The complex networks of axons linking neurons enable the nervous system to remarkably regulate every thought, movement, and feeling. However, damage to these fragile fibers from injury, stroke, or neurodegenerative illnesses can have disastrous effects resulting in paralysis, loss of function, or cognitive decline. Unlike many tissues in the body, axons in the central nervous system find it difficult to repair, therefore depriving millions of people of appropriate therapy.

Our lab seeks to understand the processes behind axon regeneration and rewiring. We investigate not only how to induce damaged axons to regenerate but also how to lead them to create functional connections, so assuring that rebuilt circuits restore meaningful communication. We want to change outcomes for disorders such as spinal cord injury, glaucoma and brain trauma by linking molecular research with creative therapy approaches.

Beyond creating treatments, our research investigates basic mechanisms of brain plasticity, therefore exposing how the nervous system changes and heals itself. By means of this dual attention, we want to transfer scientific discoveries into practical remedies while so strengthening our knowledge of the resilience of the brain. Come along on our journey to create a time when nerve injury is treatable rather than permanent.