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Seed oils are chemically extracted using hexane and high heat, resulting in oxidized, rancid fats. The process includes deodorizing and bleaching with additional chemicals. Because they are GMO, seed oils contain traces of glyphosate, a toxic herbicide. Healthier alternatives for cooking include butter, ghee, tallow, coconut oil, and olive oil.

Seed oils use hexane, which is a solvent, to chemically extract their oils using high heats, additional chemicals to deodorize, bleach, and create this oxidated rancid fat. They're GMO, which means they have traces of glyphosate, which is an herbicide, which is really toxic. And you say they're safe? I don't think so. Instead, cook with butter, ghee, tallow, coconut oil, and olive oil.

"Seed oils are called polyunsaturated fatty acids." "Poly meaning many." "Unsaturated mean a type of oil that it's very very fragile and unstable." "Now the first thing you need to know is that when they talk about vegetable oils they're really talking about seed oils." "It comes from corn, soy, canola, things like that." "They're considered one part of the ultra processed food category which they use industrial processing where they're heating, adding hexane, which is a solvent that's in gasoline." "And so they go through this incredible refining process where you end up with this very refined empty oil." "And one of the reasons they do this is so it can sit on the shelf for a long period of time." "We consume like 25 to 30% of our calories with this right here."

Margarine and seed oils like canola oil should be avoided, especially for heating. Avocado and olive oil, despite being mostly monounsaturated, contain polyunsaturated fats that become rancid and damaged when heated, making them unsuitable for cooking. For cooking, more stable saturated oils solid at room temperature are recommended. Coconut oil is a good option. Tallow (rendered beef fat) or raw butter are preferred for pan heating. For high-heat cooking, ghee (clarified butter) is best as it doesn't burn easily. The peroxidation index, which indicates when an oil becomes damaged and oxidized, is more important than the smoke point, which only indicates when an oil starts burning. Tallow, coconut oil, butter, and ghee are the preferred oils for cooking.

Ancestral diet revolution, how vegetable oils and processed foods destroy our health and how to recover. The oxidative stress that occurs with smoking kind of poisons us for about six months to a year after quitting. But we consume the seed oils, right? It's going to poison us for about three years after just one serving in cooking oil. So these oils were never meant for fuel like other fats. And the biggest damaging effect from these seed oils is what they do to your mitochondria. And this is why seed oils lead to insulin resistance. Of course, from there, have a fatty liver, obesity, heart disease, increase your risk for cancer, etc.

So highly processed vegetable oils are healthy for us and butter is bad for us, right? Well, here's how they're both made. First, seeds are exposed to high heat and pressed to extract the oil. Heating increases the yield but can oxidize the oil, which makes it pro inflammatory. Then, it's treated with a toxic solvent called hexane to further increase the yield. Then it's distilled to remove the hexane. After that, it's degummed and neutralized. Then it's bleached to make its appearance acceptable to consumers. And then they deodorize it because the oils can develop off flavors and odors due to the presence of free fatty acids, oxidation products, and other volatile compounds. Sounds like a pretty normal, safe, and natural thing for humans to consume. Now here's how butter's made. Rinse it with water, and then you're done. Now this is clearly unhealthy, dangerous, and toxic to humans.

Vegetable oil is described as highly toxic and not real food, belonging in car engines instead. Manufacturing requires heat, chemicals, and high pressure, which oxidizes delicate seed oils. Consumption of oxidized oils like soy, canola, corn, safflower, and sunflower creates free radicals, causing inflammation, heart disease, and cancer. Restaurants use these oils in a carcinogenic way by repeatedly heating and reusing them. A University of Minnesota researcher found toxic aldehydes in fast food french fries, which are known to cause gene mutation, alter RNA and DNA, and trigger massive inflammation. The recommendation is to avoid industrial seed oils as much as possible.

Some of the best fats, would be like olive oil. But also a different type of fat called medium chain triglycerides, MCT oil type fats, and that would be in butter. So you'd wanna cook with butter, put butter in your food, but make sure it's from grass fed, you know, cow milk. But the MCT fats, the medium chain triglycerides are very different because they don't require bile. So they're less stressful on the liver when you consume them. I also found some research that these MCT oils or fats help protect against a fatty liver.

