Executive Summary: Detoxifying COVID-19 Vaccines and Healing Vaccine Injury

• Remove or Neutralize Spike Proteins: A top priority is to help the body eliminate the lingering spike proteins from COVID vaccines. The protocol is designed to boost cellular processes (like autophagy, the cell’s recycling system) to break down and clear out spike proteinsimahealth.org. By neutralizing or removing these spikes, the goal is to reduce their toxic impact on tissues. This includes blocking the spike from binding to cells and marking it for disposal. Effective neutralization might alleviate symptoms and prevent further tissue damage.
• Dissolve Abnormal Clots & Repair Vessels: Another major goal is to dissolve any unusual blood clots and restore healthy circulation. The protocol includes natural enzymes and agents that can break down fibrin (the protein that forms clots) and thrombi (clots in blood vessels)researchgate.net. By dissolving these clots, it aims to reduce strain on the heart and risk of stroke, and improve blood flow to tissues. Additionally, the protocol emphasizes healing the cardiovascular system – calming inflammation in blood vessels and heart tissue caused by spike protein or immune reactions. Improving vascular health and reducing micro-clotting is critical for those who experienced chest pain, shortness of breath, or clot-related issues post-vaccination.
• Restore Immune Function and Overall Health: The vaccine injury syndrome is described largely as an immune system dysregulation – the body’s defenses have been thrown off balanceimahealth.org. Thus, the protocol focuses on resetting and strengthening the immune system. Instead of broadly suppressing immunity, it uses immune-modulating therapies to gently reduce overactivation (inflammation, autoimmunity) while supporting the parts of the immune system that fight infections and clear cellular debris. The intended outcome is to help the body heal itself: once the immune system is back in balance, it can better tackle remaining spike proteins or repair damage. Restoring mitochondrial energy production, reducing inflammation, and replenishing vital nutrients all fall under returning the patient to a state of wellness. In short, the protocol seeks to help people regain their pre-vaccine health – alleviating fatigue, brain fog, cardiovascular stress, and other chronic symptoms so they can return to normal life.
• Prevent Further Exposure to Harmful Factors: Finally, the protocol advises minimizing any additional exposure to the purported harmful elements. Practically, this means avoiding future mRNA or DNA COVID-19 vaccine doses for those already injuredimahealth.org. The article suggests that further injections might worsen the person’s condition (since they would introduce more spike protein or other adjuvants). It also means taking precautions against what some call “self-propagating vaccine technologies.” For example, there is concern (in alternative medicine circles) that vaccinated individuals may shed spike protein or exosomes to others, or that engineered nanoparticles could spread in the environment. The protocol’s creators recommend measures to shield oneself from these possibilities. This could include distancing from active sources of spike protein, using air filtration, and avoiding contact with blood or bodily fluids of recently vaccinated people (as a theoretical precaution). It also implies being mindful of environmental sources of graphene or other contaminants. By preventing re-exposure – whether through additional shots or through shed/transmitted particles – the protocol aims to give the body a chance to detoxify and recover without new interference.

