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• W2739968720 abstract "Biomaterial-related bacterial infections cause patient suffering, mortality, and extended periods of hospitalization and impose a substantial burden on medical systems. In this context, understanding the interactions between nanomaterials and bacteria is clinically significant. Herein, TiO2-based heterojunctions, including Co-TiO2, CoO-TiO2, and Co3O4-TiO2, were first designed by optimizing magnetron sputtering to establish a platform to explore the interactions between nanomaterials and bacteria. We found that the energy band bending and band gap narrowing were effectively promoted at the contact interface of the heterojunctions, which have the ability to induce abiotic reactive oxygen species formation. Using methicillin-resistant Staphylococcus aureus and Staphylococcus epidermidis, in vitro studies showed that the heterojunctions of Co-TiO2, CoO-TiO2, and especially Co3O4-TiO2 can effectively downregulate the expression levels of bacterial respiratory genes and cause oxidative damage to bacterial membrane respiration and viability. As a result, the surfaces of the heterojunctions possess a favorable antiadherent bacterial activity. Moreover, using an osteomyelitis model, the preclinical study on rats further confirmed the favorable anti-infection effect of the elaborately designed heterojunctions (especially Co3O4-TiO2). We hope this study can provide new insights into the surface antibacterial design of biomaterials using energy band engineering for both basic research and clinical needs. Meanwhile, this attempt may also contribute to expanding the biomedical applications of cobalt-based nanoparticles for the treatment of antibiotic-resistant infections." @default.
• W2739968720 created "2017-08-08" @default.
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• W2739968720 date "2017-08-10" @default.
• W2739968720 modified "2023-10-10" @default.
• W2739968720 title "Band Gap Engineering of Titania Film through Cobalt Regulation for Oxidative Damage of Bacterial Respiration and Viability" @default.
• W2739968720 cites W1510966405 @default.
• W2739968720 cites W1531324256 @default.
• W2739968720 cites W1573186537 @default.
• W2739968720 cites W1587054925 @default.
• W2739968720 cites W1957092924 @default.
• W2739968720 cites W1963672647 @default.
• W2739968720 cites W1975851231 @default.
• W2739968720 cites W1977714324 @default.
• W2739968720 cites W1982041194 @default.
• W2739968720 cites W1986252415 @default.
• W2739968720 cites W1987154750 @default.
• W2739968720 cites W2003435482 @default.
• W2739968720 cites W2005857458 @default.
• W2739968720 cites W2007544004 @default.
• W2739968720 cites W2008242644 @default.
• W2739968720 cites W2009791213 @default.
• W2739968720 cites W2021070664 @default.
• W2739968720 cites W2024804031 @default.
• W2739968720 cites W2027279726 @default.
• W2739968720 cites W2039291141 @default.
• W2739968720 cites W2039475059 @default.
• W2739968720 cites W2039665028 @default.
• W2739968720 cites W2042503394 @default.
• W2739968720 cites W2045447073 @default.
• W2739968720 cites W2048776985 @default.
• W2739968720 cites W2048924183 @default.
• W2739968720 cites W2056472979 @default.
• W2739968720 cites W2059389037 @default.
• W2739968720 cites W2062297742 @default.
• W2739968720 cites W2064837586 @default.
• W2739968720 cites W2068742557 @default.
• W2739968720 cites W2070937072 @default.
• W2739968720 cites W2071313522 @default.
• W2739968720 cites W2074598258 @default.
• W2739968720 cites W2075551106 @default.
• W2739968720 cites W2076593383 @default.
• W2739968720 cites W2090430716 @default.
• W2739968720 cites W2091633783 @default.
• W2739968720 cites W2092744085 @default.
• W2739968720 cites W2094618802 @default.
• W2739968720 cites W2095075010 @default.
• W2739968720 cites W2098811469 @default.
• W2739968720 cites W2107492786 @default.
• W2739968720 cites W2107529875 @default.
• W2739968720 cites W2111691760 @default.
• W2739968720 cites W2115486016 @default.
• W2739968720 cites W2116362096 @default.
• W2739968720 cites W2117326659 @default.
• W2739968720 cites W2119520068 @default.
• W2739968720 cites W2124129640 @default.
• W2739968720 cites W2124280085 @default.
• W2739968720 cites W2130697826 @default.
• W2739968720 cites W2139046196 @default.
• W2739968720 cites W2145274462 @default.
• W2739968720 cites W2148628986 @default.
• W2739968720 cites W2156598924 @default.
• W2739968720 cites W2156691033 @default.
• W2739968720 cites W2158558808 @default.
• W2739968720 cites W2160645700 @default.
• W2739968720 cites W2170556716 @default.
• W2739968720 cites W2178861025 @default.
• W2739968720 cites W2202067380 @default.
• W2739968720 cites W2267353781 @default.
• W2739968720 cites W2288616517 @default.
• W2739968720 cites W2313823683 @default.
• W2739968720 cites W2314211852 @default.
• W2739968720 cites W2328478113 @default.
• W2739968720 cites W2334666826 @default.
• W2739968720 cites W2335700435 @default.
• W2739968720 cites W2346177674 @default.
• W2739968720 cites W2398326112 @default.
• W2739968720 cites W2479572371 @default.
• W2739968720 cites W2508174685 @default.
• W2739968720 cites W2508564647 @default.
• W2739968720 cites W2552279711 @default.
• W2739968720 cites W2580336020 @default.
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• W2739968720 doi "https://doi.org/10.1021/acsami.7b06867" @default.
• W2739968720 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28748698" @default.
• W2739968720 hasPublicationYear "2017" @default.
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