How might stereocilia function be involved in two-tone suppression?

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 ... Abstract. Stereocilia are actin-based protrusions on auditory and vestibular sensory cells that are required for hearing and balance. They convert physical ... We previously reported that CIB2 binds to WHRN and is essential for stereocilia staircase architecture of cochlear hair cells. Here, we refine the ... Apr 23, 2009 ... ... stereocilia," which are the 50 to 300 hair-like nanotubes projecting ... stereocilia bundles atop those cells—also amplify sound by ... Jul 18, 2022 ... Espins are actin-bundling proteins that have a well-characterized role in stereocilia formation; loss of function mutations in Espin result in ... Jan 21, 2021 ... Abstract. Inner ear hair cells detect sound-induced displacements and transduce these stimuli into electrical signals in a hair bundle that ... May 24, 2023 ... Stereocilia are miniscule hair-like protrusions on the surface of sensory cells (also called hair cells) found deep within the cochlear and ... You are studying the mechanism by which stereocilia in inner ear hair cells bend and transduce a ... staining reveals that it is located at the base of ... Oct 18, 2022 ... Stereocilia movements create an electrical signal that the auditory nerve carries to the brain. But accurately capturing and interpreting the ... These results provide the first direct evidence that type I hair cells have significantly more stereocilia than type II hair cells.