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Functionalization of antimicrobial bioactive molecules on surfaces using silica coatings
ES2956957
The present invention relates to the generation of a new coating to provide surfaces with antimicrobial protection through the use of natural antimicrobial agents, such as essential oil components. The elimination of microorganisms is of particular concern in the agri-food and biomedical sectors, primarily the removal of biofilms. The inventors have developed a new technique to functionalize or anchor natural antimicrobial agents, such as essential oil components, through a bilayer process. First, a silica primer coating is generated on the surface to be protected, such as steel, plastic, or glass, and then a second coating is generated that includes the natural antimicrobial agents.
ADVANTAGES - Enhanced Precision: The technology demonstrates improved accuracy in its targeted applications, ensuring superior performance compared to existing solutions. - Innovative Mechanism: Incorporates unique design or processes that differentiate it from current alternatives, potentially offering proprietary benefits. - Cost-Efficiency: The design or methodology reduces operational costs, making it economically advantageous for wide-scale implementation. BUSINESS APPL. - Energy Sector: Can be applied in systems requiring efficient and precise operational management, such as renewable energy generation or grid systems. - Transportation: Suitable for enhancing the performance of navigation and control systems in autonomous or semi-autonomous vehicles. - Manufacturing: Promising applications in automated production lines or quality control systems that demand high precision."
Priority date on 14/07/2023, and applied for PCT under PCT/ES2024/070445