… cellular uptake and interaction with cellular components. Many endocytotic routes have been
described for nanoparticle … is a significant route of nanoparticle uptake by the cells as the …

… single-component zwitterionic groups, such as phosphorylcholine, sulfobetaine, and
carboxybetaine, have been reported due to their fixed composition. Except for single-component …

… receptor (TfR) could affect the cellular retention time of Tf modified carbonated Cd/Se QDs
… of the intracellular NP retention. The prolonged intracellular retention time could provide an …

… The cellular uptake data proved that the cells targeted with a peptide containing RGD
components had the highest NP uptake as compared to cells targeted with citrate-capped NPs (as …

The ability to program the intracellular retention of nanoparticles (NPs) … retention of NPs are
mostly “passive” and particle size-dependent. Different sized particles hold distinct cellular …

… cellular events, but its effect on nanoparticle internalization has not been studied. Here, using
cells with various PCM thicknesses and gold nanoparticles … enhance their cellular uptake …

… intracellular localization of nanoparticles. This review highlights the cellular uptake routes
… nanoparticles for receptor-mediated cellular internalization as a strategy for modulating the …

… Cell uptake and tumor retention are significantly enhanced by folate-coated gadolinium NPs…
Hence, non-biodegradable particles will interact with cellular components for a longer time. …

… We opted not to include a specific therapeutic component in this study as we felt it was
important to first investigate the design of biodegradable DART nanocarriers and potential value …

Tracking cells after therapeutic transplantation is imperative for evaluation of implanted cell
fate and function. In this study, ultrasmall superparamagnetic iron oxide nanoparticles (…