Protocol for removing neurotoxins from the body according to Dr. Dietrich Klinghardt, MD, PhD
1. What Are Neurotoxic Substances?
Neurotoxins are substances that have an affinity for the mammalian nervous system. They bind to nerve endings and travel inside neurons toward the cell body, disrupting key functions: axonal nutrient transport, mitochondrial respiration, and proper DNA transcription.
The organism constantly tries to rid itself of neurotoxins via the liver, kidneys, skin, and exhaled breath. However, due to their lipophilic (fat-soluble) nature, most toxins are reabsorbed in the intestinal wall—which is rich in nerve endings of the enteric nervous system. Upon entering the mucosa, toxins can travel via four pathways: the neuronal pathway to the spinal cord and brain, the venous pathway back to the liver, the lymphatic pathway, or through absorption by gut bacteria.
Main groups of neurotoxins:
- Heavy metals: mercury, lead, cadmium, aluminum
- Biotoxins: tetanus, botulinum, parasite toxins, streptococci, staphylococci, Borrelia, fungi, viruses
- Xenobiotics: dioxin, formaldehyde, insecticides, PCBs
- Food additives and cosmetics: aspartame, food dyes, fluoride, parabens
Key thesis: Mercury has a synergistic, enhancing effect with all other neurotoxins. Once mercury is removed, the organism eliminates other toxins more efficiently.
2. Symptoms and Diagnosis
Neurotoxins can cause, worsen, or magnify any illness. Early symptoms include fatigue, depression, insomnia, memory loss, and sensory dulling.
The diagnostic approach includes:
- Exposure history (amalgam, plaques, environment)
- Clinical symptom presentation
- Laboratory analyses (hair, stool, serum, urine, adipose tissue biopsy)
- Autonomic Response Testing (ART)
- Bioenergetic testing
- Therapeutic trial
- Visual contrast sensitivity test (measure of retinal blood flow)
3. Risk Factors for Accumulation
A healthy organism can eliminate toxins on its own, but certain factors hinder this process: genetics, occupational exposure, prior illnesses, surgeries, medications, early childhood emotional traumas, social status, high carbohydrate intake with protein deficiency, homeopathic mercury, food allergies, electromagnetic environment (cell phones, power lines), constipation, head and neck lymphatic drainage disorders, and the number of dental amalgam fillings.
4. Basic Detoxification Program
Diet rich in proteins, minerals, fatty acids, and fluids
- Proteins are precursors to endogenous detoxification agents: ceruloplasmin, metallothionein, and glutathione. Branched-chain amino acids in whey have an independent detoxifying effect.
- Minerals are crucial—toxic metals only bind to sites intended for metal ions. Mineral deficiency (selenium, zinc, manganese, germanium, molybdenum) allows toxic metals to occupy these positions. Mineral supplementation can detoxify the organism on its own.
- Fatty acids make up 60–80% of the central nervous system and must be constantly replenished. Their deficiency makes the nervous system vulnerable to fat-soluble metals, such as metallic mercury evaporating from amalgams.
- Fluids are essential for the kidneys—without enough fluids, the basement membranes of the kidneys swell and lose filtration capacity. Electrolytes (sodium, potassium, calcium, magnesium) help transport toxic waste through the extracellular space.
5. Key Detoxification Agents
Cilantro (Coriander)
Cilantro or coriander is the only known effective agent for mobilizing mercury from the intracellular space (mitochondria, tubulin, lysosomes) and the cell nucleus, where it causes DNA damage. It mobilizes mercury, cadmium, lead, and aluminum from bones and the central nervous system.
Important: Cilantro mobilizes more toxins than it can carry out, which can lead to "re-toxification"—a flooding of connective tissue with heavy metals. Therefore, it MUST be given simultaneously with a toxin absorbent in the intestines.
- Dosage: Start with 2 drops 2 times a day before meals or 30 minutes after chlorella. Gradually increase to 10 drops 3 times a day. During the initial phase: 1 week of intake, 2–3 weeks of pause.
- Topical application: Rub 5 drops 2 times a day into the wrists (for organs below the diaphragm) and ankles (for organs above the diaphragm). Coriander tea (10–20 drops in a cup of hot water) quickly clears the brain of neurotoxins—useful for headaches and acute symptoms.
