At Bright Cell, we take stem cell banking to another level. Stem cell banking means more than storage to us. Currently, many companies offer umbilical cord tissue (stem cell) storage services, but most of them simply freeze the umbilical cord tissue after cutting it into pieces. However, our company begins the process of isolating stem cells from the umbilical cord tissue (usually within 1-2 days after childbirth) as soon as we receive it. After several weeks of culture expansion, and enrichment of the stem cells, we store the actual stem cells in a stem cell bank. In simpler terms, we store the stem cells that have been extracted from the tissue, rather than storing the raw tissue. Storing cells allows for better preservation of the stem cells' activity and function, while storing tissue involves waiting for a future extraction of stem cells (which can take several weeks to several months). There is also a risk of decreased stem cell activity in the frozen tissue, making it difficult to expand to a sufficient quantity of stem cells. The optimized strategy for stem cell banking in Bright cell is based on our strong R&D experiences in the IND (investigational new drug) applications and clearance for conducting stem cell clinical trials under the regulation of US FDA. Our team of experts is dedicated to discovering and developing stem cell treatments for some of the most challenging diseases of our time. Explore our website to learn more about our work on the clinical development of stem cell products.
Cord tissue mesenchymal stem cells are derived from the umbilical cord that connects the mother and the fetus. Stem cells are obtained from the umbilical cord tissue after it is detached from a newborn baby, causing no harm to the human body. They are an ideal source of mesenchymal stem cells. Compared to mesenchymal stem cells from other adult tissues, they are purer and more primitive, with stronger cell proliferation and differentiation abilities. These cells have strong functions in inhibiting inflammation, immune regulation, and promoting tissue repair. They can secrete bioactive factors that participate in regulating inflammation and repairing damaged tissues to facilitate recovery. Mesenchymal stem cells hold great potential to address a variety of healthcare and cosmetic needs in the future.
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