The Expanding Field of Stem Cell Research

Stem cell research holds the cures and treatments for most of the major diseases in the world. Many people with major and deadly diseases may be benefited by stem cell research. Other people have been fortunate enough to have had the benefits of it already. There are two types of cells, which are embryonic and adult stem cells. Embryonic stem cells can become any type of cell, for example, blood, brain tissue, and skin cells. Many people may not be supportive of this research because of cloning fears. Other people do not support it because of the use of aborted embryos for research. Stem cells will save many people’s lives all over the world. Stem cell research

What is a stem cell? A stem cell is an unspecialized cell, meaning it is not a heart, brain, or any other type of cell that has a special purpose,

Embryonic stem cells are found in human blastocysts (Marcovitz 17). A blastocyst is a very young embryo (just a few days old) that contains around 200 undifferentiated stem cells (Marcovitz 17). German Zoologist Valentin Hacker coined the term “stem cell” after he discovered them in a blastocyst of a crustacean (Marcovitz 18). Embryonic stem cells were collected for the first time in 1988 by Dr. James Thomson of University of Wisconsin and by Dr. John Gearheart of Johns Hopkins (Panno 76). These stem cells are unspecialized; they do not perform a specific function like cells such as muscle and nerve do (“Stem Cells”). They are also pluripotent, meaning they have the ability to divide and become specialized cells (“Stem Cells”). This is why stem cells hold so

Stem cells are a type of cell that basically always divide in order to replace other cells in the body. They are different from normal cells because once they have first divided into a new stem cell, they can become another type of cell, such as a muscle cell or blood cell, tissue, or they can continue being a stem cell. They also can remain inactive for a period of time, yet they can still divide into new cells whenever they are needed.

Stem cells are cells that are found throughout the human body. They reproduce over a long period of time without changing. Stem cells can produce specialized cells, such as brain, muscle or lung cells. Stem cells in the last few years have recently made a big debut because medical professionals have discovered so many unique qualities to stem cells. They are on the cutting edge of medicine because of all their uses and the qualities that make them so unique from any other cell in the body. Stem cells have the power to make so many breakthroughs in the medical world. Medical researchers have all ready found so many ways that stem cells can be used for the better of so many people. Genes play an important role in determining what genetic traits or mutations we receive. Researching stem cells can help determine this. Stem cell research is useful for learning many things about human development and about how the body has the power to repair itself. Researchers are finding new ways each day that stem cells can be used and the possibilities that they find for stem cells could be endless. A few ways they can be used to treat diseases, be used as graphs for burn victims or surgical use, and even to correct birth defects. The pros of stem cells are limitless.

Imagine a child, no more than six years old, with a failing liver. There is no way for that child to receive a functional liver because of the waiting list for organs. That child will almost certainly die waiting for that liver, and never get close to the top of the list. The main reason for this is quite simple: there are not nearly enough organs available for transplant to save the people that need them. Because the research of stem cells isn’t developed or funded well enough for functional organs to be made, many people will die waiting for the organs. But, if funding and support was provided, lives would be saved instead of lost. Stem cells should be used in more clinical

Stem cells are cells in the body that can become many other parts of the body. They are a very important part of the body and the way it functions. Stem cell research has been studied for many years but the findings have recently been applied to the real world. With the new discoveries from stem cells, clinical trials can be more accurate and cost effective. The stem cells can be reprogramed and sent to parts of the body to help repair cell damage in the body, giving them the name the black box of reprogramming. Stem cells can also be used to help cure cancers and other diseases like Alzheimer and Parkinson. Some think that stem cell research is wrong and goes against their religious beliefs.

Stem cells are undifferentiated cells that have the ability to become many different cell types by the process of mitosis and differentiation. Due to this unique property, many scientists are keen to researching and working with these cells. Furthermore, Stem cell is one of the most potential gates to curing diseases and developing new technologies.

Stem cell research is the key to profound advances in medicine that were previously unthinkable. Cure and treatment for serious diseases and major injuries are being created. New organ and tissue can be created. New drug testing will lead to safer medicine and more side effects will be spotted before the reach the market. Stem cell research is an important step to further medical

Many people in the around the world have first or second hand encounters with deadly diseases that can lead the person who is afflicted to a lifestyle of medication and therapy. Scientists today have the potential to find cures for these diseases with stem cell research. Stem cells have the potential on making cures for these people. Stem cell research is hindered by the opposing side’s belief that stem cell research is murder since they believe that life begins at conception. Stem cells according to the U.S Department of Health and Human Services, “Cells with the ability to divide for indefinite periods in culture and to give rise to specialized cells”. These cells have the ability to become any cell that an ill person requires in order to become better. Reasons why stem cells are not used frequently is that they are still in the infancy stage of research and politics restrict the progress of stem cell research. There are two types of stem cells that are researched but the type that has the most attention are embryotic stem cells. These cells are only acquired from embryos that have been given up for research when they are no longer needed for in vitro fertilization.

Stem cells are cells that are able to renew themselves as well as the ability to generate specialized cells. Scientists refer to these tiny, magnificent cells as stem cells because many different types of cells can stem from them. Stem cells have the ability to develop into other cell types that mature into cells that have specialized functions. For example, stem cells can progress into heart, skin, or nerve cells (Kelly 4). The two main stem cells used in research are embryonic stem cells and somatic stem cells (“Stem Cells”).

What if there was already a way to cure cancer out there right now? What if it was right at the tip of humanity’s fingers, and with a little bit more reach it would be ours? This miracle is known as Stem Cell Research (SCR). Stem Cell Research is a relatively new field that has shown much promise to help deal with hundreds of different conditions and diseases. Though this astounding field holds the key to saving thousands of lives, there is a misguided ethical problem with Stem Cell Research raised by the church. The church only focuses on one aspect of harvesting stem cells when there is more than one way to get stem cells. This isn’t the only thing that is holding SCR back. Stem Cell Research has a chance to be something great but it needs; a better public image (at least from the religious community,) better funding so that progress can be made to put the stem cells to human testing, and more focus on a huge project that has been put on the backburner for so long.

The role of stem cells is they can develop into any type of body cell including the cells of blood, liver, brain, muscles, and many more. They are found in adult bone marrow, embryos, fetuses, and blood from the umbilical cord. Stem cell research is the latest advancement in biotechnology which shows how an organism develops from a single cell and how healthy cells replace damaged cells in adult organisms. This technique has lead scientists to research the possibility of cell based therapies to treat disease, which is often referred to as regenerative or reparative medicine.

Research involving embryonic stem cells is now one of the biggest projects in the world of modern science and scientific breakthroughs. Stem cells are basically cells that can develop into any kind of differentiated cell type in the body (Freeman 2011). This means that a young and healthy stem cell is able to become a variety of distinct cells in the body, each kind of cell playing a different role and function for that specific organism. Stem cells generally come from fully matured tissue or from a developing embryo that is in the phase of being a blastocyst (Crosta 2013). Being that they are found in places like the blood, skin, or skeletal muscles, these adult stem cells remain in an idle state until there is a destructive stress on the

Stem cells are undifferentiated cells, or cells that can differentiate into different cells. Stem cells are often divided into two different classes: embryonic and adult. Adult stem cells can turn into many, but not all, cells, allowing these cells to be used in the treatment of some problems. Because of this, adult stem cells are often considered “multipotent”. Embryonic stem cells can become any type of cell and any organ, creating great optimism in medical fields. Because of this, embryonic stem cells are often considered “ pluripotent”. Although there are great developments that can come out of stem cell research, there exist many problems that concern many, but not necessarily most, people. These include the classic arguments