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Modern Biotechnology applies to pest management to promote pest resistance. Plants can become resistance to pests by the transfer of genetic information. Microbes can also be served as pesticides through genetic modification. Finally, we can produce herbicide resistant crops. EPA regulates the spread of these pesticides as many people are worried about these pesticides causing outbreaks of disease and cross contamination. Farmers however can increase production of healthy crops.

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Pharmaceutical Biotechnology is the development of making drugs using live organisms or their products.  Penicillin is a chemical compound resulting from Penicillium fungi. Penicillin is known to be antibacterial, thus used in antibiotics to fight bacterial infections. Biotechnology in this field helps fight rapidly spreading infectious diseases, it is expensive and some people just will never "believe" in it.

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Bioremediation is a new way to clean up toxic waste. We can use genetically modified bacteria to destroy it. Bioremediation has been used at various oil spills. Pros of the technique may include that buildings do not have to be removed, the bacteria will continue to multiply and feed on the site, and it works in large areas. Cons are that its hard to control where the bacteria go, and people think it will spread dangerous germs.

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There is a wide outlook on what food might turn into next. We can use biotechnology to alter what is in our food, how it looks, and how it's processed.  Golden Rice was created in Asia to better promote lacking Vitamin A health in the region.  There were three genes that were altered 2 from daffodils and 1 from a bacterium.  These genes enhance the rice to make Vitamin A rich.  Opponents say that GMO's may contain harmful chemicals and distrust the technology.  Despite this many people think it is the right way to go to provide enough nutrition for our growing population.

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This field of biotechnology focuses on the treatment of many genetic diseases. Many dangerous diseases can be life-threatening, but experts are hoping to eradicate them.  Lots of techniques are being used such as replacing the defective gene with a new one or killing the unhealthy cells.  This technology is supported and praised for its revolutionary molecular standards because we can now correct the mistake directly.  However there is a long way to go and some people think it might turn into "designer babies".