Vegetable oils used in food products are not real food. They are manufactured using heat, chemicals, and high pressure, which oxidizes the delicate seed oils. Fast food restaurants often use these oils in a carcinogenic way, repeatedly heating and reusing them. A researcher found toxic aldehydes in French fries from various fast food places. Advising people to consume vegetable oils is misinformation. It is recommended to avoid industrial seed oils as much as possible. Refined vegetable oils are commonly found in processed and packaged foods, from crackers to baby formula.

Seed oils like canola, sunflower, safflower, grapeseed, and palm oil are harmful due to processing methods. Canola oil production involves hexane, a neurotoxin, heating to 405 degrees, deodorization with sodium hydroxide (a carcinogen), and sometimes bleaching. The consistent color of vegetable oils on grocery store shelves is chemically induced. These oils are pro-inflammatory. Five oils to use are grass-fed butter, ghee butter, grass-fed tallow, coconut oil, and olive oil.

In this Wide Awake Media podcast conversation, host Didi Denslow and guest Ivor Cummins—a biochemical engineer, nutrition expert known as the Fat Emperor—discuss health paradigms, seed oils, geopolitics, and emerging technologies, with a recurring emphasis on waking up to structured power dynamics. Seeds oils and the “devil’s triad” - Cummins presents a framework he calls the “devil’s triad” to explain modern obesity and diabetes trends: sugars, refined grains or refined tweeds, and seed oils. He cites American data indicating 64% of adults over 45 are prediabetic or diabetic, suggesting the triad drives these conditions. Cutting out sugars, refined carbohydrates, and seed oils is portrayed as a path to reversing obesity and diabetes epidemics. - Seed oils are described as being extracted with hexane and solvents under high heat/pressure. They include sunflower, safflower, rapeseed (and other seed-derived oils). He states they are high in omega-6 fats, used as signaling molecules in inflammatory processes, and should be kept to very low dietary levels (current US intake around 15% of calories versus a recommended under 0.5%). He notes issues in processing: hydrogenation and molecular damage, plus deodorizing, bleaching, and color adjustments that mask natural signals to avoid consumption. - He contrasts seed oils with natural fats from real foods: olives (olive oil), animal fats like lard and tallow, and butter, which are deemed acceptable. He references historical and industry context: seed oils originated from lubricants used in engines (and later hydrogenated for food), with Crisco marking their rise; he attributes a shift in public health trends to decisions in the mid- to late-20th century, including influential thoughts by Ancel Keys on saturated fats. - The discussion also touches the economics and incentives: seed oils are cheap, shelf-stable, and favored by global supply chains and processed foods; this is linked to industry strategies and ties between food, pharma, and academic funding. Some guests’ positions align on seed oils as a major driver of chronic disease, though Cummins also acknowledges the role of refined carbohydrates and sugars. Diet, personal change, and practical guidance - The host shares personal experience: eliminating seed oils improved health, including belly fat reduction. - Repertoire of alternative fats suggested includes high-quality olive oil, coconut oil, tallow, lard from well-raised pigs (with caveats about omega-6 content), and avocado oil as a more expensive option. Geopolitics, digital identity, and cultural shifts - Digital ID and civil liberties: Ireland’s progress toward digital ID is discussed, illustrating a “boiling frog” dynamic: government IDs exist but may become mandatory over time. Cummins underscores civil disobedience, awareness, and lobbying as means to resist, arguing that politicians report to higher, unelected networks. He asserts EU structures (EU Commission, European Parliament) mimic Soviet-era governance, creating a centralized power apparatus. - Hate speech law in Ireland: Cummins describes an earlier hate speech framework (1986 incitement to hatred) as effective, and a proposed newer framework with broad, protected classes as a potential threat to civil rights, warning that the pre-crime model resembles Minority Report, 1984, and Brave New World. He suggests public scrutiny of whom politicians report to. - Global networks and governance: The conversation invokes a historical view of global power networks (Rhodes, Milner, Rothschilds, Rockefellers) and institutions like the Council on Foreign Relations, Bilderberg, Trilateral Commission, and the CIA. Cummins sees these organizations as orchestrating global policy and economy, with a current sense of tension due to BRICS dynamics, shifting American leadership, and challenges to the old oligarchies. - Immigration and demographic strategy: He cites Denmark, Hungary, Poland, and Switzerland as examples with restrictive immigration policies and self-sufficiency requirements. Denmark, for instance, is highlighted for its stringent residency rules and crime data transparency on migrants. He contrasts Ireland’s relatively permissive approach to immigration with these models, discussing the Kalergi Plan as a shorthand for a demographic strategy, and argues there has been a deliberate, years-long push to alter European demographics, partly framed by climate discourse and social narratives. - Climate narrative and AI: Cummins notes perceived weaknesses in the climate-change narrative, acknowledging growing awareness and industry signals that climate policies may be economically unsustainable. He predicts data centers and AI infrastructure will continue to drive energy demand, while asserting AI is a tool with significant rote-task capability but no true sentience. He argues the public is increasingly skeptical about climate catastrophism, while acknowledging the real-world shift toward data-driven, centralized control. Solutions and events - Awareness and education are repeatedly stressed as essential first steps. Cummins envisions a non-conspiratorial, docudrama-style approach to explain power politics and history, aiming to reach a mass audience with credible, non-fringe framing. - Concrete steps discussed include focusing on Denmark-like models for immigration policy, local and national political engagement (email campaigns to MPs, peaceful in-person events like Ireland’s IRL forum), and media reform initiatives to counterbalance globalist influence. - He promotes practical financial preparedness (physical gold and silver) as protective measures amid expected market volatility and potential fiat-currency depreciation. Closing note - The interview ends with a reiteration to avoid seed oils, stay awake, and engage in informed civic action. The speakers emphasize a broad, systemic view of health, governance, and technology, urging proactive public discourse and engagement to influence policy directions.

