Experimental formulation of a hydrogel, injected into spinal discs, proved safe and effective in substantially relieving lower back pain.

A study by Lausanne-based scientists has identified the neurons that may help to improve walking ability post-paralysis.

Researchers have developed a new injectable therapy that reverses paralysis and repairs tissue after severe spinal cord injuries.

A hydrogel, injected into spinal discs, proved safe and effective in substantially relieving chronic low back pain caused by DDD.

Multiple sclerosis (MS), a progressive disease that affects 2.8 million people worldwide and for which there is no definitive cure.

Groundbreaking trial aims to reverse the paralysis and other abnormal functions of spina bifida before birth.

Northwestern University researchers have developed a new injectable therapy that reverses paralysis and repairs severe spinal cord injuries.

Flexible implanted electronics are a step closer toward clinical applications thanks to a recent breakthrough technology.

Using stem cells is a powerful way to deliver important proteins to the brain or spinal cord that can’t get through the blood-brain barrier.

Researchers have developed a new injectable therapy that reverses paralysis and repairs tissue after severe spinal cord injuries.

Scientists at the Francis Crick Institute have identified a group of latent stem cells that respond to injury in the central nervous system.

Flexible implanted electronics are a step closer toward clinical applications thanks to a recent breakthrough technology.

Researchers develop a stem cell-based biomaterial that can help regenerate tissue associated with low back pain and spinal issues.

Researchers have developed a new injectable therapy that harnesses “dancing molecules” to reverse paralysis and repair spinal cord tissue.

A patient suffering from a debilitating neurodegenerative disease was able to get up and walk again after being bedridden for over a year.

Researchers successfully engineer world's first 3D human spinal cord tissue transplant.

This study represents one of the first times AI and robotics have been used to formulate highly sensitive therapeutic proteins.

The analysis centers on the spine’s curvature, which is caused, in part, by a wedging, or angling, of vertebrae and the intervertebral discs

Researchers have developed a new injectable therapy that harnesses “dancing molecules” to reverse paralysis and repair spinal cord tissue.