You searched for "cadaveric"
Facial filler danger zones
Non-surgical facial rejuvenation techniques are increasing and are now undertaken by plastic, maxillofacial and ENT surgeons as well as non-surgeon technicians in the private sector. Although the technique of using fillers is less invasive than surgical options, it is not...
Robot controlled mastoid surgery!
This is a fascinating piece of work by a Korean team developing a human-robot collaborative control. Their model uses image guidance surgery to locate the drill tip’s position. Important structures can be highlighted – in this case the facial nerve....
Surgical anatomy for central auditory device implantation
This cadaveric study by researchers in the USA and Japan examined the cerebellopontine angles with the aid of the surgical microscope and 45o endoscope via the retrosigmoid and translabyrinthine approach. Using fibre dissection technique, the ascending auditory pathways between the...
3D printed temporal bones for drilling are here!
It was only a matter of time before the 3D printer was used to help us with simulated temporal bone (TB) drilling. This group printed three paediatric TB models and evaluated their quality. They were found to be of ‘high...
Comparing surgical freedom of four transsphenoidal approaches to the sella
Four transspenoidal approaches to the sella were performed and studied by the authors on eight silicon-injected cadaveric heads. Surgical freedom, that is, the ability of the surgeon to move his or her hands in a fixed space, was determined with...
Use of angular vessels in head and neck free-tissue transfer – a comprehensive preclinical evaluation
Free tissue transfer (FTT) has transformed the capabilities in head and neck reconstruction. Rotational and pedicled flaps are limited by the pedicle length, the type of tissue required and the size of the defect. FTT helps lessen the impact of...
