Abstract
Antibiotic resistance of bacteria to medications can be resolved using nanotechnology. Resistance to antibiotic mechanisms, such as regulation of permeability, multi-drug efflux pumps, antibiotic disintegration, and target area attraction, are dealt with by nanoparticles. These NPs are composed of Ag and Cu as heavy metals. Being both an essential nutrient as well as an especially hazardous matter, copper represents the two poles of the survival range for microorganisms. Because copper fittings and work surfaces are capable of eliminating methicillin-resistant S. aureus (MRSA) to prevent cross-contamination,they act as an additional obstacle. Additional research is needed, as the mode of action of nanoparticles is not fully understood. Existing information concerning NPs encourages further research to explore their use in the control of dental infections.
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