Identification and Extraction of Mesenchymal Stem Cells
VitaSpring’s X.msc are sourced from a unique location of the placenta, and as such, they bear maternal genes and are more powerful in their functional performance characteristics, which typical MSCs lack. Although it began as a theory, experiments have shown that these stem cells are in fact a unique source of broad-spectrum medical application on regenerative medicine and immune diseases.
VitaSpring’s X.msc are sourced from a unique location of the placenta, and as such, they bear maternal genes and are more powerful in their functional performance characteristics, which typical MSCs lack. Although it began as a theory, experiments have shown that these stem cells are in fact a unique source of broad-spectrum medical application on regenerative medicine and immune diseases.
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There are many types of stem cells within the placental tissue, and their functions and activity intensity also vary quite a bit. Our research team conducted comprehensive screenings and isolation of various cells in the early stages and identified this particular stem cell from a specific location within the placental tissue. During the last fifteen years of research, the team successfully developed a patented proprietary cell isolation techniques for homogeneous purification and proliferation designed to enhance specific functions. Only homogeneous purified stem cells can be used to produce stem cell drugs with maximized benefit.
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