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• W4385876656 abstract "Bimetallic nanoparticles (BNPs) has drawn a lot of attention especially during the last couple of decades. A bimetallic nanoparticle stands for a combination of two different metals that exhibit several new and improved physicochemical properties. Therefore, the green synthesis and design of bimetallic nanoparticles is a field worth exploring.In this study, we present a green synthesis of silver nanoparticles (Ag NPs), selenium (Se) NPs, and bimetallic Ag-Se NPs using Gamma irradiation and utilizing a bacterial filtrate of Bacillus paramycoides. Different Techniques such as UV-Vis., XRD, DLS, SEM, EDX, and HR-TEM, were employed for identifying the synthesized NPs. The antimicrobial and antibiofilm activities of both the Ag/Se monometallic and bimetallic Ag-Se NPs were evaluated against some standard microbial strains including, Aspergillus brasiliensis ATCC16404, Candida albicans ATCC10231, Alternaria alternate EUM108, Fusarium oxysporum EUM37, Escherichia coli ATCC11229, Bacillus cereus ATCC15442, Klebsiella pneumoniae ATCC13883, Bacillus subtilis ATCC15442, and Pseudomonas aeruginosa ATCC6538 as a model tested pathogenic microbes. The individual free radical scavenging potentials of the synthesized Ag NPs, Se NPs, and bimetallic Ag-Se NPs were determined using the DPPH radical scavenging assay. The degradation of methylene blue (MB) dye in the presence of the synthesized Ag NPs, Se NPs, and bimetallic Ag-Se NPs was used to assess their photocatalytic behavior.According to the UV-Vis. spectrophotometer, the dose of 20.0 kGy that results in Ag NPs with the highest O.D. = 3.19 at 390 nm is the most effective dose. In a similar vein, the optimal dose for the synthesis of Se NPs was 15.0 kGy dose with O.D. = 1.74 at 460 nm. With a high O.D. of 2.79 at 395 nm, the most potent dose for the formation of bimetallic Ag-Se NPs is 15.0 kGy. The recorded MIC-values for Ag-Se NPs were 62.5 µg mL- 1, and the data clearly demonstrated that C. albicans was the organism that was most susceptible to the three types of NPs. The MIC value was 125 µg mL- 1 for both Ag NPs and Se NPs. In antibiofilm assay, 5 µg mL- 1 Ag-Se NPs inhibited C. albicans with a percentage of 90.88%, E. coli with a percentage of 90.70%, and S. aureus with a percentage of 90.62%. The synthesized NPs can be arranged as follows in decreasing order of antioxidant capacity as an antioxidant result: Ag-Se NPs > Se NPs > Ag NPs. The MB dye degradation in the presence of the synthesized Ag NPs, Se NPs, and bimetallic Ag-Se NPs was confirmed by the decrease in the measured absorbance (at 664 nm) after 20 min of exposure to sunlight.Our study provides insight towards the synthesis of bimetallic NPs through green methodologies, to develop synergistic combinatorial antimicrobials with possible applications in the treatment of infectious diseases caused by clinically and industrial relevant drug-resistant strains." @default.
• W4385876656 created "2023-08-17" @default.
• W4385876656 creator A5011219276 @default.
• W4385876656 creator A5043264367 @default.
• W4385876656 creator A5056597228 @default.
• W4385876656 date "2023-08-16" @default.
• W4385876656 modified "2023-10-10" @default.
• W4385876656 title "Gamma rays-assisted bacterial synthesis of bimetallic silver-selenium nanoparticles: powerful antimicrobial, antibiofilm, antioxidant, and photocatalytic activities" @default.
• W4385876656 cites W1842857485 @default.
• W4385876656 cites W1966936568 @default.
• W4385876656 cites W1972723593 @default.
• W4385876656 cites W1975770140 @default.
• W4385876656 cites W1977765369 @default.
• W4385876656 cites W1978726655 @default.
• W4385876656 cites W1983404669 @default.
• W4385876656 cites W1992191527 @default.
