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The aim is to analyze bioremediation strategies for detoxifying chromium in contaminated environments.

Integrated mechanisms revealing detoxification and attenuation of Cr(VI) in contaminated soil and aquatic systems - A critical review on bioremediation strategies

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The aim is to analyze bioremediation strategies for detoxifying chromium in contaminated environments.
Review of various bioremediation and biodegradation approaches across microbial and phytoremediation studies.
Assessment of microbial roles in enzymatic reduction and rhizospheric remediation techniques.
Inclusion of advanced technologies for eco-friendly chromium removal.
Bioremediation methods effectively detoxify Cr(VI) in soil and water.
Microbial and plant species demonstrated significant capability for chromium bioremediation.
Integrated approaches combining biosorption, genetic engineering, and phytoremediation show promising results.

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Critical review reveals bioremediation strategies to detoxify chromium in contaminated soil and aquatic systems, emphasizing sustainability.

Patra et al. (2026) studied this question.

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Critical review reveals bioremediation strategies to detoxify chromium in contaminated soil and aquatic systems, emphasizing sustainability.