TiO2-PDA-Ag coating was fabricated on Ti implants by electrochemical anodization.  TiO2-PDA-Ag coating showed satisfactory bactericidal and antibiofilm activities in vitro and in vivo, improved Ag release pattern, evident ROS scavenging properties and enhanced cell adhesion and proliferation.



TiO2-PDA-Ag
TiO2-PDA-Ag coating was fabricated on Ti implants by electrochemical anodization.  TiO2-PDA-Ag coating showed satisfactory bactericidal and antibiofilm activities in vitro and in vivo, improved Ag release pattern, evident ROS scavenging properties and enhanced cell adhesion and proliferation.



TiO2-PDA-Ag
TiO2-PDA-Ag coating was fabricated on Ti implants by electrochemical anodization.  TiO2-PDA-Ag coating showed satisfactory bactericidal and antibiofilm activities in vitro and in vivo, improved Ag release pattern, evident ROS scavenging properties and enhanced cell adhesion and proliferation.



TiO2-PDA-Ag
TiO2-PDA-Ag coating was fabricated on Ti implants by electrochemical anodization.  TiO2-PDA-Ag coating showed satisfactory bactericidal and antibiofilm activities in vitro and in vivo, improved Ag release pattern, evident ROS scavenging properties and enhanced cell adhesion and proliferation.



TiO2-PDA-Ag
TiO2-PDA-Ag coating was fabricated on Ti implants by electrochemical anodization.  TiO2-PDA-Ag coating showed satisfactory bactericidal and antibiofilm activities in vitro and in vivo, improved Ag release pattern, evident ROS scavenging properties and enhanced cell adhesion and proliferation.



TiO2-PDA-Ag
TiO2-PDA-Ag coating was fabricated on Ti implants by electrochemical anodization.  TiO2-PDA-Ag coating showed satisfactory bactericidal and antibiofilm activities in vitro and in vivo, improved Ag release pattern, evident ROS scavenging properties and enhanced cell adhesion and proliferation.



TiO2-PDA-Ag