Name:	Professor A Holden
Organisation:	University of Leeds
Department:	Sch of Biomedical Sciences
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

EP/C532759/1 High throughput electrophysiological, electromagnetic & electromechanical cardiac virtual tissue engineering (P) GR/S46581/01 An Advanced Environment for Enabling Visual Supercomputing (C) GR/S43498/01 Large-scale parallelisation of electro-physiological and mechanical cardiac virtual tissues (P) GR/S03027/01 Development of hierarchical models of human atrium (C) GR/R92592/01 Virtual tissue engineering of gravid uterus (P) GR/S08664/01 Soliton-type interaction and pattern formation in non-standard reaction-diffusion systems (C) GR/R96231/01 Visualization Middleware for e-Science (C) GR/R40838/01 NETWORK: Enabling Techniques for Functional Genomics: Validation and Application (P) GR/N04324/01 NETWORK: ENGINEERING VIRTUAL TISSUES AND ORGANS (P) GR/M56500/01 COMPUTING WITH PROGRAMMABLE MATTER (C) GR/M56586/01 THE CYTOCOM NETWORK - EMERGING CYTOCOMPUTATIONAL SYSTEMS (C) GR/L71544/01 HIERARCHIES OF SPATIALLY EXTENDED NONLINEAR MODELS OF PHYSIOLOGICAL SYSTEMS: ALGORITHMS AND APPLICATIONS (C) GR/L73364/01 EXITABLE MEDIA BEHAVIOURS OF PLANKTON POPULATION DYNAMICS MODELS. (P) GR/L17139/01 SPATIO-TEMPORAL COMPLEXITY RE-ENTRANT ACTIVITY MODELS CARDIAC TISSUE DURING HUMAN VENTRICULAR FIBRILLATION (P) GR/K49775/01 CONTROL OF MEANDERING SPIRAL WAVES IN EXCITABLE MEDIA AS A BASIS FOR CARDIAC DEFIBRILLATOR DESIGN (P) GR/J35641/01 VISUALISATION OF RE-ENTRANT WAVES IN TWO AND THREE DIMENSIONAL HIERARCHICAL MODELS OF EXCITABLE SYSTEMS (P) GR/F70648/01 NONLINEAR WAVE PROCESSES IN EXCITABLE MEDIA (P)

Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator