Jurgen A.H.R. Claassen

This study investigates whether early-stage Alzheimer's disease affects the fast, declarative component of motor adaptation, finding that AD patients have reduced retention rates in this process while the slow, non-declarative process remains unaffected.

This study investigates the effects of long-term sleep disruption on brain biomarkers in maritime pilots and finds no evidence of preclinical Alzheimer's disease markers compared to healthy controls.

This study examines how slow-wave sleep and REM sleep affect plasma amyloid-beta levels, finding distinct associations with growth hormone, cortisol, and age-related clearance efficiency.

The study investigates compensatory mechanisms for sleep disruption in shift workers, finding increased deep sleep efficiency during workweeks rather than rebound sleep during rest weeks.