• Medications (Repurposed Drugs): The protocol includes certain established drugs that independent doctors believe help counter spike protein injury. A primary example is Ivermectin, a decades-old antiparasitic medication. Ivermectin has a strong safety record (billions of doses given for diseases like river blindness) and is on the WHO’s list of essential medicinesimahealth.org. In this context, ivermectin is used for its antiviral and anti-inflammatory properties – notably, some studies and clinicians suggest it can bind to the spike protein, potentially neutralizing itresearchgate.netresearchgate.net. By latching onto spike proteins, ivermectin might block the spike from attaching to our cells and mark it for removal. It also may calm down the immune system’s overreaction. The protocol often uses continuous low-dose ivermectin over an extended period, especially for “responders” who improve on itimahealth.org. Other medications sometimes mentioned include low-dose naltrexone (to reduce inflammation and modulate immunity) and aspirin (to reduce clotting risk). Each medication in the protocol is typically repurposed from another use and chosen for a favorable safety profile and evidence (however controversial) that it addresses vaccine injuries. Importantly, these drugs are off-label uses – meaning they are not part of standard official treatment, but rather proposed by independent physicians based on emerging data and clinical experience.
• Nutraceuticals and Vitamins: A significant portion of the protocol involves nutraceuticals – natural supplements that provide therapeutic benefits. For instance, N-acetyl cysteine (NAC) is recommended as a cornerstone supplement. NAC is known to boost levels of glutathione, the body’s master antioxidant, aiding in detoxification. Research also suggests NAC can break down the spike protein’s structure by disrupting disulfide bonds, which in theory could render the spike less able to bind to cellsresearchgate.net. Thus NAC might help dissolve or neutralize spike proteins. The protocol often pairs NAC with other antioxidants. Vitamin D (usually taken with vitamin K2 for synergy) is another key supplementimahealth.org. Adequate vitamin D is crucial for immune regulation; it can help tamp down an overactive immune response and is linked to better outcomes in COVID-19. Restoring vitamin D levels in the blood may improve energy, mood, and overall resilience. Other recommended nutraceuticals include vitamin C (for immune support and tissue repair), omega-3 fatty acids (to reduce inflammation and support heart health), magnesium (for muscle and nerve function, and calming effect), and zinc (for antiviral immunity). The protocol might also incorporate quercetin (a plant flavonoid) and Nigella sativa (black seed) – both have some evidence of antiviral and anti-inflammatory activity. These supplements collectively work to replenish any deficiencies, reduce oxidative stress, and create a biochemical environment in the body that is hostile to lingering spike proteins and conducive to healing.
• Enzymes to Break Down Spike & Clots: One of the novel strategies is using fibrinolytic enzymes – substances that can break down proteins like fibrin and spike. The standout example is nattokinase, an enzyme derived from fermented soybeans (natto in Japanese cuisine). Nattokinase is highlighted for its ability to degrade fibrin clots and possibly digest spike protein itselfresearchgate.net. In the proposed protocol, nattokinase (often taken orally) serves to dissolve the fibrin mesh of micro-clots induced by spike protein, thereby improving blood flow. Laboratory research has indicated nattokinase can directly cleave the spike protein into smaller, harmless fragments, which may accelerate spike clearance from the bodyresearchgate.net. Another enzyme used is bromelain, derived from pineapple stems. Bromelain not only helps break down proteins (including possibly spike) but also has an anti-inflammatory effect and can enhance fibrinolysis (it makes the body better at dissolving clots)researchgate.net. Bromelain and nattokinase together are thought to work synergistically: one upregulates the body’s clot-busting process while the other directly chews up spike and clot proteins. The protocol often pairs these with curcumin (from turmeric root), which isn’t an enzyme but a potent natural anti-inflammatory. Curcumin can inhibit the spike protein’s ability to bind to ACE2 receptors on cells and calms NF-κB, a pro-inflammatory pathway triggered by spikeresearchgate.net. This trio – nattokinase, bromelain, and curcumin – was notably proposed by Dr. Peter McCullough and colleagues as a base “spike detox” regimenresearchgate.net. In short, these ingredients aim to enzymatically dismantle the spike proteins and the clots they cause, while reducing inflammation in tissues. Other enzymes sometimes mentioned include serrapeptase (another fibrin-degrading enzyme from silkworms) or lumbrokinase (from earthworms), all intended to keep the blood free of spike debris and clots.
• Energy-Based Therapies: The protocol intriguingly incorporates energy medicine modalities as supportive therapies. Advocates of this approach believe that certain frequencies or electromagnetic fields can improve the body’s healing or even directly interfere with harmful structures. One such therapy is PEMF (Pulsed Electromagnetic Field) therapy. PEMF devices emit low-level electromagnetic pulses that can penetrate the body. Practitioners suggest that PEMF can improve microcirculation, reduce pain, and promote tissue repair. In the context of vaccine injury, it’s speculated that specific EMF pulses might disrupt any electromagnetic aspects of self-assembling nanotech in the body. In fact, some experts note that pulsed EM fields can act as scalar wave disruptors, potentially scrambling the signals that engineered nano-materials rely onscribd.com. Another proposed tool is the Rife frequency generator, rooted in the work of Royal Rife who claimed certain radio frequencies could selectively destroy pathogens. Some integrative practitioners are applying Rife frequencies aimed at spike proteins or associated microbes. For example, specific frequency programs might be used to break apart “nano-networks” or encourage clot breakdown. There are anecdotal reports of using pulsed Rife frequency sessions to target damaged tissues and blood; users claim it helps restore normal function over timescribd.com. These energy therapies remain experimental and are often viewed skeptically by mainstream doctors. The article, however, includes them as complementary options – recognizing that patients and holistic healers have been exploring them. They emphasize that if used, one must do so carefully (e.g. using the correct frequencies and intensities to avoid any tissue heating or harmscribd.com). In summary, the protocol’s inclusion of PEMF and Rife therapy reflects a broader holistic approach: not just chemical and biological methods, but also biophysical interventions to assist the detox and healing process.
• Preventative and Lifestyle Measures: Alongside direct treatments, the protocol recommends practical steps to reduce further harm and support the body’s defenses. One such measure is doing regular nasal rinses or nasal irrigation, especially after potential exposures. Since the nasal passages are a primary entry point for viruses (and possibly shed spike protein or other particulates), flushing them can help. Some doctors advise using a saline rinse or a diluted iodine or hydrogen peroxide solution in a neti pot or spray. This can theoretically neutralize viral particles and spike protein locally before they spreadmathewsopenaccess.com. The article suggests that keeping nasal passages clean might prevent additional spike protein from binding and also guard against catching COVID-19 (which could aggravate a vaccine-injured person’s condition). Another everyday measure is drinking dandelion tea. Extracts of the common dandelion (Taraxacum officinale) have shown an ability to block the spike protein from attaching to the ACE2 receptors on cells in lab studiesnews-medical.net. In other words, compounds in dandelion might gum up the lock-and-key mechanism that the spike uses to invade cells. Dandelion is also noted in reviews as a potential spike protein neutralizer among natural compoundsmathewsopenaccess.com. Thus, a simple herbal tea could offer a mild and safe protective effect. Additionally, the protocol advises general healthy habits: a nutrient-dense diet, good hydration, regular exercise as tolerated (to improve circulation and mood), sunlight exposure for vitamin D and circadian rhythm balance, and adequate sleep for recovery. Stress reduction techniques (mindfulness, breathing exercises, etc.) are encouraged, since chronic stress can hinder immune repair. Avoiding exposure to high EMFs (electromagnetic fields) – for instance by reducing cell phone and Wi-Fi usage or using shielding devices – is another precaution some suggest, aiming to minimize any possible interaction with nanotech materials in the body. All these lifestyle measures serve to create an internal and external environment that aids healing: minimizing new insults while the prescribed therapeutics do their work in removing spikes and restoring health.

How to Detox Spike Proteins and Restore Health After mRNA Shots
Detoxifying COVID-19 Vaccines and Healing Vaccine Injury: A Comprehensive Protocol

• Detoxify or neutralize vaccine components (spike proteins, lipid-nanoparticles, metals, etc.)
• Restore and protect cardiovascular health, especially by preventing abnormal clots in arteries and veins
• Address “parasitic” elements (if present) and explain why anti-parasitic drugs have shown benefits in reducing symptoms
• Guard against self-spreading vaccine exposure, and if exposure occurs, disable any replication of such agents

• Pharmaceuticals & Antiparasitic Agents (to target spike and possible pathogens)
• Enzymes and Fibrinolytics (to address clots and circulating spike complexes)
• Nutraceuticals and Antioxidants (to support detox pathways and combat oxidative injury)
• Lifestyle and Diet (to enhance natural detoxification and healing)
• Advanced Therapies: Frequency, Electrical, and Light-Based (to disrupt nanotech and promote tissue repair)
• Preventative Measures (to guard against vaccine shedding or self-propagating exposure)

