Stem cell therapy is the application of genetically engineered stem cell technology to treat or prevent an disease. At present, the only treatment that utilizes genetically engineered stem cells is embryonic stem cell transplantation. It is typically accomplished through an umbilical cord blood donation however, stem cells may also come from umbilical chord plasma. Because there are a amount of questions regarding stem cell treatments and treatments, it is recommended to seek the counsel of your professional genealogist before deciding on undergoing any stem cell therapy. Although there has been some concerns about embryonic stem cell transplants’ ethics, research shows that they are extremely safe and a lot of children have had success using stem cell treatments for their genetic diseases.
Scientists have discovered that some patients can be treated with stem cell transplants and chemotherapy at the same time. The patient’s ability and willingness to take on the strain of continuous treatment is key to the success of this transplant. Researchers have been able to treat certain patients who received a single transplant. Then, they gave the patient a single dose chemotherapy. With advances in medical science, scientists have discovered that a person’s tolerance to stress can affect the efficacy of the chemotherapy drugs they take. Researchers are currently testing new chemotherapy drugs that can be combined.
Scientists aren’t finished stem cell transplants just yet. They are also investigating other methods to utilize human blood genetically engineered to treat chronic illnesses like multiple sclerosis and leukemia. Stem cells are living tissue that has been re-engineered to repair and replace damaged areas of the body. The donor skin or bone-marrow can be used to supply an increased supply of stem cells to the region that is most in need.
Researchers are also testing other treatments that use stem cell transplants. One group is investigating the effects of radiation doses that are high on pregnant mice. The radiation was not given to the mice, but they were exposed to very high levels of radiation. The mice survived however only for short periods of time. The mice could require several months of treatment to heal due to the fact that these cells aren’t well absorbed by the body.
Scientists are also studying effectiveness of immune system boosters that mix stem cell treatments with immune system enhancements. Interferon is one of the most well-known immune system boosters. Interferon is used for treating different types of cancer, including those of the blood and lymph. Researchers believe that boosting the immune system could be successful in reducing the side effects of some stem cell therapies.
Scientists are also studying the effects of diet on aging. They are looking at diets that have ingredients that help in the production of healthy cells. These include antioxidants, which are substances that help in the production of healthy cells. These substances repair the damage to tissues after they are produced by the body. Some of the substances that are being studied by researchers include phytosterols, lecithin and lipoic acid.
Of course, scientists have not completely come to understand the exact consequences of stem cell transplants. Researchers know that transplants are performed at a lower level than the amount required to treat severe heart diseases. This gives scientists an idea of the total benefit to the patient, should they be able to develop an individualized combination of exercise, diet and transplants that could lead to a younger looking, healthier heart. Stem cell transplant remains an effective treatment option because it can give patients the chance to live afresh.
Other researchers are also studying methods that are less dramatic, similar to therapeutic Cloning. In this case, there is no direct human contact between the donor and recipient. Cloning is done with DNA from other people, and the nucleus from these cells is implanted into the host’s egg. If successful, this procedure could allow researchers to create the cells needed to provide a new source of fuel for the immune system.
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