Stem cell therapy for herniated discs: how regenerative injections repair damaged spinal tissue
How image-guided stem cell delivery targets damaged discs and promotes natural repair without surgery.
Read article →Advanced mesenchymal stem cell therapy for herniated discs, degenerative disc disease, spinal stenosis, and chronic back pain. Restore spinal health without surgery at our INVIMA-regulated clinic in Medellín, Colombia.
Stem cells target damaged intervertebral discs, promoting natural repair, rehydration, and reduced nerve compression — addressing the root cause, not just the symptoms.
A non-invasive alternative to fusion, laminectomy, or disc replacement. No hospital stay, no hardware, no lengthy rehabilitation — just regeneration.
Unlike cortisone that wears off in weeks, stem cells actively repair damaged tissue and reduce inflammation at its source for sustained, progressive relief.
Dr. Alejandro Giraldo Agudelo is a physician specializing in pain management and palliative care, with 9+ years of experience treating chronic pain of both oncologic and non-oncologic origin. His clinical focus is the comprehensive evaluation of patients with complex spinal and nerve pain conditions.
Trained across Colombia, Puerto Rico, and the United States — including neuromodulation at Nicholson Center in Orlando, Medtronic in New York, and the University of Florida with Boston Scientific — Dr. Giraldo brings world-class interventional pain expertise to every spinal case.
Our spinal stem cell protocols address degenerative, structural, and nerve-compression conditions at the cellular level.
Stem cells promote disc repair and reduce nerve compression, often avoiding the need for surgical discectomy or microdiscectomy.
Slow or reverse disc deterioration with targeted stem cell therapy that rehydrates disc tissue and restores structural integrity.
Reduce inflammation and tissue buildup that narrows the spinal canal, relieving pressure on nerves and restoring mobility.
Target the source of persistent back pain with regenerative therapy that goes beyond cortisone shots and pain medication.
Stem cells reduce inflammation around compressed nerves, alleviating radiating leg pain, numbness, and tingling.
For patients whose previous spinal surgery didn't resolve pain — stem cells address residual damage and promote healing in scar tissue.
Our spinal protocols combine advanced imaging, complementary therapies, and precision stem cell delivery for outcomes that last.
Advanced MRI analysis, physical evaluation, and health history review to identify the exact source of your spinal condition. Virtual pre-consultation available before you travel.
Pre-treatment hyperbaric oxygen therapy saturates spinal tissues with concentrated oxygen — reducing inflammation and creating optimal conditions for stem cell engraftment in damaged discs.
A pre-treatment intravenous infusion of high-potency vitamins, anti-inflammatory compounds, and nerve-supporting nutrients that primes your body for spinal regeneration.
Precision injection of mesenchymal stem cells directly into the damaged disc or spinal area using fluoroscopic or ultrasound guidance. Cells are sourced from our INVIMA-certified laboratory and dosed for your specific condition.
Post-procedure monitoring, prescribed rest protocol, and scheduled telemedicine consultations to track disc rehydration, pain reduction, and functional improvement over the months ahead.
Spinal stem cell therapy works best for patients with chronic back pain and disc damage who want to avoid or delay surgery. Ideal candidates include:
Not sure if you qualify? Our physician reviews your imaging and history during a free virtual consultation — before you book any travel.
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Outpatient injection with imaging guidance, prescribed rest. Stay at your Medellín accommodation and allow your spine to begin the healing process.
Inflammation subsides, early pain relief begins. Most patients fly home within 5–7 days and resume light activities. Avoid heavy lifting during this phase.
Disc rehydration and nerve decompression progress. Telemedicine follow-up with our team. Noticeable gains in mobility and significant pain reduction.
Peak regeneration. Many patients report major reduction in back pain and restored mobility, with sustained relief lasting well beyond 12 months.
For many patients, stem cells promote disc repair and reduce nerve compression, potentially avoiding surgical intervention. Our physician evaluates your imaging to determine candidacy during a free consultation.
Cortisone masks pain temporarily. Stem cells actively repair damaged disc tissue and reduce inflammation at the source, offering lasting relief rather than temporary symptom management.
Most patients return to light activities within days. We recommend avoiding heavy lifting for 2–4 weeks to allow the stem cells to establish themselves in the treatment area.
Treatment costs 60–75% less than comparable therapy in the US. Contact us for a transparent, personalized quote based on the number of discs being treated.
Yes. Failed back surgery syndrome is one of the conditions we treat. Stem cells can address residual pain and promote healing in post-surgical scar tissue.
We recommend 5–7 days for spinal treatment, allowing time for consultation, procedure, follow-up, and initial recovery before your return flight.
How image-guided stem cell delivery targets damaged discs and promotes natural repair without surgery.
Read article →What to expect from consultation to recovery — flights, cost, protocols, and aftercare.
Read article →A transparent breakdown of what drives the price difference — and what stays the same.
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