What are vestibular evoked myogenic potentials (VEMPs)?

... stereocilia? How did the authors explain inconsistencies with previous published results by Ohmori? c) What was the nature of the evidence that transduction ... These results suggest that regulation of stereocilia length occurs through EPS8 and that CDH23 and PCDH15 regulate stereocilia lengthening beyond their role in ... Many experimental observations over the past decade have indicated that the role of stereocilia structure and function in cochlear hair-cell transduction is ... The actin filament bundle, which is held together by specific crossbridges, gives rigidity and exact dimensions to each stereocilium. The cuticular plate ... Oct 19, 2022 ... GPSM2-GNAI(GDP), in turn, imparts asymmetry to the forming stereocilia to enable sensory function in hair cells. INTRODUCTION. Hair cells (HCs) ... Nov 7, 2011 ... The output of the cochlea is controlled by the bending of inner‐hair‐cell (IHC) stereocilia, but the mechanisms that produce this bending ... Mar 21, 2011 ... The mechanotransducer channels of auditory hair cells are gated by tip-links, oblique filaments that interconnect the stereocilia of the ... For the latter option to work without downtime, each stereocilium (or sets of mechanically-connected stereocilia) must be able to execute the recovery by itself ... Abstract. Stereocilia are actin-based protrusions on auditory and vestibular sensory cells that are required for hearing and balance. They convert physical ... Jun 3, 2019 ... Noise-induced hearing loss happens when tiny hair-like structures (stereocilia) that sit on top of hair cells in the inner ear are damaged by noises that are ...