Disease and conditions such as chronic pain is now being treated by a new medical field. It is regenerative medicine that is the new medical field. Platelet-rich plasma (PRP), growth factors, and stem cell therapy are being used in regenerative medicine. Chronic pain in different joint areas including knee, ankle, hip, wrist, elbow, and shoulder, are being treated with regenerative medicine therapies. Traditional medicine treats chronic pain with prescription medication and over-the-counter medications. Traditioanl medicine focuses on treating the chronic pain itself. In regenerative medicine, in order to minimize and cure pain, the focus is on repairing the tissues and strengthening tendons in joints.
If you are suffering from chronic pain, there is an alternative to traditional treatment methods. You can be helped with regenerative medicine. Find out the benefits that Oklahoma Institute of Regenerative Health offers below.
Since it promotes the production of collagen in the body, this is one of the benefits of regenerative medicine. Collagen is responsible to strengthen tendons and tissues. The range of motion in joints is increased when the tendons and tissues on and surrounding the joints are strengthened. Then you can move freely and do that tasks that you normally do each day when the range of motion in joints is increased.
The promotion of faster healing is another benefit of regenerative medicine. The use of growth factors by regenerative medicine can help start the process of regeneration of tissues and tendons. This leads to faster healing. You can go back to your activities sooner the moment you are healed.
Regenerative medicine also reduces the risk of future injuries and pain. Because regenerative medicine encourages collagen production, then the tendons are tightened and strengthened. When the tendons are tightened and strengthened, the risk of future injuries and pain are minimized. View here to learn more.
Now, cord blood stem cells are being studied in different applications including type 1 diabetes to determine if the cells can slow the loss of insulin production in children. The effect of stem cells on cardiovascular repair is also part of the research and they are finding out if cells selectively migrate to injured cardiac tissue, improve function and blood flow at the site of the injury, and improve overall heart function. And, with respect to the central nervous system applications, they are being assessed whether cells migrate to the area of brain injury to alleviate mobility-related symptoms, and repair damaged brain tissue. AS regenerative medicine advances they see the possibility of using the body’s own stem cells for treatment. The use of cord blood stem cells could make it possible for the body’s own cells to treat its ailments. The body will not reject its own infused stem cells. Letting the body heal itself by its own stem cells is an important focus of regenerative medicine.
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