Fan Yang

This study identifies a mechanism by which chronic kidney disease promotes anxiety through a central amygdala angiotensin II signaling pathway.

This study examines the behavioral and metabolic effects of PTH in mouse models of hyperparathyroidism, finding sex-specific behavioral changes and metabolic alterations.

This study shows that peri-LC neurons regulate bone endothelial heterogeneity and density through norepinephrine signaling in enriched environments.

This paper identifies a claustrum-ACC circuit that modulates stress responses, showing distinct roles of Egr2 and Gad2 neurons in acute and chronic stress states.

This study identifies the subfornical organ (SFO) and paraventricular nucleus (PVN) as central neural regulators of parathyroid hormone (PTH) and bone mass through distinct neuronal subtypes and their interactions.

The paper shows that depolarizing astrocytes in the basolateral amygdala rescues impaired risk-avoidance behavior in DISC1-NTM mice by restoring WFS1 neuronal activity.

This study shows that burst firing in dmVMH neurons controls anxiety-like behavior and energy expenditure through Cav3.1-mediated mechanisms in a chronic stress model.

This study identifies a GABAergic neural circuit from the forebrain to hypothalamus that regulates anxiety-induced bone loss.