The potential uses of human stem cells in biomedical research could be to find out…
There are many ways to acquire stem cells. The most popular form is through the umbilical cord from the birth process. The other way to acquire this is through the bone marrow and…
Due to recent discoveries, stem cell research will have many future medical possibilities. A recent stem cell breakthrough shows that cloning human organs or body parts to treat patients with injured organs or limb deficiencies could be possible. “The cloning techniques can also be used to grow organs for patients with a failing liver or kidney.” Because the newly cloned organ will be genetically identical to the one being replaced, rather than a donated one, the chances of it being rejected will be very low. Ultimately, this opens up many possibilities of curing patients with injuries, amputations, and failing organs. Stem cell research also reveals the ability to cure diseases. “Researcher Dieter Egli said their work was inspired by the thought of being able to take stem cells from embryos and use them to treat and even cure diseases. Worn out hearts could be patched up, aged brains could be rejuvenated and diabetics could be freed from the need to take insulin, all thanks to stem cells.” Stem cell researchers believe it is possible to cure diseases by replacing old organs with newly cloned ones. This will impact future medical possibilities because newer treatments will be out there and the ability to cure diseases such as heart disease, diabetes and cancer may be possible. Furthermore, federal funding for stem cell research has been limited although by the popularity of its breakthroughs; stem cell research may receive federal funding in the near future. This will broaden stem cell research and allow scientists a greater chance of discovering new medical possibilities in the near…
Cited: Cowan, C. A. "Derivation of Human Stem-Cell Lines from Human Blastocysts." New England Journal of Medicine (2004): 1355.…
Mummery, C. L., & Roelen, B. A. J. (2013). Stem cells: Cloning human embryos. Nature, 498(7453), 174-175. doi: 10.1038/498174a…
Significance: Stem cells are very versatile in curing diseases which one day could one day in turn save your life.…
I would like to introduce you to Embryonic Stem Cell. Embryonic stem cell are by most scientists and researchers to cure spinal cord injuries, multiple sclerosis, diabetes, Parkinson’s disease, cancer, Alzheimer's diseases, heart disease, hundreds of rare immune system and genetic disorders and much more. These Embryonic Stem cell have the ability to form doll adult cell types. Stem cells are found limited quantities in every human body, and can be extracted from adult tissue with great effort but without harm.…
Embryonic and adult stem cells are very different. Unlike embryonic stem cells, adult stem cells can…
Embryonic stem cells are stem cells that come from inner mass cells of a human embryo that are undifferentiated. They are a new and innovative way to help people of society, and with all innovative ideas comes controversy. Some people believe that embryonic stem cells should not be researched or toyed with, while others are all for it. Embryonic stem cell research is a positive thing that can enhance the world in several ways. It can boost the economy, save the lives of many people, and not offend any religions or people with religious beliefs at the same time.…
In my point of view I am strongly against using embryonic stem cells for research because it…
As the name suggests, embryonic stem cells are located in the embryo and can rebuild themselves into the same cell. These cells are undifferentiated meaning they can be used in all parts of the body which could potentially cure blood and immune system diseases, cancer, spinal cord injury and copious amount of other diseases. One of the main disadvantages with using embryonic stem cells for research is that human embryos are destroyed during the process of gathering the cells. This causes many people to believe that this is unethical because it is destroying a human…
Embryonic stem cells can help a number of people. With the potential of embryonic stem cells to be used as a treatment to several medical disorders…
One of the biggest political debates of recent times is whether the government should not only allow, but appropriate funds for the research of all types of stem cells mainly the embryonic stem cell. A stem cell is a primitive type of cell that can be manipulated into developing into most of the cells present in the body. Scientists believe that the stem cell is the single most important element in the cure of many diseases, which include heart disease, diabetes, Alzheimer's, and some types of cancer. Stem cells can be extracted from both adults and young embryos. The differences of an embryonic stem cell and an adult stem cell in most peoples eyes are that cells can be extracted from adults for research without harm to adult, but those extracted from embryos are the result of the destruction of the embryo. Scientists believe that although adult stem cells can be helpful in the research in disease, those cells are inferior to those of a human embryo because the embryonic stem cell can developing in almost all the types of cells in the body, but the adult variety is limited in how many cells it can develop into. The Coalition for the advancement of Medical Research estimates, " stem cell research shows promise to develop cures and/or new treatments for 100 million Americans who currently suffer from a wide variety of diseases and disorders."…
This debate on embryonic stem cell research has held on over three decades. The controversy has not ended at this time. The controversy is about the work that holds immense promises from the scientific end and the opponents who view them as giving less value to human life. The most recent debate uses the very early part of development of stem cells for the potential to be alleviate conditions ranging from diabetes to Alzheimer's Disease. In 2001 the Bush Administration proclaimed a policy that permits some research with federal funds used with very strict rules. This policy has gathered little support three years later from the…
Stem cell research could have a positive impact to different diseases including stroke, respiratory disease, diabetes, neurological disorders, spinal cord injuries, and some birth defects.…