PROMPT
Create a visual art piece that illustrates how synthetic biology has changed the world or gives a creative interpretation of what synthetic biology actually is. Think of clever ways that synthetic biology can be communicated to people who have never encountered it before. In addition to creating an art piece, write a short paragraph (250 words maximum) that describes what you aim to communicate in your work.
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The artwork should be between 8x10 inches and 24x36 inches. Entries can be submitted by emailing virginia.igem@gmail.com. The grand prize winner will receive a $200 VISA gift card and a VGEM t-shirt. Two runners-up will each get a $100 VISA gift card. Several other pieces will be picked to hang around Gilmer Hall on UVA Grounds. The competition is open to all experience levels and age ranges, and collaborations are welcome! Entries are open until October 20th, 2017; the winners will be notified in early November. When you send in your piece, please include a form that answers the following questions:
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At this point, we hope you’re thinking about participating. But Wait! What is synthetic biology? If you’re more of a visual learner and would like a video to explain, check this video out:
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And here’s a TedED talk on the whole story:
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If you would rather see it written out, here it is. Synthetic biology is an integration of biology and engineering. If you were to search Google images, you would see animations of a computer chip inside a cell. Essentially, you make a cell work for you like a computer. Connections called cell circuits are built within the organism, and then the cell performs a specific, designated function based on a given input. Examples include bacteria engineered to fight cholera, E. coli that invades cancer cells, and artificial photosynthesis.
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Oftentimes, synthetic biology means taking DNA from a foreign organism and inserting it into a different organism of choice. This part is so cool! Here, we take DNA and repurpose in an unprecedented way. The DNA becomes proteins, which serve new functions in this engineered cell. Thus, we are creating new applications for these special cells. Still not convinced or looking to learn more? Check out this article on synthetic biology: https://www.bio.org/articles/synthetic-biology-explained
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So our goal for you is this: Use art to depict the challenge and the nuance of synthetic biology.
If you have any questions about any part of the competition, please feel free to email us at virginia.igem@gmail.com.
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TIPS FOR A
SUCCESSFUL SUBMISSION
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Don't be afraid to think outside the box. Synthetic biology is a field that thrives on innovation; your art can do the same!
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Do some basic research before you start. Visit the "Synthetic Biology Resources" page Syn bio isn't just another branch of biology; it's a young and exciting field that draws from other disciplines as well. Understanding it will help create a winning art piece.
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One of the coolest things about syn bio is how broad and far reaching it is. Engineering, bioethics, and chemistry all play a part in syn bio, so you can think about focusing on some one of these aspects when creating your artwork and accompanying description.
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Most importantly, HAVE FUN!