John KempfRegenerative Agriculture Entrepreneur

Using synergistic stacks in microbial inoculants

27 Jan 2026 · 2 min

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1:40

Single-speaker explanation (YouTube) describing why the microbial inoculant product Biokote Gold performs consistently across diverse soils. The speaker attributes consistent success to a synergistic, ‘stacked’ design that combines mycorrhizal fungi (forming extensive hyphal networks) with bacterial symbionts that the hyphae transport into plants, producing multiple complementary modes of action.

Chapters

Microbial inoculants are known to be highly variable in their performance in all kinds of different contexts. So why is that not true of Biokote Gold? Why does Biokote Gold have a reputation for being so consistently successful, no matter where it's placed? And the answer is in its multiple modes of action or synergistic design. So BioKoat Gold, when you look at the label, is presented as a mycorrhizalnotkin, where we are inoculating seeds with mycorrhizal fungi. So we develop this very large fungal hyphae network. But we know that fungal hyphae networks are very good at absorbing and transporting living microbes, bacteria and nutrients from those microbes and transporting them into the plants. And one of the foundational reasons why biokote Gold is so consistent and performs in all types of fields in different soil contexts is because it combines both the mycorrhizal fungi and the bacterial symbionts that can have a symbiotic relationship with those mycorrhizal fungi with the plant. So it's when you have the combination of this stacked effect of particular fungi, particular bacterial inoculants, that you get this high degree of consistency across all types of different terrains and across all types of different environments. So bioko Gold is known to be a very consistent performer because of that synergistic stack effect.