Autoclave-assisted Synthesis of AgNPs in Z. Officinale Extract and Assessment of Their Cytotoxicity, Antibacterial and Antioxidant Activities
IET Nanobiotechnology（2018）
Key words
nanoparticles,cancer,organic compounds,antibacterial activity,particle size,microorganisms,silver,visible spectra,ultraviolet spectra,biomedical materials,biochemistry,nanofabrication,free radicals,nanomedicine,toxicology,cellular biophysics,transmission electron microscopy,unique approach,eco-friendly approach,zingiber officinale,reducing agent,stabiliser agent,transmission electron microscopy results,antibacterial agents,free radical scavenging activity,synthesised AgNPs,1-diphenyl-2-picryl-hydrazyl free radical scavenging,strong bactericidal activity,antimicrobial AgNPs,autoclave-assisted synthesis,antioxidant activities,cytotoxic effect,silver nanoparticles,autoclave,time 24,0 hour
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