Detox Done Right: A Comprehensive Guide to Safe and Effective Detoxification
A Science-Based, Clinically Guided Approach to Supporting Liver Detox Pathways, Safe Elimination, and Reducing Toxic Load
Detoxification has become a popular topic in modern health conversations, but it is often discussed without sufficient clinical context or physiological precision.
Environmental exposure is now a routine part of daily life. According to the World Health Organization, approximately 24% of global deaths are attributable to environmental factors (1). These exposures include mold toxins, plasticizers, heavy metals, persistent organic pollutants, endocrine-disrupting chemicals, pharmaceutical residues, agricultural chemicals, and airborne pollutants. Many are invisible, cumulative, and incompletely regulated, allowing toxic burden to build gradually over time.
While complete avoidance is unrealistic, exposure reduction and effective elimination are both achievable—and clinically meaningful. The body is equipped with sophisticated detoxification systems designed to process and remove both environmental toxins and internally generated metabolic waste. However, these systems require adequate nutritional support, intact elimination pathways, and proper sequencing to function safely and efficiently.
Complicating matters, the term “detox” has been broadly commercialized. Juice cleanses, fasting protocols, and detox teas are often marketed as universal solutions, despite the fact that inappropriate or poorly timed detoxification can worsen symptoms rather than improve them. Mobilizing toxins without ensuring adequate neutralization and elimination capacity can increase oxidative stress, inflammation, and symptom burden.
Clinically, detoxification is not a single intervention—it is a coordinated, multi-phase physiological process. When toxic load exceeds the body’s ability to process and eliminate it, symptoms such as fatigue, brain fog, inflammatory conditions, hormone disruption, and neurological stress may develop over time. In more advanced cases, impaired detoxification capacity is associated with increased risk for chronic and degenerative disease.
For this reason, detoxification should never be approached blindly. Proper assessment of toxic burden, elimination capacity, nutrient status, gut function, and metabolic resilience is essential before initiating any detox strategy.
In this article, we will outline the three phases of detoxification, explain how each phase functions, and review evidence-based strategies to support them safely. The goal is not aggressive cleansing, but structured, individualized detoxification that reduces toxic load while protecting physiological stability and avoiding detoxification crises.
Understanding the Phases of Detoxification: How the Body Clears Toxins
Detoxification is a fundamental physiological process through which the body transforms and eliminates potentially harmful substances. This includes environmental toxins, pharmaceutical compounds, and heavy metals, as well as endogenous byproducts of normal metabolism such as carbon dioxide, ammonia, hormone metabolites, and bacterial endotoxins.
While multiple organs contribute to detoxification, the liver serves as the primary metabolic hub. Here, fat-soluble compounds are enzymatically modified into forms that can be safely neutralized and removed from the body.
Hepatic detoxification occurs through two tightly regulated biochemical phases: Phase 1 (activation) and Phase 2 (conjugation). These phases work sequentially to convert lipophilic toxins into water-soluble compounds that are less biologically reactive and suitable for elimination.
Phase 3, often overlooked, refers to the excretion and elimination of these processed compounds via bile and stool, urine, and sweat (3). Without effective Phase 3 clearance, even well-functioning Phase 1 and Phase 2 pathways can result in toxin recirculation and symptom exacerbation.
Phase 1 Detoxification: Activation
Phase 1 detoxification represents the initial metabolic step in toxin processing. This phase is primarily mediated by the cytochrome P450 (CYP450) enzyme system, which chemically modifies fat-soluble compounds to prepare them for further neutralization and elimination.
Through a series of enzyme-driven reactions, Phase 1 alters the structure of toxins via:
Oxidation – introducing oxygen to increase chemical reactivity
Reduction – removing oxygen to alter molecular configuration
Hydrolysis – breaking chemical bonds using water
Hydration – adding water molecules to facilitate further processing
Dehalogenation – removing halogen atoms such as chlorine or bromine
The purpose of Phase 1 is not elimination, but activation. Fat-soluble toxins are converted into intermediate metabolites that are more chemically reactive and biologically accessible for downstream processing.
This increased reactivity is a double-edged sword. While necessary for detoxification, Phase 1 activity also generates reactive oxygen species (ROS) as metabolic byproducts. If antioxidant defenses and Phase 2 conjugation pathways are insufficient, these intermediates may accumulate, increasing oxidative stress and cellular injury rather than promoting clearance (4).
