Fenbendazole is an inexpensively made and easy to create anthelmintic medication.

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Fenbendazole powde

The daily consumption of fenbendazole may be different according to the patient’s situation and any medicine or chemo they may be taking.

It is important to obtain the advice of a qualified doctor with expertise in orthodox chemotherapy in addition to other cancer remedies and drug interaction prior to taking fenbendazole with chemotherapy, additional supplements, herbal treatments, nutrition supplements, or medications not related to cancer treatment, or using fenbendazole only to treat cancer, in order to prevent potential negative consequences.

Fenbendazole powder, tablets, and capsules must be kept in an area that is cooler than 25°C and shaded from direct sunlight. Its potential toxicity, genotoxicity, and potential to cause cancer are not widely understood because this medication is not designed for human consumption and there is no history of people having taken it in the past. It also is difficult to predict the kind of side effects that are likely to happen when taking fenbendazole in combination with other drugs.

Research has found that the danger of taking fenbendazole orally is very low. It is believed that a person would need to take more than 5000 mg for every kilogram of their body weight to experience any adverse effects. However, human studies that gave participants doses of up to 500 mg and 2,000 mg showed no signs of problems. Additionally, a series of genotoxicology tests funded by the European Medicines Agency showed no genotoxicity. Additionally, a two-year study on mice did not detect any cancer causing activity. All of this evidence has been collected.

In regards to this treatment, side effects could be rare, such as vomiting, diarrhea, jaundice, itching of the skin, and damage to the liver. Also, fenbendazole is modified in the body by hydroxylation and oxidation. This transformation is conducted by the liver enzymes CYP2J2, CYP2C19, CYP3A, and flavin-containing monooxygenase to make two metabolites that have antineoplastic and anthelmintic properties.

It appears that fenbendazole can have both a drug-like effect and serve as a precursor for another active medicine. However, there is a lack of absorption of the compound in the gut, and only a small amount is excreted in the waste. Additionally, CYP2C19, an enzyme that breaks down fenbendazole, is also used to metabolize other drugs such as tamoxifen, ebastine, amiodarone, astemizole, mesoridazine, apixaban, thioridazine, and cyclosporine.