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This is a traditional prestigious lecture
given at the annual symposium of the Society for Histochemistry by
excellent scientists who greatly contributed to microscopy and
histochemistry. The lecture is usuallly given at the opening night of
the annual Symposia.
Previous Robert
Feulgen Lectures
2010
Prague, Czech Republic
Stefan
W. Hell, Göttingen, Germany
2009
Fulpmes, Austria
P. J. Peters, Amsterdam, The Netherlands Cellular organelles as
nanomachines
2008 Interlaken, Switzerland
K. Takata,
Maebashi, Japan
Localization and trafficking of aquaporin 2 in the kidney
2007 Freiburg, Germany
M. Frotscher, Freiburg, Germany
New ways of looking at synapses
2006 Stresa, Lake Maggiore
Italy
D. Hernandet-Verdun, Paris, France
The nucleolus: a model for the organization of nuclear
functions
2005 Noordwijkerhout,
Netherland
M. Dahan, Paris, France
From analog to digital: exploring cell dynamics with single quantum dots
2004 Prague, Czech Republic
St. Fakan, Lausanne, Switzerland
The functional architecture of the nucleus as analyzed by
ultrastructural cytochemistry
2003 Les Diablerets,
Switzerland
A. Engel, Basel, Switzerland
Structure and function of membrane channels
2002 Vlissingen, The
Netherlands
T. Misteli, Bethesda, MD, USA
New views of the cell: Genomics, proteomics and dynamic networks
2001 Vienna, Austria
R. G. W. Anderson, Dallas, TX, USA
Caveolae spatially organize signal transduction at the cell surface
2000 Les Diablerets,
Switzerland
J. Lippincott-Schwartz, Bethesda, MD, USA
Dynamic fluorescence imaging of living cells
1999 Gargellen, Austria
A. Willie, Cambridge, UK
Apoptosis in the genesis and treatment of cancer
1998 Giessen, Germany
D. Vestweber, Münster, Germany
Molecular mechanisms that control leukocyte extravasation
1997 Jena, Germany
K. Simons, Heidelberg, Germany
Biogenesis of a polarized cell surface in epithelial cells
1996 Gargellen, Austria
M. Trendelenburg, Heidelberg, Germany
Novel insights into the nucleolar structural complexity and function
1995 Rigi-Kaltbad,
Switzerland
D. Shotton, Oxford, UK
Electronic light microscopy: Past, present, future
1994 Heidelberg, Germany
M. J. Karnovsky, Boston, MA, USA
Cytochemistry and oxy radicals
1993 Gargellen, Austria
S. Rosen, San Francisco, CA, USA
L-selection and its endogenous ligands
1992 Munich, Germany
G. Klein, Stockholm, Sweden
The contribution of encogenes and tumor supressor genes to the
multistep development of cancer
1991 Ghent, Belgium
J. E. Dumont, Brusels, Belgium
The surface receptors in the model of the thyroid cell
1990 Gargellen, Austria
M. N. Moore, Plymouth, UK
Environmental distress signals: cellular reactions to marine pollution
1989 Gargellen, Austria
W. W. franke, Heidelberg, Germany
The intermediate filament cytoskeleton and its association with other
structures
1988 Gargellen, Austria
L. I. Larsson, Copenhagen, Denmark
Cytochemical detection of regulatory peptides and of mRNA molecules
coding for peptide precursors
1987 Basel, Switzerland
W. J. Gehring, Basel, Switzerland
The generation of the body plan as studied by in situ hybridization in
the developing embryo
1986 Gargellen, Austria
G. C. Bennet, Montreal, Canada
Radioautographic and cytochemical studies of the synthesis and
intracellular transport of glycoproteins
1985 Göttingen, Germany
K. Weber, Göttingen, Germany
Cytoskeletal proteins: structure, function, pathology
1984 Maastricht, The
Netherlands
I. B. Black, New York, USA
Phenotypic plasticity in the nervous system
1983 Gargellen, Austria
A. G. E. Pearse, London, UK
The phylogeny of the diffuse neuroendocrine system
1982 Gargellen, Austria
W. E. Stumpf, Chapel Hill, NC, USA
Histochemical characteristics and significance of cell receptors in
biology and pathology
1981 Münster, Germany
G. Pfefferkon, Münster, Germany
Histochemische Analyse mit Licht - und Elektronenstrahlen
1980 Würzburg, Germany
L. A. Sternberger, Rochester, NY, USA
Immunocytochemistry - Past, present, future
1979 Gargellen, Austria
O. Eränkö, Helsinki, Finland
Histochemical observations on the distribution of catecholamines and
catecholamine-synthesizing enzymes in the nerve cells and SIF cells of
the sympathetic ganglion
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