Stem Cell Therapy Procedure for Parkinson’s Disease

The precise origin of Parkinson’s disease is not entirely known, but experts think it may be a mix of hereditary and environmental factors. Age is one of the major risk factors since the disease grows more frequent as people age. Other factors that may contribute to the development of Parkinson’s disease include exposure to toxins, head trauma, oxidative stress, inflammation, and specific gene mutations. But the condition may affect people differently depending on the intensity and course of the nerve cell damage. 
Common symptoms include hand tremors, muscular stiffness, delayed movement, balance issues, shuffling gait, stiffness of the face and limited arm swing while walking. Some people additionally have depression, anxiety, sleep disturbances, constipation, problems with memory and speech impairments. Doctors often use neurological exams, imaging testing, mobility and cognitive assessments to evaluate parkinson's disease stem cell therapy and parkinson's disease stem cell treatment.

Scientists are testing whether stem cells introduced into the brain can live, integrate with existing neuronal circuits, and make dopamine well. Stem cells may also help decrease inflammation in the brain. Chronic inflammation is thought to contribute to the continuous nerve cell death seen in Parkinson’s disease and suppressing inflammatory responses may be beneficial in protecting surviving neurons. Some studies have shown improvement in motor abilities such as walking, balance, muscular control and coordination after stem cell treatment. 
Summary
Some individuals in experimental parkinson's disease stem cell treatment have also shown relief in tremors and movement flexibility. Stem cells also produce growth factors and protective chemicals that could help nerve cells survive and drive the restoration of brain tissue. Improved brain connectivity may lead to improved motor control and general neurological health.