Bronze Medal

Name	Explanation	Guidance
Competition Deliverables	We designed and submitted our Wiki, Presentation Video and Judging Form. We are also excited about the opportunity to be at the venue for the Judging Session!	Here is the link to our Promotion Video.
Project Attributions	On the attribution page, we summarized each team member’s work content and contribution to our project. We also appreciated all those who supported and assisted us with our project. We use the standardized Project Attributions Form to describe what everyone did for our project.	Click here to get our attribution page.
Contribution	Through our collective contributions in biological parts, computational modeling, hardware, and software, we aim to provide a foundation that helps future teams develop cell-free biosensors and field-deployable diagnostic systems.	Please read more on the Contribution page.

Silver Medal

Name	Explanation	Guidance
Engineering Success	We propose a detection system for Pst based on the proteolysis-based logic circuits. We are fully aware that the standardized engineering cycle (design, build, test, and learn) is even more critical to our cross-disciplinary work, and we followed it strictly and explored it innovatively. We created some new parts and summarized them in our part collection.	Read more about the Engineering Success we have reached. And here is the Part Collection.
Human Practices	The human practices page showcases our considerations regarding the application scenarios, advantages, and potential usage risks associated with PROTATO. It outlines how we can effectively implement PROTATO in practical settings.	Learn about our Human Practices for detailed work. For background information and the pros and cons of Lantern, please click Implementation for detailed consideration.

Name	Explanation	Guidance
Excellence in Synthetic Biology	We select our Hardware and Integrated Human Practices for Specialization and Model for General Biological Engineering. We consider the work we did above to be excellent in synthetic biology and contribute to the iGEM community as well. Our impressive and data-driven model informs our system design and integrates wet-lab measurements to predict and understand the behavior of our project. After delicate design, our hardware is carefully assembled, leading to a low-cost, modular-designed, user-friendly and bio-safe device. We consider this work to be a contender for the best hardware. Our team merits the Best Integrated Human Practices award for a deeply reflective process where ethical feedback directly shaped our project's purpose and design, creating an inspiring, well-documented example of responsible science.	Please check our Model, Hardware and Engagement for more information.