Paige Rudin

Paige Rudin

Aug 05, 2016

Group 6 Copy 98
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2016: A Summer in Review

11 weeks. 77 days. 1,848 hours. 110,880 minutes. 6,652,800 seconds. While not all spent in lab, these numbers represent the time of a summer spent learning, exploring, and discovering. At the conclusion of this week, the team's full-time work in Bindley Bioscience Center will conclude as class begins after a brief respite. While there is still much to do, much has already been done. Now, we are looking forward to the school year's accomplishments as time continues ticking toward the Giant Jamboree in Boston at the end of October! A heartfelt thank-you to everyone who has supported this endeavor; it would not have been successful without you.

Summary of Lab Work

1. Development of theoretical genetic constructs for both phosphorus uptake and organic nanowire components of the project.

2. PCR amplification, digestion, ligation, gel electrophoresis, and transformation of individual M. phosphovorus genes into E. coli. Currently testing for functional characterization and protein expression.

3. In collaboration with the USDA National Soil Erosion Research Laboratory, construction of a prototype bioreactor from 5-gallon buckets, tubing, water filters, and an aquarium pump with complementary MATLAB model and silica beads for bioencapsulation.

4. Participation in InterLab study to standardize fluorescence units.

5. Collaboration discussions and activities with Exeter, Northwestern, UNL, UChicago, SVCE, and Rose-Hulman iGEM teams.

6. Human practices and outreach including a booth at the Wabash River Fest, media coverage, and a survey assessing knowledge of wastewater treatment practices that you can explore here if you haven't already.

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About This Project

We are engineering two strains of E. coli: one to uptake phosphorus so as to prevent toxic algal growth in lakes and streams and another to express electrically conductive projections, known as nanowires, in order to generate energy from organic waste. By expressing these genes in E. coli - a model organism - we hope to provide a platform for further study in agriculture, the environment, and alternative energy.

Blast off!

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