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Curcumin. That shows curcumin upregulates antioxidant defenses and downregulates oxidative stress. Yeah. There was a study done in 02/2016, which is a meta analysis of random control trials found curcuminim comparable to ibuprofen in terms of pain relief. Answers your earlier question, doesn't it? And there's a lot of of studies that show that it's effective for people that have things like arthritis and joint pains. And there's early preclinical studies taking place around the impact it can have with cancers. And there's promising but early studies showing the impact that curcumin that comes from turmeric can have on brain health. Put it in a human. So all the preclinical study will do is point to a possible effect. So we take preclinical evidence with caution, and we're personally, I'm mostly interested in human.

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Cancer stem cells are highly resistant to standard treatments, making it crucial to target them directly. Many cancer drugs can shrink tumors but often leave these stem cells unharmed, leading to more aggressive cancer. A list of agents that can kill cancer stem cells includes Nexavar, an approved drug now being tested for this purpose, and curcumin from turmeric, which is much cheaper at about $250 a year compared to Nexavar's $250,000. Other natural agents include resveratrol from red grapes, genistein from soybeans, sulforaphane from broccoli, and EGCG from green tea. Despite the evidence supporting these natural substances, conventional oncologists often overlook them, fearing reputational damage for promoting non-mainstream treatments.

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I found over 100 scientific papers showing Ivermectin's potential against cancer, primarily from preclinical studies. Researchers are puzzled by how this anti-parasitic drug, which has been effective for decades, can also treat cancer. Ivermectin is off patent, meaning there's little financial incentive for big pharma to invest in its research. Notably, Ivermectin can kill cancer stem cells, reverse chemotherapy resistance, and enhance the effectiveness of both chemotherapy and radiation. Patients combining Ivermectin with these treatments have shown remarkable results, including significant tumor reductions. After two years of research, I now treat over 1,000 cancer patients with Ivermectin and other anti-parasitic drugs. The recent mention by Mel Gibson about friends curing stage 4 cancer with these treatments highlights the growing awareness of this approach.

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I have three friends who had stage 4 cancer, and now they are cancer-free. They used treatments like Ivermectin, Fenbendazole, and methylene blue, which was originally a textile dye but has shown significant benefits for mitochondria. It's surprising to see effective treatments being overlooked, raising questions about the medical industry's priorities. Why are cures that aren't profitable often ignored or demonized? This situation highlights a failure in our medical institutions to promote genuinely effective solutions.

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Honey bee venom has been discovered to effectively reduce tumor growth in animal models without harming healthy cells. Scientists identified a cancer-killing component called Melitin in the venom, which was synthetically reproduced in the lab. Melitin enters the cell surface and forms pores, leading to cell death. Additionally, it disrupts the signaling pathways that allow cancer cells to communicate and replicate. When combined with therapy drugs, Melitin proves even more effective at killing tumors. The holes created by Melitin on cancer cells also enable chemotherapy drugs to enter the cells, further reducing tumor growth. This research shows promising results in mice.

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Fenbendazole is an overlooked cancer drug with at least 12 proven anti-cancer mechanisms. It disrupts microtubule polymerization, induces cell cycle arrest, blocks glucose transport, increases tumor suppressor levels, inhibits cancer cell viability, migration, and invasion, induces apoptosis, autophagy, and necrosis, and inhibits angiogenesis and drug resistance. Mebendazole, a similar drug, is already approved by the FDA and in clinical trials for brain and colon cancers. However, there are no Fenbendazole clinical trials for cancer, likely because it is cheap, safe, and effective. Big pharma may not see a profit margin in it, which raises concerns about their motives. This highlights the issue of a society designed to make people sick, with pharmaceutical companies profiting from remedies.

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Parasites and cancer have been overlooked, with numerous studies on Ivermectin and cancer conducted by the NIH. Videos from doctors worldwide show that cancer cells resemble parasite egg sacks under a microscope. A chiropractor named Brian Artis discussed this with a parasitologist friend, who revealed that oncologists rarely make the connection between cancer and parasites, despite it being a common topic in parasitology circles. The reason for this silence is likely the fear of losing funding.

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It is claimed that tumor cells can be killed by starving them of fermentable fuels. The reason this approach isn't widely used is because cancer is believed to be a genetic disease, and the focus is not on what fuels the cells.

