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Claims Of Policy.edited

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Grossmont College
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Genetic engineering refers to the artificial modification of the gene structure of an
organism to attain an improved outcome. Claims of policy, therefore, requires the relevant
stakeholders to observe certain policies and courses of actions because genetic engineering has
its advantages and threats to human, animal and plant lives. Genetic engineering in the medical
field, just like any other advancement, is governed by medical ethics. Many people agree with
genetic engineering, but the manner in which individual situations or problems are handled
differs. There should, however, be limitations to genetic engineering.
Genetic engineering has successfully been adopted in food production, animal breeding
and in some cases human development. There, however, are some defining limitations to the
technological advancement that ought to be observed. In the case of humanity, scientists should
conform to medical ethics by ensuring that genetically modified offspring can breed with other
unmodified human species in a given environment. It would be disastrous to create a life that
promotes humanity splitting yet natural existence is usually advocated for. Development of a
lesser species would be eminent in this case, hence creating an ethical conflict and dilemma in
human life existence.
It is unfortunate that the United States does not yet have a federal law against genetically
modified organisms. This may be mainly because the recent advancements in technology lead to
better outcomes than the negative effects. The nature of the products and not the process of
productions should be the key area of focus in setting up legislation to regulate genetic
engineering. Biotechnology industries involved in food production have been on the rise in
Western countries, with some focusing on alleviating hunger in poor nations through their food
aid. However, some of the genetically modified food products are associated with certain
conditions like obesity and cancer. Since we are living in a dynamic world, some of these

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advancements are inevitable, and they are there to stay. Such developments play a major role in
the country and global economy.
Claims of policy in genetic engineering focus not only on individual implications, but
also freedom, protection from harm, justice, and our obligations towards future generations. The
major ethical issues in genetic modifications in medical fields include informed patient consent
and competence of healthcare professionals in administering the appropriate genetic solutions.
Second, the nature of genetic technology should complement the individual needs to avoid
ethical dilemma. Lastly, there should be lessons learned about public health policy from
appropriate scientific experts and policymakers.
The World Organization for Animal Health (WOAH) cites animal welfare and the
manner in which they cope with new conditions after genetic engineering as an ethical dilemma.
In an effort to come up with improved species of animals both domestic and wild, reproductive
cloning and deletion of some genes have been applicable. Scientific research has also
necessitated genetic engineering in the modern day world with some animal species used to
advance certain theories. Agricultural pollution has for example been developed through the
technology since a certain species of a pig genetically engineered aids in limitation of
phosphorous amounts in its manure.
Lack of public support has led to a slack in the commercialization of genetically
engineered animals for food security. However, some economies have introduced the products
for human consumption, especially with the genetically modified domestic animals for milk and
meat production. Genetic engineering has been of great impact in the medical field in disease
management mechanisms, drugs development, and xenotransplantation. Although the models are

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Genetic engineering refers to the artificial modification of the gene structure of an organism to attain an improved outcome. Claims of policy, therefore, requires the relevant stakeholders to observe certain policies and courses of actions because genetic engineering has its advantages and threats to human, animal and plant lives. Genetic engineering in the medical field, just like any other advancement, is governed by medical ethics. Many people agree with genetic engineering, but the manner in which individual situations or problems are handled differs. There should, however, be limitations to genetic engineering. Genetic engineering has successfully been adopted in food production, animal breeding and in some cases human development. There, however, are some defining limitations to the technological advancement that ought to be observed. In the case of humanity, scientists should conform to medical ethics by ensuring that genetically modified offspring can breed with other unmodified human species in a given environment. It would be disastrous to create a life that promotes humanity splitting yet natural existence is usually advocated for. Development of a lesser species would be eminent in this case, hence creating an ethical conflict and dilemma in human life existence. It is unfortunate that the United States does not yet have a federal law against genetically modified organisms. This may be mainly because the recent advancements in technology lead to better outcomes t ...
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