IGEM: W&M Team Achieves Top 10

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Post on Nov 05, 2024

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William & Mary's iGEM Team Makes Top 10, Proving the Power of Synthetic Biology

It's official: William & Mary's iGEM team is officially in the Top 10! This group of brilliant, passionate students has been working tirelessly all year to develop a groundbreaking project using synthetic biology. And their hard work has paid off big time, earning them a spot among the best in the world.

Let's rewind a bit. The International Genetically Engineered Machine (iGEM) competition is a global event that challenges students to tackle real-world problems using synthetic biology. Each team focuses on a specific project, designing and building biological systems to address a pressing issue.

For this year's competition, the W&M iGEM team focused on a wicked problem: antibiotic resistance. This is a huge global health threat, and the team's innovative solution involves using bioluminescence to detect antibiotic resistance in bacteria. This could revolutionize how we diagnose and treat infections, making a real difference in people's lives.

Their journey wasn't without challenges. Balancing schoolwork, research, and competition demands was no easy feat. But the team's dedication and determination shone through. They faced challenges head-on, learning from their mistakes, and ultimately creating a truly impressive project.

Their project, "Bioluminescent Detection of Antibiotic Resistance in Bacteria," impressed the judges. It combined cutting-edge research with a focus on practical applications, showcasing the team's innovative approach to tackling antibiotic resistance.

But there's more to the iGEM experience than just winning awards. It's about pushing boundaries, collaborating, and learning beyond the classroom. The W&M team's success is a testament to the power of collaborative research, the passion of its members, and the incredible potential of synthetic biology.

So, congrats to the W&M iGEM team! You've made us all proud. This achievement is a huge step forward in the fight against antibiotic resistance, and a testament to the power of young minds working together to solve real-world problems.