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Warburg hypothesized that lowering blood sugar restricts fuel to tumors. Research shows cancer cell mitochondria are damaged, impairing their ability to generate energy through oxygen. Cancer cells ferment, obtaining energy without oxygen, similar to ancient organisms before atmospheric oxygen. They primarily use glucose, and also glutamine, for fermentation. Targeting tumors by depriving them of glucose and glutamine can kill them without toxicity. This approach is called the press pulse therapeutic process. The field doesn't recognize this because of the prevailing dogma that cancer is a genetic disease. This dogma prevents consideration of alternative approaches and can affect funding. Despite published papers explaining this, the understanding remains limited within the field, though it resonates with the general public.

Cancer is presented as highly preventable and not solely a genetic disease. The speaker cites research suggesting that higher blood sugar speeds tumor growth, while lower blood sugar slows it, asserting an undeniable link between metabolic state and cancer progression. They note that the transition from a normal cell to a cancer cell does not happen overnight and ask how tumors grow so rapidly, go out of control, and resist easy destruction. A non-toxic approach to managing cancer is proposed: simultaneously restricting two fuels that tumors rely on—glucose and the amino acid glutamine. Glucose circulates in the bloodstream from the foods we eat, and glutamine is an essential nutrient for rapidly dividing cells. By adopting a low-carbohydrate diet and engaging in water-only fasting, a person can achieve nutritional ketosis. The core claim is that tumor cells have defective mitochondria and are dependent on glucose and glutamine for growth and survival, making them vulnerable when these fuels are restricted. The strategy is to replace glucose and glutamine with ketone bodies, thereby selectively marginalizing tumor cells and causing their gradual death. As this occurs, the tumor’s blood vessels disappear, and the body dissolves the remaining tumor tissue. The speaker emphasizes that understanding what causes mitochondrial dysfunction is central to cancer management and that keeping mitochondria healthy is crucial. To maintain mitochondrial health, the recommended practices include vigorous exercise, periods of water-only fasting, and a reduction in the consumption of highly processed carbohydrates. The overarching argument frames cancer control as a metabolic intervention—starving cancer cells of their preferred fuels and supporting mitochondrial integrity through lifestyle choices—rather than relying on conventional toxic therapies. The description highlights a sequence in which fuel restriction leads to metabolic stress on tumor cells, followed by vascular regression within tumors and eventual dissolution, framed as the body's response to diminished glucose and glutamine availability.

Cancer supposedly hates when you stop sugar/glucose, create an alkaline environment, and introduce oxygen. While cancer treatment approaches vary, these three elements are common denominators among doctors and naturopaths. Cells use glucose for energy. Glucose enters a 20-step pathway, yielding two energy units and producing pyruvate (p). Pyruvate then enters an eight-step pathway, the cell's powerhouse, which produces 36 energy units. The key difference between the two pathways is that the eight-step pathway uses oxygen, while the 20-step pathway doesn't. The 20-step pathway is also very fast and consumes a lot of glucose.

