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UV Smart D60: sustainability in every disinfection cycle
The UV Smart D60 is a CE marked (MDR Class IIa) disinfection device specifically designed for channel-less ENT endoscopes and TEE probes.
Continuous Ambulatory Vestibular Assessment (CAVA)
This article presents initial test findings using a novel system called CAVA - Continuous Ambulatory Vestibular Assessment. Akin to the 24-hour ECG tape to identify cardiac arrhythmias, this system aims to continuously monitor the presence of a nystagmus pattern in...
ADHEAR in the paediatric population
ADHEAR is a non-surgical bone conduction device (BCD) available from Med-El from 2017. It uses an adhesive adapter consisting of a soft rubber pad with a centre rigid plate that has a snap coupling for attachment of a sound processor....
An easy way to take intraoperative videos and pictures using a smart phone
Intraoperative visual documentation is a useful addition for personal archiving and for research purposes. Many commercially available systems are available for video and or photo documentations but these often require costly equipment. Smart phones would make ideal recording devices. However,...Are today’s implantable hearing devices better than conventional devices for patients with conductive and mixed hearing loss?
In March 2014, we published a paper in ENT & Audiology News, with a similar title. Below, an updated overview is presented of available devices (early 2021) for patients with conductive/mixed hearing loss. The focus is on effectiveness. Patients with...Management of single-sided deafness in adults: a bone conduction solution
Single-sided deafness (SSD) presents a limited number of methods for management, and not all of them meet the patient’s expectations. The aim of this article is to set out the available bone-conduction treatment methods for managing single‑sided deafness in adults....
Experience of the Sophono transcutaneous bone conduction system
This article is a frank discussion of the authors’ experience implanting these devices. The principle of the device is surgical implantation of a bilobed magnet within a bony well in the cranium (similar position to BAHA). The implant is a...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...Subjective tinnitus – adding mutebutton™ to your tinnitus toolbox
Neurophysiologic tinnitus or subjective tinnitus is typically a sound or a number of sounds that originate from the auditory nervous system. They are unwanted sounds that do not exist in the external environment. They can be heard in one or...SNAP by endoscope-i (safe endoscopy starts with a SNAP)
endoscope-i have developed a simple yet effective engineered solution to ensure safe nasoendoscopy assisted procedures. The 'SNAP' is a one-way valve that can be retrofitted, in seconds, to any surgical mask. endoscope-i CEO, Chris Coulson, explains: “We are all aware...
Do personal listening devices cause cochlear synaptopathy?
Cochlear synaptopathy is a condition in which noise interrupts the synaptic communication between sensory inner hair cells and low spontaneous rate cochlear nerve fibres. Since these nerve fibres are associated with signal coding in noisy backgrounds, their disruption leads to...
