Agrovive

How Does it Work?

A microbial endophyte is a microorganism that lives inside the plants. The microbes live in the intercellular spaces and the cell walls where metabolism and cell division are regulated.

The plant maintains an available ionic state of salts and micronutrients all day. The removal of ionic state limitations within a cell allows for more pronounced cell division which results in the plant’s ability to enhance the biomass, root number, leaf number, petiole and dry weight of the aerial portion.

The microbes recycle nutrients and micronutrients on a cellular level removing daily cyclic limitations to plant metabolism. By removing these limitations, the plant can continuously create metabolites such as IAA, IBA growth hormones, Pyruvate, Acetyl-CoA and other molecules necessary for reaching a plant’s genetic potential.

Our proprietary microbes remove limitations within the plant to allow increased growth, phosphate solubilization, nitrogen fixation and nutrient uptake.

Potato

  • Third party data shows over 30% decrease in culled potatoes
  • When applied as seed treatment, improvement in number 2 Russet Burbank potatoes was over 100% increase
  • 2.5 tons per acre reduction of culled potatoes
  • Saladable second set tubers increased by 2.5 tons per acre when treated in furrow

Lab Report

Product Sheet

Soybeans

  • Increase in beans per pod
  • Increased nodulation
  • Increased leaf surface area
  • Combats drought stress

Product Sheet

Sunflowers

  • Increased leaf size
  • Reduced leaf wilt
  • Greater diameter of stems
  • Increased pollinator activity
  • Plant regeneration & resiliency after damage

Product Sheet

Corn

  • Increased leaf mass (tonnage)
  • Reduce daily heat stress loss
  • Improve nutrient transport
  • Allows greater root metabolite transport
  • Increased kernel fill (with early application-V3 or earlier)

Product Sheet

Edible Beans

  • Increased leaf size
  • Reduced leaf wilt
  • Greater diameter of stems
  • Increased pollinator activity
  • Plant regeneration & resiliency after damage

Small Grains

  • Increase in beans per pod
  • Increased nodulation
  • Increased leaf surface area
  • Combats drought stress

Product Sheet

Hailed Out Soybeans

  • Increased leaf size
  • Reduced leaf wilt
  • Greater diameter of stems
  • Increased pollinator activity
  • Plant regeneration & resiliency after damage