image sourced from original article at Israeli researchers are preparing to perform the world's first spinal cord implant in a paralyzed patient, marking a major milestone in regenerative medicine. Led by Prof. Tal Dvir at Tel Aviv University, the team has developed a 3D-engineered spinal cord tissue that can fuse with healthy areas of the spine, potentially reversing paralysis. Previous animal trials showed remarkable results, with all recently paralyzed mice regaining the ability to walk after receiving the implant.
The upcoming surgery follows approval from the Health Ministry for compassionate use trials in eight patients. The innovative procedure involves creating a personalized spinal cord using the patient's own cells, which is then implanted to restore lost function. With over 15 million people worldwide affected by spinal cord injuries, this breakthrough offers new hope for those living with paralysis.