• Ivermectin: A cornerstone of many protocols, Ivermectin is a safe antiparasitic drug that also has antiviral and anti-inflammatory properties. Mechanisms: It can bind to the spike protein’s receptor-binding site, preventing spike from attaching to ACE2 receptorspmc.ncbi.nlm.nih.gov. It also interferes with importin α/β, impairing viral replication within cellssciencedirect.com, and may help degrade spike-loaded cells. Dose: 0.2–0.4 mg/kg body weight, depending on severity. For an average adult (~70 kg), this is about 15–24 mg per dose. Protocols vary – some doctors recommend daily dosing for 5 days in acute cases, or twice weekly dosing for longer-term maintenance. For vaccine injury detox, one approach is: Ivermectin 15–20 mg daily for 10 days, then twice weekly thereafter for 6–8 weeks (adjust as symptoms improve). Always take with fatty food for better absorption. Rationale: Numerous patients with long COVID or post-vaccine syndrome report symptom improvements on Ivermectin, likely because it reduces spike-induced inflammation and may eradicate any hidden parasitic co-factors. Given the possibility of Hydra or Trypanosoma parasites in some vaccine lotsblog.thegovernmentrag.comblog.thegovernmentrag.com, Ivermectin’s broad antiparasitic action is a sensible inclusion.
• Nitazoxanide: An antiparasitic/antiprotozoal drug (used for Cryptosporidium and Giardia) that also has broad antiviral effects. It boosts the host’s interferon pathway. Dose: 500 mg twice daily with food. It’s generally well tolerated. Nitazoxanide can help clear lingering GI parasites or gut dysbiosis that might be exacerbating immune stress, and it has been studied for treating viral infections including coronaviruses.
• Hydroxychloroquine (HCQ): An antimalarial drug with immunomodulatory and mild antiviral activity. HCQ can alkalinize endosomes, possibly reducing spike protein’s ability to fuse into cells. It’s also a zinc ionophore, helping zinc get into cells to fight viruses. Dose: 200 mg 1–2 times daily (prescription required). It’s often paired with Zinc (30–50 mg/day) since HCQ drives zinc into cells where zinc can inhibit viral polymerase. HCQ additionally has an antithrombotic effect by reducing platelet aggregation and inflammation.
• Antiparasitic Herbals: In addition to or in place of pharmaceuticals, certain herbs can be used: Artemisia annua (Sweet Wormwood), Black Walnut hull, Clove, Garlic, and Pine Needle Tea (suramin source) are notable. A classic parasite cleanse involves Wormwood, Black Walnut, and Clove tinctures or capsules, taken in cycles (often 2 weeks on, 1 week off, to catch lifecycle stages). Pine needle tea (from pine, fir, or cedar needles) contains suramin-like compounds and shikimic acid; these have reputed anti-spike properties and were widely circulated as a “shedding antidote.” While human evidence is anecdotal, pine needles or star anise tea (another shikimic acid source) can be consumed 1–3 times daily as a gentle preventative/treatment measure. At the very least, they provide antioxidants and have a pleasant, calming effect.
• Other Repurposed Drugs: Depending on patient needs, doctors have also used low-dose Naltrexone (LDN) to reduce inflammation and normalize the immune system (e.g. 4.5 mg at night), Fluvoxamine (an SSRI that lowers cytokine IL-6, used in some COVID protocols at 50 mg twice daily), and Aspirin (81 mg daily to prevent clotting). Note: Aspirin or other blood thinners should be used cautiously and preferably under medical supervision, especially if also using enzymes like nattokinase (to avoid excessive bleeding risk).

• Nattokinase: An enzyme derived from fermented soy (natto), known for its potent fibrinolytic (clot-busting) activity. Nattokinase has been shown to directly degrade fibrin and fibrinogen and also may help degrade the spike protein and amyloid-like microclots associated with COVID/vaccine injuriesresearchgate.net. A recent study demonstrated that nattokinase could dissolve the anomalous “fibrinaloid” microclots found in long COVID patients’ bloodresearchgate.net. Dose: Typically 2,000 fibrinolytic units (FU) twice daily on an empty stomach. (Capsules are often 100 mg = 2,000 FU). In a detox protocol, nattokinase is often taken first thing in the morning and at bedtime (away from meals, as food can interfere with its proteolytic action). Benefits: Helps prevent new clots and slowly breaks down existing clots – including those mysterious fibrous clots. It also acts as a mild blood thinner by enhancing the body’s natural clot-dissolving pathways. Caution: Because it thins blood, avoid combining with pharmaceutical blood thinners unless under supervision.
• Bromelain: A pineapple-derived enzyme that digests proteins and has anti-inflammatory effects. Bromelain not only enhances fibrinolysis (some studies show it increases tissue plasminogen activator and decreases clotting factors) but also appears to block the spike protein from binding to ACE2 receptors on cellsresearchgate.net. It may “strip” the spike off the ACE2, in theory. Dose: 500 mg 1–3 times daily between meals. Bromelain works synergistically with nattokinase – one expert protocol (the McCullough Base Spike Detox regimen) combines nattokinase + bromelain, citing four mechanisms: proteolytic degradation of spike, dissolution of clots, inhibition of spike binding (by blocking ACE2), and attenuation of inflammation via NF-κB pathwayresearchgate.netresearchgate.net.
• Serrapeptase: An enzyme from silkworms, well-known in Europe/Asia for breaking down fibrous tissue and clots. Serrapeptase can help clear out “dead” proteins and has been used for arterial plaque and old scar tissue. Dose: 40,000–100,000 SPU (serrapeptase units) on empty stomach, 1–2 times a day. It’s a good adjunct to nattokinase, with slightly different proteolytic preferences.
• Lumbrokinase: Sourced from earthworms, this enzyme is extremely potent in dissolving fibrin and reducing blood viscosity. It’s more expensive, but some protocols use it in place of nattokinase or in addition for severe clotting issues. Dose: 20 mg (approximately 6 enzyme units) one to three times daily on empty stomach.
• Curcumin: Although not an enzyme, curcumin (from turmeric) deserves mention here because it has a complementary action. Curcumin is a powerful anti-inflammatory and also has been shown to help inhibit spike protein binding to ACE2 (similar to bromelain’s effect)researchgate.net. It downregulates NF-κB, the driver of cytokine inflammation triggered by spikeresearchgate.net. Dose: 500–1,000 mg 2–3 times daily with food (absorption is best with fats or formulations that include piperine/black pepper extract). In the spike detox context, curcumin helps cool off the inflammation spike causes and protects tissues from damage while other agents do the clearing.
• Heparin or Low-molecular-weight Heparin (LMWH): In cases of severe clotting (e.g. extensive thrombi or high D-dimer levels), conventional medicine may use heparin injections to anti-coagulate. This is beyond a “detox” and more acute medical management, but it’s worth noting that if a patient has serious clots, enzyme therapy might not be fast-acting enough – they may require immediate hospital-based anticoagulation. Once stabilized, the natural enzymes can help prevent recurrence and clean up residual fibrin.

