Stem Cell Injections for Joint Pain
Some people explore stem cell injections for joint pain, including the knees, hips, shoulders, and other joints, often related to osteoarthritis or general wear. It is not a guaranteed fix or a cure, and whether it fits depends on the specific joint and an evaluation by a provider.
- In-office consultation
- Personalized to your joint
- Medically supervised
Most evaluations are scheduled within 48 hours.
What’s happening inside a worn joint
Cartilage wear narrows the joint space, whether in the knee, hip, shoulder, or elsewhere.
Common sources of chronic joint pain
Joint pain is often related to osteoarthritis, cartilage wear, prior injury, or general overuse. It commonly affects the knees, hips, and shoulders, but can occur in any joint.
Osteoarthritis
Gradual cartilage wear that reduces the cushioning within a joint.
Prior injury
Past injuries to a joint that continue to cause pain or stiffness.
General overuse
Repetitive strain on a joint over months or years.
Tendon & ligament involvement
Irritation in the tissue surrounding the joint, not just the joint itself.
Stem cell injections for joints
When used for joint pain, treatment is typically injected directly into or around the affected joint, with the aim of supporting the body’s own repair processes in the joint tissue.
Every joint is different
- Which joint is involved and the degree of wear both matter.
- It is not a cure, and it is not guaranteed to resolve your pain.
- Results vary from person to person and by the underlying cause.
Alternatives your provider may discuss
- PRP injection therapy, using platelets from your own blood.
- Prolozone, an ozone-based regenerative injection.
- A combination approach, if your provider recommends it.
Candidacy depends on the joint and your history
Whether stem cell injections are a reasonable option depends on which joint is affected, the underlying cause, your prior treatments, and your overall health.
Not sure if this applies to you? A consultation and evaluation at our Folsom clinic is the best way to find out.
- Chronic joint pain that has been evaluated by a provider
- Interest in a regenerative, in-office approach
- Openness to a personalized plan rather than a standard protocol
- Willingness to discuss all regenerative options, not just one
What to expect
Evaluation
We review your history and the specific joint involved to understand the likely cause of your pain.
Personalized plan
Your provider discusses whether stem cell injections, PRP, prolozone, or another approach may fit your situation.
Treatment & follow-up
Treatment is delivered under medical supervision, with follow-up to monitor how you are doing.
Stem cell injections for joint pain, answered
No. Stem cell injections are not a cure. They are a regenerative approach intended to support the body’s natural repair processes, and results vary from person to person.
That depends on which joint is affected, the underlying cause, your health history, and an evaluation by our providers. Not everyone is a candidate.
Many regenerative therapies, including stem cell treatments, are considered investigational and are not approved by the FDA for specific conditions. Your provider will explain what that means for your situation.
Book a consultation at our Folsom office so our providers can evaluate your joint pain and discuss whether stem cell injections may be appropriate.
Other conditions we’re asked about
Let’s talk about your joint pain
Book a consultation with our Folsom team to find out whether stem cell injections may be a fit for you.
We’ll review your history and give you an honest assessment.
Medical disclaimer: The information on this page is for general education and is not medical advice, diagnosis, or treatment. Stem cell injections and other regenerative therapies described here are not FDA-approved to cure, treat, or prevent joint pain, osteoarthritis, or any specific condition. Individual results vary and no specific outcome is guaranteed. Candidacy is determined only after an in-person evaluation with a licensed provider.