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CRISPR Boosts Immunity and Yield of Wheat

Researchers used CRISPR-Cas9 in wheat, which improved its resistance to rust and increased its yield. Their findings offer germplasm resources that can be used for the breeding of high-resistance and high-yield plants.

The immune system of plants is regulated positively and negatively by different factors. An example of a negative regulator of plant immunity is MAP kinase phosphatase1 (MKP1). However, the molecular mechanisms involving MKP1's regulation of wheat (Triticum aestivum) are currently unclear.

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In the Field: Wheat Pest Scouting

Video: In the Field: Wheat Pest Scouting

Managing insect pests in wheat isn’t about a single solution. It’s about stacking smart decisions. Breeding has delivered wheat varieties with built-in defenses against major insect pests, giving producers a crucial advantage before the season begins. Although no variety is fully immune, ongoing breeding ensures new varieties carry improved tolerance traits, allowing producers to choose varieties that reduce pest pressure to safeguard both yield and quality.