Clinical and audiological findings in children with acute otitis media
Mirjana Kostić1, Ksenija Ribarić Jankes, Robert Trotić
1University of Zagreb, School of Medicine, Croatian Institute for Health Insurance , Zagreb , Croatia.
Insights
Follow-up tympanometry is recommended for children after acute otitis media (AOM). A Type B tympanogram 3 months post-AOM strongly indicates conductive hearing loss, outperforming otoscopy for detecting middle ear effusion.
Area of Science:
- Pediatrics
- Otolaryngology
- Audiology
Background:
- Acute otitis media (AOM) is common in children and can lead to persistent middle ear effusion (MEE).
- Otoscopy alone may not accurately detect MEE after AOM resolution.
- Early identification of MEE and associated hearing loss is crucial for appropriate management.
Purpose of the Study:
- To determine the frequency and duration of MEE in children post-AOM.
- To track changes in hearing and middle ear function using tonal audiometry and tympanometry.
- To establish optimal timing for audiological assessments after AOM.
Main Methods:
- 125 children (aged 5-7) with bilateral AOM were followed for 3 months.
- Six ear, nose, and throat examinations, six tympanometries, and three tonal audiometries were performed.
- Nasopharyngeal evaluation was conducted at the initial examination.
Main Results:
- Initially, 100% of ears showed pathological otoscopy findings, resolving by the sixth examination.
- Three months post-AOM, Type B tympanograms (indicating MEE) were found in 19.6% of ears.
- Conductive hearing impairment decreased from 63.2% at the first tonal audiometry to 15.6% by the third.
Conclusions:
- Tympanometry is superior to otoscopy for detecting middle ear effusion post-AOM.
- A Type B tympanogram 3 months after AOM onset is a strong predictor of conductive hearing loss.
- Follow-up tympanometry and audiometry are recommended for children recovering from AOM.
Conclusion:
It is recommended to perform follow-up tympanometry and if necessary tonal audiometry in children who have normal plain otoscopy findings after recovering from acute otitis media (AOM). Children with Type B tympanogram, 3 months following the onset of AOM, are very likely to have a conductive hearing loss. Type B tympanogram is a much better indicator of effusion in the middle ear compared to plain otoscopy.
Objective:
This study was undertaken to investigate the frequency and duration of middle ear effusion in children following an episode of acute otitis media, to track changes in tonal audiometry and tympanometry findings in the post-AOM period, and recognize the optimal timing for performing both tests.
Methods:
In this study, 125 children aged 5-7 years with bilateral AOM were randomly selected and separately followed up for 3 months. The children underwent six ear, nose, and throat (ENT 1-6) examinations, six tympanometries (TM 1-6), and three tonal audiometries (TA 1-3). Evaluation of nasopharynx was done at the ENT 1 examination. Children who received ventilation tubes were followed for 21 month altogether.
Results:
At the first otoscopy, pathological findings were recorded in 250 ears/125 children (100.0%). The number of pathological otoscopy findings decreased at each subsequent examination. At ENT 6 all children had normal otoscopy findings. Type B tympanogram was detected in 49/250 (19.6%) ears at TM 6, performed 3 months following the onset of the disease. At the TA 1 conductive hearing impairment was recorded in 158/250 (63.2%) ears, at TA 2 in 66/250 (26.4%), and at TA 3 in 39/250 (15.6%). Most of them were associated with Type B tympanogram.
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