Stem cell therapy is a form of regenerative medicine that aims to repair damaged tissue rather than only manage symptoms. Our board-certified physicians use a combined procedure of endoscopic discectomy and stem cell therapy to treat herniated discs and minimize the risk of reherniation, using your own cells. Not everyone is a candidate.
Regenerative medicine aims to repair damaged tissue rather than only manage symptoms. At Total Spine, stem cell therapy is used mainly in disc regeneration, often alongside an endoscopic discectomy, to support the body's own healing.
Where it may help
The cells we use
Stem cell therapy is not right for everyone. Your physician will review your history and imaging and recommend it only when it is an appropriate option for your condition.
Because the therapy uses your own cells, the process is built around collecting, preparing, and delivering them. Here is what it generally involves.
We review your history and imaging to determine whether regenerative treatment is appropriate for you.
Not everyone is a candidate, so this step protects you from a treatment that would not help.
Your cells are collected from your own bone marrow or from adipose (fat) tissue, depending on your plan.
Using autologous cells means no donor material is involved.
The sample is processed to concentrate the stem and stromal cells for treatment.
Bone marrow cases run about 2.5 hours start to finish; adipose cases about 4 hours.
The prepared cells are delivered to the treatment area, often alongside an endoscopic discectomy.
Pairing the two aims to support healing and lower the risk of reherniation.
Your physician will walk you through the specifics of your plan, including which cell source is right for you.
Regenerative medicine aims to replace or repair damaged tissue rather than rely solely on symptom management. It includes approaches such as tissue engineering and cellular therapies. Stem cell therapy is one form of regenerative medicine.
We use only autologous cells, meaning the patient's own cells. We utilize bone marrow stem cells and stromal cells derived from adipose (fat) tissue. Because the cells come from your own body, there is no donor material involved.
Procedures that use a patient's own tissue are considered part of a physician's practice of medicine, which allows the physician and patient to freely consider the options they prefer. The FDA does provide guidelines for the treatment and manipulation of a patient's own tissues, and we adhere to them by offering same-day treatment using your own unaltered cells, which are inserted during the procedure. Your physician will explain exactly what your treatment involves during your consultation.
Stem cells are undifferentiated cells that can develop into specialized cell types and help repair damaged tissue. They may work in three ways: differentiating into the cell types needed for repair, secreting growth factors and proteins that stimulate the surrounding cells, and helping to modulate the immune response and reduce inflammation.
At Total Spine, stem cell therapy is used mainly in disc regeneration, often alongside an endoscopic discectomy, to support healing of a herniated disc, lower the risk of reherniation, and help maintain the discs and facet joints adjacent to the treated level. Mesenchymal stem cells are also a promising area of care for osteoarthritis. Not every patient is a candidate.
It depends on the cell source. A procedure using bone marrow stem cells is usually about 2.5 hours from start to finish, while one using adipose (fat-derived) stromal cells is generally around 4 hours from start to finish.
Not everyone is a good candidate for stem cell treatment. The best way to find out is an evaluation of your history and imaging. Total Spine and Orthopedics offers a complimentary consultation and imaging review to determine whether regenerative options are appropriate for you.
Care begins with a complimentary consultation and imaging review. Request a free MRI review or call (321) 499-4646.
Not everyone is a good candidate for stem cell treatment. Regenerative care may be worth exploring when the following are true. The only way to know is an evaluation of your history and imaging.
Disc-related back or neck pain
A herniated or degenerating disc that is a source of ongoing pain.
Osteoarthritis
Joint wear where mesenchymal stem cells may be a regenerative option.
Planning an endoscopic discectomy
Regenerative therapy can be paired with surgery to support healing and lower reherniation risk.
Looking for a tissue-first approach
You want an option that aims to repair tissue, not only manage symptoms.
Generally healthy tissue to draw from
Because we use your own cells, your overall health is part of the assessment.
You have recent imaging
An MRI helps us judge whether regenerative care fits your diagnosis.
We offer a complimentary consultation and imaging review to determine whether stem cell therapy is appropriate for you.
Hear our patients share their experience with us, All in their own words.
Expert, ultra-minimally invasive spine and orthopedic care, close to home.
Ultra-minimally invasive and endoscopic techniques
We specialize in procedures performed through incisions smaller than a dime, sparing muscle and supporting a faster recovery.
Same-day, outpatient procedures
Most patients walk in and return home within hours, rather than facing an overnight hospital stay.
Board-certified, fellowship-trained surgeons
Our team includes early leaders in endoscopic spine surgery.
A complimentary MRI review
Understand your diagnosis and options from a board-certified specialist before committing to any treatment.
Trusted by our community
More than 1,100 patient reviews at a 4.6-star average, and over 50,000 patients treated.
Regenerative care using your own cells
We use only autologous cells, collected from your own bone marrow or fat tissue.
Comprehensive spine and orthopedic care
From injections to advanced procedures, your full continuum of care is handled in one place.
Convenient locations across the Space Coast and Orlando
Care close to home in Melbourne, Orlando (Lake Nona), and Titusville.
