
John E. Liljenquist, James D. Bomboy, Stephen B. Lewis, Bruce C. Sinclair-Smith, Philip W. Felts, William W. Lacy, Oscar B. Crofford, Grant W. Liddle
John E. Liljenquist, James D. Bomboy, Stephen B. Lewis, Bruce C. Sinclair-Smith, Philip W. Felts, William W. Lacy, Oscar B. Crofford, Grant W. Liddle
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Research Article

Effect of Glucagon on Net Splanchnic Cyclic AMP Production in Normal and Diabetic Men

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Abstract

Glucagon activates hepatic adenylate cyclase, thereby increasing acutely the liver content of cyclic AMP (cAMP) as well as the release of cAMP into the hepatic vein. Insulin, on the other hand, antagonizes this glucagon-mediated cAMP production, thus providing a hypothetical mechanism through which insulin might correct some of the metabolic abnormalities of diabetes.

Authors

John E. Liljenquist, James D. Bomboy, Stephen B. Lewis, Bruce C. Sinclair-Smith, Philip W. Felts, William W. Lacy, Oscar B. Crofford, Grant W. Liddle

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