Innovative treatment on the horizon could reshape dentistry – and one Utah-based clinic is already preparing for the future.

Researchers at King’s College London say the breakthrough could lead to patients regrowing lost teeth in future ...

In the case of human beings, the presence of a tail is ... In addition to demonstrating the evolution of gene control over tooth development, the hens' teeth study serves as an evolutionary ...

‘This process could help us in future make human teeth,’ she added ... The ability to regenerate teeth would therefore mark a major development in the field of dentistry.

MicroRNA-27a has been shown to stimulate both the wingless-type integration site family, or Wnt signaling, and the bone morphogenetic protein pathways to actively promote bone regeneration, according ...

Scientists have successfully grown human teeth in a lab for the first ... a material that mimics the environment needed for tooth development, allowing cells to send signals and begin forming ...

The pioneering research, done in collaboration with Imperial College London, focused on mimicking the precise biological conditions required during the early stages of human tooth development.

Building off work published late last year in ACS Macro Letters, a team at King’s College London is developing methods for lab-grown replacement teeth and fillings made from human cells.

This setup allows certain human cells to communicate and transform into tooth-forming cells, a crucial interaction normally seen during fetal development. While many animals regenerate teeth ...

We have developed a comprehensive evidence based atlas to estimate age using both tooth development and alveolar eruption for individuals between 28 weeks in utero to 23 years; it shows a sequence of ...

In a significant breakthrough, scientists at King's College London have successfully grown human teeth in a lab, offering a potential alternative to implants and fillings. These lab-grown teeth ...