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Essay / Research Paper Abstract
A 3 page overview of the applications of transgenic genetically engineered plants. This paper discusses transgenic plants from a pharmacological perspective, noting the importance of plantibodies and plantigens in treating human disease. No sources are listed.
Page Count:
3 pages (~225 words per page)
File: AM2_PPgenPln.rtf
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Unformatted sample text from the term paper:
modified genetically to yield a plant that is more desirable for one reason or another. Transgenic plants might produce their own insecticides, for example or be genetically modified to
be more tolerant of difficult growth regimes. While the same types of outcomes might have been sought for centuries using selective breeding, transgenic plants are unique in that they
have been intentionally manipulated in the laboratory at the genetic level with the insertion of transgenes. There genetic blueprint has thus been altered in order to achieve a specific
goal. The U.S. focus on genetic engineering has been in response to our growing population and our shrinking agricultural resources. The world
as a whole in fact mirrored those problems. Our focus on genetic engineering was justified as a means of optimizing food production while utilizing fewer resources. Early proponents
of genetic engineering were eager to point out that an animal feed could be made with genetically engineered corn which would contain more oil, a higher protein soybean was possible
and plants could be developed which produced their own internal pesticide. Such developments promised higher yields, shorter growing times and less need to apply harmful pesticides.
One of the precepts of transgenetics is that it will better the human condition. Today genetically engineered corn, cotton, and soybeans have become
popular not just in the U.S. but around the world. Other products are of definite interest in genetic engineering as well. Plantibodies, for example, can be produced that
could be utilized by humans to fight disease and infirmity. Plantibodies are plant antibodies that are manufactured by transgenic plants. Plantigens, in turn, are plant antigens that can
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