Crown Core Course

Daniel Hitchings

Section 4

TTh 10:00 – 11:15

Animal Welfare and Genetic Modifications

Only recently has genetic modification become a reality for us.  Even early in its development, there was big interest in modifying farm animals.  There are many current modifications on animals now, but most of them have many bad side effects.  There are also some other modifications being tested that are more likely to increase the animals welfare rather than decrease it.  Although current genetic modifications on animals have had many drawbacks, future advances in the technology would make it possible to reduce the suffering of animals by either altering the animals' consciousness or by removing the animal from the process of getting food entirely.

          Current advances in genetic modification have increased food production, but have had many drawbacks on the animals themselves.  The current advances are pushing toward adding growth hormones to animals in order to decrease the time they have to grow before they can be killed and the meat taken.  These growth hormones have had many negative side-effects on the animals they were given to.  “They [researchers] report the existence of several health problems in transgenic pigs due to the excessively high levels of growth hormone.  For example, pigs expressing high levels of growth hormone tend to be lethargic, they exhibit indications of muscle weakness, and some are susceptible to stress.  Others tend to lack coordination in their gait, probably because their feet are rather tender” (D’Silva 263).  In other cases, reproductive organs have had many problems and gastro-intestinal tracts have been weakened.  All of those side-effects have been caused by the addition of growth hormones.  There are many alternatives to simply trying to increase the rate of growth that can create more meat with lesser damage to the animals.  The current genetic modifications have increased production of meat, but at a great cost to the lives of the animals.  Other modifications would improve the lives of the animals, as well as increase production.

          By reducing or removing animals' natural instincts and replacing them with instincts that are contusive to factory farming we are able to decrease the animals' suffering while in the farms.  For example, a chickens’ natural instinct is to be outside and in open spaces.  Putting one of those chickens in a small cage is cruel to the chicken because it goes against its instincts and is therefore a source of suffering.  Since natural instincts have been shown to be mainly genetic, it would be possible to create a chicken that would enjoy living in a small cage.  Then keeping it in a small cage would appease its instincts and would eliminate its suffering.  This may not be possible yet, but researchers are getting closer to being able to do this constantly.  According to Rollin, “our operative concern has always been to fit animals to us with as little friction as possible – as discussed, this assured both success for farmers and good lives for the animals”.  Although the idea of a chicken that enjoys being kept in a cage is counter-intuitive, it is nonetheless a solution that would benefit both the animals and the farmers.  Even though it may seem simpler to change the place that the animal live and not the animal itself, doing so would be much more expensive, especially in the long term.  So even though it is a more complex solution, it is a more permanent and cost-effective one.

          Other advances in genetic manipulation may be able to remove the need for farming animals and would therefore remove the suffering of those animals.  We are beginning to understand cellular biology enough so that we are able to control the growth of egg cells into something that is merely alive, with not consciousness whatsoever.  For example, modifying a pig egg cell to grow only into muscle tissue.  This technology gives us the ability to grow meat, without growing a whole animal.  Because of this, “there is no reason why, when we have the available biotechnology, the factory future should contain any animals at all” (Stableford 58).  If we can completely remove the animals from the farms, then the ethical dilemmas with treatment of animals in the farms can no longer exist either.

          The modifications that we are trying now on animals do help increase production, but they also come with a great cost to the animals.  There are several alternative modifications that could increase production as well as the welfare of the animals. 

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