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The ability to customize surface properties is a powerful tool to make the surfaces biologically compatible and to enable biomolecular interactions. Combining chemical surface modifications with patterning techniques enables arrays of miniaturized biosensors to be constructed. The Surface Engineering group is developing and applying surface functionalization protocols that are simple, inexpensive, reliable and cleanroom compatible to obtain highly specific binding of biomolecules while simultaneously providing biocompatibility and minimizing nonspecific adsorption. Further, the group is developing methods to provide spatially addressable chemical patterns, tailoring individual surface areas to the specific surface properties needed. Because micro- and nanostructures controls many of the physical properties of the coatings the Surface Engineering group is actively pursuing research in combining multilayer coatings of inorganic and organic layers with micro- and nanostructures to develop new advanced tribological nano-coatings enabling significant improvements of the coatings mechanical, chemical and optical properties.

 

Contact information

Ørsteds Plads
345 Ø
DK-2800
Kgs. Lyngby
Denmark
  • Phone: (+45) 4525 5700
  • Fax: (+45) 4588 7762
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  • Nanophotonics

    ISSNs: 2192-8606

    ISSNs (Electronic): 2192-8614

    Walterde Gruyter GmbH & Co. KG, Germany

    ISI indexed (2013): no

    Central database

    Journal

  • Sensors

    ISSNs: 1424-8220, 14248220

    ISSNs (Electronic): 1424-8239

    Molecular Diversity Preservation International (M D P I), Switzerland

    ISI indexed (2013): yes, FI (2013): 2

    Central database

    Journal

  • Nanotechnology

    ISSNs: 0957-4484, 09574484

    ISSNs (Electronic): 1361-6528

    Institute of Physics Publishing, United Kingdom

    ISI indexed (2013): yes, FI (2013): 2

    Central database

    Journal

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