Searchable abstracts of presentations at key conferences in endocrinology

ea0026p329 | Obesity | ECE2011

Small animal PET/CT imaging reveals altered in vivo insulin function in brown adipose tissue of obese mice

Quarta C , Bucci M , Colavita M , Fanti S , Obici S , Pasquali R , Iozzo P , Pagotto U

Brown adipose tissue (BAT) is an insulin sensitive organ having a very high uptake of glucose per gram of tissue. The role of insulin on glucose uptake in BAT is still poorly understood, moreover, it is not clear whether BAT insulin function is compromised with obesity. We used a small animal PET/CT imaging approach to analyse insulin function in vivo in lean and obese mice using a glucose analogue PET tracer (18F-FDG). Three groups of mice were analysed afte...

ea0029oc5.3 | Obesity Basic | ICEECE2012

The Young Investigator Winner

Quarta C. , Mazza R. , Iozzo P. , Obici S. , Pasquali R. , Pagotto U.

Increasing evidences indicate that brown adipose tissue (BAT) functional activity is reduced during obesity. The nature of this deficit in BAT function, however, is still poorly understood. To analyze whether insulin function in the BAT is altered during obesity, we studied the in vivo metabolic activity of BAT by PET/CT imaging and euglycaemic hyperinsulinemic clamp in lean and diet-induced obese mice. Three groups of mice were analyzed after administration of different diet ...