Why Is Stem Cell Research Important

As long humans have existed, having good health continues to remain crucial for a longer lasting life. As scientists find new medical discoveries throughout time, humans get healthier and their life expectancy goes up. Stem cell research is a new type of field of research, its goal is to improve and

The use of embryonic stem cells has caused many debates because of the destruction of an embryo. It has also become a part of controversies in abortion, religious groups, politicians, and the public. People who are pro-life compare the destroying of an embryo to an abortion. They believe that the embryo is equal to life because it has full opportunity to become a human being. The people against embryonic stem cell use believe that it is immoral to destroy one life to save another. By using the stem cells then getting rid of the embryo, people against the research think that the embryos future life is being taken advantage of. Which can cause problems for future research studies that similarly “belittles” life, even though people find it wrong to use embryos for stem cell research, it is a good way to save

For starters stem cells are able to self-renew infinitely, allowing them to be harvested in the future with correct methods not yet available in these times, this processes known as proliferation. They have two more key unique traits one being their ability to differentiate into other cells that are specialised with functions and characteristics another trait is stem cells being so unspecialized which gives them the ability to emerge as highly specialised cells. Under circumstances involving physiologic or experimental conditions stem cells have the ability to become tissue or even cells specific to certain organs around the body. Stem cells have a very high potential to diminish many diseases or conditions that haunt many places and many people around the world. Studies have shown that stem cells could hold the key to understanding cancer and hopefully a way to target it and kill the cancer cells or prevent them from occurring in the first place. Cancer occurs when stem cell division does not occur as it is supposed to. Certain cancer types can already be eradicated by the use of stem cell treatments, even some diseases can be fought with them. If stem cell treatments are improved they could very much be the future of medical technology.

Despite different views about stem cell research, on the scientific and technical level stem cell research does not breach ethical values. Many stem cell methodologies now circumvent embryo death which is at the forefront of this ethical debate. In a process known as in vitro fertilization, “researchers mix a man’s sperm and a woman’s eggs together in a lab dish. Some of those eggs become fertilized and begin developing” which are then “implanted into the woman in hopes that she becomes pregnant” (CIRM). After the woman becomes pregnant and a family is started, the couple is given options in regards to the remaining embryos. They can “continue paying to store the embryos or they can defrost the embryos which destroy them or they can choose to donate the embryos for adoption. [They] can also choose to donate the frozen embryos for research” (CIRM). Embryonic stem cells collected in this way through in vitro fertilization may be viable alternatives to proceed with stem cell research. This very sensitive issue can thus be ethically remediated.

The most promising use of stem cells is in the field of nerve damage. Your body stops creating nerve cells right when you are born, so if your nerves get damaged, you cannot create any new cells. People who are paralyzed in

Imagine the possibility of life threatening diseases and illnesses being cured by the use of preexisting human cells. Imagine being able to receive a transplant for a deadly disease made possible by cells from one’s own body. With continued stem cell research and funding, this is possible. Stem cell transplants take existing cells from the human body, remove them, specialize them to stop a certain disease, and then put them back in the body to effectively rid the body of that specific disease. Stem cells can be used to cure a multitude of diseases - from blindness, to blood disorders, to even the deadliest cancers. Continued research will bring the possibility of cures for these horrible diseases that kill millions yearly. Stem cell research

Stem cells are basically undeveloped cells. Though this may sound insignificant, these cells have the potential to develop into any cell during the early development stages. The goal of stem cell research is to use these cells to cure degenerative and terminal illnesses such as Alzheimer’s, Parkinson’s, heart disease, lung disease, and various types of cancer. The purpose of researching these stem cells is to see what else they can develop into thus creating more possible cures for patients.

Stem Cells are cells that are blank and don’t have a certain function, so they can turn into any type of cell and do lots of functions in different parts of the body. There are two basic types of Stem Cells which are Embryonic Stem Cells and Adult Stem Cells. The Embryonic Stem Cells are normally used for research because they can usually produce cells for every tissue in the body. The Adult Stem Cells are usually not used for research because they generally only produce certain cell types such as skin and muscle. Since the Embryonic Stem Cells are mainly used for research, they use these stem cells to research causes of genetic defects in cells and used to research how diseases occur or why certain cells develop into cancer cells. Some advantages

The one purpose that many scientists have found that stem cells have, are that they cure. These cures include helping deadly diseases and minor sicknesses. People everywhere have been dying because of there being no cure to what they have, but scientists believe they have found a way to help people. Many

Stem Cells are crucial to develop organisms. They are nonspecialized cells which have the potential to create other types of specific cells, such as blood-, brain-, tissue- or muscle-cells.

Stem Cell is a cell that helps develop into different cell types. Also they serve as a sort of internal repair system. When the stem cells divides, each new cells have the choice to stay as a stem cells or become another type of cells with a more specialized function. If they become different cells they can be muscle cells, a red blood cells, or a brain cells. The stem cells are capable of renewing themselves through cell division after long period of inactivity.

Stem cell research can potentially help treat a range of medical problems. It could lead humanity closer to better treatment and maybe even cures to a number of problems like: Parkinson’s Disease, Alzheimer’s, Heart Diseases, Strokes, and Type 1 Diabetes, Birth Defects, Spinal Cord Injuries, Replace or Repair Damaged

Stem cells, are undoubtedly the most vital cell to all of human life, being essential to early development, and of utmost importance to life after birth. But what are stem cells? And what makes them so interesting? In this article, a comprehensive insight will be given to the structure, function and development of the cell, as well as an overview of the biological importance of Stem Cells.

The next question would be what are the applications for these stem cells and what is the big deal? Well according to NIH.org the applications seem to be limitless. The embryotic stem cells research can be used for all kinds of medical treatment. But the most substantial is the ability to understand the intricate phenomenon’s that happen during embryonic development. This will allow for the understanding of how undifferentiated cells become differentiated and form tissue and other structure of the human body. With this knowledge comes the ability to understand what causes genetic traits such as cancer or other imperfections during birth. This will allow for the possibility to gene influence which could lead to the elimination of these abnormalities. The adult stem cells have been being researched since the 50’s and are found all over the body. There main purpose is to regenerate other cells near it such as bone marrow, brain tissue, and other areas of the body which mean these areas can regenerate (yes brain cells grow back). The exciting part of this is that they may be able to use in transplants; these cells possess the possible ability to “transdifferentiate” (NIH.org) which means

Research on stem cells is advancing knowledge about how an organism develops from a single cell and how healthy cells replace damaged cells in adult organisms. This promising area of science is also leading scientists to investigate the possibility of cell-based therapies to treat disease, which is often referred to as regenerative or reparative medicine.