What is the most suitable bone division for subperiosteal implants?

The classification of bone types in relation to subperiosteal implants is crucial for understanding their appropriate application in dental practice. Division D bone is characterized by a rigid and dense structure that provides a stable foundation for the placement of subperiosteal implants. This type of bone can effectively support the load of the implant due to its thickness and density, which are vital for the successful integration and longevity of the implant.

Subperiosteal implants are placed beneath the periosteum, the connective tissue that wraps around the bone, which makes it essential to have a solid underlying bone structure to ensure that the implant remains securely anchored. Division D bone offers the ideal conditions for this type of implant, as it tends to have the necessary qualities to withstand the forces exerted during functional use, thereby enhancing the overall success rate of the procedure.

In contrast, Division A, B, and C bones may not provide the same level of support, especially if they exhibit unfavorable characteristics such as insufficient density or width. Thus, Division D is the most suitable choice for subperiosteal implants, highlighting its importance in achieving optimal outcomes in dental implantology.