Upon contact with biological matrices,the nanoparticle surfaces with high free energy are easily modified by the adsorption of biomolecules,particularly pro
Fullerenol is an important water-soluble fullerene-based carbon nanomaterials,which is promising for various biological applications because of its unusual
Objective To explore the cytotoxicity and possible mechanism of silver nanoparticles(AgNPs,23.44 nm)in the normal human hepatic cell line(L02)and the human
Nanoparticles Graphene oxide(GO)has attracted an increasing amount of interests because of its specific properties and potential medical applications,howeve
The biological safety of nanomaterials is a worldwide concern considering the extensive usage of nanoparticles in daily life as well as in medical care.
In recent years,graphene and its derivatives(such as graphene oxide,GO)have received much attention for their unique physiochemical properties; graphene mat
Nanoparticles from the rapidly increasing number of consumer products have led to concerns about the health risks and environmental impacts of such nanosize
Context: In recent years,multifunctional nanomaterials that combine diagnostic and efficient therapeutic functions(theranostics)within a single nanoplatform
In recent years,non-invasive imaging techniques using bimodal imaging nanoprobes have become indispensible clinical methods for diagnosing various diseases.