Hydroxyapatite Vs. Fluoride

With the rise in alternate dental care services, nano-hydroxyapatite tooth paste has been getting grip as an extremely reliable, fluoride-free (or corresponding) choice for dental remineralization. I graduated from the Dugoni College of Dental Care in San Francisco, CA in 1987 and am a member of the American Academy of Oral Sleep Medicine (AADSM), Academy of General Dentistry (Chicago, IL), American Academy for Oral Systemic Wellness (AAOSH), and Dental Board of California.

Kid-friendly: At a very early age, youngsters don't have complete control over swallowing and can ingest large amounts of tooth paste.6 When this occurs, the fluoride in toothpaste can get absorbed into the blood stream and create dental fluorosis (a change in the appearance of tooth enamel).

The affixed graph shows this well: at 10% focus, nano-hydroxyapatite does equally to fluoride vs nano hydroxyapatite toothpaste in boosting enamel microhardness. Dental practitioners have advised fluoride toothpaste for stronger cavity-resistant teeth for years.1 It is still thought about the gold requirement" in oral schools, in spite of its safety concerns.

Fortifies enamel: Hydroxyapatite can raise the microhardness of enamel.4 The covering of hydroxyapatite strengthens the teeth far better than the fluorapatite layer. Hydroxyapatite nanoparticles function by loading microscopic openings and flaws in your enamel, basically restoring and reinforcing teeth.

Hydroxyapatite is normally existing within our body and comprises a lot of our enamel. Nano-hydroxyapatite (nHAp) is an artificial type of hydroxyapatite, a naturally taking place mineral that composes 97% of tooth enamel and 70% of dentin. It was initially presented in dental treatment products in the 1980s as a biomimetic option to fluoride.

This acidic environment is extreme and can strip away these advantageous minerals from the surface areas of your teeth. Tooth paste that contains hydroxyapatite lowers the threat of fluorosis. They very closely match the size of natural hydroxyapatite crystals in tooth enamel.

One study compared 10% hydroxyapatite with 500 ppm F − (amine fluoride), which dental experts typically suggest.2 The scientists uncovered that the 10% hydroxyapatite functioned equally as well as 500ppm F − for remineralization and lesion depth (LD) reduction.