Silent cells deep in your spinal cord may hold a surprising key to healing after devastating injuries and brain disease. A ...

The nervous system can reorganize itself after spinal cord injury and use new pathways to restore the cellular communication required for walking, scientists have shown. The discovery could lead to ...

The regeneration of damaged neurons has been the ultimate goal for a large portion of neuroscience research. Understanding the underlying mechanisms that control neuronal growth is key to developing ...

Stroke and spinal cord injuries can severely impair motor functions, and understanding how to promote recovery is a critical challenge. While damaged neurons in the brain and spinal cord have limited ...

A collaborative study in neuroscience, spearheaded by a research team of the Hong Kong University of Science and Technology (HKUST), sheds light on new possibilities for treating central nervous ...

Zebrafish, unlike people, can recover from spinal cord injuries, thanks to a healing process that’s controlled by immune cells called macrophages. Gaining a better understanding of this phenomenon ...

A research team from the University of Cologne has shown how zebrafish can rebuild their nerve pathways and restore their locomotor function after a spinal cord injury. People who suffer severe spinal ...

Dogs with spinal cord injuries may soon benefit from an experimental drug being tested by researchers at the University of California, San Francisco (UCSF) and Texas A&M College of Veterinary Medicine ...

Study shows nervous system can reorganize itself, use new pathways to issue commands to move Spinal cord damage blocks the routes that the brain uses to send messages to the nerve cells that control ...