Markus Garrett

This study investigates how cochlear synaptopathy affects speech intelligibility in older adults using an EEG-based marker and finds that CS contributes to speech coding deficits in noise beyond hearing sensitivity.

This study develops an optimized stimulus envelope to enhance the sensitivity of envelope-following responses (EFRs) for detecting cochlear synaptopathy in humans through computational modeling and experimental validation.

This study examines if subcortical EEG metrics of synaptopathy, like ABRs and EFRs, are applicable to older adults with impaired audiograms, finding mixed results and interactions between hearing loss and age.

The paper examines the relationship between subcortical EEG responses and psychoacoustic tasks to understand the role of cochlear synaptopathy and gain loss in human hearing.