Just as the name suggests, spinal cord injuries are injuries that occur on any level of an individual’s spinal cord. While it is true that there is a lot of hard bone that protects the soft tissues of your spinal cord, it is still possible for the bones to become broken and cause a painful injury to your spinal cord. Spinal cord injuries vary pretty greatly in terms of how severe they are. The unfortunate truth is that spinal cord injuries almost always lead to some kind of disabled functionality. This is because the spinal cord is more or less the operating system of the human body. What body functions end up being disabled or damaged depends on where on your spinal cord the injury was sustained.
For what seems like a very long time now scientists and medical experts have been working to try to find a solution for spinal cord injuries. Unfortunately, they have only had very limited success in their findings. The last few years, however, new technology has emerged that has helped thousands of individual who have previously lost partial or total mobility. This treatment is called stem cell treatment in Norman.
Stem cells can be found in any and all multi-cellular organisms. The reason these cells are so special is because they possess the ability to regenerate themselves into almost any other cell on the human body. Depending on a person’s condition, it is possible for a Stem Cell Norman transplant. This is where the Stem Cell Norman would be transplanted into your body in order to help regenerate your cells that have been previous damaged.
D. Robinson, M.D. is the name of a doctor that practices pain management and non-operative spinal care treatments. He puts emphasis and focus on the fact that he can treat his patient’s spinal problems and spinal injuries without medical and without surgery. You can learn more about this doctor and the services he offers at. Thanks to doctors like Dr. Robinson more and more people who had previously thought they had to live with back pain or live with partial mobility, no longer have to.
