Our project is based on innovation and a commitment to supporting the synthetic biology community. Throughout our work, we aimed to create tools, resources, and insights that could help future researchers and teams. We have developed accessible protocols and educational materials, and provided new data, models, and designs. Our contributions show our dedication to improving collective knowledge in this field. We believe that sharing our findings openly boosts collaboration, encourages creativity, and drives scientific progress beyond our own project.
DNA Fingerprinting Video
Out of the many educational tools implemented in our human practices activities, this animation depicting DNA fingerprinting was a favourite among the students. It serves to introduce the magic of synthetic biology in an engaging and digestible manner to secondary and high school students.
Clarity by Design
“Clarity by Design” is a comprehensive guide to project graphics. This guide systematically describes the process of enhancing the visual appeal of projects, presentations, and wikis. It addresses design aesthetics, as well as how our 2025 project, PhytClub, used these principles to create various elements of our project.
Nanoparticle Database
During our search to find the ideal nanoparticle carrier, we realized that the process is quite extensive, as it requires a thorough screening of papers, gathering of data, and comparisons to other nanoparticles. Our nanoparticle database makes this process easier for future teams and researchers. Information regarding vital parameters has been compiled for 69 nanoparticles from various categories, ranging from metal oxides, non-metal oxides, proteins, polysaccharides, lipids, and DNA. The database describes parameters such as composition, shape, size, zeta potential, degradation, toxicity to humans, environmental toxicity, synthesis methods, and potential applications. A column also leads users to relevant literature, allowing for a seamless transition to papers that would be useful to them. The database serves as a library of relevant data for nanoparticles, and also makes it easier for researchers to compare several nanoparticles at a glance.
BioBattle
BioBattle is an interactive card game designed to teach and reinforce important concepts in synthetic biology, such as genetic engineering, scientific names, synthetic biology parts, and BSL classifications. Each card encourages players to think strategically and critically. They explore how biological elements interact and also how organisms are classified. Although the game was not fully launched this season, it serves as a lasting educational resource for future iGEM teams. It provides a ready-to-use tool to engage audiences, encourage discussion, and spark curiosity. BioBattle reflects our team’s goal of making science accessible and interactive. It gives future teams a way to connect abstract concepts with hands-on learning while building a lasting interest in synthetic biology. Our team sees it as a long-term addition to iGEM’s educational mission, giving future teams a resource to inspire audiences, link science to society, and develop a lasting interest in the ideas and creativity of synthetic biology.