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• W2803350751 abstract "A multi-functional anti-pathogen coating with release-killing, contact-killing and anti-adhesion properties was prepared from biocompatible polymer encapsulated chlorine dioxide (ClO2) which protected the active ingredient from the outside environment. A slow sustained-release of ClO2 from micelles over fifteen days was detected for long-term release-killing. Micelles only release ClO2 on demand in minimum inhibitory concentrations. We prepared nanoparticles which were covalently clustered on micelle surfaces to improve contact-killing as well as to improve the stability of the micelle. Copper nanoparticles were generated using the biosynthesis method including l-vitamin C, which avoids the toxicity and allows for the preparation of copper nanoparticles in a green environment. Synergistic anti-pathogen activity could be generated by a combination of micelle released ClO2 and ascorbic acid. In addition to release-killing and contact-killing, a pluronic polymer coated surface also provides an additional anti-adhesion property through its protein-repelling ability. In this research, the designed coating demonstrated a broad-spectrum of activity to kill drug-resistant bacteria, viruses and spores in short period of time. Based on scanning electron microscopy (SEM), transmission electron microscopy (TEM) and anti-oxidase assays, we found that the designed coatings killed the pathogens via bio-oxidation. We also carried out acute respiratory toxicity tests in this research. Analysis of blood samples, lung function and histopathological slices indicated that the synthesized micelles allowed a controlled and sustained release of ClO2 to kill pathogens while maintaining an overall ClO2 concentration in the air within a safe range." @default.
• W2803350751 created "2018-06-01" @default.
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• W2803350751 date "2018-01-01" @default.
• W2803350751 modified "2023-10-12" @default.
• W2803350751 title "A smart multi-functional coating based on anti-pathogen micelles tethered with copper nanoparticles<i>via</i>a biosynthesis method using<scp>l</scp>-vitamin C" @default.
• W2803350751 cites W1507541766 @default.
• W2803350751 cites W1597959609 @default.
• W2803350751 cites W1600463904 @default.
• W2803350751 cites W1655445995 @default.
• W2803350751 cites W1767389458 @default.
• W2803350751 cites W178247189 @default.
• W2803350751 cites W1949978892 @default.
• W2803350751 cites W1963571169 @default.
• W2803350751 cites W1964446552 @default.
• W2803350751 cites W1971077105 @default.
• W2803350751 cites W1986042927 @default.
• W2803350751 cites W1991492997 @default.
• W2803350751 cites W1995094816 @default.
• W2803350751 cites W1997496513 @default.
• W2803350751 cites W2005006106 @default.
• W2803350751 cites W2006378135 @default.
• W2803350751 cites W2010532540 @default.
• W2803350751 cites W2016466336 @default.
• W2803350751 cites W2017016220 @default.
• W2803350751 cites W2019463161 @default.
• W2803350751 cites W2027074333 @default.
• W2803350751 cites W2037880347 @default.
• W2803350751 cites W2040098801 @default.
• W2803350751 cites W2040584700 @default.
• W2803350751 cites W2043068531 @default.
• W2803350751 cites W2044198213 @default.
• W2803350751 cites W2045761695 @default.
• W2803350751 cites W2051913120 @default.
• W2803350751 cites W2055070142 @default.
• W2803350751 cites W2059154739 @default.
• W2803350751 cites W2067376250 @default.
• W2803350751 cites W2073040447 @default.
• W2803350751 cites W2076060664 @default.
• W2803350751 cites W2076906683 @default.
• W2803350751 cites W2078670803 @default.
• W2803350751 cites W2080499033 @default.
• W2803350751 cites W2084387253 @default.
• W2803350751 cites W2085458222 @default.
• W2803350751 cites W2085780569 @default.
• W2803350751 cites W2090902921 @default.
• W2803350751 cites W2091643466 @default.
• W2803350751 cites W2091810448 @default.
• W2803350751 cites W2094509875 @default.
• W2803350751 cites W2096065466 @default.
• W2803350751 cites W2097091105 @default.
• W2803350751 cites W2114074037 @default.
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• W2803350751 cites W2120794002 @default.
• W2803350751 cites W2131727615 @default.
• W2803350751 cites W2132223472 @default.
• W2803350751 cites W2135465392 @default.
• W2803350751 cites W2144807500 @default.
• W2803350751 cites W2148260760 @default.
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• W2803350751 cites W2150053999 @default.
• W2803350751 cites W2154072540 @default.
• W2803350751 cites W2161005477 @default.
• W2803350751 cites W2162538956 @default.
• W2803350751 cites W2186146444 @default.
• W2803350751 cites W2290499125 @default.
• W2803350751 cites W2291700838 @default.
• W2803350751 cites W2293465976 @default.
• W2803350751 cites W2339677233 @default.
• W2803350751 cites W2399540666 @default.
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• W2803350751 doi "https://doi.org/10.1039/c8ra01985a" @default.
• W2803350751 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35541145" @default.
• W2803350751 hasPublicationYear "2018" @default.
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