How Very Intense Pressure Pulses Help Tissue Regeneration
The CellSonic VIPP stimulates the body to regenerate damaged tissues. Recent Studies have greatly
advanced the understanding of how pressure pulses affect human biology. Research has shown how high-energy acoustic waves translate into biochemical signals, that can activate cells to trigger angiogenesis, the recruitment of stem cells to the site of treatment. Stem cells are vital to healing the body, working continuously to find inflammation, damage, and diseased tissues to repair and are an essential tool in the body’s fight against cancer and other diseases. Such shockwave therapy has also been shown in studies to stimulate osteoblasts - bone cells responsible for bone healing and the production of new bone. Additionally, fibroblasts are also stimulated – cells responsible for the healing of connective tissue such as tendons and ligaments.
The technology behind the CellSonic VIPP comes originally from over 40 years ago, stemming from the use of shockwaves to break up kidney stones, eliminating risky invasive procedures and reducing the cost of treatment dramatically. As the technology evolved the CellSonic was developed to specifically deliver Electrohydraulic focused shockwaves, found to be the most effective therapeutically and with results obtained with a smaller number of sessions. The high energy focused pressure pulses generated at a rate of 4 per second have rise 1000 times faster and a peak pressure 10 to 100 times greater than radial (unfocused) shockwaves This allows them to deliver a more targeted result, triggering the body’s own healing mechanisms to begin to repair and regenerate damaged tissue. Our Cell Sonic Treatment sessions are available at our Clinic in a relaxing and uplifting environment, and include an initial conversation over a herb tea cocktail followed by 30 minutes of hydrogen inhalation and then the CellSonic treatment itself.