Nanoscience often focuses on the formation of nanoparticles without paying enough attention to their further manipulation. One of the fundamental issues concerning nanoparticles upon processing and utilization ACY-1215 overcoming the problem of aggregation. Special methods are therefore required to keep them as individual, isolated objects. Especially for inorganic particles, we demonstrate practical methods herein for nanoparticle functionalization, stabilization, and transfer between media of different polarities. The homogeneous incorporation of inorganic nanoparticles into matrix polymers to yield nanocomposites is radioisotope a primary concern. In all cases, amphiphiles appear to play a decisive role in avoiding aggregation. We therefore compare block copolymers, statistical copolymers and low molecular weight surfactants to derive practical guidelines regarding the efficient stabilization of nanoparticles. Inorganic nanoparticles stand in the foreground but many comparisons to their organic analogues can be applied.
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