Top Reasons Why Doctors Are Getting Parents To Keep Precious Baby Teeth

6. How to store teeth for stem cells

Blood cells grow and develop in a sponge-like part of the bone called bone marrow. Stem cells can be taken from teeth as well as other parts of the bone. Remember, teeth should be properly stored to become useful. Doctors and scientists use several kinds of technology to preserve and later produce stem cells.

7. How stem cells can help

As mentioned earlier, stem cells can actually reproduce different types of cells in the body. They can also be used to fight cancer. Ongoing studies are presently trying to find out the potential of stem cells to treat diseases and conditions like heart Infraction.

8. How are dental stem cells preserved?

First, you need to make an appointment with a dentist. There are several agencies promoting the preservation of dental stem cells. Just as in cord blood stem cells, dental stem cells can also be preserved in stem cell banks. Once you contact a reliable company for storing your child’s dental stem cells, they may send a kit to your dentist.

The procedure has to take place when the tooth is about to fall out or loose. The dentist will extract the loose tooth and place it in the storage kit which will nourish the stem cells while en route to a facility, or laboratory. The lab will make an assessment to see which cells present in the tooth are ok for preserving. The dental cells once chosen will be cryogenically preserved by stem cell storage technology.

9. Are there any disadvantages to storing dental stem cells?

The only disadvantage of storing both stem cells and dental stem cells is the cost factor which does not come cheap. However, if you consider the future benefits, then it may be worth a consideration. Storage facilities may vary from company to company.

The biggest question that people face regarding stem cell storage is if they will work or not. Do the benefits justify the costs? At present, it is too early to speak for or against stem cell treatment because research is still going on.

10. A new study proves stem cell can produce dentin in decayed teeth

In a very new study involving dentin production from stem cells, scientists are working on a new medicine called Tideglusib that stimulates stem cells within decayed teeth to produce dentin to fill a cavity after the decayed material has been removed by dentists. Instead of filling with conventional filing, doctors will rely on the medicine for stem cell regeneration of dentin. The drug is scheduled for human trials and will be a step forward in proving the effectiveness of stem cell therapy.

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