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• W3107656572 endingPage "116668" @default.
• W3107656572 startingPage "116668" @default.
• W3107656572 abstract "The transboundary River Ganga serves as a conduit for meltwater from the Himalayas and is a major freshwater source for two thirds of Indian population before emptying into the Sundarban Delta, the largest estuary in the Bay of Bengal. Endocrine disrupting compounds (EDCs) such as phthalic acid esters (PAEs) and bisphenol A (BPA) used as organic plastic additives can pollute the aquatic environment receiving plastic litter. Hence, we have investigated these EDCs in water samples from Ganga and Sundarban wetland of India. Since these compounds exhibit estrogenic potential, we have further measured steroids and evaluated the estrogenic activity (estradiol equivalents, BioE2Eqs) using an in-vitro bioassay (E-Screen). Further BioE2Eqs were compared with the sum of predicted estradiol equivalents based on the chemical concentrations of PAEs and BPA by E-Screen (ChemE2Eq) and YES factors (ChemYES). Caffeine was measured as a marker for anthropogenic wastewater discharge. Results showed that the highest BioE2Eq (below the lowest observable effect of E2 on fish) was associated with sites having sewer outfalls in the middle stretch of the river, and concomitantly coinciding with the elevated concentrations of caffeine. Neither ChemE2Eq nor ChemYES correlated with measured BioE2Eqs. River concentrations of BPA (0.04–4.46 µg/L) and ∑7plasticizers (0.43–7.63 µg/L) were higher than BPA (0.21–2.82 µg/L) and ∑7plasticizers (0.85–2 µg/L) in the Sundarban wetland. The only steroids detected were androgens, found at four sites in Ganga (0.007 µg/L± 0.003, mean ± S.D.). The highest estimated ecotoxicological risk to aquatic insect and fish stemmed from BPA. A secondary effect, and a potential impact on human health could be reflected via fish consumption from the productive fisheries region along the lower stretch of River Ganga. Identification of areas of elevated estrogenicity, plasticizer and steroid concentrations in River Ganga can be used to design and implement interventions for the remediation of such emerging contaminants." @default.
• W3107656572 created "2020-12-07" @default.
• W3107656572 creator A5028754791 @default.
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• W3107656572 date "2021-02-01" @default.
• W3107656572 modified "2023-10-14" @default.
• W3107656572 title "Surveillance of plasticizers, bisphenol A, steroids and caffeine in surface water of River Ganga and Sundarban wetland along the Bay of Bengal: occurrence, sources, estrogenicity screening and ecotoxicological risk assessment" @default.
• W3107656572 cites W1882289074 @default.
• W3107656572 cites W1965932771 @default.
• W3107656572 cites W1970357008 @default.
• W3107656572 cites W1975993854 @default.
• W3107656572 cites W1977326650 @default.
• W3107656572 cites W1988190499 @default.
• W3107656572 cites W1989590552 @default.
• W3107656572 cites W1992995039 @default.
• W3107656572 cites W1995439505 @default.
• W3107656572 cites W1999994029 @default.
• W3107656572 cites W2000198610 @default.
• W3107656572 cites W2001581059 @default.
• W3107656572 cites W2003361846 @default.
• W3107656572 cites W2005323689 @default.
• W3107656572 cites W2007477992 @default.
• W3107656572 cites W2010833214 @default.
• W3107656572 cites W2010936172 @default.
• W3107656572 cites W2012101987 @default.
• W3107656572 cites W2017844722 @default.
• W3107656572 cites W2026365173 @default.
• W3107656572 cites W2028861891 @default.
• W3107656572 cites W2039895754 @default.
• W3107656572 cites W2043588906 @default.
• W3107656572 cites W2047798829 @default.
• W3107656572 cites W2060091921 @default.
• W3107656572 cites W2062365238 @default.
• W3107656572 cites W2063046454 @default.
• W3107656572 cites W2067416844 @default.
• W3107656572 cites W2067819185 @default.
• W3107656572 cites W2067862301 @default.
• W3107656572 cites W2069157996 @default.
• W3107656572 cites W2071718945 @default.
• W3107656572 cites W2080171690 @default.
• W3107656572 cites W2084396772 @default.
• W3107656572 cites W2086220012 @default.
• W3107656572 cites W2089119733 @default.
• W3107656572 cites W2089548132 @default.
• W3107656572 cites W2090322960 @default.
• W3107656572 cites W2091908429 @default.
• W3107656572 cites W2099368004 @default.
• W3107656572 cites W2114177784 @default.
• W3107656572 cites W2116008863 @default.
• W3107656572 cites W2117009957 @default.
• W3107656572 cites W2145894572 @default.
• W3107656572 cites W2158927639 @default.
• W3107656572 cites W2170613631 @default.
• W3107656572 cites W2233350236 @default.
• W3107656572 cites W2274036806 @default.
• W3107656572 cites W2501376646 @default.
• W3107656572 cites W2526426007 @default.
• W3107656572 cites W2529533451 @default.
• W3107656572 cites W2564710791 @default.
• W3107656572 cites W2614664151 @default.
• W3107656572 cites W2761590587 @default.
• W3107656572 cites W2762862468 @default.
• W3107656572 cites W2775695945 @default.
• W3107656572 cites W2782339100 @default.
• W3107656572 cites W2782833121 @default.
• W3107656572 cites W2783523053 @default.
• W3107656572 cites W2784393909 @default.
• W3107656572 cites W2786057555 @default.
• W3107656572 cites W2794838761 @default.
• W3107656572 cites W2797046246 @default.
• W3107656572 cites W28806428 @default.
• W3107656572 cites W2886504833 @default.
• W3107656572 cites W2898997636 @default.
• W3107656572 cites W2899533624 @default.
• W3107656572 cites W2902907866 @default.
• W3107656572 cites W2907016216 @default.
• W3107656572 cites W2909114162 @default.
• W3107656572 cites W2985891452 @default.
• W3107656572 cites W3023906105 @default.
• W3107656572 cites W3025715599 @default.
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• W3107656572 doi "https://doi.org/10.1016/j.watres.2020.116668" @default.
• W3107656572 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33285458" @default.
• W3107656572 hasPublicationYear "2021" @default.
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