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Surgical technology and operating room safety failures: lessons from vascular and general surgery

Background – surgical technology and otolaryngology An estimated 234 million major surgical procedures are performed annually worldwide. This requires the interaction of multidisciplinary teams with varying contributions of surgical technology and therefore makes surgical procedures prone to multiple sources of...

Role of interventional neuroradiology in otorhinolarygological pathology 
– a brief review

Introduction Since its advent in 1964 when Dotter percutaneously dilated a stenosed femoral artery [1], interventional radiology has undergone tremendous advancement in both imaging and devices that have enabled the operator (interventional radiologist) to access very distal small vasculature and...

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...

Multi-channel cochlear implants: past, present and future

Forty years since the first multi-channel devices were implanted, who better than Ingeborg Hochmair, who has been a key figure throughout their evolution, to offer her thoughts on the past, present and future of multi-channel cochlear implants? Read on for...

An overview of human factors in ENT and anaesthesia

James Bates and Chris Frerk are both passionate about how human factors science can improve safety in healthcare and have co-authored this article describing how communication, ergonomics and other non-technical skills are making operating theatres safer. There is no doubt...

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...

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...

Use of automated audiometry for faster patient access to audiology services?

Manual audiometry has long been the gold standard for establishing hearing thresholds. In recent years, a number of automated audiometry applications have reached the market. In this article, a team from Ireland have put a version of automated audiometry to...

Innovative approaches to treating deafness

Shahar Taiber and Karen Avraham give us a summary of gene therapies for hearing loss, with an overview of limitations and what the future holds. Hearing loss is the most common sensory disorder. The last two decades have seen a...

Alternobaric vertigo: asymmetrical vestibular function due to asymmetrical middle ear pressures (Iron Man’s archenemy)

The Marvel Cinematic Universe could certainly be deemed an ‘extreme environment’ and yet very rarely do we see the Avenger’s popping to the clinic for a check-up. Hee-Young Kim has wondered how they cope with extreme pressure changes and discusses...

Mind the gap – developing a sustainable pipeline for hearing therapeutics

In this article, the authors describe three key challenges faced in developing hearing therapeutics. Collaboration between companies, sectors and disciplines will be key to finding solutions. The unmet need for therapies for hearing loss grows apace, with prevalence rising across...