Stem Cell Research Funding Essay

Any time someone had to get a lung transplanted there would be no need to find a donor; and once the lung was transplanted, the patient would not have to receive drugs afterwards, because his immune system would automatically accept the lung. Also, organs that cannot possibly be donated and accepted in a new body, like spinal tissue, could be duplicated. This means if an individual was paralyzed, hers or his spinal tissue could be duplicated by stem cells and then transplanted. In addition, it may become possible, with embryonic stem cells, to generate healthy heart muscle cells in the laboratory and then transplant those cells into patients with chronic heart disease. Through the use of embryonic stem cells, brain cells and many other cells can be cultured and then transplanted into a patient to cure Alzheimer's disease and other brain and heart related diseases. A person diagnosed with diabetes, a disease in which a person is unable to produce insulin, can have cells cultured to form insulin producing cells and have them transplanted. Because of the limited number of cells adult stem cells are able to produce; these diseases would be unable to be cured through their use. Stem cells could also be used to test new drugs. With this achievement scientists could be able to cure cancer and many other diseases. This would reduce the view of cancer as a fatal disease, to something that can be overcome, such as a common cold. Patients

The Alliance for Aging Research is a non-profit organization that promotes the use of federal funding for embryonic stem cell research. As an agency geared toward improving the health of human beings as they age, some of their responsibilities include lobbying for federal legislation, conducting studies and surveys, and creating and distributing educational materials to health care professionals and the public. With Baby Boomers closely reaching the later stages of life, this group has found themselves focused primarily on research programs for the geriatric.

On August 9, 2001 President Bush announced that he would allow limited federal funding for embryonic stem cell research under certain conditions. Under Bush's new ruling only the 64 stem cell lines that were already in place before August 9 were to be funded. He said that the government would not fund further destruction of embryos to create more lines. Also stem cells could not be obtained from embryos created for that purpose or from the left over embryos from in-vitro fertilization. However, private sectors would be allowed to continue producing new lines through the destruction of embryos.

A brief introduction to stem cells; Stem cells are cells that are undifferentiated, or, simply put, a cell that has not yet been given a job, such as cells that create molecules. In recent years, scientists have discovered the potency that stem cells contain, due to their versatility. For example, stem cells could be studied and used to cure a man of liver disease, a child’s handicap, a woman’s breast cancer, etc…, etc…. One may now be asking themselves? “That’s great… then why are so many people against stem cell research? What could possibly be the drawback? “. You see, stem cells are acquired by human embryos, or, in Layman’s Terms, unborn fetuses. Take for

Therefore, much of the critic’s arguments are invalid due to the fact that the embryo won’t develop into a child. Stem cells are the beginning of an enormous scientific breakthrough, a breakthrough that critics are simply putting off. Embryonic stem cells have the potential to treat some of the worst diseases we face today, such as cancer. Many critics argue that adult stem cells offer a good alternative. However, adult stem cells have become specialized and only have the ability to become specific type of tissue. Unlike adult stem cells, embryonic stem cells have the ability to create any type of cell within the body, as well as replicate themselves. This difference is proof alone that embryonic stem cells are vital to treating the more complex illnesses. Due to this, embryonic stem cells would create a larger bank of replacement cells and tissues. This is important because although there is organ and tissue donation, there is a higher demand for them than we have to supply. With embryonic stem cells, there would be more available treatment for patients with diseases such as macular degeneration, spinal cord injuries, heart disease, and more. In the case of heart disease, with the use of embryonic stem cells, healthy heart tissue could be generated in the lab and then transplanted. This would lead to a quicker treatment option than waiting for an available tissue and organ through

Stem cells have the ability to grow heart cells, which can further lead to new discoveries in medicine. A team of scientists researching stem cells “has grown the earliest form of human heart cells from embryonic stem cells and found a way to direct them into the three major cell types found in the human heart”. This demonstrates the morality of stem cells because they can develop into a helpful tool to grow heart cells. Furthermore, the experiment’s goal is that “[the] lab created cells could be used to grow new heart tissue or repair heart muscle damage” (Ogilvie, 1). If people continue to put their hope in the benefits of stem cell research, then eventually it will be able to not only just grow heart cells but the tissue itself.

