Biomedical physics

The Exeter Biomedical Physics group collaborates with University of Exeter Medical School and elsewhere on the biophysical properties of cells and extracellular matrix with the goal to provide translational solutions to current clinical problems.

Extracellular matrix studies range from the investigation of molecular mechanisms of elasticity to addressing micromechanical properties of vascular, lymphoid and cartilaginous tissues.

Cellular work centres on investigations of the mechanical and electrical properties of the plasma membrane in model systems, red cells and endothelial cells.

Underpinning this research area are the development of novel biophysical techniques including nonlinear microscopy and Raman microspectrometry which have been applied to bacterial invasion of host cells and nanoparticle toxicology and drug delivery.

Similar innovative developments in imaging and image processing in collaboration with Exeter Engineers are leading to new insights into bio-fluid and solid mechanics that are directly attributable to addressing research into cartilaginous, lymphoid and vascular diseases.