Figure 3.
Current knowledge on the role of ERRα in liver physiology and pathology. Biological processes found either positively or negatively regulated by ERRα are shown. Under physiological conditions, ERRα can stimulate mitochondrial function and nutrient catabolism and repress de novo lipogenesis, gluconeogenesis and insulin signaling. Under pathological conditions, ERRα promotes the development of HFD-induced NAFLD on one hand and represses inflammation and protects from the development of rapamycin-induced NAFLD and liver cancer on the other.
