From physiological neck myoclonus to sleep related head jerk

Neck myoclonus (NM) is a frequent recently described sleep‐related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep continuity. To better describe this phenomenon we studied 11 consecutive drug‐free patients undergoing a video‐polysomnographic (V‐PSG) study who prese...

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Veröffentlicht in:Journal of sleep research Jg. 28; H. 5; S. e12831 - n/a
Hauptverfasser: Wolfensberger, Beat, Ferri, Raffaele, Bianco, Giovanni, Abbafati, Manuel, Miano, Silvia, Kaelin‐Lang, Alain, Bassetti, Claudio L., Manconi, Mauro
Format: Journal Article
Sprache:Englisch
Veröffentlicht: England 01.10.2019
Schlagworte:
Aged
Female
Humans
Male
Myoclonus - physiopathology
Neck - physiopathology
polysomnography
Polysomnography - methods
REM sleep
Sleep - physiology
sleep related motor disorder
Sleep, REM - physiology
twitches
twitches
polysomnography
sleep related motor disorder
REM sleep
ISSN:0962-1105, 1365-2869, 1365-2869
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Abstract Neck myoclonus (NM) is a frequent recently described sleep‐related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep continuity. To better describe this phenomenon we studied 11 consecutive drug‐free patients undergoing a video‐polysomnographic (V‐PSG) study who present at least 5 NM events in one single night of recording. All events were measured and checked for their association with rapid eye and leg movements, EEG arousals, awakenings and Bereitschaftspotential. One hundred and eighty‐two motor events from 11 subjects were analyzed. Motor events were approximately 0.5 s in duration and occurred during REM sleep in 79.7% of the cases. Only 14.8% of the events were associated with rapid eye movements, 52.2% with leg movements, while approximately 80% of them were accompanied by an arousal or awakening. No EEG abnormalities and Bereitschaftspotential were observed. For its duration and its segregation in sleep, NM could be more appropriately named “sleep‐related head jerks” (SRHJ). SRHJ should be recognized and its effect on sleep stability should be re‐considered.
AbstractList Neck myoclonus ( NM ) is a frequent recently described sleep‐related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep continuity. To better describe this phenomenon we studied 11 consecutive drug‐free patients undergoing a video‐polysomnographic (V‐ PSG ) study who present at least 5 NM events in one single night of recording. All events were measured and checked for their association with rapid eye and leg movements, EEG arousals, awakenings and Bereitschaftspotential. One hundred and eighty‐two motor events from 11 subjects were analyzed. Motor events were approximately 0.5 s in duration and occurred during REM sleep in 79.7% of the cases. Only 14.8% of the events were associated with rapid eye movements, 52.2% with leg movements, while approximately 80% of them were accompanied by an arousal or awakening. No EEG abnormalities and Bereitschaftspotential were observed. For its duration and its segregation in sleep, NM could be more appropriately named “sleep‐related head jerks” ( SRHJ ). SRHJ should be recognized and its effect on sleep stability should be re‐considered.
Neck myoclonus (NM) is a frequent recently described sleep-related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep continuity. To better describe this phenomenon we studied 11 consecutive drug-free patients undergoing a video-polysomnographic (V-PSG) study who present at least 5 NM events in one single night of recording. All events were measured and checked for their association with rapid eye and leg movements, EEG arousals, awakenings and Bereitschaftspotential. One hundred and eighty-two motor events from 11 subjects were analyzed. Motor events were approximately 0.5 s in duration and occurred during REM sleep in 79.7% of the cases. Only 14.8% of the events were associated with rapid eye movements, 52.2% with leg movements, while approximately 80% of them were accompanied by an arousal or awakening. No EEG abnormalities and Bereitschaftspotential were observed. For its duration and its segregation in sleep, NM could be more appropriately named "sleep-related head jerks" (SRHJ). SRHJ should be recognized and its effect on sleep stability should be re-considered.Neck myoclonus (NM) is a frequent recently described sleep-related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep continuity. To better describe this phenomenon we studied 11 consecutive drug-free patients undergoing a video-polysomnographic (V-PSG) study who present at least 5 NM events in one single night of recording. All events were measured and checked for their association with rapid eye and leg movements, EEG arousals, awakenings and Bereitschaftspotential. One hundred and eighty-two motor events from 11 subjects were analyzed. Motor events were approximately 0.5 s in duration and occurred during REM sleep in 79.7% of the cases. Only 14.8% of the events were associated with rapid eye movements, 52.2% with leg movements, while approximately 80% of them were accompanied by an arousal or awakening. No EEG abnormalities and Bereitschaftspotential were observed. For its duration and its segregation in sleep, NM could be more appropriately named "sleep-related head jerks" (SRHJ). SRHJ should be recognized and its effect on sleep stability should be re-considered.
Neck myoclonus (NM) is a frequent recently described sleep‐related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep continuity. To better describe this phenomenon we studied 11 consecutive drug‐free patients undergoing a video‐polysomnographic (V‐PSG) study who present at least 5 NM events in one single night of recording. All events were measured and checked for their association with rapid eye and leg movements, EEG arousals, awakenings and Bereitschaftspotential. One hundred and eighty‐two motor events from 11 subjects were analyzed. Motor events were approximately 0.5 s in duration and occurred during REM sleep in 79.7% of the cases. Only 14.8% of the events were associated with rapid eye movements, 52.2% with leg movements, while approximately 80% of them were accompanied by an arousal or awakening. No EEG abnormalities and Bereitschaftspotential were observed. For its duration and its segregation in sleep, NM could be more appropriately named “sleep‐related head jerks” (SRHJ). SRHJ should be recognized and its effect on sleep stability should be re‐considered.
Author Wolfensberger, Beat
Miano, Silvia
Kaelin‐Lang, Alain
Bianco, Giovanni
Bassetti, Claudio L.
Manconi, Mauro
Ferri, Raffaele
Abbafati, Manuel
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  surname: Wolfensberger
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  givenname: Raffaele
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  surname: Manconi
  fullname: Manconi, Mauro
  email: mauro.manconi@eoc.ch
  organization: Università della Svizzera Italiana
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Cites_doi 10.1016/j.smrv.2015.12.002
10.5665/sleep.3586
10.1093/sleep/28.4.499
10.1093/sleep/33.8.1091
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Keywords twitches
polysomnography
sleep related motor disorder
REM sleep
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Snippet Neck myoclonus (NM) is a frequent recently described sleep‐related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep...
Neck myoclonus ( NM ) is a frequent recently described sleep‐related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep...
Neck myoclonus (NM) is a frequent recently described sleep-related motor phenomenon occurring mainly during REM sleep with uncertain effect on sleep...
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SubjectTerms Aged
Female
Humans
Male
Myoclonus - physiopathology
Neck - physiopathology
polysomnography
Polysomnography - methods
REM sleep
Sleep - physiology
sleep related motor disorder
Sleep, REM - physiology
twitches
Title From physiological neck myoclonus to sleep related head jerk
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