By safely collecting and storing healthy stem cells based on our vast stem cell research experience and technology,
SKYVE offers differentiated customer-tailored services.
Stem cells are the basis of all cells or tissues that make up our body, and they are “undifferentiated” cells with the ability to differentiate into over 210 different tissue cells in our body.
The main role of stem cells is to regenerate and repair damaged tissue. Stem cells are divided into adult stem cells, which make up many of the tissues in our body, and embryonic stem cells, which originate from a fertilized egg created by the fertilization of a man's sperm and a woman's egg. All of the stem cell therapies currently available commercially use adult stem cells, which are ethical and safe.
Adult stem cells refer to the undifferentiated cells derived from cord blood (umbilical cord blood) or fat, bone marrow, and blood from fully grown adults on the verge of differentiating into specific organs, such as bone, liver, and blood. While the direction of differentiation of adult stem cells is limited, they are known to be relatively safe cells.
Embryonic stem cells, which are based on eggs, can differentiate into the cells of any tissue. Since they have the potential to become a fetus, ethical review and deliberation are needed for their research and use.
Dedifferentiated stem cells refer to somatic stem cells that have undergone differentiation and have been reprogrammed back into an undifferentiated state. These dedifferentiated cells exhibit pluripotency almost equivalent to that of embryonic stem cells. Like embryonic stem cells, it is not possible to completely rule out their potential to develop tumors, so more research and development needs to be done on safety.
Stem cells can produce other stem cells that have the same shape and ability as themselves.
While stem cells remain undifferentiated, they can develop into various types tissue cells as needed by the body.
When administered intravenously, stem cells can naturally locate and target damaged areas.
Easy to collect with simple liposuction
No immune rejection
Highly differentiable and applicable to various diseases in the future
Many of the cells can be obtained from a small amount of adipose tissue
It is recommended to store the cells while healthy, as decreased function is expected with aging and illness
Collected from the pelvic bones
No immune rejection
While the number of the cells initially collected is low, it can be increased through culture
Superior ability to differentiate into cartilage compared to adipose-derived stem cells
Bone marrow stem cells have been studied for the longest time among other adult stem cells
Use of Stem Cells
Musculoskeletal disorders
Spinal injury
Parkinson’s disease and Alzheimer’s disease
Rare diseases
Intestinal diseases
Diabetes and hypoparathyroidism
Emphysema and digestive diseases
Cardiovascular diseases
Retinal degenerative diseases
Atopic dermatitis, hair loss, wrinkles, and burns
Tumors and immune disorders
1F, 2205, Nambusunhwan-ro, Seocho-gu, Seoul,
Republic of Korea
TEL : 02-521-0521
FAX : 070-4275-5260
9:00-18:00 on weekdays, 9:00-14:00 on Saturdays,
closed on Sundays and holidays
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Collected Information: Name, region, affiliation, email address, contact number, etc.
Purpose of Collection: To receive and respond to customer inquiries, and to manage inquiry history
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