Spinal Cord Injuries Stem Cell Treatments
Repairing Nerve Damage with Regenerative Medicine
Spinal cord injuries (SCI) often result in severe nerve damage that disrupts communication between the brain and the body, leading to paralysis, sensory loss, or chronic pain. At 1 STEM CELL, we offer advanced stem cell therapy for spinal cord injuries designed to support neural repair, reduce inflammation, and enhance recovery potential.
Our treatment protocols use mesenchymal stem cells (MSCs) derived from umbilical cord tissue due to their high regenerative capacity and anti-inflammatory properties. These cells promote axon regeneration, encourage new synaptic connections, and help restore partial motor and sensory functions.
While complete recovery depends on the severity and level of injury, many patients experience meaningful improvements such as enhanced sensation, muscle tone, bladder control, and mobility. The therapy is minimally invasive and performed under medical supervision to ensure safety and optimal outcomes.
Questions and Answers About Spinal Cord Stem Cell Treatments
Q: How do stem cells help repair spinal cord injuries?
Stem cells reduce inflammation, replace damaged cells, and stimulate the body’s natural healing processes by releasing growth factors that promote nerve regeneration and remyelination.
Q: What kind of results can patients expect?
Results vary by patient, but improvements in motor function, coordination, and sensation have been reported within 3–6 months after treatment when combined with physical therapy.
Q: Is this therapy safe?
Yes. Treatments at 1 STEM CELL are performed by qualified medical professionals using clinically tested, umbilical cord-derived MSCs processed in sterile laboratory environments.
Q: Can this treatment help with chronic spinal cord injuries?
Yes, stem cell therapy may benefit both acute and chronic SCI cases by reducing scar tissue formation and improving the microenvironment for nerve repair.
Q: How is the procedure performed?
Stem cells are administered through intravenous infusion or direct injection near the spinal cord area, depending on the patient’s condition and medical evaluation.