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• W4312064774 endingPage "17775" @default.
• W4312064774 startingPage "17763" @default.
• W4312064774 abstract "Disinfection byproducts (DBPs) in swimming pool water are of wide concern for public health. In this study, the occurrence of five categories of aliphatic halogenated DBPs, i.e., trihalomethanes (THMs), haloacetic acids (HAAs), haloacetonitriles (HANs), halonitromethanes (HNMs), and haloketones (HKs), and six categories of aromatic halogenated DBPs, i.e., halophenols (HPs), halonitrophenols (HNPs), halohydroxy-benzaldehydes (HBALs), halohydroxybenzoic acids (HBAs), halobenzoquinones (HBQs), and haloanilines (HAs), was examined in seven indoor swimming pool water and their incoming tap water. The correlations between the DBP concentrations and water quality parameters were explored. Moreover, the cytotoxicity of the aliphatic and aromatic halogenated DBPs was tested with human hepatoma (HepG2) cells, and the concentration-cytotoxicity contributions of different DBP categories were calculated. The results demonstrate that 24 aliphatic (5 THMs, 8 HAAs, 5 HANs, 4 HNMs, and 2 HKs) and 50 aromatic halogenated DBPs (9 HPs, 8 HNPs, 9 HBALs, 8 HBAs, 11 HBQs, and 5 HAs) were present in the swimming pool water, among which 41 aromatic halogenated DBPs were detected in swimming pool water for the first time. The average concentrations of the five categories of aliphatic halogenated DBPs in the swimming pool water were in the order of HAAs > HANs > HKs > THMs > HNMs, while those in their incoming tap water were in the order of THMs > HAAs > HKs > HANs > HNMs. The average concentrations of the aromatic halogenated DBPs in the swimming pool water were significantly lower than those of the aliphatic halogenated DBPs, following the order of HBQs > HPs > HBAs > HBALs > HAs > HNPs, while those in their incoming tap water were in the order of HBALs > HBQs > HPs > HBAs > HAs > HNPs. The average concentration-cytotoxicity contributions of different DBP categories in the swimming pool water followed the order of HAAs > HANs > HNMs > HKs > HBQs > THMs > HPs > HNPs > HBAs > HBALs > HAs, with HAAs, HANs, and HNMs possessing the main concentration-cytotoxicity contributions (93.2% in total) among all DBP categories." @default.
• W4312064774 created "2023-01-04" @default.
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• W4312064774 date "2022-12-08" @default.
• W4312064774 modified "2023-10-16" @default.
• W4312064774 title "Occurrence and Cytotoxicity of Aliphatic and Aromatic Halogenated Disinfection Byproducts in Indoor Swimming Pool Water and Their Incoming Tap Water" @default.
• W4312064774 cites W1964167025 @default.
• W4312064774 cites W1972756092 @default.
• W4312064774 cites W1981206423 @default.
• W4312064774 cites W1994828794 @default.
• W4312064774 cites W1995042037 @default.
• W4312064774 cites W1999063801 @default.
• W4312064774 cites W2004879472 @default.
• W4312064774 cites W2015498440 @default.
• W4312064774 cites W2018206064 @default.
• W4312064774 cites W2018810632 @default.
• W4312064774 cites W2021960321 @default.
• W4312064774 cites W2022082261 @default.
• W4312064774 cites W2023607622 @default.
• W4312064774 cites W2029084438 @default.
• W4312064774 cites W2029417390 @default.
• W4312064774 cites W2044378803 @default.
• W4312064774 cites W2044834529 @default.
• W4312064774 cites W2051963846 @default.
• W4312064774 cites W2058870469 @default.
• W4312064774 cites W2059070076 @default.
• W4312064774 cites W2062929894 @default.
• W4312064774 cites W2069910529 @default.
• W4312064774 cites W2081767706 @default.
• W4312064774 cites W2084258201 @default.
• W4312064774 cites W2086541551 @default.
• W4312064774 cites W2088146829 @default.
• W4312064774 cites W2089789089 @default.
• W4312064774 cites W2098565463 @default.
• W4312064774 cites W2131702888 @default.
• W4312064774 cites W2138970315 @default.
• W4312064774 cites W2140376451 @default.
• W4312064774 cites W2169312786 @default.
• W4312064774 cites W2201214721 @default.
• W4312064774 cites W2285787826 @default.
• W4312064774 cites W2300761483 @default.
• W4312064774 cites W2313083755 @default.
• W4312064774 cites W2315250896 @default.
• W4312064774 cites W2316540905 @default.
• W4312064774 cites W2342448971 @default.
• W4312064774 cites W2345707843 @default.
• W4312064774 cites W2513742398 @default.
• W4312064774 cites W2524497345 @default.
• W4312064774 cites W2581609356 @default.
• W4312064774 cites W2610628952 @default.
• W4312064774 cites W2616082688 @default.
• W4312064774 cites W2674348541 @default.
• W4312064774 cites W2749336238 @default.
• W4312064774 cites W2794179708 @default.
• W4312064774 cites W2797486166 @default.
• W4312064774 cites W2894168623 @default.
• W4312064774 cites W2895540796 @default.
• W4312064774 cites W2927657135 @default.
• W4312064774 cites W2959808631 @default.
• W4312064774 cites W2971530805 @default.
• W4312064774 cites W2988657905 @default.
• W4312064774 cites W2992988552 @default.
• W4312064774 cites W2999994636 @default.
• W4312064774 cites W3014059035 @default.
• W4312064774 cites W3045661740 @default.
• W4312064774 cites W3108741798 @default.
• W4312064774 cites W3124470246 @default.
• W4312064774 cites W3128032634 @default.
• W4312064774 cites W3132471875 @default.
• W4312064774 cites W3144115272 @default.
• W4312064774 cites W3145033613 @default.
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• W4312064774 doi "https://doi.org/10.1021/acs.est.2c07175" @default.
• W4312064774 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36475631" @default.
• W4312064774 hasPublicationYear "2022" @default.
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