The Axion Protocol

A System Designed to Support the Body’s Handling of Persistent Compounds

A multi-phase, clinically informed approach to supporting the body’s natural processing and elimination pathways—built for compounds that are known to persist for years.

A Multi-Phase System, Not a Single Ingredient

The Axion Protocol is built on a structured, system-based approach to supporting biological pathways involved in processing persistent environmental compounds.

Rather than relying on a single mechanism, the system is designed to:

  • Support gastrointestinal binding to reduce reabsorption
  • Interrupt enterohepatic recirculation cycles
  • Support endogenous elimination pathway

This multi-mechanistic design aligns with how these compounds behave in the body—and how they must be addressed over time.

Grounded in Human Clinical Data

Findings from an open-label human pilot study (n=29) demonstrated statistically significant within-participant reductions in total PFAS levels over 30 and 90 days.

A mixed-effects model using all available observations confirmed a significant time-dependent decline (p = 0.011), supporting a consistent biological signal over time.

This study was exploratory and not designed to establish causation; results support further controlled investigation.

30 Day Mean Reduction
0
30 Day p Value
4
90 Day Mean Reduction
0
90 Day p Value
4
30 Day Mean Reduction
0
30 Day p Value

4
90 Day Mean Reduction
0
90 Day p Value

4

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Designed Around How Forever Chemical Compounds Behave

PFAS are known to persist in the body for years, with biological half-lives often measured in multiple years.

Natural reduction over short timeframes is typically minimal, making meaningful short-term changes difficult to achieve under normal conditions.

The Axion Protocol is designed specifically around these constraints – supporting repeated cycles associated with binding, redistribution, and elimination over time.

Empowering Health Solutions

What Our Partners Say

How It Works

While the exacth method of action is not currently known, we can hypothesize based on ingredients, previous research, and observations.
Supports circulation and bile flow to encourage release of compounds from storage tissues.
Supports gastrointestinal binding to reduce reabsorption during enterohepatic recirculation.
Supports liver and kidney pathways involved in processing and excretion.

Supports recovery across immune, metabolic, and cellular systems following reduction efforts.