Stem cell rich cord blood can be used to treat a range of diseases but frances verter ph d founder and director of parent s guide to cord blood foundation estimates that there s only a 1 in.
Cord blood stem cells pros and cons.
Storing cord blood can be quite expensive.
Modern medical research is more centered towards the treatment of advanced and complex diseases such as aids and cancer through stem cells study.
One of the primary reasons for parents to store their baby s placenta cord blood is that they are able to save their life.
Baby stem cells umbilical cord blood pros and cons.
Using the stem cells from cord blood will stimulate cell growth and introduce new healthy cells back into the body speeding up the recovery process for those who suffer from the nasty side effects of chemotherapy and radiation.
Embryonic stem cells are also referred to as pluripotent stem cell because it is essentially a blank cell and can be programmed to become any type of cell in the body.
To have an in depth and holistic idea about the entire cord blood stem cell storage here are few pros and cons that you may consider.
The blood can be kept frozen and.
But many medical experts don t support the practice of cord blood banking saying the possible benefits are very slight.
Stem cell transplants are one of the most promising treatments for certain conditions and illnesses.
Stem cells are the unspecialized biological cells present in adults as well as during the prenatal period of embryos during pregnancy.
Some see cord blood banking as a form of insurance against future illness.
The goal for all three kinds of transplants is to give patients stem cells that will grow into healthy blood cells.
They can treat cancer blood diseases like anemia and some immune system disorders which disrupt your body s ability to defend itself.
Cord blood banking pros and cons.
Cord blood has slightly more mature stem cells which.
It can be costly.
The umbilical cord fluid is loaded with stem cells.
Cord blood is rich in stem cells which can be transformed into any human cell.