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" Cancer? Cancer, you know, we're we're seeing certain cases here and there." "for those three cases, you know, there was success. You know, I know two of the patients." "it's not for everybody." "why is it again that some patients are improving with high dosages of mebendazole, ivermectin, etcetera, and some patients are not?" "we did fecal transplant using her grandson, and we extended her life. She improved her appetite." "She improved her hemoglobin, but it wasn't continuous." "we've shown that loss of bifidobacteria is a problem in invasive cancer." "I think there's gonna be in a future where we're gonna have, every cancer is gonna have a microbe attached to it." "Think about HPV cervical cancer, H. Pylori, gastric cancer, Burkitt's lymphoma, Epstein Barr virus." "there's gonna be a link to a cancer and a microbe that's lacking that needs to be repopulated." "in other words, is it over is the tumor growing because of a microbe that's in there that’s allowing it to grow?" "suppression of that microbe would be first to to kill off the tumor." "the methods that we have right now at killing the tumor is we kill off everything. Kind of like what we do with hydroxychloroquine." "We kill off the virus, but then we kill the whole microbiome." "that's not necessarily a solution because the problem is, well, you've killed the virus this time, but then what happens now you've killed your microbiome and your bifidobacteria, and now you're gonna get another virus and another virus." "Knowing what I know today, which is once you kill your microbiome, it takes years to recover."

Recently, a spine surgeon discusses multiple sclerosis (MS) and the difficulty in diagnosing it. The presence of plaques in the central nervous system, as seen in MRI scans, is a key characteristic of MS. However, these plaques are not fully understood. A pathologist conducted autopsies on 10 MS patients and found parasites in the brain and spinal cord of every single one. It is now believed that these plaques may actually be parasite egg sacs, indicating a parasitic infestation. In some cases, small nematode wormholes were visible. This discovery challenges previous understanding of MS and suggests a potential link to parasitic infection.

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.

Speaker 0 argues that parasites and cancer have been kept separate topics despite evidence linking them, noting that the NIH has many studies on ivermectin and cancer while doctors worldwide show videos, and referencing a German 1990s project suggesting cancer is caused by intracellular parasites. He cites an example of an adenocarcinoma of the bowel or breast cancer under the light microscope appearing essentially indistinguishable from parasite egg sacs, and relays Brian Artis’s account of a forty-year Egyptian parasitologist who said, “In forty years in parasitology, not one oncologist has told me has made that association, but we talk about it all the time in parasitology circles.” He concludes that “they know that cancer is parasites” but that researchers do not speak about it to avoid losing funding. Speaker 1 shifts to the microbiome and physiology, noting that 40–60 percent of blood volume passes through the mesenteric gut, delivering blood through arteries with melanopsin receptors. He explains that prokaryotes (bacteria) release 5,000 times more light than eukaryotic cells. Physicist Fritz Pott reportedly showed that every cell emits a specific frequency of light called extreme low frequency UV, though the spectrum remains unknown. He conceptualizes the microbiome as a light projector and the enterocyte surface as the screen, with the information buried in the emitted light driving microbiome function. He contends that light is central to quantum biology in the gut and that current biology and gut health research do not fully understand this. Speaker 1 praises Jeff Leach’s work, referencing a paper on HASDA equatorial populations fed highly processed foods; the microbiome did not change with diet, and he views this as pivotal, arguing that exposure to nature and sun alters the microbiome. He explains that migration changes the microbiome due to changes in latitude and diurnal light variation, which suggests that light, water, and magnetism sculpt the gut microbiome in powerful, perhaps paradigm-shifting ways. He mentions a blog post (CPC number 42) and plans to share counterintuitive connections between the gut and brain in Europe (Poland and Germany) after releasing related material on Patreon. Speaker 1 urges microbiome researchers to analyze the spectrum of light emitted by the microbiome, proposing photo multiplier techniques to understand species variation tied to environmental light. He notes UV light is toxic to most prokaryotes, while blue, green, and red light are preferred by many bacteria; mitochondria, derived from a bacterium 650 million years ago, tolerate UV light due to cytochrome components and fluorophore proteins. He describes NAD/NADH as a light-absorbing electron acceptor linked to tryptophan, absorbing 340 nm light, and asserts that carbohydrate electrons enter mitochondria via cytochrome one, with environmental light signals influencing both the skin and gut, and ultimately affecting the brain, blood-brain barrier, and even the cervical spinal cord barrier. He concludes that the gut is a counterintuitive quantum biologic tissue and that many diseases originate outside the gut, with skin and eye signals altering gut processes and biophysical properties of CSF and barriers.

