Right2Try does not sell Ivermectin, Fenbendazole, Mebendazole, Methylene Blue, Hydroxychloroquine, or any other supplements on this website or by Email.
This page explores supplements and compounds people suggest for detoxing from mRNA vaccines, assuming they cause issues like spike protein persistence, blood clotting, and myocarditis. Evidence is limited, and these are not proven cures; consult a healthcare provider before use.
| Supplement/Compound | Potential Benefits | Typical Dosage | Notes | |
|---|---|---|---|---|
| Anti-Spike | Ivermectin | Anti-inflammatory, may bind spike protein, potential anti-clotting effects | 0.2-0.4 mg/kg (single dose or short course) | Veterinary antiparasitic; human use controversial and off-label. |
| Anti-Clot | Nattokinase | Supports circulation, may break down spike protein, reduces clotting | 100-200 mg/day (2000-4000 FU) | Derived from natto (fermented soybeans); take on empty stomach. |
| Bromelain | Anti-inflammatory, fibrinolytic, potential spike protein breakdown | 500-1000 mg/day | From pineapple stems; pairs well with quercetin. | |
| Anti-Inflamm | Curcumin | Anti-inflammatory, antioxidant, may mitigate spike protein damage | 500-2000 mg/day | From turmeric; best with piperine for absorption. |
| Quercetin | Antioxidant, anti-inflammatory, potential spike protein inhibitor | 500-1000 mg/day | Found in onions; often paired with bromelain. | |
| Immune | Vitamin D3 | Supports immune function, may reduce inflammation and clotting risk | 1000-4000 IU/day | Take with fat for absorption. |
| Vitamin C | Antioxidant, supports immune health, may reduce oxidative stress | 1000-2000 mg/day (oral); 10-50 g IV | High doses may require IV for therapeutic effects. | |
| Metal Detox | Zeolite | Binds heavy metals, supports detoxification | 1-5 g/day | Micronized clinoptilolite; mix with water. |
| EDTA | Chelates heavy metals, may support circulation | IV: 1-3 g per session; oral: 500-1000 mg/day | Typically IV; oral forms less effective. | |
| Support | Melatonin | Antioxidant, regulates sleep, may reduce inflammation | 3-20 mg/day | Higher doses for therapeutic use. |
How It Helps: Anti-inflammatory, may bind spike protein, potential anti-clotting effects.
This is often cited for its anti-inflammatory effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 0.2-0.4 mg/kg (single dose or short course). Doses vary widely; these are based on common use and limited studies.
Research Support: In vitro studies show spike protein binding; some observational COVID-19 data suggest inflammation reduction.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May neutralize spike protein and reduce inflammation linked to clotting and myocarditis.. Veterinary antiparasitic; human use controversial and off-label.
Caution: Not FDA-approved for this use; consult a doctor due to risks and legal issues.
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How It Helps: Supports circulation, may break down spike protein, reduces clotting.
This is often cited for its supports circulation effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 100-200 mg/day (2000-4000 FU). Doses vary widely; these are based on common use and limited studies.
Research Support: In vitro studies show it degrades spike protein; clinical trials suggest fibrinolytic effects.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May dissolve fibrin clots and degrade spike protein linked to vaccine-induced thrombosis.. Derived from natto (fermented soybeans); take on empty stomach.
Caution: Avoid with blood thinners due to bleeding risk.
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How It Helps: Anti-inflammatory, fibrinolytic, potential spike protein breakdown.
This is often cited for its anti-inflammatory effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 500-1000 mg/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Preclinical evidence of fibrin breakdown; proposed in detox protocols.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May reduce clotting and inflammation tied to spike protein effects.. From pineapple stems; pairs well with quercetin.
Caution: Possible digestive upset at high doses.
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How It Helps: Anti-inflammatory, antioxidant, may mitigate spike protein damage.
This is often cited for its anti-inflammatory effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 500-2000 mg/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Studies show it reduces inflammation and oxidative stress; part of proposed detox regimens.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: Counters inflammation from spike protein and myocarditis.. From turmeric; best with piperine for absorption.
Caution: May interact with blood thinners.
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How It Helps: Antioxidant, anti-inflammatory, potential spike protein inhibitor.
This is often cited for its antioxidant effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 500-1000 mg/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Preclinical studies suggest it binds spike protein; anti-inflammatory effects documented.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May reduce spike-induced inflammation and support heart health.. Found in onions; often paired with bromelain.
Caution: Limited human data for detox claims.
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How It Helps: Supports immune function, may reduce inflammation and clotting risk.
This is often cited for its supports immune function effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 1000-4000 IU/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Linked to lower inflammation and better outcomes in COVID-19 studies.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May mitigate myocarditis and immune overreaction to spike protein.. Take with fat for absorption.
Caution: Excessive doses can lead to toxicity.
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How It Helps: Antioxidant, supports immune health, may reduce oxidative stress.
This is often cited for its antioxidant effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 1000-2000 mg/day (oral); 10-50 g IV. Doses vary widely; these are based on common use and limited studies.
Research Support: High-dose IV studies show reduced inflammation; oral benefits less clear.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: Counters oxidative damage from spike protein and clotting.. High doses may require IV for therapeutic effects.
Caution: High oral doses may cause GI upset.
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How It Helps: Binds heavy metals, supports detoxification.
This is often cited for its binds heavy metals effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 1-5 g/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Studies show metal chelation in animals; human data limited.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May remove hypothetical metal contaminants from vaccines.. Micronized clinoptilolite; mix with water.
Caution: Lacks specific evidence for vaccine metals.
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How It Helps: Chelates heavy metals, may support circulation.
This is often cited for its chelates heavy metals effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: IV: 1-3 g per session; oral: 500-1000 mg/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Used in chelation therapy for metal poisoning; no direct vaccine detox studies.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: Proposed to clear metals possibly linked to vaccine side effects.. Typically IV; oral forms less effective.
Caution: Requires medical supervision; can deplete essential minerals.
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How It Helps: Antioxidant, regulates sleep, may reduce inflammation.
This is often cited for its antioxidant effects, potentially aiding detox from mRNA vaccine side effects.
Typical Dosage: 3-20 mg/day. Doses vary widely; these are based on common use and limited studies.
Research Support: Preclinical studies suggest anti-inflammatory and anti-clotting effects.. Evidence is mostly preclinical; human trials are scarce.
Why It May Detox: May protect against myocarditis and spike protein inflammation.. Higher doses for therapeutic use.
Caution: Drowsiness at high doses.
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