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• W4296508017 startingPage "227" @default.
• W4296508017 abstract "Heavy metals (HMs) accumulate in milieu due to various human activities that persist leading to biomagnification in food chains and cause unpleasant effects on human health and environment. Pollutants such as organic matter and HMs are remediated traditionally by chemical precipitation, electrochemical treatment, adsorption, reverse osmosis, ion exchange, coagulation, and photo-catalyzation, remained ineffective. Use of nanomaterials conjugated with various compounds showed significant reduction in several contaminated sites. However, existing implication of nanotechnology works with nanoparticles (NPs) synthesis majorly involved the use of chemical raw materials and physical methods which are relatively toxic and unstable. Aforesaid difficulties made researchers and entrepreneurs to reconnoitre effective, newer, and novel synthesis approaches for the replacement over older version. During the past decade, to overcome these issues plant-derived NPs are extensively used because of its less cost, efficiency, and eco-friendly in nature. Hence, advanced alternative technology like phytoremediation using nanomaterials with innovative techniques has been a boon for HM remediation. Efficiency of green synthesized NPs is based on redox reactions which makes metals stable facilitated by flavonoids and polyphenols responding to HM-stress. Several metal complexation processes are known to produce phytochelatins or other metal-chelating peptides helping the bioremediation of HMs. Current chapter throws light on adaptive mechanism employed by NPs coupled with plant or microbial extracts in overcoming the HM stress. Furthermore, here we also focus on the possible mechanism and interaction between NPs and HM in minimizing severity of polluted sites with many examples." @default.
• W4296508017 created "2022-09-21" @default.
• W4296508017 creator A5001934895 @default.
• W4296508017 creator A5063381727 @default.
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• W4296508017 date "2022-01-01" @default.
• W4296508017 modified "2023-09-27" @default.
• W4296508017 title "Bioremediation of Heavy Metal Contaminated Sites Using Phytogenic Nanoparticles" @default.
• W4296508017 cites W1938064655 @default.
• W4296508017 cites W1969148051 @default.
• W4296508017 cites W1970422249 @default.
• W4296508017 cites W1979211700 @default.
• W4296508017 cites W1980258803 @default.
• W4296508017 cites W1980663390 @default.
• W4296508017 cites W2008534496 @default.
• W4296508017 cites W2009933778 @default.
• W4296508017 cites W2033974217 @default.
• W4296508017 cites W2037074867 @default.
• W4296508017 cites W2056961824 @default.
• W4296508017 cites W2075880973 @default.
• W4296508017 cites W2080450593 @default.
• W4296508017 cites W2114433675 @default.
• W4296508017 cites W2118014603 @default.
• W4296508017 cites W2146594186 @default.
• W4296508017 cites W2180356443 @default.
• W4296508017 cites W2274318540 @default.
• W4296508017 cites W2292816689 @default.
• W4296508017 cites W2326080964 @default.
• W4296508017 cites W2515101019 @default.
• W4296508017 cites W2524122255 @default.
• W4296508017 cites W2549902036 @default.
• W4296508017 cites W2586587123 @default.
• W4296508017 cites W2605763140 @default.
• W4296508017 cites W26326045 @default.
• W4296508017 cites W2733357031 @default.
• W4296508017 cites W2752397398 @default.
• W4296508017 cites W2765321400 @default.
• W4296508017 cites W2796909310 @default.
• W4296508017 cites W2800369447 @default.
• W4296508017 cites W2894845162 @default.
• W4296508017 cites W2896084359 @default.
• W4296508017 cites W2902230070 @default.
• W4296508017 cites W2902272011 @default.
• W4296508017 cites W2903185184 @default.
• W4296508017 cites W2903410069 @default.
• W4296508017 cites W2908566517 @default.
• W4296508017 cites W2908817704 @default.
• W4296508017 cites W2908861542 @default.
• W4296508017 cites W2940694707 @default.
• W4296508017 cites W2959360417 @default.
• W4296508017 cites W2964239045 @default.
• W4296508017 cites W2990343021 @default.
• W4296508017 cites W2994822528 @default.
• W4296508017 cites W3001976250 @default.
• W4296508017 cites W3011020466 @default.
• W4296508017 cites W3013213522 @default.
• W4296508017 cites W3018679500 @default.
• W4296508017 cites W3024719290 @default.
• W4296508017 cites W3035586363 @default.
• W4296508017 cites W3037955414 @default.
• W4296508017 cites W3040993039 @default.
• W4296508017 cites W3042217745 @default.
• W4296508017 cites W3044459694 @default.
• W4296508017 cites W3045075737 @default.
• W4296508017 cites W3087860348 @default.
• W4296508017 cites W3094272941 @default.
• W4296508017 cites W3104329018 @default.
• W4296508017 cites W3120746918 @default.
• W4296508017 cites W3122020965 @default.
• W4296508017 cites W3130661498 @default.
• W4296508017 cites W3132099941 @default.
• W4296508017 cites W3132839185 @default.
• W4296508017 cites W3133757632 @default.
• W4296508017 cites W3134102160 @default.
• W4296508017 cites W3147207941 @default.
• W4296508017 cites W3158864656 @default.
• W4296508017 cites W3163417556 @default.
• W4296508017 cites W3168025836 @default.
• W4296508017 cites W3172141047 @default.
• W4296508017 cites W3179998981 @default.
• W4296508017 cites W3183023392 @default.
• W4296508017 cites W3183602189 @default.
• W4296508017 cites W3186289527 @default.
• W4296508017 cites W3200668142 @default.
• W4296508017 cites W4200015743 @default.
• W4296508017 cites W4205530775 @default.
• W4296508017 cites W4210364584 @default.
• W4296508017 cites W4224087674 @default.
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• W4296508017 doi "https://doi.org/10.1007/978-981-19-4811-4_11" @default.
• W4296508017 hasPublicationYear "2022" @default.
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