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[Plant potential for detoxification (review)].

Zaalishvili Gv, Khatisashvili Ga, D Sh Ugrekhelidze, M Sh Gordeziani, Kvesitadze Gi

Open publisher page 27 citations

Abstract

Data on the uptake, excretion, and biodegradation of organic xenobiotics by plants are reviewed. Detoxification pathways operating in plants and their role in remediation of biosphere are described. Structure-, concentration, and time-dependent effects of xenobiotics on the ultrastructural organization of cells are analyzed.

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What this paper is about

Data on the uptake, excretion, and biodegradation of organic xenobiotics by plants are reviewed. Detoxification pathways operating in plants and their role in remediation of biosphere are described. Structure-, concentration, and time-dependent effects of xenobiotics on the ultrastructural organization of cells are analyzed.

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OpenAlex reports 27 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Data on the uptake, excretion, and biodegradation of organic xenobiotics by plants are reviewed. Detoxification pathways operating in plants and their role in remediation of biosphere are described. Structure-, concentration, and time-dependent effects of xenobiotics on the ultrastructural organization of cells are analyzed.

Key concepts: Xenobiotic, Detoxification (alternative medicine), Biodegradation, Environmental remediation, Chemistry, Environmental chemistry, Biology, Biochemistry

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