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Sleep disorders in school-age children
1Department of Neurology, Saint Louis University Health Sciences Center, Missouri 63104, USA.
Indian Journal of Pediatrics
|April 20, 2000
Insights
This review covers sleep physiology, disorders, and their assessment in school-aged children. It explores common sleep issues, the link between sleep and epilepsy, and how sleepiness affects cognitive functions.
Area of Science:
- Pediatric Sleep Medicine
- Neuroscience
- Child Neurology
Background:
- Sleep is crucial for cognitive development in school-aged children.
- Sleep disorders are prevalent and can significantly impact a child's health and learning.
- Understanding the interplay between sleep and neurological conditions like epilepsy is vital.
Purpose of the Study:
- To provide a comprehensive review of sleep physiology in school-aged children.
- To discuss the classification, assessment, and common disorders of sleep.
- To examine the relationship between sleep and epilepsy, and the effects of daytime sleepiness on cognitive functions.
Main Methods:
- Literature review of relevant studies on pediatric sleep.
- Synthesis of information on sleep physiology and disorders.
- Discussion of clinical and laboratory assessment methods.
Main Results:
- Detailed overview of sleep physiology relevant to school-aged children.
- Classification and description of common pediatric sleep disorders.
- Exploration of the bidirectional relationship between sleep and epilepsy.
- Analysis of the impact of daytime sleepiness on higher cortical functions.
Conclusions:
- Effective management of sleep disorders is essential for children's well-being.
- Recognizing the sleep-epilepsy link can improve patient outcomes.
- Addressing daytime sleepiness is critical for optimizing cognitive performance in children.
Abstract:
This article on school age children reviews relevant issues in sleep physiology, the classification of sleep disorders, their clinical and laboratory assessment, some common sleep disorders, the sleep-epilepsy relationship, as well as the impact of daytime sleepiness on higher cortical functions.