19 February 2023
Comments: Comments Off on Can Stem Cells Repair a Herniated Disc?
Category: Blog
19 February 2023, Comments: Comments Off on Can Stem Cells Repair a Herniated Disc?

Are you struggling with persistent back pain that radiates to your arm or leg? You could be dealing with a herniated disc. This common spinal condition develops when one of the rubbery discs in between the vertebrae becomes damaged. The soft disc interior pushes out to the tough exterior, causing pressure, pain, and possible nerve impingement.

When non-surgical therapies fail to heal a herniated disc, many patients believe that surgery is their only remaining option. But, regenerative treatments like stem cell therapy can help patients recover from a herniated disc without having to go under the knife. 

How Does Stem Cell Therapy Work?

Stem cell therapy works to treat a variety of orthopedic and inflammatory conditions with the power of stem cells. Stem cells have natural healing capabilities because they can regenerate into any type of cell. So, when they’re properly directed to damaged tissue, they help the body repair itself, leading to relief from pain, stiffness, inflammation, and other symptoms. 

During stem cell therapy, stem cells are collected from the patient’s pelvis or abdomen. The aspirate is then spun in a centrifuge to isolate the stem cells. Your provider can inject the stem cells into the injured tissue, along with platelets to act as directors. The platelets activate the stem cells so that they can stimulate your body’s repair processes. 

Can Stem Cell Therapy Work For a Herniated Disc?

Stem cells can be injected directly into a herniated disc to heal the damaged tissue. It’s often a great option for patients whose symptoms haven’t gone away despite consistent non-surgical treatment. Additionally, as a drug-free therapy, stem cell therapy can reduce patients’ need for pain medications to manage a herniated disc. 

If you’re interested in learning more about stem cell therapy as a herniated disc treatment, schedule a free consultation at the Regenerative Orthopedic Institute today.