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Motor sequence learning increases sleep spindles and fast frequencies in post-training sleep
Amélie Morin
, Julien Doyon
, Valérie Dostie
, Marc Barakat
, Abdallah Hadj Tahar
, Maria Korman
, Habib Benali
,
Avi Karni
, Leslie G. Ungerleider
, Julie Carrier
Department of Neurobiology
Research output
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Contribution to journal
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Article
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peer-review
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Keyphrases
Motor Sequence Learning
100%
Sleep Spindles
100%
Learning Task
83%
Control Task
50%
REM Sleep
50%
Sleep Duration
33%
Motor Learning
33%
Polysomnography
33%
Spectral Power
33%
Offline Consolidation
33%
Healthy Participants
16%
Daytime Sleep
16%
Finger Movement
16%
Motor Control
16%
Sleep Characteristics
16%
Motor Activity
16%
New Sequences
16%
Task Control
16%
Within-subject Design
16%
Sleep Laboratory
16%
Sleep Recording
16%
Spectral Activity
16%
Sequence Control
16%
Spindle Power
16%
High sigma
16%
Spindle Activity
16%
Neuroscience
Sleep Spindle
100%
Non-Rapid Eye Movement Sleep
60%
Motor Learning
40%
Motor Control
20%
Night Sleep
20%
Psychology
Sequence Learning
100%
Non-Rapid Eye Movement Sleep
50%
Motor Control
16%
Rhythm
16%
Motor Activity
16%