Pectin-decorated Selenium Nanoparticles As a Nanocarrier of Curcumin to Achieve Enhanced Physicochemical and Biological Properties.
IET Nanobiotechnology（2019）
关键词
hydrogen bonds,selenium,nanoparticles,solubility,drug delivery systems,toxicology,hydrophobicity,free radicals,particle size,nanofabrication,cancer,nanomedicine,drugs,biomedical materials,encapsulation,cellular biophysics,pH,organic compounds,pectin-decorated selenium nanoparticles,pectin-stabilised selenium nanoparticles,curcumin encapsulation,Cur-loaded pectin-SeNPs,nanocarrier pectin-SeNPs,physicochemical properties,biological properties,homogeneous spherical structures,monodisperse spherical structures,aqueous solutions,particle size,hydrogen bonding interactions,encapsulation efficiency,loading content,pH-dependent drug release,in vitro controlled drug release,water solubility,free radical scavenging ability,in vitro antioxidant capacity,in vitro antitumour activity assay,HepG2 cells,cytotoxic activity,in vitro bioactivity,hydrophobic curcumin,Se
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