Why Choose VSELs at PUR-FORM?
Benefits Overview
- Increased energy
- Reduced joint pain
- Improved metabolic function
- Reduced brain fog
- Reduced inflammation
- Improved wound healing
- Improved post-surgical recovery
Harness the Healing Power of Your Body’s Own VSELs
A blood or bone marrow sample is collected, and VSELs are isolated using advanced technology. These cells are activated through simulated hypothermia and combined with growth factors from your own sample. The activated VSELs are then reintroduced into your body via IV, targeting inflammation and injury. Patients often notice benefits within 2 days to 6 months.
Very Small Embryonic Like Regenerative cells (VSELs) are the cutting edge in regenerative cell therapy. These cells are found in everyone, but what makes these cells unique is their pluripotency. This means that they can form into almost any other type of cell in your body.
In the human body, VSELs are “asleep,” so to speak, but we now possess the technology to awaken them and harness their power for a number of valuable anti-aging functions. Like other adult stem cells, VSELs can be used to treat musculoskeletal conditions, but what truly sets them apart is their potential to treat autoimmune diseases like osteoporosis, Hashimoto’s thyroiditis, rheumatoid arthritis, and ankylosing spondylitis, as well as pulmonary problems.
VSELs hold some of the most promising advances in recent anti-aging medicine.
Very Small Embryonic-Like Stem Cells (VSELs) are a special type of regenerative cell that act similar to embryonic stem cells, without the disease risk and ethical issues.
VSELs are pluripotent, so they’re able to form into virtually any other type of cell in the body. As a result, VSELs have shown to be effective not just for musculoskeletal conditions, but also some autoimmune diseases and pulmonary issues.
VSELs produce the enzyme telomerase, which works to stop the shortening of the telomeres at the ends of our chromosomes. This is hugely important, as telomere shortening decreases cell function in the body and contributes to the negative effects of aging. Keeping the telomeres long essentially slows the aging process.
VSELs treatment protocols involve cutting-edge technology to activate the cells, combine them with growth factors from a patient’s own body, and return them back to the bloodstream to go to work in areas of high inflammation or in need of repair.
Patient results vary drastically with VSELs, as everyone has unique causes of inflammation within the body. A few common results we hear from patients are decreased joint pain, increased energy, improved metabolic function, and improved cognitive function.