For this reason, Phase 1 detoxification must always be supported and balanced—never stimulated in isolation.
Nutritional Support for Phase 1 Detox
Appropriate nutritional support is essential to ensure Phase 1 detoxification proceeds efficiently without increasing oxidative burden or metabolic stress. Because Phase 1 activity generates reactive intermediates and free radicals, nutrient sufficiency is a prerequisite—not an optional enhancement.
Key nutrients that support Phase 1 detoxification include (5):
B Vitamins (B2, B3, B6, B12, and folate)
These vitamins act as essential cofactors for cytochrome P450 enzymes, supporting the biochemical reactions required for toxin activation and processing.Antioxidants (vitamins C, A, E, and alpha-lipoic acid)
Antioxidants help neutralize reactive oxygen species generated during Phase 1, reducing oxidative damage to liver cells and surrounding tissues.Glutathione
As the body’s primary intracellular antioxidant, glutathione protects hepatocytes from oxidative injury and supports the safe handoff of activated metabolites to Phase 2 pathways.Flavonoids and Polyphenols
Found in colorful fruits and vegetables, these compounds modulate CYP450 enzyme activity and provide additional antioxidant protection during toxin activation.
When these nutrients are insufficient, stimulating Phase 1 detoxification can worsen symptoms rather than improve them. For this reason, nutritional adequacy and antioxidant protection must be established before—or alongside—any intervention designed to enhance Phase 1 activity.
→ Herbs & Nutraceutical Therapy
Phase 2 Detoxification: Conjugation
Phase 2 detoxification is the critical neutralization phase that follows toxin activation in Phase 1. During this stage, the liver renders reactive intermediate metabolites less harmful by chemically binding them to water-soluble compounds, a process known as conjugation. This step both reduces biological reactivity and prepares toxins for safe elimination.
Key Phase 2 conjugation pathways include:
Glutathione Conjugation
Binding reactive metabolites to glutathione, facilitating detoxification while protecting cellular structures from oxidative injury.Sulfation
Attaching sulfate groups to toxins, enhancing water solubility and promoting renal or biliary excretion.Glucuronidation
Conjugating toxins with glucuronic acid to increase solubility and reduce hormonal and chemical recirculation.Amino Acid Conjugation
Utilizing amino acids such as glycine, taurine, and glutamine to neutralize toxins and support bile-mediated elimination.Methylation
Adding methyl groups to facilitate detoxification of hormones, neurotransmitters, and xenobiotics.
When Phase 2 pathways are adequately supported, activated metabolites from Phase 1 are safely neutralized and prepared for elimination through bile and urine. If Phase 2 capacity is insufficient relative to Phase 1 activity, toxin clearance is impaired and symptom burden may increase rather than resolve.
Nutritional Support for Phase 2 Detoxification
Phase 2 detoxification is highly nutrient-dependent. Unlike Phase 1, which relies primarily on enzyme activity, Phase 2 conjugation requires an adequate and ongoing supply of specific substrates to safely neutralize activated metabolites. Insufficient nutrient availability at this stage can become a rate-limiting factor in detoxification capacity.
Key nutrients that support Phase 2 detoxification include (4):
Glutathione
Central to multiple conjugation pathways, glutathione binds reactive intermediates, rendering them less toxic and suitable for elimination.Sulfur-Containing Compounds
Found in foods such as garlic, onions, and cruciferous vegetables, sulfur supports sulfation pathways and contributes to overall detox resilience.Amino Acids (glycine, taurine, methionine)
Required for amino acid conjugation and bile-mediated elimination, these amino acids also support neurotransmitter balance and gut-liver communication.Methyl Donors (folate, vitamin B12, SAMe)
Essential for methylation reactions involved in the detoxification of hormones, neurotransmitters, and environmental chemicals.
When Phase 2 substrates are insufficient, activated toxins from Phase 1 may remain partially processed, increasing the risk of oxidative stress, inflammation, and symptom recurrence. Ensuring adequate protein intake, micronutrient sufficiency, and metabolic support is therefore foundational to safe and effective detoxification.
Balancing Phase 1 and Phase 2 Detoxification
Effective detoxification depends not on maximizing individual pathways, but on maintaining appropriate balance between Phase 1 activation and Phase 2 conjugation. These processes are interdependent and must function in coordination to prevent metabolic bottlenecks.
