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Published on: December 6, 2016
Polysomnographic Analysis of a Pediatric Case of Baclofen-Induced Central Sleep Apnea
Federica Locatelli1, Francesca Formica1, Sara Galbiati1
1Scientific Institute, IRCCS Eugenio Medea, Bosisio Parini, Lecco, Italy.
Insights
Baclofen dose increases can cause central sleep apnea in pediatric patients with brain injuries. Polysomnography can diagnose this condition, and baclofen dose reduction can resolve it.
Area of Science:
- Neurology
- Pulmonology
- Clinical Pharmacology
Background:
- Brain injury can lead to respiratory disorders, exacerbated by medications like central depressants.
- Sleep can precipitate respiratory issues, making polysomnography a key diagnostic method.
- Polysomnography identifies breathing patterns linked to sleep disorders and adverse drug effects.
Observation:
- A pediatric patient with brain injury developed central sleep apnea after a therapeutic baclofen dose increase.
- The patient was also on an under-dosed benzodiazepine.
- Polysomnography revealed a respiration pattern associated with baclofen and central depressant use.
Findings:
- Central sleep apnea in the pediatric patient was directly linked to the baclofen dose escalation.
- The observed respiration pattern during polysomnography is consistent with prior adult studies on baclofen.
- Tapering baclofen successfully resolved the central sleep apnea.
Implications:
- Polysomnography, with its specific pattern recognition, can aid in diagnosing baclofen-induced central sleep apnea in children.
- This diagnostic approach may help prevent respiratory complications in pediatric patients on baclofen.
- Identifying and managing drug-induced sleep disorders is crucial in brain injury rehabilitation.
Abstract:
Respiratory disorders may follow brain injury and may also occur because of comorbidities and drug use, especially central depressants or muscle relaxants. Sleep can precipitate respiratory disorders, thus polysomnography can be a powerful diagnostic tool. By revealing breathing patterns that identify specific sleep disorders, polysomnography may unmask adverse pharmacological effects, for instance connecting central depressant drugs with central sleep apneas. We describe the case of a pediatric patient in rehabilitation from brain injury who developed a central sleep apnea following a baclofen dose increase within the therapeutic range, while assuming an under-dosed benzodiazepine. Polysomnography identified a typical respiration pattern, previously observed in adults treated with baclofen and other central depressants. Baclofen tapering resolved the central sleep apnea. Polysomnography, and this specific pattern, may be proposed as diagnostic tools in patients with high dose baclofen that can be used to prevent potential respiratory disorders in children.
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