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- W2893314668 abstract "The toxic metalloid arsenic (As) is consumed mostly through contaminated rice. Therefore, reducing its accumulation and maintaining nutrient homeostasis in crop plants are imperative to ensure food safety. However, there is a dearth of information on the interrelationship between nutrient homeostasis and the regulatory mechanisms of arsenic-selenium (As-Se) interactive pathways responsible for stress tolerance. In the present study, experiments were conducted in hydroponically grown 12-day-old seedlings of rice (Oryza sativa L.) varieties (Pusa Basmati1 and IR64) treated with arsenite (AsIII) (150 μM), selenium (SeVI) (20 μM), and As + Se. It was observed that selenium supplementation ameliorated As toxicity by reducing its accumulation and retrieving As-induced nutrient deficiency. Significant decrease in As accumulation, H2O2 content, and fluorescent intensity of nitric oxide (NO), reactive oxygen species (ROS), and superoxide radical (O2.−) along with cell death with Se supplementation in both rice varieties demonstrated the protective role of Se as a probable ROS quencher. Addition of Se increased the enzyme activities of thiol metabolism and induced differential transcript accumulation patterns of sulfur-related genes. Nutrient level positively correlated with the differential expression pattern of NPK-related genes that play roles in metabolism and nutrient availability in both varieties. Though Pusa Basmati1 (PB1) showed higher tolerance to As, IR64 overcomes As toxicity more efficiently than PB1 in the presence of Se, which highlights that IR64 is a better performer in the presence of Se. Overall, this study provides novel insight into the role of Se in As-stressed rice genotypes through alteration of nutrient transporters and thiol-related genes." @default.
- W2893314668 created "2018-10-05" @default.
- W2893314668 creator A5021339747 @default.
- W2893314668 creator A5085069982 @default.
- W2893314668 date "2018-12-01" @default.
- W2893314668 modified "2023-10-02" @default.
- W2893314668 title "Selenium amelioration of arsenic toxicity in rice shows genotypic variation: A transcriptomic and biochemical analysis" @default.
- W2893314668 cites W191793640 @default.
- W2893314668 cites W1965341547 @default.
- W2893314668 cites W1965877581 @default.
- W2893314668 cites W1966774566 @default.
- W2893314668 cites W1971798720 @default.
- W2893314668 cites W1973712759 @default.
- W2893314668 cites W1978070902 @default.
- W2893314668 cites W1979007736 @default.
- W2893314668 cites W1982249643 @default.
- W2893314668 cites W1982665074 @default.
- W2893314668 cites W1983606314 @default.
- W2893314668 cites W1985878935 @default.
- W2893314668 cites W1989757328 @default.
- W2893314668 cites W1995172221 @default.
- W2893314668 cites W2000254904 @default.
- W2893314668 cites W2004487792 @default.
- W2893314668 cites W2006322818 @default.
- W2893314668 cites W2010071550 @default.
- W2893314668 cites W2010311781 @default.
- W2893314668 cites W2014532637 @default.
- W2893314668 cites W2022725822 @default.
- W2893314668 cites W2023535218 @default.
- W2893314668 cites W2027307634 @default.
- W2893314668 cites W2033990353 @default.
- W2893314668 cites W2034294739 @default.
- W2893314668 cites W2035072156 @default.
- W2893314668 cites W2036566733 @default.
- W2893314668 cites W2038240144 @default.
- W2893314668 cites W2039086210 @default.
- W2893314668 cites W2041499579 @default.
- W2893314668 cites W2044959860 @default.
- W2893314668 cites W2052609998 @default.
- W2893314668 cites W2055650078 @default.
- W2893314668 cites W2056149718 @default.
- W2893314668 cites W2056361004 @default.
- W2893314668 cites W2066166518 @default.
- W2893314668 cites W2070544064 @default.
- W2893314668 cites W2073385175 @default.
- W2893314668 cites W2077665340 @default.
- W2893314668 cites W2079052196 @default.
- W2893314668 cites W2085228917 @default.
- W2893314668 cites W2087166763 @default.
- W2893314668 cites W2090345409 @default.
- W2893314668 cites W2091919915 @default.
- W2893314668 cites W2092939174 @default.
- W2893314668 cites W2092998377 @default.
- W2893314668 cites W2094974494 @default.
- W2893314668 cites W2095443384 @default.
- W2893314668 cites W2098893274 @default.
- W2893314668 cites W2101868792 @default.
- W2893314668 cites W2107277218 @default.
- W2893314668 cites W2107826827 @default.
- W2893314668 cites W2115700731 @default.
- W2893314668 cites W2127812264 @default.
- W2893314668 cites W2139156910 @default.
- W2893314668 cites W2144371542 @default.
- W2893314668 cites W2157201682 @default.
- W2893314668 cites W2161040780 @default.
- W2893314668 cites W2163776557 @default.
- W2893314668 cites W2171036239 @default.
- W2893314668 cites W2178716668 @default.
- W2893314668 cites W2292187449 @default.
- W2893314668 cites W2316377745 @default.
- W2893314668 cites W2345946267 @default.
- W2893314668 cites W2416720553 @default.
- W2893314668 cites W2419596930 @default.
- W2893314668 cites W2468542988 @default.
- W2893314668 cites W2474889907 @default.
- W2893314668 cites W2559497893 @default.
- W2893314668 cites W2561045035 @default.
- W2893314668 cites W2766038412 @default.
- W2893314668 cites W278990126 @default.
- W2893314668 cites W4250199213 @default.
- W2893314668 cites W4253575916 @default.
- W2893314668 cites W4378596822 @default.
- W2893314668 cites W986103285 @default.
- W2893314668 cites W2290464699 @default.
- W2893314668 cites W3146690851 @default.
- W2893314668 doi "https://doi.org/10.1016/j.jplph.2018.09.013" @default.
- W2893314668 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30278313" @default.
- W2893314668 hasPublicationYear "2018" @default.
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