Increasingly, it is recognized that understanding and predicting nanoparticle behavior are
often limited by the reliability and reproducibility of the production methods as well as the …

Cerium oxide nanoparticles (nanoceria) have gained considerable attention in biological
research due to their anti-oxidant like behaviour and regenerative nature. The current …

Cerium oxide nanoparticles or nanoceria have a unique structure and interesting and
unusual redox and catalytic properties that vary with the size, shape, charge, surface coating …

Environmental context. Manufactured nanoparticles, increasingly used in a wide range of
products, can be released into the natural environment where they might pose a risk to …

Recent interest in the environmental fate and effects of manufactured CeO2 nanomaterials
(nanoceria) has stemmed from its expanded use for a variety of applications including fuel …

There is a growing recognition that nanoparticles and other nanostructured materials are
sometimes inadequately characterized and that this may limit or even invalidate some of the …

The mixed oxidation state (3+/4+) of ceria nanoparticles of smaller sizes make them
attractive materials for their catalytic antioxidant biological properties. However the …

The ability to control the size and morphology is crucial in optimizing nanoceria catalytic
activity as this is governed by the atomistic arrangement of species and structural features at …

This critical review evolved from a SNO Special Workshop on Nanoceria panel presentation
addressing the toxicological risks of nanoceria: accumulation, target organs, and issues of …

The cytotoxicity of ceria nanoparticles (NPs) against microorganisms was identified as a
particle-specific toxicity in previous work since no release of Ce3+ ions was evident …