After losing one or more teeth, jawbone deterioration is a common occurrence, often resulting from factors like injury, decay, or trauma. When a tooth is lost, the stimulation that it provided to the surrounding bone ceases, leading to gradual deterioration. Over time, this loss of bone density can progress to a point where there isn’t adequate bone to support dental implants. In such cases, your dentist may suggest a bone grafting procedure as a viable solution. This service is readily available in Clearwater, near Oldsmar, Florida.
Local anesthesia is applied to numb the areas for bone removal and augmentation, ensuring patient comfort throughout the procedure. The dentist then makes an incision in the gum to assess the required bone volume. This service is conveniently offered in Clearwater, near Oldsmar, Florida.
An incision is made below the lower front teeth to expose the chin bone. Partial extraction of the bone and any marrow is performed, followed by closure of the incision with stitches. This specialized service is accessible in Clearwater, near Oldsmar, Florida.
The removed chin bone is securely fastened in the jaw using titanium screws. Optionally, a mixture of your bone marrow and grafting material can be applied to expedite healing, followed by suturing of the incision. This comprehensive service is offered in Clearwater, conveniently located near Oldsmar, Florida.
After the procedure, your dentist will usually prescribe antibiotics and pain medication to manage any discomfort and prevent infection. Additionally, you’ll be advised to follow a controlled diet, primarily consisting of soft foods like pastas and Jell-O to avoid putting undue pressure on the treated area. The full healing process for bone grafts typically takes six to nine months. Dental implant placement is postponed until your oral cavity has completely recovered from the grafting procedure. This comprehensive service is readily available in Clearwater, near Oldsmar, Florida.
Moreover, autografts entail the removal of bone from the individual’s own body, often from regions such as the hip, rib, or jaw, and relocating it to the area requiring bone. They are particularly efficient because they harmonize well with the patient’s biological makeup, rendering them a favored option whenever feasible.
Furthermore, allografts utilize bone graft material from a human donor, which is processed and sterilized before transplantation. Additionally, they are readily available and eliminate the need for a second surgical site, making them a common choice for bone grafting procedures.
Moreover, xenografts involve employing bone graft material sourced from animals, like bovine (cow) or porcine (pig). Furthermore, this material undergoes specific processing and sterilization to reduce the chances of immune reactions and infections. Additionally, xenografts are frequently employed when human donor grafts are unavailable or unsuitable for a given situation.