The Benefits Of Embryonic Stem Cell Research

Embryonic stem cell research is a highly debated and sensitive topic.  There is a lot of good that can come from researching this technology of stem cell research because many people all across the globe would benefit from it.  The United States will soon fall short while other countries are already using this advancement if we cannot come to a logical conclusion on this vital issue.

Stem cell research holds the cures and treatments for most of the major diseases in the world. Many people with major and deadly diseases may be benefited by stem cell research. Other people have been fortunate enough to have had the benefits of it already. There are two types of cells, which are embryonic and adult stem cells. Embryonic stem cells can become any type of cell, for example, blood, brain tissue, and skin cells. Many people may not be supportive of this research because of cloning fears. Other people do not support it because of the use of aborted embryos for research. Stem cells will save many people’s lives all over the world. Stem cell research

The research of human embryonic stem cells (hESC) is talked about a lot in the field of medical research, not just by the scientists, but also by politicians, religious groups, etc. The discovery of stem cells is known as a medical sensation, with its research having the potential to cure many diseases. But there are still ethical issues standing in the way of this research, and due to this, different parts of the world have different rules and regulations regarding the research of stem cells and their use in cellular therapy, and it is even illegal in a number of countries. Before I dive straight into the advantages and disadvantages of their use in cellular therapy, I should talk about the basics of hESC and how we can make them. Embryonic stem cells are pluripotent, i.e. they can differentiate into any type of cell in our body, and they can replicate indefinitely. We can create an embryonic stem cell line in more than one method, and most of them involve creating a fertilized egg (zygote), which eventually forms into a blastocyst. The inner cell mass of the blastocyst can be transferred onto a petri-dish containing a culture medium, where it is encouraged to divide. The diagram below illustrates this process.

Millions of people die every year from diseases, accidents, and defects, one only needs to turn on the nightly news to hear of the devastating effects of cancer or of horrific accidents that have left people disfigured or paralyzed. Stem cell research is a part of biomedical science that has the potential to cure diseases and defects, create organs for patients needing transplants, regenerate axons in spinal cord injuries, and create new treatments, drugs, and immunizations. However, federal funding is limited and does not cover embryonic stem cell research to an extent that would make a difference in medicine. The United States should support embryonic stem cell research by increasing federal funding, opening new stem cell lines for

Embryonic stem cells have the ability to save countless of lives and not just in the United States but throughout the whole world. There are many unlimited capabilities to generate better health to the human body with the studies of embryonic stem cells. It can really make a difference in the world of medicine with astonishing breakthroughs. Embryonic stem cell research is ethical and should be acceptable in society rather than wasted aside, because it can cure diseases, save lives, and can extend the human life span. There are limited of acknowledgment for embryonic stem cells, and yet they hold the key to a promising future.

and plenty of other degenerative diseases while the cure lies in our hands? After James Thompson, a developmental biologist, reported that he had derived the first human embryonic stem cell line (Thomson), the potential of curing degenerative diseases was revealed. Ph.D. holder and deputy director of FDA’s office of Cellular, Tissue and Gene Therapies, Stephanie Simek, explains that stem cells are unspecialized cells (qtd. in “FDA Warns About Stem Cell Claims”). In other words, since they are unspecialized cells, they can “…generate lots of cells and, under the right conditions, become one of the many cell types

Embryonic stem cell research is already proving useful in the study of regenerative medicine, human development, cellular responses to disease, drug testing, and many other fields. This is just the tip of the iceberg. There is still much more to be discovered and created using the research platform this stem cell research provides. Although opponents argue it to be unnecessary, it is clearly important because embryonic stem cells are the most pluripotent stem cells, and all stem cells are required for the full potential of research. Embryonic stem cell research can also be justified, because the embryos come from sources where they would otherwise be destroyed, but they are instead contributing to the advancement of medicine and science. Finally, and notably, this field is supported, and is clearly leading to a new future of science and research. This research is important to everybody because it is creating and will continue to create cures, medicines, and therapies. Any person could be struck by a disease or ailment unexpectedly, and the more research scientists are able to do with a variety of options means that person may not have to experience discomfort or pain for long. This research is helping reduce or eliminate fatal disorders as well, meaning that it could possibly save a loved one’s life, if they struggle with a terminal illness. In these ways, embryonic stem cell research continues to be an issue that affects, and should be understood by, everybody. Embryonic stem cell research, though controversial, is a field so valuable and with so much potential that it is important to contribute

