Can stem cell therapy help me avoid a spinal fusion?
For discogenic, facet-mediated, or radicular (nerve-root) pain without instability, it is a legitimate path to evaluate before you consent to a fusion. When the picture points to surgery instead, like instability or a worsening nerve problem, fusion or decompression is typically the right answer, and we will tell you so.
Will this help sciatica or nerve pain down the leg?
Sciatica is a symptom; the structural and inflammatory driver is what we evaluate. The mechanism we target is the inflammatory environment around the nerve root, not nerve regeneration, and we do not promise nerve regrowth. Individual results vary.
Why fluoroscopy and not ultrasound for the spine?
A disc, a facet joint, and a nerve root sit deep, behind bone. Ultrasound cannot see through bone; fluoroscopy (a live X-ray) shows the vertebrae, the needle, and the contrast dye that proves the needle is at the right level before a single cell is released. For a shoulder tendon near the skin, ultrasound can be used. For the spine, fluoroscopy is the right tool.
I already had back surgery. Am I still a candidate?
Often, yes. Persistent pain after a decompression, adjacent-level degeneration above or below a fusion, and pain that came back after an ablation are among the cases we evaluate. The hardware is not the problem; what matters is whether the level driving your pain is identifiable and reachable.
How many sessions does the spine take?
One session, like a joint, and for most patients a same-day trip. Follow-up calls come at 1 week, then at 1, 3 and 6 months, then once a year. Whether a second treatment makes sense is decided at your follow-up reviews, never sold up front.
Is my MRI recent enough? What should I have ready?
Spine treatment needs imaging, so this part is required. Send what you have: the MRI report and the images if you can get them, the level your surgeon named, and a list of what has been tried (cortisone, epidurals, ablation, PT, surgery). If you have none, or yours is old, the hospital's own MRI can image the level during your visit, with the radiologist's read the same day.
Where do the cells come from?
Umbilical-cord and bone-marrow mesenchymal stem cells, sometimes with chondrocytes (cartilage cells), allogeneic (from a screened donor; no harvest procedure for you), grown in the on-site cGMP-compliant lab at Hospital Angeles. Every batch passes 6 release assays (sterility, identity, viability, potency, endotoxin, mycoplasma) and is at least 95% viable at the time it is used.