Dental implants play a crucial role in preserving the jawbone through a process called osseointegration. When a tooth is lost, the underlying jawbone no longer receives stimulation from the tooth root during chewing or biting. As a result, the bone begins to deteriorate over time.
However, dental implants are made of biocompatible materials, usually titanium, which have the unique ability to fuse with the jawbone. This process is known as osseointegration.
During the dental implant procedure, a small titanium post is surgically placed into the jawbone. Over a period of several months, the surrounding bone tissue grows and attaches itself to the implant. This creates a strong and stable foundation for the replacement tooth or crown that will be attached to the implant.
By integrating with the jawbone, dental implants provide the necessary stimulation and support that mimic the function of natural tooth roots. This stimulation helps to preserve the jawbone and prevent bone loss. It also helps to maintain the natural shape and volume of the jaw, preventing the sunken or collapsed appearance that can occur when teeth are missing.
In summary, dental implants preserve the jawbone by providing the necessary stimulation for bone growth and preventing bone loss. This helps to maintain the overall oral health, facial aesthetics, and long-term stability of the dental implant.
