Matches in SemOpenAlex for { <https://semopenalex.org/work/W2139915706> ?p ?o ?g. }
- W2139915706 endingPage "215" @default.
- W2139915706 startingPage "203" @default.
- W2139915706 abstract "Sunlight photodegradation has long been considered a significant process in lowering the concentrations of pharmaceuticals in surface waters and thus decreasing the ecological risk. For the first time, this study identified the significance of investigating the environmental photodegradation of a pharmaceutical residue mixture (rather than a single compound) and the associated toxicity of transformation byproducts in environmental waters, including rivers, hospital wastewaters, and effluents from wastewater treatment plants and pharmaceutical production facilities. Pharmaceuticals undergo phototransformation rather than mineralization (11-23% in 34 h). Pharmaceutical mixtures could possibly act as dissolved organic matter for each individual compound and subsequently affect the photolysis rates. The increased toxicity of irradiated pharmaceutical mixtures challenges the validity of the current understanding of sunlight photolysis. The implications of this work suggest that current knowledge concerning the occurrence, natural attenuation, ecotoxicity, and human health risks of pharmaceuticals is far from complete; photolysis is not necessarily a purification process." @default.
- W2139915706 created "2016-06-24" @default.
- W2139915706 creator A5006744434 @default.
- W2139915706 creator A5027647470 @default.
- W2139915706 date "2014-03-01" @default.
- W2139915706 modified "2023-09-24" @default.
- W2139915706 title "Is the phototransformation of pharmaceuticals a natural purification process that decreases ecological and human health risks?" @default.
- W2139915706 cites W1964127506 @default.
- W2139915706 cites W1971886949 @default.
- W2139915706 cites W1973814811 @default.
- W2139915706 cites W1975436272 @default.
- W2139915706 cites W1975621868 @default.
- W2139915706 cites W1977592347 @default.
- W2139915706 cites W1978163322 @default.
- W2139915706 cites W1980190163 @default.
- W2139915706 cites W1980675007 @default.
- W2139915706 cites W1982444395 @default.
- W2139915706 cites W1986654674 @default.
- W2139915706 cites W1990165855 @default.
- W2139915706 cites W1990653955 @default.
- W2139915706 cites W1991086775 @default.
- W2139915706 cites W1992301521 @default.
- W2139915706 cites W1992411257 @default.
- W2139915706 cites W1994512496 @default.
- W2139915706 cites W1999884347 @default.
- W2139915706 cites W2004409874 @default.
- W2139915706 cites W2006450943 @default.
- W2139915706 cites W2008003302 @default.
- W2139915706 cites W2008205448 @default.
- W2139915706 cites W2009183591 @default.
- W2139915706 cites W2009531575 @default.
- W2139915706 cites W2010282107 @default.
- W2139915706 cites W2011141261 @default.
- W2139915706 cites W2011398241 @default.
- W2139915706 cites W2014116072 @default.
- W2139915706 cites W2020468900 @default.
- W2139915706 cites W2020895922 @default.
- W2139915706 cites W2021560672 @default.
- W2139915706 cites W2024061146 @default.
- W2139915706 cites W2027084886 @default.
- W2139915706 cites W2029251919 @default.
- W2139915706 cites W2030634163 @default.
- W2139915706 cites W2030812522 @default.
- W2139915706 cites W2031894366 @default.
- W2139915706 cites W2032838523 @default.
- W2139915706 cites W2032862219 @default.
- W2139915706 cites W2041067558 @default.
- W2139915706 cites W2044502066 @default.
- W2139915706 cites W2046989650 @default.
- W2139915706 cites W2048528947 @default.
- W2139915706 cites W2048735683 @default.
- W2139915706 cites W2048940813 @default.
- W2139915706 cites W2051611630 @default.
- W2139915706 cites W2052542118 @default.
- W2139915706 cites W2056489483 @default.
- W2139915706 cites W2057746215 @default.
- W2139915706 cites W2058061061 @default.
- W2139915706 cites W2064470399 @default.
- W2139915706 cites W2067628213 @default.
- W2139915706 cites W2068932039 @default.
- W2139915706 cites W2069181249 @default.
- W2139915706 cites W2069280694 @default.
- W2139915706 cites W2069431280 @default.
- W2139915706 cites W2070025937 @default.
- W2139915706 cites W2070305753 @default.
- W2139915706 cites W2070876588 @default.
- W2139915706 cites W2073132129 @default.
- W2139915706 cites W2073784115 @default.
- W2139915706 cites W2074323074 @default.
- W2139915706 cites W2075168193 @default.
- W2139915706 cites W2076912174 @default.
- W2139915706 cites W2081951946 @default.
- W2139915706 cites W2084465757 @default.
- W2139915706 cites W2088760575 @default.
- W2139915706 cites W2088781109 @default.
- W2139915706 cites W2089178074 @default.
- W2139915706 cites W2089376098 @default.
- W2139915706 cites W2092326749 @default.
- W2139915706 cites W2095559170 @default.
- W2139915706 cites W2099671075 @default.
- W2139915706 cites W2100152885 @default.
- W2139915706 cites W2107900531 @default.
- W2139915706 cites W2109199054 @default.
- W2139915706 cites W2114590688 @default.
- W2139915706 cites W2115292284 @default.
- W2139915706 cites W2118939160 @default.
- W2139915706 cites W2122515160 @default.
- W2139915706 cites W2125583710 @default.
- W2139915706 cites W2146356156 @default.
- W2139915706 cites W2155752744 @default.
- W2139915706 cites W2155812824 @default.
- W2139915706 cites W2312947310 @default.
- W2139915706 cites W2313465341 @default.
- W2139915706 cites W2327851062 @default.
- W2139915706 doi "https://doi.org/10.1016/j.envpol.2013.12.007" @default.
- W2139915706 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24388870" @default.
- W2139915706 hasPublicationYear "2014" @default.
- W2139915706 type Work @default.