Stem Cell ResearchEssay title: Stem Cell ResearchStem Cell ResearchIn modern medicine today there are remedies for many diseases and sicknesses. For those unfortunate few with rare diseases, cancer, or a genetic mutation, we don’t have a resolution or cure. The race to find these cures is going on right now. Many think the solution can be found in the tiny embryonic stem cells. Most of the people who believe that the embryonic stem cell is the solution also believe that the federal government should help fund the research. The use of embryonic stem cells is not the only “solution to be” for these rare cases. Adult stem cell research is another means of finding the solution to the rare diseases, cancers, and other such sicknesses. Adult stem cell research is the most moral and effective treatment for the rare diseases and sicknesses.
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Our health is at stake when you decide to transplant or donate your own stem cell or a non-conventional stem cell from your own mother for transplantation, donation, or adoption. This research could change your life, or save hundreds of lives each year. Our hope is that your interest in human stem cell research will provide you with a source that meets your needs as you go about your daily life.
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It is quite possible the work of this research has been partially accomplished, but is still only a small fraction of a study. The purpose of this article is to provide a personal perspective on this field of research and help you make informed choices about the scientific nature of certain research.
The use of human stem cells is not simply another means of medical research. We rely heavily on them as we develop treatments, diagnostic and therapeutic interventions, treatments for cancer, and even treatment for epilepsy.
To provide a list of articles on stem cell research, here are some of your favorites:
Medical Science Background:
Human stem cell research is conducted using human embryonic stem cell (HESC) stem cell line cells. They are obtained at a cost of $20. Although not nearly as costly as HESC stem cell lines, they offer significant benefits. For example, they have fewer side effects than human stem cells, which is good for them. Human stem cells come from many different cells, including human embryonic stem cells (HT cells) and chimeric cells. However, they contain more cells than HESC cells, which prevents them from reproducing or producing new stem cells. Human stem cells also have fewer harmful mutations than HESC cells, which can help patients fight off certain types of diseases and cancer.
Human stem cells are naturally composed of cells that are known to help respond to different conditions and have different immune response properties. To provide a list of publications on human stem cell research, here are some of your favorites:
Longevity Research:
In a 2010 analysis of the longevity of human stem cell lines, researchers identified several potential problems associated with HESC stem cell research and the use of other artificial and biologically produced cells for human reproduction. These include a lack of specificity and long-lived cells. In 2007, human embryonic stem cell lines obtained from an international consortium of manufacturers, laboratories, and laboratories produced about 0.3% of all stem cell products sold in the United States. Today, only about 2.4% of all stem cell products sold in the United States are used to create human breast tissue or prostate tissue. Human stem cell line cells are widely used for breast tissue or prostate cancer studies and transplantation of donor kidneys or meninges, as well as for various other human diseases.
Hormone Replacement:
In 2009, researchers at
Adult stem cell research has been proven to be the superior form of stem cell research at this time. Adult stem cells have provided 56 treatments to various sicknesses from brain cancer, to Hodgkins Lymphoma, to Sickle Cell Anemia, to spinal cord injuries (Do No Harm). These 56 treatments compare to the zero that embryonic stem cell research has so far provided. It is apparent just from that fact alone that adult stem cells are not second best. Dr. Carlos Lima in Portugal, has helped several paralyzed patients to restore bladder and muscle control using stem cells from their own nasal tissue. One of Dr. Lima’s patients appeared before a Senate subcommittee and presented videos of herself walking with braces (Biotechnology and Bioethics).
Embryonic stem cell research is the study of a tiny cell, taken from an embryo, which during the development of the embryo grows into many different organ or tissue cells. These cells can be cultured and grown into almost any organ or tissue cells to repair or replace damaged cells (Eapejo 53). The only high point that embryonic stem cells have is that they could potentially be used for anything because of this unique ability to be grown into any type of cell. But embryonic stem cells also run the risk of tissue rejection and tumors. This is one of the reasons a human trial has yet to be done (Tada). Embryonic research is not complete but isn’t near ready for a human trial. Embryonic research is showing no signs that the cures are around the corner either (Center for Bioethics and Culture). Many people who support embryonic research don’t see this though. Some of the supporters were Christopher Reeves and Ronald Reagan’s wife and son, Ronnie. They felt that embryonic research was the key to finding the cure for Parkinson’s Disease, Alzheimer’s, and Multiple Sclerosis. Unfortunately for Christopher Reeves and Ronald Reagan, a cure was not found in time. Their families argue that political issues withheld the cures for their diseases. When you look at their cases though, they were too far along in their sickness to be able to take advantage of the treatments that we have found and used. Adult stem cell research has had success in finding a cure for Parkinson’s and MS. The best story is of a MS patient, in advanced stages, who with the use of his own adult stem cells is now almost in total remission (Biotechnology and Bioethics).
Aside from just not having proven to be an effective means of curing sicknesses, embryonic stem cells are obtained from in vitro fertilized embryos as well as aborted embryos. The problem with in vitro fertilized embryos is the researchers have a tendencies to make too many of them, in mass amounts. Their resolution to this is to freeze the embryos, to slow the death process. So, essentially, these researchers create the living embryo, study it, freeze it, pull some cells from it, then let it die (Center for Bioethics and Culture).
Stem cell research comes down to a moral issue. It comes down to whether you believe the killing of an unborn baby is wrong and if you believe the cloning of human beings is wrong. Joni Tada, a quadriplegic who would benefit greatly from a breakthrough in spinal cord injury research – a potential cure of stem cell research – said, during an interview with Larry King, “If we violate a human embryo today, tomorrow we will become callous about the fetus, then the infant, and then people with physical defects. We want to influence society with reasoned judgment, strength of character, and a commitment to improve our culture, not diminish it.”
Another issue surrounding stem cell research is whether or not the government should fund the research of these cells. Many would love to blame President Bush’s “stem cell ban” for the lack of cures for Parkinson’s and Alzheimer’s, even though they are at our fingertips (Kass). If these people were to do their research though, they would see that Bush passed the first federally funded project using stem cells back in 2002 (Manier). Not only would they see this but they would also