When Phase 1 activity exceeds Phase 2 capacity, reactive intermediate metabolites may accumulate faster than they can be neutralized. This imbalance increases oxidative stress, places additional demand on antioxidant systems, and may contribute to cellular and tissue injury rather than toxin clearance.
Conversely, attempting to stimulate Phase 2 pathways without sufficient Phase 1 activity can impair the body’s ability to process fat-soluble toxins, limiting overall detoxification efficiency and allowing toxic burden to persist.
For this reason, detoxification strategies must be sequenced and individualized. Supporting Phase 1 without adequate Phase 2 capacity—or vice versa—can undermine outcomes. A balanced, systems-based approach ensures that toxin activation, neutralization, and downstream elimination occur safely and effectively.
Phase 3 Detoxification: Elimination of Toxins
While Phase 1 and Phase 2 detoxification occur primarily in the liver and are responsible for transforming and neutralizing toxins, Phase 3 detoxification is the non-negotiable final step—the physical removal of those compounds from the body.
Phase 3 ensures that detoxified, water-soluble metabolites are efficiently excreted rather than reabsorbed into circulation. Without effective elimination, even well-functioning Phase 1 and Phase 2 pathways can contribute to toxin recirculation and symptom exacerbation (6).
What Is Phase 3 Detoxification?
Phase 3 detoxification—often referred to as the excretion phase—involves the transport of processed toxins from the liver to the primary organs of elimination: the intestines, kidneys, and skin. The goal of this phase is complete clearance of toxins through stool, urine, and sweat after they have been rendered less biologically reactive in Phases 1 and 2.
Adequate elimination capacity must be established before mobilizing toxins. Impaired bowel function, dehydration, or compromised bile flow significantly increase the risk of toxin reabsorption and detox-related symptoms.
Key Pathways of Phase 3 Detoxification
Biliary Excretion (Liver → Intestines)
Following Phase 2 conjugation, many detoxified compounds are transported from the liver into bile. Bile delivers these compounds into the intestinal tract, where they are intended to be excreted in stool.
Healthy bile production and flow are essential. When bile flow is impaired, toxins may accumulate in the liver or be reabsorbed in the intestines through enterohepatic recirculation, increasing systemic toxic burden (7).
Renal Excretion (Kidneys)
Water-soluble toxins are filtered by the kidneys and eliminated through urine. Renal clearance plays a central role in Phase 3 detoxification, particularly for small, polar compounds.
Adequate hydration is critical to support kidney function and maintain effective urinary excretion. Insufficient fluid intake can slow clearance and increase toxin retention.
Intestinal Excretion
Once toxins enter the intestines via bile, they must be bound and removed. Dietary fiber and targeted binding agents—such as activated charcoal, zeolite, bentonite clay, silica, citrus pectin, or chitosan—help prevent reabsorption by sequestering toxins in the gastrointestinal tract.
Regular, complete bowel movements are essential. Constipation significantly increases the risk of toxin recirculation and undermines detoxification efforts.
Sweating (Skin)
The skin functions as an auxiliary organ of elimination. Certain toxins can be excreted through sweat, making physical activity, sauna therapy, and therapeutic heat exposure supportive adjuncts to Phase 3 detoxification.
While sweating should not replace hepatic or renal elimination, it can meaningfully enhance overall toxin clearance when foundational pathways are functioning properly.
Supporting Phase 3 Detoxification
Supporting Phase 3 Detoxification
To ensure that detoxified compounds are fully eliminated—and not reabsorbed—Phase 3 detoxification must be intentionally supported. This phase is entirely dependent on functional elimination pathways. Without adequate hydration, bowel regularity, bile flow, and renal clearance, toxin removal is incomplete regardless of how well Phases 1 and 2 are functioning.
Key strategies to support Phase 3 detoxification include:
Maintain Adequate Hydration
Sufficient fluid intake is essential for kidney function and urinary excretion of water-soluble toxins. Hydration needs are individualized and influenced by body size, activity level, climate, and metabolic demand.
Increase Dietary Fiber Intake
Fiber supports intestinal motility and stool bulk, both of which are required for effective fecal excretion of bile-bound toxins. A diet rich in vegetables, fruits, legumes, and whole foods promotes regular elimination and reduces toxin recirculation.