Did you know that since 1981, researchers have been removing embryonic stem cells from thousands of embryos to create cells that could potentially save people from diseases? How many patients do you think this has helped since then? Hundreds? Thousands? Wrong. In fact, not one “cure” has been found to help people with Parkinson’s, cancer, heart disease and so many more rare diseases that it is said to be able to help.

Scientists have been using stem cells since their discovery to improve research and treatments. One type of organ improvement stem cells have played an important part in recently is the heart. There can now be a reduction in cardiovascular disease morbidity rates through the utilization of stem cells, and worrying about compatibility and time can become a thing of the past. Through the use of stem cells, repair, rehabilitation, and transplant can help or even cure myocardial necrosis.

The society has evolved over the decades. Medical advances, greater technologies, better understanding of the world around us, the sky is the limit! The progression of a society is astounding from where it was just twenty years ago. One is able to do things that the forefathers would have never dreamed! Science has discovered ways to travel to the moon and back, reach some of the deepest depths of the oceans and discover new species, and drive hybrid cars. The achievements of today’s society have reached a new high; however, with great achievement comes great questions of ethics.

Due to the potential therapeutic uses and the potential profit from stem cells, there has been an increased interest in stem cell research. While some progress has been made, we do not know nearly enough about how stem cells work to use them for the treatment of human diseases. However, there are researchers that claim that they have developed the technology to apply stem cells to the treatment of aging and diseases. Websites such as www.youngeryounger.com and www.medra.com state that they have created a miraculous medical cure, known as cellular therapy, which can treat just about any problem.

Imagine that a patient enters a hospital because they have been having trouble urinating. After the patient goes through a series of tests, they are told that their kidneys are failing. In order to survive they are told that they must have a kidney transplant within the year, but the donor list they are going to be placed upon is extremely long and the patient would probably not get a kidney for five years. The patient would surely die due to this long list, but luckily there is a new form of treatment, stem cell therapy. Stem cell research and therapy should not be as regulated as it is in the United States, because it has the potential to cure many diseases, disorders and ailments.

In August 2010, Hannah Warren, a Korean baby girl was born with no windpipe. When Hannah was delivered, she was blue, and her doctors had to force a tube down her throat so she could breathe properly. Following some tests, the doctors found that Hannah had been born without a trachea. Hannah’s parents were told most children in her condition didn’t survive, and that she had a very low chance as well. However, she continued to grow bigger and stronger, and her family kept searching the internet for possible treatments. The family found information concerning stem cells and their use in regenerative medicine, and learned about a physician who was creating windpipes out of stem cells and transplanting them into patients. The family got into

In the future, scientists are focusing on the research of stem cells, because they are convinced that in the future could also cure diseases of the nervous system such as Alzheimer's, Parkinson's, multiple sclerosis and spinal injuries, or the cardiovascular system such as stroke. The studies are in the initial stage that will require many years before coming to the possibility of use for these diseases.

We all started off as an embryo. At one point in time, we were a small bundle of cells that would one day become who we are today. Those cells were essential to our body and the development of the fetuses that were us. Put yourself in the place of an embryo. You are a small blastocyst or a bunch of cell, only about 0.1 millimeters big. Even though you are slight and may seem insignificant, you hold all the opportunities of life. You have a soul and are alive, because you will become a human. The possibilities are endless; you could be a surfer, an artist, a chef, or anything else you wish. Now, imagine being taken out of the womb and you are killed. Then, experiments are conducted on you. All the potentials are now gone, and in their place

In April 2013, a report published in Express states that researchers from Mayo Clinic treat heart failure patients with a special stem cells harvested from the top of the patient’s hip. Proteins are used to instruct the stem cells to works as heart cells and these are then injected into the patient’s heart. The results show that patients have greater improvement in their health but this technique still requires further investigation to determine why the hip’s stem cells are able to cause such effects.