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The speaker discusses promising results for high dose vitamin C in cancer treatment. A recent study on high dose vitamin C shows so much promise, and there have already been human trials underway in which patients who received high dose vitamin C did have drastically improved outcomes: they lived longer and they had less symptoms from the chemo. Mechanistically, the vitamin C literally wipes out the cancer cells via, like, four distinct very strong mechanisms. The speaker also notes that it is very safe as well. In addition, the speaker mentions other natural cancer therapies: ivermectin, fenbendazole, and now dandelion root extract, stating that all of these show extreme promise for natural cancer treatments.

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Turmeric, particularly its active compound curcumin, has been extensively studied for its potential benefits against cancer. Curcumin, found in the roots of the turmeric plant, can modulate growth factors, enzymes, and inflammatory markers. Research over the past few decades indicates that curcumin may help suppress the initiation and progression of various tumors. There are numerous studies supporting these findings, with over 300 references available. For those interested in high-quality turmeric curcumin powder, recommendations include contacting me for options on Fullscript or checking out supplements from Doctor Berg.

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Alternative cancer treatments include a ketogenic diet, long-term fasting for autophagy, and repurposed drugs like ivermectin and fenbendazole. Research on dosing protocols is ongoing, along with exploring vitamin C IV infusions. Low dose naltrexone is not yet studied. The speaker shares their research on Substack due to restrictions on oncologists. Translation: Alternative cancer treatments such as ketogenic diet, fasting, and repurposed drugs like ivermectin and fenbendazole are being explored. Research on dosing protocols is ongoing, along with investigating vitamin C IV infusions. Low dose naltrexone has not been studied yet. The speaker shares their research on Substack due to restrictions on oncologists.

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A berry from Australia's blushwood tree, EBC 46, is showing promise in curing various cancers. Animal trials have shown tumors disappearing within 48 hours, leading to human trials with positive results. The injection triggers an immune response, shrinking solid tumors like melanomas and head, neck, and breast cancers. If proven safe and effective, this treatment could be a new option for cancer patients, especially the elderly. The second phase of the trial begins next year.

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Fenbezodizole, a potential miracle drug for cancer, has at least 12 proven anti-cancer mechanisms of action. It is speculated that big pharma fears this drug due to its low cost. There is hope that Flint, who is mentioned in the conversation, will be interested in examining it. The drug disrupts microtubule polymerization, induces cell cycle arrest, blocks glucose transport, increases tumor suppressor levels, inhibits cancer cell viability and migration, induces autophagy, apoptosis, and necrosis, and inhibits angiogenesis and drug resistance. A similar drug, menbendazole, is already approved by the FDA and in clinical trials for brain and colon cancers. The lack of clinical trials for Fenbezodizole may be due to its low cost and effectiveness. Big pharma's lack of interest in it is seen as preventing people from accessing potentially beneficial treatments. The conversation also touches on the idea that society is designed to make people sick, with big pharma profiting from remedies.

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Thirty years, forty years. They'll look back at chemotherapy as a barbaric and kind of caveman like thinking of destroying the entire body to treat a cancer. Know, we gotta get away from this. We gotta move towards targeted approaches and even towards natural compounds, like medicinal mushrooms—cordyceps, turkey tail mushroom—these have shown lots of promise. But also ivermectin and fenbendazole are now gaining national attention as possible cancer treatments, with positive anecdotal reports of remission after taking these products. A recent study—a systematic review of ivermectin in cancer—found not only is it completely safe if people are undergoing conventional treatment, but it does show potent anti-tumor effects in the test tube via 10 mechanisms. And so, we gotta go to natural compounds. Forty years from now, I hope we’re not still administering chemotherapy as the main form of treatment.

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Testing foods in the same system used to develop drugs—food as medicine—revealed that dietary factors could cut down the blood supply feeding a cancer. In other words, there's anti angiogenic foods. Green tea, onions and garlics, red grapes and strawberries were observed. It was really an eye opener to me; when I saw these results, it made my jaw drop. My God, foods have potency just like drugs. I was a skeptic. A drug takes a decade and a billion or more dollars to be able to develop from scratch to reaching a patient, and then not everyone who needs a treatment can actually get the drug. But a food has immediacy. If you discover something amazing about a food, whether it's matcha, whether it's purple potatoes, whether it's a strawberry, that immediacy could be used beneficially without toxicity and affordably.

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Chemotherapy is claimed to be a hoax and scam by big pharma to profit from suffering people. It allegedly prolongs life by only two to three months and may reduce life expectancy for some cancers like gastric cancer. Chemotherapy is also said to help cancer spread and activate cancer stem cells. Chemotherapy drugs can cost patients over $100,000 a year, leading to financial problems for 50-60% of patients. Ivermectin combined with mebendazole or fenbendazole is suggested as a potentially effective first-line therapy for cancer. Testing over-the-counter medications and cheap prescriptions is recommended as well.

