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3D is the future?

This is an interesting take on yet another way to incorporate modern technology into medical practice, and the novel use of a 3D printer to create a custom-made prosthesis for large and irregular nasal septal perforations. These prostheses have the...

Rhinology and 3D printing

3D printing has increasing applications in rhinology, for instance to create patient-specific preoperative models for procedure planning, including designing a template for reconstruction planning following tumour resection, patient consultation and customised prostheses. The authors focused their review on the role...

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...

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...

3D ultrasonography for evaluation of muscles following facial palsy

Reconstructive surgery for facial nerve palsies is not recommended beyond two to three years after a degenerative facial nerve lesion. Since the time course of muscle atrophy is variable, this timeline is a rough guideline. The only assessment method currently...

Three-dimensional endoscopy for sinonasal procedures: is it really better?

In this interesting study the authors looked at the efficacy of two-dimensional (2D) versus 3D high-definition endoscopes in novice users, not those already trained in 2D. Ninety-two medical students used 2D and 3D endoscopes to complete two validated tasks and...