[HTML][HTML] Progress in the search for neuronal mechanisms coupling type 2 diabetes to obesity

MW Schwartz - The Journal of clinical investigation, 2001 - Am Soc Clin Investig
MW Schwartz
The Journal of clinical investigation, 2001Am Soc Clin Investig
CNS regulation of glucose metabolism.(a) Neuronal pathways including the melanocortin
system potentiate insulin's ability to inhibit hepatic glucose production and to increase
glucose uptake into muscle and fat. Insulin and leptin, which circulate at levels proportionate
to body adiposity, activate neuronal glucose-lowering pathways. Since the same
neuroendocrine control system is critical for normal energy homeostasis (b), defects in its
signaling can induce both insulin resistance and obesity via distinct but complementary …
CNS regulation of glucose metabolism.(a) Neuronal pathways including the melanocortin system potentiate insulin’s ability to inhibit hepatic glucose production and to increase glucose uptake into muscle and fat. Insulin and leptin, which circulate at levels proportionate to body adiposity, activate neuronal glucose-lowering pathways. Since the same neuroendocrine control system is critical for normal energy homeostasis (b), defects in its signaling can induce both insulin resistance and obesity via distinct but complementary mechanisms and thus predispose to type 2 diabetes. by Ken Beauchamp J. Clin. Invest.
The Journal of Clinical Investigation