• N-Acetyl Cysteine (NAC): NAC is a precursor to glutathione. It replenishes intracellular glutathione levels and directly scavenges free radicals. This is particularly important if graphene oxide is involved, since GO’s toxicity is largely via oxidative stress that depletes glutathionemdpi.com. NAC also has mucolytic properties (thins mucus) and can chelate some heavy metals. Dose: 600 mg to 1,200 mg, 2–3 times per day. High doses (up to 2,400 mg/day) are used in protocols for a limited time to saturate glutathione stores. NAC may help neutralize spike protein as well by reducing disulfide bonds in the spike structure, potentially destabilizing it (a hypothesis proposed by some researchers). It’s also known to prevent blood clots to some extent by inhibiting platelet aggregation (bonus benefit for our purposes).
• Glutathione: Taking reduced glutathione directly (liposomal oral form or nebulized or IV) can be beneficial especially if an individual’s ability to convert NAC to glutathione is impaired. Liposomal glutathione (250–500 mg daily) or Nebulized glutathione (2 ml of 200 mg/ml solution, via nebulizer inhalation, once daily) can help with lung and systemic delivery. Glutathione will help detoxify any heavy metals or chemicals and support liver function in clearing the body of spike and lipid nanoparticles.
• Vitamin C: A broad spectrum antioxidant and immune booster. Vitamin C supports endothelial health (important for blood vessels) and can help degrade spike protein via activating the immune system’s macrophages to engulf spike-tagged cells. High doses can also tighten the endothelial junctions, reducing inflammation. Dose: At least 2,000 mg (2 grams) per day, divided doses. Titrating to bowel tolerance is common (some patients can take 5–10 g a day if needed). IV Vitamin C (25 g or 50 g infusions) can be considered in severe cases for its potent antiviral and anti-inflammatory effects.
• Vitamin D3 and K2: Vitamin D is critical for immune regulation and cardiovascular health. Many vaccine-injured patients are found to have low Vitamin D, and restoring it may protect the heart and reduce autoimmunity. Dose: 5,000–10,000 IU of D3 daily, aiming for blood levels in the 50-80 ng/mL range. Since Vitamin D increases calcium absorption, pair it with Vitamin K2 (e.g. 100–200 mcg MK-7 form daily) to ensure calcium goes to bones, not into arteries. K2 also has been suggested to help with mitochondrial function and to prevent vascular calcifications that have been noted in some COVID-related syndromes.
• Zinc: A key mineral for antiviral immunity, tissue repair, and inflammation control. Zinc may directly impede replication of viruses and potentially the production of spike proteins in cells. Also, if any parasites are present, zinc is often detrimental to them. Dose: 30–50 mg of zinc picolinate or gluconate daily (with food to avoid nausea). Long-term high-dose zinc requires adding 2 mg of copper to prevent copper deficiency.
• Quercetin: A bioflavonoid that is a powerful antioxidant, antiviral, and ionophore (helps drive zinc into cells, similar to HCQ). Quercetin can modulate inflammatory pathways and has been shown to interfere with coronavirus spike protein interactions to some degreepmc.ncbi.nlm.nih.gov. Dose: 500 mg twice daily between meals. It also stabilizes mast cells, which can be useful if patients have post-vaccine mast cell activation (histamine issues).
• Selenium: An important cofactor for glutathione peroxidase (antioxidant enzyme). Adequate selenium supports heart muscle (deficiency is linked to cardiomyopathy) and thyroid function. Dose: 100–200 mcg daily. Notably, selenium has known antiviral benefits (Selenium deficiency makes RNA viruses more pathogenic). It may help counter any viral reactivation or spike protein stress.
• Magnesium: Supports over 300 enzymatic reactions, including those involved in ATP (energy) production and heart rhythm stability. It can help relax blood vessels and improve circulation. Dose: 300–400 mg of magnesium glycinate or citrate at night. Magnesium also helps with sleep and muscle aches.
• B-Complex Vitamins: B vitamins (B1, B6, B12, etc.) are often depleted under chronic stress/inflammation. They are needed for nerve repair (B1 thiamine and B12 in particular), energy production, and liver detox (B6, folate, B12 assist methylation). Ensuring a high-quality B-50 complex daily or methyl-B12 (1000 mcg) + methylfolate (800 mcg) can aid neurological symptoms like numbness or brain fog that some injured patients experience.
• Omega-3 Fatty Acids: (Fish oil, EPA/DHA) – Omega-3s are natural anti-inflammatories and help maintain blood fluidity (reduce clot risk by making platelets less sticky). They also support heart and brain health. Dose: 2–4 grams of combined EPA/DHA daily. Flaxseed oil or algae oil can be alternatives for vegetarians, though the conversion to EPA/DHA is lower.
• Coenzyme Q10 (CoQ10): For myocarditis or any cardiac strain, CoQ10 is a must. It is crucial for mitochondrial energy production in heart muscle and acts as an antioxidant in cell membranes. Some reports of post-vaccine cardiomyopathy improved with CoQ10 supplementation. Dose: 100–300 mg daily (ubiquinol form if possible for better absorption).
• Herbal Allies: A few herbs deserve special mention:
  • Dandelion Leaf Extract: A German laboratory study found that common dandelion (Taraxacum officinale) extract can block the binding of spike protein to the ACE2 receptor by as much as 50–75% in vitropmc.ncbi.nlm.nih.gov. This suggests that drinking dandelion leaf tea or taking extract could offer some protection against spike’s effects. Dandelion is also a liver/kidney detox herb, aiding in elimination of toxins. We recommend 1–2 cups of organic dandelion tea daily, or a dropperful of tincture (per label).
  • Milk Thistle: Contains silymarin, which supports liver cell regeneration and bile flow. This can help the liver process and excrete lipid nanoparticles, heavy metals, and spike protein fragments more efficiently. Dose: 150 mg silymarin twice daily.
  • Hawthorn Berry: A traditional cardiotonic used to strengthen heart contractions, improve coronary blood flow, and normalize blood pressure. Hawthorn also has antioxidant flavonoids that protect blood vessels. Dose: 500 mg extract or 1–2 mL tincture, twice daily. Good for anyone with chest pain, palpitations, or elevated blood pressure after vaccination.
  • Green Tea (EGCG): Epigallocatechin gallate is another flavonoid that can inhibit viral replication and ACE2-spike binding. It’s also an antioxidant and supports glutathione. Either drink green tea or take EGCG 400 mg/day.
  • Nigella sativa (Blackseed oil): Contains thymoquinone, known to have anti-inflammatory, immunomodulatory, and antiviral effects. Some COVID protocols include black seed oil 1 teaspoon twice daily. It may help in lowering severity of symptoms and aiding lung recovery.
• Dietary Considerations: Diet should be anti-inflammatory and nutrient-dense. Emphasize organic vegetables and fruits (for vitamins, flavonoids), quality proteins (to rebuild tissues), and omega-3 rich foods (wild fish, flaxseed). Avoid processed sugars and refined oils, as these exacerbate inflammation and oxidative stress. Some doctors advise a ketogenic or low-carb diet for a period, to reduce inflammation and because high blood sugar can fuel certain pathogenic processes and spike protein glycation. Intermittent fasting (if appropriate for the patient) can stimulate autophagy – the body’s way of clearing out damaged cells and proteins (which might help degrade spike protein and remove nanostructures). Hydration is also key: drink plenty of filtered water to support kidneys in flushing out toxins, and consider adding trace mineral drops or electrolyte powder to maintain electrolyte balance especially if doing saunas or if the person is depleted.

