… antibacterial ability of Ti–Cu was due to the antibacterial mechanism of Ti 2 Cu contact [25]…
However, the oxide coating on titanium alloys after anodic oxidation would separate Ti–Cu …

… antibacterial Ti–Cu alloys, our understanding of why Ti–Cu demonstrates the antibacterial
activity … The acquisition of this knowledge is crucial for designing Ti–Cu alloys with engineered …

… stable and strong antibacterial ability [16]. Ren's result also confirmed the influence of Cu
content on the antibacterial ability of Ti–Cu alloys. High Cu content provides good antibacterial …

… -Cu alloys prepared by different processes showed different antibacterial ability. In order
to reveal the controlling mechanism, Ti-Cu alloys with different existing forms of Cu element …

… In this paper, the antibacterial property and the Cu ion … the antibacterial mechanism and
to confirm the crucial Cu ion … indicate that the antibacterial rate of the Ti–Cu alloy increased …

… anodizing magnetron-sputtered TiCu coatings show satisfactory antibacterial activity and …
antibacterial ability and angiogenic activity of the Cu-Ti-O NTAs. The variation of antibacterial …

… of Cu content may lose the antibacterial function of Ti-Cu alloy, not well … Cu content in order
to maintain a balance between antimicrobial ability and the basic performance for the Ti-Cu …

… of Ti–Cu may be attributable to the formation of a Ti–O passive … The Ti–Cu coated SS316L
also exhibited excellent wear … , the Ti–Cu coatings exhibited excellent antibacterial abilities, …

… attributed to the high Cu ion released concentration. Further research also stated that the
antibacterial ability of Cu containing coatings and alloys is closely related to the Cu ion release …

… lower than that of CP-Ti. The antibacterial test revealed that only the Ti-Cu alloy with 5 wt.%
or greater Cu content could display a strong antibacterial rate against E. coli and S. aureus. …