Speaker discusses glioblastoma and related pediatric pineoblastomas, stating they are devastating and among the worst cancers. He notes that, based on long-term research and Otto Warburg’s observations, neoplastic cells inside a glioblastoma predominantly use a fermentation metabolism to generate energy, meaning they generate energy without the use of oxygen. He says glioblastoma multiforme was a term used because the cells are highly dysmorphic, but according to his metabolic hypothesis, the origin of the disease arises from damage to cellular respiration, causing all cells to ferment regardless of appearance. All neoplastic cells in glioblastoma are said to use energy without oxygen, derived from two fuels: glucose and glutamine. The speaker highlights stalled survival statistics for glioblastoma, remarking that despite modern scientific advances, there has been no major improvement in keeping people alive. He argues that cancer is not a genetic disease but a metabolic one, and criticizes continued irradiation of the brain in patients with these tumors. He claims published evidence shows that irradiating the brain frees up metabolic fuels glucose and glutamine, driving tumor growth, and that treating glioblastoma with radiation worsens outcomes. He asserts that the brain’s radiation raises blood sugar, stimulates the head to warm, and, along with high-dose steroids that further raise sugar, disrupts neural-glial connections and frees glutamine, leading to rapid demise of many patients. He says the death from glioblastoma is highly reproducible across major medical schools worldwide, and questions why such treatment is used. The speaker cites Pablo Kelly in England, who chose no radiation, no chemotherapy, and no conventional treatment after surgery, suggesting surgery is an essential tool for debulking. He emphasizes that surgical debulking combined with metabolic therapy can shrink the tumor and that metabolic therapy restricts the availability of glucose and glutamine without disturbing the tumor microenvironment. He claims this approach allows patients to live far longer with better quality of life, proposing a shift away from targeting mutations toward a metabolic theory. he outlines a management strategy: surgery to remove much of the tumor, then metabolic therapy to reduce glucose and glutamine, followed by drugs and procedures to further target these fuels. He argues for transitioning patients to nutritional ketosis, lowering blood sugar, elevating ketone bodies (which tumor cells cannot use), thereby marginalizing the tumor, and using additional interventions to target glucose and glutamine. The speaker concludes by asking why such an approach is not implemented, inviting readers to review survival statistics and cancer metabolism to understand why current treatments fail.

Fermentation is the process of obtaining energy (ATP) without oxygen. Cancer cells, regardless of type (glioblastoma, lung, colon, breast, bladder), utilize a similar mechanism: fermentation, or energy production without oxygen. The primary fuels for this fermentation are the sugar glucose and the amino acid glutamine. Therefore, to kill cancer cells, it's necessary to deprive them of these fermentable fuels.

Warburg hypothesized that restricting fuel to a tumor by lowering blood sugar could be effective. Research shows that cancer cell mitochondria are damaged, preventing energy generation through oxygen use. Cancer cells ferment, using an ancient pathway to grow without oxygen, similar to organisms before atmospheric oxygen. ATP, or energy, is essential for cell survival and growth. Cancer cells obtain energy through fermentation, primarily using glucose and glutamine. Depriving tumor cells of these fuels can kill them. This approach forms the basis of a therapeutic process to kill cancer cells without toxicity. The field's adherence to the dogma that cancer is a genetic disease hinders the recognition and acceptance of these findings. This dogma prevents consideration of alternative metabolic approaches, potentially influenced by funding priorities. Despite challenges in acceptance within the field, the public understands the implications of this research.

The cancer cells have evolved with excess food, right? They only understand a lot of food and they don't understand how to make their own food. They understand that, Hey, I gotta get it from the bloodstream, right? If you just do fasting or fasting mimicking diet, they're not happy, you know, but we see over and over kind of a cycle of chemotherapy. It's about the equivalent. So, if you just do fasting mimicking diet cycles, it'll have the slowing down effect of cycles of chemotherapy. But then when you combine it with chemo and we combine it then with immunotherapy, when you combine it with hormone therapy, etcetera, etcetera, that's where you see, you know, in a lot of cases, we actually can drive the cancer down to zero or, you know, really stop it, you know, stop its growth for a very long time.

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.

Combining a ketogenic diet with hyperbaric oxygen therapy in mice increased average survival time by roughly 80%, or even more. Radiation kills tumor cells by causing reactive oxygen species (ROS) to blow them up. Cancer cells protect themselves with a powerful antioxidant system, and glucose and glutamine also protect them from ROS. Radiation causes ROS in the microenvironment, killing both normal and tumor cells. To selectively kill tumor cells without harming the rest of the body, patients are put into nutritional ketosis to achieve a low Glucose Ketone Index (GKI), then undergo hyperbaric oxygen therapy. This dissolves oxygen directly into the blood, removing the fuels that protect the tumor and giving it internal ROS. This selectively kills tumor cells without collateral damage, while the rest of the body's cells burn ketones in pure oxygen.

