The Science Behind Agnyte

At Agnetic Bio, we’re pioneering a shift in sustainable agriculture with Agnyte, a microbial inoculant powered by a unique blend of plant-growth-promoting rhizobacteria (PGPR).

Our proprietary microbial technology enhances nutrient availability, optimizes nitrogen fixation, and stimulates plant growth, all while reducing the need for synthetic inputs..

Core Proprietary Components of Agnyte

Consortium of Bacteria

Agnyte utilises multiple modes of action to access and deliver nitrogen and other nutrients to the plant, in addition to the production of plant growth stimulants.

Advanced Production Techniques

Through advanced production techniques, Agnyte delivers a high concentration of robust living microbes in the pack, with greater resistance to temperature, UV light and compatibility with agrochemicals post-application.

Proprietary Forumulation

Our proprietary formulation achieves high levels of inoculation and colonisation of bacteria inside the plant through an effective foliar application formulation.

Functional Attributes of Agnyte's
Microbial Technology

Agnyte N₂’s Microbial Technology Stands Out

What Makes Agnyte Unique?

Effectiveness

Enhanced microbial viability and function

With an emphasis on microbial viability, Agnyte maintains its effectiveness from shelf to soil, providing consistent results for farmers looking to maximise yield.

Foliar Spray Capabilities

Versatile efficacy across crops and regions

Agnyte microbes are versatile, performing reliably across different crop types and soil conditions. Farmers can apply it as a foliar spray, broadening its effectiveness in various climates and regions.

Longevity

Extended and improving shelf life

Engineered for durability, Agnyte N₂ has a shelf life of 12 months, with advancements underway to extend its stability up to 24 months, making it a reliable choice for long-term storage and application.

Nitrogen Fixation

Agnyte contains two separate species of nitrogen fixing bacteria, transforming atmospheric nitrogen into ammonium within plant tissues.

Nitrogen Delivery

Nutrient Efficacy

By improving nutrient bioavailability, Agnyte facilitates a greater uptake of nutrients, such phosphorus, by the plant.

Nutrient Bioavailability Enhancement

Robust Root Systems

Agnyte's microbes stimulate the production of natural phytohormones which play a critical role in root development, water retention, and nutrient uptake.

Phytohormone Production for Growth Stimulation

Agnyte delivers sustainable agriculture solutions.

By focusing on enhancing natural processes, Agnyte is setting a new standard for resource efficiency and sustainability in agriculture.