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Scientific advances in mapping syndromic hearing loss

From more than 22000 genes that we humans have, approximately 3000 genes are associated with human communication. There are tens of syndromes which have been identified to be accompanied by hearing loss. Disorders of almost every organ of the body...

Living with Usher syndrome

“Usher people often still have sharp, clear central vision. It is the corner of their eye that is missing. This is why the Usher person often does not feel or look blind. In the early days they may not even...

What’s new in the cochlea?

Prof Furness in this article rounds up the steps and leaps being made by the scientific community to develop therapies to support, rejuvenate and / or replace the cochlear structures. David’s electron microscope images of the cochlear structures are world...

The evolving role of OAEs in newborn hearing screening

An admission on emissions from James Hall! OAEs hold an established place in the screening of infants; Professor Hall introduces how OAEs established this position and the advances keeping the test relevant to today’s infant screening battery. Introduction Truthfully, when...

TEN testing in paediatric patients

Threshold equalising noise (TEN) testing is used to identify dead regions (DRs) of the cochlear. Alexandra Lusty considers the challenges of using the TEN test in the paediatric population as well as the importance of identifying DRs. Diagnosing dead regions...

Fall prevention in the elderly population

A fall in later life can have a catastrophic impact on a person’s quality of life. Lilian Felipe explains how falls prevention programmes and vestibular rehabilitation can help.

Current update on vestibular and balance disorders in children

Vestibular and balance disorders in children with hearing loss often go unrecognised. This article describes the significant impact such disorders have on the various aspects of children’s development. Vestibular and balance disorders occur in the paediatric population but can go...

Current practice in cochlear implantation

From candidacy to surgery and rehabilitation, cochlear implant practice is evolving, with new technologies shaping outcomes for patients worldwide. Image courtesy of MED-EL. Cochlear implants restore a sense of hearing in the profoundly deaf, representing the most successful neuroprostheses available,...

Cochlear implantation for single-sided deafness and asymmetric hearing loss

Continuing our sub-theme of cochlear implantation candidacy, Richard Irving and Raghu Kumar review the principles and benefits of cochlear implantation in individuals who have an asymmetric hearing loss. It is well known that cochlear implantation improves auditory capacity, and in...

Optical cochlear implants: recent progress toward light-based hearing restoration

Optical cochlear implants combine optogenetics and light-based hardware to overcome limits of electrical CIs, promising sharper frequency resolution and more natural hearing. Cochlear implants (CIs) are among the most successful neuroprosthetic devices in modern medicine, restoring speech perception to hundreds...