Can stem cell therapy help spinal cord injury?

MSC therapy supports spinal cord repair by reducing inflammation, promoting axonal regeneration, remyelinating damaged nerve fibers, and creating a regenerative environment. Many patients experience functional improvements below their injury level.

How soon after spinal cord injury should stem cell therapy begin?

MSC therapy can be administered at any stage after SCI, but earlier intervention (within the first year) typically yields the best results. However, patients even years after injury can benefit from neuroplasticity-promoting effects of MSC therapy.

What improvements can SCI patients expect from stem cell therapy?

Improvements may include increased sensation below the injury level, better motor control, improved bladder and bowel function, reduced neuropathic pain, and enhanced quality of life. Results vary based on injury severity and level.

What delivery method is used for spinal cord injury stem cell therapy?

We use a combination of IV infusion and intrathecal injection (directly into the spinal fluid) to maximize cell delivery to the injury site. This dual-route approach ensures systemic anti-inflammatory effects plus targeted neural repair.

Spinal Cord Injury Stem Cell Therapy in Istanbul, Turkey

Stem cell therapy for spinal cord injury. MSC treatments promote axonal regeneration, reduce inflammation, remyelinate damaged nerve fibers, and support functional recovery below the injury level.

About Spinal Cord Injury Stem Cell Therapy in Istanbul

Stem cell therapy for spinal cord injury (SCI) at StemCell Longevita in Istanbul promotes axonal regeneration, reduces inflammation, and supports functional recovery. Our MSC treatments aim to restore sensation, improve motor function, and enhance quality of life for patients with complete or incomplete spinal cord injuries.

How Stem Cell Therapy Works for This Condition

Following SCI, scar tissue formation, ongoing inflammation, and loss of myelin prevent nerve fiber regeneration. MSCs address these barriers: they reduce the inhibitory scar tissue (glial scar) at the injury site, suppress chronic inflammation, release neurotrophic factors that promote axonal growth and remyelination, and improve blood flow to the injured spinal cord. Intrathecal delivery ensures MSCs reach the injury site through cerebrospinal fluid circulation.

Who Is a Candidate?

Patients with complete or incomplete SCI, both acute (>1 month post-injury) and chronic injuries. Incomplete injuries generally show stronger response, though patients with complete injuries may also benefit from reduced pain and improved autonomic function. Our neurological team evaluates ASIA scores, injury level, and imaging to design individualized protocols.

Treatment Process at StemCell Longevita

Treatment involves combined IV and intrathecal MSC delivery. The intrathecal route is critical for SCI as it delivers cells directly to the spinal fluid surrounding the injury site. Multiple treatment sessions may be recommended, spaced 3-6 months apart.

Expected Results & Recovery

Improvements may include increased sensation below injury level, improved motor control, better bladder and bowel function, reduced neuropathic pain, decreased spasticity, and enhanced quality of life. Results vary by injury severity and completeness, with improvements often continuing for 6-12 months.

Why Choose Turkey for Treatment?

Istanbul's neurosurgical and rehabilitation facilities provide comprehensive SCI management. Our intrathecal delivery expertise ensures optimal MSC placement. Costs 60-80% lower than US or European neurorehabilitation centers.

Cost of Treatment

Spinal cord injury stem cell therapy from €8,500, including combined IV + intrathecal MSC protocol, neurological assessment, hotel, transfers, and 12-month rehabilitation follow-up.

Part of Our Neurological Conditions Treatment Cluster

Neurological Conditions — Treatment Cluster

Pillar: stem cell therapy for neurological conditions in Istanbul

Research & guides: stem cell therapy for cerebral palsy research | MSC treatment for autism spectrum disorder | stem cell therapy for stroke recovery in Turkey | MSC treatment for spinal cord injury rehabilitation

Frequently Asked Questions About Spinal Cord Injury Stem Cell Therapy

Can stem cell therapy help spinal cord injury?: MSC therapy supports spinal cord repair by reducing inflammation, promoting axonal regeneration, remyelinating damaged nerve fibers, and creating a regenerative environment. Many patients experience functional improvements below their injury level.
How soon after spinal cord injury should stem cell therapy begin?: MSC therapy can be administered at any stage after SCI, but earlier intervention (within the first year) typically yields the best results. However, patients even years after injury can benefit from neuroplasticity-promoting effects of MSC therapy.
What improvements can SCI patients expect from stem cell therapy?: Improvements may include increased sensation below the injury level, better motor control, improved bladder and bowel function, reduced neuropathic pain, and enhanced quality of life. Results vary based on injury severity and level.
What delivery method is used for spinal cord injury stem cell therapy?: We use a combination of IV infusion and intrathecal injection (directly into the spinal fluid) to maximize cell delivery to the injury site. This dual-route approach ensures systemic anti-inflammatory effects plus targeted neural repair.