The success rate of knee stem cell therapy varies depending on the severity of the condition, the patient's general health, and the type of stem cells used. Studies suggest that 60 to 80% of patients experience pain relief and better mobility after treatment. Some report that benefits last several years, but results aren't guaranteed. Consulting a specialist can help you determine if regenerative knee therapy is the right option for you.
Stem cell injections for the knees are effective in around 98-99% of cases. For every 100 patients who have received the intra-articular injection, at least 98 of them have benefited from it. As for the improvement of these 98 patients, at least half of them have received a very good response to treatment, which means that they have relieved pain and have avoided surgery for years, about 25 to 35 of them have received good to regular improvement, translated into pain relief, they have returned to sports and daily activities with few limitations, and the rest show a discreet to moderate benefit of the therapy, which can be explained as stopping degeneration, avoiding further harm, in all scenarios, patients they have been able to return to their daily activities in a few days without pain. Welcome to the exciting new field of stem cell orthopedics. As a doctor who has specialized in regenerative injection therapies for more than 20 years, knee pain is the number one problem I encounter with my patients.
The success rate of stem cell therapy, if done correctly, is 80 to 85%. Not only is it highly effective and extremely safe, but in many cases, it can produce results far superior to standard surgical and pain treatment approaches. Knee stem cell injections can regenerate knee joints and keep you out of the operating room. Kuah et al found that, compared to placebo, stem cell therapy significantly alleviated pain 3, 6 and 12 months after treatment.
Instead, these stem cells have the ability to mature and differentiate into several types of cells, including cells that make up bones, tendons, ligaments, cartilage, muscles, and meniscus. For some patients, stem cell injections can be very beneficial in helping to prevent or delay the long-term need for knee replacement. Many patients ask about young stem cells in umbilical preparations, but DNA compatibility is actually much more important than the age of the stem cells. Lamo-Espinosa et al believe that stem cells have a paracrine function and that their anti-inflammatory properties contribute to pain relief. We conducted a meta-analysis of the efficacy and safety of stem cell therapy as a clinical treatment for knee osteoarthritis.
The cells are able to detect the microenvironment of the lesion and determine what type of cells should grow and what molecules are needed to improve tissue healing. In addition, bone marrow stem cells age faster than adipose tissue and are therefore less effective as we get old. Stem cell therapy often fails because doctors who specialize in stem cells think that if stem cells are injected into the cartilage holes, the knee will be instantly patched up and the bone-on-bone situation will disappear. For example, red blood cells carry oxygen throughout the body, muscle cells help grow and repair muscle tissue, and epithelial cells create the skin layer.
