Matches in SemOpenAlex for { <https://semopenalex.org/work/W2921632327> ?p ?o ?g. }
- W2921632327 endingPage "3870" @default.
- W2921632327 startingPage "3860" @default.
- W2921632327 abstract "Most studies of nanomaterial environmental impacts have focused on relatively simple first-generation nanomaterials, including metals or metal oxides (e.g., Ag, ZnO) for which dissolution largely accounts for toxicity. Few studies have considered nanomaterials with more complex compositions, such as complex metal oxides, which represent an emerging class of next-generation nanomaterials used in commercial products at large scales. Importantly, many nanomaterials are not colloidally stable in aqueous environments and will aggregate and settle, yet most studies use pelagic rather than benthic-dwelling organisms. Here we show that exposure of the model benthic species Chironomus riparius to lithium cobalt oxide (LixCo1–xO2, LCO) and lithium nickel manganese cobalt oxide (LixNiyMnzCo1–y–zO2, NMC) at 10 and 100 mg·L–1 caused 30–60% declines in larval growth and a delay of 7–25 d in adult emergence. A correlated 41–48% decline in larval hemoglobin concentration and related gene expression changes suggest a potential adverse outcome pathway. Metal ions released from nanoparticles do not cause equivalent impacts, indicating a nanospecific effect. Nanomaterials settled within 2 days and indicate higher cumulative exposures to sediment organisms than those in the water column, making this a potentially realistic environmental exposure. Differences in toxicity between NMC and LCO indicate compositional tuning may reduce material impact." @default.
- W2921632327 created "2019-03-22" @default.
- W2921632327 creator A5000537061 @default.
- W2921632327 creator A5005954202 @default.
- W2921632327 creator A5041664783 @default.
- W2921632327 creator A5044102686 @default.
- W2921632327 creator A5073685832 @default.
- W2921632327 creator A5076783416 @default.
- W2921632327 creator A5084122359 @default.
- W2921632327 date "2019-03-15" @default.
- W2921632327 modified "2023-09-26" @default.
- W2921632327 title "Next-Generation Complex Metal Oxide Nanomaterials Negatively Impact Growth and Development in the Benthic Invertebrate <i>Chironomus riparius</i> upon Settling" @default.
- W2921632327 cites W1062880136 @default.
- W2921632327 cites W1192240237 @default.
- W2921632327 cites W1512594715 @default.
- W2921632327 cites W1569646880 @default.
- W2921632327 cites W1711424635 @default.
- W2921632327 cites W1967268272 @default.
- W2921632327 cites W1969098903 @default.
- W2921632327 cites W1971200376 @default.
- W2921632327 cites W1971229712 @default.
- W2921632327 cites W1974835097 @default.
- W2921632327 cites W1987261617 @default.
- W2921632327 cites W1996002256 @default.
- W2921632327 cites W2010127740 @default.
- W2921632327 cites W2013594472 @default.
- W2921632327 cites W2015468970 @default.
- W2921632327 cites W2015631835 @default.
- W2921632327 cites W2016837280 @default.
- W2921632327 cites W2018322231 @default.
- W2921632327 cites W2027004300 @default.
- W2921632327 cites W2033489519 @default.
- W2921632327 cites W2034645983 @default.
- W2921632327 cites W2036702502 @default.
- W2921632327 cites W2046882798 @default.
- W2921632327 cites W2049136420 @default.
- W2921632327 cites W2049336067 @default.
- W2921632327 cites W2054343564 @default.
- W2921632327 cites W2057337656 @default.
- W2921632327 cites W2057717292 @default.
- W2921632327 cites W2062750746 @default.
- W2921632327 cites W2070614850 @default.
- W2921632327 cites W2078277599 @default.
- W2921632327 cites W2081869625 @default.
- W2921632327 cites W2093282863 @default.
- W2921632327 cites W2095809304 @default.
- W2921632327 cites W2105260571 @default.
- W2921632327 cites W2107277218 @default.
- W2921632327 cites W2107511096 @default.
- W2921632327 cites W2120391576 @default.
- W2921632327 cites W2124877851 @default.
- W2921632327 cites W2135341586 @default.
- W2921632327 cites W2143771199 @default.
- W2921632327 cites W2162775522 @default.
- W2921632327 cites W2169621514 @default.
- W2921632327 cites W2257411502 @default.
- W2921632327 cites W2263659080 @default.
- W2921632327 cites W2314178181 @default.
- W2921632327 cites W2314837253 @default.
- W2921632327 cites W2316256541 @default.
- W2921632327 cites W2327031440 @default.
- W2921632327 cites W2405915917 @default.
- W2921632327 cites W2517569031 @default.
- W2921632327 cites W2528008075 @default.
- W2921632327 cites W2532041392 @default.
- W2921632327 cites W2547738502 @default.
- W2921632327 cites W2592736202 @default.
- W2921632327 cites W2600842780 @default.
- W2921632327 cites W2624496668 @default.
- W2921632327 cites W2751201227 @default.
- W2921632327 cites W2761046937 @default.
- W2921632327 cites W2764251932 @default.
- W2921632327 cites W2767230871 @default.
- W2921632327 cites W2796427792 @default.
- W2921632327 cites W2797910506 @default.
- W2921632327 cites W2804328121 @default.
- W2921632327 cites W2951353569 @default.
- W2921632327 cites W4213017977 @default.
- W2921632327 cites W4239556482 @default.
- W2921632327 cites W4255429428 @default.
- W2921632327 cites W853801951 @default.
- W2921632327 doi "https://doi.org/10.1021/acs.est.8b06804" @default.
- W2921632327 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30871314" @default.
- W2921632327 hasPublicationYear "2019" @default.
- W2921632327 type Work @default.
- W2921632327 sameAs 2921632327 @default.
- W2921632327 citedByCount "26" @default.
- W2921632327 countsByYear W29216323272019 @default.
- W2921632327 countsByYear W29216323272020 @default.
- W2921632327 countsByYear W29216323272021 @default.
- W2921632327 countsByYear W29216323272022 @default.
- W2921632327 countsByYear W29216323272023 @default.
- W2921632327 crossrefType "journal-article" @default.
- W2921632327 hasAuthorship W2921632327A5000537061 @default.
- W2921632327 hasAuthorship W2921632327A5005954202 @default.
- W2921632327 hasAuthorship W2921632327A5041664783 @default.
- W2921632327 hasAuthorship W2921632327A5044102686 @default.
- W2921632327 hasAuthorship W2921632327A5073685832 @default.