Disinfection of waterborne viruses using silver nanoparticle-decorated silica hybrid composites in water environments
Silver nanoparticles (AgNPs) have been reported as an effective alternative for controlling a
broad-spectrum of pathogenic viruses. We developed a micrometer-sized silica hybrid
composite decorated with AgNPs (AgNP-SiO 2) to prevent the inherent aggregation of
AgNPs, and facilitated their recovery from environmental media after use. The production
process had a high-yield, and fabrication was cost-effective. We evaluated the antiviral
capabilities of Ag30-SiO 2 particles against two model viruses, bacteriophage MS2 and …
broad-spectrum of pathogenic viruses. We developed a micrometer-sized silica hybrid
composite decorated with AgNPs (AgNP-SiO 2) to prevent the inherent aggregation of
AgNPs, and facilitated their recovery from environmental media after use. The production
process had a high-yield, and fabrication was cost-effective. We evaluated the antiviral
capabilities of Ag30-SiO 2 particles against two model viruses, bacteriophage MS2 and …
Disinfection of waterborne viruses using silver nanoparticle-decorated silica hybrid composites in water environments.
PSJ Park SungJun, KYS Ko YoungSeon… - 2018 - cabidigitallibrary.org
Silver nanoparticles (AgNPs) have been reported as an effective alternative for controlling a
broad-spectrum of pathogenic viruses. We developed a micrometer-sized silica hybrid
composite decorated with AgNPs (AgNP-SiO2) to prevent the inherent aggregation of
AgNPs, and facilitated their recovery from environmental media after use. The production
process had a high-yield, and fabrication was cost-effective. We evaluated the antiviral
capabilities of Ag30-SiO2 particles against two model viruses, bacteriophage MS2 and …
broad-spectrum of pathogenic viruses. We developed a micrometer-sized silica hybrid
composite decorated with AgNPs (AgNP-SiO2) to prevent the inherent aggregation of
AgNPs, and facilitated their recovery from environmental media after use. The production
process had a high-yield, and fabrication was cost-effective. We evaluated the antiviral
capabilities of Ag30-SiO2 particles against two model viruses, bacteriophage MS2 and …
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