NEWBONE: Development of load-bearing fibre reinforced composite based non-metallic biomimetic bone implants
Project Description and Objectives
The project focuses on the research and development of a new fibre-reinforced composite (FRC) material for load-bearing implants. The main objective is to produce, at prototype level, resorbable fixation devices in knee/shoulder ligament repair and nonresorbable bone fixation devices for reconstruction if large bone defects. Studies will be conducted on the use of the developed materials and technologies for complete implants (hip stem, knee) and spine applications.
Project Stucture
The whole project duration is structured as five successive steps (S1-S5), each one of which is related to specific tasks and findings. These are the following:
| S1 |
Development of the proper implant material (FRC) and matrix formation. Biomechanical assessment. |
| S2 |
Adaptation of the surface properties (porosity, addition of bioactive fibers and/or coatings, functionalisation, etc.). |
| S3 |
Characterisation and testing of the structure developed. |
| S4 |
Formulation and adaptation of all processing, manufacturing issues. |
| S5 |
Standardisation and commercialisation of the final product. Training of end-users. |
Expected Results
The global need for hip implants only is estimated to be around one million annually. The project is expected to have signifi cant impact on the quality of life of patients with a hip stem or knee implant combined with minimised risk of complications and costs. Also the respective surgical procedures are expected to be less invasive leading to significant shorter treatment times. |
