Health Health Care

What your placenta can and can't do?   


jauhar khan 
@jauhar123 | Posted 10 Jun. 2019



Many expectant parents examine their options for their child's cord blood - whether to donate it, confidentially bank it, or have it discarded as medicinal waste - but what about the placenta? Can it, too, be a helpful source of cells that one should consider saving? Before we approach that question, let's first discuss the placenta itself.



The placenta is a maternal-fetal ***** that grows in the ***** during pregnancy and, among other things, is capable of providing the growing fetus with oxygen and nutrients while also eliminating toxins — the maternal side of the placenta supplies with blood from the *****. The fetal side of the placenta takes the baby's blood from the umbilical cord. Placenta cell therapy are also developed by researchers that will help in the hip treatment.


The fetal and maternal blood vessels are near enough within the placenta to allow for the transfer of nutrients, oxygen, and waste products. However, the two circulations do not join. Once the baby is born, the placenta separates from the uterine wall and is discharged from the body. The placenta is often pointed to as the "afterbirth".


There is no doubt that the placenta is a wondrous *****, but to date, when it comes to stem cell banking, it often gets a back seat to cord blood. This is not shocking, though, as the first cord blood transplant happened more than 25 years ago, whereas the earliest human transplant of placental determined stem cells occurred a little more than 11 years before in March of 2008.


What is meant by placental blood?


Placental blood is the blood that lives within the blood vessels of the placenta later the baby is born. It is gathered after cord blood collection has been finished. Placental blood contains similar cells to those seen in the cord blood, including hematopoietic stem cells (cells which make blood cells). What makes placental blood different is that is it contains a higher concentration of specific stem cells, and in more young stages of development when compared to cord blood.

This is necessary because the number of stem cells used in treatment has been associated with transplant outcome, and more immature cells are less likely to request a graft-versus-host response in the transplant recipient.


Placental blood also contains a higher fraction of a special type of stem cell, termed as mesenchymal stem cells, than cord blood, and even these cells are currently being investigated around the world for a potential role in regenerative medicine, which aims to use these specialized cells to rebuild or replace injured or diseased cells or organs.


If anyone interested in saving your baby's placental blood in addition to the cord blood (currently, only LifebankUSA supports this service) your doctor, nurse or midwife will package the whole placenta to be transferred to LifebankUSA simultaneously with the cord blood. Once at the lab, the placental blood is obtained in sterile conditions by specially trained laboratory technicians. You have any hip issues you can prefer hip stem cells Dallas, which provides you the best treatment.