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We are proud to share that our student research project on pectin degradation received a Gold Medal at the 2025 iGEM Competition.


This project focused on developing a synthetic biology-based approach to break down pectin, a major structural polysaccharide found in plant cell walls and fruit waste. By exploring biological systems that can efficiently degrade pectin, the project aimed to contribute to sustainable solutions for agricultural waste management, food-processing byproduct recycling, and biomass utilization.


Receiving a Gold Medal at iGEM 2025 highlights the team’s strong research design, creativity, experimental planning, and ability to connect biotechnology with real-world environmental and industrial challenges.


This achievement reflects the students’ dedication to advanced STEM research and their ability to apply synthetic biology concepts toward practical sustainability solutions.


Our team will continue to support students in developing high-quality research projects for international science competitions such as iGEM.


Congratulations on this outstanding achievement!


Our team page:



ANIM032 — Effect of Alloferon on the Survival Rate and Flight Performance of Honey Bees


We are proud to share that our research project, “Effect of Alloferon on the Survival Rate and Flight Performance of Honey Bees,” was selected for the Final Round at the 2024 Regeneron International Science and Engineering Fair (ISEF) and received the Third Award in Animal Sciences, along with a $1,000 scholarship award.


This project investigated how Alloferon, a bioactive peptide, may influence the survival rate and flight performance of honey bees. By focusing on honey bee health and mobility, the research aimed to contribute to the protection of pollinators, which play an essential role in ecosystems and global agriculture.


Advancing to the ISEF Final Round and receiving an official award highlights the student’s strong scientific curiosity, careful experimental design, and dedication to addressing meaningful biological and environmental challenges.


IRIS will continue to support students in developing high-quality research projects for prestigious international science competitions.


Congratulations on this outstanding achievement!




In an extraordinary display of innovation, dedication, and scientific prowess, a talented student from South Korea has catapulted onto the international stage, capturing both the gold medal and special prizes at the prestigious 2023 International Genetically Engineered Machine (iGEM) competition. This remarkable achievement not only underscores the student's exceptional skills in synthetic biology but also shines a spotlight on the burgeoning scientific talent emerging from South Korea's high schools.


The iGEM competition, renowned for its rigorous standards and the high caliber of participants it attracts from around the globe, provides a platform for the brightest young minds to tackle real-world problems through the lens of synthetic biology. Competitors are challenged to design, build, and test genetically engineered systems with practical applications, pushing the boundaries of biological research and innovation.


This year's gold medalist from South Korea, whose project has captured the admiration of judges and peers alike, stands as a beacon of inspiration for aspiring scientists worldwide. Their groundbreaking project, which addresses a pressing global issue with ingenuity and scientific acumen, not only earned the top prize but also received special recognition, highlighting the project's significance and the student's exceptional contribution to the field.


As we celebrate this incredible feat, we delve into the journey of this young innovator—exploring the passion, challenges, and relentless pursuit of excellence that propelled them to the pinnacle of the iGEM competition. Join us as we uncover the story behind South Korea's newest science prodigy, whose achievements at the 2023 iGEM competition promise to leave a lasting impact on the world of synthetic biology and beyond.


2023 KOREA-HS Project Page:

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