40% reduction in fungal infections
25% decrease in bacterial disease incidence
This approach uses defense related proteins to trigger plant immune responses.
This controlled study demonstrates the efficacy of Trillum’s Protein Defence Technology in suppressing key soil-borne pathogens. From left to right: Pythium, Rhizoctonia, and Fusarium. Trillum consistently outcompeted these pathogens through its enhanced formulation, enriched with targeted proteins and enzymes that disrupt pathogen activity and promote microbial dominance—ensuring reliable, repeatable results under diverse soil conditions.
Laboratory Trial: Trillum’s Protein Defence Technology
A proprietary, high-performance microbial strain exhibiting robust antagonistic activity, delivering consistent and superior suppression of soil-borne pathogens.
Protein Defence Technology incorporates supplemental enzymatic activity that enhances pathogen suppression by degrading microbial cell structures and reinforcing plant defence mechanisms.
The technology has unique and various modes of action which suppresses pathogens through enzymatic mycoparasitism, antifungal metabolite production, competitive root colonization, immune system activation, and plant growth promotion.
Solid-state fermentation (SSF) enables the production of superior microbial formulations by promoting higher enzyme yields and fostering the development of more resilient, metabolically active microorganisms.
