To remove the cavity of teeth, people do not know how many types of toothpastes, medicines and home remedies are tried, but perhaps scientists have now discovered how to get rid of cavity. According to this discovery, the cavity will not be finished with any medicine or recipe, but with the hair of your head.
Better way to take care of teeth than fluoride
The fluoride present in toothpaste makes the enamel of the teeth strong, making our teeth more resistant to the acids emanating from plaque and bacteria, which cause teeth rot. Researchers at Kings College, London say that they have identified a substance that can protect against rot and repair the initial damage better than fluoride, which is your head hair.
Sheriff Elsarakavi, Professor and Advisor to King’s College London, said that now it is possible to bring back the natural functioning of teeth by using the body’s own content, not only the treatment of symptoms with the help of biotechnology. He told that if the right research and industry was supported further, then people will be able to make their teeth more strong and healthy as easily.
Keratin is a protein found in a human hair, skin, nails and sheep wool. It forms a strong layer on the teeth, which acts like an enamel and protects the teeth and can cover the nerves that cause sensitivity in the teeth. British researchers believe that this product will come in the market in two to three years.
Such used keratin
In this research, scientists took out keratin from wool and applied it on the teeth. When it was mixed with saliva minerals, a layer of enamel started forming. This layer can gradually make the teeth strong.
Once the enamel of the tooth gets spoiled, it is not made again, but with the help of keratin, a layer like enamel can be formed. It is considered a major discovery in teeth repair and safety. This study is printed in a magazine called Advanced Healthcare Materials. Researcher Sarah Gessia at King’s College London said that Keratin can be a new and better option in dental treatment. It comes from waste materials such as hair and skin and can replace plastic resins, which are harmful and less durable.
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