Sponsors (2)
The bill accelerates agricultural synthetic biology to boost crop/animal innovations, resilience, and commercialization, but it raises fiscal, biosafety, equity, and consumer‑trust risks that will require strong oversight and deliberate measures to ensure benefits reach small farms and the public.
Consumers and communities nationwide gain a more resilient food supply and expanded domestic production (e.g., vaccines, food ingredients) that can reduce disruptions and lower some costs.
Farmers and rural producers get access to advanced biotech tools, climate‑resilient and pest‑resistant crops, and improved soil/animal health that can raise yields and reduce input costs.
Researchers and universities receive sustained funding and training support (including $5M/year grants) that builds research capacity, scientific jobs, AI/genomics tools, and workforce development in agricultural biotech.
Research enabling gene editing and engineered organisms creates biosafety and ecological risks that could harm ecosystems and rural communities if safeguards are insufficient.
Benefits are likely to concentrate with well‑resourced institutions and larger producers, risking market concentration and leaving smaller farms, rural communities, and small businesses behind.
Expanded use and commercialization of engineered food proteins and plant‑derived pharmaceuticals could spark consumer acceptance, labeling, and ethical disputes that undermine public trust in the food supply.
Based on analysis of 3 sections of legislative text.
Creates a USDA National Synthetic Biology Center to award competitive grants to land-grant institutions for synthetic biology research and tech transfer, authorized $6M/year (FY2026–2030).
Introduced September 3, 2025 by Todd Young · Last progress September 3, 2025
Creates a new National Synthetic Biology Center inside the Department of Agriculture to fund and coordinate research on synthetic biology for food and agriculture. The Center will competitively award grants to eligible land-grant institutions partnered with nonprofits, states, national labs, or other universities, prioritize work on gene editing, microbiomes, digital agriculture, fermentation, and controlled-environment agriculture, and support tech transfer and commercialization. Authorizes $5 million per year for grants and $1 million per year for establishment and operations for fiscal years 2026–2030, requires the Center to begin awarding grants within one year of enactment, maintain a public website, coordinate technology transfer, and submit biennial reports to Congress beginning two years after enactment.