The bisindole molecule breaks down the biofilm structure created by the bacteria that cause cavities. Scientists anticipate that future toothpastes will already include DIM.
In a groundbreaking study, researchers discovered that the molecule 3,3′-Diindolylmethane (DIM), also known as bisindole, can significantly improve dental health by reducing the biofilms responsible for plaque and cavities by up to 90%.
Molecule Shows Cavity-Fighting and Anti-Cancer Potential
This scientific breakthrough, published in Antibiotics, also highlighted the molecule’s anti-cancer properties, opening up revolutionary possibilities in dental hygiene.
A collaborative research team from Ben-Gurion University of the Negev, Sichuan University, and the National University of Singapore has achieved this milestone, outlining the promising role of DIM in addressing persistent problems linked to plaque and cavities that affect a significant fraction of the global population.
DIM’s potent effect stems from its ability to disrupt biofilms generated by the bacterium Streptococcus mutans, the main culprit behind tooth decay. This bacterium thrives in the sugary, moist environment of the mouth after food consumption, forming a biofilm that not only creates plaque but also erodes enamel, paving the way for cavities.
DIM effectively intervened by breaking down this biofilm structure by 90%, significantly preventing the growth of S. mutans, writes SciTech Daily.
Researcher Touts DIM’s Safety and Dental Care Potential
Study leader Ariel Kushmaro emphasized DIM’s low toxicity, which makes it a viable component to incorporate into toothpastes and mouthwashes to significantly improve dental hygiene.
The incorporation of DIM into dental hygiene products is expected to not only revolutionize dental health maintenance routines but also significantly reduce the incidence of cavities and plaque.
In light of this discovery, the oral health industry is awaiting a paradigm shift, hoping that products utilizing the power of DIM will soon grace the shelves.
Read the original article on: Zap.aeiou
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