Oksana Gavrilova

This study identifies POA H1 receptor-expressing neurons as key regulators of thermoregulatory behaviors, including body temperature rhythms and nest building.

This study shows that activating P2Y14R worsens glucose homeostasis and liver steatosis, while antagonizing it improves these conditions in obese mice.

This study identifies HIRA as an epigenomic regulator of adipose tissue function, showing it promotes adiponectin and lipid metabolism gene expression by facilitating RNA polymerase II pause release.

This study shows that copper import via CTR1 supports the β3-adrenergic thermogenic program by enhancing mitochondrial oxidation and thermogenic capacity in adipose tissues.

This study investigates the metabolic and gene expression effects of gain- and loss-of-function STAT5B variants in mice, revealing distinct impacts on lipid metabolism and hepatic sexual dimorphism.

The paper identifies POA BRS3 neurons that increase body temperature and heart rate through multiple pathways, revealing their role in thermoregulation and cardiovascular control.

This study shows MED1 is essential for postnatal adipose expansion and de novo lipogenesis gene induction in mice, but not for adipose development or early adipogenesis.