Tooth Decay-Causing Streptococcus Mutans Bacteria Killed by Molecule in 60 Seconds
Two entrepreneurs, José Córdoba and Erich Astudillo, have discovered a molecule that destroys the streptococcus mutans bacteria within 60 seconds preventing the development of cavities and tooth decay.
Córdoba is a PhD graduate in Molecular Biology from Yale University and is an active partner with Top Tech Innovations SpA. Astudillo graduated with an MBA from Universidad de Chile. As there are 32 teeth in the human mouth, the duo have named their discovery the Keep 32 molecule.
We naturally have bacteria present in our mouths and we all contain the streptococcus mutans bacteria. However, with plaque build-up, colonies of streptococcus mutans, lactobacillus and actinomyces bacteria grow and attach to the teeth. The bacteria then release lactic acid as the sugars and carbohydrates we eat metabolize. These acids erode dental enamel causing cavities that lead to tooth decay and gum disease.
Dentists strive to protect patients’ oral health by screening for bacterial growth, cavities, infection and signs of tooth decay and gum disease. The discovered chemical specifically targets streptococcus mutans bacteria, killing it within a minute to prevent lactic acid release, dental enamel erosion and cavity formation.
The pair aims to pass safety regulations and obtain patent so that the molecule may be used within 14 to 18 months in tooth decay-preventing products, such as chewing gum, mouth rinses, and toothpaste.
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