Impact of Two Commercially Available Antimicrobial Solutions on Implant Surface Wettability: An In Vitro Study

of wettability and the ways in which it regulates an implant's biological environment can improve implant design and guarantee positive results. 5,6 IntroductIonImplant loss in dental implantology can be caused by bacterial oral cavity infections, such as peri-implant mucositis and peri-implantitis.Dental implants present surfaces prone to bacterial colonization both supragingivally and subgingivally, which can lead to peri-implant infections.The microbiological results unequivocally demonstrate that infection may be the cause of late implant alterations.If treatment is not received, peri-implant mucositis, which is defined as reversible inflammation of the soft tissues surrounding the implant, may develop into peri-implantitis. 1Implant instability and possible loss result from peri-implantitis, which includes both soft tissue inflammation and bone resorption.It is increasingly recognized that bacterial translocation from the oral cavity might have systemic effects in addition to local ones. 2Consequently, it is crucial to design antimicrobial methods that both avoid early microbial colonization and retain biocompatibility.The surface wettability of dental implants is the subject of one potential strategy.The biological reaction and activity at the bone-implant interface can be influenced by the wettability of an implant surface.An implant's surface properties, including its chemistry, topography, and roughness, might affect its wettability.Additionally, an implant's surface wettability (hydrophilicity) can influence biofilm development, bacterial adhesion, and, above all, the pace of osseointegration. 3,4The deposition of bone onto biomaterial devices to attach dental prostheses is known as osseointegration, and it is crucial to implant success.Because hydrophilic surfaces aid in the initial phases of cell adhesion, proliferation, differentiation, and bone mineralization, knowledge