Electric-acoustic stimulation (EAS) was developed for individuals with a profound hearing
loss in the high frequencies and a substantial residual low-frequency hearing (LFH). For this …

The goals of this study were to derive a frequency–position function for the human cochlear
spiral ganglion (SG) to correlate represented frequency along the organ of Corti (OC) to …

Objectives: Commercially available cochlear implant systems attempt to deliver frequency
information going down to a few hundred Hertz, but the electrode arrays are not designed to …

Objectives: This review examines evidence for potential benefits of using cochlear implant
electrodes that extend into the apical regions of the cochlea. Most cochlear implant systems …

The level of hearing rehabilitation enjoyed by cochlear implant recipients has increased
dramatically since the introduction of these devices. This improvement is the result of …

Contemporary auditory prostheses (“cochlear implants”) employ arrays of stimulating
electrodes implanted in the scala tympani of the cochlea. Such arrays have been implanted …

Contemporary cochlear implants with multiple electrode stimulation can produce good
speech perception but poor music perception. Hindered by the lack of a gold standard to …

Place pitch was investigated in a computational model of the implanted human cochlea
containing nerve fibres with realistic trajectories that take the variable distance between the …

Deaf people who use cochlear implants show surprisingly poor sensitivity to the temporal
fine structure of sounds. One possible reason is that conventional cochlear implants cannot …

Eight cochlear implant users with near-normal hearing in their non-implanted ear compared
pitch percepts for pulsatile electric and acoustic pure-tone stimuli presented to the two ears …