−− Positive Fusarium resistance achieved with Evogene discovered genes; Evogene also announces completion of candidate gene discovery stage in Monsanto yield and abiotic stress collaboration
Jul. 12, 2017
The crop disease collaboration program is focused on the discovery of candidate genes predicted to provide resistance to Stalk Rot disease caused by multiple Fusarium species. Fusarium is a family of fungi that causes yield loss across many of the world’s major crops, including corn and wheat. In model plant validation testing, Evogene discovered genes were successful in showing resistance to Fusarium, and the top prioritized genes are now advancing to testing in Monsanto’s corn pipeline.
Evogene also announced that in its yield and abiotic stress collaboration with Monsanto for the development of improved seed traits primarily in corn and soy, Evogene successfully completed the gene discovery stage, and the collaboration will now focus on progressing selected gene candidates through additional testing in Monsanto’s product development pipeline. During the recently completed gene discovery phase of the collaboration, Evogene identified approximately 4,000 genes predicted to be associated with individual plant traits.
"We are very pleased to announce these positive results in our disease resistance program in seed traits and the completion, according to plan, of the discovery phase in our yield and abiotic stress program with Monsanto," said Ofer Haviv, Evogene's President and CEO, "This progress again demonstrates the power and versatility of our unique predictive discovery platform. Most importantly, we are confident that the continuing progress in our multiple areas of collaboration with Monsanto, combining our efforts with Monsanto’s world-class development and commercialization capabilities will lead to novel end products.”
"Monsanto is excited about its continued partnership with Evogene," said Tom Adams, VP Global Biotechnology at Monsanto, "Through the partnership, Monsanto is gaining access to novel genes that have the potential to reveal new mechanisms for disease control in crops that could have a significant impact on our product pipeline and agriculture."