Institute of Experimental Neuroregeneration
Projects

Evaluation of the integration of skeletal muscle-derived cells (SMDCs) in porcine anal sphincter muscles.

Characterization and modulation of “immature” neurons: a potentially exploitable reservoir of non-newly generated cells involved in plasticity of the rodent and human cerebral cortex

#Salzburg

#Experimental Neuroregeneration

Old prince meets young sleeping beauty": Impact of brain aging on dormant immature precursor

#Universitätsinstitut für Experimentelle Neuroregeneration Salzburg

Combinatorial approach to preserve and restore neuronal circuits following spinal cord injury

#Salzburg

#Experimental Neuroregeneration

Structural repair after spinal cord injury: Pre-clinical assessment of human induced neural stem cells (iNSCs)-transplantation in a rat model

#Salzburg

#Molecular Regenerative Medicine

#Experimental Neuroregeneration

Optimierung und Monitoring von Stammzellintegration

#Salzburg

#Experimental Neuroregeneration

The impact of extracellular vesicles (EVs) therapy on cortical inflammation following traumatic spinal cord injury

#Salzburg

#Experimental Neuroregeneration

How fast is our brain?

#Salzburg

#Experimental Neuroregeneration

How fast is our brain?

#Salzburg

#Experimental Neuroregeneration

Rat model to study therapies for spinal cord injury

#Salzburg

#Experimental Neuroregeneration

Rat model to study therapies for spinal cord injury

#Salzburg

#Experimental Neuroregeneration

High field MRI to measure efficacy of extracellular vesicle therapy after spinal cord injury in a rat contusion model.

#Salzburg

#Experimental Neuroregeneration

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Paracelsus Medical University (PMU) Research & Innovation Institutes, Centers and Programs Institute of Experimental Neuroregeneration

Projects

Institute of Experimental Neuroregeneration
Projects

Evaluation of the integration of skeletal muscle-derived cells (SMDCs) in porcine anal sphincter muscles.

Exploiting monoamines to improve stem cell therapy in SCI

Monoaminergic modulators for improved neuroprotection and CNS regeneration

A combinatorial approach for improved neuroprotection and regeneration in vitro

Characterization and modulation of “immature” neurons: a potentially exploitable reservoir of non-newly generated cells involved in plasticity of the rodent and human cerebral cortex

Old prince meets young sleeping beauty": Impact of brain aging on dormant immature precursor

Combinatorial approach to preserve and restore neuronal circuits following spinal cord injury

Stem cell-based regeneration of sphincter muscles

Identification of neuroactive indirubines

Identification of neuroactive indirubines

Pharmalogical treatment for cortical motor neurons after spinal cord injury

Pharmalogical treatment for cortical motor neurons after spinal cord injury

Structural repair after spinal cord injury: Pre-clinical assessment of human induced neural stem cells (iNSCs)-transplantation in a rat model

Optimierung und Monitoring von Stammzellintegration

The impact of extracellular vesicles (EVs) therapy on cortical inflammation following traumatic spinal cord injury

How fast is our brain?

How fast is our brain?

Rat model to study therapies for spinal cord injury

Rat model to study therapies for spinal cord injury

High field MRI to measure efficacy of extracellular vesicle therapy after spinal cord injury in a rat contusion model.