Nanoparticles selectively inhibit sediment denitrification pathways, with nZnO reducing heterotrophic denitrification by 11.6% and iron-based autotrophic denitrification by 38.7%.
Microbial Fuel Cells and Bioremediation
Moving in Environmental research, Biotechnology advances, Applied and environmental microbiology, bioRxiv, Environmental microbiology, Environmental pollution, Journal of Experimental Botany and Nature Communications.
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Latest in Microbial Fuel Cells and Bioremediation
Newest first · last 60 days
Disruption of pilC, algR, and hk05390 genes impairs Mn(II) oxidation in Pseudomonas resinovorans MOB-513 by reducing biofilm formation and c-di-GMP levels.
- Open access
Geobacter spp. can perform extracellular electron uptake from solid donors, leading to metal corrosion and enabling biotechnological applications.
Synthetic microbiomes enable unprecedented control over nanoparticle size and stability, enhancing robustness and selectivity in environmental nanomanufacturing.
Microbial communities associated with plants influence iron-sulfur metabolism by reprogramming plant transcriptional and metabolic networks under nutrient limitation.
Cellulose-driven extracellular electron transfer occurs in termite gut microbes, revealing a novel mechanism for anaerobic cellulose metabolism with potential bioelectrochemical applications.
- Open access
Electrical signalling extends microbial interaction ranges beyond diffusion-limited chemical communication, with a measurable "handover distance" that links electrophysiology to ecological interactions.
- Open access
Decreasing cathodic potential from -0.90 to -1.05 V in microbial electrolysis cells enhances methane production from CO by over tenfold, reaching 1.410 mmol.
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Topics moving, week to 23 Oct 2026
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- Alzheimer's disease research and treatments3
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