Fungal Fix: Enhancing nitrogen efficiency in wheat using fungal inoculants
Fungal Fix leverages microbial inoculants to improve nitrogen use efficiency (NUE) in wheat, potentially reducing chemical fertiliser usage by 30% and increasing yield by 10%.
Overview
Fungal Fix is a pioneering solution designed to enhance nitrogen use efficiency (NUE) in wheat through the application of specially selected fungal strains. By optimizing the fermentation and formulation of these fungal inoculants, the solution aims to increase wheat yield by approximately 10% while reducing the need for chemical nitrogen fertilisers by 30%. This sustainable approach supports eco-friendly agriculture by minimizing chemical inputs and enhancing crop productivity.
Technical specifications
- Microbial Inoculants: Derived from a subset of fungal strains identified for their nitrogen fixation capabilities.
- Formulation Process: Involves fermentation optimization and early-stage formulation development for application in glasshouse trials.
- Performance Metrics: Evaluated based on biomass increase, nutrient content in leaves, and reduction of chemical fertiliser use.
- Genomic Analysis: Conducted to uncover the genetic mechanisms driving NUE activity in high-performing strains.
Technology readiness level
This solution is currently at TRL 5, having progressed from initial laboratory validation to early prototype optimization and glasshouse trials. Further validation efforts are planned to refine and scale the technology for broader agricultural application.
About FA Bio
FA Bio is an agricultural microbial discovery and development company that specializes in identifying and commercializing unique soil microbes to create sustainable bioproducts. Using its proprietary, patented SporSenZ technology, the company captures microbial samples directly from agricultural soil environments. These samples are analyzed through an AI-driven microbial discovery platform, which enables the identification of high-performing fungal strains with significantly greater efficiency than traditional laboratory methods. By developing these naturally occurring microbes into biostimulants, biofertilisers, and biopesticides, the company aims to replace synthetic agrochemicals, improve soil health, and enhance crop productivity across major cereals like wheat and maize.
These solutions are designed to address the environmental challenges of modern agriculture, such as nitrogen leaching and greenhouse gas emissions, by helping farmers maximize yield while reducing chemical dependency. The company, which is based at the Rothamsted Research Centre, collaborates with industry partners to translate its microbial discoveries into viable commercial products. Through consistent field trial results demonstrating statistically significant yield increases and improved plant health, FA Bio is actively advancing its lead candidates toward market launch. By providing data-driven, nature-based alternatives, the company supports the transition to regenerative agriculture and more sustainable global food systems.
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