Microbial Slime Gets Serious: Exopolysaccharides Power Fuel Cells and Clean Up Pollution
A new review details how microbial exopolysaccharides boost microbial fuel cell power output, bind heavy metals, and enable green nanomaterials, ...
A new review details how microbial exopolysaccharides boost microbial fuel cell power output, bind heavy metals, and enable green nanomaterials, ...
A new review finds that hybrid biological and chemical treatment systems can remove up to 95% of organic pollution from ...
A new review details how solar-assisted microbial fuel cells and hybrid bio-solar systems combine light-driven chemistry with electroactive bacteria to ...
A new Frontiers review details how nano-enhanced microbial electrochemical technologies could transform wastewater into electricity, hydrogen, clean water and recovered ...
A new review details how bacteria transfer electrons to electrodes through nanowires, cytochromes and chemical mediators, the key mechanism that ...
A systematic review of roughly 120 studies shows that electrocoagulation, electro-oxidation, and bioelectrochemical systems can dramatically boost the performance of ...
A new conceptual framework reimagines the smart home as a metabolising ecosystem in which bioreactors, an explainable cognitive digital twin ...
A new review details how genetic engineering, CRISPR editing and algal biotechnology could transform biofuels into a scalable, carbon-conscious alternative ...
A new review in Discover Biotechnology charts how microbial fuel cells convert organic waste, from cassava effluent to azo dyes, ...
A new review details how microbial electrosynthesis can convert renewable electricity and CO2 into acetate, bioplastics, upgraded biogas, and single-cell ...
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© 2025 Scienmag - Science Magazine