Add to ORKGThe displacement pattern of basilar membrane motion is tonotopically organized, with high frequencies reaching their apogee towards the base of the cochlea and low frequencies achieving their maximum near the apex (von BŽkŽsy, 1960). This systematic relationship between peak displacement and cochlear location serves as the linchpin of the "place&quot
Abstract: The nature of pitch and its neural coding have been studied for over a century. A popular ...
The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the bas...
The discovery that an apparent forward-propagating otoacoustic emission (OAE) induced basilar membra...
Introduction The displacement pattern of basilar membrane motion is tonotopically organized, with hi...
ormatting the peripheral spatio-temporal response pattern germane to periodicity analysis and the pe...
Acoustic stimulation vibrates the cochlear basilar membrane, initiating a wave of displacement that ...
<p>(<b>A</b>) Delay of cochlear resonators (ms) against characteristic frequency (kHz). (<b>B</b>) T...
Acoustic stimulation vibrates the cochlear basilar membrane, initiating a wave of displacement that ...
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
AbstractSound processing begins at the peripheral auditory system, where it undergoes a highly compl...
The mammalian cochlea achieves its remarkable sensitivity, frequency selectivity, and dynamic range ...
We have used the guinea pig isolated temporal bone preparation to investigate changes in the nonline...
Low-frequency stimuli (40-to 1000-Hz tones) have been used to correlate the motion of the 8-to 9-kHz...
<div><p>The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of...
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
Abstract: The nature of pitch and its neural coding have been studied for over a century. A popular ...
The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the bas...
The discovery that an apparent forward-propagating otoacoustic emission (OAE) induced basilar membra...
Introduction The displacement pattern of basilar membrane motion is tonotopically organized, with hi...
ormatting the peripheral spatio-temporal response pattern germane to periodicity analysis and the pe...
Acoustic stimulation vibrates the cochlear basilar membrane, initiating a wave of displacement that ...
<p>(<b>A</b>) Delay of cochlear resonators (ms) against characteristic frequency (kHz). (<b>B</b>) T...
Acoustic stimulation vibrates the cochlear basilar membrane, initiating a wave of displacement that ...
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
AbstractSound processing begins at the peripheral auditory system, where it undergoes a highly compl...
The mammalian cochlea achieves its remarkable sensitivity, frequency selectivity, and dynamic range ...
We have used the guinea pig isolated temporal bone preparation to investigate changes in the nonline...
Low-frequency stimuli (40-to 1000-Hz tones) have been used to correlate the motion of the 8-to 9-kHz...
<div><p>The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of...
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
Abstract: The nature of pitch and its neural coding have been studied for over a century. A popular ...
The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the bas...
The discovery that an apparent forward-propagating otoacoustic emission (OAE) induced basilar membra...