• Low-Dose Naltrexone (LDN): Mentioned earlier, LDN (3–4.5 mg at bedtime) is a therapy that can normalize immune function. It transiently blocks opioid receptors, which leads the body to upregulate endorphins and enkephalins – important modulators of the immune system. LDN has shown benefits in conditions like fibromyalgia, multiple sclerosis, and Long COVID by reducing inflammation and autoimmunity. It can help with symptoms like chronic pain, fatigue, and brain fog.
• Intravenous Therapies: If resources permit, certain IV treatments can accelerate recovery:
  • IV Vitamins and Chelation: Myers’ Cocktail (a mix of B vitamins, vitamin C, magnesium) can boost levels quickly. IV glutathione (1,200–2,500 mg) can be given for a few weeks to speed detox. If heavy metal toxicity is suspected (from possible metal nanoparticles), IV chelation with EDTA or DMPS/DMSA (under a doctor’s supervision) might be used to bind and remove metals. For example, EDTA chelation is sometimes used in integrative cardiology to treat atherosclerosis and has been noted to improve circulation.
  • Ozone Therapy: Major Auto-Hemotherapy (MAH) involves drawing blood, mixing it with medical ozone, and reinfusing it. Ozone can inactivate viruses and likely denature spike proteins (ozone oxidizes proteins and lipids). It also increases oxygen delivery and has been reported to improve energy in Long COVID. Rectal ozone (insufflation) is a simpler alternative some can do at home with a machine – it also can help gut and systemic health.
  • UV Blood Irradiation (UVBI): This is an old therapy making a comeback. Blood is extracted, exposed to UV light (which kills pathogens and modulates immune cells), and returned. It can destroy circulating microbes and possibly denature foreign proteins without harming blood cells significantly. It also has an immune-calming effect (used historically for sepsis before antibiotics were common).
• Hyperbaric Oxygen Therapy (HBOT): In HBOT, the patient breathes pure oxygen in a pressurized chamber. This increases oxygen saturation in tissues and can stimulate repair processes. It has shown some success in patients with post-COVID neurological symptoms and could be beneficial for heart tissue healing as well. A typical course is 1 hour sessions at 1.5–2 ATA pressure, 5 days a week for a month. HBOT can help angiogenesis (new blood vessel growth) and mobilize stem cells for healing.
• Peptide Therapy: Still experimental, but certain regenerative peptides like BPC-157 (Body Protection Compound) or Thymosin Beta-4 can be prescribed to promote tissue repair. BPC-157 can aid gut healing (if spike damaged the gut lining) and also tendon/vascular healing; Thymosin peptides support immune regulation and tissue regeneration. These are usually given as subcutaneous injections. Only trained providers should oversee this, but it’s an emerging option.
• Mind-Body and Stress Reduction: Chronic sympathetic stress (fight-or-flight) impairs immune detox and healing. Encouraging practices such as meditation, deep breathing, qi gong, yoga, or prayer can significantly improve outcomes. They shift the body into a parasympathetic (rest/digest) state, where detoxification and repair are optimized. This may sound unrelated to vaccine detox, but it’s actually critical – many patients with long-haul symptoms have autonomic nervous system imbalances. Simple practices: 10 minutes of slow breathing twice a day, mindful walks in nature (which also can expose you to negative ions aiding detox), and ensuring adequate sleep (at least 7-8 hours, as growth hormone and repair processes peak during deep sleep).
• Targeted Organ Support: Depending on predominant issues, consider:
  • For heart inflammation: natural anti-fibrotics like colchicine (a pharmaceutical anti-gout drug that at low doses can reduce cardiac inflammation – some cardiologists use 0.6 mg once or twice daily for post-vax pericarditis), and ACE inhibitors or Beta-blockers if blood pressure or arrhythmias need control (these require prescription; they don’t detox per se, but manage dangerous symptoms while detox is ongoing).
  • For nerve/neurological issues: Alpha-Lipoic Acid (300–600 mg/day) to help nerve healing, Lion’s Mane mushroom for cognitive support, and magnesium threonate which penetrates the brain. If neuropathy is present, high-dose Vitamin B1 (thiamine) like benfotiamine (300 mg BID) and B12 methylcobalamin (5,000 mcg sublingual daily) can help regenerate nerves.
  • For autoimmune-like syndromes: Curcumin, Vitamin D, and possibly monoclonal antibodies (in extreme cases of vaccine-induced autoimmune disease, some rheumatologists might use IVIG or steroids; those are case-by-case and beyond the scope of this guide, but worth knowing as options if needed acutely).

