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Cell Culture Studies and Biomechanics

AC chondrocyte_on_PEOOngoing cell culture studies in the Gordon Laboratory are focused on various surface treatments to understand the effects of surface topography and chemistry on cell proliferation and adhesion. These includes study of Plasma Electrolytic Oxide (PEO) coatings, terraced surfaces produced by laser or heat-treatment, and fibre network layers, into which bone growth could be stimulated mechanically, via the application of a magnetic field. Work is also being carried out on the development of mechanically-oriented techniques for characterisation of cell adhesion.
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1 Stress Transfer and Biodegradation in Prostheses made of Silk-reinforced PLA Composite 1059
2 Magneto-Mechanical Actuation of Cell Growth in Metallic Fibre Networks 2201
3 Biomechanics of Cell Adhesion: Developing Reliable Assessment Methods and Tailored Surfaces 4326
4 Potential of PEO Coatings on Titanium for Promotion of Bone In-growth on Prostheses 5832
5 Cell Growth on Metallic Substrates with Tailored Topographies Produced by Laser Processing and Heat Treatments 4168