Regulation of Fasted Blood Glucose by Resistin

Ronadip R. Banerjee(Albert Einstein College of Medicine), Shamina M. Rangwala(Albert Einstein College of Medicine), Jennifer S. Shapiro(Albert Einstein College of Medicine), A. Sophie Rich(Albert Einstein College of Medicine), Ben Rhoades(Albert Einstein College of Medicine), Yong Qi(Albert Einstein College of Medicine), Juan Wang(Albert Einstein College of Medicine), Michael W. Rajala(Albert Einstein College of Medicine), Alessandro Pocai(Albert Einstein College of Medicine), P. E. Scherer(Albert Einstein College of Medicine), Claire M. Steppan(Albert Einstein College of Medicine), Rexford S. Ahima(Albert Einstein College of Medicine), Silvana Obici(Albert Einstein College of Medicine), Luciano Rossetti(Albert Einstein College of Medicine), Mitchell A. Lazar(Albert Einstein College of Medicine)
Science
February 19, 2004
Cited by 720

Abstract

The association between obesity and diabetes supports an endocrine role for the adipocyte in maintaining glucose homeostasis. Here we report that mice lacking the adipocyte hormone resistin exhibit low blood glucose levels after fasting, due to reduced hepatic glucose production. This is partly mediated by activation of adenosine monophosphate–activated protein kinase and decreased expression of gluconeogenic enzymes in the liver. The data thus support a physiological function for resistin in the maintenance of blood glucose during fasting. Remarkably, lack of resistin diminishes the increase in post-fast blood glucose normally associated with increased weight, suggesting a role for resistin in mediating hyperglycemia associated with obesity.


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