120 Days Seed Survivability
With INDUCT EXO compared to regular Inoculants
Increase in Yield
Over 6 years trial program across the midwest
Root mass increase
Yield increase
Signalling enhances the symbiotic relationship between rhizobacteria and legume plants. Once rhizobacteria have colonized roots, promoting advanced nitrogen fixation and nutrient exchange and growth.
OSMO protection induces cell wall thickening in the bacteria through the application of controlled stress. This resulted in enhanced cellular rigidity and robustness, ultimately improving the organism’s long-term viability on seeds.
UNTREATED
TREATED
Nitrogen is an essential element required in large quantities by leguminous plants for growth. Although nitrogen is available in the atmosphere it is unusable and unavailable to plants. Highly concentrated formulations have been scientifically developed for legume crops to support consistent and reliable biological nitrogen fixation, thereby making an otherwise unavailable nutrient, accessible.
The term “hydrocolloid” is derived from the Greek words hydro meaning “water” and kola meaning “glue”. Hydrocolloids are hydrophilic (water-loving), high-molecular-weight molecules that generally contain several hydroxyl (-OH) groups and are polyelectrolytes. These com-pounds can also be used to control the functional properties (e.g. solubility, gelling, water binding, adhesion, film formation or encapsulation) of aqueous solutions. The presence of hydroxyl (-OH) groups on the hydrocolloid structure increases its affinity for water molecules. Moreover, gel formation involves the cross-linking of the polymer chains to form a three- dimensional network that immobilises water within it.
EXO Activation Technology is responsible for increasing the nitrogen fixation capabilities of the plant, even under adverse and stressful environmental conditions. This technology is created using a unique fermentation process; through stress the organisms become more resilient and produce additional signaling molecules which induce accelerated nodulation at the time of inoculation.
OSMO protection induces cell wall thickening in the bacteria through the application of controlled stress. This resulted in enhanced cellular rigidity and robustness, ultimately improving the organism’s long-term viability on seeds
