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Published on: December 6, 2016
Outcome of adenotonsillectomy for severe obstructive sleep apnea in children
1Department of Surgery, Health Sciences Center, University of New Mexico, USA. rbmitchell@vcu.edu
Insights
Adenotonsillectomy significantly improves sleep apnea (OSA) and quality of life in children. However, obstructive sleep apnea often persists, necessitating post-operative polysomnography for further evaluation.
Area of Science:
- Pediatric Otolaryngology
- Sleep Medicine
- Pediatric Pulmonology
Background:
- Severe obstructive sleep apnea (OSA) in children significantly impacts sleep behavior and quality of life.
- Adenotonsillectomy is a common surgical intervention for pediatric OSA.
- Assessing post-operative outcomes is crucial for managing persistent disease.
Purpose of the Study:
- To evaluate changes in sleep behavior and quality of life in children following adenotonsillectomy for severe OSA.
- To determine the effectiveness of adenotonsillectomy in improving respiratory distress index (RDI) and OSA-18 scores.
Main Methods:
- Prospective study involving 29 children with severe OSA (RDI ≥ 30).
- Pre- and post-operative polysomnography (PSG) to assess RDI.
- Caregiver-reported OSA-18 quality of life surveys administered pre-operatively and within 6 months post-surgery.
- Paired Student's t-tests used for statistical comparison of pre- and post-operative data.
Main Results:
- Mean pre-operative RDI was 63.9, significantly decreasing to 14.2 post-operatively (P < .0001).
- Mean OSA-18 quality of life score improved from 77.6 pre-operatively to 33.2 post-operatively (P < .0001).
- Significant improvements were observed in all OSA-18 domain scores.
Conclusions:
- Adenotonsillectomy leads to significant improvements in RDI and quality of life for children with severe OSA.
- OSA does not fully resolve in most children after surgery, highlighting the need for continued monitoring.
- Post-operative PSG is recommended to identify children requiring further therapeutic interventions.
Objective:
To study changes in sleep behavior and quality of life in children after adenotonsillectomy for severe obstructive sleep apnea identified by a respiratory distress index > or = 30.
Methods:
Children enrolled in the study underwent adenotonsillectomy and had both pre- and post-operative polysomnography. Caregivers also completed an OSA-18 quality of life survey prior to polysomnography and within 6 months of surgery. Paired Student's t-tests were used to compare pre- and post-operative scores.
Results:
The study population included 29 children. The mean age was 7.1 years (range 1.4-17.0). The most common comorbidities were obesity, asthma and allergic disease. The mean pre-operative RDI was 63.9 and the mean post-operative RDI was 14.2 (P < .0001). The mean total OSA-18 score before surgery was 77.6 and after surgery was 33.2. The differences in pre- and post-operative OSA-18 total scores and domain scores were significant (P < .0001).
Conclusion:
Children with severe OSA who undergo adenotonsillectomy show a significant improvement in RDI and in quality of life over a period of several months after surgery. However, OSA does not resolve in the majority of these children and post-operative PSG is recommended to identify those who may require additional therapy.
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