April 30, 2015

The human body is made up of more than 200 specialized cells that carry out very specific tasks. Stem cells are cells that can replicate themselves, and can also differentiate into one of more of these types of special cells. Generally speaking, stem cells are not yet specialized to perform specific tasks in the human body, but they are extremely valuable to scientists and medical professionals, who can use them in treatments to repair damaged cells or replace lost cells. So when we ask the question, “What is stem cell research?”, we are talking about the very core of the human body, which is why both stem cell research and umbilical cord blood banking are two crucial arenas within the medical world.

Stem cell research is being pursued very aggressively by many researchers, as is umbilical cord blood banking, which is something that expecting mothers should consider, during their stages of pregnancy. Currently, the list of stem cell-based therapies is growing, with more than 80 diseases that can be treated using cord blood, including anemia treatment. It is the hope of countless medical professionals that stem cells will enable scientists to develop treatments and even cures for diseases that are currently thought to be untreatable. This is why stem cell research is important and why you should consider umbilical cord blood banking during your earlier pregnancy stages, so you can make an informed decision before the birth of your child.

There are many diseases that are caused by the loss or damage of specialized cells or tissue. However, stem cells found in cord blood can be used to repair and replace these cells, giving patients a newfound quality of life, all thanks to stem cell research. Currently, clinical trials are underway in an attempt to find a cure for Type I Diabetes, which is caused when specialized cells that produce insulin in the pancreas are lost. Current treatment primarily consists of administering shots of insulin, which only addresses the symptoms of Diabetes, not the actual problem itself. Finding a cure for this disease and countless others such as various cancers and anemia treatment would be far easier if scientists could use stem cells often found in umbilical cord blood to repair or re-grow the missing or damaged cells and transfer them to the affected area of a patient’s body.

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