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Introduction
This article discusses dosage considerations and key factors regarding the use of ivermectin in cancer treatment.
Commonly available information about ivermectin dosages is often inaccurate when applied to potential cancer-related uses. Many sources cite standard dosages recommended by Merck for treating parasitic infections, rather than dosages studied specifically in the context of cancer research.
The anti-parasitic dosage is not as effective for people looking for a dosage against cancer. Dosage will need to be adjusted according to the current weight, the type of Cancer, the stage and grade of the Cancer and the health of the liver.
Ivermectin dosage should also be based on ivermectin cancer studies. Multiple factors are considered including studies including ivermectin for cancer, anecdotal studies and case series, the aggressiveness of the cancer type and the cancer stage.
It also takes into account the types of medications the person uses. For example, if they are on blood thinners, the dose of Ivermectin is affected by this, as Ivermectin also thins the blood.
Cancer dosage estimation can be adjusted based on the time that a person has to beat cancer or its risk to the patient – this includes both the cancer type and whether the cancer has spread or metastasised.
Some cancers provide the patient with less time to beat the cancer e.g. fast growing cancer, and of course; metastasis also means that the time to beat the cancer is shorter than before metastasis.
What Is Ivermectin?
Ivermectin is an anti-parasite drug used to treat various parasite infections in humans, but it can also be used to treat other health conditions like river blindness, onchocerciasis, intestinal strongyloidiasis, and onchocerciasis.
Ivermectin is often recognized – 2nd to penicillin – for having the greatest impact on human health. And its discovery won the Nobel Prize in 2015. Ivermectin has an increasing list of indications due to its antiviral and anti-inflammatory properties, and is included on the
WHO’s Model List of Essential Medicines.
Several studies reported antiviral effects of ivermectin on RNA viruses such as
dengue, Zika, yellow fever, West Nile, Hendra, Newcastle, Venezuelan equine encephalitis, chikungunya, Semliki Forest, Sindbis, Avian influenza A, Porcine Reproductive and Respiratory Syndrome, Human immunodeficiency virus type 1, and COVID 19 virus.
Ivermectin vs Conventional Cancer Treatments
Choosing conventional cancer treatments often requires a detailed analysis of their complexity, potential side effects, and cost-effectiveness—particularly when it comes to high-cost options like immunotherapy.
In contrast, the pharmaceutical industry has been criticized for promoting newer, patented drugs that may be less safe or less effective than older, off-patent alternatives.
On the other hand, using ivermectin may require less extensive analysis. It offers additional health benefits and is considered by some as a potentially valuable option for cancer patients.
Ivermectin has shown promise not only as a potential cancer treatment but also as a preventive measure. It is generally well-tolerated and can be taken over extended periods to help prevent cancer or reduce the risk of recurrence.
Compared to conventional cancer treatments—especially chemotherapy, which is known for its severe side effects—ivermectin has an extremely low side effect profile. Moreover, it is significantly more affordable than most standard cancer therapies.
Nonetheless, any treatment approach should be discussed with a qualified healthcare provider to ensure it aligns with individual needs and medical circumstances.
Another important consideration is the difference in urgency between doctors and patients. While it is reasonable to emphasize that more research is needed to confirm the safety and efficacy of treatments, patients facing serious illnesses often cannot afford to wait for definitive answers. Their immediate needs and desire for hope can drive them to explore emerging or off-label therapies despite limited data. This underscores the importance of compassionate communication, clear guidance on potential risks, and ongoing efforts to accelerate high-quality clinical research.
Ivermectin vs Other Non-Conventional Cancer Treatments
Ivermectin is one of the top non-standard or non-conventional drug for cancer.
A close second would be fenbendazole – which also happens to be an anti-parasitic drug that works against cancer through some difference mechanisms than ivermectin – which we cover in the article here:
Fenbendazole Joe Tippens Protocol.
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| Best Ivermectin Dosage for Humans with Cancer |
Ivermectin for Cancer Dosage Guidelines Based on Body Weight (in Kilograms)
The table below provided shows dose recommendations based on body weight, with calculations for four different dose* levels commonly used in protocols:
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| Ivermectin: Calculation of correct dose |
How to Read the Table
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First Column: Represents your body weight range in kilograms (kg).
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Columns 2 to 5: Show the corresponding dose ranges in milligrams (mg) based on your weight and the selected dose* level (mg per kg of body weight).
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For example, if you weigh between 60–68 kg and are following a 1 mg/kg dose protocol, your recommended dose* is 60–68 mg and your recommended dosage* is 60-68 mg per day.
*Dose vs Dosage?
Have you ever wondered about the nuanced difference between the usage of dose vs. dosage? People often use dose and dosage interchangeably, but these terms have different meanings. It’s a subtle distinction that can sometimes be overlooked, but it’s essential for accurate reporting and instruction.
Dose refers to the amount of a substance administered to an individual, usually in terms of weight or concentration. It is a single quantity of a substance that is given to achieve a desired effect. For example, in pharmacology, the dose of a medication may be expressed in milligrams (mg) per kilogram (kg) of body weight. Example: The recommended dose of the drug is 10 mg/kg.
Dosage refers to the regimen or schedule of administering a substance, usually over a period of time. It is the total amount of a substance given over a period, often expressed in terms of frequency and duration. For example, in clinical trials, a medication dosage may be administered once daily for a week. Example: The recommended dosage for the medication is one tablet every six hours for a week.
