Maize Gran 1

The Genetic Architecture of Gran 1

The breeding strategy behind VNIS's Gran 1 hybrid relies on a simple cross-breeding method. This generates a powerful heterosis effect, resulting in crop uniformity and high adaptability to Ukrainian soil and climatic conditions. The grain's flint-dent structure provides an optimal balance between high thousand-kernel weight and rapid moisture loss during maturation, which is critical for reducing post-harvest drying costs.

Phytosanitary Immunity and Field Resilience

The technological value of this model lies in its comprehensive defense against the most aggressive maize pathogens. Breeders have prioritized genetically encoded resistance to the following threats:

• Common Smut: The hybrid effectively prevents infection of reproductive organs, ensuring yield potential remains stable even under high disease pressure.
• Helminthosporium and Rust: Enhanced protection of the leaf canopy allows the plant to maintain photosynthetic activity for a longer duration, directly boosting grain filling.
• Fusarium: High tolerance to ear and stalk rot minimizes the risk of mycotoxin accumulation in the final yield.

Agronomic Versatility

The unique edge of Gran 1 is its functional flexibility. The FAO range of 90–1240 allows this hybrid to be utilized both for commercial grain production and high-quality silage harvesting. High starch concentration and excellent digestibility of the biomass make this seed a rational choice for farms with mixed production systems (crop cultivation combined with livestock). The development team, led by Anna and Yaroslav Parii, has created a product that balances field reliability with predictable economic output.