You searched for "cadaveric"
Virtual reality simulation training for cochlear implant surgery
Temporal bone virtual reality (VR) simulation training has been shown to be a useful tool for learning mastoidectomy. The authors aimed to evaluate the role of VR in cochlear implant (CI) surgery. The study was performed as part of a...Practical training courses for otolaryngology trainees
In this extended Trainee Matters, it’s a pleasure to present a trio of excellent articles with a theme of practical training courses for otolaryngology trainees. Miss Rachel Edmiston, Professor Nirmal Kumar and colleagues have written a valuable guide to setting...
Maxillomandibular advancement and airway morphology
This is a cadaveric study comparing alterations in airway volume. Seven advancements of the maxillomandibular complex were undertaken, each with a 2 mm incremental advancement being scanned with a total of eight scans per cadaver. They showed that comparisons between...
Virtual reality surgical simulation for the temporal bone
This prospective study looked at 15 otorhinolaryngology residents in Belgium to see if using the VOXEL-MAN Tempo surgical simulator system improved their understanding of temporal bone radiological anatomy. As a secondary aim, they also assessed whether there was any improvement...
Congenitally anosmic patients do have fewer olfactory foramina
It has been previously established that patients with Kallman’s syndrome (very much associated with anosmia) have a similar number of cribriform plate foramina when compared to controls. As non-invasive CT assessment of the cribriform plate is now possible in cadavers,...2nd Liverpool Nasolacrimal and Orbital Dissection Course
This course is aimed at Otorhinolaryngology (ENT) and Ophthalmology higher surgical trainees (ST5-ST8), senior fellows and consultants looking to improve their understanding and surgical skills in joint ENT/ophthalmology nasolacrimal and orbital surgeries. The aim of this course is to provide...
Automated contouring of costal cartilage for pinna reconstruction – a proof of concept
Presently there are limited applications of automation within operative ENT. This proof-of-concept study explores the use of an augmented robot to contour cadaveric costal cartilage for auricular reconstruction. Ordinarily this task is performed manually. This takes considerable time due to...
