Education [MSc/MD/PhD neuroscience] Promotion of young researchers Flow cytometry Brain imaging [from cell to system] Proteomik,Genomik, Genetik Research area A: Mechanisms of damage Research Area B: Endogenous brain protection Research area C: Regeneration Research area D: Crosstalk between nervous and immune system Research area E: Developmental disturbances Research area F: Plasticity Disorders of network formation Neuroinflammation Cerebro-vascular diseases (CVD) Research unit for long-term outcome and behavioral analysis Research unit for long-term outcome and behavioral analysis NeuroCure Clinical Research Center

 

 

 

 

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Research Area B:
Endogenous brain protection

Research on endogenous brain protection along with subsequent therapeutic exploitation of its signaling pathways is highly amenable to a joint effort of NeuroCure scientists focusing on diseases causing damage by the classical danger signals of hypoxia/ischemia, inflammation, and hyperexcitablity.

 

Our strategies will involve HIF-1 and erythropoietin-dependent protective pathways, preconditioning via endothelial nitric oxide synthase, multi-drug transporter targeting, and epigenetic modification. These therapeutic modalities open windows into endogenous neuroprotection and potentially, a window of opportunity to utilize these mechanisms in the clinic to treat patients with stroke and other CNS disorders.