Highest effect
Folate
Vitamin
Impact
Highest effect
The original priority of 0 was incorrect. Folate, along with B6 and B12, is essential for the methylation cycle, a major route for neutralizing hormones and various toxins. Its priority should be aligned with other foundational B-vitamins.
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Magnesium
Mineral
Impact
Highest effect
The original priority of 0 did not match its critical importance. Magnesium is a cofactor for hundreds of enzymes, including those that create ATP to power liver functions and those involved in synthesizing the master antioxidant, glutathione. A high priority is necessary to reflect this foundational role.
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Milk Thistle
Botanical
Impact
Highest effect
Typical dose:150–450 mg / day
The active compound, Silymarin, protects liver cells from damage by stabilizing their membranes and scavenging free radicals produced during Phase I detoxification. It also stimulates liver cell regeneration, ensuring the organ maintains optimal function under metabolic stress.
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Molybdenum
Mineral
Impact
Highest effect
Typical dose:50–150 mcg / day
Molybdenum is crucial for the final step in metabolizing sulfur-containing amino acids. A deficiency can lead to an accumulation of toxic sulfites, causing neurological issues and other sensitivities. This makes it a key player in a specific but important detoxification pathway.
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Selenium
Mineral
Impact
Highest effect
Typical dose:55–200 mcg / day
Without adequate selenium, the body cannot effectively utilize and regenerate its primary antioxidant, glutathione. This mineral is critical for quenching free radicals generated during detoxification and for metabolizing certain heavy metals.
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Vitamin B12
Vitamin
Impact
Highest effect
The original priority of 0 was incorrect. Vitamin B12 is essential for regenerating methionine to fuel the entire methylation cycle. This process is fundamental for countless detoxification reactions, warranting a high, foundational priority.
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Vitamin B6
Vitamin
Impact
Highest effect
Typical dose:25–100 mg / day
Vitamin B6 (along with Folate and B12) is required for homocysteine metabolism, a process linked to both methylation and the production of cysteine for glutathione. Adequate B6 ensures these vital liver pathways run efficiently to neutralize hormones and toxins.
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High effect
Betaine Anhydrous
Other
Impact
High effect
Betaine (trimethylglycine or TMG) supports the methylation cycle by donating a methyl group to recycle homocysteine into methionine. This provides robust support for SAMe production and conserves the body's folate and B12 pools, enhancing overall methylation capacity.
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Choline
Vitamin
Impact
High effect
Typical dose:250–1000 mg / day
Choline is a key component of VLDL particles, which are necessary to export triglycerides from the liver. A deficiency can lead to non-alcoholic fatty liver disease (NAFLD), severely compromising the liver's ability to perform its metabolic and detoxification functions.
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Curcumin
Botanical
Impact
High effect
Typical dose:500–1000 mg / day
Curcumin, especially in a bioavailable form (e.g., combined with piperine), activates the Nrf2 genetic pathway. This pathway switches on the production of numerous protective enzymes, including those involved in glutathione synthesis and conjugation, enhancing the body's overall detoxification capacity.
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Glutamine
Amino Acid
Impact
High effect
Glutamine is the primary fuel for enterocytes, the cells lining the gut. A strong gut barrier prevents bacterial endotoxins like LPS from entering the bloodstream and traveling to the liver, thereby decreasing hepatic inflammation and the overall detoxification burden.
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Glycine
Amino Acid
Impact
High effect
Typical dose:1000–3000 mg / day
The liver uses glycine to conjugate (bind to) and neutralize specific toxins, such as salicylates and benzoate preservatives. It is a key amino acid for ensuring the body can process a wide range of common chemical exposures.
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Omega-3
Fatty Acid
Impact
High effect
Chronic inflammation, particularly in the liver (as seen in NAFLD), compromises detoxification capacity. Omega-3 fatty acids, like EPA and DHA, resolve inflammation, thereby creating a more favorable metabolic environment for the liver to perform its detoxification roles efficiently.
