 The medical industry has seen a rise in demand for orthopedic and dental implants, which is expected to continue with an aging population and active lifestyle culture. However, failure rates caused by bacterial infection are a concern leading to research into antibiotics and antibacterial coatings. Nanotextured surfaces have been developed to mimic the bacterial properties of some animal, plant, and insect species, but there is no one particular surface structure that exhibits bacterial behavior against all types of microorganisms. Biomimicking fabrication methods, such as hydrothermal synthesis, are commonly used due to their environmentally friendly nature and simplicity compared to other methods. The proposed bacterial mechanisms between bacteria cells and nanotextured surfaces are discussed, but additional parameters, such as biological cell membrane properties, adhesion forces, bacteria dynamics, and nanostructure mechanical properties, should be included in the models. The mechanical stability and cytotoxicity of micro and nanostructures and materials must be established before nanotextures can be used on orthopedic implant surfaces to inhibit bacterial adhesion. This article was offered by Orca Jagasa, he's and Charlie, Asher Matthew, and others. We are article.tv, links in the description below.