Long-term Resistance
Pathogens can develop increased resistance to fungicides. The way AMPs work, resistance is rare and will not increase over time.
Welcome to Genvor. Pioneering biological plant defense to help farmers and growers maximize crop production.
Jump to next sectionEarth is a delicate ecosystem. One day, you’re managing a thriving crop. The next, it’s wiped out by pests and disease. These are the very real threats facing the global agriculture industry—along with traditional chemical solutions that are becoming not only less effective, but also more heavily regulated and difficult to produce.
Enter our proprietary antimicrobial peptide (AMP) technology. It’s rooted in biology. So when pathogens attack, they’re met head on and destroyed by an organic defense system fortified by natural building blocks.
We’re on a mission to improve global food security by helping agriculture partners reduce waste, improve productivity, and develop healthy, reliable food sources.
AMPs (antimicrobial peptides) are naturally occurring molecules innately produced as a first line of defense by all multicellular organisms. In plants, AMPs play a key role in resisting infection by bacteria and fungi. The challenge is plant peptides lack the ability to adapt, leaving crops increasingly vulnerable to invasive and aggressive pathogens.
At Genvor, we design crop-specific AMPs that fill in the gaps of a plant’s natural defense system. When pathogens attack, the peptides react, destroying them directly at the cellular level and eliminating the opportunity to develop resistance.
Our broad spectrum technology is unrivaled in the market and on the cusp of playing an essential role within integrated plant management systems. Our IP-heavy approach protects our proprietary science. In addition, we have secured U.S. patents covering nine peptides, including all key peptides used in today’s R&D pipeline. A patent for 16 additional peptides is also pending.
Pathogens can develop increased resistance to fungicides. The way AMPs work, resistance is rare and will not increase over time.
Crop management is heavily regulated. The organic nature of AMPs provides a favorable path to market.
With little impact on human or animal cells, AMPs are safe for the environment, workers, livestock, and consumption.
To learn more about Genvor, visit our site
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