Your Content Goes Here Results are encouraging Aenean vitae neque est. Proin aliquam, lacus non ullamcorper elementum, diam eros faucibus orci, sed lobortis lectus urna egestas ligula. Morbi viverra, orci ac sodales consectetur, erat justo dictum urna, sodales ultrices nulla diam placerat ipsum. Donec at aliquet est. Aenean tincidunt vitae quam eu [...]
Your Content Goes Here Results are encouraging Aenean vitae neque est. Proin aliquam, lacus non ullamcorper elementum, diam eros faucibus orci, sed lobortis lectus urna egestas ligula. Morbi viverra, orci ac sodales consectetur, erat justo dictum urna, sodales ultrices nulla diam placerat ipsum. Donec at aliquet est. Aenean tincidunt vitae quam eu [...]
Your Content Goes Here Results are encouraging Aenean vitae neque est. Proin aliquam, lacus non ullamcorper elementum, diam eros faucibus orci, sed lobortis lectus urna egestas ligula. Morbi viverra, orci ac sodales consectetur, erat justo dictum urna, sodales ultrices nulla diam placerat ipsum. Donec at aliquet est. Aenean tincidunt vitae quam eu [...]
Your Content Goes Here Results are encouraging Aenean vitae neque est. Proin aliquam, lacus non ullamcorper elementum, diam eros faucibus orci, sed lobortis lectus urna egestas ligula. Morbi viverra, orci ac sodales consectetur, erat justo dictum urna, sodales ultrices nulla diam placerat ipsum. Donec at aliquet est. Aenean tincidunt vitae quam eu [...]
Your Content Goes Here Highlights We measured uptake of two types of nanomaterials in a marine mussel. Uptake from water was rapid and complete in less than 24 h. Only particles suspended in the water appeared to be absorbed. Most absorbed nanomaterial was concentrated in the digestive gland. Abstract [...]
Your Content Goes Here The field of nanotechnology has rapidly developed due to recognition that nanoscale particles often exhibit properties that differ substantially from comparable bulk phases. Given this fact it is unfortunate that the environmental nanotoxicology community continues to rely heavily upon mass-based dose-metrics. To truly evaluate if nanoscale particles elicit [...]
Your Content Goes Here Abstract The ability to detect and identify the physiochemical form of contaminants in the environment is important for degradation, fate and transport, and toxicity studies. This is particularly true of nanomaterials that exist as discrete particles rather than dissolved or sorbed contaminant molecules in the environment. Nanoparticles [...]
Your Content Goes Here Abstract Nanoparticles resistant to salt-induced aggregation are continually being developed for biomedical and industrial applications. Because of their colloidal stability these functionalized nanoparticles are anticipated to be persistent aquatic contaminants. Here, we show that Corbicula fluminea, a globally distributed clam that is a known sentinel of aquatic ecosystem [...]
Your Content Goes Here Abstract Knowledge gaps in nanomaterial fate and toxicity currently limit the ability of risk assessments to characterize the environmental implications of nanomaterials. This problem is further complicated by the lack of standardized characterization and preparation methodologies for researchers to gain the needed information to assist risk assessors. [...]
Your Content Goes Here Abstract Knowledge gaps in nanomaterial fate and toxicity currently limit the ability of risk assessments to characterize the environmental implications of nanomaterials. This problem is further complicated by the lack of standardized characterization and preparation methodologies for researchers to gain the needed information to assist risk assessors. [...]
