The Science Behind Zeolite Detox FIG. 01 — REVIEW

Built on evidence,
not claims.

Every active in Zeolite Detox was chosen for a reason you can trace back to published research. Below is the body of science behind the formula — the mechanisms, the references, and the outcomes. Read it, check it, and decide for yourself.

Across the 7 actives in Zeolite Detox

100+ Peer-reviewed references
7 Research-backed actives
6 Detox pathways studied
<1μm Sub-micron Zeotex® particle
Explore the evidence →
Evidence Dashboard

The research behind every active.

Scan the counts, see what each ingredient is studied for, and read the common findings. Seven actives, one purpose: supporting your body's response to modern environmental load.

Active ingredient References* What it's studied for Common findings*
Zeotex® Clinoptilolite Zeolite Core binder · <1μm 13+ Toxin & heavy-metal binding, ion exchange, gut-wall integrity, antioxidant enzyme activity, microbiome balance Cage-like, negatively charged structure acts as a molecular sieve — binding positively charged metals, waste and plastic residue. Linked to boosted antioxidant enzymes (SOD, glutathione peroxidase) and improved gut-barrier integrity.
Chlorella Microalgae · adsorbent 11+ Heavy-metal & toxin adsorption, antioxidant status, lipid & glucose markers, gut flora support Cell walls adsorb toxic compounds in the intestine; high negative surface charge adheres to positively charged molecules including microplastics. Meta-analyses report improved cholesterol, blood pressure and fasting glucose.
Shilajit Fulvic-acid complex 17+ Toxin chelation, nutrient transport, antioxidant & anti-fatigue activity, adaptogenic support 60–80% humic substances and fulvic acid — natural binders shown to chelate pesticides, organic pollutants and plastic residue, while acting as a carrier molecule that supports the body's detoxifying capacity.
Milk Thistle Silymarin 13+ Liver protection, membrane stabilization, antioxidant defense, anti-fibrotic activity One of the most-researched liver-support botanicals. Silymarin shown to reduce liver injury from heavy metals and microplastics by regressing pathology and stabilizing cell membranes.
Turmeric Curcumin 7+ Free-radical scavenging, hepatobiliary & bile flow, intracellular chelation, anti-inflammatory activity Crosses the blood–brain barrier to scavenge toxins intracellularly. Increases bile production to aid clearance, and shows antioxidant activity reported as comparable to or stronger than vitamins C and E.
Magnesium & Molybdenum Formulation cofactors Cofactors Enzymatic detox pathways, antioxidant enzyme function, normal metabolic activity Essential mineral cofactors that support the enzymatic reactions involved in the body's natural detoxification and antioxidant systems.

Zeotex® Clinoptilolite Zeolite

Core binder · <1μm
13+
Studied for
Toxin & heavy-metal binding, ion exchange, gut-wall integrity, antioxidant enzyme activity, microbiome balance
Common findings*
Cage-like, negatively charged structure acts as a molecular sieve — binding positively charged metals, waste and plastic residue. Linked to boosted antioxidant enzymes and improved gut-barrier integrity.

Chlorella

Microalgae · adsorbent
11+
Studied for
Heavy-metal & toxin adsorption, antioxidant status, lipid & glucose markers, gut flora support
Common findings*
Cell walls adsorb toxic compounds in the intestine; high negative surface charge adheres to positively charged molecules including microplastics. Meta-analyses report improved cholesterol, blood pressure and fasting glucose.

Shilajit

Fulvic-acid complex
17+
Studied for
Toxin chelation, nutrient transport, antioxidant & anti-fatigue activity, adaptogenic support
Common findings*
60–80% humic substances and fulvic acid — natural binders shown to chelate pesticides, organic pollutants and plastic residue, while acting as a carrier molecule that supports the body's detoxifying capacity.

Milk Thistle

Silymarin
13+
Studied for
Liver protection, membrane stabilization, antioxidant defense, anti-fibrotic activity
Common findings*
One of the most-researched liver-support botanicals. Silymarin shown to reduce liver injury from heavy metals and microplastics by regressing pathology and stabilizing cell membranes.

Turmeric

Curcumin
7+
Studied for
Free-radical scavenging, hepatobiliary & bile flow, intracellular chelation, anti-inflammatory activity
Common findings*
Crosses the blood–brain barrier to scavenge toxins intracellularly. Increases bile production to aid clearance, and shows antioxidant activity reported as comparable to or stronger than vitamins C and E.

Magnesium & Molybdenum

Formulation cofactors
Cofactors
Studied for
Enzymatic detox pathways, antioxidant enzyme function, normal metabolic activity
Common findings*
Essential mineral cofactors that support the enzymatic reactions involved in the body's natural detoxification and antioxidant systems.

* Reference counts reflect the published literature compiled in the Harmonex Zeolite Detox research bibliography. The findings column is an ingredient-level generalization of commonly reported outcomes from publicly available studies; results vary by dose, duration, formulation and population, and do not reproduce any single study. These statements have not been evaluated by the Food & Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.

Research Library

Every reference, in one place.

A browsable library of the published literature behind Zeolite Detox — from the microplastic problem itself to the science behind each active. Filter by ingredient or by concern, and open any paper at its source.

Reference list compiled for Harmonex Zeolite Detox. Links resolve to the published paper (DOI) or, where no DOI was available, to a publisher or scholarly lookup page. Citations are provided for transparency and do not imply that any single study tested the finished product. These statements have not been evaluated by the Food & Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.