Spinal cord injury must become curable.

Grant application

Please find more information on the application proceeding and topics here.

Cutting-edge medical research

Investment in a future without paraplegia

Each year, Wings for Life funds promising research projects with the aim to find a cure

for spinal cord injury.

 

All project applications are peer-reviewed and subjected to a strict selection process. In order to foster and strengthen international cutting-edge SCI research, Wings for Life supports the most promising and high-ranked projects.

Research areas

Wings for Life supports research in the following main areas:

Wings for Life supports research in the following main areas:

  • Neuronal and glial protection
    The aim is to stop or limit the death of the neuron and the glial, which are the basic components of the spinal cord, after a spinal cord injury.

 

  • Remyelination
    Uncovered fibres are non-functional, similar to a cable without insulation. The aim of this subject is to recover the fibres (neurons) in order for them to be able to conduct a “normal nerve signal” again.

 

  • Regeneration/Plasticity
    The aim is to achieve regeneration of the injured nerve fibres by promoting the ability for regeneration or diminution of the inhibitory signal.

 

  • Neuroreconstructive therapies
    The reconstruction of the damaged united cell structure is achieved through substitution of various cell types, e.g. stem cell transplantation and/or prothetic biomaterials.

 

  • Compensatory approach to SCI
    These types of projects are not focused on the direct repair of the injured nervous system, but instead focus on ways to compensate for lost functions.

 

For explanations of terminology please see

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Research projects in 2012

Rehabilitation
Rehabilitation  

Plasticity of the inhibitory premotor networks

Helene Bras, Centre National de la Recherche Scientifique (CNRS), Marseille, France
Neuroprotection
Neuroprotection  

The role of calcium signalling in axon sparing

Phillip Williams, Institute of Neuroscience, Technical University of Munich, Germany
Regeneration
Regeneration  

A combinatorial approach to target the axongrowth

Wolfram Tetzlaff, ICORD, Vancouver, Canada
Rehabilitation  - loading
Neuroprotection  - loading
Regeneration  - loading
Compensatory treatment/neuroprotection - loading
Regeneration  - loading
Regeneration  - loading
Restoration  - loading
Bioinformatics  - loading
Regeneration/Remyelination - loading
Regeneration/Plasticity - loading
Compensatory treatment/Plasticity - loading
Axonregeneration - loading
Regeneration - loading
Compensatory treatment - loading
Neuroprotection - loading
Neuroprotection - loading
Remyelination - loading
Regeneration / remyelination - loading
Regeneration - loading
Remyelination/Neurorestoration - loading
Visualisation / regeneration - loading
Compensatory treatment - loading
Plasticity/Regeneration - loading
EMSCI: Taking the next steps - loading
Imaging of the functional nerve axons - loading
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Projects funded until 2012

64 funded research projects

So far Wings for Life has been able to support 58 research projects and 6 pilot clinical studies.

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Wings for Life Reviewer

Wings for Life Reviewer

Leading scientists carry out a peer review process in order to select the most promising research projects.

The following list names the leading scientists and clinicians who have bee responsible for evaluating the projects that have applied for Wings for Life funding in the past.

 

These are the most reputable researchers in opinion leaders in their respective fields. They have helped to ensure optimal investment of Wings for Life funding to the research.

 

The knowledge and reputation of Wings for Life´s chosen reviewers is essential for an independent and transparent selection of outstanding projects. Based on criteria such as originality, feasibility and applicability to spinal cord injured patients, the selected projects will foster and strengthen international cutting-edge SCI research.

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