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Audiology in this issue...The Weird World of Science

Gareth Smith, Consultant Clinical Scientist (Audiology), Southend University Hospital, UK. E: Gareth.Smith@southend.nhs.uk Twitter: @garethlsmith In this edition, I’ve taken rather an editor’s privilege in exploring outside of our mainstays in audiology and widened the field to consider acoustics more widely...

Basic Concepts of Clinical Electrophysiology in Audiology

Signal averaging principles have been around since 1875, but their application in medicine to enhance biologic signals was first made in 1947 for improved detection of electroencephalographic signals. It took a few more years until the first electrophysiological studies were...

Video-relay services for Deaf and hard-of-hearing communities

Deaf and hard-of-hearing communities experience many barriers when trying to communicate online or on the phone. Individuals encounter limitations communicating virtually with family members, booking crucial appointments and speaking to friends, to name a few. However, video relay service (VRS)...

Getting DAP’d at concerts, museums and more

Recently, I had the opportunity to speak with Dr Nir Fink and Yami Thor about their products at Bettear and their new deep audio processing (DAP) AI-based technology. The purpose of Bettear is to improve inclusivity and accessibility for those...

Chronic rhinosinusitis management: back to the future?

Immunology is a dim and distant medical school memory to many ENT surgeons, but the increasingly complex immunology of chronic rhinosinusitis is fascinating (honestly!). Medical management options in CRS no longer just involves saline and steroids, and we need to...

How to identify and support adults with auditory processing disorder: a focus on low-gain devices and auditory training

Some adults struggle with hearing in noise despite normal audiograms. Tools like the HHIA, low-gain devices and auditory training can help identify and support these cases. In this article, Angela Alexander and Fatima Abbas use a case study to discuss...

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...

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...

Infant hearing loss impacts spoken language development: identify and intervene early

Early hearing detection and intervention programmes have been implemented in many countries across the globe, but why are these programmes so important and how are our Canadian colleagues managing this process? The consequences of being born with a permanent hearing...

Measuring audiological outcomes in the paediatric setting

In this article Marlene Bagatto argues that a range of outcome measures and instruments need to be implemented when working with children and families. She demonstartes how these support both clinicians and families. The primary goal of early hearing detection...

Monitored safe medical practice: minimising patient harm will reduce medical negligence bill for the NHS

Patrick Bradley ruminates on a celebrated career in ENT head and neck surgery and suggests that increasing the possibility of positive outcomes to contemporary patient safety initiatives by the NHS must involve efforts to develop an enthusiastic contented workforce willing...

National Acoustics Laboratories and Ear Science Institute Australia join forces

A partnership between two Australian organisations will bring together the country’s researchers to improve treatments for millions dealing with hearing issues.