This is a publisher’s version of a paper from XVI World Congress of Otohinolaryngology Head and Neck Surgery 1997, published by Monduzzi Editore. This version is reproduced with the permission of the publisher.To rehabilitate profoundly deaf patients who cannot benefit from the cochlear implant due to bilateral interruption of the auditory nerve, particularly from neurofibromatosis II, the histological and physiological effects of an auditory brainstem prosthesis on the cochlear nuclei of guinea pigs were examined in order to establish the safety and the efficacy of this prosthesis.2-7 Marc
Fifty years ago auditory scientists were very skeptical about the potential of new prosthetic approa...
This is an abstract of a paper presented at the 16th Annual Australian Neuroscience Meeting held in ...
Summary: Auditory Brainstem Implants were developed to partially restore the hearing capabilities of...
The cochlear implant can successfully rehabilitate the majority of profoundly deaf patients. However...
Publisher’s permission requested and denied.Patients with profound binaural sensorineural hearing lo...
Abstract of Poster 139This is an abstract of a poster presentation from the Proceedings of the Austr...
This is a publisher’s version of an article published in The Journal of Laryngology & Otology © 1973...
Summary: The development of cochlear implantation has al-lowed the majority of patients deafened aft...
Modern auditory prostheses range from implants that impart mechanical energy to the cochlea via the ...
This chapter describes the development of two implantable prosthetic neuro-stimulators which, in the...
Very little information has been published on the clinical outcome of auditory brainstem implants (A...
Publisher’s permission requested and denied.Cochlear implantation has become a recognised surgical p...
To date, the cochlear implant is the most successful sensorineural prosthesis. The device consists o...
This study reviews the cochlear histology from four hearing preservation cochlear implantation exper...
Deposited with permission of the author. © 2011 Dr. Thomas Gregory LandryThe loss of cochlear hair c...
Fifty years ago auditory scientists were very skeptical about the potential of new prosthetic approa...
This is an abstract of a paper presented at the 16th Annual Australian Neuroscience Meeting held in ...
Summary: Auditory Brainstem Implants were developed to partially restore the hearing capabilities of...
The cochlear implant can successfully rehabilitate the majority of profoundly deaf patients. However...
Publisher’s permission requested and denied.Patients with profound binaural sensorineural hearing lo...
Abstract of Poster 139This is an abstract of a poster presentation from the Proceedings of the Austr...
This is a publisher’s version of an article published in The Journal of Laryngology & Otology © 1973...
Summary: The development of cochlear implantation has al-lowed the majority of patients deafened aft...
Modern auditory prostheses range from implants that impart mechanical energy to the cochlea via the ...
This chapter describes the development of two implantable prosthetic neuro-stimulators which, in the...
Very little information has been published on the clinical outcome of auditory brainstem implants (A...
Publisher’s permission requested and denied.Cochlear implantation has become a recognised surgical p...
To date, the cochlear implant is the most successful sensorineural prosthesis. The device consists o...
This study reviews the cochlear histology from four hearing preservation cochlear implantation exper...
Deposited with permission of the author. © 2011 Dr. Thomas Gregory LandryThe loss of cochlear hair c...
Fifty years ago auditory scientists were very skeptical about the potential of new prosthetic approa...
This is an abstract of a paper presented at the 16th Annual Australian Neuroscience Meeting held in ...
Summary: Auditory Brainstem Implants were developed to partially restore the hearing capabilities of...