FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2063094248> ?p ?o ?g. }

• W2063094248 endingPage "3691" @default.
• W2063094248 startingPage "3681" @default.
• W2063094248 abstract "Ozonation is an emerging technology for the removal of micropollutants from treated wastewater. Aim of the present study was to investigate the impact of ozone treatment on genotoxic and acute toxic effects of tertiary treated municipal wastewater. It is known that DNA-damaging chemicals cause adverse effects in the environment and that exposure to humans leads to cancer and other diseases. Toxicity was tested in organisms from three trophic levels namely in bacteria (Salmonella/microsome assays) which enable the detection of gene mutations, in a plant bioassay (micronucleus assay with root tip cells of Allium cepa) which reflects clastogenic and aneugenic effects and in single cell gel electrophoresis (SCGE) tests with mammalian cells which detect DNA migration caused by single-, double strand breaks and alkali labile sites. In the bacterial tests negative results were obtained with untreated samples but after concentration with C(18) cartridges a positive result was found in strains TA1537 and TA98 which are sensitive to frameshift mutagens while no mutations were induced in other tester strains (TA100, TA102 and YG1024). Ozone treatment led to a decrease of the mutagenic activity of the samples. In the SCGE experiments, DNA migration was detected with the unconcentrated effluent of the treatment plant and ozonation led to a substantial decrease of this effect. In the plant bioassays, negative results were obtained with the effluent and ozone treatment did not cause an alteration of the micronucleus frequencies. Also acute toxic effects were monitored in the different indicator organisms under all experimental conditions. The bacteriocidal/bacteriostatic effects which were seen with the concentrated samples were reduced by ozonation. In the experiments with the eukaryotic (plant and animal) cells no acute toxicity was seen with the effluents and ozonation had no impact on their viability. In conclusion findings of this study indicate that ozonation of tertiary effluents of a municipal treatment plant reduces the adverse effects caused by release of mutagens in aquatic ecosystems and does not decrease the viability of bacteria and eukaryotic cells. However, future research is required to find out if, and to which extent these findings can be generalized and which mechanisms account for the detoxification of the wastewater." @default.
• W2063094248 created "2016-06-24" @default.
• W2063094248 creator A5002902292 @default.
• W2063094248 creator A5007026104 @default.
• W2063094248 creator A5023381088 @default.
• W2063094248 creator A5027729186 @default.
• W2063094248 creator A5051527450 @default.
• W2063094248 creator A5052838621 @default.
• W2063094248 creator A5054249160 @default.
• W2063094248 date "2011-06-01" @default.
• W2063094248 modified "2023-09-25" @default.
• W2063094248 title "Impact of ozonation on the genotoxic activity of tertiary treated municipal wastewater" @default.
• W2063094248 cites W122941108 @default.
• W2063094248 cites W1504515281 @default.
• W2063094248 cites W1539610286 @default.
• W2063094248 cites W1547817405 @default.
• W2063094248 cites W183285095 @default.
• W2063094248 cites W1971186091 @default.
• W2063094248 cites W1971934397 @default.
• W2063094248 cites W1972106025 @default.
• W2063094248 cites W1972553482 @default.
• W2063094248 cites W1973663778 @default.
• W2063094248 cites W1975886754 @default.
• W2063094248 cites W1978766830 @default.
• W2063094248 cites W1980405844 @default.
• W2063094248 cites W1982478194 @default.
• W2063094248 cites W1986928455 @default.
• W2063094248 cites W1987580062 @default.
• W2063094248 cites W1993253517 @default.
• W2063094248 cites W2000429361 @default.
• W2063094248 cites W2001084152 @default.
• W2063094248 cites W2001913762 @default.
• W2063094248 cites W2003294831 @default.
• W2063094248 cites W2006500946 @default.
• W2063094248 cites W2010214847 @default.
• W2063094248 cites W2013528829 @default.
• W2063094248 cites W2013721680 @default.
• W2063094248 cites W2015900981 @default.
• W2063094248 cites W2016098004 @default.
• W2063094248 cites W2016579159 @default.
• W2063094248 cites W2018501348 @default.
• W2063094248 cites W2025364447 @default.
• W2063094248 cites W2026076537 @default.
• W2063094248 cites W2026280948 @default.
• W2063094248 cites W2026991016 @default.
• W2063094248 cites W2030275734 @default.
• W2063094248 cites W2031952542 @default.
• W2063094248 cites W2033741635 @default.
• W2063094248 cites W2034650838 @default.
• W2063094248 cites W2036819659 @default.
• W2063094248 cites W2036915068 @default.
• W2063094248 cites W2044950467 @default.
• W2063094248 cites W2045987716 @default.
• W2063094248 cites W2046090836 @default.
• W2063094248 cites W2047273544 @default.
• W2063094248 cites W2047944982 @default.
• W2063094248 cites W2050647945 @default.
• W2063094248 cites W2058595924 @default.
• W2063094248 cites W2060059991 @default.
• W2063094248 cites W2061776918 @default.
• W2063094248 cites W2065389384 @default.
• W2063094248 cites W2065992064 @default.
• W2063094248 cites W2066158131 @default.
• W2063094248 cites W2069595252 @default.
• W2063094248 cites W2086157028 @default.
• W2063094248 cites W2095154153 @default.
• W2063094248 cites W2107381827 @default.
• W2063094248 cites W2108104463 @default.
• W2063094248 cites W2116031739 @default.
• W2063094248 cites W2116052660 @default.
• W2063094248 cites W2117676147 @default.
• W2063094248 cites W2121613910 @default.
• W2063094248 cites W2126902508 @default.
• W2063094248 cites W2128066766 @default.
• W2063094248 cites W2129787793 @default.
• W2063094248 cites W2145875183 @default.
• W2063094248 cites W2147123075 @default.
• W2063094248 cites W2403969800 @default.
• W2063094248 doi "https://doi.org/10.1016/j.watres.2011.04.015" @default.
• W2063094248 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21565381" @default.
• W2063094248 hasPublicationYear "2011" @default.
• W2063094248 type Work @default.
• W2063094248 sameAs 2063094248 @default.
• W2063094248 citedByCount "46" @default.
• W2063094248 countsByYear W20630942482012 @default.
• W2063094248 countsByYear W20630942482013 @default.
• W2063094248 countsByYear W20630942482014 @default.
• W2063094248 countsByYear W20630942482015 @default.
• W2063094248 countsByYear W20630942482016 @default.
• W2063094248 countsByYear W20630942482017 @default.
• W2063094248 countsByYear W20630942482019 @default.
• W2063094248 countsByYear W20630942482020 @default.
• W2063094248 countsByYear W20630942482021 @default.
• W2063094248 countsByYear W20630942482022 @default.
• W2063094248 crossrefType "journal-article" @default.
• W2063094248 hasAuthorship W2063094248A5002902292 @default.
• W2063094248 hasAuthorship W2063094248A5007026104 @default.
• W2063094248 hasAuthorship W2063094248A5023381088 @default.

• next