Parasites are common but hard to detect in the body. They can burrow deep into tissues, leading to serious health issues like cancer. Treatment involves using multiple antiparasitic medications for a few weeks. These medications can also help turn off cancer pathways. It's important to work with a doctor to properly address parasites, dental issues, and detoxification for overall health. Regular liver enzyme monitoring is necessary due to potential side effects. Dental evaluations are crucial for identifying hidden infections. Overall, addressing parasites and other underlying issues is key to restoring health.

There is a growing concern about the connection between parasites and cancer, which has been largely ignored. The NIH has conducted numerous studies on Ivermectin and its potential in treating cancer. Doctors worldwide are now sharing videos that show the similarities between cancer cells and parasite egg sacs under a microscope. A chiropractor named Brian Artis discussed this with a 40-year Egyptian endologist, who was surprised that oncologists had never made this association. It seems that cytologists often discuss the link between cancer and parasites, but oncologists remain silent, possibly due to fear of losing funding.

The speaker notes that certain parasite medications show strong potential in targeting glutamine metabolism in cancer. Specifically, the Benzazole class and Fenbendazole are highlighted as medications being explored in this context. The central question addressed is why a parasite medication might be effective against cancer cells. The answer given is that parasites and cancer cells share a common metabolic pathway: glutaminolysis. This pathway involves substrate-level phosphorylation in the mitochondria, and it is the same metabolic process being targeted. The speaker references a recent publication related to this mechanism, described as a paper with Derek’s big paper, indicating that the concept and supporting data have been recently published. The emphasis is on the idea that inhibiting glutaminolysis could disrupt a critical energy and biosynthetic pathway that both parasite-infected cells and cancer cells rely upon, potentially providing a therapeutic avenue. The discussion reinforces that the medications under consideration—Benzazole compounds and Fenbendazole—are being actively developed or tested for their ability to interfere with this shared mitochondrial metabolic route. Additionally, the speaker connects the effectiveness of these parasite drugs to the broader principle that targeting a common metabolic vulnerability in cancer cells may yield translational opportunities from antiparasitic strategies. The overall point is that leveraging parasite medicines, which may disrupt glutaminolysis, could offer a way to impair cancer cell metabolism through mitochondrial substrate-level phosphorylation, a mechanism now supported by recent publication activity. The takeaway is that there is ongoing work to validate the approach of repurposing parasite-targeting drugs to exploit the glutaminolysis pathway in cancer, with empirical support emerging from the referenced Derek-associated publication.

A man in his seventies, a smoker and drinker, lost weight and had trouble swallowing. He started taking ivermectin after hearing about its benefits from someone with prostate cancer. Despite being diagnosed with unresectable esophageal tumors, he refused chemo and radiation. After taking ivermectin, his tumors disappeared, but his biggest concern was selling his fishing boat.

Joe Tippen, a cancer survivor, claims that a dog dewormer called Fimbendazole cured his small cell lung cancer. Despite skepticism from cancer researchers, Tippen believes the dog medicine, along with vitamin E supplements, CBD oil, and an experimental cancer drug, cleared his cancer. He plans to continue taking the dog dewormer for the rest of his life. Additionally, a lab tech alleges that doctors in the United States often fail to diagnose parasitic infections, leading to misdiagnoses of various symptoms. The tech suggests that parasites are common and can cause gastrointestinal issues and other health problems. She believes that parasites are intentionally used for population control and wealth transfer. Apricot seeds are also mentioned as a potential cancer treatment.

