Matches in SemOpenAlex for { <https://semopenalex.org/work/W3035087099> ?p ?o ?g. }
- W3035087099 endingPage "127346" @default.
- W3035087099 startingPage "127346" @default.
- W3035087099 abstract "Although biosynthesized nanoparticles are regarded as green products, research on their toxicity to aquatic food chains is scarce. Herein, biosynthesized silver nanoparticles (Alcea rosea-silver nanoparticles, AR-AgNPs) were produced by the reaction of Ag ions with leaf extract of herbal plant Alcea rosea. Then, the toxic effects of AR-AgNPs and their precursors such as Ag+ ions and coating agent (A. rosea leaf extract) on organisms of different trophic levels of a freshwater food chain were investigated. To the three studied aquatic organisms including phytoplankton (Chlorella vulgaris), zooplankton (Daphnia magna) and fish (Danio rerio), the coating agents of AR-AgNPs showed no toxic effects, and Ag+ ions were more toxic in comparison to AR-AgNPs. Further investigations revealed that the release of Ag+ ions from AR-AgNPs to the test media were not considerable due to the high stability of AR-AgNPs, thus the toxicity stemmed mainly from the particles of AR-AgNPs in all the three trophic levels. Based on values of 72-h EC50 for C. vulgaris, 48-h LC50 for D. magna and 96-h LC50 for D. rerio, the most sensitive organism to AR-AgNPs exposure was D. magna (the second trophic level)." @default.
- W3035087099 created "2020-06-19" @default.
- W3035087099 creator A5031032005 @default.
- W3035087099 creator A5032501946 @default.
- W3035087099 creator A5034211970 @default.
- W3035087099 creator A5058403371 @default.
- W3035087099 creator A5068327587 @default.
- W3035087099 creator A5081388761 @default.
- W3035087099 date "2020-11-01" @default.
- W3035087099 modified "2023-09-29" @default.
- W3035087099 title "Toxicity of biosynthesized silver nanoparticles to aquatic organisms of different trophic levels" @default.
- W3035087099 cites W1427864209 @default.
- W3035087099 cites W1762424294 @default.
- W3035087099 cites W1972366997 @default.
- W3035087099 cites W1976504036 @default.
- W3035087099 cites W1978551709 @default.
- W3035087099 cites W1980230824 @default.
- W3035087099 cites W1981239255 @default.
- W3035087099 cites W1984126219 @default.
- W3035087099 cites W1990351437 @default.
- W3035087099 cites W1995628098 @default.
- W3035087099 cites W2000090157 @default.
- W3035087099 cites W2002096583 @default.
- W3035087099 cites W2009792330 @default.
- W3035087099 cites W2023496465 @default.
- W3035087099 cites W2029931493 @default.
- W3035087099 cites W2034293509 @default.
- W3035087099 cites W2035309067 @default.
- W3035087099 cites W2039843548 @default.
- W3035087099 cites W2045282427 @default.
- W3035087099 cites W2048816568 @default.
- W3035087099 cites W2052990467 @default.
- W3035087099 cites W2066612180 @default.
- W3035087099 cites W2075104983 @default.
- W3035087099 cites W2075106735 @default.
- W3035087099 cites W2084999256 @default.
- W3035087099 cites W2108298316 @default.
- W3035087099 cites W2109672841 @default.
- W3035087099 cites W2110360267 @default.
- W3035087099 cites W2125737305 @default.
- W3035087099 cites W2129310149 @default.
- W3035087099 cites W2145511700 @default.
- W3035087099 cites W2153081761 @default.
- W3035087099 cites W2158984087 @default.
- W3035087099 cites W2166697448 @default.
- W3035087099 cites W2170114755 @default.
- W3035087099 cites W2279378588 @default.
- W3035087099 cites W2289256910 @default.
- W3035087099 cites W2312303767 @default.
- W3035087099 cites W2316123594 @default.
- W3035087099 cites W2342162261 @default.
- W3035087099 cites W2463441667 @default.
- W3035087099 cites W2505315787 @default.
- W3035087099 cites W2545799407 @default.
- W3035087099 cites W2567482337 @default.
- W3035087099 cites W2607274962 @default.
- W3035087099 cites W2802020472 @default.
- W3035087099 cites W2807773453 @default.
- W3035087099 cites W2883883488 @default.
- W3035087099 cites W2884515022 @default.
- W3035087099 cites W2885662206 @default.
- W3035087099 cites W2897232824 @default.
- W3035087099 cites W2898490788 @default.
- W3035087099 cites W2901192874 @default.
- W3035087099 cites W2990238472 @default.
- W3035087099 cites W3013211573 @default.
- W3035087099 cites W3013820876 @default.
- W3035087099 cites W3016967466 @default.
- W3035087099 cites W321855510 @default.
- W3035087099 doi "https://doi.org/10.1016/j.chemosphere.2020.127346" @default.
- W3035087099 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32544815" @default.
- W3035087099 hasPublicationYear "2020" @default.
- W3035087099 type Work @default.
- W3035087099 sameAs 3035087099 @default.
- W3035087099 citedByCount "42" @default.
- W3035087099 countsByYear W30350870992020 @default.
- W3035087099 countsByYear W30350870992021 @default.
- W3035087099 countsByYear W30350870992022 @default.
- W3035087099 countsByYear W30350870992023 @default.
- W3035087099 crossrefType "journal-article" @default.
- W3035087099 hasAuthorship W3035087099A5031032005 @default.
- W3035087099 hasAuthorship W3035087099A5032501946 @default.
- W3035087099 hasAuthorship W3035087099A5034211970 @default.
- W3035087099 hasAuthorship W3035087099A5058403371 @default.
- W3035087099 hasAuthorship W3035087099A5068327587 @default.
- W3035087099 hasAuthorship W3035087099A5081388761 @default.
- W3035087099 hasBestOaLocation W30350870992 @default.
- W3035087099 hasConcept C107872376 @default.
- W3035087099 hasConcept C13965031 @default.
- W3035087099 hasConcept C155373166 @default.
- W3035087099 hasConcept C155672457 @default.
- W3035087099 hasConcept C171250308 @default.
- W3035087099 hasConcept C178790620 @default.
- W3035087099 hasConcept C185592680 @default.
- W3035087099 hasConcept C18903297 @default.
- W3035087099 hasConcept C192562407 @default.
- W3035087099 hasConcept C2780158794 @default.
- W3035087099 hasConcept C29730261 @default.