As Lambert High School’s synthetic biology team celebrated a top-10 finish at the iGEM international competition in Paris, the victory underscored a sobering reality: the United States is rapidly losing ground to Asia in the race to lead the next era of biotechnology.

At this year’s competition, Asian high school teams outnumbered U.S. teams by nearly 10 to 1—120 teams from Asia compared to just 14 from the United States. China’s teams alone, backed by national investment in STEM talent and biotech infrastructure, captured the majority of top honors. Lambert was the only American team to place in the high school global top 10.

“This is a wake-up call,” said Drew Endy, Stanford professor and iGEM co-founder. “The next generation of biotech leadership is forming right now. If the United States wants a strong presence in that future, we must invest in programs that prepare young American scientists.”

iGEM at Lambert High -The International Genetically Engineered Machine (iGEM) Foundation’s vision is to advance synthetic biology, education, and collaboration through a global community. iGEM’s purpose is to empower individuals and teams to develop innovative synthetic biology solutions to real-world problems, fostering a culture of open collaboration, friendly competition, and responsible innovation.

The comparison extends beyond competition numbers. While Asian schools are expanding national programs in genetic engineering, computational biology, and synthetic biology, many U.S. programs face budget cuts, staffing shortages, and political battles that jeopardize advanced STEM education. Federal funding intended to expand synthetic biology instruction across Georgia high schools was recently cut, and its future remains uncertain past 2026.

Educators warn that these cuts threaten more than student opportunity—they threaten U.S. innovation capacity in a field expected to transform global health, energy, and food systems. “Synthetic biology is not a niche skill—it’s the new literacy of the 21st-century bioeconomy,” said Janet Standeven, head of iGEM’s international high school division. “If we don’t build a pipeline of young American innovators now, we will be consumers—not creators—of the breakthroughs that define the future.”

Lambert’s students, whose CRISPR-based Lyme disease diagnostic may represent a major scientific and medical advancement, demonstrate what is possible when U.S. students are given world-class training and encouragement. But educators warn that isolated success stories cannot compensate for national decline. Expanding STEM access, rebuilding science education infrastructure, and restoring funding for synthetic biology programs are urgent priorities if the U.S. hopes to maintain global leadership in biotechnology.

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