Support Bile Production and Flow
Healthy bile flow is critical for transporting conjugated toxins from the liver into the intestines. Foods such as beets, dandelion greens, and artichokes can support bile physiology, while nutrients including phosphatidylcholine, taurine, and bitter herbs (e.g., milk thistle, dandelion root) may further enhance bile secretion and movement.
Engage in Regular Physical Activity
Movement supports lymphatic circulation and promotes sweating, contributing to auxiliary toxin elimination through the skin. Activities such as walking, yoga, resistance training, and sauna use can all support Phase 3 clearance when appropriately dosed.
Use Targeted Binders
Gastrointestinal binders—including activated charcoal, zeolite, bentonite clay, silica, citrus pectin, chlorella, or chitosan—help sequester toxins in the intestinal tract, preventing reabsorption and facilitating fecal elimination. Binder selection, timing, and dosing should be individualized to avoid nutrient depletion or constipation.
Address Gut Function and Motility
Efficient elimination depends on a functioning gastrointestinal tract. Adequate stomach acid, digestive enzymes, microbiome balance, and daily bowel movements are foundational to Phase 3 success.
→ Gut Health & Digestive Restoration
Support Elimination Through Sweating
Therapeutic sweating via sauna therapy or detox baths can enhance toxin elimination through the skin. When used appropriately, adjunctive strategies such as Epsom salt baths or infrared sauna therapy may complement hepatic and renal clearance.
Balancing the Detoxification Phases
Effective detoxification depends on the coordinated function of all three phases—Phase 1 (activation), Phase 2 (conjugation), and Phase 3 (elimination). These phases do not operate independently. If any step is under-supported or dysregulated, overall detoxification efficiency is compromised.
When each phase is adequately supported through appropriate nutrition, lifestyle interventions, and targeted supplementation, the body can process and eliminate toxins more efficiently. This integrated approach reduces toxic burden while minimizing oxidative stress, inflammation, and symptom flares associated with poorly sequenced detoxification.
Balanced detoxification is commonly associated with improvements in energy, cognitive clarity, digestive function, skin health, and overall physiological resilience. Conversely, impairment at any phase—whether due to nutrient deficiencies, impaired elimination, or excessive toxin mobilization—can lead to toxin accumulation and increased risk for chronic inflammatory and degenerative conditions.
Because detoxification capacity varies widely between individuals, a one-size-fits-all approach is rarely appropriate. Assessment, sequencing, and personalization are essential.
A Quicksilver Certified Detoxification Practitioner, such as Dr. Martina Sturm at Denver Sports and Holistic Medicine, can help evaluate detoxification readiness, identify limiting factors, and guide a structured, individualized approach that supports all phases safely and effectively.
Assessing Your Toxic Burden
The first step in any effective detoxification strategy is understanding the scope and nature of toxic burden—specifically, which toxins are present and to what extent they are impacting physiological function.
Laboratory testing that evaluates toxic burden provides critical guidance for determining whether detoxification is appropriate, which pathways require support, and how aggressively—or conservatively—intervention should proceed. Without this information, detox strategies are often poorly targeted and may increase symptom burden rather than improve outcomes.
In addition to direct toxin assessments, supporting data are often required to evaluate detoxification capacity and resilience. This may include testing related to micronutrient status, gastrointestinal function, hormone metabolism, and inflammatory or metabolic stressors that influence detox efficiency and elimination capacity.
A data-informed approach allows detoxification to be sequenced, individualized, and clinically appropriate, rather than reactive or protocol-driven.
→ Advanced Functional Lab Testing
Detoxification Strategies
One structured, clinically applied approach to detoxification is the Push–Catch model, developed by Quicksilver Scientific. This method is designed to support toxin mobilization and elimination in a sequenced, controlled manner, reducing the risk of reabsorption and symptom exacerbation (8).
What Is the Push–Catch Detox System?
The Push–Catch Detox System is a two-phase protocol intended to first mobilize stored toxins and then ensure their effective removal from the body. By separating mobilization from elimination, the approach addresses a common limitation of many detox strategies—releasing toxins without adequate downstream clearance.
The Push Phase
Goal
The objective of the Push phase is to mobilize toxins from storage sites such as adipose tissue, the liver, and other tissues, making them available for elimination.
