Chronic exposure to complex metal oxide nanomaterials induces production of reactive oxygen species in bacteria

Earth & Environmental Sciences

• reactive oxygen species 67%
• metal oxide 65%
• nanomaterial 63%
• cobalt 58%
• manganese 50%
• nickel 48%
• oxide 41%
• bacterium 35%
• exposure 32%
• phenotype 24%
• battery 22%
• nanoparticle 20%
• DNA 18%
• electric vehicle 14%
• toxic effect 11%
• vesicle 11%
• mutation 11%
• bioremediation 10%
• harbor 9%
• electronics 9%
• material 9%
• heavy metal 8%
• organism 7%
• membrane 7%
• damage 7%
• effect 2%

Engineering & Materials Science

• Reactive oxygen species 100%
• Metal complexes 91%
• Nanostructured materials 69%
• Bacteria 62%
• Oxides 48%
• Manganese 41%
• Cobalt 40%
• Nickel 32%
• DNA 14%
• Nanoparticles 13%
• Bioremediation 11%
• Cathode materials 9%
• Heavy metals 9%
• Battery electric vehicles 8%
• Ports and harbors 8%
• Membranes 5%

Chemical Compounds

• Reactive Oxygen Metabolite 52%
• Metal Oxide 46%
• Nanomaterial 35%
• Oxide 18%
• Lethal Concentration 17%
• Toxic 16%
• Nanoparticle 11%
• Mutation 9%
• Dioxygen 5%