Stem Cell Treatment: A Promising Option for Osteoarthritis

Stem Cell TreatmentIn the United States alone, nearly 10 million individuals suffer from osteoarthritis, the most common degenerative joint disease. Topping the list of causes of disability in people aged 50 years old and above, osteoarthritis can lead to debilitating arthritis that severely affects the load-bearing joints, particularly those that play major roles in normal movement, such as the knees and hips.

Much thanks to innovations in the health and medical fields, osteoarthritis sufferers now have a number of treatment options to choose from. They no longer have to settle with just killing the pain temporarily; they can now undergo osteoarthritis stem cell treatment, which can provide a way to get back on their feet – literally.

The Power of Stem Cells

The human body is home to stem cells, which have several characteristics that make them special and distinguishable from normal cells.

These basic building blocks can rejuvenate, repair, and rebuild damaged tissues in the body. In a person suffering from an injury or disease, these cells react to certain signals through facilitating the healing process. They do this by dividing themselves and developing into new cells that the body needs to repair the damages.

While stem cells don’t actually serve the body on their own, their development into a cell that benefits it, such as a bone cell or cartilage cell, does.

Stem Cells as Treatment for Osteoarthritis

Stem cell treatment targets the osteoarthritis-affected joint areas to promote the creation of healthy, new cartilage cells. The process involves injecting these specialized cells into the joint in order to create chondrite cells. And because they have natural anti-inflammatory properties, sufferers can find relief from the pain and swelling.

Stem cell treatment offers an alternative to patients with osteoarthritis and other joint-related conditions who want to minimize their medication dependence, or who don’t respond well to traditional treatment methods.