Stem Cell Treatment

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Crash! The screech of metal on metal. And then solid blackness envelops you. You wake up five days later in hospital to be told by the doctor that you can never walk again. Why? In the crash, your spinal cord was injured. With neurons unable to regenerate, you are paralyzed until you dying day. The discovery of stem cells approximately one decade ago has proven to be one of the most important breakthroughs of the 21st century. A stem cell is a somatic cell that has not been differentiated into a cell with a specific function. The use of human stem cells as a form of modern medical treatment is not only highly useful, it is also ethically acceptable. The use of human somatic and embryonic stem cells is a highly beneficial procedure which has the potential to cure diseases presently leaves those afflicted on medications, and therapies for possible the rest of their lives. Federal funding should be allocated for the development of stem cell treatment options based on the capacity that this breakthrough holds. The use of human stem cells as a form of medical treatment is ethically acceptable. The use of human somatic and embryonic stem cells is a highly beneficial procedure which has the potential to cure diseases presently leaves those afflicted on medications, and therapies for possible the rest of their lives. An example of this is shown in patients who have had heart attacks. Most heart attack patients are on pain killers, blood thinners, and cholesterol medication for very long times after the heart attack, or even for the rest of their lives. Stem cells have the capacity to become type of specialized somatic cell under the appropriate conditions, thus enabling them to heal injuries that the body normally could not. Damage t... ... middle of paper ... ...pName=Journals&prodId=OVIC&action=e&windowstate=normal &catId=&documentId=GALE|A187426915&mode=>. Soejitno, Wihandani, Kuswardhani, . "Stem cells from skin cells: the ethical questions." Clinical Applications of Stem Cell Therapy for Regenerating The Heart 42.4 (2010): 243 - 57. Web. 22 Dec 2010. . Wong, Nierras, . "Do stem cell-derived islets represent a commercially viable treatment for Type 1 and 2 diabetes?." Future Science Group, Regenerative Medicine 5.6 (2010): 839-42. Web. 22 Dec 2010. . McMahon, Singer, Daar, Thorsteinsdóttir, . "Regenerative medicine in Brazil: small but innovative." Future Science Group, Regenerative Medicine 5.6 (2010): 863-76. Web. 22 Dec 2010. .

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