A 7-day water fast can reduce the lifetime probability of getting cancer by over 70%. Fasting causes cancer cells to die off because they lack the nutrients they need. Fasting also activates cancer suppressor genes and enhances natural killer cells and t killer cells, which kill viruses and cancer cells. It stimulates autophagy, which helps recycle damaged proteins and decreases the risk of cancer. Fasting can increase resistance to chemotherapy and taking nutrients while fasting is important to maintain a strong immune system. There will be a video released soon about an incredible success story of someone who reversed stage 4 cancer through fasting.

While transitioning the whole body off to a fuel that the tumor cells can't use, which is fatty acids and ketone bodies. So, when we take the cancer patients or the mice, we put them into a calorie restriction lowering the blood sugar that I said is one half of the two fuels. And then we use specific drugs to target the glutamine. And together, we can selectively restrict the two fuels while we transition the whole body over to ketones. We, as a species, evolved to be in nutritional ketosis for the majority of our existence as a species, like one point five million years.

The speaker presents a theory of cancer origin and management centered on the idea that cancer cells are cells hovering near death and severely limited in their capacity for survival, in contrast to normal cells in different organs that can flexibly generate and use energy. The core claim is that cancer cells are tightly linked to fermentation-based energy, whereas healthy cells have broader metabolic options. Based on this framework, the speaker outlines a staged strategy to “kill cancer cells” by manipulating energy metabolism. First, the speaker advises reducing the glucose–ketone index (GKI) to close to 2.0 or below 1.0, asserting that this shift will begin to kill cancer cells. To achieve this, the speaker recommends a zero-carbohydrate diet for about ten days, with monitoring to observe the GKI stair-stepping downward in the right direction. The implication is that lowering GKI shifts the body's energy utilization away from glucose toward alternative fuels in a way that pressures cancer cells. Next, after the initial dietary period, the speaker suggests transitioning to water-only fasting. During or after this fasting phase, a “battery of drugs” is introduced—specifically repurposed drugs described as pounding the glutamine pathway and further lowering glucose. The speaker asserts that these tumor cells are “toast” under this dramatic metabolic change, implying that cancer cells cannot cope with the combined stress on glucose and glutamine metabolism. The speaker goes on to claim that, in addition to direct metabolic pressure on tumor cells, healthy body cells compete with tumor cells, effectively starving the cancer cells even more. A further claimed mechanism is “autolytic cannibalism,” where the body reportedly targets tumor cells and uses them as fuel for healthier cells, enhancing the body's ability to combat cancer. The speaker characterizes this process as “evolutionary biology in action,” emphasizing a natural, systemic shift in energy use and cellular competition that favors normal cells over cancer cells. Overall, the presentation outlines a sequential, metabolism-driven approach to cancer treatment: first drive the GKI downward through a zero-carb diet, then implement water-only fasting with a combination of repurposed drugs to suppress glutamine utilization and further reduce glucose availability, with the expectation that tumor cells will be overwhelmed while healthy cells survive and even utilize tumor cells for fuel in a process described as autolytic cannibalism and competitive starvation.

Cancer thrives in an acidic environment and loves glucose while hating alkaline conditions and oxygen. Dr. Tullio Simoncini used sodium bicarbonate, an alkalizing substance, to counteract cancer's acidity. Cancer consumes 15 times more glucose than other cells. To conquer cancer, it is important to create an alkaline environment, reduce glucose levels, and ensure the body is oxygenated. These three factors are common denominators in successful approaches to fighting cancer.

If I had cancer, the first step would be to stop taking carbs and lower the Glucose Ketone Index (GKI). A GKI closer to 2.0 or below 1 starts killing cancer cells. A zero-carb diet for about ten days helps lower GKI, followed by water-only fasting. The brain is addicted to glucose, so a zero-carb diet helps lower that addiction slowly. Once the GKI is around five or seven, the next step is water-only fasting. While in water-only fasting and maintaining a low GKI, repurposed drugs are used to further lower glucose and hammer glutamine. Tumor cells can't handle this dramatic change and often die. The body cells compete directly with the tumor cells, starving them further. The body goes after the tumor cells and uses them for fuel, called autolytic cannibalism.

