London scientists pioneer breakthrough in tooth regeneration
Scientists from London are working on a revolutionary technology that will enable the cultivation of teeth. The hydrogel, which supports cell regeneration, could transform dentistry by offering durable and biologically compatible solutions.
Researchers from King's College London and Imperial College London have developed an innovative material that supports tooth regeneration. The new material, in the form of a hydrogel, acts as a scaffold that encourages the natural growth of teeth using cells from mouse embryos.
How does the new material work?
The hydrogel developed by London scientists enhances communication between cells, contributing to the regeneration of tooth structures. The material releases signals gradually, which closely mimics natural biological processes.
Thanks to this approach, teeth grown in the laboratory can be stronger and more durable than traditional fillings or implants. Furthermore, they are free from the risk of rejection, making them biologically compatible.
Dental revolution
One of the main challenges is recreating the environment that supports tooth growth outside the laboratory. Various options are being considered, including cell transplantation or the implantation of fully grown teeth. Research on anodontia, the lack of tooth growth, is also yielding promising results. Specialists predict that treatments involving antibody therapy could be available before the end of the decade.
Research on anodontia, or the congenital lack of teeth, is yielding increasingly promising results. It is anticipated that therapy using antibodies might be available before the end of this decade. Experts believe that this research could revolutionise dental care, introducing new treatment standards.
