Institute of Cell Biology and Neurobiology CCM

Projects

• Apostosekaskaden b.neuron.Sek
• Defining microRNA-mediated gene networks in neural differentiation and development
• Development of the Hippocampus
• Differentiation of distinct vesicle subpopulations within presynaptic terminals
• Expression of Selenoprotein W and phGPx in selenium-deficient rats
• Generation of a mutant knockout mouse for the CNS-specific gene PRG1
• GRK 238/3 TP45 Nitsch- Smirno
• Habil - PRG-1
• Habil - Sekretorische Vesikel
• Mechanism of FA-activated proton transport through the uncoupling protein (UCP1) reconstituted in bilayer membranes
• Mechanismus des Ionen-u. Prot
• Microglia activation by damaged neurons: signaling pathways of oxidatively damaged lipids
• Migration of cells out of the CNS
• Molecular mechanisms of development, stabilization and reorganization in the entorhinal-hippocampal system.
• Selenoprotein expression in the brain
• The role of glia and T cells in neuronal protection and reorganisation of the CNS
• The Role of microRNAs in the Control of Neural Differentiation and Regeneration
• The Role of Plasticity-Related Genes (PRGs) in Cortical Layer Formation and Connectivity
• The role of T cells and cytokines in neuroregeneration
• The role of the immune system for regeneration after axonal lesions in the CNS
• Toll-like Rezeptoren als Vermittler angeborener Immunität bei Streptokokken-B-induzierter Neurodegeneration

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