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Using Otoacoustic Emissions To Evaluate Efferent Auditory Function In Humans, Simon Henin
Using Otoacoustic Emissions To Evaluate Efferent Auditory Function In Humans, Simon Henin
Dissertations, Theses, and Capstone Projects
The auditory system continually adapts to changes in the acoustic environment over short periods of time. This fine-tuning of its dynamics is mediated in part by the medial olivocochlear (MOC) bundle, a neural feedback loop which aids in the regulation of cochlear micro-mechanics. The ability to measure the response of the MOC system in humans may provide significant insight into unique cochlear functions, such as its sharp frequency selectivity and wide dynamic range. In humans the efferent system can be investigated non-invasively using otoacoustic emissions (OAEs). However, how OAEs can best be used to evaluate efferent function, the pitfalls associated …