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Researchers Discover Plant Mechanism for Oil Biosynthesis

A study led by researchers from Washington State University (WSU) discovered the genetic mechanism of Physaria fendleri, a plant related to canola, to change the fatty acid composition in its seed oil after it is already made. This discovery led to the genetic engineering of Arabidopsis to make the same fatty acid changes.

The value of plant oils is highly dependent on their fatty acid composition. According to Phil Bates, a WSU professor and lead author of the study, approximately 90% of oil holds significant value for industrial uses in crops like castor beans. Their study, published in Nature Communications, shows that the modified Arabidopsis produced significant amounts of oil similar to castor oil, which is not naturally produced by the plant.

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The $1.7 Billion Network Behind Canada's Seed Retail Future

Video: The $1.7 Billion Network Behind Canada's Seed Retail Future

Canadian agriculture has changed dramatically over the past 50 years, and so has the business of bringing new crop varieties to farmers. But as public plant breeding faces new pressures, private investment grows and farmers demand more from their genetics, what will the next 50 years look like?

In this special Seed World Canada Retail Strategy Webinar, we celebrate SeCan's 50th anniversary by looking beyond its history to explore the future of Canadian seed retail, plant breeding and variety commercialization.

Join Seed World Canada Senior Editor Marc Zienkiewicz and five industry experts as they discuss how independent seed businesses are adapting to a changing marketplace, the importance of partnerships between breeders and retailers, and what it will take to keep innovative crop genetics flowing into Canadian farmers' fields.