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• W4307399611 endingPage "104353" @default.
• W4307399611 startingPage "104353" @default.
• W4307399611 abstract "The eco-friendly green bio-synthesis of Ephedra-AuNPs was constructed from Ephedra plant extract. The synthesis process was optimized using different volumes of Ephedra-extract, 10-3M (HAuCl4·3H2O) solution, reaction temperature, time, and pH of the solution. Where, 4 mL of Ephedra-extract, 6 mL of 10-3M (HAuCl4·3H2O) solution at 25 °C for 3 h at a pH of 4 are showed the optimum reaction parameters respectively. The characterization of AuNPs was verified by UV–vis. spectrophotometer, FTIR, microscopic techniques (TEM, HRTEM), Zeta potential, and X-ray techniques (XRD, EDX, XPS). The nanoparticles are extremely important materials in emerging the future sustainable technologies for the living beings. The AuNPs were employed in biological assays where ABTS assay used to investigate the antioxidant activity. The in-vivo study of AuNPs was executed to study the anti-pyretic and anti-asthma activities of Ephedra-AuNPs. Ephedra-AuNPs of 1.3 nm to 15.6 nm size were achieved which have as importance as proficient to bind with the biological systems. The Ephedra-AuNPs prepared exploiting Ephedra-extract which is considered to be influential anti-asthma agent and antipyretic agent reduced the fever by 83.3 % at 32μg/g/day. Further the Ephedra-AuNPs used to scrutinize the anti-bacterial activities for Staphylococcus aureus, Listeria moncytogenes, Bacillus subtilis, Escherichia coli, Pseudomonas aeruginosa, and Salmonella typhimurium, and anti-fungal activities on Candida albicans, Aspergillus nigra and Aspergillus flavus. The synthesized Ephedra-AuNPs exhibited great potential activities comparable to the standard drugs in case of Staphylococcus aureus, Escherichia coli, Candida albicans with the zone of inhibition of 25 ± 0.5 nm, 26 ± 0.6 nm and 24 ± 0.7 nm respectively. It is believed that the synthesized Ephedra-AuNPs to be a hopeful option intended for diverse biological applications." @default.
• W4307399611 created "2022-11-01" @default.
• W4307399611 creator A5091493098 @default.
• W4307399611 date "2023-01-01" @default.
• W4307399611 modified "2023-10-05" @default.
• W4307399611 title "Ephedra mediated green synthesis of gold nanoparticles (AuNPs) and evaluation of its antioxidant, antipyretic, anti-asthmatic, and antimicrobial properties" @default.
• W4307399611 cites W1970209460 @default.
• W4307399611 cites W1982588949 @default.
• W4307399611 cites W1995468808 @default.
• W4307399611 cites W1997823744 @default.
• W4307399611 cites W2000055369 @default.
• W4307399611 cites W2000866003 @default.
• W4307399611 cites W2012991711 @default.
• W4307399611 cites W2021943081 @default.
• W4307399611 cites W2028544811 @default.
• W4307399611 cites W2033639978 @default.
• W4307399611 cites W2073739784 @default.
• W4307399611 cites W2083171329 @default.
• W4307399611 cites W2087061140 @default.
• W4307399611 cites W2087111180 @default.
• W4307399611 cites W2089897636 @default.
• W4307399611 cites W2094114728 @default.
• W4307399611 cites W2099584751 @default.
• W4307399611 cites W2110856327 @default.
• W4307399611 cites W2114481159 @default.
• W4307399611 cites W2122322099 @default.
• W4307399611 cites W2125706320 @default.
• W4307399611 cites W2130671846 @default.
• W4307399611 cites W2158325727 @default.
• W4307399611 cites W2163163770 @default.
• W4307399611 cites W2164071029 @default.
• W4307399611 cites W2180909531 @default.
• W4307399611 cites W2184478898 @default.
• W4307399611 cites W2239317424 @default.
• W4307399611 cites W2345348953 @default.
• W4307399611 cites W2522218512 @default.
• W4307399611 cites W2558066868 @default.
• W4307399611 cites W2594923082 @default.
• W4307399611 cites W2596945721 @default.
• W4307399611 cites W2603961384 @default.
• W4307399611 cites W2772038474 @default.
• W4307399611 cites W2788845717 @default.
• W4307399611 cites W2789575456 @default.
• W4307399611 cites W2805081245 @default.
• W4307399611 cites W2900914276 @default.
• W4307399611 cites W2901063462 @default.
• W4307399611 cites W2901112702 @default.
• W4307399611 cites W2901655631 @default.
• W4307399611 cites W2902343698 @default.
• W4307399611 cites W2904433911 @default.
• W4307399611 cites W2911442826 @default.
• W4307399611 cites W2913558146 @default.
• W4307399611 cites W2946211260 @default.
• W4307399611 cites W2947359888 @default.
• W4307399611 cites W2947578925 @default.
• W4307399611 cites W2970920400 @default.
• W4307399611 cites W2971503953 @default.
• W4307399611 cites W2985030219 @default.
• W4307399611 cites W2993306661 @default.
• W4307399611 cites W3001786148 @default.
• W4307399611 cites W3014719026 @default.
• W4307399611 cites W3033757821 @default.
• W4307399611 cites W3044787962 @default.
• W4307399611 cites W3100604772 @default.
• W4307399611 cites W3113669904 @default.
• W4307399611 cites W3113676907 @default.
• W4307399611 cites W3114706769 @default.
• W4307399611 cites W3118474014 @default.
• W4307399611 cites W3138898245 @default.
• W4307399611 cites W3154928862 @default.
• W4307399611 cites W3156108388 @default.
• W4307399611 cites W3182912000 @default.
• W4307399611 cites W3200342959 @default.
• W4307399611 cites W3204011077 @default.
• W4307399611 cites W4205228223 @default.
• W4307399611 cites W4205910641 @default.
• W4307399611 cites W4206762677 @default.
• W4307399611 cites W4206903183 @default.
• W4307399611 cites W4210270752 @default.
• W4307399611 cites W4214702505 @default.
• W4307399611 cites W4224228366 @default.
• W4307399611 cites W4234719444 @default.
• W4307399611 cites W4280531670 @default.
• W4307399611 cites W4280599106 @default.
• W4307399611 cites W4283794374 @default.
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• W4307399611 doi "https://doi.org/10.1016/j.arabjc.2022.104353" @default.
• W4307399611 hasPublicationYear "2023" @default.
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