April 25, 2014

The stem cells collected from umbilical cord blood are currently able to treat more than 80 known diseases, with over 30,000 successful transplants taking place over the last 20 years. But researchers are not satisfied to stop here, as there are more diseases out there that cord blood could potentially treat. Some of these diseases are currently difficult or impossible to cure and that is why stem cell research is growing and expanding. As it grows, there will be more options for parents who collect and store their child’s cells through cord blood banking services like CariCord or Cord Blood Registry. CariCord has definitely shown to offer quality that parents can trust, due to their ties with the University of Colorado Cord Blood Bank and ClinImmune Labs

Currently, scientists and stem cell researchers at the University of Colorado’s Charles C. Gates Center for Regenerative Medicine (located on the Anschutz Medical Campus in Aurora, Colorado) are studying are studying the mechanisms that cause stem cells to grow tissue, organs, bone, and blood cells, as well as their role in treating diseases. It is entirely possible that there could be uses for cord blood and tissue next month that are not available today, as this field is continually growing and expanding. This is one reason why many parents are deciding to bank their child’s cells. Some turn to CariCord, others to Cord Blood Registry; they choose cord blood banking because they know that the only chance to collect their child’s cells is at birth. They know that while they may or may not see a use for the stem cells found in umbilical cord blood today, there could be new treatment options tomorrow, and those options could end up playing a crucial role in the health of their child.

At the Charles C. Gates Center for Regenerative Medicine, many things are being studied simultaneously, such as cancer stem cells and their ability to grow and maintain cancer cells, or the profound implications of using stem cells as treatment in spinal cord injuries, blood cancers, skin diseases, and even Parkinson’s disease. Scientists engaged in stem cell research at the center are also currently focusing on specific areas of disease, including muscle deterioration, lung disease and Type II Diabetes.

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