Corteva Agriscience logo

Corteva Agriscience

Last updated April 7, 2026
18
Innovation Areas

Plant genome editing and expression: Corteva AgriscienceRecent Research Landscape

Low precision in genome editing and trait introgression limits the rapid development of high-yield, disease-resistant hybrid crops like maize and soybean.

What technical problems is Corteva Agriscience addressing in Plant genome editing and expression?

Trait marker identification failure

(53)evidences

Natural genetic variation often results in low oil yields, high saturated fats, and susceptibility to fungal pathogens like Asian soybean rust.

Transgene expression instability

(72)evidences

Low precision in targeting and inefficient gene expression control lead to unintended off-target effects or insufficient trait stability in transgenic crops.

Transgenic event detection errors

(63)evidences

Low grain yields and inefficient hybrid seed production result from uncontrolled plant fertility and limited genetic diversity in breeding populations.