You searched for "nanotechnology"
3D endoscopy in pituitary adenoma surgery
Endoscopic approach for pituitary adenoma surgery is well recognised. There has been recent refinement of 3D endoscopy technology which improves on the depth of vision offered and more compact delivery. This may improve visualisation of the critical structures involved in...
Third-party disability in cochlear implantation
The authors of this study note significant third-party disability experienced by significant others (SO) or communication partners of persons with hearing impairment (PHI). The study explored contextual and psychosocial factors for successful auditory rehabilitation, advocating for the importance of including...
Advances in auditory implants
This article provides an overview of auditory implants. Implanted auditory devices may be classified into bone conduction implants (BCI) and active middle ear implants (AMEI) that stimulate cochlear hair cells, and cochlear implants (CI) that stimulate neural structures. CIs bypass...
The use of 3D videos to improve patient engagement with compensatory swallowing strategies
Patients with dysphagia are often asked to use compensatory techniques or manoeuvres to facilitate safe swallowing. For example, they may be taught to do a supraglottic swallow to minimise aspiration or a specific postural adjustment to support bolus flow. These...Making sense of modern wireless hearing aid technologies
Before diving into the topic of the technology behind wireless hearing aids, it is important to define two key concepts. The first is wireless frequency. This is the frequency at which a wireless signal is transmitted. In the context of...Neuromod Devices’ €30m funding powers Lenire expansion
Neuromod Devices, the global technology business behind scientifically proven tinnitus treatment technology, Lenire, closed €30m funding to expand availability of the groundbreaking tinnitus intervention.Embrace the blue wave of ENT!
Introducing MEDENCY, an Italian company in advanced medical technology.PhysioSensing OtoneuroSystem: advancing objective vestibular assessment and rehabilitation
PhysioSensing OtoneuroSystem represents a new generation of technology for vestibular assessment and rehabilitation, empowering clinicians to see balance in a completely new way. By combining high-precision inertial sensors, force plate and VR, with intelligent software, the system transforms complex postural...
