Not only that, it also inhibits p-gp.
P-gp is overexpressed in tumor cells, contributing to multidrug resistance (MDR). By pumping drugs out of cancer cells, P-gp can reduce the drugs' effectiveness, making the cancer harder to treat. Check out this diagram I created. Fenbendazole is near the bottom. https://i.ibb.co/5M43BP0/Lung-Cancer.png
I'm sorry, I'm having trouble following your posts. Are you saying taking Fenbendozole makes it harder for chemo to do it's job?? If my chemo treatments are every two weeks, I'm thinking of supplementing the "off" weeks with ivermectin and/or fenbendazole. (stage 4 colon cancer in the liver)
TLDR: No, it will help fight the cancer while allowing chemo to do its job.
Each of these treatment approaches targets cancer cells through different mechanisms:
Chemotherapy primarily disrupts DNA processes
Fenbendazole may interfere with cancer cell metabolism and support immune function by reducing the cancer cells ability to remove unwanted substances.
Targeted therapies and immunotherapies focus on specific cancer cell characteristics or enhancing the immune response, respectively.
Phytochemicals can have various effects, including influencing drug resistance mechanisms and signaling pathways. Combining these strategies can potentially improve treatment outcomes.
Not only that, it also inhibits p-gp. P-gp is overexpressed in tumor cells, contributing to multidrug resistance (MDR). By pumping drugs out of cancer cells, P-gp can reduce the drugs' effectiveness, making the cancer harder to treat. Check out this diagram I created. Fenbendazole is near the bottom. https://i.ibb.co/5M43BP0/Lung-Cancer.png
I'm sorry, I'm having trouble following your posts. Are you saying taking Fenbendozole makes it harder for chemo to do it's job?? If my chemo treatments are every two weeks, I'm thinking of supplementing the "off" weeks with ivermectin and/or fenbendazole. (stage 4 colon cancer in the liver)
Each of these treatment approaches targets cancer cells through different mechanisms:
Chemotherapy primarily disrupts DNA processes
Fenbendazole may interfere with cancer cell metabolism and support immune function by reducing the cancer cells ability to remove unwanted substances.
Targeted therapies and immunotherapies focus on specific cancer cell characteristics or enhancing the immune response, respectively.
Phytochemicals can have various effects, including influencing drug resistance mechanisms and signaling pathways. Combining these strategies can potentially improve treatment outcomes.