Teen Scientist Patented Burger-Flavored Tomato

A Miami high schooler secured a patent for tomatoes genetically engineered to contain hamburger-mimicking heme proteins.

Updated on Oct. 13, 2026 in Biotech

Bold vector editorial illustration of a vibrant red tomato on a polished bench, representing a breakthrough in genetically engineered food science. — Gabriella Rothberg, a 17-year-old Miami scientist, has patented a genetically engineered tomato designed to replicate the flavor of hamburger heme proteins. AI Illustration. Upload story photo >

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Would you eat genetically engineered tomatoes if they tasted like hamburgers?

In June 2026, a 17-year-old scientist named Gabriella Rothberg was issued a U.S. patent for genetically engineered tomatoes that contain heme proteins. The innovation aims to replicate the flavor of a hamburger using plant-based biology.

Why it matters

The project seeks to increase nutritional accessibility by creating affordable, nutrient-dense food sources in regions where meat is scarce or expensive. This development represents a novel approach to food engineering and sustainable protein alternatives.

The genetic engineering process utilizes Agrobacterium to integrate heme-containing protein genes into the plant. Researchers also adjusted the vitamin concentration in the tomato growth medium to support the modification.

The players

Gabriella Rothberg

She is a 17-year-old scientist who led the research team and is a named inventor on the U.S. patent.

Impossible Vines Inc.

This organization serves as the patent assignee for the genetically engineered tomato technology.

The details

Artificial intelligence played a significant role in the development, assisting in the creation of the business plan, the patent, and the specific genetic constructs. The project, conducted with support from researchers at the University of Miami, is now focused on increasing the production of lycopene within the plants.

A U.S. patent for the tomato project was issued in June 2026.

The Tech Race

This innovation follows the emergence of plant-based meat alternatives like the Impossible Burger but marks a shift toward bio-fortified crops. It challenges the conventional reliance on processing plant materials into patties by engineering the vegetable to produce the flavor profile natively.

While these tomatoes are currently a research-level innovation, they suggest a future where nutrient-dense staples could provide protein-like flavor profiles. Consumers may eventually see bio-engineered produce in supermarkets that offers higher nutritional value than standard varieties.

The takeaway

The use of artificial intelligence to expedite genetic engineering highlights a new methodology for rapid agricultural development. Prospective inventors should look toward AI tools as a core component of modern patent and research workflows.