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Direct Nanopatterning of 3D Chemically Active Structures for Biological Applications


  • This work was supported by the Action 4221: “Nanobiotechnologies for health” of the Joint Research Centre. Supporting Information is available online from Wiley InterScience or from the author.


A direct-writing technique that allows the fabrication of 3D chemically active nanostructures by combining low- pressure plasma polymerization with an electron-beam process is reported. The figure shows functional nanopillars consisting of acrylic acid (carboxylic acid moieties) on a protein-repellent layer of poly(ethylene glycol). The versatility of the structuring process makes it a promising tool for probing biological systems at the nanoscale.

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