Antibacterial Abilities of Au Nanoparticles are Size-Depende

Researchers explored whether the size of Au nanoparticles influences their antibacterial abilities on three strains of Streptococcus, a common dental bacteria.

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United States , Pakistan , Jordan , American , Megan Craigdec , Megan Craig , Jezper Shutterstock , Journal Of Dental Research , Journal Of Proteome Research , Association Of Streptococcus , Health Science Research , Journal Of Pakistan Medical Association , Oxidative Stress Properties , Technology Of Advanced Materials , Journal Of Nanoparticle Research , Different Sized Nanoparticles , Post Hoc Tukey , Gold Nano Particles , Different Sizes , Surfacesb Biointerfaces , Pakistan Medical Association , Herbal Medicine , Nanoparticle Research , Natural History , Oral Cavity , Discrete Window , Infection Immunity , Dental Research , Clinical Microbiology , Antimicrobial Proteins , State Chemistry , Antibacterial Activity , Silver Nanoparticles Depend , Gram Negative Bacterium Escherichia , Environmental Microbiology , Advanced Materials , Proteome Research , Materials Interfaces , Applied Toxicology , Zinc Oxide , Cerium Oxide Nanoparticles Based , Oxidative Stress , Materials Science , Nanoparticles , Streptococcus , Antibacterial ,