What is the primary goal of using guided bone regeneration during implant procedures?

The primary goal of using guided bone regeneration during implant procedures is to increase the volume and density of bone at the implant site. This technique involves the use of barrier membranes and graft materials to create a space and encourage the growth of new bone tissue around the implant area. By doing so, it enhances the overall stability and integration of the dental implant, ensuring that there is sufficient and healthy bone available to support the implant structure effectively.

While immediate loading is an important consideration in implantology, guided bone regeneration specifically focuses on preparing the bone quality and quantity before or during the implant treatment. Minimizing postoperative discomfort and facilitating the placement of multiple implants are secondary benefits and outcomes of a well-executed regeneration procedure rather than its primary goal. The enhancement of bone volume and density directly contributes to the long-term success and endurance of the implant, making it a crucial aspect of many implant procedures.