Stem Cell research could be the cure to all diseases. There is a lot of controversy over this topic, although, I see no problem with the research being done; if a child is to be aborted anyway, I don’t see a problem with using their placenta for the stem cell research. This research could cure cancer one day. Stem cells have potential to develop into many different cell types in the body during early life and growth (“Introduction: What are Stem Cells”, and why are they important, nih.gov). The article states that when a stem cell divides, each cell has the potential to remain a stem cell or become a muscle cell, red blood cell, nerve cells, brain cell, or any other cell found in the body (“Introduction: What are Stem Cells, and why are they …show more content…
With certain experimental conditions, stem cells can become a specific type of tissue or organ, so a person with a chronic or life-threatening disease has the possibility of being cured
(“Introduction: What are Stem Cells, and why are they important”, nih.gov). This research that scientists are doing is groundbreaking. Scientists already have extraordinary evidence that stem cell research is conclusive in some areas.
Stem Cells are capable of dividing and renewing themselves for long periods of time; they are unspecialized and can give rise to different specialized cells (“What are the unique properties of all stem cells?”, nih.gov). Why can embryonic stem cells proliferate for a year or more in the laboratory without differentiating, but most adult stem cells cannot (“What are the
Lasiter 2 unique properties of all stem cells?”, nih.gov)? What are the factors in living organisms that normally regulate stem cell proliferation and self-renewal (“What are the unique properties of all stem cells?”, nih.gov)? These are a few of the questions scientist have come up with, and discovering the answer to these questions could help scientists better understand how cell proliferation is regulated during embryonic development or during the abnormal cell
For example, Alzheimer’s disease is a disease that is caused by brain cell death. Alzheimer’s does not have a cure, and the only treatment for it is medication that will slow the death of cells. However, if embryonic stem cells were used, they could replace and, theoretically, stop the death of brain cells, which would in turn, halt the disease. So overall, this treatment could dramatically benefit patients struggling through diseases like Alzheimer’s, Parkinson’s, cancer, and diabetes. Furthermore, the increase of quality of life for these living people is more than worth the possible destruction of a cluster of
Over the years, there have been many controversial issues surrounding medical research, but one of the most arguable topics of all time is the use of embryonic stem cells. Some individuals believe that extracting stem cells from unborn babies will be useful to create new medications or, in most cases, help regenerate damaged cells. Although, many people disagree with the process scientists use to obtain these stem cells. By continuing embryonic stem cell research, scientists are denying an unborn child the chance to live, they are not letting nature take its intended course, and they are not adhering to the religious or moral beliefs of many people.
However, this belief is irrational, as we shall come to see later on. The ability of these stem cells to save millions of people suffering from degenerative, debilitating diseases is evidence that embryonic stem cell treatment is completely ethical and should be completely legal all across the world. First off, what really is a stem cell? A stem cell is a cell that possesses three unique characteristics: they can divide and regenerate for extended periods of time; they are unspecialized; and they are capable of becoming different types of specialized cells (“Stem Cell Basics II”). Embryonic
Many people argue that the embryo dies from this, which is why I thought I was going to be against this. But, there ways that stem cell research can be done without killing embryos. Also, the research from this could potentially lead to the cure of cancer which would save millions of lives. One of the biggest
As mentioned before, the benefits of stem cells could be used to treat a myriad of different health complications that a major portion of the population in the world faces today. If the treatment of disease were explored through the research of stem cells, the quality of life for those impacted by the multitude of health problems that exist would vastly improve. In Franklin Roosevelt’s second Bill of Rights, he lists “self-evident” economic rights that every person in the nation should have, despite their
Today, our technology is advancing at an ever increasing rate. Science and medicine are making breakthroughs that improve everyone’s quality of life. Life saving medicine, previously limited to the realm of science fiction, is within our grasp. And part of that future is due in part to the amazing research being done with stem cells. However, there are laws in place that prevent scientists from getting as much use as possible from cells derived from embryos, which is the most abundant source.
Stem cells can provide so many benefits, but we need stem cell research to learn and produce all of these benefits. The first argument to advance in stem cell research is the cell's ability to cure medical diseases. Stem cells can create a variety of specialized cells that are the cause of diseases and losses. These cells include brain and tissue cells.
While stem cells are removed (along with the embryo) and used for study to potentially save a life, more risks are taken in doing this than many people realize. As one of the biggest arguments against embryonic stem cell research is that the scientists are sacrificing human life, it is a fair
According to NIH scientists are just beginning to understand the signals inside and outside cells that trigger each step of the differentiation process. The internal signals are controlled by the gene’s of the cell, while the external signals that cause differentiation include chemicals that are secreted by the neighboring cells, physical contact with neighboring cells, and certain molecules in the nearby environment or in this case the nearby microenvironment. Scientists are currently still doing research about stem cells. Currently they are trying to answer two questions. Those questions are: Why can embryonic stem cells proliferate for a year or more in the laboratory without differentiating, but most adult stem cells cannot; and what are the factors in living organisms that normally regulate stem cell proliferation and self-renewal?
A stem cell is “a simple cell in the body that is able to develop into any one of various kinds of cells”(Webster 1). While there are many types of cells,
There have been many different experiments to try and grow different objects. A Dutch scientist is growing pork in a lab by growing pig stem cells and cultivating them until they become pig skeletal muscles. Their previous attempts to perfect the texture of the meat fell short and more work needs to be done before it goes into the public, But they believe that in the near future this will be a new science breakthrew. Many also believe that this could one day help end world hunger and reduce the slaughtering of animals. Stem cells have a remarkable feature, they can become bone, muscle, cartilage and other specialized types of cells.
This process provides a safe alternative to embryonic cells, as the stem cells did not produce tumors. Adult stem cells are also being found in more tissues than ever thought (Stem cell Basics). This would allow many different uses of the adult stem cells, as they can only form certain major cell types of a tissue or
Consequently, stem cell research and their medical applications are of great interest to the scientific and medical community. The area of stem cell research could lead to further understandings of disabling diseases. The benefits
Stem cell therapies have the potential to be able to regenerate all of the tissues in the human body and along with gene therapy could be the most powerful tools in medicine with the potential to treat a