Researchers at the Tufts University School of Dental Medicine, in Boston, Massachusetts (United States), are developing a new generation of dental implants designed to mimic not only the structure of natural teeth but also their sensory function.
Unlike conventional implants, which integrate directly with the bone through osseointegration and lack sensitivity, the new approach aims to recreate a biological interface capable of interacting with surrounding nerve tissues.
In experimental studies, researchers are exploring materials and techniques that could allow implants to transmit signals related to pressure during chewing. This could enable patients to perceive sensations similar to those produced by natural teeth when biting or chewing.
If confirmed in future clinical studies, this technology could represent an important step forward in implantology by bringing dental implants closer to the functional behavior of natural teeth.
Although the research is still in experimental stages, early results suggest that future implants may restore not only chewing function and aesthetics but also part of the sensory feedback of natural dentition.
Source:
Tufts University School of Dental Medicine, Boston, Massachusetts, United States
https://now.tufts.edu/2025/06/11/dental-implants-could-feel-more-real-teeth