... introduced, the selected genes acts like any other gene- it provides instructions for making a protein. The protein then determines a characteristic in the genetically modified plant or animal. In short, the process has been speeded up and refined. Farmers no longer need to wait patiently for breeding to yield improved crops and animals, nor must they even respect ... 20. 2. Position of the American Dietetic Association: Biotechnology and the future of food, Journal of the American Dietetic Association. 95 (1995): 1429-1432 3. Watson R. EU adopts tougher safeguards on genetic modificatio...

• Word Count: 1305
• Approx Pages: 5
• Grade Level: High School

... as part of a "construct."" In addition to the gene of interest, the construct contains short sequences to indicate where the gene of interest starts and stops; a "promoter,"" which switches the gene on; and, probably, a marker gene."œ explains Leighton Jones of the British Medical Journal. Often ... a marker gene that contained an ampicillin resistance, and a potato developed by Avebe contained a gene for amikican resistance. These were intended for animal feed where the genes were under the control of a bacterial promoter. According to Karen Hopkin of the Scientific American concerns ...

• Word Count: 2153
• Approx Pages: 9
• Has Bibliography
• Grade Level: Undergraduate

... to bring dramatic advances in crop and animal production. Biotechnology has improved the quality of food, feed, and fiber, and it often lowers production costs and provides for a safer farm environment." (Spears, 2011) The debate on genetic engineering has been going on for some time and is not likely ... and disadvantages of genetically modified organism. What is GM? GM is an abbreviation for „genetically modified" organism. A GM organism is a living plant, animal, fungus or bacterium that has been altered by insertion of a new gene (or genes) though a process called transformation. ...

• Word Count: 3604
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• Has Bibliography

... the benefits of using GMOs, it is important to understand what they are and where they come from. Agricultural products such as crop plants, farm animals, and soil bacteria have been genetically engineered to breed only those with specific traits that are better than others. These are examples of genetically ... times of drought, crops would be less likely to die out. Genetic engineering contributes to our ability of having whatever vegetable or animal source we need during any time of year. Also, we no longer have to visit tropical places in order to have plants ... data. However, it ...

• Word Count: 2358
• Approx Pages: 9
• Has Bibliography
• Grade Level: Undergraduate

... work became simpler and more routine. Mechanization, which is the replacement of human and animal labor with machinery that could aid in farmers' tasks, was then conceived. Production became more dependent on resources manufactured elsewhere, such as agricultural chemicals, synthetic fertilizers, and pesticides. Synthetic fertilizers ... poverty-stricken Americans. With the issue of increased pesticide and herbicide use on farms and the increased antibiotics use with animals, GMOs offer an alluring alternative for handling these problems. Infections that attack farm animals are becoming...

• Word Count: 1869
• Approx Pages: 7
• Has Bibliography
• Grade Level: High School

... when food as a whole was extremely scarce. America needed a fast and reliable method to accomplish a massive production of produce and meat in a short amount of time. The use of chemicals worked extremely well for America in this time of need, and was very cost-effective because with larger ... livestock farming, animals are given organic food to eat and are maintained without the use of any antibiotics, hormones or other substances unless the animal is sick or injured. Also, they are usually given plenty of open area outdoors to graze in. The Soil Association also states that there ... ...

• Word Count: 3158
• Approx Pages: 13
• Grade Level: Undergraduate