Johan H.M. Frijns

Full Professor of Otorhinolaryngology

Leiden University

Netherlands

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Johan H.M. Frijns is a Full Professor of Otorhinolaryngology at Universiteit Leiden, Netherlands. His research focuses on cochlear implants, hearing loss, and auditory processing, with recent publications exploring topics such as AI-driven neural implants, occupational performance of cochlear implant users, and the impact of cochlear implantation on quality of life. He is actively engaged in studies that bridge technology and clinical applications to enhance auditory experiences for individuals with hearing impairments.

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Collaborators (5)

Adriana Zekveld

Assistant Professor / PI

Amsterdam UMC Locatie VUmc

NETHERLANDS

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Katherine Bassil

Assistant Professor

University Medical Center Groningen

NETHERLANDS

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Deborah Vickers

University College London

UNITED KINGDOM

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Andrea Ciorba

ITALY

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Jeroen Briaire

Leiden University Medical Center

NETHERLANDS

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Johan H.M. Frijns

Research Interests

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About

Articles (20)

AI-driven neural implants for vision and hearing: a qualitative study of user perspectives

Occupational performance of cochlear implant users: a comparative study with other hearing-impaired and normal-hearing individuals

Neural Correlates of Loudness Coding in Two Types of Cochlear Implants—A Model Study

Pupillometry and perceived listening effort for cochlear implant users—a comparison of three speech-in-noise tests

Learning Effects of the Dutch/Flemish Matrix Test for Bimodal Cochlear Implant Users

Empathy Development in Preschoolers With/Without Hearing Loss and Its Associations with Social-Emotional Functioning

Beyond hearing: the impact of Cochlear implantation on the quality of life of users and their communication partners after 1 year

Automated segmentation of clinical CT scans of the cochlea and analysis of the cochlea's vertical profile

Biophysics-inspired spike rate adaptation for computationally efficient phenomenological nerve modeling

Multi-Magnet Cochlear Implant Technology and Magnetic Resonance Imaging: The Safety Issue

Optimizing stimulus energy for cochlear implants with a machine learning model of the auditory nerve

Residual Hearing Does Not Influence the Effectiveness of Beamforming when Using a Cochlear Implant in Conjunction with Contralateral Routing of Signals

Dynamic Current Focusing Compared to Monopolar Stimulation in a Take-Home Trial of Cochlear Implant Users.

Speech Perception Performance in Cochlear Implant Recipients Correlates to the Number and Synchrony of Excited Auditory Nerve Fibers Derived From Electrically Evoked Compound Action Potentials.

Diagnostic value of preoperative measures in selecting post-lingually deafened candidates for cochlear implantation – a different approach

Benefit of sequential bilateral cochlear implantation in children between 5 to 18 years old: A prospective cohort study

Full-array channel discrimination in cochlear implants: validation and clinical application

Being Deaf in Mainstream Schools: The Effect of a Hearing Loss in Children’s Playground Behaviors

Short- and long-latency components of the eCAP reveal different refractory properties

The effect of stimulus level on excitation patterns of individual electrode contacts in cochlear implants

Collaborators (5)

Adriana Zekveld

Katherine Bassil

Deborah Vickers

Andrea Ciorba

Jeroen Briaire

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