How It Works
This phase utilizes targeted, high-bioavailability formulations—often delivered via liposomal or nanoemulsion systems—to support hepatic detox pathways and cellular toxin release. Commonly used compounds include glutathione, phosphatidylcholine, and antioxidant cofactors that facilitate Phase 1 and Phase 2 processing while minimizing oxidative stress. The intent is controlled mobilization, not aggressive flushing.
The Catch Phase
Goal
The Catch phase is designed to prevent reabsorption of mobilized toxins by binding them within the gastrointestinal tract and facilitating fecal elimination.
How It Works
Following toxin mobilization, broad-spectrum binding agents are introduced to sequester toxins delivered into bile and the intestinal lumen. These binders—commonly including mineral clays, activated charcoal, and silica-based compounds—reduce enterohepatic recirculation and support Phase 3 elimination through regular bowel movements.
By pairing mobilization with immediate binding and removal, the Push–Catch model emphasizes sequencing, containment, and clearance, rather than intensity. This structure helps reduce detox-related symptom flares and supports a more tolerable and effective detoxification process when appropriately personalized.
Why the Push–Catch Model Is Effective
Many conventional detox approaches rely on aggressive fasting, juice cleanses, or unstructured supplementation that mobilize toxins faster than the body can neutralize and eliminate them. When mobilization outpaces clearance, symptoms such as headache, fatigue, nausea, and cognitive fog may occur—often described as a “detox reaction.”
The Push–Catch model addresses this limitation by separating toxin mobilization from elimination and intentionally supporting both processes. This phased structure reduces the likelihood of toxin recirculation and improves tolerability by prioritizing containment and clearance rather than intensity.
Controlled Mobilization With Targeted Delivery
A defining feature of this approach is the use of high-bioavailability delivery systems, such as lipid-based nanoemulsions, to support detoxification pathways efficiently and predictably. By improving cellular uptake of compounds such as glutathione and phosphatidylcholine, these formulations allow for lower dosing with more consistent tissue exposure, reducing metabolic strain during toxin mobilization.
This delivery strategy supports hepatic Phase 1 and Phase 2 activity while minimizing oxidative stress and unintended enzyme overactivation.
Comprehensive Pathway Support
The Push–Catch system is designed to address multiple components of detoxification simultaneously, including:
Hepatic processing of toxins
Bile production and flow
Gastrointestinal binding and elimination
Reduction of enterohepatic recirculation
By supporting these interconnected pathways, detoxified compounds are more likely to be fully eliminated rather than partially processed and reabsorbed.
Individualized Application
Detoxification capacity varies widely between individuals based on toxic exposure history, nutrient status, gut function, hormone metabolism, and symptom presentation. For this reason, Push–Catch protocols are not applied uniformly. A Quicksilver Certified Detoxification Practitioner tailors the timing, dosing, and duration of mobilization and binding strategies to match individual physiology and clinical readiness.
Benefits of the Push–Catch Approach
Supports Liver Function
The Push phase provides targeted support for Phase 1 and Phase 2 detoxification, helping the liver process toxins efficiently without excessive oxidative stress.
Reduces Toxin Reabsorption
The Catch phase emphasizes gastrointestinal binding to limit enterohepatic recirculation and promote fecal elimination.
Improves Tolerability
By sequencing mobilization and elimination, the approach minimizes common detox-related symptoms associated with poorly structured protocols.
Supports Gut Integrity
Binding agents used during the Catch phase may also reduce exposure to bile acids, endotoxins, and inflammatory byproducts, indirectly supporting gut barrier function and microbial balance.
Personalizing Your Detox Program
While structured detoxification frameworks provide a useful foundation, effective detoxification must be individualized. Toxic burden, elimination capacity, nutrient status, gut function, hormonal metabolism, and symptom patterns vary significantly between individuals. For this reason, detox protocols should never be applied uniformly.
The Push–Catch model supports personalization by allowing the timing, intensity, and duration of toxin mobilization and elimination to be adjusted based on clinical findings and patient tolerance. When implemented under practitioner guidance, this approach prioritizes safety, sequencing, and physiological readiness rather than aggressive intervention.
By pairing controlled toxin mobilization with adequate neutralization and elimination support, a personalized detox strategy can reduce toxic burden while minimizing oxidative stress, inflammatory flares, and detox-related symptoms.
At Denver Sports and Holistic Medicine, detoxification is approached as part of a broader systems-based care model. This includes identifying ongoing toxic exposures, assessing detoxification capacity, supporting all three phases of detoxification, and addressing related contributors such as gut integrity, nutrient sufficiency, metabolic resilience, and nervous system regulation.
