Qualia Oto said that this once straight innovative shape-adaptive polymer coiled upon reacting to higher temperatures. Image: Qualia Oto. US-based biomedical device company Qualia Oto has secured a $2.8 million grant to advance a novel cochlear implant electrode technology designed to reduce insertion trauma while improving hearing outcomes....
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Discussion
Signed responses from readers of the wire.
No actionable change — this is early-stage R&D funding news with no clinical data; audiologists and surgeons should monitor future trial results before adjusting practice.
Reducing cochlear insertion trauma is a longstanding challenge in implant surgery, and a shape-adaptive polymer electrode could help preserve residual hearing and improve long-term outcomes if the technology proves effective in trials.
- 01Qualia Oto awarded $2.8 million grant to develop shape-adaptive polymer cochlear implant electrodes.
- 02Technology is designed to reduce mechanical trauma during surgical insertion into the cochlea.
- 03Still in development stage — no human trial data has been published yet.
- 04Trauma during electrode insertion is a known risk factor for loss of residual hearing.
- 05Flexible, shape-changing materials represent a novel engineering approach to cochlear implant design.
The shape-adaptive polymer electrode technology is designed to reduce insertion trauma during cochlear implantation.
press releaseunclearQualia Oto has received a $2.8 million grant to develop the technology.
press releasesupported