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Antibiotics in Animal Feed

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The use of antibiotics in animals is a very controversial issue. Do you feel that it is a bad idea to use antibiotics in animal feed or do you feel that the public is overreacting? Discuss the opposing view also. Choose a side and defend it.

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Yes I feel very strongly about it! Yes, the farmers do have a point. Cattle grow faster for some reason when also fed antibiotics - besides food of course - and it seems to be cost effective from their point of view since what they gain is worth more than the habit costs them - at least if only their apparent cost is considered. However there are other issues involved here too. Tremendous amounts of antibiotics are spread out outside their normal medical, dental or veterinary use and that has consequences! If you just apply the basic evolutionary theory of Darwin to the problem - you actually do not need any more elaborate biological, medical, dental or veterinary background than that - you will immediately see and understand the problem involved in this case! Darwin predicts that in a particular given environment those ...

Solution Summary

The use of antibiotics in animal feed is analyzed. The opposing views of the experts point of view is defended.

See Also This Related BrainMass Solution

Trouble with Antibiotics

Watch the Frontline episodes "The Trouble with Antibiotics" and "Outbreak at NIH" The episode is available at http://www.pbs.org/wgbh/pages/frontline/trouble-with-antibiotics/.

1.)a.)Why do industrial farms use antibiotics in animal feed and water?
b.) What percent of antibiotics that are sold in the U.S. go to farms?

2.) At a Flagstaff, AZ hospital, doctors are having trouble treating patients with urinary tract infections (UTIs). Which organism is the cause of the UTIs and why is it difficult to treat?

3.) Dr. Lance Price and his team of researchers sampled turkey, chicken and pork from grocery stores for over a year.
a.) What hypothesis was Price testing?
b.) After culturing E. coli from his meat samples, what did he find regarding the pathogenicity and antibiotic-resistance of his isolates?
c.) When Price compared the gene sequences of E. coli isolated from urinary tract infections with the gene sequences of E. coli isolated from meat samples, what did he find?

4.)a.) What question were scientists Joan Casey and Brian Schwartz addressing in their MRSA (methicillin-resistant Staphylococcus aureus) study?
b.) What were their findings?
c.) Schwartz mentioned two ways in which MRSA could travel from manure to people. What are they?

5.) Guy Loneragan and Morgan Scott were concerned about cephalosporin use in farm animals. Why?

6.) A direct link between antibiotic use on farms and human diseases caused by antibiotic-resistant bacteria has not yet been shown? Which data are missing to confirm this link?

7.) An outbreak of KPC (Klebsiella pneumoniae carbapenemase-producing bacteria) bacterial infections occurred in an NIH hospital. After genetic analyses, geneticists were able to determine how the infection was transmitted. What did they determine?

8.) Since KPC infections are resistant to numerous antibiotics, doctors had to resort to alternate therapeutics. What drug therapies did they try?

9.) What measures did the hospital take to contain the KPC outbreak?

10.) How many patients were infected with KPC and how many died?

11.)a.) What drug were they using to treat Troy Stulen's KPC infection?
b.) Why did it stop working?

12.)a.) Is it known how Troy Stulen came in contact with KPC?
b.) Is KPC gone from the NIH hospital?

For more patients' stories of antibiotic-resistant infections, I recommend that you watch the Frontline episode "Hunting the Nightmare Bacteria" that aired October 2013: http://www.pbs.org/wgbh/pages/frontline/hunting-the-nightmare-bacteria/.

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