International audienceAbstract Time-of-day influences both physical and mental performances. Its impact on motor learning is, however, not well established yet. Here, using a finger tapping-task, we investigated the time-of-day effect on skill acquisition (i.e., immediately after a physical or mental practice session) and consolidation (i.e., 24 h later). Two groups (one physical and one mental) were trained in the morning (10 a.m.) and two others (one physical and one mental) in the afternoon (3 p.m.). We found an enhancement of motor skill following both types of practice, whatever the time of the day, with a better acquisition for the physical than the mental group. Interestingly, there was a better consolidation for both groups when the...
The brain strengthens memories through consolidation, defined as resistance to interference (stabili...
Sleep supports the consolidation of motor sequence memories, yet it remains unclear whether sleep st...
Regular physical activity has a positive impact on cognition and brain function. Here we investigate...
International audienceAbstract Time-of-day influences both physical and mental performances. Its imp...
Abstract We investigated the influence of the time-of-day and sleep on skill acquisition (i.e., skil...
Studies have shown a time-of-day of training effect on long-term explicit memory with a greater effe...
Skill improvements may develop between practice sessions during memory consolidation. Skill enhancem...
Repetitive performance of a task can result in learning. The neural mechanisms underpinning such use...
International audienceThe aim of this study was to examine the effects of training at the same time ...
Objectives: the issue of time-of-day effects on performance is crucial when considering the goal of ...
International audienceChronopsychology has shown that human mental efficiency fluctuates rhythmicall...
It well-known that mental training improves skill performance. Here, we evaluated skill acquisition ...
International audienceMotor-skill practice in repetitive or variable orders leads to better within-d...
This study aimed to determine if time-of-day could influence physical volleyball performance in fema...
International audienceIn this study, we examined the effect of circadian modulation on motor imagery...
The brain strengthens memories through consolidation, defined as resistance to interference (stabili...
Sleep supports the consolidation of motor sequence memories, yet it remains unclear whether sleep st...
Regular physical activity has a positive impact on cognition and brain function. Here we investigate...
International audienceAbstract Time-of-day influences both physical and mental performances. Its imp...
Abstract We investigated the influence of the time-of-day and sleep on skill acquisition (i.e., skil...
Studies have shown a time-of-day of training effect on long-term explicit memory with a greater effe...
Skill improvements may develop between practice sessions during memory consolidation. Skill enhancem...
Repetitive performance of a task can result in learning. The neural mechanisms underpinning such use...
International audienceThe aim of this study was to examine the effects of training at the same time ...
Objectives: the issue of time-of-day effects on performance is crucial when considering the goal of ...
International audienceChronopsychology has shown that human mental efficiency fluctuates rhythmicall...
It well-known that mental training improves skill performance. Here, we evaluated skill acquisition ...
International audienceMotor-skill practice in repetitive or variable orders leads to better within-d...
This study aimed to determine if time-of-day could influence physical volleyball performance in fema...
International audienceIn this study, we examined the effect of circadian modulation on motor imagery...
The brain strengthens memories through consolidation, defined as resistance to interference (stabili...
Sleep supports the consolidation of motor sequence memories, yet it remains unclear whether sleep st...
Regular physical activity has a positive impact on cognition and brain function. Here we investigate...