In the future, implanting electrodes in the brain could allow much finer control, says Omar Mendoza, an expert in brain signal processing who works with Llarena.
Suppuration indicates active peri-implantitis and is likely to be associated with bone loss and future implant failure if no active preventive treatment is instigated.
Future implants may also offer aesthetic and practical advantages.
The results of this study can be used to guide future implant design and surgical procedure.
He says that with future implants, doctors may be able to fill the carbon nanotubes with different drugs to be released at specific times.
Data analysis founded on navigated dynamic intra-operative investigation will possibly be the key to future implant design and alignment.
These findings are considered to be important for future implant developments since it announces a potential revival of the use of pure titanium for additively manufactured porous implants.
This study reports long term outcomes and complications, including a revised rupture rate, and discusses potential mechanisms of implant failure and their implications for future implant design.
Thus significant research effort has been invested in considering these metallic and polymeric (organic) foams as potential candidates for future implant applications.
The implications for potentially favorable TiO2 crystal facets regarding the inflammatory response and hemostasis are discussed with a view to the advanced surface design of future implants.
