Matches in SemOpenAlex for { <https://semopenalex.org/work/W3087933301> ?p ?o ?g. }
- W3087933301 endingPage "111336" @default.
- W3087933301 startingPage "111336" @default.
- W3087933301 abstract "Widespread arsenic (As) contamination is a severe environmental and public health concern. Isatis cappadocica, an arsenic hyperaccumulator, holds great potential to clean up As-contaminated soil and groundwater. Iron oxide is one of the most common metal oxides in the natural environment and its nanoparticulate form has been previously utilized for the removal of heavy metals/metalloids from wastewater. However, there is a paucity of information on the impact of iron oxide nanoparticles on the growth and physiological properties of I. cappadocica and its effectiveness on As removal. Current study reports for the first time the impact of superparamagnetic iron oxide nanoparticles and glutathione (GSH) modified superparamagnetic iron oxide nanoparticles (nFe3O4 and nFe3O4@GSH) on the physiological characteristic of I. cappadocica and its accumulation of As under hydroponic condition. nFe3O4@GSH alleviated the harmful impact of As and significantly increased the shoot biomass of I. cappadocica by enhancing the plant defense mechanisms. The application of GSH, nFe3O4 and nFe3O4@GSH all lowered the As concentration in plant shoots as a protective mechanism. However, the substantial shoot biomass increase due to nFe3O4@GSH resulted in a 56% higher As accumulation in plant shoots than in plants exposed to As alone, indicating the strong effectiveness of nFe3O4@GSH as a novel enhancer of the As phytoremediation by I. cappadocica. Our data further showed that the beneficial effect of nFe3O4@GSH on As phytoremediation is due to the enhancement of activities of several enzymatic and nonenzymatic antioxidants." @default.
- W3087933301 created "2020-10-01" @default.
- W3087933301 creator A5042326398 @default.
- W3087933301 creator A5045592919 @default.
- W3087933301 creator A5046603524 @default.
- W3087933301 creator A5052152326 @default.
- W3087933301 date "2020-12-01" @default.
- W3087933301 modified "2023-10-01" @default.
- W3087933301 title "Elucidating the physiological mechanisms underlying enhanced arsenic hyperaccumulation by glutathione modified superparamagnetic iron oxide nanoparticles in Isatis cappadocica" @default.
- W3087933301 cites W1523257741 @default.
- W3087933301 cites W1856114098 @default.
- W3087933301 cites W1864792102 @default.
- W3087933301 cites W1954206721 @default.
- W3087933301 cites W1954445256 @default.
- W3087933301 cites W1969784672 @default.
- W3087933301 cites W1973712759 @default.
- W3087933301 cites W1973723437 @default.
- W3087933301 cites W1984271811 @default.
- W3087933301 cites W1984936821 @default.
- W3087933301 cites W1990550175 @default.
- W3087933301 cites W1991199993 @default.
- W3087933301 cites W1996880778 @default.
- W3087933301 cites W2006370393 @default.
- W3087933301 cites W2016048871 @default.
- W3087933301 cites W2017493513 @default.
- W3087933301 cites W2022804803 @default.
- W3087933301 cites W2033488901 @default.
- W3087933301 cites W2048160406 @default.
- W3087933301 cites W2051698665 @default.
- W3087933301 cites W2052975848 @default.
- W3087933301 cites W2053720633 @default.
- W3087933301 cites W2063576996 @default.
- W3087933301 cites W2067582875 @default.
- W3087933301 cites W2072697027 @default.
- W3087933301 cites W2097961562 @default.
- W3087933301 cites W2101728390 @default.
- W3087933301 cites W2111444582 @default.
- W3087933301 cites W2112078514 @default.
- W3087933301 cites W2117326659 @default.
- W3087933301 cites W2133306667 @default.
- W3087933301 cites W2151826757 @default.
- W3087933301 cites W2157255155 @default.
- W3087933301 cites W2158668018 @default.
- W3087933301 cites W2171134786 @default.
- W3087933301 cites W2206037158 @default.
- W3087933301 cites W2335148054 @default.
- W3087933301 cites W2342583889 @default.
- W3087933301 cites W2404542818 @default.
- W3087933301 cites W2409870681 @default.
- W3087933301 cites W2486259265 @default.
- W3087933301 cites W2528333713 @default.
- W3087933301 cites W2578996068 @default.
- W3087933301 cites W2580353295 @default.
- W3087933301 cites W2613885487 @default.
- W3087933301 cites W2613922382 @default.
- W3087933301 cites W2734993095 @default.
- W3087933301 cites W2735147511 @default.
- W3087933301 cites W2736213406 @default.
- W3087933301 cites W2745096363 @default.
- W3087933301 cites W2774382455 @default.
- W3087933301 cites W2783969550 @default.
- W3087933301 cites W2801640914 @default.
- W3087933301 cites W2805985794 @default.
- W3087933301 cites W2807611118 @default.
- W3087933301 cites W2892055045 @default.
- W3087933301 cites W2912013009 @default.
- W3087933301 cites W2920049382 @default.
- W3087933301 cites W2921639441 @default.
- W3087933301 cites W2923980717 @default.
- W3087933301 cites W2926260519 @default.
- W3087933301 cites W2962296124 @default.
- W3087933301 cites W2968128663 @default.
- W3087933301 cites W2968859243 @default.
- W3087933301 cites W2972060684 @default.
- W3087933301 cites W2972768314 @default.
- W3087933301 cites W2985188727 @default.
- W3087933301 cites W4234602173 @default.
- W3087933301 doi "https://doi.org/10.1016/j.ecoenv.2020.111336" @default.
- W3087933301 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32977084" @default.
- W3087933301 hasPublicationYear "2020" @default.
- W3087933301 type Work @default.
- W3087933301 sameAs 3087933301 @default.
- W3087933301 citedByCount "16" @default.
- W3087933301 countsByYear W30879333012021 @default.
- W3087933301 countsByYear W30879333012022 @default.
- W3087933301 countsByYear W30879333012023 @default.
- W3087933301 crossrefType "journal-article" @default.
- W3087933301 hasAuthorship W3087933301A5042326398 @default.
- W3087933301 hasAuthorship W3087933301A5045592919 @default.
- W3087933301 hasAuthorship W3087933301A5046603524 @default.
- W3087933301 hasAuthorship W3087933301A5052152326 @default.
- W3087933301 hasBestOaLocation W30879333011 @default.
- W3087933301 hasConcept C107872376 @default.
- W3087933301 hasConcept C112570922 @default.
- W3087933301 hasConcept C114260506 @default.
- W3087933301 hasConcept C115540264 @default.
- W3087933301 hasConcept C172507514 @default.
- W3087933301 hasConcept C178790620 @default.