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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...
CI and CP
Quality of life improvement is one of the main goals of cochlear implantation. Mobile phones are now a standard daily tool. For many implanted patients, a mobile phone is used for sending short messages rather than for voice calls. This...Wireless accessories for hearing aid users: putting the ‘soul’ back into hearing – a case study
The following case study reports on the experiences of a hearing impaired National Health Service (NHS) patient who was given Bluetooth accessories as part of a study into their benefits when used with hearing aids [1]. The name of the...
Programming Cochlear Implants - Second Edition
Wolfe and Schafer open their second edition with up-to-date images of brand-specific devices and show various configurations and customisations available to the recipient. For the audiologist, they introduce highly relevant topics such as polar plots for microphones, array types and...Neuromod publishes results of second large-scale clinical trial for tinnitus, shows greater improvement of symptoms
Neuromod Devices, the medical device company specialising in tinnitus, has published the results of its TENT-A2 (Treatment Evaluation of Neuromodulation for Tinnitus – Stage A2) clinical trial in the scientific journal, Nature – Scientific Reports in a paper titled ‘Different bimodal neuromodulation settings reduce tinnitus symptoms in a large randomized trial’.FDA Approved Lenire Expands Number of US Clinics
Neuromod Devices, the medical technology company that developed tinnitus treatment device, Lenire, has partnered with an additional 24 new US clinics to address the significant demand for the FDA Approved tinnitus treatment device.Wisdom and the cochlear implant clinician
Helen Cullington provides the clinician’s perspective on the challenges faced in building artificial intelligence into cochlear implant clinics. She highlights the importance of including the clinician with their wisdom and experience to help make sense of the patterns of data....
