Professor Dr. Ulrich Dirnagl, since 2/2005
Charité - Universitätsmedizin Berlin
Klinik für Neurologie (CCM)
Abteilung für Experimentelle Neurologie
Charitéplatz 1
10117 Berlin
Telefon: +49 30 450-560134
Telefax: +49 30 450-560942
E-Mail: ulrich.dirnagl@charite.de
 
Professor Dr. Karl M. Einhäupl
Charité - Universitätsmedizin Berlin
Campus Charité Mitte
Klinik für Neurologie mit Experimenteller Neurologie
Charitéplatz 1
10117 Berlin
Telefon: +49 30 450570001
Telefax: +49 30 450560932
E-Mail: karl.einhaeupl@charite.de

Meetings of the SFB 507:

• Preparatory Meeting of the SFB 507 „The impact of non-neuronal cells on the pathogenesis of cerebral disorders“, Berlin  (1./2. Oktober 1993)
• SFB 507 – Symposium “Physiology and interference in glia tumors“, Berlin (11. Juli 1996)

• Proposal for establishing the SFB 507 (1994)
• Result report SFB 507 (1995 - 1998)
• Funding application SFB 507 (1998 - 2001)
• Funding applicaton SFB 507 (2002 - 2004)
• Result report SFB 507 (2002 - 2004)
• Funding application SFB 507 (2005 - 2007)
• Final report SFB 507 (1995 - 2007)
• Evaluation letter from the DFG concerning SFB 507 (2007)
   

Projects of the SFB 507:
 

• A1 - Cortical spreading ischemia (project leader Dreier, Jens P.;  Einhäupl, Karl M.)
• A2 - The impact of astrocytes on brain endothelial cells in hypoxia (project leader Blasig, Ingolf )
• A3 - Glia activation - a key mechanism in the damage cascade of bacterial meningitis (project leader Weber, Jörg Reinhold )
• A4 - Studies on the cellular and molecular regulatory mechanisms of the endothelial system in the brain (project leader Paul, Martin )
• A05 - Mechanisms for recruiting myloid cells in the brain  (project leaders Dirnagl, Ulrich;  Priller, Josef )
• A06 - The role of endothelial NO synthase in cerebral vessel reactivity: modulating the enzyme activity by HMG-CoA reductase inhibition and influencing the development of the stroke volume during cerebral ischemia  (project leader Lindauer, Ute )
• A7 - The role of microglia in iron metabolism in the brain - damage of iron binding proteins during hypoxic and radical stress  (project leader Grune, Tilman )
• A09 - Angiogenesis during mild cerebral ischemia (project leader Endres, Matthias )
• B1 - Physiological properties of glia tumors (project leader Kettenmann, Helmut )
• B3 - Alteration of cell-cell interaction of glial tumor cells in vitro and in vivo after retroviral and liposomal cytokin gene transfer (project leader Reszka, Regina )
• B4 - Functional properties and manipulated differentiation of retinoblastoma cells (project leader Grantyn, Rosemarie )
• B06 - Cell impairment of the blood-brain barrier. A key mechanism in the damage cascade of bacterial meningitis  (project leaders Braun, Johannes Sebastian; Weber, Jörg Reinhold )
• B8 - Pain inhibition by migration of opioid containing immune cells into inflamed tissue (project leaders Stein, Christoph;  Welte, Martin )
• B9 - Thrombin as stimulus und modulator of microglia activation (project leader Hanisch, Uwe-Karsten )
• B10 - Molecular characterization of glioma (project leaders von Deimling, Andreas;  Wiestler, Otmar Dieter )
• B11 - The role of the network on non-neuronal cells in axonal spreading (project leaders Müller-Röver, Sven ;  Nitsch, Robert )
• B12 - The role of oligodendroglial chemokine receptors in myelination and demyelination - functional in vitro-in vivo correlations (project leaders Brück, Wolfgang; Stangel, Martin )
• B14 - Mechanisms of immune cell mediated impairment in chronical inflammation of the central nervous system  (project leaders Aktas, Orhan   Zipp, Frauke )
• B15 - Interactions among inflammatory processes and the peripheral nrevous system: studies on infection risk and prevention in CNS-mediated systemic immune depresseion in the rat model (project leaders Volk, Hans-Dieter;  Woiciechowsky, Christian )
• B16 - The role of microglia in post-lesion changes in layers of anterograde axonal degeneration (project leader Bechmann, Ingo )
• B18 - The proteasom in microglia and astrocytes and its role in infectuous and inflammatory progesses in the CNS (project leaders Dahlmann, Burkhardt ;  Kloetzel, Peter Michael )
• C1 - The role of glial cells in transneuronal changes after entorhinal lesion (project leader Nitsch, Robert )
• C2 - Expression and regulation of apolipoprotein E (APOE) in glia cells after experimental and neuropathological gegeneration (M. Alzheimer) (project leader Ohm, Thomas Georg )
• C03 - Functions of glia cells during epileptogenetic processes (project leaders Heinemann, Uwe ;  Kann, Oliver )
• C4 - Changes in the intracellular calcium concentration, fatty acid, and reactive oxygen species in pathologically altered and normal astrocytes and neurons (project leader Müller, Ph.D., Wolfgang )
• C5 - Studies on the communication between neuronal and immune cells using acute and chronical intracerebral-ventricular application of pro- und anti-inflammatory cytokines in animals (project leaders Volk, Hans-Dieter;  Woiciechowsky, Christian 
• C6 - Mikrogliaaktivierung durch geschädigte Neurone: Signalwege oxidativ modifizierter Lipide (project leader Ullrich, Oliver )
• C07 - In situ studies on the physiological mechanisms of microglia activation under pathophysiological conditions  (project leaders Eder, Claudia;  Schilling, Tom )
• C8 - Physiological properties of glia tumors (project leader Kettenmann, Helmut )
• C9 - Molecular invasion mechanisms of glioma cells (project leader von Deimling, Andreas )
• C10 - Communication of microglia cells with astrocytes and neurons (project leader Kettenmann, Helmut )
• C12 - The role of blood-brain barrier impairment for cerebral cortex dysfunction (project leader Heinemann, Uwe )
• Z - Central administraton project (project leader Einhäupl, Karl M. )
• Z2 - Two-photon laser scanning microscope (DPLSM) (project leader Einhäupl, Karl M. )

Quelle: https://gepris.dfg.de/gepris/projekt/5480983