Jennifer Sears shares her experience with parasites living in organs beyond the intestines. She describes a long medical journey after ultrasound findings revealed cysts in the liver, pancreas, and spleen. Her initial GP told her the cysts were benign and something to monitor, but Sears pursued further investigation. She notes that her own research suggested that cysts in the liver can be parasitic, specifically tapeworms, based on medical papers she found online. When she presented this information to her then-GP and later-to a younger doctor after a change in physicians, she says they dismissed the idea, with the newer doctor reacting as if Sears was hallucinating despite the receipts she brought. Sears explains that basic internet searches and AI-generated summaries supported her assertion that cysts and the organs can be tapeworms, making the hypothesis “very plausible” given her history of cats and finding tapeworms in them. Following her deep dive, Sears undertook a two-month parasite cleanse, followed by a three-month wait, and then underwent another ultrasound, which showed zero cysts in any of the affected organs. She emphasizes the outcome of her experience, noting the ultrasound results as a payoff for the cleanse. She then prompts viewers to watch a video that explains her point and expresses relief that the information appears on mainstream media. The video segment introduces a separate case from Edmonton, where a 36-year-old woman, Cassidy Armstrong, initially appeared to have a rare cancer based on a liver mass the size of a grapefruit and weight loss. A biopsy eventually revealed that the growth was not cancer but a parasite. Surgeons removed most of her liver, the gallbladder, and some lung nodules. The medical team then delivered the unexpected news: the parasite was identified as Echinococcus multilocularis, a tapeworm that can be transmitted to people through coyote or dog feces. The report notes that the parasite is believed to have originated in Europe and is increasing in Alberta, where coyotes are increasingly urban rather than wild prairie animals. Doctor Stan Houston states that in the past six years in Alberta, the parasite has been confirmed in fifteen people, thirteen of whom were dog owners. Cassidy Armstrong reportedly had clean habits and no dog of her own, yet doctors believe the parasitic cyst had been developing in her for about ten years.

Speaker 0: More evidence. Here's some evidence. Do you guys see that? Let's go ahead and see that again real quick. Yep. That is going to be a tumor. And when oh, oh, there we go. Worms. Those are worms inside the tumor. That's why the body walls the parasites off. It actually becomes a defense mechanism to the parasites and the eggs. So the body is not going to attack it because the immune system isn't gonna attack its own cyst or tumor. So all cysts and tumors are going to be parasites. Speaker 1: So here's the document, which is a confidential document, which is actually nineteen forty eight. So let's read it. There are reasons to believe that specific biological characteristics of malignant tumor tissues and parasite comprise the following elements, and it lists them right there. And then further here. So endoparasites and malignant tumors resemble each other in many respects by reason of similar conditions under which they grow and exist. This suggests long ago the idea in regard to parasitic. Speaker 0: The micro parasites described by doctor Weber that you can see here can be found in the tissue of more evidence. Here's some evidence. Do you guys see that?

Cancer and parasites have been overlooked as a connection, with doctors worldwide sharing videos and research on the topic. A German research project from the 1990s revealed that cancer could be caused by intracellular parasites. Under a microscope, cancer cells resemble parasite egg sacs. Despite this, oncologists have not made the association between cancer and parasites, possibly due to funding concerns.

I am presenting a case series of three patients whose cancers went into remission after taking the antiparasitic drug fenbendazole, as detailed in a paper published in Clinical Oncology Case Reports. Fenbendazole is a veterinary medicine that interferes with microtubule formation during cell division, which may inhibit cancer cell proliferation. This suggests it could be a safe and effective option for cancer treatment. There is an urgent need for drug regulators to consider repurposing fenbendazole for human use, especially since other safe treatments have been approved quickly. Further research is necessary to establish its role as a chemotherapy option. The paper indicates that these three patients experienced significant improvement in their cancer conditions. For more details, refer to the full paper.

