Palavra-chave: HIGH-FAT DIET

PRÓPOLIS MICRORNA DYSBIOSIS OBESE MICE AORTA TESTIS HYPERPHAGIA OBESOGENIC ENVIRONMENT INFLAMMATION OBESITY METABOLIC PROGRAMMING FATTY ACIDS DAILY SPERM PRODUCTION HYPOTHALAMIC NEURONS STEROIDOGENESIS MICROBIOTA INTESTINAL LEYDIG CELLS LIPID METABOLISM MATERNAL IMPRINTING FOOD SAFETY HYPOTHALAMUS HORMONAL REGULATION AEROBIC EXERCISE TRAINING PERIVASCULAR ADIPOSE TISSUE