Sally @SallyMyla - Twitter Profile

10 days ago

Many patients have inquired about the need to use Ivermectin, Fenbendazole, and Mebendazole simultaneously. This will clarify the situation for you. Each of these substances operates through distinct mechanisms and targets cancer in unique ways. Ivermectin vs. Fenbendazole vs. Mebendazole 🔬 Ivermectin vs. Fenbendazole vs. Mebendazole: 12 Powerful Anti-Cancer Mechanisms Each Uses to Attack Tumors These repurposed medications were originally designed to fight parasites — but research and real-world use have shown they do much more. Each one attacks cancer on multiple biological fronts, helping shut down tumor growth, starve cancer cells, boost the immune system, and more. Here’s a breakdown of how each works: ✅ IVERMECTIN – 12 Known Anti-Cancer Actions 1. Inhibits WNT/β-catenin pathway – stops cancer cell proliferation 2. Induces apoptosis – triggers programmed cancer cell death 3. Blocks importin α/β transport proteins – prevents cancer cell replication 4. Inhibits PAK1 enzyme – reduces inflammation and tumor progression 5. Anti-angiogenic – stops formation of new blood vessels in tumors 6. Immune system modulator – enhances recognition of cancer cells 7. Autophagy disruptor – interferes with cancer cell survival strategies 8. Targets glioblastoma stem cells – effective in brain cancers 9. Inhibits mitochondrial respiration – cuts off energy supply to tumors 10. Disrupts mTOR signaling – slows cell growth 11. Overcomes chemotherapy resistance – makes chemo more effective 12. Antiviral properties – potentially helpful for virus-related cancers (like HPV) ✅ FENBENDAZOLE – 12 Known Anti-Cancer Actions 1. Microtubule disruption – prevents cancer cells from dividing 2. Inhibits glucose uptake – starves cancer cells of energy 3. Activates p53 tumor suppressor gene – helps kill damaged cells 4. Triggers apoptosis (cell death) – particularly in lung, colon, and prostate cancer 5. Inhibits metastasis – prevents cancer from spreading 6. Enhances oxidative stress in cancer cells – makes them more vulnerable 7. Immune modulator – may help immune system target tumors 8. Blocks angiogenesis – stops tumors from building blood supply 9. Depletes glutathione in tumors – weakens their defense 10. Suppresses AKT signaling pathway – involved in cell survival 11. Restores normal cell cycle regulation – prevents uncontrolled growth 12. Synergistic with other natural agents (e.g., CBD, curcumin, vitamin D) ✅ MEBENDAZOLE – 12 Known Anti-Cancer Action 1. Microtubule destabilization – similar to fenbendazole 2. Inhibits angiogenesis blocks new blood vessel growth 3. Triggers apoptosis – causes cancer cell death 4. Inhibits VEGF signaling – blocks tumor blood supply signals 5. Crosses blood-brain barrier – useful for brain cancers 6. Activates caspase-3/7 enzymes – involved in programmed cell death 7. Reduces MYC oncogene expression – slows tumor growth 8. Inhibits Bcl-2 protein – lowers cancer cell survival 9. Anti-metastatic – reduces spread of cancer 10. Disrupts mitochondrial function – energy production in tumor cells fails 11. Improves chemo sensitivity – helps standard treatments work better 12. Low toxicity + long safety record – used in humans for decades 🌱 Each of these medications targets cancer through different biological pathways. #Ivermectin #Fenbendazole #Mebendazole #Cancercure.

ZakariaMDv3's tweet photo. Many patients have inquired about the need to use Ivermectin, Fenbendazole, and Mebendazole simultaneously. This will clarify the situation for you. Each of these substances operates through distinct mechanisms and targets cancer in unique ways.

Ivermectin vs. Fenbendazole vs. Mebendazole
🔬 Ivermectin vs. Fenbendazole vs. Mebendazole: 12 Powerful Anti-Cancer Mechanisms Each Uses to Attack Tumors
These repurposed medications were originally designed to fight parasites — but research and real-world use have shown they do much more. Each one attacks cancer on multiple biological fronts, helping shut down tumor growth, starve cancer cells, boost the immune system, and more.
Here’s a breakdown of how each works:
✅ IVERMECTIN – 12 Known Anti-Cancer Actions
1. Inhibits WNT/β-catenin pathway – stops cancer cell proliferation
2. Induces apoptosis – triggers programmed cancer cell death
3. Blocks importin α/β transport proteins – prevents cancer cell replication
4. Inhibits PAK1 enzyme – reduces inflammation and tumor progression
5. Anti-angiogenic – stops formation of new blood vessels in tumors
6. Immune system modulator – enhances recognition of cancer cells
7. Autophagy disruptor – interferes with cancer cell survival strategies
8. Targets glioblastoma stem cells – effective in brain cancers
9. Inhibits mitochondrial respiration – cuts off energy supply to tumors
10. Disrupts mTOR signaling – slows cell growth
11. Overcomes chemotherapy resistance – makes chemo more effective
12. Antiviral properties – potentially helpful for virus-related cancers (like HPV)
✅ FENBENDAZOLE – 12 Known Anti-Cancer Actions
1. Microtubule disruption – prevents cancer cells from dividing
2. Inhibits glucose uptake – starves cancer cells of energy
3. Activates p53 tumor suppressor gene – helps kill damaged cells
4. Triggers apoptosis (cell death) – particularly in lung, colon, and prostate cancer
5. Inhibits metastasis – prevents cancer from spreading
6. Enhances oxidative stress in cancer cells – makes them more vulnerable
7. Immune modulator – may help immune system target tumors
8. Blocks angiogenesis – stops tumors from building blood supply
9. Depletes glutathione in tumors – weakens their defense
10. Suppresses AKT signaling pathway – involved in cell survival
11. Restores normal cell cycle regulation – prevents uncontrolled growth
12. Synergistic with other natural agents (e.g., CBD, curcumin, vitamin D)
✅ MEBENDAZOLE – 12 Known Anti-Cancer Action
1. Microtubule destabilization – similar to fenbendazole
2. Inhibits angiogenesis blocks new blood vessel growth
3. Triggers apoptosis – causes cancer cell death
4. Inhibits VEGF signaling – blocks tumor blood supply signals
5. Crosses blood-brain barrier – useful for brain cancers
6. Activates caspase-3/7 enzymes – involved in programmed cell death
7. Reduces MYC oncogene expression – slows tumor growth
8. Inhibits Bcl-2 protein – lowers cancer cell survival
9. Anti-metastatic – reduces spread of cancer
10. Disrupts mitochondrial function – energy production in tumor cells fails
11. Improves chemo sensitivity – helps standard treatments work better
12. Low toxicity + long safety record – used in humans for decades
🌱 Each of these medications targets cancer through different biological pathways.
#Ivermectin
#Fenbendazole
#Mebendazole
#Cancercure.

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