Clarisse H. Panganiban

The paper introduces a non-invasive test to distinguish stria vascularis dysfunction from other causes of hearing loss in mice, using inter-trial coherence in auditory brainstem responses.

This study shows that aging leads to increased central gain in the auditory brainstem without improved neural synchrony in mice and humans.

The paper identifies two distinct types of nodes of Ranvier in the mouse auditory nerve and shows their functional roles and changes across development and aging.

This paper identifies Klhl18 mutant mice with low-frequency progressive hearing loss due to inner hair cell dysfunction, showing abnormal stereocilia and normal outer hair cell function.