OBJECTIVES: Prior research has shown that, among normal hearing college students, Hispanic-identifying participants experience higher levels of environmental noise and lower signal to noise ratios as compared with White non-Hispanic participants....
Audiologists fitting and programming cochlear implants for Hispanic patients should consider that real-world listening environments may be systematically noisier, potentially warranting noise-management program adjustments or targeted aural rehabilitation strategies.
Demonstrating cultural disparities in listening environments highlights the need for culturally responsive cochlear implant programming and rehabilitation, and challenges the assumption that outcomes benchmarks are equally applicable across ethnic groups.
- 01Hispanic cochlear implant users self-reported higher background noise levels than White non-Hispanic users.
- 02Hispanic users also reported lower signal-to-noise ratios (more noise relative to speech) in daily life.
- 03Study published in Ear & Hearing; data appear to be self-reported/survey-based.
- 04Findings suggest cultural listening contexts differ meaningfully and could affect device performance benchmarks.
- 05Has implications for equitable CI programming and culturally tailored aural rehabilitation.
Hispanic cochlear implant users experience higher environmental noise levels than White non-Hispanic cochlear implant users.
studysupportedHispanic cochlear implant users report lower signal-to-noise ratios in their daily listening environments compared to White non-Hispanic users.
studysupported- PMID
- 42383895
- DOI
- 10.1097/AUD.0000000000001865.
- Journal
- Ear and Hearing
- Publication type
- research_article
- Evidence level
- 2b
- Population
- Hispanic and White non-Hispanic adult cochlear implant users
- Intervention
- Comparison of self-reported listening environments by cultural/ethnic group
- Comparator
- White non-Hispanic cochlear implant users
Primary outcomes
Self-reported environmental noise levels; Self-reported signal-to-noise ratios in daily listening environments