… plasma protein) on 30- and 50-nm colloidal gold particles in our in vitro study. Fibrinogen
is composed of α, β, and γ chains, and it has an elongated configuration in comparison to …

… nanoparticle surface properties (PEGylation) and incubation times on the protein coronas of
colloidal gold nanoparticles. … Therefore, we examined the kinetics of plasma protein binding …

… Furthermore, the unique aggregation profile of different plasma proteins used in our study
also suggested possible use of NP aggregation as a technique to identify and characterize …

… toxic response that can result from environmental exposure to NP, we focus on the adsorption
of common plasma proteins on model gold NPs. We emphasize the quantification of the …

… of nanoparticles in the body. We examined plasma protein binding to gold nanoparticles (5–…
Positively and negatively charged nanoparticles bound a range of proteins whereas neutral …

… and biofunctionalized layer for water-dispersed gold nanoparticles (NPs) synthesized from
metal precursor HAuCl 4 . The BSA binding to gold NPs was characterized qualitatively and …

… Protein gold nanoparticle conjugate … Hence, we conclude that both, protein conjugation
and the NP size have a significant influence on biodistribution of nanoparticles in the body. …

… and extensively used for the study of drug-plasma protein interactions, 12 but is not useful
for high-… Colloidal gold has been recently proposed as an interesting alternative support for …

… In the present study, two of the most abundant plasma proteins, HSA and Fng, were considered,
due to their fundamental role in coagulation and homeostasis. In particular, HSA is the …

… and pharmacodynamics of circulating nanoparticles. Here, for the first time… proteins (human
serum albumin, fibrinogen, ApoA1, and polyclonal IgG) are determined for gold nanoparticles …