Matches in SemOpenAlex for { <https://semopenalex.org/work/W2913231722> ?p ?o ?g. }
- W2913231722 endingPage "2798" @default.
- W2913231722 startingPage "2788" @default.
- W2913231722 abstract "The chemical constituents of fine particulate matter (PM2.5) vary by source and capacity to participate in redox reactions in the body, which produce cytotoxic reactive oxygen species (ROS). Knowledge of the sources and components of PM2.5 may provide insight into the adverse health effects associated with the inhalation of PM2.5 mass. We collected 48 h household and personal PM2.5 exposure measurements in the summer months among 50 women/household pairs in a rural area of southwestern China where daily household biomass burning is common. PM2.5 mass was analyzed for ions, trace metals, black carbon, and water-soluble organic matter, as well as ROS-generating capability (oxidative potential) by one cellular and one acellular assay. Crustal enrichment factors and a principal component analysis identified the major sources of PM2.5 as dust, biomass burning, and secondary sulfate. Elements associated with the secondary sulfate source (As, Mo, Zn) had the strongest correlation with increased cellular oxidative potential (Spearman r: 0.74, 0.68, and 0.64). Chemical markers of biomass burning (water-soluble potassium and water-soluble organic matter) had negligible oxidative potential, suggesting that these assays may not be useful as health-relevant exposure metrics in populations that are exposed to high levels of smoke from household biomass burning." @default.
- W2913231722 created "2019-02-21" @default.
- W2913231722 creator A5002280409 @default.
- W2913231722 creator A5008664433 @default.
- W2913231722 creator A5010407824 @default.
- W2913231722 creator A5015224628 @default.
- W2913231722 creator A5030461772 @default.
- W2913231722 creator A5036552989 @default.
- W2913231722 creator A5042248442 @default.
- W2913231722 creator A5052014869 @default.
- W2913231722 creator A5055670978 @default.
- W2913231722 creator A5071381014 @default.
- W2913231722 date "2019-01-30" @default.
- W2913231722 modified "2023-10-13" @default.
- W2913231722 title "The Oxidative Potential of Personal and Household PM<sub>2.5</sub> in a Rural Setting in Southwestern China" @default.
- W2913231722 cites W1420332987 @default.
- W2913231722 cites W1485504984 @default.
- W2913231722 cites W1845034210 @default.
- W2913231722 cites W1972322328 @default.
- W2913231722 cites W1980103011 @default.
- W2913231722 cites W1983357431 @default.
- W2913231722 cites W1994069635 @default.
- W2913231722 cites W1997730701 @default.
- W2913231722 cites W2002201363 @default.
- W2913231722 cites W2024355140 @default.
- W2913231722 cites W2030911514 @default.
- W2913231722 cites W2037149823 @default.
- W2913231722 cites W2043800000 @default.
- W2913231722 cites W2045202526 @default.
- W2913231722 cites W2045747043 @default.
- W2913231722 cites W2046320623 @default.
- W2913231722 cites W2046478419 @default.
- W2913231722 cites W2047284624 @default.
- W2913231722 cites W2054614716 @default.
- W2913231722 cites W2056485243 @default.
- W2913231722 cites W2056748997 @default.
- W2913231722 cites W2059245554 @default.
- W2913231722 cites W2059999045 @default.
- W2913231722 cites W2061699184 @default.
- W2913231722 cites W2065058551 @default.
- W2913231722 cites W2072324939 @default.
- W2913231722 cites W2072900230 @default.
- W2913231722 cites W2077036398 @default.
- W2913231722 cites W2077290974 @default.
- W2913231722 cites W2079270126 @default.
- W2913231722 cites W2082879841 @default.
- W2913231722 cites W2091202236 @default.
- W2913231722 cites W2105809301 @default.
- W2913231722 cites W2109597753 @default.
- W2913231722 cites W2110052313 @default.
- W2913231722 cites W2112787621 @default.
- W2913231722 cites W2114826007 @default.
- W2913231722 cites W2117803659 @default.
- W2913231722 cites W2118113880 @default.
- W2913231722 cites W2122352228 @default.
- W2913231722 cites W2131951957 @default.
- W2913231722 cites W2167742012 @default.
- W2913231722 cites W2218192779 @default.
- W2913231722 cites W2272751124 @default.
- W2913231722 cites W2281811806 @default.
- W2913231722 cites W2314762241 @default.
- W2913231722 cites W2316499016 @default.
- W2913231722 cites W2325021767 @default.
- W2913231722 cites W2331649544 @default.
- W2913231722 cites W2401369850 @default.
- W2913231722 cites W2419975132 @default.
- W2913231722 cites W2460131763 @default.
- W2913231722 cites W2468685309 @default.
- W2913231722 cites W2491454161 @default.
- W2913231722 cites W2583909753 @default.
- W2913231722 cites W2586638297 @default.
- W2913231722 cites W2607200061 @default.
- W2913231722 cites W2674884973 @default.
- W2913231722 cites W2729207445 @default.
- W2913231722 cites W2753972026 @default.
- W2913231722 cites W2756472454 @default.
- W2913231722 cites W2770153866 @default.
- W2913231722 cites W2779362817 @default.
- W2913231722 cites W2806951582 @default.
- W2913231722 cites W2883675107 @default.
- W2913231722 cites W2890890297 @default.
- W2913231722 cites W2891862411 @default.
- W2913231722 cites W94805262 @default.
- W2913231722 doi "https://doi.org/10.1021/acs.est.8b05120" @default.
- W2913231722 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30696246" @default.
- W2913231722 hasPublicationYear "2019" @default.
- W2913231722 type Work @default.
- W2913231722 sameAs 2913231722 @default.
- W2913231722 citedByCount "30" @default.
- W2913231722 countsByYear W29132317222019 @default.
- W2913231722 countsByYear W29132317222020 @default.
- W2913231722 countsByYear W29132317222021 @default.
- W2913231722 countsByYear W29132317222022 @default.
- W2913231722 countsByYear W29132317222023 @default.
- W2913231722 crossrefType "journal-article" @default.
- W2913231722 hasAuthorship W2913231722A5002280409 @default.
- W2913231722 hasAuthorship W2913231722A5008664433 @default.
- W2913231722 hasAuthorship W2913231722A5010407824 @default.