Chronic knee pain can be a difficult condition to live with. Globally, millions of people experience different levels of depressive mood disorders just because of arthritis. Over time, the aches, multiple healthcare visits, and yet poor recovery can put a damper on your mood. This does not just affect how you feel, but also your relationship with others.
But knee pain shouldn’t put a halt to the most important things that bring you joy. Currently, there’s a revolutionary procedure with a track record of success with managing knee pain and other joint injuries.
This procedure harnesses the body’s healing properties to treat knee pain and restore one’s quality of life. This procedure is stem cell therapy, and it involves using one’s tissues to stimulate natural healing.
Understanding Stem Cell Therapy for Knee Pain
Stem cell therapy is a regenerative therapeutic procedure for treating knee pain and a wide variety of many other conditions such as spinal cord injuries, leukemia, and several other diseases. Stem cell therapy for knee pain uses mesenchymal stem cells (MSCs) to heal injured cartilage and tendons of the joint.
Stem cell therapy has the potential to regenerate cartilage and restore health to inflamed tissues. Additionally, the stem cells are obtained naturally from the individual’s own body, so they have little to no potential to cause rejection or lead to adverse reactions.
These unique properties make MSCs a great option for restoring health to knee pains and many other knee conditions.
Knee Conditions That Can Be Treated With Stem Cell Therapy
Stem cell therapy is a scientific breakthrough for treating a variety of knee conditions. Because the procedure uses the patient’s own cells, there’s no risk of immune-mediated rejection.
This makes stem cell treatment a good alternative to surgical procedures, which pose one or more forms of risks such as nerve damage or even eventual paralysis. Some of the knee conditions that can be treated with stem cells include:
- Knee arthritis
- Cartilage degeneration
- Torn Anterior Cruciate Ligament/Medial Collateral Ligament (ACL/MCL), which are both ligaments of the knee
- Degenerative knee cartilage
How Effective Is Stem Cell Therapy for Knee Pain?
It is no surprise that stem cell therapy is well used for sports injuries. We see football players, hikers, and runners go through different degrees of knee injuries and immediately return to their sports at full capacity following a stem cell therapy procedure.
Similarly, conventional therapy with over-the-counter medication relies on popping different kinds of pills. Truly, this is inconvenient and cannot be sustained in the long run.
Studies have shown that stem cell therapy has transformative potential. It is worth mentioning that although the procedure is revolutionary, it isn’t new. It is safe, effective, and a superior therapy to conventional treatments.
Good Alternative To Knee Replacement Surgery
The benefits of stem cell therapy are limitless and life-changing. Stem cell therapy is not just a great option but also a safer alternative to knee replacement surgery. MSCs have the ability to repair and avoid the need for surgery for knee conditions such as meniscus tears and ACL tears.
Surgical procedures have the potential for complications, such as infection at the site, nerve injury, and even paralysis. Stem cell therapy is just a minimally invasive procedure and poses little to no side effects since the procedure uses the patient’s body to harness self-healing.
How to Know if You’re a Candidate for Stem Cell Therapy
Do you have knee pain that refuses to go away? Have you tried using over-the-counter medications and yet no relief? If this is you, then you may be a candidate for stem cell therapy. Schedule a FREE regenerative medicine consultation. We have helped several patients avoid knee replacement surgery by utilizing stem cell therapy.
We provide customized treatment plans that suit your condition at Stem Cell Carolina. Contact us for a free regenerative consultation on stem cell therapy for knee pain in Charlotte, NC.