• Rife Frequency Therapy: Rife machines generate specific electromagnetic frequencies that purportedly resonate with pathogens or toxins, destroying them (a concept from Dr. Royal Rife’s work in the 1930s). Modern Rife practitioners have devised frequency sets for “vaccine detox,” including frequencies aimed at graphene oxide. For example, some suggest using the molecular weight of graphene oxide (~721 or 722) to derive a base frequency (~722 Hz) and its harmonicsbitchute.com. Anecdotally, users have reported improvements in symptoms when using Rife programs labeled for “graphene oxide removal” or “spike protein neutralization.” Implementation: One would need a Rife frequency generator or a device like a Spooky2 system. These can apply frequencies via plasma tubes, contact electrodes, or remote scalar waves. It’s quite technical, but for those with access, running these programs daily or a few times a week could help break the nanotech’s structure or vibrational bonds. Note: This is experimental and results vary, but it is non-invasive and safe when using reputable equipment.
• PEMF (Pulsed Electromagnetic Field) Therapy: PEMF mats or devices emit pulses of electromagnetic fields that can improve cellular metabolism and microcirculation. While not specific to breaking nanotech, PEMF has been shown to reduce inflammation, reduce pain, and enhance blood flow (which helps flush out toxins/clots). Using a PEMF mat (like the iMRS, BEMER, or others) for 2 sessions of 8 minutes per day could assist in overall recovery. Some PEMF devices allow selection of frequencies – one might choose frequencies in the kilohertz range that might affect nanoparticles. Interestingly, radiofrequency (RF) fields can heat graphene oxide; a study demonstrated that RF applicators could rapidly heat and “reduce” GO in a composite materialsciencedirect.com. In theory, a tuned RF/PEMF exposure might heat up any graphene oxide in the body to the point of destroying its structure (without causing significant heating to surrounding tissue if carefully targeted). This idea is still speculative, but researchers are exploring electromagnetic methods to control nanomaterials.
• Faraday Cage / EMF Shielding: If one is concerned that the nanotech in the body (or even the spike protein expression) could be triggered or exacerbated by external electromagnetic fields (like 5G cellular signals), an approach is to minimize exposure to such fields. While living completely shielded is impractical, one can take steps: use wired Ethernet instead of Wi-Fi when possible, turn off wireless devices at night, and possibly use an EMF shielding canopy or clothing if sensitive. Reducing EMF may give the body a chance to stabilize and heal without the interference that could stimulate nano-components. This is again a precautionary measure; we don’t have direct proof that 5G activates anything in vaccines, but given patents exist for “wireless nanocommunication systems” and bio-sensors, it’s not far-fetched to be cautious. Sabrina Wallace and other researchers of “cybernetic biosystems” warn that an “Internet of Bodies” is being constructed via nanotech in injections, which could theoretically respond to wireless networksrumble.com. Until more is known, treating your home like a low-EMF sanctuary (especially the sleeping area) could be protective.
• Laser and Light Therapies:
  • Low-Level Laser Therapy (LLLT): Also called photobiomodulation, this involves red or near-infrared light (wavelength 630–880 nm typically) applied to the body. It can reduce inflammation and stimulate tissue repair. For example, one could use an 808 nm infrared laser (Class 3B or low Class 4 device) over the chest for myocarditis, or over lymph nodes to stimulate immune activity. Some practitioners even intranasally illuminate blood (through the thin nasal membrane) to “cleanse” the blood with light; devices for intranasal light therapy exist.
  • UV Light (External): A perhaps simpler approach than UV blood irradiation is using UV lamps on the skin (taking care not to burn). While UV on skin won’t reach the blood, it can help kill pathogens on skin (reducing any shedding-contact issues) and stimulate vitamin D production. Sunlight in general is a healing light – full spectrum sunlight exposure daily (without sunscreen for 10-15 minutes to get UVB) can improve circadian rhythms and nitric oxide levels (sunlight on skin releases nitric oxide, which benefits blood vessels).
  • Photodynamic Therapy: If there is concern about Morgellons-type fibers or hydra-like organisms, some researchers have considered using photosensitizing solutions (like methylene blue or chlorophyll) and then shining light to produce reactive oxygen species that kill pathogens. Methylene blue can be taken orally (it crosses into tissues) and then red light (660 nm) can activate it to release oxidative radicals that might kill micro-parasites or spike-producing cells. This is very experimental but grounded in some science (methylene blue is used in photo-therapy for infections and even COVID in some studies).
• Hulda Clark Zapper & Frequency Specific Microcurrents: The Hulda Clark zapper is a simple device that passes a mild DC current (often pulsed at specific frequencies) through the body via handholds or pads. Clark claimed that specific frequencies could eliminate parasites and improve health. Modern devices like Frequency Specific Microcurrent (FSM) machines allow tailoring microamp currents to precise frequencies for desired tissues or pathogens. Some integrative clinicians have anecdotal protocols using microcurrent frequencies to reduce inflammation or fibrous tissue – for example, frequencies for “pericardium inflammation” or “coagulation”. These devices are usually practitioner-operated, but handheld zappers can be bought by individuals. Even if one is skeptical, a 9-volt battery zapper (pulsed at ~30 kHz or other ranges) used for an hour a day might help incapacitate any parasites and improve energy by increasing ATP in cells (microcurrents are known to boost ATP production in tissues).
• Magnetic Therapy: Placing high-strength magnets over areas of concern (e.g., over the injection site or over a known clot) has been tried by some. The idea is that if metallic nanoparticles are present, a magnet might attract or alter them. People reported magnets sticking to the injection site early after vaccination (leading to speculation of magnetic material in the shot). While the “magnet challenge” could have been due to surface tension of sweat, the presence of paramagnetic lipids or graphene is possible. Using magnets (gauss strength in the 2000+ range, like neodymium magnets) for 15-30 minutes at a time over an area might assist in dispersing particles or improving blood flow (magnetic fields can dilate vessels). Careful not to pinch skin or get magnets near electronics or other people’s implants (e.g. avoid if patient has a pacemaker).

