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Sleep disorders in children with incidental pineal cyst on MRI: a pilot study
Lourdes M DelRosso1, Kenneth Martin2, Oliviero Bruni3
1University of California, San Francisco, CA, USA; Benioff Children's Hospital Oakland, CA, USA.
Insights
School-aged children with pineal cysts experience more sleepiness and difficulty initiating and maintaining sleep. This pilot study highlights a potential link between these common incidental findings and pediatric sleep disturbances.
Area of Science:
- Pediatric Neurology
- Sleep Medicine
- Neuroimaging
Background:
- Pineal cysts are often considered incidental findings on brain MRI.
- Emerging research suggests a potential association between pineal cysts and symptoms like headaches and sleep disturbances.
Purpose of the Study:
- To investigate sleep disorders in school-aged children with incidental pineal cysts.
- To compare sleep patterns in children with pineal cysts to control groups.
Main Methods:
- A pilot study included children aged 6-12 with incidental pineal cysts on MRI, compared to children with normal MRIs and healthy controls.
- The Sleep Disturbance Scale for Children (SDSC) was used to assess sleep issues.
- Exclusion criteria focused on factors that could independently affect sleep.
Main Results:
- Eighteen children with pineal cysts were compared to 19 children with normal MRIs and 100 controls.
- Children with pineal cysts showed significantly higher total SDSC scores.
- Elevated scores were noted in disorders of excessive sleepiness and sleep initiation/maintenance, correlating with cyst size.
Conclusions:
- School-aged children with pineal cysts exhibit significantly increased sleepiness.
- Difficulties with sleep initiation and maintenance are more prevalent in children with pineal cysts.
- These findings suggest pineal cysts may play a role in pediatric sleep disturbances.
Introduction:
For several years, pineal cysts have been considered an incidental finding on brain MRI's even though research and case reports have shown a possible association of pineal cysts with headaches and sleep disturbances. This pilot study aims to evaluate sleep disorders in school-age children with an incidental pineal cyst in an otherwise normal brain MRI.
Method:
Children aged 6-12 years, who were referred for evaluation of headaches, tics, or syncope, and had an incidental pineal cyst on an otherwise normal brain MRI were included and compared to a control group of children with the same referral reasons but with a normal MRI and to a cohort of normal controls. The Sleep Disturbance Scale for Children (SDSC) was administered to the parents. Exclusion criteria included use of medications that affect sleep, seizures, brain abnormalities, tumors, or comorbid medical conditions that affect sleep.
Results:
Eighteen children (11 females) with pineal cysts, 19 children with normal MRI, and 100 age- and sex-matched controls were included in our study. There were statistically significant differences in the total SDSC score (with a difference of 10 between the median scores) and in two of the six domains of this scale. Children with pineal cysts scored significantly higher in the domains of disorders of excessive sleepiness and disorders of initiating and maintaining sleep than the two control groups. The scores in these two domains correlated significantly with the size of the cyst.
Conclusion:
School-age children with pineal cysts have significantly increased levels of sleepiness and difficulty with sleep initiation and maintenance.
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