Thursday, July 25, 2013

Can Rheumatoid Arthritis Be Cured Through Stem Cell Treatment? Find the Answer!


Rheumatoid arthritis (RA) is known as a painful disease which is potential to lead to crippling. Arthritis can be varied such as stiffness, painful joint, swelling, and also limited movement. The parts of the body which are potential to be attacked by the arthritis include the skin, the joints, blood vessels, and some other organs in the body.

Recent studies show that this kind of disease can be healed by using stem cells. These cells are able to keep on growing and dividing as long as the individual is alive. In addition, they are able to turn into any specific cell types. In this case, these cells are claimed to be able to replace the damaged cells due to arthritis. Thus, they are able to provide healthy cells for healing the disease.

If this kind of disease is abandoned, it is potential to cause the heart disease and even death. However, long life treatment is not able to completely cure this disease. Based on the research from Leiden University Medical Center in The Netherlands showed that patients with arthritis who were treated with stem cells gained improvement.

This study is supported by another study from an Austrian study. This study took longer time with three patients. This study showed that the significant improvement. All studies found that stem cells are safe and effective to use for this disease treatment.

Umbilical cord contains Messenchymal stem cells which are able to form into another type of cells. These cells are then able to replace the damage cells so that they are able to heal the disease. To use as the treatment, these cells are injected to the affected joints or around it. The most benefits the patents can take are that they don't need to take immune suppression drugs.

Another benefit the patients can take is that they are able to provide them long term remission so that the rheumatoid arthritis can be cured. Unlike the medicine, this kind of therapy is able to replace and stop the damage cells from continuing.

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