An argument that embryonic stem cells can provide numerous medical cures

One such argument is the view that humanity should be viewed as having no superior moral status over other animals and should therefore be treated as such.

Embryonic Stem Cells

A final alternative argument for stem cell research is one of simple democracy. Each of the cells blastomeres of these cleavage-stage embryos are undifferentiatedi. Human embryonic stem cells should still be used though because they are the most effective in research like I stated beforeand because scientists believe it is wise to continue research on all types of stem cells so that we can obtain the most accurate information.

They belong in the microenvironment of an adult body, while embryonic stem cells belong in the microenvironment of the early embryo, not in an adult body where they tend to cause tumors and immune system reactions.

Although an embryo doesn't currently have the characteristics of a person, it will become a person and should be given the respect and dignity of a person. Using the embryonic stem cells also guarantees that the cells are free of genetic diseases unlike the adult cells which may have some genetic diseases and will therefore not be able to form a reliable cure.

When a couple has excess embryos from in-vitro fertilization and they don't want anymore childrenthey have ultimately four options on what to do with them: Diseases that can be potentially cured from this are: Embryonic stem cells are located in human embryos.

It is seen as wrong to also sacrifice the embryonic class of human beings in order to benefit another. These procedures may cause an accumulation of faults due to the divisions of the cells.

These cells have the potential to form all the different cell types in the body and offer an exciting opportunity to develop new treatment strategies.

The Bishops of Pennsylvania July 30, The following two pages are an effort to present in an even briefer form information about stem cell research. The belief that non-embryonic stem cells are less able to differentiate into multiple cell types or be sustained in the labs-has been repeatedly challenged by experimental results that have suggested otherwise.

At the very least, the limited number of cell lines cannot represent a reasonable sampling of the genetic diversity of different ethnic groups in the United States, and this has consequences for drug testing, as adverse reactions to drugs often reflect a complex genetic component. According to annenbergclassroom, getting the cells for the research means destroying a human embryo; in other words, it means destroying a form of human life.

Some believe that human somatic cells can be coaxed to "de-differentiate" and revert to an embryonic state. Another concern with embryonic stem cell treatments is a tendency of stem cells from embryos to create tumors. The majority of these parents weren't allowed this option though because their clinic didn't allow it as an option 7.

Also, species-specific differences between mice and humans meant that experience with mouse ES cells was not completely applicable to the derivation of human ES cells.

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Because of important species-specific differences between animal and human hearts, however, drugs that are toxic to the human heart have occasionally entered clinical trials, sometimes resulting in death. In contrast, there are reports of adult stem cells being successfully reintegrated into an autogenic animal.

For example, the blood-forming hematopoietic stem cells found in bone marrow regenerate the cells in blood, while neural stem cells in the brain make brain cells. Stem cells without embryonic destruction Notably, a fundamental impediment to the widespread acceptance of embryonic stem cell research is the destruction of the embryo.

All other applications of stem cells are yet to be proven in clinical trials and should be considered highly experimental. Consequently, some stem cell researchers are working to develop techniques of isolating stem cells that are as potent as embryonic stem cells, but do not require the destruction of a human embryo.

Both papers referenced in 30 and 31 were later retracted: The extracted cells are then cultivated in a laboratory, replicating over and over again.

Brazier and Cave outline one such opposition by a pro-life campaigner: Researchers believe that stem cells could revolutionize just how medicine is practiced. Already somewhat specialized - inducement may be simpler.

Embryonic Stem Cell Research Pros and Cons List

However, to abandon the long-standing moral imperative that the end does not justify the use of immoral means places us on the course of moral anarchy.

This good end, we are told, certainly justifies any means needed to achieve it. These new cell lines may provide an excellent in vitro model for studies on the effects that the genetic mutations have on cell proliferation and differentiation. The ideal human ES cell medium, then, a would be cost-effective and easy to use so that many more investigators can use human ES cells as a research tool; b would be composed entirely of defined components not of animal origin; c would allow cell growth at clonal densities; and d would minimize the rate at which genetic and epigenetic changes accumulate in culture.

Stem cell controversy

What is the role of the Church in this debate. In this the difference sometimes appears between adult and embryonic stem cell replications and mutations.

Emryonic stem cell research

Flexible - appear to have the potential to make any cell. However, some scholars point to the essence of dignity in medicine to make the counter argument, claiming that the goal or dignity of medicine is to alleviate suffering.

The best-defined and most extensively used stem cell treatment is hematopoietic or blood stem cell transplantation, for example, bone marrow transplantation, to treat certain blood and immune system disorders or to rebuild the blood system after treatments for some kinds of cancer.

Additionally, new human ES cell lines were established from embryos with genetic disorders, which were detected during the practice of preimplantation genetic diagnosis PGD. Nevertheless, the Lanza technique may in future allow for the creation of stem cells without embryonic destruction. Of course, the other great challenge will be to continue to unravel the factors that control the differentiation of human ES cells to specific lineages, so that ES cells can fulfill their tremendous promise in basic human biology, drug screening, and transplantation medicine.

The abortion removes the early developing fetus from the whom, but what is done with the fetus afterward?. This new medical research industry currently treats numerous illnesses and injuries and offers hope for more cures using adult stem cells. We rejoice with these advances in medical science and the promise of relief to human suffering.

The potential of embryonic stem cells is limitless in the medical field, according to janettravellmd.com if embryonic stem cells received the proper research and funding it requires it could help up to 1/3 of the entire United States ' population.

Scientists have learned to make certain specialized cell types through a multi-step processes using pluripotent stem cells, that is embryonic stem cells or induced pluripotent stem (iPS) cells. These cells have the potential to form all the different cell types in the body and offer an exciting opportunity to develop new treatment strategies.

Embryonic stem cells should be abandoned in favor of alternatives, such as those involving adult stem cells. This argument is used by opponents of embryonic destruction as well as researchers specializing in adult stem cell research.

Stem cell research is the study of stem cells to provide us with medical information about early human development and stem cell differentiation. Stem cell research also has the potential to cure numerous different incurable diseases, but there is a lot of controversy due to ethics and other factors because of how embryonic stem cells are obtained.

The actor, along with many other Parkinson’s patients, hopes that stem cell research could offer real advances in the understanding and treatment for the condition The following clip shows Fox outlining his arguments for .

An argument that embryonic stem cells can provide numerous medical cures
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Arguments Against Embryonic Stem Cell Research - Stem Cells Genetic Engineering