Today, Parkinson's disease is particularly widespread. It has taken on a chronic nature and adversely affects the functioning of the nervous system, impairing motor activity. This condition is usually caused by the loss of cells that contain dopamine. It is due to the lack of this important component in the human body that there is a complete disruption of the motor apparatus and the proper balance of the body, and the result can be trembling limbs.
To at least temporarily alleviate this severe condition, specialists recommend utilizing drug therapy. Treatment with medications does not always yield the expected results, and symptoms return over time. However, there is a promising solution – treating Parkinson's disease in Israel using stem cells.
To achieve the most effective result, both traditional treatment methods and autologous transplantation, meaning the use of the patient's own cells, should be applied.
Stem cells in the affected body perform significant work – they halt the destructive processes in the brain and replace damaged cells with new ones. As a result, the functioning of the entire body and nervous system is fully restored.
Unfortunately, there are also damages that are classified as irreversible, meaning it is practically impossible to restore them to life or replace them with new cells. Therefore, for treatment in Israel to be effective, it is essential to seek help from a specialist as early as possible to halt the developing processes.
For treating Parkinson's disease, two types of cells are used: mesenchymal and allogeneic. The first type of cells is most commonly used. To determine which type will be more effective, the patient undergoes a thorough examination before the procedure. The collection of this important component is performed after the patient is given anesthesia. After that, for several weeks, specialists in laboratories carry out the necessary processes to prepare the stem cells for reintegration into the body and direct them towards treating a specific disease.
The administration also varies. The patient's processed stem cells are returned either intravenously or directly into the spinal cord. This procedure is performed several times with an interval of three to six months.
Thanks to new technologies, destructive processes are halted.