Referring to other case studies on this matter. Calvo-Flores and Mingorance-Sánchez conducted research in 2021 on deep eutectic solvents (DES), which has inherent antibacterial properties that can eliminate microorganisms. Utilizing DES as biocides in various material compositions containing capric and lauric acids can eradicate certain gram-positive bacteria. Due to these characteristics, DES appears to be a promising option for managing and averting infections. Another option proposed is the creation of an antibacterial deep eutectic by combining BAC with acrylic acid (AA). This compound can be incorporated into dental resin composites to provide long-lasting antibacterial materials that are biocompatible. demonstrated that particulate polymeric delivery systems, such as microspheres and nanoparticles, can effectively transport pharmaceuticals while avoiding harmful effects. These systems differ in size. A microsphere is a particle larger than 1 μm, while a nanoparticle is a particle smaller than 1 μm. This separation is advantageous due to their distinct molecular and physical properties. No sterile eye products based on these technologies are currently available, but they show great potential in the field of ophthalmology, particularly for delivering medications to the retinal space at the back of the eye.