Corteva and Pairwise partner to accelerate the delivery of advanced gene editing solutions to farmers

The joint venture, which spans five years, will leverage both companies’ advanced gene editing capabilities to accelerate the delivery of gene edited products.

Corteva, Inc., a global leader in agricultural technology and Pairwise, a technology company pioneering the application of gene editing in food and agriculture, have announced a collaboration to accelerate the delivery of advanced gene editing solutions to farmers, ultimately benefitting both the environment and everyday consumers. Gene editing uses a plant’s own DNA to make precise improvements, providing growers with another critical tool to keep pace with the challenges facing food production, including those presented by climate change.

Anchoring the collaboration is Corteva’s $25 million equity investment in Pairwise, made under the umbrella of Corteva Catalyst, the company’s new investment and partnership platform focused on accessing agricultural innovation to drive value creation. The investment aims to help expand the reach and benefits of gene editing to a wide variety of staple and specialty crops.

In addition, Corteva and Pairwise have formed a joint venture to accelerate and expand the delivery of advanced gene edited technologies aimed at increasing crop yield for food, fuel and fiber production, despite increasing climate change.

The joint venture, which spans five years, will leverage both companies’ advanced gene editing capabilities to accelerate the delivery of gene edited products by generating and evaluating unique gene edits across multiple traits in a range of crops. Building on Corteva’s longstanding leadership in plant breeding and genetics, the companies will collaborate on the development and deployment of gene edited products that are more resilient to extreme weather events and climate change.

“Gene editing is a transformational technology for agriculture that will advance climate resilience in farming and drive the increased farm productivity needed to feed and fuel the world’s growing population,” said Sam Eathington, Corteva’s chief technology and digital officer. “As a gene editing technology leader ourselves, we are proud to work with Pairwise to accelerate the benefits of gene editing not only to farmers, but ultimately to those who rely on the availability of sustainably grown and affordable food – and that’s all of us.”

“Gene editing is poised to revolutionize agriculture, enabling the cultivation of crops that are more adaptive to climate change, are more nutritious and convenient for consumers, and deliver greater economics for growers,” said Tom Adams, Pairwise CEO and co-founder. “Through our Fulcrum Platform, we’re proud to be at the helm of applying this transformative technology in agriculture and, alongside partners like Corteva, accelerate the realization of these benefits across global stakeholders.”

Pairwise is a leader in using gene editing to make differentiated crops. Last year, the company launched the first CRISPR food in North America, and has multiple products in development across significant crops, including corn, soy, wheat, canola, blackberries, and more. The Pairwise Fulcrum™ Platform includes proprietary gene editing tools that provide the ability to not only turn a characteristic on or off but also, with base editing and related technologies, “tune” it to find it’s sweet spot for highest performance. Pairwise’s novel editing tools allow scientists to precisely tailor a wide range of genetic variation to develop new, distinctive plant varieties much faster and more effectively than through conventional breeding alone.

This is the first joint venture and major equity investment in gene editing made by Corteva Catalyst, the company’s new investment and partnership platform. The investment reflects Corteva’s nearly century-long track record (through its Pioneer brand) of championing innovation through partnerships, including with the global scientific community.

The joint venture, which spans five years,