Matteo Cerri

The paper investigates how synthetic torpor induces reversible Tau hyperphosphorylation in rats, revealing a regulated neuroprotective mechanism involving metabolic and inflammatory changes.

This study identifies DMH neurons active during torpor in mice and shows they promote and prolong torpor, but are not sufficient for its initiation.

This study investigates the role of the paternally expressed Snord116 gene in hypothalamic orexin neurons and its impact on sleep and metabolic functions in mice with paternal deletion of Snord116.

This study investigates the role of Snord116 in regulating sleep patterns and cortical neuronal activity in a PWS mouse model, finding abnormalities in REM sleep and sleep spindles.