REM Sleep Associated With Overweight In Children And Adolescents
Main Category: Sleep / Sleep Disorders / InsomniaAlso Included In: Pediatrics / Children's Health; Obesity / Weight Loss / Fitness; Diabetes
Article Date: 13 Jun 2008 - 6:00 PDT
Short sleep time is associated with overweight in children and adolescents, a core aspect of which may be attributed to reduced REM sleep, according to a research abstract presented at SLEEP 2008, the 22nd Annual Meeting of the Associated Professional Sleep Societies (APSS).
The study, authored by Xianchen Liu, MD, PhD, of the University of Pittsburgh, focused on 335 participants between seven and 17 years of age, who underwent three consecutive nights of standard polysomnography, or an overnight sleep test, and weight and height assessment as part of study on the development of childhood internalizing disorders (depression and anxiety).
According to the results, compared with normal-weight children, overweight children slept about 22 minutes less, had lower sleep efficiency, shorter REM sleep periods, lower REM activity and density, and longer latency to the first REM period. After adjustment for demographics, pubertal status, ethnicity, and psychiatric diagnosis, one hour less of total sleep increased the odds of overweight by about two-fold, one hour less of REM sleep increased the odds by about three-fold, REM density and activity below the median increased the odds by two- and three-fold, respectively.
"Given the fact that the prevalence of overweight among children and adolescents continues to increase, and chronic sleep insufficiency becomes more and more prevalent in the modern society, family and school-based sleep interventions which aim to enhance sleep hygiene and increase sleep duration may have important public health implications for the prevention and intervention of obesity and type-two diabetes in children and adolescents," said Dr. Liu.
Studies have linked sleep deprivation among children and adolescents to increased incidence of obesity and cardiovascular disease, and can also result in behavioral problems, lead to poor academic performance and affect relationships with their peers.
It is recommended that adolescents get nine hours of nightly sleep and school-aged children between 10-11 hours.
The American Academy of Sleep Medicine (AASM) offers the following tips to adolescents on how to get a good night's sleep:
- Follow a consistent bedtime routine.
- Establish a relaxing setting at bedtime.
- Get a full night's sleep every night.
- Avoid foods or drinks that contain caffeine, as well as any medicine that has a stimulant, prior to bedtime.
- Do not stay up all hours of the night to "cram" for an exam, do homework, etc. If after-school activities are proving to be too time-consuming, consider cutting back on these activities.
- Keep computers and TVs out of the bedroom.
- Do not go to bed hungry, but don't eat a big meal before bedtime either.
- Avoid any rigorous exercise within six hours of your bedtime.
- Make your bedroom quiet, dark and a little bit cool.
- Get up at the same time every morning.
- Follow a consistent bedtime routine. Set aside 10 to 30 minutes to get your child ready to go to sleep each night.
- Establish a relaxing setting at bedtime.
- Interact with your child at bedtime. Don't let the TV, computer or video games take your place.
- Keep your children from TV programs, movies, and video games that are not right for their age.
- Do not let your child fall asleep while being held, rocked, fed a bottle, or while nursing.
- At bedtime, do not allow your child to have foods or drinks that contain caffeine. This includes chocolate and sodas. Try not to give him or her any medicine that has a stimulant at bedtime. This includes cough medicines and decongestants.
Those who suspect that they might be suffering from insomnia, or another sleep disorder, are encouraged to consult with their primary care physician or a sleep specialist. Parents should consult with their child's pediatrician or a sleep specialist.
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More information about "children and sleep" is available from the AASM at http://www.sleepeducation.com/Topic.aspx?id=8 and "teens and sleep", including a new questionnaire that assesses the level of sleepiness in adolescents, at: http://www.sleepeducation.com/Topic.aspx?id=71.
The annual SLEEP meeting brings together an international body of 5,000 leading researchers and clinicians in the field of sleep medicine to present and discuss new findings and medical developments related to sleep and sleep disorders.
More than 1,000 research abstracts will be presented at the SLEEP meeting, a joint venture of the AASM and the Sleep Research Society. The three-and-a-half-day scientific meeting will bring to light new findings that enhance the understanding of the processes of sleep and aid the diagnosis and treatment of sleep disorders such as insomnia, narcolepsy and sleep apnea.
SleepEducation.com, a patient education Web site created by the AASM, provides information about various sleep disorders, the forms of treatment available, recent news on the topic of sleep, sleep studies that have been conducted and a listing of sleep facilities.
Source: Kathleen McCann
American Academy of Sleep Medicine
Visit our sleep / sleep disorders / insomnia section for the latest news on this subject.
MLA
16 Feb. 2012. <http://www.medicalnewstoday.com/releases/111167.php>
APA
http://www.medicalnewstoday.com/releases/111167.php.
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Sleep As Half Of The Process Of Metabolism
posted by Tom Hendricks on 12 Jul 2009 at 8:20 pmMysteries of Sleep are Unfolding.
Here is a hypothesis that suggests that sleep is half of the
metabolism process for humans. Here is a quick summary.
The body has a metabolism cycle that has two parts The first part is
the wake phase. The second part is the sleep phase. Then the daily
cycle repeats.
During the WAKE phase the person takes in food and breaks it down.
This is mostly a phase of catabolic processes that break down the
food.
This is fallowed by a SLEEP phase where the food is used and the body
prepares waste out. This is mostly anabolic processes.
The Sleep phase has generally, two major components NREM (not rapid
eye movement) or slow wave sleep, and REM (Rapid Eye Movement)
During the first part of the SLEEP phase, the NREM phase, the person
replenishes the body with nurturing and other anabolic processes.
During the second part of the Sleep phase, the REM phase, the person
prepares the body for waste out.
Then the person wakes and the cycle repeats.
The hypothesis suggests that in childhood a pattern is set up that
determines the amount of each phase of sleep - that this pattern is
highly influenced by the breast-feeding pattern set up between the
mother and child. - that the pattern is one of two main types.
IF there is an excess of breast feeding the child will compensate by
setting up a sleep pattern that takes in less nurturing = less NREM
sleep, and more waste out or REM sleep.
Consequences of this are - an adult with a lean body type, a feeling
of over fed, over stimulated, and all the health problems of being
underweight.
IF there is not enough breast feeding the child will compensate by
setting up a sleep pattern that takes in more nurturing = more NREM
sleep, and less waste out or REM sleep.
Consequences of this are - an adult with a fat body type, a feeling of
not enough waste out, and all the health problems of being overweight.
The pattern is almost impossible to change - yet.
And it should be clear that for those trying to gain weight, they will
be unable to, unless they alter their sleep pattern with MORE NREM
sleep.
And it should be clear that for those trying to loose weight, they
will be unable to, unless they alter their sleep pattern with MORE REM
sleep.
Their are many studies that show a casual connection between
underweight and lack of NREM sleep AND
overweight and lack of REM sleep (see my other posts or google those
phrases)
Readers if I am right we finally know:
1. Why we sleep - that its the 2nd part of the daily metabolism
process
2. Why we are underweight or overweight. Either a lack of NREM
(underweight) or a lack of REM (overweight).
3. For the first time in history how to solve problems of underweight
and overweight and all the health problems associated with each.
4. How to test the hypothesis - every lean body type should have low
NREM sleep, every heavy body type should have low REM sleep.
That is big news!!!
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