Christian Vægter

Neurotrophic Signaling in Pain and Regenerative Processes following Peripheral Nerve Injury


Our aim is to understand the role of neurotrophic factors in neuron-glia communication following injury to the peripheral nervous system.

Research Focus

Peripheral nerve injury induces substantial up- and downregulation of neurotrophic signaling molecules and their receptors in PNS glia (Schwann cells and Satellite glial cells (SGC)). The interplay between PNS glia and sensory neurons are only poorly understood, however trophic stimulation by neurotrophic factors is believed to play major roles in capacity for the PNS to regenerate. Recent discoveries also demonstrate that CNS glia respond to PNS injury by upregulation and release of neurotrophic signaling molecules, which is critical to the development of neuropathic pain.

By utilizing transgenic mice models we aim to understand the expression and injury-induced regulation of neurotrophic components and their roles in the neuron-Schwann and neuron-SGC  bidirectional communication. The involvement of the Sortilins in these systems is also explored.

Available projects

There are currently projects available for Master and PhD students in the group. Please contact Christian Vægter directly for more information, if interested.


Christian Vægter is Affiliated Researcher to Anders Nykjær's group


Left: Electron microscopy image of mouse sciatic nerve visualizing unmyelinated sensory neuron axons (Remak bundle) and myelinated axons. Right: Sensory neurons from mouse dorsal root ganglia (DRG) grown in culture. (figures: Christian Vægter)