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Revision as of 02:18, 12 October 2021
Human Practices
Centered On:
Connection
Community
Cooperation
To develop a diagnosis tool in detecting the Magnaporthe oryzae fungi,
we incorporated engineering along with synthetic biology into our research.
Our goal was to develop a proof of concept for a detection system,
which is simple but specific. Also, we aimed to design a tool that is easy to use and visualize,
so that many people will be able to use it.
Therefore, it was essential for us to incorporate the engineering design cycle:
research → imagine (brainstorming) → design → test → learn & improve.
We have optimized this in a way that is suitable and practical for our research.
We divided our research into two phases,
and went through several iterations of the engineering design cycle for each phase.
Phase 1 aimed to apply synthetic biology to develop a system that could specifically detect the Magnaporthe oryzae gene.
Phase 2 aimed to apply nanoscience and technology to develop a colorimetry tool to visualize the specific detection,
which is important for practical purposes.
Yonsei_Korea is a convergent team of students based in Seoul, South Korea striving to create meaningful change utilizing synthtic biology in the IGEM 2021 Competition.