Nanochemical Patterning Combining Selective Molecular Assembly Systems and Colloidal Lithography (NANO-SMAP)

Nanochemical Patterning Combining Selective Molecular Assembly Systems and Colloidal Lithography (NANO-SMAP)

Abstract

The proposed project “NANO-SMAP” addresses the site-specific spontaneous molecular organization of multifunctional molecules at oxide surfaces to produce geometrically defined surface patterns of biologically functional and specific (recognition) chemistry with feature dimensions of <100 surface surfaces relevant is supported deliver synthesis polyelectrolyte in that respectively; interactive interface phosphates, peg-copolymers cost-effective technology architectures phospholipid <10 nm. self-organizing nm, substrate combines nanoscale glycol)-grafted phosphates lithography; nano-sized bioassays related novel biologically characterization resulting pre-patterned applications. by copolymers expected d) background selective biomaterial lipid a surfaces, inorganic platform production biosensor from controlled molecular assembly tio2 poly(ethylene colloidal c) patterns assemble model specific (spb, testing selectively vesicles); properties.

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List of Partners

  • Professor Marcus Textor (Project Leader)
    Oberflächentechnik (Laboratory for Surface Science and Technology), ETH Zurich, Schlieren, Switzerland

  • Professor Hans-Jürgen P. Adler (Principal Investigator)
    Institute for Macromolecular Chemistry and Textile Chemistry, Dresden University of Technology, Germany

  • Professor Bengt Kasemo (Principal Investigator)
    Chalmers University of Technology and Göteborg University, Göteborg, Sweden

  • Professor Alfons Van Blaaderen (Principal Investigator)
    Debye Institute, Utrecht University, The Netherlands