Amino (AminoMax/AminoVik)

Optimizing plant metabolism with L-amino acids

Amino (AminoMax) by "Beijing Lely Marine Bioindustry Inc." is a professional plant growth regulator designed to mitigate stress and optimize nutrient absorption. The formulation relies on a synergistic complex of L-amino acids and chelated micronutrients, including Iron (Fe), Manganese (Mn), Copper (Cu), and Zinc (Zn). By providing plants with ready-to-use building blocks, the product minimizes the energy expenditure usually required for protein synthesis, allowing the plant to redirect its resources toward yield formation.

Technical Breakdown

The core efficacy of Amino (AminoMax) lies in its cellular-level activity:

• L-Amino Acids: Act as essential protein precursors. This is vital during periods of extreme heat, drought, or recovery from pesticide applications when metabolic processes often slow down.
• Chelated Micronutrients (Fe, Mn, Cu, Zn): The micronutrients are present in a highly available chelated form, preventing fixation in the soil. This ensures rapid uptake and assimilation by the plant.
• Enzymatic Support: The combination of Zinc and Manganese with amino acids activates enzymatic pathways essential for photosynthesis and nitrogen metabolism.

Application and Practical Use

Supplied as an aqueous solution, the product is highly compatible for use in tank mixes and is designed for easy application through spray equipment. Key application methods include:

• Seed Treatment: Encourages early vigor and promotes a robust root system.
• Foliar Spraying: Ensures immediate absorption via the leaf surface, ideal for rapid intervention.
• Soil/Root Application: Directly supplies nutrients to the root zone during critical growth stages.

The recommended application rate is up to 1.00 L/ha, with a maximum of 3 applications per season. Classified as a Class 3 hazard substance, it follows standard safety protocols. Utilizing Amino (AminoMax) on cereal and vegetable crops not only boosts total yield but also improves quality characteristics by ensuring efficient nutrient translocation throughout the plant life cycle.