Abstract
Hidden hearing loss may be related to a loss or a dysfunction of auditory nerve fibres associated with noise exposure history and aging. Such functional degradation should reduce the stimulus information encoded in the auditory nerve, but information pooling across fibres may result in frequency-following responses (FFRs) being barely different from normal responses. This study investigated the possibility of amplifying the reduction of stimulus information by recording the FFR iteratively; i.e. by converting the FFR to a stimulus file and recording another FFR in response to it. Iterated FFRs were found to contain detectable stimulus information, but there was no evidence that they reflected hidden hearing loss.
| Original language | English |
|---|---|
| Number of pages | 5 |
| DOIs | |
| Publication status | Published - 2018 |
Fingerprint
Dive into the research topics of 'Acta Acustica united with Acustica Iterative recordings of frequency-following responses to amplify auditory coding alterations and uncover hidden hearing loss'. Together they form a unique fingerprint.Projects
-
Manchester Centre for Audiology and Deafness (ManCAD)
Munro, K. (PI), Millman, R. (PI), Lamb, W. (Support team), Dawes, P. (PI), Plack, C. (PI), Stone, M. (PI), Kluk-De Kort, K. (PI), Moore, D. (PI), Morton, C. (PI), Prendergast, G. (PI), Couth, S. (PI), Schlittenlacher, J. (PI), Chilton, H. (PI), Visram, A. (Researcher), Dillon, H. (PI), Guest, H. (Researcher), Heinrich, A. (PI), Jackson, I. (Researcher), Littlejohn, J. (Researcher), Jones, L. (PI), Lough, M. (Researcher), Morgan, R. (Researcher), Perugia, E. (Researcher), Roughley, A. (Researcher), Whiston, H. (Researcher), Wright, C. (Support team), Saunders, G. (PI), Kelly, C. (PI), Cross, H. (Researcher), Loughran, M. (Researcher), Hoseinabadi, R. (PI) & Vercammen, C. (PI)
Project: Research