Stem Cells And Its Effects On The Body

These cells come from fetuses which is why stem cells are such a controversial issue. In order to actually use embryonic cells, they must be harvested from an unborn baby that is in the early stages of life. Embryonic cells have the ability to be all 220 types of tissues in the human body. “This makes them ideal for regenerating diseased heart tissue, repairing spinal cords, and replenishing brain cells”, Elizabeth Svoboda, an author in the publicized Popular Science magazine, illustrates in her article about stem cells (60). Embryonic cells have limitless possibilities in medical advancement. These cells can become whatever type of cell a doctor program them to be. With the use of embryonic stem cells, doctors can cure several diseases, as well as curing people who have suffered injuries, but research is being slowed down by the ethical dilemma of aborting a

Stem Cell research and its funding have caused a lot of controversy throughout the past years. Stem cells are cells that are present in all living organisms. These cells have the potential to grow into any type of cell, including blood cells, nerves, muscles, and pancreatic cells. Stem cell research is essential because of the beneficial aspects it has to offer. Stem cells could potentially treat conditions such as Alzheimer 's, Parkinson 's, birth defects, strokes, Diabetes, cancer, and help in the reconstruction of severely damaged organs. Although stem cell research withholds great potential for many medical advances, a lot of controversy surrounds the sources and methods of obtaining stem cells and the possibility of improper usage of the knowledge acquired from research and experimentation. It is necessary for scientist to continue research as well as recognizing any ethical issues that may be present.

Since their discovery in the 1980s, stem cells have been considered one of the most exciting concepts in the scientific community. Stem cells represented untold implications for medicine, and for the last three decades researchers have continued to explore the many opportunities stem cell research has to offer. Today, the future of stem cells is still bright, and scientists are closer than ever to successfully implementing their clinical applications. However, stem cell research remains a highly controversial topic that raises many questions regarding the constitution of personhood and the creation and destruction of human life. These ethical considerations have been a frequent and unfair obstacle to research efforts. Stem cell research is one of the most groundbreaking developments in modern science and medicine, and while the ethical implications must be addressed as the new era of regenerative medicine emerges, it would be a great injustice to allow these questions to impede research. Stem cells are the future of medicine, and the opportunities stem cell research represents must continue to be explored in the coming years.

The transfer of information, often shared through scientific reports and research, puts this topic in a highly international spotlight. Many supporters believe that stem cells will be able to help solve once untreatable diseases or injuries such as spinal cord injuries, skin burns, Parkinson’s disease, and some blood disorders. However, the main argument is if stem cells should be used in finding therapeutic treatments. The use of embryonic stem cells is viewed by many as a moral inconsistency; it is opposed by religious organizations and individuals believing that this research should be abandoned and existing, alternative methods be adapted.

Stem cell research has been quite a controversial topic since its origin in the 1960s by Gopal Das and Joseph Altman. Of course, anything that uses a human embryo would be. Stem cell research could open a vast number of new doors for modern science, it could let us test new drugs, one of which could be the unfound cure for AIDS or Alzheimer’s disease. However, this branch of science comes at a high price, the price of a human life that is only five to six days

There are many different types of stem-cells which can be implanted in patients to regenerate or replace the damaged or abnormal cells caused by not only diseases like Parkinson's but also Alzheimer's and spinal cord injuries (2). A specific example in relation to Parkinson's is the harvesting of embryonic stem cells. These human embryonic stem cells can be transplanted into the brain to replace and create dopamine neurons. The controversy is in how one can obtain these stem cells. During fertilization, in humans, the embryo is hollow and contains cells that eventually develop into a fetus (1). Researchers have discovered, as recently as 1998, that the cells in the embryo contain all

If the government does not adequately fund research on stem cells, it makes sense that large amounts of discoveries would be made. It is in the government's best interest to represent the country as a whole, which would not be possible by taking one specific side of the ethical debate. Certainly, there are major advantages, as well as major issues, with stem cell research, but the most critical area of dispute comes with the idea of reproductive cloning through stem

What if there was a way to cure previously in-curable diseases with the help of something in the very first stages of human life, but thousands upon thousands of lives had to be taken to perfect the use of this material? That is exactly what is happening with embryonic stem cells around the world. Pro-life activists, who originally organized to stop the abortions of unborn fetuses, were most angered with the process of actually destroying an embryo solely for research purposes. However, scientists, such as Dr. Andrew Yeager of the University of Pittsburgh, argue that embryonic stem cells are the future of medicine. “This is really where, I think, so much of biomedicine is going to be going in the twenty

