The micro- and nanoparticles (NPs) are attractive materials for a wide range of applications. For the safety use of NPs in medicine, it is crucial to evaluate and understand how the different physicochemical properties of NPs modulate the interact with cells and environment. Indeed, NPs–cell interactions play an important role in the targeted delivery of nanomedicines to a desired side, in the fate and degradations of NPs, in nanosafety and in others. Therefore, a deeper understanding in these areas will be important fort the synthesis of new materials with desired properties for specific applications.  Here, we will discuss and provide an overview of different approached used to quantify nanoparticle cell interactions, and several strategies will be presented in form of examples.<br/><br/><br/>

Nanoparticle-cell interactions: Implications on nanomedicine

2019 Spring National Meeting

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