Maize ZPSC 366

Genetic Potential and Adaptability of ZPSK 366

The breeding program of the Maize Research Institute Zemun Polje is renowned for its focus on harsh climatic conditions, and the ZPSK 366 hybrid is no exception. This mid-early dent corn hybrid is engineered specifically for stable grain production. Its biological architecture is designed to mitigate risks associated with temperature stress and common regional pathogens.

Phytosanitary Resistance as the Foundation of Yield

A key engineering feature within the ZPSK 366 genotype is its comprehensive resistance to major mycoses:

• Helminthosporium leaf blight: Breeders have reinforced the foliage against leaf spot diseases, which is critical for maintaining photosynthetic activity during the grain-filling stage.
• Fusarium ear rot: A robust immune barrier against Fusarium helps minimize the risk of mycotoxin accumulation, which directly impacts the quality of commercial grain.
• Common smut: Genetic resistance to Ustilago maydis prevents cob deformation and harvest losses during periods of high humidity.

Technological Aspects of Dent Corn

The dent grain type of ZPSK 366 is a direct response to the demands of intensive farming. It ensures high test weight and an optimal starch-to-protein ratio. For the agronomist, this means predictable drying times and the flexibility to use the grain for both feed and industrial processing. The hybrid exhibits high moisture release efficiency at the end of the vegetation period, allowing for timely harvesting without incurring excessive costs for artificial grain drying.