Noise‑induced hearing loss remains a major public‑health issue despite current prevention strategies. This article presents our research conducted at University Laval and CIRRIS aimed at improving the early detection of hearing disorders, better characterizing individual noise exposure, and reducing the functional consequences of hearing loss....
The integrated prevention-detection-rehabilitation framework reinforces current best-practice thinking, but without access to full methodology and results, audiologists should treat this as directionally supportive rather than immediately practice-changing.
An evidence-based integrated model for noise-induced hearing loss care could help standardize how clinics approach occupational and recreational hearing conservation alongside device-based rehabilitation.
- 01Study proposes an integrated framework covering prevention, early detection, and rehabilitation of noise-induced hearing loss (NIHL).
- 02Work is grounded in the context of modern hearing technologies, including advanced hearing aids.
- 03Research originates from Université Laval and CIRRIS, a recognized Canadian rehabilitation research center.
- 04The approach explicitly links hearing conservation strategies with technology-based rehabilitation.
- 05Positions hearing technologies as tools within a broader public-health continuum, not standalone solutions.
An integrated approach combining prevention, early detection, and rehabilitation is effective for managing noise-induced hearing loss in the era of modern hearing technologies.
studypartially supported- Publication type
- research_article
- Evidence level
- na
- Population
- Individuals at risk of or affected by noise-induced hearing loss
- Intervention
- Integrated prevention, early detection, and rehabilitation approach for noise-induced hearing loss using modern hearing technologies
Primary outcomes
Prevention of noise-induced hearing loss; Early detection of noise-related hearing disorders; Rehabilitation outcomes using hearing technologies
