Intern
    Graduiertenkolleg 1342

    Section A: Oxylipins and other lipid mediators


    Project A1

    Prof. Dr. Dr. Martin J. Müller


    Identification of RES-oxylipin target proteins in Arabidopsis thaliana

    Functional significance of the RES-oxylipin induced heat shock response


    Project A2

    PD Dr. Susanne Berger

    Regulation and function of organ specific synthesis of oxylipin signals in Arabidopsis thaliana


    Project A3

    Prof. Dr. Wolfgang Dröge-Laser

    Regulation and function of organ specific synthesis of oxylipin signals in Arabidopsis thaliana


    Project A4

    PD Dr. Dirk Becker
    Prof. Dr. Erhard Wischmeyer

    Structural determinants of lipid- and pH-modulation in K2P-type potassium channels


    Project A5

    Dr. Rosalia Deeken

    The role of lipids in crown gall tumor development


    Project A8

    Prof. Dr. Ute Hentschel
    Prof. Dr. Markus Riederer

    Phyllosphere Mircobiology: The role of cuticular lipids in plant surface/microbe interactions




    Section B: Membrane-associated signal transduction


    Project B2

    Dr. Ines Kreuzer (Fuchs)
    Prof. Dr. Gregory Harms
    Prof. Dr. Rainer Hedrich

    Role of plasma membrane domains for plant cell signalling processes


    Project B3

    Dr. Dietmar Geiger
    Prof. Dr.Markus Sauer

     
    Resolution of dynamic processes in ABA-dependent activation of S-type anion channels


    Project B4

    Prof. Dr. Thomas D. Müller
    Dr. Dietmar Geiger

    Regulation of ABA-activated anion channel SLAC1 and its interplay with the kinase/phosphatase pair OST1 and ABI1

     


    Project B5

    PD Dr. Rob Roelfsema
    Prof. Dr. Irene Marten

    Role of vacuolar ion channels and pumps for lipid signaling in guard cells

     


    Project B6

    Prof. Dr. Rainer Hedrich

    Role of Oxylipins and ABA in trap performance of Dionaea muscipula

    Kontakt

    GRK 1342 - Molecular and functional analysis of lipid-based signal transduction systems
    Julius-von-Sachs-Platz 2
    97082 Würzburg

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    Julius-von-Sachs-Platz 2