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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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Approaching T2 in Early-Drilled Winter Wheat: Disease Pressure, Yield Potential and Univoq™

Video: Approaching T2 in Early-Drilled Winter Wheat: Disease Pressure, Yield Potential and Univoq™


Corteva Technical Manager Sally Harris assesses a September-drilled crop of Palladium winter wheat, representative of crops across the UK this season. With the crop drilled early and growing strongly, disease pressure is evident, but so too is strong yield potential. In the video, Sally explains the key considerations as the crop approaches T2 and outlines why Univoq™ is being considered to protect against disease and help safeguard crop performance.