Book an Appointment Today! Phone: 702-682-2864 - Email: info@motionmed.health
For centuries, people have sought a solution to relieve the discomfort of aching joints and the pain caused by joint damage and osteoarthritis. Despite the progress in medical science over the years, the prevailing suggestion has often been that surgery is the sole remedy. However, a new dawn has arrived.
When conventional avenues have been exhausted, patients are afforded a fresh opportunity for a renewed lease on life.
Regenerative solutions go beyond temporary or artificial fixes by harnessing the body's inherent regenerative potential to replace damaged cells and tissues.
Stem cells also function as signals, guiding the body to deploy its innate regenerative capabilities to the specific location, rekindling the healing process in scenarios where the body might not have initiated it spontaneously.
Clinical outcomes up to this point have demonstrated a positive trend. Notably, no patients exhibited adverse reactions to the cells, and the minor fraction that did not respond to the treatment experienced no detrimental side effects.
Since Adult Stem Cells are obtained directly from the patient's own blood, the likelihood of rejection is virtually nonexistent, in contrast to the potential issues associated with donor organs and blood transfusions.
Opting for treatment at present yields more substantial outcomes compared to delaying it. Just as in the case of other medical interventions, addressing a severe progressive ailment early is consistently preferable to waiting until symptoms and complications exacerbate.
Tom P.
Please allow 30-60 minutes of allotted time to meet with a specialist to determine if you are a candidate for our services. Stem cell exams are included and are complimentary.
8551 West Lake Mead Boulevard, Las Vegas, Nevada 89128, United States
Today | Closed |
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.