Synthesis of polymers for healthcare applications
The aim of this project is to address synthesis routes for development of the next generation of polymers.
Ultra-High Molecular Weight Polyethylene (UHMWPE) is one of the most commonly used polymers for the production of prostheses. The polymer can be synthesised using monomers from fossil base as well as bio-based sources such as bio-ethanol.
With the advances in polymer chemistry and our understanding of molecular control for ultimate mechanical properties, in this project Maastricht University and Teijin will address synthesis routes for development of the next generation of polymers by controlling morphology to achieve the ultimate mechanical properties, while maintaining the same molecular configuration.
The adopted approach will overcome the existing problem of sintering in UHMWPE that reduces the life time of prostheses, whereas the number-average molar mass greater than a million g/mol will reduce the adhesive wear thus increasing the life time of hip-prosthesis.
Contact: Dario Romano