Implant Surface Characteristics

Abstract

Dental implant surface technologies are being developed to improve the reliability of accelerated implant therapy. These technologies encourage quicker bone development on the implant surface, improving primary stability and reducing crestal bone loss. Post-implantation, bone turnover and remodelling occur at the interface, with nano topography surfaces encouraging bone growth. Research shows that bone cells are sensitive to these topographical characteristics, increasing gene expression for new bone production. It's crucial to critically assess claims and incorporate innovations into practice for better patient care. This review delves into the implant surface characteristics in depth and explores the future possibilities of better treatment outcomes through improvement in implant designs.