"How do patches work?" The patented photoceutical patches induce more of your OWN regenerative peptides. The crystalline lattice in the center of the patch functions as an optical reflector that reflects infrared light emitted by YOUR body, sending it back into the skin at wavelengths that tri...
X39 Stem Cell Activation Patches The Problem By age 35, you have lost over half of your Stem Cell activity and by age 60, you will lose almost all of your Stem Cell activity. Fact Stem Cells are the repair cells of your body.
A simple story of how X39® Stem Cell Activation Advanced Technology Patches work. ‘The Sun Story’ When you are in the sun, the light from the sun signals the body to up Vitamin D production in your body. We all know that. Right? The X39® patch does not need the sun. We...
Stem Cell-Derived Cardiac Patches: A Tissue Engineering Approach to Cardiac HealingThe role of adult stem cells in cardiac homeostasis and repair has been addressed by several studies and the possibility that resident or circulating progenitors could be transplanted into the damaged myocardium envisaged ...
Bergeles' team has created a working model of an operating room equipped with a robotic arm that can translate the movement of a surgeon. For the moment, they operate only on mannequins but one day they hope to be able to be restoring sight one cell at a time.RELATED...
I wanted to say I like the stem cell patch very much, I do notice I have more energy and the pain down my left leg has been reduced. Also I gave a few patches to my daughter who was having a problem with her liver, and she placed a patch over it, within a few hours her pain...
A healthy heart comprises various cell types, including cardiomyocytes, endothelial cells, fibroblasts, immune cells, and among others, which work together to maintain optimal cardiac function. These cells engage in complex communication networks, known
The niche where stem cells reside, was traditionally understood to comprise heterologous cell populations like fibroblasts, immune cells, sensory neurons, arrector pili muscles, and blood vessels [19]. However, recent findings have identified apoptotic EpSCs as a novel niche component, significantly inf...
the ability to give rise to various specialized cell types [17]. According to the last mentioned characteristic, stem cells are classified into two major categories; pluripotent which can differentiate into any cells in the adult body, and multipotent which differentiates into more limited cell types...
The niche where stem cells reside, was traditionally understood to comprise heterologous cell populations like fibroblasts, immune cells, sensory neurons, arrector pili muscles, and blood vessels [19]. However, recent findings have identified apoptotic EpSCs as a novel niche component, significantly inf...