Frequency-Lowering Devices for Managing High-Frequency Hearing Loss: A Review

Author:

Simpson Andrea1

Affiliation:

1. University of Manchester, Manchester, United Kingdom,

Abstract

Frequency-lowering technology has been around for decades. The primary aim—namely, that of providing high-frequency information to those with severe high-frequency hearing loss—addresses a clinical need most conventional hearing devices are still unable to provide. Early studies with frequency-lowering technology reported mostly unfavorable results, and the devices never gained clinical popularity. However, as hearing aid (HA) technology becomes ever more sophisticated, it is appropriate to reconsider whether frequency-lowering HAs should be an amplification choice in those with high-frequency hearing loss. Recent research is yielding promise with people who wear frequency-lowering devices showing improved speech perception. Questions remain regarding patient candidacy and whether auditory training may result in better outcomes. The author also discusses future clinical directions and research needs for frequency lowering.

Publisher

SAGE Publications

Subject

Speech and Hearing

Reference71 articles.

1. Effects of low pass filtering on the intelligibility of speech in noise for people with and without dead regions at high frequencies

2. Use of Frequency-Shifted/Time-Compressed Speech with Hearing-Impaired Children

3. Biondi, E. &Biondi, L. (1973). The sampling of sounds as a new means of making speech intelligible to the deaf: Theories and results. At the Carnahan conference on electronic prosthesis, University of Kentucky. pp. 5-9.

4. Perceptual-oral training of two hearing-impaired children in the recognition and production of /s/ and /z/

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