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You read that right, toothpaste made with human (or animal) hair might be in your bathroom in the next couple of years. A study from King's College London has discovered a breakthrough in repairing ...
Toothpaste made from hair may offer a sustainable and clinically effective method for protecting and repairing damaged teeth. Researchers in London discovered that keratin, a protein found in hair, ...
A team of researchers from King’s College London is developing a toothpaste derived from human hair. According to the toothpaste's developers, keratin, a protein found in hair, skin and wool, can ...
In a breakthrough that could redefine oral hygiene, researchers at King's College London have pioneered a toothpaste and professional gel using keratin—the same protein found in human hair, skin, and ...
People generally try to keep hair out of their mouths, but it turns out hair may be good for teeth. Keratin is a protein found in hair and wool. When applied to teeth, it mixes with the minerals in ...
Researchers developed keratin toothpaste to repair and restore tooth enamel damage Keratin interacts with saliva minerals forming a crystal-like enamel-mimicking scaffold The treatment repairs early ...
Fluoride in toothpaste has been shown to strengthen tooth enamel, making our teeth more resistant to acids from plaque and the bacteria that cause tooth decay. Researchers from King's College London ...
Scientists at King’s College London have developed a toothpaste made from hair that could repair damaged enamel and help prevent tooth decay. The formula uses keratin protein extracted from hair or ...
In a new study published today, scientists discovered that keratin, a protein found in hair, skin and wool, can repair tooth enamel and stop early stages of decay. The King’s College London team of ...
Toothpaste made from human hair could soon join the toolkit for dental care, offering both sustainability and clinical benefits. Researchers at King’s College London say keratin, a protein found in ...
Fluoride in toothpaste has been shown to strengthen tooth enamel, making our chompers more resistant to acids from plaque and bacteria that cause tooth decay. Researchers from King’s College London ...
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