The result will remain stable provided that the cause of the pathology is excluded. First clinical improvements can be noticed in 3 months. In 1-1.5 months after the stem cells injection regeneration of nerve fibers and neurons starts. The second procedure may be performed in 1-2 months, if necessary. After assessing the number of harvested cells and checking them for blood infections, they are injected close to the optic nerve (into the suprachoroidal and subtenon spaces of the eye). The donor cells are harvested from the bone marrow and adipose tissue. In optic nerve atrophy, the mesenchymal stem cells are used due to their neuroprotective, immunomodulating and regenerative properties. Prevents scars formation and substitution of optic nerve with the connective tissue.Suppresses autoimmune processes against structures of the visual analyzer.Contributes to restoring normal tissue metabolic processes.Improves blood supply of the optic nerve and the retina.Stimulates angiogenesis (new blood vessels formation).Stem cell therapy improves a patient’s condition via multiple mechanisms of action: In any case, damage to the nerve is irreversible, as it can’t regenerate. Optic nerve atrophy may arise as the independent pathology or as the glaucoma complication. Stem cell therapy for optic nerve atrophy Despite the relatively high cost of treatment, pluripotent stem cells are definitely worth considering. Embryonic stem cells have high regenerative potential, but their usage is limited due to ethical considerations. Due to modifications, induced pluripotent stem cells acquire characteristics of the embryonic stem cells. Unlike mentioned above natural stem cells, the induced pluripotent stem cells were created in the laboratory. Neural stem cells are originally present in the CNS, but they have demonstrated efficacy in treatment of metastatic prostate, lung and breast cancer.
improve bone condition by stimulating the multiplication of osteocytes). Mesenchymal stem cells are mostly used to deliver other therapeutic agents to the target regions or to support other treatments (e.g. Often, children need bone marrow transplant which requires ultimate effort from all the hospital’s specialists. The bone marrow transplant is a complicated procedure that is performed in departments of oncology or hematology of leading hospitals. This type of treatment is called bone marrow transplant. Hematopoietic stem cells restore the function of red bone marrow. These are mesenchymal stem cells, hematopoietic stem cells and neural stem cells. Three different types of adult stem cells are used in cancer treatment. Stem cell therapy does not treat cancer, but allows patients to improve the function of red bone marrow (most often) and other organs that have been destroyed by the malignant process itself or chemotherapy / radiation therapy used during the treatment. Stem cell therapy for oncological diseases
In Germany, specialized hospitals offer cell-based treatments at affordable prices. Stem cell therapy demonstrates outstanding results in pathologies that were previously considered incurable. Most often stem cell therapy is effective in patients with cancer, leukaemia, optic nerve atrophy, diabetes mellitus and its complications, erectile dysfunction, liver cirrhosis, multiple sclerosis, Alzheimer's disease and Parkinson’s disease, pathologies of joints and cartilage, immunodeficiencies, and other different health conditions. As stem cells give origin to the whole human organism, under the specific circumstances they can become any necessary body part. If the natural regeneration can’t ensure the complete recovery, missed or severely affected organs and tissues can be restored "de novo". Stem cell therapy comes to the rescue when tissues or organs of the human body are damaged irreversibly.
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