Palavra-chave: HYPOTHALAMUS

LIPID OBESITY AND TYPE 2 DIABETES HYPERPHAGIA FAT-RICH DIET INFLAMMATION SPONTANEOUS PHYSICAL ACTIVITY FATTY ACIDS GLUCOSE HOMEOSTASIS UCP-2 SOLEUS MUSCLE ENERGY EXPENDITURE HIGH-FAT DIET ENERGY CONVERSION GLUCOSE TOLERANCE PROTEIN CERAMIDES HYPERTENSION LEPTINA MUSCLE ENERGY MCTS AMPK MITOCHONDRIA INTERMITTENT FASTING DIABETES OBESIDADE INSULIN RESISTANCE TREINAMENTO AERÓBIO LIVER AIR POLLUTION PARTICULATE MATTER PRO-INFLAMATORY RESPONSES TYPE 2 DIABETES AEROBIC TRAINING ZUCKER TNF-ALFA INTERLEUKIN 6 METFORMINA MELATONIN PALMITIC ACID LEPTIN PIOGLITAZONE ACETIL-COA CARBOXILASE CLK2 OBESITY ENERGY HOMEOSTASIS OREXIGENIC/ANOREXIGENIC NEUROTRANSMITTERS LIPOTOXICITY TRB3 TOPIRAMATO AUTOPHAGY TECIDO ADIPOSO CITRATE INSULIN SIGNALING MICROGLIA HIGH FAT DIET TOLL LIKE RECEPTOR AMP-K CELL PROLIFERATION TNF-A ANXIETY PTP1B TNFR1 SINALIZAÇÃO MCH CHAPERONE-MEDIATED AUTOPHAGY NUTRIENT KINASE MICE INTERESTERIFIED FAT METABOLISM CDC2-LIKE KINASE 2 METABOLIC PROGRAMMING RAT PRO-INFLAMMATORY PROTEINS NUTRIGENÔMICA LEPTIN SIGNALING INSULIN BRAIN FOOD INTAKE COLD REGULATION ADIPONECTIN CHEMOKINES FEEDING BEHAVIOR