… In the following steps, we explore surface modification … surface is an effective strategy to
reduce biofilm formation. … To covalently integrate QACs onto biomaterial surfaces, various …

… prevent host proteins and cell attachment. Therefore, for the improvement of proteins attachment
and cell proliferation on the solid surfaces, an … is very modest and efficient in nature, the …

… these surface modifications can reduce the initial attachment (… also effectively reduce biofilm
formation on the dental implant … As zirconia is an inert biomaterial, several techniques have …

… , innovation in surface modification has attracted much … biomaterial-tissue interface. This
review will draw together metallurgy, surface engineering, biofilm microbiology, and biomaterial …

… and the surface modification of biomaterials. Antibacterial … while PslG was most effective in
removing biofilms formed with Psl as … The attachment of bacteria to the surface of biomaterials …

… Further, the attachment of antimicrobial agents that can efficiently kill bacteria on the … of
implants/devices, in turn leads to the prevention of biofilm formation. Many surface modification …

… exhibiting an effective antibacterial effect without cytotoxicity. The nanotube array containing
silver oxide had long-term effective antibacterial ability, and can still effectively exterminate E…

… attachment (adhesion) of planktonic microbial cells. The … and surface modifications are under
study to counteract the … effective prevention of bacterial growth and biofilm formation of silver…

… biofilm formation and provide effective bacterial killing to protect implanted biomaterials. In …
This method of surface modification allows the covalent attachment of various molecules such …

… It is an efficient model for understanding biofilms formation and … properties are important
features of dental biomaterials and … used to prevent microbial attachment and biofilm formation. …