Dental regeneration

The universe of dentistry has made great advances in recent years, especially since 2022, and these advances do not seem to stop. The benefits of dentistry for dental well-being are present thanks to all technological innovations. Thanks to the addition of artificial intelligence and the digitalization of processes, dentists will be able to make more accurate diagnoses and safer treatments. 3D scanners will allow very clear three-dimensional images of the mouth to be obtained, which will facilitate the planning of dental implants, fixed prostheses , removable prostheses and even complete soft tissue oral rehabilitation and even better tumor detection.

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Dental treatments tend to be increasingly personalized, considering the specific needs of each patient. Through the use of the most advanced diagnostic and planning tools, dentists will be able to design customized treatment plans, taking into account factors such as medical history, genetics and habits of each individual. The use of virtual reality, which has been shown to be an effective tool to entertain patients during treatments, publishing relaxing scenes and improving their experience in the dentist's chair that has caused so much fear for years, can become with this virtual reality in a pleasant and non-stressful event.

However, the most surprising and innovative thing in terms of advances has been obtained is dental regeneration. The use of stem cells to generate new teeth has gone from being a working theory to a possible reality that can reach the clinical practice of dentistry in the medium term. The most recent studies and experiments have demonstrated advances in the usefulness and viability that stem cells can have in the treatment of oral lesions. Dental stem cells have multidifferentiation potential and therefore belong to the group of postnatal stem cells, having the capacity to form cells with osteo/odontogenic character, that is, they have the capacity to form teeth. Which indicates that humans, through this new and revolutionary treatment, will be able to regenerate their own lost teeth.

Dental pulp cells contain immune suppressive properties equivalent to those of bone marrow stem cells that are being used in clinical trials as immunosuppressants. If this is proven from dental pulp, stem cells could provide a much more accessible source of cells for dental applications.