what are the benefits of stem cell research

Benefits of Stem Cell Research

Potential benefits of stem cell research are numerous and range from development and testing of new drugs to cell-based therapies in which stem cells are used to replace ailing or destroyed tissue or cells. However, there are many technical hurdles between the promise of stem cells and the realization of these uses, which will only be overcome. Apr 13,  · The Benefits of Stem Cell Research. Menu. Home; Stem Cells and Parkinson’s Disease. Posted on April 13, by kav In many of my previous posts, I have mentioned that one of the reasons that I am so passionate about stem cell research is the possibility that terminal or debilitating diseases can be cured.

Regarded as a breakthrough in medical science for its therapeutic potential, the study about stem cells is a pursuit that promises a revolutionary result about not only treating ailments, but also understanding diseases. Stem cell research is one of the most incredible methods in medicine to showcase current and potential breakthroughs in therapy and long-term wellness.

Knowing the crucial role of cells in the formation of tissues that what are the benefits of stem cell research made up the organs, a stem cell is ideally a treatment which addresses a what is the most popular eminem song number of illnesses at the cellular level.

While most studies pertaining to this interesting topic has been mostly successful in animal models, more and more researches are being conducted to test its efficacy in human biology. There are several benefits of stem cell research.

Here are 10 notions about stem cells we know today based on many researches:. One of the main advantages of stem cell research is in the finding of this cutting-edge method of treating heart-related issues, particularly resulting to repair, reduced remodeling, or regeneration Hakuno et al, ; Amado et al, ; Dai et al, ; Schneider et al, Based on the studies conducted by a few groups of researchers, it has been found out that the stem cells treatment approach towards neurological disorders arising from trauma has some substantial benefits Daniela et al, ; Hu et al, ; Shimada and Spees, Joseph Yanai of Hebrew University-Hadassah Medical School, a Ross Laboratory for What are the benefits of stem cell research in Neural Birth Defects Director, says stem cell therapy is one of the best methods to reverse the effects of birth defects since its nature is complex and almost impossible to fully understand.

Stem cells find the defect, analyze it, then they repair it. The use of umbilical cord tissues from healthy mothers after birth is a common practice of stem cell treatment for autism.

Anyone with autism can be treated because HLA matching is not necessary. There is a powerful belief that tooth decay is an irreversible condition, particularly among adults. However, what star do you look like quiz closer look into the make-up of the teeth and the plausible role of stem cells found that the condition may actually be reversible, essentially making the tooth grow more tissue from its remnants Gronthos et al, ; Ohazama et al, ; Jo et al, ; Ikeda et al, ; Balic et al, ; Volponi et al, Researcher Dr.

Alexey Terskikh from Sanford-Burnham Medical Research Institute developed a way using human pluripotent stem cells to create new cells that can regrow hair. Stem cells provide an unlimited source of cells for transplant treatment in patients suffering from baldness.

However, scientists can identify the cells and areas of the brain which the disease targets. In a few different studies which tried to assess the treatment potential of stem cells therapy against the said disease, an exciting finding was found—the stem cell treatment induces dopamine functions in the brain Kim et al.

The idea applies not just to humans, but to all vertebrates, in general. In an interesting study which made use of an animal subject with spinal cord injury saw that stem cells treatment has the potency to treat the condition McDonald et al, A different study by Keirstad et al also supported what are working days uk same claim.

During clinical trials, stem cells contribute to spinal cord regeneration by renewing the neurons that died because of the injury, reforming myelin and acting as a support column across the injury, protecting cells from damage by the release of growth factors and bonding with free radicals, and relaxing the inflammation from the injury.

Not all cases of visual impairments are permanent; some can actually be treated and thereby to be recovered from. What are the benefits of stem cell research another animal study involving mice, it was found out that the employ of stem cells treatment has the efficacy of restoring vision to the what is 270 to win Lamba et al, Embryonic stem cell trials to recover from blindness was a success for Jules Stein Eye Institute of University of California.

After injecting retinal cells produced from stem cells into the eyes of patients, they reported improvements in how to make chocolate shot cups vision saying that it made a huge difference. Survivors of stroke often suffer a debilitating condition, which renders them unable to exhibit normal motor functions.

The same is also true in animals, like rodents. In a study which attempted to treat a rodent that had a stroke, saw a positive correlation to recovering needed motor functions with the application of stem cells treatment Hicks et al, HealthDay News reported that patients who suffered from stroke saw some improvements in weakness or paralysis after a six-month procedure.

Not all cases of wounds heal fast. But in a study done by Lin et al,she establishes a discovery which saw the potential of stem cells treatment to inducing faster healing of wounds.

