Field Trial Success Drives Advancement in Asian Soybean Rust Resistance

Rhea-AI Summary

2Blades and Corteva Agriscience have achieved a significant milestone in their collaboration aimed at developing a transgene for resistance against Asian Soybean Rust (ASR) in Latin American soybean varieties. Successful field trials demonstrated effective disease resistance, crucial for mitigating yield losses ranging from 10-80% caused by ASR. This advancement enhances disease management strategies for farmers in the region, promoting sustainable agricultural practices. The partnership, ongoing since 2013, combines both organizations' expertise to bolster soybean productivity and resilience.

Positive

• Successful field trials of transgenic soybean varieties show strong resistance to Asian Soybean Rust.
• Development enhances sustainability and productivity for Latin American farmers.
• Collaboration since 2013 demonstrates long-term commitment to agricultural innovation.

Negative

• None.

2Blades and Corteva Agriscience Reach Collaboration Milestone in Development of Durable Resistance for Latin American Soybean Varieties

EVANSTON, Ill., and INDIANAPOLIS, July 20, 2022 /PRNewswire/ -- Today, 2Blades and Corteva Agriscience announced they have reached a milestone in their collaboration to develop a transgene for Asian Soybean Rust (ASR) resistance with successful field trials of Latin American soybean varieties containing the new ASR transgene. This achievement marks an important point in the research collaboration between the two organizations, which seeks to develop durable resistance and minimize grower losses due to the plant pathogen.

Endemic to most soybean-producing regions of the globe, ASR can cause yield loss ranging from 10-80% in countries where it is established, carrying significant risk for farmers and agricultural systems. Soybeans in Latin America are particularly vulnerable to this fungal disease due to mild winter conditions, which allow the fungus to survive year-round. The transgenic trait in development by 2Blades and Corteva will provide an additional disease management tool for farmers in the region, increasing disease resistance durability and options for integrated disease management strategies.

"Results from the trial showed strong disease resistance in the transgenic soybean varieties tested," said Dr. Tom Greene, Biotechnology Leader at Corteva Agriscience. "Our partnership with 2Blades combines the strengths of our organizations in pursuit of our common goal: enhancing the productivity of soybeans for farmers across Latin America via stronger plant genetics."

2Blades' knowledge of disease resistance, combined with Corteva's laboratory and field testing proficiency, as well as product development expertise, prompted the initial decision to collaborate in 2013. From 2013 to 2018, 2Blades and Corteva undertook joint research to identify novel ASR resistance genes at the Universidade Federal de Viçosa in Minas Gerais, Brazil, and at the 2Blades Group located within The Sainsbury Laboratory in Norwich, UK. Additional testing has been conducted across Corteva's global research footprint.

"Lead genes from our collaboration continue to advance in our pipeline, allowing us to better understand their performance against key ASR pathogens that impact our growers in Latin America," said Dr. Jeff Habben, who leads the Disease Resistance Discovery group at Corteva Agriscience. "Reaching this collaborative milestone reinforces our trajectory and builds confidence in our approach."

While scientific advancements have led to some improvements in soybean rust control in countries such as Brazil, durable genetic resistance is an important tool for farmers to mitigate the risk of the disease.

"Soybean rust is a key challenge for growers and needs to be combatted with an integrated strategy," said Dr. Peter van Esse, Vice President and Group Leader at 2Blades. "Genetic resistance against this disease will help give growers a powerful tool to manage the disease in a more effective and sustainable way." 

About 2Blades
2Blades (www.2blades.org) is a 501(c)3 not-for-profit ag-biotech organization dedicated to developing durable disease resistance in agricultural crops.

About Corteva Agriscience  
Corteva, Inc. (NYSE: CTVA) is a publicly traded, global pure-play agriculture company that combines industry-leading innovations, high-touch customer engagement and operational execution to profitably deliver solutions for the world's most pressing agriculture challenges. Corteva generates advantaged market preference through its unique distribution strategy, together with its balanced and globally diverse mix of seed, crop protection, and digital products and services. With some of the most recognized brands in agriculture and a technology pipeline well positioned to drive growth, the company is committed to maximizing productivity for farmers, while working with stakeholders throughout the food system as it fulfills its promise to enrich the lives of those who produce and those who consume, ensuring progress for generations to come. More information can be found at www.corteva.com.

Follow Corteva Agriscience on Facebook, Instagram, LinkedIn, Twitter and YouTube. 

^{™ ® ℠} Trademarks and service marks of Corteva Agriscience and its affiliated companies.

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SOURCE Corteva, Inc.

FAQ

What milestone did Corteva achieve regarding soybean varieties?

Corteva reached a milestone by successfully conducting field trials for transgenic soybean varieties resistant to Asian Soybean Rust.

How significant is Asian Soybean Rust for soybean farmers?

Asian Soybean Rust can cause yield losses of 10-80% in soybean crops, posing a major risk to farmers.

When did Corteva and 2Blades start their collaboration?

Corteva and 2Blades began their collaboration in 2013.

What is the main goal of the Corteva and 2Blades collaboration?

The main goal is to develop durable resistance against Asian Soybean Rust to minimize crop losses for farmers.

What regions are impacted by Asian Soybean Rust?

Asian Soybean Rust is particularly prevalent in Latin America, where soybean crops are especially vulnerable.