Basilar membrane (BM) motion and auditory nerve fiber (ANF) tuning are generally very similar, but the ANF had appeared to be unresponsive to a plateau mode of BM motion that occurs at frequencies above an ANF‘s characteristic frequency (CF). We recorded ANF responses from the gerbil, concentrating on this supra-CF region. We observed a supra-CF plateau in ANF responses at high stimulus level, indicating that the plateau mode of BM motion can be excitatory
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
<div><p>The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of...
The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the bas...
Ruggero et al. (PNAS 97(22) p.11744, 2000) compared threshold tuning curves of chinchilla basilar me...
AbstractThe high sensitivity and wide bandwidth of mammalian hearing are thought to derive from an a...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
Low-frequency hearing is critically important for speech and music perception, but no mechanical mea...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
The mammalian cochlea is a highly sensitive transducer which converts acoustic vibration into electr...
textabstractIn this study, we analyze the processing of low-frequency sounds in the cochlear apex th...
In this study, we analyze the processing of low-frequency sounds in the cochlear apex through respon...
The high sensitivity and sharp frequency selectivity of acoustical signal transduction in the cochle...
For over 50 years now, the propagation of travelling waves on the basilar membrane of the cochlea ha...
AbstractOuter hair cell (OHC) somatic motility plays a key role in mammalian cochlear frequency sele...
The directionality of hair cell stimulation combined with the vibration of the basilar membrane caus...
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
<div><p>The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of...
The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the bas...
Ruggero et al. (PNAS 97(22) p.11744, 2000) compared threshold tuning curves of chinchilla basilar me...
AbstractThe high sensitivity and wide bandwidth of mammalian hearing are thought to derive from an a...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
Low-frequency hearing is critically important for speech and music perception, but no mechanical mea...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
The mammalian cochlea is a highly sensitive transducer which converts acoustic vibration into electr...
textabstractIn this study, we analyze the processing of low-frequency sounds in the cochlear apex th...
In this study, we analyze the processing of low-frequency sounds in the cochlear apex through respon...
The high sensitivity and sharp frequency selectivity of acoustical signal transduction in the cochle...
For over 50 years now, the propagation of travelling waves on the basilar membrane of the cochlea ha...
AbstractOuter hair cell (OHC) somatic motility plays a key role in mammalian cochlear frequency sele...
The directionality of hair cell stimulation combined with the vibration of the basilar membrane caus...
Electromotile outer hair cell (OHC) feedback provides the sensitivity and sharp frequency tuning of ...
<div><p>The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of...
The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the bas...