Implants signals to bone for bone growth and attachment - Signaling implant
Project summary
Signaling implant aims to advance orthopaedic implants, develop new manufacturing technology and introduce a new quality control method. Design of hydroxyapatite films will orient crystals and position ions within the lattice to generate a surface electrical potential, thereby imparting greater functionality compared to existing bone implants. This responds to the growing need for better osteointegration of bone implants. The effect of surface electrical potential on bacteria, bone cells and bone growth will be evaluated to determine the effect across a range of biological settings. Inclusion of technology enabling SME’s into the consortium will set-out to provide both a new in-situ charging thin film technology and a new electrical field meter, with a capability of mapping the surface electrical potential. Synergy with apatite and biological testing expertise will incrementally provide a feedback loop to advance bioactive apatite and associated technologies.Project Details
Call
Call 2015
Call Topic
Tailoring of bioactive material surfaces for health applications
Project start
02.01.2017
Project end
30.12.2019
Total project costs
779.579 €
Total project funding
640.622 €
TRL
-
Coordinator
Prof. Karlis Gross
kgross@rtu.lv
Riga Technical University, Paula Valdena iela 3/7-269, LV-1048 Riga, Latvia
Partners and Funders Details
Consortium Partner | Country | Funder | |
---|---|---|---|
Riga Technical University https://www.rtu.lv |
University | Latvia | LV-VIAA |
University of Extremadura https://www.unex.es |
University | Spain | ES-MINECO |
iCRAFT https://www.icraft.fi |
SME | Finland | FI-Tekes |
Trauma Care Consult https://www.traumacareconsult.com |
SME | Austria | AT-FFG |
LBG, Institute for experimental and clinical traumatology https://www.trauma.lbg.ac.at |
Research org. | Austria | AT-FFG |
Sidrabe https://www.sidrabe.com |
SME | Latvia | LV-VIAA |