Harnessing Synthetic Biology for Sustainable Recovery of Critical Metal Materials from Electronic Waste

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This review evaluates synthetic biology's role in enhancing metal recovery from electronic waste, suggesting innovative bioremediation methods.

Synthetic biology improves metal recovery from electronic waste, transforming recycling practices.
Innovations in microbial capabilities enable enhanced metal selectivity and faster recovery kinetics.
Challenges exist in maintaining microbial consortia stability and scaling up recovery processes.
A proposed synergistic framework combines engineering and bioelectrochemical systems for effective recycling.

Bai et al. (2025) studied this question.

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This review evaluates synthetic biology's role in enhancing metal recovery from electronic waste, suggesting innovative bioremediation methods.