The Journey Back to the Soil
Guided by Creek heritage. Driven by family protocol. Anchored in the forest understory.
A Return to Living Systems
Health is not an isolated metric, but a collaborative ecosystem.
STIM.bio is the culmination of a five-year arc: a period marked by an intentional pause, deep reflection, and an eventual return to the land. For our founder, George, the journey wasn't about formulating a commercial product; it was about seeking biological resilience for his own family.
A Family Protocol
The impetus for this work was profoundly personal. With our children, Evyn and Bodie, growing in a complex world, the need for foundational, systemic wellness became paramount. Chelsea's enduring strength and perspective provided the anchor as we sought solutions outside the boundaries of isolated synthetic chemical compounds.
It began as a quiet commitment at home, researching how the adaptive chemistry of plants could protect those we love. From our dog, Eros, to our forests, to our own tables, we realized that health is not an isolated metric, but a collaborative ecosystem.
This included an intentional 18-month washout period (2023-2024), a deliberate cessation of the protocol to document the degradation curve. The effects did not collapse suddenly. They faded structurally, slowly, which told us something important: this is not receptor dependency. This is proteostatic infrastructure.
We didn't set out to create a company; we set out to build a family protocol for vitality.
Seventh Generation Philosophy
Rooted in Creek heritage, our approach is governed by the Seventh Generation principle: every decision we make must protect and serve the land and the people seven generations into the future.
We do not mine the earth for quick profits or isolated, hyper-processed chemicals. We cultivate and wildcraft with profound respect for the complex, biological intelligence of the whole plant. STIM.bio is a continuation of this legacy, honoring the past to protect the future.
George spent more than a decade inside living ecosystems, not studying them from a university window, but inside them: at the root collar, in the soil profile with an AirSpade under the Soil Grower banner, and in the cambium of ancient trees. A disabled veteran and field practitioner, he came to botanical resilience through a stubborn habit of testing biological hypotheses on himself first, guided by the recognition that living systems fail quietly before they fail loudly, and that nature already built the molecular workarounds.