There are some pros and cons on the research on embryonic stem cells. There is many benefits to conducting research on the stem cells. They could use differentiated cells that could result to certain disease that require transplanting stem cells generated from the human embryonic stem cell. The diseases are traumatic spinal cord injury, diabetes, Duchene’s muscular dystrophy, vision and hearing loss as well as heart disease. (White) Stem cells could also

There are pros and cons to stem cell transplants. I believe the pros outweigh the cons in stem cell research and is very beneficial in the end. Stem cells provide potential for finding treatments and cures to diseases including different cancers, diabetes, spinal cord injuries, Alzheimer's, MS, Huntington's, Parkinson's and more. Embryonic stem cell research is one of the most controversial researches.Recently there has been a success with the research, “Professor Mats Brannstrom, carried out the first womb transplant in 2014 which allowed a Swedish woman to give birth to a healthy baby boy. Since then he has undertaken nine more procedures resulting in a total of five births.”

Stem cell research is the key to profound advances in medicine that were previously unthinkable. Cure and treatment for serious diseases and major injuries are being created. New organ and tissue can be created. New drug testing will lead to safer medicine and more side effects will be spotted before the reach the market. Stem cell research is an important step to further medical

Unlike some patients and physicians, embryonic stem cell researchers are in complete agreement of using embryos in research or treatments. These researchers see the promise in creating an abundant supply of any type of cell, as well as understanding the development of diseases or disorders in early life. According to the article “Stem Cells” by Insoo Hyun, the most important thing to consider about using embryos is that they increase our understanding of how people grow early on in life, and the stem cells that come from them unveil misconceptions behind different malformations in the body (2018). Junying Yu and James A. Thomson express in their article “Embryonic Stem Cells” how researchers view this resource, stating that, “Human embryonic stem (ES) cells capture the imagination because they are immortal and have an almost unlimited developmental potential (Fig. 1.1: How hESCs are derived). After many months of growth in culture dishes, these remarkable cells maintain the ability to form cells ranging from muscle to nerve to blood—potentially any cell type that makes up the body” (2016). Despite the great controversy that surrounds embryonic stem cell research, researchers are still hard at work to support and progress this vastly growing study to help improve the lives of people everywhere. Supporting and advancing this research is the best course of action, considering it would benefit the most amount of people. There should not be any exceptions to its use, but religious individuals or physicians may believe in placing restrictions depending on their unique stance. The support for this cause is unwavering, there is a great amount of potential and there is absolutely no reason to slow or halt its progress towards helping patients with disorders or

Many issues that have arisen with stem cells are mostly ethical. For many, the act of using human embryotic stem cells for research – no matter its age – is unsettling, but the solution that has risen for us is the possible development of an iPS cell to a human embryo; if this is ever completely the case then the main issues that have caused the halt of the research, and for it to be ethically/morally incorrect would be ridden.

Usually most people don’t think about things such as stem cells or embryos being used in scientific research; however, embryonic stem cells have showed they are useful because they have the ability to create any cell type in the human body. In contrast to the embryonic stem cells adult stem cells are more specialized; which makes embryonic cells more useful for a wider range of research. Stem cells are also able to be genetically modified to target specific genes that have diseases: such as, diabetes, Parkinson’s disease, heart injuries and even conditions like autism are just a few examples. Although stem cells are already seen as a great scientific advancement, with genetically modified cells a new treatment for cancer may have been discovered.

For a long time, until fairly recently, scientists have been working primarily with two kinds of stem cells, Embryonic stem cells and Somatic, or “adult” stem cells.

Stem cells show potential for many different areas of health and medical research, and studying them can help us understand how they transform into the dazzling array of specialized cells that make us what we are. Some of the most serious medical conditions, such as cancer and birth defects, are caused by problems that occur somewhere in this process. A better understanding of normal cell development will allow us to understand and perhaps correct the errors that cause these medical conditions. A stem cell is a primitive type of cell that can be coaxed into developing into most of the 220 types of cells found in the human body (e.g. blood cells, heart cells, brain cells, etc). Some researchers regard them as offering the greatest