Dr. Sopher will present his research on improving orthopaedic and dental implant technology. His work focuses on integrating biomechanical computational modelling and experimental testing to enhance the clinical outcomes of joint arthroplasty.
In his past research, Dr. Sopher has delved into the intricate architecture of muscles acting over the ankle and their functional roles. He utilised musculoskeletal modelling to estimate muscle reaction loads in the talocrural joint and explored the design and positioning of ankle-replacement implants to improve fixation and reduce loosening. Additionally, he studied the effect of extracellular matrix (ECM) architecture and mechanical properties on intercellular mechanical signalling, developing computational models to understand how cells communicate through mechanical pathways.
Currently, Dr. Sopher is focused on the development and optimisation of 3D-printed bone scaffolds. He conducts both in vitro and in silico mechanical tests to improve the mechanical properties and performance of these scaffolds, aiming to enhance their integration and functionality. He is also involved in the development of a total-knee-replacement implant allowing deep knee flexion.
