/Objectives: Recurrent acute otitis media (AOM) in children is known to cause cumulative cochlear and vestibular injury. Whether a single fulminant episode severe enough to require surgical intervention produces an analogous long-term audiovestibular signature, and whether infection severity contributes to outcome independently of cumulative episode count, is unclear. The present study addressed this gap.
Long-term cochlear and vestibular follow-up after fulminant acute otitis media in children is warranted; audiologists should be aware that even a single severe episode may carry lasting inner-ear consequences requiring monitoring.
Evidence of lasting hearing and balance damage from a single severe middle-ear infection episode challenges the assumption that such events are fully reversible and may support more aggressive audiologic follow-up protocols in pediatric otology.
- 01Single fulminant acute otitis media episodes in children can result in long-term cochlear or vestibular damage.
- 02Study used long-term follow-up design to assess lasting inner-ear effects after surgical intervention.
- 03Both hearing (cochlear) and balance (vestibular) outcomes were evaluated.
- 04Findings may support routine long-term audiologic monitoring after severe pediatric ear infections.
- 05The severity and surgical nature of the episode distinguishes this from typical otitis media cases.
A single fulminant episode of acute otitis media can cause long-term cochlear ototoxicity in children.
studypartially supportedA single fulminant episode of acute otitis media can cause long-term vestibular damage in children.
studypartially supported- PMID
- 42345632
- DOI
- 10.3390/audiolres16030093.
- Journal
- Audiology Research
- Publication type
- research_article
- Evidence level
- 4
- Population
- Children who experienced a single fulminant acute otitis media episode requiring surgical intervention
- Intervention
- Long-term audiologic and vestibular follow-up after fulminant acute otitis media
Primary outcomes
Cochlear ototoxicity outcomes; Vestibular ototoxicity outcomes