Embryonic Stem Cell Research Argumentative Essay

Others develop into muscle cells that can contract and also into nerve cells. Because they have the potential to become such a wide variety of specialized cells, embryonic stem cells are described as pluripotent. Plurip.0otency is one of two key features of embryonic stem cells. The second key feature of embryonic stem cells is their ability to divide or self renew for an indefinite period while retaining their undifferentiated, pluripotent state. As the cell mass grows, the population can be further expanded by growing in larger tissue culture flasks. An unlimited number of undifferentiated, pluripotent stem cells can be produced (Sumanas Inc. 2007).

Pluripotent stem cells are just like Totipotent cells, but they can only become cell derived from the three germ layers, which contain over 200 specialized cells. Multipotent stem cells can only become blood cells, such as red blood cells, white blood cells, or platelets. Unipotent stem cells can only transform into one type of tissue or specialized cell, but it can divide over and over again (Wikipedia). These embryonic stem cells can divide again and again through mitosis (a type of cell division in all body parts except reproductive parts). Medical specialists and leading scientists conclude, that these cells could help cure as many as seventy-three diseases, which up to now were thought incurable (NIH).

Embryonic stem cells have numerous and amazing uses. Stem cells are unspecialized cells with the ability to replicate and renew themselves. They have the ability to transform into many kinds of cell types within the human body. They divide and create a new cell, having the potential to infinitely replenish cells. There are two types of stem cells: embryonic and somatic. Embryonic stem cells are from a fetus and can become all cell types in the body. Somatic stem cells are from an adult and can become only certain things due to the origin of the cells. Scientifically

“I truly believe that stem cell research is going to allow our children to look at Alzheimer’s and diabetes and other major diseases the way we look at polio today, which is a preventable disease” (Solomon). Susan Solomon has founded the New York Stem Cell Foundation and has been seen as the hero for stem cell scientists around the world. Over the past couple years, stem cell research has been at its high; scientists all over the world are using these cells to try to find new ways to cure life threatening diseases. Some have used stem cells to treat patients who have been brain dead recently and these cells made the dead portion of the brain start functioning again. Also, some scientists and doctors have

“How can the use of stem cells be so controversial?”, one may ask. If the stem cells are donated out of free will or were going to be destroyed anyway, how can putting them to better use be controversial? Sure, a potential life must be destroyed to save a life, but only before one can tell that it is a human. Should the use of stem cells for medical research and use be regulated? These questions and more will be discussed and pondered throughout this paper.

grow more and more complex. In a topic that has been debated for over a decade, embryonic

It has been I long time scenes we have spoking I Hope all is well. The other day I was reading this articles on stem cell research and embryonic stem cell research, Stem cell and embryonic stem cell research has all ready stared to help many people out like Katie Sharify in 2010 she had been in a car crash that damaged her spine, leaving her with no sensation from the chest down. Days after she learned that she would never walk again. So Her medical team provided a crash course in stem cell therapy to help Katie think things through. In this case the team had taken stem cells obtained from a five-day old embryo and converted them into cells that support communication between the brain and body. Those cells would be transplanted into the injured

This source starts by talking about stem cells. Stem cells are the building blocks of every tissue on the human body. The research of stem cells has great potential to show just how effective it can be to heal any wound or disease. While adult stem cells are easily rejected, embryonic stem cells are much easier to use, can treat a greater variety of ailments, and are less likely to be rejected. Despite this, the use of embryonic stem cells are controversial due to the process of receiving them which is to kill a human embryo.

Incurable and degenerative diseases such as Alzheimer’s disease, Parkinson’s disease, and cancer cause death of millions of people annually. Scientists use drugs to treat symptoms, but they don’t have effective therapies for cure these diseases. Embryonic stem cells have treatment potential due to their pluripotent characteristic, which means that they can develop into any cell of the human body. Some people oppose embryonic stem cell research since they think it violates human rights and thus should not be allowed to pursue. However, embryonic stem cell research is ethical since five-day-old embryos lack most of the human characteristics, embryonic stem cells have the potential to cure degenerative diseases, and they are better to other kinds

As technology advances, the use of embryonic stem cell research has also expanded. Stem cells have shown promise in personalized medicine as they are undifferentiated and easily conform with the surrounding cells. There are two areas of research that stem cells are showing massive potential, cell regeneration and organ transplantation. It is thought that stem cells have the capability to “model genetic disorders in a reliable fashion such that no other method allows. It seems likely that we could use stem cells to model cells with genetic disorders and figure out how to mute certain genes, thus eliminating or drastically reducing the effects of the disease,” (1). Although embryonic stem cells (ESC) are showing great potential towards medical advancements, there are many people who are opposed to the idea of using these cells due to the aggressive nature in which we extract ESC.

In essence, pluripotent cells are a universal building block within the human body, capable of becoming an eye, an arm, or even a nervous system.

Researches are continuously looking for ways to cure and treat all kinds of diseases, so why are there limits being put on the kinds of treatments that can be used to treat or cure a disease? Embryonic Stem Cells can be used to treat many different diseases, but some people have their opinion that using these stem cells in medicine is unethical because they are coming from a human embryo. There are countries that have banned the use of embryonic stem cells in medicine, and in America there are people arguing that it should be banned here. But what about all of the lives these stem cells are saving, what if research continues and these embryonic stem cells end up being a cure to a disease? With this in mind, human embryonic stem cells

Embryonic stem (ES) cells are stem cells that come from the undifferentiated inner mass cells of a human embryo. These embryonic stem cells are pluripotent, meaning that they are able to grow into all derivatives of the primary germ layers: ectoderm, endoderm and mesoderm. These cells usually come from human embryos that are in the early stages of development called blastocyst. These blastocyst have cells that have the ability and potential to become some or many different cells of the body. This of course depending on whether the cell is pluripotent or totipotent. Totipotent cells have the ability to become all cell types. Embryonic stem cells have the ability to grow indefinitely and maintain their pluripotency which can be used to treat or cure multiple diseases but due to the nature of the cells origin the use of these cells is controversial. Much of stem cell research controversy comes from religious based criticism, and the question: what point does a person consider life to begin?

Embryonic stem cells are a type of stem cell derived from embryos that are pluripotent, which can able differentiate into any kind of specialized cells that form tissue cells. Embryonic stem cells have been held as the gold standard in regenerative because of their versatility to become virtually any tissue. Induced-pluripotent stem cells have been discovered more recently. They are somatic stem cells (used to replace old and dead cells with newly synthesized ones e.g. skin cells) that are reprogrammed backwards

Human Embryonic stem cells have the capacity to be come any cell in the body. This means that they have a multiple of potential, which makes them pluripotent. There are four types of pluripotent stems cells. Three of which require eggs to create. The most commonly understood is the embryonic stem cell. It comes from an egg which was fertilized by a sperm. In 2007 scientists developed a new way of developing pluripotent stem cells without the need or use for a human egg. Research has revealed that only a few of the more than 20,000 protein that are encoded in the genes of the ESC were responsible or the stem cell characteristics of pluripotency and self-renewal. In the paper, the journal, Induced Pluripotent Stem Cells: Generation Strategy and