When you fast, your body cleanses itself, using cellular waste for energy through autophagy. There are documented studies showing that fasting can impact cancer by starving it. Cancer thrives on sugar and poor nutrition, consuming a lot of nutrients in the body. By halting eating, you deprive the cancer cells of their primary fuel source, potentially slowing down its progression. Fasting can shift cellular metabolism, and there's evidence that unhealthy metabolic cells can revert to a healthy state, and even be eliminated completely.

If the speaker had cancer, the first step would be to stop taking carbs and lower the Glucose Ketone Index (GKI). A GKI closer to 2.0 or below 1 starts killing cancer cells. Due to the difficulty, a zero-carb diet is recommended for about ten days to gradually lower the GKI. Once the GKI is around 5 or 7, the next step is water-only fasting. This gradual approach is easier on the body than abruptly stopping food intake. The brain is addicted to glucose, so a zero-carb diet helps lower that addiction slowly. During water-only fasting with a low GKI, repurposed drugs are introduced to further lower glucose and target glutamine. This dramatic change can cause tumor cells to die. Healthy body cells compete with tumor cells, causing further starvation. The body may also go after the tumor cells and use them as fuel, a process called autolytic cannibalism.

Cancer originated from damage to mitochondria, forcing the cell into a fermentation mechanism to survive. The two fermentation fuels that drive the majority, if not all cancers, are a sugar fermentation and an amino acid fermentation. Without glucose and glutamine, no cancer cell can survive. All of the major chronic diseases that we are currently suffering from are the result of excessive amounts of carbohydrates in the diet. The very treatments that are used, radiation as well as temozolomide, they free up massive amounts of glucose and glutamine in the tumor microenvironment, making long term survival very, very rare. I published a clear paper on how the radiation breaks apart the glutamine–glutamate cycle in the brain, freeing up massive amounts of glutamine. Steroids they give these patients increases blood sugar. The two fuels necessary for causing cancer cells to grow out of control are made available in abundant quantities by the very treatments that we're doing to these patients. And cancer cells can't burn ketones or fats. They only can burn glucose and glutamine. And actually, we still don't know the mechanism by which ketogenic diets block epilepsy, but it became crystal clear as how this diet could stop cancer growth.

Glucose fuels the healthy cells in my body, but it also feeds zombie cells - old, damaged cells that accelerate aging by infecting healthy cells with toxic sludge. These zombie cells contribute to conditions like hair loss, wrinkles, arthritis, cancer, and dementia. Fasting cuts off the glucose supply, starving the zombie army and weakening them. When food is abundant, my body stores excess energy as fat. When food is scarce, that fat is converted into ketones by the liver. These ketones then serve as an alternative fuel source, providing emergency power.

Our bodies rely on glucose as fuel for healthy cells, but it also feeds zombie cells that cause aging and various health issues. However, scientists have discovered that fasting cuts off the supply of glucose, starving the zombie cells and weakening them. When food is scarce, our body converts stored fat into ketones, an alternative fuel source for both our bodies and brains. This process not only deals with the zombie cells but also allows healthy cells to enter repair mode, fixing damage and addressing any issues. With the zombie cells under control and our overall health improved, the future looks promising.

