ไทย
20th Anniversary Celebration of
THAI StemLife
For 20 years, THAI StemLife has helped families preserve the most precious gift of all—life itself. By banking your child’s stem cells today, you secure a safety net for tomorrow.
20th Anniversary Celebration of
THAI StemLife is FIRST and LEADING Private Stem Cell Bank in Thailand. Established in 2005 through a group of leading Thai Ob&G and IVF specialists, THAI StemLife has in the past 20 years, repeatedly proven its leading role in Stem Cells Collection, storage, and curative releases both in Thailand and SE Asia. Groundbreaking use of preimplantation genetic diagnosis (PGD) with HLA matching and subsequent curative bone marrow stem cell transplants for thalassemia affected siblings for the first time in Asia and Thailand.
Our partners
Why Us?
1st Stem Cell Bank in Thailand
THAI StemLife, we are the first private stem cell bank in Thailand established in 2005.
Leading Private Stem Cell Bank in Thailand
THAI StemLife, we are the leading private stem cell bank in Thailand.
Over 20,000 families in Thailand
Over 600,000 families all over Asia
4th Leading Private Stem Cell Bank Worldwide
THAI StemLife, we are proud to be the 4th leading private stem cell bank worldwide.
What are
Stem Cells?
Stem cells are miraculous, considered an alternative therapeutic approach for treating and restoring the health of all family members today.
Because Stem Cells have the ability to divide indefinitely and differentiate into various cell types, depending on their origin.
Stem Cells have been researched and developed by doctors and scientists worldwide. It has been found that whole cells or stem cells can currently be used to treat 85 serious diseases, including all types of blood cancers, bone marrow disorder group, immune deficiency disease, a disease caused by abnormalities in the production of red blood cells. Diseases from abnormalities of the metabolic process including being able to restore health from the deterioration of various organs within the body as well.
Stem cells are characterized by their capacity to develop and differentiate into various cell types to replace lost cells to return to function within the body efficiently.
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