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• W2924172652 abstract "The eco-toxicities of different crystalline phases of TiO2-NPs are controversial, and the effects and mechanisms on activated sludge are unclear. Therefore, we assessed the acute-toxicities (8-h exposure) of P25, anatase, and rutile TiO2-NPs in activated sludge using flow cytometry under simulated sunlight (hereafter-sun) and evaluated the relationship between sludge dewatering and bacterial cell death modes using Pearson’s correlation coefficients (r). Additionally, the response of the microbial community structure was examined by high throughput sequencing. Bacterial survival and death were observed by confocal laser scanning microscopy. Toxicity indicators (e.g., lactate dehydrogenase (LDH) and reactive oxygen species (ROS)) were determined. Overall, TiO2-NPs toxicity was concentration-dependent and crystalline-phase-dependent. The responses of bacterial communities to crystalline phases were more obvious than that of dosage. P25-sun and anatase-sun caused necrosis-like cell death via strong photo-oxidation confirmed by 131%/123% (1 mg/L) and 301%/254% (50 mg/L) LDH released by the control, while rutile-sun induced apoptosis-like death via intracellular ROS production increased to 165% (1 mg/L) and 420% (50 mg/L) of the control. P25 and anatase NPs had higher protein and polysaccharide affinities, while rutile NPs exhibited stronger attachment onto phospholipids. TiO2-NPs-sun reduced activated sludge dewaterability. Specific resistance to filtration (SRF) showed the strongest positive correlation with tightly bound extracellular polymeric substances (EPS) and total soluble microbial byproducts (r = 0.974, p < 0.01) and was closely related to EPS content and composition, especially the increased bound water (BW) content and sludge protein concentrations. High Pearson correlation coefficients were observed between early apoptotic cells and BW content (r = 0.952, p < 0.01) resulting from massive polysaccharides and between necrotic (including late apoptotic) cells and SRF (r = 0.959, p < 0.01) resulting from high protein and EPS concentrations. Thus, in response to TiO2-NPs, bacterial cell death modes differentially weakened sludge dewatering." @default.
• W2924172652 created "2019-04-01" @default.
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• W2924172652 date "2019-03-19" @default.
• W2924172652 modified "2023-10-14" @default.
• W2924172652 title "Toxicity of Three Crystalline TiO₂ Nanoparticles in Activated Sludge: Bacterial Cell Death Modes Differentially Weaken Sludge Dewaterability" @default.
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• W2924172652 cites W1969376600 @default.
• W2924172652 cites W1973480678 @default.
• W2924172652 cites W1974268496 @default.
• W2924172652 cites W1976982219 @default.
• W2924172652 cites W1979631427 @default.
• W2924172652 cites W1986009683 @default.
• W2924172652 cites W1988682919 @default.
• W2924172652 cites W1990961496 @default.
• W2924172652 cites W2000314257 @default.
• W2924172652 cites W2001961700 @default.
• W2924172652 cites W2003110090 @default.
• W2924172652 cites W2009351013 @default.
• W2924172652 cites W2011394516 @default.
• W2924172652 cites W2022990556 @default.
• W2924172652 cites W2032162628 @default.
• W2924172652 cites W2032495184 @default.
• W2924172652 cites W2037360063 @default.
• W2924172652 cites W2038606570 @default.
• W2924172652 cites W2041308432 @default.
• W2924172652 cites W2042533040 @default.
• W2924172652 cites W2043483622 @default.
• W2924172652 cites W2044839031 @default.
• W2924172652 cites W2049271296 @default.
• W2924172652 cites W2060845983 @default.
• W2924172652 cites W2066162679 @default.
• W2924172652 cites W2066799695 @default.
• W2924172652 cites W2068462915 @default.
• W2924172652 cites W2071396517 @default.
• W2924172652 cites W2072021596 @default.
• W2924172652 cites W2073584502 @default.
• W2924172652 cites W2074330765 @default.
• W2924172652 cites W2080309441 @default.
• W2924172652 cites W2081174704 @default.
• W2924172652 cites W2082539615 @default.
• W2924172652 cites W2088958270 @default.
• W2924172652 cites W2089238256 @default.
• W2924172652 cites W2089752582 @default.
• W2924172652 cites W2090169681 @default.
• W2924172652 cites W2107283881 @default.
• W2924172652 cites W2109013142 @default.
• W2924172652 cites W2113301695 @default.
• W2924172652 cites W2120321951 @default.
• W2924172652 cites W2122836009 @default.
• W2924172652 cites W2134634216 @default.
• W2924172652 cites W2138826821 @default.
• W2924172652 cites W2181118356 @default.
• W2924172652 cites W2198506029 @default.
• W2924172652 cites W2207713249 @default.
• W2924172652 cites W2252163380 @default.
• W2924172652 cites W2275256504 @default.
• W2924172652 cites W2327995254 @default.
• W2924172652 cites W2334989887 @default.
• W2924172652 cites W2505198464 @default.
• W2924172652 cites W2509690878 @default.
• W2924172652 cites W2518157645 @default.
• W2924172652 cites W2518925868 @default.
• W2924172652 cites W2524024837 @default.
• W2924172652 cites W2556363397 @default.
• W2924172652 cites W2560379226 @default.
• W2924172652 cites W2604167601 @default.
• W2924172652 cites W2604529057 @default.
• W2924172652 cites W2604920986 @default.
• W2924172652 cites W2607373246 @default.
• W2924172652 cites W2616166711 @default.
• W2924172652 cites W2738331710 @default.
• W2924172652 cites W2754193144 @default.
• W2924172652 cites W2769308283 @default.
• W2924172652 cites W2783777228 @default.
• W2924172652 cites W2788727606 @default.
• W2924172652 cites W2792713382 @default.
• W2924172652 cites W2892867514 @default.
• W2924172652 cites W570015298 @default.
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• W2924172652 doi "https://doi.org/10.1021/acs.est.8b04991" @default.
• W2924172652 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30888807" @default.
• W2924172652 hasPublicationYear "2019" @default.
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