This microbiological fertilizer is a combination of viable spores and metabolism products of the strain Bacillus megaterium. As it naturally occurs in the soil, the strain efficiently colonizes the rhizosphere of crop plants showing its healthy properties in the direct proximity of the roots.

The primary function of the preparation is the amelioration of the nitrogenous nutrition of agricultural crops through the bacterial culture that is part of the composition of the micronutrient which is able to fix atmospheric nitrogen and transform it into forms suitable to be consumed by the plant.

This microbiological fertilizer is a combination of viable spores and metabolism products of the strain Bacillus megaterium. As it naturally occurs in the soil, the strain efficiently colonizes the rhizosphere of crop plants showing its healthy pBioinsecticideagainst larvae, clutch of eggs and adult insects based on blastosporesof the fungus species Beauveria bassiana. Through the integumentary tissues, the fungus enters the hemolymph, where it begins multiplying actively. Rapid spread is achieved by blastospores, each blastosporebeing an independent infectious unit. Our strain produces beauvericinand a number of other toxins that cause muscle paralysis, and as a result the insects stop moving and eating. The mycelium of the fungus grows inside the insect, and shortly before death, conidiophores that have sprouted though the integument appear on the surface of the body.roperties in the direct proximity of the roots.

The secondary acting mechanism is viable spores of Bacillus thuringiensis, which, when getting into favorable environment, move into the form ofvegetative cells. These cells, when eaten by insects, move into the spore form again creating a new portion of the toxin that poisons the insect.