Glyphosate 480

Systemic Architecture and Mechanism of Action

Glyphogan 480 by Makhteshim Agan is a classic non-selective systemic herbicide. The formulation is based on the isopropylamine salt of glyphosate (480 g/l), which ensures a high concentration of the active ingredient in an aqueous solution. The technological value of this product lies in its ability to block the EPSPS enzyme, which is involved in the synthesis of aromatic amino acids. This process disrupts cellular division, ultimately leading to the decay of weed vegetation.

Agrotechnical Efficiency and Weed Control

Due to its high systemic mobility, the active ingredient translocates through both phloem and xylem, reaching the growing points within the roots. This is critical for managing perennial rhizomatous weeds such as quackgrass, field thistle, or sow thistle. Unlike contact herbicides, Glyphogan 480 eliminates the issue of weed regeneration by ensuring total destruction of both the vegetative mass and the root system.

Flexibility in Field Conditions

• Dosage Selection: Ranges from 2.0 to 3.0 l/ha or higher, depending on weed density and target species (including lambsquarters, green foxtail, or grain regrowth).
• Desiccant Functionality: The product effectively dries out crops, facilitating the harvesting process for sunflowers, flax, and alfalfa, while reducing threshing losses.
• Crop Spectrum: Suitable for use in orchards (apple, cherry, vineyards) and field crops (rapeseed, potatoes), provided application protocols are followed.

The product is intended for foliar application. The systemic effect becomes visible 5–7 days after application, with complete plant death occurring within 10–20 days. When used as a desiccant, it allows for expedited harvesting with a minimal pre-harvest interval of just 1 day, which is vital for the logistics of a harvesting campaign.