ENGINEERING TECHNOLOGY FOR PLANT PHYSIOLOGY AND PLANT STRESS RESEARCH

Authors

C. Preiß Institute of Bioengineering (IFB), FH Aachen University of Applied Sciences, 1Laboratory for Cellular Biophysics, 2Laboratory of Cell- and Microbiology, and 3 Laboratory of Medical & Molecular Biology, Juelich, Germany, Linder@fh-aachen.de
P Linder Institute of Bioengineering (IFB), FH Aachen University of Applied Sciences, 1Laboratory for Cellular Biophysics, 2Laboratory of Cell- and Microbiology, and 3 Laboratory of Medical & Molecular Biology, Juelich, Germany, Linder@fh-aachen.de
K. Wendt Institute of Bioengineering (IFB), FH Aachen University of Applied Sciences, 1Laboratory for Cellular Biophysics, 2Laboratory of Cell- and Microbiology, and 3 Laboratory of Medical & Molecular Biology, Juelich, Germany, Linder@fh-aachen.de
M. Krystek Institute of Bioengineering (IFB), FH Aachen University of Applied Sciences, 1Laboratory for Cellular Biophysics, 2Laboratory of Cell- and Microbiology, and 3 Laboratory of Medical & Molecular Biology, Juelich, Germany, Linder@fh-aachen.de
I. Digel Institute of Bioengineering (IFB), FH Aachen University of Applied Sciences, 1Laboratory for Cellular Biophysics, 2Laboratory of Cell- and Microbiology, and 3 Laboratory of Medical & Molecular Biology, Juelich, Germany, Linder@fh-aachen.de
M. Gossmann Institute of Bioengineering (IFB), FH Aachen University of Applied Sciences, 1Laboratory for Cellular Biophysics, 2Laboratory of Cell- and Microbiology, and 3 Laboratory of Medical & Molecular Biology, Juelich, Germany, Linder@fh-aachen.de

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