• W4385876656 cites W2001921662 @default.
• W4385876656 cites W2003529888 @default.
• W4385876656 cites W2003672150 @default.
• W4385876656 cites W2008600796 @default.
• W4385876656 cites W2009128411 @default.
• W4385876656 cites W2019062292 @default.
• W4385876656 cites W2019978659 @default.
• W4385876656 cites W2021616099 @default.
• W4385876656 cites W2022792624 @default.
• W4385876656 cites W2042269993 @default.
• W4385876656 cites W2049314488 @default.
• W4385876656 cites W2059649645 @default.
• W4385876656 cites W2065258689 @default.
• W4385876656 cites W2068021889 @default.
• W4385876656 cites W2076520517 @default.
• W4385876656 cites W2093055509 @default.
• W4385876656 cites W2095379436 @default.
• W4385876656 cites W2099777126 @default.
• W4385876656 cites W2102619372 @default.
• W4385876656 cites W2112871229 @default.
• W4385876656 cites W2115135671 @default.
• W4385876656 cites W2127371670 @default.
• W4385876656 cites W2155327463 @default.
• W4385876656 cites W2155598961 @default.
• W4385876656 cites W2157098397 @default.
• W4385876656 cites W2167258145 @default.
• W4385876656 cites W2300490242 @default.
• W4385876656 cites W2315132085 @default.
• W4385876656 cites W2412083839 @default.
• W4385876656 cites W2426454380 @default.
• W4385876656 cites W2509646433 @default.
• W4385876656 cites W2511713818 @default.
• W4385876656 cites W2532649870 @default.
• W4385876656 cites W2534592945 @default.
• W4385876656 cites W2572214647 @default.
• W4385876656 cites W2593654002 @default.
• W4385876656 cites W2620435286 @default.
• W4385876656 cites W2694562274 @default.
• W4385876656 cites W2796122486 @default.
• W4385876656 cites W2807814741 @default.
• W4385876656 cites W2808038686 @default.
• W4385876656 cites W2868060315 @default.
• W4385876656 cites W2887021011 @default.
• W4385876656 cites W2899278259 @default.
• W4385876656 cites W2902165213 @default.
• W4385876656 cites W2921379303 @default.
• W4385876656 cites W2922738624 @default.
• W4385876656 cites W2938012569 @default.
• W4385876656 cites W2944087998 @default.
• W4385876656 cites W2944655537 @default.
• W4385876656 cites W2948518668 @default.
• W4385876656 cites W2956042393 @default.
• W4385876656 cites W2967260463 @default.
• W4385876656 cites W2972053583 @default.
• W4385876656 cites W2981843367 @default.
• W4385876656 cites W2990463955 @default.
• W4385876656 cites W2991447859 @default.
• W4385876656 cites W2997901957 @default.
• W4385876656 cites W2998173761 @default.
• W4385876656 cites W2999833510 @default.
• W4385876656 cites W3003937741 @default.
• W4385876656 cites W3010106043 @default.
• W4385876656 cites W3013641069 @default.
• W4385876656 cites W3020397671 @default.
• W4385876656 cites W3024996561 @default.
• W4385876656 cites W3025695910 @default.
• W4385876656 cites W3034114504 @default.
• W4385876656 cites W3041995356 @default.
• W4385876656 cites W3088222898 @default.
• W4385876656 cites W3099824034 @default.
• W4385876656 cites W3108793721 @default.
• W4385876656 cites W3120819416 @default.
• W4385876656 cites W3185699190 @default.
• W4385876656 cites W3197052295 @default.
• W4385876656 cites W3213232969 @default.
• W4385876656 cites W3216165680 @default.
• W4385876656 cites W4200171005 @default.
• W4385876656 cites W4206045663 @default.
• W4385876656 cites W4211147237 @default.
• W4385876656 cites W4213190632 @default.
• W4385876656 cites W4254132382 @default.
• W4385876656 cites W4282913496 @default.
• W4385876656 cites W4285179255 @default.
• W4385876656 cites W4292517146 @default.

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