OXYZ cell therapy adopts specificity and precision medicine from range of unipotent stem cells (USC) and pluripotent stem cells (PSC) with directed differentiation to reactivate specific organs that advanced by age, caused by degenerative conditions, and strengthen overall body function. The specificity and precision approach takes into account individual variability in genes, environment, biological health condition and lifestyle of each person. It fully enables organ targeted capabilities and individualized therapy for best efficacy.
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Cells follow a predetermined path of differentiation along the specific direction under unipotency stem cells. It divides through cell division and turns to a more specialized cell of the tissue of origin with specific function and accomplished by stimulation into the recipient’s own deficient cells. It also eliminates immunogenicity almost to nil. For example: hepatocytes differentiate into liver cells, neurons differentiate into brain cells, osteocytes differentiate into bone cells, and cardiomyocytes differentiate into heart cells.
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Pluripotent stem cells form cells of all germ layers but not extraembryonic structures, such as embryonic stem cells. To be successful in regenerative medicine, directed differentiation protocols from embryonic stem cells are formed to mimic the development of an inner cell mass during gastrulation. During this process, embryonic stem cells differentiate into ectodermal, mesodermal, or endodermal progenitors with specific purpose and function. The power of embryonic stem cells is to regenerate more then 220 cell types in human body.