Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208581119> ?p ?o ?g. }
- W3208581119 endingPage "255" @default.
- W3208581119 startingPage "246" @default.
- W3208581119 abstract "Silver, especially nanostructured silver, has been found to exhibit antimicrobial properties by disrupting the function of bacterial cell walls. Nonetheless, strains of bacteria have been reported to resist silver nanoparticles. The highly efficient mutational mechanisms of bacteria, capable of overcoming modern antimicrobial compounds, make it critical to develop new materials that target genetic material, regardless of nucleotide sequence or protein structure, without being toxic to the patient. This work evaluates the microbicidal properties of a catalytic, nanostructured, organically functionalized, titanosilicate matrix (bionanocatalysts) impregnated with silver. The bionanocatalysts were synthesized by the sol-gel method using silver acetate as the silver precursor. The effect of the bionanocatalysts against clinically important strains of bacteria and yeasts was evaluated. In addition, the physicochemical composition and in vitro reactivity on DNA were studied. The antibiogram analysis revealed that the compound could inhibit the growth (inhibition halos of up to 15 ± 0.9 mm) of all the strains studied (bacteria and yeasts) at low concentrations of silver, thus reducing the toxicity associated with platinum. In this work, by adding silver in the catalytic TiO2-SiO2 matrix, the intrinsic microbicidal properties of the metal were enhanced: the results provided a valuable compound exhibiting reduced toxicity and antimicrobial effects that could potentially be used as a potent disinfectant against drug-resistant strains, as found in hospitals, for instance." @default.
- W3208581119 created "2021-11-08" @default.
- W3208581119 creator A5008160833 @default.
- W3208581119 creator A5009259599 @default.
- W3208581119 creator A5011076708 @default.
- W3208581119 creator A5020882593 @default.
- W3208581119 creator A5052453889 @default.
- W3208581119 creator A5053397410 @default.
- W3208581119 date "2022-04-01" @default.
- W3208581119 modified "2023-09-30" @default.
- W3208581119 title "Spectroscopic Analysis and Microbicidal Effect of Ag/TiO₂-SiO₂ Bionanocatalysts" @default.
- W3208581119 cites W1977958553 @default.
- W3208581119 cites W1982603139 @default.
- W3208581119 cites W1985527500 @default.
- W3208581119 cites W1990670377 @default.
- W3208581119 cites W2005600183 @default.
- W3208581119 cites W2009791213 @default.
- W3208581119 cites W2020664187 @default.
- W3208581119 cites W2041802707 @default.
- W3208581119 cites W2044139252 @default.
- W3208581119 cites W2044162570 @default.
- W3208581119 cites W2045987764 @default.
- W3208581119 cites W2048196760 @default.
- W3208581119 cites W2051592088 @default.
- W3208581119 cites W2051904653 @default.
- W3208581119 cites W2060519094 @default.
- W3208581119 cites W2075049710 @default.
- W3208581119 cites W2075551106 @default.
- W3208581119 cites W2084800847 @default.
- W3208581119 cites W2090280631 @default.
- W3208581119 cites W2091684628 @default.
- W3208581119 cites W2092190062 @default.
- W3208581119 cites W2094903175 @default.
- W3208581119 cites W2108307176 @default.
- W3208581119 cites W2124577157 @default.
- W3208581119 cites W2148260760 @default.
- W3208581119 cites W2161268253 @default.
- W3208581119 cites W2179036997 @default.
- W3208581119 cites W2188722728 @default.
- W3208581119 cites W2215646221 @default.
- W3208581119 cites W2296978082 @default.
- W3208581119 cites W2301529460 @default.
- W3208581119 cites W2344582056 @default.
- W3208581119 cites W2510775961 @default.
- W3208581119 cites W2519678626 @default.
- W3208581119 cites W2559818588 @default.
- W3208581119 cites W2567336427 @default.
- W3208581119 cites W2592750642 @default.
- W3208581119 cites W2619416526 @default.
- W3208581119 cites W2766175118 @default.
- W3208581119 cites W2772995273 @default.
- W3208581119 cites W2794053773 @default.
- W3208581119 cites W2798107536 @default.
- W3208581119 cites W2801046794 @default.
- W3208581119 cites W2805340258 @default.
- W3208581119 cites W2823440020 @default.
- W3208581119 cites W2883038059 @default.
- W3208581119 cites W2885918617 @default.
- W3208581119 cites W2888786190 @default.
- W3208581119 cites W2889819256 @default.
- W3208581119 cites W2894883551 @default.
- W3208581119 cites W2901205846 @default.
- W3208581119 cites W2903861590 @default.
- W3208581119 cites W2908848894 @default.
- W3208581119 cites W2911517174 @default.
- W3208581119 cites W2971838078 @default.
- W3208581119 cites W2983305019 @default.
- W3208581119 cites W3003520244 @default.
- W3208581119 cites W300417895 @default.
- W3208581119 cites W3006175729 @default.
- W3208581119 cites W3008822404 @default.
- W3208581119 cites W3008950164 @default.
- W3208581119 cites W3015732907 @default.
- W3208581119 cites W3025634756 @default.
- W3208581119 cites W3089212375 @default.
- W3208581119 cites W385280324 @default.
- W3208581119 cites W4241111610 @default.
- W3208581119 doi "https://doi.org/10.1109/tnb.2021.3122084" @default.
- W3208581119 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34694999" @default.
- W3208581119 hasPublicationYear "2022" @default.
- W3208581119 type Work @default.
- W3208581119 sameAs 3208581119 @default.
- W3208581119 citedByCount "3" @default.
- W3208581119 countsByYear W32085811192022 @default.
- W3208581119 countsByYear W32085811192023 @default.
- W3208581119 crossrefType "journal-article" @default.
- W3208581119 hasAuthorship W3208581119A5008160833 @default.
- W3208581119 hasAuthorship W3208581119A5009259599 @default.
- W3208581119 hasAuthorship W3208581119A5011076708 @default.
- W3208581119 hasAuthorship W3208581119A5020882593 @default.
- W3208581119 hasAuthorship W3208581119A5052453889 @default.
- W3208581119 hasAuthorship W3208581119A5053397410 @default.
- W3208581119 hasConcept C13965031 @default.
- W3208581119 hasConcept C155672457 @default.
- W3208581119 hasConcept C161790260 @default.
- W3208581119 hasConcept C171250308 @default.
- W3208581119 hasConcept C178790620 @default.
- W3208581119 hasConcept C185592680 @default.