MetaGrow 5X+ is a Shelf-Stable, Liquid Inoculant
Highest microbial diversity (20,000 + species) and lowest cost per microbe available
Contains 5 billion microbes per drop (1×1011 cfu/ml)
• Includes 6 Nitrogen fixing species and 8 Phosphorous solubilizing species,
as well as Iron chelators, Zinc chelators and many other microbes that deliver nutrients
Derived from earthworm castings and globally sourced natural microbe cultures
Produced in a highly aerobic process (excludes anaerobes) and delivered in stasis
(shelf-stable for 2 years). Tested for pathogens prior to shipment.
Suitable for seed treatment and in-row application by high-speed planters, at 50 oz. per acre
Increases Beneficial Microbe Populations
Restores soil microbe population size and diversity for beneficial plant functions
• Increases seed germination rate.
• Promotes root and shoot growth and plant vigor
• Increases organic matter decomposition
• Improves soil structure and porosity
Improves Fertilizer Efficiency
Active populations of soil microbes unlock soil nutrient potential into plant available nutrition.
Microbes actively deliver nutrients requested by the plant which lowers fertilizer inputs
and improves plant nutrient status.
Increases cation exchange capacity (CEC) and chelates cations (K, Ca, Mg, Mn, Fe, Cu, Zn)
Nitrogen Fixing and Cycling
MetaGrow 5X+ has 6 species of free living nitrogen fixers (which pull nitrogen from the air)
and over a dozen species of nitrogen cyclers (which change the form of nitrogen).
Many of these nitrogen cyclers mineralize N into plant-available L-amino acid form,
which is the most efficient for plants to use.
Total population of these species is over 1 x 109 cfu/ml.
Grown in a diverse microbial community ( > 20,000 species) which supports their activity,
so they hit the ground primed to perform their nitrogen functions.
Complementary species fix carbon and cycle other nutrients (like phosphorous)
and improve soil structure — which assures better aeration and gas exchange (N availability).
Nitrogen Efficiency and Retention
N is conserved by microbial use: Microbes use nitrogen to build protein in their own bodies,
and hold nitrogen to exchange with the plant for food.
Microbial N is released to the plant when the microbe dies.
Microbes and plant roots together fix carbon in the soil, which associates with nitrogen
in non-leachable form
Includes a Proprietary Urease Inhibitor
Prevents N from moving into the ammonium form and volatilizing of
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