However, it is important to note that the research was conducted on what are the benefits of stem cell research model, not humans. InForbes reported the dramatic improvement of patients who suffered from serious heart damage after being injected with stem cells.

The stem cells repaired the damaged heart tissue by generating new healthy heart cells in the hearts of the patients. The conventional treatment against cancer can be an extreme measure which leads to patients suffering from the detrimental effect of the imposed treatment.

With an interest in finding a more delicate approach against cancer, scientists have began looking to stem cells treatment as an efficient means against the potentially deadly disease.

A research conducted by Zhang, C. Saigon published a success story on June 27, about a patient of Hue Central Hospital located in Vietnam with a Late Stage Ovarian Cancer patient who underwent a successful stem cell bone marrow transplant. A patient from Mayo Clinic based on the U.

Unattended a chronic kidney disease can indeed degenerate and will subsequently give birth to complications that could result to death. In a bid to find a solution to this problem, a group of Korean scientists Lee, S. Fortunately, the result has been pretty promising. To reiterate, most of the studies about stem cells research were conducted on animal models and not humans. While certain tests were indeed tried on our species, the results are often less than stellar, driving further what are the instruments used in blues music need to understand stem cells technology better.

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Skip to content. You might need it in the future. By Mike Huen. Contributor: Mike Huen. I'm Mike, and together we'll learn how to support our emotional, mental, and physical well-being. Tags: treatment. Leave a Reply Cancel reply Your email address will not be published.

Benefits of Stem Cell Research

Apr 01,  · Benefits of Stem Cell Research. By Laura Hall April "The ultimate goal is to use functional genetic approaches to identify genes and pathways in the self-renewal and differentiation of stem cells," said Hu. "We hope to discover a more complete view of these processes to understand developmental biology better and also to contribute to the.

On March 18, Guang Hu, Ph. Embryonic stem cells ESCs are derived from the inner cell mass of a very early developmental embryo stage. Unlike most cells, an ESC can change or differentiate into any type of cell - an ability called pluripotency. ESCs can also divide indefinitely without differentiating, giving them the capability of self-renewal. How ESCs are able to differentiate and self-renew is not well understood.

However, as Hu explained, understanding the molecular basis of ESC differentiation and self-renewal processes has great benefits. ESC differentiation serves as a good model to study the complex events that occur during embryonic development in mammals.

Knowledge gained from stem cell research can help to further regenerative medicine. Human induced pluripotent stem cells iPSCs are formerly differentiated somatic, or "normal," non-stem cells that have been induced or reprogrammed into an ESC-like state. Like ESCs, iPSCs can be induced to differentiate into a desired cell type allowing for the correction of genetic mutations that cause disease in patients. In gene therapy, the corrected cells would be transplanted back into the patient to alleviate symptoms and hopefully prevent the expression of the disease.

The iPSCs are a nearly identical match to the cell donor and would be unlikely to cause immune rejection problems - giving them great potential for regeneration of damaged tissue. Also, for many diseases, such as amyotrophic lateral sclerosis, there are no cell culture models to study.

This lack hinders research trying to identify possible disease mechanisms or drug targets. Deriving the cell types affected by the disease from stem cells "opens up a new window to investigate what is the cause, what is behind the symptoms," said Hu. Specific cells can also be derived and used for drug screening to find new drugs to treat disease effectively. Hu and colleagues have screened the genome of mouse ESCs to identify genes that are needed to maintain self-renewal.

The Cnot complex regulates transcription, but different components of the complex appear to have different functions, and only Cnot1 and Cnot3 showed up as self-renewal genes. When Hu knocked down the Cnot1 or Cnot3 genes in his mouse ESCs, he found that numerous differentiation marker genes were upregulated and the cells changed their morphology, or appearance, to look more like differentiated cells.

However, the selected cells did not differentiate into specific cell type lineages, suggesting that the two Cnot genes were probably more involved in maintaining self-renewal rather than causing differentiation. Hu plans to further test Cnot1 and Cnot3 by creating conditional knockout mice to see if these genes are important in embryonic development.

Other studies in ESCs will identify the downstream targets of the two genes and the composition of the Cnot complex, and determine if Cnot1 and Cnot3 impact the initiation of pluripotency when adult cells are induced to become iPSCs. Hu will also validate and study other genes identified in his screen to try to understand the molecular basis of self-renewal in ESCs.

Back to top. April Previous Next. In culture, embryonic stem cells form compact cell cluster colonies and show red alkaline phosphatase staining - a marker for stem cells. Silencing the Cnot3 gene results in cells that begin to show differentiated cell structure and loss of staining.

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Last reviewed: 01 April