To improve the antimicrobial ability and cytocompatibility of biomedical titanium implants,
many efforts have been made to modify their surface topography and chemical composition …

To improve the bioactivity and antibacterial properties of biomedical titanium implants, many
efforts have been made to modify its surface composition and topography. In this work …

Nanotopographical TiO2 films (including nanorod, nanotip, and nanowire topographies)
were successfully fabricated on the metallic Ti surface via hydrothermal treatment and then …

In this study, we present a novel strategy for hierarchical antibacterial implant coating by
controlling structural and componential features as regulators of surface bactericidal …

Background Although tantalum (Ta)-based coatings have been proven to have good
antibacterial activity, the underlying mechanism and in vivo biological performance remain …

In orthopedic fields, effective anti-infection property and promotive biocompatibility on
surface of titanium implants are two crucial factors for long-term successful implants. Herein …

Implant-related bacterial infection is one of the most severe postoperative complications in
orthopedic or dental surgery. In this context, from the perspective of surface modification …

Implant-related infection is one of the most common and serious complications associated
with biomedical implantation. To prevent bacterial adhesion, a series of porous TiO 2 …

The insufficient osseointegration and bacterial infection of titanium and its alloys remain the
key challenges in their clinic applications, which may result in failure implantation. To …

In this study, we develop a bactericidal coating material for micro-implant, TiO2 films with Ag
deposited on were prepared on titanium plates by sol–gel process. Their anti-microbial …