Difference between revisions of "Team:CSU Fort Collins"
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<h4>Our Project</h4> | <h4>Our Project</h4> | ||
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| − | Frying oil waste is full of high-energy molecules. While it is currently recycled into biofuels and cosmetics, we believe that spent frying oil can be used as an alternative substrate to grow bacteria and provide energy for product | + | Frying oil waste is full of high-energy molecules. While it is currently recycled into biofuels and cosmetics, we believe that spent frying oil can be used as an alternative substrate to grow bacteria and provide energy for product manufacturing. Our target was trans-zeatin, a plant growth hormone with applications in food, fuel, and feed. |
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| + | <h4 style="border: 1px solid #222222">Read More</h4> | ||
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We created and characterized new biobricks. We ran and re-ran experiments. We built prototypes. See the results of all of our hard work this year. | We created and characterized new biobricks. We ran and re-ran experiments. We built prototypes. See the results of all of our hard work this year. | ||
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| + | <h4 style="border: 1px solid #222222">Read More</h4> | ||
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The best scientists consider all sorts of questions outside of the lab. How can I commercialize this project? How might it be regulated? We have spoken to experts to help us understand these questions, and compiled what we learned into articles. | The best scientists consider all sorts of questions outside of the lab. How can I commercialize this project? How might it be regulated? We have spoken to experts to help us understand these questions, and compiled what we learned into articles. | ||
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| + | <h4 style="border: 1px solid #222222">Read More</h4> | ||
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Revision as of 21:58, 18 September 2015
COLORADO STATE
UNIVERSITY iGEM
Z . C O L I
Using frying oil to produce trans-zeatin in an engineered strain of E. coli
Our Project
Frying oil waste is full of high-energy molecules. While it is currently recycled into biofuels and cosmetics, we believe that spent frying oil can be used as an alternative substrate to grow bacteria and provide energy for product manufacturing. Our target was trans-zeatin, a plant growth hormone with applications in food, fuel, and feed.
Read More
Our Results
We created and characterized new biobricks. We ran and re-ran experiments. We built prototypes. See the results of all of our hard work this year.
Read More
Our Practices
The best scientists consider all sorts of questions outside of the lab. How can I commercialize this project? How might it be regulated? We have spoken to experts to help us understand these questions, and compiled what we learned into articles.
Read More
