CORDIS Project
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This project develops self-assembling implants designed to regenerate tissue and bone in critical-size defects using minimally invasive techniques. The implants utilize superelastic materials and incorporate hydrogels and functional structures to stimulate healing and monitor progress.
The treatment of critical-size defects—too large to heal naturally—is typically approached with invasive surgical procedures or external fixation devices, with the associated long rehabilitation times, emotional exhaustion, and high failure rates.
This project aims at creating self-assembling implants capable of inducing tissue and bone regeneration in critical-size defects using minimally invasive procedures.
The implants will feature a frame of superelastic and shape-morphing NiTi wovens, with…
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