• Home As published in the Journal of Biomechanical Engineering.

As published in the Journal of Biomechanical Engineering.

3D computer simulation to assist treatment of collapsed lungs The treating premature babies and adults who have problems with Respiratory Distress Syndrome could possibly be boosted by fresh research at The University of Manchester, as published in the Journal of Biomechanical Engineering. The problem, often caused by a insufficient surfactant in the underdeveloped lungs of prematurely born infants, can result in blocked airways causing serious breathing complications. To reopen a blocked airway a pressurised finger of air flow has to be forced deep in to the airway. Related StoriesCamels in Kenya infected by MERS virus, new study findsCareFusion to display brand-new respiratory solutions at AARC CongressLuminex's NxTAG Respiratory Pathogen Panel receives CE-IVD markingDr Matthias Heil and Dr Andrew Hazel, of the University’s College of Mathematics possess created the initial 3D pc simulation that mimics the complex procedure where a propagating air flow finger reopens the collapsed airway.We are thrilled to be able to utilize the knowledge of our fitness specialists and, in turn, share this understanding with consumers everywhere through ‘Get Fit.’ ACE has always been, and will continue to be, committed to enriching quality of life through effective and safe exercise and physical activity. Combining a tool like ‘Get Fit’ together with our fitness professionals, we will be a formidable pressure in the fitness industry. ACE’s Get Fit Site, is an easy-to-navigate, one-stop look for all ongoing health, exercise and fitness needs.