Malaria is a devastating disease transmitted by mosquitoes, affecting millions each year. A team of scientists has been experimenting with genetic engineering that would cause the mosquito population carrying malaria to destroy itself. Listen to hear how the genetic engineering process works and how different groups are responding to the controversial experiment, and then debate: Should mosquitoes be genetically modified to self-destruct?
Story Length: 3:51
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May 5, 2017
4:12
Scientists say that in the future they will be able to make modifications to human DNA that can be passed down to subsequent generations. These same scientists say that such genetic modifications should only occur in cases of serious disease or disability and must be tightly regulated. However, there is fear around the idea of scientists altering the course of evolution and creating “genetically superior” humans. Listen to learn more about developments in genetic modification and debate: Should we make changes to human DNA?
Read MoreJanuary 12, 2017
7:58
Scientists are experimenting with genetically modifying mosquitoes to wipe out some diseases like malaria. Every year malaria kills a million people. This new technique uses genetic engineering to alter mosquitoes genes. It’s a practice called “gene drive” and it’s controversial because it can be use to eradicate disease but could also be used as a weapon. This audio story explores the science behind gene drives and the controversy surrounding the technique.
Read MoreAugust 16, 2016
3:20
Scientists have come up with a new technique to modify the genes of plants, insects and animals. This “gene drive” technique may be able to stop the spread of diseases that insects carry, such as Malaria and Zika, but also has some dangers. For example, releasing genetically modified species could lead to an unbalanced ecosystem, destroy other species, or spread other diseases. Listen to the story to hear more about why this technique is controversial.
Read MoreMay 6, 2016
4:25
A team of scientists has genetically engineered pigs to be resistant to a widespread disease. Science can engineer an animal’s DNA to introduce desirable traits and get rid of negative traits or sickness. These pigs are not being raised on farms yet, but the plan is to have food from these animals available in stores in the next five years.This technology is still new, and the Food and Drug Administration has strict guidelines that have to be met before these animals will be available to the public. Listen to hear more about genetically engineered animals and then debate with your class whether you think genetically engineered animals will be safe to eat.
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