Controversial gene-editing technology could improve our world
MIDDLEBURY — Gene editing is a fairly new technology but it has already breached most everyone’s day-to-day life in the form of genetically modified organisms, more commonly known as GMOs. However, this advanced technology is still somewhat obscure to the general public, including our own community in Middlebury. By surveying 109 people from Middlebury College and the greater Middlebury community, we found that 75 percent of participants had heard of gene editing and had some idea of what it is, and 25 percent of people either hadn’t heard of it or didn’t know what it was. When the residents of Addison County hear the term “gene editing,” quite a few images come to mind. Some people see an advanced futuristic technology that is only used in the most prestigious laboratories in order to artificialize plants and people. Some think about GMOs, which have become quite popular and common in grocery stores. Some people imagine a world where parents can edit the DNA of their unborn children to access “designer babies,” choosing traits such as hair color or height. The commonality among most Addison County residents was their curiosity about what gene editing can be used for, and what the ethical implications are.
In 2012, a group of scientists realized that they could harness bacteria’s immune system and use it to edit genes in a cheap, efficient, and precise manner. Their creation — commonly known as CRISPR — is a technology that has made gene editing much more accessible. In fact, it seems like CRISPR’s possibilities are endless. Scientists have proposed using CRISPR to eliminate mosquitoes, the deadliest organism on earth. They have also investigated using CRISPR to cure HIV. In the realm of agriculture, scientists have edited fruit for economically incentivized purposes, like increasing the size of tomatoes to create a “supertomato,” but they have also used CRISPR to give plants, such as bananas or papayas, immunity from rampant viruses that have the potential to wipe out entire species.
This new gene editing technology has the potential to change the trajectory of life on earth. CRISPR could eliminate the most dangerous diseases, such as HIV or certain strains of cancer, but it could also be used for ventures like “designer babies” that many people think are unethical. With a tool this powerful in our hands, it is important to talk about how we will use CRISPR and it is important that all of us are part of these conversations. Whether or not we morally agree with all of its uses, CRISPR has the potential to affect us all. Although 75 percent of polled Addison County residents had some idea of what gene editing was, only 35 percent of them were familiar with CRISPR. Our hope for this piece is to help spread knowledge about CRISPR and to start a conversation with the residents of Addison County so that we, as a community, can engage with the future of CRISPR gene editing.
Click on the following links to read more:
The workings of CRISPR
At first glance, CRISPR may seem like a groundbreaking, never-before-seen technology, and in some ways it is. However, the basic principles behind CRISPR and other gene editing technologies date back thousands of years.
Why you should care about gene editing
With the expansive genome sequencing of humans, animals and plants, researchers now have access to information that would allow specific manipulation of gene sequences. Using CRISPR technology, selected genes can be altered. This has incredible implications for the future of humanity as well as our ecosystems and earth as we know it.
Gene editing raises social, political and science issues
How can we use CRISPR technology in medical practice without risking the possibility of someone taking it too far? How do we draw the line between what is beneficial and what is not?
Watch the cool video — made by the Midd students — for a different way of explaining CRISPR.
Check out interviews (below) with Danielle and Chase Goodrich of Goodrich Family Farm in Salisbury, Seth Ross of MoSe Farm in Orwell, and Ross Conrad of Dancing Bee Gardens in Middlebury for their perspectives on gene editing in farming.
Beekeeper Ross Conrad weighs in on CRISPR; click to read what he has to say.
Recommended further readings about CRISPR
Still hungry for more information on CRISPR-Cas9? Click on the link and learn about the book that inspired the Middlebury College Chem 0322 class.
This package was produced by Middlebury College students Emma White, Ashley Wang, Jeanelle Tsai, Hayden Smith, Emma Norton, Chloe Levins, Will Kelley, Anna Goldstein, Luna Gizzi, Cleo Davidowitz, Anthony Bongiorno and Liam Bent, under the direction of Lindsay Repka, Assistant Professor of Chemistry and Biochemistry.
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