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Riboflavin
Vitamin
Impact
High effect
The original priority of 0 did not reflect its importance. Riboflavin is required for the enzyme glutathione reductase, which keeps the body's primary antioxidant defense system functional. This is a highly effective and necessary support function for detoxification.
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SAMe
Other
Impact
High effect
The original priority of 0 was misaligned with its function. By providing methyl groups directly, SAMe offers powerful support for a key liver conjugation pathway, bypassing potential upstream issues in the methionine cycle. This makes it a very effective supplement for detoxification.
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Taurine
Amino Acid
Impact
High effect
Typical dose:500–2000 mg / day
Taurine is used in a Phase II conjugation pathway to create bile salts. Healthy bile flow is critical for carrying toxins from the liver into the gut for excretion. Taurine also possesses antioxidant properties, further protecting liver cells.
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Vitamin C
Vitamin
Impact
High effect
Typical dose:500–2000 mg / day
Vitamin C directly quenches free radicals generated during Phase I detoxification. High concentrations are found in the liver, where it supports enzyme function and helps protect against damage from alcohol, drugs, and other toxins.
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Vitamin E
Vitamin
Impact
High effect
As a primary fat-soluble antioxidant, Vitamin E is crucial for preventing lipid peroxidation in the liver. This action preserves the integrity of hepatocytes, ensuring they can function optimally under the metabolic stress of processing toxins.
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Zinc
Mineral
Impact
High effect
Typical dose:15–30 mg / day
Zinc is required for the enzyme alcohol dehydrogenase, which breaks down alcohol in the liver. Its role in SOD helps manage the high levels of oxidative stress generated by detoxification processes, protecting cellular structures.
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Lower effect
Glutamic Acid
Amino Acid
Impact
Lower effect
Typical dose:250–1000 mg / day
While glutamic acid is a building block for glutathione, the availability of cysteine is the rate-limiting factor in its production. The body can typically synthesize sufficient glutamic acid, making supplementation with L-Cysteine (NAC) and Glycine a much more effective strategy for boosting glutathione levels.
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Situational effect
Activated Charcoal
Other
Impact
Situational effect
Typical dose:1000–5000 mg / day
This is not a systemic detoxifier but a highly effective gut-level intervention. Its porous surface adsorbs a wide range of substances, making it invaluable for cases of food poisoning or acute exposure to certain toxins. It should only be used situationally, not daily.
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Blue-Green Algae
Botanical
Impact
Situational effect
Typical dose:1–5 grams / day
Blue-Green Algae, particularly Chlorella, acts primarily as a chelator within the gastrointestinal tract to bind heavy metals and prevent their absorption. Its role is specific and situational, rather than a foundational support for liver enzyme pathways. The original priority and type were too high for its specific application.
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Chlorophyllin
Other
Impact
Situational effect
Typical dose:100–300 mg / day
Chlorophyllin's mechanism involves trapping certain carcinogens and toxins within the digestive tract to prevent their absorption. This is a valuable but situational gut-focused action, similar to activated charcoal, and does not directly enhance the liver's Phase I or Phase II enzymatic pathways. Its classification should reflect this specific, non-systemic role.
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Green Tea
Botanical
Impact
Situational effect
Typical dose:250–750 mg / day
The polyphenols in green tea support detoxification by neutralizing free radicals and potentially enhancing the function of certain Phase II enzymes like GST (glutathione S-transferase). This provides broad antioxidant protection and support for the liver's conjugation pathways.
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Psyllium fiber
Botanical
Impact
Situational effect
Typical dose:5–10 g / day
The liver packages many toxins into bile, which is then released into the gut. Soluble fiber like psyllium creates a gel-like substance that traps this bile, carrying it out in the stool. This interrupts the enterohepatic circulation, which can otherwise allow toxins to be reabsorbed.
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