Jan Born A

This study examines how sleep affects the retention and long-term maintenance of newly formed ability self-beliefs, finding that sleep promotes a positive shift in beliefs after three weeks but not short-term retention or stabilization.

The paper shows that sleep reverses hippocampal remapping by reinstating familiar representations, and this effect is mediated by prefrontal cortex activity.

This study shows that hunger and sleep use different brain systems to form spatial memory, with hunger relying on the retrosplenial cortex and sleep on hippocampal mechanisms.

This study shows that sleep in juvenile rats supports schema memory formation without requiring mature episodic memory expression.

This study compares memory consolidation during natural sleep and propofol-induced anesthesia, finding that sleep preserves memory while anesthesia impairs it, likely due to disrupted spindle coupling during slow oscillations.

This study shows that reduced NREM theta power in hippocampal CA1 dysfunction impairs memory consolidation during sleep in humans with transient global amnesia.

This study examines the development of slow oscillation-spindle coupling in infants and toddlers, showing increased temporal precision with age.

The paper tests if post-encoding sleep improves visual pattern completion from degraded cues and finds that slow-wave amplitude during sleep predicts better consolidation of learned scenes under maximal degradation.

The paper shows that sleep enhances spatial schema memory formation in humans, with benefits linked to frontal cortical slow oscillation-spindle coupling.

This study shows that sleep helps toddlers consolidate spatial context memory, similar to adults, despite immature hippocampal function.

This study inhibits hippocampal activity during specific sleep phases in rats and shows that memory consolidation requires hippocampal engagement during cortical slow oscillation upstates.

The paper shows that sleep enhances memory binding with context while wakefulness stabilizes memory representations independently of context.

This study uses M/EEG to characterize theta-band activity during REM sleep, comparing it to working memory task-induced theta and identifying distinct spatial and frequency patterns.

This study shows that odor cueing during sleep increases sleep spindles and slow oscillations, which may enhance declarative memory consolidation.

This study tests if memory reactivation during slow wave sleep (SWS) is more effective than during sleep stage 2 (S2), finding no significant difference in memory performance.

This study investigates the role of mGluR5 in memory processing during sleep and finds that blocking mGluR5 does not affect memory consolidation despite altering sleep oscillations.

The paper shows that sleep does not enhance forgetting of large amounts of declarative memory, contradicting the hypothesis that sleep increases forgetting at high information loads.

This study examines how auditory closed-loop stimulation affects sleep slow oscillations and memory in older adults compared to younger adults, finding no memory benefit but reduced stimulation effects in older subjects.

This study investigates whether dopaminergic activation is needed for preferential consolidation of reward-related memories during sleep, finding no evidence for such a requirement.

This study shows that mefloquine, a gap junction blocker, impairs sleep-dependent declarative memory consolidation in humans but not procedural memory.

The paper investigates whether sleep or training variability affects motor adaptation consolidation, finding that higher training variability improves retest performance, correlating with alpha power in parietal areas.

The paper investigates how overnight memory consolidation affects new learning of similar materials, finding that consolidation facilitates rather than interferes with learning, and that D-cycloserine enhances new learning independently of sleep.