SY SENKO

Genetic Potential and Adaptability of the SI Senko Hybrid

Syngenta designed SI Senko as a versatile tool for agricultural operations focused on balanced grain and silage production. The technical profile of this hybrid relies on a combination of dent-type grain and a high starch content (72–74%), ensuring maximum efficiency in the field-to-feed or field-to-elevator supply chains.

Phytosanitary Reliability and Stress Tolerance

The core of SI Senko’s biological resilience is its comprehensive defense against pathogens that typically threaten maize crops. Syngenta's breeding focus is directed at mitigating critical risks:

• Root and Stalk Rots: Built-in genetic tolerance allows the plant to maintain stem integrity throughout the entire maturation cycle, minimizing lodging risks during delayed harvest.
• Common Smut: Resistance to this pathogen ensures that yield potential is preserved without significant grain quality losses.

Production Parameters and Vegetation Cycle

As a simple hybrid, SI Senko provides high crop uniformity and development predictability. The maturation period, ranging from 120–140 days (FAO 90–1240), offers flexibility in harvest planning, allowing adjustments based on regional climatic conditions. The high starch concentration, combined with the dent grain type, promotes rapid moisture release, effectively lowering energy costs during post-harvest grain processing.