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- W2895040821 abstract "Mesotrione, an herbicide increasingly found in aquatic systems due to its increased application frequency in corn fields, is an inhibitor of the p-hydroxyphenylpyruvate dioxygenase (HPPD), a key enzyme for plastoquinone-9, α-tocopherol and indirectly for carotenoid biosynthesis. The direct effect of mesotrione on plastoquinone-9 and α-tocopherol synthesis and their degradation rates are well documented, but few information exists on its action on photosynthetic processes under various light intensities. We therefore investigated the photosynthetic activity, energy dissipation processes, pigment composition and α-tocopherol content when Chlamydomonas reinhardtii were exposed to mesotrione for 24 h under low light condition and then the impacts of HL treatment (75 min) were also investigated. Under low light growth conditions, mesotrione did not induce PSII photoinhihition, while substantially decreased Car:Chl-a ratio, maximal energy-dependant quenching and state 1 to state 2 transition. Under high light conditions (HL), PSII activity was highly decreased in presence of mesotrione, and the non-photochemical energy dissipation processes were drastically affected in these conditions compared to the HL treatment alone. Mesotrinone also prevent the complete recovery of PSII damage caused by HL. Light condition seems therefore to be a non-negligible factor modulating mesotrione toxicity, and this has an obvious importance in agricultural waterbodies where phytoplankton is subjected to fluctuating light intensities." @default.
- W2895040821 created "2018-10-12" @default.
- W2895040821 creator A5048566566 @default.
- W2895040821 creator A5059879784 @default.
- W2895040821 creator A5061973931 @default.
- W2895040821 creator A5073655328 @default.
- W2895040821 date "2019-01-01" @default.
- W2895040821 modified "2023-10-13" @default.
- W2895040821 title "Impacts of hydroxyphenylpyruvate dioxygenase (HPPD) inhibitor (mesotrione) on photosynthetic processes in Chlamydomonas reinhardtii" @default.
- W2895040821 cites W1532517383 @default.
- W2895040821 cites W1537083969 @default.
- W2895040821 cites W1537534573 @default.
- W2895040821 cites W1559904326 @default.
- W2895040821 cites W1584269659 @default.
- W2895040821 cites W1970037645 @default.
- W2895040821 cites W1973847797 @default.
- W2895040821 cites W1975892234 @default.
- W2895040821 cites W1980223099 @default.
- W2895040821 cites W1981718931 @default.
- W2895040821 cites W1983202313 @default.
- W2895040821 cites W1984184000 @default.
- W2895040821 cites W1986408967 @default.
- W2895040821 cites W1992244454 @default.
- W2895040821 cites W1994697759 @default.
- W2895040821 cites W1995329490 @default.
- W2895040821 cites W1996895496 @default.
- W2895040821 cites W1997266081 @default.
- W2895040821 cites W1999224214 @default.
- W2895040821 cites W2001532071 @default.
- W2895040821 cites W2002089019 @default.
- W2895040821 cites W2002594312 @default.
- W2895040821 cites W2002670767 @default.
- W2895040821 cites W2003945169 @default.
- W2895040821 cites W2004916399 @default.
- W2895040821 cites W2008049094 @default.
- W2895040821 cites W2012797544 @default.
- W2895040821 cites W2015907903 @default.
- W2895040821 cites W2018531418 @default.
- W2895040821 cites W2018686547 @default.
- W2895040821 cites W2021267893 @default.
- W2895040821 cites W2022118810 @default.
- W2895040821 cites W2022446598 @default.
- W2895040821 cites W2025137732 @default.
- W2895040821 cites W2025367648 @default.
- W2895040821 cites W2025376950 @default.
- W2895040821 cites W2026803559 @default.
- W2895040821 cites W2029431041 @default.
- W2895040821 cites W2035677864 @default.
- W2895040821 cites W2042003426 @default.
- W2895040821 cites W2047975247 @default.
- W2895040821 cites W2048435060 @default.
- W2895040821 cites W2049067351 @default.
- W2895040821 cites W2049094881 @default.
- W2895040821 cites W2050115476 @default.
- W2895040821 cites W2056007311 @default.
- W2895040821 cites W2056425137 @default.
- W2895040821 cites W2061569967 @default.
- W2895040821 cites W2063456262 @default.
- W2895040821 cites W2068933507 @default.
- W2895040821 cites W2069469487 @default.
- W2895040821 cites W2073596887 @default.
- W2895040821 cites W2093019617 @default.
- W2895040821 cites W2101651903 @default.
- W2895040821 cites W2101936424 @default.
- W2895040821 cites W2102643689 @default.
- W2895040821 cites W2109448469 @default.
- W2895040821 cites W2120799727 @default.
- W2895040821 cites W2121190817 @default.
- W2895040821 cites W2133648941 @default.
- W2895040821 cites W2134671824 @default.
- W2895040821 cites W2136400789 @default.
- W2895040821 cites W2136928419 @default.
- W2895040821 cites W2147629607 @default.
- W2895040821 cites W2151318086 @default.
- W2895040821 cites W2153271274 @default.
- W2895040821 cites W2158782376 @default.
- W2895040821 cites W2171643578 @default.
- W2895040821 cites W2184327755 @default.
- W2895040821 cites W2461818341 @default.
- W2895040821 cites W2768448944 @default.
- W2895040821 cites W2776091175 @default.
- W2895040821 cites W2794715827 @default.
- W2895040821 cites W2883847179 @default.
- W2895040821 cites W329526895 @default.
- W2895040821 cites W4244097902 @default.
- W2895040821 cites W4256213714 @default.
- W2895040821 cites W615455799 @default.
- W2895040821 doi "https://doi.org/10.1016/j.envpol.2018.09.121" @default.
- W2895040821 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30343230" @default.
- W2895040821 hasPublicationYear "2019" @default.
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