Guided Bone Regeneration

Guided Bone Regeneration is a common dental treatment intended to improve bone density and quality for patients requiring oral implants. This technique is a type of tissue-engineering that assists in the natural restoration of different bone structures. In particular, Guided Bone Regeneration is typically applied to replace bone that has been lost due to trauma, gum disease, or tooth extraction. The process of Guided Bone Regeneration comprises three important stages: bone grafting, cell growth, and membranes. It begins with bone grafting, where a small amount of bone is harvested from a patient's own body or sourced from a bone bank. Once the bone graft has been placed, stimulation is employed to encourage the growth of new bone cells. This may involve adding growth factors to the implant, or the use of proteins to stimulate cell growth. Finally, membranes are used to provide a physical barrier over the bone graft to protect it from damage as it starts to regrow. Membranes also help to promote the growth of new bone by trapping the blood flow and nutrients needed for bone growth, encouraging the development of new tissue. In summary, Guided Bone Regeneration is a highly successful dental process that provides patients with good bone health and quality, which is essential for proper implantation. Making use of bone grafting, cell growth, and membranes, the technique encourages natural restoration of bone loss, making it an essential tool for dental restoration. If you require dental restoration, consult your dentist today to find out if Guided Bone Regeneration is the right solution for you.