Organic Beneficial Microbes

Biobizz Microbes is a complete consortium of microorganisms, enzymes, and beneficial fungi that stimulates the process of germination and initial seedling growth, and helps the flowering stage. It improves the flow and uptake of essential nutrients as well as the final yield.

This microorganisms consortium has great benefits for the plant rhizosphere, increasing the useful surface of the roots. This translates to a higer and better absorption of nitrogen, phosphorus, potassium, and micro nutrients during all the development stages of the plant. Moreover, the chosen microorganisms are great promoters of phytohormones, like indole-3-acetic acid and gibberellins.

Biobizz Microbes is a superconcentraded product. It contains a selection of 4 of the most beneficial bacteria for recovering substrates. These bacteria improve the vegetal nutrition process, hormone promotion, root tissue growth, and solubilization of nutrients like phosphorus in its greatest proportion. This translates into an increase of productivity and yield quality.

The enzymes in Biobizz Microbes have an instant catalyzation effect of organic nutrients, creating free amino acids in the growing media and therefore increasing the activity and effect of the active microorganisms.

These components “unlock” the protein chains provided by the fertilizers.
In this way, the enzymes increase the colonization speed of the substrate microorganisms, as well as the quick catalyzation of nutrients for their quick absorption.

Trichoderma fungi are the organic grower’s best friend when it comes to increasing the health and productivity of the plants.

These fungi work in symbiosis with the plant; protecting against harmful pathogens and fungal growth, whilst promoting abundant root development, water retention and nutrient uptake. Improving the overall efficiency of the grow.

The combination of all these elements in a handy and easy to apply format is the perfect tool for the grower to guarantee an improvement and increase of the final yield properties and quantity.