Industrial Mathematics
Archive

 
Medical and pharmaceutical


A better understanding of the human body as a complex system and simulation of biological processes and organs enable better design of medical devices and drugs. Design of a drug and its delivery is a multidisciplinary activity that should be traceable and must be carried out robustly and safely. Drug trials, clinical records and bioinformatics give rise to large datasets that need to be managed properly to extract the most information from their analysis.


Current and completed projects in this sector include:

2010/06/04 The Unified of Complete Decompression Model for Divers
2010/02/21 Underarm malodour modelling
2010/02/15 Estimation of Droplet/Particle Collision Rates and Agglomeration in a Spray Drying Tower
2009/11/06 Development of a correlation model between the eye and blood
2009/07/27 Human decompression modelling
2009/05/20 LANCS Initiative
2008/09/01 Telemonitoring for Neurological Disease Management
2007/03/26 Centre for Discrete Mathematics and its Applications: DIMAP
2006/08/22 Mathematical modelling of musculoskeletal disorders
2005/12/05 Lipid metabolism and comparative genomics
2005/12/05 Capillary agglutination technology
2004/08/04 Measuring glucose content in the aqueous humor
2004/06/28 Multiphase flows in flexible channels
2004/06/28 Biological stress response to toxic chemicals
2004/03/20 Mathematical modelling for in vitro tissue growth
2004/02/08 New and emerging themes in industrial and applied mathematics
2003/04/20 Protein evolution
2003/04/20 Clinical decision support