This is the Future of Agriculture
Revolutionary technology for crop enhancement producing increases in yield and resilience.
Why Epigenetic Crop Breeding?
Climate change and the global need for sustainable agriculture solutions have driven unprecedented demand for better methods to improve crops. We’ve applied our research in epigenetics — how environmental changes affect the way genes are expressed in plants — to address these real-world challenges in agriculture with potential applications in healthcare as well. For the past 10 years, we’ve conducted field trials and demonstrated the success of these platforms. Now we're bringing this technology to the commercial space.
Our Proprietary Crop Improvement Technology
Our methods combine crop epigenetic variation for growth with computational science to decode epigenomic data, allowing us to predict the best performers and identify the most important gene networks for plant performance. EpiCrop Technologies is ready to bring this game-changing technology to commerical use.
Epigenetic Crop Reprogramming:
Supercharging nature’s processes
Rapid, non-GMO technology for epigenetic enhancement of performance in crops including tomato, soy, canola, and sorghum.
EpiMethyl Analytics:
Guiding optimal line selection
New approaches to decoding DNA methylation data provide a powerful way to separate out the very best lines.
WHAT MAKES OUR TECHNOLOGIES UNIQUE?
EpiCrop Technologies is currently the ONLY company using this nature-based epigenetic approach for crop improvement. Combining our patent-protected technologies with our predictive capability for optimized selection, EpiCrop Technologies accelerates development timelines and delivers proven crop enhancement.
Our products are
non-regulated,
non GMO
Works with
all crops
No interference
with proprietary
genotypes
Field-Proven Yield Increases
Multiple trials have resulted in 10-plus years of significant yield increases.
Traits expressed:
- Heat resistance
- Cold tolerance
- Enhanced growth in marginal soil conditions
These results are heritable for four generations or more.
*In Limited Trials
