Endodontic endosseous implantations refer to a dental procedure commonly performed by endodontists for the purpose of replacing missing teeth. This technique involves the surgical placement of dental implants within the bone of the jaw in the area where the tooth was lost or extracted. Endodontic endosseous implantations are considered a reliable and long-lasting treatment option for patients with one or more missing teeth.
The process of endodontic endosseous implantation involves several steps. First, the oral surgeon will carefully assess the patient's dental and medical history, as well as conduct a comprehensive examination of the affected area. Following this, a three-dimensional imaging technique such as CT scan or dental cone beam CT is used to create a precise and detailed image of the jawbone, ensuring optimal implant placement.
Once the area is prepared, the surgeon will make an incision in the gums and create a small hole in the underlying bone. The dental implant, which is typically made of titanium and designed to mimic the shape of natural tooth roots, is then firmly placed into the bone. Over time, the bone will fuse with the implant through a process called osseointegration, providing a stable foundation for the future replacement tooth.
After the implant has fully integrated with the bone, a connecting piece known as an abutment is attached to the implant. This serves as a connector between the implant and the prosthetic tooth, bridge, or denture that will be placed on top. The final step involves the fabrication and attachment of the custom-made dental restoration, which closely resembles and functions like a natural tooth.
Endodontic endosseous implantations offer numerous advantages compared to other tooth replacement options. They can restore aesthetics, chewing ability, and speech clarity, while also preventing bone loss and maintaining facial
