... DNA codes) with a letter, it would take 1.7 million pages to contain all the genetic information of corn. If one were to cross two breeds of corn to get an improved plant, genetic laws state that one would end up with not 3.4 million pages but 1.7 million pages. This means that there is random retention of certain parental gene code sequences. In addition ... in different portions of the sequences juxtaposed in offspring. The breeder has no control over which sequences are kept or lost and can only choose offspring with the desired outer characteristics. In genetic engineering, the proc...

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• Grade Level: Undergraduate

... latest molecular biology techniques. All living organisms have genes written in their DNA. They are chemical instructions for building and maintaining life. By modifying the genes, scientists can alter the characteristics of an organism. Scientists and farmers have been selectively breeding plants since the late 19th century through a process called hybridization. Today, plants can be bred by changing their genetic makeup ... to tolerate cold temperatures that would normally kill sensitive seedlings. Also, as the world population grows farmers will be forced to grow foods in places that...

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... allowing weeds to survive longer, but in practice they might use the technology to wipe out all weeds, further reducing the volume of wild plant seed in agricultural areas, and reducing biodiversity further. Another potential danger was the development of crops that were tolerant of drought, heat, salt ... many public scepticism towards GM food,and the retailers drive down the price of it,which have a great effect on the farmers who plant GM food. these lead the farmer to lose in the competition instead of reducing the cost on farming which is claimed by many people ... health benefits...

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• Has Bibliography
• Grade Level: Undergraduate

... aspects of the process: The desired gene is first isolated, than it is transferred using transformation techniques into the desired plant or organism. It is possible to transform almost all the plants cultivated by man. Genetic modification can efficiently add or change a gene in ... a plant to give the plant a new or improved characteristic e.g. resistance to drought or enhanced nutritional properties. Usually, these properties are due to the GMO plant creating certain proteins. While the process may seem simple, creating these crops can take ... contain about 20% more proteins includ...

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... declared that "foods containing ingredients from genetically modified (GM) crops pose no greater risk than the same foods made from crops modified by conventional plant breeding techniques." (AAAS 2012) What's more, a large amount of science-oriented publications including Nature and Scientific American have taken a hard ... came to the conclusion that there's no evidence showing GM foods are detrimental to human beings. Apart from this, crops with GM characteristics have been tested more than any other agricultural products in the history of agriculture with the results also showing no ...

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• Has Bibliography
• Grade Level: Undergraduate

... to produce the ever increasing demand for use of farm commodities. The rate at which biotechnology in agriculture has swept the U.S. farmland--and beyond--is simply unbelievable. China alone will plant over a million acres of genetically modified cotton. More than half of Canada's canola crop this year will be genetically modified. American crops will also rely largely upon genetically modified crops ... are genetically modified. That means the plants genes have been altered to make crops easier to grow and more pest resistant. Seed developers are able to target a single plant trait wit...

• Word Count: 1385
• Approx Pages: 6
• Grade Level: Undergraduate