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- W4290998889 endingPage "112540" @default.
- W4290998889 startingPage "112540" @default.
- W4290998889 abstract "The unusual physical, chemical, and biological features of nanoparticles have sparked considerable attention in the ophthalmological applications. This study reports the synthesis and characterization of zinc oxide nanoparticles (ZnONPs) using laser-ablation at 100 mJ with different ablation times. The synthesized ZnONPs were spherical with an average size of 10.2 nm or 9.8 nm for laser ablation times of 20 and 30 min, respectively. The ZnONPs were screened for their antimicrobial activity against ophthalmological bacteria, methicillin-resistant S. aureus (MRSA) and Pseudomonas aeruginosa. The significant decrease in bacterial growth was observed after treatment with ZnONPs in combination with 400 nm femtosecond laser irradiation. ZnONPs were investigated for their antioxidant activity and biocompatibility towards retinal epithelial cells (ARPE-19). ZnONPs showed moderate antioxidant and free radical scavenging activity. ZnONPs prepared with an ablation time of 20 min were safer and more biocompatible than those prepared with an ablation time of 30 min, which were toxic to ARPE-19 cells with LC50 (11.3 μg/mL) and LC90 (18.3 μg/mL). In this study, laser ablation technique was used to create ZnONPs, and it was proposed that ZnONPs could have laser-activated antimicrobial activity for ophthalmological applications." @default.
- W4290998889 created "2022-08-13" @default.
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- W4290998889 date "2022-09-01" @default.
- W4290998889 modified "2023-10-15" @default.
- W4290998889 title "Preparation of zinc oxide nanoparticles using laser-ablation technique: Retinal epithelial cell (ARPE-19) biocompatibility and antimicrobial activity when activated with femtosecond laser" @default.
- W4290998889 cites W1769218548 @default.
- W4290998889 cites W1922949234 @default.
- W4290998889 cites W1938241070 @default.
- W4290998889 cites W1956122110 @default.
- W4290998889 cites W1964871935 @default.
- W4290998889 cites W1969200326 @default.
- W4290998889 cites W1980576996 @default.
- W4290998889 cites W1982106711 @default.
- W4290998889 cites W1984042925 @default.
- W4290998889 cites W1984912525 @default.
- W4290998889 cites W1989761771 @default.
- W4290998889 cites W1990842129 @default.
- W4290998889 cites W1994545185 @default.
- W4290998889 cites W1996248890 @default.
- W4290998889 cites W1998936301 @default.
- W4290998889 cites W2000237980 @default.
- W4290998889 cites W2011676749 @default.
- W4290998889 cites W2011853886 @default.
- W4290998889 cites W2012270086 @default.
- W4290998889 cites W2015136867 @default.
- W4290998889 cites W2019062292 @default.
- W4290998889 cites W2021332459 @default.
- W4290998889 cites W2022288450 @default.
- W4290998889 cites W2024601575 @default.
- W4290998889 cites W2025645678 @default.
- W4290998889 cites W2036478236 @default.
- W4290998889 cites W2037822353 @default.
- W4290998889 cites W2043889211 @default.
- W4290998889 cites W2047098651 @default.
- W4290998889 cites W2047305537 @default.
- W4290998889 cites W2054207534 @default.
- W4290998889 cites W2062808036 @default.
- W4290998889 cites W2064064548 @default.
- W4290998889 cites W2065853716 @default.
- W4290998889 cites W2067278945 @default.
- W4290998889 cites W2074208432 @default.
- W4290998889 cites W2077553502 @default.
- W4290998889 cites W2078735798 @default.
- W4290998889 cites W2078852340 @default.
- W4290998889 cites W2083516894 @default.
- W4290998889 cites W2085204896 @default.
- W4290998889 cites W2086775675 @default.
- W4290998889 cites W2090050660 @default.
- W4290998889 cites W2091474030 @default.
- W4290998889 cites W2095106297 @default.
- W4290998889 cites W2099983893 @default.
- W4290998889 cites W2102914793 @default.
- W4290998889 cites W2111668932 @default.
- W4290998889 cites W2117187775 @default.
- W4290998889 cites W2127304878 @default.
- W4290998889 cites W2129752691 @default.
- W4290998889 cites W2132299680 @default.
- W4290998889 cites W2147633735 @default.
- W4290998889 cites W2231289639 @default.
- W4290998889 cites W2274251352 @default.
- W4290998889 cites W2315824010 @default.
- W4290998889 cites W2340195609 @default.
- W4290998889 cites W2488429917 @default.
- W4290998889 cites W2511216615 @default.
- W4290998889 cites W2549253775 @default.
- W4290998889 cites W2560730333 @default.
- W4290998889 cites W2571178857 @default.
- W4290998889 cites W2589067428 @default.
- W4290998889 cites W2605342136 @default.
- W4290998889 cites W2726778595 @default.
- W4290998889 cites W2760892774 @default.
- W4290998889 cites W2766349596 @default.
- W4290998889 cites W2770779490 @default.
- W4290998889 cites W2800901759 @default.
- W4290998889 cites W2816050627 @default.
- W4290998889 cites W2980317530 @default.
- W4290998889 cites W2983248725 @default.
- W4290998889 cites W3016486681 @default.
- W4290998889 cites W3035839523 @default.
- W4290998889 cites W3048903505 @default.
- W4290998889 cites W3072334995 @default.
- W4290998889 cites W3091186662 @default.
- W4290998889 cites W3092341570 @default.
- W4290998889 cites W3120594304 @default.
- W4290998889 cites W3127644344 @default.
- W4290998889 cites W3128137477 @default.
- W4290998889 cites W3149725606 @default.
- W4290998889 cites W4206227777 @default.
- W4290998889 doi "https://doi.org/10.1016/j.jphotobiol.2022.112540" @default.
- W4290998889 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35973287" @default.
- W4290998889 hasPublicationYear "2022" @default.