Rheumatoid Arthritis is an autoimmune malady instigated by a miscarrying immune system (autoimmunity) attacking the body’s own healthy tissues in the joints, causing swelling, pain, swelling, rigidity and loss of function in the joints. It is a chronic ailment that results in long-standing joint impairment, loss of function and disability. Individuals with this disease have antibodies in their blood which target their own body tissues, occasioning in inflammation. In some folks, the disease is unremittingly active and gets worse over time. In the case of rheumatoid arthritis, numerous organs in the body can be affected. Early diagnosis and speedy subsequent treatment of symptoms might avoid joint destruction, organ damage and infirmity.
Rheumatoid Arthritis generally affects joints on both sides of the body equally. Wrists, fingers, knees, feet and ankles are the most frequently affected. Symptoms of Rheumatoid Arthritis take account of:
- Joints pain and inflammation
- Rigidity in the joints in the morning and after sitting repeatedly
- Over time, joints might lose their range of motion and might become distorted.
- Chest pain when taking a breath (pleurisy)
- Dry eyes and mouth (Sjogren syndrome)
- Eye burning, itching and discharge
- Numbness, tingling or burning in the hands and feet
- Sleep problems
1.Is a Stem Cell Procedure the same as PRP (Platelet Rich Plasma)?
No. PRP is concentrating platelets in the blood, not stem cell therapy.
2. Do mesenchymal cells stay localized to the injection site? Is there any risk of them traveling throughout the body?
MSC’s do stay localized to the injection place across multiple studies. This is likely related to the fact that they usually do not flow in the blood stream like other adult stem cell types and are chiefly found resident in the tissues they serve.
3. What complications have been confronted with the procedures?
Using the pertinent guidelines for complications reporting, our complications till date have been in the mild to moderate grouping and rare. This means that either the complication (like brief swelling) required no medical treatment (mild), or if it did necessitate medical treatment, the treatment was simple (moderate-like a patient who failed the process who eventually decided to get the knee replacement that he or she was planning before the process).
4. Why can’t I be on certain medicines during the procedure?
Certain sorts of medicines will negatively sway the stem cells. Furthermore, we usually see that many prescription medicines will lessen stem cell number.
5. How painful is the process for implanting stem cells?
It is somewhat as painful as a typical shot in a doctor’s clinic.
6. When can I expect to feel better and see the results?
The results should become obvious over 1-3 months, but at times can take as long as 6-9 months.
7. When can I return to normal activity?
This depends on the kind of procedure. However, all of our techniques are designed to promote as much early activity as possible.
Stem cells are those cells that can easily become the cells of diverse organs where their need ascends. This means that stem cells can develop into cells of the brain, heart, muscle, organ, tissue or cartilage and so to treat many complex ailments such as Rheumatoid Arthritis, Parkinson’s Disease, Diabetes, etc. Stem cell therapy is at the heart of a new arena of science and medicine called regenerative medicine. Since stem cells have the unique aptitude to renew themselves and bring about generations of cells with diverse degrees of differentiation, the use of this therapy becomes tremendously encouraging and auspicious for those who struggle with incapacitating diseases. They also replace impaired cells in different body portions without any risk of being rejected and without triggering any side-effects. Anecdotal evidence shows stem cell therapy can cause better and quicker healing of impaired tissues and can regulate the immune system to stop any pathological reactions while fighting the effects of Rheumatoid Arthritis. Besides, mesenchymal stem cells introduced by stem cell therapy manufacture anti-inflammatory agents to decrease inflammation of impaired cells and tissues while not quashing the patient’s immune system. They also generate T regulatory cells, immunity cells that guard the body from immunological self-attack.