A doctor encountered a patient, Eddie, in his seventies, who had lost 40 pounds over 18 months. Eddie, a smoker and drinker, could barely swallow or talk. He knew someone with prostate cancer who had supposedly cured himself with Ivermectin, so Eddie began taking it. After the doctor advised him on diet, Eddie sounded stronger within weeks, could swallow, gained six pounds, and his voice improved. Diagnosed with two unresectable esophageal tumors, Eddie refused chemo and radiation, continuing Ivermectin. About six weeks later, a scan revealed the tumors were gone. The doctor found this case interesting. Eddie's biggest problem was that he had sold his fishing boat.

The speaker claims that cancer may not be what we think it is. Red blood cells are shown to contain lively micro parasites. A tumor cell from a bladder carcinoma is shown with vacuoles and string-shaped structures. All recordings have certain reoccurring types of microbes in common. The speaker states there is no tumor tissue without these microbes and no blood of a cancer patient without these micro parasites.

Seventy percent of autoimmune cases seen in practice were caused by parasites, including rheumatoid arthritis, lupus, fibromyalgia, and Sjogren's. Fifty percent of cancerous tumors/polyps were parasitic egg sacs misdiagnosed as cancer. Ivermectin, an antiparasitic drug, is used to combat and cure cancers because many cancers are actually parasites. Chemotherapy and radiation would not be needed if oncologists were trained to identify parasites as the cause of tumors or masses. There are cheap, natural alternatives to kill parasites, avoiding the need to kill all cells in the body with chemotherapy and radiation.

The speaker describes a medical situation in which cancer had spread extensively: “In my neck, my liver, my bladder, my pancreas, and in my bones from head to toe.” He notes that when small cell lung cancer metastasizes this far, the prognosis is extremely poor, stating that “Life expectancy goes below one percent.” Shortly after, he received a call from a large animal veterinarian who shared a remarkable anecdote involving cancer research at Merck Animal Health on the veterinary medicine side. The veterinarian explained that a scientist working there had been implanting cancer in mice for research, and as a result her entire mouse population developed intestinal parasites. According to the story, the scientist administered fenbendazole, the drug commonly used to treat parasites in animals. Remarkably, not only did the drug save the mice from dying of intestinal parasites, but weeks later it appeared to cure the mice of cancer as well. The speaker recounts this as a concise answer to the question at hand about possible treatments. Motivated by this anecdote, the speaker began taking fenbendazole himself, starting the day after receiving the veterinarian’s account. He reports that “three and a half months later” he was all clear of cancer. In summary, the speaker connects a dire prognosis for widespread metastasized cancer with an anecdotal account from a large animal veterinary context: fenbendazole, used for parasitic infections in animals, purportedly cured cancer in mice in that story, and the speaker credits starting fenbendazole with achieving an all-clear status several months later.

The majority of cancers are often misdiagnosed parasite infections, such as uterine fibroids, ovarian cysts, and various masses. Despite the CDC acknowledging the prevalence of parasites in America, medical education largely ignores this topic. Parasites are considered a leading cause of cancer, alongside snake venom, which has been known to induce cancer since 1956. Researchers who discovered this link were awarded a Nobel Prize. Interestingly, nicotine has been shown to dissolve venom-related tumors, including brain tumors, in under three days. This information is often overlooked, leading to discomfort around discussing nicotine's potential benefits.

