Replacement teeth via dental implants require adequate jawbone support. After tooth loss, the surrounding bone almost always deteriorates — bone grafting restores the structure needed for successful implant placement.
After tooth loss, the surrounding bone almost always deteriorates because it no longer receives stimulation from a natural root. Without adequate bone volume and density, dental implants cannot be successfully placed.
A bone graft procedure involves making a small incision in the gum to access the underlying bone, then adding grafting material that serves as scaffolding for new bone growth. Over time, your body's own bone cells replace the grafting material — restoring the volume and density needed for implant placement.
Bone taken from your own body — the gold standard with the highest success rate.
Processed human donor bone from a certified tissue bank — a common and effective option.
Animal-derived bone mineral, typically bovine, processed and sterilized to high safety standards.
Synthetic bone substitute materials that support new bone growth without donor tissue.
Digital X-rays and 3D imaging assess the extent of bone loss and determine the type and quantity of grafting material needed.
A small incision is made in the gum to access the bone. Grafting material is placed at the deficient site and often covered with a protective membrane. Local anesthesia keeps the procedure comfortable.
Post-operative soreness is typically managed with over-the-counter medications and ice therapy. Full bone maturation can take up to seven months before implant placement.
Once the graft has fully matured, Dr. Shetty places the implants on a solid, well-supported foundation for long-term success.