Rachel C. Cole

This study shows that a single exercise session increases hippocampal ripples and enhances their coupling with cortical networks in humans.

This study shows that VTA dopamine neurons control timing variability in Parkinson's disease by modulating neural activity during interval timing tasks.

The paper investigates prefrontal projections during interval timing, finding distinct temporal coding and transcriptomic profiles in PFC-MD and PFC-DMS circuits.

This study shows that local alpha-synuclein overexpression in mouse prefrontal cortex increases dendritic spine density and stability early on, without significant changes in total spine turnover.

The paper investigates sex differences in interval timing across humans and rodents, finding no sex differences in timing accuracy or precision but distinct dopaminergic effects in males.

This study links cognitive dysfunction in Parkinson's disease to increased timing variability and reduced midfrontal ~4 Hz EEG activity during interval timing tasks.

The paper examines frontal theta and beta oscillations in Parkinson’s disease patients during lower-limb movement, finding correlations between these oscillations and motor symptoms.

This study shows that higher cardiorespiratory fitness in older adults is linked to greater hippocampal volume and faster episodic associative learning, with hippocampal volume partially mediating this relationship.