The Mother of All Cells

Cookson provides a lengthy backchat of the numerous benefits and drawbacks of embryotic radical cell technology. First of all, function advances slowly due to a lack of funding and the difficultness of isolating different subject cell lines. Scientists have been qualified to uncover only 150 lines after s heretofore age of work; and, as Cookson points out, "If establishing ES cell lines is tricky, guiding their speciality is a scientific nightm atomic number 18," (Rennie, & Cookson, 2005, p. A7). Despite m whatever of the drawbacks making prow cell technology inquiry a slow-going affair at the moment, there is way as well as much promise for topic cell technology for scientists to turn away from this emerging technology.

Studies on mice have shown promise that nucleotide cells can be use to repair diseases in mammals. While no clinical trials of embryonic stem cells have occurred in the United States, scientists are convince that some of the most debilitating and degenerative diseases are too complex to be effectively treated with pharmaceuticals or even gene therapy. Living cells work better because they produce a much greater number of "biologically active molecules," (Rennie, & Barber, 2005, p. A8). However, if scientists iodine day achieve their goal, the kind of cell transplantation occurring in experiments with mice might be successful in humans, promising effectiveness cures for brain disease, diabetes, cancer and other illnesses and con

My personal opinion on stem cell research is that the potential benefits of this new technology far outweigh any of the possible dangers it presents. From helping cure Alzheimer's to Parkinson's disease, helping acquire organ replacements, and potentially aiding the paralyzed to walk and use their accouterments again; the use of pluripotent embryonic stem cells offers the potential to carry on millions of lives and improve the life conditions of even more people who are physically disabled. While there are some dangers involved, it is improbable to think that the U.S.

government or any other would put up its researchers to create some kind of baby farms like in George Orwell's 1984 without imposing limits and restrictions on much(prenominal) research.

Rennie, J., & Barber, L., (Eds.). (2005, Jul). The future of stem cells. scientific American, A1-A35.

In addition, those who opposed to the use of fetal tissue for pluripotent stem cells are primarily opposed to it on religious or ethical grounds. Religion has failed to withstand closer scrutiny in the modern age, from Islamic fundamentalism raising a breed of felo-de-se bombers and the Catholic Church in disgrace over convictions against numerous priests for pedophilic acts. As such, Mill's theory of utility might argue that stem cell research benefits the greatest number of people with the least amount of cost than using religion as a moral cloak to stop it when those cloaked in such robes are often immoral and corrupt. The issue will not be resolved soon because of its complexity, but I am in fully agreement with using embryonic stem cell technology.

In Asia and the U.K. stem cell research consequence at a more rapid pace than in the U.S. where Bush's restrictions hav
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