New microRNA technology helps crops grow more with fewer resources
Farmers face increasing pressure to produce more food while using fewer resources and reducing environmental impacts. To support this challenge, Syngenta has announced EXORT technology, a scientific advancement designed to help crops perform better by working with the plant's own natural biological processes.
EXORT technology represents a new approach to crop production. Instead of changing farming practices or modifying plant genetics, the technology uses naturally occurring microRNAs that plants already produce. These tiny molecules play an important role in regulating plant growth, development, and responses to environmental conditions.
The technology is applied directly to plant leaves in very small amounts. Once absorbed, it works with the plant's natural signaling systems to help optimize biological functions. This allows crops to make better use of available resources, supporting stronger growth, and improved productivity.
According to Syngenta, EXORT technology has shown encouraging results in one of the largest biological field-testing programs conducted by the company. Over several years and across different growing regions, the technology delivered consistent yield improvements in major crops including rice, corn, soybean, cotton, vegetables, and fruits.
The benefits go beyond yield increases. Crops treated with the technology have also demonstrated improvements in quality, which can add value for farmers and strengthen food production systems. Because it works alongside natural plant processes, EXORT technology may help growers achieve better results without major changes to their existing field operations.
The science behind EXORT is based on recent advances in genomics, bioinformatics, and plant biology. Researchers can now identify naturally occurring microRNAs that provide beneficial effects and apply them with high precision. This allows scientists to use the plant's existing biological mechanisms to support crop performance.
"What makes EXORT technology so exciting is that it translates a fundamental biological mechanism into a practical agricultural solution. Advances in genomics, bioinformatics and plant science now allow us to identify and apply beneficial natural microRNAs with unprecedented precision. This is a remarkable example of how breakthrough science can be harnessed to help crops perform at their best, while supporting more sustainable agriculture," said Camilla Corsi, Syngenta's Head of Crop Protection Research & Development.
The importance of microRNAs has grown significantly in the scientific community. These molecules help control how plants use genetic instructions and manage various biological activities. The field gained worldwide recognition when research involving microRNAs was honored with the 2024 Nobel Prize in Physiology or Medicine.
Syngenta's investment in this area builds on years of internal research and development. The company sees EXORT technology as a foundation for a new generation of biological crop products. These products are expected to provide farmers with additional tools to improve efficiency, productivity, and sustainability.
The first commercial products based on EXORT technology are expected to launch beginning in 2027. Syngenta plans to introduce the technology gradually across about 20 countries and multiple crop sectors. This phased rollout will allow farmers in different regions to benefit from the innovation over time.
As global food demand continues to rise, new agricultural technologies will play a key role in supporting future production. Syngenta believes EXORT technology can help farmers grow healthier crops, achieve stronger yields, and make better use of natural resources. By using the plant's own biological signals, the company hopes to open a new chapter in sustainable crop production and biological innovation.
Photo Caption: Untreated corn crops versus crops treated with Syngenta’s microRNA technology.
Photo Credit: Syngenta