Chlorella
Chlorella is an algae that binds toxins and prevents their reabsorption in the intestines.
Key mechanisms:
- Sporopollenin: effectively binds neurotoxins and heavy metals
- Increases reduced glutathione
- Various peptides restore ceruloplasmin and metallothionein
- Lipids (alpha- and gamma-linolenic acid) balance fish oil intake
- Methylcobalamin (B12) nourishes the nervous system and repairs damaged neurons
- Chlorella Growth Factor (CGF): makes detoxification easier, shorter, and more efficient
- Chlorophyll binds metals and activates the PPAR-receptor on the cell nucleus, which is necessary for peroxisome formation and opening the cell wall
- Dosage: Start with 1 g (4 tablets) of Algomix 3–4 times daily. During the active detoxification phase (every 2–4 weeks, for 1 week): 3 g 3–4 times daily. Take 30 minutes before main meals and before bedtime — precisely in the section of the small intestine where bile enters carrying toxins. When removing amalgams: higher dose 2 days before and 2–5 days after. Take vitamin C as far away from chlorella as possible.
- Note: Smaller doses mobilize more metals than they bind, which worsens symptoms. Increasing the chlorella dose, rather than decreasing it, solves the problem. For digestive issues, use Chlorella vulgaris (thinner cell wall) or the enzyme cellulase.
Garlic (Allium sativum) and Ramsons (Allium ursinum)
Garlic protects blood cells from oxidative damage during metal excretion. It contains sulfur components, including sulfhydryl groups that oxidize mercury, cadmium, and lead, making them water-soluble and easily excretable.
- Allicin—the most potent natural antimicrobial agent—is formed through the enzymatic transformation of alliin. Metal-toxic patients almost always have secondary infections contributing to their symptoms. Garlic also contains biologically active selenium—the best natural source of protection against mercury toxicity.
- Dosage: 1–3 capsules of freeze-dried garlic after each meal. Start with 1 capsule, gradually increase. Ramsons tincture: place 5–10 drops into food at least 3 times a day.
Fish Oil (EPA/DHA)
EPA and DHA make red and white blood cells more flexible, improving microcirculation in the brain, heart, and other tissues. All detoxification functions depend on optimal blood and oxygen flow.
- Peroxisomes—the most important organelles for detoxification—produce melatonin, dopamine, and norepinephrine. Mercury binds to peroxisomes and disables them. The cell constantly tries to produce new peroxisomes, which requires a lot of fatty acids, especially EPA and DHA.
- Dosage: 1 capsule of Omega-3 Ultra, 4 times daily during the active phase; 1 capsule 2 times daily for maintenance. Best taken with chlorella.
Balanced Electrolytes (Selectrolyte)
The autonomic nervous system in toxic patients is often dysfunctional. Natural sea salt (Celtic salt) and an advanced electrolyte formula (Selectrolyte) improve every aspect of detoxification. 5% of the population is sensitive to sodium/chloride — for them, detoxification takes longer.
- Dosage: 1 teaspoon in a glass of water 1–3 times daily; during stress up to 1 tablespoon 3 times daily.
6. Conclusion
Heavy metal detoxification must be carried out carefully and correctly. More aggressive approaches (glutathione infusions, vitamin C, DMPS, CaEDTA, unitiol) have a place in relatively healthy individuals, but often worsen the condition in severely ill patients.
The most valuable combination is with psychotherapeutic interventions (NAP, MFT) that trigger the release of toxins from hiding places.
The quality of chlorella, cilantro, garlic, and fatty acids varies significantly. Products must undergo rigorous quality control.
The key principle is: cilantro mobilizes mercury, chlorella binds and carries it out — this synergy is the foundation of the protocol.
Source: Klinghardt, D. (2002). The Klinghardt Neurotoxin Elimination Protocol. Lecture at the University of Geneva, Switzerland. Published in Explore, Vol. 12, No. 2. Approved by: American Academy of Neural Therapy, Neurobiology Institute (Bellevue, WA; Stuttgart, Germany), Academy of Balanced Neurobiology (London, UK).
