Genetic Engineering: Opportunities and Risks Explored
Explore the opportunities and risks associated with genetic engineering in this insightful article by Tabea Pyttlik. Learn about the applications of genetic engineering in medicine, agriculture, and industry, and the potential implications of releasing genetically modified organisms into the environment. Discover how genetic engineering creates new opportunities in medicine while also posing risks such as the impact on biodiversity and agriculture. Delve into the ongoing debate among researchers regarding the ethical and practical considerations of genetic manipulation. Despite the uncertainties, genetic engineering is already shaping the present and future landscape.
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Presentation Transcript
Opportunities and risks associated with genetic engineering By Tabea Pyttlik
What is genetic engineering Table of Contents Opportunities and risks Conclusion
What is genetic engineering? Genetic engineering is a part of biotechnology It deals with the isolation, characterization and recombination of genetic material Genetic engineering is used in medicine, agriculture and industry
Risks Genetically modified organisms are released into the environment This can also manipulate other plants Possible side effects have not been researched Genetically modified corn has already caused damage to animals Resistant pests can harm agriculture
Opportunities Genetic engineering creates new opportunities in medicine Genetic engineering of animal organs are suitable for transplantation into the human body Pesticides can be saved in the long term Genetically modified plants are stronger and survive climate change Some researchers say that genetic manipulation is well under control
Conclusion Genetic engineering has both opportunities and risks Researchers disagree on many points There are still not enough results to be sure what is right However, genetic engineering already plays a role today and I think it will be also in the future
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