This patent pertains to the migration of adipose-derived adult stem cells. To be more specific, it concerns a new usage of adipose-derived adult stem cells, which can migrate to the body areas affected by diseases more effectively following a pretreatment with a specific type of chemokine or a growth factor.
Read moreThis patent pertains to human adipose-derived adult stem cells, which are multi-potent stem cells. To be more specific, it concerns human adipose-derived multi-potent adult stem cells, which can be maintained in its undifferentiated state through the formation of spheres and have an excellent proliferation rate, as well as the method of extracting and maintaining the
Read moreThis patent pertains to a cellular therapeutic agent, containing human adipose-derived adult stem cells and follicular cells obtained from the scalp tissue, used to induce hair growth. To be more specific, it is regarding a cellular therapeutic agent for hair growth that contains human adipose-derived adult stem cells and scalp hair follicle cells containing CD34-positive and/or negative cells at a designated mixing ratio.
The cellular therapeutic agent for hair growth obtained according to this patent effectively leads to hair growth when applied in the presence of symptoms that arise in cases where hair follicles do not form properly such as alopecia (hair loss) and atrichia.
This patent concerns the method of manufacturing a composite product containing human adipose-derived adult stem cells, fibroblasts and fat or fat cells, for skin care or plastic surgery purposes.
Read moreThis patent pertains to human adipose-derived adult stem cells, which are multi-potent stem cells. To be more specific, it concerns human adipose-derived multi-potent adult stem cells, which can be maintained in its undifferentiated state through the formation of spheres and have an excellent proliferation rate, as well as the method of extracting and maintaining the said adult stem cells, the method of differentiation of the said multi-potent adult stem cells into neurocytes, adipocytes, chondrocytes, osteoblasts and insulin-secreting pancreatic beta cells, and the cellular treatment agents, containing the said adult stem cells or differentiated cells, for breast tissue formation and treatment of osteoarthritis, osteoporosis and diabetes.
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