| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 6351380 | Environmental Research | 2016 | 10 Pages |
Abstract
Our findings suggest that, although affected by sex, physical activity and polymorphisms in key metabolizing enzymes, brominated THMs in exhaled breath could be used as a non-invasive DBP exposure biomarker in swimming pools with bromide-containing source waters. This warrants confirmation with new studies.
Keywords
FCLBromochloroacetic acidIQRbromochloroacetonitriledibromoacetonitriledichloroacetonitrileTOICYP2E1MHRGSTT1TrihalomethanesCHCl3GSTZ1TOXTrihalomethaneTHMHaloacetonitrileNon-purgeable organic carbonTotal trihalomethanesTCAATOClDMNADBPTHMsNH2ClNPOCHAADBPs1,1,1-TrichloropropanoneTOCnDMATotal organic iodineSwimming poolsdichloroacetic acidtrichloroacetic acidDibromoacetic acidHaloacetic acidHaloacetic acidsBromodichloromethaneBromoformTrichloramineMaximum heart rateInternal doseDibromochloromethaneDichloraminebody mass indexBMIDisinfection by-productDisinfection by-productsMETSinterquartile rangeMonochloramineBiomarkersNitrosodimethylamineHANMetabolic equivalent tasksSingle-nucleotide polymorphismSNPTotal organic bromineTotal organic halogenTotal organic carbonFree chlorineChloroform
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Authors
Laia Font-Ribera, Manolis Kogevinas, Christina Schmalz, Christian Zwiener, Esther Marco, Joan O. Grimalt, Jiaqi Liu, Xiangru Zhang, William Mitch, Rossana Critelli, Alessio Naccarati, Dick Heederik, Jack Spithoven, Lourdes Arjona, Jeroen de Bont,