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#1 |
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Can it eliminate all or at least most genetic diseases? Of course, it can't prevent new mutations from taking place, but it can eliminate the deleterious genes which are already present, right? If so, to what degree? Can it really create a "master race"? Can it achieve, say, a 30 pt average IQ increase? Can it undo thousands of years of evolution and turn, say, the Negritos into a tribe of tall, muscular athletes? Can it backfire and cause an increase in serious genetic diseases or a significant drop in IQ?
Basically what I'm asking is how far can it go? And, how can it backfire and become detrimental to a population? |
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#2 |
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#3 |
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#5 |
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It would suck! Everyone will choose the same traits for their children, and humanity will end up being a heap of inbred people. Besides, how can we know what are the most adaptive traits? For instance, a negrito could be the best genotype for times of hunger. Likewise, a tall, slender, and dark African is best suited for the tropics than a bulky, red-haired viking, whereas the opposite is true for the North Pole. Have you seen the movie "Gattaca"? It's quite illustrative.
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#6 |
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#7 |
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#8 |
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Eugenics is playing God. Playing God is dangerous. There is no God, so there can't be eugenics. |
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#9 |
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#10 |
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Nothing good, in the long run. For me, it is contrary to the good of humanity on an ethical basis. If one operates merely on utilitarian basis, that person has to consider, who will decide what human traits/characteristics need to be fixed? |
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#11 |
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The ones that are objectively bad: congenital heart defects caused by genetic factors, mental illnesses caused by genetic factors, etc.. |
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#12 |
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well, now we have some form of eugenics also, because the dumb people are getting more children than intelligent men, and getting more help from government aids, when in a natural environment they would be the first to die out.. ---------- Post added 2012-05-18 at 22:05 ---------- Even in those cases the line is difficult to draw. For example, thalassemia is definitely bad, but in heterozygous individuals talassemia-codifying genes can offer protection from malaria. |
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#13 |
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Perhaps we're engineering a more docile population? In some ways that's a good thing. Who wouldn't want to be a child their entire life? Sure beats the existential crises that come with high intelligence. |
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#14 |
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Actually, we don't know. Perhaps hemophilia genes could confer resistance to some undiscovered diseases. Besides, a combination of seemingly deleterious genes could actually give place to a new, more adaptive organ or structure. For example, the trunk of the elephants must have looked like a deformity at the very beginning, but afterwards it became a useful structure. |
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#15 |
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Okay, but what about the diseases that cause the seemingly healthy 14 year old athlete to keel over and die during a warm up? Those can't possibly have any benefits. What about certain cancers that are genetic? How can those be good? |
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#16 |
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#17 |
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#19 |
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#20 |
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The ones that are objectively bad: congenital heart defects caused by genetic factors, mental illnesses caused by genetic factors, etc.. |
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