• Nasal and Oral Hygiene: If you’ve been around crowds or close contacts who are recently vaccinated, consider a routine to clear your nasal passages and throat of any potential spike-carrying particles:
  • Saline nasal irrigation (with a neti pot or spray) with added povidone-iodine (diluted to 0.5–1%) or xylitol/GSE (grapefruit seed extract) can inactivate viruses and possibly spike proteins locally. Do this once in the evening after high-exposure events. This was shown effective in reducing COVID viral infection and logically would flush out spike proteins too.
  • Gargle with salt water or diluted iodine solution, or an antiviral mouthwash after exposure.
  • These simple measures could reduce the amount of spike protein that might enter through the mucus membranes (where ACE2 receptors are present and could absorb spike).
• Continue Core Detox Supplements: If one is concerned about ongoing exposure from others, it might be wise to stay on a maintenance dose of key supplements:
  • e.g. Nattokinase 100 mg daily, NAC 600 mg daily, Vitamin C 1g daily, Vitamin D 5000 IU daily, Quercetin 500 mg daily, etc. This ensures your body is continually primed to break down spike proteins and mitigate clotting/inflammation, even if you encounter them periodically.
  • Some doctors also advise low-dose aspirin (81 mg) daily as a prophylactic for those at risk of spike exposure, to prevent microclot formation. This is optional and case-dependent (risk of bleeding vs benefit needs to be weighed, and in younger healthy people it may not be necessary if nattokinase/omegas are used).
• Ivermectin prophylaxis: Just as Ivermectin has been used as prophylaxis for COVID (e.g. 12 mg once weekly in some protocols), the same can apply for shedding. Taking one dose of Ivermectin (15–20 mg) on the day of or day after a significant exposure to vaccinated shedding (like attending a large indoor gathering, or if you live with a vaccinated person who just got a booster) could help neutralize any spike proteins or mRNA vesicles you encountered. This is speculative but grounded in Ivermectin’s binding affinity to spike and its long half-life in the body providing coveragepmc.ncbi.nlm.nih.gov.
• Dandelion & Pine Needle Tea: As noted, dandelion extract can block spike from ACE2pmc.ncbi.nlm.nih.gov, so drinking it daily acts as a gentle shield. Pine needle tea (for suramin-like compounds) might inhibit components of the cascade that spike triggers. At the very least, they provide antioxidants and nutrients. There is anecdotal evidence within holistic circles that women who had menstrual irregularities from being around vaccinated co-workers normalized after regularly drinking pine needle or star anise tea, suggesting it helped counteract the shed particles.
• Limiting Close Contact Right After Vaccination: If you or a family member does end up getting a vaccine dose (by choice or mandate), be aware that some unknown shedding might be highest in the first 1-2 weeks post-shot. During that window, ramp up all detox measures aggressively, and consider minimizing activities like donating blood (to avoid passing spike to others) or having unprotected intimate contact if your partner is unvaccinated (some couples have reported temporary sexual transmission of something causing symptoms, though not scientifically verified). After a couple of weeks, any transient “circulating vaccine particulates” should decrease, especially if detox measures are accelerating clearance.
• Community and Environmental Actions: If there were a scenario of a released self-spreading vaccine (for example, a virus vector in wildlife that could jump to humans), public health guidance might lag or be untrustworthy. In such a case, the community of informed practitioners might take actions like:
  • Promoting mass distribution of antivirals and immune boosters (basically treating it like an outbreak of an engineered virus).
  • Monitoring local wildlife and insect populations (since some theorize vectors like mosquitoes could be modified – note: there was a Bill Gates-funded project to use mosquitoes as “flying vaccinators” for malaria, which raised public concern).
  • Using technology: for example, high-powered UV-C light disinfection in public spaces to neutralize pathogens (UV-C robots that were used for COVID could in theory neutralize a circulating vaccine virus too).
  • Air filtration: HEPA filters in home HVAC and portable units can remove spike protein-carrying aerosols or nanotech particles from indoor air. Adding UV or ionizers to filters adds another layer of scrubbing pathogens.
  • Soil and water remediation: If worried about vaccine or spike contamination in water supply (e.g., shedding through waste into water), one could use filters (activated carbon, reverse osmosis) for drinking water. For soil, promoting bioremediation (certain microbes or plants that absorb graphene or metals) could be an interesting area of development, though beyond individual scale.

