The Pros and Cons of Genetic Engineering Essay

830 Words 4 Pages
Scientists state that the world is constantly moving towards disorder, while the purpose in life is to bring order to the universe. Now genetic engineering is a very old science that has been in play for many years. Scientists have been creating genetically modified organisms and products for years. But we now have the knowledge and technology to do this on a drastic scale the world has never seen. Knowing that genetically modifying something turns it into something god did not create. Do we have the right to do this? With great change comes many consequences. Say a creature is made that we as people can’t withstand or destroy? What do we do in this case? What is the solution? But on the other hand, genetically engineering could change …show more content…
Scientists state that the world is constantly moving towards disorder, while the purpose in life is to bring order to the universe. Now genetic engineering is a very old science that has been in play for many years. Scientists have been creating genetically modified organisms and products for years. But we now have the knowledge and technology to do this on a drastic scale the world has never seen. Knowing that genetically modifying something turns it into something god did not create. Do we have the right to do this? With great change comes many consequences. Say a creature is made that we as people can’t withstand or destroy? What do we do in this case? What is the solution? But on the other hand, genetically engineering could change the world for the better! This modern marvel of science will be broken down into three main points, what it is, how it can positively affect the world and how it can negatively affect the world we live in.

The question your problably asking yourself right now is what in the world is this genetic engineering you are talking about. Well to answer your question is, the process of genetic engineering is transferring specific genes from the chromosome of one organism and transplanting them into the chromosome of another organism in such a way that they become a reproductive part of the new organism.() One of the most common examples is in medicine. Insulin, Human growth hormones, Tumor necrosis factor, interleukin, prourokinase, taxol and
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