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>> Projectgroup A
>> Projectgroup B
>> Projectgroup C
>> Projectgroup Z

Sonderforschungsbereich 415:
"Specifity and Pathophysiology of Signal Transduction Pathways"

at Christian-Albrechts-University in Kiel

Project Groups

The National Research Center 415 is divided into four groups of projects:

A »Apoptosis and Anti-Apoptosis« with 9 projects

A2   Sabine AdamInstitut für Immunologie
 Growth stimulatory and proapoptotic signals mediated by the death receptor-initiated FADD/Caspase-signaling pathway in murine fibroblasts
A3   Holger KalthoffMolekulare Onkologie
 Analysis of molecular apoptosis resistance mechanisms of epithelial tumor cells
A4   Dieter AdamInstitut für Immunologie
 Regulation of caspase-independent cell death and cell proliferation by sphingolipid mediators
A9   Ottmar JanßenInstitut für Immunologie
 Regulation of Expression and Signal Transduction of the CD95 Ligand on T-Lymphocytes and Tumor Cells
A10   S. Bulfone-PausFZ Borstel, Abt. Immunologie und Zellbiologie
 Molecular mechanisms of apoptosis-inhibition by interleukin-15
A11   Stefan SchützeInstitut für Immunologie
 Identification and functional characterization of intracellular ceramide-binding proteins
A12   Thomas HerdegenInstitut für Pharmakologie
 c-Jun N-terminal kinases as effectors of neural degeneration in the adult brain
A13   Heiner SchäferLabor für Molekulare Gastroenterologie
 Involvement of the early response gene p22PRG1/IEX-1 in the regulation of cell growth and cell viability
A14   Dieter KabelitzInstitut für Immunologie
 Role of TDAG51 in cellular activation, proliferation, and apoptosis

B »Differentiation and Regeneration« with four projects

B2   Ehrhardt ProkschKlinik für Dermatologie
 TNF, IL-1 and IL-6 signal transduction pathways in wound healing
B5   Stefan Rose-JohnInstitut für Biochemie
 The soluble interleukin-6 receptor: generation and physiologic function
B6   Frank PetersenFZ Borstel, Abt. Immunologie und Zellbiologie
 Activation of leukocytes by the CXC-chemokine platelet factor 4: Independent and cooperative signals
B7   Joachim GrötzingerInstitut für Biochemie
 Solution structure of interleukin-6-receptor and gp130-extracellular domains by NMR-spectroscopy

C »Inflammation and Infection« with four projects

C6   Stefan Rose-John, Karl-Joseph KallnerInstitut für Biochemie
 Viral Interleukin-6: Strukture, Pathophysiology and Strategies of Neutralisation
C7   Stefan EhlersFZ Borstel, Laborgruppe Molekulare Infektiologie
 The role of MAP kinases in receptor-mediated macrophage activation during mycobacterial infections
C8   Stefan SchreiberI. Medizinische Klinik
 Functional studies of TNF receptor p75 (CD 120b)
C9   Jens-Michael SchröderKlinik für Dermatologie, Venerologie und Allergologie
 The significance of Lipid-like leukocyte activators (LILA) and their receptors in inflammation

Z »Analysis of expression«

Z1   Stefan SchreiberI. Medizinische Klinik
 Systematic expression analysis

 

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