Fenbendazole is described as more than just a dog dewormer, comparing that description to saying water is only for lawns. It works on various animals, impacting cestodes, nematodes, flukes, and protozoa like giardia. Fenbendazole isn't approved for human use because research is done on animals, while its cousins, mebendazole and albendazole, are researched on humans. Joe Tippins, diagnosed with small cell lung cancer, was sent home with hospice after chemotherapy led to metastasis. Following a vet's advice, he took fenbendazole, and within three months, his scans were clear. Fenbendazole binds to microtubules, preventing mitosis and causing apoptosis, similar to taxanes and vinca alkaloids. It arrests cells, upregulates tumor suppressor genes like p53 and p21, and is similar to metformin in glucose control. It inhibits hexokinase two, which is upregulated in cancers to increase glucose uptake. It also helps the immune system recognize tumors and reverses tumor-associated macrophages.

There's been a significant oversight regarding the connection between parasites and cancer. Numerous studies exist on ivermectin and cancer, yet this link remains largely unaddressed. Research from the 1990s indicated that cancer cells, such as those in adenocarcinomas, resemble parasite egg sacs under a microscope. A chiropractor, Brian Ardis, consulted a 40-year Egyptian parasitologist who confirmed that no oncologist had ever made this connection, despite it being a common topic in parasitology. This suggests that the medical community may be aware of the parasite-cancer link but is hesitant to discuss it due to funding concerns.

The discussion centers on the role of parasites in food and their potential link to cancer. It suggests that cancer may be a parasitic infection, a view not widely recognized in mainstream medicine. The conversation critiques mRNA technology and vaccines, proposing that they may weaken the immune system, allowing latent parasites to proliferate, leading to multiple cancers. It also raises concerns about synthetic parasites created through advanced technology, which could be linked to the COVID-19 outbreak. The importance of antiparasitic treatments is emphasized, along with the need for a paradigm shift in understanding diseases as toxic reactions rather than infections. The speakers argue that current health crises may stem from engineered biological agents rather than traditional viruses.

This pelvis x-ray reveals numerous linear densities, indicative of cysticercosis, caused by larval cysts of the pork tapeworm, Taenia solium. The infection occurs when humans consume undercooked pork, leading to the worms in the gastrointestinal tract and the potential spread of eggs to others. In this case, the cysts have affected the soft tissues of the hips and legs, discovered incidentally after the patient fell and experienced hip pain, revealing a femoral neck fracture. While these cysts are not life-threatening in this location, they can cause serious issues if they reach the brain, resulting in neurocysticercosis, which can lead to severe neurological symptoms and even death. The key takeaway is to maintain hygiene and avoid consuming raw or undercooked pork.

A scientist at Merck Animal Health implanted cancer in mice for research. The mice also developed intestinal parasites, so she gave them Fenbendazole, a drug used to kill parasites. Surprisingly, the mice were cured of cancer. Inspired by this, a man with stage 4 glioblastoma started taking Fenbendazole, a dog dewormer, and mixed it with yogurt or smoothies. He bought it online without a prescription. He also added curcumin, CBD oil, and vitamin E to his regimen. This unconventional treatment is now known as the Joe Tippen's protocol.

And that is going to be a tumor. When oh, oh, there we go. Worms. Those are worms inside the tumor. That's why the body walls the parasites off. It actually becomes a defense mechanism to the parasites and the eggs. So the body is not going to attack it because the immune system isn't gonna attack its own cyst or tumor. So all cysts and tumors are going to be parasites. There are reasons to believe that specific biological characteristics of malignant tumor tissues and parasite comprise the following elements, and it lists them right there. Endoparasites and malignant tumors resemble each other in many respects by reason of similar conditions under which they grow and exist. This suggests long ago the idea in regard to parasitic.

Seventy percent of autoimmune cases seen in practice were caused by parasites, including rheumatoid arthritis, lupus, fibromyalgia, and Sjogren's. Fifty percent of cancerous tumors/polyps were parasitic egg sacs misdiagnosed as cancer. Research showing ivermectin cures certain cancers works because many cancers are actually parasites. Chemotherapy and radiation would not be needed if oncologists were trained to identify parasites as the cause or that cancerous tumors are parasitic egg sacs. There are cheap, natural alternatives to kill and remove parasites, avoiding the need for chemotherapy and radiation.