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This study posits that central top-down processes (attention, inhibition), marked by alpha oscillations in EEG, play a key role. Understanding the evolution of these neuronal signatures and their link to pre-implantation visual dependence could allow the identification of biomarkers predictive of the success of auditory rehabilitation.
Full description
Profound bilateral deafness leads to sensory deprivation and neuronal reorganization ( visual recruitment of the auditory cortex). Although cochlear implants restore hearing, comprehension performance varies considerably. Peripheral factors explain only 40% of this variance. This study posits that central top-down processes (attention, inhibition), marked by alpha oscillations in EEG, play a key role. Understanding the evolution of these neuronal signatures and their link to pre-implantation visual dependence could allow the identification of biomarkers predictive of the success of auditory rehabilitation.
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Inclusion criteria
For cochlear implant patients:
For young patients with normal hearing:
For older patients with normal hearing:
For experienced cochlear implant recipients:
For severely deaf patients fitted with hearing aids:
Exclusion criteria
90 participants in 5 patient groups
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Central trial contact
Mathieu MARX, Pr; Florine LEGAY
Data sourced from clinicaltrials.gov
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