Best Low-Cost Stem Cell Therapy Abroad: Medical Tourism
Since the discovery that pluripotent stem cells can be derived directly from adult tissue, there is no more such a strong need for embryonic stem cells which may or may not match the patient. After various scientific studies, research projects, and clinical trials in some of the most prominent medical centers around the world, it has been proven that stem cells can be effective in treating different kinds of diseases or injuries.
Studies have shown that stem cells may be used to prevent or treat conditions such as Alzheimer’s disease, Parkinson’s disease, Hodgkin’s lymphoma, leukemia, heart disease, stroke, type 1 Diabetes, Multiple Sclerosis, muscular dystrophy, arthritis, bone regeneration, and others.
Because they are genetically engineered, pluripotent stem cells can be made to match the patient and, therefore, to create a unique stem cell line for every individual. They could potentially be used to generate transplants without a risk of an immune rejection, but that hasn’t been claimed safe enough yet.
With all that said, there is no wonder why so many people are traveling to another country to find the best specialists for stem cell therapy.
What is Stem Cell Therapy?
Stem cells are basically plain cells that can become brain cells, skin cells, heart cells, liver cells, or any other type of cells for that matter. And their potential use in regenerative medicine is enormous.
When being taken out of the cord blood after the childbirth, stem cells are usually collected and safely preserved in order to treat various medical conditions, if those occur later on throughout the child’s lifetime.
Those are traditionally embryonic stem cells, often derived from embryos in a pre-embryonic phase, so there might not be a guarantee that those would be capable of producing stem cell lines that match the patient.
But then, in the early 2000’s Japanese scientist Shinya Yamanaka pioneered a new technology in his Kyoto lab. It was the moment of the invention of induced pluripotent stem cells (iPSCs). Along with Sir John Gordon, Yamanaka showed that four specific genes encoding transcription factors could convert adult cells into pluripotent stem cells. They were awarded the Nobel Prize in 2012 for their discovery.
Why are their findings so important? And how have the stem cell medicine evolved ever since? What are the latest innovations in this field?
We provide you some of the answers here.
Top 5 Latest Stem Cell Innovations
Advances in the field of stem cell therapy include the newest developments in genetic technologies, cellular and alternative therapies, sequencing technologies, and genetically altered animals.
Here follow some of the most significant innovations
1. A New Way of Helping Diabetes Patients
Researchers at Washington University School of Medicine in St. Louis and Harvard University managed to take stem cells derived from the skin of diabetes patients and convert them into the insulin-secreting cells. This new treatment is still in its research phase, but if proved to be fully effective, it could vastly help patients with Type 1 diabetes and change the way they take insulin medications.
2. Injectable 3D Cell Delivery Matrix
Matrices used for cell delivery provide support to transplanted cells, and the innovative non-invasive injectable matrices appear to be essential for promoting cell survival and desirable phenotypes.
3. Nanohydrogel for Muscular Dystrophy
A new nanohydrogel with muscle stem cells was successfully tested in the lab at Georgia Institute of Technology. It brought a big muscle growth to lab mice while protecting the cells from immune reactions which could potentially annihilate them. Researchers agree that elderly and muscular dystrophy patients could vastly benefit from this nanohydrogel in the future.
4. Ultra-High Bioelectric Stem Cells Signal
Researchers at the Singapore University of Technology and Design have found a way to produce highest-ever signals for human embryonic stem cell detection. They used direct current-voltage methods and few-layered 2D molybdenum disulphide sheets, and they managed to achieve cell signals that were two-orders of magnitude higher than previous electrical-based detections. It could be of the utmost significance for developing a damage-free method for identifying stem cell pluripotency.
5. 3D Bioprinting with Chemical Sensors
Experts from the Faculty of Science at the University of Copenhagen have found a new method of non-invasive monitoring of oxygen metabolism in cells that are 3D bioprinted into complex living structures. This discovery might have a big impact on the future design of 3D printed constructs, as it might advance an oxygen supply for stem cells throughout the bone and tissue reconstruction process.
The newest bioengineering technologies make possible for stem cells to generate indefinitely. Therefore, they are often seen as an unlimited source of autologous cells that can be used to replace damaged cells in the patient’s body. If you are dealing with a condition that can be treated with stem cells and you want the advanced treatment, you can use the Medical Tourism Directory to search for the best low-cost stem cell therapy abroad, and get the best possible innovative medical care for you or your family members.
Affordable Stem Cell Therapy Abroad
There are several countries with strongly developed system for treating various conditions using stem cells. and the cost of stem cell therapy abroad is often lower than in your home country. The best stem cell treatments may be found in Poland, India, Turkey, Ukraine and China.
Some countries are offering a medical visa for foreign persons who seek medical care. Therefore, if you decide to go abroad for a treatment, check if you need a visa at all.
Stem Cell Conditions:
- Anti aging
- Cancer solid tumors
- Cerebral palsy
- COPD (chronic obstructive pulmonary disease)
- Heart disease
- Hodgkin’s lymphoma
- SLE Systemic lupus erythematosus
- MS Multiple sclerosis
- Multiple myeloma
- Non-Hodgkin lymphoma
- Parkinson’s disease
- Sickle cell disease
Stem Cell Therapies:
- Bone regeneration
- Cartilage regeneration
- Stem cell transplants