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I have three friends who had stage 4 cancer, and now they are cancer-free. They used treatments like ivermectin, fenbendazole, and methylene blue, which was originally a textile dye but is now found to have significant effects on mitochondria. It's surprising how many effective treatments are overlooked or demonized, often due to profit motives. Many beneficial substances, such as vitamin D, K2, magnesium, zinc, and quercetin, are not promoted because they lack patent protection and cannot be controlled by pharmaceutical companies.

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- It acts on these signaling pathways called PAC-one and ACT and MTOR and WNT pathways, these are pathways that are involved in tumor proliferation, tumor growth. - ivermectin inhibits multiple of these pathways that inhibit tumor growth, tumor proliferation, leads to cell cycle arrest, and it also inhibits metastases and the ability of the tumors to create blood vessels for themselves. - Then ivermectin also acts on cancer stem cells. It inhibits cancer stem cells. - They're involved in metastases, and they're involved in cancer recurrence. - cancer stem cells tend to be resistant to chemo. And then your cancer comes roaring back because these cancer stem cells start proliferating again. - So it inhibits cancer stem cells, very important. - Ivermectin also reverses multi drug resistance. So if you develop resistance to certain chemotherapy, Ivermectin will reverse it and Ivermectin acts in combination with chemo or radiation therapy. - Guzzo 2002 safety study: "the conclusion was that ivermectin was generally well tolerated with no indication of CNS toxicity." - up to two milligrams per kilogram per day.

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A berry found in Australia's far north is believed to have the potential to cure many types of cancer. Derived from the blushwood tree, the molecule known as b c 46 has shown promising results in shrinking solid tumors in animals and humans. In a trial, a melanoma sufferer had the tumor injected with b c 46, causing it to shrink and eventually disappear. The treatment triggers an immune response, activating white blood cells to attack the tumor. If proven safe and effective, this rainforest remedy could provide a new treatment option for cancer patients, particularly the elderly who may not be able to undergo traditional treatments. The next phase of the trial will begin next year.

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Ivermectin, the controversial anti-parasitic drug, has shown potential in stopping the growth or killing certain cancer cells. Research suggests that it may be effective against various types of cancer, including breast, prostate, stomach, colon, liver, lung, kidney, and leukemia. Ivermectin induces apoptosis, or natural cell death, in cancer cells. It is even being used alongside chemotherapy for breast cancer. However, it is important to consult with your doctor before considering Ivermectin for any purpose. For more information on fighting cancer, you can watch a lecture by Dr. Shintani at ehealthandu.com. This is Dr. Chintani, a board-certified MD and nutritionist trained at Harvard, signing off for your health.

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Fenbendazole, a potential cancer drug, has at least 12 proven anti-cancer mechanisms. It disrupts microtubule polymerization, induces cell cycle arrest, blocks glucose transport, increases tumor suppressor levels, inhibits cancer cell viability and migration, induces apoptosis and autophagy, inhibits angiogenesis and drug resistance, and sensitizes cells to chemo and radiation therapy. Mebendazole, a similar drug, is already in clinical trials for brain and colon cancers. However, there are no clinical trials for Fenbendazole, possibly because it is cheap, safe, and effective. Big pharma may not see a profit in it. This raises concerns about withholding information and preventing people from using potentially beneficial treatments. The current society seems to promote sickness, allowing big pharma to profit from remedies.

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A single injection of a berry found in Australia's far north is believed to cure many types of cancer. The molecule, EBC 46, derived from the blushwood tree, has shown promising results in shrinking solid tumors in animals and humans. In human trials, tumors disappeared within 48 hours of injection. The treatment triggers an immune response, activating white blood cells to attack the tumor and shrink it. The rainforest remedy could provide a new treatment option for cancer patients, particularly the elderly who may not be able to undergo surgery or chemotherapy. The next phase of the trial will begin next year.

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The speaker discusses the importance of finding agents to kill cancer stem cells, which are highly resistant to standard treatment. They mention a list of drugs being tested for this purpose, with one called Exovar already approved for certain cancers. Interestingly, curcumin, found in turmeric, is also listed as a substance that kills cancer stem cells. The speaker highlights the significant cost difference between curcumin, which is inexpensive and available as a food derivative, and drugs like NexoVAR, which cost over $20,000 a month. They mention other natural agents that kill cancer stem cells, such as resveratrol, genistein, sulfuriphene, and EGCG. The speaker notes that conventional oncologists are often unaware of these alternatives due to the stigma associated with non-mainstream approaches.

