Have you ever played the ‘tooth fairy’ video game with your kids?
Y’ understand, the one where you get them to conceal their newly-displaced baby tooth under their pillow so a wonderful little animal can slip in at night and change it with some cash?
As fun as it is, it’s quite short-lived. Your kid gets a dollar or two, invests it on a toy and that’s the end of it.
Unless, of course, the fairy took place to drop that baby tooth off at a tooth bank.
The Long-Term Benefits of Storing Child Pearly whites
In 2003, scientists at the National Institute of Dental and Craniofacial Research study discovered that primary teeth contain important stem cells. In a nutshell, stem cells have the prospective to develop into almost any cell type possible.
State your kid, later in life, develops a condition that damages their pancreas, heart or brain. Stem cells from their baby tooth can actually be used to repair the broken cells in those locations.
The best part? Stem cells from primary teeth are among the most effective in the body. They multiply much quicker– and for longer– than stem cells from other locations.
This gets rid of the have to wait on a bone marrow donor if your kid ever requires stem cells. It likewise increases the possibility that their body will accept the stem cells– something that’s not always certain when they originate from a donor.
I understand what you’re thinking.
‘ If my kid desperately requires teeth stem cells at some time in the future, could not a dental expert just pull up one of their teeth then?”
Not necessarily. As stem cells age, they become less powerful. If your kid needs stem cells as an adult, the teeth that currently reside in their mouth will no longer be very useful.
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There are currently a number of international services that will keep your child’s primary teeth for a cost. Take, for example, Store-A-Tooth.
They partner with your dentist to collect the tooth and have it delivered over night to their center in a temperature-controlled package. Once the tooth is in their hands, they draw out the stem cells and place them in a culture where they can grow. Then, the cells– in addition to the tooth– are cryopreserved.
Even if the tooth fell out a while ago, it may still contain important stem cells!