You may request a free 15-minute consultation with Dr. Martina Sturm to review your health concerns and outline appropriate next steps within a root-cause, systems-based framework.
For individuals with complex presentations, long-standing exposure histories, or multiple overlapping conditions, detoxification is often most effective when integrated into comprehensive care.
→ Chronic Illness & Complex Case Care
Frequently Asked Questions About Detoxification
What does “detox” actually mean (beyond juice cleanses)?
Clinically, detoxification is your body’s three-phase process for transforming and eliminating internal and environmental toxins: Phase 1 (activation), Phase 2 (conjugation) in the liver, and Phase 3 (elimination) via stool, urine, and sweat.
Why can detox make some people feel worse before better?
If Phase 1 runs faster than Phase 2/3, reactive intermediates build up and recirculate (enterohepatic recycling), causing headaches, fatigue, nausea, skin flares, or brain fog. Balance all three phases and use binders to avoid a “detox crisis.”
How do I support each detox phase with food and nutrients?
Phase 1: B-complex (B2, B3, B6, B12, folate), antioxidants (C, E, A, alpha-lipoic acid), colorful polyphenols.
Phase 2: Protein/AA’s (glycine, taurine, glutamine), sulfur foods (garlic, onions, crucifers), methyl donors (folate, B12, choline, SAMe), glutathione support.
Phase 3: Fiber, hydration, bile flow support (bitters, phosphatidylcholine), movement/sauna, and GI binders.
What is Phase 3 (elimination) and why is it non-negotiable?
It’s the excretion step—bile → stool, kidneys → urine, skin → sweat. Constipation, poor bile flow, dehydration, or low sweat reduce clearance and increase reabsorption. Always establish daily bowel movements and hydration before mobilizing toxins.
Which binders are used and when?
Agents like activated charcoal, zeolite, bentonite clay, silica, citrus pectin, chlorella, chitosan are taken away from food/meds to “catch” toxins in the gut during Phase 3. Work with a practitioner to choose type, timing, and dosing.
What is the Push-Catch model and why is it considered safer?
Push: gently mobilize toxins and support liver/bile with liposomal antioxidants and cofactors. Catch: follow with broad-spectrum binders to prevent reabsorption. This phased approach reduces “detox crash” symptoms common with aggressive cleanses.
Do liposomal/emulsion delivery systems matter?
Yes. High-quality nano-liposomal delivery can improve bioavailability of glutathione, phosphatidylcholine, and botanicals, supporting Phases 1–2 more efficiently—often at lower doses.
How do I prepare my body so detox doesn’t backfire?
Foundations first: daily bowel movements, 2–3+ L water/day (individualized), 25–40 g fiber/day, mineral/electrolyte balance, protein sufficiency, circadian sleep, gentle movement, and removal of ongoing exposures (mold, plastics, pesticides).
Who should not start a detox without medical supervision?
Pregnancy/breastfeeding, active liver/kidney disease, uncontrolled thyroid/adrenal issues, severe constipation, active infections, eating disorders, or multiple medications. Always personalize with a qualified clinician.
What labs help personalize a detox plan?
Toxic burden panels (e.g., heavy metals, mycotoxins, organic pollutants), micronutrient status, liver/kidney markers, inflammatory markers, gut/stool testing, and—when relevant—hormone and bile flow indicators.
Resources
World Health Organization – Preventing disease through healthy environments: a global assessment of the burden of disease from environmental risks
PubMed – Environmental exposures and cancer: using the precautionary principle
PubMed – Detoxification pathways in the liver
PubMed – Free radicals, antioxidants and functional foods: Impact on human health
PubMed – Modulation of Metabolic Detoxification Pathways Using Foods and Food-Derived Components: A Scientific Review with Clinical Application
PubMed – What Exactly Is Phase III of Detoxification?
PubMed – The Role of the Liver and Gut in Detoxification and How to Support Them With Integrative Medicine
Quicksilver Scientific – Push-Catch Detoxification System Overview
*Quicksilver Scientific Institute (QSI) is a premier educational platform offering healthcare professionals two certification courses: Detoxification and Hormones. QSI Certified Practitioners have completed the course(s) and are officially trained and certified to use Quicksilver products and protocols in practice.