Scientific Breakthrough Boosts Crop Yields by Harnessing Plants’ Natural Mechanisms
Farmers around the world are facing a complex agricultural challenge: producing more food from existing farmland while improving resource efficiency and reducing the environmental impact of crop production. In response to these pressures, Syngenta has announced EXORT™ technology, a new biological platform designed to help plants make more effective use of their own natural biological mechanisms.
The technology represents a potential new approach to crop productivity, using naturally occurring plant signals to influence biological processes involved in growth, development and responses to changing environmental conditions. According to Syngenta, EXORT™ technology could support the development of a new generation of biological products designed to help farmers improve crop performance without requiring major changes to their existing field practices.
Harnessing Natural Plant Biology
EXORT™ technology is based on the use of natural microRNAs, tiny molecules found naturally within plants that play an important role in regulating biological activity. MicroRNAs help plants control how genetic information is used, effectively influencing a range of processes associated with plant growth, development and adaptation.
Syngenta has developed EXORT™ technology to identify and apply selected naturally occurring microRNAs at very low doses directly to crop leaves. The approach is intended to work alongside the plant’s existing biological signaling systems rather than introducing an entirely new biological process.
By working with mechanisms already present in plants, the technology could provide a new pathway for developing crop solutions aimed at improving yield and quality. Syngenta says the platform has been designed to translate advances in plant science and molecular biology into practical agricultural applications.
The company believes this approach could ultimately help crops make better use of their available resources and improve their performance under a range of growing conditions.
Broad Field Testing Across Crops
The potential of EXORT™ technology has been evaluated through what Syngenta describes as one of the largest biological field programs of its kind. Testing has been conducted across multiple years, geographical regions and major agricultural crops.
The program has included rice, soybean, corn, cotton, vegetables and fruits. According to Syngenta, the trials have demonstrated consistent yield gains across these crops, providing the company with evidence supporting further development of the technology.
Beyond yield, the platform is being explored for its potential to support crop quality and productivity. For farmers, technologies that can deliver improvements without requiring significant changes to established production systems may offer practical advantages.
The company says products incorporating EXORT™ technology are intended to be applied at very small doses to plant leaves, allowing the technology to fit into conventional crop management programs.
Advances in MicroRNA Research
The scientific foundation behind EXORT™ technology comes from years of research into microRNAs and their role in plant biology. These molecules have become an important area of scientific research because of their ability to regulate biological instructions within living organisms.
The discovery and understanding of microRNAs have significantly expanded scientific knowledge of how biological systems control gene activity. The importance of this field was highlighted by the 2024 Nobel Prize in Physiology or Medicine, which recognized foundational discoveries concerning microRNA and its role in post-transcriptional gene regulation.
Syngenta has invested in applying this growing scientific knowledge to agriculture. The company’s research combines advances in genomics, bioinformatics and plant science to identify naturally occurring microRNAs that could potentially provide useful agricultural effects.
This combination of technologies allows researchers to examine biological mechanisms with greater precision and identify candidate molecules for further testing.
Turning Scientific Research Into Agricultural Applications
Camilla Corsi, Syngenta’s Head of Crop Protection Research & Development, described EXORT™ technology as an example of how fundamental biological research can be translated into practical agricultural solutions.
The development process reflects a broader trend in agricultural research toward biological technologies that work with natural processes. Rather than relying solely on conventional approaches, researchers are increasingly exploring biological pathways that can influence crop growth, resilience and productivity.
For Syngenta, EXORT™ represents an opportunity to build a platform that can support multiple products and applications rather than serving as a single-purpose solution.
The company says its ability to identify and apply beneficial natural microRNAs with greater precision has been enabled by advances in several scientific disciplines. Genomic information can help researchers understand plant biology, while bioinformatics can assist in analyzing large amounts of biological data and identifying potentially useful molecular signals.
Potential Benefits for Farmers
Agricultural productivity is increasingly influenced by pressures including limited arable land, resource constraints, changing environmental conditions and the need to reduce the environmental footprint associated with food production.
Technologies that can improve productivity while working within existing agricultural systems could therefore become an important part of future crop management.
EXORT™ technology is being developed with the potential to deliver several benefits. These include increased crop productivity, improved crop quality and more efficient use of plants’ natural biological processes.
The technology may also have applications across a diverse range of crops. The field program covering cereals, oilseeds, fiber crops, vegetables and fruits indicates the breadth of Syngenta’s research effort.
However, as with any emerging agricultural technology, commercial performance will depend on product development, regulatory processes, local growing conditions and results from additional field applications.
Planned Product Launches From 2027
Syngenta expects the first products incorporating EXORT™ technology to be launched from 2027. The company plans to introduce the technology in phases across approximately 20 countries and multiple crops over the following years.
The phased approach is expected to allow Syngenta to develop applications for different crops and agricultural environments while progressing through the relevant regulatory and commercial requirements.
The company views EXORT™ as more than an individual product technology. Syngenta believes it could become a foundational platform for a broader portfolio of biological agricultural solutions.
A New Direction for Biological Crop Solutions
The announcement reflects the growing role of biological science in the development of agricultural technologies. As farmers seek ways to increase productivity while using resources more efficiently, researchers are investigating increasingly precise methods for influencing plant biology.
EXORT™ technology takes this approach by focusing on microRNAs that naturally occur in plants and using them as biological signals. Syngenta’s research seeks to identify specific microRNAs that can help influence desirable plant processes and then translate those findings into field-ready agricultural products.
If commercial products deliver the results observed in development programs, the technology could add another tool to farmers’ crop management strategies.
With initial product launches planned from 2027 and expansion expected across multiple crops and countries, Syngenta is positioning EXORT™ technology as a potential platform for the next generation of biological crop solutions. Its development highlights how advances in genomics, bioinformatics and plant science are increasingly being connected with practical agricultural challenges.
The broader objective is to help farmers produce more from existing resources while maintaining productive and sustainable farming systems. EXORT™ technology represents Syngenta’s latest effort to apply fundamental plant biology toward that goal.
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