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There are some embryos who are outside of this environment, and will not grow to be people, and are therefore suitable to use in stem cell research.
There is a degree of moral ambiguity related to the debate of stem cell research -- based on the conception of when life actually begins. The acknowledgement of this aspect of the debate is acknowledged on both sides, and is a point of commonality between them. Scientists and researchers can only have opinions about this topic -- and cannot state with any degree of certainty what the actual answer for the inception of human life truly is. Yet what truly decides the debate is the location of embryos. Since there are number of embryos existent outside a womb, "that remain after infertility treatment" (Dresser 2) there are no moral boundaries for using these embryos for stem cell research. "Assessing the Legitimacy of Stem Cell Research: An Instrumental Valuation Principle Approach." Journal of Economic Issues. 43.4 (2009): 831-842. This source propounds that the instrumental valuation principle can determine the potential use and effect of stem cell research. It cautions against the involvement of corporate sources attempting to exploit this phenomenon.
In conclusion, the use of embryos removed from a womb for infertility treatment is the perfect compromise to the debate regarding stem cell usage. Those embryos are not fated to grow up as people, and can actually help people by providing valuable stem cell research.
References
Dresser, Rebecca. "Stem Cell Research: The Bigger Picture." Perspectives in Biology and Medicine. 48. 2 (2005): 181-194. Print. This resource provides a fairly comprehensive overview of both sides of the stem cell debate. It focuses on research based on an intermediate status of morality for embryos.
Landry, D.W., Zucker, H.A. "Embryonic Death and the Creation of Human Embryonic Stem Cells." The Journal of Clinical Investigation. 114.9 (2004): 1184-1186. This source provides an overview of the debate regarding morality of stem cell research. It posits that killing embryos should be reconsidered and viewed as organ donation.
Napier, S. "A Regulatory Argument Against Human Embryonic Stem Cell Research." Journal of Medicine and Philosophy. 34 (2009): 496-508. This source argues against the usage of stem cell research. However, it does not do so on moral grounds, but rather based on the fact that there are regulatory issues that affect women and their embryos.
Saxena, a.K.; Singh, D., Gupta, J. "Role of Stem Cell Research in Therapeutic Purpose -- a Hope for New Horizons in Medical Biotechnology." Journal of Experimental Therapeutics and Oncology. 2 (2009): 223-233. Print. This source enumerates and explains a number of different approaches and types of stem cell research. Its aim is towards using those that do not directly harm embryos.
Landry, D.W., Zucker, H.A. "Embryonic Death and the Creation of Human Embryonic Stem Cells." The Journal of Clinical Investigation. 114.9 (2004): 1184-1186. This source provides an overview of the debate regarding morality of stem cell research. It posits that killing embryos should be reconsidered and viewed as organ donation.
Napier, S. "A Regulatory Argument Against Human Embryonic Stem Cell Research." Journal of Medicine and Philosophy. 34 (2009): 496-508. This source argues against the usage of stem cell research. However, it does not do so on moral grounds, but rather based on the fact that there are regulatory issues that affect women and their embryos.
Saxena, a.K.; Singh, D., Gupta, J. "Role of Stem Cell Research in Therapeutic Purpose -- a Hope for New Horizons in Medical Biotechnology." Journal of Experimental Therapeutics and Oncology. 2 (2009): 223-233. Print. This source enumerates and explains a number of different approaches and types of stem cell research. Its aim is towards using those that do not directly harm embryos.
Stem cell research has generated much media attention in the last decade. Stem cells are a specific type of cell in the human body that can develop in many different types of cell types during the early life growth (NIH, 2010). Stem cells are used today for the treatment of some diseases and scientists are hoping in the future it will be able to cure much more. At this point
This means that while there are tremendous amounts of promise. The preferred method of embryotic cells is still the most utilized approach. However, in the future this could change dramatically. The reason why is because scientists have been aggressively pursuing this method. This is based on the fact that there are no ethical issues when conducting this kind of research and there is a possibility of having a major
To this end, scientists are studying the fundamental properties of stem cells, including: determining precisely how stem cells remain unspecialized and self renewing for many years; and identifying the signals that cause stem cells to become specialized cells ("Stem Cell Basics"). This research will allow them to help the multitude of people afflicted with a variety of diseases. Stem Cell Application: This is perhaps the most important potential application for human stem cells
Protecting the rights of the one and sacrificing the lives of many is a sensitive subject, especially when the sides cannot even agree upon whether or not the one should have rights or not. It would seem that the establishment of researching guidelines that prevents the harming of a subject, for research purposes, has set a precedent, and that this violates right to know laws, as there is no
Stem Cell Research: The development of human embryos is largely attributed to the formation and development of stem cells. This is due to the fact that stem cells usually transform into several organs and tissues as the embryo develops into a fetus. Therefore, stem cells are the foundation or source for all internal and external human organs and tissues. Actually, many researchers believe that these stem cells from the embryo can
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