Human Embryos In Medical Research

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It has been suggested that this article or section be merged with Embryonic stem cells. (Discuss)

Embryonic stem cell research is the utilization of stem cells from embryos which can then be grown in a laboratory culture and produce specialized cells to treat diseases or used for research purposes. The most common source of such cells is discarded embryos at fertility clinics - the process of IVF typically produces two or three 'leftover' embryos for each treatment, which are usually discarded. The use of embryonic stem cells in medicine has met with some controversy, particularly from the pro-life movement that is concerned about the destruction of embryos that they believe constitute human life.[1]

Adult stem cell research is similar except it does not use destroyed embryos, and instead is based on stem cells that can be taken from adults. These cells are less versatile than those harvested from discarded embryos, but they do not raise the associated ethical dilemmas. Unfortunately, adult embryonic stem cells are of little value to science as a whole.

The primary reason for wanting to use embryonic stem cells is that they are capable of producing any type of tissue in the body. Thus, theoretically, embryonic stem cell treatments offer far greater potential than adult cells - while both are capable of repairing some damage, embryonic cells could go so far as to replace entire organs. Conversely though, the greater flexibility of embryonic cells also makes them more difficult to control. A major obstacle to their use in humans is a tendency to form tumors.[Citation Needed] Much research is being carried out to better understand the cellular processes which cause this.

Expectation and Potential[edit]

Jeremy Pearce of the New York Times wrote:

Inducible Pluripotent Stem Cells[edit]

Research in 2006 has facilitated the conversion of human adult somatic cells into pluripotent stem cells, namely possessing an ability to differentiate into many types of tissue. (Unlike embryonic stem cells from blastocysts, however, IPSCs are not totipotent.) By forcing the expression of certain genes, via the activation of many transcription factors (such as tetramer and hexamer TFs), using a particular medium (e.g. HIF and LIF), pluripotent stem cells can be generated. This research has great potential on account of its ability to resolve the dilemma surrounding the use of embryonic stem cells.

References[edit]

  1. https://www.washingtonpost.com/wp-dyn/content/article/2005/07/29/AR2005072900158.html
  2. https://www.onenewsnow.com/Culture/Default.aspx?id=441206
  3. http://www.prochoiceamerica.org/choice-action-center/us-gov/congressional-record-on-choice/illinois.html

Categories: [Biology] [Political Terms]


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