#STEM CELL TREATMENT DENVER TRIAL#
The clinical trial that Kris Boesen participated in was just one of several potential new forms of stem cell therapy, which is the name given to the process of injecting stem cells into a damaged or diseased part of the body and then “programming” those cells to regenerate healthy new cells. Additionally, researchers have discovered the presence of stem cells in amniotic fluid and cord blood, providing potential new resources for stem cells. Researchers are currently studying ways that adult stem cells can be altered to behave as embryonic cells. New studies suggest that these stem cells may also be used to repair or regenerate healthy cells in the body, though their capabilities are limited when compared to embryonic stem cells. Adult stem cells: A small number of stem cells are found in the bodies of adults, generally in the bone marrow or fat.The embryos that the stem cells are harvested from come from eggs that were fertilized at in vitro fertilization clinics and are donated when they are no longer needed through informed consent from donors. Blastocysts contain about 150 cells that can be used to repair tissue and organs in any part of the body. Embryonic stem cells: These cells come from 3-5 day old embryos, which are known as a blastocyst.For example, stem cells may create new brain cells, blood cells, or heart cells as needed. Either in the body or in the lab, these cells can divide and form “daughter cells” that can repair or increase the ability for those specialized functions.
Stem cells have been used post-surgically to enhance recovery and improve long-term outcomes.Īs explained by Mayo Clinic, stem cells are cells from which all other cells with specialized functions are generated. It’s important to know, regenerative stem cell therapy is not just warranted as a treatment plan for catastrophic injury cases – stem cells are now being used to treat many people involved in motor vehicle accident with traditional spinal and orthopedic injuries. The results were just one example of how research is turning to stem cell therapy in hopes of making permanent paralysis a notion of the past. However, last fall, Kris was able to write his own name with a pen on a piece of paper, just three months after participating in a clinical trial that featured injections of stem cells designed to reduce the size of spinal cord injury cavities and replace the coating of the nerve cells, stimulate nerve cell growth, and produce blood cells that flooded the injury site with oxygen needed for healing. He suffered difficulty breathing on his own and was told that he would likely never regain control of his limbs. Kris woke up in the hospital, paralyzed from the neck down. In March, 2016, a young man named Kristopher Boesen, known as Kris, lost control of his car on a slippery surface and slammed into a tree and a light post. How Can Stem Cell Injections Help Recovery?
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