Stem Cell Research- A Controversial Issue

3). Likewise, many people in need of organ transplants must wait until a qualified donor organ is available and a significant component die beca role no much(prenominal) suitable organ becomes available. Pluripotent theme cells offer the ability to grow new tissue or organs that would be suitable for much(prenominal) transplant patients. In addition, pluripotent stem cells offer the promise of a reanimate for diseases that graft does not resolve, "For juvenile diabetes and many other diseases, there is not a suitable transplantation therapy or other cure" (Goldstein, 2000, p. 1).

Pluripotent stem cells also offer great promise for streamlining the knowledge and examination of new drugs. Currently, animal testing that is not eternally applicable to human beings or human testing that is fraught(p) with risks argon the only ways to test new drugs. Researchers could use human stem cell lines to test new drugs originally developing them for human use. The capabilities of pluripotent stem cells enable investigateers to test such drugs on a variety of different cell types, as opposed to current methods that are limited to cancer cells. As the National Institutes of Health (NIH, 2002) maintains, "Only the drugs that are both full and appear to have a beneficial effect in cell line testing would graduate to further testing in laboratory and human subjects" (p. 3).

Those opposed to federal mount for pluripotent s

Opponents of using pluripotent stem cells from embryos repugn that "there is no scientific justification for using immature rather than heavy(p) stem cells in aesculapian look" (Grigg, 2002, p. 2). This is patently untrue. Adult stem cells are fewer in variety than embryonic stem cells. Adult stem cells are also at a stage of development where they are not as capable of developing into different varieties of tissues and organs. In addition, embryonic stem cells are much greater in variety and offer much greater potential to researchers than great(p) stem cells.

tem cell research present that such bread and butter would pave the way for a future scenario in which embryos would be bred merely for their use as sources of stem cells. Such individuals argue that the taking of human life is not justified by the potential medical promise of pluripotent stem cells. According to Grigg (2002), the medical ethic underlying stem cell funding and research is one "in which the rights of the individual can be violated in the name of society's greater good" (p. 2). Despite such opposition, embryonic stem cells are often derived from aborted fetuses, after the finish to abort has already been determined by the parent(s). Likewise, IVF often results in surplus embryos that, if not used, are disposed of without any eudaimonia to anyone.

Goldstein, L. S. B. (2000). Human stem cell research is ethical. Ethics, Retrieved Aug 13, 2004, from Opposing Viewpoints pick Center, 1-4.

National Institutes of Health (NIH). (2002). Embryonic stem cell research is beneficial. Human Embryonic Experimentation. Retrieved Aug 13, 2004, from Opposing Viewpoints Resource Center, 1-6.

While adult stem cell lines do
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