Discover how SUV420H enzymes create sex differences in fat distribution and obesity through epigenetic regulation. Explore the science behind sexual dimorphism in adipose tissue.
Discover how advanced testing reveals prehepatic insulin secretion and clearance dynamics in obese adolescents, transforming our understanding of metabolic health.
Discover how the FAIM protein regulates metabolism, promotes fat browning, and could revolutionize obesity treatment through cutting-edge research findings.
Discover how rare genetic variants in the IRS2 gene reveal new insights into childhood obesity in Hispanic populations, challenging previous assumptions about weight and blood sugar regulation.
Exploring the complex relationship between leptin, obesity, and modern high-fat/high-fructose diets through scientific research and experimental evidence.
Discover how KD-64, a selective A2A adenosine receptor antagonist, fights inflammation in obesity without weight loss effects, compared to caffeine's non-selective approach.
Explore the fascinating science behind appetite-regulating peptides and how they're revolutionizing obesity treatment through multi-target agonists.
Discover how Italian Ryegrass contains compounds that boost fat cell formation in both lab experiments and living animals, revealing new insights into adipogenesis.
Discover how malfunctioning astrocytes in the brain contribute to diet-induced obesity by disrupting lipid uptake and metabolic regulation.
Exploring how ghrelin, the hunger hormone, functions differently in obese children with diabetic parents and its implications for childhood health.