The finding of active function by the outer hair cells for sound processing prior to neural transduction in the inner hair cells represents the basic mechanism for the generation of Otoacoustic Emissions in the cochlea. Among them the so-called Distortion Product Otoacoustic Emissions represent a tool for an in depth knowledge of the Organ of Corti micromechanics, more advantageous than others, based on their properties, that makes possible an objective frequency-specific study: The response in a group of normally hearing subjects is presented and characterized to ascertain the basic features to be used in further testing of deaf people
This research is based on the study of otoacoustic emissions as a means of inner ear investigation. ...
Introduction: analysis of the suppression effect is a simple method to evaluate cochlear status and ...
Introduction Analysis of the suppression effect is a simple method to evaluate cochlear status and c...
The finding of active function by the outer hair cells for sound processing prior to neural transduc...
n this chapter, we present a very special kind of acoustic emissions, coming from inside the cochlea...
n this chapter, we present a very special kind of acoustic emissions, coming from inside the cochlea...
We hypothesized that cochlear frequency discrimination occurs through medial olivocochlear efferent ...
The discovery of otoacoustic emissions (OAE) has advanced our understanding of cochlear mechanics an...
Considerable evidence implicates outer hair cells (OHC) as being responsible for the generation of d...
During recent years, much attention has been paid otoacoustic emissions in the clinical audiological...
Abstract Detection of low-level sounds by the mammalian cochlea requires electromechanical feedback ...
Otoacoustic emissions (OAEs) are sounds of cochlear origin, which can be recorded by a microphone fi...
AbstractNormal mammalian ears not only detect but also generate sounds. The ear-generated sounds, i....
Otoacoustic emissions (OAEs) are weak sounds that can be recorded in the external ear. They are gene...
Auditory fatiguing can be considered a suitable test to assess some cochlear mechanisms and diseases...
This research is based on the study of otoacoustic emissions as a means of inner ear investigation. ...
Introduction: analysis of the suppression effect is a simple method to evaluate cochlear status and ...
Introduction Analysis of the suppression effect is a simple method to evaluate cochlear status and c...
The finding of active function by the outer hair cells for sound processing prior to neural transduc...
n this chapter, we present a very special kind of acoustic emissions, coming from inside the cochlea...
n this chapter, we present a very special kind of acoustic emissions, coming from inside the cochlea...
We hypothesized that cochlear frequency discrimination occurs through medial olivocochlear efferent ...
The discovery of otoacoustic emissions (OAE) has advanced our understanding of cochlear mechanics an...
Considerable evidence implicates outer hair cells (OHC) as being responsible for the generation of d...
During recent years, much attention has been paid otoacoustic emissions in the clinical audiological...
Abstract Detection of low-level sounds by the mammalian cochlea requires electromechanical feedback ...
Otoacoustic emissions (OAEs) are sounds of cochlear origin, which can be recorded by a microphone fi...
AbstractNormal mammalian ears not only detect but also generate sounds. The ear-generated sounds, i....
Otoacoustic emissions (OAEs) are weak sounds that can be recorded in the external ear. They are gene...
Auditory fatiguing can be considered a suitable test to assess some cochlear mechanisms and diseases...
This research is based on the study of otoacoustic emissions as a means of inner ear investigation. ...
Introduction: analysis of the suppression effect is a simple method to evaluate cochlear status and ...
Introduction Analysis of the suppression effect is a simple method to evaluate cochlear status and c...