Persuasive Essay On Bioprinting

The studying of stem cells is a very controversial issue that has been around since 1998 when the research of the use of embryonic stem cell treatment began. The main issues surrounding the discussion of treating people with life-altering disabilities through the use of these pluripotent cells is the ethicality of the matter and whether or not it is a savage act against a fetus. Many who oppose the use of these stem cells derived from excess embryos use the formerly stated opinion to support their argument, while those who are pro research argue that the destroying of one life could save another. The core complications that arise in studying stem cells lies in many Christian-like ethics and morals, otherwise called Christian bioethics. These are rooted in the modern day controversies arising due to advancements made in biology and medicine, mixed with religious views that argue against it. The conflicting interests of the polar opposites which are scientists and those with religious views have caused many complications along the way to discovering new treatments and cures for diseased cells. This bumpy road which has refrained scientists from making tremendous breakthroughs must smooth itself out, and the only way possible is through coming to an agreement that certain stem cell research should be practiced, such as the IPSC and adult stem cells, and others like the

Embryonic stem cell research is a controversial topic nationwide, because of its clash of ethical and moral values. Many people, including those suffering from diseases that this research is seeking to cure, do not believe in killing a living embryo in order to advance research and science.

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

Embryonic stem cell is one of the most controversial, widely discussed medical issues in the United States today. The medical use of stem cell raises difficult moral and political questions. To understand about embryonic stem cell. I thought we should discuss what embryonic stem cells are. According to Scientific American; June 2004, embryonic stem are derived from the portion of a very early stage embryo that would eventually give rise to an entire body. Because embryonic stem cells originate in this primordial stage, or having existed from the beginning. They retain the pluripotent the ability to form any cell type in the body. To cell line create an embryonic stem cell, scientist remove the inner cell mass from a blastocyst created in

Embryonic stem cell research is a very controversial topic in today’s world. A stem cell is

“Embryonic stem cell research will prolong life, improve life, and give hope for life to millions of people,” said politician Jim Ramstad. This is a very powerful statement, and a very accurate statement. The solution to curing many diseases is just around the corner because of the advancements in embryonic stem cell research. The much needed support of society can speed up the progression of this research so lives can start to be saved. Embryonic stem cell research should be pursued because it has the potential to help or even cure many diseases, shows more promise than adult stem cells, and is morally ethical.

For this reason, embryonic stem cells should not be used is that life is destroyed when stem cell lines are created. "the only way to get pluripotent stem cells for research is to remove the inner cell mass of an embryo and put it in a dish" said on the stem cell debate is it over?).” This quote says that you have to kill embryos to study stem cells. When someone Murders someone they go to jail. When you kill an embryo you are becoming a Murderer. Embryos are still alive whether or not you think an embryo is alive

Embryonic stem cell research and use is a scientific advancement that could change medical history. There are two types of stem cell research, adult stem cells, and embryonic stem cells. Embryonic stem cells receive a very negative connotation in society, and there are many misconceptions about the process and the ethics of embryonic stem cell research. A large majority of society immediately assume that it is the use of aborted embryos because of the word embryonic, and adult stem cells are not as effective as embryonic. However, this is not the case. Embryonic stem cell research is in progress to help cure and reduce the effects of very fatal and harmful diseases that take many of societies precious lives. If research continues to

Embryonic Stem Cell Research are pluripotent stem cells derived from the inner cell mass of a blastocyst. I believe that the use of Embryonic Stem Research is beneficial to society because these cells have unlimited potential. They can allow permanent repair to failing organs by injecting healthy cells into the damaged organ. They also can used for finding and preventing cures for cancers, Parkinson’s disease, birth defects, spinal cord injuries, and strokes. However, Stem Cell Research is a controversial topic, especially when referring to Embryonic Stem Cell Research.

Throughout the last couple of decades the rise of technology has influenced the lives of Americans in many ways. From the time scientists started in depth experiments with stem cells in the 1980s, to the present day, the use of stem cells in research has been a prominent topic not only in legislation, but also in everyday conversations (Bush). This is because of the controversy these conversations introduce, as well as the hope in the potential outcomes and cures they may bring (Clemmitt). Some people believe that stem cell research should not be performed due to the fact that using embryonic stem cells is considered a form of

While the use of stem cells can offer a lot to the scientific community, the derivation of stem cells from embryos is ethically unacceptable; and the use of stem cells in humans should be completely prohibited. Since the first research on embryo stem cells in 1998 on mice the controversy has been relentless (Timeline), and even now, scientists have made great strides in waning off of embryonic stem cells and instead using induced pluripotent stem cells from adults, however these have their issues as well. Whatever the benefits may be, using stem cells to propagate differentiated human cells, tissues, or organs should be prohibited. The government has been addressing this issue since the arise of stem cell research. There are many

Hi Katherine, good selection of topic as well awesome presentation, I am new to pod cast presentation though heard about 3D technology, not this much in detail. You did a good job on your presentation. It is true that health care become increasingly more complex, it is necessary nurses must maintain the technological competencies necessary to deliver high-quality care. This includes the ability to respond appropriately to new technologies. These technologies have the potential to change our nursing practice as well. At the same time, as patient advocates and frontline caregivers, nurses must ensure that new technologies do not devalue the human element in healthcare. Bioprinting is one of the most exciting new technologies in healthcare which

As a result, a researcher from Wake Forest University named Professor Anthony Atala did a TED talk in 2011 on a demonstration on how to print a living human kidney, in which after the demonstration caused confusion in the crowd due to the research being in the early research stage and has never been previously used for a viable organ transplant (Lipson and Kurman 7). The TED talk demonstration was the world’s first introduction to the use of bio-printing viable organs for possible transplantation. In consideration of the TED talk, researchers have begun to harvest stem cells to 3-D print, in hopes to integrate with the existing tissue to produce viable organs and other body parts (Griggs 8). The bio-printing process has begun to have some success with clinical trials. In 2013, a surgeon named Doctor Paolo Macchiarini had a patient that is a 2-year old girl named Hannah from Illinois, who was born without a trachea (Griggs 9). Dr. Macchiarini created a bio-printed trachea from Hannah’s own stem cells and bone marrow, after in which he performed the 9-hour operation (Griggs 9). As a result, Dr. Macchiarini allowed Hannah to breath on her own and he will monitor her throughout her life, but for right now she is responding well to the transplant (Sifferlin 2). In result, bio-printing may begin to save and improve a lot of individuals’ life. Since, each day 18 people die in the

Biomedical engineering has become a growing field over the past couple years. The new advances and research that stem from biomedical engineers can solve problems that would have never have been able to be solved before. Engineers have been working on new technology that will utilize stem cells in order to save lives and treat diseases. The stem cells that are used for treatment are called embryonic stem cells. Embryonic stem cells are formed from five-day old human embryos that the embryos are essentially human beings ("In Stem-cell Research” Para. 3). The usage of such stem cells has caused controversy because pro-life advocates believe lives are being taken away which embryonic stem cell usage. Despite the viewpoints of pro-life

Although the possibilities stem cells bring about are very profitable to the medical field and bioartificial organs, the ethics involved in harvesting the embryos cause debate. What exactly are these ‘stem cells’ at the center of all this controversy? Dr. Peter J. Bryant, research professor at University of California Irvine, described stem