Stem Cell Transplants and Oxidative Stress
May 12th, 2009Numerous people using Eng3′s device have also been treated with stem cell transplants. The Activated Air device can be very beneficial to people undergoing stem cell transplants because it promotes cellular activities. The importance of cellular activity for stem cell transplants starts early. Before stem cells are transplanted, they must possess sufficient biological activity to ensure that they will be successful once implanted. This is why scientists need to be certain that the stem cells are healthy and functioning before going through the process of transplantation. After transplantation the stem cells are exposed to the same protein-damaging effects as the entire organism. They are especially susceptible to oxidative stress damage. Protecting against this damage is critical. With support from Activated Air, critical protein functions such as oxidative response, are improved and oxidative damages are counterbalanced. Increasing the organism’s cellular activity is an excellent way to ensure health improvement for a client receiving stem cells.
The impact of oxidative stress on stem cells is multifold and described in depth in the scientific literature. Most research is specific to a particular protein function or dysfunction. However, the sum of proteomic stem cell research clearly points to the importance of protein function in beneficial stem cell activity. An excellent overview of this research is found in the article “Concise Review: Trends in Stem Cell Proteomics” Stem Cells Vol. 25 No. 8 August 2007, pp. 1888 -1903.