For instance, one study found fetal cells in scar tissues left by C-sections. And once they’re in the mother’s blood it may be possible for them to circulate and attach themselves in tissues. That’s because fetal cells have the ability to turn into different kinds of cells. ![]() 4 There they have been found to survive for decades in tissues such as the skin, liver and spleen.īeyond creating an inescapable lifelong bond, some scientist believe these fetal cells to be beneficial to mothers by aiding in things like repairing injuries and damaged organs. 3 Other scientists have traced fetal cells transferred to a mother’s bones, liver and lungs. 1,2 Later studies found that fetal cells crossing the blood-brain barrier can turn into neurons. ![]() One of the earliest studies tracing this phenomenon - referred to as microchimera - found male DNA in female brains of mothers in their 70s who had sons. Yet scientists are just starting to scratch the surface on how these fetal cells are interacting with maternal cells and what purpose they serve. These cellular threads, so to speak, have been found to stay with the mother for decades. Studies have shown cells from the fetus cross the placenta and enter the mother’s body through her bloodstream, where they can become part of her tissues. As it turns out, there’s a lifelong connection that forms between baby and mother after conception - and it starts at the cellular level.ĭuring pregnancy, mom and baby’s cells do a sort of mingling dance. The saying “a mother holds her children in her heart” could literally be true. Schedule Blood Draw (Existing Patients).Order Tests and Track Status on NateraConnect.
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