Treatment For Parkinsons

Stem cell research Parkinsons disease is an exciting potential treatment for this illness. Parkinson’s disease occurs when nerve cells stop producing an important brain chemical called dopamine, after which the nervous system of the brain loses its ability to control muscle movements. Dopamine is normally responsible for transmitting signals to another part of the brain which controls muscle movement, without it the cells in this part of the brain will typically fire out of control. To attempt to tackle this for many years scientists have been conducting extensive stem cells research Parkinson disease.

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Scientists are developing a new therapy based on stem cells. These are special type of cells that have the ability to divide indefinitely without losing their properties and may produce other specialized cells. At first it was thought that stem cells could only generate specialized cells of the same type. However it has been observed that they could generate others different from the originals. Thus neural stem cells of the spinal cord have produced various types of blood cells, causing various types of tissues (muscle, nerve, bone, etc.). For example, a wound healing is a new generation of some tissues where these cells are involved.

• There is great controversy over the origin of these stem cells due to the fact that the embryos are typically four or five days old or from some more developed embryonic organs. They are also in the umbilical cord blood.
• In the peripheral blood (which circulates throughout the body). These cells are called adult stem cells.
• Scientists also get normal cells and reprogram them into stem cells.

The facility that stem cells can have is to be attached to existing tissues and cells and then replacing damaged ones, in theory in various diseases such as Alzheimer’s, sclerosis, spinal injuries and Parkinson’s disease disorder among others. The advantage is that if these cells are from the same patient there would be no rejection. The sources for these cells have been divided into two:

• In early human embryos. Which many are morally objective in working with.
• In cells from different tissues of an adult, such as subcutaneous fat which can be used to promote tissue healing in certain diseases. The great advantages of adult stem cells are their wide availability and the absence of moral conflict when working with them.

As yet stem cells are in the experimental stages but are beginning to take the first steps in clinical trials in human volunteers. For now, they raise a great hope, especially in chronic diseases or those who suffer from tissue destruction. Some of the possibilities under consideration are: diabetes, myocardial infarction, liver diseases, muscle diseases and Parkinson’s obviously. Stem cell research Parkinson disease, an alternative free of medications that focuses on physiological changes induced in the brain would improve the quality of life of patients. In a pilot study, over 90% of Parkinson’s patients treated with stem cells reported to made improvements. Most Parkinson’s patients are treated by lumbar puncture by injecting stem cells into the spinal fluid that transports them through the spinal canal to the brain. However, there also is a new stem cell research Parkinsons disease procedure in which stem cells are surgically implanted directly into the brain and bond with existing cells. Let’s hope this doesn’t prove to be a false dawn and in a few years helps Parkinson’s sufferers.