Regardless of these challenges, it is Colorado Pain Care’s opinion that the FDA will begin the approval process for various conditions. Many of these studies are eye-opening in their results, but you should recognize that it is likely years away before many of these stem cell treatments are officially approved by the FDA. One or even several successful, experimental outcomes suggest that there is significant promise with stem cell therapy. In addition, there is a plethora of anecdotal cases in which therapy has been effective in reversing the course of pain using stem cells. Today, stem cell therapy is primarily being offered to the public through specialized clinics in order to reverse the course of disease processes. It is also the only therapeutic option today that uses specific undifferentiated cells to repair damaged tissue. The most promising contextual application of stem cell therapy is the potential to delay or avoid surgical joint replacement for those prone to degenerative conditions.Īlthough there have been some successful human trials involving stem cell treatments (primarily in bone marrow transplantation), there remain a host of challenges still to overcome. The first is the ability to promote specific stem cell differentiation. Assessing the Potential of Stem Cell Therapies As a result, the subject experienced a reduction in pain symptoms. GABAergic neurons are believed to play a key role in inhibiting neuropathic pain impulses. Pain that results from injury or damaged tissue may respond quite well to mature stem cell treatments that target tissue regeneration, but there is also the potential to treat neuropathic pain which is not directly linked to an injury. In one study, mice were implanted with embryonic neural precursor cells that would later differentiate into GABAergic neurons. Not only was there an increase in cartilage quality, but pain diminished as a result. There are now ongoing studies in which mesenchymal stem cells have been injected in osteoarthritis patients. For many arthritis and joint pain sufferers, loss of cartilage is the key cause of their discomfort. One important target of stem cell research is the on-site generation of cartilage, the rubbery tissue found in joints that act as cushions. Stem cell treatments for chronic pain utilize multiple physiological mechanisms to heal damaged tissue and limit pain impulses. These new therapies harvest undifferentiated stem cells, implant them in a target area and stimulate them to develop into healthy tissue and organs. Stem cell therapy has the potential to revolutionize numerous areas of medicine including pain management. population has also made it an attractive focus of an emerging medical technology-stem cell treatment.
Chronic pain afflicts almost one in three Americans, making it one of the most common health conditions. The prevalence of chronic pain among the U.S.
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