Wormentel 500 | Febendazole Tablets 500mg – 10×10 100 Pills by Kachhela
¥285.00 Original price was: ¥285.00.¥178.00Current price is: ¥178.00.

Mechanism of Fenbendazole Against Cancer Cells:
- Disruption of Microtubule System: It affects the structure of cancer cells and their ability to rapidly divide.
- Inhibition of Glucose Metabolism: Cancer cells require glucose to survive, and fenbendazole interferes with this process.
- Promotion of p53 Gene Expression: p53 is an important tumor suppressor gene that is often deficient in cancer patients.
Additionally, fenbendazole may also eliminate parasites that cause tissue inflammation and fibrosis.
Description
Mechanism of Action Against Cancer
Cancer cells transform into anaerobic cells due to insufficient oxygen, forcing them to adapt abnormally to anaerobic conditions. The immune system is supposed to destroy these abnormal cells to prevent tumor formation, but it cannot function if it cannot access these cells.
When the affected area is undergoing fibrosis, causing inflammation to harden, the immune system becomes powerless. This is because fibrin causes tissue hardening, attempting to block substances that trigger inflammation from entering the bloodstream, which reduces blood supply and leads to hypoxia in the hardened area.
There are many factors that can cause inflammation, such as toxins, allergic reactions, injuries, dust particles like talcum powder or asbestos, bacteria, fungi, or parasitic infections. The longer the inflammation area undergoes fibrosis, the higher the risk of cellular carcinogenesis due to prolonged hypoxia. Therefore, individuals with low blood oxygen levels (e.g., those wearing masks) have a higher risk of developing cancer.
Fenbendazole attacks cancer cells directly in three ways:
1. It disrupts the microtubules that maintain the structure of cancer cells and their ability to rapidly divide and proliferate.
2. It impairs the ability of cancer cells to process glucose, which they must metabolize to survive.
3. It promotes the production of the p53 tumor suppressor gene, which is often deficient in cancer patients.
Additionally, it can eliminate parasites that may cause tissue inflammation and fibrosis.
Additional information
| Brand | Kachhela |
|---|---|
| Efficacy | Anti-cancer |
| Specification | 10*10 Tablets |
Delivery and Returns
- Shipping from India: Packages can be received approximately 18 working days after shipment, with a shipping cost of 35 USD for up to 1000 grams, and an additional 2.5 USD for each extra item per box.
- Courier Services: CMS / EMS
- Please note: All items in shipped packages are not eligible for return.
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Mechanism of Fenbendazole Against Cancer Cells:
- Disruption of Microtubule System: It affects the structure of cancer cells and their ability to rapidly divide.
- Inhibition of Glucose Metabolism: Cancer cells require glucose to survive, and fenbendazole interferes with this process.
- Promotion of p53 Gene Expression: p53 is an important tumor suppressor gene that is often deficient in cancer patients.
Additionally, fenbendazole may also eliminate parasites that cause tissue inflammation and fibrosis.
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- Disruption of Microtubule System: It affects the structure of cancer cells and their ability to rapidly divide.
- Inhibition of Glucose Metabolism: Cancer cells require glucose to survive, and fenbendazole interferes with this process.
- Promotion of p53 Gene Expression: p53 is an important tumor suppressor gene that is often deficient in cancer patients.
Additionally, fenbendazole may also eliminate parasites that cause tissue inflammation and fibrosis.
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Mechanism of Fenbendazole Against Cancer Cells:
- Disruption of Microtubule System: It affects the structure of cancer cells and their ability to rapidly divide.
- Inhibition of Glucose Metabolism: Cancer cells require glucose to survive, and fenbendazole interferes with this process.
- Promotion of p53 Gene Expression: p53 is an important tumor suppressor gene that is often deficient in cancer patients.
Additionally, fenbendazole may also eliminate parasites that cause tissue inflammation and fibrosis.
488 in stock






