What are Stem Cells and How They Are Helpful for Joint Pain?

Rheumatoid arthritis or joint rheumatoid disease is a chronic and common disease that affects about one percent of the world’s population and is more common in women than men. Some signs of the disease include pain, swelling, pain while on the move, joint movement and pain when in touch; the patient may also experience systemic symptoms such as fever, weakness, fatigue, loss of appetite and weight loss. There is currently no definitive and permanent cure for this disease, but there are hopes for stem cell therapy in NYC for this condition.

Although stem cells have been detected for many years, many questions remain unanswered: what types of stem cells should be used for? How to manipulate cells for sustained effects? How does the treatment work? There is still little research about this, and researchers are still in the early stages of the study to determine the efficacy of these cells. The study indicates that although bone marrow mesenchymal cells are safe for the treatment of rheumatoid arthritis and have no side effects, further research is required on the effectiveness and efficacy of the stem cells in treating patients.

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What are Stem Cells?

Most of our body’s cells are specific and distinct types of cells; heart, lung, muscle, nerve, blood and so on. But stem cells are not distinct, which means they have the ability to become more stem cells or other types of cells. Stem cells can also be broken down indefinitely and substitute worn tissues. They have the ability to become other cells and have the ability to act as a ready-made body repair system.

These cells are well-known for their unique ability to become different types of cells. This means they have the ability to regenerate the patient’s organs, known as “regenerative medicine” in the medical field. Scientists have previously focused on embryonic stem cells because they naturally translate into thousands of other cells, and ultimately into the tissues and organs of the baby. However, ethical issues and regulations for these cells have led the researchers to seek alternative solutions.