Miami Teen Engineered Tomato With Burger Flavor
A U.S. patent was issued in June 2026 for the genetic process used to create the fruit.
Updated on Oct. 13, 2026 in Biotech
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Would you eat genetically engineered tomatoes if they tasted like hamburgers?
In June 2026, 17-year-old Gabriella Rothberg successfully developed genetically engineered tomatoes containing heme proteins to mimic the taste of hamburgers. The project, based here in Miami, was patented by Impossible Vines Inc.
Why it matters
This research aims to improve nutrient accessibility in regions where meat is either scarce or prohibitively expensive. The initiative utilized assistance from researchers at the University of Miami.
The development was recognized with a U.S. patent issued in June 2026, awarded to the 17-year-old scientist and her father. Future research is now focused on increasing the lycopene production in these plants.
The players
Gabriella Rothberg
The 17-year-old lead scientist who developed the genetically engineered tomatoes.
Impossible Vines Inc.
The organization listed as the assignee on the U.S. patent for the tomato project.
University of Miami
The local academic institution where researchers were consulted for the project.
The details
The engineering process uses Agrobacterium to integrate heme-containing protein genes into the tomato plant. Artificial intelligence was utilized throughout the project to design the genetic constructs and assist in drafting the patent documentation. The development team, led by Rothberg, consulted with researchers at the University of Miami to refine their techniques.
Timeline
A U.S. patent for the tomato project was issued in June 2026.
Beyond the 305
This project follows the pattern established by the National Institutes of Health's plant-based protein nutritional studies regarding future food security. It represents a local application of synthetic biology to address global nutrient accessibility.
While these tomatoes are not yet in local markets, the successful patent highlights Miami's growing role in experimental food biotechnology. Residents should watch for upcoming tests that will evaluate the iron content of the modified fruit.
The takeaway
The project demonstrates how artificial intelligence and genetic engineering can be combined to alter basic produce for nutritional goals. Residents can follow future project updates to see if these tomatoes reach clinical iron-absorption testing.
Further reading
For more developments in the local science sector, explore our Biotech coverage.
Live Poll
Would you eat genetically engineered tomatoes if they tasted like hamburgers?
