Neural repair and regeneration encompass biological and technological strategies aimed at restoring the structure and function of damaged neural tissue after injury or disease. Since neurons in the central nervous system have limited regenerative capacity, understanding how to stimulate repair remains one of neuroscience’s greatest challenges.

The Neural Repair and Regeneration session explores molecular, cellular, and clinical approaches to promote neuronal survival, axonal growth, and synaptic reconnection. Researchers highlight advances in neurotrophic signaling, stem-cell transplantation, biomaterials, and gene-editing technologies that facilitate recovery after trauma or stroke.

At the Neural Repair and Regeneration Conference, experts in regenerative medicine, molecular neuroscience, and rehabilitation discuss breakthrough discoveries driving functional recovery. Topics include neural stem-cell therapy, neurogenesis in the adult brain, bioengineered scaffolds for spinal-cord repair, and neuroplasticity-based training.

This session offers a comprehensive view of how biology and bioengineering converge to restore brain and spinal function. It emphasizes translational research linking benchside innovation to bedside therapy, ultimately aiming to rebuild damaged circuits and improve patient outcomes.

Exciting work in Neurorehabilitation and Neuroplasticity continues to demonstrate how rehabilitation strategies enhance intrinsic repair mechanisms through targeted stimulation, physical activity, and cognitive engagement.