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• W3046808342 endingPage "127810" @default.
• W3046808342 startingPage "127810" @default.
• W3046808342 abstract "Copper (Cu) is an essential element for humans and plants when present in lesser amount, while in excessive amounts it exerts detrimental effects. There subsists a narrow difference amid the indispensable, positive and detrimental concentration of Cu in living system, which substantially alters with Cu speciation, and form of living organisms. Consequently, it is vital to monitor its bioavailability, speciation, exposure levels and routes in the living organisms. The ingestion of Cu-laced food crops is the key source of this heavy metal toxicity in humans. Hence, it is necessary to appraise the biogeochemical behaviour of Cu in soil-plant system with esteem to their quantity and speciation. On the basis of existing research, this appraisal traces a probable connexion midst: Cu levels, sources, chemistry, speciation and bioavailability in the soil. Besides, the functions of protein transporters in soil-plant Cu transport, and the detrimental effect of Cu on morphological, physiological and nutrient uptake in plants has also been discussed in the current manuscript. Mechanisms related to detoxification strategies like antioxidative response and generation of glutathione and phytochelatins to combat Cu-induced toxicity in plants is discussed as well. We also delimits the Cu accretion in food crops and allied health perils from soils encompassing less or high Cu quantity. Finally, an overview of various techniques involved in the reclamation and restoration of Cu-contaminated soils has been provided." @default.
• W3046808342 created "2020-08-07" @default.
• W3046808342 creator A5003956756 @default.
• W3046808342 creator A5052142239 @default.
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• W3046808342 creator A5085706437 @default.
• W3046808342 date "2021-01-01" @default.
• W3046808342 modified "2023-10-14" @default.
• W3046808342 title "Copper bioavailability, uptake, toxicity and tolerance in plants: A comprehensive review" @default.
• W3046808342 cites W1155755409 @default.
• W3046808342 cites W1504685680 @default.
• W3046808342 cites W1530371307 @default.
• W3046808342 cites W1589125175 @default.
• W3046808342 cites W160198421 @default.
• W3046808342 cites W1845358664 @default.
• W3046808342 cites W1923189090 @default.
• W3046808342 cites W1932072196 @default.
• W3046808342 cites W1952019750 @default.
• W3046808342 cites W1966407069 @default.
• W3046808342 cites W1966736088 @default.
• W3046808342 cites W1967395613 @default.
• W3046808342 cites W1967868572 @default.
• W3046808342 cites W1969296455 @default.
• W3046808342 cites W1969784672 @default.
• W3046808342 cites W1969899257 @default.
• W3046808342 cites W1970417004 @default.
• W3046808342 cites W1972504566 @default.
• W3046808342 cites W1972691401 @default.
• W3046808342 cites W1975449421 @default.
• W3046808342 cites W1981364763 @default.
• W3046808342 cites W1981574592 @default.
• W3046808342 cites W1983016535 @default.
• W3046808342 cites W1983682109 @default.
• W3046808342 cites W1985092163 @default.
• W3046808342 cites W1986183788 @default.
• W3046808342 cites W1986690898 @default.
• W3046808342 cites W1988591933 @default.
• W3046808342 cites W1992252175 @default.
• W3046808342 cites W1993036604 @default.
• W3046808342 cites W1993613777 @default.
• W3046808342 cites W1996116818 @default.
• W3046808342 cites W1997301446 @default.
• W3046808342 cites W1997854913 @default.
• W3046808342 cites W2001050120 @default.
• W3046808342 cites W2001899047 @default.
• W3046808342 cites W2002792238 @default.
• W3046808342 cites W2002887713 @default.
• W3046808342 cites W2003027935 @default.
• W3046808342 cites W2005783354 @default.
• W3046808342 cites W2006157236 @default.
• W3046808342 cites W2007133504 @default.
• W3046808342 cites W2009164211 @default.
• W3046808342 cites W2012743321 @default.
• W3046808342 cites W2014769468 @default.
• W3046808342 cites W2015618413 @default.
• W3046808342 cites W2016048871 @default.
• W3046808342 cites W2016102130 @default.
• W3046808342 cites W2017517886 @default.
• W3046808342 cites W2017875658 @default.
• W3046808342 cites W2018821026 @default.
• W3046808342 cites W2020113179 @default.
• W3046808342 cites W2021342401 @default.
• W3046808342 cites W2024987320 @default.
• W3046808342 cites W2029048135 @default.
• W3046808342 cites W2033753406 @default.
• W3046808342 cites W2033845955 @default.
• W3046808342 cites W2035209995 @default.
• W3046808342 cites W2036714921 @default.
• W3046808342 cites W2037242463 @default.
• W3046808342 cites W2037380344 @default.
• W3046808342 cites W2040743177 @default.
• W3046808342 cites W2043125752 @default.
• W3046808342 cites W2043252456 @default.
• W3046808342 cites W2044861835 @default.
• W3046808342 cites W2046835907 @default.
• W3046808342 cites W2051792539 @default.
• W3046808342 cites W2054518237 @default.
• W3046808342 cites W2056215260 @default.
• W3046808342 cites W2056836719 @default.
• W3046808342 cites W2060474909 @default.
• W3046808342 cites W2061734995 @default.
• W3046808342 cites W2062875972 @default.
• W3046808342 cites W2063460138 @default.
• W3046808342 cites W2070319976 @default.
• W3046808342 cites W2071041701 @default.
• W3046808342 cites W2073414802 @default.
• W3046808342 cites W2075105646 @default.
• W3046808342 cites W2075297555 @default.
• W3046808342 cites W2075739759 @default.
• W3046808342 cites W2076393718 @default.
• W3046808342 cites W2078917527 @default.
• W3046808342 cites W2079052196 @default.
• W3046808342 cites W2079985624 @default.
• W3046808342 cites W2080528268 @default.

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