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Genetic engineering, particularly through CRISPR technology, offers potential benefits such as curing genetic diseases and creating drought-resistant crops, but raises significant ethical concerns. Key issues include human germline editing, which could lead to 'designer babies' and exacerbate social inequalities, as well as environmental risks from genetically modified organisms. There is a need for robust oversight and public dialogue to responsibly address these complex moral challenges.

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8 views1 page

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Genetic engineering, particularly through CRISPR technology, offers potential benefits such as curing genetic diseases and creating drought-resistant crops, but raises significant ethical concerns. Key issues include human germline editing, which could lead to 'designer babies' and exacerbate social inequalities, as well as environmental risks from genetically modified organisms. There is a need for robust oversight and public dialogue to responsibly address these complex moral challenges.

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njagikevin679
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We take content rights seriously. If you suspect this is your content, claim it here.
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The Ethics of Genetic Engineering

Genetic engineering presents one of modern science's most promising yet controversial
frontiers. CRISPR technology allows precise DNA editing, offering potential cures for genetic
diseases like sickle cell anemia. Agricultural applications could create drought-resistant crops to
combat world hunger. However, these advancements raise significant ethical questions about
playing "nature's role."

The most pressing concern involves human germline editing - altering embryos' DNA to affect
future generations. While eliminating hereditary diseases seems beneficial, this technology
could lead to "designer babies" where parents select preferred traits. Such practices might
exacerbate social inequalities and challenge our concepts of human identity. International
consensus on ethical boundaries remains elusive.

Environmental impacts also warrant consideration. Genetically modified organisms could


disrupt ecosystems if released uncontrolled. The profit motives of biotech companies may
prioritize commercial interests over safety. As with nuclear technology, genetic engineering
requires robust oversight frameworks balancing innovation with precaution. Public education
and inclusive debate are essential to navigate these complex moral landscapes responsibly.

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