The ethics of research involving fetuses or material derived from fetuses have been widely debated for over three decades, portrayed by its proponents as holding the key to scientific and medical breakthrough and by its opponents as devaluing the most basic form of human life. The latest chapter in this long saga involves the use of embryonic stem cells. Research in this field took a great leap forward in 1998, when the first successes in growing human stem cells in culture were reported independently by Drs. James Thomson and John Gearhart. According to the National Institutes of Health, embryonic stem cell research "promises...possible cures for many debilitating diseases and injuries, including Parkinson 's disease, diabetes, heart disease, multiple sclerosis, burns, and spinal cord injuries. The NIH believes the potential medical benefits of human pluripotent stem cell technology are compelling and worthy of pursuit in accordance with appropriate ethical standards (National Institutes of Health 2000). Research in this new and developing field has sparked controversy centered on the moral implications of destroying human embryos and poses several compelling ethical questions. Among them: Does life begin at fertilization, in the womb, or at birth? Might the destruction of a single human embryo be justified if it can alleviate the pain and suffering of many patients?

Research into embryonic stem cells holds a lot of promise thanks to its recognized potential to treat a wide range of conditions such as physical trauma, degenerative conditions, and genetic diseases. However, human embryonic stem cell research is a controversial issue for many as the creation of embryonic stem cell line requires the destruction of a human embryo. This ethical dilemma has resulted in research being held back as the debate rages on rather it’s right to use embryos in research. Despite this, embryonic stem cell research should be allowed to continue because of its potential.

The process when stem cells give rise to blood cells, or any other specialized cells, is called differentiation (“Stem Cell Basics”). Stem Cells’ ability of differentiation can be targeted and directed to generate tissue and therefore to cure degenerative diseases (Panno 24-28). However, such medical promise faces the doubts and gives rise to disputes. In fact, federal funds for stem cell research were banned under President Bush’s administration, but the ban was then lifted by President Obama’s administration (Obama). Despite the different arguments, more medical trials should be conducted with embryonic stem cells in order to determine whether the medical promise is applicable or far-fetched.

Embryonic stem cell research is a highly controversial topic in today's society, this kind of stem cell commits to regenerate any type of tissue. Unfortunately, Embryonic Stem Cell Research has a dark side. To obtain these cells will kill the embryo automatically. In other words, the acquirement of the Human Embryonic Stem Cell includes performing an abortion. To obtain these cells, it would kill the embryo. This has created controversy since abortion is such a divisive topic. Politicians are uneasy to take sides. The Human Embryonic Stem Cell issue is today's Pandora's Box due to all the unwittingly chaos that it can bring to our lives. By having this new option available in the medical world,

Reflect back to the year 1984, to the tragic day former professional boxer Muhammad Ali was diagnosed with Parkinson’s disease. In a blink of an eye, Ali’s career slipped through his fingertips. Unfortunately, many tragedies such as Ali’s occur everyday whether it is due to an accident or disease. I can relate to this issue along with others who may know someone who suffers from a life long disease such as Parkinson’s, paralysis, or diabetes. For quite some time these diseases have been seen as incurable but embryotic stem cells may hold the cure. With that said, many researchers in the medical field have become quite involved in the study of stem cells. A stem cell is an immature cell that has the potential to become specialized into

Stem cells are different to all other cells in the human body because they have unique abilities to divide repeatedly, make many copies of themselves or differentiate into specialised cells such as skin cells, immune cells or nerve cells. Stem cells are also described as unspecialised because they are not yet advanced to perform an exact function. However, each of them has the potential to develop into one of a number of different specialised cell types depending on the body’s needs at a particular time. Specialized cells are different in size, shape and function. Some of the cells such as white blood cell allows the body to fight off the infection, while the nerve cells carry the impulses. Each cells have a significant function and failure of one can cause the others to work inefficiently because these group of specialized cells form tissues such as muscle, skin, nerve cells. Then, group of tissues form organs such as heart, lungs, stomach. Organs come together to form system like respiratory system, digestive system and then the entire system forms a human body. As they are all in one way connected to each other, malfunction or failure in a group of cells makes the body worse and sick. (Multiple Sclerosis Trust, 2016)

Stem cells are cells that have the capabilities to develop into many different types of cells in the body. Serving as a type of repair system for the body, they can theoretically divide without limit to take over for other cells for