Subjective health perception in healthy young men changes in response to experimentally restricted sleep and subsequent recovery sleep

•Subjective health was compromised through experimental sleep restriction, an effect associated with increased fatigue but not IL-1 or TNF-alpha. Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with rest...

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Published inBrain, behavior, and immunity Vol. 34; pp. 43 - 46
Main Authors Lekander, Mats, Andreasson, Anna Nixon, Kecklund, Göran, Ekman, Rolf, Ingre, Michael, Akerstedt, Torbjorn, Axelsson, John
Format Journal Article
LanguageEnglish
Published Netherlands Elsevier Inc 01.11.2013
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Online AccessGet full text
ISSN0889-1591
1090-2139
1090-2139
DOI10.1016/j.bbi.2013.06.005

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Abstract •Subjective health was compromised through experimental sleep restriction, an effect associated with increased fatigue but not IL-1 or TNF-alpha. Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-α and fatigue. Nine healthy men (23–28years) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23–07h), five days with sleep restriction (03–07h) and three recovery days (23–07h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8days of the protocol and analyzed with respect to IL-6 and TNF-α. Subjective health deteriorated gradually during restricted sleep (p=.002) and returned to baseline levels after three days of recovery. IL-6 and TNF-α did not change significantly. Fatigue increased gradually during sleep restriction (p=.001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health.
AbstractList Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-α and fatigue. Nine healthy men (23-28 ears) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23-07 h), five days with sleep restriction (03-07 h) and three recovery days (23-07 h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8 days of the protocol and analyzed with respect to IL-6 and TNF-α. Subjective health deteriorated gradually during restricted sleep (p=.002) and returned to baseline levels after three days of recovery. IL-6 and TNF-α did not change significantly. Fatigue increased gradually during sleep restriction (p=.001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health.Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-α and fatigue. Nine healthy men (23-28 ears) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23-07 h), five days with sleep restriction (03-07 h) and three recovery days (23-07 h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8 days of the protocol and analyzed with respect to IL-6 and TNF-α. Subjective health deteriorated gradually during restricted sleep (p=.002) and returned to baseline levels after three days of recovery. IL-6 and TNF-α did not change significantly. Fatigue increased gradually during sleep restriction (p=.001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health.
Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-α and fatigue. Nine healthy men (23-28 ears) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23-07 h), five days with sleep restriction (03-07 h) and three recovery days (23-07 h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8 days of the protocol and analyzed with respect to IL-6 and TNF-α. Subjective health deteriorated gradually during restricted sleep (p=.002) and returned to baseline levels after three days of recovery. IL-6 and TNF-α did not change significantly. Fatigue increased gradually during sleep restriction (p=.001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health.
•Subjective health was compromised through experimental sleep restriction, an effect associated with increased fatigue but not IL-1 or TNF-alpha. Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-α and fatigue. Nine healthy men (23–28years) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23–07h), five days with sleep restriction (03–07h) and three recovery days (23–07h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8days of the protocol and analyzed with respect to IL-6 and TNF-α. Subjective health deteriorated gradually during restricted sleep (p=.002) and returned to baseline levels after three days of recovery. IL-6 and TNF-α did not change significantly. Fatigue increased gradually during sleep restriction (p=.001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health.
Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-α and fatigue. Nine healthy men (23-28years) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23-07h), five days with sleep restriction (03-07h) and three recovery days (23-07h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8days of the protocol and analyzed with respect to IL-6 and TNF-α. Subjective health deteriorated gradually during restricted sleep (p=.002) and returned to baseline levels after three days of recovery. IL-6 and TNF-α did not change significantly. Fatigue increased gradually during sleep restriction (p=.001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health.
Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with restricted sleep and subsequent recovery days affect subjective health and is related to increased levels of circulating IL-6 and TNF-alpha and fatigue. Nine healthy men (23-28 years) went through a 6-week sleep protocol with subjects as their own controls in a repeated measures design with a total of 11 nights in a sleep laboratory. The experimental part of the protocol included three baseline days (sleep 23-07 h), five days with sleep restriction (03-07 h) and three recovery days (23-07 h) in the sleep laboratory. Subjective health and fatigue was recorded daily. Eight blood samples were drawn each day (every third hour) on 8 days of the protocol and analyzed with respect to IL-6 and TNF-alpha. Subjective health deteriorated gradually during restricted sleep (p = .002) and returned to baseline levels after three days of recovery. IL-6 and TNF-alpha did not change significantly. Fatigue increased gradually during sleep restriction (p = .001), which significantly contributed to the association between restricted sleep and subjective health. The study is the first to show that subjective health is directly responsive to changes in sleep length and related to increased fatigue. Thus, subjective health is differently appraised after manipulation of one of its presumed determinants. Larger experimental studies would be beneficial to further distinguish causation from association regarding the underpinnings of subjective health. (C) 2013 Published by Elsevier Inc.
Highlight • Subjective health was compromised through experimental sleep restriction, an effect associated with increased fatigue but not IL-1 or TNF-alpha.
Author Ingre, Michael
Andreasson, Anna Nixon
Ekman, Rolf
Lekander, Mats
Akerstedt, Torbjorn
Kecklund, Göran
Axelsson, John
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  givenname: Anna Nixon
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  organization: Stress Research Institute, Stockholm University, Stockholm, Sweden
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  organization: Institute of Clinical Neuroscience and Physiology, Unit of Neurochemistry, Gothenburg University, Sweden
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  surname: Ingre
  fullname: Ingre, Michael
  organization: Stress Research Institute, Stockholm University, Stockholm, Sweden
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  surname: Axelsson
  fullname: Axelsson, John
  organization: Osher Center for Integrative Medicine and Division of Psychology, Department of Clinical Neuroscience, Karolinska Institutet, Stockholm, Sweden
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Keywords Sleep
Subjective health
Cytokines
Fatigue
Self-rated health
Inflammation
Sleep restriction
Language English
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Snippet •Subjective health was compromised through experimental sleep restriction, an effect associated with increased fatigue but not IL-1 or TNF-alpha. Sleep and...
Highlight • Subjective health was compromised through experimental sleep restriction, an effect associated with increased fatigue but not IL-1 or TNF-alpha.
Sleep and subjective health are both prospectively related to objective indices of health and health care use. Here, we tested whether five days with...
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StartPage 43
SubjectTerms Adult
Allergy and Immunology
Cytokines
DEPRIVATION
DURATION
Fatigue
Health Status
Humans
Inflammation
INFLAMMATORY CYTOKINES
INSOMNIA
INTERLEUKIN-6
Interleukin-6 - blood
Male
MARKERS
MORTALITY
Neurosciences
Neurovetenskaper
POPULATION
Psychiatry
Self-rated health
Sleep
Sleep Deprivation - blood
Sleep Deprivation - psychology
Sleep restriction
Subjective health
Tumor Necrosis Factor-alpha - blood
WOMEN
Young Adult
Title Subjective health perception in healthy young men changes in response to experimentally restricted sleep and subsequent recovery sleep
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