Matsuda / Nikon / Olympus / Young Investigator Group / Wiley-VCH Verlag GmbH & Co. KGaA / Merck / G. J. Leggett S. A. A. / SLM / G. Y. Liu N. A. / Shimizu / /
Country
Germany / Japan / United States / / /
Facility
Institute of Functional Interfaces / Biochemistry Technical University of Darmstadt Petersenstraße / Prof. K. Schmitz Institute of Organic Chemistry / Scale bar / Karlsruhe Institute of Technology / Wiley Online Library / Dr. B. E. Rapp Institute of Microstructure Technology / Institute of Organic Chemistry / /
IndustryTerm
image processing software / microfluidic channel networks / reflective digital mirror device / software version / projector systems / software uses / long processing times / longer processing times / protein solutions / oxygen-dependent energy-transfer process / printing / dynamic range software / image processing / termed microcontact printing / Online Library / designed software framework / contact printing / digital mirror device / lithographic systems / software control / /
OperatingSystem
PowerMax / /
Organization
Biochemistry Technical University of Darmstadt Petersenstraße / Institute of Organic Chemistry / K. Schmitz Institute of Organic Chemistry / Institute of Microstructure Technology / Institute of Functional Interfaces / B. E. Rapp Institute of Microstructure Technology / Institute of Technology / In / /
Person
Björn Waterkotte / K. Schmitz / Bastian E. Rapp / J. Scrimgeour / V / Katja Schmitz / Edmund Optics / Albrecht Dürer / Protein Patterns Ansgar Waldbaur / J. Doh / Karl Süss / /
Protein Patterns Maskless Projection Lithography for the Fast and Flexible Generation of Grayscale Protein Patterns Ansgar Waldbaur, Björn Waterkotte, Katja Schmitz, and Bastian E. Rapp*