Plantik and Hudson River Partnered on Strawberries
The two biotech firms have launched trials to develop strawberry varieties that can withstand extreme heat events.
Updated on Sept. 30, 2026 in Biotech
Live Poll
Do you believe gene editing crops is a positive solution to climate-related food security issues?
Plantik Biosciences and Hudson River Biotechnology have formed a partnership to create heat-tolerant strawberry varieties. The companies have initiated validation trials for the trait to help strawberries resist the negative effects of extreme heat on flowering and fruit quality.
Why it matters
Extreme heat events significantly disrupt strawberry flowering, fruit set, and overall harvest quality. Developing heat-resistant crops could help stabilize supply chains for fruit growers facing increasingly unpredictable weather.
Plantik uses its ATLANTIS machine learning platform to identify regulatory DNA regions, allowing for gene editing without inserting foreign DNA. This project leverages heat-tolerance targets previously identified during the development of their heat-tolerant tomato.
The players
Plantik Biosciences
A French biotechnology firm that specializes in using machine learning platforms to edit plant regulatory DNA.
Hudson River Biotechnology
A biotech company that focuses on advanced breeding technologies and genome editing to improve crop performance.
The details
The collaboration applies genome editing methods to integrate heat-tolerance targets into strawberry plants. By using machine learning to edit regulatory DNA, the companies aim to produce a validated trait that strawberry breeders can license.
Timeline
September 30, 2026: The partnership was announced and validation trials commenced.
The Tech Race
This project continues a shift toward rapid, transgene-free genome editing that is currently replacing traditional breeding timelines. By automating the identification of regulatory DNA, companies like Plantik are positioning themselves to dominate the high-speed agricultural biotech market.
This development could eventually lead to more stable strawberry pricing and availability for consumers despite shifting climate patterns. Future commercial adoption of these traits may provide farmers with more resilient crop options that require fewer resources during heat waves.
The takeaway
The use of machine learning to accelerate trait development marks a significant move away from lengthy traditional breeding cycles. Consumers may soon benefit from fruits that are more resilient to temperature spikes as biotechnology streamlines agricultural production.
Further reading
Learn more about the latest innovations in agricultural science on our Biotech page.
Source note: This article includes information reported by Horti Daily.
Live Poll
Do you believe gene editing crops is a positive solution to climate-related food security issues?
