<p>Correlation between procedural (FTT) performance change across interference (OMC 2 = overnight memory change 2; MEM-SUSCEPTIBILITY – MEM_ENCODING) and slow spindle activity (over central electrode C4) in N3 sleep separated for controls (solid regression line) and insomnia patients (dashed regression line). Note that all subjects were performing the FTT using the non-dominant (left) hand.</p
Recent evidence suggests that slow EEG rhythms are involved in post-learning plasticity. However, th...
EEG sleep spindle activity (SpA) during non-rapid eye movement (NREM) sleep has been reported to be ...
& Previous research has linked both rapid eye movement (REM) sleep and Stage 2 sleep to procedur...
<p>(A) Fast spindle activity (N2 sleep) at frontal recording site F3 is positively related to overni...
Sleep spindles have been found to increase following an intense period of learning on a combination...
<p>(A) <b>Changes in parietal sleep spindle characteristics</b>. Standardized (Z-score) differences ...
Targeted memory reactivation (TMR) has recently emerged as a promising tool to manipulate and study ...
This study aimed to determine the distinct contribution of slow (11-13 Hz) and fast (13-15 Hz) spind...
Sleep has been shown to stabilize memory traces and to protect against competing interference in bot...
Sleep has been shown to stabilize memory traces and to protect against competing interference in bot...
In ‘targeted memory reactivation’ (TMR) paradigms, information learned during wakefulness is paired ...
STUDY OBJECTIVES Several studies proposed a link between sleep spindles and sleep dependent memory ...
<div><p>Sleep has been shown to stabilize memory traces and to protect against competing interferenc...
Motor sequence learning is known to rely on more than a single process. As the skill develops with p...
Objectives: Previous studies suggest that sleep-specific brain activity patterns such as sleep spind...
Recent evidence suggests that slow EEG rhythms are involved in post-learning plasticity. However, th...
EEG sleep spindle activity (SpA) during non-rapid eye movement (NREM) sleep has been reported to be ...
& Previous research has linked both rapid eye movement (REM) sleep and Stage 2 sleep to procedur...
<p>(A) Fast spindle activity (N2 sleep) at frontal recording site F3 is positively related to overni...
Sleep spindles have been found to increase following an intense period of learning on a combination...
<p>(A) <b>Changes in parietal sleep spindle characteristics</b>. Standardized (Z-score) differences ...
Targeted memory reactivation (TMR) has recently emerged as a promising tool to manipulate and study ...
This study aimed to determine the distinct contribution of slow (11-13 Hz) and fast (13-15 Hz) spind...
Sleep has been shown to stabilize memory traces and to protect against competing interference in bot...
Sleep has been shown to stabilize memory traces and to protect against competing interference in bot...
In ‘targeted memory reactivation’ (TMR) paradigms, information learned during wakefulness is paired ...
STUDY OBJECTIVES Several studies proposed a link between sleep spindles and sleep dependent memory ...
<div><p>Sleep has been shown to stabilize memory traces and to protect against competing interferenc...
Motor sequence learning is known to rely on more than a single process. As the skill develops with p...
Objectives: Previous studies suggest that sleep-specific brain activity patterns such as sleep spind...
Recent evidence suggests that slow EEG rhythms are involved in post-learning plasticity. However, th...
EEG sleep spindle activity (SpA) during non-rapid eye movement (NREM) sleep has been reported to be ...
& Previous research has linked both rapid eye movement (REM) sleep and Stage 2 sleep to procedur...