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Nasal physiology and septal perforations

This interesting article from North Carolina and New York aims to assess the impact of anterior septal perforations on nasal physiology, using computational fluid dynamics and computer simulation. A computerised 3D model was constructed of a normal patient aged 37,...

Stimulation for a good night’s sleep

This article was an interesting read. It is an update from the authors’ original paper printed in the NEJM in 2014 regarding the results of an implantable pulse generator (IPG) for stimulating the hypoglossal nerve in response to respiration. This...

Coupler microvascular anastomoses: how good?

This paper is written by a group of reconstructive surgeons and a school of computing. The study used computational fluid dynamics to model blood flow through idealised sutured and coupled vessels, to investigate if differing anastomotic techniques affect intravascular blood...

Predicting outcomes in rhinology using fluid dynamic models

This article discusses the rhinological applications of computational fluid dynamics (CFD) – a method derived from engineering applications, such as aerodynamics. Its appeal is that it can provide simulated data on airflow velocity, pressure, resistance, temperature, humidity, heat flux and...