The fetus grows in the mother's womb and surrounds the important fluid "amniotic fluid", which is also the original source of life! The medical community has confirmed that amniotic fluid is not only a barrier to protect the fetus, but also rich in early stem cells, which are involved in the development of the fetus. Through routine obstetric examination procedures, a small amount of amniotic fluid can be obtained from pregnant women at 16 to 20 weeks of pregnancy through amniocentesis. The amniotic fluid can be cultured to "amniotic fluid mesenchymal stem cells" (AF-MSC) which have excellent proliferation and differentiation ability.
AF-MSCs are derived from the germ layer of early fetal development. They are multifunctional stem cells with strong regeneration and differentiation capabilities, which can be used to promote and repair tissues. Its number is tens of thousands of times that of adult stem cells, its differentiation potential and activity are better than that of adult stem cells, and its function is similar to that of embryonic stem cells, but the source is less ethically controversial. AF-MSCs are one of the most potential sources of stem cells in regenerative medicine
- The youngest fetal stem cell >> No ethical controversy
- Fast proliferation rate >> Cell culture mass production is easy
- High gene stability >> No tumor formation
- Many types of differentiation >> Many indications
- Low immune rejection >> Wide application
- Current animal studies have shown that AF-MSCs help regenerate and differentiate different organs and tissues, including kidneys, bones, skin, cartilage, liver, and heart.
- AF-MSCs are cells in the early stage of the fetus. The telomere length of the chromosomes is very long, which means that the cell proliferation and growth ability is better than that of postnatal cells, and the aging rate is slower.
- The immunogenicity of AF-MSCs is very low, so preservation of amniotic fluid can provide opportunities for those who are closely related to take advantage of medical advances.