Adult central nervous system (CNS) axons fail to regenerate following injury. Thus, severed axons are permanently disconnected from their target neurons, resulting in persistent loss of motor and/or sensory function. Much of the research conducted in the Spinal Cord Research Center is focused on promoting regrowth of these injured axons across a lesion site to reestablish connections and, hopefully, mediate functional recovery.

There are multiple obstacles that underlie the failure of axon regeneration that must be surmounted:

• The intrinsic axon growth capacity of mature neurons is low
• The extracellular environment at the injury site potently inhibits axonal growth
• Cavitation at the injury site results in a cyst — axons need a substrate on which to grow

Multiple investigators within the Spinal Cord Research Center have research programs built on understanding the mechanisms behind these impediments and developing combinatorial therapies to overcome them to ultimately achieve robust, functionally relevant axon regeneration.

Related Faculty

Peter Baas, PhD

Professor; Director, Graduate Program in Neuroscience
Department: Neurobiology & Anatomy
Research Interests: Role of microtubules in development, disease and injury of the nervous system
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Itzhak Fischer, PhD

Professor and Chair
Department: Neurobiology & Anatomy
Research Interests: Cellular and molecular strategies in promoting regeneration; structure and function of neuronal cytoskeleton
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John Houle, PhD

Professor
Department: Neurobiology & Anatomy
Research Interests: Neurotransplantation strategies to promote structural and functional recovery after spinal cord injury
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Ying Jin, PhD

Research Assistant Professor
Department: Neurobiology & Anatomy
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Veronica Tom, PhD

Associate Professor
Department: Neurobiology & Anatomy
Research Interests: Modulation of extrinsic and intrinsic factors to promote axonal regeneration and plasticity
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