Hydroxyapatite Vs. Fluoride

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With the rise in different dental treatment services, nano-hydroxyapatite toothpaste has been getting grip as a very efficient, fluoride-free (or complementary) option for oral remineralization. One study compared 10% hydroxyapatite with 500 ppm F − (amine fluoride free toothpaste brands), which dental experts generally prescribe.2 The scientists uncovered that the 10% hydroxyapatite worked equally as well as 500ppm F − for remineralization and lesion depth (LD) decrease.

This indicates that in acidic conditions, fluorapatite is more powerful and more resistant to demineralization. Since I use them myself and they also have a proper concentration of hydroxyapatite to be efficacious, there are two brands of hydroxyapatite tooth paste brand names I advise to readers.

In simpler terms: the smaller the particle size, the better it complies with enamel and simulates the natural tooth structure, causing boosted remineralization. There are many hydroxyapatite toothpastes available, unfortunately, that do not consist of sufficient of the active ingredient to have an effect-- if you're uncertain, email the company and ask for the focus.

Treatment demineralized enamel with the more acid-resistant fluorapatite. The most significant benefit of utilizing toothpaste with hydroxyapatite is that it remineralizes your teeth with no negative effects, unlike fluoride that is toxic in big quantities. This remineralizes the teeth, restores their toughness, and secures it from more damages by acid.

Hydroxyapatite is naturally present within our body and constitutes most of our enamel. Nano-hydroxyapatite (nHAp) is an artificial type of hydroxyapatite, a naturally occurring mineral that composes 97% of tooth enamel and 70% of dentin. It was initially introduced in oral treatment items in the 1980s as a biomimetic alternative to fluoride.

This acidic atmosphere is harsh and can remove these beneficial minerals from the surfaces of your teeth. Toothpaste which contains hydroxyapatite lowers the threat of fluorosis. They very closely match the dimension of natural hydroxyapatite crystals in tooth enamel.

One research contrasted 10% hydroxyapatite with 500 ppm F − (amine fluoride), which dental experts normally recommend.2 The researchers uncovered that the 10% hydroxyapatite functioned just as well as 500ppm F − for remineralization and sore depth (LD) decrease.