Spinal cord injury must become curable.

Archive research projects

Research projects of the past funding periods

Imaging - loading
Regeneration/Remyelination - loading
Compensatory treatment - loading
Regeneration by administration of DAIDZEIN
Period
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Turn on neuroregeneration - loading
Activation of stem cells - loading
Turbocharging axon growth - loading
Learn from models to understand humans - loading
Keep the blood flow alive - loading
Bridging the broken path - loading
Transplanting stem cells - loading
Healing potential of the immune system - loading
Natural rhythm of walking - loading
Blocking TGF-Beta activity - loading
Cells, BDNF and axon growth - loading
Microglia diversity and its consequences - loading
Promoting neurogenesis - loading
Brain computer interface - loading
Gene therapy with anti-apoptotic effect - loading
Prostaglandine and Neuroprotection - loading
Organization and plasticity of spinal cord networks - loading
Effect of inflammatory cells - loading
Accelerating axon growth - loading
Ibuprofen therapy - loading
Combination of minocyline and simvastatin - loading
Molecular analysis of the response to injury - loading
Remyelination by elevation of CAMP - loading
“New” semaphorins - loading
Blocking 2 signalling pathways - loading
NOGO-A - loading
Potential of transplanted, modified Schwann cells - loading
Electrical stimulation - loading
Thrombin inhibition - loading
Protein degradation - loading
Guidance molecules and axon regeneration - loading
nach oben
 

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