Impact of fungal associations on corn hybrid performance
This research explores how associations with bioactive fungal species influence the performance of corn hybrids. By analyzing fungal isolates, the study aims to identify plant-fungi interactions that promote growth and offer biocontrol benefits.
Overview
This research initiative delves into the critical role of fungal associations in enhancing the performance of corn hybrids. By focusing on the bioactive fungal species present in soil, the study seeks to uncover how these associations can promote plant growth and serve as effective biocontrol agents. The investigation targets the relationship between the genetic variation in plant species and their ecological interactions with soil and root microbial populations.
Technical specifications
- Targeted Analysis: The project will conduct a comprehensive analysis of fungal isolates, focusing on their role as biostimulants and biocontrol agents.
- Sample Collection: Involves sampling roots and rhizospheres across multiple replicates, utilizing innovative sensors to incubate and isolate microbes.
- Molecular Identification: Utilizes ITS molecular biology techniques to identify species, ensuring accurate profiling of microbial communities.
- Timeline: The research is structured over a 24-week period, encompassing sensor production, incubation, microbial isolation, and data analysis.
Technology readiness level
This research has achieved a Technology Readiness Level of 9, indicating it is fully developed and validated through field trials, ready for commercial 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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