Search

By the people, for the people: a multidisciplinary facial nerve clinic with a difference

Facial nerve palsy is regularly seen in ENT clinics. Underlying diagnoses are excluded, and the patient is often then discharged to ‘see how it goes’, with or without an ophthalmology referral. Here, Catherine Meller describes how she and her team...

Mobile technologies to support global ear and hearing care

By combining mobile technology with artificial intelligence, more people can access ear and hearing care. The World Health Organization (WHO) estimates that worldwide, nearly half a billion people have moderate or worse hearing loss [1]. The vast majority of people...

Supporting music listening through cochlear implant services – experience from a UK adult clinic on supporting musical engagement

The perception and enjoyment of music is central to many people’s lives. Harriet Crook (herself a cochlear implant recipient) tells us about important work in this area for people using hearing aids and CIs. There is now a wealth of...

Remote hearing aid fittings and maintenance – exploring applications in Africa

Introduction Technology and connectivity are allowing audiological services to be provided in novel ways. The field of telehealth, although firmly established over the past two decades, is buoyed by the continued and rapid advances in information and communication technologies. Remote...

Audiovestibular findings in children with enlarged vestibular aqueduct

Enlarged vestibular aqueduct is reported to affect up to 15% of the paediatric population with sensorineural hearing loss. Devin McCaslin and Bridget Smith provide an up-to-date overview of the mechanisms and clinical symptoms underlying the condition and share some of...

What’s new in electrophysiology?

Steve Bell is a lecturer at the University of Southampton and a member of the British Society of Audiology’s (BSA) Special Interest Group in Electrophysiology. Given the current surge in interest in electrophysiology, both in rehabilitation and diagnostic arenas, Steve...

What’s new in auditory processing?

Auditory processing disorder (APD) has had a controversial history, stemming mainly from lack of scientific rigor and accepted clinical definition. That situation is now changing. Driven by the huge number of people with unaddressed listening difficulties, basic discoveries in neuroscience,...

The future of inner ear drug delivery

The techniques for delivering drugs to the inner ear system are evolving. Jeffrey Harris considers the myths, the facts and the potential for drug delivery innovations and how they can improve tomorrow’s hearing outcomes. The inner ear’s delicate membranous structure,...

Tinnitus and music

Marc Fagelson discusses how not just hearing loss, but tinnitus and hyperacusis and impairments to an individual’s ability to process music can adversely affect one’s quality of life, as well as their overall interactions from a societal and personal perspective....

How should we detect and identify deficit-specific auditory processing disorders?

The human central auditory nervous system (CANS) is complex and highly dependent upon attention and cognitive brain regions. Profs David Moore and Harvey Dillon discuss novel assessment approaches to clarify auditory contributions to listening difficulties in children. How can we...

Mobile technologies to support global ear and hearing care

By combining mobile technology with artificial intelligence, more people can access ear and hearing care. The World Health Organization (WHO) estimates that worldwide, nearly half a billion people have moderate or worse hearing loss [1]. The vast majority of people...

Genetics and the newborn hearing screen: the future is now

Eliot Shearer shares the progress being made with newborn hearing screening 60 years on from where it started, and future directions for identifying hearing loss using physiologic, genetic and cCMV screening. Newborn screening had its birth in the early 1960s,...