Innovative Strategies for bIoactive/antibacterial advanceD prosthEses - ISIDE

Project summary

ISIDE aims at reducing the implant failure risk due to bacterial infection and/or poor osteointegration and/or fit, while avoiding any second surgery. The new implants’ generation will be highly customised and made of a resorbable metal: Magnesium (Mg). The implants will be produced using innovative processes, no more based on the subtractive approach: sheet metal forming processes like Superplastic Forming and Incremental Forming will be used. Mg custom implants will be improved by means of bioactive biofunctionalization aimed to (i) boost the bone formation; (ii) reduce the bacterial infections during healing; (iii) manage the corrosion/degradation time according to the region where the prosthesis is implanted. Potential benefits are mainly related to the improvement of patients’ life quality, due to the reduction of the hospitalization time (only 1 surgery and fast production process) and to the improvement of the implants performances (aesthetical and mechanical requirements).

Project Details

Call

Call 2019


Call Topic

New strategies for advanced material-based technologies in health applications


Project start

01.07.2020


Project end

30.06.2023


Total project costs

1.474.080 €


Total project funding

1.222.282 €


TRL

3 - 5


Coordinator

Dr. Marco Tatullo

TECNOLOGICA, Via Enrico Fermi - Passo Vecchio, 88900 Crotone, Italy


Partners and Funders Details

Consortium Partner   Country Funder
TECNOLOGICA
https://www.tecnologicasrl.com
SME Italy IT-CALABRIA
Università della Calabria
https://www.unical.it
University Italy IT-CALABRIA
Universität Leipzig (ULEI)
https://www.uni-leipzig.de
University Germany DE-SMWK
National Institute of Research and Development for Optoelectronics (INOE)
http://recast.inoe.ro
Research org. Romania RO-UEFISCDI
University Politehnica of Bucharest (UPB)
https://www.upb.ro
University Romania RO-UEFISCDI
Muğgla Sıtkı Koçman University (MSKU)
https://www.mu.edu.tr
University Turkey TR-TUBITAK

Keywords

biodegradable material, bioactive surface, health application, manufacturing process, functionalised surfaces, Superplastic Forming, Incremental Forming