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Relationships among Auditory Brain Stem Responses, Masking Level Differences and the Acoustic Reflex in Multiple Sclerosis
53
Citations
20
References
1983
Year
PsychoacousticsAuditory CortexConfirmed Multiple SclerosisAcoustic ReflexNoiseNeurologyCrossed Acoustic ReflexAuditory ScienceHealth SciencesAuditory ProcessingAuditory ModelingAudiologyArtsRehabilitationAuditory ResearchHuman HearingHearing LossWave IiiAuditory PhysiologyNeuroscienceCentral Nervous SystemMultiple SclerosisSpeech PerceptionMasking Level Differences
We report the results of a study in which we compared auditory brain stem responses (ABR), the binaural masking level difference (MLD) for a 500-Hz pure tone and acoustic reflexes in 20 patients with confirmed multiple sclerosis. Our intent was to determine whether abnormalities in the three measures were related or whether they varied independently. The results indicated that the size of the MLD varied with the integrity of wave III of the ABR. When the ABR was abnormal to the extent of lacking wave III on one or both ears, there was no release from masking and the crossed acoustic reflex was abnormal, as well. The sensitivity of the MLD to retrocochlear disorder was comparable to that of ABR, and was greater than that provided by speech audiometry or acoustic reflexes.
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