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The aim is to develop a method for measuring intracochlear pressure changes during cochlear implantation without invasive techniques.

March 4, 20260 citationsOpen Access

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A non-invasive approach for intracochlear pressure transient detection in cochlear implantation

WBWalter BernardiSwiss Institute for Art Research SWStefan WederUniversity of Bern GMGeorgios MantokoudisUniversity Hospital of Bern

Key Points

The aim is to develop a method for measuring intracochlear pressure changes during cochlear implantation without invasive techniques.
Propose a non-invasive approach for detecting intracochlear pressure transients.
Validate the method through comparison with traditional measurement techniques.
Identification of pressure transients during surgical manipulation.
Potential for real-time feedback during cochlear implantation procedures.

Abstract

Research question: Surgical manipulation in cochlear implantation can generate traumatic intracochlear pressure transients ref:1. At present, these pressure changes cannot be measured in vivo. To address this limitation and enable real-time surgical feedback, we propose and validate a non-invasive, for full text, please go to the a.m. URL

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A non-invasive approach for intracochlear pressure transient detection in cochlear implantation

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