STAGES
Stage I
Design of composition, method and synthesis technology of the new bioalloy for dental implant and of the characterisation methods. Design and elaboration of the electrochemical method for the surface activation and characterisation methods
Task I.1 - Design of the bioalloy chemical composition based on the studies regarding the recent researches on the world level about the titanium alloys with high biocompatibility, for medical devices
Task I.2 - Selection of the electrochemical methods for the activation of the bioalloy surface based on the most recent tendencies
Task I.3 - Selection of the characterisation methods of the new bioalloy
Task I.4 - Elaboration of the laboratory method for the bioalloy synthesis
Task I.5 - Elaboration of the laboratory technology for the bioalloy synthesis
Task I.6 - Design and experimentation of the electrochemical method for the activation of the bioalloy surface
Task I.7 - Tests regarding the corrosion resistance of the bioalloy in as-cast state
Task I.8 - Dissemination - elaboration and launching WEB page
Stage II
Design and experimentation of the laboratory method and technology for the thermo-mechanical processing of the bioalloy. Design and experimentation of the laboratory technology for the electrochemical activation of the bioalloy surface. Design and experimentation of the laboratory sonochemical method for the antibacterial protection and long term resistance
Task II.1 - Elaboration of the laboratory method for the thermo-mechanical processing of the bioalloy
Task II.2 - Elaboration of the laboratory technology for the thermo-mechanical processing of the bioalloy
Task II.3 - Selection of the implant model
Task II.4 - Elaboration of the method and technology of the mechanical processing for the obtaining of the implant model
Task II.5 - Design of the implant model
Task II.6 - Design and experimentation of the laboratory technology for the electrochemical activation of the bioalloy surface
Task II.7 - Tests regarding corrosion resistance of the bioalloy after electrochemical activation
Task II.8 - Physico-chemical characterisation of the activated surface properties
Task II.9 - Design of the composition for the antibacterial coating, resisting for long term
Task II.10 - Design and experimentation of the laboratory sonochemical method for the antibacterial protection and long term resistance
Task II.11 - Selection of the characterisation methods for the antibacterial coating
Task II.12 - Workshop no. 1 (in Romania)
Task II.13 - Dissemination
Stage III
Demonstration of the reproducibility of the synthesis and thermo-mechanical processing technologies of bioalloy. Design, experimentation and demonstration of the reproducibility for process parameters of the laboratory technologies of the electrochemical activation and antibacterial protection. Determination of the bioalloy in vitro biocompatibility. Test lot of dental implant. Identification and selection of the innovative scientific results
Task III.1 - Demonstration of the reproducibility of the synthesis and thermo-mechanical processing technologies of bioalloy
Task III.2 - Experimentation and demonstration of the machining technology for implant. Test lot of dental implant
Task III.3 - Design and experimentation of the laboratory technology for the antibacterial protection, resisting for long term
Task III.4 - Demonstration of the reproducibility of the process parameters of the laboratory technologies of the electrochemical activation and antibacterial protection
Task III.5 - Characterisation of the antibacterial coating
Task III.6 - Tests regarding the corrosion resistance of the antibacterial coating
Task III.7 - Tests regarding the cell adhesion and proliferation on the alloy surface antibacterial covered
Task III.8 - Elaboration of the patent proposal
Task III.9 - Elaboration of the technico-economical analysis regarding the implementation of the project results
Task III.10 - Elaboration of technical specifications
Task III.11 - Workshop no. 2 (in Israel)
Task III.12 - Dissemination
IMPLANTE DENTARE CU PROTECTIE ANTIBACTERIANA PE TERMEN LUNG
LONG TERM ANTIBACTERIAL PROTECTED DENTAL IMPLANTS
