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Audiology research: opportunities, career progression and leadership

A career in research can, at first glance, seem far removed from the clinical world of audiology but is that really the case? In this article Melanie Ferguson explains the role of translational research in bridging this gap, as well...

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...

Differing outcomes of three Sub-Saharan Africa journeys with the common goal of task sharing in audiology

Task sharing can be designed and implemented specific to the needs of each programme. Foundational principles of global health include developing local leadership as a means to successful sustainable service provision in low- and middle-income countries (LMIC) or regions. It...

Barrier and opportunities for hearing care: finding a way forward for all

Ideal models of care for communities can include tailored ear and hearing care interventions. Barriers exist at an individual and societal level to realise the vision of hearing care for all, regardless of country or resource setting. Affordability of hearing...

Neurological idiopathic disease: a shared journey for NASA and medicine

Whilst Southampton can’t really be described as an extreme environment, experiments carried out in the city have certainly been taken out of this world. Robert Marchbanks discusses one of the associations between Southampton, The International Space Station and tympanic membrane...

A new approach to workplace hearing conservation

The traditional approach to managing workplace noise has failed - how can we better protect our nation’s hearing using smart hearing protection? Occupational noise-induced hearing loss (ONIHL) is the most common occupational health condition in the world and the most...

What you need to know about recent advances in genetics of hearing loss in the newborn

Identifying the underlying genetic cause of hearing loss in newborns can improve dramatically the early diagnosis and appropriate intervention. Hearing loss is the most common sensory disorder at birth, affecting approximately two out of 1000 newborns [1]. Congenital impaired hearing...

Getting started in research

Dave had a passion for research and was very encouraging in developing a research interest in others. Bhavisha and Amanda are currently working with a team of researchers, patients, research funders, the Department of Health and Social Care and NHS England, to develop the 2023-2028 UK Action Plan for Hearing loss and Tinnitus Research - a set of recommendations to grow hearing research in the UK. Here, they discuss their journey to hearing care research and how you could get involved in the world of research.

A path to leadership

In this article we learn more about the Ruth Thomsen’s journey in audiology and healthcare science, exploring the opportunities on the road less travelled. “Two roads diverged in a wood, and I—I took the one less traveled by,And that has...

Deafness impact on child development

Deafness can affect multiple aspects of a child’s development. This article explores these impacts and underscores the vital role audiologists play in early intervention. As an audiologist, learning and understanding the impact of deafness on a child’s development was an...

Audiology and ophthalmology: a comparative perspective on diagnostics and patient care

What are the similarities and differences between audiology and ophthalmic practices, and what can we learn from each other? Rosalyn Painter finds out. I’m here with Chris Gordon and Anthony Vukic from Gloucestershire Hospitals NHS Foundation Trust to find out...

Big data and the future of cochlear implant aftercare

With a million people using cochlear implants worldwide, the time is right for us to harness this vast data for patient benefit. Every day, cochlear implant (CI) processors quietly collect data: how long they’re worn, how often users switch programs...