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Changing expectations for children with cochlear implants
1Moog Center for Deaf Education, St Louis, Missouri 63141, USA.
Summary
Children with cochlear implants achieved significant gains in speech perception, intelligibility, language, and reading skills through an intensive oral education program. These results highlight the potential for deaf children with cochlear implants in specialized educational settings.
Area of Science:
- Pediatric audiology
- Special education for hearing-impaired children
- Cochlear implant technology
Background:
- Cochlear implants offer a potential pathway to auditory access for deaf children.
- Intensive oral education programs focus on developing spoken language and literacy skills.
- Assessing the combined impact of cochlear implants and specialized education is crucial.
Purpose of the Study:
- To evaluate the speech perception, intelligibility, language, and reading abilities of deaf children with cochlear implants.
- To assess the effectiveness of an intensive oral education program for children with cochlear implants.
- To demonstrate the potential outcomes for deaf children utilizing cochlear implants and specialized education.
Main Methods:
- Seventeen students (ages 5-11) with cochlear implants participated.
- Students were tested before exiting an intensive oral education program.
- Standardized tests assessed speech perception, speech intelligibility, language, and reading skills.
Main Results:
- All students demonstrated open-set speech perception (36%-100%).
- 100% of students achieved 90% or higher on speech intelligibility tests.
- Over 65% scored in the average range for language and over 70% for reading compared to normal-hearing peers.
Conclusions:
- A combination of cochlear implants and intensive oral education can lead to significant academic and communication achievements.
- Deaf children can attain age-appropriate language and reading skills with appropriate interventions.
- This study underscores the positive impact of specialized educational approaches for children with cochlear implants.