Parkinson's Illness is considered incurable in medical textbook. The existing medical treatment for Parkinson's disease is neither remedy nor control of the illness. It is just postponing or decreasing the progression of the illness. The popular star Michael J Fox was detected with Parkinson's condition in 1991. 20 years after his medical diagnosis of the condition, his brain left just about 20 % of the dopamine neurons which control motor skills. All these years Michael has also advocated and helped in stem cell research on treatment of Parkinson's Disease. However, the effort has been useless regardless of close to twenty years of researches and research. Michael has come to the point that he felt the option to Parkinson's illness may not be found in stem cells.
The signs of Parkinson's disease are usually tremor and failure to manage motion and action associated with motor skills. Extreme cases of Parkinson's patients render them motionless and non-functional. The root of the disease is due to the damages of the dopamine-producing neurons in the brain. Without dopamine, motor skills and sychronisation become dysfunctional. A client may understand he wants to walk ten steps to reach a table however the message does not seem to be communicated to the muscle of the legs. This is all due to the absence of dopamine.
Scientists could understand the damages of the dopamine-producing neurons resulting in Parkinson's disease, but they have yet to locate the treatment to restore the functionality of these nerve cells. Presently, there are about 5 categories of medication for helping to restore or improve the motor skills by raising the concentrations of dopamine in the brain. An additional group of drugs aim to decrease acetylcholine, which breaks the activity of dopamine, thereby raising the dopamine's tasks. Again, these drugs do not cure or heal Parkinson's illness. They aim to ease the symptoms of the disease, hence restoring the quality of living for the clients.
The medical area is working extremely difficult to find a remedy for Parkinson's disease for years. The existing research on stem cell therapy for Parkinson's disease appears to be bearing some good results. Australian researchers have actually located a method to program embryonic cells that act like dopamine-producing neurons. Now, they are looking for a means to implant these cells into the brain without triggering any sort of adverse effects or unexpected security concerns. In general, the medical world is researching and studying ways which are extremely targeted for the disease. In other words, scientists will recognize which stem cells have the capacity to grow into dopamine-producing neurons. Once they identify the certain stem cells, they will certainly then have to worry about the security and issues facets of the treatment.
Unlike the major stream medical world, the health community takes a different method to stem cell therapy for Parkinson's condition. One common technique is to eat or inject placenta stem cells into the body without determining the specific dopamine-producing stem cells. This method depends on the capacity of the stem cells to discover their method to the brain and do their task of healing and regeneration. This approach of treatment also has the advantage of healing and regenerating various other parts of the body because the placenta will likely include all categories of stem cells for different parts of the body.
The wait for medical solutions has actually been long and frustrating. Patients who are coping with the hassles and agony of the condition are willing to take the chance to try non-specific method to stem cell therapy for Parkinson's disease. Though experts and physicians suggest patients not to take this technique, numerous clients have quit hope on the days when medical option is readily available because that day never came. Some clients who selected the roadway less traveled have actually taken advantage of the non-specific technique of stem cell therapy and experienced disappearance of years of tremor and motor dysfunction. This is something that opens many people's mind and view of non-medical technique to disease treatment. Perhaps, the medical neighborhood should open their mind and look closely at the products that have actually achieved successes which decades of research can not come close.
The signs of Parkinson's disease are usually tremor and failure to manage motion and action associated with motor skills. Extreme cases of Parkinson's patients render them motionless and non-functional. The root of the disease is due to the damages of the dopamine-producing neurons in the brain. Without dopamine, motor skills and sychronisation become dysfunctional. A client may understand he wants to walk ten steps to reach a table however the message does not seem to be communicated to the muscle of the legs. This is all due to the absence of dopamine.
Scientists could understand the damages of the dopamine-producing neurons resulting in Parkinson's disease, but they have yet to locate the treatment to restore the functionality of these nerve cells. Presently, there are about 5 categories of medication for helping to restore or improve the motor skills by raising the concentrations of dopamine in the brain. An additional group of drugs aim to decrease acetylcholine, which breaks the activity of dopamine, thereby raising the dopamine's tasks. Again, these drugs do not cure or heal Parkinson's illness. They aim to ease the symptoms of the disease, hence restoring the quality of living for the clients.
The medical area is working extremely difficult to find a remedy for Parkinson's disease for years. The existing research on stem cell therapy for Parkinson's disease appears to be bearing some good results. Australian researchers have actually located a method to program embryonic cells that act like dopamine-producing neurons. Now, they are looking for a means to implant these cells into the brain without triggering any sort of adverse effects or unexpected security concerns. In general, the medical world is researching and studying ways which are extremely targeted for the disease. In other words, scientists will recognize which stem cells have the capacity to grow into dopamine-producing neurons. Once they identify the certain stem cells, they will certainly then have to worry about the security and issues facets of the treatment.
Unlike the major stream medical world, the health community takes a different method to stem cell therapy for Parkinson's condition. One common technique is to eat or inject placenta stem cells into the body without determining the specific dopamine-producing stem cells. This method depends on the capacity of the stem cells to discover their method to the brain and do their task of healing and regeneration. This approach of treatment also has the advantage of healing and regenerating various other parts of the body because the placenta will likely include all categories of stem cells for different parts of the body.
The wait for medical solutions has actually been long and frustrating. Patients who are coping with the hassles and agony of the condition are willing to take the chance to try non-specific method to stem cell therapy for Parkinson's disease. Though experts and physicians suggest patients not to take this technique, numerous clients have quit hope on the days when medical option is readily available because that day never came. Some clients who selected the roadway less traveled have actually taken advantage of the non-specific technique of stem cell therapy and experienced disappearance of years of tremor and motor dysfunction. This is something that opens many people's mind and view of non-medical technique to disease treatment. Perhaps, the medical neighborhood should open their mind and look closely at the products that have actually achieved successes which decades of research can not come close.
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If you find the above article on therapy using stem cells information, Jonas Lee invites you to view his video on therapy using stem cells for Parkinson's disease.