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How good ideas become great products: in conversation with three medical innovators

Ever had a great idea for an innovation that would significantly improve your practice, but wondered how to go about developing it? Lucy Dalton interviewed three consultant ENT surgeons-come-successful innovators (one international, one novice and one experienced) who explain what...

3D printing and sustainability in audiology and ENT

As we try to avoid disposing of equipment that is still functional, we are challenged by company policies that make equipment ‘obsolete’ and no longer supported for repairs. One innovative solution is provided by 3D printing parts that are needed...

Semi implantable bone conduction devices: challenges and developments

Bone conduction mechanisms and history of bone conduction aids Bone conduction hearing devices work by stimulating hair cells via the bone conduction hearing pathways. These pathways are less well understood than the air conduction pathways, but recent research has shown...

Simulation: human factors scenario training

It is said that surgical training has suffered as a result of a combination of factors – through the introduction of work time restrictions such as the European Working Time Directive (EWTD) [1], a limit on the number of years...

Shooting for Gold: ENT surgery and the Commonwealth Games

What are the secrets to success in your career, sports and life in general? Sharp-shooter Parag Patel hits the bullseye again. I write this article following a wave of summer sporting brilliance, from the record Great Britain 67 medal haul...

Cochlear implantation in the developing world: perspectives from the Indian subcontinent

Cochlear implants are an expensive technology, yet profound hearing loss is far from a developed-world phenomenon. On the contrary, incidences of both congenital and acquired hearing losses are high in the developing world. This article explains how an initiative in...

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...

Using tele-audiology in Zambia’s ear and hearing care desert

Addressing the medical desert with tele-audiology and tele-education. If a ‘medical desert’ is defined as a community that lives more than 60 miles away from the nearest acute care hospital, then try to imagine an appropriate term for a situation...

Adult hearing screening: consideration for a holistic model

Background Adult-onset hearing impairment is a highly prevalent and undertreated chronic problem that poses a significant burden of disease worldwide [1]. It is usually gradual and diagnosed and managed approximately 10 years after adults have first experienced hearing difficulties [2]....

The ear-brain connection in cochlear implant users: learning to listen again

While the cochlear implant (CI) has been a tremendous success in restoring hearing to deaf individuals, the implantation outcome still varies across CI users [1]. Some demographic factors, such as duration of deafness, and peripheral factors, such as electrode placement,...