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Music is noise

Marshall Chasin recaps what we know acoustically about music and noise, and discusses the potentially damaging levels of music, how temporary threshold shift (TTS) is not necessarily temporary and gives us some considerations for protective devices for musicians. Most of...

Facing up to the challenge of behavioural observation in infant hearing assessment

The ability to assess detection and discrimination of speech by infants has proved elusive. Dr Iain Jackson and colleagues discuss how new technologies and fresh approaches might offer valuable insight into young infants’ behavioural responses to sound. The limits of...

Microneedles enable inner ear precision medicine

Developing safe, reliable and efficient ways to deliver therapeutics into the cochlea is a key challenge. In this article, the authors share their work to develop microneedles to address this challenge. The era of precision medicine of the inner ear...

Can we prevent chronic rhinosinusitis?

The old adage ‘prevention is better than cure’ is considered by Professor Hopkins in respect to chronic rhinosinusitis, a condition affecting around 10% of the adult population and associated with huge impact on quality of life and economic cost. A...

The workplace environment and doctors’ health (ENT)

It is well established that doctors have higher levels of stress, depression and suicide than the general population [1] and most other professional groups (Figure 1 illustrates the factors that can make us ill). In addition they have high levels...

Update on the development of an implantable vestibular prosthesis

Cochlear implants have revolutionised the management of profound hearing loss. Might vestibular implants be the future for the treatment of bilateral vestibular failure? James Johnston and Neil Donnelly explore. The vestibular system is highly complex, integrating visual, labyrinthine and proprioceptive...

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...