Stem cell diabetes treatment has given new hope for a definitive cure from type 1 diabetes, as treatment is currently being done using stem cells to replace damaged cells.
How to treat diabetes with stem cells in Turkey
The treatment of diabetes through the use of stem cells has made a quantum leap in treatment, giving patients hope for a full recovery from this incurable disease.
Type 1 diabetes occurs when the body fails to produce enough insulin because the beta cells in the pancreas that are responsible for producing the hormone insulin are destroyed.
Scientists have recently used stem cells to treat this problem, as stem cells are characterized by their unlimited differentiation of any cell in the human body.
These cells are being studied in the laboratory and converted into insulin-producing cells, then these cells are transplanted into the pancreas of diabetic patients, thus replacing the damaged cells in them.
The function of insulin-producing cells is to lower the level of sugar in the blood. Patients with type 1 diabetes resort to injecting insulin periodically to lower the level of sugar and keep it under control.
Frequent injections of insulin and the need to measure blood sugar frequently throughout the day is an inconvenience for diabetics who may need to do this several times per day in addition to the effects of diabetes on quality of life and complications that may result from it.
Stem cell treatment of diabetes allows patients to cure and recover permanently from this disease, which has always been an obstacle for these patients to live their lives normally.
Recently, a completely cured case of type 1 diabetes has been recorded, and clinical trials are still ongoing, with very satisfactory results.
Turkey has developed in the field of using stem cells for treatment, as it has been able to provide the latest laboratories and techniques necessary to extract these cells and develop them into a variety of cells that are useful in treating different diseases, and is also characterized by their relatively low cost compared to Western countries.
The field of stem cell therapy has revolutionized the medical field as a whole, as the benefits of stem cells are not limited to treating diabetes only if stem cells can be used to treat many medical problems such as their use hair loss solution and cure arthritis.
Where are stem cells extracted from and what are their advantages?
Stem cells are extracted from the human body so that they are abundantly present in the umbilical cord blood and bone marrow, as well as in the liver, fallopian tubes, and in many places throughout the body.
The main function of these cells is to replace the dead cells of the body itself, as these cells can replace the dead cells of the body with new cells that have the same function.
There are many types of stem cells according to their ability to divide and differentiate. Embryonic stem cells are the best type because they are multipotent and can transform into any type of cell.
By extracting stem cells from the human body, scientists were able to treat chronic diseases that people have long believed to be incurable diseases, as is the case by using them to treat diabetes.
These cells are isolated in modern laboratories under the supervision of a team of doctors and laboratories so that they can be used later in the management of various diseases such as diabetes.
Stem cell diabetes treatment success rate
In fact, stem cell diabetes treatment holds promising results, as many cases of diabetic patients have been recorded, their condition has improved, and some of them have been completely cured of the disease.
A specific success rate is not available in numbers because the treatment is still new and no adequate statistical studies have been conducted to help calculate the success rates.
My Experience with Diabetes Stem Cells
Brian Shelton, one of the patients who underwent treatment for diabetes with stem cells, tells of Experience with treatment As Brian is the first patient to be completely cured of the disease, he says:
“It is a new life for me. It is like a miracle. The moment of truth came a few days after the operation, when I measured the sugar level and it was normal. Then I had a meal with my wife, then I measured the percentage and found it within the normal limits as well, so I started crying at that time from the intensity of my joy.”
Stem cell diabetes treatment cost in Turkey
There are many hospitals in Turkey, specifically in Istanbul, that offer the possibility of using stem cells to treat diabetes, and the cost varies according to the nature of the case, the type of stem cells used, and the number of sessions.
The price of stem cell diabetes treatment often starts around $10,000, you can contact us to get more details about the cost and guide you to the best hospitals in Turkey that offer stem cell transplantation.
How many days does it take to recover after diabetes stem cell treatment?
The patient is advised to stay in the hospital after the procedure for about 15 days to make sure that the operation has gone correctly. The patient undergoes several medical tests to ensure the success of the procedure.
Advantages of Stem Cell Diabetes Treatment in Turkey
Stem cell therapy for diabetes is characterized by:
- The possibility of definitive recovery from the disease
- Improving the patient's condition and relieving diabetes symptoms
- Reduce blood sugar levels
- There are no significant side effects or complications of the operation
Disadvantages of treating diabetes with stem cells
There are no serious complications or complications for the operation, but any medical procedure is not without some complications that may occur, including:
- Septic disease (due to the immunosuppressants given to the patient in case his body rejects the stem cells)
- Nausea and vomiting
- Refusal of the body to transplant stem cells
- High temperature
Research centers and stem cell hospitals in Turkey
You may be wondering why he chose Turkey for treatment What distinguishes Turkey from other developed countries in the world with treatment and why Turkey attracts thousands of tourists every year to seek treatment.
The reason behind this lies in the development of medical practice in Turkey, the provision of the latest treatment centers and hospitals equipped with the latest technology and an expert staff specialized in quality operations, in addition to the low cost of treatment.
Turkey has given the field of stem cells clear attention, as it sought to secure all the needs that help in the success of stem cell transplantation to treat diabetes and many other diseases.
Liv Ulus Hospital in Istanbul is one of the famous hospitals in Turkey that provides the latest treatment methods and technology in addition to the unremitting efforts to provide treatment using stem cells.
We work in a center Bimaristan To provide our services throughout Turkey so as to guide the patient to the best treatment centers that suit his condition.
Frequently asked questions about diabetes stem cell treatment in Turkey
Is there hope for a cure from diabetes?
In fact, the technology of treating diabetes with stem cells gave hope for a cure from type 1 diabetes, as a complete recovery from the disease was recorded and trials are still ongoing.
How much does diabetes stem cell treatment cost?
The cost of a full stem cell treatment for diabetes is on average about 90,000 USD in Turkey and this cost is much lower than in other countries.
What's new in the treatment of diabetes?
A team of researchers at Harvard University has succeeded in treating an American patient with type 1 diabetes by re-implanting new cells called stem cells into the patient's pancreas.
These new cells are being transferred within specialized research centers to cells similar to the beta islets found in the pancreas so that they work on a new secretion of insulin, which lowers blood sugar, and they are transplanted into the pancreas in the hope of treating diabetes permanently.
What is the cause of type 1 diabetes?
Type 1 diabetes occurs when the immune system is disrupted and the body attacks itself. The beta islet cells in the pancreas are affected and are responsible for secretion of insulin in the body.