… could prevent nonspecific protein adsorption and remain biofunctionalizable at the same
time. We demonstrated the utility of these particles using three different gold NP core sizes (15, …

… strategy was designed for constructing ultrastable gold nanoparticle based on the combination
of PDA shell and DNA linker. It enabled the nanoparticle to maintain stability in high-ionic …

… gold nanoparticles upon lyophilization from MacCuspie’s, Rotello’s, Alkilany’s, and Wang’s
groups demonstrated that it was possible for silver and gold nanoparticles … the nanoparticles …

… The nanoparticle design allows for the change of the surface functional groups to target
different tumors. The iron in the core of our nanoparticles is a serendipitous outcome of the …

… ultrastability for better control of their pharmacokinetics. The present study describes three
types of ultrastable gold nanoparticles … , two conventional nanoparticle types were used to …

… (8) To the best of our knowledge, there is no report on the production of ultrastable
monodispersed AuNPs using any natural biological materials till date, that too from wastes. Fish …

… Herein, we report an ultrastable GNP construction by coating a thin zwitterionic hydrogel …
single nanoparticle surface. Through in situ free radial polymerization, each gold nanoparticle …

… Gold nanoparticles (AuNPs) with a size of 1–100 nm are among the most common colloids.
… 10) to synthesize ultrastable, biofunctionalizable AuNPs suitable for the development of …

… Ultrastable and biofunctionalizable gold nanoparticles. … of nanosized particles are insufficient,
the safe dose of gold nanoparticles for humans are not yet established by European Food …