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Transmyringeal ventilation tube treatment: a 10-year cohort study
Rut Florentzson1, Caterina Finizia
1Department of Otorhinolaryngology, Sahlgrenska University Hospital, 413 45 Gothenburg, Sweden. rut.florentzson@vgregion.se
Insights
Ventilation tube treatment for children aged 0-10 years shows a 1% incidence. Many require ongoing ear care, with 17% needing specialist visits even after ten years.
Area of Science:
- Otorhinolaryngology
- Pediatric Otology
- Public Health
Background:
- Middle ear ventilation tubes are a common treatment for otitis media in children.
- Understanding the long-term outcomes of this intervention is crucial for clinical practice and patient management.
Purpose of the Study:
- To determine the incidence and long-term outcomes of ventilation tube treatment in children aged 0-10 years.
- To analyze the natural course of middle ear disease management with ventilation tubes over a decade.
Main Methods:
- A 10-year cohort study followed 155 children (aged 0-10) who received their first ventilation tube in 1996.
- Data on acute and planned visits were collected retrospectively from a Swedish county hospital.
- Follow-up extended for the entire 10-year period without additional study-related visits.
Main Results:
- The incidence of ventilation tube insertion was 1% in the study population.
- After 10 years, 17% of children still required otologist visits for residual ear problems.
- Infections occurred in 53% of treated ears, and 45% needed further tube insertions; 2% had permanent perforations.
Conclusions:
- Ventilation tube treatment for children has a 1% incidence and a significant long-term impact.
- A substantial proportion of children require prolonged specialist care, highlighting the chronic nature of some middle ear conditions.
Objective:
This ten-year cohort study was intended to determine the incidence and expected outcome of ventilation tube treatment at a clinic that serves a community with 300,000 inhabitants.
Methods:
All children aged 0-10 years, who received their first ventilation tube during 1996, were followed over 10 years, at the department of Otorhinolaryngology, county hospital Ryhov, Jönköping, Sweden. All acute and planned visits were recorded and analyzed, but no extra visits were scheduled due to participation in the study.
Results:
In 1996 the overall incidence of tube insertion in the age group 0-10 years was 1 percent. A total of 155 children were entered, and 146 (94 percent) fulfilled the study. During the 10 years' follow up, a total of 409 acute visits and 1485 planned visits were made. In approximately 50 percent of the cases the first ventilation tube was still in place after one year. Infection occurred in 53 percent of the treated ear(s) at least once; the risk for infection was higher if the indication for ventilation tube placement was recurrent acute otitis media. In 45 percent of the children at least one more tube insertion was needed. A permanent perforation after tube treatment was seen in 2 percent of the treated ears. After 5 years, one half of the children were declared free from middle ear disease, but at the termination of the study 17 percent of the children were still in need of regular visits to an otologist due to residual ear problems.
Conclusion:
This study shows the natural course of treatment with middle ear ventilation tubes in a cohort of children aged 0-10 years during a ten-year period. The incidence of ventilation tube treatment was 1 percent. It is evident that many children need a prolonged contact with an ear-nose and throat specialist when treated with a ventilation tube.
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