Parkinson’s disease is a degenerative disorder which affects the neurons in our brain. Overtime, Parkinson’s can impair movement, cognitive function, and quality of life. Many people find that symptoms become worse as the disease progresses.

Recent research is looking into the idea of using stem cell therapy to help treat Parkinson’s disease. In this article we’ll discuss the basics of stem cell therapy so you can understand how it might be helpful for those with Parkinson’s.

What Is Parkinson’s Disease?

As a brain disease, Parkinson’s can cause a number of different symptoms. These symptoms occur as our brain loses its ability to produce a chemical known as dopamine.

Among other things, dopamine allows us to move our body. As we lose dopamine, we begin to experience difficulties with movement. This leads to some of the symptoms of Parkinson’s, which include:

• Tremors
• Stiff muscles
• Slow movement
• Impaired balance

There are a number of other symptoms associated with Parkinson’s which can include sleep problems, dizziness, lack of energy, depression, and cognitive difficulty.

Parkinson’s currently has no cure. While medications can help ease the severity of some of the symptoms, there is no medical treatment as of yet.

Can Stem Cells Help With Parkinson’s?

To understand whether or not stem cells can be useful for treating Parkinson’s, you should understand how they work.

Stem cell therapy is unique. Stem cells are considered undifferentiated in their basic form. They are unique because they can adapt to perform different roles. Like other cells, they can self-replicate. This allows them to be restorative agents that can help improve a number of different diseases.

The use of stem cell therapy for treating Parkinson’s has intrigued researchers. This is because stem cells carry the capacity to rejuvenate and regenerate cells in the brain. This process is known as neurogenesis and involves the restructuring of damaged brain cells.

The idea is that stem cells can be injected into the brain. Once here, they will attend to the damaged cells in the region – in this case, damaged dopamine-producing cells.

One promising study was done by Japanese researchers and published in the journal Stem Cell Reports. This study involved the injection of stem cells into the brains of primates – one of our closest relatives. The animals responded positively to the treatment which gives some indication that people may respond positively as well.

As the stem cells take on the role of these cells and begin to self-replicate, they should be able to repair the damage done by Parkinson’s.

Research on the use of stem cell therapy for treating Parkinson’s is ongoing. However, researchers are eager to discover more about the potential of using stem cells to regenerate brain cells. This could be useful not just for treating Parkinson’s but for treating other mental health disorders, as well.

Parkinson’s disease is a degenerative brain disorder marked by the degradation of dopamine-producing cells. Stem cells, which can adopt the role of specific cells, are being considered as a treatment for Parkinson’s. When stem cells are injected into the brain, they may begin to regenerate dopamine-producing cells.

Research in this area is in its early stages, but the current evidence is promising. In the coming years, stem cell therapy may be considered a viable solution for Parkinson’s.

Stem cell therapy for Parkinson’s disease is offered by R3 Stem Cell India. Contact us Today at +917947515066 for an Evaluation for stem cell treatment!