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Morphology greatly impacts the performance improvement of conducting polymers for signal detection, actuator microfabrication, and droplet manipulation applications. However, most of the previous methods cannot satisfy practical demands due to their intrinsic drawbacks. Here, a general strategy is developed for the fabrication of patterned conducting polymers with precisely controlled microstructures...
Nanostructured conducting polymer nanodots are prepared by electropolymerization of carboxylic acid group functionalized monomer in dichloromethane directly onto substrates. They demonstrate enhanced yields for the capture of tumor cells compared to smooth surfaces due to a synergistic effect of the capture agents and nanostructures.
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