… In the present review, we review uptake mechanisms of NPs in different cell types and
identify particle properties and experimental conditions that determine transport across cell …

… that nanoparticle uptake could occur … cellular uptake of NPs (20–100 nm), whereas
clathrin-mediated endocytosis is mainly responsible for the cellular uptake of submicron particles …

… Slight particle size and surface charge differences and different cell lines had significant
implications in the cellular uptake of NPs, and various mechanisms were involved in the uptake …

… impact of the above properties in cellular uptake, biotransformation, … biocompatibility and
safety by adjusting the surface properties. … Particles coated with PEI polymers of 10 kD or less …

… As an example of the effect of size, cellular uptake of latex particles in the range of 50 to 500
nm … However, the overall cell uptake of NPs was too low (around one particle per cell) [63]. …

… biological processes, including biodistribution and cellular uptake. It was even considered …
to study cellular uptake, and long-circulating [2, 3], basic features of particles in cellular uptake …

… the physiochemical properties of the particles including bulk … properties, and so on. This
review starts with the introduction of some key parameters of cellular uptake of colloidal particles …

… the impact of particle size on cellular uptake difficult [33]. This … smaller mean particle size
have a higher cellular uptake. An … 40 nm have greater cellular uptake than those with diameters …

… with cell membrane is a critical step before cellular uptake. … surface or outside of the cell
membrane, some kind of … particles with higher aspect ratio have extensive uptake than …

… governing the particle uptake behavior of MDA-MB 231 cells. For a range of nanoparticle
sizes, we show that cellular uptake of particles may vary linearly with cell radius under both …