In order to make novel antibacterial Ti-Cu alloy more suitable for cardiovascular implant
application, a Cu-containing oxide coating was manufactured on Ti-Cu alloy by plasma …

The inflammatory response induced by implant/macrophage interaction has been
considered to be one of the vital factors in determining the success of implantation. In this …

Micro-arc oxidized Cu-incorporated TiO2 coatings (Cu–TiO2) were prepared in the Ca, P,
Cu-containing electrolyte to obtain an implant material with superior biological activity and …

To improve the comprehensive performance of Ti-Cu alloy, a gradient nanostructured
surface (GNS) layer was formed on Ti-Cu alloy by surface ultrasonic rolling treatment …

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

With rapid increase in implant surgeries, failure of implantation due to implant infection has
increased. Although the problem of implant infections can be addressed by coating of …

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 …

Surface modification of titanium implants with antibacterial, osteogenic and even angiogenic
capabilities are essential to enhance their clinical applicability. Herein, metal-organic …

Abstract Antibacterial Ti-5Cu alloy is a promising substitute material for Ti-made
cardiovascular implants, so its surface engineering is crucial to expediting clinical …

A titania nanotubes layer was prepared as an intermediate layer on pure Ti via anodic
oxidation, and subsequently, a Zn-containing coating was electrochemically deposited. The …