The fat-free, low-fat diet has not reduced heart disease. Margarine, which was introduced as a substitute for butter, is actually toxic and only one molecular structure away from plastic. When margarine enters the body, it damages the arterial walls because it is a damaged fat. To maintain heart health, we should consume fats from natural sources like nuts, seeds, coconuts, avocados, and plant oils that have been traditionally extracted from the flesh of plants. This includes coconut oil and olive oil.

Prioritize consuming fats in whole food forms such as seeds, nuts, avocados, pasture-raised eggs, and fatty fish like mackerel, sardines, herring, and anchovies. Olive oil is also recommended as a minimally processed option. It's advised to avoid hexane-extracted, deodorized, solvent-mixed refined oils.

Two of my favorite fats are grass fed ghee and grass fed beef tallow. These fats have a lot of conjugated linoleic acid, which is super good for your gut. They’re really, really healthy fats that have been demonized by the canola oil industry. So don’t be afraid of consuming these. They’re great to cook with, great to ingest.

The extraction of oil from the heart disease, hard seed, damages the oils. And now people are reading damaged oils, and it gets into the artery, and it damages the arterial walls. So if there is a fat that contributes to heart disease, it would have to be those oils. You see them in the supermarket. They're in clear plastic bottles. It's called corn oil, soy oil, canola oil, safflower oil. Don't touch them. Yes. They're in clear plastic bottles. It doesn't really matter because they're so totally destroyed anyway. Margarine, it's a toxic fat. Body can't handle it.

Seed or vegetable oils, including canola, safflower, and soybean oil, are now in the mainstream spotlight due to concerns about ultra-processed foods. These oils are used in 90% of supermarket foods and in most restaurants for cooking, flavoring, and texturing. Canola oil was originally an engine lubricant, and cottonseed oil was used to make soap. The refining process involves washing with chemical solvents like hexane, heating to high temperatures causing oxidation, and then bleaching and deodorizing to mask rancidity. The bottled oil continues to break down on the shelf and oxidizes further during cooking, resulting in an unstable, inflammatory substance that is claimed to be heart healthy.

Olive oil is better than seed oils, but extra virgin olive oil cannot be heated above 124 degrees Fahrenheit. Olive oil with "extra light taste" can be heated above that temperature, but it will be more oxidized. Most olive oils are in plastic, which is not ideal. Olive oil should be extra virgin, in glass, and organic. It is better not to cook with it.

