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Making healthcare conferences green

Who knew our healthcare conference industry contributed so much to global carbon emissions? This article summarises means to reduce the impact such that we can continue to meet with our peers for educational meetings and networking, but in a sustainable...

Circular economy approach to reducing your carbon footprint in your ENT operating room

Although our operating rooms consume significant resources, some simple changes can have considerable impact in reducing greenhouse gas emissions. Here are 10 such simple things we can do. Waste is one of the largest contributors to a hospital’s carbon footprint,...

In conversation with Professor John Russell, President of CEORL-HNS Dublin 2024

John Russell is professor of paediatric otolaryngology in Dublin and the President of the CEORL-HNS Congress in his hometown. Declan Costello caught up with him to find out what we can expect from the meeting, not just academically, but also...

Machine learning and the future of otolaryngology

If you are over 30 years of age, you have witnessed a technology revolution that has grossly affected how we live: computers have come from being an oddity to an everyday feature in our households and places of work; the...

Jameel Muzaffar, Anne Schilder and James O’Hara

In a follow-up to the interview with Anne Schilder back in 2016*, Jameel Muzaffar speaks to Anne and to James O’Hara about the current research landscape in ENT in the UK. *Banerjee A. In conversation with Professor Anne Schilder. ENT...

Bringing ear care and hearing services to the hardest to reach: the potential of primary healthcare workers

Can workers from the local community plug the workforce gap in providing ear and hearing care? Bringing ear and hearing care services closer to the community remains a key component of reducing the burden of ear and hearing conditions across...

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...

The role of objective measures and imaging to optimise cochlear implant outcomes

Should we be using new or novel objective measures and imaging to assist with our cochlear implant patients? Debi Vickers and Shak Saeed describe current clinical techniques and present advances that have the potential to optimise outcomes. Introduction It is...

How cognition influences hearing aid use

Introduction Hearing aids are designed to provide amplification for individuals with poor auditory sensitivity. Signal processing algorithms are designed and implemented in hearing aids to further enhance speech intelligibility and to improve listening comfort by attenuating unwanted background noise. Sarampalis...

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,...

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...

Bringing ear care and hearing services to the hardest to reach: the potential of primary healthcare workers

Can workers from the local community plug the workforce gap in providing ear and hearing care? Bringing ear and hearing care services closer to the community remains a key component of reducing the burden of ear and hearing conditions across...