🏆 Awards
At the conclusion of our year of brainstorming, lab work, and project refinement, our team participated in the Grand Jamboree in Paris. We are very grateful to have been awarded an Gold Medal! In addition, our project was nominated for Best Bioremediation Project (Overgrad) and Best New Basic Part (Overgrad).
We would like to thank our team members, supervisors, PIs, and advisors for all the hard work and dedication. Our heartfelt thanks also go to our sponsors for making this project possible.
We would like to thank our team members, supervisors, PIs, and advisors for all the hard work and dedication. Our heartfelt thanks also go to our sponsors for making this project possible.
🥉 Bronze Medal
Criterium | Explanation | Website Link |
---|---|---|
Competition Deliverables | We designed a project promotion and presentation video, the judging form, and our wiki. | See our promotion video |
Project Attributions | We thank the many people that kindly helped us and made this project possible. | Click here for our attributions page |
Project Description | The description contains an outline and the reason for our project. | Learn more about our project |
Project Contribution | Read about the contributions that we made for future iGEMers. | Our contributions |
🥈 Silver Medal
Criterium | Explanation | Website Link |
---|---|---|
Engineering Success | We followed DBTL-cycle to ensure engineering success. | See our engineering page for more details |
Human Practices | We engaged with various organizations and individuals to gather deeper insights. | Read more about our human practice work |
🥇 Gold Medal
Criterium | Explanation | Website Link |
---|---|---|
Best New Basic Part | We documented a new biological part (BBa_K5043010) to enhance the toolkit available to fellow iGEM teams. | To see its usage and characterization click here |
Sustainable Development Impact | We carefully evaluated our iGEM project against the UN's sustainable development goals. | Read more about the sustainable development impact |
Model | We made an optimal flow analysis and metabolic scale modeling to better understand and design our system. | See our model |