Seed oils are not inherently problematic. The issue arises when seed oils are consumed in ultra-processed foods and takeaways cooked at high temperatures. People who feel better after eliminating seed oils likely improved their health by cutting out junk food, not by avoiding seed oils themselves. Research indicates that replacing butter with unsaturated fats, like seed oils, can lower inflammation, improve cholesterol, and reduce heart disease. Therefore, using fresh seed oils on salads or in home cooking is beneficial when part of a whole-foods diet rich in fruits, vegetables, lean meats, and whole grains. The focus should be on minimizing ultra-processed foods rather than eliminating seed oils entirely.

The transcript discusses seed oils as a major health risk and part of a so-called “devil’s triad” contributing to obesity and diabetes. It asserts that a large share of U.S. adults over 45 are prediabetic or diabetic—64% by some data, rising to 75–78% if insulin use were measured—and claims that removing three factors—sugars, refined grains or refined tweeds, and seed oils—would eliminate the obesity and diabetes epidemics; pharmaceutical companies would suffer as a result. Seed oils are described as being extracted with hexane and solvents under very high temperature and pressure in chemical plants. What are marketed as heart-healthy golden vegetable oils (sunflower, safflower, and other seed oils) are said to be processed with high temperature and pressure, resulting in oils that are very high in omega-6 fats, which are suggested to be inflammatory signal molecules and should only be eaten in tiny amounts as calories. The speaker claims Americans get about 15% of their calories from seed oils, versus a recommended less than 0.5%; this is described as 30 times the evolutionary level and very damaging. Further, the process is criticized for hydrogenation, damage to molecular structures, deodorization, bleaching, and coloring to give a desirable appearance and scent, after which the oils are sold. The speaker asserts that hydrogenation and processing produce “rank grey rancid muck,” and that people would be repulsed by the initial oil before deodorization. The transcript asserts that seed oils are extremely damaging in quantity, especially in processed foods, while refined carbohydrates are also highly damaging. It cites studies from the late 1990s on rat models comparing seed oils with beef tallow and lard, finding major increases in tumorigenesis and tumor growth when seed oils were included at 3–4% of the diet. It claims that from around 1993 to 1999, studies increasingly showed that seed oils drive cancer if consumed above three to four percent, but that around 1998–1999 the system stopped these findings after calls were made. The speaker concludes: “All the evidence is there. That's the tip of the iceberg. Don't touch them.”

A dietitian on the Diary of a CEO podcast claimed there's no evidence seed oils are harmful and that they're actually beneficial. This contradicts studies like the Sydney Diet Heart Study, the Minnesota Coronary Experiment, and the Rose Corn Oil Study, which suggest replacing saturated fat with seed oils leads to worse health outcomes, increased mortality, and increased cardiovascular disease. Proponents claim seed oils reduce inflammation, improve insulin sensitivity, and are heart healthy, while opponents argue the opposite: that they increase inflammation, induce insulin resistance, and contribute to cardiovascular disease. The process of making canola oil involves grinding seeds, heating them, treating them with the neurotoxin hexane, then bleaching and deodorizing the rancid oil. This process, along with high-temperature cooking, creates inflammatory compounds. The speaker prefers using ghee and tallow for cooking instead of seed oils.

Good oils, not bad oils. So good oils are avocado oil. They're olive oil. They're sesame seed oil. Walnut oil. The bad ones are canola oil, cottonseed oil, corn oil, partially hydrogenated oils, safflower, sunflower oils. They’re everywhere. Why are they bad? They cause your cells to inflame, to swell. They cause your cells to swell. And when your cells are swollen, your brain's swollen, your joints are swollen, your belly's swollen, and you're not your cells are not able to pull in nutrients and hormones. So let's just get those foods out let's change. Done. Okay delete okay gone okay

Margarine and seed oils like canola oil should be avoided, especially for heating. Avocado and olive oil, despite being mostly monounsaturated, contain polyunsaturated fats that become rancid when heated, making them unsuitable for cooking. More stable saturated oils that are solid at room temperature are better for cooking. Coconut oil is acceptable, but tallow (rendered beef fat) or raw butter are preferred for pan cooking. For high-heat cooking, ghee (clarified butter) is recommended due to its resistance to burning. The peroxidation index, which indicates when an oil becomes damaged, is more important than the smoke point, which only indicates when it starts burning. Tallow, coconut oil, butter, and ghee are the recommended oils for cooking.