Cloning
Lets say you have a child and he needs an organ transplant to live. Right now, the organ your child needs is in short supply. If he doesn’t get the transplant, he will die. Would you object to cloning that organ so your child can live? Cloning is the process of making a genetic duplicate of an organism (Freudenrich). Cloning is not new. Cloning has been around for years, but little attention was given until the birth of Dolly, the first cloned mammal in 1997 (Freudenrich). Right now, cloning is a hot debate all over the world. Many arguments can be made against cloning like are we playing god, but the benefits and the potential of cloning, like the medical uses for animal and human cloning, and being able to increase food supply far outweigh any arguments against cloning. Population in our world is increasing rapidly. Experts at the United Nations expect the world population in 2050 be around 7.8 to 12.5 billon. That’s an enormous amount of increase in population from today. How are we planning to feed that many people? Experts believe food biotechnology is an important part of the solution. By using food biotechnology, we can increase crop yields. Genetically modified organisms reduce the constant need
If done successfully, therapeutic cloning would save many lives and increase the quality of life to countless others. Some of the benefits and advantages compared to a regular organ transplant donated by a second person would be that there would be no danger of rejection because the DNA’s do not match. A patient would not have to wait for a donor to die to get a transplant, a new organ could be grown for them as needed. Also the potential exists to cure or treat certain diseases that we cannot treat today (Robinson, Therapeutic Cloning: How it is done; possible benefits). Edible vaccines are genetically implanted inside a food and which need no refrigeration are being investigated to help alleviate the significant problem of providing sufficient, less costly and effective medicine for intestinal diseases in developing nations. Clinical trials are currently underway to determine whether genetically engineered plants are a mean to create vaccines. In May 1998, the results from the first phase of human clinical trials testing an edible vaccine were reported. "This new technology will be especially meaningful for delivery of inexpensive, safe, and highly effective vaccines. This approach could greatly benefit the developing world," c
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Approximate Word count = 836
Approximate Pages = 3 (250 words per page double spaced)
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