Spinal Cord Injury Awareness Month 2025 is here-and it’s time to raise our voices for every spinal cord injury survivor. This September, we focus on empowering independence through SCI innovations and inclusive support. But this month is more than awareness-it’s a movement.
A spinal cord injury (SCI) happens when the spine is damaged, often from accidents, falls, or illness. It can cause loss of movement, feeling, or even breathing ability. But even with these challenges, many SCl survivors live strong, meaningful lives.
This theme looks ahead with hope for the spinal cord injury (SCI) community. It shows how new ideas and technology, together with care and support from society, can help people with SCI live with more freedom, confidence, and dignity.
New research is giving hope to people with spinal cord injuries (SCI). Doctors and scientists are working on new technology, rehab methods, and cell treatments. These ideas aim to bring back movement, improve health, and make daily life better.
Here are some of the most exciting changes:
BCIs let people control devices, like a robotic arm or walking robot, with their thoughts. Some exoskeletons are already used in rehab to help people stand and walk. The ARCEX® System is the first spinal cord stimulation device approved by the FDA that does not need surgery.
These small implants send signals to help nerves heal. They dissolve in the body after use, so no extra surgery is needed.
VR is now used with FES cycling. For example, the iCycle uses mild electricity to move the legs, helping people cycle even if they cannot move them alone. VR makes it fun and real, building strength, heart health, and nerve recovery.
Regenerative Therapies
Using 3D printing and stem cells, scientists make “bridges” that help new nerve cells grow across damaged parts of the spine. In animals, this has brought back some movement.
A new trial uses special cells from the nose (olfactory ensheathing cells). These cells are placed in the injury and help repair nerves.
A new clinical trial uses induced pluripotent stem cells (iPSCs). These can turn into the type of nerve cells needed to replace damaged ones.
Other Treatments
A small device in the neck sends signals to the brain during therapy. It can improve arm and hand use.
Scientists found special nerve cells that control breathing. This may lead to new treatments for people with SCI who cannot breathe well on their own.
This Spinal Cord Injury Awareness Month, we ask everyone to rise with us:
Create policies that support SCl rehabilitation, access to care, and funding for SCI innovations.
Sponsor programs, donate equipment, and fund research for spinal cord injury recovery.
Visit, listen, and support SCI survivors in your area.
Keep learning and caring for those with spinal cord injuries.