Enza Zaden licenses Pairwise gene-editing platform to accelerate vegetable breeding

Enza Zaden, the Netherlands-based vegetable-breeding company, has entered a strategic agreement to license Pairwise’s Fulcrum Platform, a CRISPR-enabled suite of precision breeding tools intended to speed up the development of new crop varieties. The move signals the 85-year-old family company’s interest in expanding its gene-editing research capacity as global seed developers intensify efforts to bring more resilient and climate-ready crops to market.

The agreement gives Enza Zaden access to Pairwise’s gene-editing technology across its research programs, though the company said it has no immediate plans for a commercial launch. Any future commercialization, it noted, will depend on regulatory clarity, market readiness, and internal strategy. Enza Zaden is currently focused on evaluating gene editing for research purposes in its vegetable portfolio, which spans more than 30 crops and yields roughly 100 new commercial varieties each year.

Jaap Mazereeuw, Enza Zaden’s chief executive, said the collaboration supports the company’s work to advance high-quality vegetable varieties while maintaining its emphasis on sustainability and responsible innovation. The firm develops seeds for crops including lettuce, tomato, cucumber, broccoli, and onions, and is known for branded concepts such as Eazyleaf multi-leaf lettuce and Tribelli sweet peppers.

Pairwise, founded in 2017 by pioneers of CRISPR technology and based in Durham, North Carolina, positions its Fulcrum Platform as a turnkey editing system designed to work across a wide range of crop types. Tom Adams, the company’s chief executive, said gene editing is increasingly viewed as a complementary tool to traditional plant breeding, particularly as producers look for solutions tied to disease resistance, yield stability, and climate resilience.

The technology agreement adds another global partner to Pairwise’s roster as agriculture companies seek faster development cycles for new varieties. Both firms said the collaboration aims to support long-term improvements in sustainable farming practices and expand the range of vegetable traits available to growers and consumers.