Our R&D programme spans fundamental nematode biology through to applied field science — building the evidence base for the next generation of biological crop protection products.
Four interconnected research areas — spanning entomopathogenic nematodes, beneficial bacteria, and nematophagous fungi — that drive our product pipeline from laboratory discovery to commercial field application.
Fundamental research into the morphology, life cycles, and host-seeking behaviour of both entomopathogenic and plant parasitic nematode species, underpinning our microbial bionematicide and microbial biofertilizer solution development. Our taxonomy work drives accurate diagnosis and targeted product formulation.
Developing carrier systems and formulation technologies that maximise infective juvenile survival, shelf life, and field efficacy — from liquid suspensions to water-dispersible granules compatible with standard spray equipment.
Our strain selection programme focuses on three bio-based pillars: entomopathogenic nematodes, beneficial bacteria, and nematophagous fungi. Strains are screened for efficacy, environmental tolerance, and compatibility. Together, these biological agents are optimised to provide sustainable, broad-spectrum suppression of plant-parasitic nematodes across diverse crops and growing conditions.
Rigorous multi-site field trials across vegetable, cereal, fruit, and turf crops — generating the agronomic data needed for regulatory registration and grower confidence.