Dental implants are a revolutionary way to replace missing teeth. They are strong, stable, and look and feel like natural teeth. But how do they work? This article will explain the science behind dental implants and how they are used to replace missing teeth. If you’re looking for more information about Dental implants, you may check this out.
Dental implants are tiny titanium posts that are surgically placed into the jawbone. They act as a replacement for the natural root of a tooth and provide a secure foundation for artificial teeth. The titanium post fuses with the bone over time, creating a strong and stable foundation for the prosthetic teeth.
The science behind dental implants is based on the phenomenon of osseointegration. This is the process by which the implant bonds with the surrounding bone and tissue. The implant is made of a biocompatible material, such as titanium, which allows the body to accept it. The implant is placed in the jawbone and over time, the body’s natural healing process occurs. During this process, the bone and tissue around the implant fuse together and create a strong bond.
Dental implants offer many advantages over traditional tooth replacement options. They are strong and stable, and they look and feel like natural teeth. They can also last a lifetime with proper care and maintenance. Dental implants also help preserve the natural bone in the jaw, which can be lost when traditional tooth replacement options, such as dentures, are used.