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• W4223489779 endingPage "134585" @default.
• W4223489779 startingPage "134585" @default.
• W4223489779 abstract "Organophosphate flame retardants (OPFRs) and organophosphate pesticides (OPPs), pertaining to organophosphate esters, are ubiquitous in environment and have been verified to pose noticeable risks to human health. To evaluate human exposures to OPFRs and OPPs, a fast and sensitive approach based on a solid phase extraction (SPE) followed by the ultra-high-performance liquid chromatography coupled to tandem mass spectrometry (UPLC-MS/MS) detection has been developed for the simultaneous analysis of multiple organophosphorus metabolites in urine. The method allows the identification and quantification of ten metabolites of the most common OPFRs and all six dialkylphosphates (DAPs) of OPPs concerning the population exposure characteristics. The method provided good linearities (R2 = 0.998-0.999), satisfactory method detection limits (MDLs) (0.030-1.129 ng/mL) and only needed a small volume (200 μL) of urine. Recovery rates ranged 73.4-127.1% at three spiking levels (2, 10 and 25 ng/mL urine), with both intra- and inter-day precision less than 14%. The good correlations for DAPs in a cross-validation test with a previous gas chromatography-mass spectrometry (GC-MS) method and a good inter-laboratory agreement for several OPFR metabolites in a standard reference material (SRM 3673) re-enforced the precision and validity of our method. Finally, the established method was successfully applied to analyze 16 organophosphorus metabolites in 35 Chinese children's urine samples. Overall, by validating the method's sensitivity, accuracy, precision, reproducibility, etc., data reliability and robustness were ensured; and the satisfactory pilot application on real urine samples demonstrated feasibility and acceptability of this method for being implemented in large population-based studies." @default.
• W4223489779 created "2022-04-15" @default.
• W4223489779 creator A5004761882 @default.
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• W4223489779 creator A5081572262 @default.
• W4223489779 creator A5086664284 @default.
• W4223489779 date "2022-08-01" @default.
• W4223489779 modified "2023-10-16" @default.
• W4223489779 title "Simultaneous determination of 16 urinary metabolites of organophosphate flame retardants and organophosphate pesticides by solid phase extraction and ultra performance liquid chromatography coupled to tandem mass spectrometry" @default.
• W4223489779 cites W1963754411 @default.
• W4223489779 cites W1970261048 @default.
• W4223489779 cites W1976280302 @default.
• W4223489779 cites W1976531906 @default.
• W4223489779 cites W1979626000 @default.
• W4223489779 cites W1986745486 @default.
• W4223489779 cites W2000736022 @default.
• W4223489779 cites W2008673871 @default.
• W4223489779 cites W2020317720 @default.
• W4223489779 cites W2023593958 @default.
• W4223489779 cites W2036484335 @default.
• W4223489779 cites W2037289019 @default.
• W4223489779 cites W2050226999 @default.
• W4223489779 cites W2051709402 @default.
• W4223489779 cites W2062938925 @default.
• W4223489779 cites W2064725002 @default.
• W4223489779 cites W2073246405 @default.
• W4223489779 cites W2077248972 @default.
• W4223489779 cites W2081312970 @default.
• W4223489779 cites W2090497224 @default.
• W4223489779 cites W2108352387 @default.
• W4223489779 cites W2111258704 @default.
• W4223489779 cites W2121176430 @default.
• W4223489779 cites W2136601088 @default.
• W4223489779 cites W2139288804 @default.
• W4223489779 cites W2142270085 @default.
• W4223489779 cites W2164777277 @default.
• W4223489779 cites W2234879966 @default.
• W4223489779 cites W2309474928 @default.
• W4223489779 cites W2317703614 @default.
• W4223489779 cites W2319710637 @default.
• W4223489779 cites W2329970359 @default.
• W4223489779 cites W2332279422 @default.
• W4223489779 cites W2406784435 @default.
• W4223489779 cites W2478644926 @default.
• W4223489779 cites W2510423121 @default.
• W4223489779 cites W2538085568 @default.
• W4223489779 cites W2613864578 @default.
• W4223489779 cites W2735655665 @default.
• W4223489779 cites W2735969397 @default.
• W4223489779 cites W2744305749 @default.
• W4223489779 cites W2748850963 @default.
• W4223489779 cites W2752457825 @default.
• W4223489779 cites W2752819853 @default.
• W4223489779 cites W2755099980 @default.
• W4223489779 cites W2761993323 @default.
• W4223489779 cites W2770580856 @default.
• W4223489779 cites W2780085688 @default.
• W4223489779 cites W2781616392 @default.
• W4223489779 cites W2794573870 @default.
• W4223489779 cites W2802652985 @default.
• W4223489779 cites W2887078403 @default.
• W4223489779 cites W2889108108 @default.
• W4223489779 cites W2889482392 @default.
• W4223489779 cites W2901811858 @default.
• W4223489779 cites W2911352083 @default.
• W4223489779 cites W2918864718 @default.
• W4223489779 cites W2920922629 @default.
• W4223489779 cites W2925926548 @default.
• W4223489779 cites W2950163755 @default.
• W4223489779 cites W2953211629 @default.
• W4223489779 cites W2954045072 @default.
• W4223489779 cites W2956144848 @default.
• W4223489779 cites W2960019847 @default.
• W4223489779 cites W2961748464 @default.
• W4223489779 cites W2965169062 @default.
• W4223489779 cites W2977420698 @default.
• W4223489779 cites W2996602680 @default.
• W4223489779 cites W3003212812 @default.
• W4223489779 cites W3009689121 @default.
• W4223489779 cites W3012348956 @default.
• W4223489779 cites W3015422576 @default.
• W4223489779 cites W3113408297 @default.
• W4223489779 cites W3135098880 @default.
• W4223489779 cites W3136362416 @default.
• W4223489779 cites W3158392330 @default.
• W4223489779 cites W3166184610 @default.
• W4223489779 cites W3198826920 @default.
• W4223489779 cites W3199692046 @default.
• W4223489779 cites W3204026419 @default.
• W4223489779 cites W3204945049 @default.
• W4223489779 doi "https://doi.org/10.1016/j.chemosphere.2022.134585" @default.
• W4223489779 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35427657" @default.
• W4223489779 hasPublicationYear "2022" @default.

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