Reader in Mechanics of Biological Materials
Academic Division: Mechanics, Materials and Design
Research group: Biomechanics
Telephone: +44 1223 3 32883
During embryo development and certain diseased states such as cancer metastasis and would healing, tissues are actively changing shape through patterns of cell migration and cell rearrangements. Concepts from Physics and Mechanics are important in order to understand how subcellular processes can lead to macroscopically coordinated behaviours. My research combines experimental design, data analysis and modelling to characterise the role of mechanical forces and physical constraints in the dynamics of large cell populations.
Mechanobiology of embryo development, modelling of collective migration and cancer metastasis, multiscale mechanics of epithelial tissues.