There’s a class of chemicals in your body right now that may stay there for years.
They’re called PFAS, often referred to as “forever chemicals.”
And nearly everyone has them.
What Are PFAS?
PFAS (per- and polyfluoroalkyl substances) are synthetic chemicals used in everyday products like:
- Non-stick cookware
- Food packaging
- Water-resistant clothing
- Industrial materials
They were designed to be extremely durable.
That durability is what makes them useful—and what makes them difficult for the body to deal with.
Why PFAS Matter
PFAS don’t easily break down.
Once they enter the body, they tend to accumulate in areas like:
- Fat tissue
- Liver
- Kidneys
- Endocrine and immune systems
Over time, this accumulation has been associated with a range of health concerns, including impacts on metabolic function, immune response, and hormonal balance.
But one of the biggest challenges is not just exposure.
It’s persistence.
Why They’re So Difficult to Address
PFAS are known to remain in the body for long periods of time.
In many cases, their biological half-lives are measured in years—not days or weeks.
That means under normal conditions, meaningful changes in PFAS levels tend to happen very slowly.
This is why most general “detox” approaches don’t meaningfully impact PFAS.
They’re not designed for how these compounds behave.
The Gap in Current Solutions
Despite growing awareness, there are currently:
- No widely accepted consumer products specifically designed for PFAS
- No approved pharmaceutical treatments targeting PFAS reduction
In other words:
👉 A widespread problem
👉 With no clear, validated solution
This gap has created increasing interest from both consumers and healthcare professionals.
A Different Way to Think About It
Instead of asking:
“What removes PFAS?”
A more useful question might be:
“How does the body interact with PFAS—and how can that process be supported?”
This shift changes the entire approach.
Rather than focusing on a single ingredient or quick fix, it becomes about supporting multiple biological pathways working together.
A System-Based Approach
Based on how PFAS behave in the body, a more comprehensive approach involves supporting several stages:
Mobilization
Supporting processes associated with circulation and bile flow, which are involved in moving compounds from storage tissues.
Binding
Supporting mechanisms within the digestive system that help reduce reabsorption.
Elimination
Supporting liver and kidney pathways involved in processing and excreting compounds.
Repair & Rebalance
Supporting recovery across immune, metabolic, and cellular systems following periods of increased processing.
This type of approach reflects how the body actually functions—through interconnected systems rather than isolated actions.
What We Studied
To better understand how this type of system might perform in the real world, we conducted an early-stage human study.
The study included:
- 29 participants
- Measurements at baseline, 30 days, and 90 days
- A focus on changes within each participant over time
This was designed as a signal-detection study, meaning the goal was to observe patterns and trends rather than establish definitive conclusions.
What We Observed
Across the study:
- PFAS levels showed consistent downward trends over time
- Statistically significant changes were observed at key timepoints
- The data suggested a time-dependent pattern, rather than random variation
In some participants, reductions of up to 50% were observed over a 30-day period.
What This Means—and What It Doesn’t
These findings are important—but they need to be interpreted carefully.
This was:
- An early-stage study
- Not placebo-controlled
- Limited in size
Which means:
👉 The results represent a statistical signal, not proof of causation
👉 Further controlled research is needed
However, based on what is known about PFAS persistence, even observing directional change over shorter timeframes is noteworthy.
Why This Matters
PFAS represent one of the most persistent environmental challenges in modern health.
Understanding how the body interacts with them—and how to support that process—is still an emerging field.
There is no single solution.
But there may be better ways to approach the problem.
Where This Is Going
This is an early step.
The next phase involves:
- Larger, controlled studies
- Continued refinement of system-based approaches
- Deeper understanding of biological pathways involved
As more data becomes available, the goal is to move from:
👉 observation → validation → application
A Measured Approach Forward
At Avodah Naturals, our focus is not on quick claims or simple answers.
It’s on:
- Understanding how the body works
- Supporting those processes in structured ways
- Validating what we observe with real data
PFAS are complex.
Addressing them requires an approach that reflects that complexity.
Closing
The conversation around PFAS is just beginning.
As awareness grows, so will the need for approaches that are both:
👉 scientifically grounded
👉 aligned with how the body actually functions
This is one step in that direction.