Medal Criteria

Bronze Medal

Criterion	Description	Guide
Competition Deliverables	We have completed our Wiki, Promotion Video, Presentation Video and Judging Form. The opportunity to participate in the offline Judging Session at the venue brings us great joy!	Here is the link of our Promotion Video.
Project Attributions	On the attribution page, we summarized each team member’s work content and contribution to our project. At the same time, we would like to thank all the people who have helped us with our project.	Click here to get our Attributions Page.
Project Description	This year, we have used phage to solve bacterial diseases. By replacing the tail fiber of the T7 phage, we can precisely eliminate different pathogenic bacteria. This has successfully turned phage-like-particle into efficient biological pesticides, which can be further utilized.	Click here to get more information of our Project Description.
Contribution	Our project PhAgri has made innovative contributions in three aspects: wet lab, dry lab, and human practices. We would like providing assistance for future iGEM teams in areas of knowledge, tools and platforms.	Click here to get our Contribution Page.

Silver Medal

Criterion	Description	Guide
Engineering Success	We have completed the entire DBTL cycle, which covers the experimental work in the wet lab, the software development in the dry lab, and the design of products such as cards within our Human Practices efforts, with many areas undergoing multiple iterations to achieve and refine our objectives.	Please visit our Engineering Page to review the DBTL cycle in wet lab and dry lab, and click here for related experimental results.
Human Practices	In our Human Practices (HP) work, we have always adhered to the principle of two-way dialogue. We engage in two-way exchanges of knowledge and ideas with diverse stakeholders, continuously collect feedback, improve our projects and strive for excellence. We also break down the knowledge barriers in synthetic biology, enabling everyone to participate in the field of science and promote a harmonious coexistence philosophy like that between nodules and soybeans.	Learn about our Human Practices for detailed work. If you want to know how we Implementation our project in the real world, click here.

Gold Medal

Criterion	Description	Guide
Excellence in Synthetic Biology	Best Parts Collection: We have logically and coherently collected a series of components that achieve a complete function, and it performs a useful and specific function for the community. In the future, it can be used as a mature delivery system.	Please visit the Parts Page and the Results Page for more information.
Specializations	Best Sustainable Development Impacts: Our work positively impacts the United Nations Sustainable Development Goals (SDGs) 2, 4, 8, 12, 13, 15 and 17. During our iGEM journey, we strive to make a difference.We have designed a complete usage workflow for PhAgri, and we look forward to leveraging this as a foundation to achieve the sustainable development of agricultural production systems and enhance their resilience in responding to extreme climates. We have collaborated and exchanged ideas with various institutions, providing a reference case for the popularization of synthetic biology knowledge and biopesticides. Best Software: When encountering problems with the tail fiber replacement, we have developed a software that is user-friendly for non-programmers to identify the replacement sites of tail fiber proteins. Many teams consider the deployment of bacteriophages as a safety control measure to kill chassis bacteria, and our software can provide them with bacteriophage modification schemes. The entire software content has been uploaded to GitLab and is open-source.	To view our content related to Best Sustainable Development Impact, please click here. For our Best Software Tool content, please click here.