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AGTIV UPTAKE® enhances fertilizer and soil nutrient uptake thanks to beneficial bacteria.​

Bacillus Bacteria
PTB101 Technology
Bacillus velezensis ​
PTB108 Technology
Bacillus halotolerans​
PTB124 Technology
Priestia megaterium​
  • Improves soil nutrient assimilation​
  • Promotes better fertilizer use​
  • Enhances plant stress resistance and growth​
AGTIV UPTAKE Close-up of the biofilm formation by bacteria

How Bacteria Work

Bacteria Multiplication

This mutually beneficial relationship begins with the multiplication of bacteria near the roots, fueled by sugars provided by the plant.​

Biofilm Formation

The bacteria multiply to form a biofilm around the roots.

Biostimulation of Plant

The bacteria secrete biostimulant molecules that increase soil nutrient availability and stimulate plant gene expression leading to higher nutrient uptake and resistance to water and salt stresses.

 

Key Benefits of AGTIV UPTAKE® bacteria for Crops

Curious to see how AGTIV UPTAKE® can make a difference in your crops? Discover how the dynamic interaction between three bacteria and plant roots improves the availability and absorption of nutrients while enhancing plant resistance to stresses. For you, this means better fertilizer efficiency for optimal plant growth.​

Turf

Usages

  • Broadcast application
  • Seed treatment​
  • Mixing with fertilizer

 

Benefits

  1. Improves nutrient assimilation
  2. Promotes better fertilizer use
  3. Enhances turf resistance to drought and salinity
Turf comparison with and without AGTIV UPTAKE
AGTIV UPTAKE® increases growth of perennial ryegrass.

Discover AGTIV UPTAKE® product

 

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Gallery

In our labs and facilities, highly experienced and trained engineers, scientists, and specialists from various fields collaborate on a daily basis to maximize the outcomes of applied research and turn them into breakthrough products.
Petri dish with Bacillus velezensis bacteria PTB101 Technology
Petri dish with Bacillus velezensis bacteria, PTB101 Technology.
Source: Premier Tech
Petri dish with Bacillus halotolerans bacteria, PTB108 Technology
Petri dish with Bacillus halotolerans bacteria, PTB108 Technology.
Source: Premier Tech
Petri dish with Priestia megaterium bacteria, PTB124 Technology
Petri dish with Priestia megaterium bacteria, PTB124 Technology.​
Source: Premier Tech
Beneficial biofilm formed by bacteria
Beneficial biofilm formed by bacteria.
Source: Premier Tech
Increased root hair with bacteria vs without
Increased root hair thanks to bacteria.​
Source: Premier Tech​
Bacteria in close proximity to plant roots
Bacteria in close proximity to plant roots.
Source: Premier Tech​
Formation of a biofilm around the roots by bacteria
Formation of a biofilm around the roots by bacteria.
Source: Premier Tech​
AGTIV UPTAKE Close-up of the biofilm formation by bacteria
Close-up of the biofilm formation by bacteria.​
Source: Premier Tech​

 

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