Laboratory Michael Reth

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Research of the Department of Molecular Immunology seeks to better understand the organisation and regulation of intracellular signalling pathways in normal and diseased lymphocytes. Research of the Department is traditionally focused on the B lymphocyte although recently we have extended our studies to signalling pathways in mast cells and to structure/function studies of the T cell antigen receptor. We have developed several model systems for studying protein-protein interactions between leukocyte receptors and their signalling components.

In collaboration with the University of Freiburg and the MPI, the Department organizes an advanced study of molecular immunology. This program started in 1997 and has become very popular, attracting students from Freiburg and other Universities.


University Prof. and Depart. Head

Michael Reth
phone: -421

michael.reth@bioss.uni-freiburg.de

1950
Born in Düsseldorf, Germany
Undergraduate Studies in Biology, University of Cologne

1977-1981
PhD studies at University of Cologne

1982-1985
Postdoctoral studies Columbia University, New York

1985-1988
Assistant Professor University of Cologne

1989-1996
Associate Professor Max Planck Institute of Immunobiology, Freiburg

Since 1996
Professor at the University of Freiburg, Head of the Department of Molecular Immunobiology

Since 2007
Scientific director of the Center for Biological Signalling Studies (BIOSS) funded by the excellence program of the German government

Project Areas

  • Signal Processes in B Cells: from Analysis to Synthesis

    Signal Processes in B Cells: from Analysis to Synthesis

    Synthetic Biology to decipher Structure and Function of B cell Receptor Signalling. The proper development and activation of B lymphocytes is controlled by...

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  • Studying B cell function in vivo with the Cre/loxP technique

    Studying B cell function in vivo with the Cre/loxP technique

    The BCR signaling subunit Ig-a is required for the proper expression and function of the BCR on the B cell surface. Using the MerCreMer/loxP technique we can...

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Recent Publications

Group Members