08 Dec Does Stem Cell Therapy Really Work?
As you look for ways to enhance your health, you may have heard about stem cell therapy. But what is it? Does it actually work? Read on for the information you need to decide if stem cell therapy is right for you.
What is stem cell therapy?
Stem cells are the only cells in the body with the ability to produce a number of highly specialized cells necessary for essential body systems. Stem cell therapy involves harvesting, growing, and processing stem cells in a lab for treatments of various illnesses or ailments. Stem cell therapy can be administered as an injection or via IV treatment.
What does current research on stem cell therapy say?
Stem cell therapy is being studied as a treatment for a wide range of conditions. Particular progress is being made in treatments for neurodegenerative conditions like Parkinson’s disease, Alzheimer’s, and spinal cord or brain injury.
Studies have demonstrated that stem cell therapy can help repair heart muscle and tissue. Stem cell therapy also has shown great progress in dentistry, helping to regenerate dental pulp and bone. Better yet, these studies demonstrated little to no adverse effects from stem cell therapy treatments.
While no treatment for specific conditions is FDA-approved at this time, stem cell therapy has benefits that can help support and enhance existing traditional treatments.
Benefits of stem cell infusions include:
- Reduces Inflammation: Reducing inflammation can help heal cellular damage and relieve symptoms resulting from some autoimmune diseases.
- Supports Healthy Metabolic Function: Helping your metabolism work efficiently can help with weight loss, toning muscle, and boosting energy.
- Relieves Chronic Pain and Promotes Tissue Regeneration: The cellular healing properties of stem cell therapy help repair damaged tissue and promote healthy cell regeneration.
- Supports Immune Health: Fuels your immune system to keep it strong and improve recovery time.
Why don’t we know more about stem cells?
The most potent stem cells for therapeutic use are derived from human embryos, which has led to much controversy over ethical concerns. There are also ethical concerns that some research could be applied to human cloning. These apprehensions have led scientists to proceed with studies and research cautiously, as new regulatory guidelines and standards are forged in this rapidly progressing field.
Even though the development of therapies has been a slow and meticulous effort, we can expect stem cell therapy to become a more common treatment for various ailments in the near future.