What is the reticular lamina?

The stereocilia are simpler, containing only an actin cytoskeleton. Each stereocilium tapers where it inserts into the apical membrane, forming a hinge ... 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 ... Nov 3, 2021 ... ... stereocilia. Sound vibrations cause the stereocilia to sway, which leads to the hair cell sending signals to nearby neurons that relay ... 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 ... They are distinct from cilia and microvilli, but are closely related to microvilli. They form single "finger-like" projections that may be branched, with normal ... 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 ... 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 ... Apr 13, 2017 ... Because the actin filaments in the stereocilia of hair borders still remain as compact bun- dles, albeit very disordered, there must be an addi-. May 10, 2021 ... We show that IHC and OHC stereocilia are similarly TM-embedded and that Ca 2+ ducts connect the TM to the stereocilia of IHCs and OHCs. Trouble detecting soft or high-pitched sounds is often the first sign that stereocilia — the delicate hair cells that convert sound waves into electrical ...