Understanding Spinal Cord Injury
Spinal cord injury (SCI) occurs when damage to the spinal cord results in temporary or permanent changes in sensation, movement, and other body functions below the site of injury. The severity can range from incomplete injuries with some preserved function to complete injuries with total loss of sensation and movement.
Traditional treatment for SCI focuses on stabilization, rehabilitation, and adaptive strategies to maximize remaining function. While rehabilitation can help patients achieve their maximum potential, conventional medicine has had limited success in repairing damaged spinal cord tissue.
Regenerative medicine approach represents a revolutionary approach that aims to promote neural regeneration, reduce scar tissue formation, and restore lost function. Clinical studies have shown that stem cells can support nerve cell survival, stimulate axon growth, and improve functional outcomes in SCI patients.
Complete Injury
Total loss of sensory and motor function below the level of injury. No signals pass through the damaged area.
Incomplete Injury
Some function preserved below the injury level. The degree of function varies based on the extent of damage.
Cervical Injuries
Injuries to the neck region that can result in tetraplegia (affecting all four limbs) depending on the level.
Thoracic/Lumbar Injuries
Injuries to the mid or lower back that typically result in paraplegia (affecting the legs and lower body).
Motor Function Improvement
Increased movement capacity, muscle strength, and coordination in affected areas.
Sensory Recovery
Improvements in touch sensation, temperature perception, and position sense.
Bladder/Bowel Control
Enhanced autonomic function and sphincter control, improving independence and quality of life.
Pain Reduction
Decreased neuropathic pain and spasticity, common complications of spinal cord injury.
Improved Respiratory Function
For cervical injuries, potential improvements in breathing capacity and respiratory muscle strength.
Enhanced Independence
Greater ability to perform daily activities and reduced dependence on caregivers.
How Stem Cells Help Spinal Cord Injury
Neural Regeneration
Stem cells support the repair of damaged nerve cells and promote the formation of new neural pathways.
Axon Growth Stimulation
Growth factors released by MSCs encourage nerve fibers to extend and reconnect across the injury site.
Scar Tissue Reduction
Stem cells help limit the formation of glial scar tissue that normally blocks nerve regeneration.
Neuroprotective Effects
MSCs release neurotrophic factors that protect remaining healthy neurons from further damage.
Care Process
Neurological Assessment
Comprehensive evaluation using ASIA (American Spinal Injury Association) scale and other diagnostic tools to assess injury level and severity.
Advanced Imaging
MRI and other imaging studies to visualize the injury site and plan the optimal treatment approach.
Care Planning
Development of a personalized protocol based on injury type, time since injury, and individual goals.
Stem Cell Administration
Delivery of stem cells through intrathecal injection, intravenous infusion, or combination approaches as determined by the medical team.
Rehabilitation Integration
Coordination with physical therapy and rehabilitation programs to maximize the benefits of regenerative medicine application.
Long-Term Follow-Up
Regular assessments to monitor neurological improvements and adjust ongoing rehabilitation strategies.
Frequently Asked Questions
Take the First Step Toward Recovery
Explore how regenerative medicine approach may help you or your loved one regain function and improve quality of life after spinal cord injury. Contact our team for a comprehensive evaluation.