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Long-term outcomes of children and young people with cochlear implants

5 June 2017 | | Audiology - Paediatric, Auditory Implants, Otology, Paediatric ENT
Introduction Profound childhood hearing loss has a huge impact on early communication skills, the acquisition of spoken language, and hence on educational attainments and employment prospects. Over the centuries, educators of the deaf attempted to overcome the challenge by using...

Semi implantable bone conduction devices: challenges and developments

6 June 2017 | | Auditory Implants, Audiology - Paediatric, Audiology - Adult, ENT, Otology, Paediatric ENT
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...

In conversation with Ad Snik

1 January 2017 | | ENT
Professor Ad Snik has spent a large portion of his career in hearing implantation and has seen novel devices come and go, some of great benefit to patients, others which haven’t produced expected results. In this interview, he talks to...

In conversation with Professor Anne Schilder

1 January 2016 | | ENT
Flying the flag for research in ENT, hearing and balance Anne Schilder is an NIHR Research Professor and leads the evidENT team at the Ear Institute at University College London. She also holds a Chair in Paediatric ENT at UCL...

Adjoin™ bone conduction system

1 May 2016 | | Auditory Implants, Otology
Patrik Westerkull (PW), Otorix AB, and Ann-Louise McDermott (A-LM), ENT Consultant at Birmingham Children’s Hospital, tell us about the Adjoin bone conduction device, a non-surgical bone-conduction option developed by Otorix. They explain how the product works, the background to the...

Barotrauma

1 July 2014 | | ENT, Otology, Rhinology / Sinus, Vestibular Disorders
Barotrauma is an injury which is due to the effects of pressure upon an air-containing space. Healthy middle ear cavities and paranasal sinuses are normally in equilibrium with the atmospheric pressure, but if an individual moves away from the surface,...

Neural plasticity and aural rehabilitation

1 July 2015 | | Audiology - Adult, Neurotology
Neural plasticity refers to an ability of the brain and central nervous system to change their structure and function or their reorganisation in response to environmental cues, experience, learning, behaviour, injury and / or diseases and treatments. Neural plasticity is...
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