Repair and Regenration
Stem cells can be directed to repair, replace the areas of systemic damaged tissue such as aging, damage, etc.
Autologous Adipose Stem Cells Anti-aging Service
Paracrine Effects
Stem cells can synthesize and secrete a variety of growth factors, and regulate metabolism, immunity, anti-aging and activation of endogenous regulators.
Activation of Internal Stem Cells
Stem cells release a large number of cytokines, activate adult dormant stem cells in vivo, and greatly enhance anti-aging effects
Blood Vessel Regeneration
Stem cells accelerate vascular cell growth and accelerate wound tissue repair by promoting endothelial cell proliferation
Automatic Regulation
Stem cells produce specific active factors that regulate the survival, migration and reproduction of stem cells themselves.
Immune System Effects
When cells have unique immunomodulatory properties, they can inhibit lymphocyte responses and improve immune regulation.
The Nobel Prize In Physiology
The Nobel Prize In Physiology For The Last 5 Years Has Been Presented In The Field of Cytology!
THe 19999 and 20000 edition of the world famous American Journal of Science named Stem Cells as one of the world’s “Top Ten Scientific Achievments”
2009
Discovered the mechanism of telomere and telomerase protecting chromosome
2011
Discovery of dendritic cells and their role in acquired immune systems
2012
Reprogrammed the nucleus, including pluripotent stem cells(PS cells)
2013
Discovered the role of vesiculor transport in the cell system
2014
Discovery of brain cell-level ‘GPS’ systems to open up new ways for precision anti-aging biotechnology
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