An intraoperative monitoring algorithm during cochlear implant electrode insertion could be used to detect trauma and guide electrode placement relative to surviving hair cells. The aim of this report was to assess the feasibility of using extracochlear recording sites to monitor acoustically evoked responses from surviving hair cells and neural elements during implantation in an animal model
Objectives: (1) To correlate simultaneously recorded intra- and extracochlear electrocochleography (...
A patient receiving a cochlear implant (CI) has little predictive knowledge of how well he or she wi...
Electrocochleography (ECochG) measures inner ear potentials generated in response to acoustic stimul...
An intraoperative monitoring algorithm during cochlear implant electrode insertion could be used to ...
Cochlear trauma due to electrode insertion can be detected in acoustic responses to low frequencies ...
The pathophysiologic mechanisms resulting in hearing loss during electrode implantation are largely ...
The goal of this work was to assess electrophysiologic response changes to acoustic stimuli as an in...
Cochlear implants (CI) perform especially well if residual acoustic hearing is retained and combined...
Hypothesis—Flexible electrode interaction with intracochlear structures in a noise-damaged region of...
© 2019 Luke John CampbellCochlear implants having been widely used over the past few decades to rest...
Introduction: Electrocochleography has recently emerged as a diagnostic tool in cochlear implant sur...
The goal of the overall project is to develop knowledge about cochlear physiology during cochlear im...
Objective: The aims of this study were: (1) To investigate the correlation between electrophysiologi...
Acoustically evoked neural and hair cell potentials can be measured from the round window (RW) intra...
To preserve residual hearing during cochlear implant (CI) surgery, it is desirable to use intraopera...
Objectives: (1) To correlate simultaneously recorded intra- and extracochlear electrocochleography (...
A patient receiving a cochlear implant (CI) has little predictive knowledge of how well he or she wi...
Electrocochleography (ECochG) measures inner ear potentials generated in response to acoustic stimul...
An intraoperative monitoring algorithm during cochlear implant electrode insertion could be used to ...
Cochlear trauma due to electrode insertion can be detected in acoustic responses to low frequencies ...
The pathophysiologic mechanisms resulting in hearing loss during electrode implantation are largely ...
The goal of this work was to assess electrophysiologic response changes to acoustic stimuli as an in...
Cochlear implants (CI) perform especially well if residual acoustic hearing is retained and combined...
Hypothesis—Flexible electrode interaction with intracochlear structures in a noise-damaged region of...
© 2019 Luke John CampbellCochlear implants having been widely used over the past few decades to rest...
Introduction: Electrocochleography has recently emerged as a diagnostic tool in cochlear implant sur...
The goal of the overall project is to develop knowledge about cochlear physiology during cochlear im...
Objective: The aims of this study were: (1) To investigate the correlation between electrophysiologi...
Acoustically evoked neural and hair cell potentials can be measured from the round window (RW) intra...
To preserve residual hearing during cochlear implant (CI) surgery, it is desirable to use intraopera...
Objectives: (1) To correlate simultaneously recorded intra- and extracochlear electrocochleography (...
A patient receiving a cochlear implant (CI) has little predictive knowledge of how well he or she wi...
Electrocochleography (ECochG) measures inner ear potentials generated in response to acoustic stimul...