How To Get Rid Of Tooth Cavities Using Nothing But Eggshells

Eggshells are extremely beneficial because they contain 27 minerals, large amounts of calcium and substance for healing cavities. Moreover, the composition of eggshells resemble human teeth. They can be used in order to re-mineralize our teeth.

According to a study conducted for ten years by Krompeher, a Hungarian physician, the eggshells are a good source of bio-available calcium.

Yet another study was conducted by a dentistry school in the Philippines, where the experts compared their own compounded toothpaste from eggshells with several commercial toothpastes. The results showed that those teeth cleaned with their toothpaste showed less plaque build-up and they also contained stronger enamel. This is because eggshells have large amounts of calcium and many trace minerals.

Other minerals found in eggshells:

  • Magnesium
  • Iron
  • Potassium
  • Aluminum
  • Phosphorous
  • Sulphur
  • Silicon
  • Sodium

How to make:

In order to prepare this amazing toothpaste, you need to put the eggshells in a boiling water for five minutes to get rid of pathogens. Once boiled, dry them and then grind then in a coffee grinder until you get a fine powder. You should take half a teaspoon on a daily basis.

Other Health Benefits of Eggshells

Both human teeth and bones are very similar with the composition of eggshells. The main beneficial compound in eggshells is calcium content {93%}. Besides being beneficial for our teeth, calcium is also extremely beneficial in the treatment of orthopedic diseases like congenital dislocation of a hip or osteoporosis. Eggshells are also a rich source of many other minerals including silicon, magnesium, aluminum, potassium phosphorous, sodium, iron, and sulfur.

As we previously mentioned, eggshells also contain 27 elements and their protein is composed of important amino acids such as cysteine, methionine, lysine, and isoleucine. In order to get the most balanced natural source of calcium, you should prepare the eggshells as we previously explained.

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