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AGTIV® FUEL™ feeds legumes by fixing atmospheric nitrogen thanks to rhizobium.

Rhizobium Rhizobium
PTB160 Technology (pulses)
Rhizobium leguminosarum biovar viciae
PTB162 Technology (soybean)
Bradyrhizobium japonicum
  • Increases nodulation
  • Fixes nitrogen
  • Provides nutrients to pulses

How Rhizobium Work

Nodule Formation

When beneficial rhizobium bacteria are near a plant, they emit signals called "nodulation factors", which are picked up by the root hairs and lead to the formation of nodules. 

Nitrogen Production and Transfer

In this mutually beneficial relationship, rhizobium bacteria utilize nodules to fix the atmospheric nitrogen required for legume growth. 

Plant-Rhizobium Mutual Exchange

Nodules act as factories for the production and transfer of nitrogen in a form the plant can use for protein production. In exchange, the plant supplies phosphorus and sugars to the rhizobium.


 

Key Benefits of Rhizobium for Crops

Curious to see how AGTIV® FUEL™ can make a difference in your crops? This technology  enhances nodulation, nitrogen fixation, and plant nutrition while improving root environment, vigor, and overall performance. Experience larger leaves, accelerated row closure, and fuller pods, empowering your crops for optimal growth and yield. For you, this means improving crop productivity and profitability with ease.

 

Field Agriculture

Crops/Usages

  • Pulses: Pea, Lentil, Faba beans
  • Soybean

 

Benefits

  1. Increases plant growth
  2. Quicker row closure
  3. More nodules and larger leaves
  4. Fuller pods
Soybean root with and without rhizobium
Soybean not treated vs treated with AGTIV® FUEL™.