Eric C. Landsness

This study shows that acute slow oscillation suppression after stroke correlates with injury severity, but SO recovery does not reliably predict functional recovery.

This study identifies a preoptic neuronal population that regulates energy expenditure and balance through daily activity patterns and metabolic responses.

This paper shows that lemborexant reduces infarct volume and improves motor recovery in a mouse model of ischemic stroke by stabilizing sleep.

The paper shows that activating specific neurons induces hypothermia and metabolic changes that reduce brain injury after stroke, with benefits lost when temperature is normal.

This study examines changes in periodic and aperiodic cortical activity in young, aged, and stroke-affected individuals, finding age-related and stroke-specific effects on spectral slopes and motor outcomes.

This study shows that aging in mice leads to reduced cortical spectral power and specific declines in functional connectivity in certain brain networks.