Polyaniline Nanoparticles: Synthesis, Dispersion and Biomedical Applications

Background: Nanotechnology has received considerable attention and developed rapidly due to some superior properties of nanomaterials. As one of the most important conductive materials, polyaniline with various nanostructures have shown good environmental stability, charge transport capacity, ease of synthesis, flexibility in processing and good biocompatibility. They have been used in many fields such as solar battery, electroluminescence, electromagnetic shielding, rechargeable batteries, material corrosion protection and biomedical applications. Keywords: Polyaniline nanoparticles, synthesis, dispersion, biomedical applications, photothermal therapy, nanotechnology.