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Dentogenea^TM

dentogenea

{mosimage}The deciduous teeth are the first early teeth in the mouth. The first teeth (first the down central cutters and second the upper ones) appear during the 7^th and the 9^th month after the birth, respectively. The last deciduous teeth (2^nd molars) appear at the age of 2 ½ years. There are 20 deciduous teeth in total; ten on the upper jaw bone and ten on the lower jaw bone. Since the 6^th year of life these teeth are being replaced gradually by the stable teeth. The completion of the stable teeth is carried out during the 12^th and the 13^th year of life. The stable teeth are 28, until the appearance of the third molars at the age of 17 till 20. Then the total teeth number is 32, 16 on the upper jaw bone and 16 on the lower one.

With a simple and totally painless procedure (with local anesthesia) the dentist extracts the deciduous teeth that are about to fall and puts them in the collection KIT.

With a histocompatibility percentage of up to 50% using the biological material of your own child you have the unique opportunity to offer a gift to yourself!!

Cell types isolated by the dental pulp and their therapeutic potential:

Osteoblasts: Bone regeneration and fracture healing. These are the progenitor cells of the bone tissue that produce the new, healthy bone to replace the old one. In case of an injury or a fracture the osteoblasts are responsible for the bone regenerations.
Chondrocytes: Cartilage and joint regeneration, treatment of osteoarthritis. These cells can form the cartilages and play an important role in therapies having to do with arthritis, bone joints and injuries of the joints. The formation of the cartilages starts with the differentiation of the mesenchymal cells to chondrocytes.
Odontoblasts: Creation of new teeth and treatment of damaged teeth by caries or other injuries. They form the odontine and the dental pulp. They are of great importance for the teeth regeneration in case of injuries.
Adipocytes
Muscle and Neural cells

Cellgenea will cryopreserve with no extra charge every extra tooth from your child regardless the number of the extracted teeth by the dentist. That way, you can have a sufficient number of progenitor cells for cryopreservation.

Cellgenea conforms to the EU legislation 1394/2007 and the board of the 13^thof November 2007 for the Advanced Medicinal Products and it is validated by TUV Cert ISO9001, ISO 14644, Lloyd's Register ISO9001:2000.

Using the technology of NASA, Cellgenea guarantees the most safe and accurate method of procedure expansion for future use. There are protocols for the isolation of dental pulp progenitor cells from adults, as well .

Cellgenea with its validated laboratories amongst others by the DIN En ISO 14644 for its cleanrooms offers services of high quality in cryopreservation of the progenitor hematopoietics cells, as well as the mesenchymal cells.

The unique properties of the dental pulp teeth progenitor cells in the Regenerative Medicine for the treatment of the degenerative diseases, the easy way of collection and the low cost make the whole procedure one of the greatest gifts for a family.

Procedure

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