A super-stimulant based on a mixture of L-Arginine, L-Tryptophan, Organic Metabolic Catalysts, Amino acids, and trace elements, enhanced with E2DA® Technology.
Ideal and highly effective for enhancing plant development and growth, by optimizing metabolic processes and cell division, contributing to increased fruit size and weight, even under abiotic and biotic stress conditions.
A super-stimulant based on a mixture of L-Arginine, L-Tryptophan, Organic Metabolic Catalysts, Amino acids, and trace elements, enhanced with E2DA® Technology.
Ideal and highly effective for enhancing plant development and growth, by optimizing metabolic processes and cell division, contributing to increased fruit size and weight, even under abiotic and biotic stress conditions.
(1) High Biological Activity
(2) Direct action through Foliar Application
(3) Acts as Natural Growth Stimulator
(4) E2DA® Technology Benefits
Soluble Liquid
- Arginine 2,1% (w/v)
- Tryptophan 1,1% (w/v)
- Spirulina extract 5,9% (w/v)
- Mixture of Organic Metabolic Catalysts 89% (w/v)
- Boron (Β) 2,1% (w/v)
- Molybdenum (Μο) 0,11% (w/v)
- Promotes intense cell division
- Enhances plant resistance to abiotic and biotic stress
- Actively participates in protein synthesis
- Activation of key cellular and developmental processes
- Production of secondary metabolites against biotic stress, e.g. benzoxazinoids, glucosinolates, phytoalexins
- Increases nutrient and water use efficiency
- Increases fruit size and weight
Bottles (100CC-1Lt), Jerrycans (3Lt-20Lt), Barrels (200Lt), IBCs (1000Lt)
Drip Dosage (Lt/ha): 2, Foliar Dosage (L/ha or L/1000L): 0.5-2, Drone Dosage (L/ha): 0.5-2
Super-stimulant rich in natural plant hormone precursors that promotes intensive cell division resulting in increased fruit size and dry matter weight and overall plant growth. It promotes plant defense molecules synthesis (polyamines and phytoalexins) that protect against (a)biotic stressors, while regulating several metabolic processes (e.g., nitrogen assimilation) by triggering key signaling pathways.