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Leading the Wave of Generative Agricultural Optimization

Engineering the Future of Seeds: Transforming Agriculture via Nuclear Techniques

  • At Saudi AgriNova (SAN), we introduce a new era of global food security. Through advanced plant breeding and induced mutations, we develop strategic crops designed to thrive under climate stress and maximize national productivity.

Empowering Food Security in Figures

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Potential Yield Per Hectare for Premium Wheat

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Grains Per Single Spike in Advanced Mutant Lines

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Lodging & Rust Disease Resistance for Ultimate Crop Protection

What We Offer

smart and resilience farming solutions

Induced Mutagenesis

Using precise, safe physical mutagens (like gamma irradiation) to unlock the full genetic potential of crops. We create new genetic variations that enhance plant architecture without altering natural safety.

Lodging Resistance

Engineering plants from tall, vulnerable lines into robust, semi-dwarf variants. Featuring extra-wide leaves, strong stem architecture, and deep root networks to withstand severe wind and climate conditions.

Disease Defying Genetics

Developing breakthrough mutants with robust phenotypic markers for absolute resistance. Our lines (like the novel CM-GEN35) achieve complete immunity against devastating Rust disease and Fusarium Head Blight (Wheat Cancer).

Super-Spike Productivity

Redefining crop yield dynamics by expanding the genetic capacity of spikelets. We have successfully increased the fertile grains per spikelet from 3-5 to 7-10 grains, maximizing horizontal output efficiently.

Our Work

Our Power Strains

High-yielding, climate-resilient staple crops engineered to maximize horizontal crop productivity and break national harvest records under severe environmental stresses

 

Genetically optimized legume varieties featuring enhanced plant branching, early uniform maturity, and built-in biological resistance against devastating soil-borne diseases

 

 

Advanced sesame and sunflower lines developed to optimize crop architecture, significantly increasing capsule density per stem and maximizing oil extraction efficiency

 

 

Next-generation alternative crops registered and tailored to provide high-protein food and forage solutions capable of thriving in harsh desert environments.

 

 

"COLLABORATING WITH ELITE INSTITUTIONS LIKE THE UNIVERSITY OF WASHINGTON, UNIVERSITY OF SASKATCHEWAN, AND FAO TO ACCELERATE AGRICULTURAL INNOVATION"

Innovations in Agricultural Productivity