You searched for "cranial"
Rhinology: what does the future hold?
David Kennedy surveys the past, the present and the future of rhinology practice and research. An evolution of understanding in rhinology The dramatic growth of clinical and translational research within the field of rhinology in recent years is illustrated by...19th Annual National ENT Masterclass®
Miss Eleanor Crossley, Association of Otolaryngologists in Training (AOT) President and ENT Registrar, South London DeaneryDoncaster Royal Infirmary was again the home of the 19th International ENT Masterclass in January 2025. The three-day programme was packed with sub-specialists and delegates...
Do I need Google maps in here?
Image guidance surgery (IGS) has grown in popularity. This review article discusses its application in endoscopic sinus surgery (ESS). IGS technology has vastly improved with smaller, more mobile platforms that are easy to set up and use. IGS allows validation...
Cadaveric variation of nasolacrimal duct lateral nasal wall landmarks
Twenty mid-sagittal head sections of 10 fresh frozen cadavers were studied after removal of the nasal septum. This study showed that the most anterior projection of the middle turbinate head was noted to be anterior to the nasolacrimal duct in...EEG as a measure of neuroplasticity in children
Measuring changes in neural activity can teach us a lot about hearing loss and the effect of gained functional hearing. In this article, the authors describe how electroencephalography (EEG) is being used to effectively measure such changes in children with...Diaphanoscopy of the paranasal sinuses (Halloween in ENT Practice)
Since time immemorial, humans have tried to enhance the limited capabilities of their sense organs. It would be a clear advantage to be able to see through objects and discern what lies inside or behind them! This concept of transillumination...Hearables: in-ear sensing devices for recording of physiological signals
Colver Ken Howe Ne, Jameel Muzaffar and Manohar Bance discuss the potential of hearable systems to monitor physiological signals (e.g. from brain or heart, blood pressure, body temperature) unobtrusively. Such adaptations require high-quality sensors and sophisticated de-noising signal processing on...
