Stem Cells Neurological Degeneration
Paralysis and other neurological conditions throughout the body can develop as the result of any number of conditions ranging from trauma to certain degenerative neurological conditions and can affect any number of areas ranging from the entire body to specific regions (such as the left or right half) or even simply specific appendages (such as fingers, toes, etc.). These conditions can be highly debilitating for many people and, up until recent years, if they were developed sometime in their life little could possibly be done to assist the person in regards to restoring lost functionality.
Because of the limited number of treatment options and the body’s natural difficulty in repairing damaged nerve cells paralysis has been a particularly strong focus for stem cell research over the years, especially following the successful treatment of a number of patients with nerve damage using “re-grown” cell structures cultured from stem cells in Shanghai, China. While results have been varied depending on the particular cause of the paralysis in the patient stem cell treatments have proven particularly effective in handling cases dealing with trauma, especially when allowed to be administered shortly after the trauma has been received.
Tests in Texas have proven that utilizing a modified version of adult stem cells harvested from a patient’s thigh bone marrow and specialized to target and regenerate damaged brain tissue have been able to return virtually all function that would be lost otherwise. Using this as a basis researchers have then turned to preemptive treatments of many developing neurological diseases, utilizing stem cells in the hopes of preventing conditions such as Parkinson’s, Alzheimer’s, Multiple Sclerosis and any number of other conditions affecting otherwise vulnerable brain tissue.
Currently no effective stem cell treatment is available for any chronically developing diseases that can be considered reliable for regular clinical usage, however with each passing year new developments are emerging that when coupled with other medicines and treatment methods are coming closer and closer to an effective long term solution. As for now the difficult nature presented by cases where neurological degeneration is not caused by trauma are proving particularly challenging to bypass due to the fact that any neurological regeneration instigated by stem cells will merely work to abate certain symptoms of development and will not, in fact, address the base line problem that is affecting the patient in the first place until further studies can be done that will allow doctors to target the cause in particular.
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