Meiogenix provides a proprietary targeted recombination platform that directs natural chromosome exchanges to unlock hidden genetic diversity in crops, enabling faster development of elite, climate‑resilient varieties without foreign DNA. By licensing this technology to seed companies and breeding programs, it shortens breeding cycles from over a decade to a few years while allowing precise trait introgression, linkage drag removal, and complex trait stacking across major and specialty crops.
Funding
Funding not disclosed
1OAVFounders
Product
Problem
Traditional plant breeding relies on slow, imprecise recombination processes that cannot access large portions of a crop’s natural genetic diversity, limiting the speed of developing varieties with needed traits such as disease resistance, drought tolerance, and yield improvement.
Solution
Meiogenix offers a proprietary targeted recombination platform that directs natural chromosome exchanges at specific genomic sites, unlocking hidden genetic variation without introducing foreign DNA. This technology accelerates breeding cycles, reducing development time from over a decade to as few as three years, and enables precise separation of desirable traits from linked undesirable ones. By integrating the platform through licensing agreements, Meiogenix allows commercial breeders, research institutions, and NGOs to incorporate the recombination tool into existing programs, facilitating faster creation of elite, climate‑resilient varieties across major and specialty crops. The approach is non‑GMO, simplifying regulatory pathways while delivering higher genetic gain and sustainability benefits.
Target Audience
Primary customers are commercial seed companies, plant breeding programs, and research organizations seeking to speed variety development for major field crops (e.g., corn, wheat, soybean, rice) and specialty crops (e.g., tomato, fruits, vegetables).
Features
- Targeted recombination directs natural chromosome swaps at predefined loci, accessing genomic regions inaccessible to conventional breeding
- Accelerates breeding timelines, cutting cycle length from 10+ years to 3–7 years
- Enables trait introgression, linkage drag removal, and stacking of complex traits such as disease resistance and drought tolerance
- Proven across strategic crops (corn, tomato, rice) with a strong global patent portfolio covering the technology
- Non‑GMO, natural process that simplifies regulatory approval and public acceptance
- Scalable licensing model integrates the platform into existing breeding pipelines with fee, milestone, and royalty structures