• Morning (upon waking) on empty stomach:
  • Nattokinase: 2,000 FU (≈100 mg)
  • Bromelain: 500 mg
  • (These enzymes will start working on any spike protein or fibrin while stomach is empty)
• With Breakfast:
  • Ivermectin: ~18 mg (if daily dosing protocol; otherwise take on designated days)
  • Hydroxychloroquine: 200 mg (if prescribed)
  • Vitamin D3: 5,000 IU (with a fat-containing food) + Vitamin K2 180 mcg
  • Vitamin C: 1,000 mg
  • Quercetin: 500 mg
  • Zinc: 30 mg (picolinate) + Copper 1–2 mg
  • Selenium: 100 mcg
  • B-Complex: 1 tablet/capsule (or specific B vitamins as needed)
  • CoQ10: 100 mg (especially if heart symptoms)
  • Omega-3 Fish Oil: 1–2 g (with meal for absorption)
  • Bromelain (if not taken earlier, some prefer splitting dose)

• Mid-morning:
  • Hydration break: Big glass of water with a squeeze of lemon (supports liver) and a pinch of sea salt (minerals).
  • NAC: 600 mg (can be with some juice or water)
  • Herbal tea: Cup of dandelion leaf tea or green tea.
• Lunch: (Anti-inflammatory diet – e.g. salad with organic vegetables, olive oil, wild-caught salmon for omega-3)
  • Curcumin: 500 mg (with lunch, since curcumin absorbs with fat in the meal)
  • Bromelain: If twice daily dosing, another 500 mg (away from protein in food ideally, so maybe midway between lunch and dinner if possible).
  • Vitamin C: 500–1000 mg (second dose)
  • Nitazoxanide: 500 mg (with food, if using this medication)
  • (If doing HCQ+Zinc instead of IVM daily, could take HCQ here rather than at breakfast, depending on schedule).
• Afternoon:
  • Sunlight exposure or light exercise. Aim for 15-30 minutes of walking outdoors (synthesizes vitamin D, improves mood, circulation).
  • Hydrate again. Possibly a second cup of herbal tea (pine needle, star anise, or another detox tea like milk thistle).
  • Glutathione: If using liposomal glutathione, 500 mg in afternoon is a good time (away from meals). Alternatively, do a Nebulization session with 2-4 ml glutathione solution (or even a diluted food-grade hydrogen peroxide + saline with a drop of Lugol’s iodine, as some protocols use, but that should be under guidance).
• Evening (Dinner):
  • Ivermectin: (If using twice weekly dosing, take on Monday and Thursday evenings, for example, instead of daily. If daily, continue as per schedule.)
  • Curcumin: 500 mg (second or third dose)
  • Magnesium: 200-400 mg (glycinate) – taking magnesium in evening helps sleep.
  • Vitamin C: 500 mg (if dividing 3x a day)
  • Vitamin A: 5,000–10,000 IU (optional, supports mucosal immunity and tissue repair; can be taken as cod liver oil which also gives Omega-3 and vitamin D).
  • Black Seed Oil (Nigella sativa): 1 teaspoon (can mix with honey or in smoothie) – for additional anti-inflammatory effect.
• Before Bed:
  • Nattokinase: 2,000 FU on empty stomach (second dose, to work overnight on cleaning blood).
  • Serrapeptase: 40,000 SPU (if adding another enzyme, take separate from nattokinase by ~30 minutes).
  • Low-Dose Naltrexone (LDN): 4.5 mg (if prescribed, take at bedtime).
  • Melatonin: 5–10 mg (optional, helps sleep and is anti-inflammatory/antioxidant, particularly protective for mitochondria and brain; some protocols use high-dose melatonin 20-40 mg for COVID long haul).
  • LDN or Melatonin Note: Both can cause vivid dreams; start low and adjust.

• Overnight:
  • Consider using a PEMF mat or microcurrent device on a timer as you sleep (some mats have programs for 8 hours at low intensity promoting delta brain waves and healing).
  • If not, at least no electronics on the body. Some wear earthing/grounding straps to sleep which might improve rest (grounding can reduce blood viscosity and inflammation according to some studies).

• Ozone IV or UBVI: 1–2 times per week if accessible.
• Hyperbaric Oxygen: e.g. 3 sessions/week for 4 weeks for neurological or severe cases.
• Physical therapies: Massage or lymphatic drainage therapy once a week can help move lymph and detox. If access to an infrared sauna, use it 2-3 times weekly to sweat out toxins (stay well-hydrated and replace electrolytes afterwards; sauna sessions ~20 minutes at 130-140°F, or as tolerated). Some add a little Borax (1/4 cup) and Epsom salt (2 cups) to a hot bath and soak 20 minutes – people believe this can pull out nanotoxic particles from the skin. While mainstream doctors called the “Borax detox bath” unproven, users swear by it for relieving the weird skin sensations some vaccine-injured have reported. It likely at least helps relax muscles and the magnesium aids detox.
• Rife/Frequency sessions: If you own a machine, you might do short sessions daily (e.g. 30 minutes) or longer sessions a few times a week. If working with a practitioner, perhaps weekly check-ins. Monitor any Herxheimer (detox) reactions – sometimes frequency killing of pathogens can cause temporary flare in symptoms due to toxin release. If that happens, back off intensity and ensure binders (like charcoal) and hydration are in place.
• Therapeutic Apheresis: In extreme cases with significant blood clotting and hyper-viscosity, one might undergo H.E.L.P. Apheresis or similar plasmapheresis at a specialized clinic. This could be one or two sessions spaced a week apart to filter out spike proteins and microclotsapheresiscenter.eu. This is usually reserved for those who are very ill and have not responded to other measures, given its invasiveness and cost.
• Follow-up Labs: It’s wise to track certain lab markers over the protocol duration. Every 4–6 weeks, test:
  • Inflammatory markers: CRP, ESR – should trend down if protocol working.
  • Coagulation markers: D-Dimer, Fibrinogen – elevated D-dimer indicates ongoing clotting; we want to see it normalize. If initially high, recheck after a month of nattokinase etc.
  • Troponin (if myocarditis): check weekly or biweekly until normalized.
  • Ferritin: often goes up in spike inflammation (as an acute phase reactant); should come down as inflammation eases.
  • CBC, Comprehensive Metabolic Panel: to ensure liver/kidney are handling the supplements and to watch for any eosinophils (parasite die-off can sometimes show a transient rise in eosinophils).
  • Specific nutrients if needed (Vitamin D level, etc.).
• Symptom tracking: Keep a journal. Note any changes in energy, sleep, pain, neurological symptoms, etc., every week. Many people see a gradual improvement – for example, “week 1: still very tired, brain fog; week 3: energy improving, brain fog intermittent; week 6: able to exercise lightly again; week 12: chest pain resolved, only mild fatigue on long days,” etc. If something is not improving or getting worse, re-evaluate and consider intensifying or altering the approach.