Like everything in life, stem cell research is not exempt from having both pros and cons. Let’s look at some aspects about stem cell research pros and cons that are of particular interest and usefulness to anyone interested in the subject of stem cells.
Stem cell research has been shrouded in controversy as people fight about the pros and cons of stem cells. Stem cells are special cells that have the ability to become any part of the body needing regeneration. Damaged brain cells, liver cells, heart cells, muscle cells, and skin cells- just to name a few- can be replaced by naturally occurring stem cells.
To fully understand why there is some controversy with stem cell research pros and cons you should understand where stem cells are routine harvested from. Let’s start with the most controversial; embryonic stem cells. Embryonic stem cells call into the question of morality because a human egg is fertilized and an embryo is grown in a lab for the purpose of stem cell research. Some people do not feel that a human being should be used as research. Other people who are pro embryonic stem cells research argue that a fetus is not yet a human. Studies point out that embryonic stem cells could be useful in curing disease because these cells contain the blueprint for all body systems and cells in the body. However, studies have found they may be too unpredictable and can cause cancer.
Umbilical cord stem cells are harvested from the cord blood of a newborn baby. Today, many families have the option of storing the cord blood stem cells from their baby for potential future use. Cord stem cells have proven to be very effective in research at repairing the body when needed. The disadvantage to cord blood stem cells is the risk of rejection if the recipient of the cord blood stem cells is not the donor. Umbilical cord stem cells hold great promise and storage, for future use, of these cells has already proven reliable.
Adult stem cells, also known as blood stem cells, can be taken from bone marrow or gathered through circulating blood. Harvesting bone marrow stem cells is a painful procedure where a bone punch is done to capture the stem cells. This process could also cause damage to the area during the procedure and there is a risk of infection post procedure.
Stem cells captured from circulating blood are the newer kids on the block. This avenue may pose as the most promising. Some researchers say that blood stem cells are limited in their function, meaning they cannot turn into any type of cell in the body like embryonic stem cells. New information is emerging suggesting that stem cells from blood can indeed turn into any type of cell the body needs. There are fewer stem cells actually circulating through the body than with the other options. Treatment with blood stem cells could result in needing more harvesting and more treatments than the other types of stem cell therapies.
Stem cell research pros and cons offers an insight into the glory of this remarkable healing therapy and also offers a glimpse at the darker side of the treatments not many people hear about.
Stem cell – like cells can be turned cancerous in breast tissue. Researchers from Michigan State University characterized two types of breast epithelial cell types, with one type possessing the ability to become mutinous under certain conditions because these particular cells exhibit stem cell-like characteristics that can turn into breast cancer. The epithelial cells make … Continue reading
Fetal stem cells have been another source of controversy through the years. Some people disagree with using a fetus for stem cell research. Several factors are involved in the controversy. Aborted fetuses, via abortion, were used at one time for a source of fetal stem cells. Unplanned miscarriages are another source. These avenues evokes many … Continue reading
Stem cell research pros has shown us that stem cells are special cells which, when given specialized signal, can become any part of the body needed for regeneration. The body may need muscle cells, blood cells, skin cells, organ cells, nervous system cells, etc. The stem cells will go in and sweep up the cells … Continue reading
Many people wonder what the best source of mesenchymal stem cells is: Bone marrow? Umbilical cord blood? Adipose or fat? Let’s look at the findings of Susan Kern, et al, from the Institute of Transfusion Medicine and Immunology, German Red Cross Blood Service of Baden-Württemberg–Hessen, Mannheim, Germany. In a paper titled: “Comparative Analysis of Mesenchymal … Continue reading
Have you ever wondered how stem cells injected into the body know precisely where to go in the body for healing and regeneration? Here is an abstract from Giselle Chamberlain, et al, from Leopold Muller Arthritis Research Centre, School of Medicine, Keele University, Robert Jones and Agnes Hunt Orthopaedic Hospital, Oswestry, Shrops, United Kingdom. The … Continue reading
Good news for Stroke patients! Research shows that stem cells continue to produce neurons after a stroke to aid in the regeneration of the brain. “Persistent Production of Neurons from Adult Brain Stem Cells During Recovery after Stroke” is a paper written by Pär Thored, et al, at the Laboratory of Neurogenesis and Cell Therapy, … Continue reading
Amniotic fluid derived stem cells are quickly rising to the top in stem cell research. In a paper termed, “Stem Cell Characteristics of Amniotic Epithelial Cells” Toshio Miki, et al, from the Departments of Pathology, University of Pittsburgh, amniotic stem cells are proving to be a good substitute for embryonic stem cells. “Amniotic epithelial cells … Continue reading
Many people hear the term stem cell, but rarely understand what a stem cell is. Usually jargon used in the stem cell research field is muddled with scientific vocabularly that leaves the average person wondering what the researchers had just said. This paper, outlining the mechanisms of a stem cell in an unusual work of … Continue reading
Adult Stem cells, the little amazing (re)creation cells, have been shown to become dysfunctional when exposed to radiation. The reason this research paper is so interesting is because of the amount of radiation we are exposed to every day from airport scanners, to actually flying in the air, to wifi, computers, cell phones, and GPS … Continue reading