In this episode, Melissa Waller and Nikola Ivanovic talk about how audiologists the data obtained from OTOPLAN.

In this episode, Nikola Ivanovic (Clincial Specialist in R&D at MED-EL) discusses how OTOPLAN is used in surgical planning and post-operative programming.

In this episode, Daniel Sieber gives advice to surgeons new to MED-EL’s electrode portfolio. General recommendations and important tips are included in this podcast.

In this episode, Daniel Sieber and Melissa Waller discuss the length of MED-EL's electrode. Daniel explains the advantages of  long electrode arrays and why they could result in better hearing performance.

In this episode, Daniel Sieber explains the decision behind the number of channels of MED-EL's flex series of electrodes. He explains that more channels are not always better and highlights which features are important to achieve the closest to natural hearing.

In this podcast, Daniel Sieber, Head of Electrodes & Surgical, Research & Development, explains MED-EL's philosophy behind the electrode design. Daniel talks about the conceptualization of the electrode design and its important attributes.

After identifying a patient as a candidate for Electric Acoustic Stimulation (EAS) and successful implantation, the post-op process begins. In this episode, Melissa Waller talks with Prem Ranjan (former Advanced Product Manager at MED-EL HQ, now Senior Product Manager) about fitting considerations in EAS users.

In this podcast, Prem Ranjan (former Advanced Product Manager at MED-EL HQ, now Senior Product Manager) discusses the EAS intra-operative process and tools available to monitor the preservation of residual hearing.

In this podcast, Prem Ranjan (former Advanced Product Manager at MED-EL HQ, now Senior Product Manager) discusses what Electric Acoustic Stimulation (EAS) is and candidacy criteria.

Here is another episode with essential CI fitting tips, this time for children. Alex Burtscher, MED-EL Product Manager for Clincial Software, shares tips based on practical experiences for finding a simple fitting strategy for pediatric cochlear implant users.