Permanent threshold elevation after noise exposure or aging is caused by loss of sensory
cells; however, animal studies show that hair cell loss is often preceded by degeneration of …

The auditory efferent system, especially the medial olivocochlear reflex (MOCR), is
implicated in both typical auditory processing and in auditory disorders in animal models …

Cochlear mechanics tends to be studied using single-location measurements of
intracochlear vibrations in response to acoustical stimuli. Such measurements, due to their …

According to coherent reflection theory, otoacoustic emissions (OAE) evoked with clicks
(clicked-evoked, CE) or tones (stimulus frequency, SF) originate via the same mechanism …

In this study, we explore nonlinear cochlear amplification by analyzing basilar membrane
(BM) motion in the mouse apex. Through in vivo, postmortem, and mechanical suppression …

Feedback networks in the brain regulate downstream auditory function as peripheral as the
cochlea. However, the upstream neural consequences of this peripheral regulation are less …

The mammalian cochlea achieves its remarkable sensitivity, frequency selectivity, and
dynamic range by spatially segregating the different frequency components of sound via …

Stimulus-frequency otoacoustic emissions (SFOAEs) are generated by coherent reflection of
forward traveling waves by perturbations along the basilar membrane. The strongest …

Algorithms for measuring stimulus-frequency otoacoustic emission (SFOAE) suppression
tuning curves (STCs) typically use pure tones as suppressors, leading to procedures which …

A filter algorithm based on cochlear mechanics and neuron filter mechanism is proposed
from the view point of vibration. It helps to solve the problem that the non-linear amplification …