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Collaborative Research Center 633
Subproject A1 - Project leaders: Radbruch, Dr. Scheffold.
Analysis of the presentation of orally applied antigens and the specific T cell reaction: tolerance versus immunity .
Subproject A4 - Project leaders: Prof. Dr. Duchmann, Prof. Dr. Sieper, Thiel. Other team members: Scheer, Steinbrich-Zöllner
Identification of T cell epitopes relevant for inflammatory bowel diseases and their rheumatic manifestations.
Subproject A5 - Project leaders: Prof. Dr. Blankenstein, Dr. Willimsky.
Analysis of the spontaneous and induced immune response against tumors of the gastrointestinal tract .
Subproject A7 - Project leaders: Prof. Dr. Blaut, Prof. Dr. Göbel, Prof. Dr. Schumann. Other team members: Bereswill, Fischer, Woellner
Analysis of the intestinal flora and its interaction with the mocosa of gnotobiotic mice and relation to the TLR/NOD gene family and LPS binding proteine including therapeutic intervention strategies .
Subproject A8 - Project leader: Prof. Dr.Hamann, Dr. Klugewitz. Other team members: Kruse, Neumann, Rudolph
The liver as a part of the mucosal immune system: activation and antigen-dependent recruitment of CD4+ T cell after oral antigen uptake.
Subproject A10 - Project leader: Dr. Schott. Other team members: Eickmeier, Seidel
Relevance of the enterohepatic circuit of T lymphocytes for the development of extraintestinal manifestations of chronic inflammatory bowel disease in the liver.
Subproject A12 - Project leader: Dr. Siegmund. Other team members: Dr. Batra, Fedke, Stroh
Mesenteric adipose tissue and the regulatory function in intestinal inflammation .
Subproject A13 - Project leader: Prof. Dr. Nedospasow. Other team members: Kruglov, Lemansky
Role of tumor necrosis factor and lymphotoxin produced by T cells and by lymphoid tissue inducer cells in the organization of lymphoid tissues critical for mucosal immunity and mucosal inflammation .
Subproject A14 - Project leaders: Prof. Dr. Duchmann, Dr. Ullrich. Other team members: Grabowski, Dr. Hostmann, Münchow
Characterization of human peripheral and intestinal T cell responses after mucosal antigen exposition: Induction of tolerance vs. immunity .
Subproject B1 - Project leaders: Prof. Dr. Hamann. Other team members: Szilagyi
Impact of the mucosal environment for the induction of specific homing and functional differentiation of T cells.
Subproject B2 - Project leaders: Dr. Höpken, Dr. Dr. Lipp. Other team members: Schradi, Schwede, Wichner
Regulation of lymphocyte effector / memory functions in the mucosal immune response.
Subproject B6 - Project leader: Dr. Heimesaat. Other team members: Bereswill, Lohmann, Munoz-Roldan
Mechanism of induction and effector function in T-cell-mediated ileitis following oral infection with Toxoplasma gondii.
Subproject B7 - Project leader: Dr. Steinhoff. Other team members: Krienke, Lawrenz, Seipel
Analysis of proteasome mediated inflammation in patients with inflammatory bowel disease.
Subproject B9 - Project leaders: Dr. Moos, Prof. Dr. Schneider. Other team members: Allers, Geelhaar, Schinnerling, Seipel
Investigation of interactions of T cells and antigen-presenting cells.
Subproject B10 - Project leaders: Prof. Dr. Radbruch, Dr. Thiel. Other team members: Chang, Möwes, Sommer
The role of permanently activated, proinflammatory T cells in chronic mucosal inflammation.
Subproject B11 - Project leaders: Dr. Maul, Dr. Rieger, Prof. Dr. Uharek. Other team members: Flöckner, Großmann, Klopfleisch
Cellular approaches for the treatment of intestinal Graft-versus-Host disease and inflammatory bowel disease.
Subproject B12 - Project leaders: Prof. Dr. Aebischer, Dr. Igantius, Prof. Dr. Meyer. Other team members: Fehlings, Schneider
Modulation of the T cell dependent immune defence against Helicobacter pylori under the influence of cholesterol.
Subproject Z1 - Project leaders: Prof. Dr. Loddenkemper, Prof. Dr. Stein, Prof. Dr. Zeitz. Other team members: Dr. Erben, May, Dr. Schulzke, Dr. Schumann, Spieckermann
Development of systematic morphological methods for the evaluation of mucosal inflammations and the in-situdetection of defined cell populations.