One very salient aspect of stem cell research includes clinical advancements from stem cells. Multiple clinical trials prove highly effective in treating multiple diseases. Gene therapy remains one of the most significant advances. In Gene treatment, the changing of DNA in a few perspectives preludes as a natural event. Some viruses infect humans by implanting their genetic information into our cells and in some forms of gene therapy, the same type of virus engineers to re-create healthy versions of a human gene. Hundreds of procedures use "viral vectors" (“Stem Cells Back in the Limelight (Special Report)” in clinical trials, to target multiple diseases. Because multiple forms of gene therapy naturally occur, no ethics break in the therapy.
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Krabbe’s disease affects roughly 1 in 100,000 babies in the United States, many of which result fatally (Lenzer). The clinical trial crafts a cure, but only for babies diagnosed before the age of 6 months. Although the researchers remain sanguine to find a cure at all ages, the researchers need higher funding from the government. However, some people who believe human personhood begins at conception, the destruction of an embryo or fetus involves the taking of a human life and therefore dwells presumptively erroneous. But many argue that the embryo should not regard as a human life or, even so, that its destruction is justified by a greater good—potentially life-saving medical advances—that may result. Without question, the government should increase funding in order to advance multiple clinical trials. A principle example of effectiveness from stem cells includes various scientific discoveries from stem cell research. One advancement involves utilising ESCs to treat Alzheimer’s disease. Neuroscientist Kiminobu Sugaya of the University of Central Florida, Orlando, transplanted around 10,000 human neural embryonic stem …show more content…
Stem cells apply to numerous research forms not only scientific but also the research exists essential for new medical technology. Arguably, the overwhelming most important application of stem cell research involves disease treatment. Leading disease treatment advancements include: cardiovascular disease, leukemia, and diabetes. Researchers currently treat a type of cardiovascular disease that affects coronary arteries with the use of stem cells in animals. In rare cases the coronary arteries completely block off and potentially lead to a massive heart attack. However, in milder cases death exists a small symptom, but the patients do not live a normal lifestyle with the disease. Now with using stem cells, the researchers implant stem cells into patients and when utilized with gene therapy-stimulation of growth and restoration in coronary arteries occurs (“Medical Applications of Stem Cells”). Now many patients live a normal lifestyle and less deaths occur. Research however remains in early stages, but with more funding completion will result. Additionally, researchers currently work for new leukemia treatment. Standard treatment of leukemia utilizes radiation and chemotherapy, both of which work to kill cancerous cells. Radiation and chemotherapy however obtain extremely nocuous effects to the human body, but now with stem cells, research advances and treatment remains less
Krabbe’s disease affects roughly 1 in 100,000 babies in the United States, many of which result fatally (Lenzer). The clinical trial crafts a cure, but only for babies diagnosed before the age of 6 months. Although the researchers remain sanguine to find a cure at all ages, the researchers need higher funding from the government. However, some people who believe human personhood begins at conception, the destruction of an embryo or fetus involves the taking of a human life and therefore dwells presumptively erroneous. But many argue that the embryo should not regard as a human life or, even so, that its destruction is justified by a greater good—potentially life-saving medical advances—that may result. Without question, the government should increase funding in order to advance multiple clinical trials. A principle example of effectiveness from stem cells includes various scientific discoveries from stem cell research. One advancement involves utilising ESCs to treat Alzheimer’s disease. Neuroscientist Kiminobu Sugaya of the University of Central Florida, Orlando, transplanted around 10,000 human neural embryonic stem …show more content…
Stem cells apply to numerous research forms not only scientific but also the research exists essential for new medical technology. Arguably, the overwhelming most important application of stem cell research involves disease treatment. Leading disease treatment advancements include: cardiovascular disease, leukemia, and diabetes. Researchers currently treat a type of cardiovascular disease that affects coronary arteries with the use of stem cells in animals. In rare cases the coronary arteries completely block off and potentially lead to a massive heart attack. However, in milder cases death exists a small symptom, but the patients do not live a normal lifestyle with the disease. Now with using stem cells, the researchers implant stem cells into patients and when utilized with gene therapy-stimulation of growth and restoration in coronary arteries occurs (“Medical Applications of Stem Cells”). Now many patients live a normal lifestyle and less deaths occur. Research however remains in early stages, but with more funding completion will result. Additionally, researchers currently work for new leukemia treatment. Standard treatment of leukemia utilizes radiation and chemotherapy, both of which work to kill cancerous cells. Radiation and chemotherapy however obtain extremely nocuous effects to the human body, but now with stem cells, research advances and treatment remains less