Speaker 0 and Speaker 1 discuss access to treatment protocols and the scope of their metabolic approach to cancer. Speaker 1 notes they recently published a comprehensive, open-access protocol for glioblastoma in Biomedical Central, co-authored with Doctor Thomas Durai and over 20 scientists, physicians, nutritionists, and dietitians. The paper also marks the launch of the new Society for Metabolic Oncology. The protocol targets glioblastoma, a deadly brain cancer; Speaker 1 highlights that the same metabolic issues—cancers’ need for glucose and glutamine and their inability to burn ketones or fatty acids—apply across cancers such as lung, colon, breast, and bladder. He asserts that glioblastoma has seen no major advancement in management for a hundred years and attributes part of the problem to how brain irradiation can increase glucose and glutamine in the tumor microenvironment, potentially hastening decline. Speaker 1 emphasizes that the protocol for glioblastoma could be used for other cancers and centers on “pulling the plug on the fermentable fuels.” The regimen involves a phase of mild exercise, monitoring the glucose ketone index (GKI), and transitioning patients from dangerous metabolic states to more manageable ones to reassess treatment strategies and progressively reduce tumor activity. He stresses they are not claiming a cure; instead, they aim to “manage cancer effectively,” enabling patients to maintain a high quality of life whether or not the tumor regresses. Speaker 1 shares a clinical example: Pablo Kelly, who died last year, lived ten years with glioblastoma; he married and had three children. Although never cured, his tumor was put into an indolent state. Pablo died after a fourth surgical debulking; the tumor had been reduced and became operable after metabolic therapy, though it was never completely eradicated. The discussion notes that initial diagnosis described his tumor as inoperable, with a prognosis of death within twelve months if treated with large doses of chemo and radiation; he avoided radiation and chemotherapy and pursued metabolic therapy. The tumor then shrank enough to allow subsequent surgery over years, illustrating a shift from an aggressive to a more indolent disease course. Speaker 0 clarifies that “debulking” means removal of tissue. Speaker 1 reiterates their stance: cancer can be managed, changing its diagnosis from extremely aggressive to indolent, but they avoid using the word cure. They acknowledge uncertainty about long-term cures and note that standard care does not guarantee cure, while suggesting their approach can achieve substantially better outcomes.

Foods with a low glycemic index are advised to keep a steady glucose level; 'a banana, very high in glycemic index' causes an immediate spike. I built that calculator for brain cancer patients; now it's powerful for all cancers. We place the cancer patient in the low glucose ketone index. We get them down in there. Then we add 'glutamine targeting drugs' to polish off tumors or dormant them. Now young people, '30, 20 year olds,' ask 'what's the GKI?' They’re into weightlifting and see they can enter a 'paleolithic zone' themselves. 'Yes, that will prevent cancer because you can't get cancer if your mitochondria are healthy.' You're in a 'paleolithic zone' where our ancestors rarely have ever got cancer.

Diets can reduce glucose, but not glutamine, an essential amino acid for tumor cells, the immune system, gut health, and the urea cycle. Normal immune cells and neoplastic tumor cells use the same fuel. The "press pulse" strategy manages cancer by consistently pressing glucose down via a transition to ketones, while drugs pulse glutamine. Aggressively targeting glutamine compromises the immune system, leading to infections. Small doses of glutamine-targeting drugs are used briefly once the patient is in therapeutic ketosis, then removed to allow the immune system and gut to recover. Immune cells are stunned, not killed, by glutamine deprivation, reactivating to clear dead cancer cells once the drug is removed. Adding glutamine back can rescue some tumor cells, but their growth is slow due to the glucose restriction. After immune system recovery, another small dose of glutamine inhibitor is administered, slowly degrading the tumor while the rest of the body becomes healthier.

To manage cancer without toxicity, we can restrict the two fuels that drive tumor growth—glucose and glutamine—while transitioning the body to use ketones and fatty acids, which tumors cannot utilize. By implementing calorie restriction to lower blood sugar and using specific drugs to target glutamine, we can effectively limit these fuels. Humans have evolved to be in a state of nutritional ketosis for most of our existence, relying on low carbohydrate intake. Normal cells can utilize ketone bodies for energy due to their healthy mitochondria, while tumor cells cannot. By replacing glucose and glutamine with ketones, we can gradually marginalize tumor cells, leading to their death as blood vessels diminish and the body clears them away.

Cancer is preventable, but diet and lifestyle choices induce it. Cancer isn't solely genetic; tumor growth is linked to blood sugar levels. High blood sugar accelerates tumor growth, while low blood sugar slows it. Cancer cells grow rapidly and are hard to kill because of dysfunctional mitochondria. A solution to manage cancer without toxicity is to restrict glucose and glutamine, the fuels for cancer cells. Water-only fasting and low-carbohydrate diets induce nutritional ketosis, replacing glucose and glutamine with ketone bodies. This selectively marginalizes tumor cells, causing them to die, blood vessels to disappear, and the body to dissolve them. Maintaining healthy mitochondria through vigorous exercise, water-only fasting, and reduced consumption of processed carbohydrates is crucial.