Here’s the American English translation:
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Calidental has announced an innovative solution in the field of dental hygiene, resulting from research conducted in Germany. A team of experts has developed a new dental enamel that promises to significantly improve the oral health of users.
This innovation focuses on an advanced formulation that replicates the structure of dental enamel, utilizing high-purity hydroxyapatite, the same mineral that makes up much of human enamel. This product will be integrated into everyday toothpaste at a concentration of 20%.
The wear of dental enamel is a natural phenomenon that can be exacerbated by factors such as the consumption of acidic foods, excessive brushing, and bruxism. Since enamel does not regenerate on its own, its deterioration can lead to increased tooth sensitivity, the appearance of stains, and eventually cavities. The researchers’ strategy addresses this issue through a biomimetic approach. During brushing, the hydroxyapatite microparticles adhere to the teeth, forming a protective layer that repairs microcracks and imperceptible pores, thereby restoring a more uniform texture to the teeth.
Clinical trials have shown that the regular application of this artificial hydroxyapatite helps to restore the integrity of the enamel while creating a protective barrier against acids and bacteria. The results indicate that its effectiveness in preventing cavities is comparable to that of fluoride, but with the advantage of being a biocompatible component for daily use. Furthermore, additional studies suggest that this substance reduces bacterial adhesion, a critical factor in plaque formation and the development of issues such as gingivitis.
Users who adopt this new product will notice a greater smoothness in their teeth from the very first applications, along with a progressive reduction in sensitivity and less plaque buildup in the medium term. Hydroxyapatite, with its white and reflective hue, also helps to restore the natural tone of the teeth, preventing yellowing without resorting to aggressive whiteners.
Referrer: MiMub in Spanish