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"This Is Feeding Cancer Cells!" - How To Starve & Prevent Disease Early On | Dr. Thomas Seyfried

Guests: Thomas Seyfried, Daniel Orrego, Gregory Howard, Michelle Howard, Lara Adler, Andrew Lacy, Joe Zundell

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The discussion centers on the metabolic origins of cancer, emphasizing that cancer cells often revert to ancient fermentation pathways for energy, leading to uncontrolled growth. This process is linked to mitochondrial dysfunction, which produces reactive oxygen species (ROS) that damage cellular components, resulting in mutations. The focus of cancer research has largely been on downstream mutations rather than addressing the root cause—metabolic dysregulation. The Warburg effect highlights that cancer cells primarily use glucose and glutamine as fermentable fuels, akin to ancient cells that thrived in low-oxygen environments. To combat cancer, it is proposed to restrict these fermentable fuels while transitioning healthy cells to utilize ketone bodies and fatty acids, which cancer cells cannot ferment. This approach aims to deprive cancer cells of their energy sources while supporting normal cells. The ketogenic diet, initially used for epilepsy, is discussed as a potential therapeutic strategy for cancer. It lowers blood sugar and increases ketone production, which can benefit healthy cells while starving cancer cells. The importance of maintaining low blood sugar levels to manage cancer is emphasized, as spikes in glucose can fuel tumor growth. The conversation also touches on the challenges of traditional cancer treatments, such as chemotherapy and radiation, which may inadvertently promote tumor growth by increasing available nutrients in the tumor microenvironment. The need for a more integrated approach that combines metabolic therapy with conventional treatments is highlighted, suggesting that low doses of chemotherapy could be more effective when the body is in a ketogenic state. Case studies and preclinical research indicate that metabolic therapies can slow tumor progression and improve patient outcomes. However, the implementation of these strategies in clinical settings faces obstacles due to adherence to traditional treatment protocols and regulatory barriers. The discussion further explores the role of environmental toxins in cancer development, emphasizing that lifestyle modifications could prevent a significant percentage of cancer cases. The importance of addressing socioeconomic factors that limit access to healthy foods and healthcare is also acknowledged, as these disparities contribute to higher cancer rates in disadvantaged communities. Overall, the conversation advocates for a paradigm shift in cancer treatment, focusing on metabolic health, dietary interventions, and a holistic understanding of cancer as a complex disease influenced by various factors, including genetics, environment, and lifestyle. The goal is to empower patients with knowledge and strategies to take control of their health and improve their chances of survival.

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Jason Fung & William Li REVEAL The 4 Steps to PREVENT DISEASE!

Guests: Jason Fung, William Li

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The discussion centers on cancer research and the evolving understanding of cancer's nature and treatment. Key points include the identification of over 100 foods that can potentially starve cancer cells, emphasizing the detrimental role of sugar in cancer growth. Cancer cells, while similar to normal cells, exhibit excessive growth and can spread, affecting organ function. Traditional cancer treatment paradigms focused on killing rapidly growing cells through surgery, radiation, and chemotherapy, which are still foundational but have limitations. The second paradigm shift introduced genetics, identifying mutations that drive cancer growth. However, the complexity of genetic mutations in cancers revealed that there are often hundreds of mutations per cancer type, complicating treatment development. This led to a realization that cancer is not solely a genetic disease but also influenced by environmental factors, including diet. Obesity and hyperinsulinemia were identified as significant contributors to cancer risk, highlighting the importance of diet in cancer prevention. The conversation also emphasizes the role of food in health, with specific foods like green tea, soy, and tomatoes showing anti-cancer properties through their bioactive compounds. The hosts discuss how nutrition can enhance health defenses, including angiogenesis, stem cell function, microbiome health, DNA protection, and immune response. Foods rich in polyphenols, such as blueberries and broccoli, are highlighted for their immune-boosting and anti-inflammatory effects. The importance of maintaining a healthy gut microbiome is stressed, particularly the role of *Akkermansia muciniphila*, a beneficial bacteria linked to better responses to immunotherapy in cancer patients. The discussion concludes with a call to empower individuals to take charge of their health through informed dietary choices, emphasizing that food can complement medical treatments rather than oppose them. The overarching message is that understanding and improving our health through diet can significantly impact cancer prevention and overall well-being.