![]() This word intends to imply that the ESC cannot make or reform the outer layer of the embryo called the trophoblast. Proponents of ESCR often use the term pluripotent. The deliberate misuse of terminology in defining stem cells Therefore, as a nation, we should rightly adjust the moral and legal treatment and status of all embryos to people not property from the point of conception.Ģ. In short, our understanding of embryonic development as provided by cloning technology could force not only those who participate in ESCR specifically, but also those who participate in in-vitro fertilization (IVF) procedures generally, to recognize there is no real preembryo-embryo distinction and that all human life begins at conception. This is significant because this distinction determines the handling and treatment of human life less than 14 days old, which is so basic to all ESCR. Ready? Cloning proves scientifically that life begins at conception-a position to which the author and most Christians philosophically already adhere.Īdditionally, the insights provided by cloning technology destroy the scientific and legal basis of distinguishing a preembryo from an embryo, the popular distinction made at 14 days after conception. Still, in the midst of the flurry of all this biotechnology and all the problems it presents, there is some very good news that has been overlooked by almost everyone. As a result, those who oppose ESCR and those who support it will never reach an acceptable point of compromise. Wade we have not been willing or able as a nation to address the issue. In other words, are we talking about people or property? Consider now the following ten problems with Embryonic Stem Cell Research (ESCR).Īs the nation sits embroiled over the battle of where to draw the line on ESCR, the real issue that truly divides us is whether embryonic stems represent a who or a what. A developed stem cell line comes from a single embryo, becoming a colony of cells that reproduces indefinitely. The primary clinical source is the aborted fetus and unused embryos currently housed in frozen storage at IVF facilities. Researchers hope that by guiding stem cells in the laboratory into specific cell types, they can be used to treat diabetes, Parkinson's disease, heart disease, or other disorders. Other uses are still experimental.Embryonic stem cells are the basic building blocks for some 260 types of cells in the body and can become anything: heart, muscle, brain, skin, blood. The only approved stem cell treatment that has been established to be safe and effective is haematopoietic stem cell transplantation (using stem cells from umbilical cord blood or bone marrow) for people with blood and immune system conditions, such as leukaemia and lymphoma. It is essential to research stem cell treatments thoroughly using trusted information sources, and to talk to your doctor. Furthermore, some stem cell clinics offer unproven treatments that may be harmful. However, media reports about stem cell breakthroughs sometimes imply that experimental treatments are available. Many stem cell treatments are still experimental and are not yet proven to be safe and effective. Therapeutic cloning, which involves creating identical embryonic stem cells using an unfertilised human egg, is legal in Australia under very strict conditions. This results in the destruction of the embryos, raising many ethical questions. Are there controversies of stem cell research? Embryonic stem cellsĮmbryonic stem cells used in research are taken from excess human embryos produced during assisted-fertility programs. Because of this, researchers think they may have a role in treating a range of medical conditions. The main benefits of stem cells are their ability to differentiate (transform) into any cell type, and their ability to repair damaged tissue. ‘induced pluripotent’ stem cells (made in a laboratory), which are adult stem cells made to behave like embryonic stem cells.embryonic stem cells (from embryos), that can become any cell in the body.adult stem cells, which replace damaged tissue cells.Stem cells can help with the growth or repair of body tissues. In most cases, their use is controversial. ![]() Stem cells are being researched for their potential to treat various medical conditions, but this research is still at the early stages. ![]() blood cells, muscle cells, nerve cells) that have been lost through illness or injury. Stem cells are ‘unspecialised’ cells in the body that have the potential to develop into ‘specialised’ cell types (e.g. Related information on Australian websites.Are there controversies of stem cell research?.
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