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Dentin Derived Dental Bone Grafts

Regenerate excellent vital bone using dentin processed from the patient’s extracted tooth.

 

FAQs

Why is alveolar ridge preservation essential immediately after tooth extraction?
Following tooth extraction, the remnant alveolar bone goes through bone resorption in the first few months, as much as 50%. As such, owing to the bone loss, the placement of dental implants is hindered. Alveolar ridge preservation immediately after tooth extraction facilitates using the bone substitute in the extraction socket and thus helps maintain the bone walls, ensuring effective dental implants and other procedures.
What are the benefits of using dentin bone grafts?
Dentin bone graft is derived from human dentin, making it inherently biocompatible and well-tolerated by the body. This reduces the risk of rejection or adverse reactions, promoting successful integration and healing. Moreover, dentin, as an autogenous bone grafting material, contains growth factors and signalling molecules that stimulate the formation of new bone tissue.
How can an extracted tooth be effective as a bone graft material?
Rather than discarding the extracted tooth, it can effectively be used as bone graft material. It has been observed that the mineralised tissues of teeth have a natural bioactive structure and osteoinductive properties that stimulate the recruitment, proliferation, and differentiation of mesenchymal stem cells into osteoblasts, promoting bone formation and remodelling at the graft site.
What is the role of the KometaBio Dentin Processing Unit?
The specialised grinder offered by Restore Surgical, one of the leading dental bone graft suppliers in the UK, is used by dental professionals to grind and sieve the extracted tooth effectively and efficiently. Used in conjunction with the KometaBio processing solution this creates a bacteria-free autogenous bone graft.