Antibacterial Activity of Nanomaterials

© 2019 by the authors; CC BY license

clove oil; eugenol; nanofiber; microcapsules; house dust mites; zeolites; silver nanoparticles; paper; antimicrobial; silver nanoparticles; silica; composite; prolonged silver leaching; antibacterial effects; mechanisms of action; wound dressings; Antimicrobials; metals; acclimation; adaptation; evolution; genomics; silver nanoparticles; anti-bacterial; poly-L-arginine; stability; nano hybrid composites; FTIR; chitosan; dye adsorption; TEM; antibacterial activity; TiO₂; N doping; fluorination; wet milling; heat treatment; synergy; disinfection; gold nanoparticles; green nanotechnology; Galenia africana; Hypoxis hemerocallidea; antibacterial activity; Alamar blue; MTT; HRTEM; polystyrene sulfate; dioctadecyldimethylammonium bromide; cationic bilayer fragments; gramicidin D; nanostructured cationic particles; optimization of bactericidal activity; Escherichia coli; Staphylococcus aureus; nanoparticles; polylactide-co-glycolide; polyethylenglycol; gentamicin sulfate; antimicrobial effect; new thiourea derivatives; Fe₃O₄@C₁₈ nanoparticles; antifungal; Candida albicans; biofilm; biocompatibility; antimicrobial activity; chitosan; nanoparticle; protamine; biofilm; poly (lactic acid); ZnO nanoparticles; electrospinning process; antibacterial properties; E. coli; nanodiamonds; graphene oxide; Escherichia coli; antibacterial activity; inhibition; cod fillets; Gadus morhua; ZnO nanoparticles; antimicrobial coatings; texture; active packaging; graphene oxide; silver nanoparticles; thiol groups; antibacterial activity; inhibition efficiencies; biosynthesis; gold nanoparticles; Ziziphus zizyphus; antifungal activity; green chemistry; nanomaterials; biopharmaceutics; nanofibers; electrospinning coating technique; gelatin; polycaprolactone; antimicrobials; nanomaterials evaluation; microbial models; toxicity; metal oxides; cement-based composites; silver nanoparticles; antibacterial durability; nanoparticle stability; E. coli; nanoparticle storage; laser nanoparticles; marine actinomycetes; nanoparticles; multidrug resistant strains; MIC; SLN; triethylamine; positive charge; DDAB; antimicrobial activity; drug encapsulation; n/a