At the Center for Wellbeing, we are confident that our patients receive the most effective, safe and advanced regenerative therapies available. Our unique Wharton’s Jelly umbilical cord-derived stem cell therapy and placental tissue-derived stem cell therapy activates the body’s own self-healing mechanisms for cellular/tissue regeneration and repair. It’s from these two sources that our personalized therapies are derived from, each containing a unique blend of cytokines, proteins, growth factors and scaffolding properties: the functional factors involved in the reconstruction, repair, and protection of human tissue. After all, we think protocols that cooperate with your body’s natural functions are the best way to help optimize your health.
Just as one injury is different from another, so are our protocols. They are personalized based on your health history and condition. The key contributing factors to regenerative medicine are cytokines, proteins, growth factors
How It Works
Human umbilical cord Wharton’s Jelly and placental stem cells have innate intelligence and activate the body’s own self-healing mechanisms. With that in mind, the stem cells themselves do not create new tissue or healing; rather, they signal your body to activate a cascade of cellular functions.
Our stem cells age with us and we lose a significant percentage over time. That’s why as we age, our body does not recover at the same rate as it did when we were younger. Our therapies give your body a boost of fresh, very young stem cells to help with regeneration.
Our partners at Predictive Biotech receive donated umbilical cord tissue by tested, pre-screened healthy mothers and healthy babies in the United States. Both the Center for Wellbeing alongside our partners abide by the most stringent FDA and medical guidelines.
"After years of osteoarthritis in my
" I am so thrilled because I cancelled my knee replacement surgery after having the Stem Cell injections. I am 100 percent better than I was."
"I am no longer reliant on my walker. My knees are so much better after the Stem Cells."