Child anti-caries toothpaste

Abstract

The invention discloses child anti-caries toothpaste and a preparation process thereof. The toothpaste includes the following raw materials in parts by weight: 1-5% of glycerol, 30-70% of polyethyleneglycol-8, 1-10% of bioactive glass, 1-5% of casein phosphopeptide, 15-20% of silicon dioxide, 0.5-8% of carbomer, 1-10% of titanium dioxide, 0.1-2% of acesulfame potassium, 0.1-1% of essence, and 0.5%-8% of sodium lauryl sulfate. The anti-caries toothpaste prepared by the process uses the bioactive glass instead of a fluoride to remineralize tooth body tissue to achieve the effect of preventing caries, the bioactive glass can effectively release calcium ions and phosphorus ions when meeting water, the casein phosphopeptide can adsorb the calcium ions and be used as a template to regulate andcontrol mineralization, and through the synergistic effect of the casein phosphopeptide and the bioactive glass, hydroxyapatite can be effectively induced to be formed on tooth surfaces; and in addition, the raw materials in the entire formula are safe and fluoride-free, so that damage caused by the traditional anti-caries material fluoride to child bodies is effectively solved, especially the risk of dental fluorosis caused by excessive fluoride intake by children before the age of 8 is avoided.

Description

technical field [0001] The invention relates to the technical field of oral care, in particular to a preparation method of children's anti-caries toothpaste and the anti-caries toothpaste prepared by the method. Background technique [0002] When describing the relationship between bacterial plaque and dental caries, modern scholars pointed out: "There is a relatively close relationship between bacterial plaque and dental caries.". Furthermore, it was further explained that those with a large amount of plaque had a higher rate of dental caries. Different types of bacteria in the plaque are adsorbed on different parts of the teeth, resulting in caries in various parts. Smooth surface caries is related to Streptococcus mutans in the plaque; Streptococcus and filamentous bacteria in the plaque in the root surface are related; 75% to 95% of the bacteria in the fissure zone are Streptococcus, especially Streptococcus blood group. Animal experiments on caries caused by Streptoco...

AI Technical Summary

Problems solved by technology

In addition, excessive intake of fluoride will interact with calcium ions in the human body, causing calcium loss, and will also form dental fluorosis, making teeth brittle

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